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+ + + + \ No newline at end of file diff --git a/CNAME b/CNAME new file mode 100644 index 00000000000..439f8e04848 --- /dev/null +++ b/CNAME @@ -0,0 +1 @@ +docs.celestia.org diff --git a/Celestia-og.png b/Celestia-og.png new file mode 100644 index 00000000000..1ecc736c8b8 Binary files /dev/null and b/Celestia-og.png differ diff --git a/README.html b/README.html new file mode 100644 index 00000000000..1683a797742 --- /dev/null +++ b/README.html @@ -0,0 +1,45 @@ + + + + + + Celestia Documentation Site | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

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Celestia Documentation Site ​

Welcome to the official documentation repository for Celestia.

Here you'll find comprehensive guides, tutorials, and reference materials to help you make the most out of Celestia.

Building the site ​

To get started, clone the repository and run the following:

bash
yarn && yarn dev
yarn && yarn dev

This documentation site is built with VitePress

Contribution Guidelines ​

We love contributions from the community! Whether you're fixing typos, improving content clarity, or adding new topics, every contribution helps.

  • Fork & Clone: Fork this repository and clone it to your local machine.
  • Branch: Always create a new branch for your changes. Naming it relevantly.
  • Commit Changes: Make your changes and commit them with a clear and concise commit message.
  • Push & Create PR: Push your changes to your fork and create a pull request to the main branch of this repository.

Please ensure to review the detailed Contribution Guidelines above before making a pull request.

Directory Structure ​

  • /learn: A category for learning about Celestia.
  • /developers: A category with tutorials and guides for deploying rollups and interacting with Celestia nodes.
  • /nodes: Technical reference materials for all node types.
  • /community: A category for the Celestia community.
  • /public: Images, diagrams, and other media files used in the documentation.

Feedback & Suggestions ​

We value feedback from the community. If you have suggestions for improvements or find any discrepancies in the documentation, please raise an issue in this repository.

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Celestia Documentation Site ​

Welcome to the official documentation repository for Celestia.

Here you'll find comprehensive guides, tutorials, and reference materials to help you make the most out of Celestia.

Building the site ​

To get started, clone the repository and run the following:

bash
yarn && yarn dev
yarn && yarn dev

This documentation site is built with VitePress

Contribution Guidelines ​

We love contributions from the community! Whether you're fixing typos, improving content clarity, or adding new topics, every contribution helps.

Please ensure to review the detailed Contribution Guidelines above before making a pull request.

Directory Structure ​

Feedback & Suggestions ​

We value feedback from the community. If you have suggestions for improvements or find any discrepancies in the documentation, please raise an issue in this repository.

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commitments"]},"190":{"title":"Zk-rollups that use share commitments: Pros","titles":["Introduction to Blobstream rollups","Zk-rollups","Zk-rollups that use share commitments"]},"191":{"title":"Zk-rollups that use share commitments: Cons","titles":["Introduction to Blobstream rollups","Zk-rollups","Zk-rollups that use share commitments"]},"192":{"title":"Heavy merkle proofs usage","titles":["Introduction to Blobstream rollups","Zk-rollups"]},"193":{"title":"heavy merkle proofs usage: Pros","titles":["Introduction to Blobstream rollups","Zk-rollups","Heavy merkle proofs usage"]},"194":{"title":"heavy merkle proofs usage: Cons","titles":["Introduction to Blobstream rollups","Zk-rollups","Heavy merkle proofs usage"]},"195":{"title":"Conclusion","titles":["Introduction to Blobstream rollups"]},"196":{"title":"New Blobstream X deployments","titles":[]},"197":{"title":"Deploy a new SuccinctGateway contract","titles":["New Blobstream X deployments"]},"198":{"title":"Deploy a BlobstreamX 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whatever"]},"230":{"title":"Benefits of modular blockchains","titles":["Build whatever"]},"231":{"title":"Ease of deploying a chain","titles":["Build whatever","Benefits of modular blockchains"]},"232":{"title":"Scaling","titles":["Build whatever","Benefits of modular blockchains"]},"233":{"title":"Customizability","titles":["Build whatever","Benefits of modular blockchains"]},"234":{"title":"Create a wallet with celestia-node","titles":[]},"235":{"title":"Using the cel-key utility","titles":["Create a wallet with celestia-node"]},"236":{"title":"Installation","titles":["Create a wallet with celestia-node","Using the cel-key utility"]},"237":{"title":"Steps for generating node keys","titles":["Create a wallet with celestia-node","Using the cel-key utility"]},"238":{"title":"Steps for exporting node keys","titles":["Create a wallet with celestia-node","Using the cel-key utility"]},"239":{"title":"Steps for importing node keys","titles":["Create a wallet with celestia-node","Using the cel-key utility"]},"240":{"title":"View all options for cel-key","titles":["Create a wallet with celestia-node","Using the cel-key utility"]},"241":{"title":"Docker and cel-key","titles":["Create a wallet with celestia-node"]},"242":{"title":"Prerequisites","titles":["Create a wallet with celestia-node","Docker and cel-key"]},"243":{"title":"Running your node","titles":["Create a wallet with celestia-node","Docker and cel-key"]},"244":{"title":"Mounting existing keys to container","titles":["Create a wallet with celestia-node","Docker and cel-key"]},"245":{"title":"Deploy a smart contract on Bubs testnet","titles":[]},"246":{"title":"Dependencies","titles":["Deploy a smart contract on Bubs testnet"]},"247":{"title":"Setup","titles":["Deploy a smart contract on Bubs testnet"]},"248":{"title":"Create your smart contract","titles":["Deploy a smart contract on Bubs testnet"]},"249":{"title":"Test your smart contract","titles":["Deploy a smart contract on Bubs testnet"]},"250":{"title":"Deploying your smart contract","titles":["Deploy a smart contract on Bubs testnet"]},"251":{"title":"Using Anvil","titles":["Deploy a smart contract on Bubs testnet","Deploying your smart contract"]},"252":{"title":"Using Bubs","titles":["Deploy a smart contract on Bubs testnet","Deploying your smart contract"]},"253":{"title":"Interacting with your smart contract","titles":["Deploy a smart contract on Bubs testnet"]},"254":{"title":"Next steps","titles":["Deploy a smart contract on Bubs testnet"]},"255":{"title":"Ethereum fallback","titles":[]},"256":{"title":"Full stack modular blockchain development guide","titles":[]},"257":{"title":"Getting started","titles":["Full stack modular blockchain development guide"]},"258":{"title":"Pre-requisites","titles":["Full stack modular blockchain development guide","Getting started"]},"259":{"title":"Project setup","titles":["Full stack modular blockchain development guide","Getting started"]},"260":{"title":"Updating the contract and tests","titles":["Full stack modular blockchain development guide","Getting started","Project setup"]},"261":{"title":"Running the test","titles":["Full stack modular blockchain development guide","Getting started","Project setup"]},"262":{"title":"Updating the deployment script","titles":["Full stack modular blockchain development guide","Getting started","Project setup"]},"263":{"title":"Deploying locally","titles":["Full stack modular blockchain development guide","Getting started","Project setup"]},"264":{"title":"Deploying to the Ethermint Sovereign Rollup","titles":["Full stack modular blockchain development guide","Getting started"]},"265":{"title":"Building the frontend","titles":["Full stack modular blockchain development guide","Getting started"]},"266":{"title":"Configuring environment variables","titles":["Full stack modular blockchain development guide","Getting started","Building the frontend"]},"267":{"title":"Configuring the entrypoint","titles":["Full 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Celestia for service providers"]},"278":{"title":"Celestia service provider notes","titles":["Integrate Celestia for service providers"]},"279":{"title":"Custody and key management","titles":["Integrate Celestia for service providers","Celestia service provider notes"]},"280":{"title":"RPC and querying","titles":["Integrate Celestia for service providers","Celestia service provider notes"]},"281":{"title":"Compatibility","titles":["Integrate Celestia for service providers","Celestia service provider notes"]},"282":{"title":"Syncing","titles":["Integrate Celestia for service providers","Celestia service provider notes"]},"283":{"title":"Notable exceptions relative to other blockchains","titles":["Integrate Celestia for service providers","Celestia service provider notes"]},"284":{"title":"Introduction to OP Stack integration","titles":[]},"285":{"title":"About the integration","titles":["Introduction to OP Stack integration"]},"286":{"title":"Table of contents of the category","titles":["Introduction to OP Stack integration","About the integration"]},"287":{"title":"Celestia and OP Stack repository","titles":["Introduction to OP Stack integration"]},"288":{"title":"What are Optimism and the OP Stack?","titles":["Introduction to OP Stack integration","Celestia and OP Stack repository"]},"289":{"title":"What is Celestia?","titles":["Introduction to OP Stack integration","Celestia and OP Stack repository"]},"290":{"title":"OP Stack and Celestia","titles":["Introduction to OP Stack integration"]},"291":{"title":"Next steps","titles":["Introduction to OP Stack integration"]},"292":{"title":"Node API","titles":[]},"293":{"title":"RPC API","titles":["Node API"]},"294":{"title":"Library","titles":["Node API","RPC API"]},"295":{"title":"RPC","titles":["Node API","RPC API"]},"296":{"title":"RPC API tutorial","titles":["Node API","RPC API"]},"297":{"title":"Gateway API","titles":["Node API"]},"298":{"title":"Gateway API tutorial","titles":["Node API","Gateway 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data availability in Celestia?","titles":["Data availability FAQ"]},"405":{"title":"What is data availability sampling?","titles":["Data availability FAQ"]},"406":{"title":"What are some of the security assumptions that Celestia makes for data availability sampling?","titles":["Data availability FAQ"]},"407":{"title":"Why is block reconstruction necessary for security?","titles":["Data availability FAQ"]},"408":{"title":"What is data storage?","titles":["Data availability FAQ"]},"409":{"title":"What is the problem around data storage?","titles":["Data availability FAQ"]},"410":{"title":"What is the difference between data availability and data storage?","titles":["Data availability FAQ"]},"411":{"title":"Where does blockchain state fit into this?","titles":["Data availability FAQ"]},"412":{"title":"Why doesn’t Celestia incentivize storage of historical data?","titles":["Data availability FAQ"]},"413":{"title":"Who may store historical data if there is no reward?","titles":["Data 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supply"]},"445":{"title":"Inflation","titles":["Staking, governance, & supply"]},"446":{"title":"Decentralised governance","titles":["Staking, governance, & supply"]},"447":{"title":"Network parameters","titles":["Staking, governance, & supply","Decentralised governance"]},"448":{"title":"Community pool","titles":["Staking, governance, & supply","Decentralised governance"]},"449":{"title":"TIA allocation at genesis","titles":["Staking, governance, & supply"]},"450":{"title":"Unlocks","titles":["Staking, governance, & supply","TIA allocation at genesis"]},"451":{"title":"Staking on Celestia","titles":[]},"452":{"title":"Mainnet Beta","titles":["Staking on Celestia"]},"453":{"title":"Mocha testnet","titles":["Staking on Celestia"]},"454":{"title":"Overview of TIA","titles":[]},"455":{"title":"TIA at a glance","titles":["Overview of TIA"]},"456":{"title":"Role of TIA","titles":["Overview of TIA"]},"457":{"title":"Paying for blobspace","titles":["Overview of TIA","Role of 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endpoints","titles":["Arabica devnet","Integrations"]},"471":{"title":"Using consensus endpoints with DA nodes","titles":["Arabica devnet","Integrations"]},"472":{"title":"Arabica devnet faucet","titles":["Arabica devnet"]},"473":{"title":"Discord","titles":["Arabica devnet","Arabica devnet faucet"]},"474":{"title":"Web","titles":["Arabica devnet","Arabica devnet faucet"]},"475":{"title":"Explorers","titles":["Arabica devnet"]},"476":{"title":"Network upgrades","titles":["Arabica devnet"]},"477":{"title":"Setting up a Celestia bridge node","titles":[]},"478":{"title":"Overview of bridge nodes","titles":["Setting up a Celestia bridge node"]},"479":{"title":"Hardware requirements","titles":["Setting up a Celestia bridge node"]},"480":{"title":"Setting up your bridge node","titles":["Setting up a Celestia bridge node"]},"481":{"title":"Setup the dependencies","titles":["Setting up a Celestia bridge node","Setting up your bridge node"]},"482":{"title":"Deploy the Celestia bridge 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commands","Key management"]},"492":{"title":"Querying subcommands","titles":["Helpful CLI commands"]},"493":{"title":"Token management","titles":["Helpful CLI commands"]},"494":{"title":"Governance","titles":["Helpful CLI commands"]},"495":{"title":"Community Pool","titles":["Helpful CLI commands","Governance"]},"496":{"title":"Claim validator rewards","titles":["Helpful CLI commands"]},"497":{"title":"Delegate & undelegate tokens","titles":["Helpful CLI commands"]},"498":{"title":"Unjailing the validator","titles":["Helpful CLI commands"]},"499":{"title":"How to export logs with SystemD","titles":["Helpful CLI commands"]},"500":{"title":"Signing genesis for a new network","titles":["Helpful CLI commands"]},"501":{"title":"Metrics","titles":[]},"502":{"title":"Setup","titles":["Metrics"]},"503":{"title":"Visualization","titles":["Metrics"]},"504":{"title":"Node exporter","titles":["Metrics"]},"505":{"title":"Alerts","titles":["Metrics"]},"506":{"title":"Multisig","titles":[]},"507":{"title":"Command line","titles":["Multisig"]},"508":{"title":"Resources","titles":["Multisig"]},"509":{"title":"Slashing on Celestia","titles":[]},"510":{"title":"Upgrade Monitor","titles":[]},"511":{"title":"How to create a vesting account with celestia-app","titles":[]},"512":{"title":"Local devnet","titles":["How to create a vesting account with celestia-app"]},"513":{"title":"Setting up the local devnet","titles":["How to create a vesting account with celestia-app","Local devnet"]},"514":{"title":"Run the devnet","titles":["How to create a vesting account with celestia-app","Local devnet","Setting up the local devnet"]},"515":{"title":"Save the home directory path","titles":["How to create a vesting account with celestia-app","Local devnet","Setting up the local devnet"]},"516":{"title":"Check the version of the devnet","titles":["How to create a vesting account with celestia-app","Local devnet","Setting up the local devnet"]},"517":{"title":"Next steps","titles":["How to create a vesting account with celestia-app","Local devnet","Setting up the local devnet"]},"518":{"title":"Setting up vesting account on devnet","titles":["How to create a vesting account with celestia-app","Local devnet"]},"519":{"title":"Create a new key","titles":["How to create a vesting account with celestia-app","Local devnet","Setting up vesting account on devnet"]},"520":{"title":"List your keys","titles":["How to create a vesting account with celestia-app","Local devnet","Setting up vesting account on devnet"]},"521":{"title":"Set variables","titles":["How to create a vesting account with celestia-app","Local devnet","Setting up vesting account on devnet"]},"522":{"title":"Create your devnet vesting account","titles":["How to create a vesting account with celestia-app","Local devnet","Setting up vesting account on devnet"]},"523":{"title":"Query the devnet vesting account details","titles":["How to create a vesting account with celestia-app","Local devnet","Setting up vesting account on devnet"]},"524":{"title":"Query the devnet base account details","titles":["How to create a vesting account with celestia-app","Local devnet","Setting up vesting account on devnet"]},"525":{"title":"Query the balances of the devnet accounts","titles":["How to create a vesting account with celestia-app","Local devnet","Setting up vesting account on devnet"]},"526":{"title":"Mocha","titles":["How to create a vesting account with celestia-app"]},"527":{"title":"Create a wallet","titles":["How to create a vesting account with celestia-app","Mocha"]},"528":{"title":"Fund your account","titles":["How to create a vesting account with celestia-app","Mocha"]},"529":{"title":"Create a vesting account on Mocha","titles":["How to create a vesting account with celestia-app","Mocha"]},"530":{"title":"Optional: Set up a full consensus node or validator","titles":["How to create a vesting account with celestia-app","Mocha"]},"531":{"title":"Optional: Change your client.toml","titles":["How to create a vesting account with celestia-app","Mocha"]},"532":{"title":"Notes","titles":["How to create a vesting account with celestia-app"]},"533":{"title":"Conclusion","titles":["How to create a vesting account with celestia-app"]},"534":{"title":"Create a wallet with celestia-app","titles":[]},"535":{"title":"Prerequisites","titles":["Create a wallet with celestia-app"]},"536":{"title":"Create a wallet","titles":["Create a wallet with celestia-app"]},"537":{"title":"Fund a wallet","titles":["Create a wallet with celestia-app"]},"538":{"title":"Install celestia-app","titles":[]},"539":{"title":"Building binary from source","titles":["Install celestia-app"]},"540":{"title":"Installing a pre-built binary","titles":["Install celestia-app"]},"541":{"title":"Ports","titles":["Install celestia-app"]},"542":{"title":"Custom networks and 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SystemD","titles":["Setting up a Celestia full storage Node","Install celestia-node"]},"623":{"title":"Stop the full storage node","titles":["Setting up a Celestia full storage Node","Install celestia-node"]},"624":{"title":"Celestia hardfork process","titles":[]},"625":{"title":"General process","titles":["Celestia hardfork process"]},"626":{"title":"Mocha hardfork","titles":["Celestia hardfork process","General process"]},"627":{"title":"IBC relaying guide","titles":[]},"628":{"title":"Hermes","titles":["IBC relaying guide"]},"629":{"title":"Configuration","titles":["IBC relaying guide","Hermes"]},"630":{"title":"Add relayer wallets","titles":["IBC relaying guide","Hermes"]},"631":{"title":"Verify configuration files","titles":["IBC relaying guide","Hermes"]},"632":{"title":"Create a connection between 2 chains","titles":["IBC relaying guide"]},"633":{"title":"Create clients","titles":["IBC relaying guide"]},"634":{"title":"Open connection over new clients","titles":["IBC relaying 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the network","titles":["Celestia App network instantiation guide","Spin up a Celestia testnet"]},"654":{"title":"Setting up a Celestia light node","titles":[]},"655":{"title":"Overview of light nodes","titles":["Setting up a Celestia light node"]},"656":{"title":"Hardware requirements","titles":["Setting up a Celestia light node"]},"657":{"title":"Setting up your light node","titles":["Setting up a Celestia light node"]},"658":{"title":"Install celestia-node","titles":["Setting up a Celestia light node","Setting up your light node"]},"659":{"title":"Initialize the light node","titles":["Setting up a Celestia light node"]},"660":{"title":"Start the light node","titles":["Setting up a Celestia light node","Initialize the light node"]},"661":{"title":"Keys and wallets","titles":["Setting up a Celestia light node","Initialize the light node"]},"662":{"title":"Testnet tokens","titles":["Setting up a Celestia light node","Initialize the light node","Keys and 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nodes"]},"675":{"title":"API endpoints","titles":["Mainnet Beta","Integrations","Consensus nodes"]},"676":{"title":"gRPC endpoints","titles":["Mainnet Beta","Integrations","Consensus nodes"]},"677":{"title":"WebSocket endpoints","titles":["Mainnet Beta","Integrations","Consensus nodes"]},"678":{"title":"Data availability nodes","titles":["Mainnet Beta","Integrations"]},"679":{"title":"Data availability (DA) RPC endpoints","titles":["Mainnet Beta","Integrations","Data availability nodes"]},"680":{"title":"Archival DA RPC endpoints","titles":["Mainnet Beta","Integrations","Data availability nodes"]},"681":{"title":"Grove archival endpoints","titles":["Mainnet Beta","Integrations","Data availability nodes","Archival DA RPC endpoints"]},"682":{"title":"Explorers","titles":["Mainnet Beta"]},"683":{"title":"Analytics","titles":["Mainnet Beta"]},"684":{"title":"Network upgrades","titles":["Mainnet Beta"]},"685":{"title":"Mocha testnet","titles":[]},"686":{"title":"Network details","titles":["Mocha testnet"]},"687":{"title":"Software version numbers","titles":["Mocha testnet"]},"688":{"title":"RPC for DA bridge, full, and light nodes","titles":["Mocha testnet"]},"689":{"title":"RPC endpoints","titles":["Mocha testnet"]},"690":{"title":"API endpoints","titles":["Mocha testnet"]},"691":{"title":"gRPC endpoints","titles":["Mocha testnet"]},"692":{"title":"Bridge and full node endpoints","titles":["Mocha testnet"]},"693":{"title":"Mocha testnet faucet","titles":["Mocha testnet"]},"694":{"title":"Explorers","titles":["Mocha testnet"]},"695":{"title":"Network upgrades","titles":["Mocha testnet"]},"696":{"title":"Overview to running nodes on Celestia","titles":[]},"697":{"title":"Participate in the Celestia networks","titles":[]},"698":{"title":"Mainnet Beta","titles":["Participate in the Celestia networks"]},"699":{"title":"Compatible software versions for Mainnet Beta","titles":["Participate in the Celestia networks","Mainnet 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r._enqueuedVacuumConditions=je,r.performVacuuming(e,n)}),this._enqueuedVacuum)):this.vacuumConditionsMet(t)===!1?Promise.resolve():(this._currentVacuum=this.performVacuuming(e),this._currentVacuum)},o.prototype.performVacuuming=function(e,t){return _r(this,void 0,void 0,function(){var r,n,a,i,s,u,l,h,d,v,m,b,E,g,S,T,C,R,L,P,I,A,_,O,x;return Or(this,function(c){switch(c.label){case 0:if(r=this._dirtCount,!this.vacuumConditionsMet(t))return[3,10];n=e.batchSize||We.batchSize,a=e.batchWait||We.batchWait,i=1,c.label=1;case 1:c.trys.push([1,7,8,9]),s=D(this._index),u=s.next(),c.label=2;case 2:if(u.done)return[3,6];l=W(u.value,2),h=l[0],d=l[1];try{for(v=(A=void 0,D(d)),m=v.next();!m.done;m=v.next()){b=W(m.value,2),E=b[0],g=b[1];try{for(S=(O=void 0,D(g)),T=S.next();!T.done;T=S.next())C=W(T.value,1),R=C[0],!this._documentIds.has(R)&&(g.size<=1?d.delete(E):g.delete(R))}catch(f){O={error:f}}finally{try{T&&!T.done&&(x=S.return)&&x.call(S)}finally{if(O)throw 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Celestia.org Code of Conduct ​

Our Pledge ​

We as Celestia.org members, contributors, and leaders pledge to make participation in our community a harassment-free experience for everyone, regardless of age, body size, visible or invisible disability, ethnicity, sex characteristics, gender identity and expression, level of experience, education, socio-economic status, nationality, personal appearance, race, caste, color, religion, or sexual identity and orientation.

We pledge to act and interact in ways that contribute to an open, welcoming, diverse, inclusive, and healthy community.

Our Standards ​

Examples of behavior that contributes to a positive environment for our community include:

  • Demonstrating empathy and kindness toward other people
  • Being respectful of differing opinions, viewpoints, and experiences
  • Giving and gracefully accepting constructive feedback
  • Accepting responsibility and apologizing to those affected by our mistakes, and learning from the experience
  • Focusing on what is best not just for us as individuals, but for the overall community
  • Contributing to conversations about Celestia’s technology and ecosystem

Examples of unacceptable behavior include:

  • The use of sexualized language or imagery, and sexual attention or advances of any kind
  • Trolling, insulting or derogatory comments, and personal or political attacks
  • Public or private harassment
  • Publishing others' private information, such as a physical or email address, without their explicit permission
  • Focusing on the prices of digital assets or tokens, or where they can be purchased
  • Other conduct which could reasonably be considered inappropriate in a professional setting

Enforcement Responsibilities ​

Community leaders are responsible for clarifying and enforcing our standards of acceptable behavior and will take appropriate and fair corrective action in response to any behavior that they deem inappropriate, threatening, offensive, or harmful.

Community leaders have the right and responsibility to remove, edit, or reject comments, commits, code, wiki edits, issues, and other contributions that are not aligned to this Code of Conduct, and will communicate reasons for moderation decisions when appropriate.

Scope ​

This Code of Conduct applies within all community spaces, and also applies when an individual is officially representing the community in public spaces. Examples of representing our community include using an official e-mail address, posting via an official social media account, or acting as an appointed representative at an online or offline event.

Enforcement ​

Instances of abusive, harassing, or otherwise unacceptable behavior may be reported to the community leaders responsible for enforcement at Celestia.org Discord. All complaints will be reviewed and investigated promptly and fairly.

All community leaders are obligated to respect the privacy and security of the reporter of any incident.

Enforcement Guidelines ​

Community leaders will follow these Community Impact Guidelines in determining the consequences for any action they deem in violation of this Code of Conduct:

1. Correction ​

Community Impact: Use of inappropriate language or other behavior deemed unprofessional or unwelcome in the community.

Consequence: A private, written warning from community leaders, providing clarity around the nature of the violation and an explanation of why the behavior was inappropriate. A public apology may be requested.

2. Warning ​

Community Impact: A violation through a single incident or series of actions.

Consequence: A warning with consequences for continued behavior. No interaction with the people involved, including unsolicited interaction with those enforcing the Code of Conduct, for a specified period of time. This includes avoiding interactions in community spaces as well as external channels like social media. Violating these terms may lead to a temporary or permanent ban.

3. Temporary Ban ​

Community Impact: A serious violation of community standards, including sustained inappropriate behavior.

Consequence: A temporary ban from any sort of interaction or public communication with the community for a specified period of time. No public or private interaction with the people involved, including unsolicited interaction with those enforcing the Code of Conduct, is allowed during this period. Violating these terms may lead to a permanent ban.

4. Permanent Ban ​

Community Impact: Demonstrating a pattern of violation of community standards, including sustained inappropriate behavior, harassment of an individual, or aggression toward or disparagement of classes of individuals.

Consequence: A permanent ban from any sort of public interaction within the community.

Attribution ​

This Code of Conduct is adapted from the Contributor Covenant, version 2.1, available at https://www.contributor-covenant.org/version/2/1/code_of_conduct.html.

Community Impact Guidelines were inspired by Mozilla's code of conduct enforcement ladder.

For answers to common questions about this code of conduct, see the FAQ at https://www.contributor-covenant.org/faq. Translations are available at https://www.contributor-covenant.org/translations.

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The Celestia Foundation Delegation Program ​

Delegation program banner

Objectives of the program ​

The primary objectives of the Celestia Foundation Delegation Program are:

  • To provide a fair opportunity for Celestia’s users to join the validator set, while ensuring the validator set remains proficient, trustworthy, and dependable.
  • To maintain network stability by promoting a steady transition of validators and avoiding sudden and disruptive changes in participation.
  • To enable the Celestia Foundation to use its stake towards its mission of fostering a modular blockchain network that delivers exceptional performance.

Foundation delegation process ​

Program launch ​

Prospective validators are welcome to apply to the program starting February 6, 2024. The application is designed to assess a validator’s uptime performance and contributions to the Celestia ecosystem. Of the 100 total slots in Celestia’s active validator set, up to 50 will receive delegations within the program.

Application submissions will be reviewed by the Celestia Foundation. More details about the application and eligibility criteria are described below.

Cohort process ​

cohort timeline

Every 4 months, the Celestia Foundation will distribute a portion of the Foundation’s total available stake to a cohort of validators who meet certain criteria, detailed below. Here is an overview of how the cohort process will work for Cohort 1 and what that means for future cohorts.

Key Points ​

  • Initial Cohort (Cohort 1): 50 applicants will be accepted
    • Grading System: Applicants in Cohort 1 are divided into first, second, and third place based eligibility criteria outlined in this document.
    • Delegation Duration: This varies based on the applicant’s placement in Cohort 1. First place receives 12 months of delegation, second place receives 8 months, third place receives 4 months.
TierPlacementDelegation DurationRenewal By Cohort
First PlaceApplicants 1-2012 monthsCohort 4
Second PlaceApplicants 21-358 monthsCohort 3
Third PlaceApplicants 36-504 monthsCohort 2
  • Subsequent Cohorts (Cohorts 2-onwards):
    • After Cohort 1, open slots may be filled by Cohort 1 members up for renewals or new applicants. There will be no Tiers (e.g. First Place, Second Place, Third Place) in cohorts after Cohort 1. This structure allows for a steady flow of both existing applicants and new applicants to maintain a stable set of participants in the program.

During this period, so long as the validator maintains high uptime and does not violate the rules of the program, the validator will receive the delegation for the duration of the cohort they are currently in.

Eligibility criteria ​

The minimum requirements for participation in the program are as follows:

  • Run an active mainnet validator or an active Mocha testnet validator for at least 1 month before application deadline
  • Run a bridge node (on mainnet if you are already an active mainnet validator or on Mocha testnet if not) that is connected and reporting to the Celestia Labs OTEL collector (for new applicants - on testnet, so that we can evaluate performance)
  • Not jailed or slashed in the 6 months before application deadline
  • Not associated with an exchange or custodian
  • Not in the top 10 validators by delegation power, unless it enters the top 10 as a result of the Foundation’s delegation under this program
  • Have 10% or less commission
  • Not based within the US, within any country subject to economic sanctions, or within any other prohibited jurisdiction, and successfully complete a compliance screen
  • Dedicated email address so that the Foundation can reach you in the event of emergency upgrades and fixes

Not adhering to any of the criteria above will automatically disqualify your application, and violating any of the criteria after you have received delegation will result in withdrawal of the delegation. A participant who loses stake due to being jailed by the protocol may reapply to the program after 2 cohort periods.

Applicants are also expected to have reviewed Celestia docs and recommended guides on devops and monitoring setups.

Other optional but important criteria:

  • Develop and maintain developer tooling, services, applications, and dashboards
  • Work on projects aligned with Celestia's values
  • Contribute to documentation and new guides and tutorials
  • Quality of infrastructure
  • Operated within a location that improves geolocation of the validator set

Undelegation criteria ​

  • Getting slashed/tombstoned (cannot apply for 1 year afterwards)
  • Getting jailed more than once during the cohort’s applicable delegation period
  • Violating the Celestia.org Community Code of Conduct or engaging in harmful activities towards the network
  • Failing to upgrade your node in a timely manner (24 hours or less)
  • If necessary to protect or secure Mainnet Beta or to comply with applicable law
  • For any other reason, in the Celestia Foundation’s sole discretion

Application ​

The program will be divided into cohorts with applications open for new applicants and renewal of existing applicants every 4 months. Validators will be delegated for up to a year. For each cohort, the deadline to apply/be evaluated (if you are reapplying) is exactly 1 month prior to the date of being delegated to.

Application details ​

Before applying, be ready to share the following:

  • General info
    • Security Email
    • Validator Entity Name
    • Discord ID
    • Mark if entity or individual
    • Website if any
    • Github page of your organization
    • Team experience and roster (including Twitter + Github links)
    • Which networks you validate on mainnet + links to your validators
    • A personal statement why you should receive delegation from the Foundation (max 1500 characters)
  • Infrastructure
    • Validator address and bridge node ID on MAINNET
    • If you don't run an active mainnet validator, please provide us with validator address, bridge node ID and blobstream address on Mocha-4
    • Have you been slashed or jailed in the last 6 months on Celestia or other chains you validated on.
    • Hosting provider and Data Center location (mainnet and testnet if applicable)
    • Setup of the 2 components (validator and bridge)
      • Hardware
      • Security setup (servers, private keys)
      • Monitoring and alerting
  • Contributions
    • Please list all technical contributions for Celestia and its ecosystem
    • Please list all community contributions for Celestia and its ecosystem

Please note, the objective of the program is to contribute to Celestia’s resilience and uptime. If you contribute a lot to the Celestia ecosystem, but your validator uptime is low, this will negatively impact your chance at selection for the program. Furthermore, merely receiving delegation from the Foundation under the program does not guarantee your placement in the active validator set.

Get Started with the Application Form

Cohort information ​

The Foundation will report each cohort’s composition and the duration of their respective delegations.

Feedback process ​

Validators in the program will receive a feedback form every quarter so the program can be continually improved.

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SUPPLEMENTAL INCENTIVIZED TESTNET TERMS ​

Last Revised on 1/16/2023

Welcome to the Supplemental Terms (these "ITN Award Program Terms" or "Terms") for the Incentivized Testnet Award Program (the "ITN Award Program" or the "Program") as operated on behalf of Strange Loop Labs AG ("Company", "we" or "us"). The ITN Award Program provides eligible users of a Testnet designated by the Company the opportunity to earn rewards, which may include Celestia tokens. These Terms are supplemental to, and incorporate by reference, the broader Celestia Terms of Service ("Services Terms") available at Celestia Terms of Service.

Defined terms used but not defined herein have the meaning set forth in the Services Terms. The Program and your participation in it is a Service as defined under the Services Terms.

These Terms govern your ability to participate in the Program and any awards you receive from that participation, which may include Celestia tokens ("ITN Rewards").

Please read these Terms carefully, as they include important information about your legal rights. By participating in the Program or claiming ITN Rewards, you are agreeing to these Terms. If you do not understand or agree to these Terms, please do not participate in the Program or claim ITN Rewards.

In order to participate in the Program you must provide certain information about you. Our collection of such information, your rights with respect to such collection, and other relevant information is described in the Celestia Privacy Policy available at Celestia Privacy Policy, and is supplemented by Section 3 of these Terms.

The Program is a discretionary Service provided by the Company, pursuant to which the Company may, in its sole discretion, provide you ITN Rewards for your successful completion of certain tasks on a Testnet designated by the Company. Please note that any such Testnet itself (as well as any other Testnets or any mainnet deployment of the Celestia Protocol) is not a Service and does not constitute an element of the Services. We do not control the Celestia Protocol and accept no liability for its operation or its deployment in any testnet or mainnet environment.

1. General Terms ​

1.1 You must be eighteen (18) years of age or older and capable of forming a binding contract with the Company in order to participate in the Program or receive ITN Rewards.

1.2 You agree and acknowledge that you (a) may receive ITN Rewards for free (other than applicable taxes, if any) from your participation in the Program, (b) were not previously promised ITN Rewards, unless pursuant to a separate written agreement, and (c) took no action in anticipation of or in reliance on receiving any ITN Rewards, unless pursuant to a separate written agreement.

1.3 Your eligibility to participate in or receive ITN Rewards from the Program is subject to our sole discretion. The complete list of actions you must complete to earn ITN Rewards may not have been described in the documentation released by us from time to time, you may not receive ITN Rewards even if you successfully complete such actions, and no documentation related to the Program entitles you to any ITN Rewards or to participate in the Program.

1.4 You agree and acknowledge that (a) you are not a Prohibited Person, (b) you are not a U.S. Person as defined in Rule 902(k) of Regulation S under the U.S. Securities Act of 1933, as amended (the "1933 Act" or "Act"), (c) you will not use a VPN or other tool to circumvent any geoblock or other restrictions that we may have implemented for participants in the Program, and (d) you are not participating in, and have not become eligible to participate in, the Program by receiving credentials from any other person or entity. Any circumvention or violation of the above will permanently disqualify you from participation in the Program.

1.5 You agree and acknowledge that if you are unable to claim ITN Rewards due to technical bugs, gas fees, loss of access to a Wallet or the keys thereto, or for any other reason, you will have no recourse or claim against us or any other Company Entity and that neither we nor any other Company Entity will bear any liability.

1.6 You agree and acknowledge that claiming an ITN Reward may require reliance on or an integration with third party products (e.g., a Wallet or an unaffiliated network or blockchain) that we do not control. In the event that you are unable to access such products or integrations, or if they fail for any reason, and you are unable to participate in the Program or claim ITN Rewards, you will have no recourse or claim against us or any other Company Entity and neither we nor any other Company Entity will bear any liability.

1.7 The Company may share identifying information and documentation with certain vendors or third-party providers who provide such identity verification and sanctions and watchlist screening services (the "Third-Party Services"). You agree that your access and use of such Third-Party Services is governed solely by the terms and conditions of such Third-Party Services, and the Company is not responsible or liable for, and make no representations as to any aspect of such Third-Party Services, including, without limitation, their content or the manner in which they handle, protect, manage or process data or any interaction between you and the provider of such Third-Party Services. You irrevocably waive any claim against the Company with respect to such Third-Party Services. We are not liable for any damage or loss caused or alleged to be caused by or in connection with your enablement, access or use of any such Third-Party Services, or your reliance on the privacy practices, data security processes or other policies of such Third-Party Services.

2. Taxes ​

2.1 You are responsible for the payment of all taxes associated with your participation in the Program and your receipt of ITN Rewards. You agree to provide the Company with any additional information and complete any required tax or other forms relating to your receipt of ITN Rewards. You may suffer adverse tax consequences as a result of your participation in the Program or your receipt of ITN Rewards. You hereby represent that (a) you have consulted with a tax adviser that you deem advisable in connection with your participation, or that you have had the opportunity to obtain tax advice but have chosen not to do so, (b) the Company has not provided you with any tax advice with respect to your participation, and (c) you are not relying on the Company for any tax advice.

3. Supplemental Privacy Information ​

We may collect information to help us determine the reliability or uptime of your activities within the Program, including through the use of telemetry or metrics endpoints to collect and analyse such information, and link this information to a unique identifier to represent your activities within the Program. We may display all of the foregoing information on a public dashboard.

Additionally, we may collect certain information about you from Third-Party Services and may combine information we receive from you with information we obtain from Third-Party Services, including but not limited to:

  • Transaction information. Information related to transactions in your Wallet, your Wallet address, activities performed using your Wallet, tokens received by your Wallet, or transactions initiated or completed.
  • Identification information. We collect your government identification (e.g., driver’s license, passport, etc.), proof of address, biometric information, and entity formation information if applicable. By agreeing to these Terms, you consent to our use of your biometric information, and understand and agree that our use of the biometric information is necessary for the performance of these Terms and the implementation of the Services.

We collect this information to confirm your eligibility to participate in the Program and receive ITN Rewards, comply with our legal obligations, detect and prevent fraud, and to provide you with the Program.

Any information we receive from third-party sources will be treated in accordance with the Celestia Privacy Policy, available at Celestia Privacy Policy. We are not responsible or liable for the accuracy of the information provided to us by third parties and are not responsible for any third party’s policies or practices. See Section 9 of the Celestia Privacy Policy for more information.

4. Certain Additional Representations ​

4.1 Receipt of Rewards Entirely for Own Account. Your eligibility to receive ITN Rewards is made in reliance upon your representation to the Company, which by your agreement to these Terms you hereby confirm, that any ITN Rewards you receive will be for your own account, not as a nominee or agent, and not with a view to the resale or distribution of any part thereof, and that you have no present intention of selling, granting any participation in, or otherwise distributing the same. By agreeing to these Terms, you further represent that you do not presently have any contract, undertaking, agreement or arrangement with any person to sell, transfer or grant participations to such person or to any third person, with respect to any ITN Rewards. If you are agreeing to these terms on behalf of an entity, that entity has not been formed for the specific purpose of obtaining the ITN Rewards.

4.2 Disclosure of Information. Your eligibility to receive ITN Rewards is made in reliance upon your representation to the Company, which by your agreement to these Terms you hereby confirm, that you have sufficient knowledge of and experience in business and financial matters to be able to evaluate the risks and merits of your participation in the Program and of any ITN Rewards and are able to bear the risks thereof. You hereby affirm that you have not relied on any representations or warranties made by the Company related to the Program, including, but not limited to, conversations of any kind, whether through oral or electronic communication, or any white paper.

4.3 Compliance with United States Securities Laws. You understand that the ITN Rewards have not been, and will not be, registered under the 1933 Act or any applicable state securities laws. You acknowledge that the availability of an exemption from the registration provisions of the Securities Act and other applicable state securities laws depends upon, among other things, the bona fide nature of your intent as described in Section 4.1 above and with respect to the accuracy of your representations as expressed throughout these Terms. You understand that the ITN Rewards may be deemed "restricted securities" under applicable United States federal and state securities laws and that, pursuant to these laws, you may be restricted from transferring any ITN Rewards unless they are registered with the Securities and Exchange Commission and qualified by state authorities, or an exemption from such registration and qualification requirements is available. You acknowledge that the Company does not undertake any obligation to register or qualify the ITN Rewards for resale, and exemptions from registration and qualification may not be available or may not permit you to transfer all or any of the ITN Rewards in the amounts or at the times proposed by you. You further acknowledge that if an exemption from registration or qualification is available, such exemption may be conditioned on various requirements including, but not limited to, the time and manner of sale, the holding period for the ITN Rewards, and on other factors outside of your control, for which the Company makes no assurances and may not be able to satisfy.

4.4 Compliance with Liechtenstein Security Law. You understand that nothing in these Terms will be deemed to constitute a prospectus of any sort in Liechtenstein or in any jurisdiction in the EU; nor does it in any way pertain to a public offering or a solicitation of an offer to buy any securities in Liechtenstein or in any jurisdiction in the EU.

4.5 No Public Market. You understand that no public market now exists for the ITN Rewards, and that the Company has not made any assurances that a public market will ever exist for the ITN Rewards.

4.6 No Solicitation. At no time were you presented with or solicited by any publicly issued or circulated newspaper, mail, radio, television or other form of general advertising or solicitation in connection with any invitation to participate in the Program or offer of the ITN Rewards.

4.7 Other Applicable Laws. You hereby represent that you have satisfied yourself as to the full observance of the laws of your jurisdiction in connection with any invitation to participate in the Program, receipt of ITN Awards, and other use of these Terms, including (a) the legal requirements within your jurisdiction for participating in the Program and receiving ITN Rewards, (b) any foreign exchange restrictions applicable to such participation or receipt, (c) any governmental or other consents that may need to be obtained, and (d) the income tax and other tax consequences, if any, that may be relevant to the receipt, holding, sale, or transfer of the ITN Rewards. Your participation in the Program and continued beneficial ownership of ITN Rewards will not violate any applicable securities or other laws of your jurisdiction.

4.8 Non-US Transaction. You are not a U.S. Person as defined in Rule 902(k) of Regulation S under the 1933 Act. The offer of the ITN Rewards to you was made in an offshore transaction (as defined in Rule 902(h) of Regulation S), no directed selling efforts (as defined in Rule 902(c) of Regulation S) were made in the United States, and you are not obtaining the ITN Rewards for the account or benefit of any U.S. Person.

4.9 Transfer Restrictions. You will not, during the Restricted Period (as defined below) offer or sell any of the ITN Rewards (or create or maintain any derivative position equivalent thereto) in the United States, to or for the account or benefit of a U.S. Person or other than in accordance with Regulation S. The Company reserves the right to impose additional transfer restrictions with respect to the ITN Rewards in its sole discretion.

4.10 Subsequent Sales. You will, after the expiration of the applicable Restricted Period, only offer, sell, pledge or otherwise transfer the ITN Rewards (or create or maintain any derivative position equivalent thereto) pursuant to registration under the 1933 Act or any available exemption therefrom and, in any case, in accordance with applicable state securities laws.

4.11 Legends. You acknowledge and agree that the ITN Rewards will be deemed to bear the following legends: (a) any legend required by the securities laws of any state or country to the extent such laws are applicable to the ITN Rewards represented by the certificate so legended, and (b): the following legend (and even without such legend the following restrictions apply):

THE ITN REWARDS HAVE NOT BEEN REGISTERED UNDER THE ACT WITH THE UNITED STATES SECURITIES AND EXCHANGE COMMISSION, AND THE COMPANY DOES NOT INTEND TO REGISTER THEM. THE ITN REWARDS HAVE BEEN OBTAINED TO HOLD FOR THE LONG TERM AND NOT WITH A VIEW TO, OR IN CONNECTION WITH, THE SALE OR DISTRIBUTION THEREFOR. PRIOR TO THE ONE YEAR ANNIVERSARY FROM THE TERMINATION OF THE ITN REWARD PROGRAM (THE "PROGRAM COMPLETION DATE" AND SUCH ONE YEAR PERIOD, THE "RESTRICTED PERIOD"), THE ITN REWARDS MAY NOT BE OFFERED OR SOLD (INCLUDING OPENING A SHORT POSITION IN SUCH ITN REWARDS) IN THE UNITED STATES OR TO U.S. PERSONS AS DEFINED BY RULE 902(k) ADOPTED UNDER THE ACT, OTHER THAN TO DISTRIBUTORS, UNLESS THE ITN REWARDS ARE REGISTERED UNDER THE ACT, OR AN EXEMPTION FROM THE REGISTRATION REQUIREMENTS OF THE ACT IS AVAILABLE. RECIPIENTS OF ITN REWARDS PRIOR TO THE ONE YEAR ANNIVERSARY OF THE PROGRAM COMPLETION DATE MAY SELL SUCH ITN REWARDS ONLY PURSUANT TO AN EXEMPTION FROM REGISTRATION UNDER THE ACT OR OTHERWISE IN ACCORDANCE WITH THE PROVISIONS OF REGULATION S OF THE ACT, OR IN TRANSACTIONS EFFECTED OUTSIDE OF THE UNITED STATES PROVIDED THEY DO NOT SOLICIT (AND NO ONE ACTING ON THEIR BEHALF SOLICITS) PURCHASERS IN THE UNITED STATES OR OTHERWISE ENGAGE(S) IN SELLING EFFORTS IN THE UNITED STATES AND PROVIDED THAT HEDGING TRANSACTIONS INVOLVING THESE ITN REWARDS MAY NOT BE CONDUCTED UNLESS IN COMPLIANCE WITH THE ACT. A HOLDER OF THE ITN REWARDS WHO IS A DISTRIBUTOR, DEALER, SUB-UNDERWRITER OR OTHER SECURITIES PROFESSIONAL, IN ADDITION, CANNOT PRIOR TO THE ONE YEAR ANNIVERSARY OF THE PROGRAM COMPLETION DATE SELL THE ITN REWARDS TO A U.S. PERSON AS DEFINED BY RULE 902(k) OF REGULATION S UNLESS THE ITN REWARDS ARE REGISTERED UNDER THE ACT OR AN EXEMPTION FROM REGISTRATION UNDER THE ACT IS AVAILABLE.

',37),i=[n];function s(c,l,d,h,u,p){return t(),o("div",null,i)}const T=e(r,[["render",s]]);export{m as __pageData,T as default}; diff --git a/assets/community_itn-tos.md.fda6f837.lean.js b/assets/community_itn-tos.md.fda6f837.lean.js new file mode 100644 index 00000000000..ca78a071b1a --- /dev/null +++ b/assets/community_itn-tos.md.fda6f837.lean.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as o,Q as a}from"./chunks/framework.51d6c45b.js";const m=JSON.parse('{"title":"SUPPLEMENTAL INCENTIVIZED TESTNET TERMS","description":"These Terms govern your ability to participate in the Incentivized Testnet Award Program.","frontmatter":{"description":"These Terms govern your ability to participate in the Incentivized Testnet Award Program.","lastUpdated":false,"editLink":false,"head":[["meta",{"name":"og:title","content":"SUPPLEMENTAL INCENTIVIZED TESTNET TERMS | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"community/itn-tos.md","filePath":"community/itn-tos.md","lastUpdated":1699020127000}'),r={name:"community/itn-tos.md"},n=a("",37),i=[n];function s(c,l,d,h,u,p){return t(),o("div",null,i)}const T=e(r,[["render",s]]);export{m as __pageData,T as default}; diff --git a/assets/community_modular-meetup-guide.md.ad87bef9.js b/assets/community_modular-meetup-guide.md.ad87bef9.js new file mode 100644 index 00000000000..17a90d4c0f1 --- /dev/null +++ b/assets/community_modular-meetup-guide.md.ad87bef9.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as i,Q as o}from"./chunks/framework.51d6c45b.js";const g=JSON.parse('{"title":"Modular Meetup guide","description":"A guide that helps in organizing a successful Modular Meetup.","frontmatter":{"description":"A guide that helps in organizing a successful Modular Meetup.","head":[["meta",{"name":"og:title","content":"Modular Meetup guide | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"community/modular-meetup-guide.md","filePath":"community/modular-meetup-guide.md","lastUpdated":1698091500000}'),a={name:"community/modular-meetup-guide.md"},n=o('

Modular Meetup guide ​

These are recommended steps you can follow that can help you organize a successful Modular Meetup. You aren’t required to follow the entire checklist but it is available to help aid you in your journey to organize a Modular Meetup.

Before the Meetup ​

  1. Determine the meetup topic and objectives.
  2. Select a suitable date and time for the event.
  3. Secure a convenient and accessible venue that can accommodate the expected number of attendees.
  4. Finalize a schedule or agenda for the event, including speakers, presentations, and activities.
  5. Prepare and send out invitations to potential attendees using various channels (email, social media, community platforms, etc.).
  6. Create and share promotional materials (graphics, blog posts, etc.) to raise awareness about the meetup.
  7. Confirm speakers, including their availability, presentation topics, and technical requirements. If you are working from a Speaker List, please reach out to Nat for any support needed on coordination with speakers.
  8. Arrange any necessary equipment, such as microphones, projectors, and whiteboards.
  9. Plan and arrange refreshments, if applicable.
  10. Prepare and print any required materials, like agendas, name tags, and feedback forms.
  11. Coordinate with volunteers or team members to help manage the event.
  12. Set up a registration system or RSVP process to track attendance.
  13. Send out reminder messages to registered attendees prior to the event.
  14. Conduct a final review of the event logistics, including venue setup, equipment functionality, and volunteer roles.

During the Meetup ​

  1. Set up the venue, including arranging seating, preparing equipment, and displaying any promotional materials.
  2. Designate a registration area and ensure that someone is available to greet and check-in attendees.
  3. Welcome the attendees and provide an overview of the event schedule.
  4. Introduce speakers and facilitate any presentations or discussions.
  5. Encourage networking and interaction among attendees during breaks or dedicated activities.
  6. Capture the event with photos or videos for future promotions and documentation.
  7. Collect feedback from attendees using forms, online surveys, or informal conversations if needed.

After the Meetup ​

  1. Send follow-up messages to attendees, thanking them for their participation and soliciting additional feedback.
  2. Evaluate the success of the event by reviewing feedback and assessing key performance indicators (e.g., attendance, engagement, etc.).
  3. Analyze and document lessons learned, identifying areas for improvement in future meetups.
  4. Share event highlights, photos, and key takeaways with the community through social media, blog posts, or newsletters.
  5. Connect with speakers, attendees, and volunteers to maintain and strengthen relationships.
  6. Begin planning for the next meetup, applying insights gained from the previous event to enhance the experience for future attendees.

Logistics and guidance ​

These are provided guidelines for different components of kickstarting a Modular Meetup to help you get started on the logistics of organizing a meetup. A lot of those guidelines are thanks to the wonderful write ups in Ethereum Meetup Support Program and Elastic Community Organizer Guides.

Venue ​

Selecting the perfect venue for your Modular Meetup is essential in creating a welcoming atmosphere for the Celestia community.

  1. Startup Incubators
    • Often they would have spaces for meetups.
  2. Libraries
    • Libraries can normally have spaces for meetups at little to no costs
  3. Co-working spaces:
    • Co-working spaces might be able to offer necessary equipment like microphones, projectors, and whiteboards.
  4. Restaurants:
    • Restaurants might have private rooms for larger groups of people that you can book, depending on the restaurant.
  5. Universities and Blockchain Clubs:
    • Partnering with universities and their local university clubs can offer you a lot of spaces for meetups, as well as necessary equipments if needed for giving a talk.
  6. Other options:
    • If you're having difficulty finding a venue, don't hesitate to ask for help within the Celestia community. Your fellow organizers and attendees may have valuable suggestions or connections.

An ideal venue should offer:

  • Sufficient seating for the audience
  • A projector and screen
  • A microphone (especially for meetups with 10+ attendees)
  • Optional: A whiteboard for speakers or workshops (not always necessary, but a nice addition)

Consider recording the event, even with a smartphone, to share with the community later. If the speaker uses a microphone, their voice will be more audible in the video. We might be able to post those recordings of the meetup talks on a meetup youtube channel after.

Remember to negotiate on costs and seek discounts, emphasizing that your meetup benefits the community.

Collaborate with your venue provider to explore options like borrowing recording equipment, tripods, or even having them record the event for you. Some providers may offer these services for free or at a reduced cost.

Catering and refreshments ​

Providing refreshments or catering for your Modular Meetup enhances the overall experience and encourages networking among attendees.

  1. Determine your budget
    • Identify the amount you can allocate for food and drinks at your event which will help you determine how much you can bring in refreshments. You can also contact the Celestia Devrel team for ideas and support. Costs for refreshments and drinks can vary depending on your location, so be mindful to be flexible on your plans according to your specific location and budget.
  2. Offer a variety of refreshments
    • If you're ordering in, pizza and finger foods work well, but you can also have more budget-friendly options for food.
    • Offering drinks like beer, soda, or lemonade are great, but water also works. Keep in mind that not everyone drinks alcohol so it’s not a requirement. But having at least water and plastic cups works well.
  3. Plan ahead
    • Order refreshments 1 or 2 days in advance and schedule delivery to avoid last-minute stress during the event.

By following these recommendations, you'll be able to provide enjoyable refreshments for your Celestia Modular Meetup attendees while fostering a friendly and engaging atmosphere.

Audience ​

Understanding your audience and estimating attendance are crucial for organizing successful Modular Meetups for Celestia.

  1. Research the local tech scene:
    • Investigate the types of meetups and events popular in your area. Attend other technology-focused events to get a sense of the audience size and interests. This information will help you tailor your meetup to attract a larger audience.
  2. Assess the availability of speakers:
    • Before organizing a meetup, ensure that you have access to a pool of knowledgeable speakers. If you anticipate difficulty in securing speakers, consider joining forces with an existing meetup group or speaking at other events before launching a new group. This approach will help spread the word about your planned Modular Meetup and gauge interest. Speakers are covered in the following section with a reference to Speaker List offered by the Modular Meetup program.
  3. Establish connections with other user groups:
    • Forge relationships with other tech-focused meetup groups to mutually promote each other's events, potentially increasing attendance.
  4. Set a regular routine for your meetup:
    • Communicate how often you plan to hold meetups, whether it's monthly or quarterly, to help attendees manage their expectations and maintain their interest.
  5. Organize casual meetups:
    • If there's a gap between more formal events, arrange casual meetups at pubs or cafes to keep people engaged and connect with potential speakers for future events.
  6. Estimate the number of attendees:
    • Consider factors such as the size of your city, the popularity of the topic, and the appeal of the event description when estimating attendance.

Speakers ​

Securing engaging and knowledgeable speakers is key to hosting an exceptional Celestia Modular Meetup.

  1. Define your event topic
    • Determine the theme of your event, focusing on areas such as DeFi, Gaming, NFTs, coding workshops, protocol changes, rollups, data availability, or other topics relevant to the Modular ecosystem. This will help you find speakers with expertise in the chosen subject.
  2. Utilize the Speaker List provided by the Modular Meetup program
    • As a meetup organizer, you have access to a curated list of talented speakers from Celestia Labs and the broader Modular ecosystem. This valuable resource can connect you with experts who can share their knowledge with your meetup attendees.
  3. Aim for multiple speakers
    • Ideally, invite 2-3 speakers to your event, allotting 20-40 minutes per talk. Schedule short breaks between presentations to maintain audience engagement.
  4. Organize the speaker lineup
    • Discuss the topics and slides with your speakers before the event to ensure a smooth flow. Arrange the talks in a logical order, saving the most impactful presentation for last.
  5. Invite local speakers
    • For your first meetup, consider presenting an introduction to the Celestia ecosystem or a specific area of interest. Encourage local experts or enthusiasts to speak at future meetups. This approach fosters community involvement and helps build a network of potential speakers.
  6. Seek speaker referrals
    • Ask your current speakers, attendees, or other meetup organizers for referrals. Personal connections often lead to discovering new speakers with valuable insights.
  7. Leverage your meetup discussion board
    • Post a call for speakers on your meetup discussion board to reach out to potential presenters within your community. Be clear about the event theme and requirements to attract relevant speakers.
  8. Offer incentives and appreciation
    • Reward speakers with tokens of gratitude, such as T-shirts, gifts, or public recognition, to show your appreciation for their contribution to the meetup. The Celestia Labs Devrel team can help with swag logistics if needed.

Sponsors ​

Finding sponsors for your meetup can be challenging, but securing financial support is crucial for covering costs related to venue and refreshments.

  1. Leverage Celestia Labs' support
    • Celestia Labs may offer co-sponsorship for your meetup. However, they also encourage organizers to find local co-sponsors to help cover costs and create a more sustainable event.
  2. Offer value to your sponsors:
    • Show potential sponsors how partnering with your event will benefit them. Include their logo on event banners, mention them in the event description, and give them a shoutout at the beginning of the event. If they desire, allow them to place a rollup banner at the venue.
  3. Reach out to your network
    • Ask friends and acquaintances if they know of coworking spaces, schools, universities, or companies interested in sponsorship. A personal connection can significantly increase the chances of securing support.
  4. Approach speakers for sponsorship
    • Request speakers or their affiliated projects to contribute towards the event's expenses, such as catering costs. This can be an effective way to obtain additional funding.
  5. Create a sponsorship deck
    • Develop a compelling sponsorship deck to pitch your event to tech companies in your city or potential online sponsors. This presentation should highlight the benefits of supporting your event and showcase past successful meetups.
  6. Research local companies
    • Investigate businesses in your area that may be interested in sponsoring your event. Tailor your pitch to align with their industry and demonstrate how the meetup can benefit their company.
  7. Engage sponsors during the event
    • Allow sponsors to briefly address the audience, participate in Q&A sessions, or mention their hiring needs. Remember to avoid sales pitches, as they can negatively impact the meetup experience.
  8. Thank your sponsors
    • Express gratitude to your sponsors at the beginning and end of the meetup. Acknowledging their support encourages continued collaboration and enhances the credibility of your event.

Communications and marketing ​

Effectively marketing and announcing your Modular Meetup is essential for attracting attendees and ensuring a successful event.

  1. Plan your announcement
    • Announce your meetup at least two weeks prior. This gives your audience ample time to prepare and increases the likelihood of their attendance.
  2. Utilize Celestia Labs' resources
    • Celestia Labs can help co-promote your meetup on social media and Discord. They can also add your event to their online calendar, email local contacts, and share the event via their Developer Relations Team on Twitter. Don't hesitate to reach out to them for assistance.
  3. Share on social media
    • Promote your event on Twitter and any other popular social media platforms in your area. Tag speakers, sponsors, and use relevant hashtags to increase visibility.
  4. Leverage local community groups
    • Post your event in local Telegram, Discord, or other community groups relevant to your city. These groups often have many members who may be interested in attending your event.
  5. Engage speakers and the venue
    • Maintain communication with speakers and the venue to ensure any changes can be announced in advance. Trust is critical, so avoid canceling planned meetups whenever possible.
  6. Send reminders via meetup.com (optional)
    • After announcing your event, send a warm invite to your meetup group members through meetup.com. Additionally, send a reminder email one day before the event to encourage attendance.
  7. Share with friends and family
    • Invite your friends, family, and acquaintances to the meetup, as they may help spread the word or know someone interested in the event.
  8. Utilize conference groups
    • If you've attended conferences, share your meetup in the associated Telegram or social media groups, as there may be members nearby who would be interested in attending.

Recording ​

Recording and live-streaming your Modular Meetup can greatly benefit those who cannot attend in person and expand the reach of your event.

  1. Plan for recording
    • Consider recording your meetup to create additional learning resources and share the knowledge with a broader audience.
  2. Consider live-streaming
    • Live-streaming your event on platforms like Twitch, YouTube, or Twitter allows remote participants to watch and engage in the meetup. This can also boost your event's reach and create a sense of inclusion for those who couldn't attend in person.
  3. Coordinate with Celestia Labs
    • Celestia Labs can potentially help cover recording costs and promote recorded meetups. Reach out to them at meetups@celestia.org to discuss available options and support. They can also assist with finding local contacts for recording if you don't have one already.
  4. Utilize available resources
    • If you have a small budget, consider allocating some funds for recording and live-streaming your event. Look for local professionals or affordable equipment rentals to ensure high-quality recordings.
  5. Share recordings on Celestia Labs' channels
    • Celestia Labs can help promote recorded meetups by sharing videos in their meetups playlist on YouTube and hosting them on their website. Ensure you coordinate with Celestia Labs to provide them with the recorded video.
  6. Promote recorded content
    • Share the recordings on your social media channels and meetup group after the event. This helps attendees revisit the content and allows those who couldn't attend to learn from the talks.

Utilizing Meetup.com platform ​

Celestia Labs is committed to supporting your meetup efforts by helping you with meetup.com, from setting up the group to covering organizer dues. Below is a detailed overview of how Celestia Labs can assist you.

  1. Meetup.com organizer dues
    • Celestia Labs is happy to cover organizer dues for meetup.com. To get started, send an email to meetups@celestia.org and let them help you with the process.
  2. Co-organizing existing groups
    • If you already have a meetup.com group but need Celestia Labs' assistance with organizing or covering dues, email meetups@celestia.org to add one of their employees as the Organizer.
  3. Setting up groups on Meetup.com
    • Celestia Labs will help you set up your meetup group, including logos, naming, custom URLs, group description, and other essential details. They provide a unique logo for Celestia Modular Meetups, which you can use for your group.
  4. User group naming
    • Celestia Labs recommends naming your group "Celestia Modular Meetup" to encompass various aspects of the Celestia community and create a consistent brand.
  5. Custom URL for the group
    • Meetup.com allows you to create a custom URL for your user group. Celestia Labs encourages consistent URLs across regions, making it easy for people to find your meetup group.
  6. Group description
    • Celestia Labs has a standard group description to ensure consistency across all meetups. However, if you'd like to customize it, let them know.
  7. New member intake questions
    • To improve the quality of your meetups, Celestia Labs suggests a set of intake questions for new members. The answers can help you better understand their needs and interests, allowing you to plan engaging meetups.
  8. Welcome message
    • Celestia Labs provides a welcome message for new members joining your group. If you'd like to customize this message, let them know.

Onboarding questions for community members joining a Modular Meetup ​

  1. Q1: How did you hear about this Modular Meetup?
    • Why: This information helps us understand the most effective channels for recruiting new participants to the meetup.
  2. Q2: What do you hope to gain by participating in this meetup? (e.g., networking, learning about Celestia, learning about Modularity, finding a job, etc.)
    • Why: This information helps us cater to the needs of the user group members. If most attendees are looking for networking opportunities, we can schedule casual meetups alongside informative talks.
  3. Q3: Are you currently using or planning to use Celestia, Rollkit, Celestia’s Node API or any of the rollups deployed on Celestia? Tell us all about it. We will use your response to help us better understand what talks would be most beneficial to the group.
    • Why: Responses to this question help us determine the most relevant talks for the group members. If we discover that most participants are interested in a specific area, we can tailor the talks accordingly.
  4. Q4: We love Celestia and the modular ecosystem, but we also appreciate other Web3 technologies. What other topics would you like to hear about? (e.g., Infrastructure, Data Storage, DID, MEV)
    • Why: Knowing our group participants' interests in other technical areas helps us understand what related topics would be useful and valuable to the group, which in turn helps when recruiting speakers.
  5. Q5: Would you be interested in speaking at a future meetup? We welcome 2-minute lightning talks to 1-hour deep dives. Would you be interested in hosting a meetup? If you answer yes to this question, the group organizers will contact you to follow up.
    • Why: One of the challenges in hosting regular meetups is finding speakers. We hope this question will identify people eager to share their stories and expertise with the group, making the lives of organizers easier.
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Celestia Modular Meetup program ​

Modular Meetup Banner

Welcome to the ultimate guide for Modular Meetup organizers! This collection of resources is designed for those enthusiastic about fostering grassroots Modular Meetups with support from Celestia around the world.

Program description ​

The Celestia Modular Meetup Program aims to empower meetup organizers, providing education and support, and encouraging collaboration within the Web3 ecosystem. This rapidly growing community has already achieved incredible success with the first Modular Meetup in Lisbon, and will grow from there.

Join fellow enthusiasts, engage in enlightening discussions, and make the most of the insightful resources provided. These resources are designed to serve as a go-to playbook for meetup organizers, especially when starting your journey.

Important info ​

Celestia.org Community Code of Conduct ​

The purpose of our Community Code of Conduct is to foster an inclusive, welcoming, and supportive environment for everyone participating in Celestia community events. We're all here to learn from each other, expand our skillsets, and enjoy a positive experience together.

All meetup attendees, speakers, sponsors, and volunteers, including the event organizing team, are kindly asked to adhere to the following Code of Conduct. Organizers will respectfully enforce this code throughout the event. We genuinely appreciate the cooperation of all participants in maintaining a safe and empowering space for everyone.

Signup form ​

To become part of the program, please complete the registration form.

Following the review and approval of your submission, you will receive an email confirmation and an invitation to participate in the upcoming Modular Meetup call. Furthermore, you will be granted access to the exclusive Discord channel labeled "#modular-meetup" on our Discord server. Please take note that joining our Discord is a prerequisite for channel access. It's essential to recognize that this program is tailored for dedicated organizers with a genuine interest in nurturing their local modular ecosystem community.

Emails ​

As a participant in the Celestia Modular Meetup Program, you can expect to receive the following emails:

  1. Welcome email with links to calendar events and Discord channel
  2. Monthly Catch-up call invites
  3. Recap emails with notes from calls

Discord ​

Your active participation is key to unlocking the full potential of this vibrant community. Our primary communication tool is Discord, providing an engaging platform to connect with fellow organizers:

Materials ​

As a meetup organizer, you'll gain access to the Celestia Modular Meetup Program's list of resources. This collection should become your trusted companion in organizing events. Drawing upon the wisdom of seasoned event organizers, this resource is available for you and your co-organizers to explore and learn.

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Modular Meetup Toolkit ​

Welcome to the Modular Meetups Toolkit! This kit is designed to help you run successful meetups for the Celestia community. As the first modular blockchain, Celestia offers a lot to discuss and explore. This kit includes useful resources and materials to help you plan and execute your meetups effectively.

Celestia branding guidelines ​

  • Brand kit
    1. Includes logo files, color schemes, typography, icons and illustrations

Sample “Introduction to Modularity” workshop presentation ​

  • Sample presentation - introduction to modularity
  • Summary: This is an overview presentation on Modular blockchains and dives deep into Celestia core technologies.
  • The sample presentation covers:
    1. What are modular blockchains?
    2. The benefits of modular over monolithic blockchains
    3. Introduction to Celestia: The first modular blockchain
    4. The concept of Data Availability Sampling
    5. Sovereign Rollups
    6. Q&A session

Sample “Run a Celestia light node” workshop presentation ​

  • Sample presentation - run a light node
  • Summary: This is an overview presentation goes over running a Celestia light node. You can find existing video presentations for this here:
  • The sample presentation covers:
    1. What is a Celestia light node?
    2. The role of light nodes in the Celestia ecosystem
    3. Setting up a light node: hardware and software requirements
    4. Step-by-step guide on how to run a Celestia light node
    5. Troubleshooting common issues
    6. Best practices for maintaining a light node
    7. Q&A session

Sample “Deploy a Sovereign Rollup” workshop presentation ​

  • Sample presentation - deploy a sovereign rollup
  • Summary: This is an overview presentation on deploying a sovereign rollup with Rollkit on Celestia. You can find existing video presentations for this here:
  • The sample presentation covers:
    1. What is a sovereign rollup?
    2. The role of sovereign rollups in the Celestia ecosystem
    3. Introduction to Rollkit
    4. Setting up a sovereign rollup: hardware and software requirements
    5. Q&A session

Sample “Modular Meetup Introduction” workshop presentation ​

Swag logistics ​

With this Modular Meetups Organizer Kit, you’ll have everything you need to plan and execute engaging, informative, and successful meetups for the Celestia community. Happy organizing!

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Bridging in and out of your Orbit rollup ​

This guide covers how to bridge in (deposit) and bridge out (withdrawal) from your Arbitrum Orbit L3 rollup.

This guide will cover bridging in and out of your Orbit rollup.

Below are two example transactions, one of a deposit and one of a withdrawal:

bridge-overview-deposit-and-withdrawal-l3

Bridge in (deposit) to your rollup ​

Step 1: Add your custom chain config ​

(1a) In the Arbitrum Bridge UI, click the menu dropdown in the top right. Select Settings.

bridge-settings

(1b) Under Developer Mode, select Turn on testnet mode. Add your custom chain config from outputInfo.json in the root of your orbit-setup-script directory.

add-testnet-orbit-chain

(1c) You'll then see the chain under Live Orbit Chains:

live-orbit-chains

Step 2: Deposit to your Orbit rollup ​

(2a) Choose an amount of Arbitrum Sepolia ETH to bridge into your rollup. Click Move funds to <YOUR_ROLLUP_NAME>, in this case Move funds to Arbitrum L3 Rollup. Approve the transaction in your wallet.

bridge-in-start

(2b) You'll then see it load in the Pending transactions tab:

bridge-in-pending

(2c) Shortly after, in the Settled transactions tab you can see the transaction status. Click Success.

bridge-in-settled-txs

(2d) View the transaction on your local instance of Blockscout for your rollup:

bridge-in-explorer-rollup-tx

(2e) Optionally, click See Details for an overview of your deposit:

bridge-in-success

(2f) From the details page, you can also see the transaction for your deposit on Arbitrum Sepolia:

bridge-in-sepolia-tx-explorer

Bridge out (withdrawal) from your rollup ​

Step 1: Choose an amount to withdraw from your rollup ​

(1a) In the Arbitrum Bridge UI, choose your origin chain to your Arbitrum L3 Rollup and the destination chain as Arbitrum Sepolia.

bridge-out-small-screenshot

(1b) Click Move funds to Arbitrum Sepolia and read the disclaimer, check the boxes, and click Continue.

bridge-out-begin

(1c) Optionally, set a reminder on your calendar so you don't forget.

(1d) After approving the transaction in your wallet, you'll be able to see the transaction in the Pending transactions tab:

bridge-out-pending

After approximately two hours, you will be able to proceed to Step 2: Claim your withdrawal.

(1e) Click See details to see an overview of your withdrawal:

bridge-out-begin-overview

(1f) Optionally, view the transaction on your local explorer.

bridge-out-tx-details

(1g) To learn more about what is going on, click the Logs tab:

bridge-out-logs-details-1

bridge-out-logs-explorer-2

Step 2: Claim your withdrawal ​

After approximately 2 hours, you will be able to claim your withdrawal.

(2a) Head back to the bridge UI and you will have a notification to claim your withdrawal. Click Claim in the details of the transaction:

bridge-out-claim-withdrawal

(2b) Approve the transaction in your wallet.

(2c) After your transaction goes through, you can see the details in the bridge UI under Settled transactions:

bridge-out-claim-success-withdrawal

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Deploy a dapp on your Arbitrum rollup devnet ​

First, review the Arbitrum integration, Quickstart: Deploy an Arbitrum Orbit rollup, and Deploy a smart contract to your Arbitrum rollup pages.

Dependencies ​

Setup and contract deployment ​

  1. Clone the gm-portal from GitHub and start the frontend:

    bash
    cd $HOME
+git clone https://github.com/jcstein/gm-portal.git
+cd gm-portal && git checkout arbitrum
+cd frontend && yarn && yarn dev
    cd $HOME
+git clone https://github.com/jcstein/gm-portal.git
+cd gm-portal && git checkout arbitrum
+cd frontend && yarn && yarn dev

  2. In a new terminal instance, set your private key for the faucet as a variable and the RPC URL you're using:

    bash
    export PRIVATE_KEY=0xb6b15c8cb491557369f3c7d2c287b053eb229daa9c22138887752191c9520659
+export ARB_RPC_URL=http://localhost:8547
    export PRIVATE_KEY=0xb6b15c8cb491557369f3c7d2c287b053eb229daa9c22138887752191c9520659
+export ARB_RPC_URL=http://localhost:8547

  3. Change into the gm-portal/contracts directory in the same terminal and deploy the contract using Foundry:

    bash
    cd $HOME/gm-portal/contracts
+forge script script/GmPortal.s.sol:GmPortalScript --rpc-url $ARB_RPC_URL --private-key $PRIVATE_KEY --broadcast
    cd $HOME/gm-portal/contracts
+forge script script/GmPortal.s.sol:GmPortalScript --rpc-url $ARB_RPC_URL --private-key $PRIVATE_KEY --broadcast

  4. In the output of the deployment, find the contract address and set it as a variable:

    bash
    export CONTRACT_ADDRESS=<your-contract-address-from-the-output-above>
    export CONTRACT_ADDRESS=<your-contract-address-from-the-output-above>

Interact with the contract ​

Next, you're ready to interact with the contract from your terminal!

  1. Send a "gm" to the contract:

    bash
    cast send $CONTRACT_ADDRESS \\
+"gm(string)" "gm" \\
+--private-key $PRIVATE_KEY \\
+--rpc-url $ARB_RPC_URL
    cast send $CONTRACT_ADDRESS \\
+"gm(string)" "gm" \\
+--private-key $PRIVATE_KEY \\
+--rpc-url $ARB_RPC_URL

  2. Now that you've posted to the contract, you can read all "gms" (GMs) from the contract with this command:

    bash
    cast call $CONTRACT_ADDRESS "getAllGms()" --rpc-url $ARB_RPC_URL
    cast call $CONTRACT_ADDRESS "getAllGms()" --rpc-url $ARB_RPC_URL

  3. Next, query the total number of gms, which will be returned as a hex value:

    bash
    cast call $CONTRACT_ADDRESS "getTotalGms()" --rpc-url $ARB_RPC_URL
    cast call $CONTRACT_ADDRESS "getTotalGms()" --rpc-url $ARB_RPC_URL

  4. (Optional) In order to interact with the contract on the frontend, you'll need to fund an account that you have in your Ethereum wallet. Transfer to an external account with this command:

    bash
    export RECEIVER=<receiver ETH address>
+cast send --private-key $PRIVATE_KEY $RECEIVER --value 1ether --rpc-url $ARB_RPC_URL
    export RECEIVER=<receiver ETH address>
+cast send --private-key $PRIVATE_KEY $RECEIVER --value 1ether --rpc-url $ARB_RPC_URL

    TIP

    If you are in a different terminal than the one you set the private key in, you may need to set it again.

Update the frontend ​

Next, you will need to update a few things before you can interact with the contract on the frontend:

  1. Change the contract address on gm-portal/frontend/src/App.tsx to your contract address
  2. Match the chain info on gm-portal/frontend/src/main.tsx with the chain config of your L2
  3. If you changed the contract, update the ABI in gm-portal/frontend/GmPortal.json from gm-portal/contracts/out/GmPortal.sol/GmPortal.json. This can be done with:
bash
cd $HOME
+cp dev/gm-portal/contracts/out/GmPortal.sol/GmPortal.json dev/gm-portal/frontend
cd $HOME
+cp dev/gm-portal/contracts/out/GmPortal.sol/GmPortal.json dev/gm-portal/frontend

Interact with the frontend ​

Now, login with your wallet that you funded, and post a GM on your GM portal!

gm-arb

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Quickstart: Deploy an Arbitrum Orbit rollup ​

This guide covers deploying a rollup using the Celestia Orbit chain deployment portal.

After completing this tutorial, you will have a local development network rollup capable of hosting EVM-compatible smart contracts. This rollup will process transactions locally, settle on the public Arbitrum Sepolia testnet, and post data to Celestia's Mocha testnet.

If you're looking to learn more about the integration of Celestia and Orbit, read the Arbitrum Orbit integration overview. If you're looking to learn more about Orbit, read A gentle introduction: Orbit chains.

Thank you, Offchain Labs!

This guide was made possible with the support and information provided by the Offchain Labs team, the creators of Arbitrum. For more detailed information and support, visit Arbitrum documentation and the original deployment guide.

Prerequisites ​

Setup ​

This section was adapted from Arbitrum's Orbit quickstart.

Step 1: Acquire Arbitrum Sepolia ETH ​

You'll need at least 1 testnet ETH for a regular Orbit rollup or 0.6 ETH plus 0.4 of your desired native token for Orbit rollups with a custom gas token. The funds will cover the cost of deploying the base contracts to the base chain, in this case, Arbitrum Sepolia.

The simplest way to do this is to:

  1. Use an L1 testnet ETH faucet like sepoliafaucet.com to acquire some testnet ETH on Ethereum Sepolia testnet.
  2. Bridge your L1 testnet ETH to L2 Arbitrum Sepolia using the Arbitrum bridge.

Step 2: Pick your deployment type ​

Visit the Celestia Orbit chain deployment portal. This portal offers the following options:

  1. Celestia Rollup: Transaction data is posted to Celestia
  2. Rollup: Transaction data is posted to Ethereum
  3. AnyTrust: Transaction data is posted by a Data Availability Committee

Connect your wallet to the deployment portal. You may be prompted to add the Arbitrum Sepolia network to your wallet and/or switch your wallet to this network; approve this.

In this guide, we will select Celestia ✨ and deploy a rollup which posts data to Celestia (1 above).

Choose Celestia for DA

Click Next. In the next step, we will configure the deployment.

Step 3: Configure your Orbit chain's deployment ​

The deployment portal will then display a form that looks like this:

configuration

Parameter descriptions can be found in the table below (more in-depth descriptions can be found in the deployment UI). We recommend sticking to the defaults; to learn more about customizing your Orbit chain's deployment configuration, visit How to customize your Orbit chain's deployment configuration:

ParameterDescription
Chain IDThis is a unique integer identifier for your chain's network, primarily used on chain indexes like Chainlist.org. It's not crucial for development networks, but in production, you'll need to choose a unique ID.
Chain NameThe name you assign to your Orbit chain, which helps users and developers distinguish it from other chains. It should be memorable and recognizable.
Challenge Period BlocksDetermines the time frame within which validators can dispute the state of the chain posted to the base chain. It's measured in blocks on the underlying L1 chain. A longer period allows more time for disputes but also delays withdrawals.
Stake TokenSpecifies the token that validators must stake to participate in the validation process, using the token's contract address on the base chain. This can be ETH or another token, defined by its address.
Base StakeThe minimum amount of stake token required for validators to post state assertions. A lower base stake lowers the barrier to entry but increases vulnerability to attacks, whereas a higher stake encourages honest participation but raises the entry barrier.
OwnerThe account address that has the authority to deploy, own, and update the base contracts of your Orbit chain on its base chain. In production, this is usually a high-stakes address controlled by a DAO or a multisig setup. For development chains, it's a lower-stakes administrative account.
Gas TokenThe token used for gas payments on the network, which must be natively deployed on the parent chain. There are specific requirements for custom gas tokens, such as having 18 decimals and not being a rebasing or fee-on-transfer token. This feature is primarily for Orbit AnyTrust chains.
ValidatorsThis is the number of validators for your chain, including their addresses. The first validator is auto-generated and immutable. Validators are crucial for maintaining the integrity of the chain and posting state assertions to the base chain.
Batch PosterResponsible for posting transaction batches from your Orbit chain to the base chain. An address for this role is automatically generated, with the private key stored in a configuration file.

In the Configure Validators section, specify the number of validators and their addresses for your chain. The initial validator's address is pre-generated and immutable, with its key stored in a JSON file. Validators ensure transaction integrity and state assertions on the base chain. They're added to an allow-list for validation and staking. Base contracts refer to your Orbit chain's L2 contracts, and base chain to the L2 chain they're deployed on.

In the Configure Batch Poster section, a batch poster address is auto-generated for posting transaction batches to the base contracts on the base chain. The address and its private key are also stored in a JSON configuration file. After configuring, proceed to review and deploy your Orbit chain.

After configuring your batch poster, proceed to the next step.

Step 3: Review & Deploy your Orbit chain ​

Now, deploy your chain's base contracts to Arbitrum Sepolia!

Click the Deploy button on the Review & Deploy page. Your wallet should prompt you to submit a transaction to the Arbitrum testnet. You'll have to pay a little gas; your wallet may denominate this in ETH; as long as you see your chosen Arbitrum testnet in the transaction details, this gas fee will be paid in testnet ETH.

Before proceeding, let's briefly review what just happened:

  1. You submitted a deployment transaction to an Orbit "factory" smart contract on the Arbitrum testnet, the public L2 chain that your local Orbit chain will settle transactions to.
  2. This Orbit smart contract then initialized your Orbit chain's base contracts with the values that you specified in the previous step, and deployed these base contracts to the Arbitrum testnet.

Your Orbit chain's base contracts are responsible for facilitating the exchange of information between your chain's node(s) and its base chain's nodes. This includes the batch posting of transactions from your Orbit chain to its base chain, the staking of tokens by your Orbit chain's validators the challenge mechanism, bridging mechanisms, and more.

Once your transaction is complete, continue to Step 4 to download your chain's configuration files and launch your chain.

Step 4: Download your chain's configuration files and launch your chain ​

After configuring your chain, you will need to download the necessary configuration files to launch your chain. Click the Download zip files button to download both the Rollup Config and L3 Config in a single ZIP file.

  • Rollup Config: This is the nodeConfig.json file, encapsulating your chain's node configuration. It is crucial as it contains the private keys for your validator and batch poster, essential for signing transactions for RBlocks and batch postings to your chain's base contracts on the L2 chain.

  • L3 Config: This is the orbitSetupScriptConfig.json file, which holds your chain's configuration, including configurations needed for your Token Bridge contracts.

Ensure to securely store these downloaded files as they contain sensitive information crucial for your chain's operation.

download config

Step 5: Clone the setup script repository and add your configuration files ​

  1. Clone the orbit-setup-script repository:

    bash
    git clone https://github.com/celestiaorg/orbit-setup-script.git
    git clone https://github.com/celestiaorg/orbit-setup-script.git

  2. Move the nodeConfig.json and orbitSetupScriptConfig.json files that you downloaded into the config directory in the root of your cloned orbit-setup-script repository.

  3. Install dependencies by running yarn install from the root of the orbit-setup-script repository.

Step 6: Pick an L2 RPC URL for the Batch Poster ​

In order for the Batch Poster, which is responsible for posting batches of data, to subscribe to Blobstream's smart contract events, the node most use a WebSocket connection, since an HTTP one will not support subscriptions. This RPC URL is different from the parent-chain.connection.url object used in the node config, and is not necessary when running a full node. WebSocket (WSS) URLs which are essential for real-time data fetching and interaction with the Arbitrum Sepolia network.

To establish a WebSocket connection for your rollup to Arbitrum Sepolia, it's recommended to find an RPC provider with WSS connections from Arbitrum's docs.

For this example, we will make an account on Alchemy. Follow these steps to set up your account and obtain a WSS URL using Alchemy:

  1. Visit Alchemy's website and sign up for an account.
  2. Once logged in, create a new app by selecting the Arbitrum network, specifically targeting the Arbitrum Sepolia testnet.
  3. After creating your app, navigate to the "API key" section to find your WebSocket (WSS) URL.
  4. In the next step, use this WSS URL in your nodeConfig.json under the celestia-cfg.eth-rpc object to ensure your node can establish a WebSocket connection to the Arbitrum Sepolia network and successfully subscribe to Blobstream events.

Without a WSS connection, the Batch Poster won't be able to subscribe to Blobstream events, and thus will fall back to posting data to parent chain.

Step 7: Run your light node for Mocha testnet ​

First, be sure that your light node is running, using a command similar to:

TIP

If you are on Linux (or are not using Docker desktop), you may need to add the extra flags: --rpc.addr 0.0.0.0 and --rpc.port 26658 to your start command for your light node.

Additionally, you will need to add host.docker.internal as a host in your docker-compose.yml:

yaml
extra_hosts:
+      - "host.docker.internal:host-gateway"
extra_hosts:
+      - "host.docker.internal:host-gateway"
bash
celestia light start --p2p.network mocha --core.ip <RPC_URL>
celestia light start --p2p.network mocha --core.ip <RPC_URL>

To set your light node's auth token, you will use the auth token that returns when you run:

bash
celestia light auth admin --p2p.network mocha
celestia light auth admin --p2p.network mocha

Since the contracts deployed through the factories above are already configured to communicate with Blobstream, you now only have to configure your node accordingly. First understand the different variables that will be set in the config:

  • enable: set it to true if you are using Celestia DA 😁
  • rpc: RPC endpoint for celestia-node
  • tendermint-rpc: a celestia-core endpoint from a full node (NOTE: only needed for a batch poster node)
  • eth-rpc: Ethereum Client WSS RPC endpoint, only used when the node is a batch poster. The eth-rpc must be WSS. Otherwise, it won't be able to subscribe to events for Blobstream.
  • namespace-id: namespace being used to post data to Celestia
  • auth-token: auth token for your Celestia Node
  • is-poster: is the node with Celestia DA the batch poster, set to true if so.
  • gas-price: how much to pay for gas (in uTIA)
  • event-channel-size: size of the events channel used by the batch poster to wait for a range of headers that contains the header for the block in which it posted a blob, before posting the batch to the base layer for verification on Blobstream X.
  • blobstreamx-address: address of the Blobstream X contract on the base chain.
    • Note that the SequencerInbox contract for each chain has a constant address for the BlobstreamX contract, thus make sure that the Blobstream X address in the SequencerInbox being used for the templates in RollupCreator matches the one in your config.

Now enable Celestia DA in your Arbitrum chain params in config/nodeConfig.json. If you'd like to use your own namespace, use a custom 10 byte value or random value using openssl rand -hex 10 for namespace-id:

WARNING

The Orbit contracts depend on the existing Blobstream X deployments. Before using these addresses, please verify the contract addresses on the official source below to avoid any issues due to incorrect addresses. This is crucial to protect against potential misuse by copy-paste errors.

ts
"celestia-cfg": {
+  "enable": true,
+  "rpc": "http://host.docker.internal:26658",
+  "tendermint-rpc": "http://consensus-full-mocha-4.celestia-mocha.com:26657",
+  "eth-rpc": "wss://<YOUR_ETH_RPC_WSS_URL>",
+  "namespace-id": "<YOUR_10_BYTE_NAMESPACE>",
+  "auth-token": "<YOUR_AUTH_TOKEN>",
+  "is-poster": true,
+  "gas-price": 0.3,
+  "event-channel-size": 100,
+  "blobstreamx-address": "0xc3e209eb245Fd59c8586777b499d6A665DF3ABD2",
+}
"celestia-cfg": {
+  "enable": true,
+  "rpc": "http://host.docker.internal:26658",
+  "tendermint-rpc": "http://consensus-full-mocha-4.celestia-mocha.com:26657",
+  "eth-rpc": "wss://<YOUR_ETH_RPC_WSS_URL>",
+  "namespace-id": "<YOUR_10_BYTE_NAMESPACE>",
+  "auth-token": "<YOUR_AUTH_TOKEN>",
+  "is-poster": true,
+  "gas-price": 0.3,
+  "event-channel-size": 100,
+  "blobstreamx-address": "0xc3e209eb245Fd59c8586777b499d6A665DF3ABD2",
+}

See the compatibility matrix in the appendix to verify you're using the right versions.

Step 8: Run your chain's node and block explorer ​

Start Docker, then run docker-compose up -d from the root of the orbit-setup-script repository.

A Nitro node and BlockScout explorer instance will be started. Visit http://localhost/ to access your BlockScout explorer instance - this will allow you to view your chain's transactions and blocks, which can be useful for debugging.

blockscout

After you have some activity on your rollup, it will look more like this:

explorer-view

Step 9: Finish setting up your chain ​

The Offchain Labs team has provided a Hardhat script that handles the following tasks:

  1. Fund the batch-poster and validator (staker) accounts on your underlying L2 chain.
  2. Deposit ETH into your account on the chain using your chain's newly deployed bridge.
  3. Deploy your Token Bridge contracts on both L2 and local Orbit chains.
  4. Configure parameters on the chain.

To run this script, issue the following command from the root of the orbit-setup-script repository, replacing YourPrivateKey with the private key of the Owner account you used to deploy your chain's contracts, and replacing http://localhost:8449 with the RPC URL of your chain's node.

First, export your private key as a variable:

bash
PRIVATE_KEY="YourPrivateKey" \\
+  L2_RPC_URL="https://sepolia-rollup.arbitrum.io/rpc" \\
+  L3_RPC_URL="http://localhost:8449" yarn run setup
PRIVATE_KEY="YourPrivateKey" \\
+  L2_RPC_URL="https://sepolia-rollup.arbitrum.io/rpc" \\
+  L3_RPC_URL="http://localhost:8449" yarn run setup

Successful logs will appear similar to:

bash
Funding batch-poster accounts on parent chain with 0.3 ETH
+Transaction hash on parent chain: 0x6c7360a96165c570dcb7ce609d748d612c5fa5b76e229cd81ba5f5c93c00f805
+Transaction was mined in block 28217647 on parent chain
+Funding staker accounts on parent chain with 0.3 ETH
+Transaction hash on parent chain: 0x59d2db6c5095b9e329c80211b7a761d20064379e3382d156b69e5cf3b5fe2fc7
+Transaction was mined in block 28217653 on parent chain
+Running Orbit Chain Native token deposit to Deposit ETH or native ERC20 token from parent chain to your account on Orbit chain ... 💰💰💰💰💰💰
+Transaction hash on parent chain:  0x8dee6e88d3b62b258c1574cbb7005e1c3cf193b60a99b5c2fcfae00819b7ed82
+0.4 ETHs are deposited to your account
+Balance not changed yet. Waiting for another 30 seconds ⏰⏰⏰⏰⏰⏰
+Balance of your account on Orbit chain increased by the native token you have just sent.
+Running tokenBridgeDeployment or erc20TokenBridge script to deploy token bridge contracts on parent chain and your Orbit chain 🌉🌉🌉🌉🌉
+Creating token bridge for rollup 0x7fbEB5BC73a11b438891022786feb2C624f275F0
+Token bridge deployed in transaction 0x4888fdf44251d456bbfca92bfc6e180cfe0b096ffbea2f6da2a203a16902214f
+Waiting for retryables...
+Retryable #1: 0xc61382d5609ab0ece36b2776349c8bdceeafdd13dde9624cdf3d746fb4cf7d79
+Retryable #2: 0xf31fd34f8a9d9057198d8b13e755e583766bd528459733d948d9ffbc980c9506
+Done!
+Weth gateway set in tx 0xf2ddc2dad90e7e2b20a772bf89f989224165659d50824b98d7340e12265abf01
+Waiting for retryables...
+Retryable #1: 0xf47dc66514fd78e4666e35abd12df7d1ae2c79f69f7dfedb8d98e4106142ab7c
+Done!
+network.json updated
+Done!
+Running l3Configuration script to configure your Orbit chain 📝📝📝📝📝
+Setting the Minimum Base Fee for the Orbit chain
+Minimum Base Fee is set on the block number 13 on the Orbit chain
+Setting the  network fee receiver for the Orbit chain
+network fee receiver is set on the block number 14 on the Orbit chain
+Setting the infrastructure fee collector address for the Orbit chain
+infrastructure fee collector address is set on the block number 15 on the Orbit chain
+Getting L1 base fee estimate
+L1 Base Fee estimate on L2 is 4989526079
+Setting L1 base fee estimate on L3 to 5158076079
+L1 base fee estimate is set on the block number 16 on the Orbit chain
+All things done! Enjoy your Orbit chain. LFG 🚀🚀🚀🚀
+Transferring ownership on L3, from rollup owner to upgrade executor 🔃🔃🔃
+Adding Upgrade Executor contract to the chain owners
+Executor has been added to chain owners on TX: 0x97b50f60b60d0e658fdbf185969db0a0327bd0ae9e57cd65af2a7f9be0eeb5b0
+Executing removeChainOwner through the UpgradeExecutor contract
+Transaction complete, rollup owner removed from chain owners on TX: 0x019850732270d8c436585c7921219252422228b5d0f559da0da219f0fa2b7216
+✨  Done in 58.49s.
Funding batch-poster accounts on parent chain with 0.3 ETH
+Transaction hash on parent chain: 0x6c7360a96165c570dcb7ce609d748d612c5fa5b76e229cd81ba5f5c93c00f805
+Transaction was mined in block 28217647 on parent chain
+Funding staker accounts on parent chain with 0.3 ETH
+Transaction hash on parent chain: 0x59d2db6c5095b9e329c80211b7a761d20064379e3382d156b69e5cf3b5fe2fc7
+Transaction was mined in block 28217653 on parent chain
+Running Orbit Chain Native token deposit to Deposit ETH or native ERC20 token from parent chain to your account on Orbit chain ... 💰💰💰💰💰💰
+Transaction hash on parent chain:  0x8dee6e88d3b62b258c1574cbb7005e1c3cf193b60a99b5c2fcfae00819b7ed82
+0.4 ETHs are deposited to your account
+Balance not changed yet. Waiting for another 30 seconds ⏰⏰⏰⏰⏰⏰
+Balance of your account on Orbit chain increased by the native token you have just sent.
+Running tokenBridgeDeployment or erc20TokenBridge script to deploy token bridge contracts on parent chain and your Orbit chain 🌉🌉🌉🌉🌉
+Creating token bridge for rollup 0x7fbEB5BC73a11b438891022786feb2C624f275F0
+Token bridge deployed in transaction 0x4888fdf44251d456bbfca92bfc6e180cfe0b096ffbea2f6da2a203a16902214f
+Waiting for retryables...
+Retryable #1: 0xc61382d5609ab0ece36b2776349c8bdceeafdd13dde9624cdf3d746fb4cf7d79
+Retryable #2: 0xf31fd34f8a9d9057198d8b13e755e583766bd528459733d948d9ffbc980c9506
+Done!
+Weth gateway set in tx 0xf2ddc2dad90e7e2b20a772bf89f989224165659d50824b98d7340e12265abf01
+Waiting for retryables...
+Retryable #1: 0xf47dc66514fd78e4666e35abd12df7d1ae2c79f69f7dfedb8d98e4106142ab7c
+Done!
+network.json updated
+Done!
+Running l3Configuration script to configure your Orbit chain 📝📝📝📝📝
+Setting the Minimum Base Fee for the Orbit chain
+Minimum Base Fee is set on the block number 13 on the Orbit chain
+Setting the  network fee receiver for the Orbit chain
+network fee receiver is set on the block number 14 on the Orbit chain
+Setting the infrastructure fee collector address for the Orbit chain
+infrastructure fee collector address is set on the block number 15 on the Orbit chain
+Getting L1 base fee estimate
+L1 Base Fee estimate on L2 is 4989526079
+Setting L1 base fee estimate on L3 to 5158076079
+L1 base fee estimate is set on the block number 16 on the Orbit chain
+All things done! Enjoy your Orbit chain. LFG 🚀🚀🚀🚀
+Transferring ownership on L3, from rollup owner to upgrade executor 🔃🔃🔃
+Adding Upgrade Executor contract to the chain owners
+Executor has been added to chain owners on TX: 0x97b50f60b60d0e658fdbf185969db0a0327bd0ae9e57cd65af2a7f9be0eeb5b0
+Executing removeChainOwner through the UpgradeExecutor contract
+Transaction complete, rollup owner removed from chain owners on TX: 0x019850732270d8c436585c7921219252422228b5d0f559da0da219f0fa2b7216
+✨  Done in 58.49s.

Find your PFB on Celenium by looking at the namespace or account you posted from.

See an example blob that was posted while making this guide.

Congratulations with Celestia underneath ​

Your local Orbit rollup is now running. You'll see an outputInfo.json file in the main directory of your script folder - this contains more information about your chain, including the addresses of your chain's base contracts.

In the next guides, learn how to run a full and validating full node or bridge in and out of your rollup.

Appendix ​

Extra resources in Arbitrum documentation:

Compatibility matrix ​

ComponentVersionDetails
Nitrov2.3.1-rc.1Includes the replay binary for the WASM root 0x10c65b27d5031ce2351c719072e58f3153228887f027f9f6d65300d2b5b30152. Read the overview for overall changes.
Contractsv1.2.1-celestiaIntegrates Blobstream X functionality into nitro-contracts v1.2.1
Orbit SDKv0.8.2 Orbit SDK for Celestia DAThis is not compatible with Orbit SDK v0.8.2 or with the latest changes to nitro-contracts for the Atlas upgrade. The Orbit SDK itself is in Alpha.
celestia-nodev0.13.1This integration has only been tested with celestia-node 0.13.1 and only works with said version, and with future versions after that. Under the hood, the Nitro node uses this commit of celestia-openrpc.

Blobstream X contract deployments ​

The Orbit contracts depend on the following Blobstream X deployments. The current deployments, which can be found at 0xc3e209eb245Fd59c8586777b499d6A665DF3ABD2 in both chains, relays headers from the Mocha-4 testnet to the chains below:

  • Arbitrum Sepolia
  • Base Sepolia

Arbitrum Sepolia ​

Base Sepolia ​

  • RollupCreator: 0x1Bb8ADd5e878b12Fa37756392642eB94C53A1Cf4
  • TokenBridgeCreator: 0xAa3b8B63cCCa3c98b948FD1d6eD875d378dE2C6c
  • TokenBridgeRetryableSender: 0x4270889AdcB82338C5FF5e64B45c0A3d31CFd08C
  • Find additional Base Sepolia deployments below

Arbitrum Sepolia additional deployments ​

ContractAddress
Bridge0x95FEA00e689e8D1CBa909836E1Ef1b941D5f21b1
SequencerInbox0x95CBDa89325db5529eAF1813E181f66B83A7d65a
Inbox0x3681Cbb0E95AB50b63F2FC524FbBcC78adEfBd33
RollupEventInbox0x61e154128b6a1400ea8090B4431B4aA1DBb80Cc4
Outbox0x5187a92539bB4A2befe1fc078745c84AB6d37171
ERC20Bridge0xD0a6699Fc7519966685181c80BF98D35aFa1fC95
SequencerInbox0x2588867F19E2DE51f90F0aB852C7Ad11228e3d83
ERC20Inbox0x6cB49605f10831749c6090AD09918bC61439bacE
ERC20RollupEventInbox0x7fC4D9A24949680faD666FeEe7cD6a100E39C4F0
ERC20Outbox0xA773e19DC9e822933A7e72Df9c87eD1578701D29
BridgeCreator0x3Bc040EAca40b91FA06cf55Ea91842FaC88b1AF4
OneStepProver00x5810F0916BAE1067Ca1efcc00AaaF30301af001c
OneStepProverMemory0xaC3427E621C6F10dC2ABdAB00188D92690503914
OneStepProverMath0xFB612fb83959b8ACD3E49540B29C93c5A67e05f1
OneStepProverHostIo0x630093954CbF19Fe4532A2edD0bD3B10dEcA7A4D
OneStepProofEntry0x53DEA3A90Fd6C82840a1f7224F799D622f142Df4
ChallengeManager0x01B5905B154F21a393F5B5a0C6d15B53a493C05e
RollupAdminLogic0xe371AFcb8437bF61bd831EF57Be7A2496D88488B
RollupUserLogic0xE24a60b758b51b0a3dA5E8F4F6ddf1cd0aFF646C
ValidatorUtils0x7973D0b475E898082dF25c1617CBce1917cFED17
ValidatorWalletCreator0xe2662ff9b41f39e63A850E50E013Ea66e60A4F37
RollupCreator0x79751B011BCc20F413a2c4E3AF019b6E2a9738B9
DeployHelper0xd2D353916B34a877793628049c99858f04123eE1

Base Sepolia additional deployments ​

ContractAddress
Bridge0xb6052122545AACD2BDda0Ca9FA56416bD968cDbc
SequencerInbox0xcd9FCa5015b5ce2B06a2266e4a5dd54D9ca39F1a
Inbox0x44B412b291fEf00398501B2cA353EA912AD0fe13
RollupEventInbox0x51D196e07a27DBA0F4461Dd6CC26108424F196f7
Outbox0x5A48aDf22f526eBD06e3e8856cFEa2490923CC55
ERC20Bridge0x9abC41fEfAe7E7543a01FA837AeC909F96147280
SequencerInbox0x8f97Cb7c643Acd7f79f3B13841b24a243dA51242
ERC20Inbox0x40f8c63e0a20B399bCd9631A22E57BB988a9400e
ERC20RollupEventInbox0x3B6e845fb9f0c8Ee4E9F6D44781f6547d9c6359a
ERC20Outbox0xc99eEA0B8e67D5b2226AB6D37882DAAf6dd7593b
BridgeCreator0xC7535F078CB3880a0FD5E54FA7A3B4EAf09b3924
OneStepProver00xf889a3174Fddd9f78E6cd250Ebf4c16F1bDd1b6a
OneStepProverMemory0x61254e43e5c1e9E801F9C56B47a9ac3EADF6d1E9
OneStepProverMath0x55527d53fdA37Dbf1924482b40AcF8625E1cAA5B
OneStepProverHostIo0x03B43F7B61Fa100611191F481Ef48aa1fc98F434
OneStepProofEntry0x89b7c7970c13BB587893a70697AD6d2A335b6A15
ChallengeManager0x04CAe899Fc0B7Ef45c529f8Bf075D54F6fB70eD9
RollupAdminLogic0x99E9D2F04352B42C18F1DA5Dd93a970F82C08aFe
RollupUserLogic0x1ae3A8DC1e7eFD37F418B2987D3DF74c5a917a8B
ValidatorUtils0x1cc4551922C069A9aDE06756BF14bF0410eA44fF
ValidatorWalletCreator0x78f8B2941ddE5a8A312814Ebd29c2E2A36f25E91
RollupCreator0x1Bb8ADd5e878b12Fa37756392642eB94C53A1Cf4
DeployHelper0x20d8153AaCC4E6D29558fa3916BfF422BEDE9B5E
`,95),y=[i];function E(d,F,h,u,b,C){return a(),o("div",null,y)}const g=s(c,[["render",E]]);export{B as __pageData,g as default}; diff --git a/assets/developers_arbitrum-deploy.md.be261105.lean.js b/assets/developers_arbitrum-deploy.md.be261105.lean.js new file mode 100644 index 00000000000..6e32c8ad3fa --- /dev/null +++ b/assets/developers_arbitrum-deploy.md.be261105.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as o,Q as n}from"./chunks/framework.51d6c45b.js";const e="/arbitrum/choose_da.png",t="/arbitrum/configuration.png",l="/arbitrum/download-config.png",p="/arbitrum/blockscout.png",r="/arbitrum/explorer-view.png",B=JSON.parse('{"title":"Quickstart: Deploy an Arbitrum Orbit rollup","description":"A guide on how to deploy an Arbitrum Orbit rollup using the Arbitrum Orbit deployment UI and deploying the rollup to Mocha testnet.","frontmatter":{"description":"A guide on how to deploy an Arbitrum Orbit rollup using the Arbitrum Orbit deployment UI and deploying the rollup to Mocha testnet.","head":[["meta",{"name":"og:title","content":"Quickstart: Deploy an Arbitrum Orbit rollup | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/arbitrum-deploy.md","filePath":"developers/arbitrum-deploy.md","lastUpdated":1713191709000}'),c={name:"developers/arbitrum-deploy.md"},i=n("",95),y=[i];function E(d,F,h,u,b,C){return a(),o("div",null,y)}const g=s(c,[["render",E]]);export{B as __pageData,g as default}; diff --git a/assets/developers_arbitrum-full-node.md.1f75a4dc.js b/assets/developers_arbitrum-full-node.md.1f75a4dc.js new file mode 100644 index 00000000000..7fcf5154588 --- /dev/null +++ b/assets/developers_arbitrum-full-node.md.1f75a4dc.js @@ -0,0 +1,3 @@ +import{_ as n,o as e,c as o,Q as a}from"./chunks/framework.51d6c45b.js";const g=JSON.parse('{"title":"Running a full node and/or validator","description":"A guide on how to run a full node or validating full node on your Orbit rollup.","frontmatter":{"description":"A guide on how to run a full node or validating full node on your Orbit rollup.","head":[["meta",{"name":"og:title","content":"Running a full node and/or validator | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/arbitrum-full-node.md","filePath":"developers/arbitrum-full-node.md","lastUpdated":1712087050000}'),t={name:"developers/arbitrum-full-node.md"},r=a(`

Running a full node and/or validator ​

Prerequisites ​

Running a full node ​

To run a full node, you can follow the steps outlined in the Arbitrum docs, with the difference being that you will use this image: dfcelestia/nitro-node-dev:latest instead of the one mentioned in the Arbitrum docs.

Note that you can either use the flags in the nitro binary + the flags found in the celestia package, or you can just provide a node config.json file with the celestia-cfg for them to run it, which would look something like this:

json
docker run --rm -v "$HOME/Documents/configs/nodeConfig.json:/config.json:ro" \\
+  --network host celestia-nitro:v2.3.1-rc.1 --conf.file /config.json
docker run --rm -v "$HOME/Documents/configs/nodeConfig.json:/config.json:ro" \\
+  --network host celestia-nitro:v2.3.1-rc.1 --conf.file /config.json

Running a full node with validation ​

The information above applies to the steps outlined to run a validating full node (validator).

Finally, note that this will require connection to a DA node, and we recommend running a Bridge node if you will be instantiating multiple rollups.

`,10),i=[r];function l(s,d,u,c,p,h){return e(),o("div",null,i)}const m=n(t,[["render",l]]);export{g as __pageData,m as default}; diff --git a/assets/developers_arbitrum-full-node.md.1f75a4dc.lean.js b/assets/developers_arbitrum-full-node.md.1f75a4dc.lean.js new file mode 100644 index 00000000000..fdab04a5142 --- /dev/null +++ b/assets/developers_arbitrum-full-node.md.1f75a4dc.lean.js @@ -0,0 +1 @@ +import{_ as n,o as e,c as o,Q as a}from"./chunks/framework.51d6c45b.js";const g=JSON.parse('{"title":"Running a full node and/or validator","description":"A guide on how to run a full node or validating full node on your Orbit rollup.","frontmatter":{"description":"A guide on how to run a full node or validating full node on your Orbit rollup.","head":[["meta",{"name":"og:title","content":"Running a full node and/or validator | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/arbitrum-full-node.md","filePath":"developers/arbitrum-full-node.md","lastUpdated":1712087050000}'),t={name:"developers/arbitrum-full-node.md"},r=a("",10),i=[r];function l(s,d,u,c,p,h){return e(),o("div",null,i)}const m=n(t,[["render",l]]);export{g as __pageData,m as default}; diff --git a/assets/developers_arbitrum-integration.md.fa70b233.js b/assets/developers_arbitrum-integration.md.fa70b233.js new file mode 100644 index 00000000000..bf38796d281 --- /dev/null +++ b/assets/developers_arbitrum-integration.md.fa70b233.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as i}from"./chunks/framework.51d6c45b.js";const r="/img/Celestia-Arbitrum.png",f=JSON.parse('{"title":"Introduction to Arbitrum rollups with Celestia as DA","description":"An overview of the integration of Arbitrum Nitro with Celestia, detailing the key features and benefits, including the Ethereum fallback mechanism.","frontmatter":{"description":"An overview of the integration of Arbitrum Nitro with Celestia, detailing the key features and benefits, including the Ethereum fallback mechanism.","head":[["meta",{"name":"og:title","content":"Introduction to Arbitrum rollups with Celestia as DA | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/arbitrum-integration.md","filePath":"developers/arbitrum-integration.md","lastUpdated":1713191709000}'),o={name:"developers/arbitrum-integration.md"},n=i('

Introduction to Arbitrum rollups with Celestia as DA ​

Celestia_Arbitrum

Overview ​

The integration of Celestia with Arbitrum Orbit and the Nitro tech stack marks the first external contribution to the Arbitrum Orbit protocol layer, offering developers an additional option for selecting a data availability layer alongside Arbitrum AnyTrust. The integration allows developers to deploy an Orbit Chain that uses Celestia for data availability and settles on Arbitrum One, Ethereum, or other EVM chains.

Learn more about Orbit in Arbitrum's introduction.

Key components ​

The integration of Celestia with Arbitrum orbit is possible thanks to 3 key components:

Additionally, the Ethereum fallback mechanism is a feature of the integration, which is native in Nitro.

DA provider implementation ​

The Arbitrum Nitro code has a DataAvailabilityProvider interface that is used across the codebase to store and retrieve data from a specific provider (eip4844 blobs, Anytrust, and now Celestia).

This integration implements the DataAvailabilityProvider interface for Celestia DA

Additionally, this integration comes with the necessary code for a Nitro chain node to post and retrieve data from Celestia.

The core logic behind posting and retrieving data happens in celestia.go where data is stored on Celestia and serialized into a small batch of data that gets published once the necessary range of headers (data roots) has been relayed to the BlobstreamX contract. Then the Read logic takes care of taking the deserialized Blob Pointer struct and consuming it in order to fetch the data from Celestia and additionally inform the fetcher about the position of the data on Celestia (we'll get back to this in the next section).

The following represents a non-exhaustive list of considerations when running a Batch Poster node for a chain with Celestia underneath:

  • You will need to use a consensus full node RPC endpoint, you can find a list of them for Mocha here
  • The Batch Poster will only post a Celestia batch to the underlying chain if the height for which it posted is in a recent range in BlobstreamX and if the verification succeeds, otherwise it will discard the batch. Since it will wait until a range is relayed, it can take several minutes for a batch to be posted, but one can always make an on-chain request for the BlobstreamX contract to relay a header promptly.

The following represents a non-exhaustive list of considerations when running a Nitro node for a chain with Celestia underneath:

  • The TendermintRpc endpoint is only needed by the batch poster, every other node can operate without a connection to a full node.
  • The message header flag for Celestia batches is 0x0c.
  • You will need to know the namespace for the chain that you are trying to connect to, but don't worry if you don't find it, as the information in the BlobPointer can be used to identify where a batch of data is in the Celestia Data Square for a given height, and thus can be used to find out the namespace as well!

Preimage Oracle Implementation ​

In order to support fraud proofs, this integration has the necessary code for a Nitro validator to populate its preimage mapping with Celestia hashes that then get "unpealed" in order to reveal the full data for a Blob. You can read more about the "Hash Oracle Trick".

The data structures and hashing functions for this can be found in the nitro/das/celestia/tree folder

You can see where the preimage oracle gets used in the fraud proof replay binary here

Something important to note is that the preimage oracle only keeps track of hashes for the rows in the Celestia data square in which a blob resides in, this way each Orbit chain with Celestia underneath does not need validators to recompute an entire Celestia Data Square, but instead, only have to compute the row roots for the rows in which it's data lives in, and the header data root, which is the binary merkle tree hash built using the row roots and column roots fetched from a Celestia node. Because only data roots that can be confirmed on Blobstream get accepted into the sequencer inbox, one can have a high degree of certainty that the canonical data root being unpealed as well as the row roots are in fact correct.

Blobstream X implementation ​

Finally, the integration only accepts batches with information that can be confirmed on BlobstreamX, which gives us a high certainty that data was made available on Celestia.

You can see how BlobstreamX is integrated into the SequencerInbox.sol contract here, which allows us to discard batches with otherwise faulty data roots, thus giving us a high degree of confidence that the data root can be safely unpacked in case of a challenge.

The Celestia and Arbitrum integration also includes Blobstream, which relays commitments to Celestia’s data root to an onchain light client on Ethereum. This allows L2 solutions that settle on Ethereum to benefit from the scalability Celestia’s data availability layer can provide.

Ethereum fallback mechanism in Nitro ​

By default in Arbitrum Nitro, the Ethereum fallback mechanism in the BatchPoster function is handling the process of storing data, with a fallback mechanism to store data onchain if the primary data availability storage fails.

The @celestiaorg/nitro integration uses the same fallback mechanism.

More information can be found on the Ethereum fallback mechanisms for Celestia, which enables Ethereum L2s (or L3s) to “fall back” to using Ethereum calldata for data availability in the event of downtime on Celestia Mainnet Beta.

The fallback logic for Celestia DA is configurable, providing an alternative to the previous default fallback mechanism. Additionally, an ability has been added to the Arbitrum node software which allows the sequencer to call VerifyAttestation to check if a data root has been posted on Blobstream or not, before it sends the sequencer message (data pointer) to the underlying chain.

Next steps ​

In the next page, learn how to deploy an Arbitrum rollup devnet using Celestia as DA.

',34),l=[n];function s(h,c,d,m,b,u){return t(),a("div",null,l)}const g=e(o,[["render",s]]);export{f as __pageData,g as default}; diff --git a/assets/developers_arbitrum-integration.md.fa70b233.lean.js b/assets/developers_arbitrum-integration.md.fa70b233.lean.js new file mode 100644 index 00000000000..2a52894c5d1 --- /dev/null +++ b/assets/developers_arbitrum-integration.md.fa70b233.lean.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as i}from"./chunks/framework.51d6c45b.js";const r="/img/Celestia-Arbitrum.png",f=JSON.parse('{"title":"Introduction to Arbitrum rollups with Celestia as DA","description":"An overview of the integration of Arbitrum Nitro with Celestia, detailing the key features and benefits, including the Ethereum fallback mechanism.","frontmatter":{"description":"An overview of the integration of Arbitrum Nitro with Celestia, detailing the key features and benefits, including the Ethereum fallback mechanism.","head":[["meta",{"name":"og:title","content":"Introduction to Arbitrum rollups with Celestia as DA | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/arbitrum-integration.md","filePath":"developers/arbitrum-integration.md","lastUpdated":1713191709000}'),o={name:"developers/arbitrum-integration.md"},n=i("",34),l=[n];function s(h,c,d,m,b,u){return t(),a("div",null,l)}const g=e(o,[["render",s]]);export{f as __pageData,g as default}; diff --git a/assets/developers_arbitrum-smart-contract.md.3069abf8.js b/assets/developers_arbitrum-smart-contract.md.3069abf8.js new file mode 100644 index 00000000000..bbede70c15e --- /dev/null +++ b/assets/developers_arbitrum-smart-contract.md.3069abf8.js @@ -0,0 +1,133 @@ +import{_ as s,o as a,c as n,Q as o}from"./chunks/framework.51d6c45b.js";const F=JSON.parse('{"title":"Deploy a smart contract to your Arbitrum rollup","description":"A tutorial that guides you through the process of deploying a smart contract to your Arbitrum rollup using a L2 Nitro devnet, including setting up the environment, creating and testing the smart contract, and interacting with the deployed contract.","frontmatter":{"description":"A tutorial that guides you through the process of deploying a smart contract to your Arbitrum rollup using a L2 Nitro devnet, including setting up the environment, creating and testing the smart contract, and interacting with the deployed contract.","head":[["meta",{"name":"og:title","content":"Deploy a smart contract to your Arbitrum rollup | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/arbitrum-smart-contract.md","filePath":"developers/arbitrum-smart-contract.md","lastUpdated":1703278090000}'),l={name:"developers/arbitrum-smart-contract.md"},p=o(`

Deploy a smart contract to your Arbitrum rollup ​

Overview ​

Welcome to the guide on deploying a smart contract to your Arbitrum rollup. In this tutorial, you will learn how to deploy a smart contract using the L2 Nitro devnet and the provided public and private keys for testing purposes.

Prerequisites ​

Setup ​

First, in your $HOME directory, set up a new project folder for this tutorial and init the project with npm:

bash
cd $HOME
+mkdir counter-project && cd counter-project && npm init -y
cd $HOME
+mkdir counter-project && cd counter-project && npm init -y

Next, initialize a Foundry project with the following command:

bash
forge init counter_contract
forge init counter_contract

Create your smart contract ​

Take a look at the Counter.sol file in your counter-project/counter_contract/src directory:

solidity
// SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+contract Counter {
+    uint256 public number;
+
+    function setNumber(uint256 newNumber) public {
+        number = newNumber;
+    }
+
+    function increment() public {
+        number++;
+    }
+}
// SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+contract Counter {
+    uint256 public number;
+
+    function setNumber(uint256 newNumber) public {
+        number = newNumber;
+    }
+
+    function increment() public {
+        number++;
+    }
+}

The contract contains a public unsigned integer variable named "number". There are two public functions in this contract. The setNumber function allows anyone to set a new value for the "number" variable, while the increment function increases the value of "number" by one each time it's called.

You can learn more about Solidity and smart contract programming.

To compile the contract, run the following forge command from the $HOME/counter-project/counter_contract/ directory:

bash
forge build
forge build

Your output should look similar to the following:

bash
[⠢] Compiling...
+[⠔] Compiling 21 files with 0.8.19
+[⠑] Solc 0.8.19 finished in 1.24s
+Compiler run successful
[⠢] Compiling...
+[⠔] Compiling 21 files with 0.8.19
+[⠑] Solc 0.8.19 finished in 1.24s
+Compiler run successful

Test your smart contract ​

Now, open the test/Counter.t.sol file:

solidity
// SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "../src/Counter.sol";
+
+contract CounterTest is Test {
+    Counter public counter;
+
+    function setUp() public {
+        counter = new Counter();
+        counter.setNumber(0);
+    }
+
+    function testIncrement() public {
+        counter.increment();
+        assertEq(counter.number(), 1);
+    }
+
+    function testSetNumber(uint256 x) public {
+        counter.setNumber(x);
+        assertEq(counter.number(), x);
+    }
+}
// SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "../src/Counter.sol";
+
+contract CounterTest is Test {
+    Counter public counter;
+
+    function setUp() public {
+        counter = new Counter();
+        counter.setNumber(0);
+    }
+
+    function testIncrement() public {
+        counter.increment();
+        assertEq(counter.number(), 1);
+    }
+
+    function testSetNumber(uint256 x) public {
+        counter.setNumber(x);
+        assertEq(counter.number(), x);
+    }
+}

This file performs unit testing on the contract we created in the previous section. Here's what the test is doing:

  • The contract includes a public "Counter" type variable called "counter". In the setUp function, it initializes a new instance of the "Counter" contract and sets the "number" variable to 0.

  • There are two test functions in the contract: testIncrement and testSetNumber.

  • The testIncrement function tests the "increment" function of the "Counter" contract by calling it and then asserting that the "number" in the "Counter" contract is 1. It verifies if the increment operation correctly increases the number by one.

  • The testSetNumber function is more generic. It takes an unsigned integer argument 'x' and tests the "setNumber" function of the "Counter" contract. After calling the "setNumber" function with 'x', it asserts that the "number" in the "Counter" contract is equal to 'x'. This verifies that the "setNumber" function correctly updates the "number" in the "Counter" contract.

Now, to test your code, run the following:

bash
forge test
forge test

If the test is successful, your output should be similar to this:

bash
[⠆] Compiling...
+No files changed, compilation skipped
+
+Running 2 tests for test/Counter.t.sol:CounterTest
+[PASS] testIncrement() (gas: 28334)
+[PASS] testSetNumber(uint256) (runs: 256, μ: 27709, ~: 28409)
+Test result: ok. 2 passed; 0 failed; finished in 8.96ms
[⠆] Compiling...
+No files changed, compilation skipped
+
+Running 2 tests for test/Counter.t.sol:CounterTest
+[PASS] testIncrement() (gas: 28334)
+[PASS] testSetNumber(uint256) (runs: 256, μ: 27709, ~: 28409)
+Test result: ok. 2 passed; 0 failed; finished in 8.96ms

Deploying your smart contract ​

Funded accounts ​

Your L2 Nitro devnet will have a public and private key funded as a faucet to use for testing:

  • On both L1 and L2
    • Public key: 0x3f1Eae7D46d88F08fc2F8ed27FCb2AB183EB2d0E
    • Private key: 0xb6b15c8cb491557369f3c7d2c287b053eb229daa9c22138887752191c9520659

Alternatively, you can fund other addresses by using the scripts send-l1 and send-l2.

The L1 Geth devnet will be running at http://localhost:8545 and the L2 Nitro devnet will be on http://localhost:8547 and ws://localhost:8548.

Using our Arbitrum devnet ​

We will use the local RPC endpoint (http://localhost:8547) and accounts above to test with.

Let's deploy the contract now. First, set a private key from anvil:

bash
export L2_PRIVATE_KEY=0xe887f7d17d07cc7b8004053fb8826f6657084e88904bb61590e498ca04704cf2
+export ARB_RPC_URL=http://localhost:8547
export L2_PRIVATE_KEY=0xe887f7d17d07cc7b8004053fb8826f6657084e88904bb61590e498ca04704cf2
+export ARB_RPC_URL=http://localhost:8547

Now, deploy the contract:

bash
forge create --rpc-url $ARB_RPC_URL \\
+  --private-key $L2_PRIVATE_KEY \\
+  src/Counter.sol:Counter
forge create --rpc-url $ARB_RPC_URL \\
+  --private-key $L2_PRIVATE_KEY \\
+  src/Counter.sol:Counter

A successful deployment will return output similar to below:

bash
[⠆] Compiling...
+No files changed, compilation skipped
+Deployer: 0xf39Fd6e51aad88F6F4ce6aB8827279cffFb92266
+Deployed to: 0x5FbDB2315678afecb367f032d93F642f64180aa3
+Transaction hash: 0xf1a793a793cd9fc588f5132d99008565ea361eb3535d66499575e9e1908200b2
[⠆] Compiling...
+No files changed, compilation skipped
+Deployer: 0xf39Fd6e51aad88F6F4ce6aB8827279cffFb92266
+Deployed to: 0x5FbDB2315678afecb367f032d93F642f64180aa3
+Transaction hash: 0xf1a793a793cd9fc588f5132d99008565ea361eb3535d66499575e9e1908200b2

Once you've deployed the contract, you're ready to interact with it!

First, we'll set it as a variable:

bash
export CONTRACT_ADDRESS=0x5FbDB2315678afecb367f032d93F642f64180aa3
export CONTRACT_ADDRESS=0x5FbDB2315678afecb367f032d93F642f64180aa3

Interacting with your smart contract ​

Foundry uses cast, a CLI for performing Ethereum RPC calls.

To write to the contract, we'll use the cast send command:

bash
cast send $CONTRACT_ADDRESS "setNumber(uint256)" 10 \\
+  --rpc-url $ARB_RPC_URL --private-key $L2_PRIVATE_KEY
cast send $CONTRACT_ADDRESS "setNumber(uint256)" 10 \\
+  --rpc-url $ARB_RPC_URL --private-key $L2_PRIVATE_KEY

Your output will look similar:

bash
blockHash               0x131822bef6eb59656d7e1387c19b75be667e587006710365ec5cf58030786c42
+blockNumber             3
+contractAddress
+cumulativeGasUsed       43494
+effectiveGasPrice       3767182372
+gasUsed                 43494
+logs                    []
+logsBloom               0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+root
+status                  1
+transactionHash         0x8f15d6004598f0662dd673a9898dceef77be8cc28408cecc284b28d7be32307d
+transactionIndex        0
+type                    2
blockHash               0x131822bef6eb59656d7e1387c19b75be667e587006710365ec5cf58030786c42
+blockNumber             3
+contractAddress
+cumulativeGasUsed       43494
+effectiveGasPrice       3767182372
+gasUsed                 43494
+logs                    []
+logsBloom               0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+root
+status                  1
+transactionHash         0x8f15d6004598f0662dd673a9898dceef77be8cc28408cecc284b28d7be32307d
+transactionIndex        0
+type                    2

Now, we can make a read call to view the state of the number variable, using the cast call command:

bash
cast call $CONTRACT_ADDRESS "number()" --rpc-url $ARB_RPC_URL
cast call $CONTRACT_ADDRESS "number()" --rpc-url $ARB_RPC_URL

The result will look similar:

bash
0x000000000000000000000000000000000000000000000000000000000000000a
0x000000000000000000000000000000000000000000000000000000000000000a

Convert the result from hexadecimal to a base 10 value with:

bash
echo $((0x000000000000000000000000000000000000000000000000000000000000000a))
echo $((0x000000000000000000000000000000000000000000000000000000000000000a))

Next steps ​

Congratulations! You've learned how to deploy a smart contract to your Arbitrum rollup devnet.

What will you build next? In our next tutorial, we will be going over how to deploy a dapp to your Arbitrum rollup.

`,60),e=[p];function t(c,r,i,y,E,u){return a(),n("div",null,e)}const h=s(l,[["render",t]]);export{F as __pageData,h as default}; diff --git a/assets/developers_arbitrum-smart-contract.md.3069abf8.lean.js b/assets/developers_arbitrum-smart-contract.md.3069abf8.lean.js new file mode 100644 index 00000000000..82334ed0092 --- /dev/null +++ b/assets/developers_arbitrum-smart-contract.md.3069abf8.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as n,Q as o}from"./chunks/framework.51d6c45b.js";const F=JSON.parse('{"title":"Deploy a smart contract to your Arbitrum rollup","description":"A tutorial that guides you through the process of deploying a smart contract to your Arbitrum rollup using a L2 Nitro devnet, including setting up the environment, creating and testing the smart contract, and interacting with the deployed contract.","frontmatter":{"description":"A tutorial that guides you through the process of deploying a smart contract to your Arbitrum rollup using a L2 Nitro devnet, including setting up the environment, creating and testing the smart contract, and interacting with the deployed contract.","head":[["meta",{"name":"og:title","content":"Deploy a smart contract to your Arbitrum rollup | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/arbitrum-smart-contract.md","filePath":"developers/arbitrum-smart-contract.md","lastUpdated":1703278090000}'),l={name:"developers/arbitrum-smart-contract.md"},p=o("",60),e=[p];function t(c,r,i,y,E,u){return a(),n("div",null,e)}const h=s(l,[["render",t]]);export{F as __pageData,h as default}; diff --git a/assets/developers_blobstream-contracts.md.8c20e3c9.js b/assets/developers_blobstream-contracts.md.8c20e3c9.js new file mode 100644 index 00000000000..d575585b2ef --- /dev/null +++ b/assets/developers_blobstream-contracts.md.8c20e3c9.js @@ -0,0 +1,89 @@ +import{_ as s,o as a,c as o,Q as e}from"./chunks/framework.51d6c45b.js";const d=JSON.parse(`{"title":"Integrate with Blobstream contracts","description":"Learn how to integrate your L2's onchain logic with Blobstream","frontmatter":{"sidebar_label":"Integrate with Blobstream contracts","description":"Learn how to integrate your L2's onchain logic with Blobstream","head":[["meta",{"name":"og:title","content":"Integrate with Blobstream contracts | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/blobstream-contracts.md","filePath":"developers/blobstream-contracts.md","lastUpdated":1709911265000}`),n={name:"developers/blobstream-contracts.md"},l=e(`

Integrate with Blobstream contracts ​

Getting started ​

Prerequisites ​

Make sure to have the following installed:

Installing Blobstream X contracts ​

We will be using the Blobstream X implementation of Blobstream, so we can install its repo as a dependency:

Install the Blobstream X contracts repo as a dependency:

sh
forge install succinctlabs/blobstreamx --no-commit
forge install succinctlabs/blobstreamx --no-commit

Make sure that the directory you're running this command from is an initialized git repository. If not, just initialize the repo using:

sh
git init
git init

Note that the minimum Solidity compiler version for using the Blobstream contracts is 0.8.19.

Example usage ​

Example minimal Solidity contract for a stub ZK rollup that leverages the BlobstreamX.sol contract to check that data has been posted to Celestia:

solidity
// SPDX-License-Identifier: Apache-2.0
+pragma solidity ^0.8.19;
+
+TBD
+import "blobstream-contracts/IDAOracle.sol";
+import "blobstream-contracts/DataRootTuple.sol";
+import "blobstream-contracts/lib/tree/binary/BinaryMerkleProof.sol";
+
+contract MyRollup {
+    IDAOracle immutable blobstreamX;
+    bytes32[] public rollup_block_hashes;
+
+    constructor(IDAOracle _blobstreamX) {
+        blobstreamX = _blobstreamX;
+    }
+
+    function submitRollupBlock(
+        bytes32 _rollup_block_hash,
+        bytes calldata _zk_proof,
+        uint256 _blobstreamX_nonce,
+        DataRootTuple calldata _tuple,
+        BinaryMerkleProof calldata _proof
+    ) public {
+        // Verify that the data root tuple (analog. block header) has been
+        // attested to by the Blobstream contract.
+        require(
+            blobstreamX.verifyAttestation(_blobstreamX_nonce, _tuple, _proof)
+        );
+
+        // Verify the ZKP (zero-knowledge proof).
+        // _tuple.dataRoot is a public input, leaves (shares) are private inputs.
+        require(verifyZKP(_rollup_block_hash, _zk_proof, _tuple.dataRoot));
+
+        // Everything checks out, append rollup block hash to list.
+        rollup_block_hashes.push(_rollup_block_hash);
+    }
+
+    function verifyZKP(
+        bytes32 _rollup_block_hash,
+        bytes calldata _zk_proof,
+        bytes32 _data_root
+    ) private pure returns (bool) {
+        return true;
+    }
+}
// SPDX-License-Identifier: Apache-2.0
+pragma solidity ^0.8.19;
+
+TBD
+import "blobstream-contracts/IDAOracle.sol";
+import "blobstream-contracts/DataRootTuple.sol";
+import "blobstream-contracts/lib/tree/binary/BinaryMerkleProof.sol";
+
+contract MyRollup {
+    IDAOracle immutable blobstreamX;
+    bytes32[] public rollup_block_hashes;
+
+    constructor(IDAOracle _blobstreamX) {
+        blobstreamX = _blobstreamX;
+    }
+
+    function submitRollupBlock(
+        bytes32 _rollup_block_hash,
+        bytes calldata _zk_proof,
+        uint256 _blobstreamX_nonce,
+        DataRootTuple calldata _tuple,
+        BinaryMerkleProof calldata _proof
+    ) public {
+        // Verify that the data root tuple (analog. block header) has been
+        // attested to by the Blobstream contract.
+        require(
+            blobstreamX.verifyAttestation(_blobstreamX_nonce, _tuple, _proof)
+        );
+
+        // Verify the ZKP (zero-knowledge proof).
+        // _tuple.dataRoot is a public input, leaves (shares) are private inputs.
+        require(verifyZKP(_rollup_block_hash, _zk_proof, _tuple.dataRoot));
+
+        // Everything checks out, append rollup block hash to list.
+        rollup_block_hashes.push(_rollup_block_hash);
+    }
+
+    function verifyZKP(
+        bytes32 _rollup_block_hash,
+        bytes calldata _zk_proof,
+        bytes32 _data_root
+    ) private pure returns (bool) {
+        return true;
+    }
+}

Data structures ​

Each DataRootTuple is a tuple of block height and data root. It is analogous to a Celestia block header. DataRootTuples are relayed in batches, committed to as a DataRootTuples root (i.e. a Merkle root of DataRootTuples).

The BinaryMerkleProof is an RFC-6962-compliant Merkle proof. Since DataRootTuples are Merkleized in a binary Merkle tree, verifying the inclusion of a DataRootTuple against a DataRootTuples root requires verifying a Merkle inclusion proof.

Interface ​

The IDAOracle (Data Availability Oracle Interface) interface allows L2 contracts on Ethereum to query the BlobstreamX.sol contract for relayed DataRootTuples. The single interface method verifyAttestation verifies a Merkle inclusion proof that a DataRootTuple is included under a specific batch (indexed by batch nonce). In other words, analogously it verifies that a specific block header is included in the Celestia chain.

Querying the proof ​

To prove that the data was published to Celestia, check out the proof queries documentation to understand how to query the proofs from Celestia consensus nodes and make them usable in the Blobstream X verifier contract.

Verifying data inclusion for fraud proofs ​

A high-level overview of how a fraud-proof based L2 would interact with Blobstream can be found in the inclusion proofs documentation.

The DAVerifier library is available at blobstream-contracts/lib/verifier/DAVerifier.sol, and provides functions to verify the inclusion of individual (or multiple) shares against a DataRootTuple. The library is stateless, and allows to pass an IDAOracle interface as a parameter to verify inclusion against it.

In the DAVerifier library, we find functions that help with data inclusion verification and calculating the square size of a Celestia block. These functions work with the Blobstream X smart contract, using different proofs to check and confirm the data's availability. Let's take a closer look at these functions:

  • verifySharesToDataRootTupleRoot: This function verifies that the shares, which were posted to Celestia, were committed to by the Blobstream X smart contract. It checks that the data root was committed to by the Blobstream X smart contract and that the shares were committed to by the rows roots.
  • verifyRowRootToDataRootTupleRoot: This function verifies that a row/column root, from a Celestia block, was committed to by the Blobstream X smart contract. It checks that the data root was committed to by the Blobstream X smart contract and that the row root commits to the data root.
  • verifyMultiRowRootsToDataRootTupleRoot: This function verifies that a set of rows/columns, from a Celestia block, were committed to by the Blobstream X smart contract. It checks that the data root was committed to by the Blobstream X smart contract and that the rows roots commit to the data root.
  • computeSquareSizeFromRowProof: This function computes the Celestia block square size from a row/column root to data root binary Merkle proof. It is the user's responsibility to verify that the proof is valid and was successfully committed to using the verifyRowRootToDataRootTupleRoot() method.
  • computeSquareSizeFromShareProof: This function computes the Celestia block square size from a shares to row/column root proof. It is the user's responsibility to verify that the proof is valid and that the shares were successfully committed to using the verifySharesToDataRootTupleRoot() method.

For an overview of a demo rollup implementation, head to the next section.

`,28),t=[l];function r(p,c,i,y,E,h){return a(),o("div",null,t)}const u=s(n,[["render",r]]);export{d as __pageData,u as default}; diff --git a/assets/developers_blobstream-contracts.md.8c20e3c9.lean.js b/assets/developers_blobstream-contracts.md.8c20e3c9.lean.js new file mode 100644 index 00000000000..8ab4d058eb0 --- /dev/null +++ b/assets/developers_blobstream-contracts.md.8c20e3c9.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as o,Q as e}from"./chunks/framework.51d6c45b.js";const d=JSON.parse(`{"title":"Integrate with Blobstream contracts","description":"Learn how to integrate your L2's onchain logic with Blobstream","frontmatter":{"sidebar_label":"Integrate with Blobstream contracts","description":"Learn how to integrate your L2's onchain logic with Blobstream","head":[["meta",{"name":"og:title","content":"Integrate with Blobstream contracts | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/blobstream-contracts.md","filePath":"developers/blobstream-contracts.md","lastUpdated":1709911265000}`),n={name:"developers/blobstream-contracts.md"},l=e("",28),t=[l];function r(p,c,i,y,E,h){return a(),o("div",null,t)}const u=s(n,[["render",r]]);export{d as __pageData,u as default}; diff --git a/assets/developers_blobstream-offchain.md.162a7fc9.js b/assets/developers_blobstream-offchain.md.162a7fc9.js new file mode 100644 index 00000000000..251e0050f44 --- /dev/null +++ b/assets/developers_blobstream-offchain.md.162a7fc9.js @@ -0,0 +1,297 @@ +import{_ as s,o as a,c as n,Q as l}from"./chunks/framework.51d6c45b.js";const u=JSON.parse(`{"title":"Integrate with Blobstream client","description":"Learn how to integrate your L2's offchain logic with Blobstream","frontmatter":{"description":"Learn how to integrate your L2's offchain logic with Blobstream","head":[["meta",{"name":"og:title","content":"Integrate with Blobstream client | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/blobstream-offchain.md","filePath":"developers/blobstream-offchain.md","lastUpdated":1713191709000}`),e={name:"developers/blobstream-offchain.md"},o=l(`

Integrate with Blobstream client ​

Blobstream demo rollup ​

Rollups can use Blobstream for DA by posting their data to Celestia and then proving that it was posted on Ethereum. This is done identically to how any rollup or user would post data to Celestia. Then, a zero-knowledge proof that Celestia validators have come to consensus on Celestia block headers is generated, and subsequently relayed to Ethereum to the Blobstream X smart contract.

This demo rollup will outline (the outline is not an implementation! Please do not expect to copy and paste this code 🙂) a very simple Blobstream rollup to illustrate at a high level what this could look like.

Defining a chain ​

The first step to starting a new chain is to define the structure of the commitments that each block consists of.

go
type Block struct {
+    // Data is the data of a block that is submitted to Celestia.
+    Data \`json:"Data"\`
+    // Header is the set of commitments over a block that is submitted to
+    // Ethereum.
+    Header \`json:"Header"\`
+}
+
+// Data is the data of a block that is submitted to Celestia.
+type Data struct {
+    Txs []json.RawMessage \`json:"txs"\`
+}
+
+// Header is the set of commitments over a block that is submitted to Ethereum.
+type Header struct {
+    Height             uint64    \`json:"height"\`
+    Namespace          []byte    \`json:"namespace"\`
+    PreviousHash       []byte    \`json:"previous_hash"\`
+    Span               Span      \`json:"span"\`
+    SequencerSignature Signature \`json:"sequencer_signature,omitempty"\`
+}
type Block struct {
+    // Data is the data of a block that is submitted to Celestia.
+    Data \`json:"Data"\`
+    // Header is the set of commitments over a block that is submitted to
+    // Ethereum.
+    Header \`json:"Header"\`
+}
+
+// Data is the data of a block that is submitted to Celestia.
+type Data struct {
+    Txs []json.RawMessage \`json:"txs"\`
+}
+
+// Header is the set of commitments over a block that is submitted to Ethereum.
+type Header struct {
+    Height             uint64    \`json:"height"\`
+    Namespace          []byte    \`json:"namespace"\`
+    PreviousHash       []byte    \`json:"previous_hash"\`
+    Span               Span      \`json:"span"\`
+    SequencerSignature Signature \`json:"sequencer_signature,omitempty"\`
+}

Note the Celestia-specific structures in the header such as the Namespace and the Blobstream-specific structure called the Span. The goal of these structures is to locate the data in the Celestia block so that we can prove that data's inclusion via Blobstream if needed. Read more in the namespace specifications, and you can think of this like a chain ID. Learn more information about shares, which are small pieces of the encoded Celestia block. We use the same encoding here so that the commitments to the rollup block match those committed to by validators in the Celestia data root.

The Span could take many forms, but in this demo, we will use the following:

go
// Span describes the location of the rollup block data that is posted to
+// Celestia. This is important for other nodes to be able to prove that data in
+// the Celestia block. This can be thought of as a pointer to some data in the
+// Celestia block.
+type Span struct {
+    // CelestiaHeight is the height of the Celestia block that contains the
+    // rollup block data.
+    CelestiaHeight uint64 \`json:"celestia_height"\`
+    // DataShareStart is the index of the first share of the rollup block data.
+    DataShareStart uint64 \`json:"share_start"\`
+    // DataShareLen is length in shares of the rollup block data. This is used
+    // to identify all of the rollup block data in a Celestia block.
+    DataShareLen uint64 \`json:"share_end"\`
+}
// Span describes the location of the rollup block data that is posted to
+// Celestia. This is important for other nodes to be able to prove that data in
+// the Celestia block. This can be thought of as a pointer to some data in the
+// Celestia block.
+type Span struct {
+    // CelestiaHeight is the height of the Celestia block that contains the
+    // rollup block data.
+    CelestiaHeight uint64 \`json:"celestia_height"\`
+    // DataShareStart is the index of the first share of the rollup block data.
+    DataShareStart uint64 \`json:"share_start"\`
+    // DataShareLen is length in shares of the rollup block data. This is used
+    // to identify all of the rollup block data in a Celestia block.
+    DataShareLen uint64 \`json:"share_end"\`
+}

We can then define the blockchain as a collection of blocks and some additional information about the chain such as the sequencer address.

go
type Blockchain struct {
+    Blocks           []Block
+    SequencerAddress []byte
+    Namespace        []byte
+}
type Blockchain struct {
+    Blocks           []Block
+    SequencerAddress []byte
+    Namespace        []byte
+}

Rollup sequencer ​

The rollup sequencer is responsible for creating blocks and, in this demo, writing that data to Celestia and Ethereum. The rollup full node is responsible for reading that data from Celestia and Ethereum and verifying that it follows the protocol rules of that rollup.

Therefore, we can start by first defining the reading and writing interactions rollup nodes will have with both the Celestia and Ethereum networks. The actual implementations of these interfaces are left as exercises to the reader (🤪). Assume that those implementations of these interfaces are verifying the respective chain. For the connection to Celestia, this would likely mean connecting to a Celestia light node, which can detect faults in consensus such as hidden data. For the connection to Ethereum, this would likely mean running and connecting to a full node. More information on the RPC that is exposed by a Celestia light node can be found in the RPC documentation. Additionally, if you need more information on how to run a light node, you can check out the documentation.

go
// CelestiaLightNodeClient summarizes the actions that a rollup that uses
+// Blobstream for DA would need from a Celestia light node. Note that the actual
+// connection to this light node is arbitrary, but would likely involve an RPC
+// connection to a Celestia light node.
+type CelestiaLightNodeClient interface {
+    GetBlockData(Span) (Data, error)
+    SubmitBlockData(Data) (Span, error)
+}
+
+// EthereumClient summarizes the actions that a rollup that uses Blobstream for
+// DA would need from an Ethereum client.
+type EthereumClient interface {
+    // GetLatestRollupHeight returns the height of the latest rollup block by
+    // querying the appropriate contract on Ethereum.
+    LatestRollupHeight() (uint64, error)
+    // GetHeader returns the rollup header of a specific height.
+    GetHeader(uint64) (Header, error)
+    // SubmitHeader submits a header to the rollup bridge contract on Ethereum.
+    SubmitHeader(Header) error
+}
// CelestiaLightNodeClient summarizes the actions that a rollup that uses
+// Blobstream for DA would need from a Celestia light node. Note that the actual
+// connection to this light node is arbitrary, but would likely involve an RPC
+// connection to a Celestia light node.
+type CelestiaLightNodeClient interface {
+    GetBlockData(Span) (Data, error)
+    SubmitBlockData(Data) (Span, error)
+}
+
+// EthereumClient summarizes the actions that a rollup that uses Blobstream for
+// DA would need from an Ethereum client.
+type EthereumClient interface {
+    // GetLatestRollupHeight returns the height of the latest rollup block by
+    // querying the appropriate contract on Ethereum.
+    LatestRollupHeight() (uint64, error)
+    // GetHeader returns the rollup header of a specific height.
+    GetHeader(uint64) (Header, error)
+    // SubmitHeader submits a header to the rollup bridge contract on Ethereum.
+    SubmitHeader(Header) error
+}

Note that here we are waiting for the head to be posted to Ethereum, however, it would likely be better to simply download that header from the p2p network or directly from the sequencer instead.

For the purposes of this demo, we will be using a single centralized sequencer, which can be defined by simply wrapping the full node to isolate the logic to create blocks.

A rollup full node will just consist of some representation of a blockchain along with clients to read from with Celestia and Ethereum.

go
type Fullnode struct {
+    Blockchain
+    CelestiaLightNodeClient
+    EthereumClient
+}
+
+// Sequencer wraps the demo Fullnode struct to add specific functionality for
+// producing blocks.
+type Sequencer struct {
+    Fullnode
+}
type Fullnode struct {
+    Blockchain
+    CelestiaLightNodeClient
+    EthereumClient
+}
+
+// Sequencer wraps the demo Fullnode struct to add specific functionality for
+// producing blocks.
+type Sequencer struct {
+    Fullnode
+}

Committing to data ​

Typical blockchains commit to the transactions included in each block using a Merkle root. Rollups that use Blobstream for DA need to use the commitments that are relayed to the Blobstream contracts.

For optimistic rollups, this could be as simple as referencing the data in the Celestia block, not unlike using a pointer in memory. This is what is done below via a Span in the creating blocks section. We keep track of where the data is located in the Celestia block and the sequencer signs over that location in the header. If the sequencer commits to non-existent data or an invalid state root, then the invalid transaction is first proved to be included in the Span before the rest of the fraud proof process is followed. Find more information in the inclusion proofs documentation.

For zk rollups, this would involve creating an inclusion proof to the data root tuple root in the Blobstream contracts and then verifying that proof in the zk proof used to verify state. Find more information in the data root inclusion proof documentation.

Also, see the documentation for the data square layout and the shares of the Celestia block to see how the data is encoded in Celestia.

Creating blocks ​

The first step in creating a block is to post the block data to Celestia. Upon confirmation of the data being included in a block, the actual location of the data in Celestia can be determined. This data is used to create a Span which is included in the header and signed over by the sequencer. This Span can be used by contracts on Ethereum that use the Blobstream contracts to prove some specific data was included.

go
func (s *Sequencer) ProduceBlock(txs []json.RawMessage) (Block, error) {
+    data := Data{Txs: txs}
+
+    span, err := s.CelestiaLightNodeClient.SubmitBlockData(data)
+    if err != nil {
+        return Block{}, err
+    }
+
+    var lastBlock Block
+    if len(s.Blocks) > 0 {
+        lastBlock = s.Blocks[len(s.Blocks)-1]
+    }
+
+    header := Header{
+        Height:       uint64(len(s.Blocks) + 1),
+        PreviousHash: lastBlock.Header.Hash(),
+        Namespce:     s.Namespace,
+        Span: span,
+    }
+
+    signature := s.key.Sign(header.SignBytes())
+
+    header.SequencerSignature = signature
+
+    block := Block{
+        Data:   data,
+        Header: header,
+    }
+
+    s.AddBlock(block)
+
+    return block, nil
+}
func (s *Sequencer) ProduceBlock(txs []json.RawMessage) (Block, error) {
+    data := Data{Txs: txs}
+
+    span, err := s.CelestiaLightNodeClient.SubmitBlockData(data)
+    if err != nil {
+        return Block{}, err
+    }
+
+    var lastBlock Block
+    if len(s.Blocks) > 0 {
+        lastBlock = s.Blocks[len(s.Blocks)-1]
+    }
+
+    header := Header{
+        Height:       uint64(len(s.Blocks) + 1),
+        PreviousHash: lastBlock.Header.Hash(),
+        Namespce:     s.Namespace,
+        Span: span,
+    }
+
+    signature := s.key.Sign(header.SignBytes())
+
+    header.SequencerSignature = signature
+
+    block := Block{
+        Data:   data,
+        Header: header,
+    }
+
+    s.AddBlock(block)
+
+    return block, nil
+}

Note that the sequencer here is not yet posting headers to Ethereum. This is because the sequencer is waiting for the commitments from the Celestia validator set (the data root tuple roots) to be relayed to the contracts. Once the contracts are updated, the sequencer can post the header to Ethereum.

go
func (s *Sequencer) UpdateHeaders() error {
+    latestRollupHeight, err := s.EthereumClient.LatestRollupHeight()
+    if err != nil {
+        return err
+    }
+
+    for i := latestRollupHeight; i <= uint64(len(s.Blocks)+1); i++ {
+        err := s.EthereumClient.SubmitHeader(s.Blocks[i].Header)
+        if err != nil {
+            return err
+        }
+    }
+
+    return nil
+}
func (s *Sequencer) UpdateHeaders() error {
+    latestRollupHeight, err := s.EthereumClient.LatestRollupHeight()
+    if err != nil {
+        return err
+    }
+
+    for i := latestRollupHeight; i <= uint64(len(s.Blocks)+1); i++ {
+        err := s.EthereumClient.SubmitHeader(s.Blocks[i].Header)
+        if err != nil {
+            return err
+        }
+    }
+
+    return nil
+}

Rollup full node ​

Downloading the block ​

There are a few different mechanisms that could be used to download blocks. The simplest solution and what is outlined above is for Fullnodes to wait until the blocks and the headers are posted to the respective chains, and then download each as they are posted. It would also be possible to gossip the headers ahead of time and download the rollup blocks from Celestia instead of waiting for the headers to be posted to Ethereum. It's also possible to download the headers and the block data like a normal blockchain via a gossiping network and only fall back to downloading the data and headers from Celestia and Ethereum if the gossiping network is unavailable or the sequencer is malicious.

go
func (f *Fullnode) AddBlock(b Block) error {
+    // Perform validation of the block
+    if b.Header.Height != uint64(len(f.Blocks)+1) {
+        return fmt.Errorf("failure to add block: expected block height %d, got %d", len(f.Blocks)+1, b.Header.Height)
+    }
+    // Check the sequencer's signature
+    if !b.Header.SequencerSignature.IsValid(f.SequencerAddress) {
+        return fmt.Errorf("failure to add block: invalid sequencer signature")
+    }
+
+    f.Blocks = append(f.Blocks, b)
+    return nil
+}
+
+func (f *Fullnode) GetLatestBlock() error {
+    nextHeight := uint64(len(f.Blocks) + 1)
+
+    // Download the next header from ethereum before we download the block data
+    // from Celestia. Note that we could alternatively download the header
+    // directly from the sequencer instead of waiting.
+    header, err := f.EthereumClient.GetHeader(nextHeight)
+    if err != nil {
+        return err
+    }
+
+    data, err := f.CelestiaLightNodeClient.GetBlockData(header.Span)
+    if err != nil {
+        return err
+    }
+
+    return f.AddBlock(
+        Block{
+            Data:   data,
+            Header: header,
+        },
+    )
+}
func (f *Fullnode) AddBlock(b Block) error {
+    // Perform validation of the block
+    if b.Header.Height != uint64(len(f.Blocks)+1) {
+        return fmt.Errorf("failure to add block: expected block height %d, got %d", len(f.Blocks)+1, b.Header.Height)
+    }
+    // Check the sequencer's signature
+    if !b.Header.SequencerSignature.IsValid(f.SequencerAddress) {
+        return fmt.Errorf("failure to add block: invalid sequencer signature")
+    }
+
+    f.Blocks = append(f.Blocks, b)
+    return nil
+}
+
+func (f *Fullnode) GetLatestBlock() error {
+    nextHeight := uint64(len(f.Blocks) + 1)
+
+    // Download the next header from ethereum before we download the block data
+    // from Celestia. Note that we could alternatively download the header
+    // directly from the sequencer instead of waiting.
+    header, err := f.EthereumClient.GetHeader(nextHeight)
+    if err != nil {
+        return err
+    }
+
+    data, err := f.CelestiaLightNodeClient.GetBlockData(header.Span)
+    if err != nil {
+        return err
+    }
+
+    return f.AddBlock(
+        Block{
+            Data:   data,
+            Header: header,
+        },
+    )
+}

This outline of a Blobstream rollup isn't doing execution or state transitions induced by the transactions, however, that step would occur here. If fraud is detected, the fraud proof process will begin. The only difference between the fraud proof process of a normal optimistic rollup and a rollup that uses Blobstream for DA is that the full node would first prove the fraudulent transaction was committed to by the Sequencer using the Span in the header and before proceeding with the normal process.

More documentation ​

Proving inclusion via Blobstream ​

Blobstream inclusion proof docs and the verifier helper contracts.

Submitting block data to Celestia via light node ​

As linked above, use the Celestia light node RPC to submit the data to Celestia.

Posting headers to Ethereum ​

How headers are posted to Ethereum is entirely dependent upon how the rollup light client contracts work. For examples of interacting with the Ethereum blockchain programmatically, please see the go-ethereum book or one of the many other resources for submitting transactions or writing contracts.

`,42),p=[o];function t(r,c,i,E,y,h){return a(),n("div",null,p)}const b=s(e,[["render",t]]);export{u as __pageData,b as default}; diff --git a/assets/developers_blobstream-offchain.md.162a7fc9.lean.js b/assets/developers_blobstream-offchain.md.162a7fc9.lean.js new file mode 100644 index 00000000000..3cc2e653fc7 --- /dev/null +++ b/assets/developers_blobstream-offchain.md.162a7fc9.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as n,Q as l}from"./chunks/framework.51d6c45b.js";const u=JSON.parse(`{"title":"Integrate with Blobstream client","description":"Learn how to integrate your L2's offchain logic with Blobstream","frontmatter":{"description":"Learn how to integrate your L2's offchain logic with Blobstream","head":[["meta",{"name":"og:title","content":"Integrate with Blobstream client | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/blobstream-offchain.md","filePath":"developers/blobstream-offchain.md","lastUpdated":1713191709000}`),e={name:"developers/blobstream-offchain.md"},o=l("",42),p=[o];function t(r,c,i,E,y,h){return a(),n("div",null,p)}const b=s(e,[["render",t]]);export{u as __pageData,b as default}; diff --git a/assets/developers_blobstream-proof-queries.md.4443c323.js b/assets/developers_blobstream-proof-queries.md.4443c323.js new file mode 100644 index 00000000000..5a7c43a8c89 --- /dev/null +++ b/assets/developers_blobstream-proof-queries.md.4443c323.js @@ -0,0 +1,1449 @@ +import{_ as s,o as n,c as a,Q as l}from"./chunks/framework.51d6c45b.js";const o="/img/blobstream/blobstream-square.png",p="/img/blobstream/blobstream-commitment-diagram.png",m=JSON.parse('{"title":"Blobstream proofs queries","description":"Learn how to query the inclusion proofs used in Blobstream","frontmatter":{"description":"Learn how to query the inclusion proofs used in Blobstream","head":[["meta",{"name":"og:title","content":"Blobstream proofs queries | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/blobstream-proof-queries.md","filePath":"developers/blobstream-proof-queries.md","lastUpdated":1713191709000}'),e={name:"developers/blobstream-proof-queries.md"},t=l('

Blobstream proofs queries ​

Prerequisites ​

  • Access to a Celestia full consensus node RPC endpoint (or full node). The node doesn't need to be a validating node in order for the proofs to be queried. A full node is enough.

Overview of the proof queries ​

To prove the inclusion of PayForBlobs (PFB) transactions, blobs or shares, committed to in a Celestia block, we use the Celestia consensus node's RPC to query for proofs that can be verified in a rollup settlement contract via Blobstream. In fact, when a PFB transaction is included in a block, it gets separated into a PFB transaction (without the blob), and the actual data blob that it carries. These two are split into shares, which are the low level constructs of a Celestia block, and saved to the corresponding Celestia block. Learn more about shares in the shares specs.

The two diagrams below summarize how a single share, which can contain a PFB transaction, or a part of the rollup data that was posted using a PFB, is committed to in Blobstream.

The share is highlighted in green. R0, R1 etc, represent the respective row and column roots, the blue and pink gradients are erasure encoded data. More details on the square layout can be found in the data square layout and data structures portion of the specs.

The Celestia square ​

Square

The commitment scheme ​

Blobstream Commitment Diagram

So to prove inclusion of a share to a Celestia block, we use Blobstream as a source of truth. Currently, we will be using the Blobstream X implementation of Blobstream, more information on Blobstream X can be found in the overview. In a nutshell, Blobstream X attests to the data posted to Celestia in the Blobstream X contract via verifying a zk-proof of the headers of a batch of Celestia blocks. Then, it keeps reference of that batch of blocks using the merkleized commitment of their (dataRoot, height) resulting in a data root tuple root. Check the above diagram which shows:

  • 0: those are the shares, that when unified, contain the PFB or the rollup data blob.
  • 1: the row and column roots are the namespace merkle tree roots over the shares. More information on the NMT in the NMT specs. These commit to the rows and columns containing the above shares.
  • 2: the data roots: which are the binary merkle tree commitment over the row and column roots. This means that if you can prove that a share is part of a row, using a namespace merkle proof. Then prove that this row is committed to by the data root. Then you can be sure that that share was published to the corresponding block.
  • 3: in order to batch multiple blocks into the same commitment, we create a commitment over the (dataRoot, height) tuple for a batch of blocks, which results in a data root tuple root. It's this commitment that gets stored in the Blobstream X smart contract.

So, if we're able to prove that a share is part of a row, then that row is committed to by a data root. Then, prove that that data root along with its height is committed to by the data root tuple root, which gets saved to the Blobstream X contract, we can be sure that that share was committed to in the corresponding Celestia block.

In this document, we will provide details on how to query the above proofs, and how to adapt them to be sent to a rollup contract for verification.

Hands-on demonstration ​

This part will provide the details of proof generation, and the way to make the results of the proofs queries ready to be consumed by the target rollup contract.

NOTE

For the go client snippets, make sure to have the following replaces in your go.mod:

go
// go.mod
+    github.com/cosmos/cosmos-sdk => github.com/celestiaorg/cosmos-sdk v1.18.3-sdk-v0.46.14
+    github.com/gogo/protobuf => github.com/regen-network/protobuf v1.3.3-alpha.regen.1
+    github.com/syndtr/goleveldb => github.com/syndtr/goleveldb v1.0.1-0.20210819022825-2ae1ddf74ef7
+    github.com/tendermint/tendermint => github.com/celestiaorg/celestia-core v1.32.0-tm-v0.34.29
+
+)
// go.mod
+    github.com/cosmos/cosmos-sdk => github.com/celestiaorg/cosmos-sdk v1.18.3-sdk-v0.46.14
+    github.com/gogo/protobuf => github.com/regen-network/protobuf v1.3.3-alpha.regen.1
+    github.com/syndtr/goleveldb => github.com/syndtr/goleveldb v1.0.1-0.20210819022825-2ae1ddf74ef7
+    github.com/tendermint/tendermint => github.com/celestiaorg/celestia-core v1.32.0-tm-v0.34.29
+
+)

Also, make sure to update the versions to match the latest github.com/celestiaorg/cosmos-sdk and github.com/celestiaorg/celestia-core versions.

1. Data root inclusion proof ​

To prove the data root is committed to by the Blobstream X smart contract, we will need to provide a Merkle proof of the data root tuple to a data root tuple root. This can be created using the data_root_inclusion_proof query.

This endpoint allows querying a data root to data root tuple root proof. It takes a block height, a starting block, and an end block, then it generates the binary Merkle proof of the DataRootTuple, corresponding to that height, to the DataRootTupleRoot which is committed to in the Blobstream X contract.

The endpoint can be queried using the golang client:

go
package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"os"
+)
+
+func main() {
+	ctx := context.Background()
+	trpc, err := http.New("tcp://localhost:26657", "/websocket")
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	err = trpc.Start()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	dcProof, err := trpc.DataRootInclusionProof(ctx, 15, 10, 20)
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	fmt.Println(dcProof.Proof.String())
+}
package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"os"
+)
+
+func main() {
+	ctx := context.Background()
+	trpc, err := http.New("tcp://localhost:26657", "/websocket")
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	err = trpc.Start()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	dcProof, err := trpc.DataRootInclusionProof(ctx, 15, 10, 20)
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	fmt.Println(dcProof.Proof.String())
+}

Full example of proving that a Celestia block was committed to by Blobstream X contract ​

go
package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/celestiaorg/celestia-app/pkg/square"
+	"github.com/ethereum/go-ethereum/accounts/abi/bind"
+	ethcmn "github.com/ethereum/go-ethereum/common"
+	"github.com/ethereum/go-ethereum/ethclient"
+	blobstreamxwrapper "github.com/succinctlabs/blobstreamx/bindings"
+	"github.com/tendermint/tendermint/crypto/merkle"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"math/big"
+	"os"
+)
+
+func main() {
+	err := verify()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+}
+
+func verify() error {
+	ctx := context.Background()
+
+	// start the tendermint RPC client
+	trpc, err := http.New("tcp://localhost:26657", "/websocket")
+	if err != nil {
+		return err
+	}
+	err = trpc.Start()
+	if err != nil {
+		return err
+	}
+
+	// get the PayForBlob transaction that contains the published blob
+	tx, err := trpc.Tx(ctx, []byte("tx_hash"), true)
+	if err != nil {
+		return err
+	}
+
+	// get the block containing the PayForBlob transaction
+	blockRes, err := trpc.Block(ctx, &tx.Height)
+	if err != nil {
+		return err
+	}
+
+	// get the nonce corresponding to the block height that contains
+	// the PayForBlob transaction
+	// since BlobstreamX emits events when new batches are submitted,
+	// we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// use the BlobstreamX contract binding
+	wrapper, err := blobstreamxwrapper.NewBlobstreamX(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	LatestBlockNumber, err := ethClient.BlockNumber(context.Background())
+	if err != nil {
+		return err
+	}
+
+	eventsIterator, err := wrapper.FilterDataCommitmentStored(
+		&bind.FilterOpts{
+			Context: ctx,
+			Start: LatestBlockNumber - 90000,
+			End: &LatestBlockNumber,
+		},
+		nil,
+		nil,
+		nil,
+	)
+	if err != nil {
+		return err
+	}
+
+	var event *blobstreamxwrapper.BlobstreamXDataCommitmentStored
+	for eventsIterator.Next() {
+		e := eventsIterator.Event
+		if int64(e.StartBlock) <= tx.Height && tx.Height < int64(e.EndBlock) {
+			event = &blobstreamxwrapper.BlobstreamXDataCommitmentStored{
+				ProofNonce:     e.ProofNonce,
+				StartBlock:     e.StartBlock,
+				EndBlock:       e.EndBlock,
+				DataCommitment: e.DataCommitment,
+			}
+			break
+		}
+	}
+	if err := eventsIterator.Error(); err != nil {
+		return err
+	}
+	err = eventsIterator.Close()
+	if err != nil {
+		return err
+	}
+	if event == nil {
+		return fmt.Errorf("couldn't find range containing the transaction height")
+	}
+
+	// get the block data root inclusion proof to the data root tuple root
+	dcProof, err := trpc.DataRootInclusionProof(ctx, uint64(tx.Height), event.StartBlock, event.EndBlock)
+	if err != nil {
+		return err
+	}
+
+	// verify that the data root was committed to by the BlobstreamX contract
+	committed, err := VerifyDataRootInclusion(ctx, wrapper, event.ProofNonce.Uint64(), uint64(tx.Height), blockRes.Block.DataHash, dcProof.Proof)
+	if err != nil {
+		return err
+	}
+	if committed {
+		fmt.Println("data root was committed to by the BlobstreamX contract")
+	} else {
+		fmt.Println("data root was not committed to by the BlobstreamX contract")
+		return nil
+	}
+    return nil
+}
+
+func VerifyDataRootInclusion(
+	_ context.Context,
+	blobstreamXwrapper *blobstreamxwrapper.BlobstreamX,
+	nonce uint64,
+	height uint64,
+	dataRoot []byte,
+	proof merkle.Proof,
+) (bool, error) {
+	tuple := blobstreamxwrapper.DataRootTuple{
+		Height:   big.NewInt(int64(height)),
+		DataRoot: *(*[32]byte)(dataRoot),
+	}
+
+	sideNodes := make([][32]byte, len(proof.Aunts))
+	for i, aunt := range proof.Aunts {
+		sideNodes[i] = *(*[32]byte)(aunt)
+	}
+	wrappedProof := blobstreamxwrapper.BinaryMerkleProof{
+		SideNodes: sideNodes,
+		Key:       big.NewInt(proof.Index),
+		NumLeaves: big.NewInt(proof.Total),
+	}
+
+	valid, err := blobstreamXwrapper.VerifyAttestation(
+		&bind.CallOpts{},
+		big.NewInt(int64(nonce)),
+		tuple,
+		wrappedProof,
+	)
+	if err != nil {
+		return false, err
+	}
+	return valid, nil
+}
package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/celestiaorg/celestia-app/pkg/square"
+	"github.com/ethereum/go-ethereum/accounts/abi/bind"
+	ethcmn "github.com/ethereum/go-ethereum/common"
+	"github.com/ethereum/go-ethereum/ethclient"
+	blobstreamxwrapper "github.com/succinctlabs/blobstreamx/bindings"
+	"github.com/tendermint/tendermint/crypto/merkle"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"math/big"
+	"os"
+)
+
+func main() {
+	err := verify()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+}
+
+func verify() error {
+	ctx := context.Background()
+
+	// start the tendermint RPC client
+	trpc, err := http.New("tcp://localhost:26657", "/websocket")
+	if err != nil {
+		return err
+	}
+	err = trpc.Start()
+	if err != nil {
+		return err
+	}
+
+	// get the PayForBlob transaction that contains the published blob
+	tx, err := trpc.Tx(ctx, []byte("tx_hash"), true)
+	if err != nil {
+		return err
+	}
+
+	// get the block containing the PayForBlob transaction
+	blockRes, err := trpc.Block(ctx, &tx.Height)
+	if err != nil {
+		return err
+	}
+
+	// get the nonce corresponding to the block height that contains
+	// the PayForBlob transaction
+	// since BlobstreamX emits events when new batches are submitted,
+	// we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// use the BlobstreamX contract binding
+	wrapper, err := blobstreamxwrapper.NewBlobstreamX(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	LatestBlockNumber, err := ethClient.BlockNumber(context.Background())
+	if err != nil {
+		return err
+	}
+
+	eventsIterator, err := wrapper.FilterDataCommitmentStored(
+		&bind.FilterOpts{
+			Context: ctx,
+			Start: LatestBlockNumber - 90000,
+			End: &LatestBlockNumber,
+		},
+		nil,
+		nil,
+		nil,
+	)
+	if err != nil {
+		return err
+	}
+
+	var event *blobstreamxwrapper.BlobstreamXDataCommitmentStored
+	for eventsIterator.Next() {
+		e := eventsIterator.Event
+		if int64(e.StartBlock) <= tx.Height && tx.Height < int64(e.EndBlock) {
+			event = &blobstreamxwrapper.BlobstreamXDataCommitmentStored{
+				ProofNonce:     e.ProofNonce,
+				StartBlock:     e.StartBlock,
+				EndBlock:       e.EndBlock,
+				DataCommitment: e.DataCommitment,
+			}
+			break
+		}
+	}
+	if err := eventsIterator.Error(); err != nil {
+		return err
+	}
+	err = eventsIterator.Close()
+	if err != nil {
+		return err
+	}
+	if event == nil {
+		return fmt.Errorf("couldn't find range containing the transaction height")
+	}
+
+	// get the block data root inclusion proof to the data root tuple root
+	dcProof, err := trpc.DataRootInclusionProof(ctx, uint64(tx.Height), event.StartBlock, event.EndBlock)
+	if err != nil {
+		return err
+	}
+
+	// verify that the data root was committed to by the BlobstreamX contract
+	committed, err := VerifyDataRootInclusion(ctx, wrapper, event.ProofNonce.Uint64(), uint64(tx.Height), blockRes.Block.DataHash, dcProof.Proof)
+	if err != nil {
+		return err
+	}
+	if committed {
+		fmt.Println("data root was committed to by the BlobstreamX contract")
+	} else {
+		fmt.Println("data root was not committed to by the BlobstreamX contract")
+		return nil
+	}
+    return nil
+}
+
+func VerifyDataRootInclusion(
+	_ context.Context,
+	blobstreamXwrapper *blobstreamxwrapper.BlobstreamX,
+	nonce uint64,
+	height uint64,
+	dataRoot []byte,
+	proof merkle.Proof,
+) (bool, error) {
+	tuple := blobstreamxwrapper.DataRootTuple{
+		Height:   big.NewInt(int64(height)),
+		DataRoot: *(*[32]byte)(dataRoot),
+	}
+
+	sideNodes := make([][32]byte, len(proof.Aunts))
+	for i, aunt := range proof.Aunts {
+		sideNodes[i] = *(*[32]byte)(aunt)
+	}
+	wrappedProof := blobstreamxwrapper.BinaryMerkleProof{
+		SideNodes: sideNodes,
+		Key:       big.NewInt(proof.Index),
+		NumLeaves: big.NewInt(proof.Total),
+	}
+
+	valid, err := blobstreamXwrapper.VerifyAttestation(
+		&bind.CallOpts{},
+		big.NewInt(int64(nonce)),
+		tuple,
+		wrappedProof,
+	)
+	if err != nil {
+		return false, err
+	}
+	return valid, nil
+}

2. Transaction inclusion proof ​

To prove that a rollup transaction is part of the data root, we will need to provide two proofs: (1) a namespace Merkle proof of the transaction to a row root. This could be done via proving the shares that contain the transaction to the row root using a namespace Merkle proof. (2) And, a binary Merkle proof of the row root to the data root.

These proofs can be generated using the ProveShares query.

This endpoint allows querying a shares proof to row roots, then a row roots to data root proofs. It takes a block height, a starting share index and an end share index which define a share range. Then, two proofs are generated:

  • An NMT proof of the shares to the row roots
  • A binary Merkle proof of the row root to the data root

NOTE

If the share range spans multiple rows, then the proof can contain multiple NMT and binary proofs.

The endpoint can be queried using the golang client:

go
	sharesProof, err := trpc.ProveShares(ctx, 15, 0, 1)
+	if err != nil {
+		...
+	}
	sharesProof, err := trpc.ProveShares(ctx, 15, 0, 1)
+	if err != nil {
+		...
+	}

Converting the proofs to be usable in the DAVerifier library ​

Smart contracts that use the DAVerifier library takes the following proof format:

solidity
/// @notice Contains the necessary parameters to prove that some shares, which were posted to
+/// the Celestia network, were committed to by the BlobstreamX smart contract.
+struct SharesProof {
+    // The shares that were committed to.
+    bytes[] data;
+    // The shares proof to the row roots. If the shares span multiple rows, we will have multiple nmt proofs.
+    NamespaceMerkleMultiproof[] shareProofs;
+    // The namespace of the shares.
+    Namespace namespace;
+    // The rows where the shares belong. If the shares span multiple rows, we will have multiple rows.
+    NamespaceNode[] rowRoots;
+    // The proofs of the rowRoots to the data root.
+    BinaryMerkleProof[] rowProofs;
+    // The proof of the data root tuple to the data root tuple root that was posted to the BlobstreamX contract.
+    AttestationProof attestationProof;
+}
+
+/// @notice Contains the necessary parameters needed to verify that a data root tuple
+/// was committed to, by the BlobstreamX smart contract, at some specif nonce.
+struct AttestationProof {
+    // the attestation nonce that commits to the data root tuple.
+    uint256 tupleRootNonce;
+    // the data root tuple that was committed to.
+    DataRootTuple tuple;
+    // the binary Merkle proof of the tuple to the commitment.
+    BinaryMerkleProof proof;
+}
/// @notice Contains the necessary parameters to prove that some shares, which were posted to
+/// the Celestia network, were committed to by the BlobstreamX smart contract.
+struct SharesProof {
+    // The shares that were committed to.
+    bytes[] data;
+    // The shares proof to the row roots. If the shares span multiple rows, we will have multiple nmt proofs.
+    NamespaceMerkleMultiproof[] shareProofs;
+    // The namespace of the shares.
+    Namespace namespace;
+    // The rows where the shares belong. If the shares span multiple rows, we will have multiple rows.
+    NamespaceNode[] rowRoots;
+    // The proofs of the rowRoots to the data root.
+    BinaryMerkleProof[] rowProofs;
+    // The proof of the data root tuple to the data root tuple root that was posted to the BlobstreamX contract.
+    AttestationProof attestationProof;
+}
+
+/// @notice Contains the necessary parameters needed to verify that a data root tuple
+/// was committed to, by the BlobstreamX smart contract, at some specif nonce.
+struct AttestationProof {
+    // the attestation nonce that commits to the data root tuple.
+    uint256 tupleRootNonce;
+    // the data root tuple that was committed to.
+    DataRootTuple tuple;
+    // the binary Merkle proof of the tuple to the commitment.
+    BinaryMerkleProof proof;
+}

To construct the SharesProof, we will need the proof that we queried above, and it goes as follows:

data ​

This is the raw shares that were submitted to Celestia in the bytes format. If we take the example blob that was submitted in the RollupInclusionProofs.t.sol, we can convert it to bytes using the abi.encode(...) as done for this variable. This can be gotten from the above result of the transaction inclusion proof query in the field data.

shareProofs ​

This is the shares proof to the row roots. These can contain multiple proofs if the shares containing the blob span across multiple rows. To construct them, we will use the result of the transaction inclusion proof section.

While the NamespaceMerkleMultiproof being:

solidity
/// @notice Namespace Merkle Tree Multiproof structure. Proves multiple leaves.
+struct NamespaceMerkleMultiproof {
+    // The beginning key of the leaves to verify.
+    uint256 beginKey;
+    // The ending key of the leaves to verify.
+    uint256 endKey;
+    // List of side nodes to verify and calculate tree.
+    NamespaceNode[] sideNodes;
+}
/// @notice Namespace Merkle Tree Multiproof structure. Proves multiple leaves.
+struct NamespaceMerkleMultiproof {
+    // The beginning key of the leaves to verify.
+    uint256 beginKey;
+    // The ending key of the leaves to verify.
+    uint256 endKey;
+    // List of side nodes to verify and calculate tree.
+    NamespaceNode[] sideNodes;
+}

So, we can construct the NamespaceMerkleMultiproof with the following mapping:

  • beginKey in the Solidity struct == start in the query response

  • endKey in the Solidity struct == end in the query response

  • sideNodes in the Solidity struct == nodes in the query response

  • The NamespaceNode, which is the type of the sideNodes, is defined as follows:

solidity
/// @notice Namespace Merkle Tree node.
+struct NamespaceNode {
+    // Minimum namespace.
+    Namespace min;
+    // Maximum namespace.
+    Namespace max;
+    // Node value.
+    bytes32 digest;
+}
/// @notice Namespace Merkle Tree node.
+struct NamespaceNode {
+    // Minimum namespace.
+    Namespace min;
+    // Maximum namespace.
+    Namespace max;
+    // Node value.
+    bytes32 digest;
+}

So, we construct a NamespaceNode via taking the values from the nodes field in the query response, we convert them from base64 to hex, then we use the following mapping:

  • min == the first 29 bytes in the decoded value
  • max == the second 29 bytes in the decoded value
  • digest == the remaining 32 bytes in the decoded value

The min and max are Namespace type which is:

solidity
/// @notice A representation of the Celestia-app namespace ID and its version.
+/// See: https://celestiaorg.github.io/celestia-app/specs/namespace.html
+struct Namespace {
+    // The namespace version.
+    bytes1 version;
+    // The namespace ID.
+    bytes28 id;
+}
/// @notice A representation of the Celestia-app namespace ID and its version.
+/// See: https://celestiaorg.github.io/celestia-app/specs/namespace.html
+struct Namespace {
+    // The namespace version.
+    bytes1 version;
+    // The namespace ID.
+    bytes28 id;
+}

So, to construct them, we separate the 29 bytes in the decoded value to:

  • first byte: version
  • remaining 28 bytes: id

An example of doing this can be found in the RollupInclusionProofs.t.sol test.

A golang helper that can be used to make this conversion is as follows:

go
func toNamespaceMerkleMultiProofs(proofs []*tmproto.NMTProof) []client.NamespaceMerkleMultiproof {
+	shareProofs := make([]client.NamespaceMerkleMultiproof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make([]client.NamespaceNode, len(proof.Nodes))
+		for j, node := range proof.Nodes {
+			sideNodes[j] = *toNamespaceNode(node)
+		}
+		shareProofs[i] = client.NamespaceMerkleMultiproof{
+			BeginKey:  big.NewInt(int64(proof.Start)),
+			EndKey:    big.NewInt(int64(proof.End)),
+			SideNodes: sideNodes,
+		}
+	}
+	return shareProofs
+}
+
+func minNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[0]
+	var id [28]byte
+	copy(id[:], innerNode[1:29])
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func maxNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[29]
+	var id [28]byte
+	copy(id[:], innerNode[30:58])
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func toNamespaceNode(node []byte) *client.NamespaceNode {
+	minNs := minNamespace(node)
+	maxNs := maxNamespace(node)
+	var digest [32]byte
+	copy(digest[:], node[58:])
+	return &client.NamespaceNode{
+		Min:    *minNs,
+		Max:    *maxNs,
+		Digest: digest,
+	}
+}
func toNamespaceMerkleMultiProofs(proofs []*tmproto.NMTProof) []client.NamespaceMerkleMultiproof {
+	shareProofs := make([]client.NamespaceMerkleMultiproof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make([]client.NamespaceNode, len(proof.Nodes))
+		for j, node := range proof.Nodes {
+			sideNodes[j] = *toNamespaceNode(node)
+		}
+		shareProofs[i] = client.NamespaceMerkleMultiproof{
+			BeginKey:  big.NewInt(int64(proof.Start)),
+			EndKey:    big.NewInt(int64(proof.End)),
+			SideNodes: sideNodes,
+		}
+	}
+	return shareProofs
+}
+
+func minNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[0]
+	var id [28]byte
+	copy(id[:], innerNode[1:29])
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func maxNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[29]
+	var id [28]byte
+	copy(id[:], innerNode[30:58])
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func toNamespaceNode(node []byte) *client.NamespaceNode {
+	minNs := minNamespace(node)
+	maxNs := maxNamespace(node)
+	var digest [32]byte
+	copy(digest[:], node[58:])
+	return &client.NamespaceNode{
+		Min:    *minNs,
+		Max:    *maxNs,
+		Digest: digest,
+	}
+}

with proofs being sharesProof.ShareProofs.

namespace ​

Which is the namespace used by the rollup when submitting data to Celestia. As described above, it can be constructed as follows:

solidity
/// @notice A representation of the Celestia-app namespace ID and its version.
+/// See: https://celestiaorg.github.io/celestia-app/specs/namespace.html
+struct Namespace {
+    // The namespace version.
+    bytes1 version;
+    // The namespace ID.
+    bytes28 id;
+}
/// @notice A representation of the Celestia-app namespace ID and its version.
+/// See: https://celestiaorg.github.io/celestia-app/specs/namespace.html
+struct Namespace {
+    // The namespace version.
+    bytes1 version;
+    // The namespace ID.
+    bytes28 id;
+}

Via taking the namespace value from the prove_shares query response, decoding it from base64 to hex, then:

  • first byte: version
  • remaining 28 bytes: id

An example can be found in the RollupInclusionProofs.t.sol test.

A method to convert to namespace, provided that the namespace size is 29, is as follows:

go
func namespace(namespaceID []byte, version uint8) *client.Namespace {
+	var id [28]byte
+	copy(id[:], namespaceID)
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
func namespace(namespaceID []byte, version uint8) *client.Namespace {
+	var id [28]byte
+	copy(id[:], namespaceID)
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}

with namespace being sharesProof.NamespaceID.

rowRoots ​

Which are the roots of the rows where the shares containing the Rollup data are localised.

In golang, the proof can be converted as follows:

go
func toRowRoots(roots []bytes.HexBytes) []client.NamespaceNode {
+	rowRoots := make([]client.NamespaceNode, len(roots))
+	for i, root := range roots {
+		rowRoots[i] = *toNamespaceNode(root.Bytes())
+	}
+	return rowRoots
+}
func toRowRoots(roots []bytes.HexBytes) []client.NamespaceNode {
+	rowRoots := make([]client.NamespaceNode, len(roots))
+	for i, root := range roots {
+		rowRoots[i] = *toNamespaceNode(root.Bytes())
+	}
+	return rowRoots
+}

with roots being sharesProof.RowProof.RowRoots.

rowProofs ​

These are the proofs of the rows to the data root. They are of type BinaryMerkleProof:

solidity
/// @notice Merkle Tree Proof structure.
+struct BinaryMerkleProof {
+    // List of side nodes to verify and calculate tree.
+    bytes32[] sideNodes;
+    // The key of the leaf to verify.
+    uint256 key;
+    // The number of leaves in the tree
+    uint256 numLeaves;
+}
/// @notice Merkle Tree Proof structure.
+struct BinaryMerkleProof {
+    // List of side nodes to verify and calculate tree.
+    bytes32[] sideNodes;
+    // The key of the leaf to verify.
+    uint256 key;
+    // The number of leaves in the tree
+    uint256 numLeaves;
+}

To construct them, we take the response of the prove_shares query, and do the following mapping:

  • key in the Solidity struct == index in the query response
  • numLeaves in the Solidity struct == total in the query response
  • sideNodes in the Solidity struct == aunts in the query response

The type of the sideNodes is a bytes32.

An example can be found in the RollupInclusionProofs.t.sol test.

A golang helper to convert the row proofs is as follows:

go
func toRowProofs(proofs []*merkle.Proof) []client.BinaryMerkleProof {
+	rowProofs := make([]client.BinaryMerkleProof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make( [][32]byte, len(proof.Aunts))
+		for j, sideNode :=  range proof.Aunts {
+			var bzSideNode [32]byte
+			copy(bzSideNode[:], sideNode)
+			sideNodes[j] = bzSideNode
+		}
+ 		rowProofs[i] = client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(proof.Index),
+			NumLeaves: big.NewInt(proof.Total),
+		}
+	}
+	return rowProofs
+}
func toRowProofs(proofs []*merkle.Proof) []client.BinaryMerkleProof {
+	rowProofs := make([]client.BinaryMerkleProof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make( [][32]byte, len(proof.Aunts))
+		for j, sideNode :=  range proof.Aunts {
+			var bzSideNode [32]byte
+			copy(bzSideNode[:], sideNode)
+			sideNodes[j] = bzSideNode
+		}
+ 		rowProofs[i] = client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(proof.Index),
+			NumLeaves: big.NewInt(proof.Total),
+		}
+	}
+	return rowProofs
+}

with proofs being sharesProof.RowProof.Proofs.

attestationProof ​

This is the proof of the data root to the data root tuple root, which is committed to in the Blobstream X contract:

solidity
/// @notice Contains the necessary parameters needed to verify that a data root tuple
+/// was committed to, by the BlobstreamX smart contract, at some specif nonce.
+struct AttestationProof {
+    // the attestation nonce that commits to the data root tuple.
+    uint256 tupleRootNonce;
+    // the data root tuple that was committed to.
+    DataRootTuple tuple;
+    // the binary Merkle proof of the tuple to the commitment.
+    BinaryMerkleProof proof;
+}
/// @notice Contains the necessary parameters needed to verify that a data root tuple
+/// was committed to, by the BlobstreamX smart contract, at some specif nonce.
+struct AttestationProof {
+    // the attestation nonce that commits to the data root tuple.
+    uint256 tupleRootNonce;
+    // the data root tuple that was committed to.
+    DataRootTuple tuple;
+    // the binary Merkle proof of the tuple to the commitment.
+    BinaryMerkleProof proof;
+}
  • tupleRootNonce: the nonce at which Blobstream X committed to the batch containing the block containing the data.
  • tuple: the DataRootTuple of the block:
solidity
/// @notice A tuple of data root with metadata. Each data root is associated
+///  with a Celestia block height.
+/// @dev \`availableDataRoot\` in
+///  https://github.com/celestiaorg/celestia-specs/blob/master/src/specs/data_structures.md#header
+struct DataRootTuple {
+    // Celestia block height the data root was included in.
+    // Genesis block is height = 0.
+    // First queryable block is height = 1.
+    uint256 height;
+    // Data root.
+    bytes32 dataRoot;
+}
/// @notice A tuple of data root with metadata. Each data root is associated
+///  with a Celestia block height.
+/// @dev \`availableDataRoot\` in
+///  https://github.com/celestiaorg/celestia-specs/blob/master/src/specs/data_structures.md#header
+struct DataRootTuple {
+    // Celestia block height the data root was included in.
+    // Genesis block is height = 0.
+    // First queryable block is height = 1.
+    uint256 height;
+    // Data root.
+    bytes32 dataRoot;
+}

which comprises a dataRoot, i.e. the block containing the Rollup data data root, and the height which is the height of that block.

  • proof: the BinaryMerkleProof of the data root tuple to the data root tuple root. Constructing it is similar to constructing the row roots to data root proof in the rowProofs section.

An example can be found in the RollupInclusionProofs.t.sol test.

A golang helper to create an attestation proof:

go
func toAttestationProof(
+	nonce uint64,
+	height uint64,
+	blockDataRoot [32]byte,
+	dataRootInclusionProof merkle.Proof,
+) client.AttestationProof {
+	sideNodes := make( [][32]byte, len(dataRootInclusionProof.Aunts))
+	for i, sideNode :=  range dataRootInclusionProof.Aunts {
+		var bzSideNode [32]byte
+		copy(bzSideNode[:], sideNode)
+		sideNodes[i] = bzSideNode
+	}
+
+	return client.AttestationProof{
+		TupleRootNonce: big.NewInt(int64(nonce)),
+		Tuple:          client.DataRootTuple{
+			Height:   big.NewInt(int64(height)),
+			DataRoot: blockDataRoot,
+		},
+		Proof:          client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(dataRootInclusionProof.Index),
+			NumLeaves: big.NewInt(dataRootInclusionProof.Total),
+		},
+	}
+}
func toAttestationProof(
+	nonce uint64,
+	height uint64,
+	blockDataRoot [32]byte,
+	dataRootInclusionProof merkle.Proof,
+) client.AttestationProof {
+	sideNodes := make( [][32]byte, len(dataRootInclusionProof.Aunts))
+	for i, sideNode :=  range dataRootInclusionProof.Aunts {
+		var bzSideNode [32]byte
+		copy(bzSideNode[:], sideNode)
+		sideNodes[i] = bzSideNode
+	}
+
+	return client.AttestationProof{
+		TupleRootNonce: big.NewInt(int64(nonce)),
+		Tuple:          client.DataRootTuple{
+			Height:   big.NewInt(int64(height)),
+			DataRoot: blockDataRoot,
+		},
+		Proof:          client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(dataRootInclusionProof.Index),
+			NumLeaves: big.NewInt(dataRootInclusionProof.Total),
+		},
+	}
+}

with the nonce being the attestation nonce, which can be retrieved using BlobstreamX contract events. Check below for an example. And height being the Celestia Block height that contains the rollup data, along with the blockDataRoot being the data root of the block height. Finally, dataRootInclusionProof is the Celestia block data root inclusion proof to the data root tuple root that was queried at the beginning of this page.

If the dataRoot or the tupleRootNonce is unknown during the verification:

  • dataRoot: can be queried using the /block?height=15 query (15 in this example endpoint), and taking the data_hash field from the response.
  • tupleRootNonce: can be retried via querying the BlobstreamXDataCommitmentStored events from the BlobstreamX contract and looking for the nonce attesting to the corresponding data. An example:
go
	// get the nonce corresponding to the block height that contains the PayForBlob transaction
+	// since BlobstreamX emits events when new batches are submitted, we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// use the BlobstreamX contract binding
+	wrapper, err := blobstreamxwrapper.NewBlobstreamX(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	LatestBlockNumber, err := ethClient.BlockNumber(ctx)
+	if err != nil {
+		return err
+	}
+
+	eventsIterator, err := wrapper.FilterDataCommitmentStored(
+		&bind.FilterOpts{
+			Context: ctx,
+			Start: LatestBlockNumber - 90000, // 90000 can be replaced with the range of EVM blocks to look for the events in
+			End: &LatestBlockNumber,
+		},
+		nil,
+		nil,
+		nil,
+	)
+	if err != nil {
+		return err
+	}
+
+	var event *blobstreamxwrapper.BlobstreamXDataCommitmentStored
+	for eventsIterator.Next() {
+		e := eventsIterator.Event
+		if int64(e.StartBlock) <= tx.Height && tx.Height < int64(e.EndBlock) {
+			event = &blobstreamxwrapper.BlobstreamXDataCommitmentStored{
+				ProofNonce:     e.ProofNonce,
+				StartBlock:     e.StartBlock,
+				EndBlock:       e.EndBlock,
+				DataCommitment: e.DataCommitment,
+			}
+			break
+		}
+	}
+	if err := eventsIterator.Error(); err != nil {
+		return err
+	}
+	err = eventsIterator.Close()
+	if err != nil {
+		return err
+	}
+	if event == nil {
+		return fmt.Errorf("couldn't find range containing the block height")
+	}
	// get the nonce corresponding to the block height that contains the PayForBlob transaction
+	// since BlobstreamX emits events when new batches are submitted, we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// use the BlobstreamX contract binding
+	wrapper, err := blobstreamxwrapper.NewBlobstreamX(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	LatestBlockNumber, err := ethClient.BlockNumber(ctx)
+	if err != nil {
+		return err
+	}
+
+	eventsIterator, err := wrapper.FilterDataCommitmentStored(
+		&bind.FilterOpts{
+			Context: ctx,
+			Start: LatestBlockNumber - 90000, // 90000 can be replaced with the range of EVM blocks to look for the events in
+			End: &LatestBlockNumber,
+		},
+		nil,
+		nil,
+		nil,
+	)
+	if err != nil {
+		return err
+	}
+
+	var event *blobstreamxwrapper.BlobstreamXDataCommitmentStored
+	for eventsIterator.Next() {
+		e := eventsIterator.Event
+		if int64(e.StartBlock) <= tx.Height && tx.Height < int64(e.EndBlock) {
+			event = &blobstreamxwrapper.BlobstreamXDataCommitmentStored{
+				ProofNonce:     e.ProofNonce,
+				StartBlock:     e.StartBlock,
+				EndBlock:       e.EndBlock,
+				DataCommitment: e.DataCommitment,
+			}
+			break
+		}
+	}
+	if err := eventsIterator.Error(); err != nil {
+		return err
+	}
+	err = eventsIterator.Close()
+	if err != nil {
+		return err
+	}
+	if event == nil {
+		return fmt.Errorf("couldn't find range containing the block height")
+	}

Listening for new data commitments ​

For listening for new BlobstreamXDataCommitmentStored events, sequencers can use the WatchDataCommitmentStored as follows:

go
    ethClient, err := ethclient.Dial("evm_rpc")
+    if err != nil {
+	    return err
+    }
+    defer ethClient.Close()
+    blobstreamWrapper, err := blobstreamxwrapper.NewBlobstreamXFilterer(ethcmn.HexToAddress("contract_address"), ethClient)
+    if err != nil {
+	    return err
+    }
+
+    eventsChan := make(chan *blobstreamxwrapper.BlobstreamXDataCommitmentStored, 100)
+    subscription, err := blobstreamWrapper.WatchDataCommitmentStored(
+	    &bind.WatchOpts{
+			Context: ctx,
+        },
+	    eventsChan,
+	    nil,
+	    nil,
+	    nil,
+	)
+    if err != nil {
+	    return err
+    }
+    defer subscription.Unsubscribe()
+
+    for {
+	    select {
+	    case <-ctx.Done():
+		    return ctx.Err()
+		case err := <-subscription.Err():
+			return err
+		case event := <-eventsChan:
+			// process the event
+		    fmt.Println(event)
+	    }
+    }
    ethClient, err := ethclient.Dial("evm_rpc")
+    if err != nil {
+	    return err
+    }
+    defer ethClient.Close()
+    blobstreamWrapper, err := blobstreamxwrapper.NewBlobstreamXFilterer(ethcmn.HexToAddress("contract_address"), ethClient)
+    if err != nil {
+	    return err
+    }
+
+    eventsChan := make(chan *blobstreamxwrapper.BlobstreamXDataCommitmentStored, 100)
+    subscription, err := blobstreamWrapper.WatchDataCommitmentStored(
+	    &bind.WatchOpts{
+			Context: ctx,
+        },
+	    eventsChan,
+	    nil,
+	    nil,
+	    nil,
+	)
+    if err != nil {
+	    return err
+    }
+    defer subscription.Unsubscribe()
+
+    for {
+	    select {
+	    case <-ctx.Done():
+		    return ctx.Err()
+		case err := <-subscription.Err():
+			return err
+		case event := <-eventsChan:
+			// process the event
+		    fmt.Println(event)
+	    }
+    }

Then, new proofs can be created as documented above using the new data commitments contained in the received events.

Example rollup that uses the DAVerifier ​

An example rollup that uses the DAVerifier can be as simple as:

solidity
pragma solidity ^0.8.22;
+
+import {DAVerifier} from "@blobstream/lib/verifier/DAVerifier.sol";
+import {IDAOracle} from "@blobstream/IDAOracle.sol";
+
+contract SimpleRollup {
+    IDAOracle bridge;
+    ...
+    function submitFraudProof(SharesProof memory _sharesProof, bytes32 _root) public {
+        // (1) verify that the data is committed to by BlobstreamX contract
+        (bool committedTo, DAVerifier.ErrorCodes err) = DAVerifier.verifySharesToDataRootTupleRoot(bridge, _sharesProof, _root);
+        if (!committedTo) {
+            revert("the data was not committed to by Blobstream");
+        }
+        // (2) verify that the data is part of the rollup block
+        // (3) parse the data
+        // (4) verify invalid state transition
+        // (5) effects
+    }
+}
pragma solidity ^0.8.22;
+
+import {DAVerifier} from "@blobstream/lib/verifier/DAVerifier.sol";
+import {IDAOracle} from "@blobstream/IDAOracle.sol";
+
+contract SimpleRollup {
+    IDAOracle bridge;
+    ...
+    function submitFraudProof(SharesProof memory _sharesProof, bytes32 _root) public {
+        // (1) verify that the data is committed to by BlobstreamX contract
+        (bool committedTo, DAVerifier.ErrorCodes err) = DAVerifier.verifySharesToDataRootTupleRoot(bridge, _sharesProof, _root);
+        if (!committedTo) {
+            revert("the data was not committed to by Blobstream");
+        }
+        // (2) verify that the data is part of the rollup block
+        // (3) parse the data
+        // (4) verify invalid state transition
+        // (5) effects
+    }
+}

Then, you can submit the fraud proof using golang as follows:

go
package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/celestiaorg/celestia-app/pkg/square"
+	"github.com/celestiaorg/celestia-app/x/qgb/client"
+	"github.com/ethereum/go-ethereum/accounts/abi/bind"
+	ethcmn "github.com/ethereum/go-ethereum/common"
+	"github.com/ethereum/go-ethereum/ethclient"
+	blobstreamxwrapper "github.com/succinctlabs/blobstreamx/bindings"
+	"github.com/tendermint/tendermint/crypto/merkle"
+	"github.com/tendermint/tendermint/libs/bytes"
+	tmproto "github.com/tendermint/tendermint/proto/tendermint/types"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"github.com/tendermint/tendermint/types"
+	"math/big"
+	"os"
+)
+
+func main() {
+	err := verify()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+}
+
+func verify() error {
+	ctx := context.Background()
+
+
+	// ...
+	// check the first section for this part of the implementation
+
+	// get the nonce corresponding to the block height that contains the PayForBlob transaction
+	// since Blobstream X emits events when new batches are submitted, we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// ...
+	// check the first section for this part of the implementation
+
+	// now we will create the shares proof to be verified by the SimpleRollup
+	// contract that uses the DAVerifier library
+
+	// get the proof of the shares containing the blob to the data root
+	sharesProof, err := trpc.ProveShares(ctx, 16, uint64(blobShareRange.Start), uint64(blobShareRange.End))
+	if err != nil {
+		return err
+	}
+
+	// use the SimpleRollup contract binding to submit to it a fraud proof
+	simpleRollupWrapper, err := client.NewWrappers(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	// submit the fraud proof containing the share data that had the invalid state transition for example
+	// along with its proof
+	err = submitFraudProof(
+		ctx,
+		simpleRollupWrapper,
+		sharesProof,
+		event.ProofNonce.Uint64(),
+		uint64(tx.Height),
+		dcProof.Proof,
+		blockRes.Block.DataHash,
+	)
+
+	return nil
+}
+
+func submitFraudProof(
+	ctx context.Context,
+	simpleRollup *client.Wrappers,
+	sharesProof types.ShareProof,
+	nonce uint64,
+	height uint64,
+	dataRootInclusionProof merkle.Proof,
+	dataRoot []byte,
+) error {
+	var blockDataRoot [32]byte
+	copy(blockDataRoot[:], dataRoot)
+	tx, err := simpleRollup.SubmitFraudProof(
+		&bind.TransactOpts{
+			Context: ctx,
+		},
+		client.SharesProof{
+			Data:             sharesProof.Data,
+			ShareProofs:      toNamespaceMerkleMultiProofs(sharesProof.ShareProofs),
+			Namespace:        *namespace(sharesProof.NamespaceID),
+			RowRoots:         toRowRoots(sharesProof.RowProof.RowRoots),
+			RowProofs:        toRowProofs(sharesProof.RowProof.Proofs),
+			AttestationProof: toAttestationProof(nonce, height, blockDataRoot, dataRootInclusionProof),
+		},
+		blockDataRoot,
+	)
+	if err != nil {
+		return err
+	}
+	// wait for transaction
+}
+
+func toAttestationProof(
+	nonce uint64,
+	height uint64,
+	blockDataRoot [32]byte,
+	dataRootInclusionProof merkle.Proof,
+) client.AttestationProof {
+	sideNodes := make( [][32]byte, len(dataRootInclusionProof.Aunts))
+	for i, sideNode :=  range dataRootInclusionProof.Aunts {
+		var bzSideNode [32]byte
+		for k, b := range sideNode {
+			bzSideNode[k] = b
+		}
+		sideNodes[i] = bzSideNode
+	}
+
+	return client.AttestationProof{
+		TupleRootNonce: big.NewInt(int64(nonce)),
+		Tuple:          client.DataRootTuple{
+			Height:   big.NewInt(int64(height)),
+			DataRoot: blockDataRoot,
+		},
+		Proof:          client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(dataRootInclusionProof.Index),
+			NumLeaves: big.NewInt(dataRootInclusionProof.Total),
+		},
+	}
+}
+
+func toRowRoots(roots []bytes.HexBytes) []client.NamespaceNode {
+	rowRoots := make([]client.NamespaceNode, len(roots))
+	for i, root := range roots {
+		rowRoots[i] = *toNamespaceNode(root.Bytes())
+	}
+	return rowRoots
+}
+
+func toRowProofs(proofs []*merkle.Proof) []client.BinaryMerkleProof {
+	rowProofs := make([]client.BinaryMerkleProof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make( [][32]byte, len(proof.Aunts))
+		for j, sideNode :=  range proof.Aunts {
+			var bzSideNode [32]byte
+			for k, b := range sideNode {
+				bzSideNode[k] = b
+			}
+			sideNodes[j] = bzSideNode
+		}
+ 		rowProofs[i] = client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(proof.Index),
+			NumLeaves: big.NewInt(proof.Total),
+		}
+	}
+	return rowProofs
+}
+
+func toNamespaceMerkleMultiProofs(proofs []*tmproto.NMTProof) []client.NamespaceMerkleMultiproof {
+	shareProofs := make([]client.NamespaceMerkleMultiproof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make([]client.NamespaceNode, len(proof.Nodes))
+		for j, node := range proof.Nodes {
+			sideNodes[j] = *toNamespaceNode(node)
+		}
+		shareProofs[i] = client.NamespaceMerkleMultiproof{
+			BeginKey:  big.NewInt(int64(proof.Start)),
+			EndKey:    big.NewInt(int64(proof.End)),
+			SideNodes: sideNodes,
+		}
+	}
+	return shareProofs
+}
+
+func minNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[0]
+	var id [28]byte
+	for i, b := range innerNode[1:28] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func maxNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[29]
+	var id [28]byte
+	for i, b := range innerNode[30:57] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func toNamespaceNode(node []byte) *client.NamespaceNode {
+	minNs := minNamespace(node)
+	maxNs := maxNamespace(node)
+	var digest [32]byte
+	for i, b := range node[58:] {
+		digest[i] = b
+	}
+	return &client.NamespaceNode{
+		Min:    *minNs,
+		Max:    *maxNs,
+		Digest: digest,
+	}
+}
+
+func namespace(namespaceID []byte) *client.Namespace {
+	version := namespaceID[0]
+	var id [28]byte
+	for i, b := range namespaceID[1:] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/celestiaorg/celestia-app/pkg/square"
+	"github.com/celestiaorg/celestia-app/x/qgb/client"
+	"github.com/ethereum/go-ethereum/accounts/abi/bind"
+	ethcmn "github.com/ethereum/go-ethereum/common"
+	"github.com/ethereum/go-ethereum/ethclient"
+	blobstreamxwrapper "github.com/succinctlabs/blobstreamx/bindings"
+	"github.com/tendermint/tendermint/crypto/merkle"
+	"github.com/tendermint/tendermint/libs/bytes"
+	tmproto "github.com/tendermint/tendermint/proto/tendermint/types"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"github.com/tendermint/tendermint/types"
+	"math/big"
+	"os"
+)
+
+func main() {
+	err := verify()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+}
+
+func verify() error {
+	ctx := context.Background()
+
+
+	// ...
+	// check the first section for this part of the implementation
+
+	// get the nonce corresponding to the block height that contains the PayForBlob transaction
+	// since Blobstream X emits events when new batches are submitted, we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// ...
+	// check the first section for this part of the implementation
+
+	// now we will create the shares proof to be verified by the SimpleRollup
+	// contract that uses the DAVerifier library
+
+	// get the proof of the shares containing the blob to the data root
+	sharesProof, err := trpc.ProveShares(ctx, 16, uint64(blobShareRange.Start), uint64(blobShareRange.End))
+	if err != nil {
+		return err
+	}
+
+	// use the SimpleRollup contract binding to submit to it a fraud proof
+	simpleRollupWrapper, err := client.NewWrappers(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	// submit the fraud proof containing the share data that had the invalid state transition for example
+	// along with its proof
+	err = submitFraudProof(
+		ctx,
+		simpleRollupWrapper,
+		sharesProof,
+		event.ProofNonce.Uint64(),
+		uint64(tx.Height),
+		dcProof.Proof,
+		blockRes.Block.DataHash,
+	)
+
+	return nil
+}
+
+func submitFraudProof(
+	ctx context.Context,
+	simpleRollup *client.Wrappers,
+	sharesProof types.ShareProof,
+	nonce uint64,
+	height uint64,
+	dataRootInclusionProof merkle.Proof,
+	dataRoot []byte,
+) error {
+	var blockDataRoot [32]byte
+	copy(blockDataRoot[:], dataRoot)
+	tx, err := simpleRollup.SubmitFraudProof(
+		&bind.TransactOpts{
+			Context: ctx,
+		},
+		client.SharesProof{
+			Data:             sharesProof.Data,
+			ShareProofs:      toNamespaceMerkleMultiProofs(sharesProof.ShareProofs),
+			Namespace:        *namespace(sharesProof.NamespaceID),
+			RowRoots:         toRowRoots(sharesProof.RowProof.RowRoots),
+			RowProofs:        toRowProofs(sharesProof.RowProof.Proofs),
+			AttestationProof: toAttestationProof(nonce, height, blockDataRoot, dataRootInclusionProof),
+		},
+		blockDataRoot,
+	)
+	if err != nil {
+		return err
+	}
+	// wait for transaction
+}
+
+func toAttestationProof(
+	nonce uint64,
+	height uint64,
+	blockDataRoot [32]byte,
+	dataRootInclusionProof merkle.Proof,
+) client.AttestationProof {
+	sideNodes := make( [][32]byte, len(dataRootInclusionProof.Aunts))
+	for i, sideNode :=  range dataRootInclusionProof.Aunts {
+		var bzSideNode [32]byte
+		for k, b := range sideNode {
+			bzSideNode[k] = b
+		}
+		sideNodes[i] = bzSideNode
+	}
+
+	return client.AttestationProof{
+		TupleRootNonce: big.NewInt(int64(nonce)),
+		Tuple:          client.DataRootTuple{
+			Height:   big.NewInt(int64(height)),
+			DataRoot: blockDataRoot,
+		},
+		Proof:          client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(dataRootInclusionProof.Index),
+			NumLeaves: big.NewInt(dataRootInclusionProof.Total),
+		},
+	}
+}
+
+func toRowRoots(roots []bytes.HexBytes) []client.NamespaceNode {
+	rowRoots := make([]client.NamespaceNode, len(roots))
+	for i, root := range roots {
+		rowRoots[i] = *toNamespaceNode(root.Bytes())
+	}
+	return rowRoots
+}
+
+func toRowProofs(proofs []*merkle.Proof) []client.BinaryMerkleProof {
+	rowProofs := make([]client.BinaryMerkleProof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make( [][32]byte, len(proof.Aunts))
+		for j, sideNode :=  range proof.Aunts {
+			var bzSideNode [32]byte
+			for k, b := range sideNode {
+				bzSideNode[k] = b
+			}
+			sideNodes[j] = bzSideNode
+		}
+ 		rowProofs[i] = client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(proof.Index),
+			NumLeaves: big.NewInt(proof.Total),
+		}
+	}
+	return rowProofs
+}
+
+func toNamespaceMerkleMultiProofs(proofs []*tmproto.NMTProof) []client.NamespaceMerkleMultiproof {
+	shareProofs := make([]client.NamespaceMerkleMultiproof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make([]client.NamespaceNode, len(proof.Nodes))
+		for j, node := range proof.Nodes {
+			sideNodes[j] = *toNamespaceNode(node)
+		}
+		shareProofs[i] = client.NamespaceMerkleMultiproof{
+			BeginKey:  big.NewInt(int64(proof.Start)),
+			EndKey:    big.NewInt(int64(proof.End)),
+			SideNodes: sideNodes,
+		}
+	}
+	return shareProofs
+}
+
+func minNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[0]
+	var id [28]byte
+	for i, b := range innerNode[1:28] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func maxNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[29]
+	var id [28]byte
+	for i, b := range innerNode[30:57] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func toNamespaceNode(node []byte) *client.NamespaceNode {
+	minNs := minNamespace(node)
+	maxNs := maxNamespace(node)
+	var digest [32]byte
+	for i, b := range node[58:] {
+		digest[i] = b
+	}
+	return &client.NamespaceNode{
+		Min:    *minNs,
+		Max:    *maxNs,
+		Digest: digest,
+	}
+}
+
+func namespace(namespaceID []byte) *client.Namespace {
+	version := namespaceID[0]
+	var id [28]byte
+	for i, b := range namespaceID[1:] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}

For the step (2), check the rollup inclusion proofs documentation for more information.

Conclusion ​

After creating all the proofs, and verifying them:

  1. Verify inclusion proof of the transaction to Celestia data root
  2. Prove that the data root tuple is committed to by the Blobstream X smart contract

We can be sure that the data was published to Celestia, and then rollups can proceed with their normal fraud proving mechanism.

NOTE

The above proof constructions are implemented in Solidity, and may require different approaches in other programming languages.

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Introduction to Blobstream rollups ​

Blobstream is the first data availability solution for EVM chains that securely scales with the number of users. It allows rollups to post their data on Celestia while proving their availability in the rollup settlement contract.

This document will outline a few ways to build optimistic or zk-rollups that post their data to Celestia and use Blobstream to prove that data's availability.

Concepts ​

Share commitment ​

The share commitment is a commitment over the data contained in the MsgPayForBlobs transaction. This commitment allows proving that the corresponding data exists on Celestia efficiently.

Share commitment: Proof details ​

To prove that the data corresponding to a share commitment was posted to Celestia using Blobstream, the following proofs need to be verified:

  1. share inclusion proof to the share commitment: meaning creating two merkle proofs:
    1. share merkle proof up to the subtree root corresponding to that share
    2. subtree root merkle proof to the share commitment
  2. share commitment inclusion proof to the data root tuple root: meaning four merkle proofs:
    1. subtree roots merkle proofs to the share commitment: to make sure the subtree roots are valid
    2. subtree roots merkle proofs up to the row roots: to prove that the subtree roots belong to a set of rows in the Celestia block
    3. row roots proofs to the data root: to prove that those rows belong to the Celestia Block
    4. data root tuple proof to the data root tuple: to prove that the Celestia block referenced by its height and data root, was committed to by Blobstream.

More details on the share commitment inclusion proof can be found in the commitment scheme docs and also the data square layout.

If all of these proofs are valid, then you successfully managed to prove that the data corresponding to that share commitment has been posted to Celestia.

NOTE

Generating/verifying share commitment proofs is still not supported. It still needs tooling to generate the proofs on the node side, and verifying them on the Solidity side which will be built in the upcoming months.

Share commitment: Compact proofs ​

There is a way to have compact proofs, when using share commitments, unlike the ones defined above; that allow less costly inclusion proofs. These require the ability to parse the protobuf encoded PFBs.

In fact, if the rollup project has a way to parse the protobuf encoded PFB, either in a smart contract or a zk-circuit, they will be able to create compact proofs of the rollup data.

These proofs will work as follows:

  • Parsing the PFB and taking out the share commitment
  • Comparing the PFB commitment to the one saved in the rollup contract
  • Proving inclusion of the PFB to the data root tuple root. This will be a compact proof since we will only be proving two shares regardless of the size of the rollup data.

More details on compact proofs can be found in ADR-011.

Share commitment: Pros ​

The pros of referencing rollup data using a share commitment:

  • Using the same commitment that exists on the PFB, without having to find another way of referencing the rollup data.
  • If the team has access to protobuf parsing, it allows for compact proof, but the parsing costs need to be investigated.

Share commitment: Cons ​

  • Large/expensive proofs in the case of having no way to parse the protobuf PFB encoding.
  • In the optimistic rollups construction, defined below, this requires waiting for the Celestia block to be committed to by Blobstream before saving updating the settlement contract. This might require waiting for a few hours, depending on the batches size on each chain, to finally submit the rollup update.

Given these limitations, an alternative design will be discussed in the next section.

Sequence of spans ​

An alternative way of referencing rollup data in the rollup settlement contract is using a sequence of spans.

A sequence of spans is a data pointer that allows pointing to the rollup data inside a Celestia square using its location inside the square. It can be defined using the following information:

  • height: The height of the Celestia block containing the rollup data.
  • startIndex: The index of the first share containing the rollup data.
  • dataLen: The number of shares containing the rollup data.

The startIndex and the dataLen can be queried from Celestia after the corresponding transaction gets included in a block and committed to the chain. An example of how to query them can be found in the verify command. The TxShareRange returns the start and end share of the data referenced by a transaction hash.

NOTE

If the rollup data is submitted in multiple blocks, the above sequence of spans can be generalized to include multiple blocks. For simplicity, we will stick with the data only submitted to a single Celestia block.

Sequence of spans: Proof details ​

Using sequence of spans is different from using the share commitment because we're referencing a location in the square, and not actual data commitment. So, the proof types and their generation are different.

Sequence of spans: Proving unavailable data ​

By construction, if the sequence of spans refers to a certain location in the square, that location is the data. This location can be in the reserved namespaces, the parity bytes, etc. What matters is that it's part of the square. So to prove that the sequence of spans is invalid, i.e., refers to data that is not available on Celestia, it is necessary and sufficient to show that the sequence of spans doesn't belong to the Celestia block, i.e., the span is out of bounds.

We could create this proof via generating a binary Merkle proof of any row/column to the Celestia data root. This proof will provide the total which is the number of rows/columns in the extended data square. This can be used to calculate the square size. The computeSquareSizeFromRowProof method in the DAVerifier library allows calculating the square size from a row proof or a share proof.

Then, we will use that information to check if the provided share index, in the header, is out of the square size bounds. In order words, we will check if the startIndex and the startIndex + dataLen are included in the range [0, 4*square_size].

NOTE

The square size is the number of rows of the original square.

For the data root, we will use a binary Merkle proof to prove its inclusion in a data root tuple root that was committed to by the Blobstream smart contract. More on this in the data root inclusion proofs section.

Sequence of spans: Proving inclusion of some data ​

The difference between using a share commitment and a sequence of spans is that when using a share commitment, an extra merkle proof is needed to prove inclusion of the share to the share commitment. However, in the case of a sequence of spans, only the usual inclusion proof of a share to the data root tuple root is needed. The inclusion of the share to the sequence of spans is gotten using the same proof.

In fact, proving that a share is part of the sequence of spans, i.e., part of the rollup data is done as follows:

  1. Prove that the data root tuple is committed to by the Blobstream smart contract:

    To prove the data root is committed to by the Blobstream smart contract, we will need to provide a Merkle proof of the data root tuple to a data root tuple root. This can be created using the data_root_inclusion_proof query. More on this can be found in the data root inclusion proofs documentation.

  2. Verify inclusion proof of the data to Celestia data root:

    To prove that the data is part of the data root, we will need to provide two proofs: a namespace Merkle proof of the data to a row root. This could be done via proving the shares that contain the data to the row root using a namespace Merkle proof. And, a binary Merkle proof of the row root to the data root.

    These proofs can be generated using the ProveShares query.

    More details on these proofs can be found in the transaction inclusion proof documentation.

  3. Prove that the data is in the sequence spans:

    To prove that the data is part of the rollup sequence of spans, we take the authenticated share proofs in step (2) and use the shares begin/end key to define the shares' positions in the row.

    Then, we use the row proof to get the row index in the extended Celestia square and get the index of the share in row major order:

    solidity
    uint256 shareIndexInRow = shareProof.shareProofs[0].beginKey;
+uint256 shareIndexInRowMajorOrder = shareIndexInRow + shareProof.rowProofs[0].numLeaves * shareProof.rowProofs[0].key;
    uint256 shareIndexInRow = shareProof.shareProofs[0].beginKey;
+uint256 shareIndexInRowMajorOrder = shareIndexInRow + shareProof.rowProofs[0].numLeaves * shareProof.rowProofs[0].key;

Finally, we can compare the computed index with the sequence of spans, and be sure that the data/shares is part of the rollup data.

Sequence of spans: Pros ​

  • Using a sequence of spans instead of the share commitment allows for simpler proofs

Sequence of spans: Cons ​

None

Optimistic rollups ​

One type of rollups that can be built with Blobstream is optimistic rollups. An optimistic rollup is a rollup that commits optimistically to a set of blocks, and allows the other parties to verify that the blocks are valid, and if they're not, they can create fraud proofs to signal that.

Celestia allows optimistic rollups to post their data on its DA layer, and to prove that the data is available using Blobstream.

To build an optimistic rollup that uses Celestia as a DA layer, the following constructions can be inspired by.

Optimistic rollups that use a sequence of spans ​

Optimistic rollups can post their data in Celestia, then in the rollup settlement contract, they can reference optimistically that data using a sequence of spans. Then, rollup full nodes can verify if that data is valid. If not, they can trigger a fraud proof.

When using a sequence of spans, triggering the data availability fraud proofs, which are different from the state transitions fraud proofs (left for the rollup to define), goes back to the following cases:

Optimistic rollups that use a sequence of spans: Pros ​

  • Not needing to verify anything at the moment of submitting the commitments to the rollup settlement contracts
  • The fraud proofs are simple and can be reduced to a single share: if, for example, a single transaction in the rollup data that was posted to Celestia is faulty, only the shares containing that transaction, which can be as minimal as a single share, need to be proven on chain and verified.

Optimistic rollups that use a sequence of spans: Cons ​

None

Optimistic rollups that use a sequence of spans: Example ​

An example optimistic rollup that uses sequence of spans to reference its data can be found in the RollupInclusionProofs. It portrays the different possible data availability proofs, constructs them and shows how to verify them.

Also, more details on querying these kinds of proofs can be found in the proof queries documentation.

Optimistic rollups that use share commitments ​

Another way to build a rollup is to replace the sequence of spans with a height and a share commitment. Then, users/rollup full nodes will be able to query that data and validate it. If the rollup data is not valid, they can create a fraud proof.

The first difference between the sequence of spans construction and the share commitment construction is having to verify that the provided share commitment is part of the Celestia block, referenced by its height in the moment of submitting the rollup commitments to the settlement contract. This is necessary to make sure that the commitment is part of Celestia. Otherwise, rollup sequencers can commit to random share commitments and there won't be a way to prove they're invalid.

The second difference is the proof types. In the case of a fraud proof, the proofs outlined in the proofs details of share commitment section would need to be verified to be sure that the share containing the invalid state transition is part of the rollup data. Alternatively, the rollup settlement contract would need to have a library to parse protobuf encoded PFBs, as explained in the compact proofs of share commitment section, to have less expensive proofs. The cost of parsing the protobuf is not included in this analysis and needs to be investigated separately.

Optimistic rollups that use share commitments: Pros ​

  • Using the same share commitment as the one saved in Celestia which gives access to existing tooling

Optimistic rollups that use share commitments: Cons ​

  • The proofs are expensive in the base case. And if the settlement contract is able to parse the PFBs, thorough investigations of the cost of that would need to be done.

Zk-rollups ​

Zk-rollups, aka validity rollups, can also use Celestia as a DA and Blobstream to verify that the data was posted. However, the submission process is different from the above constructions, since there are no fraud proofs, and everything should be verified when submitting the commitment to the settlement contract.

Similar to the optimistic case, the rollup settlement contract can reference the rollup data using either the sequence of spans approach or the share commitments. We will discuss both in this section.

Zk-rollups that use sequence of spans ​

When submitting the commitments to the rollup settlement contract, this latter will need to verify the following:

  1. Zk-proof of the state transitions, which is left for the rollup to define.
  2. Verify that the sequence of spans is valid, i.e., is part of the Celestia block referenced by its height, as described in the proof details section.
  3. Zk-proof of the rollup data to the data root. The verification process of this should accept a commitment as input so that the settlement contract makes sure it's the correct value that's being saved. The commitment can be the data root and the sequence of spans. And, when the rollup data is proven inside the circuit to the data root, the used data root is asserted to be the input one. Similarly, the data's location is asserted to be the same as the input sequence of spans. These arguments are the ones used in the sequence of spans verification in (2).

Once these are valid, the settlement contract can be sure that the rollup data was posted to Celestia, and the sequence of spans references it correctly.

Zk-rollups that use sequence of spans: Pros ​

  • The inclusion proof inside the zk-circuit is a simple proof that uses traditional merkle tree. In the case of using share commitment, as will be explained below, additional libraries that can be expensive to prove are required.

Zk-rollups that use sequence of spans: Cons ​

None

Zk-rollups that use share commitments ​

To use share commitments to reference rollup data in the zk-rollup settlement contract, the zk-circuits need to be able to deserialize protobuf encoded messages. Alternatively, more involved merkle proofs will need to be verified.

Protobuf deserialization inside a zk-circuit ​

One way of using the share commitment to reference the rollup data in zk-rollups is via using a protobuf deserialization library inside the zk-circuit. And the verification would proceed as follows:

  1. Zk-proof of the state transitions, which is left to the rollup team to define.
  2. Verify that the share commitment is valid using the proofs laid out in the proof details of share commitment section.
  3. The zk-proof verifier would take as argument the data root and the share commitment. Then, inside the circuit, the protobuf encoded PFB transaction will be deserialized and then verify the following:
  • The deserialized share commitment is the same as the one provided as input
  • The circuit will prove the inclusion of the PFB to the data root, then assert that the data root is the same as the one provided as input.

If the above conditions are valid, the rollup settlement contract can be sure that the rollup data was posted to Celestia and is correctly referenced.

Zk-rollups that use share commitments: Pros ​

None

Zk-rollups that use share commitments: Cons ​

  • This approach requires having access to a protobuf decoder inside a zk-circuit which is not straightforward to have. Also, the relative costs will need to be investigated.

Heavy merkle proofs usage ​

Similar to Protobuf deserialization inside a zk-circuit, the zk-circuit will proceed to the verification of the availability of the data. The difference is that instead of parsing the encoded protobuf, the proofs defined under the share commitment proof details section will need to be verified inside the zk-circuit as follows:

  1. Zk-proof of the state transitions, which is left to the rollup team to define.
  2. Verify that the share commitment is valid using the proofs laid out in the share commitment proof details section.
  3. The zk-proof verifier would take as argument the data root and the share commitment. Then, inside the circuit:
  • It will verify that the input share commitment corresponds to the rollup data.
  • Verify that the input data root commits to that share commitment. Check the share commitment proof details for more details

Once these proofs are valid, the rollup settlement contract can be sure that the rollup data was posted to Celestia and is correctly referenced.

heavy merkle proofs usage: Pros ​

None

heavy merkle proofs usage: Cons ​

  • More heavy usage of merkle proofs inside and outside the zk-circuit.

Conclusion ​

Given the above details, using the sequence of spans is the better solution in the general case as explained in the optimistic rollups that uses a sequence of spans and zk-rollups that use sequence of spans sections. The proof sizes are small and allow for greater flexibility. However, if the rollup team has different requirements, then the other designs can be explored.

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New Blobstream X deployments ​

If you want to deploy Blobstream X to a new chain, where a Gateway contract does not exist, you need to do the following.

If Succinct Gateway already exists on this chain, you can skip this step. You can check the list of deployed SuccinctGateway contracts.

Deploy a new SuccinctGateway contract ​

Deploy a new SuccinctGateway contract to the new chain.

Deploy a BlobstreamX contract to the new chain ​

Follow the guide to use your deployed SuccinctGateway to deploy a new Blobstream X contract.

Run a local prover ​

Now that you have the contracts deployed, you can run a local prover.

',9),r=[n];function l(s,d,i,p,h,m){return a(),t("div",null,r)}const u=e(c,[["render",l]]);export{b as __pageData,u as default}; diff --git a/assets/developers_blobstream-x-deploy.md.33965d1e.lean.js b/assets/developers_blobstream-x-deploy.md.33965d1e.lean.js new file mode 100644 index 00000000000..b1f2c0b0cea --- /dev/null +++ b/assets/developers_blobstream-x-deploy.md.33965d1e.lean.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as t,Q as o}from"./chunks/framework.51d6c45b.js";const b=JSON.parse('{"title":"New Blobstream X deployments","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"New Blobstream X deployments | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/blobstream-x-deploy.md","filePath":"developers/blobstream-x-deploy.md","lastUpdated":1709911265000}'),c={name:"developers/blobstream-x-deploy.md"},n=o("",9),r=[n];function l(s,d,i,p,h,m){return a(),t("div",null,r)}const u=e(c,[["render",l]]);export{b as __pageData,u as default}; diff --git a/assets/developers_blobstream.md.bbaa04fb.js b/assets/developers_blobstream.md.bbaa04fb.js new file mode 100644 index 00000000000..72acd27ced5 --- /dev/null +++ b/assets/developers_blobstream.md.bbaa04fb.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as o}from"./chunks/framework.51d6c45b.js";const r="/img/blobstream/blobstream_logo.png",s="/img/blobstream/Celestia_Blobstream_X1b.png",i="/img/blobstream/Celestia_Blobstream_X2b.png",B=JSON.parse('{"title":"Blobstream: Streaming modular DA to Ethereum","description":"Learn how to integrate your L2 with Blobstream","frontmatter":{"description":"Learn how to integrate your L2 with Blobstream","head":[["meta",{"name":"og:title","content":"Blobstream: Streaming modular DA to Ethereum | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/blobstream.md","filePath":"developers/blobstream.md","lastUpdated":1713450778000}'),l={name:"developers/blobstream.md"},n=o('

Blobstream: Streaming modular DA to Ethereum ​

Blobstream logo

What is Blobstream? ​

Blobstream is the first data availability solution for Ethereum that securely scales with the number of users. Formerly known as the Quantum Gravity Bridge (QGB), Blobstream relays commitments to Celestia's data root to an onchain light client on Ethereum, for integration by developers into L2 contracts. This enables Ethereum developers to build high-throughput L2s using Celestia's optimised DA layer, the first with Data Availability Sampling (DAS). Any ecosystem can deploy a Blobstream light client onchain to allow L2s and L3s to access DA from Celestia.

An implementation of Blobstream, by Succinct, called Blobstream X, is out and will be used in the upcoming deployments. This implementation proves the validity of Celestia block headers on a target EVM chain using zero-knowledge (ZK) proofs, which allow inheriting all the security guarantees of Celestia.

Please note: Blobstream remains early-stage, experimental software and users should use Blobstream at their own risk.

Blobstream vs. data availability committees (DACs) ​

Decentralization and security ​

Blobstream is built on Celestia, which uses a CometBFT-based proof-of-stake system. Blobstream shares the same security assumptions as Celestia. In contrast, data availability committees (DACs), are typically centralized or semi-centralized, relying on a specific set of entities or individuals to vouch for data availability.

Mechanism of verification ​

Blobstream uses data availability attestations, which are Merkle roots of the batched L2 data, to confirm that the necessary data is present on Celestia. The L2 contract on Ethereum can check directly with Blobstream if the data is published on Celestia. Similarly, a DAC would rely on attestations or confirmations from its permissioned members.

Flexibility and scalability ​

Blobstream is designed to offer high-throughput data availability for Ethereum L2s, aiming to strike a balance between scalability and security. It operates independently of Ethereum's gas costs, as Celestia's resource pricing is more byte-focused rather than computation-centric. On the other hand, the scalability and flexibility of a DAC would depend on its specific design and implementation.

In summary, both Blobstream and DACs aim to ensure offchain data availability, but Blobstream offers a more decentralized, secure, and scalable solution compared to the potential centralized nature of DACs.

What is Blobstream X? ​

Blobstream X is an implementation of Blobstream with a ZK light client that bridges Celestia’s modular DA layer to Ethereum to allow high-throughput rollups to use Celestia’s DA while settling on Ethereum.

Optimistic or ZK rollups that settle on Ethereum, but wish to use Celestia for DA, require a mechanism for bridging Celestia’s data root to Ethereum as part of the settlement process. This data root is used during inclusion proofs to prove that particular rollup transactions were included and made available in the Celestia network.

Bridging Celestia’s data root to Ethereum requires running a Celestia light client as a smart contract on Ethereum, to make the latest state of the Celestia chain known on Ethereum and available to rollups. Blobstream X utilizes the latest advances in ZK proofs to generate a succinct proof that enough Celestia validators have come to consensus (according to the CometBFT consensus protocol) on a block header, and verifies this proof in the Blobstream X Ethereum smart contract to update it with the latest Celestia header.

The Blobstream X ZK proof not only verifies the consensus of Celestia validators, but it also merkelizes and hashes all the data roots in the block range from the previous update to the current update, making accessible all Celestia data roots (verifiable with a Merkle inclusion proof against the stored Merkle root) to rollups.

Blobstream X is built and deployed with Succinct's protocol.

blobstream x draft diagram

Integrate with Blobstream X ​

The following docs go over how developers can integrate Blobstream X.

You can find the repository for Blobstream X along with code for:

The first deployments of Blobstream X will be maintained on the following chains: Arbitrum One, Base and Ethereum Mainnet. Every 1 hour, the prover/relayer will post an update to the Blobstream X contract that will include a new data commitment range that covers a 1-hour block range from the latestBlock in the Blobstream X contract. On Ethereum Mainnet, the Blobstream X contract will be updated every 4 hours.

NOTE

Custom ranges can be requested using the BlobstreamX contract to create proofs for specific Celestia block batches. These ranges can be constructed as [latestBlock, customTargetBlock), with latestBlock as the latest block height that was committed to by the BlobstreamX contract, and latestBlock > customTargetBlock, and customTargetBlock - latestBlock <= DATA_COMMITMENT_MAX.

Block ranges that are before the contract's latestBlock can't be proven a second time in different batches.

More information can be found in the requestHeaderRange(...) method.

How Blobstream X works ​

As shown in the diagram below, the entrypoint for updates to the Blobstream X contract is through the SuccinctGateway smart contract, which is a simple entrypoint contract that verifies proofs (against a deployed onchain verifier for the Blobstream X circuit) and then calls the BlobstreamX.sol contract to update it. Find more information about the SuccinctGateway.

blobstream x overview diagram draft

NOTE

If the Blobstream X contract is not deployed on a desired chain, it needs to be deployed before it can be used by your rollup. See the deployment documentation for more details.

How to integrate with Blobstream X ​

Integrating your L2 with Blobstream X requires two components: your onchain smart contract logic, and your offchain client logic for your rollup. The next three sections cover these topics:

Deployed contracts ​

You can interact with the Blobstream X contracts today on testnet. The Blobstream X Solidity smart contracts are currently deployed on the following Ethereum testnets:

ContractEVM networkContract addressAttested data on Celestia
Blobstream XEthereum MainnetNot yet deployedMainnet Beta
Blobstream XArbitrum One0xA83ca7775Bc2889825BcDeDfFa5b758cf69e8794Mainnet Beta
Blobstream XBase0xA83ca7775Bc2889825BcDeDfFa5b758cf69e8794Mainnet Beta
Blobstream XSepolia0xf0c6429ebab2e7dc6e05dafb61128be21f13cb1eMocha testnet
Blobstream XArbitrum Sepolia0xc3e209eb245Fd59c8586777b499d6A665DF3ABD2Mocha testnet
Blobstream XBase Sepolia0xc3e209eb245Fd59c8586777b499d6A665DF3ABD2Mocha testnet

Blobstream rollups ​

More on the different ways to build a blobstream rollups can be found in the blobstream rollups documentation.

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Bubs testnet ​

Bubs testnet

Bubs Testnet is a fresh offering from Caldera with support from Celestia Labs, built with OP Stack and Celestia, and is dedicated to providing developers with an EVM-compatible execution layer to deploy their EVM applications on.

Built with the OP Stack and Celestia ​

The Bubs Testnet is a testnet rollup, a modified version of optimism-bedrock that uses Celestia as a data availability (DA) layer. This integration can be found in the @celestiaorg/optimism repository. The testnet is hosted by Caldera, who makes it easy to launch rollups with no code required.

In this setup, data handling is accomplished in two ways. Firstly, data is written to the DA layer, in this case, Celestia (on the Mocha testnet). Then, the data commitment is written to the op-batcher. When reading, the op-node retrieves the data back from the DA layer by first reading the data commitment from the op-batcher, then reading the data from the DA layer using the data commitment. Hence, while previously op-node was reading from calldata on Ethereum, it now reads data from Celestia. View the namespace for Bubs on Celestia's Mocha testnet.

The tools involved in the data handling process include op-batcher, which batches up rollup blocks and posts them to Ethereum, op-geth that handles execution, and op-proposer responsible for state commitment submission.

By using Celestia as a DA layer, existing L2s can switch from posting their data as calldata on Ethereum to posting to Celestia. The commitment to the block is posted on Celestia, which is purpose-built for data availability. This is more scalable than the traditional method of posting this data as calldata on monolithic chains.

Building on Bubs ​

Bubs Testnet provides a robust environment for developers to test their Ethereum Virtual Machine (EVM) applications. It offers an EVM-compatible execution layer, making it an ideal platform for developers looking to build and test applications in a setting that closely mirrors an OP Stack rollup on Celestia.

Learn more at https://bubs-sepolia.hub.caldera.xyz/.

RPC URLs ​

Remote Procedure Call (RPC) URLs are endpoints that allow developers to interact with the blockchain. They are essential for sending transactions, querying blockchain data, and performing other interactions with the blockchain.

For the Bubs Testnet, you can connect to the following RPC URLs:

HTTPS ​

  • https://bubs-sepolia.rpc.caldera.xyz/http

WSS ​

  • wss://bubs-sepolia.rpc.caldera.xyz/ws

This URL serves as the entry point to the Bubs Testnet. You can use it in your applications to connect to the testnet and interact with the smart contracts you deploy there.

Remember, Bubs Testnet is a testing environment!

Bridge ​

Bridging is a process that enables the transfer of assets between different blockchains.

To bridge between Ethereum Sepolia and Bubs Testnet, visit the Bubs Testnet bridge.

Faucet ​

To visit the Bubs testnet faucet, go to https://bubs-sepolia.hub.caldera.xyz/ and click the "Faucet" tab.

Explorer ​

To visit the explorer, go to https://bubs-sepolia.explorer.caldera.xyz/.

Status ​

To see the status and uptime information for Bubs, visit the status page.

Next steps ​

Now that you have a better understanding of the Bubs Testnet and its integration of OP Stack and Celestia, you can start exploring its capabilities:

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Build whatever ​

If you're a developer and want to know what the benefits of modular blockchains are for you, you’ve come to the right place. This page will give you the rundown on modular blockchains and their benefits for developers like you.

This section provides various guides and tutorials that cover different options for deploying rollups on Celestia.

Quickstart - Building on Celestia ​

Choose a framework ​

So, you’re ready to start experimenting and building on Celestia? Here are a few options that are currently available for developers.

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What is a rollup? ​

A rollup is a type of blockchain that offloads some work to a layer 1, like Celestia. Rollups host applications and process user transactions. Once those transactions get processed, they are then published to layer 1. It’s layer 1s job to order those transactions and check that they are available, at minimum.

What is a modular blockchain? ​

With blockchains there are more or less four core functions that they do.

  • Execution: transaction execution and state update.
  • Settlement: finality and dispute resolution.
  • Consensus: agreement on transaction ordering.
  • Data availability: prove data was published to the network.

Modular blockchains specialize in one or two of these functions rather than doing all of them like a monolithic blockchain. You probably know about layer 1s and layer 2s. That’s the general idea.

A typical example of a modular blockchain you might’ve heard of is a rollup. Rollups host smart contracts and execute transactions, much like any monolithic chain. But, the data of those transactions get sent to a layer 1 blockchain to carry out the remaining functions.

If you want to brush up on your understanding of modular blockchains, head over to learn modular.

Benefits of modular blockchains ​

Ease of deploying a chain ​

One of the goals of modular blockchains is to make it as easy to deploy a blockchain as a smart contract. There are a few unique ways that modular blockchains can significantly reduce the cost of deploying a new blockchain.

  1. No validator set is required. Rollups can deploy without sourcing their own set of validators or sequencers.
  2. Inherit security from the start. Rollups don’t need to build all their security from scratch.
  3. Any part of the stack can be delegated. Development time can be reduced by outsourcing functions of the rollup to external providers.

All in all, builders will be able to outsource as much of the stack as they need. Deploying a new blockchain will be as simple as clicking a few options to initialize a production-ready rollup.

Scaling ​

Of course, a much higher scale is necessary if we want to support many more users. And modular blockchains use some new innovative technologies that can help us get there.

  • Data availability sampling enables modular blockchains like Celestia to scale data availability with the number of light nodes - that means more capacity for rollups.
  • Fraud and validity proofs make rollups vastly more efficient to verify. Nodes only need to verify a small proof of transaction validity (validity proof) or assume transactions are valid by default (fraud proof). This means rollups don’t require every node in the network to re-execute every transaction.

image

  • Decoupling execution from consensus lets developers define the VM that best fits the scaling needs of their application.
  • Separating applications across multiple rollups isolates congestion. If an application congests the execution capacity of one rollup, all other rollups remain unaffected in their execution capacity.

All these scaling properties combined make new types of applications and features possible, like onchain gaming, dynamic metadata, and ephemeral rollups, to name a few.

Customizability ​

By design, modular blockchains don’t lock in any feature set. They promote experimentation and customization.

Remember how decoupling execution from consensus enables VM customizability? Well, rollups are the execution component. Applications can run on their own rollup and adjust the VM to maximize their application's performance. Developers have that flexibility because Celestia's execution logic doesn't restrict rollups.

Basically, rollups can be customized to integrate any new or existing VM stack.

With existing rollup frameworks, developers can run rollup testnets using the EVM or Cosmos SDK. In the future, one can imagine a variety of VMs that rollup frameworks support, providing developers with more out-of-the-box options for their applications.

Some customizations that could be made to a rollup's VM include custom precompiles, changing transaction processing from sequential to parallel, or adding support for private smart contracts.

All of this only scratches the surface.

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Create a wallet with celestia-node ​

This tutorial will go over using the cel-key utility to generate a wallet on celestia-node.

While this tutorial will go over installation process of cel-key, it is recommended that you complete the following prerequisites first:

Once you completed the prerequisite, you can proceed with this tutorial.

Using the cel-key utility ​

Inside the celestia-node repository is a utility called cel-key that uses the key utility provided by Cosmos-SDK under the hood. The utility can be used to add, delete, and manage keys for any DA node type (bridge || full || light), or just keys in general.

Installation ​

You need to first pull down the celestia-node repository:

sh
git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/
git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/

It can be built using either of the following commands:

sh
# dumps binary in current working directory, accessible via \`./cel-key\`
+make cel-key
# dumps binary in current working directory, accessible via \`./cel-key\`
+make cel-key

or

sh
# installs binary in GOBIN path, accessible via \`cel-key\`
+make install-key
# installs binary in GOBIN path, accessible via \`cel-key\`
+make install-key

For the purpose of this guide, we will use the make cel-key command.

Steps for generating node keys ​

To generate a key for a Celestia node, select the tab for your node type:

TIP

You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

bash
./cel-key add <key-name> --keyring-backend test --node.type bridge \\
+  --p2p.network <network>
./cel-key add <key-name> --keyring-backend test --node.type bridge \\
+  --p2p.network <network>
bash
./cel-key add <key-name> --keyring-backend test --node.type full \\
+  --p2p.network <network>
./cel-key add <key-name> --keyring-backend test --node.type full \\
+  --p2p.network <network>
bash
./cel-key add <key-name> --keyring-backend test --node.type light \\
+  --p2p.network <network>
./cel-key add <key-name> --keyring-backend test --node.type light \\
+  --p2p.network <network>

This will load the key <key-name> into the directory of the node.

Further flags you can use to customize your key are the following:

  • --node.store: Specifies a different directory you can use to save your node data and configurations. Expects a path to a directory.
  • --p2p.network: Specifies which network you want the key for. Values are arabica and mocha. Please note the default network will be mocha.

Keep in mind that your celestia-node will only pick up keys that are inside the node.store directory under /keys so you should make sure to point cel-key utility to the correct directory via the node.store or p2p.network flags if you have specified a custom directory or network other than Mocha.

Also keep in mind that if you do not specify a network with --p2p.network, the default one will always be mocha.

Steps for exporting node keys ​

You can export a private key from the local keyring in encrypted and ASCII-armored format.

bash
./cel-key export <key-name> --keyring-backend test --node.type bridge \\
+  --p2p.network <network>
./cel-key export <key-name> --keyring-backend test --node.type bridge \\
+  --p2p.network <network>
bash
./cel-key export <key-name> --keyring-backend test --node.type full \\
+  --p2p.network <network>
./cel-key export <key-name> --keyring-backend test --node.type full \\
+  --p2p.network <network>
bash
./cel-key export <key-name> --keyring-backend test --node.type light \\
+  --p2p.network <network>
./cel-key export <key-name> --keyring-backend test --node.type light \\
+  --p2p.network <network>

Steps for importing node keys ​

To import from a mnemonic, use the following command, then enter your bip39 mnemonic:

bash
./cel-key add <key-name> --recover --keyring-backend test \\
+  --node.type bridge --p2p.network <network>
./cel-key add <key-name> --recover --keyring-backend test \\
+  --node.type bridge --p2p.network <network>
bash
./cel-key add <key-name> --recover --keyring-backend test \\
+  --node.type full --p2p.network <network>
./cel-key add <key-name> --recover --keyring-backend test \\
+  --node.type full --p2p.network <network>
bash
./cel-key add <key-name> --recover --keyring-backend test \\
+  --node.type light --p2p.network <network>
./cel-key add <key-name> --recover --keyring-backend test \\
+  --node.type light --p2p.network <network>

View all options for cel-key ​

sh
./cel-key --help
./cel-key --help

Docker and cel-key ​

Prerequisites ​

Running your node ​

Run the Docker image (in this example, we are using a light node on Mocha testnet):

`,37),r={class:"language-bash vp-adaptive-theme"},y=s("button",{title:"Copy Code",class:"copy"},null,-1),i=s("span",{class:"lang"},"bash",-1),E={class:"shiki github-dark vp-code-dark"},d=a('docker run --name celestia-node -e NODE_TYPE=light -e P2P_NETWORK=mocha -p 26659:26659 \\',1),F={class:"line"},h={style:{color:"#E1E4E8"}},g=a('celestia light start \\',7),k=a('--core.ip rpc-mocha.pops.one --p2p.network mocha',1),u={class:"shiki github-light vp-code-light"},C=a('docker run --name celestia-node -e NODE_TYPE=light -e P2P_NETWORK=mocha -p 26659:26659 \\',1),b={class:"line"},v={style:{color:"#24292E"}},m=a('celestia light start \\',7),B=a('--core.ip rpc-mocha.pops.one --p2p.network mocha',1),_=a(`

TIP

Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

List active containers in another window with:

bash
docker ps
docker ps

The response will look like:

bash
CONTAINER ID   IMAGE           COMMAND                  CREATED          STATUS          PORTS      NAMES
+<container-id>   celestia-node   "/entrypoint.sh cele…"   22 seconds ago   Up 21 seconds   2121/tcp   docker-compose-test-celestia-1
CONTAINER ID   IMAGE           COMMAND                  CREATED          STATUS          PORTS      NAMES
+<container-id>   celestia-node   "/entrypoint.sh cele…"   22 seconds ago   Up 21 seconds   2121/tcp   docker-compose-test-celestia-1

Interact with the container by replacing <container-id> for the container ID:

bash
docker exec -ti <container-id> /bin/bash
docker exec -ti <container-id> /bin/bash

Now, interact with cel-key to check for the key that was autogenerated when you started the node:

bash
./cel-key list --keyring-backend test --node.type light
./cel-key list --keyring-backend test --node.type light

You can also export your key from the container. In the next section, you'll learn how to mount existing keys to the container.

Mounting existing keys to container ​

In this example, we'll be mounting an existing key to the container. We're also using an existing image called celestia-node. This will mount the entire /.celestia-light-<p2p-network>/keys directory to your image, or on Mainnet Beta the /.celestia-light/keys directory.

Write a docker-compose.yml to accomplish this:

yaml
version: "3.8"
+services:
+  celestia:
+    image: celestia-node
+    environment:
+      - NODE_TYPE=light
+    command: celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha --keyring.accname my_celes_key
+    volumes:
+      - \${PWD}/keys:/root/.celestia-light-mocha-4/keys
+    ports:
+      - 26659:26659
version: "3.8"
+services:
+  celestia:
+    image: celestia-node
+    environment:
+      - NODE_TYPE=light
+    command: celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha --keyring.accname my_celes_key
+    volumes:
+      - \${PWD}/keys:/root/.celestia-light-mocha-4/keys
+    ports:
+      - 26659:26659

Start the container by running the following command in the directory with your docker-compose.yml:

bash
docker-compose up
docker-compose up

List active containers in another window with:

bash
docker ps
docker ps

The response will look like:

bash
CONTAINER ID   IMAGE           COMMAND                  CREATED          STATUS          PORTS      NAMES
+<container-id>   celestia-node   "/entrypoint.sh cele…"   22 seconds ago   Up 21 seconds   2121/tcp   docker-compose-test-celestia-1
CONTAINER ID   IMAGE           COMMAND                  CREATED          STATUS          PORTS      NAMES
+<container-id>   celestia-node   "/entrypoint.sh cele…"   22 seconds ago   Up 21 seconds   2121/tcp   docker-compose-test-celestia-1

Interact with the container by replacing <container-id> for the container ID:

bash
docker exec -ti <container-id> /bin/bash
docker exec -ti <container-id> /bin/bash

Now, interact with cel-key to check your address matches the address you expect with the key you mounted:

bash
root@<container-id>:/# ./cel-key list --keyring-backend test --node.type light
+using directory:  ~/.celestia-light-mocha-4/keys
+- address: celestia1wkhyhr7ngf0ayqlpnsnxg4d72hfs5453dvunm9
+  name: my_celes_key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A1/NsoY0RGL7Hqt4VWLg441GQKJsZ2fBUnZXipgns8oV"}'
+  type: local
root@<container-id>:/# ./cel-key list --keyring-backend test --node.type light
+using directory:  ~/.celestia-light-mocha-4/keys
+- address: celestia1wkhyhr7ngf0ayqlpnsnxg4d72hfs5453dvunm9
+  name: my_celes_key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A1/NsoY0RGL7Hqt4VWLg441GQKJsZ2fBUnZXipgns8oV"}'
+  type: local
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Deploy a smart contract on Bubs testnet ​

In this tutorial, we will deploy a smart contract to the Bubs testnet.

Dependencies ​

Setup ​

First, in your $HOME directory, set up a new project folder for this tutorial and init the project with npm:

bash
cd $HOME
+mkdir counter-project && cd counter-project && npm init -y
cd $HOME
+mkdir counter-project && cd counter-project && npm init -y

Next, initialize a Foundry project with the following command:

bash
forge init counter_contract
forge init counter_contract

Create your smart contract ​

Take a look at the Counter.sol file in your counter-project/counter_contract/src directory:

solidity
// SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+contract Counter {
+    uint256 public number;
+
+    function setNumber(uint256 newNumber) public {
+        number = newNumber;
+    }
+
+    function increment() public {
+        number++;
+    }
+}
// SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+contract Counter {
+    uint256 public number;
+
+    function setNumber(uint256 newNumber) public {
+        number = newNumber;
+    }
+
+    function increment() public {
+        number++;
+    }
+}

The contract contains a public unsigned integer variable named "number". There are two public functions in this contract. The setNumber function allows anyone to set a new value for the "number" variable, while the increment function increases the value of "number" by one each time it's called.

You can learn more about Solidity and smart contract programming.

To compile the contract, run the following forge command from the $HOME/counter-project/counter_contract/ directory:

bash
forge build
forge build

Your output should look similar to the following:

bash
[⠢] Compiling...
+[⠔] Compiling 21 files with 0.8.19
+[⠑] Solc 0.8.19 finished in 1.24s
+Compiler run successful
[⠢] Compiling...
+[⠔] Compiling 21 files with 0.8.19
+[⠑] Solc 0.8.19 finished in 1.24s
+Compiler run successful

Test your smart contract ​

Now, open the test/Counter.t.sol file:

solidity
// SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "../src/Counter.sol";
+
+contract CounterTest is Test {
+    Counter public counter;
+
+    function setUp() public {
+        counter = new Counter();
+        counter.setNumber(0);
+    }
+
+    function testIncrement() public {
+        counter.increment();
+        assertEq(counter.number(), 1);
+    }
+
+    function testSetNumber(uint256 x) public {
+        counter.setNumber(x);
+        assertEq(counter.number(), x);
+    }
+}
// SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "../src/Counter.sol";
+
+contract CounterTest is Test {
+    Counter public counter;
+
+    function setUp() public {
+        counter = new Counter();
+        counter.setNumber(0);
+    }
+
+    function testIncrement() public {
+        counter.increment();
+        assertEq(counter.number(), 1);
+    }
+
+    function testSetNumber(uint256 x) public {
+        counter.setNumber(x);
+        assertEq(counter.number(), x);
+    }
+}

This file performs unit testing on the contract we created in the previous section. Here's what the test is doing:

  • The contract includes a public "Counter" type variable called "counter". In the setUp function, it initializes a new instance of the "Counter" contract and sets the "number" variable to 0.

  • There are two test functions in the contract: testIncrement and testSetNumber.

  • The testIncrement function tests the "increment" function of the "Counter" contract by calling it and then asserting that the "number" in the "Counter" contract is 1. It verifies if the increment operation correctly increases the number by one.

  • The testSetNumber function is more generic. It takes an unsigned integer argument 'x' and tests the "setNumber" function of the "Counter" contract. After calling the "setNumber" function with 'x', it asserts that the "number" in the "Counter" contract is equal to 'x'. This verifies that the "setNumber" function correctly updates the "number" in the "Counter" contract.

Now, to test your code, run the following:

bash
forge test
forge test

If the test is successful, your output should be similar to this:

bash
[⠆] Compiling...
+No files changed, compilation skipped
+
+Running 2 tests for test/Counter.t.sol:CounterTest
+[PASS] testIncrement() (gas: 28334)
+[PASS] testSetNumber(uint256) (runs: 256, μ: 27709, ~: 28409)
+Test result: ok. 2 passed; 0 failed; finished in 8.96ms
[⠆] Compiling...
+No files changed, compilation skipped
+
+Running 2 tests for test/Counter.t.sol:CounterTest
+[PASS] testIncrement() (gas: 28334)
+[PASS] testSetNumber(uint256) (runs: 256, μ: 27709, ~: 28409)
+Test result: ok. 2 passed; 0 failed; finished in 8.96ms

Deploying your smart contract ​

Using Anvil ​

First, we'll test out our contract on a local devnet called "anvil". To start the local server, run:

bash
anvil
anvil

You'll see a local RPC endpoint (127.0.0.1:8545) and accounts to test with.

Let's deploy the contract now. First, set a private key from anvil:

bash
export PRIVATE_KEY=0xac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export ANVIL_RPC_URL=http://localhost:8545
export PRIVATE_KEY=0xac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export ANVIL_RPC_URL=http://localhost:8545

Now, deploy the contract:

bash
forge create --rpc-url $ANVIL_RPC_URL \\
+--private-key $PRIVATE_KEY \\
+src/Counter.sol:Counter
forge create --rpc-url $ANVIL_RPC_URL \\
+--private-key $PRIVATE_KEY \\
+src/Counter.sol:Counter

Using Bubs ​

First, set a private key from your funded Ethereum wallet and set the BUBS_RPC_URL variable with an RPC of your choosing:

bash
export BUBS_PRIVATE_KEY=0xac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export BUBS_RPC_URL=https://bubs-sepolia.rpc.caldera.xyz/http
export BUBS_PRIVATE_KEY=0xac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export BUBS_RPC_URL=https://bubs-sepolia.rpc.caldera.xyz/http

Now that we're ready to deploy the smart contract onto Bubs, we will run the forge create command.

bash
forge create --rpc-url $BUBS_RPC_URL \\
+--private-key $BUBS_PRIVATE_KEY \\
+src/Counter.sol:Counter
forge create --rpc-url $BUBS_RPC_URL \\
+--private-key $BUBS_PRIVATE_KEY \\
+src/Counter.sol:Counter

A successful deployment will return output similar to below:

bash
[⠆] Compiling...
+No files changed, compilation skipped
+Deployer: 0xf39Fd6e51aad88F6F4ce6aB8827279cffFb92266
+Deployed to: 0x5FbDB2315678afecb367f032d93F642f64180aa3
+Transaction hash: 0xf1a793a793cd9fc588f5132d99008565ea361eb3535d66499575e9e1908200b2
[⠆] Compiling...
+No files changed, compilation skipped
+Deployer: 0xf39Fd6e51aad88F6F4ce6aB8827279cffFb92266
+Deployed to: 0x5FbDB2315678afecb367f032d93F642f64180aa3
+Transaction hash: 0xf1a793a793cd9fc588f5132d99008565ea361eb3535d66499575e9e1908200b2

Once you've deployed the contract, you're ready to interact with it!

First, we'll set it as a variable:

bash
export CONTRACT_ADDRESS=0x5FbDB2315678afecb367f032d93F642f64180aa3
export CONTRACT_ADDRESS=0x5FbDB2315678afecb367f032d93F642f64180aa3

Interacting with your smart contract ​

Foundry uses cast, a CLI for performing Ethereum RPC calls.

To write to the contract, we'll use the cast send command:

bash
cast send $CONTRACT_ADDRESS "setNumber(uint256)" 10 --rpc-url $BUBS_RPC_URL --private-key $BUBS_PRIVATE_KEY
cast send $CONTRACT_ADDRESS "setNumber(uint256)" 10 --rpc-url $BUBS_RPC_URL --private-key $BUBS_PRIVATE_KEY

Your output will look similar:

bash
blockHash               0x131822bef6eb59656d7e1387c19b75be667e587006710365ec5cf58030786c42
+blockNumber             3
+contractAddress
+cumulativeGasUsed       43494
+effectiveGasPrice       3767182372
+gasUsed                 43494
+logs                    []
+logsBloom               0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+root
+status                  1
+transactionHash         0x8f15d6004598f0662dd673a9898dceef77be8cc28408cecc284b28d7be32307d
+transactionIndex        0
+type                    2
blockHash               0x131822bef6eb59656d7e1387c19b75be667e587006710365ec5cf58030786c42
+blockNumber             3
+contractAddress
+cumulativeGasUsed       43494
+effectiveGasPrice       3767182372
+gasUsed                 43494
+logs                    []
+logsBloom               0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+root
+status                  1
+transactionHash         0x8f15d6004598f0662dd673a9898dceef77be8cc28408cecc284b28d7be32307d
+transactionIndex        0
+type                    2

Now, we can make a read call to view the state of the number variable, using the cast call command:

bash
cast call $CONTRACT_ADDRESS "number()" --rpc-url $BUBS_RPC_URL
cast call $CONTRACT_ADDRESS "number()" --rpc-url $BUBS_RPC_URL

The result will look similar:

bash
0x000000000000000000000000000000000000000000000000000000000000000a
0x000000000000000000000000000000000000000000000000000000000000000a

Convert the result from hexadecimal to a base 10 value with:

bash
echo $((0x000000000000000000000000000000000000000000000000000000000000000a))
echo $((0x000000000000000000000000000000000000000000000000000000000000000a))

Next steps ​

Congratulations! You've learned how to deploy a smart contract to Bubs testnet.

What will you build next? Now, you're ready to check out the GM Portal tutorial.

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Ethereum fallback ​

Ethereum fallback is a fallback mechanism that enables Ethereum L2s (or L3s) to “fall back” to using Ethereum calldata for data availability in the event of downtime on Celestia Mainnet Beta. This feature is currently supported by Celestia integrations with:

In the case of Celestia downtime or temporary unavailability, L2s can fallback to posting transactions as calldata on Ethereum or another DA layer for data availability instead of posting to Celestia. This mechanism ensures users can continue to transact securely and seamlessly, preventing disruptions and helping to ensure user funds do not get stuck in the L2's bridge on Ethereum.

Ethereum fallback is triggered whenever the sequencer has an error sending the PayForBlobs transaction on Celestia. Fallback can be triggered due to a congested mempool or nonce error and can be simulated with an error such as low balance or incorrect sequence. Fallback can also be triggered in the event Blobstream stops relaying attestations.

Ethereum fallback

',6),s=[o];function i(c,m,h,u,d,p){return a(),t("div",null,s)}const _=e(n,[["render",i]]);export{b as __pageData,_ as default}; diff --git a/assets/developers_ethereum-fallback.md.88698cb8.lean.js b/assets/developers_ethereum-fallback.md.88698cb8.lean.js new file mode 100644 index 00000000000..f7fe685f880 --- /dev/null +++ b/assets/developers_ethereum-fallback.md.88698cb8.lean.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as t,Q as r}from"./chunks/framework.51d6c45b.js";const l="/img/Celestia_ethereum-fallback.jpg",b=JSON.parse('{"title":"Ethereum fallback","description":"The DA fallback mechanism to Ethereum for rollups.","frontmatter":{"description":"The DA fallback mechanism to Ethereum for rollups.","head":[["meta",{"name":"og:title","content":"Ethereum fallback | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/ethereum-fallback.md","filePath":"developers/ethereum-fallback.md","lastUpdated":1702493795000}'),n={name:"developers/ethereum-fallback.md"},o=r("",6),s=[o];function i(c,m,h,u,d,p){return a(),t("div",null,s)}const _=e(n,[["render",i]]);export{b as __pageData,_ as default}; diff --git a/assets/developers_full-stack-modular-development-guide.md.9f203595.js b/assets/developers_full-stack-modular-development-guide.md.9f203595.js new file mode 100644 index 00000000000..759be2a8c64 --- /dev/null +++ b/assets/developers_full-stack-modular-development-guide.md.9f203595.js @@ -0,0 +1,893 @@ +import{_ as s,o as n,c as a,Q as l}from"./chunks/framework.51d6c45b.js";const u=JSON.parse('{"title":"Full stack modular blockchain development guide","description":"Learn to build a full stack modular dapp.","frontmatter":{"description":"Learn to build a full stack modular dapp.","head":[["meta",{"name":"og:title","content":"Full stack modular blockchain development guide | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/full-stack-modular-development-guide.md","filePath":"developers/full-stack-modular-development-guide.md","lastUpdated":1712870672000}'),p={name:"developers/full-stack-modular-development-guide.md"},o=l(`

Full stack modular blockchain development guide ​

Note

This tutorial needs to be updated

This guide will introduce you to modular blockchains like Celestia, explain their benefits, and show you how to build a full stack modular dapp with React, Vite, RainbowKit, Celestia, and Foundry.

Current blockchain architectures are not scalable and face challenges around accessibility. In order for blockchains and web3 to reach mass adoption, these challenges must be addressed.

Blockchains have evolved over time from application-specific networks like Bitcoin to shared smart contract platforms like Ethereum. This guide will cover how to build dapps on these newer, shared platforms.

If you're interested in learning more about modular blockchains, or are new to the Celestia ecosystem, we recommend you read the build whatever page first.

Getting started ​

Now that you’ve had an overview of what Celestia is, let’s start building!

The execution environment that we’ll be leveraging today is Ethermint, an EVM-compatible testnet that you will run locally for this tutorial.

Pre-requisites ​

Project setup ​

To get started, create a new Foundry project:

bash
forge init celestia-dapp
+cd celestia-dapp
forge init celestia-dapp
+cd celestia-dapp

Foundry has created an example smart contract located at src/Contract.sol.

Updating the contract and tests ​

Let's update the contracts to include a basic blog example. Create a new file in the src directory named Contract.sol with the following code:

solidity
// SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+contract Blog {
+    string public name;
+    address public owner;
+
+    uint private _postId;
+
+    struct Post {
+      uint id;
+      string title;
+      string content;
+      bool published;
+    }
+    /* mappings can be seen as hash tables */
+    /* here we create lookups for posts by id and posts by ipfs hash */
+    mapping(uint => Post) private idToPost;
+    mapping(string => Post) private hashToPost;
+
+    /* events facilitate communication between smart contracts and their user interfaces  */
+    /* i.e. we can create listeners for events in the client and also use them in The Graph  */
+    event PostCreated(uint id, string title, string hash);
+    event PostUpdated(uint id, string title, string hash, bool published);
+
+    /* when the blog is deployed, give it a name */
+    /* also set the creator as the owner of the contract */
+    constructor(string memory _name) {
+        name = _name;
+        owner = msg.sender;
+    }
+
+    /* updates the blog name */
+    function updateName(string memory _name) public {
+        name = _name;
+    }
+
+    /* transfers ownership of the contract to another address */
+    function transferOwnership(address newOwner) public onlyOwner {
+        owner = newOwner;
+    }
+
+    /* fetches an individual post by the content hash */
+    function fetchPost(string memory hash) public view returns(Post memory){
+      return hashToPost[hash];
+    }
+
+    /* creates a new post */
+    function createPost(string memory title, string memory hash) public onlyOwner {
+        _postId = _postId + 1;
+        Post storage post = idToPost[_postId];
+        post.id = _postId;
+        post.title = title;
+        post.published = true;
+        post.content = hash;
+        hashToPost[hash] = post;
+        emit PostCreated(_postId, title, hash);
+    }
+
+    /* updates an existing post */
+    function updatePost(uint postId, string memory title, string memory hash, bool published) public onlyOwner {
+        Post storage post =  idToPost[postId];
+        post.title = title;
+        post.published = published;
+        post.content = hash;
+        idToPost[postId] = post;
+        hashToPost[hash] = post;
+        emit PostUpdated(post.id, title, hash, published);
+    }
+
+    /* fetches all posts */
+    function fetchPosts() public view returns (Post[] memory) {
+        uint itemCount = _postId;
+
+        Post[] memory posts = new Post[](itemCount);
+        for (uint i = 0; i < itemCount; i++) {
+            uint currentId = i + 1;
+            Post storage currentItem = idToPost[currentId];
+            posts[i] = currentItem;
+        }
+        return posts;
+    }
+
+    /* this modifier means only the contract owner can */
+    /* invoke the function */
+    modifier onlyOwner() {
+      require(msg.sender == owner);
+    _;
+  }
+}
// SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+contract Blog {
+    string public name;
+    address public owner;
+
+    uint private _postId;
+
+    struct Post {
+      uint id;
+      string title;
+      string content;
+      bool published;
+    }
+    /* mappings can be seen as hash tables */
+    /* here we create lookups for posts by id and posts by ipfs hash */
+    mapping(uint => Post) private idToPost;
+    mapping(string => Post) private hashToPost;
+
+    /* events facilitate communication between smart contracts and their user interfaces  */
+    /* i.e. we can create listeners for events in the client and also use them in The Graph  */
+    event PostCreated(uint id, string title, string hash);
+    event PostUpdated(uint id, string title, string hash, bool published);
+
+    /* when the blog is deployed, give it a name */
+    /* also set the creator as the owner of the contract */
+    constructor(string memory _name) {
+        name = _name;
+        owner = msg.sender;
+    }
+
+    /* updates the blog name */
+    function updateName(string memory _name) public {
+        name = _name;
+    }
+
+    /* transfers ownership of the contract to another address */
+    function transferOwnership(address newOwner) public onlyOwner {
+        owner = newOwner;
+    }
+
+    /* fetches an individual post by the content hash */
+    function fetchPost(string memory hash) public view returns(Post memory){
+      return hashToPost[hash];
+    }
+
+    /* creates a new post */
+    function createPost(string memory title, string memory hash) public onlyOwner {
+        _postId = _postId + 1;
+        Post storage post = idToPost[_postId];
+        post.id = _postId;
+        post.title = title;
+        post.published = true;
+        post.content = hash;
+        hashToPost[hash] = post;
+        emit PostCreated(_postId, title, hash);
+    }
+
+    /* updates an existing post */
+    function updatePost(uint postId, string memory title, string memory hash, bool published) public onlyOwner {
+        Post storage post =  idToPost[postId];
+        post.title = title;
+        post.published = published;
+        post.content = hash;
+        idToPost[postId] = post;
+        hashToPost[hash] = post;
+        emit PostUpdated(post.id, title, hash, published);
+    }
+
+    /* fetches all posts */
+    function fetchPosts() public view returns (Post[] memory) {
+        uint itemCount = _postId;
+
+        Post[] memory posts = new Post[](itemCount);
+        for (uint i = 0; i < itemCount; i++) {
+            uint currentId = i + 1;
+            Post storage currentItem = idToPost[currentId];
+            posts[i] = currentItem;
+        }
+        return posts;
+    }
+
+    /* this modifier means only the contract owner can */
+    /* invoke the function */
+    modifier onlyOwner() {
+      require(msg.sender == owner);
+    _;
+  }
+}

Next, let's create a test for this contract.

Open test/Contract.t.sol and update the code with the following:

solidity
// SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "src/Contract.sol";
+
+contract ContractTest is Test {
+    Blog blog;
+
+    function setUp() public {
+        blog = new Blog("Celestia Blog");
+    }
+
+    function testCreatePost() public {
+        blog.createPost("My first post", "12345");
+        Blog.Post[] memory posts = blog.fetchPosts();
+        assertEq(posts.length, 1);
+    }
+
+    function testUpdatePost() public {
+        blog.createPost("My first post", "12345");
+        blog.updatePost(1, "My second post", "12345", true);
+        Blog.Post memory updatedPost = blog.fetchPost("12345");
+        assertEq(updatedPost.title, "My second post");
+    }
+
+    function testFetchPosts() public {
+        Blog.Post[] memory posts = blog.fetchPosts();
+        assertEq(posts.length, 0);
+        blog.createPost("My first post", "12345");
+        posts = blog.fetchPosts();
+        assertEq(posts.length, 1);
+    }
+
+    function testOnlyOwner() public {
+        blog.createPost("My first post", "12345");
+        address bob = address(0x1);
+        vm.startPrank(bob);
+        vm.expectRevert();
+        blog.updatePost(1, "My second post", "12345", true);
+    }
+}
// SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "src/Contract.sol";
+
+contract ContractTest is Test {
+    Blog blog;
+
+    function setUp() public {
+        blog = new Blog("Celestia Blog");
+    }
+
+    function testCreatePost() public {
+        blog.createPost("My first post", "12345");
+        Blog.Post[] memory posts = blog.fetchPosts();
+        assertEq(posts.length, 1);
+    }
+
+    function testUpdatePost() public {
+        blog.createPost("My first post", "12345");
+        blog.updatePost(1, "My second post", "12345", true);
+        Blog.Post memory updatedPost = blog.fetchPost("12345");
+        assertEq(updatedPost.title, "My second post");
+    }
+
+    function testFetchPosts() public {
+        Blog.Post[] memory posts = blog.fetchPosts();
+        assertEq(posts.length, 0);
+        blog.createPost("My first post", "12345");
+        posts = blog.fetchPosts();
+        assertEq(posts.length, 1);
+    }
+
+    function testOnlyOwner() public {
+        blog.createPost("My first post", "12345");
+        address bob = address(0x1);
+        vm.startPrank(bob);
+        vm.expectRevert();
+        blog.updatePost(1, "My second post", "12345", true);
+    }
+}

Foundry uses Dappsys Test to provide basic logging and assertion functionality. It's included in the Forge Standard Library.

Here, we are using assertEq to assert equality. You can view all of the assertion functions available.

Running the test ​

We can now run our tests to make sure our contract is working properly:

bash
forge test -vv
forge test -vv

Updating the deployment script ​

Now that we've tested the contract, let's try deploying it locally using Solidity Scripting.

To do so, update the deployment script at script/Contract.s.sol with the following code:

solidity
// SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+import "forge-std/Script.sol";
+
+import {Blog} from "src/Contract.sol";
+
+contract ContractScript is Script {
+    function setUp() public {}
+
+    function run() public {
+        vm.startBroadcast();
+        new Blog("Celestia Blog");
+        vm.stopBroadcast();
+    }
+}
// SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+import "forge-std/Script.sol";
+
+import {Blog} from "src/Contract.sol";
+
+contract ContractScript is Script {
+    function setUp() public {}
+
+    function run() public {
+        vm.startBroadcast();
+        new Blog("Celestia Blog");
+        vm.stopBroadcast();
+    }
+}

Now we can use this script to deploy our smart contract to either a live or test network.

Deploying locally ​

Next start Anvil, the local testnet:

bash
anvil --port 9545
anvil --port 9545

caution

We need to use port 9545, because Ethermint will use 8545.

Once started, Anvil will give you a local RPC endpoint as well as a handful of Private Keys and Accounts that you can use.

We can now use the local RPC along with one of the private keys to deploy locally:

bash
forge script script/Contract.s.sol:ContractScript --fork-url \\
+http://localhost:9545 --private-key $PRIVATE_KEY --broadcast
forge script script/Contract.s.sol:ContractScript --fork-url \\
+http://localhost:9545 --private-key $PRIVATE_KEY --broadcast

Once the contract has been deployed locally, Anvil will log out the contract address.

Take a note of this local contract address as we’ll be using it later in the frontend application.

Next, set the contract address as an environment variable:

bash
export CONTRACT_ADDRESS=<contract-address>
export CONTRACT_ADDRESS=<contract-address>

We can then test sending transactions to it with cast send.

bash
cast send $CONTRACT_ADDRESS \\
+"createPost(string,string)" "my first post" "12345" \\
+--private-key $PRIVATE_KEY
cast send $CONTRACT_ADDRESS \\
+"createPost(string,string)" "my first post" "12345" \\
+--private-key $PRIVATE_KEY

We can then perform read operations with cast call:

bash
cast call $CONTRACT_ADDRESS "fetchPosts()"
cast call $CONTRACT_ADDRESS "fetchPosts()"

Once the contract is deployed successfully, take a note of the contract address as we’ll also be needing it in just a moment when we test the live contract.

Deploying to the Ethermint Sovereign Rollup ​

First, we will need to follow the setup from the EVM tutorial.

Pre-requisites

It is required that you complete dependency setup, Rollkit installation, and Instantiating and EVM rollup from the EVM tutorial to complete the remainder of the tutorial.

Now that we've deployed and tested locally, we can deploy to our Ethermint chain.

First, we will need to export the private key generated by the ethermint init.sh script:

bash
PRIVATE_KEY=$(ethermintd keys unsafe-export-eth-key mykey --keyring-backend test)
PRIVATE_KEY=$(ethermintd keys unsafe-export-eth-key mykey --keyring-backend test)

NOTE

Here, the key name from init.sh is mykey but you can modify the init.sh to change the name of your key.

Now, we can start deploying the smart contract to our Ethermint chain.

To do so, run the following script in the celestia-dapp directory:

bash
forge script script/Contract.s.sol:ContractScript \\
+--rpc-url http://localhost:8545 --private-key $PRIVATE_KEY --broadcast
forge script script/Contract.s.sol:ContractScript \\
+--rpc-url http://localhost:8545 --private-key $PRIVATE_KEY --broadcast

Set the contract address in the output as the CONTRACT_ADDRESS variable:

bash
export CONTRACT_ADDRESS=<new-contract-address>
export CONTRACT_ADDRESS=<new-contract-address>

Once the contract has been deployed to the Ethermint rollup, we can use cast send to test sending transactions to it:

bash
cast send $CONTRACT_ADDRESS \\
+"createPost(string,string)" "my first post" "12345" \\
+--rpc-url http://localhost:8545 --private-key $PRIVATE_KEY
cast send $CONTRACT_ADDRESS \\
+"createPost(string,string)" "my first post" "12345" \\
+--rpc-url http://localhost:8545 --private-key $PRIVATE_KEY

We can then perform read operations with cast call:

bash
cast call $CONTRACT_ADDRESS "fetchPosts()" --rpc-url http://localhost:8545
cast call $CONTRACT_ADDRESS "fetchPosts()" --rpc-url http://localhost:8545

NOTE

You will want to redeploy the contract for your frontend, because the post is not uploaded to IPFS in the CLI.

Building the frontend ​

For the frontend project, we’ll be using the following libraries and frameworks:

React - JavaScript library for building user interfaces

Vite - Project generator / rapid development tool for modern web projects

Rainbowkit - Easy and beautiful library to connect a wallet

WAGMI - 20+ hooks for working with wallets, ENS, contracts, transactions, signing, etc

In the root of the Foundry project, create a new React.js application using Vite:

jsx
yarn create vite
+
+? Project name: › frontend
+? Select a framework › React
+? Select a variant > JavaScript
yarn create vite
+
+? Project name: › frontend
+? Select a framework › React
+? Select a variant > JavaScript

Next, copy the ABI that was created by Foundry into the frontend directory so that we can have it later (or manually copy it into a file named Blog.json in the frontend directory):

bash
cp out/Contract.sol/Blog.json frontend/
cp out/Contract.sol/Blog.json frontend/

Now, change into the frontend directory and install the node_modules:

bash
cd frontend
+yarn
cd frontend
+yarn

Configuring environment variables ​

Next we need to configure the environment variables for the Infura project ID and secret.

First, create an Infura account and new project for IPFS.

Create a file named .env.local in the frontend/ directory and add the following configuration with your own credentials:

txt
VITE_INFURA_ID=your-project-api-key
+VITE_INFURA_SECRET=your-project-api-key-secret
VITE_INFURA_ID=your-project-api-key
+VITE_INFURA_SECRET=your-project-api-key-secret

Now that the project is created, let’s install the additional dependencies using either NPM, Yarn, or PNPM:

jsx
npm install @rainbow-me/rainbowkit@0.8.0 wagmi@0.8.10 ethers ipfs-http-client react-markdown
npm install @rainbow-me/rainbowkit@0.8.0 wagmi@0.8.10 ethers ipfs-http-client react-markdown

Configuring the entrypoint ​

Next we’ll update the entrypoint at src/main.jsx.

The main things we’re doing here have to do with the configuration of Rainbowkit so that we can have a nice way for the user to connect their wallet.

Rainbowkit also allows a customizable array of network providers, so we’re creating a new network configuration for Ethermint.

jsx
import "./polyfills";
+import ReactDOM from "react-dom/client";
+import App from "./App";
+import "./index.css";
+import "@rainbow-me/rainbowkit/styles.css";
+import { RainbowKitProvider } from "@rainbow-me/rainbowkit";
+import { chain, configureChains, createClient, WagmiConfig } from "wagmi";
+import { publicProvider } from "wagmi/providers/public";
+import { injectedWallet, metaMaskWallet } from "@rainbow-me/rainbowkit/wallets";
+import { connectorsForWallets } from "@rainbow-me/rainbowkit";
+
+/* create configuration for Ethermint testnet */
+const ethermint = {
+  id: 9000,
+  name: "Ethermint",
+  network: "ethermint",
+  nativeCurrency: {
+    decimals: 18,
+    name: "Ethermint",
+    symbol: "CTE",
+  },
+  rpcUrls: {
+    default: {
+      http: ["http://localhost:8545/"],
+    },
+  },
+  testnet: true,
+};
+
+// remove chain.localhost or ethermint depending on which you want to connect to
+const { chains, provider } = configureChains(
+  [chain.localhost, ethermint],
+  [publicProvider()],
+);
+
+const connectors = connectorsForWallets([
+  {
+    groupName: "Recommended",
+    wallets: [metaMaskWallet({ chains }), injectedWallet({ chains })],
+  },
+]);
+
+const wagmiClient = createClient({
+  autoConnect: true,
+  connectors,
+  provider,
+});
+
+const containerStyle = {
+  width: "900px",
+  margin: "0 auto",
+};
+
+ReactDOM.createRoot(document.getElementById("root")).render(
+  <WagmiConfig client={wagmiClient}>
+    <RainbowKitProvider chains={chains}>
+      <div style={containerStyle}>
+        <App />
+      </div>
+    </RainbowKitProvider>
+  </WagmiConfig>,
+);
import "./polyfills";
+import ReactDOM from "react-dom/client";
+import App from "./App";
+import "./index.css";
+import "@rainbow-me/rainbowkit/styles.css";
+import { RainbowKitProvider } from "@rainbow-me/rainbowkit";
+import { chain, configureChains, createClient, WagmiConfig } from "wagmi";
+import { publicProvider } from "wagmi/providers/public";
+import { injectedWallet, metaMaskWallet } from "@rainbow-me/rainbowkit/wallets";
+import { connectorsForWallets } from "@rainbow-me/rainbowkit";
+
+/* create configuration for Ethermint testnet */
+const ethermint = {
+  id: 9000,
+  name: "Ethermint",
+  network: "ethermint",
+  nativeCurrency: {
+    decimals: 18,
+    name: "Ethermint",
+    symbol: "CTE",
+  },
+  rpcUrls: {
+    default: {
+      http: ["http://localhost:8545/"],
+    },
+  },
+  testnet: true,
+};
+
+// remove chain.localhost or ethermint depending on which you want to connect to
+const { chains, provider } = configureChains(
+  [chain.localhost, ethermint],
+  [publicProvider()],
+);
+
+const connectors = connectorsForWallets([
+  {
+    groupName: "Recommended",
+    wallets: [metaMaskWallet({ chains }), injectedWallet({ chains })],
+  },
+]);
+
+const wagmiClient = createClient({
+  autoConnect: true,
+  connectors,
+  provider,
+});
+
+const containerStyle = {
+  width: "900px",
+  margin: "0 auto",
+};
+
+ReactDOM.createRoot(document.getElementById("root")).render(
+  <WagmiConfig client={wagmiClient}>
+    <RainbowKitProvider chains={chains}>
+      <div style={containerStyle}>
+        <App />
+      </div>
+    </RainbowKitProvider>
+  </WagmiConfig>,
+);

Creating and reading posts ​

Now that the base configuration is set up we’ll create a view that allows users to create and view posts.

We’ll be using IPFS to upload the content of the post, then anchoring the hash of the post on chain. When we retrieve the post, we can then read the value from IPFS to view the post.

Update App.jsx with the following code:

jsx
import { useState, useEffect } from "react";
+import { ConnectButton } from "@rainbow-me/rainbowkit";
+import { ethers } from "ethers";
+import { create } from "ipfs-http-client";
+import { Buffer } from "buffer";
+import Blog from "../Blog.json";
+import { useAccount } from "wagmi";
+
+/* configure authorization for Infura and IPFS */
+const auth =
+  "Basic " +
+  Buffer.from(
+    import.meta.env.VITE_INFURA_ID + ":" + import.meta.env.VITE_INFURA_SECRET,
+  ).toString("base64");
+
+/* create an IPFS client */
+const client = create({
+  host: "ipfs.infura.io",
+  port: 5001,
+  protocol: "https",
+  headers: {
+    authorization: auth,
+  },
+});
+
+const contractAddress = "your-ethermint-contract-address";
+
+function App() {
+  useEffect(() => {
+    fetchPosts();
+  }, []);
+  const [viewState, setViewState] = useState("view-posts");
+  const [posts, setPosts] = useState([]);
+  const [title, setTitle] = useState("");
+  const [content, setContent] = useState("");
+  const { address } = useAccount();
+
+  /* when the component loads, useEffect will call this function */
+  async function fetchPosts() {
+    const provider = new ethers.providers.Web3Provider(window.ethereum);
+    const contract = new ethers.Contract(contractAddress, Blog.abi, provider);
+    let data = await contract.fetchPosts();
+    /* once the data is returned from the network we map over it and */
+    /* transform the data into a more readable format  */
+    data = data.map((d) => ({
+      content: d["content"],
+      title: d["title"],
+      published: d["published"],
+      id: d["id"].toString(),
+    }));
+
+    /* we then fetch the post content from IPFS and add it to the post objects */
+    data = await Promise.all(
+      data.map(async (d) => {
+        const endpoint = \`https://infura-ipfs.io/ipfs/\${d.content}\`;
+        const options = {
+          mode: "no-cors",
+        };
+        const response = await fetch(endpoint, options);
+        const value = await response.text();
+        d.postContent = value;
+        return d;
+      }),
+    );
+
+    setPosts(data);
+  }
+
+  async function createPost() {
+    const added = await client.add(content);
+    const provider = new ethers.providers.Web3Provider(window.ethereum);
+    const signer = provider.getSigner();
+
+    const contract = new ethers.Contract(contractAddress, Blog.abi, signer);
+    const tx = await contract.createPost(title, added.path);
+    await tx.wait();
+    setViewState("view-posts");
+  }
+
+  function toggleView(value) {
+    setViewState(value);
+    if (value === "view-posts") {
+      fetchPosts();
+    }
+  }
+
+  return (
+    <div style={outerContainerStyle}>
+      <div style={innerContainerStyle}>
+        <h1>Modular Rollup Blog</h1>
+        <p>
+          This allows users to securely create and share blog posts on the
+          blockchain without the need for a centralized server or authority.
+        </p>
+        {!address ? (
+          <div>
+            <h3>Getting Started</h3>
+            <p>
+              First, you will need to connect your Ethereum wallet to Ethermint
+              to display the posts from the smart contract and make posts.
+            </p>
+          </div>
+        ) : null}
+        <br />
+        <h3 style={{ justifyContent: "right", textAlign: "right" }}>
+          Connect your Ethereum wallet to begin ✨
+        </h3>
+        <div style={buttonContainerStyle}>
+          <ConnectButton />
+        </div>
+        {address ? (
+          <div style={buttonContainerStyle}>
+            <button
+              onClick={() => toggleView("view-posts")}
+              style={buttonStyle}
+            >
+              View Posts
+            </button>
+            <button
+              onClick={() => toggleView("create-post")}
+              style={buttonStyle}
+            >
+              Create Post
+            </button>
+          </div>
+        ) : null}
+        {viewState === "view-posts" && address && (
+          <div>
+            <div style={postContainerStyle}>
+              <h1>Posts</h1>
+              {posts.map((post, index) => (
+                <div key={index}>
+                  <h2>{post.title}</h2>
+                  <button
+                    style={{ fontSize: "16px" }}
+                    onClick={() =>
+                      window.open(\`https://infura-ipfs.io/ipfs/\${post.content}\`)
+                    }
+                  >
+                    Read on IPFS
+                  </button>
+                  {/* <ReactMarkdown>
+                    {post.postContent}
+                  </ReactMarkdown> */}
+                  <p style={mbidStyle}>GMID: {post.id}</p>
+                </div>
+              ))}
+            </div>
+          </div>
+        )}
+        {viewState === "create-post" && (
+          <div style={formContainerStyle}>
+            <h2>Create Post</h2>
+            <input
+              placeholder="Title"
+              onChange={(e) => setTitle(e.target.value)}
+              style={inputStyle}
+            />
+            <textarea
+              placeholder="Content"
+              onChange={(e) => setContent(e.target.value)}
+              style={inputStyle}
+            />
+            <button onClick={createPost}>Create Post</button>
+          </div>
+        )}
+      </div>
+    </div>
+  );
+}
+
+const outerContainerStyle = {
+  width: "90vw",
+  height: "100vh",
+  padding: "50px 0px",
+};
+
+const innerContainerStyle = {
+  width: "100%",
+  maxWidth: "800px",
+  margin: "0 auto",
+};
+
+const formContainerStyle = {
+  display: "flex",
+  flexDirection: "column",
+  alignItems: "center",
+};
+
+const inputStyle = {
+  width: "400px",
+  marginBottom: "10px",
+  padding: "10px",
+  height: "40px",
+};
+
+const postContainerStyle = {
+  margin: "0 auto",
+  padding: "1em",
+  width: "90%",
+  maxWidth: "800px",
+  display: "flex",
+  flexDirection: "column",
+  alignItems: "start",
+  justifyContent: "center",
+};
+
+const mbidStyle = {
+  fontSize: "10px",
+  textAlign: "start",
+};
+
+const buttonStyle = {
+  marginTop: 15,
+  marginRight: 5,
+  border: "1px solid rgba(255, 255, 255, .2)",
+};
+
+const buttonContainerStyle = {
+  marginTop: 15,
+  marginRight: 5,
+  display: "flex",
+  justifyContent: "right",
+};
+
+export default App;
import { useState, useEffect } from "react";
+import { ConnectButton } from "@rainbow-me/rainbowkit";
+import { ethers } from "ethers";
+import { create } from "ipfs-http-client";
+import { Buffer } from "buffer";
+import Blog from "../Blog.json";
+import { useAccount } from "wagmi";
+
+/* configure authorization for Infura and IPFS */
+const auth =
+  "Basic " +
+  Buffer.from(
+    import.meta.env.VITE_INFURA_ID + ":" + import.meta.env.VITE_INFURA_SECRET,
+  ).toString("base64");
+
+/* create an IPFS client */
+const client = create({
+  host: "ipfs.infura.io",
+  port: 5001,
+  protocol: "https",
+  headers: {
+    authorization: auth,
+  },
+});
+
+const contractAddress = "your-ethermint-contract-address";
+
+function App() {
+  useEffect(() => {
+    fetchPosts();
+  }, []);
+  const [viewState, setViewState] = useState("view-posts");
+  const [posts, setPosts] = useState([]);
+  const [title, setTitle] = useState("");
+  const [content, setContent] = useState("");
+  const { address } = useAccount();
+
+  /* when the component loads, useEffect will call this function */
+  async function fetchPosts() {
+    const provider = new ethers.providers.Web3Provider(window.ethereum);
+    const contract = new ethers.Contract(contractAddress, Blog.abi, provider);
+    let data = await contract.fetchPosts();
+    /* once the data is returned from the network we map over it and */
+    /* transform the data into a more readable format  */
+    data = data.map((d) => ({
+      content: d["content"],
+      title: d["title"],
+      published: d["published"],
+      id: d["id"].toString(),
+    }));
+
+    /* we then fetch the post content from IPFS and add it to the post objects */
+    data = await Promise.all(
+      data.map(async (d) => {
+        const endpoint = \`https://infura-ipfs.io/ipfs/\${d.content}\`;
+        const options = {
+          mode: "no-cors",
+        };
+        const response = await fetch(endpoint, options);
+        const value = await response.text();
+        d.postContent = value;
+        return d;
+      }),
+    );
+
+    setPosts(data);
+  }
+
+  async function createPost() {
+    const added = await client.add(content);
+    const provider = new ethers.providers.Web3Provider(window.ethereum);
+    const signer = provider.getSigner();
+
+    const contract = new ethers.Contract(contractAddress, Blog.abi, signer);
+    const tx = await contract.createPost(title, added.path);
+    await tx.wait();
+    setViewState("view-posts");
+  }
+
+  function toggleView(value) {
+    setViewState(value);
+    if (value === "view-posts") {
+      fetchPosts();
+    }
+  }
+
+  return (
+    <div style={outerContainerStyle}>
+      <div style={innerContainerStyle}>
+        <h1>Modular Rollup Blog</h1>
+        <p>
+          This allows users to securely create and share blog posts on the
+          blockchain without the need for a centralized server or authority.
+        </p>
+        {!address ? (
+          <div>
+            <h3>Getting Started</h3>
+            <p>
+              First, you will need to connect your Ethereum wallet to Ethermint
+              to display the posts from the smart contract and make posts.
+            </p>
+          </div>
+        ) : null}
+        <br />
+        <h3 style={{ justifyContent: "right", textAlign: "right" }}>
+          Connect your Ethereum wallet to begin ✨
+        </h3>
+        <div style={buttonContainerStyle}>
+          <ConnectButton />
+        </div>
+        {address ? (
+          <div style={buttonContainerStyle}>
+            <button
+              onClick={() => toggleView("view-posts")}
+              style={buttonStyle}
+            >
+              View Posts
+            </button>
+            <button
+              onClick={() => toggleView("create-post")}
+              style={buttonStyle}
+            >
+              Create Post
+            </button>
+          </div>
+        ) : null}
+        {viewState === "view-posts" && address && (
+          <div>
+            <div style={postContainerStyle}>
+              <h1>Posts</h1>
+              {posts.map((post, index) => (
+                <div key={index}>
+                  <h2>{post.title}</h2>
+                  <button
+                    style={{ fontSize: "16px" }}
+                    onClick={() =>
+                      window.open(\`https://infura-ipfs.io/ipfs/\${post.content}\`)
+                    }
+                  >
+                    Read on IPFS
+                  </button>
+                  {/* <ReactMarkdown>
+                    {post.postContent}
+                  </ReactMarkdown> */}
+                  <p style={mbidStyle}>GMID: {post.id}</p>
+                </div>
+              ))}
+            </div>
+          </div>
+        )}
+        {viewState === "create-post" && (
+          <div style={formContainerStyle}>
+            <h2>Create Post</h2>
+            <input
+              placeholder="Title"
+              onChange={(e) => setTitle(e.target.value)}
+              style={inputStyle}
+            />
+            <textarea
+              placeholder="Content"
+              onChange={(e) => setContent(e.target.value)}
+              style={inputStyle}
+            />
+            <button onClick={createPost}>Create Post</button>
+          </div>
+        )}
+      </div>
+    </div>
+  );
+}
+
+const outerContainerStyle = {
+  width: "90vw",
+  height: "100vh",
+  padding: "50px 0px",
+};
+
+const innerContainerStyle = {
+  width: "100%",
+  maxWidth: "800px",
+  margin: "0 auto",
+};
+
+const formContainerStyle = {
+  display: "flex",
+  flexDirection: "column",
+  alignItems: "center",
+};
+
+const inputStyle = {
+  width: "400px",
+  marginBottom: "10px",
+  padding: "10px",
+  height: "40px",
+};
+
+const postContainerStyle = {
+  margin: "0 auto",
+  padding: "1em",
+  width: "90%",
+  maxWidth: "800px",
+  display: "flex",
+  flexDirection: "column",
+  alignItems: "start",
+  justifyContent: "center",
+};
+
+const mbidStyle = {
+  fontSize: "10px",
+  textAlign: "start",
+};
+
+const buttonStyle = {
+  marginTop: 15,
+  marginRight: 5,
+  border: "1px solid rgba(255, 255, 255, .2)",
+};
+
+const buttonContainerStyle = {
+  marginTop: 15,
+  marginRight: 5,
+  display: "flex",
+  justifyContent: "right",
+};
+
+export default App;

Adding Ethermint Chain to MetaMask ​

Before we can test out our dapp, we'll need to configure the chains on MetaMask if we're deploying our rollup any

  1. Open your MetaMask wallet and click "Ethereum Mainnet" to open the dropdown.
  2. Select "Add network"
  3. Then "Add network manually"
  4. Enter the following details:
  • Network Name: Ethermint
  • New RPC URL: http://localhost:8545 or https://your.custom.ip.address:port
  • Chain ID: 9000
  • Currency symbol: CTE

Testing it out on Ethermint ​

Now we’re ready to run the app.

Right now, the app is configured to be using localhost:8545 using the Ethermint rollup we're running with Rollkit.

First, you'll need to install MetaMask.

To use the test account, you will need to import the private key from Ethermint to MetaMask. First, run the following command:

bash
PRIVATE_KEY=$(ethermintd keys unsafe-export-eth-key mykey --keyring-backend test)
+&& echo $PRIVATE_KEY | pbcopy
PRIVATE_KEY=$(ethermintd keys unsafe-export-eth-key mykey --keyring-backend test)
+&& echo $PRIVATE_KEY | pbcopy

Now, import the private key to MetaMask and switch to that account.

Next, let’s run it on your Ethermint rollup.

To do so, first update the contractAddress variable with the contract address deployed to Ethermint:

jsx
/* src/App.jsx */
+const contractAddress = "your-ethermint-contract-address";
/* src/App.jsx */
+const contractAddress = "your-ethermint-contract-address";

Next, run the React application:

bash
npm run dev
npm run dev

When you run the app, you should now be connected to and using the Ethermint rollup.

If you imported the address that started the chain, you'll see quite a large balance.

Now give it a spin 🌀 ​

Now that you have your dapp running, go ahead and test out a new post on your Ethermint sovereign rollup. If you enjoyed this tutorial, be sure to share your example in our Discord!

`,113),e=[o];function t(c,r,E,y,i,F){return n(),a("div",null,e)}const h=s(p,[["render",t]]);export{u as __pageData,h as default}; diff --git a/assets/developers_full-stack-modular-development-guide.md.9f203595.lean.js b/assets/developers_full-stack-modular-development-guide.md.9f203595.lean.js new file mode 100644 index 00000000000..d6606abc159 --- /dev/null +++ b/assets/developers_full-stack-modular-development-guide.md.9f203595.lean.js @@ -0,0 +1 @@ +import{_ as s,o as n,c as a,Q as l}from"./chunks/framework.51d6c45b.js";const u=JSON.parse('{"title":"Full stack modular blockchain development guide","description":"Learn to build a full stack modular dapp.","frontmatter":{"description":"Learn to build a full stack modular dapp.","head":[["meta",{"name":"og:title","content":"Full stack modular blockchain development guide | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/full-stack-modular-development-guide.md","filePath":"developers/full-stack-modular-development-guide.md","lastUpdated":1712870672000}'),p={name:"developers/full-stack-modular-development-guide.md"},o=l("",113),e=[o];function t(c,r,E,y,i,F){return n(),a("div",null,e)}const h=s(p,[["render",t]]);export{u as __pageData,h as default}; diff --git a/assets/developers_gm-portal-bubs.md.230e5c37.js b/assets/developers_gm-portal-bubs.md.230e5c37.js new file mode 100644 index 00000000000..9a91f7a3414 --- /dev/null +++ b/assets/developers_gm-portal-bubs.md.230e5c37.js @@ -0,0 +1,21 @@ +import{_ as s,o as a,c as n,Q as o}from"./chunks/framework.51d6c45b.js";const t="/img/gm_contract.png",p="/img/gm_bubs.png",F=JSON.parse('{"title":"Deploying a dapp on Bubs testnet","description":"Make your own GM Portal dapp on the OP Stack.","frontmatter":{"description":"Make your own GM Portal dapp on the OP Stack.","head":[["meta",{"name":"og:title","content":"Deploying a dapp on Bubs testnet | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/gm-portal-bubs.md","filePath":"developers/gm-portal-bubs.md","lastUpdated":1711388443000}'),e={name:"developers/gm-portal-bubs.md"},l=o(`

Deploying a dapp on Bubs testnet ​

First, review the Bubs testnet page and the Deploy a smart contract to Bubs testnet tutorial.

You will need a funded account to deploy your smart contract.

Next, clone the gm-portal from Github and start the frontend:

bash
cd $HOME
+git clone https://github.com/jcstein/gm-portal.git
+cd gm-portal/frontend
+yarn && yarn dev
cd $HOME
+git clone https://github.com/jcstein/gm-portal.git
+cd gm-portal/frontend
+yarn && yarn dev

In a new terminal instance, set your private key for the faucet as a variable and the RPC URL you're using:

bash
export PRIVATE_KEY=ac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export BUBS_RPC_URL=https://bubs-sepolia.rpc.caldera.xyz/http
export PRIVATE_KEY=ac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export BUBS_RPC_URL=https://bubs-sepolia.rpc.caldera.xyz/http

Now, change into the gm-portal/contracts directory in the same terminal and deploy the contract using Foundry:

bash
cd $HOME/gm-portal/contracts
+forge script script/GmPortal.s.sol:GmPortalScript --rpc-url $BUBS_RPC_URL --private-key $PRIVATE_KEY --broadcast
cd $HOME/gm-portal/contracts
+forge script script/GmPortal.s.sol:GmPortalScript --rpc-url $BUBS_RPC_URL --private-key $PRIVATE_KEY --broadcast

gm-contract

In the output of the deployment, find the contract address and set it as a variable:

bash
export CONTRACT_ADDRESS=<your-contract-address-from-the-output-above>
export CONTRACT_ADDRESS=<your-contract-address-from-the-output-above>

Next, you're ready to interact with the contract from your terminal!

First, send a "gm" to the contract:

bash
cast send $CONTRACT_ADDRESS \\
+"gm(string)" "gm" \\
+--private-key $PRIVATE_KEY \\
+--rpc-url $BUBS_RPC_URL
cast send $CONTRACT_ADDRESS \\
+"gm(string)" "gm" \\
+--private-key $PRIVATE_KEY \\
+--rpc-url $BUBS_RPC_URL

Now that you've posted to the contract, you can read all "gms" (GMs) from the contract with this command:

bash
cast call $CONTRACT_ADDRESS "getAllGms()" --rpc-url $BUBS_RPC_URL
cast call $CONTRACT_ADDRESS "getAllGms()" --rpc-url $BUBS_RPC_URL

Next, query the total number of gms, which will be returned as a hex value:

bash
cast call $CONTRACT_ADDRESS "getTotalGms()" --rpc-url $BUBS_RPC_URL
cast call $CONTRACT_ADDRESS "getTotalGms()" --rpc-url $BUBS_RPC_URL

In order to interact with the contract on the frontend, you'll need to fund an account that you have in your Ethereum wallet. Transfer to an external account with this command:

bash
export RECEIVER=<receiver ETH address>
+cast send --private-key $PRIVATE_KEY $RECEIVER --value 1ether --rpc-url $BUBS_RPC_URL
export RECEIVER=<receiver ETH address>
+cast send --private-key $PRIVATE_KEY $RECEIVER --value 1ether --rpc-url $BUBS_RPC_URL

If you are in a different terminal than the one you set the private key in, you may need to set it again.

Update the frontend ​

Next, you will need to update a few things before you can interact with the contract on the frontend:

  1. Change the contract address on gm-portal/frontend/src/App.tsx to your contract address
  2. Match the chain info on gm-portal/frontend/src/main.tsx with the chain config of your L2
  3. If you changed the contract, update the ABI in gm-portal/frontend/GmPortal.json from gm-portal/contracts/out/GmPortal.sol/GmPortal.json. This can be done with:
bash
cd $HOME
+cp dev/gm-portal/contracts/out/GmPortal.sol/GmPortal.json dev/gm-portal/frontend
cd $HOME
+cp dev/gm-portal/contracts/out/GmPortal.sol/GmPortal.json dev/gm-portal/frontend

Interact with the frontend ​

Now, login with your wallet that you funded, and post a GM on your GM portal!

gm-bubs

Next steps ​

There are many possibilities of what could be built with this stack. These projects would be good to build on this stack:

  • onchain gaming
  • decentralized social media
  • an NFT ticketing rollup
  • Optimism on CelOPstia
  • OP Craft on Celestia
',32),c=[l];function r(i,y,d,E,h,u){return a(),n("div",null,c)}const b=s(e,[["render",r]]);export{F as __pageData,b as default}; diff --git a/assets/developers_gm-portal-bubs.md.230e5c37.lean.js b/assets/developers_gm-portal-bubs.md.230e5c37.lean.js new file mode 100644 index 00000000000..1c57e5c539b --- /dev/null +++ b/assets/developers_gm-portal-bubs.md.230e5c37.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as n,Q as o}from"./chunks/framework.51d6c45b.js";const t="/img/gm_contract.png",p="/img/gm_bubs.png",F=JSON.parse('{"title":"Deploying a dapp on Bubs testnet","description":"Make your own GM Portal dapp on the OP Stack.","frontmatter":{"description":"Make your own GM Portal dapp on the OP Stack.","head":[["meta",{"name":"og:title","content":"Deploying a dapp on Bubs testnet | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/gm-portal-bubs.md","filePath":"developers/gm-portal-bubs.md","lastUpdated":1711388443000}'),e={name:"developers/gm-portal-bubs.md"},l=o("",32),c=[l];function r(i,y,d,E,h,u){return a(),n("div",null,c)}const b=s(e,[["render",r]]);export{F as __pageData,b as default}; diff --git a/assets/developers_integrate-celestia.md.02a50a7f.js b/assets/developers_integrate-celestia.md.02a50a7f.js new file mode 100644 index 00000000000..88e6bd4c018 --- /dev/null +++ b/assets/developers_integrate-celestia.md.02a50a7f.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as i}from"./chunks/framework.51d6c45b.js";const g=JSON.parse('{"title":"Integrate Celestia for service providers","description":"Learn how service providers can integrate with the Celestia network.","frontmatter":{"description":"Learn how service providers can integrate with the Celestia network.","prev":{"text":"Integrating Cosmostation for developers","link":"/developers/cosmostation"},"head":[["meta",{"name":"og:title","content":"Integrate Celestia for service providers | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/integrate-celestia.md","filePath":"developers/integrate-celestia.md","lastUpdated":1712870672000}'),s={name:"developers/integrate-celestia.md"},n=i('

Integrate Celestia for service providers ​

This document is for third-party service providers, such as custodians and explorers, integrating the Celestia network.

Getting started ​

When getting started Celestia, we recommend checking out these resources first:

Celestia service provider notes ​

Celestia is a fairly standard Cosmos-SDK based chain. We use the latest version of Tendermint and the Cosmos-SDK, with only minor modifications to each. This means that we are:

  • Using the default Cosmos-SDK modules: auth, bank, distribution, staking, slashing, mint, crisis, ibchost, genutil, evidence, ibctransfer, params, gov (limited in some TBD capacities), upgrade, vesting, feegrant, capability, and payment.
  • Use the standard digital keys schemes provided by the Cosmos-SDK and Tendermint, those being secp256k1 for user transactions, and tm-ed25519 for signing and verifying consensus messages.

While exactly which modules used is subject to change, Celestia aims to be as minimal as possible.

Custody and key management ​

Celestia supports many already existing key management systems, as we rely on the Cosmos-SDK and Tendermint libraries for signing and verifying transactions. Learn more in the Cosmos-SDK documentation

RPC and querying ​

In celestia-app, only the standard RPC endpoints for Tendermint and the Cosmos-SDK are exposed. We do not currently add or subtract any core functionality, but this could change in the future. The same goes for querying data from the chain.

In celestia-node, the Data Availability node client, there is a JSON-RPC API that allows you to interact directly with Celestia's Data Availability layer. Learn how to use the API in this tutorial.

Compatibility ​

Linux, particularly Ubuntu 20.04 LTS, is the most well tested. Potentially compatible with other OSs, but they are currently untested. Some of the cryptography libraries used for erasure data are not guaranteed to work on other platforms.

Syncing ​

Since we utilize Tendermint and the Cosmos-SDK, syncing the chain can be performed by any method that is supported by those libraries. This includes fast-sync, state sync, and quick sync.

Notable exceptions relative to other blockchains ​

Relative to other Tendermint based chains, Celestia will have significantly longer blocktimes of roughly 12* seconds. The reason behind this block time is to optimize the bandwidth used by light clients that are sampling the chain, and is not because we have modified Tendermint consensus in any meaningful way. Validators will likely download/upload relatively large blocks. It should be noted that while these blocks are large, very little typical blockchain state execution is actually occurring on Celestia. Meaning that the bandwidth requirements will likely be larger than that of a typical Cosmos-SDK based blockchain full node, the computing requirements should be similar in magnitude.

*Subject to Change

',21),r=[n];function o(l,d,c,h,u,m){return t(),a("div",null,r)}const b=e(s,[["render",o]]);export{g as __pageData,b as default}; diff --git a/assets/developers_integrate-celestia.md.02a50a7f.lean.js b/assets/developers_integrate-celestia.md.02a50a7f.lean.js new file mode 100644 index 00000000000..79a7f187f14 --- /dev/null +++ b/assets/developers_integrate-celestia.md.02a50a7f.lean.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as i}from"./chunks/framework.51d6c45b.js";const g=JSON.parse('{"title":"Integrate Celestia for service providers","description":"Learn how service providers can integrate with the Celestia network.","frontmatter":{"description":"Learn how service providers can integrate with the Celestia network.","prev":{"text":"Integrating Cosmostation for developers","link":"/developers/cosmostation"},"head":[["meta",{"name":"og:title","content":"Integrate Celestia for service providers | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/integrate-celestia.md","filePath":"developers/integrate-celestia.md","lastUpdated":1712870672000}'),s={name:"developers/integrate-celestia.md"},n=i("",21),r=[n];function o(l,d,c,h,u,m){return t(),a("div",null,r)}const b=e(s,[["render",o]]);export{g as __pageData,b as default}; diff --git a/assets/developers_intro-to-op-stack.md.0252701c.js b/assets/developers_intro-to-op-stack.md.0252701c.js new file mode 100644 index 00000000000..d4231d20a88 --- /dev/null +++ b/assets/developers_intro-to-op-stack.md.0252701c.js @@ -0,0 +1 @@ +import{_ as t,o as e,c as a,Q as o}from"./chunks/framework.51d6c45b.js";const b=JSON.parse('{"title":"Introduction to OP Stack integration","description":"Learn about the integration of OP Stack with Celestia.","frontmatter":{"description":"Learn about the integration of OP Stack with Celestia.","head":[["meta",{"name":"og:title","content":"Introduction to OP Stack integration | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/intro-to-op-stack.md","filePath":"developers/intro-to-op-stack.md","lastUpdated":1700056188000}'),i={name:"developers/intro-to-op-stack.md"},s=o('

Introduction to OP Stack integration ​

Optimism is a low-cost and lightning-fast Ethereum L2 blockchain, built with the OP Stack.

Celestia is a modular consensus and data network, built to enable anyone to easily deploy their own blockchain with minimal overhead.

About the integration ​

Discover how to integrate existing blockchain frameworks like the OP Stack with Celestia in this category.

TIP

Tested on a machine with 8GB RAM, 160 GB SSD, Ubuntu 22.10, and a 4 core AMD CPU.

This is a beta integration and we are working on resolving open issues.

Optimism uses Ethereum as a data availability (DA) layer. Currently, settlement and DA for Optimism are on Ethereum, both onchain. op-batcher batches up rollup blocks and posts to Ethereum.

Table of contents of the category ​

Celestia and OP Stack repository ​

Find the repository for this integration at https://github.com/celestiaorg/optimism.

What are Optimism and the OP Stack? ​

Optimism, an Ethereum L2 blockchain, is powered by the OP Stack, which is also the foundation for the Optimism Collective committed to the impact=profit principle. This rewards individuals for their positive contributions to the collective.

Optimism addresses crypto ecosystem coordination failures, like funding public goods and infrastructure. The OP Stack fosters collaboration and prevents redundancy by creating a shared, open-source system for developing new L2 blockchains within the proposed Superchain ecosystem.

As Optimism evolves, the OP Stack will adapt to include components from blockchain infrastructure to governance systems. This software suite aims to simplify L2 blockchain creation and support the Optimism ecosystem's growth and development.

Learn more about Optimism.

What is Celestia? ​

Celestia is a modular consensus and data network, built to enable anyone to easily deploy their own blockchain with minimal overhead.

Celestia is a minimal blockchain that only orders and publishes transactions and does not execute them. By decoupling the consensus and application execution layers, Celestia modularizes the blockchain technology stack and unlocks new possibilities for decentralized application builders. Learn more at Celestia.org.

OP Stack and Celestia ​

This category will guide you through how to start your own devnet with a modified version of optimism-bedrock that uses Celestia as a DA layer.

The handling of data is accomplished in two ways. First, data is written to the data availability (DA) layer i.e. in this case Celestia, then the data commitment is written to the op-batcher. When reading op-node simply reads the data back from the DA layer by reading the data commitment from the op-batcher first, then reading the data from the DA layer using the data commitment. Hence, while previously op-node was reading from calldata on Ethereum, but now it reads data from Celestia.

There are a few tools involved in the data handling process. op-batcher batches up rollup blocks and posts them to Ethereum. op-geth handles execution, while op-proposer is responsible for state commitment submission.

By using Celestia as a DA layer, existing L2s can switch from posting their data as calldata on Ethereum, to posting to Celestia. The commitment to the block is posted on Celestia, which is purpose-built for data availability. This is a more scalable than the traditional method of posting this data as calldata on monolithic chains.

If you'd like to go modular, bedrock has made it easy to swap this out!

Next steps ​

Now that you understand the integration, you can start learning about the Bubs testnet, built with OP Stack and Celestia! This testnet is a great way to explore the possibilities of this integration and test your applications in a live environment.

',28),n=[s];function r(l,c,h,d,p,m){return e(),a("div",null,n)}const f=t(i,[["render",r]]);export{b as __pageData,f as default}; diff --git a/assets/developers_intro-to-op-stack.md.0252701c.lean.js b/assets/developers_intro-to-op-stack.md.0252701c.lean.js new file mode 100644 index 00000000000..7763dcb83fe --- /dev/null +++ b/assets/developers_intro-to-op-stack.md.0252701c.lean.js @@ -0,0 +1 @@ +import{_ as t,o as e,c as a,Q as o}from"./chunks/framework.51d6c45b.js";const b=JSON.parse('{"title":"Introduction to OP Stack integration","description":"Learn about the integration of OP Stack with Celestia.","frontmatter":{"description":"Learn about the integration of OP Stack with Celestia.","head":[["meta",{"name":"og:title","content":"Introduction to OP Stack integration | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/intro-to-op-stack.md","filePath":"developers/intro-to-op-stack.md","lastUpdated":1700056188000}'),i={name:"developers/intro-to-op-stack.md"},s=o("",28),n=[s];function r(l,c,h,d,p,m){return e(),a("div",null,n)}const f=t(i,[["render",r]]);export{b as __pageData,f as default}; diff --git a/assets/developers_node-api.md.df79f906.js b/assets/developers_node-api.md.df79f906.js new file mode 100644 index 00000000000..bffc84ad73c --- /dev/null +++ b/assets/developers_node-api.md.df79f906.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as t,Q as r}from"./chunks/framework.51d6c45b.js";const w=JSON.parse('{"title":"Node API","description":"An overview of the celestia-node API.","frontmatter":{"description":"An overview of the celestia-node API.","head":[["meta",{"name":"og:title","content":"Node API | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/node-api.md","filePath":"developers/node-api.md","lastUpdated":1699288246000}'),o={name:"developers/node-api.md"},i=r('

Node API ​

The celestia-node API is made for interacting with celestia-node. There are two ways in which a user and developer can interact with the API, the RPC API and the Gateway API. View the API's documentation.

RPC API ​

The RPC API primarily focuses on developers and projects building on top of Celestia, who are willing to run their own DA nodes. The RPC API provides a richer set of features and a superior user experience. Unlike the Gateway API, the RPC API allows access to the internal wallet and keyring of the DA node, as well as other sensitive and administrative capabilities.

Library ​

The node can be used as a Golang library and designed for programmatic API access.

RPC ​

The RPC API is also exposed to OpenRPC(JSON-RPC 2.0) for users wanting to run their DA node as a separate DA service. It provides the same set of features as the library with an additional authentication system with different permissions levels to protect the wallet and signing + providing RPC-level DOS protection.

RPC API tutorial ​

The node tutorial, which uses the RPC CLI, is the recommended way to get started interacting with your Celestia node.

Gateway API ​

WARNING

The gateway endpoints have been deprecated and will be removed in the future. If you would like to use them anyway, you can find more details on GitHub.

The gateway API is a REST API which is meant to be deployed by infra providers to enable the public read-only gateway to the DA network for external users who don't want or can't run light nodes (like browsers currently) over HTTP. It has no wallet or signing functionality.

Gateway API tutorial ​

Check out the Prompt scavenger gateway API tutorial for more details.

',15),n=[i];function s(l,d,h,c,p,u){return a(),t("div",null,n)}const f=e(o,[["render",s]]);export{w as __pageData,f as default}; diff --git a/assets/developers_node-api.md.df79f906.lean.js b/assets/developers_node-api.md.df79f906.lean.js new file mode 100644 index 00000000000..53a06a71ed1 --- /dev/null +++ b/assets/developers_node-api.md.df79f906.lean.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as t,Q as r}from"./chunks/framework.51d6c45b.js";const w=JSON.parse('{"title":"Node API","description":"An overview of the celestia-node API.","frontmatter":{"description":"An overview of the celestia-node API.","head":[["meta",{"name":"og:title","content":"Node API | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/node-api.md","filePath":"developers/node-api.md","lastUpdated":1699288246000}'),o={name:"developers/node-api.md"},i=r("",15),n=[i];function s(l,d,h,c,p,u){return a(),t("div",null,n)}const f=e(o,[["render",s]]);export{w as __pageData,f as default}; diff --git a/assets/developers_node-tutorial.md.8d60e9b7.js b/assets/developers_node-tutorial.md.8d60e9b7.js new file mode 100644 index 00000000000..2a27aeca882 --- /dev/null +++ b/assets/developers_node-tutorial.md.8d60e9b7.js @@ -0,0 +1,475 @@ +import{c as o}from"./chunks/constants.dc70dfe7.js";import{a as e}from"./chunks/arabica_versions.d7daf483.js";import{m as t}from"./chunks/mocha_versions.3ba4a823.js";import{m as c}from"./chunks/mainnet_versions.84d9fd1c.js";import{o as r,c as y,k as s,t as a,l as n,a as p,Q as l}from"./chunks/framework.51d6c45b.js";const E=l(`

Celestia-node RPC CLI tutorial ​

In this tutorial, we will cover how to use the celestia-node RPC API to submit and retrieve data (blobs) from the data availability layer by their namespace.

Introduction ​

Blobs ​

Data is posted to Celestia's DA layer by using MsgPayForBlobs transactions to the core network. Read more about MsgPayForBlobs.

Namespaces ​

Celestia partitions the block data into multiple namespaces, one for every application. This allows applications to only download their data, and not the data of other applications. Read more about Namespaced Merkle trees (NMTs).

TIP

If you already have a running and funded node, you can skip to the RPC CLI guide section.

WARNING

The gateway endpoints have been deprecated and will be removed in the future. If you would like to use them anyway, you can find more details on GitHub.

Hardware requirements ​

The following minimum hardware requirements are recommended for running a light node:

  • Memory: 500 MB RAM (minimum)
  • CPU: Single Core
  • Disk: 50 GB SSD Storage
  • Bandwidth: 56 Kbps for Download/56 Kbps for Upload

Setting up dependencies ​

This portion of the tutorial will go over setting up your development environment to run Celestia software. This environment can be used for development, building binaries, and running nodes.

In your terminal, set up dependencies needed to install and build celestia-node.

  1. If you are on Ubuntu, first update and upgrade your OS:

    bash
    sudo apt update && sudo apt upgrade -y
    sudo apt update && sudo apt upgrade -y
    bash
    sudo yum update
    sudo yum update

  2. Install essential packages that are necessary to execute many tasks like downloading files, compiling, and monitoring the node:

    bash
    sudo apt install curl tar wget clang pkg-config libssl-dev jq \\
+build-essential git make ncdu -y
    sudo apt install curl tar wget clang pkg-config libssl-dev jq \\
+build-essential git make ncdu -y
    bash
    sudo yum install curl tar wget clang pkg-config libssl-dev jq \\
+build-essential git make ncdu -y
    sudo yum install curl tar wget clang pkg-config libssl-dev jq \\
+build-essential git make ncdu -y
    bash
    # these commands are for installing Homebrew, wget and jq
+# follow the instructions from the output after running this command
+/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)"
+
+# then install wget & jq
+brew install wget && brew install jq
    # these commands are for installing Homebrew, wget and jq
+# follow the instructions from the output after running this command
+/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)"
+
+# then install wget & jq
+brew install wget && brew install jq

Install Golang ​

celestia-node is written in Golang so we must install Golang to build and run our node.

`,18),i=s("p",null,"Set the version for your desired network:",-1),d={class:"vp-code-group vp-adaptive-theme"},F=l('
',1),u={class:"blocks"},h={class:"language-bash vp-adaptive-theme active"},C=s("button",{title:"Copy Code",class:"copy"},null,-1),g=s("span",{class:"lang"},"bash",-1),b={class:"shiki github-dark vp-code-dark"},B={class:"line"},q=s("span",{style:{color:"#E1E4E8"}},"ver",-1),v=s("span",{style:{color:"#F97583"}},"=",-1),m={style:{color:"#9ECBFF"}},k={class:"shiki github-light vp-code-light"},A={class:"line"},_=s("span",{style:{color:"#24292E"}},"ver",-1),f=s("span",{style:{color:"#D73A49"}},"=",-1),D={style:{color:"#032F62"}},w={class:"language-bash vp-adaptive-theme"},T=s("button",{title:"Copy Code",class:"copy"},null,-1),x=s("span",{class:"lang"},"bash",-1),O={class:"shiki github-dark vp-code-dark"},R={class:"line"},P=s("span",{style:{color:"#E1E4E8"}},"ver",-1),I=s("span",{style:{color:"#F97583"}},"=",-1),S={style:{color:"#9ECBFF"}},N={class:"shiki github-light vp-code-light"},$={class:"line"},H=s("span",{style:{color:"#24292E"}},"ver",-1),U=s("span",{style:{color:"#D73A49"}},"=",-1),M={style:{color:"#032F62"}},j={class:"language-bash vp-adaptive-theme"},z=s("button",{title:"Copy Code",class:"copy"},null,-1),L=s("span",{class:"lang"},"bash",-1),V={class:"shiki github-dark vp-code-dark"},G={class:"line"},W=s("span",{style:{color:"#E1E4E8"}},"ver",-1),Y=s("span",{style:{color:"#F97583"}},"=",-1),K={style:{color:"#9ECBFF"}},X={class:"shiki github-light vp-code-light"},J={class:"line"},Q=s("span",{style:{color:"#24292E"}},"ver",-1),Z=s("span",{style:{color:"#D73A49"}},"=",-1),ss={style:{color:"#032F62"}},as=l(`

  • Download and install Golang:

    bash
    cd $HOME
+wget "https://golang.org/dl/go$ver.linux-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-amd64.tar.gz"
+rm "go$ver.linux-amd64.tar.gz"
    cd $HOME
+wget "https://golang.org/dl/go$ver.linux-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-amd64.tar.gz"
+rm "go$ver.linux-amd64.tar.gz"
    bash
    cd $HOME
+wget "https://golang.org/dl/go$ver.linux-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-arm64.tar.gz"
+rm "go$ver.linux-arm64.tar.gz"
    cd $HOME
+wget "https://golang.org/dl/go$ver.linux-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-arm64.tar.gz"
+rm "go$ver.linux-arm64.tar.gz"
    bash
    cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-arm64.tar.gz"
+rm "go$ver.darwin-arm64.tar.gz"
    cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-arm64.tar.gz"
+rm "go$ver.darwin-arm64.tar.gz"
    bash
    cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-amd64.tar.gz"
+rm "go$ver.darwin-amd64.tar.gz"
    cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-amd64.tar.gz"
+rm "go$ver.darwin-amd64.tar.gz"

  • Add your /usr/local/go/bin directory to your $PATH if you have not already:

    bash
    echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.bash_profile
+source $HOME/.bash_profile
    echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.bash_profile
+source $HOME/.bash_profile
    bash
    echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.zshrc
+source $HOME/.zshrc
    echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.zshrc
+source $HOME/.zshrc

  • To verify that the correct version of Go was installed correctly run:

    bash
    go version
    go version
    • `,3),ns=s("p",null,"The output will show the version installed.",-1),os=s("h2",{id:"celestia-node",tabindex:"-1"},[p("Celestia-node "),s("a",{class:"header-anchor",href:"#celestia-node","aria-label":'Permalink to "Celestia-node"'},"​")],-1),ls=s("h3",{id:"install-celestia-node",tabindex:"-1"},[p("Install celestia-node "),s("a",{class:"header-anchor",href:"#install-celestia-node","aria-label":'Permalink to "Install celestia-node"'},"​")],-1),ps=s("p",null,"Installing celestia-node for Arabica devnet or Mocha testnet means installing a specific version to be compatible with the network.",-1),es=s("p",null,"Install the celestia-node binary by running the following commands:",-1),ts=l(`

  • Remove any existing copy of celestia-node, clone the repository, and change into the directory.

    bash
    cd $HOME
+rm -rf celestia-node
+git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/
    cd $HOME
+rm -rf celestia-node
+git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/
    • `,1),cs=s("p",null,"Check out to the desired version, based on the network you will use:",-1),rs={class:"vp-code-group vp-adaptive-theme"},ys=l('
    ',1),Es={class:"blocks"},is={class:"language-bash vp-adaptive-theme active"},ds=s("button",{title:"Copy Code",class:"copy"},null,-1),Fs=s("span",{class:"lang"},"bash",-1),us={class:"shiki github-dark vp-code-dark"},hs={class:"line"},Cs=s("span",{style:{color:"#B392F0"}},"git",-1),gs=s("span",{style:{color:"#E1E4E8"}}," ",-1),bs=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),Bs=s("span",{style:{color:"#E1E4E8"}}," ",-1),qs={style:{color:"#9ECBFF"}},vs={class:"shiki github-light vp-code-light"},ms={class:"line"},ks=s("span",{style:{color:"#6F42C1"}},"git",-1),As=s("span",{style:{color:"#24292E"}}," ",-1),_s=s("span",{style:{color:"#032F62"}},"checkout",-1),fs=s("span",{style:{color:"#24292E"}}," ",-1),Ds={style:{color:"#032F62"}},ws={class:"language-bash vp-adaptive-theme"},Ts=s("button",{title:"Copy Code",class:"copy"},null,-1),xs=s("span",{class:"lang"},"bash",-1),Os={class:"shiki github-dark vp-code-dark"},Rs={class:"line"},Ps=s("span",{style:{color:"#B392F0"}},"git",-1),Is=s("span",{style:{color:"#E1E4E8"}}," ",-1),Ss=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),Ns=s("span",{style:{color:"#E1E4E8"}}," ",-1),$s={style:{color:"#9ECBFF"}},Hs={class:"shiki github-light vp-code-light"},Us={class:"line"},Ms=s("span",{style:{color:"#6F42C1"}},"git",-1),js=s("span",{style:{color:"#24292E"}}," ",-1),zs=s("span",{style:{color:"#032F62"}},"checkout",-1),Ls=s("span",{style:{color:"#24292E"}}," ",-1),Vs={style:{color:"#032F62"}},Gs={class:"language-bash vp-adaptive-theme"},Ws=s("button",{title:"Copy Code",class:"copy"},null,-1),Ys=s("span",{class:"lang"},"bash",-1),Ks={class:"shiki github-dark vp-code-dark"},Xs={class:"line"},Js=s("span",{style:{color:"#B392F0"}},"git",-1),Qs=s("span",{style:{color:"#E1E4E8"}}," ",-1),Zs=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),sa=s("span",{style:{color:"#E1E4E8"}}," ",-1),aa={style:{color:"#9ECBFF"}},na={class:"shiki github-light vp-code-light"},oa={class:"line"},la=s("span",{style:{color:"#6F42C1"}},"git",-1),pa=s("span",{style:{color:"#24292E"}}," ",-1),ea=s("span",{style:{color:"#032F62"}},"checkout",-1),ta=s("span",{style:{color:"#24292E"}}," ",-1),ca={style:{color:"#032F62"}},ra=l('

  • Build the celestia binary:

    a. Standard build

    bash
    make build
    make build

    b. Experimental build

    OPTIONAL

    If you're a node operator comfortable with experimental features and seeking optimal performance with minimal RAM usage, this option is recommended for you.

    bash
    make build-jemalloc
    make build-jemalloc

    This build option enables CGO, and downloads and installs jemalloc. Learn more about the build command.

  • Install the binary:

    bash
    make install
    make install

  • Build the cel-key utility:

    bash
    make cel-key
    make cel-key

  • Verify that the binary is working and check the version:

    bash
    celestia version
    celestia version
    • ',4),ya=l(`

    The output will show the semantic version of celestia-node, commit hash, build date, system version, and Golang version.

    Instantiate a Celestia light node ​

    Now, let's instantiate a Celestia Light node:

    TIP

    RPC endpoints are exposed in all celestia-node types such as light, bridge and full nodes.

    bash
    celestia light init
    celestia light init
    bash
    celestia light init --p2p.network mocha
    celestia light init --p2p.network mocha
    bash
    celestia light init --p2p.network arabica
    celestia light init --p2p.network arabica

    Instantiating (or initializing) the node means setting up a node store on your machine. This is where the data and your keys will be stored.

    Connect to a public core endpoint ​

    Let's now run the Celestia Light node with a gRPC connection to an example public core endpoint.

    Note: You are also encouraged to find a community-run API endpoint and there are several in the Discord. This one is used for demonstration purposes. Check out the Mocha testnet page, or Arabica devnet page.

    bash
    celestia light start --core.ip <URI>
    celestia light start --core.ip <URI>
    bash
    celestia light start --core.ip <URI> --p2p.network mocha
    celestia light start --core.ip <URI> --p2p.network mocha
    bash
    celestia light start --core.ip <URI> --p2p.network arabica
    celestia light start --core.ip <URI> --p2p.network arabica

    TIP

    The --core.ip gRPC port defaults to 9090, so if you do not specify it in the command line, it will default to that port. You can add the port after the IP address or use the --core.grpc.port flag to specify another port if you prefer.

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    For example, your command along with an RPC endpoint might look like this:

    bash
    celestia light start --core.ip consensus.lunaroasis.net
    celestia light start --core.ip consensus.lunaroasis.net
    bash
    celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha
    celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha
    bash
    celestia light start --core.ip validator-1.celestia-arabica-11.com \\
+  --p2p.network arabica
    celestia light start --core.ip validator-1.celestia-arabica-11.com \\
+  --p2p.network arabica

    Keys and wallets ​

    You can create your key for your node by running the following command from the celestia-node directory:

    TIP

    You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

    bash
    ./cel-key add <key-name> --keyring-backend test --node.type light \\
+  --p2p.network <network>
    ./cel-key add <key-name> --keyring-backend test --node.type light \\
+  --p2p.network <network>

    You can start your light node with the key created by running the following command:

    bash
    celestia light start --core.ip <URI> --keyring.accname <key-name>
    celestia light start --core.ip <URI> --keyring.accname <key-name>
    bash
    celestia light start --core.ip <URI> --keyring.accname <key-name> \\
+  --p2p.network mocha
    celestia light start --core.ip <URI> --keyring.accname <key-name> \\
+  --p2p.network mocha
    bash
    celestia light start --core.ip <URI> --keyring.accname <key-name> \\
+  --p2p.network arabica
    celestia light start --core.ip <URI> --keyring.accname <key-name> \\
+  --p2p.network arabica

    Once you start the light node, a wallet key will be generated for you. You will need to fund that address with Mocha testnet or Arabica devnet tokens to pay for PayForBlobs transactions.

    You can find the address by running the following command in the celestia-node directory:

    bash
    ./cel-key list --node.type light --keyring-backend test --p2p.network <network>
    ./cel-key list --node.type light --keyring-backend test --p2p.network <network>

    If you would like to fund your wallet with testnet tokens, head over to either the #mocha-faucet or #arabica-faucet channels on the Celestia Discord.

    You can request funds to your wallet address using the following command in Discord:

    text
    $request <CELESTIA-ADDRESS>
    $request <CELESTIA-ADDRESS>

    Where <CELESTIA-ADDRESS> is the celestia1****** address generated when you created the wallet.

    With your wallet funded, you can move on to the next step.

    RPC CLI guide ​

    This section of the tutorial will teach you how to interact with a Celestia node's remote procedure call (RPC) API using the command line interface (CLI).

    You will need to setup dependencies, install, and run celestia-node if you have not already.

    Command formatting ​

    The format for interacting with the RPC CLI methods is as follows:

    bash
    celestia <module> <method> [args...] [flags...]
    celestia <module> <method> [args...] [flags...]

    Where:

    • celestia is the main command to interact with the node.
    • <module> is the specific module in the node you want to interact with, such as blob, state, p2p, etc.
    • <method> is the specific method within the module that performs the action you want, such as blob.Submit, state.AccountAddress, p2p.Info, etc.
    • [args...] represents any additional arguments that the method might require.
    • [flags...] are parameters that modify the behavior of the command. They start with -- (e.g., --node.store, --token, or --url).

    For example, to submit a blob to Celestia, you can use this command once your node store is set:

    bash
    celestia blob submit 0x42690c204d39600fddd3 'gm' --node.store $NODE_STORE
    celestia blob submit 0x42690c204d39600fddd3 'gm' --node.store $NODE_STORE

    Alternatively, you could use the --token flag to set your auth token:

    bash
    celestia blob submit 0x42690c204d39600fddd3 'gm' --token $AUTH_TOKEN
    celestia blob submit 0x42690c204d39600fddd3 'gm' --token $AUTH_TOKEN

    Before you try that out, let's go over the basic flags that you will need to use when interacting with the RPC CLI. We'll also cover how to set your auth token and how to use the node store to set it.

    Basic flags ​

    All RPC CLI commands have basic flags that can be used to interact with the API.

    These include:

    • --node.store string - the path to root/home directory of your celestia-node store
    • --token string - authorization token for making requests
    • --url string - the address of the RPC, default is http://localhost:26658

    When running RPC CLI commands, you will need to set either the authentication token or set the node store, so the auth token can be retrieved from the store.

    The RPC CLI handles these flags in the following order:

    1. If user passes auth token, auth token is used.
    2. If user doesn't pass auth token, check node store flag, create token from node store, and use auth token from node store.

    Auth token 🔐 ​

    In order to interact with the API using RPC CLI, you will need to set the authentication token.

    The --token string flag sets the authentication token. If a token is not found, authentication will not be set. And if authentication is not set, the request will fail.

    To set your authentication token, you can use the following command. Be sure to replace <node-type> with the type of node and <network> with the network that you are running your node on:

    bash
    export AUTH_TOKEN=$(celestia <node-type> auth admin --p2p.network <network>)
    export AUTH_TOKEN=$(celestia <node-type> auth admin --p2p.network <network>)

    Here's an example of how to set your auth token on a light node on Arabica:

    bash
    export AUTH_TOKEN=$(celestia light auth admin --p2p.network arabica)
    export AUTH_TOKEN=$(celestia light auth admin --p2p.network arabica)

    Node store ​

    In order to interact with the API using RPC CLI, you can also use your node store to set your auth token. This will allow you to interact with the API without setting an authentication token directly.

    `,56),Ea={class:"language-bash vp-adaptive-theme"},ia=s("button",{title:"Copy Code",class:"copy"},null,-1),da=s("span",{class:"lang"},"bash",-1),Fa={class:"shiki github-dark vp-code-dark"},ua={class:"line"},ha=s("span",{style:{color:"#F97583"}},"export",-1),Ca=s("span",{style:{color:"#E1E4E8"}}," NODE_STORE",-1),ga=s("span",{style:{color:"#F97583"}},"=",-1),ba=s("span",{style:{color:"#E1E4E8"}},"$HOME",-1),Ba={style:{color:"#9ECBFF"}},qa={class:"shiki github-light vp-code-light"},va={class:"line"},ma=s("span",{style:{color:"#D73A49"}},"export",-1),ka=s("span",{style:{color:"#24292E"}}," NODE_STORE",-1),Aa=s("span",{style:{color:"#D73A49"}},"=",-1),_a=s("span",{style:{color:"#24292E"}},"$HOME",-1),fa={style:{color:"#032F62"}},Da=l(`

    Then, set the --node.store flag to the $NODE_STORE variable to set the auth token from your node store:

    bash
    celestia <module> <method> [args...] --node.store $NODE_STORE
    celestia <module> <method> [args...] --node.store $NODE_STORE
    Auth token on custom or private network ​

    This section is for users who are using a CELESTIA_CUSTOM or private network.

    TIP

    If you are using a private and custom network, you will need to set the location of the node store in your auth command.

    bash
    --node.store $HOME/.celestia-light-private)
    --node.store $HOME/.celestia-light-private)

    The above is an example from the following custom network set up with:

    bash
    CELESTIA_CUSTOM=private celestia light init
    CELESTIA_CUSTOM=private celestia light init

    or

    bash
    celestia light init --p2p.network private
    celestia light init --p2p.network private

    As an example, this is what a completely custom network would look like:

    bash
    # Initialize node store
+CELESTIA_CUSTOM=robusta-22 celestia light init
+
+# Set auth token
+export AUTH_TOKEN=$(celestia light auth admin --p2p.network private \\
+  --node.store $HOME/.celestia-light-robusta-22)
    # Initialize node store
+CELESTIA_CUSTOM=robusta-22 celestia light init
+
+# Set auth token
+export AUTH_TOKEN=$(celestia light auth admin --p2p.network private \\
+  --node.store $HOME/.celestia-light-robusta-22)

    Submitting data ​

    In this example, we will be submitting a blob to the network with a blob.Submit transaction with our light node.

    Some things to consider:

    • The endpoint takes in namespace and data values.
      • The commitment will be generated by the node.
      • Share version is set by the node.
    • Namespace should be 10 bytes, prefixed by 0x if hex; otherwise use base64
    • Data can be hex-encoded (0x...), base64-encoded ("..."), or a plaintext string which will be encoded to base64 ('Hello There!')
    • Optionally, user can provide a gas fee and gas limit.

    We use the following namespace of 0x42690c204d39600fddd3 and the data value of 0x676d.

    Here is an example of the format of the blob.Submit transaction:

    bash
    celestia blob submit <hex-encoded namespace> <hex-encoded data> \\
+  [optional: fee] [optional: gasLimit] [node store | auth token]
    celestia blob submit <hex-encoded namespace> <hex-encoded data> \\
+  [optional: fee] [optional: gasLimit] [node store | auth token]

    We run the following to submit a blob to the network in hexadecimal format:

    bash
    celestia blob submit 0x42690c204d39600fddd3 0x676d \\
+  --node.store $NODE_STORE
    celestia blob submit 0x42690c204d39600fddd3 0x676d \\
+  --node.store $NODE_STORE

    We get the following output:

    json
    {
+  "result": {
+    "height": 252607,
+    "commitment": "0MFhYKQUi2BU+U1jxPzG7QY2BVV1lb3kiU+zAK7nUiY="
+  }
+}
    {
+  "result": {
+    "height": 252607,
+    "commitment": "0MFhYKQUi2BU+U1jxPzG7QY2BVV1lb3kiU+zAK7nUiY="
+  }
+}

    We can also use a string of text as the data value, which will be converted to base64. Here is an example of the format:

    bash
    celestia blob submit <hex-encoded namespace> <'data'> \\
+  [optional: fee] [optional: gasLimit] [node store | auth token]
    celestia blob submit <hex-encoded namespace> <'data'> \\
+  [optional: fee] [optional: gasLimit] [node store | auth token]

    And an example to submit "gm" as the plain-text data:

    bash
    celestia blob submit 0x42690c204d39600fddd3 'gm' --node.store $HOME/.celestia-light-mocha-4/
    celestia blob submit 0x42690c204d39600fddd3 'gm' --node.store $HOME/.celestia-light-mocha-4/

    Output:

    json
    {
+  "result": {
+    "height": 252614,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}
    {
+  "result": {
+    "height": 252614,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}

    If you notice from the above output, it returns a result of 252614 which we will use for the next command. The result corresponds to the height of the block in which the transaction was included.

    Optional: Submit with curl ​

    Refer to the submitting a blob using curl section.

    Retrieving data ​

    After submitting your PFB transaction, upon success, the node will return the block height for which the PFB transaction was included. You can then use that block height and the namespace ID with which you submitted your PFB transaction to get your message shares (data) returned to you. In this example, the block height we got was 252614 which we will use for the following command. Read more about shares in the Celestia Specs.

    Here is what an example of the format of the get command looks like:

    bash
    celestia blob get <block height> <hex-encoded namespace> \\
+  <commitment from output above> <node store | auth>
    celestia blob get <block height> <hex-encoded namespace> \\
+  <commitment from output above> <node store | auth>
    `,36),wa=l(`
    bash
    celestia blob get 252614 0x42690c204d39600fddd3 IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E= \\
+  --node.store $NODE_STORE
    celestia blob get 252614 0x42690c204d39600fddd3 IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E= \\
+  --node.store $NODE_STORE

    Will generate the following output:

    json
    {
+  "result": {
+    "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+    "data": "gm",
+    "share_version": 0,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}
    {
+  "result": {
+    "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+    "data": "gm",
+    "share_version": 0,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}

    The output here is base64 decoded to plain-text.

    To see the base64 response, use the --base64 flag set to TRUE (--base64=TRUE):

    bash
    celestia blob get 252614 0x42690c204d39600fddd3 IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E= \\
+  --base64=TRUE --node.store $NODE_STORE
    celestia blob get 252614 0x42690c204d39600fddd3 IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E= \\
+  --base64=TRUE --node.store $NODE_STORE

    The response will look similar to this:

    json
    {
+  "result": {
+    "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+    "data": "Z20=",
+    "share_version": 0,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}
    {
+  "result": {
+    "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+    "data": "Z20=",
+    "share_version": 0,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}

    To get all blobs in the namespace at the block height, use get-all instead of get:

    bash
    celestia blob get-all 252614 0x42690c204d39600fddd3 \\
+  --node.store $NODE_STORE
    celestia blob get-all 252614 0x42690c204d39600fddd3 \\
+  --node.store $NODE_STORE

    This will return the following:

    json
    {
+  "result": [
+    {
+      "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+      "data": "gm",
+      "share_version": 0,
+      "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+    }
+  ]
+}
    {
+  "result": [
+    {
+      "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+      "data": "gm",
+      "share_version": 0,
+      "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+    }
+  ]
+}

    To display the response in base64, use:

    bash
    celestia blob get-all 252614 0x42690c204d39600fddd3 \\
+  --base64=TRUE --node.store $NODE_STORE
    celestia blob get-all 252614 0x42690c204d39600fddd3 \\
+  --base64=TRUE --node.store $NODE_STORE

    Which will return:

    json
    {
+  "result": [
+    {
+      "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+      "data": "gm",
+      "share_version": 0,
+      "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+    }
+  ]
+}
    {
+  "result": [
+    {
+      "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+      "data": "gm",
+      "share_version": 0,
+      "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+    }
+  ]
+}

    Setting the gas price ​

    The --gas.price flag allows you to specify the gas price for the submission. If not specified, a default gas price will be used. The gas limit is automatically calculated based on the size of the blob being submitted.

    To set the gas price, you can use the --gas.price flag. The gas price will be set to default (0.002) if no value is passed.

    Learn more about gas fees and limits.

    To set a higher gas price of 0.004 utia, use the --gas.price 0.004 flag:

    bash
    celestia blob submit 0x42690c204d39600fddd3 'gm' --gas.price 0.004 \\
+  --node.store $NODE_STORE
    celestia blob submit 0x42690c204d39600fddd3 'gm' --gas.price 0.004 \\
+  --node.store $NODE_STORE

    You will receive the height and commitment of the block in which the transaction was included for these three examples:

    json
    {
+  "result": {
+    "height": 62562,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}
    {
+  "result": {
+    "height": 62562,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}

    Examples ​

    Check your balance ​

    Let's query our node for the balance of its default account (which is the account associated with the CELESTIA_NODE_AUTH_TOKEN key we generated above):

    bash
    celestia state balance --node.store $NODE_STORE
    celestia state balance --node.store $NODE_STORE

    The response will look similar to:

    json
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "denom": "utia",
+    "amount": "172118057"
+  },
+  "id": 1
+}
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "denom": "utia",
+    "amount": "172118057"
+  },
+  "id": 1
+}

    Check the balance of another address ​

    Here is an example of the format of the balance-for-address command:

    bash
    celestia state balance-for-address <address> \\
+  --node.store $NODE_STORE
    celestia state balance-for-address <address> \\
+  --node.store $NODE_STORE

    Let's query our node for the balance of another address:

    bash
    celestia state balance-for-address celestia10rtd9lhel2cuh6c659l25yncl6atcyt37umard \\
+  --node.store $NODE_STORE
    celestia state balance-for-address celestia10rtd9lhel2cuh6c659l25yncl6atcyt37umard \\
+  --node.store $NODE_STORE

    The response will be the balance of the address you queried:

    json
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "denom": "utia",
+    "amount": "1000000"
+  },
+  "id": 1
+}
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "denom": "utia",
+    "amount": "1000000"
+  },
+  "id": 1
+}

    Get your node ID ​

    This is an RPC call in order to get your node's peerId information:

    bash
    celestia p2p info --node.store $NODE_STORE
    celestia p2p info --node.store $NODE_STORE

    The node ID is in the ID value from the response:

    json
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "ID": "12D3KooWFFhCaAqY56oEqY3pLZUdLsv4RYAfVWKATZRepUPdosLp",
+    "Addrs": [
+      "/ip4/10.0.0.171/tcp/2121",
+      "/ip4/10.0.0.171/udp/2121/quic-v1",
+      "/ip4/71.200.65.106/tcp/25630",
+      "/ip4/71.200.65.106/udp/25630/quic-v1",
+      "/ip6/::1/tcp/2121",
+      "/ip6/::1/udp/2121/quic-v1"
+    ]
+  },
+  "id": 1
+}
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "ID": "12D3KooWFFhCaAqY56oEqY3pLZUdLsv4RYAfVWKATZRepUPdosLp",
+    "Addrs": [
+      "/ip4/10.0.0.171/tcp/2121",
+      "/ip4/10.0.0.171/udp/2121/quic-v1",
+      "/ip4/71.200.65.106/tcp/25630",
+      "/ip4/71.200.65.106/udp/25630/quic-v1",
+      "/ip6/::1/tcp/2121",
+      "/ip6/::1/udp/2121/quic-v1"
+    ]
+  },
+  "id": 1
+}

    Get your account address ​

    This is an RPC call in order to get your node's account address:

    bash
    celestia state account-address --node.store $NODE_STORE
    celestia state account-address --node.store $NODE_STORE

    Response:

    json
    {
+  "jsonrpc": "2.0",
+  "result": "celestia1znk24rh52pgcd9z5x2x42jztjh6raaaphuvrt3",
+  "id": 1
+}
    {
+  "jsonrpc": "2.0",
+  "result": "celestia1znk24rh52pgcd9z5x2x42jztjh6raaaphuvrt3",
+  "id": 1
+}

    Get block header by height ​

    Here is an example of the format of the GetByHeight command:

    bash
    celestia header get-by-height <height> \\
+  --node.store $NODE_STORE
    celestia header get-by-height <height> \\
+  --node.store $NODE_STORE

    Now, let's get the block header information.

    Here we will get the header from Block 1:

    bash
    celestia header get-by-height 1 \\
+  --node.store $NODE_STORE\`\`\`
+
+It will output something like this:
+
+<!-- markdownlint-disable MD013 -->
+
+\`\`\`json
+{
+  "jsonrpc": "2.0",
+  "result": {
+    "header": {
+      "version": {
+        "block": "11",
+        "app": "1"
+      },
+      "chain_id": "arabica-11",
+      "height": "1",
+      "time": "2023-06-27T13:02:39.741743Z",
+      "last_block_id": {
+        "hash": "",
+        "parts": {
+          "total": 0,
+          "hash": ""
+        }
+      },
+      "last_commit_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "data_hash": "3D96B7D238E7E0456F6AF8E7CDF0A67BD6CF9C2089ECB559C659DCAA1F880353",
+      "validators_hash": "6363C68770C200FD794445668F9B18F5B1DD1125180D6E8D5AB004F7DD7A0F48",
+      "next_validators_hash": "6363C68770C200FD794445668F9B18F5B1DD1125180D6E8D5AB004F7DD7A0F48",
+      "consensus_hash": "048091BC7DDC283F77BFBF91D73C44DA58C3DF8A9CBC867405D8B7F3DAADA22F",
+      "app_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "last_results_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "evidence_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "proposer_address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86"
+    },
+    "validator_set": {
+      "validators": [
+        {
+          "address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+          "pub_key": {
+            "type": "tendermint/PubKeyEd25519",
+            "value": "9aNBAxno1B4X5LR2qY5qWqwrMNOzejkctXwzq9BExsg="
+          },
+          "voting_power": "500000000",
+          "proposer_priority": "0"
+        }
+      ],
+      "proposer": {
+        "address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+        "pub_key": {
+          "type": "tendermint/PubKeyEd25519",
+          "value": "9aNBAxno1B4X5LR2qY5qWqwrMNOzejkctXwzq9BExsg="
+        },
+        "voting_power": "500000000",
+        "proposer_priority": "0"
+      }
+    },
+    "commit": {
+      "height": 1,
+      "round": 0,
+      "block_id": {
+        "hash": "7A5FABB19713D732D967B1DA84FA0DF5E87A7B62302D783F78743E216C1A3550",
+        "parts": {
+          "total": 1,
+          "hash": "D85C907CE660878A8203AC74BAA147CCC1F87114B45B568B72AD207B62AFE45E"
+        }
+      },
+      "signatures": [
+        {
+          "block_id_flag": 2,
+          "validator_address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+          "timestamp": "2023-06-30T08:40:19.299137127Z",
+          "signature": "qmaEzrnbtgEXCRYc8pCvGRbS+uMuknIBoRAE4qyE7oSgWCRwBVYS/oPReXQLg9ER1oEY1De4MkWvMjlFnQOOCg=="
+        }
+      ]
+    },
+    "dah": {
+      "row_roots": [
+        "//////////////////////////////////////7//////////////////////////////////////huZWOTTDmD36N1F75A9BshxNlRasCnNpQiWqIhdVHcU",
+        "/////////////////////////////////////////////////////////////////////////////5iieeroHBMfF+sER3JpvROIeEJZjbY+TRE0ntADQLL3"
+      ],
+      "column_roots": [
+        "//////////////////////////////////////7//////////////////////////////////////huZWOTTDmD36N1F75A9BshxNlRasCnNpQiWqIhdVHcU",
+        "/////////////////////////////////////////////////////////////////////////////5iieeroHBMfF+sER3JpvROIeEJZjbY+TRE0ntADQLL3"
+      ]
+    }
+  },
+  "id": 1
+}
    celestia header get-by-height 1 \\
+  --node.store $NODE_STORE\`\`\`
+
+It will output something like this:
+
+<!-- markdownlint-disable MD013 -->
+
+\`\`\`json
+{
+  "jsonrpc": "2.0",
+  "result": {
+    "header": {
+      "version": {
+        "block": "11",
+        "app": "1"
+      },
+      "chain_id": "arabica-11",
+      "height": "1",
+      "time": "2023-06-27T13:02:39.741743Z",
+      "last_block_id": {
+        "hash": "",
+        "parts": {
+          "total": 0,
+          "hash": ""
+        }
+      },
+      "last_commit_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "data_hash": "3D96B7D238E7E0456F6AF8E7CDF0A67BD6CF9C2089ECB559C659DCAA1F880353",
+      "validators_hash": "6363C68770C200FD794445668F9B18F5B1DD1125180D6E8D5AB004F7DD7A0F48",
+      "next_validators_hash": "6363C68770C200FD794445668F9B18F5B1DD1125180D6E8D5AB004F7DD7A0F48",
+      "consensus_hash": "048091BC7DDC283F77BFBF91D73C44DA58C3DF8A9CBC867405D8B7F3DAADA22F",
+      "app_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "last_results_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "evidence_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "proposer_address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86"
+    },
+    "validator_set": {
+      "validators": [
+        {
+          "address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+          "pub_key": {
+            "type": "tendermint/PubKeyEd25519",
+            "value": "9aNBAxno1B4X5LR2qY5qWqwrMNOzejkctXwzq9BExsg="
+          },
+          "voting_power": "500000000",
+          "proposer_priority": "0"
+        }
+      ],
+      "proposer": {
+        "address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+        "pub_key": {
+          "type": "tendermint/PubKeyEd25519",
+          "value": "9aNBAxno1B4X5LR2qY5qWqwrMNOzejkctXwzq9BExsg="
+        },
+        "voting_power": "500000000",
+        "proposer_priority": "0"
+      }
+    },
+    "commit": {
+      "height": 1,
+      "round": 0,
+      "block_id": {
+        "hash": "7A5FABB19713D732D967B1DA84FA0DF5E87A7B62302D783F78743E216C1A3550",
+        "parts": {
+          "total": 1,
+          "hash": "D85C907CE660878A8203AC74BAA147CCC1F87114B45B568B72AD207B62AFE45E"
+        }
+      },
+      "signatures": [
+        {
+          "block_id_flag": 2,
+          "validator_address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+          "timestamp": "2023-06-30T08:40:19.299137127Z",
+          "signature": "qmaEzrnbtgEXCRYc8pCvGRbS+uMuknIBoRAE4qyE7oSgWCRwBVYS/oPReXQLg9ER1oEY1De4MkWvMjlFnQOOCg=="
+        }
+      ]
+    },
+    "dah": {
+      "row_roots": [
+        "//////////////////////////////////////7//////////////////////////////////////huZWOTTDmD36N1F75A9BshxNlRasCnNpQiWqIhdVHcU",
+        "/////////////////////////////////////////////////////////////////////////////5iieeroHBMfF+sER3JpvROIeEJZjbY+TRE0ntADQLL3"
+      ],
+      "column_roots": [
+        "//////////////////////////////////////7//////////////////////////////////////huZWOTTDmD36N1F75A9BshxNlRasCnNpQiWqIhdVHcU",
+        "/////////////////////////////////////////////////////////////////////////////5iieeroHBMfF+sER3JpvROIeEJZjbY+TRE0ntADQLL3"
+      ]
+    }
+  },
+  "id": 1
+}

    Combined commands ​

    bash
    celestia share get-by-namespace "$(celestia header get-by-height 147105 \\
+  --node.store  $NODE_STORE | jq '.result.dah' -r)" 0x42690c204d39600fddd3 \\
+  --node.store $NODE_STORE
    celestia share get-by-namespace "$(celestia header get-by-height 147105 \\
+  --node.store  $NODE_STORE | jq '.result.dah' -r)" 0x42690c204d39600fddd3 \\
+  --node.store $NODE_STORE

    Get data availability sampler stats ​

    bash
    celestia das sampling-stats --node.store $NODE_STORE
    celestia das sampling-stats --node.store $NODE_STORE

    Transfer balance of utia to another account ​

    First, set your address as a variable:

    bash
    export ADDRESS=celestia1c425ckmve2489atttx022qpc02gxspa29wmh0d
    export ADDRESS=celestia1c425ckmve2489atttx022qpc02gxspa29wmh0d

    Then, transfer the amount of tokens that you would like, while setting the recipient's address, gas fee, and gasLimit. This is what the format will look like:

    bash
    celestia state transfer $ADDRESS <amount in utia> <gas fee in utia> <gas fee in utia> \\
+  --node.store $NODE_STORE
    celestia state transfer $ADDRESS <amount in utia> <gas fee in utia> <gas fee in utia> \\
+  --node.store $NODE_STORE

    Here is an example, sending 0.1 TIA, with a gas fee of 0.008 TIA, and a gas limit of 0.08:

    bash
    celestia state transfer $ADDRESS 100000 8000 80000 \\
+  --node.store $NODE_STORE
    celestia state transfer $ADDRESS 100000 8000 80000 \\
+  --node.store $NODE_STORE

    If you'd just like to return the transaction hash, you can use jq:

    bash
    celestia state transfer $ADDRESS 100000 8000 80000 --node.store $NODE_STORE | jq .result.txhash
    celestia state transfer $ADDRESS 100000 8000 80000 --node.store $NODE_STORE | jq .result.txhash

    API version ​

    To query your node's API version, you can use the following command:

    bash
    celestia node info --node.store $NODE_STORE
    celestia node info --node.store $NODE_STORE

    Help ​

    To get help and view the CLI menu, use the following command:

    bash
    celestia --help
    celestia --help

    To view help menu for a specific method, use the following command:

    bash
    celestia <module> <method> --node.store $NODE_STORE --help
    celestia <module> <method> --node.store $NODE_STORE --help

    Advanced example ​

    This example shows us using the jq command to parse the output of the celestia header get-by-height method to get the extended header used in celestia share get-by-namespace:

    bash
    celestia share get-by-namespace \\
+  "$(celestia header get-by-height 252614 --node.store $NODE_STORE | jq '.result.dah' -r)" \\
+  0x42690c204d39600fddd3 --node.store $NODE_STORE
    celestia share get-by-namespace \\
+  "$(celestia header get-by-height 252614 --node.store $NODE_STORE | jq '.result.dah' -r)" \\
+  0x42690c204d39600fddd3 --node.store $NODE_STORE

    Additional resources ​

    Submitting a blob using curl ​

    In order to post a blob using curl, you will need a light node running with the --core.ip string flag, providing access to a consensus endpoint. The flag indicates node to connect to the given core consensus node. Examples: 127.0.0.1 or subdomain.domain.tld. Using either IP or DNS assumes RPC port 26657 and gRPC port 9090 as default unless otherwise specified.

    1. In your terminal, set the auth token for the desired network. In this example, we will use Mainnet Beta.
    bash
    export CELESTIA_NODE_AUTH_TOKEN=$(celestia light auth admin --p2p.network celestia)
    export CELESTIA_NODE_AUTH_TOKEN=$(celestia light auth admin --p2p.network celestia)
    1. Post your blob with:
    bash
    curl -H "Content-Type: application/json" -H "Authorization: Bearer $CELESTIA_NODE_AUTH_TOKEN" -X POST --data '{"id": 1,
+  "jsonrpc": "2.0",
+  "method": "blob.Submit",
+  "params": [
+    [
+      {
+        "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAAECAwQFBgcICRA=",
+        "data": "VGhpcyBpcyBhbiBleGFtcGxlIG9mIHNvbWUgYmxvYiBkYXRh",
+        "share_version": 0,
+        "commitment": "AD5EzbG0/EMvpw0p8NIjMVnoCP4Bv6K+V6gjmwdXUKU="
+      }
+    ],
+    0.002
+  ]
+}' 127.0.0.1:26658
    curl -H "Content-Type: application/json" -H "Authorization: Bearer $CELESTIA_NODE_AUTH_TOKEN" -X POST --data '{"id": 1,
+  "jsonrpc": "2.0",
+  "method": "blob.Submit",
+  "params": [
+    [
+      {
+        "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAAECAwQFBgcICRA=",
+        "data": "VGhpcyBpcyBhbiBleGFtcGxlIG9mIHNvbWUgYmxvYiBkYXRh",
+        "share_version": 0,
+        "commitment": "AD5EzbG0/EMvpw0p8NIjMVnoCP4Bv6K+V6gjmwdXUKU="
+      }
+    ],
+    0.002
+  ]
+}' 127.0.0.1:26658
    1. Upon successful blob submission, the result will show the block height:
    bash
    {"jsonrpc":"2.0","result":362101,"id":1}
    {"jsonrpc":"2.0","result":362101,"id":1}

    The example transaction can be found on Celenium.

    Post an SVG as a PFB ​

    If you'd like to create your own SVG, post it to Celestia, and retrieve it, you can check out the Base64 SVG Tutorial.

    Golang guide ​

    If you're interested in interacting with the node's API in Go (client.go), you can use the da-rpc-client-tutorial repo.

    Troubleshooting ​

    If you encounter an error like:

    sh
    "rpc error: code = NotFound desc = account celestia1krkle0n547u0znz3unnln8paft2dq4z3rznv86 not found"
    "rpc error: code = NotFound desc = account celestia1krkle0n547u0znz3unnln8paft2dq4z3rznv86 not found"

    It is possible that the account you are trying to submit a PayForBlobs from doesn't have testnet tokens yet. Ensure the testnet faucet has funded your account with tokens and then try again.

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set your node store for a light node on "+a(n(o).mochaChainId)+", you can use the following command:",1),s("div",Ea,[ia,da,s("pre",Fa,[s("code",null,[s("span",ua,[ha,Ca,ga,ba,s("span",Ba,"/.celestia-light-"+a(n(o).mochaChainId),1)])])]),s("pre",qa,[s("code",null,[s("span",va,[ma,ka,Aa,_a,s("span",fa,"/.celestia-light-"+a(n(o).mochaChainId),1)])])])]),Da,s("p",null,[p("Here is an example command to retrieve the data from above, on "),s("code",null,a(n(o).arabicaChainId),1),p(":")]),wa]))}});export{Ha as __pageData,Ua as default}; diff --git a/assets/developers_optimism-devnet.md.3b7c5762.js b/assets/developers_optimism-devnet.md.3b7c5762.js new file mode 100644 index 00000000000..a10f65fdbe7 --- /dev/null +++ b/assets/developers_optimism-devnet.md.3b7c5762.js @@ -0,0 +1,131 @@ +import{_ as s,o as a,c as n,Q as e}from"./chunks/framework.51d6c45b.js";const E=JSON.parse('{"title":"Deploy an OP Stack devnet","description":"Start your own devnet with a modified version of optimism-bedrock.","frontmatter":{"description":"Start your own devnet with a modified version of optimism-bedrock.","head":[["meta",{"name":"og:title","content":"Deploy an OP Stack devnet | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/optimism-devnet.md","filePath":"developers/optimism-devnet.md","lastUpdated":1713191709000}'),l={name:"developers/optimism-devnet.md"},o=e(`

    Deploy an OP Stack devnet ​

    This guide will show you how to run your own OP Stack devnet.

    Dependency setup ​

    Environment setup and Golang installation ​

    First, install dependencies for Celestia software and for OP Stack.

    Clone repository ​

    Next, clone the repo:

    bash
    cd $HOME
+git clone https://github.com/celestiaorg/optimism
+cd optimism
    cd $HOME
+git clone https://github.com/celestiaorg/optimism
+cd optimism

    Check out to the version for either the stable version or upstream version:

    bash
    git checkout tags/v1.2.0-OP_v1.7.0-CN_v0.12.4
+git submodule update --init --recursive
    git checkout tags/v1.2.0-OP_v1.7.0-CN_v0.12.4
+git submodule update --init --recursive
    bash
    git checkout celestia-develop
+git submodule update --init --recursive
    git checkout celestia-develop
+git submodule update --init --recursive

    Build devnet ​

    Build TypeScript definitions for TS dependencies:

    bash
    cd $HOME
+cd optimism
+make
    cd $HOME
+cd optimism
+make

    Set environment variables to start network:

    bash
    export SEQUENCER_BATCH_INBOX_ADDRESS=0xff00000000000000000000000000000000000000
+export L2OO_ADDRESS=0x70997970C51812dc3A010C7d01b50e0d17dc79C8
    export SEQUENCER_BATCH_INBOX_ADDRESS=0xff00000000000000000000000000000000000000
+export L2OO_ADDRESS=0x70997970C51812dc3A010C7d01b50e0d17dc79C8

    Start devnet ​

    Start the network by running:

    bash
    make devnet-up
    make devnet-up

    This starts up the layer 1 (ETH), layer 2 (op-geth), data availability layer (Celestia), the sequencer (op-node), batch submitter (op-batcher), state commitment service (op-proposer).

    View the logs of the devnet ​

    If you'd like to view the logs of the devnet, run the following command from the root of the Optimism directory:

    bash
    make devnet-logs
    make devnet-logs
    Optional: Docker tips

    Stop devnet ​

    If you'd like to start the network over, use the following command to safely shut down all of the containers:

    bash
    make devnet-down
    make devnet-down

    Then clean out the old config:

    bash
    make devnet-clean
    make devnet-clean

    Viewing containers ​

    To view the containers running, send:

    bash
    docker ps
    docker ps

    Find the container ID of the ops-bedrock_op-batcher_1 and run the following to follow the logs:

    bash
    docker logs -f <container-id>
    docker logs -f <container-id>

    In a new terminal, find the container ID of the ghcr.io/celestiaorg/local-celestia-devnet:main and run the following to follow the logs:

    bash
    docker logs -f <container-id>
    docker logs -f <container-id>

    You can do the same for other containers as you explore the stack.

    Find a transaction ​

    Now, we'll check for a recent transaction on the L1 with:

    bash
    cast block latest --rpc-url localhost:8545
    cast block latest --rpc-url localhost:8545

    Output of a block that contains a transaction will look like this:

    console
    baseFeePerGas        7
+difficulty           2
+extraData            0xd883010d04846765746888676f312e32312e33856c696e7578000000000000006b3afa42dce1f87f1f07a1ef569c4d43e41738ef93c865098bfa1458645f384e2e4498bcfe4ad9353ff1913a2e16162f496fafe5b0939a6c78fb5b503248d6da01
+gasLimit             30000000
+gasUsed              21568
+hash                 0x1cb54d2369752ef73511c202ff9cdfd0eadf3a77b7aef0092bea63f2b5d57659
+logsBloom            0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+miner                0x0000000000000000000000000000000000000000
+mixHash              0x0000000000000000000000000000000000000000000000000000000000000000
+nonce                0x0000000000000000
+number               1141
+parentHash           0x664bf4bb4a57dd5768a0a98991d77c58fb7a4e164c2581c79fb33ce9c3d4c250
+receiptsRoot         0xaf8ff6af1180c8be9e4e8f3a5f882b3b227233f4abbefa479836d3721682a389
+sealFields           []
+sha3Uncles           0x1dcc4de8dec75d7aab85b567b6ccd41ad312451b948a7413f0a142fd40d49347
+size                 767
+stateRoot            0xd4b998a35d20d98ed3488221f0c161a0a9572d3de66399482553c8e3d2fae751
+timestamp            1699638350
+withdrawalsRoot
+totalDifficulty      2283
+transactions:        [
+  0x79a0a7a1b4936aafe7a37dbfb07a6a9e55c145a4ed6fd54f962649b4b7db8de7
+]
    baseFeePerGas        7
+difficulty           2
+extraData            0xd883010d04846765746888676f312e32312e33856c696e7578000000000000006b3afa42dce1f87f1f07a1ef569c4d43e41738ef93c865098bfa1458645f384e2e4498bcfe4ad9353ff1913a2e16162f496fafe5b0939a6c78fb5b503248d6da01
+gasLimit             30000000
+gasUsed              21568
+hash                 0x1cb54d2369752ef73511c202ff9cdfd0eadf3a77b7aef0092bea63f2b5d57659
+logsBloom            0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+miner                0x0000000000000000000000000000000000000000
+mixHash              0x0000000000000000000000000000000000000000000000000000000000000000
+nonce                0x0000000000000000
+number               1141
+parentHash           0x664bf4bb4a57dd5768a0a98991d77c58fb7a4e164c2581c79fb33ce9c3d4c250
+receiptsRoot         0xaf8ff6af1180c8be9e4e8f3a5f882b3b227233f4abbefa479836d3721682a389
+sealFields           []
+sha3Uncles           0x1dcc4de8dec75d7aab85b567b6ccd41ad312451b948a7413f0a142fd40d49347
+size                 767
+stateRoot            0xd4b998a35d20d98ed3488221f0c161a0a9572d3de66399482553c8e3d2fae751
+timestamp            1699638350
+withdrawalsRoot
+totalDifficulty      2283
+transactions:        [
+  0x79a0a7a1b4936aafe7a37dbfb07a6a9e55c145a4ed6fd54f962649b4b7db8de7
+]

    Copy the transaction hash from transactions: <transaction-hash> and set it as a variable:

    bash
    export TX_HASH=0x79a0a7a1b4936aafe7a37dbfb07a6a9e55c145a4ed6fd54f962649b4b7db8de7
    export TX_HASH=0x79a0a7a1b4936aafe7a37dbfb07a6a9e55c145a4ed6fd54f962649b4b7db8de7

    Read the transaction call data ​

    Now read the transaction call data on the L1:

    bash
    cast tx $TX_HASH --rpc-url localhost:8545
    cast tx $TX_HASH --rpc-url localhost:8545

    The output will look similar to below:

    console
    blockHash            0x9f4dfae061b5ddd86f95a81be5daa0d7fe32e7f7f770f86dc375e0007d249bd2
+blockNumber          24
+from                 0x3C44CdDdB6a900fa2b585dd299e03d12FA4293BC
+gas                  21572
+gasPrice             1040676758
+hash                 0xadd3a5dc0b8c605aeac891098e87cbaff43bb642896ebbf74f964c0690e46df2
+input                0xce3500000000000000769074a923011bdda721eacc34c8a77c69c10f2b6c8e659f987e82f217a5340f
+nonce                4
+r                    0xaf5c1505c7dfcebca94d9a6a8c0caf99b6c87a8ed6d6c0b3161c9026f270a84f
+s                    0x383ed2debf9f9055920cd7340418dda7e2bca6b989eb6992d83d123d4e322f2a
+to                   0xFf00000000000000000000000000000000000901
+transactionIndex     0
+v                    0
+value                0
+yParity              0
    blockHash            0x9f4dfae061b5ddd86f95a81be5daa0d7fe32e7f7f770f86dc375e0007d249bd2
+blockNumber          24
+from                 0x3C44CdDdB6a900fa2b585dd299e03d12FA4293BC
+gas                  21572
+gasPrice             1040676758
+hash                 0xadd3a5dc0b8c605aeac891098e87cbaff43bb642896ebbf74f964c0690e46df2
+input                0xce3500000000000000769074a923011bdda721eacc34c8a77c69c10f2b6c8e659f987e82f217a5340f
+nonce                4
+r                    0xaf5c1505c7dfcebca94d9a6a8c0caf99b6c87a8ed6d6c0b3161c9026f270a84f
+s                    0x383ed2debf9f9055920cd7340418dda7e2bca6b989eb6992d83d123d4e322f2a
+to                   0xFf00000000000000000000000000000000000901
+transactionIndex     0
+v                    0
+value                0
+yParity              0

    TIP

    You are looking for a batcher transaction to the address 0xFf00000000000000000000000000000000000901.

    First, remove the prefix 0xce. Now, set the input as the INPUT variable and encode it as base64:

    bash
    export INPUT=ce3500000000000000769074a923011bdda721eacc34c8a77c69c10f2b6c8e659f987e82f217a5340f
+export ENCODED_INPUT=$(echo "$INPUT" | xxd -r -p | base64)
    export INPUT=ce3500000000000000769074a923011bdda721eacc34c8a77c69c10f2b6c8e659f987e82f217a5340f
+export ENCODED_INPUT=$(echo "$INPUT" | xxd -r -p | base64)

    TIP

    Remember to remove the 0xce prefix!

    Find the data on Celestia ​

    Clone the go-da repository:

    bash
    cd $HOME
+git clone https://github.com/rollkit/go-da.git
+cd go-da/proto/da
    cd $HOME
+git clone https://github.com/rollkit/go-da.git
+cd go-da/proto/da

    Now, from go-da/proto/da run:

    bash
    grpcurl -proto da.proto -plaintext -d "{\\"ids\\": [{\\"value\\": \\"$ENCODED_INPUT\\"}]}" 127.0.0.1:26650 da.DAService.Get
    grpcurl -proto da.proto -plaintext -d "{\\"ids\\": [{\\"value\\": \\"$ENCODED_INPUT\\"}]}" 127.0.0.1:26650 da.DAService.Get

    Your result will look similar to the below!

    console
    {
+  "blobs": [
+    {
+      "value": "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"
+    }
+  ]
+}
    {
+  "blobs": [
+    {
+      "value": "AKUumhJ8FnuyVrBs38FDKEIAAAAAAZB42trhw/DDc4GFAlv4klkv5Zh4E16mmO5fpNOS1f5wzpds8YK3S0Rvs4ULLJj13euw+Ovdv6Q23zuV1ShROEvk5aptIT7bGmZunvc1OiKwJTXVbN0BiGm6k2zNWq78cNsT2ez3+nzQq84Ds28or/aKz/o1w4NpV7w4caZtgJomX71w96m63+xzYnarXLu7WWvRrwbeb6cW8R93YHXt1r4+TXCBGVe76obzf5JLTNu22gksD2cL+83D8DGjX0FKcwZD0VofkGmboKY1uTddu8704s2MwgNNe09s1bzw+n9Fq6fKFw7pvwJL200eCS0oFJ3HfPAEywnlgyyGQc89dh+98GD5TrdU4aNql9afmW+sDzJtC9S0fzLWYROOS0bvK3W7EvNpmWXe5qrdzKlBmv1LZi4ofrrxLHGmbYOaJhHsEn+B81lGUh33HDet8K9nVKKSF2+W3Xul6uPSxydPBwsv2GHskR+yfUlDbvyl1ROTvtS1zXlpEPz0M1e/RIIt57fVj0Gm7TgACAAA//+Qdel2AQ=="
+    }
+  ]
+}

    Ethereum fallback mechanism in OP Stack ​

    The Ethereum fallback mechanism allows rollups to "fall back" to Ethereum or another EVM chain in the case of downtime or errors submitting data to Celestia.

    Implementation of fallback ​

    The Ethereum fallback mechanism is implemented in the celestiaorg/optimism v1.1.0 release.

    The op-batcher/batcher/driver.go and op-node/rollup/derive/calldata_source.go files are part of the Ethereum fallback mechanism in the op-batcher and op-node respectively.

    In driver.go, the calldataTxCandidate function is responsible for the write path of the Ethereum fallback. This function creates and submits a transaction to the batch inbox address with the given data. It uses the underlying txmgr to handle transaction sending and gas price management.

    If the transaction data can be published as a blob to Celestia, it replaces the calldata with a blob identifier and sends the transaction with this data. If it cannot be published to Celestia, it falls back to Ethereum without any change to the transaction.

    The blob identifier starts with the special prefix 0xce, which was chosen as a mnemonic for Celestia, and indicates that the remaining data has to interpreted as a little-endian encoded Block Height (8 bytes) and Blob Commitment (32 bytes). The combination of these can later be used to retrieve the original calldata from Celestia.

    Prefix8 bytes32 bytes
    0xceBlock HeightBlob Commitment
    go
    func (l *BatchSubmitter) sendTransaction(
+    txdata txData,
+    queue *txmgr.Queue[txData],
+    receiptsCh chan txmgr.TxReceipt[txData],
+) {
+    // ...
+}
    func (l *BatchSubmitter) sendTransaction(
+    txdata txData,
+    queue *txmgr.Queue[txData],
+    receiptsCh chan txmgr.TxReceipt[txData],
+) {
+    // ...
+}

    In calldata_source.go, the DataFromEVMTransactions function defines the read path of the Ethereum fallback. This function filters all of the transactions and returns the calldata from transactions that are sent to the batch inbox address from the batch sender address.

    If the calldata matches the version prefix 0xce, it is decoded as a blob identifier, the original calldata is retrieved from Celestia and returned for derivation. If the calldata does not match the prefix, the entire calldata is returned for derivation.

    go
    func DataFromEVMTransactions(
+    config *rollup.Config,
+    batcherAddr common.Address,
+    txs types.Transactions,
+    log log.Logger
+) ([]eth.Data, error) {
+    // ...
+}
    func DataFromEVMTransactions(
+    config *rollup.Config,
+    batcherAddr common.Address,
+    txs types.Transactions,
+    log log.Logger
+) ([]eth.Data, error) {
+    // ...
+}

    These two functions work together to ensure that the Ethereum fallback mechanism operates correctly, allowing the rollup to continue functioning even during periods of downtime on Celestia.

    Testing the fallback ​

    Testing out the Ethereum fallback mechanism can be done with the go-da tool. Triggering a simultaneous blob transaction will cause the op-batcher blob transaction to fail, with an incorrect account sequence error, which triggers a fallback to Ethereum.

    To trigger the transaction, send this command from the same go/proto/da directory:

    bash
    grpcurl -proto da.proto -plaintext -d '{"blobs": [{"value": "SGVsbG8gd28ybGQh"}]}' 127.0.0.1:26650 da.DAService.Submit
    grpcurl -proto da.proto -plaintext -d '{"blobs": [{"value": "SGVsbG8gd28ybGQh"}]}' 127.0.0.1:26650 da.DAService.Submit

    Alternatively, you can shut off the local-celestia-devnet and see that the OP Stack devnet logs show that the rollup has fallen back to the L1, in this case Ethereum, for posting data.

    Span batches ​

    Span batches can be enabled by setting OP_BATCHER_BATCH_TYPE: 1 in your docker-compose.yml file.

    Note that this requires the Delta activation time to be configured. For your devnet, you should set "l2GenesisDeltaTimeOffset": "0x0", in devnetL1-template.json. This will enable span batches and can be tested by grepping docker compose logs -f | grep batch_type which should include batch_type=SpanBatch and batch_type=1.

    `,68),p=[o];function t(c,r,i,d,y,h){return a(),n("div",null,p)}const u=s(l,[["render",t]]);export{E as __pageData,u as default}; diff --git a/assets/developers_optimism-devnet.md.3b7c5762.lean.js b/assets/developers_optimism-devnet.md.3b7c5762.lean.js new file mode 100644 index 00000000000..6848b75f1d7 --- /dev/null +++ b/assets/developers_optimism-devnet.md.3b7c5762.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as n,Q as e}from"./chunks/framework.51d6c45b.js";const E=JSON.parse('{"title":"Deploy an OP Stack devnet","description":"Start your own devnet with a modified version of optimism-bedrock.","frontmatter":{"description":"Start your own devnet with a modified version of optimism-bedrock.","head":[["meta",{"name":"og:title","content":"Deploy an OP Stack devnet | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/optimism-devnet.md","filePath":"developers/optimism-devnet.md","lastUpdated":1713191709000}'),l={name:"developers/optimism-devnet.md"},o=e("",68),p=[o];function t(c,r,i,d,y,h){return a(),n("div",null,p)}const u=s(l,[["render",t]]);export{E as __pageData,u as default}; diff --git a/assets/developers_optimism.md.8200414c.js b/assets/developers_optimism.md.8200414c.js new file mode 100644 index 00000000000..5f10599db7b --- /dev/null +++ b/assets/developers_optimism.md.8200414c.js @@ -0,0 +1,55 @@ +import{c as a}from"./chunks/constants.dc70dfe7.js";import{o as l,c as t,k as s,t as e,l as o,Q as n}from"./chunks/framework.51d6c45b.js";const p=n('

    Deploy an OP Stack devnet to Celestia ​

    In order to deploy a devnet to Celestia, you will need to have a modified version of optimism-bedrock. Refer to the steps to install dependencies and the modified version of OP Stack for your environment setup.

    Pick your deployment type ​

    Using Celestia and OP stack, you have the option to either run a light node of your own or a local-celestia-devnet, both of which will give you a local devnet to test things out with.

    Using a local devnet ​

    If you'd like to use the local-celestia-devnet, you're in luck! This is the default for the OP Stack + Celestia repository. Head to the previous page to get started.

    Using a light node ​

    This is a beta integration and we are working on resolving open issues.

    In order to allow your light node to post and retrieve data without errors, you will need to change UseShareExchange to false in:

    ',9),c={class:"vp-code-group vp-adaptive-theme"},i=n('
    ',1),r={class:"blocks"},d=n('
    bash
    $HOME/.celestia-light/config.toml
    $HOME/.celestia-light/config.toml
    ',1),h={class:"language-bash vp-adaptive-theme"},y=s("button",{title:"Copy Code",class:"copy"},null,-1),E=s("span",{class:"lang"},"bash",-1),u={class:"shiki github-dark vp-code-dark"},g={class:"line"},_={style:{color:"#E1E4E8"}},v={class:"shiki github-light vp-code-light"},f={class:"line"},m={style:{color:"#24292E"}},b={class:"language-bash vp-adaptive-theme"},k=s("button",{title:"Copy Code",class:"copy"},null,-1),C=s("span",{class:"lang"},"bash",-1),F={class:"shiki github-dark vp-code-dark"},T={class:"line"},w={style:{color:"#E1E4E8"}},B={class:"shiki github-light vp-code-light"},S={class:"line"},A={style:{color:"#24292E"}},P=n('

    If you choose to use your own node store, the light node must be fully synced and funded for you to be able to submit and retrieve PayForBlobs to a Celestia network.

    If it is not synced, you will run into errors similar to this.

    Visit the Arabica or Mocha pages to visit their faucets.

    In order to mount existing data, you must have a node store that is in this directory:

    ',4),q={class:"vp-code-group vp-adaptive-theme"},D=n('
    ',1),O={class:"blocks"},I=n('
    bash
    $HOME/.celestia-light
    $HOME/.celestia-light
    ',1),M={class:"language-bash vp-adaptive-theme"},H=s("button",{title:"Copy Code",class:"copy"},null,-1),R=s("span",{class:"lang"},"bash",-1),x={class:"shiki github-dark vp-code-dark"},N={class:"line"},V={style:{color:"#E1E4E8"}},$={class:"shiki github-light vp-code-light"},L={class:"line"},U={style:{color:"#24292E"}},G={class:"language-bash vp-adaptive-theme"},K=s("button",{title:"Copy Code",class:"copy"},null,-1),Q=s("span",{class:"lang"},"bash",-1),W={class:"shiki github-dark vp-code-dark"},X={class:"line"},Y={style:{color:"#E1E4E8"}},j={class:"shiki github-light vp-code-light"},Z={class:"line"},z={style:{color:"#24292E"}},J=n(`

    This is the default location of the node store when you initialize and run a new Celestia node.

    By default, the node will run with the account named my_celes_key.

    If you have your own setup you'd like to try, you can always edit optimism/ops-bedrock/docker-compose.yml to work with your setup.

    Using a RaaS provider ​

    If you'd like to use a Rollups as a Service (RaaS) provider, you can do so by going to the RaaS category in the menu.

    Build the devnet ​

    Build TypeScript definitions for TS dependencies:

    bash
    cd $HOME
+cd optimism
+make
    cd $HOME
+cd optimism
+make

    Set environment variables to start network:

    bash
    export SEQUENCER_BATCH_INBOX_ADDRESS=0xff00000000000000000000000000000000000000
+export L2OO_ADDRESS=0x70997970C51812dc3A010C7d01b50e0d17dc79C8
    export SEQUENCER_BATCH_INBOX_ADDRESS=0xff00000000000000000000000000000000000000
+export L2OO_ADDRESS=0x70997970C51812dc3A010C7d01b50e0d17dc79C8

    Start the devnet ​

    First, make sure your light node is synced and funded. It must not be running for this example to work.

    This example is for Mainnet Beta. You can modify the da: section of your $HOME/optimism/ops-bedrock/docker-compose.yml for your specific use, similarly to the example below:

    This setup will use celestia-da, which is celestia-node with a DA server on port 26650.

    For the P2P_NETWORK variable, you'll need to supply the network of choice, either celestia, mocha, or arabica. Using celestia, the volume path will be just .celestia-light instead of .celestia-light-<network>. You will also need to provide a core.ip RPC URL for the network you are using.

    yaml
    da:
+  image: ghcr.io/rollkit/local-celestia-devnet:v0.12.1 
+  image: ghcr.io/rollkit/celestia-da:v0.12.9 
+  command: > 
+    celestia-da light start 
+    --p2p.network=<network> 
+    --da.grpc.namespace=000008e5f679bf7116cb 
+    --da.grpc.listen=0.0.0.0:26650 
+    --core.ip <rpc-url> 
+    --gateway 
+  environment: 
+      - NODE_TYPE=light 
+      - P2P_NETWORK=<network> 
+  ports:
+    - "26650:26650"
+    - "26658:26658"
+    - "26659:26659"
+  volumes: 
+    - $HOME/.celestia-light-<network>/:/home/celestia/.celestia-light-<network>/ 
+  healthcheck:
+    test: ["CMD", "curl", "-f", "http://localhost:26659/header/1"]
+    interval: 10s
+    timeout: 5s
+    retries: 5
+    start_period: 30s
    da:
+  image: ghcr.io/rollkit/local-celestia-devnet:v0.12.1 
+  image: ghcr.io/rollkit/celestia-da:v0.12.9 
+  command: > 
+    celestia-da light start 
+    --p2p.network=<network> 
+    --da.grpc.namespace=000008e5f679bf7116cb 
+    --da.grpc.listen=0.0.0.0:26650 
+    --core.ip <rpc-url> 
+    --gateway 
+  environment: 
+      - NODE_TYPE=light 
+      - P2P_NETWORK=<network> 
+  ports:
+    - "26650:26650"
+    - "26658:26658"
+    - "26659:26659"
+  volumes: 
+    - $HOME/.celestia-light-<network>/:/home/celestia/.celestia-light-<network>/ 
+  healthcheck:
+    test: ["CMD", "curl", "-f", "http://localhost:26659/header/1"]
+    interval: 10s
+    timeout: 5s
+    retries: 5
+    start_period: 30s

    Now start the devnet:

    bash
    make devnet-up
    make devnet-up

    View the logs of the devnet ​

    If you'd like to view the logs of the devnet, run the following command from the root of the Optimism directory:

    bash
    make devnet-logs
    make devnet-logs

    Stop the devnet ​

    To safely stop the devnet, run the following command:

    bash
    make devnet-down
    make devnet-down

    Clean the devnet ​

    To remove all data from the devnet, run the following command:

    bash
    make devnet-clean
    make devnet-clean

    Deploying to an L1 (or L2) ​

    If you'd like to deploy to an EVM L1 or L2, reference the OP stack deployment guide.

    `,29),ts=JSON.parse('{"title":"Deploy an OP Stack devnet to Celestia","description":"Start your own devnet with a modified version of optimism-bedrock.","frontmatter":{"description":"Start your own devnet with a modified version of optimism-bedrock.","next":{"text":"Rollkit","link":"/developers/rollkit"},"head":[["meta",{"name":"og:title","content":"Deploy an OP Stack devnet to Celestia | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/optimism.md","filePath":"developers/optimism.md","lastUpdated":1713191709000}'),ss={name:"developers/optimism.md"},ps=Object.assign(ss,{setup(as){return(es,os)=>(l(),t("div",null,[p,s("div",c,[i,s("div",r,[d,s("div",h,[y,E,s("pre",u,[s("code",null,[s("span",g,[s("span",_,"$HOME/.celestia-light-"+e(o(a).mochaChainId)+"/config.toml",1)])])]),s("pre",v,[s("code",null,[s("span",f,[s("span",m,"$HOME/.celestia-light-"+e(o(a).mochaChainId)+"/config.toml",1)])])])]),s("div",b,[k,C,s("pre",F,[s("code",null,[s("span",T,[s("span",w,"$HOME/.celestia-light-"+e(o(a).arabicaChainId)+"/config.toml",1)])])]),s("pre",B,[s("code",null,[s("span",S,[s("span",A,"$HOME/.celestia-light-"+e(o(a).arabicaChainId)+"/config.toml",1)])])])])])]),P,s("div",q,[D,s("div",O,[I,s("div",M,[H,R,s("pre",x,[s("code",null,[s("span",N,[s("span",V,"$HOME/.celestia-light-"+e(o(a).mochaChainId),1)])])]),s("pre",$,[s("code",null,[s("span",L,[s("span",U,"$HOME/.celestia-light-"+e(o(a).mochaChainId),1)])])])]),s("div",G,[K,Q,s("pre",W,[s("code",null,[s("span",X,[s("span",Y,"$HOME/.celestia-light-"+e(o(a).arabicaChainId),1)])])]),s("pre",j,[s("code",null,[s("span",Z,[s("span",z,"$HOME/.celestia-light-"+e(o(a).arabicaChainId),1)])])])])])]),J]))}});export{ts as __pageData,ps as default}; 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diff --git a/assets/developers_prompt-scavenger.md.27b40ddb.js b/assets/developers_prompt-scavenger.md.27b40ddb.js new file mode 100644 index 00000000000..3d70b626d45 --- /dev/null +++ b/assets/developers_prompt-scavenger.md.27b40ddb.js @@ -0,0 +1,275 @@ +import{_ as s,o as n,c as a,Q as l}from"./chunks/framework.51d6c45b.js";const F=JSON.parse('{"title":"Prompt scavenger","description":"Learn how to interact with the Celestia Node API with this tutorial.","frontmatter":{"description":"Learn how to interact with the Celestia Node API with this tutorial.","prev":{"text":"Node RPC CLI tutorial","link":"/developers/node-tutorial"},"head":[["meta",{"name":"og:title","content":"Prompt scavenger | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/prompt-scavenger.md","filePath":"developers/prompt-scavenger.md","lastUpdated":1713191709000}'),p={name:"developers/prompt-scavenger.md"},o=l(`

    Prompt scavenger ​

    Note

    This tutorial needs to be updated.

    Welcome to the world of Prompt Scavenger, a game where you’ll be using Celestia’s Node API and OpenAI’s GPT-3.5 to decode hidden messages scattered throughout Celestia’s blockchain. In this tutorial, we’ll be using Golang to write the code for the game.

    Through this tutorial, you’ll gain experience using Celestia’s Node API to fetch data from the blockchain, process it, and submit new transactions with that data. You’ll also learn how to integrate OpenAI’s GPT-3.5 API to generate fun responses based on the data you’ve found.

    So if you’re ready to embark on an adventure that combines blockchain technology with the power of AI, and learn some Golang along the way, let’s get started!

    Dependencies ​

    The following dependencies are needed to be installed or obtained:

    Install Celestia Node and run a light node ​

    First, install the celestia-node binary.

    Let’s run the following commands to get our env vars setup (NOTE: For CORE_IP you can select from the list of available RPC endpoints on the Blockspace Race page:

    sh
    KEYNAME="scavenger_key"
+NODETYPE="light"
+NETWORK="blockspacerace"
+AUTHTYPE="admin"
+CORE_IP=""
    KEYNAME="scavenger_key"
+NODETYPE="light"
+NETWORK="blockspacerace"
+AUTHTYPE="admin"
+CORE_IP=""

    Next, let’s generate a wallet key for our light node:

    sh
    ./cel-key add $KEYNAME --keyring-backend test --node.type $NODETYPE --p2p.network $NETWORK
    ./cel-key add $KEYNAME --keyring-backend test --node.type $NODETYPE --p2p.network $NETWORK

    Be sure to save the mnemonics and your celestia1 public address in a safe place.

    Then head over to our Discord Server and request tokens from the #faucet channel under Blockspace Race.

    You can track receiving the funds on the explorer here: Interchain Explorer by Cosmostation

    Just make sure to paste your celestia1**** address in order to look it up.

    We will be running this version of Celestia Node with Blockspace Race test network. First, let’s initialize our node:

    sh
    celestia light init --p2p.network blockspacerace
    celestia light init --p2p.network blockspacerace

    Next, we will start our node:

    sh
    celestia light start --core.ip $CORE_IP --p2p.network $NETWORK --gateway.deprecated-endpoints --gateway --gateway.addr 127.0.0.1 --gateway.port 26659 --keyring.accname $KEYNAME
    celestia light start --core.ip $CORE_IP --p2p.network $NETWORK --gateway.deprecated-endpoints --gateway --gateway.addr 127.0.0.1 --gateway.port 26659 --keyring.accname $KEYNAME

    TIP

    The --core.ip gRPC port defaults to 9090, so if you do not specify it in the command line, it will default to that port. You can add the port after the IP address or use the --core.grpc.port flag to specify another port if you prefer.

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    You should now have a running light node on your machine. The rest of the tutorial will assume you will be building the script and running it where the light node is in your localhost.

    Node API authentication key ​

    On the same machine where your Celestia light node is running, run the following:

    sh
    export AUTH_TOKEN=$(celestia $NODETYPE auth $AUTHTYPE)
    export AUTH_TOKEN=$(celestia $NODETYPE auth $AUTHTYPE)

    Now run the following to get the auth token for your node:

    sh
    echo $AUTH_TOKEN
    echo $AUTH_TOKEN

    This will be used for the env var file we setup later.

    OpenAI key ​

    Make sure to go over to OpenAI in order to sign up for an account and generate an OpenAI API key. The key will be needed to communicate with OpenAI.

    Building the Prompt Scavenger ​

    We will first need to setup a .env file with the following pasted in:

    txt
    NODE_RPC_IP="http://localhost:26658"
+NODE_JWT_TOKEN=""
+OPENAI_KEY=""
+NAMESPACE_ID="00000000ce1e571a"
    NODE_RPC_IP="http://localhost:26658"
+NODE_JWT_TOKEN=""
+OPENAI_KEY=""
+NAMESPACE_ID="00000000ce1e571a"

    The OPENAI_KEY is the API key you got from Open AI. For NODE_RPC_IP, it is assumed to be the local host but it can point to a light node that is remote. NODE_JWT_TOKEN is the AUTH_TOKEN you generated earlier. For Namespace ID, we made a sample one for you to use but you can generate your own.

    Now, let’s build!

    Copy over Go files ​

    Run the following:

    sh
    mkdir test_scavenger
+git clone https://github.com/celestiaorg/PromptScavenger.git
+cp PromptScavenger/go.mod test_scavenger/
+cp PromptScavenger/go.sum test_scavenger/
+cd test_scavenger
    mkdir test_scavenger
+git clone https://github.com/celestiaorg/PromptScavenger.git
+cp PromptScavenger/go.mod test_scavenger/
+cp PromptScavenger/go.sum test_scavenger/
+cd test_scavenger

    This will copy over the required go.sum and go.mod files to a new directory we will use to import the Node API golang library.

    Build your import statements ​

    Inside the directory, create a main.gofile and setup the import statements:

    go
    package main
+
+import (
+        "context"
+        "fmt"
+        "log"
+        "os"
+
+        "github.com/celestiaorg/celestia-node/api/rpc/client"
+        nodeheader "github.com/celestiaorg/celestia-node/header"
+        "github.com/celestiaorg/nmt/namespace"
+        "github.com/joho/godotenv"
+        cosmosmath "cosmossdk.io/math"
+        openai "github.com/sashabaranov/go-openai"
+        "encoding/base64"
+        "encoding/hex"
+)
+
+func main() {
+  // TODO
+}
    package main
+
+import (
+        "context"
+        "fmt"
+        "log"
+        "os"
+
+        "github.com/celestiaorg/celestia-node/api/rpc/client"
+        nodeheader "github.com/celestiaorg/celestia-node/header"
+        "github.com/celestiaorg/nmt/namespace"
+        "github.com/joho/godotenv"
+        cosmosmath "cosmossdk.io/math"
+        openai "github.com/sashabaranov/go-openai"
+        "encoding/base64"
+        "encoding/hex"
+)
+
+func main() {
+  // TODO
+}

    Here we setup all required libraries we need to use plus the main function that we will use for our game.

    Helpful functions ​

    First we will need to create some helpful functions that you will need later.

    go
    // loadEnv loads environment variables from the .env file.
+func loadEnv() {
+        err := godotenv.Load(".env")
+        if err != nil {
+                log.Fatal("Error loading .env file")
+        }
+}
    // loadEnv loads environment variables from the .env file.
+func loadEnv() {
+        err := godotenv.Load(".env")
+        if err != nil {
+                log.Fatal("Error loading .env file")
+        }
+}

    The loadEnv function allows us to load up our .env file which has all the necessary env vars needed.

    Next, let’s create a helper function that allows us to load an instance of the Celestia Node client given the correct env vars passed to it:

    go
    // createClient initializes a new Celestia node client.
+func createClient(ctx context.Context) *client.Client {
+        nodeRPCIP := os.Getenv("NODE_RPC_IP")
+        jwtToken := os.Getenv("NODE_JWT_TOKEN")
+
+        rpc, err := client.NewClient(ctx, nodeRPCIP, jwtToken)
+        if err != nil {
+                log.Fatalf("Error creating client: %v", err)
+        }
+
+        return rpc
+}
    // createClient initializes a new Celestia node client.
+func createClient(ctx context.Context) *client.Client {
+        nodeRPCIP := os.Getenv("NODE_RPC_IP")
+        jwtToken := os.Getenv("NODE_JWT_TOKEN")
+
+        rpc, err := client.NewClient(ctx, nodeRPCIP, jwtToken)
+        if err != nil {
+                log.Fatalf("Error creating client: %v", err)
+        }
+
+        return rpc
+}

    As you can see, here the Celestia Node client takes in the Node RPC IP and the JWT Token we setup before.

    Now, if we go back to our main function, we can do the following to setup and load our env and client:

    go
    
+func main() {
+  ctx, cancel := context.WithCancel(context.Background())
+  defer cancel()
+  loadEnv()
+
+  // Close the client when you are finished
+  client.Close()
+}
    
+func main() {
+  ctx, cancel := context.WithCancel(context.Background())
+  defer cancel()
+  loadEnv()
+
+  // Close the client when you are finished
+  client.Close()
+}

    Here, we setup a workflow that allows us to load our env vars, instantiate the client with it, then close the client.

    Now, let’s build some more helpful functions:

    go
    func createNamespaceID() []byte {
+        nIDString := os.Getenv("NAMESPACE_ID")
+        data, err := hex.DecodeString(nIDString)
+        if err != nil {
+                log.Fatalf("Error decoding hex string:", err)
+        }
+        // Encode the byte array in Base64
+        base64Str := base64.StdEncoding.EncodeToString(data)
+        namespaceID, err := base64.StdEncoding.DecodeString(base64Str)
+        if err != nil {
+                log.Fatalf("Error decoding Base64 string:", err)
+        }
+        return namespaceID
+}
    func createNamespaceID() []byte {
+        nIDString := os.Getenv("NAMESPACE_ID")
+        data, err := hex.DecodeString(nIDString)
+        if err != nil {
+                log.Fatalf("Error decoding hex string:", err)
+        }
+        // Encode the byte array in Base64
+        base64Str := base64.StdEncoding.EncodeToString(data)
+        namespaceID, err := base64.StdEncoding.DecodeString(base64Str)
+        if err != nil {
+                log.Fatalf("Error decoding Base64 string:", err)
+        }
+        return namespaceID
+}

    Here, we are creating a helpful function called createNameSpaceID that given a string for a namespace ID, it can decode the hex string, encode it after to a byte array, then decode it as a base64 string which is needed by Node API.

    We will need to create just a few more functions before we wrap up things.

    go
    // postDataAndGetHeight submits a new transaction with the
+// provided data to the Celestia node.
+func postDataAndGetHeight(client *client.Client, namespaceID namespace.ID, payLoad [
+]byte, fee cosmosmath.Int, gasLimit uint64) uint64 {
+        response, err := client.State.SubmitPayForBlob(context.Background(), namespa
+ceID, payLoad, fee, gasLimit)
+        if err != nil {
+                log.Fatalf("Error submitting pay for blob: %v", err)
+        }
+        fmt.Printf("Got output: %v", response)
+        height := uint64(response.Height)
+        fmt.Printf("Height that data was submitted at: %v", height)
+        return height
+}
    // postDataAndGetHeight submits a new transaction with the
+// provided data to the Celestia node.
+func postDataAndGetHeight(client *client.Client, namespaceID namespace.ID, payLoad [
+]byte, fee cosmosmath.Int, gasLimit uint64) uint64 {
+        response, err := client.State.SubmitPayForBlob(context.Background(), namespa
+ceID, payLoad, fee, gasLimit)
+        if err != nil {
+                log.Fatalf("Error submitting pay for blob: %v", err)
+        }
+        fmt.Printf("Got output: %v", response)
+        height := uint64(response.Height)
+        fmt.Printf("Height that data was submitted at: %v", height)
+        return height
+}

    In the function postDataAndGetHeight, we show you how to submit a message to a specific namespace ID provided on Celestia. After a successful submission, the function returns back to you the block height it was submitted at.

    Next, implement the following function:

    go
    func getDataAsPrompt(client *client.Client, height uint64, namespaceID namespace.ID)
+ string {
+        headerParam := getHeader(client, height)
+        response, err := client.Share.GetSharesByNamespace(context.Background(), hea
+derParam.DAH, namespaceID)
+        if err != nil {
+                log.Fatalf("Error getting shares by namespace data for block height:
+ %v. Error is %v", height, err)
+        }
+        var dataString string
+        for _, shares := range response {
+                for _, share := range shares.Shares {
+                        dataString = string(share[8:])
+                }
+        }
+        return dataString
+}
    func getDataAsPrompt(client *client.Client, height uint64, namespaceID namespace.ID)
+ string {
+        headerParam := getHeader(client, height)
+        response, err := client.Share.GetSharesByNamespace(context.Background(), hea
+derParam.DAH, namespaceID)
+        if err != nil {
+                log.Fatalf("Error getting shares by namespace data for block height:
+ %v. Error is %v", height, err)
+        }
+        var dataString string
+        for _, shares := range response {
+                for _, share := range shares.Shares {
+                        dataString = string(share[8:])
+                }
+        }
+        return dataString
+}

    In the function getDataAsPrompt, we show a helpful function that given a particular block height and a namespace ID, it can return back the block data (called shares here) which we then convert to a string and return it back.

    Finally, we implement a GPT-3.5 helper function that given a prompt, it returns back a statement:

    go
    // gpt3 processes a given message using GPT-3 and prints the response.
+func gpt3(msg string) {
+        // Set the authentication header
+        openAIKey := os.Getenv("OPENAI_KEY")
+        client := openai.NewClient(openAIKey)
+        resp, err := client.CreateChatCompletion(
+                context.Background(),
+                openai.ChatCompletionRequest{
+                        Model: openai.GPT3Dot5Turbo,
+                        Messages: []openai.ChatCompletionMessage{
+                                {
+                                        Role:    openai.ChatMessageRoleUser,
+                                        Content: msg,
+                                },
+                        },
+                },
+        )
+
+        if err != nil {
+                fmt.Printf("ChatCompletion error: %v\\n", err)
+                return
+        }
+        fmt.Println(resp.Choices[0].Message.Content)
+}
    // gpt3 processes a given message using GPT-3 and prints the response.
+func gpt3(msg string) {
+        // Set the authentication header
+        openAIKey := os.Getenv("OPENAI_KEY")
+        client := openai.NewClient(openAIKey)
+        resp, err := client.CreateChatCompletion(
+                context.Background(),
+                openai.ChatCompletionRequest{
+                        Model: openai.GPT3Dot5Turbo,
+                        Messages: []openai.ChatCompletionMessage{
+                                {
+                                        Role:    openai.ChatMessageRoleUser,
+                                        Content: msg,
+                                },
+                        },
+                },
+        )
+
+        if err != nil {
+                fmt.Printf("ChatCompletion error: %v\\n", err)
+                return
+        }
+        fmt.Println(resp.Choices[0].Message.Content)
+}

    Wrapping up the functions ​

    Now, we will update our mainfunction to include the logic from the functions we built where we show you how to do the following:

    • Instantiate namespace ID, fee, gas limit and GPT prompt
    • Submit the GPT prompt as a PayForBlob transaction and then get back the Block Height
    • Get Back the Prompt from that Block Height as a Data Share and convert it to a string and return it
    • Submit that string to the GPT function to get a prompt output
    go
    func main() {
+        ctx, cancel := context.WithCancel(context.Background())
+        defer cancel()
+        loadEnv()
+        var namespaceID namespace.ID = createNamespaceID()
+        client := createClient(ctx)
+        var gasLimit uint64 = 6000000
+        fee := cosmosmath.NewInt(10000)
+        var gptPrompt string = "What are modular blockchains?"
+        prompt := []byte{0x00, 0x01, 0x02}
+        prompt = append(prompt, []byte(gptPrompt)...)
+        height := postDataAndGetHeight(client, namespaceID, prompt, fee, gasLimit)
+        promptString := getDataAsPrompt(client, height, namespaceID)
+        gpt3(promptString)
+        // Close the client when you are finished
+        client.Close()
+}
    func main() {
+        ctx, cancel := context.WithCancel(context.Background())
+        defer cancel()
+        loadEnv()
+        var namespaceID namespace.ID = createNamespaceID()
+        client := createClient(ctx)
+        var gasLimit uint64 = 6000000
+        fee := cosmosmath.NewInt(10000)
+        var gptPrompt string = "What are modular blockchains?"
+        prompt := []byte{0x00, 0x01, 0x02}
+        prompt = append(prompt, []byte(gptPrompt)...)
+        height := postDataAndGetHeight(client, namespaceID, prompt, fee, gasLimit)
+        promptString := getDataAsPrompt(client, height, namespaceID)
+        gpt3(promptString)
+        // Close the client when you are finished
+        client.Close()
+}

    And now you have the final version of the game!

    Run the golang script with the following command:

    sh
    go run main.go
    go run main.go

    After some time, it’ll post the output of the prompt you submitted to OpenAI that you pulled from Celestia’s blockchain.

    Next steps ​

    With this tutorial, you were able to construct a PFB transaction, submit it to Celestia, get it back from Celestia and decode its contents, then for added bonus, submit the message to GPT-3.5.

    For the next steps, we will be releasing quests to this tutorial where users will need to complete challenges that help familiarize them with the Celestia Data Availability layer.

    `,77),e=[o];function t(c,r,E,y,i,d){return n(),a("div",null,e)}const u=s(p,[["render",t]]);export{F as __pageData,u as default}; diff --git a/assets/developers_prompt-scavenger.md.27b40ddb.lean.js b/assets/developers_prompt-scavenger.md.27b40ddb.lean.js new file mode 100644 index 00000000000..9bab774b12f --- /dev/null +++ b/assets/developers_prompt-scavenger.md.27b40ddb.lean.js @@ -0,0 +1 @@ +import{_ as s,o as n,c as a,Q as l}from"./chunks/framework.51d6c45b.js";const F=JSON.parse('{"title":"Prompt scavenger","description":"Learn how to interact with the Celestia Node API with this tutorial.","frontmatter":{"description":"Learn how to interact with the Celestia Node API with this tutorial.","prev":{"text":"Node RPC CLI tutorial","link":"/developers/node-tutorial"},"head":[["meta",{"name":"og:title","content":"Prompt scavenger | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/prompt-scavenger.md","filePath":"developers/prompt-scavenger.md","lastUpdated":1713191709000}'),p={name:"developers/prompt-scavenger.md"},o=l("",77),e=[o];function t(c,r,E,y,i,d){return n(),a("div",null,e)}const u=s(p,[["render",t]]);export{F as __pageData,u as default}; diff --git a/assets/developers_requesting-data-commitment-ranges.md.3fe57c2b.js b/assets/developers_requesting-data-commitment-ranges.md.3fe57c2b.js new file mode 100644 index 00000000000..bd8fec13370 --- /dev/null +++ b/assets/developers_requesting-data-commitment-ranges.md.3fe57c2b.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as o}from"./chunks/framework.51d6c45b.js";const f=JSON.parse('{"title":"Requesting data commitment ranges","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Requesting data commitment ranges | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/requesting-data-commitment-ranges.md","filePath":"developers/requesting-data-commitment-ranges.md","lastUpdated":1709911265000}'),r={name:"developers/requesting-data-commitment-ranges.md"},n=o('

    Requesting data commitment ranges ​

    By default, the Blobstream X deployments on Ethereum will be updating every 4 hours, and on Arbitrum One and Base, updating every 1 hour. If you wish for the Blobstream X contract to be updated at a different cadence, then you have several different options for how to update the smart contract.

    To request proofs to be submitted to the Blobstream X contract at a different cadence, you can do one of the following:

    Run the Blobstream X operator with hosted proving on the Succinct platform, by running an operator script that pings the platform with proof requests at a specified cadence.

    Follow these instructions to run the operator script.

    Here are example values for the .env file:

    1. TENDERMINT_RPC_URL from the public Celestia list.
    2. SUCCINCT_RPC_URL = https://alpha.succinct.xyz/api
    3. Request for SUCCINCT_API_KEY from the Succinct team.
    4. CHAIN_ID is the chain ID of the deployed Blobstream X contract.
    5. CONTRACT_ADDRESS: Blobstream X proxy contract address.
    6. NEXT_HEADER_FUNCTION_ID & HEADER_RANGE_FUNCTION_ID: Get the functionId's from the Blobstream X contract by using the nextHeaderFunctionId and headerRangeFunctionId respectively, which are public storage variables.

    Local proving ​

    Run the Blobstream X operator with local proving.

    TIP

    Note: Requires a large cloud machine to run in a reasonable amount of time. EC2 r6a.16xlarge takes ~30 minutes to generate a header range proof.

    Request proof onchain ​

    Directly request a proof via the Blobstream X contract interface. Unlike the Blobstream X operator which handles requests off-chain, requesting on-chain requires gas, but the proof will be generated and relayed by the Succinct platform.

    1. Call requestHeaderRange(uint64 _targetBlock) with the end of the range you want a commitment for.

    2. A DataCommitmentStored(uint256, uint64, uint64, bytes32) will be emitted for the requested range when it is stored in the contract. Listen to this event to know that the proof has been generated successfully.

    ',14),i=[n];function c(s,l,d,h,m,p){return t(),a("div",null,i)}const g=e(r,[["render",c]]);export{f as __pageData,g as default}; diff --git a/assets/developers_requesting-data-commitment-ranges.md.3fe57c2b.lean.js b/assets/developers_requesting-data-commitment-ranges.md.3fe57c2b.lean.js new file mode 100644 index 00000000000..7d926d9fc9e --- /dev/null +++ b/assets/developers_requesting-data-commitment-ranges.md.3fe57c2b.lean.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as o}from"./chunks/framework.51d6c45b.js";const f=JSON.parse('{"title":"Requesting data commitment ranges","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Requesting data commitment ranges | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/requesting-data-commitment-ranges.md","filePath":"developers/requesting-data-commitment-ranges.md","lastUpdated":1709911265000}'),r={name:"developers/requesting-data-commitment-ranges.md"},n=o("",14),i=[n];function c(s,l,d,h,m,p){return t(),a("div",null,i)}const g=e(r,[["render",c]]);export{f as __pageData,g as default}; diff --git a/assets/developers_rollkit.md.26b9c7c3.js b/assets/developers_rollkit.md.26b9c7c3.js new file mode 100644 index 00000000000..95a59ef2315 --- /dev/null +++ b/assets/developers_rollkit.md.26b9c7c3.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as l,Q as o}from"./chunks/framework.51d6c45b.js";const a="/img/rollkit.png",f=JSON.parse(`{"title":"Rollkit","description":"Learn how to build Cosmos-SDK applications that connect to Celestia's Data Availability Layer via Rollkit.","frontmatter":{"description":"Learn how to build Cosmos-SDK applications that connect to Celestia's Data Availability Layer via Rollkit.","prev":{"text":"Deploy an OP Stack devnet to Celestia","link":"/developers/optimism"},"next":{"text":"Create a wallet with celestia-node","link":"/developers/celestia-node-key"},"head":[["meta",{"name":"og:title","content":"Rollkit | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/rollkit.md","filePath":"developers/rollkit.md","lastUpdated":1707231883000}`),i={name:"developers/rollkit.md"},r=o('

    Rollkit ​

    Validator nodes allow you to participate in consensus in the Celestia network.

    rollkit

    Rollkit is an ABCI (Application Blockchain Interface) implementation for sovereign rollups to deploy on top of Celestia.

    It is built by replacing Tendermint, the Cosmos-SDK consensus layer, with a drop-in replacement that communicates directly with Celestia's Data Availability layer.

    It spins up a sovereign rollup, which collects transactions into blocks and posts them onto Celestia for consensus and data availability.

    The goal of Rollkit is to enable anyone to design and deploy a sovereign rollup on Celestia in minutes.

    Furthermore, while Rollkit allows you to build sovereign rollups on Celestia, it currently does not support fraud proofs yet and is therefore running in "pessimistic" mode, where nodes would need to re-execute the transactions to check the validity of the chain (i.e. a full node). Furthermore, Rollkit currently only supports a single sequencer.

    Tutorials ​

    The following tutorials will help you get started building Cosmos-SDK applications that connect to Celestia's Data Availability Layer via Rollkit. We call those chains Sovereign Rollups.

    You can get started with the following tutorials:

    ',12),s=[r];function n(p,c,d,h,u,k){return t(),l("div",null,s)}const _=e(i,[["render",n]]);export{f as __pageData,_ as default}; diff --git a/assets/developers_rollkit.md.26b9c7c3.lean.js b/assets/developers_rollkit.md.26b9c7c3.lean.js new file mode 100644 index 00000000000..90d99332564 --- /dev/null +++ b/assets/developers_rollkit.md.26b9c7c3.lean.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as l,Q as o}from"./chunks/framework.51d6c45b.js";const a="/img/rollkit.png",f=JSON.parse(`{"title":"Rollkit","description":"Learn how to build Cosmos-SDK applications that connect to Celestia's Data Availability Layer via Rollkit.","frontmatter":{"description":"Learn how to build Cosmos-SDK applications that connect to Celestia's Data Availability Layer via Rollkit.","prev":{"text":"Deploy an OP Stack devnet to Celestia","link":"/developers/optimism"},"next":{"text":"Create a wallet with celestia-node","link":"/developers/celestia-node-key"},"head":[["meta",{"name":"og:title","content":"Rollkit | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/rollkit.md","filePath":"developers/rollkit.md","lastUpdated":1707231883000}`),i={name:"developers/rollkit.md"},r=o("",12),s=[r];function n(p,c,d,h,u,k){return t(),l("div",null,s)}const _=e(i,[["render",n]]);export{f as __pageData,_ as default}; diff --git a/assets/developers_submit-data.md.64bfc8e2.js b/assets/developers_submit-data.md.64bfc8e2.js new file mode 100644 index 00000000000..01de86355d9 --- /dev/null +++ b/assets/developers_submit-data.md.64bfc8e2.js @@ -0,0 +1,209 @@ +import{_ as o,o as a,c as n,k as s,a as t,Q as e}from"./chunks/framework.51d6c45b.js";const os=JSON.parse('{"title":"Submitting data blobs to Celestia","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Submitting data blobs to Celestia | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/submit-data.md","filePath":"developers/submit-data.md","lastUpdated":1713793066000}'),l={name:"developers/submit-data.md"},p=e('

    Submitting data blobs to Celestia ​

    To submit data to Celestia, users submit blob transactions (BlobTx). Blob transactions contain two components, a standard Cosmos-SDK transaction called MsgPayForBlobs and one or more Blobs of data.

    Fee market and mempool ​

    Celestia makes use of a standard gas-priced prioritized mempool. By default, transactions with gas prices higher than that of other transactions in the mempool will be prioritized by validators.

    Fees and gas limits ​

    As of version v1.0.0 of the application (celestia-app), there is no protocol enforced minimum fee (similar to EIP-1559 in Ethereum). Instead, each consensus node running a mempool uses a locally configured gas price threshold that must be met in order for that node to accept a transaction, either directly from a user or gossiped from another node, into its mempool.

    As of version v1.0.0 of the application (celestia-app), gas is not refunded. Instead, transaction fees are deducted by a flat fee, originally specified by the user in their tx (where fees = gasLimit * gasPrice). This means that users should use an accurate gas limit value if they do not wish to overpay.

    Under the hood, fees are currently handled by specifying and deducting a flat fee. However gas price is often specified by users instead of calculating the flat fee from the gas used and the gas price. Since the state machine does not refund users for unused gas, gas price is calculated by dividing the total fee by the gas limit.

    Estimating PFB gas ​

    Generally, the gas used by a PFB transaction involves a static fixed cost and a dynamic cost based on the size of each blob in the transaction.

    NOTE

    For a general use case of a normal account submitting a PFB, the static costs can be treated as such. However, due to the description above of how gas works in the Cosmos-SDK this is not always the case. Notably, if a vesting account or the feegrant modules are used, then these static costs change.

    The fixed cost is an approximation of the gas consumed by operations outside the function GasToConsume (for example, signature verification, tx size, read access to accounts), which has a default value of 65,000 gas.

    NOTE

    The first transaction sent by an account (sequence number == 0) has an additional one time gas cost of 10,000 gas. If this is the case, this should be accounted for.

    Each blob in the PFB contributes to the total gas cost based on its size. The function GasToConsume calculates the total gas consumed by all the blobs involved in a PFB, where each blob's gas cost is computed by first determining how many shares are needed to store the blob size. Then, it computes the product of the number of shares, the number of bytes per share, and the gasPerByte parameter. Finally, it adds a static amount per blob.

    The blob.GasPerBlobByte and auth.TxSizeCostPerByte are parameters that could potentially be adjusted through the system's governance mechanisms. Hence, actual costs may vary depending on the current state of these parameters.

    Gas fee calculation ​

    The total fee for a transaction is calculated as the product of the gas limit for the transaction and the gas price set by the user:

    ',17),r={class:"MathJax",jax:"SVG",style:{direction:"ltr",position:"relative"}},c={style:{overflow:"visible","min-height":"1px","min-width":"1px","vertical-align":"-0.186ex"},xmlns:"http://www.w3.org/2000/svg",width:"34.471ex",height:"1.781ex",role:"img",focusable:"false",viewBox:"0 -705 15236 787","aria-hidden":"true"},Q=e('',1),i=[Q],T=s("mjx-assistive-mml",{unselectable:"on",display:"inline",style:{top:"0px",left:"0px",clip:"rect(1px, 1px, 1px, 1px)","-webkit-touch-callout":"none","-webkit-user-select":"none","-khtml-user-select":"none","-moz-user-select":"none","-ms-user-select":"none","user-select":"none",position:"absolute",padding:"1px 0px 0px 0px",border:"0px",display:"block",width:"auto",overflow:"hidden"}},[s("math",{xmlns:"http://www.w3.org/1998/Math/MathML"},[s("mtext",null,"Total Fee"),s("mo",null,"="),s("mtext",null,"Gas Limit"),s("mo",null,"×"),s("mtext",null,"Gas Price")])],-1),d=s("p",null,"The gas limit for a transaction is the maximum amount of gas that a user is willing to spend on a transaction. 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    The gas fee is set by the user when they submit a transaction. The fee is often specified by users directly. The total cost for the transaction is then calculated as the product of the estimated gas limit and the gas price. Since the state machine does not refund users for unused gas, it's important for users to estimate the gas limit accurately to avoid overpaying.

    For more details on how gas is calculated per blob, refer to the PayForBlobs function that consumes gas based on the blob sizes. This function uses the GasToConsume function to calculate the extra gas charged to pay for a set of blobs in a MsgPayForBlobs transaction. This function calculates the total shares used by all blobs and multiplies it by the ShareSize and gasPerByte to get the total gas to consume.

    For estimating the total gas required for a set of blobs, refer to the EstimateGas function. This function estimates the gas based on a linear model that is dependent on the governance parameters: gasPerByte and txSizeCost. It assumes other variables are constant, including the assumption that the MsgPayForBlobs is the only message in the transaction. The DefaultEstimateGas function runs EstimateGas with the system defaults.

    Estimating gas programmatically ​

    Users can estimate an efficient gas limit by using this function:

    go
    import (
+    blobtypes "github.com/celestiaorg/celestia-app/x/blob/types"
+)
+gasLimit := blobtypes.DefaultEstimateGas([]uint32{uint32(sizeOfDataInBytes)})
    import (
+    blobtypes "github.com/celestiaorg/celestia-app/x/blob/types"
+)
+gasLimit := blobtypes.DefaultEstimateGas([]uint32{uint32(sizeOfDataInBytes)})

    If using a celestia-node light client, then this function is automatically called for you when submitting a blob. This function works by breaking down the components of calculating gas for a blob transaction. These components consist of a flat costs for all PFBs, the size of each blob and how many shares each uses and the parameter for gas used per byte. More information about how gas is used can be found in the gas specs and the exact formula can be found in the blob module.

    Submitting multiple transactions in one block from the same account ​

    The mempool Celestia uses works by maintaining a fork of the canonical state each block. This means that each time we submit a transaction to it, it will update the sequence number (aka nonce) for the account that submitted the transaction. If users wish to submit a second transaction, they can, but must specify the nonce manually. If this is not done, the new transactions will not be able to be submitted until the first transaction is reaped from the mempool (i.e. included in a block), or dropped due to timing out.

    By default, nodes will drop a transaction if it does not get included in 5 blocks (roughly 1 minute). At this point, the user must resubmit their transaction if they want it to eventually be included.

    As of v1.0.0 of the application (celestia-app), users are unable to replace an existing transaction with a different one with higher fees. They must instead wait 5 blocks from the original submitted time and then resubmit the transaction. Again, community members have already suggested solutions and a willingness to accept changes to fix this issue.

    API ​

    Users can currently create and submit BlobTxs in four ways.

    The celestia-app consensus node CLI ​

    bash
    celestia-appd tx blob PayForBlobs <hex-encoded namespace> <hex-encoded data> [flags]
    celestia-appd tx blob PayForBlobs <hex-encoded namespace> <hex-encoded data> [flags]

    The celestia-node light node CLI ​

    Using blob.Submit:

    bash
    celestia blob submit <hex-encoded namespace> <hex-encoded data>
    celestia blob submit <hex-encoded namespace> <hex-encoded data>

    Learn more in the node tutorial.

    GRPC to a consensus node via the user package ​

    go
    import (
+    "context"
+    "fmt"
+
+    "github.com/celestiaorg/celestia-app/app"
+    "github.com/celestiaorg/celestia-app/app/encoding"
+    "github.com/celestiaorg/celestia-app/pkg/appconsts"
+    "github.com/celestiaorg/celestia-app/pkg/namespace"
+    "github.com/celestiaorg/celestia-app/pkg/user"
+    blobtypes "github.com/celestiaorg/celestia-app/x/blob/types"
+    "github.com/cosmos/cosmos-sdk/crypto/keyring"
+    tmproto "github.com/tendermint/tendermint/proto/tendermint/types"
+    "google.golang.org/grpc"
+    "google.golang.org/grpc/credentials/insecure"
+)
+
+// SubmitData is a demo function that shows how to use the signer to submit data
+// to the blockchain directly via a celestia node. We can manage this keyring
+// using the \`celestia-appd keys\` or \`celestia keys\` sub commands and load this
+// keyring from a file and use it to programmatically sign transactions.
+func DemoSubmitData(grpcAddr string, kr keyring.Keyring) error {
+    // create an encoding config that can decode and encode all celestia-app
+    // data structures.
+    ecfg := encoding.MakeConfig(app.ModuleEncodingRegisters...)
+
+    // create a connection to the grpc server on the consensus node.
+    conn, err := grpc.Dial(grpcAddr, grpc.WithTransportCredentials(insecure.NewCredentials()))
+    if err != nil {
+        return err
+    }
+    defer conn.Close()
+
+    // get the address of the account we want to use to sign transactions.
+    rec, err := kr.Key("accountName")
+    if err != nil {
+        return err
+    }
+
+    addr, err := rec.GetAddress()
+    if err != nil {
+        return err
+    }
+
+    // Setup the signer. This function will automatically query the relevant
+    // account information such as sequence (nonce) and account number.
+    signer, err := user.SetupSigner(context.TODO(), kr, conn, addr, ecfg)
+    if err != nil {
+        return err
+    }
+
+    ns := namespace.MustNewV0([]byte("1234567890"))
+
+    fmt.Println("namespace", len(ns.Bytes()))
+
+    blob, err := blobtypes.NewBlob(ns, []byte("some data"), appconsts.ShareVersionZero)
+    if err != nil {
+        return err
+    }
+
+    gasLimit := blobtypes.DefaultEstimateGas([]uint32{uint32(len(blob.Data))})
+
+    options := []user.TxOption{
+        // here we're setting estimating the gas limit from the above estimated
+        // function, and then setting the gas price to 0.1utia per unit of gas.
+        user.SetGasLimitAndFee(gasLimit, 0.1),
+    }
+
+    // this function will submit the transaction and block until a timeout is
+    // reached or the transaction is committed.
+    resp, err := signer.SubmitPayForBlob(context.TODO(), []*tmproto.Blob{blob}, options...)
+    if err != nil {
+        return err
+    }
+
+    // check the response code to see if the transaction was successful.
+    if resp.Code != 0 {
+        // handle code
+        fmt.Println(resp.Code, resp.Codespace, resp.RawLog)
+    }
+
+    // if we don't want to wait for the transaction to be confirmed, we can
+    // manually sign and submit the transaction using the same package.
+    blobTx, err := signer.CreatePayForBlob([]*tmproto.Blob{blob}, options...)
+    if err != nil {
+        return err
+    }
+
+    resp, err = signer.BroadcastTx(context.TODO(), blobTx)
+    if err != nil {
+        return err
+    }
+
+    // check the response code to see if the transaction was successful. Note
+    // that this time we're not waiting for the transaction to be committed.
+    // Therefore the code here is only from the consensus node's mempool.
+    if resp.Code != 0 {
+        // handle code
+        fmt.Println(resp.Code, resp.Codespace, resp.RawLog)
+    }
+
+    return err
+}
    import (
+    "context"
+    "fmt"
+
+    "github.com/celestiaorg/celestia-app/app"
+    "github.com/celestiaorg/celestia-app/app/encoding"
+    "github.com/celestiaorg/celestia-app/pkg/appconsts"
+    "github.com/celestiaorg/celestia-app/pkg/namespace"
+    "github.com/celestiaorg/celestia-app/pkg/user"
+    blobtypes "github.com/celestiaorg/celestia-app/x/blob/types"
+    "github.com/cosmos/cosmos-sdk/crypto/keyring"
+    tmproto "github.com/tendermint/tendermint/proto/tendermint/types"
+    "google.golang.org/grpc"
+    "google.golang.org/grpc/credentials/insecure"
+)
+
+// SubmitData is a demo function that shows how to use the signer to submit data
+// to the blockchain directly via a celestia node. We can manage this keyring
+// using the \`celestia-appd keys\` or \`celestia keys\` sub commands and load this
+// keyring from a file and use it to programmatically sign transactions.
+func DemoSubmitData(grpcAddr string, kr keyring.Keyring) error {
+    // create an encoding config that can decode and encode all celestia-app
+    // data structures.
+    ecfg := encoding.MakeConfig(app.ModuleEncodingRegisters...)
+
+    // create a connection to the grpc server on the consensus node.
+    conn, err := grpc.Dial(grpcAddr, grpc.WithTransportCredentials(insecure.NewCredentials()))
+    if err != nil {
+        return err
+    }
+    defer conn.Close()
+
+    // get the address of the account we want to use to sign transactions.
+    rec, err := kr.Key("accountName")
+    if err != nil {
+        return err
+    }
+
+    addr, err := rec.GetAddress()
+    if err != nil {
+        return err
+    }
+
+    // Setup the signer. This function will automatically query the relevant
+    // account information such as sequence (nonce) and account number.
+    signer, err := user.SetupSigner(context.TODO(), kr, conn, addr, ecfg)
+    if err != nil {
+        return err
+    }
+
+    ns := namespace.MustNewV0([]byte("1234567890"))
+
+    fmt.Println("namespace", len(ns.Bytes()))
+
+    blob, err := blobtypes.NewBlob(ns, []byte("some data"), appconsts.ShareVersionZero)
+    if err != nil {
+        return err
+    }
+
+    gasLimit := blobtypes.DefaultEstimateGas([]uint32{uint32(len(blob.Data))})
+
+    options := []user.TxOption{
+        // here we're setting estimating the gas limit from the above estimated
+        // function, and then setting the gas price to 0.1utia per unit of gas.
+        user.SetGasLimitAndFee(gasLimit, 0.1),
+    }
+
+    // this function will submit the transaction and block until a timeout is
+    // reached or the transaction is committed.
+    resp, err := signer.SubmitPayForBlob(context.TODO(), []*tmproto.Blob{blob}, options...)
+    if err != nil {
+        return err
+    }
+
+    // check the response code to see if the transaction was successful.
+    if resp.Code != 0 {
+        // handle code
+        fmt.Println(resp.Code, resp.Codespace, resp.RawLog)
+    }
+
+    // if we don't want to wait for the transaction to be confirmed, we can
+    // manually sign and submit the transaction using the same package.
+    blobTx, err := signer.CreatePayForBlob([]*tmproto.Blob{blob}, options...)
+    if err != nil {
+        return err
+    }
+
+    resp, err = signer.BroadcastTx(context.TODO(), blobTx)
+    if err != nil {
+        return err
+    }
+
+    // check the response code to see if the transaction was successful. Note
+    // that this time we're not waiting for the transaction to be committed.
+    // Therefore the code here is only from the consensus node's mempool.
+    if resp.Code != 0 {
+        // handle code
+        fmt.Println(resp.Code, resp.Codespace, resp.RawLog)
+    }
+
+    return err
+}

    RPC to a celestia-node ​

    Using the JSON RPC API, submit data using the following methods:

    Learn more in the celestia-node API docs.

    `,25);function X($,Y,ss,as,ns,es){return a(),n("div",null,[p,s("p",null,[s("mjx-container",r,[(a(),n("svg",c,i)),T])]),d,s("p",null,[s("mjx-container",y,[(a(),n("svg",h,m)),u])]),g,s("ul",null,[s("li",null,[s("mjx-container",b,[(a(),n("svg",f,F)),w]),t(" = Fixed Cost, is a static value (65,000 gas)")]),s("li",null,[s("mjx-container",x,[(a(),n("svg",V,C)),L]),t(" = SparseSharesNeeded for the "),s("mjx-container",_,[(a(),n("svg",D,M)),A]),t("th Blob, is the number of shares needed for the "),s("mjx-container",v,[(a(),n("svg",Z,S)),P]),t("th blob in the transaction")]),s("li",null,[s("mjx-container",j,[(a(),n("svg",I,O)),N]),t(" = Share Size, is the size of each share")]),s("li",null,[s("mjx-container",R,[(a(),n("svg",z,K)),U]),t(" = Gas Cost Per Blob Byte, is a parameter that could potentially be adjusted through the system's governance mechanisms.")])]),W])}const ls=o(l,[["render",X]]);export{os as __pageData,ls as default}; diff --git a/assets/developers_submit-data.md.64bfc8e2.lean.js b/assets/developers_submit-data.md.64bfc8e2.lean.js new file mode 100644 index 00000000000..c64aa25da84 --- /dev/null +++ b/assets/developers_submit-data.md.64bfc8e2.lean.js @@ -0,0 +1 @@ +import{_ as o,o as a,c as n,k as s,a as t,Q as e}from"./chunks/framework.51d6c45b.js";const os=JSON.parse('{"title":"Submitting data blobs to Celestia","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Submitting data blobs to Celestia | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/submit-data.md","filePath":"developers/submit-data.md","lastUpdated":1713793066000}'),l={name:"developers/submit-data.md"},p=e("",17),r={class:"MathJax",jax:"SVG",style:{direction:"ltr",position:"relative"}},c={style:{overflow:"visible","min-height":"1px","min-width":"1px","vertical-align":"-0.186ex"},xmlns:"http://www.w3.org/2000/svg",width:"34.471ex",height:"1.781ex",role:"img",focusable:"false",viewBox:"0 -705 15236 787","aria-hidden":"true"},Q=e("",1),i=[Q],T=s("mjx-assistive-mml",{unselectable:"on",display:"inline",style:{top:"0px",left:"0px",clip:"rect(1px, 1px, 1px, 1px)","-webkit-touch-callout":"none","-webkit-user-select":"none","-khtml-user-select":"none","-moz-user-select":"none","-ms-user-select":"none","user-select":"none",position:"absolute",padding:"1px 0px 0px 0px",border:"0px",display:"block",width:"auto",overflow:"hidden"}},[s("math",{xmlns:"http://www.w3.org/1998/Math/MathML"},[s("mtext",null,"Total Fee"),s("mo",null,"="),s("mtext",null,"Gas Limit"),s("mo",null,"×"),s("mtext",null,"Gas Price")])],-1),d=s("p",null,"The gas limit for a transaction is the maximum amount of gas that a user is willing to spend on a transaction. 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that could potentially be adjusted through the system's governance mechanisms.")])]),W])}const ls=o(l,[["render",X]]);export{os as __pageData,ls as default}; diff --git a/assets/developers_transaction-resubmission.md.96bd7ea9.js b/assets/developers_transaction-resubmission.md.96bd7ea9.js new file mode 100644 index 00000000000..8924d158f2d --- /dev/null +++ b/assets/developers_transaction-resubmission.md.96bd7ea9.js @@ -0,0 +1 @@ +import{_ as e,o as s,c as n,Q as i}from"./chunks/framework.51d6c45b.js";const b=JSON.parse('{"title":"Transaction resubmission","description":"This is a guide on transaction resubmission on Celestia.","frontmatter":{"description":"This is a guide on transaction resubmission on Celestia.","head":[["meta",{"name":"og:title","content":"Transaction resubmission | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/transaction-resubmission.md","filePath":"developers/transaction-resubmission.md","lastUpdated":1708339816000}'),t={name:"developers/transaction-resubmission.md"},a=i('

    Transaction resubmission ​

    In cases where transactions are not included within a 75-second window, resubmission is necessary. This is especially important during network congestion, as transactions with relatively low fees may not be processed even after the network clears up.

    Regardless of whether they originate from celestia-app or celestia-node, transactions will not be re-gossiped, except in the presence of a new peer.

    Monitoring and resubmission ​

    Monitor the status of your transactions. If a transaction is not included within a 75-second window, it should be resubmitted. This can be done manually or through automated processes.

    Changes introduced in celestiaorg/celestia-core#1089 may affect transaction gossiping and inclusion speed.

    Notes ​

    • All transactions, regardless of their origin, are subject to being sorted and pruned based on fees.
    • It is the user or developer's responsibility to monitor and possibly resubmit transactions if they are not included in a 75-second window.
    ',8),o=[a];function r(c,d,l,u,h,m){return s(),n("div",null,o)}const _=e(t,[["render",r]]);export{b as __pageData,_ as default}; diff --git a/assets/developers_transaction-resubmission.md.96bd7ea9.lean.js b/assets/developers_transaction-resubmission.md.96bd7ea9.lean.js new file mode 100644 index 00000000000..2b2658b9908 --- /dev/null +++ b/assets/developers_transaction-resubmission.md.96bd7ea9.lean.js @@ -0,0 +1 @@ +import{_ as e,o as s,c as n,Q as i}from"./chunks/framework.51d6c45b.js";const b=JSON.parse('{"title":"Transaction resubmission","description":"This is a guide on transaction resubmission on Celestia.","frontmatter":{"description":"This is a guide on transaction resubmission on Celestia.","head":[["meta",{"name":"og:title","content":"Transaction resubmission | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/transaction-resubmission.md","filePath":"developers/transaction-resubmission.md","lastUpdated":1708339816000}'),t={name:"developers/transaction-resubmission.md"},a=i("",8),o=[a];function r(c,d,l,u,h,m){return s(),n("div",null,o)}const _=e(t,[["render",r]]);export{b as __pageData,_ as default}; diff --git a/assets/developers_wallets.md.a10fbd85.js b/assets/developers_wallets.md.a10fbd85.js new file mode 100644 index 00000000000..8c2c39a4c4a --- /dev/null +++ b/assets/developers_wallets.md.a10fbd85.js @@ -0,0 +1,203 @@ +import{c as p}from"./chunks/constants.dc70dfe7.js";import{_ as e,o as t,c,k as s,a as n,t as l,Q as o}from"./chunks/framework.51d6c45b.js";const r={data(){return{constants:p}}},hn=JSON.parse('{"title":"Wallet integrations with Celestia","description":"How you can add Celestia network parameters to wallets such as Keplr, Leap, and Cosmostation.","frontmatter":{"description":"How you can add Celestia network parameters to wallets such as Keplr, Leap, and Cosmostation.","head":[["meta",{"name":"og:title","content":"Wallet integrations with Celestia | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"developers/wallets.md","filePath":"developers/wallets.md","lastUpdated":1713191709000}'),i=o(`

    Wallet integrations with Celestia ​

    This page covers how developers can use Keplr and React to add Celestia network parameters to wallets, and how to add custom networks to Leap and Cosmostation.

    Add Celestia network parameters to Keplr with React ​

    Before we demonstrate how to export the specific parameters for Celestia's testnets, we need to create a ReactJS component that allows us to connect directly to Keplr and pass it the network parameters.

    In the following code, we show how you can export a component that detects whether Keplr is installed and sets the network params for it:

    jsx
    // @site/src/components/AddNetworkKeplr.js
+import React from "react";
+import styles from "./Keplr.module.css";
+
+export default function AddNetworkKeplr({ params }) {
+  async function add() {
+    if (!window.keplr) {
+      alert("Please install keplr extension");
+    } else {
+      if (window.keplr.experimentalSuggestChain) {
+        try {
+          await window.keplr.experimentalSuggestChain({
+            chainId: params.chainId,
+            chainName: params.chainName,
+            rpc: params.rpc,
+            rest: params.rest,
+            bip44: {
+              coinType: 118,
+            },
+            bech32Config: {
+              bech32PrefixAccAddr: "celestia",
+              bech32PrefixAccPub: "celestia" + "pub",
+              bech32PrefixValAddr: "celestia" + "valoper",
+              bech32PrefixValPub: "celestia" + "valoperpub",
+              bech32PrefixConsAddr: "celestia" + "valcons",
+              bech32PrefixConsPub: "celestia" + "valconspub",
+            },
+            currencies: [
+              {
+                coinDenom: "TIA",
+                coinMinimalDenom: "utia",
+                coinDecimals: 6,
+                coinGeckoId: "celestia",
+              },
+            ],
+            feeCurrencies: [
+              {
+                coinDenom: "TIA",
+                coinMinimalDenom: "utia",
+                coinDecimals: 6,
+                coinGeckoId: "celestia",
+                gasPriceStep: {
+                  low: 0.01,
+                  average: 0.02,
+                  high: 0.1,
+                },
+              },
+            ],
+            stakeCurrency: {
+              coinDenom: "TIA",
+              coinMinimalDenom: "utia",
+              coinDecimals: 6,
+              coinGeckoId: "celestia",
+            },
+          });
+        } catch {
+          alert("Failed to suggest the chain");
+        }
+      }
+      const chainId = params.chainId;
+      // Enabling before using the Keplr is recommended.
+      // This method will ask the user whether to allow access if they haven't visited this website.
+      // Also, it will request that the user unlock the wallet if the wallet is locked.
+      await window.keplr.enable(chainId);
+    }
+  }
+
+  return (
+    <div className={styles.center}>
+      <button className={styles.keplrButton} onClick={add}>
+        Add/switch To {params.chainName}
+      </button>
+    </div>
+  );
+}
    // @site/src/components/AddNetworkKeplr.js
+import React from "react";
+import styles from "./Keplr.module.css";
+
+export default function AddNetworkKeplr({ params }) {
+  async function add() {
+    if (!window.keplr) {
+      alert("Please install keplr extension");
+    } else {
+      if (window.keplr.experimentalSuggestChain) {
+        try {
+          await window.keplr.experimentalSuggestChain({
+            chainId: params.chainId,
+            chainName: params.chainName,
+            rpc: params.rpc,
+            rest: params.rest,
+            bip44: {
+              coinType: 118,
+            },
+            bech32Config: {
+              bech32PrefixAccAddr: "celestia",
+              bech32PrefixAccPub: "celestia" + "pub",
+              bech32PrefixValAddr: "celestia" + "valoper",
+              bech32PrefixValPub: "celestia" + "valoperpub",
+              bech32PrefixConsAddr: "celestia" + "valcons",
+              bech32PrefixConsPub: "celestia" + "valconspub",
+            },
+            currencies: [
+              {
+                coinDenom: "TIA",
+                coinMinimalDenom: "utia",
+                coinDecimals: 6,
+                coinGeckoId: "celestia",
+              },
+            ],
+            feeCurrencies: [
+              {
+                coinDenom: "TIA",
+                coinMinimalDenom: "utia",
+                coinDecimals: 6,
+                coinGeckoId: "celestia",
+                gasPriceStep: {
+                  low: 0.01,
+                  average: 0.02,
+                  high: 0.1,
+                },
+              },
+            ],
+            stakeCurrency: {
+              coinDenom: "TIA",
+              coinMinimalDenom: "utia",
+              coinDecimals: 6,
+              coinGeckoId: "celestia",
+            },
+          });
+        } catch {
+          alert("Failed to suggest the chain");
+        }
+      }
+      const chainId = params.chainId;
+      // Enabling before using the Keplr is recommended.
+      // This method will ask the user whether to allow access if they haven't visited this website.
+      // Also, it will request that the user unlock the wallet if the wallet is locked.
+      await window.keplr.enable(chainId);
+    }
+  }
+
+  return (
+    <div className={styles.center}>
+      <button className={styles.keplrButton} onClick={add}>
+        Add/switch To {params.chainName}
+      </button>
+    </div>
+  );
+}

    We still need to pass the Celestia network parameters to the AddNetworkKeplr function:

    `,7),E={class:"vp-code-group vp-adaptive-theme"},y=o('
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  • Chain Name: Arabica devnet
  • New RPC URL: https://rpc.celestia-arabica-11.com/
  • New REST URL: https://api.celestia-arabica-11.com
  • Address Prefix: celestia
  • Native Denom: utia
  • Coin Type: 118
  • Decimals: 6
  • Block explorer URL (optional): https://explorer.celestia-arabica-10.com
    • ",8),pn=o('

    Now, click Add chain and you will be able to view your Arabica account balance and transactions in Leap wallet.

    You'll see that you're connected to Arabica Devnet.

    Adding a custom chain to Cosmostation ​

    Click the hamburger menu icon in the top corner of Cosmostation wallet. Scroll down and click "Add Custom Chain"

    You can then add the following parameters:

    • Custom Chain name: Mocha testnet
    • Rest URL: https://api-mocha.pops.one
    • New RPC URL: https://rpc-mocha.pops.one
    • Currency symbol: TIA
    • Address prefix: celestia
    • Denom: utia
    • Symbol image URL (optional): https://raw.githubusercontent.com/cosmos/chain-registry/master/testnets/celestiatestnet/images/celestia.svg
    • Explorer URL (optional): https://testnet.mintscan.io/celestia-testnet
    • Coin Type: 118
    • Decimals: 6
    • Gas rate Tiny: 0.1
    • Gas rate Low: 0.25
    • Gas rate Average: 0.5

    Now, click Add a custom chain and you will be able to view your Celestia account balance and transactions in Cosmostation wallet.

    Switch chains to "Mocha testnet" and you'll see that you're connected to Celestia's Mocha testnet!

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Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/how-celestia-works/data-availability-faq.md","filePath":"learn/how-celestia-works/data-availability-faq.md","lastUpdated":1700234482000}'),r={name:"learn/how-celestia-works/data-availability-faq.md"},l=i('

    Data availability FAQ ​

    What is data availability? ​

    Data availability answers the question, has this data been published? Specifically, a node will verify data availability when it receives a new block that is getting added to the chain. The node will attempt to download all the transaction data for the new block to verify availability. If the node can download all the transaction data, then it successfully verified data availability, proving that the block data was actually published to the network.

    Modular VS Monolithic

    As you’ll see, modular blockchains like Celestia employ other primitives that allow nodes to verify data availability more efficiently. Data availability is critical to the security of any blockchain because it ensures that anyone can inspect the ledger of transactions and verify it. Data availability becomes particularly problematic when scaling blockchains. As the blocks get bigger, it becomes impractical for normal users to download all the data, and therefore users can no longer verify the chain.

    What is the data availability problem? ​

    The problem with data availability occurs when the transaction data for a newly proposed block cannot be downloaded and verified. This type of attack by a block producer is called a data withholding attack, which sees the block producer withhold transaction data of a new block.

    Since transaction data is withheld, nodes cannot update to the latest state. Such an attack can have numerous consequences, from halting a chain to gaining the ability to steal funds. The severity of the consequences will depend on the type of blockchain (L1 or L2) and whether data availability is kept onchain or offchain. The data availability problem commonly arises around L2 scaling solutions like rollups and validiums.

    How do nodes verify data availability in Celestia? ​

    In most blockchains, nodes that verify data availability do so by downloading all transaction data for a block. If they are able to download all the data, they have verified its availability. In Celestia, light nodes have access to a new mechanism to verify data availability without needing to download all the data for a block. This new primitive for verifying data availability is called data availability sampling.

    What is data availability sampling? ​

    Data availability sampling is a mechanism for light nodes to verify data availability without having to download all data for a block. Data availability sampling (DAS) works by having light nodes conduct multiple rounds of random sampling for small portions of block data. As a light node completes more rounds of sampling for block data, it increases its confidence that data is available. Once the light node successfully reaches a predetermined confidence level (e.g. 99%) it will consider the block data as available.

    Want a simpler explanation? Check out this thread on how data availability sampling is like flipping a coin.

    What are some of the security assumptions that Celestia makes for data availability sampling? ​

    Celestia assumes that there is a minimum number of light nodes that are conducting data availability sampling for a given block size. This assumption is necessary so that a full node can reconstruct an entire block from the portions of data light nodes sampled and stored. The amount of light nodes that are needed will depend on the block size - for bigger blocks more light nodes are assumed to be running.

    A second notable assumption that is made by light nodes is that they are connected to at least one honest full node. This ensures that they can receive fraud proofs for incorrectly erasure coded blocks. If a light node is not connected to an honest full node, such as during an eclipse attack, it can’t verify that the block is improperly constructed.

    Why is block reconstruction necessary for security? ​

    In Celestia, blocks need to be erasure coded so that there is redundant data to aid the data availability sampling process. However, nodes tasked with erasure coding the data could do so incorrectly. Since Celestia uses fraud proofs to verify that erasure coding is incorrect, the full block data is needed to generate a bad encoding fraud proof.

    There could be a situation where validators only provide data to light nodes and not full nodes. If the full nodes don’t have the ability to reconstruct the full block from the portions of data stored by light nodes, they wouldn’t be able to generate a bad encoding fraud proof.

    What is data storage? ​

    Data storage is concerned with the ability to store and access past transaction data.

    Modular VS Monolithic

    Data storage and retrieval is needed for multiple purposes, such as:

    • Reading the information of a previous transaction
    • Syncing a node
    • Indexing and serving transaction data
    • Retrieving NFT information

    What is the problem around data storage? ​

    The issue with data storage is whether past transaction data can be stored and successfully retrieved at a later time. The inability to retrieve historical transaction data can cause problems, such as users being unable to access information about their past transactions or nodes that cannot sync from genesis. Luckily, the assumptions around storing and accessing past data are weak. Only a single copy of a blockchain’s history needs to be accessible for users to gain access to historical transaction data. In other words, data storage security is a 1 of N honesty assumption.

    What is the difference between data availability and data storage? ​

    Data availability is about verifying that transaction data for a new block is public and available. In contrast, data storage involves storing and accessing past transaction data from old blocks.

    Where does blockchain state fit into this? ​

    Up until now it’s been all about transaction data, but blockchain state is a related topic. The state is different from transaction data. Specifically, the state is like a current snapshot of the network, which includes information about account balances, smart contract balances, and validator set info. Problems that arise from the size of the state are different in nature than those around data availability and retrievability.

    Why doesn’t Celestia incentivize storage of historical data? ​

    Most blockchains don’t incentivize storage of data because it shouldn’t be the responsibility of a blockchain to guarantee past data will be retrievable forever. In addition, the data storage problem only requires a single party to store and provide the data for users, which is not a strong problem. As such, Celestia’s purpose is to provide a secure and scalable way to verify the availability of data. Once data has been verified as available, the job of storing and retrieving historical data is left up to other entities that require the data. Luckily, there are natural incentives for outside parties to store and serve historical data to users.

    Who may store historical data if there is no reward? ​

    There are multiple types of actors that may be likely to store historical data. Some of those include:

    • Block explorers that provide access to past transaction data.
    • Indexers that provide API queries for past data.
    • Applications or rollups that require historical data for certain processes.
    • Users that want to guarantee that they will have access to their transaction history.

    What are some things blockchains can do to provide stronger assurances of data retrievability? ​

    • Reward nodes based on the amount of transaction data they store and requests for data they serve (this is the case with some data storage blockchains, like Filecoin).
    • Publish transaction data onto a data storage blockchain that incentivizes storing and serving requests for historical data.
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    Celestia's data availability layer ​

    Celestia is a data availability (DA) layer that provides a scalable solution to the data availability problem. Due to the permissionless nature of the blockchain networks, a DA layer must provide a mechanism for the execution and settlement layers to check in a trust-minimized way whether transaction data is indeed available.

    Two key features of Celestia's DA layer are data availability sampling (DAS) and Namespaced Merkle trees (NMTs). Both features are novel blockchain scaling solutions: DAS enables light nodes to verify data availability without needing to download an entire block; NMTs enable execution and settlement layers on Celestia to download transactions that are only relevant to them.

    Data availability sampling (DAS) ​

    In general, light nodes download only block headers that contain commitments (i.e., Merkle roots) of the block data (i.e., the list of transactions).

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    Namespaced Merkle trees (NMTs) ​

    Celestia partitions the block data into multiple namespaces, one for every application (e.g., rollup) using the DA layer. As a result, every application needs to download only its own data and can ignore the data of other applications.

    For this to work, the DA layer must be able to prove that the provided data is complete, i.e., all the data for a given namespace is returned. To this end, Celestia is using Namespaced Merkle trees (NMTs).

    An NMT is a Merkle tree with the leafs ordered by the namespace identifiers and the hash function modified so that every node in the tree includes the range of namespaces of all its descendants. The following figure shows an example of an NMT with height three (i.e., eight data shares). The data is partitioned into three namespaces.

    Namespaced Merkle Tree

    When an application requests the data for namespace 2, the DA layer must provide the data shares D3, D4, D5, and D6 and the nodes N2, N8 and N7 as proof (note that the application already has the root N14 from the block header).

    As a result, the application is able to check that the provided data is part of the block data. Furthermore, the application can verify that all the data for namespace 2 was provided. If the DA layer provides for example only the data shares D4 and D5, it must also provide nodes N12 and N11 as proofs. However, the application can identify that the data is incomplete by checking the namespace range of the two nodes, i.e., both N12 and N11 have descendants part of namespace 2.

    For more details on NMTs, refer to the original paper.

    Building a PoS blockchain for DA ​

    Providing data availability ​

    The Celestia DA layer consists of a PoS blockchain. Celestia is dubbing this blockchain as the celestia-app, an application that provides transactions to facilitate the DA layer and is built using Cosmos SDK. The following figure shows the main components of celestia-app.

    Main components of celestia-app

    celestia-app is built on top of celestia-core, a modified version of the Tendermint consensus algorithm. Among the more important changes to vanilla Tendermint, celestia-core:

    • Enables the erasure coding of block data (using the 2-dimensional Reed-Solomon encoding scheme).
    • Replaces the regular Merkle tree used by Tendermint to store block data with a Namespaced Merkle tree that enables the above layers (i.e., execution and settlement) to only download the needed data (for more details, see the section below describing use cases).

    For more details on the changes to Tendermint, take a look at the ADRs. Notice that celestia-core nodes are still using the Tendermint p2p network.

    Similarly to Tendermint, celestia-core is connected to the application layer (i.e., the state machine) by ABCI++, a major evolution of ABCI (Application Blockchain Interface).

    The celestia-app state machine is necessary to execute the PoS logic and to enable the governance of the DA layer.

    However, the celestia-app is data-agnostic -- the state machine neither validates nor stores the data that is made available by the celestia-app.

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    Monolithic vs. modular blockchains ​

    Blockchains instantiate replicated state machines: the nodes in a permissionless distributed network apply an ordered sequence of deterministic transactions to an initial state resulting in a common final state.

    In other words, this means that nodes in a network all follow the same set of rules (i.e., an ordered sequence of transactions) to go from a starting point (i.e., an initial state) to an ending point (i.e., a common final state). This process ensures that all nodes in the network agree on the final state of the blockchain, even though they operate independently.

    This means blockchains require the following four functions:

    • Execution entails executing transactions that update the state correctly. Thus, execution must ensure that only valid transactions are executed, i.e., transactions that result in valid state machine transitions.
    • Settlement entails an environment for execution layers to verify proofs, resolve fraud disputes, and bridge between other execution layers.
    • Consensus entails agreeing on the order of the transactions.
    • Data Availability (DA) entails making the transaction data available. Note that execution, settlement, and consensus require DA.

    Traditional blockchains, i.e. monolithic blockchains, implement all four functions together in a single base consensus layer. The problem with monolithic blockchains is that the consensus layer must perform numerous different tasks, and it cannot be optimized for only one of these functions. As a result, the monolithic paradigm limits the throughput of the system.

    Modular VS Monolithic

    As a solution, modular blockchains decouple these functions among multiple specialized layers as part of a modular stack. Due to the flexibility that specialization provides, there are many possibilities in which that stack can be arranged. For example, one such arrangement is the separation of the four functions into three specialized layers.

    The base layer consists of DA and consensus and thus, is referred to as the Consensus and DA layer (or for brevity, the DA layer), while both settlement and execution are moved on top in their own layers. As a result, every layer can be specialized to optimally perform only its function, and thus, increase the throughput of the system. Furthermore, this modular paradigm enables multiple execution layers, i.e., rollups, to use the same settlement and DA layers.

    ',9),r=[s];function l(c,h,m,d,u,p){return t(),o("div",null,r)}const b=e(i,[["render",l]]);export{g as __pageData,b as default}; diff --git a/assets/learn_how-celestia-works_monolithic-vs-modular.md.db0fb9d5.lean.js b/assets/learn_how-celestia-works_monolithic-vs-modular.md.db0fb9d5.lean.js new file mode 100644 index 00000000000..1f972a59c6c --- /dev/null +++ b/assets/learn_how-celestia-works_monolithic-vs-modular.md.db0fb9d5.lean.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as o,Q as a}from"./chunks/framework.51d6c45b.js";const n="/img/learn/monolithic-modular.png",g=JSON.parse('{"title":"Monolithic vs. modular blockchains","description":"Comparison between monolithic and modular blockchains.","frontmatter":{"description":"Comparison between monolithic and modular blockchains.","head":[["meta",{"name":"og:title","content":"Monolithic vs. modular blockchains | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/how-celestia-works/monolithic-vs-modular.md","filePath":"learn/how-celestia-works/monolithic-vs-modular.md","lastUpdated":1711980671000}'),i={name:"learn/how-celestia-works/monolithic-vs-modular.md"},s=a("",9),r=[s];function l(c,h,m,d,u,p){return t(),o("div",null,r)}const b=e(i,[["render",l]]);export{g as __pageData,b as default}; diff --git a/assets/learn_how-celestia-works_overview.md.3d86106d.js b/assets/learn_how-celestia-works_overview.md.3d86106d.js new file mode 100644 index 00000000000..fff4371904b --- /dev/null +++ b/assets/learn_how-celestia-works_overview.md.3d86106d.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as t,Q as r}from"./chunks/framework.51d6c45b.js";const f=JSON.parse('{"title":"Introduction","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Introduction | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/how-celestia-works/overview.md","filePath":"learn/how-celestia-works/overview.md","lastUpdated":1709673776000}'),i={name:"learn/how-celestia-works/overview.md"},o=r('

    Introduction ​

    Celestia is a modular data availability network that securely scales with the number of users, making it easy for anyone to launch their own blockchain.

    Celestia enables the next generation of scalable blockchain architectures - modular blockchains. Celestia scales by decoupling execution from consensus and introducing a new primitive, data availability sampling.

    The former entails that Celestia is only responsible for ordering transactions and guaranteeing their data availability; this is similar to reducing consensus to atomic broadcast.

    The latter provides an efficient solution to the data availability problem by only requiring resource-limited light nodes to sample a small number of random shares from each block to verify data availability.

    Interestingly, more light nodes that participate in sampling increases the amount of data that the network can safely handle, enabling the block size to increase without equally increasing the cost to verify the chain.

    ',6),n=[o];function s(l,c,h,d,p,m){return a(),t("div",null,n)}const _=e(i,[["render",s]]);export{f as __pageData,_ as default}; diff --git a/assets/learn_how-celestia-works_overview.md.3d86106d.lean.js b/assets/learn_how-celestia-works_overview.md.3d86106d.lean.js new file mode 100644 index 00000000000..d94536a6e4f --- /dev/null +++ b/assets/learn_how-celestia-works_overview.md.3d86106d.lean.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as t,Q as r}from"./chunks/framework.51d6c45b.js";const f=JSON.parse('{"title":"Introduction","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Introduction | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/how-celestia-works/overview.md","filePath":"learn/how-celestia-works/overview.md","lastUpdated":1709673776000}'),i={name:"learn/how-celestia-works/overview.md"},o=r("",6),n=[o];function s(l,c,h,d,p,m){return a(),t("div",null,n)}const _=e(i,[["render",s]]);export{f as __pageData,_ as default}; diff --git a/assets/learn_how-celestia-works_transaction-lifecycle.md.c6f24695.js b/assets/learn_how-celestia-works_transaction-lifecycle.md.c6f24695.js new file mode 100644 index 00000000000..cbd24ddf394 --- /dev/null +++ b/assets/learn_how-celestia-works_transaction-lifecycle.md.c6f24695.js @@ -0,0 +1 @@ +import{_ as i}from"./chunks/tx-lifecycle.92aed1e6.js";import{_ as n,o as a,c as o,k as e,a as t,Q as s}from"./chunks/framework.51d6c45b.js";const l="/img/learn/consensus-da.png",K=JSON.parse('{"title":"The lifecycle of a celestia-app transaction","description":"Learn what is the lifecycle of a celestia-app transaction.","frontmatter":{"description":"Learn what is the lifecycle of a celestia-app transaction.","head":[["meta",{"name":"og:title","content":"The lifecycle of a celestia-app transaction | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/how-celestia-works/transaction-lifecycle.md","filePath":"learn/how-celestia-works/transaction-lifecycle.md","lastUpdated":1709673776000}'),r={name:"learn/how-celestia-works/transaction-lifecycle.md"},c=s('

    The lifecycle of a celestia-app transaction ​

    Users request the celestia-app to make data available by sending PayForBlobs transactions. Every such transaction consists of the identity of the sender, the data to be made available, also referred to as the message, the data size, the namespace, and a signature. Every block producer batches multiple PayForBlobs transactions into a block.

    Before proposing the block though, the producer passes it to the state machine via ABCI++, where each PayForBlobs transaction is split into a namespaced message (denoted by Msg in the figure below), i.e., the data together with the namespace ID, and an executable transaction (denoted by e-Tx in the figure below) that does not contain the data, but only a commitment that can be used at a later time to prove that the data was indeed made available.

    Thus, the block data consists of data partitioned into namespaces and executable transactions. Note that only these transactions are executed by the Celestia state machine once the block is committed.

    Lifecycle of a celestia-app Transaction

    ',5),h=e("a",{href:"./data-availability-layer"},`described in the "Celestia's data availability layer" page`,-1),d={class:"MathJax",jax:"SVG",style:{direction:"ltr",position:"relative"}},T={style:{overflow:"visible","min-height":"1px","min-width":"1px","vertical-align":"-0.025ex"},xmlns:"http://www.w3.org/2000/svg",width:"2.31ex",height:"1.595ex",role:"img",focusable:"false",viewBox:"0 -694 1021 705","aria-hidden":"true"},Q=s('',1),p=[Q],m=e("mjx-assistive-mml",{unselectable:"on",display:"inline",style:{top:"0px",left:"0px",clip:"rect(1px, 1px, 1px, 1px)","-webkit-touch-callout":"none","-webkit-user-select":"none","-khtml-user-select":"none","-moz-user-select":"none","-ms-user-select":"none","user-select":"none",position:"absolute",padding:"1px 0px 0px 0px",border:"0px",display:"block",width:"auto",overflow:"hidden"}},[e("math",{xmlns:"http://www.w3.org/1998/Math/MathML"},[e("mn",null,"4"),e("mi",null,"k")])],-1),u=e("li",null,"It splits the executable transactions and the namespaced data into shares. Every share consists of some bytes prefixed by a namespace. 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This is possible since the soundness property (i.e., if an honest light node accepts a block as available, then at least one honest full node will eventually have the entire block data) is probabilistically guaranteed (for more details, take a look at the "),e("a",{href:"https://arxiv.org/abs/1809.09044",target:"_blank",rel:"noreferrer"},"original paper"),t(").")],-1),E=e("p",null,"By fine tuning Celestia's parameters (e.g., the number of data shares sampled by each light node) the likelihood of false positives can be sufficiently reduced such that block producers have no incentive to withhold the block data.",-1);function z(R,J,F,G,$,U){return a(),o("div",null,[c,e("p",null,[t("Next, the block producer adds to the block header a commitment of the block data. As "),h,t(", the commitment is the Merkle root of the "),e("mjx-container",d,[(a(),o("svg",T,p)),m]),t(" intermediate Merkle roots (i.e., one for each row and column of the extended matrix). 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    How to stake TIA ​

    Celestia is a proof-of-stake blockchain based on the Cosmos SDK.

    Staking TIA as a delegator allows you to secure the Celestia network. This means that you can stake the native token TIA and vote on governance proposals.

    In this tutorial, you will learn how to stake TIA tokens via Keplr and Leap wallets.

    Select your preferred wallet ​

    Keplr
    Leap

    Stake TIA with Keplr wallet ​

    1️⃣ Open your Keplr browser extension ​

    Navigate to Staked and select Stake with Keplr Dashboard.

    This will open the Keplr dashboard in a new browser page.

    Keplr1

    2️⃣ Select Celestia network and search for a validator ​

    In the Keplr dashboard, select the Celestia network and pick a validator of your choice.

    Keplr1

    3️⃣ Stake your TIA tokens ​

    On the following screen enter amount of TIA tokens and select Stake.

    A Keplr popup will appear, requesting your approval for the transaction. Select Approve.

    Keplr1

    4️⃣ Confirm and manage your TIA ​

    After the transaction is confirmed, you will see the following overview dashboard where you can claim rewards, unstake, redelegate, or stake additional tokens.

    Keplr1

    Stake TIA with Leap wallet ​

    1️⃣ Open your Leap browser extension ​

    In top right select Celestia network and navigate to Stake.

    Similarly to previous step, select the +Stake button.

    Keplr1

    2️⃣ Select a validator and stake TIA ​

    On the following screen choose a validator of your choice, enter the desired amount, and click Review.

    Following that, review the transaction details and select Stake, then wait for the transaction to finalize.

    Keplr1

    3️⃣ Confirm and manage your TIA ​

    After the transaction is confirmed, you will see the following overview dashboard where you can claim rewards, unstake, redelegate, or stake additional tokens.

    Keplr1

    ',34),m=[w];function u(f,g,_,b,y,T){return a(),t("div",null,m)}const I=e(k,[["render",u]]);export{A as __pageData,I as default}; diff --git a/assets/learn_how-to-stake-tia.md.4ed3b67d.lean.js b/assets/learn_how-to-stake-tia.md.4ed3b67d.lean.js new file mode 100644 index 00000000000..59dd336e2fd --- /dev/null +++ b/assets/learn_how-to-stake-tia.md.4ed3b67d.lean.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as t,Q as o}from"./chunks/framework.51d6c45b.js";const r="/img/keplr.png",l="/img/leap.png",i="/img/keplr/keplr1.gif",n="/img/keplr/keplr2.gif",s="/img/keplr/keplr3.gif",p="/img/keplr/keplr4.gif",c="/img/leap/leap1.gif",d="/img/leap/leap2.gif",h="/img/leap/leap3.gif",A=JSON.parse('{"title":"How to stake TIA","description":"This tutorial covers how to stake TIA with Keplr or Leap wallet","frontmatter":{"sidebar_label":"How to stake TIA","description":"This tutorial covers how to stake TIA with Keplr or Leap wallet","head":[["meta",{"name":"og:title","content":"How to stake TIA | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/how-to-stake-tia.md","filePath":"learn/how-to-stake-tia.md","lastUpdated":1707231883000}'),k={name:"learn/how-to-stake-tia.md"},w=o("",34),m=[w];function u(f,g,_,b,y,T){return a(),t("div",null,m)}const I=e(k,[["render",u]]);export{A as __pageData,I as default}; diff --git a/assets/learn_paying-for-blobspace.md.50c0da43.js b/assets/learn_paying-for-blobspace.md.50c0da43.js new file mode 100644 index 00000000000..7c79e4cd95f --- /dev/null +++ b/assets/learn_paying-for-blobspace.md.50c0da43.js @@ -0,0 +1 @@ +import{_ as e}from"./chunks/tx-lifecycle.92aed1e6.js";import{_ as a,o as t,c as o,Q as i}from"./chunks/framework.51d6c45b.js";const u=JSON.parse('{"title":"Paying for blobspace","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Paying for blobspace | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/paying-for-blobspace.md","filePath":"learn/paying-for-blobspace.md","lastUpdated":1698091500000}'),s={name:"learn/paying-for-blobspace.md"},n=i('

    Paying for blobspace ​

    PayForBlobs transactions ​

    To publish data on Celestia, developers can submit PayForBlobs transactions. A PayForBlobs transaction consists of the identity of the sender, the data to be made available, the data size, the namespace, and a signature.

    Each PayForBlobs transaction is split into two parts: the blob or blobs which include the data to be made available along with the namespace, and the executable payment transaction which includes a commitment to the data.

    Both the blobs and executable payment transactions are put into the block within the appropriate namespace. The block data is extended using erasure coding and then Merkelized into a data root commitment included in the block header.

    Lifecycle of a celestia-app Transaction

    See the detailed life cycle of a Celestia transaction.

    Learn how to submit data to Celestia’s data availability layer.

    Fee market overview ​

    Celestia uses a standard gas-price prioritised mempool. This means that transactions with higher fees will be prioritised by validators. Fees are comprised of a flat fee per transaction and then a variable fee based on the size of each blob in the transaction.

    Understand how fees are calculated on Celestia in the overview on submitting PFB transactions.

    ',11),r=[n];function c(l,d,p,h,b,m){return t(),o("div",null,r)}const y=a(s,[["render",c]]);export{u as __pageData,y as default}; diff --git a/assets/learn_paying-for-blobspace.md.50c0da43.lean.js b/assets/learn_paying-for-blobspace.md.50c0da43.lean.js new file mode 100644 index 00000000000..b017199cccf --- /dev/null +++ b/assets/learn_paying-for-blobspace.md.50c0da43.lean.js @@ -0,0 +1 @@ +import{_ as e}from"./chunks/tx-lifecycle.92aed1e6.js";import{_ as a,o as t,c as o,Q as i}from"./chunks/framework.51d6c45b.js";const u=JSON.parse('{"title":"Paying for blobspace","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Paying for blobspace | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/paying-for-blobspace.md","filePath":"learn/paying-for-blobspace.md","lastUpdated":1698091500000}'),s={name:"learn/paying-for-blobspace.md"},n=i("",11),r=[n];function c(l,d,p,h,b,m){return t(),o("div",null,r)}const y=a(s,[["render",c]]);export{u as __pageData,y as default}; diff --git a/assets/learn_retrievability.md.c6864d62.js b/assets/learn_retrievability.md.c6864d62.js new file mode 100644 index 00000000000..af78b14fb50 --- /dev/null +++ b/assets/learn_retrievability.md.c6864d62.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as t,Q as i}from"./chunks/framework.51d6c45b.js";const g=JSON.parse('{"title":"Data retrievability and pruning","description":"Practices and expectations for data retrievability and pruning on Celestia.","frontmatter":{"sidebar_label":"Data retrievability and pruning","description":"Practices and expectations for data retrievability and pruning on Celestia.","head":[["meta",{"name":"og:title","content":"Data retrievability and pruning | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/retrievability.md","filePath":"learn/retrievability.md","lastUpdated":1708603850000}'),o={name:"learn/retrievability.md"},r=i('

    Data retrievability and pruning ​

    The purpose of data availability layers such as Celestia is to ensure that block data is provably published, so that applications and rollups can know what the state of their chain is, and store that data. Once the data is published, data availability layers do not inherently guarantee that historical data will be permanently stored and remain retrievable.

    In this document, we discuss the state of data retrievability and pruning in Celestia, as well as some tips for rollup developers in order to ensure that syncing new rollup nodes is possible.

    Data retrievability and pruning in celestia-node ​

    As of version v0.13.0, celestia-node has implemented a light node sampling window of 30 days, as specified in CIP-4. This means that once pruning is implemented, light nodes will now only sample blocks within a 30-day window instead of sampling all blocks from genesis. This change introduces the concept of pruning to celestia-node, where data outside of the 30-day window may not be stored by light nodes, marking a significant update in how data retrievability and storage are managed within the network (v0.13.0 release notes).

    Data blobs older than the recency window will be pruned by default on light nodes, after pruning is fully implemented, but will continue to be stored by archival nodes that do not prune data. Light nodes will be able to query historic blob data in namespaces from archival nodes, as long as archival nodes exist on the public network.

    Once pruning is fully implemented, light nodes will only perform data availability sampling for blocks within the data recency window of 30 days.

    Suggested practices for rollups ​

    Rollups may need to access historic data in order to allow new rollup nodes to reconstruct the latest state by replaying historic blocks. Once data has been published on Celestia and guaranteed to have been made available, rollups and applications are responsible for storing their historical data.

    While it is possible to continue to do this by using the GetAll API method in celestia-node on historic blocks as long as archival nodes exist on the public Celestia network, rollup developers should not rely on this as the only method to access historical data, as archival nodes serving requests for historical data for free is not guaranteed. Below are some other suggested methods to access historical data.

    • Use professional archival node or data providers. It is expected that professional infrastructure providers will provide paid access to archival nodes, where historical data can be retrieved, for example using the GetAll API method. This provides better guarantees than solely relying on free archival nodes on the public Celestia network.
    • Share snapshots of rollup nodes. Rollups could share snapshots of their data directories which can be downloaded manually by users bootstrapping new nodes. These snapshots could contain the latest state of the rollup, and/or all the historical blocks.
    • Add peer-to-peer support for historical block sync. A less manual version of sharing snapshots, where rollup nodes could implement built-in support for block sync, where rollup nodes download historical block data from each other over a peer-to-peer network.
      • Namespace pinning. In the future, celestia-node is expected to allow nodes to choose to "pin" data from selected namespaces that they wish to store and make available for other nodes. This will allow rollup nodes to be responsible for storing their data, without needing to implement their own peer-to-peer historical block sync mechanism.
    ',11),s=[r];function n(l,d,c,h,p,u){return a(),t("div",null,s)}const f=e(o,[["render",n]]);export{g as __pageData,f as default}; diff --git a/assets/learn_retrievability.md.c6864d62.lean.js b/assets/learn_retrievability.md.c6864d62.lean.js new file mode 100644 index 00000000000..b64dde145b5 --- /dev/null +++ b/assets/learn_retrievability.md.c6864d62.lean.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as t,Q as i}from"./chunks/framework.51d6c45b.js";const g=JSON.parse('{"title":"Data retrievability and pruning","description":"Practices and expectations for data retrievability and pruning on Celestia.","frontmatter":{"sidebar_label":"Data retrievability and pruning","description":"Practices and expectations for data retrievability and pruning on Celestia.","head":[["meta",{"name":"og:title","content":"Data retrievability and pruning | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/retrievability.md","filePath":"learn/retrievability.md","lastUpdated":1708603850000}'),o={name:"learn/retrievability.md"},r=i("",11),s=[r];function n(l,d,c,h,p,u){return a(),t("div",null,s)}const f=e(o,[["render",n]]);export{g as __pageData,f as default}; diff --git a/assets/learn_staking-governance-supply.md.b7f1bae9.js b/assets/learn_staking-governance-supply.md.b7f1bae9.js new file mode 100644 index 00000000000..afa0cb106d8 --- /dev/null +++ b/assets/learn_staking-governance-supply.md.b7f1bae9.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as o}from"./chunks/framework.51d6c45b.js";const n="/img/learn/Celestia_TIA_Inflation.png",r="/img/learn/Celestia_TIA_Allocation_at_Genesis.png",s="/img/learn/Celestia_TIA_Available_Supply.png",k=JSON.parse('{"title":"Staking, governance, & supply","description":"Learn about proof-of-stake on Celestia","frontmatter":{"description":"Learn about proof-of-stake on Celestia","head":[["meta",{"name":"og:title","content":"Staking, governance, & supply | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/staking-governance-supply.md","filePath":"learn/staking-governance-supply.md","lastUpdated":1713191709000}'),i={name:"learn/staking-governance-supply.md"},l=o('

    Staking, governance, & supply ​

    Proof-of-stake on Celestia ​

    Celestia is a proof-of-stake blockchain based on CometBFT and the Cosmos SDK. Celestia supports in-protocol delegation and will start with an initial validator set of 100.

    Staking TIA as a validator or delegator enables you to earn staking rewards from the network. Validators charge a fee to delegators which gives them a percentage of staking rewards.

    Learn how proof of stake works on Cosmos SDK chains like Celestia.

    Consensus mechanismProof-of-stake
    Blockchain frameworkCosmos SDK
    Validator set size100
    Delegation supportYes

    Learn how to stake on your own at the community dashboards.

    Inflation ​

    TIA inflation starts at 8% annually and decreases by 10% every year until it reaches the long term issuance rate of 1.5%. Exact annual inflation rates can be found in the diagram below.

    inflation diagram

    The annual provisions for inflation are calculated based on the total supply of TIA at the beginning of each year. To calculate how many TIA to issue per block, Celestia uses the block timestamp rather than the block height since the time between blocks can vary and cause actual issuance to be higher than the target.

    For an in-depth understanding, refer to ADR019.

    Decentralised governance ​

    Network parameters ​

    TIA holders (not just stakers) can propose and vote on governance proposals to change a subset of network parameters. To learn more, see a complete list of both the changeable and non-changeable parameters and their values. Additionally, learn how to submit and vote on governance proposals.

    Community pool ​

    Starting at genesis, Celestia’s community pool receives 2% of all Celestia block rewards. TIA stakers may vote to fund ecosystem initiatives as in many other Cosmos SDK chains.

    Learn how to submit a governance proposal to spend community pool funds.

    TIA allocation at genesis ​

    Celestia will have a total supply of 1,000,000,000 TIA at genesis, split across five categories described in the chart and table below.

    allocation diagram

    CategoryDescription%
    Public AllocationGenesis Drop and Incentivized Testnet: 7.4%
    Future initiatives: 12.6%    		20%
    R&D & EcosystemTokens allocated to the Celestia Foundation and core devs for research, development, and ecosystem initiatives including:
    - Protocol maintenance and development
    - Programs for rollup developers, infrastructure, and node operators    		26.8%
    Early Backers: Series A&BEarly supporters of Celestia19.7%
    Early Backers: SeedEarly supporters of Celestia15.9%
    Initial Core ContributorsMembers of Celestia Labs, the first core contributor to Celestia17.6%

    Unlocks ​

    Celestia’s 1 billion TIA supply at genesis will be subject to several different unlock schedules. All tokens, locked or unlocked, may be staked, but staking rewards are unlocked upon receipt and will add to the circulating supply.

    Circulating supply is defined as the amount of TIA tokens in general circulation without onchain transfer restrictions.

    Available supply is defined as the amount of TIA tokens that are either part of the circulating supply or are unlocked but subject to some form of governance to determine when the tokens are allocated. This includes the unlocked portion of the R&D & Ecosystem tokens and the tokens set aside for future initiatives.

    The definitions for circulating and available supply were adapted from Optimism’s definitions.

    supply diagram

    Unlock schedule by category is described in the table below.

    CategoryUnlock Schedule
    Public AllocationFully unlocked at launch.
    R&D & Ecosystem25% unlocked at launch.
    Remaining 75% unlocks continuously from year 1 to year 4.
    Initial Core Contributors33% unlocked at year 1.
    Remaining 67% unlocks continuously from year 1 to year 3.
    Early Backers: Seed33% unlocked at year 1.
    Remaining 67% unlocks continuously from year 1 to year 2.
    Early Backers: Series A&B33% unlocked at year 1.
    Remaining 67% unlocks continuously from year 1 to year 2.
    ',30),d=[l];function c(p,h,u,m,f,g){return t(),a("div",null,d)}const y=e(i,[["render",c]]);export{k as __pageData,y as default}; diff --git a/assets/learn_staking-governance-supply.md.b7f1bae9.lean.js b/assets/learn_staking-governance-supply.md.b7f1bae9.lean.js new file mode 100644 index 00000000000..b1306a73b2d --- /dev/null +++ b/assets/learn_staking-governance-supply.md.b7f1bae9.lean.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as o}from"./chunks/framework.51d6c45b.js";const n="/img/learn/Celestia_TIA_Inflation.png",r="/img/learn/Celestia_TIA_Allocation_at_Genesis.png",s="/img/learn/Celestia_TIA_Available_Supply.png",k=JSON.parse('{"title":"Staking, governance, & supply","description":"Learn about proof-of-stake on Celestia","frontmatter":{"description":"Learn about proof-of-stake on Celestia","head":[["meta",{"name":"og:title","content":"Staking, governance, & supply | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/staking-governance-supply.md","filePath":"learn/staking-governance-supply.md","lastUpdated":1713191709000}'),i={name:"learn/staking-governance-supply.md"},l=o("",30),d=[l];function c(p,h,u,m,f,g){return t(),a("div",null,d)}const y=e(i,[["render",c]]);export{k as __pageData,y as default}; diff --git a/assets/learn_staking.md.d69d2c40.js b/assets/learn_staking.md.d69d2c40.js new file mode 100644 index 00000000000..1db09bd1175 --- /dev/null +++ b/assets/learn_staking.md.d69d2c40.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as n}from"./chunks/framework.51d6c45b.js";const g=JSON.parse('{"title":"Staking on Celestia","description":"Learn how to stake your tokens on the Celestia network.","frontmatter":{"description":"Learn how to stake your tokens on the Celestia network.","head":[["meta",{"name":"og:title","content":"Staking on Celestia | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/staking.md","filePath":"learn/staking.md","lastUpdated":1707231883000}'),s={name:"learn/staking.md"},r=n('

    Staking on Celestia ​

    Engage with the Celestia network at a deeper level through staking. An essential mechanism to a proof-of-stake network, users can secure the network by delegating to a validator and receive a share of its staking rewards.

    Mainnet Beta ​

    Currently, the following staking interfaces exist for the Mainnet Beta.

    Just connect your wallet to get started!

    Mocha testnet ​

    Currently, the following staking interfaces exist for the Mocha testnet.

    Just connect your wallet to get started!

    ',10),l=[r];function i(o,h,c,p,k,d){return t(),a("div",null,l)}const m=e(s,[["render",i]]);export{g as __pageData,m as default}; diff --git a/assets/learn_staking.md.d69d2c40.lean.js b/assets/learn_staking.md.d69d2c40.lean.js new file mode 100644 index 00000000000..c9a140bf8b5 --- /dev/null +++ b/assets/learn_staking.md.d69d2c40.lean.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as n}from"./chunks/framework.51d6c45b.js";const g=JSON.parse('{"title":"Staking on Celestia","description":"Learn how to stake your tokens on the Celestia network.","frontmatter":{"description":"Learn how to stake your tokens on the Celestia network.","head":[["meta",{"name":"og:title","content":"Staking on Celestia | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/staking.md","filePath":"learn/staking.md","lastUpdated":1707231883000}'),s={name:"learn/staking.md"},r=n("",10),l=[r];function i(o,h,c,p,k,d){return t(),a("div",null,l)}const m=e(s,[["render",i]]);export{g as __pageData,m as default}; diff --git a/assets/learn_tia.md.fc5441b2.js b/assets/learn_tia.md.fc5441b2.js new file mode 100644 index 00000000000..cf8a06254da --- /dev/null +++ b/assets/learn_tia.md.fc5441b2.js @@ -0,0 +1 @@ +import{_ as s,o as t,c as e,k as a,a as o,Q as n}from"./chunks/framework.51d6c45b.js";const A=JSON.parse('{"title":"Overview of TIA","description":"","frontmatter":{"prev":{"text":"Data availability FAQ","link":"/learn/how-celestia-works/data-availability-faq"},"head":[["meta",{"name":"og:title","content":"Overview of TIA | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/tia.md","filePath":"learn/tia.md","lastUpdated":1702318874000}'),i={name:"learn/tia.md"},r=a("h1",{id:"overview-of-tia",tabindex:"-1"},[o("Overview of TIA "),a("a",{class:"header-anchor",href:"#overview-of-tia","aria-label":'Permalink to "Overview of TIA"'},"​")],-1),l=a("h2",{id:"tia-at-a-glance",tabindex:"-1"},[o("TIA at a glance "),a("a",{class:"header-anchor",href:"#tia-at-a-glance","aria-label":'Permalink to "TIA at a glance"'},"​")],-1),d=a("thead",null,[a("tr",null,[a("th",null,"Property"),a("th",null,"Details")])],-1),c=a("tr",null,[a("td",null,"Abbreviation"),a("td",null,"TIA")],-1),h=a("tr",null,[a("td",null,"Total supply at genesis"),a("td",null,"1,000,000,000 TIA")],-1),Q=a("tr",null,[a("td",null,"Inflation schedule"),a("td",null,"8% in the first year, decreasing 10% per year until reaching an inflation floor of 1.5% annually")],-1),p=a("tr",null,[a("td",null,"Decimals"),a("td",null,"6")],-1),T=a("td",null,"Conversion",-1),m={class:"MathJax",jax:"SVG",style:{direction:"ltr",position:"relative"}},u={style:{overflow:"visible","min-height":"1px","min-width":"1px","vertical-align":"-0.186ex"},xmlns:"http://www.w3.org/2000/svg",width:"21.526ex",height:"2.14ex",role:"img",focusable:"false",viewBox:"0 -864 9514.7 946","aria-hidden":"true"},f=n('',1),g=[f],H=a("mjx-assistive-mml",{unselectable:"on",display:"inline",style:{top:"0px",left:"0px",clip:"rect(1px, 1px, 1px, 1px)","-webkit-touch-callout":"none","-webkit-user-select":"none","-khtml-user-select":"none","-moz-user-select":"none","-ms-user-select":"none","user-select":"none",position:"absolute",padding:"1px 0px 0px 0px",border:"0px",display:"block",width:"auto",overflow:"hidden"}},[a("math",{xmlns:"http://www.w3.org/1998/Math/MathML"},[a("mtext",null,"1 uTIA"),a("mo",null,"="),a("mtext",null,"TIA"),a("mo",null,"×"),a("msup",null,[a("mn",null,"10"),a("mrow",{"data-mjx-texclass":"ORD"},[a("mo",null,"−"),a("mn",null,"6")])])])],-1),k=n('

    Role of TIA ​

    Paying for blobspace ​

    Celestia’s native asset, TIA, is an essential part of how developers build on the first modular blockchain network. To use Celestia for data availability, rollup developers submit PayForBlobs transactions on the network for a fee, denominated in TIA.

    Bootstrapping new rollups ​

    A core part of the Celestia vision is that deploying a blockchain should be as easy as deploying a smart contract. In the modular era, developers no longer need to issue a token to launch their own blockchain.

    Similarly to ETH on Ethereum-based rollups, developers may opt to bootstrap their chain quickly by using TIA as a gas token and currency, in addition to paying for data availability. In this mode, developers can focus on creating their application or execution layer, instead of issuing a token right away.

    Proof-of-stake ​

    As a permissionless network built with Cosmos SDK, Celestia uses proof-of-stake to secure its own consensus. Like in other Cosmos networks, any user can help secure the network by delegating their TIA to a Celestia validator for a portion of their validator’s staking rewards.

    Learn how proof-of-stake works in Cosmos.

    Decentralised governance ​

    TIA staking also allows the community to play a critical role in decentralised governance over key parts of Celestia, such as voting on network parameters through governance proposals, and governing the community pool, which receives 2% of block rewards.

    Learn more about Celestia’s decentralised governance model.

    Denominations ​

    TIA: display token ​

    TIA is the DisplayDenom that you will typically see in wallets and user interfaces.

    utia: staking denomination ​

    utia is the BondDenom and stands for "micro TIA", with 1 TIA = 1,000,000 utia. This is the native staking denomination.

    In staking operations or transactions, if no denomination is specified, utia is assumed.

    microtia: staking denomination alias ​

    microtia is the BondDenomAlias, an alias for utia.

    ',20);function b(_,w,V,y,v,x){return t(),e("div",null,[r,l,a("table",null,[d,a("tbody",null,[c,h,Q,p,a("tr",null,[T,a("td",null,[a("mjx-container",m,[(t(),e("svg",u,g)),H])])])])]),k])}const I=s(i,[["render",b]]);export{A as __pageData,I as default}; diff --git a/assets/learn_tia.md.fc5441b2.lean.js b/assets/learn_tia.md.fc5441b2.lean.js new file mode 100644 index 00000000000..2755fba516d --- /dev/null +++ b/assets/learn_tia.md.fc5441b2.lean.js @@ -0,0 +1 @@ +import{_ as s,o as t,c as e,k as a,a as o,Q as n}from"./chunks/framework.51d6c45b.js";const A=JSON.parse('{"title":"Overview of TIA","description":"","frontmatter":{"prev":{"text":"Data availability FAQ","link":"/learn/how-celestia-works/data-availability-faq"},"head":[["meta",{"name":"og:title","content":"Overview of TIA | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"learn/tia.md","filePath":"learn/tia.md","lastUpdated":1702318874000}'),i={name:"learn/tia.md"},r=a("h1",{id:"overview-of-tia",tabindex:"-1"},[o("Overview of TIA "),a("a",{class:"header-anchor",href:"#overview-of-tia","aria-label":'Permalink to "Overview of TIA"'},"​")],-1),l=a("h2",{id:"tia-at-a-glance",tabindex:"-1"},[o("TIA at a glance "),a("a",{class:"header-anchor",href:"#tia-at-a-glance","aria-label":'Permalink to "TIA at a glance"'},"​")],-1),d=a("thead",null,[a("tr",null,[a("th",null,"Property"),a("th",null,"Details")])],-1),c=a("tr",null,[a("td",null,"Abbreviation"),a("td",null,"TIA")],-1),h=a("tr",null,[a("td",null,"Total supply at genesis"),a("td",null,"1,000,000,000 TIA")],-1),Q=a("tr",null,[a("td",null,"Inflation schedule"),a("td",null,"8% in the first year, decreasing 10% per year until reaching an inflation floor of 1.5% annually")],-1),p=a("tr",null,[a("td",null,"Decimals"),a("td",null,"6")],-1),T=a("td",null,"Conversion",-1),m={class:"MathJax",jax:"SVG",style:{direction:"ltr",position:"relative"}},u={style:{overflow:"visible","min-height":"1px","min-width":"1px","vertical-align":"-0.186ex"},xmlns:"http://www.w3.org/2000/svg",width:"21.526ex",height:"2.14ex",role:"img",focusable:"false",viewBox:"0 -864 9514.7 946","aria-hidden":"true"},f=n("",1),g=[f],H=a("mjx-assistive-mml",{unselectable:"on",display:"inline",style:{top:"0px",left:"0px",clip:"rect(1px, 1px, 1px, 1px)","-webkit-touch-callout":"none","-webkit-user-select":"none","-khtml-user-select":"none","-moz-user-select":"none","-ms-user-select":"none","user-select":"none",position:"absolute",padding:"1px 0px 0px 0px",border:"0px",display:"block",width:"auto",overflow:"hidden"}},[a("math",{xmlns:"http://www.w3.org/1998/Math/MathML"},[a("mtext",null,"1 uTIA"),a("mo",null,"="),a("mtext",null,"TIA"),a("mo",null,"×"),a("msup",null,[a("mn",null,"10"),a("mrow",{"data-mjx-texclass":"ORD"},[a("mo",null,"−"),a("mn",null,"6")])])])],-1),k=n("",20);function b(_,w,V,y,v,x){return t(),e("div",null,[r,l,a("table",null,[d,a("tbody",null,[c,h,Q,p,a("tr",null,[T,a("td",null,[a("mjx-container",m,[(t(),e("svg",u,g)),H])])])])]),k])}const I=s(i,[["render",b]]);export{A as __pageData,I as default}; diff --git a/assets/nodes_arabica-devnet.md.1651e52a.js b/assets/nodes_arabica-devnet.md.1651e52a.js new file mode 100644 index 00000000000..5bc1426ce28 --- /dev/null +++ b/assets/nodes_arabica-devnet.md.1651e52a.js @@ -0,0 +1,5 @@ +import{A as i}from"./chunks/ArabicaVersionTags.e649ff5a.js";import{c as d}from"./chunks/constants.dc70dfe7.js";import{_ as h,o,c as n,k as e,t as a,H as s,Q as r,a as u}from"./chunks/framework.51d6c45b.js";import"./chunks/arabica_versions.d7daf483.js";const b="/img/arabica-devnet.png",y={name:"ArabicaDevnetDetails",data(){return{constants:d}}},E=e("tr",null,[e("th",null,"Detail"),e("th",null,"Value")],-1),g=e("td",null,"Chain ID",-1),f=e("tr",null,[e("td",null,"Genesis hash"),e("td",null,[e("code",null,"27122593765E07329BC348E8D16E92DCB4C75B34CCCB35C640FD7A4484D4C711")])],-1),m=e("td",null,"Genesis file",-1),v=["href"],_=e("td",null,"Peers file",-1),k=["href"],C=e("tr",null,[e("td",null,"Validators"),e("td",null," 4 ")],-1);function A(l,c,p,N,t,I){return o(),n("table",null,[E,e("tr",null,[g,e("td",null,[e("code",null,a(t.constants.arabicaChainId),1)])]),f,e("tr",null,[m,e("td",null,[e("a",{href:`https://github.com/celestiaorg/networks/blob/master/${t.constants.arabicaChainId}/genesis.json`,target:"_blank",rel:"noopener noreferrer"}," https://github.com/celestiaorg/networks/blob/master/"+a(t.constants.arabicaChainId)+"/genesis.json ",9,v)])]),e("tr",null,[_,e("td",null,[e("a",{href:`https://github.com/celestiaorg/networks/blob/master/${t.constants.arabicaChainId}/peers.txt`,target:"_blank",rel:"noopener noreferrer"}," https://github.com/celestiaorg/networks/blob/master/"+a(t.constants.arabicaChainId)+"/peers.txt ",9,k)])]),C])}const F=h(y,[["render",A]]),w=r('

    Arabica devnet ​

    arabica-devnet

    Arabica devnet is a testnet from Celestia Labs that is focused exclusively on providing developers with enhanced performance and the latest upgrades for testing their rollups and applications.

    Arabica does not focus on validator or consensus-level testing, rather, that is what Mocha testnet is used for. If you are a validator, we recommend testing your validator operations on the Mocha testnet.

    Network stability and upgrades ​

    Arabica has the latest updates from all Celestia's products deployed on it, it can be subject to many changes. Therefore, as a fair warning, Arabica can break unexpectedly, but given it will be continuously updated, it is a useful way to keep testing the latest changes in the software.

    Developers can still deploy on Mocha testnet their sovereign rollups if they chose to do so, it just will always lag behind Arabica devnet until Mocha undergoes Hardfork Upgrades in coordination with Validators.

    Network details ​

    ',8),D=e("h3",{id:"software-version-numbers",tabindex:"-1"},[u("Software version numbers "),e("a",{class:"header-anchor",href:"#software-version-numbers","aria-label":'Permalink to "Software version numbers"'},"​")],-1),T=r(`

    Integrations ​

    This guide contains the relevant sections for how to connect to Arabica devnet, depending on the type of node you are running. Your best approach to participating is to first determine which node you would like to run. Each node’s guide will link to the relevant network in order to show you how to connect to them. Learn about the different endpoint types in the Cosmos SDK documentation.

    RPC endpoints ​

    RPC endpoints and types of nodes you can run in order to participate in Arabica devnet:

    Node typeEndpoint typeEndpoint
    Consensus nodes (full)Consensus RPChttps://rpc.celestia-arabica-11.com
    APIhttps://api.celestia-arabica-11.com
    gRPCgrpc.celestia-arabica-11.com:443
    Direct endpoints with open portsOpen ports: 26656 (p2p), 26657 (RPC), 1317 (API), 9090 (GRPC)
    validator-1.celestia-arabica-11.com
    validator-2.celestia-arabica-11.com
    validator-3.celestia-arabica-11.com
    validator-4.celestia-arabica-11.com
    Data availability nodesDA Bridge Node Endpoints/dns4/da-bridge-1.celestia-arabica-11.com/tcp/2121/p2p/12D3KooWGqwzdEqM54Dce6LXzfFr97Bnhvm6rN7KM7MFwdomfm4S
    (light, bridge, full)/dns4/da-bridge-2.celestia-arabica-11.com/tcp/2121/p2p/12D3KooWCMGM5eZWVfCN9ZLAViGfLUWAfXP5pCm78NFKb9jpBtua
    /dns4/da-bridge-3.celestia-arabica-11.com/tcp/2121/p2p/12D3KooWEWuqrjULANpukDFGVoHW3RoeUU53Ec9t9v5cwW3MkVdQ
    /dns4/da-bridge-4.celestia-arabica-11.com/tcp/2121/p2p/12D3KooWLT1ysSrD7XWSBjh7tU1HQanF5M64dHV6AuM6cYEJxMPk
    --core.ip string endpointsRefer to "Direct endpoints with open ports" above

    You can find the status of these endpoints.

    Using consensus endpoints with DA nodes ​

    Consensus RPC endpoints are used to provide DA nodes with state access for querying the chain’s state and broadcasting transactions (balances, blobs, etc.) to the Celestia network.

    Developers will need to provide a –core.ip string from a consensus node’s URI or an IP that populates 2 ports for 2 types (RPC and gRPC, at ports 26657 and 9090, respectively) to their respective DA node.

    EXAMPLE

    bash
    celestia <da_type> start –core.ip <url> –core.rpc.port <port> \\
+    –core.grpc.port <port> \\
    celestia <da_type> start –core.ip <url> –core.rpc.port <port> \\
+    –core.grpc.port <port> \\

    RPCs for DA nodes to initialise or start your celestia-node to Arabica devnet with can be found in the table in the "Direct endpoints with open ports" section above.

    As an example, this command will work to start a light node with state access, using default ports:

    bash
    celestia light start --p2p.network arabica \\
+  --core.ip validator-1.celestia-arabica-11.com
    celestia light start --p2p.network arabica \\
+  --core.ip validator-1.celestia-arabica-11.com

    Bridge node runners

    Not all of the RPC endpoints do not guarantee the full block history. Find an archive endpoint on the community dashboard or run your own full consensus node with no pruning for your bridge node.

    Arabica devnet faucet ​

    WARNING

    USING THIS FAUCET DOES NOT ENTITLE YOU TO ANY AIRDROP OR OTHER DISTRIBUTION OF MAINNET CELESTIA TOKENS. THERE ARE NO PUBLIC SALES OF ANY MAINNET CELESTIA TOKENS.

    Discord ​

    You can request from Arabica devnet Faucet on the #arabica-faucet channel on Celestia's Discord server with the following command:

    text
    $request <CELESTIA-ADDRESS>
    $request <CELESTIA-ADDRESS>

    Where <CELESTIA-ADDRESS> is a celestia1****** generated address.

    NOTE

    Faucet has a limit of 10 tokens per week per address/Discord ID.

    Web ​

    The web faucet is available at https://faucet.celestia-arabica-11.com/.

    Explorers ​

    There are multiple explorers you can use for Arabica:

    Network upgrades ​

    Join our Telegram announcement channel for network upgrades.

    `,28),R=JSON.parse('{"title":"Arabica devnet","description":"A guide to Arabica devnet.","frontmatter":{"description":"A guide to Arabica devnet.","head":[["meta",{"name":"og:title","content":"Arabica devnet | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/arabica-devnet.md","filePath":"nodes/arabica-devnet.md","lastUpdated":1712705756000}'),P={name:"nodes/arabica-devnet.md"},L=Object.assign(P,{setup(l){return(c,p)=>(o(),n("div",null,[w,s(F),D,s(i),T]))}});export{R as __pageData,L as default}; diff --git a/assets/nodes_arabica-devnet.md.1651e52a.lean.js b/assets/nodes_arabica-devnet.md.1651e52a.lean.js new file mode 100644 index 00000000000..fa3c11a0533 --- /dev/null +++ b/assets/nodes_arabica-devnet.md.1651e52a.lean.js @@ -0,0 +1 @@ +import{A as i}from"./chunks/ArabicaVersionTags.e649ff5a.js";import{c as d}from"./chunks/constants.dc70dfe7.js";import{_ as h,o,c as n,k as e,t as a,H as s,Q as r,a as u}from"./chunks/framework.51d6c45b.js";import"./chunks/arabica_versions.d7daf483.js";const b="/img/arabica-devnet.png",y={name:"ArabicaDevnetDetails",data(){return{constants:d}}},E=e("tr",null,[e("th",null,"Detail"),e("th",null,"Value")],-1),g=e("td",null,"Chain ID",-1),f=e("tr",null,[e("td",null,"Genesis hash"),e("td",null,[e("code",null,"27122593765E07329BC348E8D16E92DCB4C75B34CCCB35C640FD7A4484D4C711")])],-1),m=e("td",null,"Genesis file",-1),v=["href"],_=e("td",null,"Peers file",-1),k=["href"],C=e("tr",null,[e("td",null,"Validators"),e("td",null," 4 ")],-1);function A(l,c,p,N,t,I){return o(),n("table",null,[E,e("tr",null,[g,e("td",null,[e("code",null,a(t.constants.arabicaChainId),1)])]),f,e("tr",null,[m,e("td",null,[e("a",{href:`https://github.com/celestiaorg/networks/blob/master/${t.constants.arabicaChainId}/genesis.json`,target:"_blank",rel:"noopener noreferrer"}," https://github.com/celestiaorg/networks/blob/master/"+a(t.constants.arabicaChainId)+"/genesis.json ",9,v)])]),e("tr",null,[_,e("td",null,[e("a",{href:`https://github.com/celestiaorg/networks/blob/master/${t.constants.arabicaChainId}/peers.txt`,target:"_blank",rel:"noopener noreferrer"}," https://github.com/celestiaorg/networks/blob/master/"+a(t.constants.arabicaChainId)+"/peers.txt ",9,k)])]),C])}const F=h(y,[["render",A]]),w=r("",8),D=e("h3",{id:"software-version-numbers",tabindex:"-1"},[u("Software version numbers "),e("a",{class:"header-anchor",href:"#software-version-numbers","aria-label":'Permalink to "Software version numbers"'},"​")],-1),T=r("",28),R=JSON.parse('{"title":"Arabica devnet","description":"A guide to Arabica devnet.","frontmatter":{"description":"A guide to Arabica devnet.","head":[["meta",{"name":"og:title","content":"Arabica devnet | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/arabica-devnet.md","filePath":"nodes/arabica-devnet.md","lastUpdated":1712705756000}'),P={name:"nodes/arabica-devnet.md"},L=Object.assign(P,{setup(l){return(c,p)=>(o(),n("div",null,[w,s(F),D,s(i),T]))}});export{R as __pageData,L as default}; diff --git a/assets/nodes_bridge-node.md.c77c0ff2.js b/assets/nodes_bridge-node.md.c77c0ff2.js new file mode 100644 index 00000000000..0f0534ec43d --- /dev/null +++ b/assets/nodes_bridge-node.md.c77c0ff2.js @@ -0,0 +1,7 @@ +import{_ as s,o as a,c as e,Q as o}from"./chunks/framework.51d6c45b.js";const n="/img/nodes/BridgeNodes.png",u=JSON.parse('{"title":"Setting up a Celestia bridge node","description":"","frontmatter":{"\\\\description":"Learn how to set up your Celestia bridge node.","head":[["meta",{"name":"og:title","content":"Setting up a Celestia bridge node | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/bridge-node.md","filePath":"nodes/bridge-node.md","lastUpdated":1709131711000}'),l={name:"nodes/bridge-node.md"},t=o('

    Setting up a Celestia bridge node ​

    This tutorial will go over the steps to setting up your Celestia bridge node.

    Bridge nodes connect the data availability layer and the consensus layer.

    Overview of bridge nodes ​

    A Celestia bridge node has the following properties:

    1. Import and process “raw” headers & blocks from a trusted core process (meaning a trusted RPC connection to a celestia-core node) in the Consensus network. Bridge nodes can run this core process internally (embedded) or simply connect to a remote endpoint. Bridge nodes also have the option of being an active validator in the consensus network.
    2. Validate and erasure code the “raw” blocks
    3. Supply block shares with data availability headers to light nodes in the DA network.

    bridge-node-diagram

    From an implementation perspective, Bridge nodes run two separate processes:

    1. celestia-app with celestia-core (see repo)

      • celestia-app is the state machine where the application and the proof-of-stake logic is run. celestia-app is built on Cosmos SDK and also encompasses celestia-core.
      • celestia-core is the state interaction, consensus and block production layer. celestia-core is built on Tendermint Core, modified to store data roots of erasure coded blocks among other changes (see ADRs).

    2. celestia-node (see repo)

      • celestia-node augments the above with a separate libp2p network that serves data availability sampling requests. The team sometimes refers to this as the “halo” network.

    Hardware requirements ​

    The following hardware minimum requirements are recommended for running the bridge node:

    • Memory: 4 GB RAM (minimum)
    • CPU: 6 cores
    • Disk: 10 TB SSD Storage
    • Bandwidth: 1 Gbps for Download/1 Gbps for Upload

    Setting up your bridge node ​

    The following tutorial is done on an Ubuntu Linux 20.04 (LTS) x64 instance machine.

    Setup the dependencies ​

    Follow the tutorial for installing the dependencies.

    Deploy the Celestia bridge node ​

    Install Celestia Node ​

    Install the celestia-node binary, which will be used to run the bridge node.

    Follow the tutorial for installing celestia-node.

    Initialize the bridge node ​

    Run the following:

    sh
    celestia bridge init --core.ip <URI>
    celestia bridge init --core.ip <URI>

    The --core.ip gRPC port defaults to 9090, so if you do not specify it in the command line, it will default to that port. You can add the port after the IP address or use the --core.grpc.port flag to specify another port if you prefer.

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    Using an RPC of your own, or one from the list on the Mocha testnet page or list on the Arabica devnet page, start your node.

    Here is an example of initializing the bridge node:

    sh
    celestia bridge init --core.ip <URI>
    celestia bridge init --core.ip <URI>
    sh
    celestia bridge init --core.ip <URI> --p2p.network mocha
    celestia bridge init --core.ip <URI> --p2p.network mocha
    sh
    celestia bridge init --core.ip <URI> --p2p.network arabica
    celestia bridge init --core.ip <URI> --p2p.network arabica

    Run the bridge node ​

    Start the bridge node with a connection to a validator node's gRPC endpoint (which is usually exposed on port 9090):

    sh
    celestia bridge start --core.ip <URI>
    celestia bridge start --core.ip <URI>

    Here is an example of starting the bridge node on Mocha:

    sh
    celestia bridge start --core.ip rpc-mocha.pops.one:26657 --p2p.network mocha
    celestia bridge start --core.ip rpc-mocha.pops.one:26657 --p2p.network mocha

    And on Arabica:

    sh
    celestia bridge start --core.ip validator-1.celestia-arabica-11.com \\
+  --p2p.network arabica
    celestia bridge start --core.ip validator-1.celestia-arabica-11.com \\
+  --p2p.network arabica

    You can create your key for your node by following the cel-key instructions.

    Once you start the bridge node, a wallet key will be generated for you. You will need to fund that address with Testnet tokens to pay for PayForBlob transactions. You can find the address by running the following command:

    sh
    ./cel-key list --node.type bridge --keyring-backend test --p2p.network <network>
    ./cel-key list --node.type bridge --keyring-backend test --p2p.network <network>

    TIP

    You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

    You can get testnet tokens from:

    NOTE

    If you are running a bridge node for your validator it is highly recommended to request Mocha testnet tokens as this is the testnet used to test out validator operations.

    Optional: run the bridge node with a custom key ​

    In order to run a bridge node using a custom key:

    1. The custom key must exist inside the celestia bridge node directory at the correct path (default: ~/.celestia-bridge/keys/keyring-test)
    2. The name of the custom key must be passed upon start, like so:
    sh
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key>
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key>
    sh
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key> \\
+  --p2p.network mocha
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key> \\
+  --p2p.network mocha
    sh
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key> \\
+  --p2p.network arabica
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key> \\
+  --p2p.network arabica

    Optional: start the bridge node with SystemD ​

    Follow the tutorial on setting up the bridge node as a background process with SystemD.

    You have successfully set up a bridge node that is syncing with the network.

    `,49),p=[t];function r(c,i,d,y,E,h){return a(),e("div",null,p)}const F=s(l,[["render",r]]);export{u as __pageData,F as default}; diff --git a/assets/nodes_bridge-node.md.c77c0ff2.lean.js b/assets/nodes_bridge-node.md.c77c0ff2.lean.js new file mode 100644 index 00000000000..a8f1e106e54 --- /dev/null +++ b/assets/nodes_bridge-node.md.c77c0ff2.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as e,Q as o}from"./chunks/framework.51d6c45b.js";const n="/img/nodes/BridgeNodes.png",u=JSON.parse('{"title":"Setting up a Celestia bridge node","description":"","frontmatter":{"\\\\description":"Learn how to set up your Celestia bridge node.","head":[["meta",{"name":"og:title","content":"Setting up a Celestia bridge node | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/bridge-node.md","filePath":"nodes/bridge-node.md","lastUpdated":1709131711000}'),l={name:"nodes/bridge-node.md"},t=o("",49),p=[t];function r(c,i,d,y,E,h){return a(),e("div",null,p)}const F=s(l,[["render",r]]);export{u as __pageData,F as default}; diff --git a/assets/nodes_celestia-app-commands.md.63e455f7.js b/assets/nodes_celestia-app-commands.md.63e455f7.js new file mode 100644 index 00000000000..f7099882b45 --- /dev/null +++ b/assets/nodes_celestia-app-commands.md.63e455f7.js @@ -0,0 +1,213 @@ +import{_ as s,o as a,c as n,Q as l}from"./chunks/framework.51d6c45b.js";const u=JSON.parse('{"title":"Helpful CLI commands","description":"Some of the most helpful celestia-app CLI commands.","frontmatter":{"description":"Some of the most helpful celestia-app CLI commands.","next":{"text":"SystemD","link":"/nodes/systemd"},"head":[["meta",{"name":"og:title","content":"Helpful CLI commands | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-commands.md","filePath":"nodes/celestia-app-commands.md","lastUpdated":1702318874000}'),p={name:"nodes/celestia-app-commands.md"},o=l(`

    Helpful CLI commands ​

    View all options:

    console
    $ celestia-appd --help
+Start celestia-app
+
+Usage:
+  celestia-appd [command]
+
+Available Commands:
+  add-genesis-account Add a genesis account to genesis.json
+  collect-gentxs      Collect genesis txs and output a genesis.json file
+  config              Create or query an application CLI configuration file
+  debug               Tool for helping with debugging your application
+  export              Export state to JSON
+  gentx               Generate a genesis tx carrying a self delegation
+  help                Help about any command
+  init                Initialize private validator, p2p, genesis,
+  and application configuration files
+  keys                Manage your application's keys
+  migrate             Migrate genesis to a specified target version
+  query               Querying subcommands
+  rollback            rollback tendermint state by one height
+  rollback            rollback cosmos-sdk and tendermint state by one height
+  start               Run the full node
+  status              Query remote node for status
+  tendermint          Tendermint subcommands
+  tx                  Transactions subcommands
+  validate-genesis    validates the genesis file at the default
+  location or at the location passed as an arg
+  version             Print the application binary version information
    $ celestia-appd --help
+Start celestia-app
+
+Usage:
+  celestia-appd [command]
+
+Available Commands:
+  add-genesis-account Add a genesis account to genesis.json
+  collect-gentxs      Collect genesis txs and output a genesis.json file
+  config              Create or query an application CLI configuration file
+  debug               Tool for helping with debugging your application
+  export              Export state to JSON
+  gentx               Generate a genesis tx carrying a self delegation
+  help                Help about any command
+  init                Initialize private validator, p2p, genesis,
+  and application configuration files
+  keys                Manage your application's keys
+  migrate             Migrate genesis to a specified target version
+  query               Querying subcommands
+  rollback            rollback tendermint state by one height
+  rollback            rollback cosmos-sdk and tendermint state by one height
+  start               Run the full node
+  status              Query remote node for status
+  tendermint          Tendermint subcommands
+  tx                  Transactions subcommands
+  validate-genesis    validates the genesis file at the default
+  location or at the location passed as an arg
+  version             Print the application binary version information

    Creating a wallet ​

    sh
    celestia-appd config keyring-backend test
    celestia-appd config keyring-backend test

    keyring-backend configures the keyring's backend, where the keys are stored.

    Options are: os|file|kwallet|pass|test|memory.

    You can learn more on the Cosmos documentation or Go Package documentation.

    Key management ​

    sh
    # listing keys
+celestia-appd keys list
+
+# adding keys
+celestia-appd keys add <KEY_NAME>
+
+# deleting keys
+celestia-appd keys delete <KEY_NAME>
+
+# renaming keys
+celestia-appd keys rename <CURRENT_KEY_NAME> <NEW_KEY_NAME>
    # listing keys
+celestia-appd keys list
+
+# adding keys
+celestia-appd keys add <KEY_NAME>
+
+# deleting keys
+celestia-appd keys delete <KEY_NAME>
+
+# renaming keys
+celestia-appd keys rename <CURRENT_KEY_NAME> <NEW_KEY_NAME>

    Importing and exporting keys ​

    Import an encrypted and ASCII-armored private key into the local keybase.

    sh
    celestia-appd keys import <KEY_NAME> <KEY_FILE>
    celestia-appd keys import <KEY_NAME> <KEY_FILE>

    Example usage:

    sh
    celestia-appd keys import amanda ./keyfile.txt
    celestia-appd keys import amanda ./keyfile.txt

    Export a private key from the local keyring in encrypted and ASCII-armored format:

    sh
    celestia-appd keys export <KEY_NAME>
+
+# you will then be prompted to set a password for the encrypted private key:
+Enter passphrase to encrypt the exported key:
    celestia-appd keys export <KEY_NAME>
+
+# you will then be prompted to set a password for the encrypted private key:
+Enter passphrase to encrypt the exported key:

    After you set a password, your encrypted key will be displayed.

    Querying subcommands ​

    Usage:

    sh
    celestia-appd query <FLAGS> | <COMMAND>
+
+# alias q
+celestia-appd q <FLAGS> | <COMMAND>
    celestia-appd query <FLAGS> | <COMMAND>
+
+# alias q
+celestia-appd q <FLAGS> | <COMMAND>

    To see all options:

    sh
    celestia-appd q --help
    celestia-appd q --help

    Token management ​

    Get token balances:

    sh
    celestia-appd q bank balances <ADDRESS> --node <NODE_URI>
    celestia-appd q bank balances <ADDRESS> --node <NODE_URI>

    Example usage:

    sh
    celestia-appd q bank balances celestia1czpgn3hdh9sodm06d5qk23xzgpq2uyc8ggdqgw \\
+    --node https://rpc-mocha.pops.one
    celestia-appd q bank balances celestia1czpgn3hdh9sodm06d5qk23xzgpq2uyc8ggdqgw \\
+    --node https://rpc-mocha.pops.one

    Transfer tokens from one wallet to another:

    sh
    celestia-appd tx bank send <FROM_ADDRESS> <TO_ADDRESS> \\
+    <amount> --node <NODE_URI> --chain-id <CHAIN_ID>
    celestia-appd tx bank send <FROM_ADDRESS> <TO_ADDRESS> \\
+    <amount> --node <NODE_URI> --chain-id <CHAIN_ID>

    Example usage:

    sh
    celestia-appd tx bank send <FROM_ADDRESS> <TO_ADDRESS> \\
+    19000000utia --node https://rpc-mocha.pops.one/ --chain-id mocha
    celestia-appd tx bank send <FROM_ADDRESS> <TO_ADDRESS> \\
+    19000000utia --node https://rpc-mocha.pops.one/ --chain-id mocha

    To see options:

    sh
    celestia-appd tx bank send --help
    celestia-appd tx bank send --help

    Governance ​

    Governance proposals on Celestia are limited as there are no text proposals, upgrades occur via social consensus, and some params are not modifiable. However, one can submit governance proposals to change certain parameters and spend community funds. More detailed information on this topic can be found in the cosmos-sdk documentation for submitting proposals, the list of parameter defaults in the specs, and the x/paramfilter module specs.

    Viewing the available proposals can be done with the query command:

    sh
    celestia-appd q gov proposals
    celestia-appd q gov proposals

    There are four options when voting "yes", "no", "no_with_veto" and "abstain". The "no_with_veto" vote is different from the "no" vote in that the submitter of the proposer's deposit will get burned, and a minority of stake (1/3) can stop a proposal that might otherwise pass quorum. You can use those options to vote on a governance proposal with the following command:

    sh
    celestia-appd tx gov vote <proposal id> <option> \\
+    --from <wallet> --chain-id <chain-id>
    celestia-appd tx gov vote <proposal id> <option> \\
+    --from <wallet> --chain-id <chain-id>

    To submit a proposal, there are two commands that can be used. The first is the legacy command, which is the recommended way to submit a proposal.

    To change the max validators to 105, one would first save this JSON file:

    json
    {
+  "title": "Staking Param Change",
+  "description": "Update max validators",
+  "changes": [
+    {
+      "subspace": "staking",
+      "key": "MaxValidators",
+      "value": 105
+    }
+  ],
+  "deposit": "1000000000utia"
+}
    {
+  "title": "Staking Param Change",
+  "description": "Update max validators",
+  "changes": [
+    {
+      "subspace": "staking",
+      "key": "MaxValidators",
+      "value": 105
+    }
+  ],
+  "deposit": "1000000000utia"
+}

    Then you can submit the proposal with:

    sh
    celestia-appd tx gov submit-legacy-proposal \\
+    parameter-change <path to json file> \\
+    --from <wallet> --chain-id <chain-id>
    celestia-appd tx gov submit-legacy-proposal \\
+    parameter-change <path to json file> \\
+    --from <wallet> --chain-id <chain-id>

    If we want to use the newer api, we can submit a proposal by first saving the sdk.Msg proposal in the json encoded format to a json.

    json
    {
+  "messages": [
+    {
+      "@type": "/cosmos.gov.v1beta1.MsgSubmitProposal",
+      "content": {
+        "@type": "/cosmos.params.v1beta1.ParameterChangeProposal",
+        "title": "title",
+        "description": "description",
+        "changes": [
+          { "subspace": "staking", "key": "MaxValidators", "value": "103" }
+        ]
+      },
+      "initial_deposit": [{ "denom": "utia", "amount": "1000000000" }],
+      "proposer": "celestia10d07y265gmmuvt4z0w9aw880jnsr700jtgz4v7"
+    }
+  ]
+}
    {
+  "messages": [
+    {
+      "@type": "/cosmos.gov.v1beta1.MsgSubmitProposal",
+      "content": {
+        "@type": "/cosmos.params.v1beta1.ParameterChangeProposal",
+        "title": "title",
+        "description": "description",
+        "changes": [
+          { "subspace": "staking", "key": "MaxValidators", "value": "103" }
+        ]
+      },
+      "initial_deposit": [{ "denom": "utia", "amount": "1000000000" }],
+      "proposer": "celestia10d07y265gmmuvt4z0w9aw880jnsr700jtgz4v7"
+    }
+  ]
+}

    Note that the proposer here must be the gov module account. That account can be found by using this command:

    sh
    celestia-appd q auth module-account gov
    celestia-appd q auth module-account gov

    Then one can submit the proposal with:

    sh
    celestia-appd tx gov submit-proposal <path to json file> \\
+    --from <wallet> --chain-id <chain-id>
    celestia-appd tx gov submit-proposal <path to json file> \\
+    --from <wallet> --chain-id <chain-id>

    Community Pool ​

    A percentage of the block rewards are allocated to the community pool. Community members can submit governance proposals to spend the community pool funds, and token holders can vote on these proposals. The proposals to spend are arbitrary in nature in that they can only contain text and some address to send funds to. To view the community pool balance, use the following command:

    sh
    celestia-appd q distribution community-pool
    celestia-appd q distribution community-pool

    To submit a proposal to spend the community pool funds, first create a JSON file that contains the proposal.

    json
    {
+  "title": "Community Pool Spend",
+  "description": "Fund an open source project.",
+  "recipient": "celestia17adsjkuecgjheugrdrwdqv9uh3qkrfmj9xzawx",
+  "amount": "100000000000utia",
+  "deposit": "1000000000utia"
+}
    {
+  "title": "Community Pool Spend",
+  "description": "Fund an open source project.",
+  "recipient": "celestia17adsjkuecgjheugrdrwdqv9uh3qkrfmj9xzawx",
+  "amount": "100000000000utia",
+  "deposit": "1000000000utia"
+}

    The json file can be submitted using a similar proposal submission command as above:

    sh
    celestia-appd tx gov submit-legacy-proposal \\
+    community-pool-spend <path to json file> \\
+    --from <wallet>
    celestia-appd tx gov submit-legacy-proposal \\
+    community-pool-spend <path to json file> \\
+    --from <wallet>

    Claim validator rewards ​

    You can claim your validator rewards with the following command:

    sh
    celestia-appd tx distribution withdraw-rewards <validator valoper> \\
+    --commission --from=<validator wallet> --chain-id <chain-id> \\
+    --gas auto -y
    celestia-appd tx distribution withdraw-rewards <validator valoper> \\
+    --commission --from=<validator wallet> --chain-id <chain-id> \\
+    --gas auto -y

    Delegate & undelegate tokens ​

    You can delegate your tokens to a validator with the following command:

    sh
    celestia-appd tx staking delegate <validator valoper> <amount>\\
+    --from <wallet> --chain-id <chain-id>
    celestia-appd tx staking delegate <validator valoper> <amount>\\
+    --from <wallet> --chain-id <chain-id>

    You can undelegate tokens to a validator with the unbond command:

    sh
    celestia-appd tx staking unbond <validator valoper> <amount>\\
+    --from <wallet> --chain-id <chain-id>
    celestia-appd tx staking unbond <validator valoper> <amount>\\
+    --from <wallet> --chain-id <chain-id>

    Unjailing the validator ​

    You can unjail your validator with the following command:

    sh
    celestia-appd tx slashing unjail --from <validator wallet>\\
+    --chain-id <chain-id> --gas auto -y
    celestia-appd tx slashing unjail --from <validator wallet>\\
+    --chain-id <chain-id> --gas auto -y

    How to export logs with SystemD ​

    You can export your logs if you are running a SystemD service with the following command:

    sh
    sudo journalctl -u <your systemd service> -S yesterday > node_logs.txt
+sudo journalctl -u <your systemd service> -S today > node_logs.txt
+# This command outputs the last 1 million lines!
+sudo journalctl -u <your systemd service> -n 1000000 > node_logs.txt
    sudo journalctl -u <your systemd service> -S yesterday > node_logs.txt
+sudo journalctl -u <your systemd service> -S today > node_logs.txt
+# This command outputs the last 1 million lines!
+sudo journalctl -u <your systemd service> -n 1000000 > node_logs.txt

    Signing genesis for a new network ​

    You can first run the following commands:

    sh
    VALIDATOR_NAME=validator1
+CHAIN_ID=testnet
+celestia-appd init $VALIDATOR_NAME --chain-id $CHAIN_ID
+MONIKER=validator_name
    VALIDATOR_NAME=validator1
+CHAIN_ID=testnet
+celestia-appd init $VALIDATOR_NAME --chain-id $CHAIN_ID
+MONIKER=validator_name

    Next create a wallet:

    sh
    KEY_NAME=validator
+celestia-appd keys add $KEY_NAME
    KEY_NAME=validator
+celestia-appd keys add $KEY_NAME

    Create or assign an EVM address:

    sh
    EVM_ADDRESS=<EVM_ADDRESS>
    EVM_ADDRESS=<EVM_ADDRESS>

    Then add genesis account:

    sh
    CELES_AMOUNT="5000100000000utia"
+celestia-appd add-genesis-account $KEY_NAME $CELES_AMOUNT
    CELES_AMOUNT="5000100000000utia"
+celestia-appd add-genesis-account $KEY_NAME $CELES_AMOUNT

    Then generate your gentx:

    sh
    STAKING_AMOUNT=5000000000000utia
+celestia-appd gentx $KEY_NAME $STAKING_AMOUNT --chain-id $CHAIN_ID \\
+    --pubkey=$(celestia-appd tendermint show-validator) \\
+    --moniker=$MONIKER \\
+    --commission-rate=0.1 \\
+    --commission-max-rate=0.2 \\
+    --commission-max-change-rate=0.01 \\
+    --min-self-delegation=1 \\
+    --evm-address=$EVM_ADDRESS \\
    STAKING_AMOUNT=5000000000000utia
+celestia-appd gentx $KEY_NAME $STAKING_AMOUNT --chain-id $CHAIN_ID \\
+    --pubkey=$(celestia-appd tendermint show-validator) \\
+    --moniker=$MONIKER \\
+    --commission-rate=0.1 \\
+    --commission-max-rate=0.2 \\
+    --commission-max-change-rate=0.01 \\
+    --min-self-delegation=1 \\
+    --evm-address=$EVM_ADDRESS \\

    You can then share your gentx JSON file on the networks repo in the respective network directory you are participating in.

    `,84),e=[o];function t(c,r,y,E,i,F){return a(),n("div",null,e)}const g=s(p,[["render",t]]);export{u as __pageData,g as default}; diff --git a/assets/nodes_celestia-app-commands.md.63e455f7.lean.js b/assets/nodes_celestia-app-commands.md.63e455f7.lean.js new file mode 100644 index 00000000000..2f367c2f12d --- /dev/null +++ b/assets/nodes_celestia-app-commands.md.63e455f7.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as n,Q as l}from"./chunks/framework.51d6c45b.js";const u=JSON.parse('{"title":"Helpful CLI commands","description":"Some of the most helpful celestia-app CLI commands.","frontmatter":{"description":"Some of the most helpful celestia-app CLI commands.","next":{"text":"SystemD","link":"/nodes/systemd"},"head":[["meta",{"name":"og:title","content":"Helpful CLI commands | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-commands.md","filePath":"nodes/celestia-app-commands.md","lastUpdated":1702318874000}'),p={name:"nodes/celestia-app-commands.md"},o=l("",84),e=[o];function t(c,r,y,E,i,F){return a(),n("div",null,e)}const g=s(p,[["render",t]]);export{u as __pageData,g as default}; diff --git a/assets/nodes_celestia-app-metrics.md.74ef2ef7.js b/assets/nodes_celestia-app-metrics.md.74ef2ef7.js new file mode 100644 index 00000000000..10fae6c6d97 --- /dev/null +++ b/assets/nodes_celestia-app-metrics.md.74ef2ef7.js @@ -0,0 +1,83 @@ +import{_ as s,o as a,c as n,Q as e}from"./chunks/framework.51d6c45b.js";const m=JSON.parse('{"title":"Metrics","description":"A guide on how to monitor the health and performance of your system.","frontmatter":{"description":"A guide on how to monitor the health and performance of your system.","prev":{"text":"Troubleshooting","link":"/nodes/celestia-node-troubleshooting"},"head":[["meta",{"name":"og:title","content":"Metrics | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-metrics.md","filePath":"nodes/celestia-app-metrics.md","lastUpdated":1707231883000}'),o={name:"nodes/celestia-app-metrics.md"},l=e(`

    Metrics ​

    Metrics are a powerful tool for monitoring the health and performance of a system. Celestia provides support for metrics to make sure, as an operator, your system continues to remain up and running. Metrics can also provide critical insight into how Celestia is used and how it can be improved.

    Setup ​

    Celestia uses Prometheus to publish metrics. It can be enabled through the config.toml file.

    bash
    #######################################################
+###       Instrumentation Configuration Options     ###
+#######################################################
+[instrumentation]
+
+# When true, Prometheus metrics are served under /metrics on
+# PrometheusListenAddr.
+# Check out the documentation for the list of available metrics.
+prometheus = true
+
+# Address to listen for Prometheus collector(s) connections
+prometheus_listen_addr = ":26660"
+
+# Maximum number of simultaneous connections.
+# If you want to accept a larger number than the default, make sure
+# you increase your OS limits.
+# 0 - unlimited.
+max_open_connections = 3
+
+# Instrumentation namespace
+namespace = "celestia"
    #######################################################
+###       Instrumentation Configuration Options     ###
+#######################################################
+[instrumentation]
+
+# When true, Prometheus metrics are served under /metrics on
+# PrometheusListenAddr.
+# Check out the documentation for the list of available metrics.
+prometheus = true
+
+# Address to listen for Prometheus collector(s) connections
+prometheus_listen_addr = ":26660"
+
+# Maximum number of simultaneous connections.
+# If you want to accept a larger number than the default, make sure
+# you increase your OS limits.
+# 0 - unlimited.
+max_open_connections = 3
+
+# Instrumentation namespace
+namespace = "celestia"

    If you restart your node, you can check to see it's working by running:

    bash
    curl localhost:26660/metrics
    curl localhost:26660/metrics

    Visualization ​

    Now your nodes are publishing metrics, we need something to scrape it and a visualizer to create a dashboard. Commonly, Prometheus is paired with Grafana.

    First, you will need to install Prometheus either from their downloads page or through a package manager like brew.

    Next, create a config file $HOME/.celestia-app/config/prometheus.yml and fill out some basic settings as follows:

    yml
    global:
+  scrape_interval: 15s # By default, scrape targets every 15 seconds.
+
+  # Attach these labels to any time series or alerts when communicating
+  # with external systems (federation, remote storage, Alertmanager).
+  external_labels:
+    monitor: "codelab-monitor"
+
+# A scrape configuration containing exactly one endpoint to scrape:
+# Here it's Prometheus itself.
+scrape_configs:
+  # The job name is added as a label \`job=<job_name>\` to any timeseries
+  # scraped from this config.
+  - job_name: "prometheus"
+
+    # Override the global default and scrape targets from this job every
+    # 5 seconds.
+    scrape_interval: 5s
+
+    static_configs:
+      # Point to the same endpoint that Celestia is publishing on
+      - targets: ["localhost:26660"]
    global:
+  scrape_interval: 15s # By default, scrape targets every 15 seconds.
+
+  # Attach these labels to any time series or alerts when communicating
+  # with external systems (federation, remote storage, Alertmanager).
+  external_labels:
+    monitor: "codelab-monitor"
+
+# A scrape configuration containing exactly one endpoint to scrape:
+# Here it's Prometheus itself.
+scrape_configs:
+  # The job name is added as a label \`job=<job_name>\` to any timeseries
+  # scraped from this config.
+  - job_name: "prometheus"
+
+    # Override the global default and scrape targets from this job every
+    # 5 seconds.
+    scrape_interval: 5s
+
+    static_configs:
+      # Point to the same endpoint that Celestia is publishing on
+      - targets: ["localhost:26660"]

    Note, that Prometheus by default runs its server on :9090. If you are running this on the same machine as your consensus node, it will collide with gRPC which runs on the same port. To avoid this, either switch off gRPC (if it's not needed), change the gRPC port in app.toml, or run Prometheus on a different port e.g. --web.listen-address="0.0.0.0:8000"

    To run the prometheus server:

    bash
    prometheus --config.file="$HOME/.celestia-app/config/prometheus.yml"
    prometheus --config.file="$HOME/.celestia-app/config/prometheus.yml"

    A prometheus server can scrape metrics from multiple nodes at once; a good way of bringing together information from many machines to one place.

    To visualize the information, you can use Grafana: either with their cloud option or run the open source code yourself.

    Once setup, run:

    bash
    grafana server
    grafana server

    which will begin a server on localhost:3000. If you open the url on your browser you will see the Grafana login page. Use admin for both the user and password to log in.

    You will need to link the prometheus server as a data source. To do that go to "Configuration" in the sidebar and then "Data Sources". Add a new data source specifying the URL of the Prometheus instance (default at localhost:9090). Click "Save & test" to confirm.

    Lastly, you will need to setup a dashboard. You can choose to do this yourself, handpicking the metrics that are important or you can simply export an existing design. Fortunately the cosmos ecosystem has conjured a "Cosmos Dashboard". On the sidebar, click "Dashboards" and then "import". Enter the following dashboard ID: 11036 and then link it to the "Prometheus" data source you just set up. Finally click the "Import" button and the "Cosmos Dashboard" should appear.

    Node exporter ​

    Celestia's metrics include a plethora of application specific trackers but it's also important to keep an eye on system level metrics such as memory usage and disk space. This can be best achieved by running Node Exporter. Follow the guide in the link to get set up, adding the port number to the prometheus.yml file.

    Alerts ​

    The final cherry on the cake is to integrate your monitoring system with a mechanism for producing alerts to warn you if your node has crashed or is no longer able to stay at the head of the chain.

    Since we're already using Grafana, we can install the Grafana OnCall plugin. OnCall allows you to setup integrations. It could be a webhook or a direct integration into Telegram or Slack. You can find more information on Grafana's Docs Page.

    `,27),t=[l];function p(r,c,i,y,u,h){return a(),n("div",null,t)}const E=s(o,[["render",p]]);export{m as __pageData,E as default}; diff --git a/assets/nodes_celestia-app-metrics.md.74ef2ef7.lean.js b/assets/nodes_celestia-app-metrics.md.74ef2ef7.lean.js new file mode 100644 index 00000000000..c8105670030 --- /dev/null +++ b/assets/nodes_celestia-app-metrics.md.74ef2ef7.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as n,Q as e}from"./chunks/framework.51d6c45b.js";const m=JSON.parse('{"title":"Metrics","description":"A guide on how to monitor the health and performance of your system.","frontmatter":{"description":"A guide on how to monitor the health and performance of your system.","prev":{"text":"Troubleshooting","link":"/nodes/celestia-node-troubleshooting"},"head":[["meta",{"name":"og:title","content":"Metrics | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-metrics.md","filePath":"nodes/celestia-app-metrics.md","lastUpdated":1707231883000}'),o={name:"nodes/celestia-app-metrics.md"},l=e("",27),t=[l];function p(r,c,i,y,u,h){return a(),n("div",null,t)}const E=s(o,[["render",p]]);export{m as __pageData,E as default}; diff --git a/assets/nodes_celestia-app-multisig.md.e4b4f44c.js b/assets/nodes_celestia-app-multisig.md.e4b4f44c.js new file mode 100644 index 00000000000..423998146c5 --- /dev/null +++ b/assets/nodes_celestia-app-multisig.md.e4b4f44c.js @@ -0,0 +1,103 @@ +import{_ as s,o as n,c as a,Q as l}from"./chunks/framework.51d6c45b.js";const d=JSON.parse('{"title":"Multisig","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Multisig | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-multisig.md","filePath":"nodes/celestia-app-multisig.md","lastUpdated":1704813470000}'),p={name:"nodes/celestia-app-multisig.md"},o=l(`

    Multisig ​

    Celestia inherits support for multisig accounts from the Cosmos SDK. Multisig accounts behave similarly to regular accounts with the added requirement that a threshold of signatures is needed to authorize a transaction.

    Multisig accounts can be created from the command line or using a graphical interface such as Keplr.

    Command line ​

    bash
    #!/bin/sh
+
+# Prerequisite: prior to running this script, start a single node devnet with ./scripts/single-node.sh
+CHAIN_ID="private"
+KEY_NAME="validator"
+KEYRING_BACKEND="test"
+BROADCAST_MODE="block"
+
+# Create 3 test keys
+celestia-appd keys add test1
+celestia-appd keys add test2
+celestia-appd keys add test3
+# Create the multisig account
+celestia-appd keys add multisig \\
+    --multisig test1,test2,test3 \\
+    --multisig-threshold 2
+
+# Send some funds from the validator account to the multisig account
+celestia-appd tx bank send $VALIDATOR $MULTISIG 100000utia \\
+    --from $VALIDATOR \\
+    --fees 1000utia \\
+    --chain-id $CHAIN_ID \\
+    --keyring-backend $KEYRING_BACKEND \\
+    --broadcast-mode $BROADCAST_MODE \\
+    --yes
+
+# Send some funds from the multisig account to the validator account.
+# Note this transaction will need to be signed by at least 2 of the 3 test accounts.
+celestia-appd tx bank send $MULTISIG $VALIDATOR 1utia \\
+    --from $MULTISIG \\
+    --fees 1000utia \\
+    --chain-id $CHAIN_ID \\
+    --keyring-backend $KEYRING_BACKEND \\
+    --generate-only > unsignedTx.json
+
+# Sign from test1 and test2
+celestia-appd tx sign unsignedTx.json \\
+    --multisig $MULTISIG \\
+    --from test1 \\
+    --output-document test1sig.json \\
+    --chain-id $CHAIN_ID
+celestia-appd tx sign unsignedTx.json \\
+    --multisig $MULTISIG \\
+    --from test2 \\
+    --output-document test2sig.json \\
+    --chain-id $CHAIN_ID
+
+# Generate the final signed transaction
+celestia-appd tx multisign unsignedTx.json multisig \\
+    test1sig.json test2sig.json \\
+    --output-document signedTx.json \\
+    --chain-id $CHAIN_ID
    #!/bin/sh
+
+# Prerequisite: prior to running this script, start a single node devnet with ./scripts/single-node.sh
+CHAIN_ID="private"
+KEY_NAME="validator"
+KEYRING_BACKEND="test"
+BROADCAST_MODE="block"
+
+# Create 3 test keys
+celestia-appd keys add test1
+celestia-appd keys add test2
+celestia-appd keys add test3
+# Create the multisig account
+celestia-appd keys add multisig \\
+    --multisig test1,test2,test3 \\
+    --multisig-threshold 2
+
+# Send some funds from the validator account to the multisig account
+celestia-appd tx bank send $VALIDATOR $MULTISIG 100000utia \\
+    --from $VALIDATOR \\
+    --fees 1000utia \\
+    --chain-id $CHAIN_ID \\
+    --keyring-backend $KEYRING_BACKEND \\
+    --broadcast-mode $BROADCAST_MODE \\
+    --yes
+
+# Send some funds from the multisig account to the validator account.
+# Note this transaction will need to be signed by at least 2 of the 3 test accounts.
+celestia-appd tx bank send $MULTISIG $VALIDATOR 1utia \\
+    --from $MULTISIG \\
+    --fees 1000utia \\
+    --chain-id $CHAIN_ID \\
+    --keyring-backend $KEYRING_BACKEND \\
+    --generate-only > unsignedTx.json
+
+# Sign from test1 and test2
+celestia-appd tx sign unsignedTx.json \\
+    --multisig $MULTISIG \\
+    --from test1 \\
+    --output-document test1sig.json \\
+    --chain-id $CHAIN_ID
+celestia-appd tx sign unsignedTx.json \\
+    --multisig $MULTISIG \\
+    --from test2 \\
+    --output-document test2sig.json \\
+    --chain-id $CHAIN_ID
+
+# Generate the final signed transaction
+celestia-appd tx multisign unsignedTx.json multisig \\
+    test1sig.json test2sig.json \\
+    --output-document signedTx.json \\
+    --chain-id $CHAIN_ID

    Resources ​

    `,7),e=[o];function t(c,r,y,E,i,F){return n(),a("div",null,e)}const u=s(p,[["render",t]]);export{d as __pageData,u as default}; diff --git a/assets/nodes_celestia-app-multisig.md.e4b4f44c.lean.js b/assets/nodes_celestia-app-multisig.md.e4b4f44c.lean.js new file mode 100644 index 00000000000..98e082561d1 --- /dev/null +++ b/assets/nodes_celestia-app-multisig.md.e4b4f44c.lean.js @@ -0,0 +1 @@ +import{_ as s,o as n,c as a,Q as l}from"./chunks/framework.51d6c45b.js";const d=JSON.parse('{"title":"Multisig","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Multisig | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-multisig.md","filePath":"nodes/celestia-app-multisig.md","lastUpdated":1704813470000}'),p={name:"nodes/celestia-app-multisig.md"},o=l("",7),e=[o];function t(c,r,y,E,i,F){return n(),a("div",null,e)}const u=s(p,[["render",t]]);export{d as __pageData,u as default}; diff --git a/assets/nodes_celestia-app-slashing.md.4d50cd08.js b/assets/nodes_celestia-app-slashing.md.4d50cd08.js new file mode 100644 index 00000000000..97e5e65dba3 --- /dev/null +++ b/assets/nodes_celestia-app-slashing.md.4d50cd08.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as t,Q as o}from"./chunks/framework.51d6c45b.js";const f=JSON.parse('{"title":"Slashing on Celestia","description":"This section covers the slashing mechanics for validators in Celestia.","frontmatter":{"description":"This section covers the slashing mechanics for validators in Celestia.","head":[["meta",{"name":"og:title","content":"Slashing on Celestia | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-slashing.md","filePath":"nodes/celestia-app-slashing.md","lastUpdated":1706730069000}'),s={name:"nodes/celestia-app-slashing.md"},i=o('

    Slashing on Celestia ​

    Slashing is a mechanism employed in proof of stake blockchains that is used to deter and punish malicious behavior. It functions by removing a percentage of a validator's stake each time they act harmfully towards the network.

    Celestia is built with the Cosmos SDK and uses the x/slashing module.

    If a validator gets slashed, delegators bonded to that validator will also have the same percentage of their delegated funds slashed.

    The following are the conditions for a validator to get slashed:

    1. Downtime: If a validator is offline for more than 25% of a rolling window of the last 5,000 blocks, they will be jailed for 1 minute. During this period, the validator is removed from the validator set temporarily, and will be unable to propose new blocks or earn rewards. After the jail period, the validator can send an unjail request to rejoin the validator set.

    2. Double signing: This is a more severe offense and results in a larger percentage loss. If a validator engages in double signing, the validator will lose 2% of their stake and the remainder of their stake will be returned to them. The validator will be permanently removed from the validator set and will not have the ability to unjail. Delegators bonded to that validator will automatically enter the unbonding period for 21 days, and can delegate to another validator after they have been unbonded.

    For more details on the slashing parameters, refer to the celestia-app specifications page.

    ',7),l=[i];function n(r,d,h,c,p,g){return a(),t("div",null,l)}const u=e(s,[["render",n]]);export{f as __pageData,u as default}; diff --git a/assets/nodes_celestia-app-slashing.md.4d50cd08.lean.js b/assets/nodes_celestia-app-slashing.md.4d50cd08.lean.js new file mode 100644 index 00000000000..b07022fc383 --- /dev/null +++ b/assets/nodes_celestia-app-slashing.md.4d50cd08.lean.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as t,Q as o}from"./chunks/framework.51d6c45b.js";const f=JSON.parse('{"title":"Slashing on Celestia","description":"This section covers the slashing mechanics for validators in Celestia.","frontmatter":{"description":"This section covers the slashing mechanics for validators in Celestia.","head":[["meta",{"name":"og:title","content":"Slashing on Celestia | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-slashing.md","filePath":"nodes/celestia-app-slashing.md","lastUpdated":1706730069000}'),s={name:"nodes/celestia-app-slashing.md"},i=o("",7),l=[i];function n(r,d,h,c,p,g){return a(),t("div",null,l)}const u=e(s,[["render",n]]);export{f as __pageData,u as default}; diff --git a/assets/nodes_celestia-app-upgrade-monitor.md.91d63439.js b/assets/nodes_celestia-app-upgrade-monitor.md.91d63439.js new file mode 100644 index 00000000000..07ee06d6abd --- /dev/null +++ b/assets/nodes_celestia-app-upgrade-monitor.md.91d63439.js @@ -0,0 +1 @@ +import{_ as o,o as a,c as r,k as e,a as t}from"./chunks/framework.51d6c45b.js";const f=JSON.parse('{"title":"Upgrade Monitor","description":"upgrade-monitor is a tool to monitor upgrades on a Celestia network.","frontmatter":{"description":"upgrade-monitor is a tool to monitor upgrades on a Celestia network.","head":[["meta",{"name":"og:title","content":"Upgrade Monitor | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-upgrade-monitor.md","filePath":"nodes/celestia-app-upgrade-monitor.md","lastUpdated":1702584616000}'),n={name:"nodes/celestia-app-upgrade-monitor.md"},s=e("h1",{id:"upgrade-monitor",tabindex:"-1"},[t("Upgrade Monitor "),e("a",{class:"header-anchor",href:"#upgrade-monitor","aria-label":'Permalink to "Upgrade Monitor"'},"​")],-1),i=e("p",null,[t("Upgrade monitor is a binary that monitors that status of upgrades on a Celestia network. 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    How to create a vesting account with celestia-app ​

    In this guide, we will learn how to create a vesting account using celestia-app for both a local devnet and on Mocha testnet.

    note

    The instructions for this tutorial are for a continuous vesting account, if you'd like to make a delayed vesting account, just add the --delayed flag to your vesting transaction.

    Local devnet ​

    First, download and install celestia-app, selecting the network and corresponding version that you would like to use.

    Setting up the local devnet ​

    Run the devnet ​

    Next, change into the $HOME/celestia-app directory and run the single-node-devnet script.

    bash
    cd $HOME/celestia-app
+./scripts/build-run-single-node.sh
    cd $HOME/celestia-app
+./scripts/build-run-single-node.sh

    Save the home directory path ​

    At the top of the output, you will see a path to the "Home directory", find yours from the output (it will be unique every time):

    bash
    ./scripts/build-run-single-node.sh
+Home directory: /var/folders/_8/ljj6hspn0kn09qf9fy8kdyh40000gn/T/celestia_app_XXXXXXXXXXXXX.XV92a3qx
+--> Updating go.mod
    ./scripts/build-run-single-node.sh
+Home directory: /var/folders/_8/ljj6hspn0kn09qf9fy8kdyh40000gn/T/celestia_app_XXXXXXXXXXXXX.XV92a3qx
+--> Updating go.mod

    And set the location as the CElESTIA_APP_HOME variable. We will use this for the remainder of the devnet section.

    bash
    export CElESTIA_APP_HOME=/var/folders/_8/ljj6hspn0kn09qf9fy8kdyh40000gn/T/celestia_app_XXXXXXXXXXXXX.XV92a3qx
    export CElESTIA_APP_HOME=/var/folders/_8/ljj6hspn0kn09qf9fy8kdyh40000gn/T/celestia_app_XXXXXXXXXXXXX.XV92a3qx

    note

    This does not replace the celestia-appd binary that was installed with celestia-appd, but builds and runs one in the $HOME/celestia-app/build directory.

    Check the version of the devnet ​

    If you'd like to check the version of your local devnet, you can use:

    bash
    cd $HOME/celestia-app/build
+./celestia-appd version
    cd $HOME/celestia-app/build
+./celestia-appd version

    Next steps ​

    Congratulations! You now have a private devnet running locally on your machine. The devnet is made up of one validator that is creating new blocks. This is the Celestia consensus network on your machine! The key that was created to run the validator also lives in a temporary directory for the devnet.

    Now you are ready to test creating a vesting account on our devnet before going to Mocha, a live testnet.

    Setting up vesting account on devnet ​

    You already have one key setup, but you will need one more to create a vesting account.

    Create a new key ​

    First, create a vesting key:

    bash
    cd $HOME/celestia-app/build
+./celestia-appd keys add vesting-key --home $CElESTIA_APP_HOME
    cd $HOME/celestia-app/build
+./celestia-appd keys add vesting-key --home $CElESTIA_APP_HOME

    You will see the address, mnemonic, and more details about your key in the output:

    bash
    - address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  name: vesting-key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A5JF/we+s5gFt6g944XbKVVYgQB9OY+U/l5dhZjLDczO"}'
+  type: local
+
+
+**Important** write this mnemonic phrase in a safe place.
+It is the only way to recover your account if you ever forget your password.
+
+index enter egg broken ostrich duty bitter blind all car hollow coral youth early verify point void anger daring sausage decline net shove oil
    - address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  name: vesting-key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A5JF/we+s5gFt6g944XbKVVYgQB9OY+U/l5dhZjLDczO"}'
+  type: local
+
+
+**Important** write this mnemonic phrase in a safe place.
+It is the only way to recover your account if you ever forget your password.
+
+index enter egg broken ostrich duty bitter blind all car hollow coral youth early verify point void anger daring sausage decline net shove oil

    List your keys ​

    bash
    ./celestia-appd keys list --home $CElESTIA_APP_HOME
    ./celestia-appd keys list --home $CElESTIA_APP_HOME

    Output:

    bash
    - address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+  name: validator
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"Ahzu6yr9XMPIxLquhgBhj9xL3wIaOz6PE3CvML/oPQym"}'
+  type: local
+- address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  name: vesting-key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A5JF/we+s5gFt6g944XbKVVYgQB9OY+U/l5dhZjLDczO"}'
+  type: local
    - address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+  name: validator
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"Ahzu6yr9XMPIxLquhgBhj9xL3wIaOz6PE3CvML/oPQym"}'
+  type: local
+- address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  name: vesting-key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A5JF/we+s5gFt6g944XbKVVYgQB9OY+U/l5dhZjLDczO"}'
+  type: local

    Set variables ​

    Set the keys as variables, using the validator address as the FROM_ADDRESS and the vesting-key as the TO_ADDRESS.

    bash
    export FROM_ADDRESS=celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+export TO_ADDRESS=celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
    export FROM_ADDRESS=celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+export TO_ADDRESS=celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5

    Create your devnet vesting account ​

    Create the vesting account with the following command:

    note

    The remainder of the instructions are for a continuous vesting account, if you'd like to make a delayed vesting account, use the --delayed flag.

    For example, the command to create a delayed vesting account would look like:

    bash
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME --delayed
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME --delayed
    bash
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME

    Select "Y" to choose "yes".

    Optional

    If you'd like to run the command with the -y flag, it will execute the transaction without needing to provide the "y" answer as above.

    bash
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME -y
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME -y

    Output:

    bash
    gas estimate: 96112
+auth_info:
+  fee:
+    amount:
+    - amount: "100000"
+      denom: utia
+    gas_limit: "96112"
+    granter: ""
+    payer: ""
+  signer_infos: []
+  tip: null
+body:
+  extension_options: []
+  memo: ""
+  messages:
+  - '@type': /cosmos.vesting.v1beta1.MsgCreateVestingAccount
+    amount:
+    - amount: "100000"
+      denom: utia
+    delayed: false
+    end_time: "1686748051"
+    from_address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+    to_address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  non_critical_extension_options: []
+  timeout_height: "0"
+signatures: []
+confirm transaction before signing and broadcasting [y/N]: y
+code: 0
+codespace: ""
+data: ""
+events: []
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: 6093DF76DBA90F04FF63D197FC1569F04ED3DBE64081A0BBA9BAD4E69AA570D2
    gas estimate: 96112
+auth_info:
+  fee:
+    amount:
+    - amount: "100000"
+      denom: utia
+    gas_limit: "96112"
+    granter: ""
+    payer: ""
+  signer_infos: []
+  tip: null
+body:
+  extension_options: []
+  memo: ""
+  messages:
+  - '@type': /cosmos.vesting.v1beta1.MsgCreateVestingAccount
+    amount:
+    - amount: "100000"
+      denom: utia
+    delayed: false
+    end_time: "1686748051"
+    from_address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+    to_address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  non_critical_extension_options: []
+  timeout_height: "0"
+signatures: []
+confirm transaction before signing and broadcasting [y/N]: y
+code: 0
+codespace: ""
+data: ""
+events: []
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: 6093DF76DBA90F04FF63D197FC1569F04ED3DBE64081A0BBA9BAD4E69AA570D2

    The timestamp for the previous command is in the past, so once you create the vesting account, the tokens will vest. You can check your account balances to verify this.

    Query the devnet vesting account details ​

    Check that the account has been created and works as expected by querying the TO_ADDRESS account details:

    bash
    ./celestia-appd query account $TO_ADDRESS --home $CElESTIA_APP_HOME
    ./celestia-appd query account $TO_ADDRESS --home $CElESTIA_APP_HOME

    In the output, you will notice that the account type is a ContinuousVestingAccount:

    bash
    '@type': /cosmos.vesting.v1beta1.ContinuousVestingAccount
+base_vesting_account:
+  base_account:
+    account_number: "7"
+    address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+    pub_key: null
+    sequence: "0"
+  delegated_free: []
+  delegated_vesting: []
+  end_time: "1686748051"
+  original_vesting:
+  - amount: "100000"
+    denom: utia
+start_time: "1687908352"
    '@type': /cosmos.vesting.v1beta1.ContinuousVestingAccount
+base_vesting_account:
+  base_account:
+    account_number: "7"
+    address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+    pub_key: null
+    sequence: "0"
+  delegated_free: []
+  delegated_vesting: []
+  end_time: "1686748051"
+  original_vesting:
+  - amount: "100000"
+    denom: utia
+start_time: "1687908352"

    Query the devnet base account details ​

    Check the FROM_ADDRESS account details:

    bash
    ./celestia-appd query account $FROM_ADDRESS --home $CElESTIA_APP_HOME
    ./celestia-appd query account $FROM_ADDRESS --home $CElESTIA_APP_HOME

    In the output, you will notice the account type is BaseAccount:

    bash
    '@type': /cosmos.auth.v1beta1.BaseAccount
+account_number: "0"
+address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+pub_key:
+  '@type': /cosmos.crypto.secp256k1.PubKey
+  key: Ahzu6yr9XMPIxLquhgBhj9xL3wIaOz6PE3CvML/oPQym
+sequence: "2"
    '@type': /cosmos.auth.v1beta1.BaseAccount
+account_number: "0"
+address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+pub_key:
+  '@type': /cosmos.crypto.secp256k1.PubKey
+  key: Ahzu6yr9XMPIxLquhgBhj9xL3wIaOz6PE3CvML/oPQym
+sequence: "2"

    Query the balances of the devnet accounts ​

    Next, we can check the balance of the accounts:

    bash
    ./celestia-appd query bank balances $TO_ADDRESS --home $CElESTIA_APP_HOME
    ./celestia-appd query bank balances $TO_ADDRESS --home $CElESTIA_APP_HOME

    Output will show you the balance of the vesting account:

    bash
    balances:
+- amount: "100000"
+  denom: utia
+pagination:
+  next_key: null
+  total: "0"
    balances:
+- amount: "100000"
+  denom: utia
+pagination:
+  next_key: null
+  total: "0"
    bash
    ./celestia-appd query bank balances $FROM_ADDRESS --home $CElESTIA_APP_HOME
    ./celestia-appd query bank balances $FROM_ADDRESS --home $CElESTIA_APP_HOME

    The output will show the remaining balance of the validator:

    bash
    balances:
+- amount: "999994999800000"
+  denom: utia
+pagination:
+  next_key: null
+  total: "0"
    balances:
+- amount: "999994999800000"
+  denom: utia
+pagination:
+  next_key: null
+  total: "0"

    Congratulations! You've now made your own vesting account on a local devnet. Next, you can learn how to create a vesting account on Mocha testnet.

    Mocha ​

    In the previous section of this tutorial, we learned how to create a vesting account on a local devnet. In this portion of the tutorial, we'll cover how to set up a full consensus node and set up a vesting account on Mocha testnet.

    First, be sure that you have installed celestia-app for the latest version for Mocha testnet.

    Create a wallet ​

    Set the keyring backend, so you don't need to use the flag for every command:

    bash
    celestia-appd config keyring-backend test
    celestia-appd config keyring-backend test

    Add a new key for a full node and one for a vesting account:

    bash
    celestia-appd keys add origin && celestia-appd keys add vesting
    celestia-appd keys add origin && celestia-appd keys add vesting

    List the keys:

    bash
    celestia-appd keys list
    celestia-appd keys list

    Set your keys as variables:

    bash
    export FROM_ADDRESS=address_of_origin_account
+export TO_ADDRESS=address_of_vesting_account
    export FROM_ADDRESS=address_of_origin_account
+export TO_ADDRESS=address_of_vesting_account

    Fund your account ​

    Head to the faucet, and fund your origin address.

    Create a vesting account on Mocha ​

    To create a vesting account on Mocha, you will need an RPC URL to send the transaction to. You can find the RPC endpoints on the Mocha testnet page.

    Set your RPC URL:

    bash
    export RPC_URL=https://rpc-mocha.pops.one:443
    export RPC_URL=https://rpc-mocha.pops.one:443

    We will use a few flags in our vesting command that are different than the devnet version. Since we aren't using our own validator or full node, we will use an RPC URL.

    We also need to declare the chain ID as mocha.

    View the help menu for vesting to understand these flags more:

    bash
    celestia-appd tx vesting --help
    celestia-appd tx vesting --help

    Here's an example command to set up the vesting account:

    bash
    celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas 100000 --fees 100000utia --node $RPC_URL --chain-id mocha --delayed
    celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas 100000 --fees 100000utia --node $RPC_URL --chain-id mocha --delayed

    Optional: Set up a full consensus node or validator ​

    Running a full consensus node or validator will prevent you from needing to use an RPC.

    You can set up a validator or full consensus node for the previous portion of the tutorial.

    Note: this may take some time depending on how you choose to sync the state of the chain.

    Optional: Change your client.toml ​

    If you edit your client configuration in client.toml, you can set both the chain ID and the node RPC URL. This will prevent you from needing to run each flag for every command line that you use.

    toml
    # This is a TOML config file.
+# For more information, see https://github.com/toml-lang/toml
+
+###############################################################################
+###                           Client Configuration                            ###
+###############################################################################
+
+# The network chain ID
+chain-id = "mocha"
+# The keyring's backend, where the keys are stored (os|file|kwallet|pass|test|memory)
+keyring-backend = "test"
+# CLI output format (text|json)
+output = "text"
+# <host>:<port> to Tendermint RPC interface for this chain
+node = "tcp://rpc-mocha.pops.one:443"
+# Transaction broadcasting mode (sync|async|block)
+broadcast-mode = "sync"
    # This is a TOML config file.
+# For more information, see https://github.com/toml-lang/toml
+
+###############################################################################
+###                           Client Configuration                            ###
+###############################################################################
+
+# The network chain ID
+chain-id = "mocha"
+# The keyring's backend, where the keys are stored (os|file|kwallet|pass|test|memory)
+keyring-backend = "test"
+# CLI output format (text|json)
+output = "text"
+# <host>:<port> to Tendermint RPC interface for this chain
+node = "tcp://rpc-mocha.pops.one:443"
+# Transaction broadcasting mode (sync|async|block)
+broadcast-mode = "sync"

    Notes ​

    Not all vesting accounts can be created with a message, some need to be set at genesis. You can learn more in the Cosmos Network documentation.

    Conclusion ​

    Congratulations! You've learned how to create a local devnet, create a vesting account on it, and how to make a vesting account on the Mocha testnet!

    `,98),e=[p];function t(c,r,y,E,i,F){return a(),n("div",null,e)}const h=s(l,[["render",t]]);export{u as __pageData,h as default}; diff --git a/assets/nodes_celestia-app-vesting.md.0867750b.lean.js b/assets/nodes_celestia-app-vesting.md.0867750b.lean.js new file mode 100644 index 00000000000..6103fddea4a --- /dev/null +++ b/assets/nodes_celestia-app-vesting.md.0867750b.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as n,Q as o}from"./chunks/framework.51d6c45b.js";const u=JSON.parse('{"title":"How to create a vesting account with celestia-app","description":"Learn how to generate a vesting account using celestia-app.","frontmatter":{"description":"Learn how to generate a vesting account using celestia-app.","head":[["meta",{"name":"og:title","content":"How to create a vesting account with celestia-app | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-vesting.md","filePath":"nodes/celestia-app-vesting.md","lastUpdated":1711744858000}'),l={name:"nodes/celestia-app-vesting.md"},p=o("",98),e=[p];function t(c,r,y,E,i,F){return a(),n("div",null,e)}const h=s(l,[["render",t]]);export{u as __pageData,h as default}; diff --git a/assets/nodes_celestia-app-wallet.md.e787539c.js b/assets/nodes_celestia-app-wallet.md.e787539c.js new file mode 100644 index 00000000000..7dfcdb1f00d --- /dev/null +++ b/assets/nodes_celestia-app-wallet.md.e787539c.js @@ -0,0 +1,3 @@ +import{_ as a,o as e,c as s,Q as t}from"./chunks/framework.51d6c45b.js";const u=JSON.parse('{"title":"Create a wallet with celestia-app","description":"Learn how to generate a Celestia wallet using celestia-app.","frontmatter":{"description":"Learn how to generate a Celestia wallet using celestia-app.","head":[["meta",{"name":"og:title","content":"Create a wallet with celestia-app | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-wallet.md","filePath":"nodes/celestia-app-wallet.md","lastUpdated":1707231883000}'),l={name:"nodes/celestia-app-wallet.md"},o=t(`

    Create a wallet with celestia-app ​

    For this guide, we will go over how you can generate a Celestia wallet using celestia-app.

    Prerequisites ​

    Note, you do not need to install celestia-node for this tutorial.

    Create a wallet ​

    First, create an application CLI configuration file:

    sh
    celestia-appd config keyring-backend test
    celestia-appd config keyring-backend test

    You can pick whatever wallet name you want. For our example we used "validator" as the wallet name:

    sh
    celestia-appd keys add validator --interactive
    celestia-appd keys add validator --interactive

    Save the mnemonic output as this is the only way to recover your validator wallet in case you lose it!

    To check all your wallets you can run:

    sh
    celestia-appd keys list
    celestia-appd keys list

    Fund a wallet ​

    For the public celestia address, you can fund the previously created wallet via Discord by sending this message to either the #mocha-faucet or #arabica-faucet channel:

    text
    $request celestia1xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
    $request celestia1xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

    Wait to see if you get a confirmation that the tokens have been successfully sent. To check if tokens have arrived successfully to the destination wallet run the command below replacing the public address with your own:

    sh
    celestia-appd start
+celestia-appd query bank balances celestia1xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
    celestia-appd start
+celestia-appd query bank balances celestia1xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

    TIP

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    `,19),n=[o];function p(c,r,i,x,d,h){return e(),s("div",null,n)}const E=a(l,[["render",p]]);export{u as __pageData,E as default}; diff --git a/assets/nodes_celestia-app-wallet.md.e787539c.lean.js b/assets/nodes_celestia-app-wallet.md.e787539c.lean.js new file mode 100644 index 00000000000..391d7cfd0db --- /dev/null +++ b/assets/nodes_celestia-app-wallet.md.e787539c.lean.js @@ -0,0 +1 @@ +import{_ as a,o as e,c as s,Q as t}from"./chunks/framework.51d6c45b.js";const u=JSON.parse('{"title":"Create a wallet with celestia-app","description":"Learn how to generate a Celestia wallet using celestia-app.","frontmatter":{"description":"Learn how to generate a Celestia wallet using celestia-app.","head":[["meta",{"name":"og:title","content":"Create a wallet with celestia-app | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app-wallet.md","filePath":"nodes/celestia-app-wallet.md","lastUpdated":1707231883000}'),l={name:"nodes/celestia-app-wallet.md"},o=t("",19),n=[o];function p(c,r,i,x,d,h){return e(),s("div",null,n)}const E=a(l,[["render",p]]);export{u as __pageData,E as default}; diff --git a/assets/nodes_celestia-app.md.1b04d1e9.js b/assets/nodes_celestia-app.md.1b04d1e9.js new file mode 100644 index 00000000000..40e923f07f3 --- /dev/null +++ b/assets/nodes_celestia-app.md.1b04d1e9.js @@ -0,0 +1,7 @@ +import{a}from"./chunks/arabica_versions.d7daf483.js";import{m as l}from"./chunks/mocha_versions.3ba4a823.js";import{m as n}from"./chunks/mainnet_versions.84d9fd1c.js";import{o as c,c as p,k as s,t,l as e,Q as o}from"./chunks/framework.51d6c45b.js";const i=o('

    Install celestia-app ​

    This tutorial will guide you through installing celestia-app, both from source and with a pre-built binary

    Building binary from source ​

    This section of the tutorial presumes you completed the steps in setting up your own environment.

    The steps below will create a binary file named celestia-appd inside $HOME/go/bin folder which will be used later to run the node. Be sure to select the correct network to install the binary for.

    ',5),r=o(`

  • Remove any existing copy of celestia-app, clone the repository, and change into the directory:

    bash
    cd $HOME
+rm -rf celestia-app
+git clone https://github.com/celestiaorg/celestia-app.git
+cd celestia-app
    cd $HOME
+rm -rf celestia-app
+git clone https://github.com/celestiaorg/celestia-app.git
+cd celestia-app
    • `,1),d=s("p",null,"Check out to the desired version, based on the network you will use:",-1),h={class:"vp-code-group vp-adaptive-theme"},_=o('
    ',1),y={class:"blocks"},u={class:"language-bash vp-adaptive-theme active"},b=s("button",{title:"Copy Code",class:"copy"},null,-1),g=s("span",{class:"lang"},"bash",-1),E={class:"shiki github-dark vp-code-dark"},F={class:"line"},m=s("span",{style:{color:"#B392F0"}},"git",-1),C=s("span",{style:{color:"#E1E4E8"}}," ",-1),v=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),f=s("span",{style:{color:"#E1E4E8"}}," ",-1),k={style:{color:"#9ECBFF"}},B=s("span",{style:{color:"#E1E4E8"}}," ",-1),T=s("span",{style:{color:"#79B8FF"}},"-b",-1),w=s("span",{style:{color:"#E1E4E8"}}," ",-1),P={style:{color:"#9ECBFF"}},I={class:"shiki github-light vp-code-light"},A={class:"line"},S=s("span",{style:{color:"#6F42C1"}},"git",-1),V=s("span",{style:{color:"#24292E"}}," ",-1),q=s("span",{style:{color:"#032F62"}},"checkout",-1),x=s("span",{style:{color:"#24292E"}}," ",-1),D={style:{color:"#032F62"}},L=s("span",{style:{color:"#24292E"}}," ",-1),M=s("span",{style:{color:"#005CC5"}},"-b",-1),N=s("span",{style:{color:"#24292E"}}," ",-1),R={style:{color:"#032F62"}},O={class:"language-bash vp-adaptive-theme"},$=s("button",{title:"Copy Code",class:"copy"},null,-1),H=s("span",{class:"lang"},"bash",-1),Q={class:"shiki github-dark vp-code-dark"},Y={class:"line"},K=s("span",{style:{color:"#B392F0"}},"git",-1),U=s("span",{style:{color:"#E1E4E8"}}," ",-1),j=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),J=s("span",{style:{color:"#E1E4E8"}}," ",-1),W={style:{color:"#9ECBFF"}},z=s("span",{style:{color:"#E1E4E8"}}," ",-1),G=s("span",{style:{color:"#79B8FF"}},"-b",-1),X=s("span",{style:{color:"#E1E4E8"}}," ",-1),Z={style:{color:"#9ECBFF"}},ss={class:"shiki github-light vp-code-light"},ts={class:"line"},es=s("span",{style:{color:"#6F42C1"}},"git",-1),os=s("span",{style:{color:"#24292E"}}," ",-1),as=s("span",{style:{color:"#032F62"}},"checkout",-1),ls=s("span",{style:{color:"#24292E"}}," ",-1),ns={style:{color:"#032F62"}},cs=s("span",{style:{color:"#24292E"}}," ",-1),ps=s("span",{style:{color:"#005CC5"}},"-b",-1),is=s("span",{style:{color:"#24292E"}}," ",-1),rs={style:{color:"#032F62"}},ds={class:"language-bash vp-adaptive-theme"},hs=s("button",{title:"Copy Code",class:"copy"},null,-1),_s=s("span",{class:"lang"},"bash",-1),ys={class:"shiki github-dark vp-code-dark"},us={class:"line"},bs=s("span",{style:{color:"#B392F0"}},"git",-1),gs=s("span",{style:{color:"#E1E4E8"}}," ",-1),Es=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),Fs=s("span",{style:{color:"#E1E4E8"}}," ",-1),ms={style:{color:"#9ECBFF"}},Cs=s("span",{style:{color:"#E1E4E8"}}," ",-1),vs=s("span",{style:{color:"#79B8FF"}},"-b",-1),fs=s("span",{style:{color:"#E1E4E8"}}," ",-1),ks={style:{color:"#9ECBFF"}},Bs={class:"shiki github-light vp-code-light"},Ts={class:"line"},ws=s("span",{style:{color:"#6F42C1"}},"git",-1),Ps=s("span",{style:{color:"#24292E"}}," ",-1),Is=s("span",{style:{color:"#032F62"}},"checkout",-1),As=s("span",{style:{color:"#24292E"}}," ",-1),Ss={style:{color:"#032F62"}},Vs=s("span",{style:{color:"#24292E"}}," ",-1),qs=s("span",{style:{color:"#005CC5"}},"-b",-1),xs=s("span",{style:{color:"#24292E"}}," ",-1),Ds={style:{color:"#032F62"}},Ls=o('

  • Build and install the celestia-appd binary:

    bash
    make install
    make install

  • To check if the binary was successfully installed you can run the binary using the --help flag:

    sh
    celestia-appd --help
    celestia-appd --help
    • ',2),Ms=o('

    You will see an output with the menu for celestia-appd. Learn more on the helpful CLI commands page

    Installing a pre-built binary ​

    Installing a pre-built binary is the fastest way to get started with your Celestia consensus node. Releases after celestia-app v1.3.0 should have these binaries available.

    The steps below will download a binary file named celestia-appd. Depending on the setup that you choose during installation, the celestia-appd binary will be available at either:

    • $HOME/celestia-app-temp/celestia-appd
    • /usr/local/bin/celestia-appd

    Pre-built binaries are available for:

    • Operating systems: Darwin (Apple), Linux
    • Architectures: x86_64 (amd64), arm64

    To install the latest pre-built binary you can run this command in your terminal:

    bash
    bash -c "$(curl -sL https://docs.celestia.org/celestia-app.sh)"
    bash -c "$(curl -sL https://docs.celestia.org/celestia-app.sh)"

    Follow the instructions in the terminal output to choose your installation preferences.

    You will see an output with the menu for celestia-appd. Learn more on the helpful CLI commands page

    View the script to learn more about what it is doing.

    Ports ​

    When interacting with a consensus node, you may need to open ports on your machine to allow communication between nodes, such as bridge nodes. It is essential that specific ports are accessible. Make sure that your firewall allows connections to the correct ports.

    If you run a node on a cloud server, make sure that the ports are open on the server's firewall. If you run a node at home, make sure that your router allows connections to the correct ports.

    For example, validator ports 9090 and 26657 need to be accessible by the bridge, and port 2121 is required for P2P connections for all node types.

    The following ports are used by Celestia app nodes:

    PortProtocolAddressDescriptionEnabled by default on nodeFlag
    2121TCP/UDPlocalhostP2PtrueN/A
    9090HTTP0.0.0.0gRPCtrue--grpc.address string
    26657TCPlocalhostRPCfalse (only open to localhost)--rpc.laddr string
    ',18),Us=JSON.parse('{"title":"Install celestia-app","description":"Learn how you can build celestia-app.","frontmatter":{"description":"Learn how you can build celestia-app.","head":[["meta",{"name":"og:title","content":"Install celestia-app | Celestia 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as __pageData,js as default}; diff --git a/assets/nodes_celestia-app.md.1b04d1e9.lean.js b/assets/nodes_celestia-app.md.1b04d1e9.lean.js new file mode 100644 index 00000000000..5cb67a98eee --- /dev/null +++ b/assets/nodes_celestia-app.md.1b04d1e9.lean.js @@ -0,0 +1 @@ +import{a}from"./chunks/arabica_versions.d7daf483.js";import{m as l}from"./chunks/mocha_versions.3ba4a823.js";import{m as n}from"./chunks/mainnet_versions.84d9fd1c.js";import{o as c,c as p,k as s,t,l as e,Q as o}from"./chunks/framework.51d6c45b.js";const i=o("",5),r=o("",1),d=s("p",null,"Check out to the desired version, based on the network you will use:",-1),h={class:"vp-code-group vp-adaptive-theme"},_=o("",1),y={class:"blocks"},u={class:"language-bash vp-adaptive-theme active"},b=s("button",{title:"Copy Code",class:"copy"},null,-1),g=s("span",{class:"lang"},"bash",-1),E={class:"shiki github-dark vp-code-dark"},F={class:"line"},m=s("span",{style:{color:"#B392F0"}},"git",-1),C=s("span",{style:{color:"#E1E4E8"}}," 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vp-code-dark"},Y={class:"line"},K=s("span",{style:{color:"#B392F0"}},"git",-1),U=s("span",{style:{color:"#E1E4E8"}}," ",-1),j=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),J=s("span",{style:{color:"#E1E4E8"}}," ",-1),W={style:{color:"#9ECBFF"}},z=s("span",{style:{color:"#E1E4E8"}}," ",-1),G=s("span",{style:{color:"#79B8FF"}},"-b",-1),X=s("span",{style:{color:"#E1E4E8"}}," ",-1),Z={style:{color:"#9ECBFF"}},ss={class:"shiki github-light vp-code-light"},ts={class:"line"},es=s("span",{style:{color:"#6F42C1"}},"git",-1),os=s("span",{style:{color:"#24292E"}}," ",-1),as=s("span",{style:{color:"#032F62"}},"checkout",-1),ls=s("span",{style:{color:"#24292E"}}," ",-1),ns={style:{color:"#032F62"}},cs=s("span",{style:{color:"#24292E"}}," ",-1),ps=s("span",{style:{color:"#005CC5"}},"-b",-1),is=s("span",{style:{color:"#24292E"}}," ",-1),rs={style:{color:"#032F62"}},ds={class:"language-bash vp-adaptive-theme"},hs=s("button",{title:"Copy Code",class:"copy"},null,-1),_s=s("span",{class:"lang"},"bash",-1),ys={class:"shiki github-dark vp-code-dark"},us={class:"line"},bs=s("span",{style:{color:"#B392F0"}},"git",-1),gs=s("span",{style:{color:"#E1E4E8"}}," ",-1),Es=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),Fs=s("span",{style:{color:"#E1E4E8"}}," ",-1),ms={style:{color:"#9ECBFF"}},Cs=s("span",{style:{color:"#E1E4E8"}}," ",-1),vs=s("span",{style:{color:"#79B8FF"}},"-b",-1),fs=s("span",{style:{color:"#E1E4E8"}}," ",-1),ks={style:{color:"#9ECBFF"}},Bs={class:"shiki github-light vp-code-light"},Ts={class:"line"},ws=s("span",{style:{color:"#6F42C1"}},"git",-1),Ps=s("span",{style:{color:"#24292E"}}," ",-1),Is=s("span",{style:{color:"#032F62"}},"checkout",-1),As=s("span",{style:{color:"#24292E"}}," ",-1),Ss={style:{color:"#032F62"}},Vs=s("span",{style:{color:"#24292E"}}," ",-1),qs=s("span",{style:{color:"#005CC5"}},"-b",-1),xs=s("span",{style:{color:"#24292E"}}," ",-1),Ds={style:{color:"#032F62"}},Ls=o("",2),Ms=o("",18),Us=JSON.parse('{"title":"Install celestia-app","description":"Learn how you can build celestia-app.","frontmatter":{"description":"Learn how you can build celestia-app.","head":[["meta",{"name":"og:title","content":"Install celestia-app | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-app.md","filePath":"nodes/celestia-app.md","lastUpdated":1712949880000}'),Ns={name:"nodes/celestia-app.md"},js=Object.assign(Ns,{setup(Rs){return(Os,$s)=>(c(),p("div",null,[i,s("ol",null,[r,s("li",null,[d,s("div",h,[_,s("div",y,[s("div",u,[b,g,s("pre",E,[s("code",null,[s("span",F,[m,C,v,f,s("span",k,"tags/"+t(e(n)["app-latest-tag"]),1),B,T,w,s("span",P,t(e(n)["app-latest-tag"]),1)])])]),s("pre",I,[s("code",null,[s("span",A,[S,V,q,x,s("span",D,"tags/"+t(e(n)["app-latest-tag"]),1),L,M,N,s("span",R,t(e(n)["app-latest-tag"]),1)])])])]),s("div",O,[$,H,s("pre",Q,[s("code",null,[s("span",Y,[K,U,j,J,s("span",W,"tags/"+t(e(l)["app-latest-tag"]),1),z,G,X,s("span",Z,t(e(l)["app-latest-tag"]),1)])])]),s("pre",ss,[s("code",null,[s("span",ts,[es,os,as,ls,s("span",ns,"tags/"+t(e(l)["app-latest-tag"]),1),cs,ps,is,s("span",rs,t(e(l)["app-latest-tag"]),1)])])])]),s("div",ds,[hs,_s,s("pre",ys,[s("code",null,[s("span",us,[bs,gs,Es,Fs,s("span",ms,"tags/"+t(e(a)["app-latest-tag"]),1),Cs,vs,fs,s("span",ks,t(e(a)["app-latest-tag"]),1)])])]),s("pre",Bs,[s("code",null,[s("span",Ts,[ws,Ps,Is,As,s("span",Ss,"tags/"+t(e(a)["app-latest-tag"]),1),Vs,qs,xs,s("span",Ds,t(e(a)["app-latest-tag"]),1)])])])])])])]),Ls]),Ms]))}});export{Us as __pageData,js as default}; diff --git a/assets/nodes_celestia-node-custom-networks.md.804b9f53.js b/assets/nodes_celestia-node-custom-networks.md.804b9f53.js new file mode 100644 index 00000000000..222848dc4f3 --- /dev/null +++ b/assets/nodes_celestia-node-custom-networks.md.804b9f53.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as o,Q as n}from"./chunks/framework.51d6c45b.js";const F=JSON.parse('{"title":"Custom networks and values","description":"Learn about custom networks and values on celestia-node.","frontmatter":{"description":"Learn about custom networks and values on celestia-node.","head":[["meta",{"name":"og:title","content":"Custom networks and values | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-node-custom-networks.md","filePath":"nodes/celestia-node-custom-networks.md","lastUpdated":1713793066000}'),p={name:"nodes/celestia-node-custom-networks.md"},l=n('

    Custom networks and values ​

    This section will cover importing bootstrapper IDs, chain ID, and network ID. This will allow you to import custom values for a chain that is not in the default configuration.

    If you have a custom network you can export CELESTIA_CUSTOM, which will look something like:

    bash
    export BRIDGE="/ip4/<ip-address>/tcp/2121/p2p/<node-ID>"\nexport GENESIS_HASH=<genesis-hash>\nexport NETWORK=<network-name>\nexport CELESTIA_CUSTOM="${NETWORK}:${GENESIS_HASH}:${BRIDGE}"
    export BRIDGE="/ip4/<ip-address>/tcp/2121/p2p/<node-ID>"\nexport GENESIS_HASH=<genesis-hash>\nexport NETWORK=<network-name>\nexport CELESTIA_CUSTOM="${NETWORK}:${GENESIS_HASH}:${BRIDGE}"

    Query your node ID using the RPC CLI. These values with examples would look like:

    bash
    export BRIDGE="/ip4/151.115.14.33/tcp/2121/p2p/12D3KooWKEeRtzVMPUdxYsZo2edqps6mS67n6LT5mPdULSkPSxBQ"\nexport GENESIS_HASH=580B3DFF8A7C716968161D91116A1E171F486298D582874E93714E489C9E6E88\nexport NETWORK=custom\nexport CELESTIA_CUSTOM="${NETWORK}:${GENESIS_HASH}:${BRIDGE}"
    export BRIDGE="/ip4/151.115.14.33/tcp/2121/p2p/12D3KooWKEeRtzVMPUdxYsZo2edqps6mS67n6LT5mPdULSkPSxBQ"\nexport GENESIS_HASH=580B3DFF8A7C716968161D91116A1E171F486298D582874E93714E489C9E6E88\nexport NETWORK=custom\nexport CELESTIA_CUSTOM="${NETWORK}:${GENESIS_HASH}:${BRIDGE}"

    Then, start your node with:

    bash
    celestia <node-type> start [flags...]
    celestia <node-type> start [flags...]
    ',8),e=[l];function t(c,r,E,y,i,d){return a(),o("div",null,e)}const h=s(p,[["render",t]]);export{F as __pageData,h as default}; diff --git a/assets/nodes_celestia-node-custom-networks.md.804b9f53.lean.js b/assets/nodes_celestia-node-custom-networks.md.804b9f53.lean.js new file mode 100644 index 00000000000..130fe416ae2 --- /dev/null +++ b/assets/nodes_celestia-node-custom-networks.md.804b9f53.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as o,Q as n}from"./chunks/framework.51d6c45b.js";const F=JSON.parse('{"title":"Custom networks and values","description":"Learn about custom networks and values on celestia-node.","frontmatter":{"description":"Learn about custom networks and values on celestia-node.","head":[["meta",{"name":"og:title","content":"Custom networks and values | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-node-custom-networks.md","filePath":"nodes/celestia-node-custom-networks.md","lastUpdated":1713793066000}'),p={name:"nodes/celestia-node-custom-networks.md"},l=n("",8),e=[l];function t(c,r,E,y,i,d){return a(),o("div",null,e)}const h=s(p,[["render",t]]);export{F as __pageData,h as default}; diff --git a/assets/nodes_celestia-node-metrics.md.cfabfbdc.js b/assets/nodes_celestia-node-metrics.md.cfabfbdc.js new file mode 100644 index 00000000000..a41d20d4be2 --- /dev/null +++ b/assets/nodes_celestia-node-metrics.md.cfabfbdc.js @@ -0,0 +1,29 @@ +import{_ as s,o as n,c as a,Q as o}from"./chunks/framework.51d6c45b.js";const h=JSON.parse('{"title":"celestia-node metrics","description":"A guide on how to run metrics for your celestia-node DA instance.","frontmatter":{"description":"A guide on how to run metrics for your celestia-node DA instance.","head":[["meta",{"name":"og:title","content":"celestia-node metrics | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-node-metrics.md","filePath":"nodes/celestia-node-metrics.md","lastUpdated":1709566764000}'),l={name:"nodes/celestia-node-metrics.md"},e=o(`

    celestia-node metrics ​

    This tutorial is for running metrics for your celestia-node data availability instance. This tutorial will focus on running metrics for a light node.

    This tutorial assumes you have already setup your light node by following the tutorial in the celestia-node API tutorial.

    Running metrics flags ​

    You can enable the celestia-node metric flags with the following command:

    sh
    celestia <node-type> start --metrics.tls=<boolean> \\
+    --metrics --metrics.endpoint <URI> \\
+    --p2p.network <network> --core.ip <URI>
    celestia <node-type> start --metrics.tls=<boolean> \\
+    --metrics --metrics.endpoint <URI> \\
+    --p2p.network <network> --core.ip <URI>

    Add metrics flags to your node start command and restart your node to apply it. The metrics endpoint will gather your node's data to track your uptime.

    Note that the --metrics flag enables metrics and expects an input into --metrics.endpoint.

    We will go over what the endpoint will need to be in the metrics endpoint design considerations section.

    Mainnet Beta ​

    Here is an example for Mainnet Beta:

    sh
    celestia <node-type> start --metrics.tls=true \\
+    --metrics --metrics.endpoint otel.celestia.observer \\
+    --core.ip <URI>
    celestia <node-type> start --metrics.tls=true \\
+    --metrics --metrics.endpoint otel.celestia.observer \\
+    --core.ip <URI>

    Mocha testnet ​

    Here is an example for Mocha testnet:

    sh
    celestia <node-type> start --metrics.tls=true \\
+    --metrics --metrics.endpoint otel.celestia-mocha.com \\
+    --core.ip <URI> --p2p.network mocha
    celestia <node-type> start --metrics.tls=true \\
+    --metrics --metrics.endpoint otel.celestia-mocha.com \\
+    --core.ip <URI> --p2p.network mocha

    TLS connections ​

    The --metrics.tls flag enables or disables a TLS connection to the OpenTelemetry Protocol metrics backend. You need to choose a boolean value (true or false) for this flag.

    It's also common to set this flag to false when spinning up a local collector to check the metrics locally.

    However, if the collector is hosted in the cloud as a separate entity (like in a DevOps environment), enabling TLS is a necessity for secure communication.

    Here are examples of how to use it:

    bash
    # To enable TLS connection
+celestia <node-type> start --metrics.tls=true --metrics \\
+    --metrics.endpoint <URI> \\
+    --p2p.network <network> --core.ip <URI>
+
+# To disable TLS connection
+celestia <node-type> start --metrics.tls=false --metrics \\
+    --metrics.endpoint <URI> \\
+    --p2p.network <network> --core.ip <URI>
    # To enable TLS connection
+celestia <node-type> start --metrics.tls=true --metrics \\
+    --metrics.endpoint <URI> \\
+    --p2p.network <network> --core.ip <URI>
+
+# To disable TLS connection
+celestia <node-type> start --metrics.tls=false --metrics \\
+    --metrics.endpoint <URI> \\
+    --p2p.network <network> --core.ip <URI>

    Metrics endpoint design considerations ​

    At the moment, the architecture of celestia-node metrics works as specified in the following ADR #010.

    Essentially, the design considerations here will necessitate running an OpenTelemetry (OTEL) collector that connects to Celestia light node.

    For an overview of OTEL, check out the guide.

    The ADR and the OTEL docs will help you run your collector on the metrics endpoint. This will then allow you to process the data in the collector on a Prometheus server which can then be viewed on a Grafana dashboard.

    In the future, we do want to open-source some developer toolings around this infrastructure to allow for node operators to be able to monitor their data availability nodes.

    `,27),p=[e];function t(c,r,y,i,E,d){return n(),a("div",null,p)}const m=s(l,[["render",t]]);export{h as __pageData,m as default}; diff --git a/assets/nodes_celestia-node-metrics.md.cfabfbdc.lean.js b/assets/nodes_celestia-node-metrics.md.cfabfbdc.lean.js new file mode 100644 index 00000000000..a0dbd00aa77 --- /dev/null +++ b/assets/nodes_celestia-node-metrics.md.cfabfbdc.lean.js @@ -0,0 +1 @@ +import{_ as s,o as n,c as a,Q as o}from"./chunks/framework.51d6c45b.js";const h=JSON.parse('{"title":"celestia-node metrics","description":"A guide on how to run metrics for your celestia-node DA instance.","frontmatter":{"description":"A guide on how to run metrics for your celestia-node DA instance.","head":[["meta",{"name":"og:title","content":"celestia-node metrics | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-node-metrics.md","filePath":"nodes/celestia-node-metrics.md","lastUpdated":1709566764000}'),l={name:"nodes/celestia-node-metrics.md"},e=o("",27),p=[e];function t(c,r,y,i,E,d){return n(),a("div",null,p)}const m=s(l,[["render",t]]);export{h as __pageData,m as default}; diff --git a/assets/nodes_celestia-node-troubleshooting.md.b993a166.js b/assets/nodes_celestia-node-troubleshooting.md.b993a166.js new file mode 100644 index 00000000000..00a9ca394f5 --- /dev/null +++ b/assets/nodes_celestia-node-troubleshooting.md.b993a166.js @@ -0,0 +1,31 @@ +import{c as o}from"./chunks/constants.dc70dfe7.js";import{o as p,c as t,k as s,a,t as n,l,Q as e}from"./chunks/framework.51d6c45b.js";const r=e(`

    Troubleshooting ​

    Network selection ​

    Note: If you do not select a network, the default network will be Mainnet Beta.

    sh
    celestia <node-type> init --p2p.network <network>
+celestia <node-type> start --p2p.network <network> --core.ip <URI>
    celestia <node-type> init --p2p.network <network>
+celestia <node-type> start --p2p.network <network> --core.ip <URI>

    TIP

    Refer to the ports section of this page for information on which ports are required to be open on your machine.

    NOTE

    It is advised before switching networks to reinitialize your node via init command. This is due to an old config being present. Re-initialisation will reset the config.

    Chain ID ​

    `,7),c=s("em",null,"i.e.",-1),i=s("code",null,"--p2p.network string",-1),y=s("thead",null,[s("tr",null,[s("th",null,"Network"),s("th",null,"Chain ID"),s("th",null,[s("code",null,"--p2p.network string")])])],-1),E=s("td",null,"Mainnet Beta",-1),d=s("td",null,[a("not required ("),s("code",null,"--p2p.network celestia"),a(")")],-1),h=s("td",null,"Mocha",-1),F=s("td",null,[s("code",null,"--p2p.network mocha")],-1),g=s("td",null,"Arabica",-1),u=s("td",null,[s("code",null,"--p2p.network arabica")],-1),C=e(`

    Ports ​

    When interacting with a Celestia node, you may need to open ports on your machine to allow communication between nodes, such as bridge nodes. It is essential that specific ports are accessible. Make sure that your firewall allows connections to the correct ports.

    If you run a node on a cloud server, make sure that the ports are open on the server's firewall. If you run a node at home, make sure that your router allows connections to the correct ports.

    For example, validator ports 9090 and 26657 need to be accessible by the bridge, and port 2121 is required for P2P connections for all node types.

    The following ports are used by Celestia nodes:

    PortProtocolAddressDescriptionEnabled by default on nodeFlag
    2121TCP/UDPlocalhostP2PtrueN/A
    26658HTTPlocalhostRPCtrue--rpc.port string
    26659HTTPlocalhostREST Gatewayfalse--gateway.port string

    WARNING

    The gateway endpoints have been deprecated and will be removed in the future. If you would like to use them anyway, you can find more details on GitHub.

    Changing the location of your node store ​

    In this section, we'll guide you through starting your node using a node store in a different location than you originally started with.

    First, stop your node safely using control + C.

    Then, init your node again with a new node store:

    bash
    celestia <node-type> init --node.store /home/user/celestia-<node-type>-location/ \\
+    --p2p.network mocha
    celestia <node-type> init --node.store /home/user/celestia-<node-type>-location/ \\
+    --p2p.network mocha

    Next, start your node:

    bash
    celestia full start --core.ip rpc-mocha.pops.one --p2p.network mocha \\
+    --node.store /home/user/celestia-<node-type>-location/
    celestia full start --core.ip rpc-mocha.pops.one --p2p.network mocha \\
+    --node.store /home/user/celestia-<node-type>-location/

    If you choose to change the location of your node store, you will need to execute each command on your node with the following flag:

    bash
    --node.store /home/user/celestia-<node-type>-location/
    --node.store /home/user/celestia-<node-type>-location/

    When using cel-key, the process is different. To show the keys you should add --keyring-dir like this example:

    bash
    ./cel-key list --p2p.network mocha --node.type full \\
+    --keyring-dir /home/user/celestia-<node-type>-location/keys/
    ./cel-key list --p2p.network mocha --node.type full \\
+    --keyring-dir /home/user/celestia-<node-type>-location/keys/

    Resetting your config ​

    If you an encounter an error, it is likely that an old config file is present:

    sh
    Error: nodebuilder/share: interval must be positive; nodebuilder/core: invalid IP addr given:
+
+# or
+
+Error: nodebuilder/share: interval must be positive
    Error: nodebuilder/share: interval must be positive; nodebuilder/core: invalid IP addr given:
+
+# or
+
+Error: nodebuilder/share: interval must be positive

    You can re-initialize your node's config with the following commands:

    TIP

    Save your config so custom values are not lost.

    Run the following command to update your config:

    bash
    celestia <node-type> config-update --p2p.network <network>
    celestia <node-type> config-update --p2p.network <network>

    This will pull in any new values from new configuration and merge them into the existing configuration.

    TIP

    After using the config-update command, it is encouraged to double-check that your custom values are preserved.

    Then, to start your node again:

    bash
    celestia <node-type> start --p2p.network <network>
    celestia <node-type> start --p2p.network <network>

    Clearing the data store ​

    For bridge, full, and light nodes, remove the data store with this command:

    bash
    celestia <node-type> unsafe-reset-store --p2p.network <network>
    celestia <node-type> unsafe-reset-store --p2p.network <network>
    bash
    celestia light unsafe-reset-store --p2p.network mocha
    celestia light unsafe-reset-store --p2p.network mocha

    FATAL headers given to the heightSub are in the wrong order ​

    If you observe a FATAL log line like:

    bash
    FATAL   header/store   store/heightsub.go:87    PLEASE FILE A BUG REPORT: headers given to the heightSub are in the wrong order"
    FATAL   header/store   store/heightsub.go:87    PLEASE FILE A BUG REPORT: headers given to the heightSub are in the wrong order"

    then it is possible the celestia-node data/ directory contains headers from a previous instance of the network that you are currently trying to run against. One resolution strategy is to delete the existing celestia-node config for the target network and re-initialize it:

    sh
    # rm -rf ~/.celestia-<node-type>-<network>
+rm -rf ~/.celestia-bridge-private
+
+# celestia <node-type> init --p2p.network <network>
+celestia bridge init --p2p.network private
    # rm -rf ~/.celestia-<node-type>-<network>
+rm -rf ~/.celestia-bridge-private
+
+# celestia <node-type> init --p2p.network <network>
+celestia bridge init --p2p.network private

    Error: "too many open files" ​

    When running a Celestia bridge node, you may encounter an error in the logs similar to this:

    bash
    Error while creating log file in valueLog.open error: while opening file: /opt/celestia/.celestia-bridge/data/003442.vlog error: open /opt/celestia/.celestia-bridge/data/003442.vlog: too many open files
    Error while creating log file in valueLog.open error: while opening file: /opt/celestia/.celestia-bridge/data/003442.vlog error: open /opt/celestia/.celestia-bridge/data/003442.vlog: too many open files

    This error indicates that the Celestia application is trying to open more files than the operating system's limit allows. To fix this, you will need to edit the Celestia bridge service file to increase the number of file descriptors that the service can open.

    1. Open the service file for editing:
    bash
    nano /etc/systemd/system/celestia-bridge.service
    nano /etc/systemd/system/celestia-bridge.service
    1. Modify the LimitNOFILE parameter:

    In the service file, find the LimitNOFILE parameter under the [Service] section and set its value to 1400000. It should look like this:

    ini
    [Service]
+...
+LimitNOFILE=1400000
+...
    [Service]
+...
+LimitNOFILE=1400000
+...

    NOTE

    Be cautious when increasing file descriptor limits. Setting this value too high might affect system performance. Ensure the value is appropriate for your system's capabilities.

    1. Reload daemon and restart bridge service:
    bash
    sudo systemctl daemon-reload
    sudo systemctl daemon-reload
    bash
    sudo systemctl restart celestia-bridge
    sudo systemctl restart celestia-bridge
    `,51),w=JSON.parse('{"title":"Troubleshooting","description":"A guide to troubleshooting common issues with Celestia Node.","frontmatter":{"description":"A guide to troubleshooting common issues with Celestia Node.","next":{"text":"Metrics, visualization, and alerts","link":"nodes/celestia-app-metrics"},"head":[["meta",{"name":"og:title","content":"Troubleshooting | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-node-troubleshooting.md","filePath":"nodes/celestia-node-troubleshooting.md","lastUpdated":1709217618000}'),b={name:"nodes/celestia-node-troubleshooting.md"},A=Object.assign(b,{setup(v){return(k,m)=>(p(),t("div",null,[r,s("p",null,[a("When interacting with celestia-node, it is important to take into account the different chain IDs for different networks. For Mainnet Beta, there is no need to declare a chain ID, as the default is "+n(l(o).mainnetChainId)+", ",1),c,a(" no "),i,a(" flag is required for Mainnet Beta.")]),s("table",null,[y,s("tbody",null,[s("tr",null,[E,s("td",null,n(l(o).mainnetChainId),1),d]),s("tr",null,[h,s("td",null,n(l(o).mochaChainId),1),F]),s("tr",null,[g,s("td",null,n(l(o).arabicaChainId),1),u])])]),C]))}});export{w as __pageData,A as default}; diff --git a/assets/nodes_celestia-node-troubleshooting.md.b993a166.lean.js b/assets/nodes_celestia-node-troubleshooting.md.b993a166.lean.js new file mode 100644 index 00000000000..e06b6000f67 --- /dev/null +++ b/assets/nodes_celestia-node-troubleshooting.md.b993a166.lean.js @@ -0,0 +1 @@ +import{c as o}from"./chunks/constants.dc70dfe7.js";import{o as p,c as t,k as s,a,t as n,l,Q as e}from"./chunks/framework.51d6c45b.js";const r=e("",7),c=s("em",null,"i.e.",-1),i=s("code",null,"--p2p.network string",-1),y=s("thead",null,[s("tr",null,[s("th",null,"Network"),s("th",null,"Chain ID"),s("th",null,[s("code",null,"--p2p.network string")])])],-1),E=s("td",null,"Mainnet Beta",-1),d=s("td",null,[a("not required ("),s("code",null,"--p2p.network celestia"),a(")")],-1),h=s("td",null,"Mocha",-1),F=s("td",null,[s("code",null,"--p2p.network mocha")],-1),g=s("td",null,"Arabica",-1),u=s("td",null,[s("code",null,"--p2p.network arabica")],-1),C=e("",51),w=JSON.parse('{"title":"Troubleshooting","description":"A guide to troubleshooting common issues with Celestia Node.","frontmatter":{"description":"A guide to troubleshooting common issues with Celestia Node.","next":{"text":"Metrics, visualization, and alerts","link":"nodes/celestia-app-metrics"},"head":[["meta",{"name":"og:title","content":"Troubleshooting | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-node-troubleshooting.md","filePath":"nodes/celestia-node-troubleshooting.md","lastUpdated":1709217618000}'),b={name:"nodes/celestia-node-troubleshooting.md"},A=Object.assign(b,{setup(v){return(k,m)=>(p(),t("div",null,[r,s("p",null,[a("When interacting with celestia-node, it is important to take into account the different chain IDs for different networks. For Mainnet Beta, there is no need to declare a chain ID, as the default is "+n(l(o).mainnetChainId)+", ",1),c,a(" no "),i,a(" flag is required for Mainnet Beta.")]),s("table",null,[y,s("tbody",null,[s("tr",null,[E,s("td",null,n(l(o).mainnetChainId),1),d]),s("tr",null,[h,s("td",null,n(l(o).mochaChainId),1),F]),s("tr",null,[g,s("td",null,n(l(o).arabicaChainId),1),u])])]),C]))}});export{w as __pageData,A as default}; diff --git a/assets/nodes_celestia-node.md.791b437d.js b/assets/nodes_celestia-node.md.791b437d.js new file mode 100644 index 00000000000..ece7ef44295 --- /dev/null +++ b/assets/nodes_celestia-node.md.791b437d.js @@ -0,0 +1,7 @@ +import{a as t}from"./chunks/arabica_versions.d7daf483.js";import{m as l}from"./chunks/mocha_versions.3ba4a823.js";import{m as n}from"./chunks/mainnet_versions.84d9fd1c.js";import{o as i,c,k as s,t as e,l as a,Q as o}from"./chunks/framework.51d6c45b.js";const p=o('

    Install celestia-node ​

    Installing from source ​

    This section goes over building and installing celestia-node. This tutorial assumes you completed the steps in setting up your development environment.

    Install the celestia-node binary by running the following commands:

    ',4),r=o(`

  • Remove any existing copy of celestia-node, clone the repository, and change into the directory:

    bash
    cd $HOME
+rm -rf celestia-node
+git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/
    cd $HOME
+rm -rf celestia-node
+git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/
    • `,1),d=s("p",null,"Check out to the desired version, based on the network you will use:",-1),h={class:"vp-code-group vp-adaptive-theme"},u=o('
    ',1),_={class:"blocks"},y={class:"language-bash vp-adaptive-theme active"},g=s("button",{title:"Copy Code",class:"copy"},null,-1),b=s("span",{class:"lang"},"bash",-1),m={class:"shiki github-dark vp-code-dark"},E={class:"line"},v=s("span",{style:{color:"#B392F0"}},"git",-1),F=s("span",{style:{color:"#E1E4E8"}}," ",-1),k=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),C=s("span",{style:{color:"#E1E4E8"}}," ",-1),f={style:{color:"#9ECBFF"}},B={class:"shiki github-light vp-code-light"},T={class:"line"},w=s("span",{style:{color:"#6F42C1"}},"git",-1),I=s("span",{style:{color:"#24292E"}}," ",-1),A=s("span",{style:{color:"#032F62"}},"checkout",-1),S=s("span",{style:{color:"#24292E"}}," ",-1),P={style:{color:"#032F62"}},q={class:"language-bash vp-adaptive-theme"},x=s("button",{title:"Copy Code",class:"copy"},null,-1),V=s("span",{class:"lang"},"bash",-1),N={class:"shiki github-dark vp-code-dark"},O={class:"line"},D=s("span",{style:{color:"#B392F0"}},"git",-1),R=s("span",{style:{color:"#E1E4E8"}}," ",-1),j=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),L=s("span",{style:{color:"#E1E4E8"}}," ",-1),M={style:{color:"#9ECBFF"}},$={class:"shiki github-light vp-code-light"},H={class:"line"},J=s("span",{style:{color:"#6F42C1"}},"git",-1),U=s("span",{style:{color:"#24292E"}}," ",-1),Y=s("span",{style:{color:"#032F62"}},"checkout",-1),G=s("span",{style:{color:"#24292E"}}," ",-1),Z={style:{color:"#032F62"}},Q={class:"language-bash vp-adaptive-theme"},z=s("button",{title:"Copy Code",class:"copy"},null,-1),K=s("span",{class:"lang"},"bash",-1),W={class:"shiki github-dark vp-code-dark"},X={class:"line"},ss=s("span",{style:{color:"#B392F0"}},"git",-1),es=s("span",{style:{color:"#E1E4E8"}}," ",-1),as=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),os=s("span",{style:{color:"#E1E4E8"}}," ",-1),ts={style:{color:"#9ECBFF"}},ls={class:"shiki github-light vp-code-light"},ns={class:"line"},is=s("span",{style:{color:"#6F42C1"}},"git",-1),cs=s("span",{style:{color:"#24292E"}}," ",-1),ps=s("span",{style:{color:"#032F62"}},"checkout",-1),rs=s("span",{style:{color:"#24292E"}}," ",-1),ds={style:{color:"#032F62"}},hs=o('

  • Build the celestia binary:

    a. Standard build

    bash
    make build
    make build

    b. Experimental build

    OPTIONAL

    If you're a node operator comfortable with experimental features and seeking optimal performance with minimal RAM usage, this option is recommended for you.

    bash
    make build-jemalloc
    make build-jemalloc

    This build option enables CGO, and downloads and installs jemalloc. Learn more about the build command.

  • Install the binary:

    bash
    make install
    make install

  • Build the cel-key utility:

    bash
    make cel-key
    make cel-key

  • Verify that the binary is working and check the version:

    bash
    celestia version
    celestia version
    • ',4),us=o('

    The output will show the semantic version of celestia-node, commit hash, build date, system version, and Golang version.

    Installing a pre-built binary ​

    Installing a pre-built binary is the fastest way to get started with your Celestia data availability node. Releases after celestia-node v0.13.3 should have these binaries available.

    The steps below will download a binary file named celestia. Depending on the setup that you choose during installation, the celestia binary will be available at either:

    • $HOME/celestia-node-temp/celestia
    • /usr/local/bin/celestia

    Pre-built binaries are available for:

    • Operating systems: Darwin (Apple), Linux
    • Architectures: x86_64 (amd64), arm64

    To install the latest pre-built binary you can run this command in your terminal:

    bash
    bash -c "$(curl -sL https://docs.celestia.org/celestia-node.sh)"
    bash -c "$(curl -sL https://docs.celestia.org/celestia-node.sh)"

    Follow the instructions in the terminal output to choose your installation preferences.

    You will see an output with the menu for celestia.

    View the script to learn more about what it is doing.

    Next steps ​

    First, we recommend reading the overview of our node types, if you haven't yet.

    Now that you've installed Celestia Node, it's time to pick your node type and run your node!

    If you're planning to run a light node, we recommend the node RPC CLI tutorial.

    Upgrading your binary ​

    To upgrade your binary, you can install the latest version from the instructions above and restart your node. If you run into any issues, Refer to the troubleshooting section.

    ',18),ks=JSON.parse('{"title":"Install celestia-node","description":"Learn to build and install celestia-node.","frontmatter":{"description":"Learn to build and install celestia-node.","head":[["meta",{"name":"og:title","content":"Install celestia-node | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-node.md","filePath":"nodes/celestia-node.md","lastUpdated":1712949997000}'),_s={name:"nodes/celestia-node.md"},Cs=Object.assign(_s,{setup(ys){return(gs,bs)=>(i(),c("div",null,[p,s("ol",null,[r,s("li",null,[d,s("div",h,[u,s("div",_,[s("div",y,[g,b,s("pre",m,[s("code",null,[s("span",E,[v,F,k,C,s("span",f,"tags/"+e(a(n)["node-latest-tag"]),1)])])]),s("pre",B,[s("code",null,[s("span",T,[w,I,A,S,s("span",P,"tags/"+e(a(n)["node-latest-tag"]),1)])])])]),s("div",q,[x,V,s("pre",N,[s("code",null,[s("span",O,[D,R,j,L,s("span",M,"tags/"+e(a(l)["node-latest-tag"]),1)])])]),s("pre",$,[s("code",null,[s("span",H,[J,U,Y,G,s("span",Z,"tags/"+e(a(l)["node-latest-tag"]),1)])])])]),s("div",Q,[z,K,s("pre",W,[s("code",null,[s("span",X,[ss,es,as,os,s("span",ts,"tags/"+e(a(t)["node-latest-tag"]),1)])])]),s("pre",ls,[s("code",null,[s("span",ns,[is,cs,ps,rs,s("span",ds,"tags/"+e(a(t)["node-latest-tag"]),1)])])])])])])]),hs]),us]))}});export{ks as __pageData,Cs as default}; diff --git a/assets/nodes_celestia-node.md.791b437d.lean.js b/assets/nodes_celestia-node.md.791b437d.lean.js new file mode 100644 index 00000000000..04ce96d7518 --- /dev/null +++ b/assets/nodes_celestia-node.md.791b437d.lean.js @@ -0,0 +1 @@ +import{a as t}from"./chunks/arabica_versions.d7daf483.js";import{m as l}from"./chunks/mocha_versions.3ba4a823.js";import{m as n}from"./chunks/mainnet_versions.84d9fd1c.js";import{o as i,c,k as s,t as e,l as a,Q as o}from"./chunks/framework.51d6c45b.js";const p=o("",4),r=o("",1),d=s("p",null,"Check out to the desired version, based on the network you will use:",-1),h={class:"vp-code-group vp-adaptive-theme"},u=o("",1),_={class:"blocks"},y={class:"language-bash vp-adaptive-theme active"},g=s("button",{title:"Copy Code",class:"copy"},null,-1),b=s("span",{class:"lang"},"bash",-1),m={class:"shiki github-dark vp-code-dark"},E={class:"line"},v=s("span",{style:{color:"#B392F0"}},"git",-1),F=s("span",{style:{color:"#E1E4E8"}}," ",-1),k=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),C=s("span",{style:{color:"#E1E4E8"}}," ",-1),f={style:{color:"#9ECBFF"}},B={class:"shiki github-light vp-code-light"},T={class:"line"},w=s("span",{style:{color:"#6F42C1"}},"git",-1),I=s("span",{style:{color:"#24292E"}}," ",-1),A=s("span",{style:{color:"#032F62"}},"checkout",-1),S=s("span",{style:{color:"#24292E"}}," ",-1),P={style:{color:"#032F62"}},q={class:"language-bash vp-adaptive-theme"},x=s("button",{title:"Copy Code",class:"copy"},null,-1),V=s("span",{class:"lang"},"bash",-1),N={class:"shiki github-dark vp-code-dark"},O={class:"line"},D=s("span",{style:{color:"#B392F0"}},"git",-1),R=s("span",{style:{color:"#E1E4E8"}}," ",-1),j=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),L=s("span",{style:{color:"#E1E4E8"}}," ",-1),M={style:{color:"#9ECBFF"}},$={class:"shiki github-light vp-code-light"},H={class:"line"},J=s("span",{style:{color:"#6F42C1"}},"git",-1),U=s("span",{style:{color:"#24292E"}}," ",-1),Y=s("span",{style:{color:"#032F62"}},"checkout",-1),G=s("span",{style:{color:"#24292E"}}," ",-1),Z={style:{color:"#032F62"}},Q={class:"language-bash vp-adaptive-theme"},z=s("button",{title:"Copy Code",class:"copy"},null,-1),K=s("span",{class:"lang"},"bash",-1),W={class:"shiki github-dark vp-code-dark"},X={class:"line"},ss=s("span",{style:{color:"#B392F0"}},"git",-1),es=s("span",{style:{color:"#E1E4E8"}}," ",-1),as=s("span",{style:{color:"#9ECBFF"}},"checkout",-1),os=s("span",{style:{color:"#E1E4E8"}}," ",-1),ts={style:{color:"#9ECBFF"}},ls={class:"shiki github-light vp-code-light"},ns={class:"line"},is=s("span",{style:{color:"#6F42C1"}},"git",-1),cs=s("span",{style:{color:"#24292E"}}," ",-1),ps=s("span",{style:{color:"#032F62"}},"checkout",-1),rs=s("span",{style:{color:"#24292E"}}," ",-1),ds={style:{color:"#032F62"}},hs=o("",4),us=o("",18),ks=JSON.parse('{"title":"Install celestia-node","description":"Learn to build and install celestia-node.","frontmatter":{"description":"Learn to build and install celestia-node.","head":[["meta",{"name":"og:title","content":"Install celestia-node | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/celestia-node.md","filePath":"nodes/celestia-node.md","lastUpdated":1712949997000}'),_s={name:"nodes/celestia-node.md"},Cs=Object.assign(_s,{setup(ys){return(gs,bs)=>(i(),c("div",null,[p,s("ol",null,[r,s("li",null,[d,s("div",h,[u,s("div",_,[s("div",y,[g,b,s("pre",m,[s("code",null,[s("span",E,[v,F,k,C,s("span",f,"tags/"+e(a(n)["node-latest-tag"]),1)])])]),s("pre",B,[s("code",null,[s("span",T,[w,I,A,S,s("span",P,"tags/"+e(a(n)["node-latest-tag"]),1)])])])]),s("div",q,[x,V,s("pre",N,[s("code",null,[s("span",O,[D,R,j,L,s("span",M,"tags/"+e(a(l)["node-latest-tag"]),1)])])]),s("pre",$,[s("code",null,[s("span",H,[J,U,Y,G,s("span",Z,"tags/"+e(a(l)["node-latest-tag"]),1)])])])]),s("div",Q,[z,K,s("pre",W,[s("code",null,[s("span",X,[ss,es,as,os,s("span",ts,"tags/"+e(a(t)["node-latest-tag"]),1)])])]),s("pre",ls,[s("code",null,[s("span",ns,[is,cs,ps,rs,s("span",ds,"tags/"+e(a(t)["node-latest-tag"]),1)])])])])])])]),hs]),us]))}});export{ks as __pageData,Cs as default}; diff --git a/assets/nodes_config-toml.md.2c893551.js b/assets/nodes_config-toml.md.2c893551.js new file mode 100644 index 00000000000..979592bd49d --- /dev/null +++ b/assets/nodes_config-toml.md.2c893551.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as o,Q as a}from"./chunks/framework.51d6c45b.js";const g=JSON.parse('{"title":"config.toml guide","description":"A guide to the contents of the Config.toml file.","frontmatter":{"description":"A guide to the contents of the Config.toml file.","head":[["meta",{"name":"og:title","content":"config.toml guide | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/config-toml.md","filePath":"nodes/config-toml.md","lastUpdated":1698091500000}'),i={name:"nodes/config-toml.md"},r=a('

    config.toml guide ​

    Pre-requisites ​

    Please, make sure that you have installed and initialized celestia-node

    Understanding config.toml ​

    After initialization, for any type of node, you will find a config.toml in the following path (default location):

    • $HOME/.celestia-bridge/config.toml for bridge node
    • $HOME/.celestia-light/config.toml for light node
    • $HOME/.celestia-full/config.toml for a full DA node

    Let's break down some of the most used sections.

    Core ​

    This section is needed for the Celestia bridge node. By default, Remote = false. Still for devnet, we are going to use the remote core option and this can also be set by the command line flag --core.remote.

    P2P ​

    Bootstrap ​

    Bootstrappers help new nodes to find peers faster in the network. By default, the Bootstrapper = false and the BootstrapPeers is empty. If you want your node to be a bootstrapper, then activate Bootstrapper = true. BootstrapPeers are already provided by default during initialisation. If you want to add your own manually, you need to provide the multiaddresses of the peers.

    Mutual peers ​

    The purpose of this config is to set up a bidirectional communication. This is usually the case for Celestia bridge nodes. In addition, you need to change the field PeerExchange from false to true.

    Services ​

    TrustedHash and TrustedPeer ​

    TrustedHash is needed to properly initialize a Celestia bridge node with an already-running Remote celestia-core node. Celestia light node will take a genesis hash as the trusted one, if no hash is manually provided during initialization phase.

    TrustedPeers is the array of bridge nodes' peers that Celestia light node trusts. By default, bootstrap peers becomes trusted peers for Celestia light nodes if a user is not setting the trusted peer params in config file.

    Any Celestia bridge node can be a trusted peer for the light one. However, the light node by design can not be a trusted peer for another light node.

    ',19),n=[r];function d(s,l,c,h,u,f){return t(),o("div",null,n)}const m=e(i,[["render",d]]);export{g as __pageData,m as default}; diff --git a/assets/nodes_config-toml.md.2c893551.lean.js b/assets/nodes_config-toml.md.2c893551.lean.js new file mode 100644 index 00000000000..29c184e2293 --- /dev/null +++ b/assets/nodes_config-toml.md.2c893551.lean.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as o,Q as a}from"./chunks/framework.51d6c45b.js";const g=JSON.parse('{"title":"config.toml guide","description":"A guide to the contents of the Config.toml file.","frontmatter":{"description":"A guide to the contents of the Config.toml file.","head":[["meta",{"name":"og:title","content":"config.toml guide | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/config-toml.md","filePath":"nodes/config-toml.md","lastUpdated":1698091500000}'),i={name:"nodes/config-toml.md"},r=a("",19),n=[r];function d(s,l,c,h,u,f){return t(),o("div",null,n)}const m=e(i,[["render",d]]);export{g as __pageData,m as default}; diff --git a/assets/nodes_decide-node.md.03a657c5.js b/assets/nodes_decide-node.md.03a657c5.js new file mode 100644 index 00000000000..e4e828c1340 --- /dev/null +++ b/assets/nodes_decide-node.md.03a657c5.js @@ -0,0 +1 @@ +import{_ as e,o as n,c as o,Q as a}from"./chunks/framework.51d6c45b.js";const _=JSON.parse('{"title":"Deciding which node to run","description":"Guide on helping you decide which type of node to run.","frontmatter":{"description":"Guide on helping you decide which type of node to run.","head":[["meta",{"name":"og:title","content":"Deciding which node to run | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/decide-node.md","filePath":"nodes/decide-node.md","lastUpdated":1711744858000}'),t={name:"nodes/decide-node.md"},i=a('

    Deciding which node to run ​

    Now that you have installed the basic dependencies, you can start exploring which nodes to run!

    Beginner ​

    It is highly recommended if you are a beginner to get started with running a Data-Availability light node.

    In order to get started, you can proceed to the light node section.

    You can also play around with the Data Availability API in this tutorial for posting and retrieving data with a light node.

    Advanced ​

    If you are looking to run a consensus node, please follow the tutorial for running a consensus node.

    Note that running a validator means you must also run a bridge node, which is covered in this section.

    ',9),d=[i];function r(c,h,s,l,u,p){return n(),o("div",null,d)}const f=e(t,[["render",r]]);export{_ as __pageData,f as default}; diff --git a/assets/nodes_decide-node.md.03a657c5.lean.js b/assets/nodes_decide-node.md.03a657c5.lean.js new file mode 100644 index 00000000000..9e2bb1a8b9e --- /dev/null +++ b/assets/nodes_decide-node.md.03a657c5.lean.js @@ -0,0 +1 @@ +import{_ as e,o as n,c as o,Q as a}from"./chunks/framework.51d6c45b.js";const _=JSON.parse('{"title":"Deciding which node to run","description":"Guide on helping you decide which type of node to run.","frontmatter":{"description":"Guide on helping you decide which type of node to run.","head":[["meta",{"name":"og:title","content":"Deciding which node to run | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/decide-node.md","filePath":"nodes/decide-node.md","lastUpdated":1711744858000}'),t={name:"nodes/decide-node.md"},i=a("",9),d=[i];function r(c,h,s,l,u,p){return n(),o("div",null,d)}const f=e(t,[["render",r]]);export{_ as __pageData,f as default}; diff --git a/assets/nodes_docker-images.md.a7ae248f.js b/assets/nodes_docker-images.md.a7ae248f.js new file mode 100644 index 00000000000..36ca80e71ee --- /dev/null +++ b/assets/nodes_docker-images.md.a7ae248f.js @@ -0,0 +1,59 @@ +import{a as l}from"./chunks/arabica_versions.d7daf483.js";import{m as t}from"./chunks/mocha_versions.3ba4a823.js";import{m as p}from"./chunks/mainnet_versions.84d9fd1c.js";import{o as c,c as r,k as s,a,t as n,l as e,Q as o}from"./chunks/framework.51d6c45b.js";const _=o('

    🐳 Docker setup ​

    This page has instructions to run celestia-node using Docker. If you are looking for instructions to run celestia-node using a binary, please refer to the celestia-node page.

    Using Docker is the easiest way to run celestia-node for most users. Docker is a containerization platform that allows you to run celestia-node in an isolated environment.

    This means that you can run celestia-node on your machine without having to worry about installing and configuring all of the dependencies required to run the node.

    If you would like to learn more about key management in Docker, visit the Docker and cel-key section.

    The easiest way to install Docker is to use the Docker Desktop installer or Ubuntu. You can follow the instructions for your operating system.

    Prerequisites ​

    Quick start ​

    ',9),i=o('

  • Set the network you would like to run your node on:

    bash
    export NETWORK=celestia
    export NETWORK=celestia
    bash
    export NETWORK=mocha
    export NETWORK=mocha
    bash
    export NETWORK=arabica
    export NETWORK=arabica

  • Set the node type

    bash
    export NODE_TYPE=light
    export NODE_TYPE=light
    bash
    export NODE_TYPE=bridge
    export NODE_TYPE=bridge
    bash
    export NODE_TYPE=full
    export NODE_TYPE=full

  • Set an RPC endpoint for either Mainnet Beta, Mocha, or Arabica using the bare URL (without http or https):

    bash
    export RPC_URL=this-is-an-rpc-url.com
    export RPC_URL=this-is-an-rpc-url.com
    • ',3),E=s("p",null,"Run the image from the command line:",-1),y={class:"vp-code-group vp-adaptive-theme"},d=o('
    ',1),h={class:"blocks"},T={class:"language-bash vp-adaptive-theme active"},F=s("button",{title:"Copy Code",class:"copy"},null,-1),C=s("span",{class:"lang"},"bash",-1),u={class:"shiki github-dark vp-code-dark"},g=o('docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \\',1),b={class:"line"},v=s("span",{style:{color:"#E1E4E8"}}," ",-1),P={style:{color:"#9ECBFF"}},k=s("span",{style:{color:"#E1E4E8"}}," ",-1),m=s("span",{style:{color:"#79B8FF"}},"\\",-1),A=o(' celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK',1),S={class:"shiki github-light vp-code-light"},N=o('docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \\',1),B={class:"line"},D=s("span",{style:{color:"#24292E"}}," ",-1),R={style:{color:"#032F62"}},O=s("span",{style:{color:"#24292E"}}," ",-1),I=s("span",{style:{color:"#005CC5"}},"\\",-1),V=o(' celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK',1),f={class:"language-bash vp-adaptive-theme"},$=s("button",{title:"Copy Code",class:"copy"},null,-1),W=s("span",{class:"lang"},"bash",-1),Y={class:"shiki github-dark vp-code-dark"},w=o('docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \\',1),K={class:"line"},M=s("span",{style:{color:"#E1E4E8"}}," ",-1),x={style:{color:"#9ECBFF"}},L=s("span",{style:{color:"#E1E4E8"}}," ",-1),q=s("span",{style:{color:"#79B8FF"}},"\\",-1),H=o(' celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK',1),U={class:"shiki github-light vp-code-light"},Q=o('docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \\',1),j={class:"line"},G=s("span",{style:{color:"#24292E"}}," ",-1),z={style:{color:"#032F62"}},Z=s("span",{style:{color:"#24292E"}}," ",-1),J=s("span",{style:{color:"#005CC5"}},"\\",-1),X=o(' celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK',1),ss={class:"language-bash vp-adaptive-theme"},os=s("button",{title:"Copy Code",class:"copy"},null,-1),as=s("span",{class:"lang"},"bash",-1),ns={class:"shiki github-dark vp-code-dark"},es=o('docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \\',1),ls={class:"line"},ts=s("span",{style:{color:"#E1E4E8"}}," ",-1),ps={style:{color:"#9ECBFF"}},cs=s("span",{style:{color:"#E1E4E8"}}," ",-1),rs=s("span",{style:{color:"#79B8FF"}},"\\",-1),_s=o(' celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK',1),is={class:"shiki github-light vp-code-light"},Es=o('docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \\',1),ys={class:"line"},ds=s("span",{style:{color:"#24292E"}}," ",-1),hs={style:{color:"#032F62"}},Ts=s("span",{style:{color:"#24292E"}}," ",-1),Fs=s("span",{style:{color:"#005CC5"}},"\\",-1),Cs=o(' celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK',1),us=o(`

    Congratulations! You now have a celestia-node running!

    If you would like to run the node with custom flags, you can refer to the celestia-node tutorial page. Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    Light node setup with persistent storage ​

    If you delete a container that you started above, all data will be lost. To avoid this, you can mount a volume to the container. This will allow you to persist data even after the container is deleted.

    First, you will need to create a directory on your host machine. This directory will be used to store the data for the container. Create a directory on your host machine and give it a name. For example, you can name it my-node-store:

    bash
    cd $HOME
+mkdir my-node-store
    cd $HOME
+mkdir my-node-store

    Now, you can mount this directory to the container. Before mounting a volume, you may need to set permissions for the user on the host machine by running:

    bash
    sudo chown 10001:10001 $HOME/my-node-store
    sudo chown 10001:10001 $HOME/my-node-store
    bash
    # you're good to go 😎
    # you're good to go 😎

    Initialize the node store and key ​

    In order to mount a volume to the container, you need to specify the path to the volume. When you run your container, you can specify the path to the volume using the --volume (or -v for short) flag. In this command, we'll create our key and initialize the node store, using the variables we set in the quick start section:

    bash
    # --volume == -v [local path]:[container path]
+docker run [args...] -v $HOME/my-node-store:/home/celestia \\
+    celestia $NODE_TYPE init [args...]
    # --volume == -v [local path]:[container path]
+docker run [args...] -v $HOME/my-node-store:/home/celestia \\
+    celestia $NODE_TYPE init [args...]

    An example init command will look similar to below:

    `,12),gs={class:"vp-code-group vp-adaptive-theme"},bs=o('
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    Start the node ​

    Run the following command to start the node:

    bash
    # --volume == -v [local path]:[container path]
+docker run [...args] -v $HOME/my-node-store:/home/celestia \\
+    celestia <node-type> start [...args]
    # --volume == -v [local path]:[container path]
+docker run [...args] -v $HOME/my-node-store:/home/celestia \\
+    celestia <node-type> start [...args]

    A full start command will look similar to below.

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You now have a node running with persistent storage.",-1),Qa=s("h2",{id:"video-walkthrough",tabindex:"-1"},[a("Video walkthrough "),s("a",{class:"header-anchor",href:"#video-walkthrough","aria-label":'Permalink to "Video walkthrough"'},"​")],-1),ja=s("div",{class:"youtube-wrapper"},[s("iframe",{class:"youtube-video",title:"Running a Celestia light node",src:"https://youtube.com/embed/WFubhQc8tGk",allowfullscreen:""})],-1),Ga=s("h3",{id:"_2-5-minute-version",tabindex:"-1"},[a("2.5 minute version "),s("a",{class:"header-anchor",href:"#_2-5-minute-version","aria-label":'Permalink to "2.5 minute version"'},"​")],-1),za=s("div",{class:"youtube-wrapper"},[s("iframe",{class:"youtube-video",title:"Running a Celestia light node",src:"https://youtube.com/embed/ROZv871Q7RM",allowfullscreen:""})],-1),Za=s("h2",{id:"troubleshooting",tabindex:"-1"},[a("Troubleshooting "),s("a",{class:"header-anchor",href:"#troubleshooting","aria-label":'Permalink to "Troubleshooting"'},"​")],-1),Ja=s("p",null,[a("For security purposes Celestia expects to interact with the your node's keys in a read-only manner. 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You now have a node running with persistent storage.",-1),Qa=s("h2",{id:"video-walkthrough",tabindex:"-1"},[a("Video walkthrough "),s("a",{class:"header-anchor",href:"#video-walkthrough","aria-label":'Permalink to "Video walkthrough"'},"​")],-1),ja=s("div",{class:"youtube-wrapper"},[s("iframe",{class:"youtube-video",title:"Running a Celestia light node",src:"https://youtube.com/embed/WFubhQc8tGk",allowfullscreen:""})],-1),Ga=s("h3",{id:"_2-5-minute-version",tabindex:"-1"},[a("2.5 minute version "),s("a",{class:"header-anchor",href:"#_2-5-minute-version","aria-label":'Permalink to "2.5 minute version"'},"​")],-1),za=s("div",{class:"youtube-wrapper"},[s("iframe",{class:"youtube-video",title:"Running a Celestia light node",src:"https://youtube.com/embed/ROZv871Q7RM",allowfullscreen:""})],-1),Za=s("h2",{id:"troubleshooting",tabindex:"-1"},[a("Troubleshooting "),s("a",{class:"header-anchor",href:"#troubleshooting","aria-label":'Permalink to "Troubleshooting"'},"​")],-1),Ja=s("p",null,[a("For security purposes Celestia expects to interact with the your node's keys in a read-only manner. 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    Development environment ​

    This page will go over setting up your development environment to run Celestia software. This environment can be used for development, building binaries, and running nodes.

    Install dependencies ​

    1. If you are on Ubuntu, first update and upgrade your OS:

      bash
      sudo apt update && sudo apt upgrade -y
      sudo apt update && sudo apt upgrade -y
      bash
      sudo yum update
      sudo yum update

    2. Install essential packages that are necessary to execute many tasks like downloading files, compiling, and monitoring the node:

      bash
      sudo apt install curl tar wget aria2 clang pkg-config libssl-dev jq build-essential \\
+git make ncdu -y
      sudo apt install curl tar wget aria2 clang pkg-config libssl-dev jq build-essential \\
+git make ncdu -y
      bash
      sudo yum install curl tar wget aria2 clang pkg-config libssl-dev jq build-essential \\
+git make ncdu -y
      sudo yum install curl tar wget aria2 clang pkg-config libssl-dev jq build-essential \\
+git make ncdu -y
      bash
      # these commands are for installing Homebrew, wget and jq
+# follow the instructions from the output after running this command
+/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)"
+
+# then install wget & jq
+brew install wget && brew install jq
      # these commands are for installing Homebrew, wget and jq
+# follow the instructions from the output after running this command
+/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)"
+
+# then install wget & jq
+brew install wget && brew install jq

    Install Golang ​

    celestia-node is written in Golang so we must install Golang to build and run our node.

    `,6),c=s("p",null,"Set the version for your desired network:",-1),r={class:"vp-code-group vp-adaptive-theme"},y=l('
    ',1),i={class:"blocks"},E={class:"language-bash vp-adaptive-theme active"},d=s("button",{title:"Copy Code",class:"copy"},null,-1),F=s("span",{class:"lang"},"bash",-1),u={class:"shiki github-dark vp-code-dark"},g={class:"line"},h=s("span",{style:{color:"#E1E4E8"}},"ver",-1),C=s("span",{style:{color:"#F97583"}},"=",-1),b={style:{color:"#9ECBFF"}},v={class:"shiki github-light vp-code-light"},m={class:"line"},B=s("span",{style:{color:"#24292E"}},"ver",-1),_=s("span",{style:{color:"#D73A49"}},"=",-1),k={style:{color:"#032F62"}},q={class:"language-bash vp-adaptive-theme"},f=s("button",{title:"Copy Code",class:"copy"},null,-1),w=s("span",{class:"lang"},"bash",-1),$={class:"shiki github-dark vp-code-dark"},A={class:"line"},z=s("span",{style:{color:"#E1E4E8"}},"ver",-1),H=s("span",{style:{color:"#F97583"}},"=",-1),D={style:{color:"#9ECBFF"}},T={class:"shiki github-light vp-code-light"},M={class:"line"},O=s("span",{style:{color:"#24292E"}},"ver",-1),x=s("span",{style:{color:"#D73A49"}},"=",-1),P={style:{color:"#032F62"}},I={class:"language-bash vp-adaptive-theme"},j=s("button",{title:"Copy Code",class:"copy"},null,-1),N=s("span",{class:"lang"},"bash",-1),S={class:"shiki github-dark vp-code-dark"},U={class:"line"},V=s("span",{style:{color:"#E1E4E8"}},"ver",-1),R=s("span",{style:{color:"#F97583"}},"=",-1),G={style:{color:"#9ECBFF"}},J={class:"shiki github-light vp-code-light"},L={class:"line"},X=s("span",{style:{color:"#24292E"}},"ver",-1),Q=s("span",{style:{color:"#D73A49"}},"=",-1),K={style:{color:"#032F62"}},Y=l(`

  • Download and install Golang:

    bash
    cd $HOME
+wget "https://golang.org/dl/go$ver.linux-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-amd64.tar.gz"
+rm "go$ver.linux-amd64.tar.gz"
    cd $HOME
+wget "https://golang.org/dl/go$ver.linux-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-amd64.tar.gz"
+rm "go$ver.linux-amd64.tar.gz"
    bash
    cd $HOME
+wget "https://golang.org/dl/go$ver.linux-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-arm64.tar.gz"
+rm "go$ver.linux-arm64.tar.gz"
    cd $HOME
+wget "https://golang.org/dl/go$ver.linux-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-arm64.tar.gz"
+rm "go$ver.linux-arm64.tar.gz"
    bash
    cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-arm64.tar.gz"
+rm "go$ver.darwin-arm64.tar.gz"
    cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-arm64.tar.gz"
+rm "go$ver.darwin-arm64.tar.gz"
    bash
    cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-amd64.tar.gz"
+rm "go$ver.darwin-amd64.tar.gz"
    cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-amd64.tar.gz"
+rm "go$ver.darwin-amd64.tar.gz"

  • Add your /usr/local/go/bin directory to your $PATH if you have not already:

    bash
    echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.bash_profile
+source $HOME/.bash_profile
    echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.bash_profile
+source $HOME/.bash_profile
    bash
    echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.zshrc
+source $HOME/.zshrc
    echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.zshrc
+source $HOME/.zshrc

  • To verify that the correct version of Go was installed correctly run:

    bash
    go version
    go version
    • `,3),Z=s("p",null,"The output will show the version installed.",-1),ps=JSON.parse('{"title":"Development environment","description":"Learn to set up your development environment to run Celestia software.","frontmatter":{"description":"Learn to set up your development environment to run Celestia software.","head":[["meta",{"name":"og:title","content":"Development environment | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/environment.md","filePath":"nodes/environment.md","lastUpdated":1707425339000}'),W={name:"nodes/environment.md"},es=Object.assign(W,{setup(ss){return(as,ns)=>(p(),e("div",null,[t,s("ol",null,[s("li",null,[c,s("div",r,[y,s("div",i,[s("div",E,[d,F,s("pre",u,[s("code",null,[s("span",g,[h,C,s("span",b,'"'+n(o(a).golangNodeMainnet)+'"',1)])])]),s("pre",v,[s("code",null,[s("span",m,[B,_,s("span",k,'"'+n(o(a).golangNodeMainnet)+'"',1)])])])]),s("div",q,[f,w,s("pre",$,[s("code",null,[s("span",A,[z,H,s("span",D,'"'+n(o(a).golangNodeMocha)+'"',1)])])]),s("pre",T,[s("code",null,[s("span",M,[O,x,s("span",P,'"'+n(o(a).golangNodeMocha)+'"',1)])])])]),s("div",I,[j,N,s("pre",S,[s("code",null,[s("span",U,[V,R,s("span",G,'"'+n(o(a).golangNodeArabica)+'"',1)])])]),s("pre",J,[s("code",null,[s("span",L,[X,Q,s("span",K,'"'+n(o(a).golangNodeArabica)+'"',1)])])])])])])]),Y]),Z]))}});export{ps as __pageData,es as default}; 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    Setting up a Celestia full consensus node ​

    This guide covers how to set up a full consensus node on Celestia. Full consensus nodes allow you to sync blockchain history in the Celestia consensus layer.

    full consensus node

    Hardware requirements ​

    The following hardware minimum requirements are recommended for running a full consensus node:

    • Memory: 8 GB RAM
    • CPU: Quad-Core
    • Disk: 250 GB SSD Storage
    • Bandwidth: 1 Gbps for Download/1 Gbps for Upload

    Running a full consensus node requires significant storage capacity to store the entire blockchain history. As of the latest recommendation, it is advisable to have at least 250 GB of SSD storage for a Celestia full consensus node if you are using pruning. If you are not using pruning, you are running an archive node, and it is recommended to have 500 GB of SSD storage. Please ensure that your storage meets this requirement to ensure smooth syncing and operation of the node.

    Setting up a full consensus node ​

    The following tutorial is done on an Ubuntu Linux 20.04 (LTS) x64 instance machine.

    Set up the dependencies ​

    Follow the instructions on installing dependencies.

    Install celestia-app ​

    Follow the tutorial on installing celestia-app.

    Set up the P2P networks ​

    Now we will set up the P2P Networks by cloning the networks repository:

    sh
    cd $HOME
+rm -rf networks
+git clone https://github.com/celestiaorg/networks.git
    cd $HOME
+rm -rf networks
+git clone https://github.com/celestiaorg/networks.git

    To initialize the network, pick a "node-name" that describes your node. Keep in mind that this might change if a new testnet is deployed.

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    bash
    # For Arabica, you can set seeds manually in the
+# \`$HOME/.celestia-app/config/config.toml\` file:
+# Comma separated list of seed nodes to connect to
+seeds = ""
    # For Arabica, you can set seeds manually in the
+# \`$HOME/.celestia-app/config/config.toml\` file:
+# Comma separated list of seed nodes to connect to
+seeds = ""
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    Storage and pruning configurations ​

    Connecting a consensus node to a bridge node ​

    If your consensus node is being connected to a celestia-node bridge node, you will need to enable transaction indexing and retain all block data. This can be achieved with the following settings in your config.toml.

    Enable transaction indexing ​

    toml
    indexer = "kv"
    indexer = "kv"

    Retain all block data ​

    And in your app.toml, min-retain-blocks should remain as the default setting of 0:

    toml
    min-retain-blocks = 0 # retain all block data, this is default setting
    min-retain-blocks = 0 # retain all block data, this is default setting

    Querying transactions by hash ​

    To query transactions using their hash, transaction indexing must be turned on. Set the indexer to "kv" in your config.toml:

    toml
    indexer = "kv"
    indexer = "kv"

    Accessing historical state ​

    If you want to query the historical state — for example, you might want to know the balance of a Celestia wallet at a given height in the past — you should run an archive node with pruning = "nothing" in your app.toml. Note that this configuration is resource-intensive and will require significant storage:

    toml
    pruning = "nothing"
    pruning = "nothing"

    Saving on storage requirements ​

    If you want to save on storage requirements, consider using pruning = "everything" in your app.toml to prune everything. If you select "everything" or "default", but still want to keep the block data, you can do so by not changing the default value of min-retain-blocks = 0 in your app.toml. A value of 0 for min-retain-blocks will keep all block data. This will prune snapshots of the state, but it will keep block data:

    toml
    pruning = "everything"
+min-retain-blocks = 0 # this is the default setting
    pruning = "everything"
+min-retain-blocks = 0 # this is the default setting

    Syncing ​

    By default, a consensus node will sync using block sync; that is request, validate and execute every block up to the head of the blockchain. This is the most secure mechanism yet the slowest (taking up to days depending on the height of the blockchain).

    There are two alternatives for quicker syncing.

    State sync ​

    State sync uses light client verification to verify state snapshots from peers and then apply them. State sync relies on weak subjectivity; a trusted header (specifically the hash and height) must be provided. This can be found by querying a trusted RPC endpoint (/block). RPC endpoints are also required for retrieving light blocks. These can be found in the docs here under the respective networks or from the chain-registry.

    In $HOME/.celestia-app/config/config.toml, set

    toml
    rpc_servers = ""
+trust_height = 0
+trust_hash = ""
    rpc_servers = ""
+trust_height = 0
+trust_hash = ""

    To their respective fields. At least two different rpc endpoints should be provided. The more, the greater the chance of detecting any fraudulent behavior.

    Once setup, you should be ready to start the node as normal. In the logs, you should see: Discovering snapshots. This may take a few minutes before snapshots are found depending on the network topology.

    Quick sync ​

    Quick sync effectively downloads the entire data directory from a third-party provider meaning the node has all the application and blockchain state as the node it was copied from.

    Run the following command to quick-sync from a snapshot:

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    Start the consensus node ​

    In order to start your full consensus node, run the following:

    sh
    celestia-appd start
    celestia-appd start

    Optional: If you would like celestia-app to run as a background process, you can follow the SystemD tutorial.

    TIP

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    Extra resources for consensus nodes ​

    Optional: Reset network ​

    This will delete all data folders so we can start fresh:

    sh
    celestia-appd tendermint unsafe-reset-all --home $HOME/.celestia-app
    celestia-appd tendermint unsafe-reset-all --home $HOME/.celestia-app

    Optional: Configuring an RPC endpoint ​

    You can configure your full consensus node to be a public RPC endpoint. This allows it to accept connections from data availability nodes and serve requests for the data availability API.

    Expose RPC ​

    By default, the RPC service listens on localhost which means it can't be accessed from other machines. To make the RPC service available publicly, you need to bind it to a public IP or 0.0.0.0 (which means listening on all available network interfaces).

    You can do this by editing the config.toml file:

    sh
    sed -i 's#"tcp://127.0.0.1:26657"#"tcp://0.0.0.0:26657"#g' ~/.celestia-app/config/config.toml
    sed -i 's#"tcp://127.0.0.1:26657"#"tcp://0.0.0.0:26657"#g' ~/.celestia-app/config/config.toml

    This command replaces the localhost IP address with 0.0.0.0, making the RPC service listen on all available network interfaces.

    Note on external-address ​

    The external-address field in the configuration is used when your node is behind a NAT and you need to advertise a different address for peers to dial. Populating this field is not necessary for making the RPC endpoint public.

    sh
    EXTERNAL-ADDRESS=$(wget -qO- eth0.me)
+sed -i.bak -e "s/^external-address = ""/external-address = "$EXTERNAL-ADDRESS:26656"/" \\
+    $HOME/.celestia-app/config/config.toml
    EXTERNAL-ADDRESS=$(wget -qO- eth0.me)
+sed -i.bak -e "s/^external-address = ""/external-address = "$EXTERNAL-ADDRESS:26656"/" \\
+    $HOME/.celestia-app/config/config.toml

    Restart the node ​

    After making these changes, restart celestia-appd to load the new configurations.

    Optional: Transaction indexer configuration options ​

    This section guides you on how to configure your config.toml file in celestia-app to select which transactions to index. Depending on the application's configuration, a node operator may decide which transactions to index.

    The available options are:

    1. null: This option disables indexing. If you don't need to query transactions, you can choose this option to save space.
    2. kv (default): This is the simplest indexer, backed by key-value storage (defaults to levelDB; see DBBackend). When kv is chosen, tx.height and tx.hash will always be indexed. This option is suitable for basic queries on transactions.
    3. psql: This indexer is backed by PostgreSQL. When psql is chosen, tx.height and tx.hash will always be indexed. This option is suitable for complex queries on transactions.

    An example to set the value to kv in config.toml is:

    toml
    indexer = "kv"
    indexer = "kv"

    Remember to restart celestia-appd after making changes to the configuration to load the new settings.

    Optional: Discard ABCI responses configuration ​

    This section will guide you on how to configure your config.toml file in celestia-app to manage the storage of ABCI responses. ABCI responses are the results of executing transactions and are used for /block_results RPC queries and to reindex events in the command-line tool.

    The discard_abci_responses option allows you to control whether these responses are persisted in the state store:

    • false (default): ABCI responses are stored in the state store. This ensures that ABCI responses are available for /block_results RPC queries and for reindexing events. However, it can consume a significant amount of disk space.
    • true: ABCI responses are not stored in the state store. This can save a considerable amount of disk space, but /block_results RPC queries and event reindexing will not be available.

    An example to set the value to false in config.toml is:

    toml
    discard_abci_responses = false
    discard_abci_responses = false

    Remember to restart celestia-appd after making changes to the configuration to load the new settings.

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    Setting up a Celestia full storage Node ​

    This tutorial will guide you through setting up a Celestia full storage node, which is a celestia-node that doesn't connect to celestia-app (hence not a full consensus node), but stores all the data.

    Overview of full storage nodes ​

    Full storage nodes are Celestia nodes that store all the data. Full storage nodes send block shares, headers, and fraud proofs to light nodes. The light nodes gossip headers, fraud proofs, and sometimes block shares, between one another.

    Full storage node

    Hardware requirements ​

    The following hardware minimum requirements are recommended for running the full storage node:

    • Memory: 4 GB RAM (minimum)
    • CPU: 6 cores
    • Disk: 10 TB SSD Storage
    • Bandwidth: 1 Gbps for Download/1 Gbps for Upload

    Setting up your full storage node ​

    The following tutorial is done on an Ubuntu Linux 20.04 (LTS) x64 instance machine.

    Setup the dependencies ​

    You can follow the tutorial for setting up your dependencies

    Install celestia-node ​

    You can follow the tutorial for installing celestia-node

    Run the full storage node ​

    Initialize the full storage node ​

    Run the following command:

    sh
    celestia full init
    celestia full init
    sh
    celestia full init --p2p.network mocha
    celestia full init --p2p.network mocha
    sh
    celestia full init --p2p.network arabica
    celestia full init --p2p.network arabica

    Start the full storage node ​

    Start the full storage node with a connection to a validator node's gRPC endpoint (which is usually exposed on port 9090):

    In order for access to the ability to get/submit state-related information, such as the ability to submit PayForBlob transactions, or query for the node's account balance, a gRPC endpoint of a validator (core) node must be passed as directed below.

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    sh
    celestia full start --core.ip <URI>
    celestia full start --core.ip <URI>

    Using an RPC of your own, or one from the list on the Mocha testnet page or list on the Arabica devnet page, start your node.

    You can create your key for your node by following the cel-key instructions

    Once you start the full storage node, a wallet key will be generated for you. You will need to fund that address with testnet tokens to pay for PayForBlob transactions. You can find the address by running the following command:

    sh
    ./cel-key list --node.type full --keyring-backend test --p2p.network <network>
    ./cel-key list --node.type full --keyring-backend test --p2p.network <network>

    TIP

    You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

    You can get testnet tokens from:

    NOTE

    If you are running a full-storage node for your sovereign rollup, it is highly recommended to request Arabica devnet tokens as Arabica has the latest changes that can be used to test for developing your sovereign rollup. You can still use Mocha testnet as well, it is just mostly used for validator operations.

    Optional: run the full storage node with a custom key ​

    In order to run a full storage node using a custom key:

    1. The custom key must exist inside the celestia full storage node directory at the correct path (default: ~/.celestia-full/keys/keyring-test)
    2. The name of the custom key must be passed upon start, like so:
    sh
    celestia full start --core.ip <URI> \\
+  --keyring.accname <name-of-custom-key> \\
    celestia full start --core.ip <URI> \\
+  --keyring.accname <name-of-custom-key> \\
    sh
    celestia full start --core.ip <URI> \\
+  --keyring.accname <name-of-custom-key> \\
+  --p2p.network mocha
    celestia full start --core.ip <URI> \\
+  --keyring.accname <name-of-custom-key> \\
+  --p2p.network mocha
    sh
    celestia full start --core.ip <URI> \\
+  --keyring.accname <name-of-custom-key> \\
+  --p2p.network arabica
    celestia full start --core.ip <URI> \\
+  --keyring.accname <name-of-custom-key> \\
+  --p2p.network arabica

    Optional: start the full storage node with SystemD ​

    If you would like to run the full storage node as a background process, follow the SystemD tutorial.

    With that, you are now running a Celestia full storage node.

    Stop the full storage node ​

    In order to gracefully stop the full storage node, use Control + C in the terminal window where the node is running. Be sure to only do this once as the shutdown will not be instantaneous.

    `,40),p=[t];function r(c,i,d,y,u,h){return a(),e("div",null,p)}const f=s(n,[["render",r]]);export{g as __pageData,f as default}; diff --git a/assets/nodes_full-storage-node.md.03ad71bf.lean.js b/assets/nodes_full-storage-node.md.03ad71bf.lean.js new file mode 100644 index 00000000000..b9e5b256df1 --- /dev/null +++ b/assets/nodes_full-storage-node.md.03ad71bf.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as e,Q as o}from"./chunks/framework.51d6c45b.js";const l="/img/nodes/full-storage-node.png",g=JSON.parse('{"title":"Setting up a Celestia full storage Node","description":"Set up a Celestia full storage node.","frontmatter":{"description":"Set up a Celestia full storage node.","head":[["meta",{"name":"og:title","content":"Setting up a Celestia full storage Node | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/full-storage-node.md","filePath":"nodes/full-storage-node.md","lastUpdated":1702574981000}'),n={name:"nodes/full-storage-node.md"},t=o("",40),p=[t];function r(c,i,d,y,u,h){return a(),e("div",null,p)}const f=s(n,[["render",r]]);export{g as __pageData,f as default}; diff --git a/assets/nodes_hardfork-process.md.431e0126.js b/assets/nodes_hardfork-process.md.431e0126.js new file mode 100644 index 00000000000..5410d348dcf --- /dev/null +++ b/assets/nodes_hardfork-process.md.431e0126.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as o,Q as t}from"./chunks/framework.51d6c45b.js";const k=JSON.parse('{"title":"Celestia hardfork process","description":"Overview of the Celestia hardfork process.","frontmatter":{"description":"Overview of the Celestia hardfork process.","head":[["meta",{"name":"og:title","content":"Celestia hardfork process | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/hardfork-process.md","filePath":"nodes/hardfork-process.md","lastUpdated":1702583650000}'),r={name:"nodes/hardfork-process.md"},s=t('

    Celestia hardfork process ​

    Blockchain networks often times need to upgrade with new features which require coordination work among the validators prior to activating the upgrades.

    This process is called a hardfork or a network upgrade. In those events, the Celestia Labs team will be coordinating with the validators on what they need to do in order to be ready for an upcoming hardfork.

    Hardforks are not backward-compatible with older versions of the network software which is why it is important that validators upgrade their software to continue validating on the network after the network upgrades.

    General process ​

    The general process can be broken down into several components:

    • Hardfork specifications and features (defined by description of features and code implementation of those features).
    • Binary used to add those features (a new binary release with those features will be provided by Celestia team in order for validators to upgrade their nodes to the new binary).
    • A block number for when the network upgrades (even if validators upgrade their binary to be hardfork ready, the network upgrade does not happen right away, but some short time in the future at a specific block number).
    • Testing of the features (happens on testnets first prior to activating on mainnet in order to ensure the network can upgrade securely).

    The two testnets were hardforks are deployed on are:

    Mocha hardfork ​

    Celestia is planning the Mocha Hardfork upgrade on the Mamaki Testnet. This hardfork is unique as it will reset the Mamaki network to block 0 while maintaining the existing state and also will rename Mamaki to Mocha.

    The new chain-id will be mocha.

    You can find the release logs for consensus nodes on the celestia-app releases page.

    The most exciting feature included is setting the stage for Blobstream on Mocha.

    Validators will need to generate 2 new keys in order to be Blobstream-ready. Note that for the Mocha Hardfork, Blobstream will not launch yet so you can swap those keys after for new ones if needed. The keys needed are:

    • 1 EVM key
    • 1 Celestia key

    So, in order for this to happen, validators will need to maintain two new keys in order to have a successful upgrade.

    Those two keys will need to be added to 2 new flags on celestia-app:

    • --evm-address: This flag should contain a 0x EVM address.
    ',19),i=[s];function n(d,l,h,c,p,f){return a(),o("div",null,i)}const w=e(r,[["render",n]]);export{k as __pageData,w as default}; diff --git a/assets/nodes_hardfork-process.md.431e0126.lean.js b/assets/nodes_hardfork-process.md.431e0126.lean.js new file mode 100644 index 00000000000..5e15edb8f8d --- /dev/null +++ b/assets/nodes_hardfork-process.md.431e0126.lean.js @@ -0,0 +1 @@ +import{_ as e,o as a,c as o,Q as t}from"./chunks/framework.51d6c45b.js";const k=JSON.parse('{"title":"Celestia hardfork process","description":"Overview of the Celestia hardfork process.","frontmatter":{"description":"Overview of the Celestia hardfork process.","head":[["meta",{"name":"og:title","content":"Celestia hardfork process | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/hardfork-process.md","filePath":"nodes/hardfork-process.md","lastUpdated":1702583650000}'),r={name:"nodes/hardfork-process.md"},s=t("",19),i=[s];function n(d,l,h,c,p,f){return a(),o("div",null,i)}const w=e(r,[["render",n]]);export{k as __pageData,w as default}; diff --git a/assets/nodes_ibc-relayer.md.b3114711.js b/assets/nodes_ibc-relayer.md.b3114711.js new file mode 100644 index 00000000000..51d8419a097 --- /dev/null +++ b/assets/nodes_ibc-relayer.md.b3114711.js @@ -0,0 +1,455 @@ +import{_ as s,o as n,c as a,Q as l}from"./chunks/framework.51d6c45b.js";const h=JSON.parse('{"title":"IBC relaying guide","description":"Learn how to establish IBC connections and relay packets.","frontmatter":{"description":"Learn how to establish IBC connections and relay packets.","next":{"text":"Metrics","link":"/nodes/celestia-node-metrics"},"head":[["meta",{"name":"og:title","content":"IBC relaying guide | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/ibc-relayer.md","filePath":"nodes/ibc-relayer.md","lastUpdated":1707231883000}'),p={name:"nodes/ibc-relayer.md"},o=l(`

    IBC relaying guide ​

    Celestia uses IBC (Inter-Blockchain Communication protocol) to enable cross-chain transfer of tokens. To support this capability it relies on relayers, processes that can be run by anyone which constantly scan for outbound packets on one chain and submits these packets alongside corresponding proofs on the destination chain. This section describes how one can setup a relayer and create new connections between chains. There are two standard implementations:

    The following guide explains how to establish IBC connections and relay packets between Mocha testnet and Cosmos hub testnet networks by using the Hermes relayer.

    Check the latest celestia-app release's go.mod for the version of ibc-go that is currently used.

    Hermes ​

    Hermes is an open-source Rust implementation of an IBC relayer released as part of the ibc-relayer-cli crate. It includes a CLI for relaying packets between Cosmos SDK chains, as well as Prometheus metrics and a REST API.

    Please follow the steps at Hermes Quick Start to install Hermes. Before proceeding, verify that Hermes is installed correctly by running hermes version.

    TIP

    Hermes currently doesn't support configuring the Tendermint CompatMode in chain config (see hermes#3623). Until that issue is resolved, please use Hermes v1.7.0+ because it falls back to Tendermint CompatMode v0.34 (see hermes#3663) which is compatible with Celestia.

    Configuration ​

    After you have successfully installed Hermes and created the necessary folders, you now have to edit config.toml and add the appropriate configurations for the chains you want to relay between.

    For this tutorial, we will be using the following chains:

    • Celestia's mocha-4 testnet
    • Cosmos Hub's theta-testnet-001 testnet

    Edit the Hermes configuration.

    bash
    vim $HOME/.hermes/config.toml
    vim $HOME/.hermes/config.toml
    toml
    [global]
+log_level = "info"
+
+[mode.clients]
+enabled = true
+refresh = true
+misbehaviour = true
+
+[mode.connections]
+enabled = false
+
+[mode.channels]
+enabled = false
+
+[mode.packets]
+enabled = true
+clear_interval = 100
+clear_on_start = true
+tx_confirmation = false
+auto_register_counterparty_payee = false
+
+[rest]
+enabled = false
+host = "127.0.0.1"
+port = 3000
+
+[telemetry]
+enabled = false
+host = "127.0.0.1"
+port = 3001
+
+[telemetry.buckets.latency_submitted]
+start = 500
+end = 20000
+buckets = 10
+
+[telemetry.buckets.latency_confirmed]
+start = 1000
+end = 30000
+buckets = 10
+
+[[chains]]
+id = "theta-testnet-001"
+type = "CosmosSdk"
+rpc_addr = "https://rpc.sentry-01.theta-testnet.polypore.xyz"
+grpc_addr = "https://grpc.sentry-01.theta-testnet.polypore.xyz"
+rpc_timeout = "10s"
+trusted_node = false
+account_prefix = "cosmos"
+key_name = "key-cosmos"
+key_store_type = "Test"
+store_prefix = "ibc"
+default_gas = 100000
+max_gas = 400000
+gas_multiplier = 1.5
+max_msg_num = 30
+max_tx_size = 180000
+max_grpc_decoding_size = 33554432
+clock_drift = "5s"
+max_block_time = "30s"
+ccv_consumer_chain = false
+memo_prefix = ""
+sequential_batch_tx = false
+
+[chains.event_source]
+mode = "push"
+url = "ws://rpc.sentry-01.theta-testnet.polypore.xyz:26657/websocket"
+batch_delay = "500ms"
+
+[chains.trust_threshold]
+numerator = "1"
+denominator = "3"
+
+[chains.gas_price]
+price = 0.025
+denom = "uatom"
+
+[chains.packet_filter]
+policy = "allow"
+list = [["transfer", "channel-3108"]]
+
+[chains.packet_filter.min_fees]
+
+[chains.address_type]
+derivation = "cosmos"
+
+[[chains]]
+id = "mocha-4"
+type = "CosmosSdk"
+rpc_addr = "https://rpc-celestia-mocha.architectnodes.com"
+grpc_addr = "https://grpc.celestia-mocha.com:443"
+rpc_timeout = "10s"
+trusted_node = false
+account_prefix = "celestia"
+key_name = "celestia-key"
+key_store_type = "Test"
+store_prefix = "ibc"
+default_gas = 100000
+max_gas = 400000
+gas_multiplier = 1.5
+max_msg_num = 30
+max_tx_size = 180000
+max_grpc_decoding_size = 33554432
+clock_drift = "5s"
+max_block_time = "30s"
+ccv_consumer_chain = false
+memo_prefix = ""
+sequential_batch_tx = false
+
+[chains.event_source]
+mode = "push"
+url = "ws://rpc-mocha.pops.one:26657/websocket"
+batch_delay = "500ms"
+
+[chains.trust_threshold]
+numerator = "1"
+denominator = "3"
+
+[chains.gas_price]
+price = 0.1
+denom = "utia"
+
+[chains.packet_filter]
+policy = "allow"
+list = [["transfer", "channel-0"]]
+
+[chains.packet_filter.min_fees]
+
+[chains.address_type]
+derivation = "cosmos"
    [global]
+log_level = "info"
+
+[mode.clients]
+enabled = true
+refresh = true
+misbehaviour = true
+
+[mode.connections]
+enabled = false
+
+[mode.channels]
+enabled = false
+
+[mode.packets]
+enabled = true
+clear_interval = 100
+clear_on_start = true
+tx_confirmation = false
+auto_register_counterparty_payee = false
+
+[rest]
+enabled = false
+host = "127.0.0.1"
+port = 3000
+
+[telemetry]
+enabled = false
+host = "127.0.0.1"
+port = 3001
+
+[telemetry.buckets.latency_submitted]
+start = 500
+end = 20000
+buckets = 10
+
+[telemetry.buckets.latency_confirmed]
+start = 1000
+end = 30000
+buckets = 10
+
+[[chains]]
+id = "theta-testnet-001"
+type = "CosmosSdk"
+rpc_addr = "https://rpc.sentry-01.theta-testnet.polypore.xyz"
+grpc_addr = "https://grpc.sentry-01.theta-testnet.polypore.xyz"
+rpc_timeout = "10s"
+trusted_node = false
+account_prefix = "cosmos"
+key_name = "key-cosmos"
+key_store_type = "Test"
+store_prefix = "ibc"
+default_gas = 100000
+max_gas = 400000
+gas_multiplier = 1.5
+max_msg_num = 30
+max_tx_size = 180000
+max_grpc_decoding_size = 33554432
+clock_drift = "5s"
+max_block_time = "30s"
+ccv_consumer_chain = false
+memo_prefix = ""
+sequential_batch_tx = false
+
+[chains.event_source]
+mode = "push"
+url = "ws://rpc.sentry-01.theta-testnet.polypore.xyz:26657/websocket"
+batch_delay = "500ms"
+
+[chains.trust_threshold]
+numerator = "1"
+denominator = "3"
+
+[chains.gas_price]
+price = 0.025
+denom = "uatom"
+
+[chains.packet_filter]
+policy = "allow"
+list = [["transfer", "channel-3108"]]
+
+[chains.packet_filter.min_fees]
+
+[chains.address_type]
+derivation = "cosmos"
+
+[[chains]]
+id = "mocha-4"
+type = "CosmosSdk"
+rpc_addr = "https://rpc-celestia-mocha.architectnodes.com"
+grpc_addr = "https://grpc.celestia-mocha.com:443"
+rpc_timeout = "10s"
+trusted_node = false
+account_prefix = "celestia"
+key_name = "celestia-key"
+key_store_type = "Test"
+store_prefix = "ibc"
+default_gas = 100000
+max_gas = 400000
+gas_multiplier = 1.5
+max_msg_num = 30
+max_tx_size = 180000
+max_grpc_decoding_size = 33554432
+clock_drift = "5s"
+max_block_time = "30s"
+ccv_consumer_chain = false
+memo_prefix = ""
+sequential_batch_tx = false
+
+[chains.event_source]
+mode = "push"
+url = "ws://rpc-mocha.pops.one:26657/websocket"
+batch_delay = "500ms"
+
+[chains.trust_threshold]
+numerator = "1"
+denominator = "3"
+
+[chains.gas_price]
+price = 0.1
+denom = "utia"
+
+[chains.packet_filter]
+policy = "allow"
+list = [["transfer", "channel-0"]]
+
+[chains.packet_filter.min_fees]
+
+[chains.address_type]
+derivation = "cosmos"

    Add relayer wallets ​

    Now that we have successfully configured our relaying chains, we need to import the wallets that will be used for relaying. Please note that both wallets need to be funded with the native tokens of each chain.

    You can get testnet tokens from faucets for bot testnets via Discord:

    Add your seed phrase to a file and upload it to the server. Do not use wallets for anything else but relaying to avoid running into account sequence errors.

    Follow the steps at adding-keys-to-hermes to add keys for each chain

    bash
    hermes keys add --chain mocha-4 --mnemonic-file <seed-file>
+hermes keys add --chain theta-testnet-001 --mnemonic-file <seed-file>
    hermes keys add --chain mocha-4 --mnemonic-file <seed-file>
+hermes keys add --chain theta-testnet-001 --mnemonic-file <seed-file>

    Verify configuration files ​

    After editing config.toml and adding wallet keys, it’s time to test the configurations and ensure the system is healthy. Run the following:

    bash
    hermes health-check
+hermes config validate
    hermes health-check
+hermes config validate

    If everything was set up correctly, you should see output like:

    bash
    SUCCESS performed health check for all chains in the config
+SUCCESS "configuration is valid"
    SUCCESS performed health check for all chains in the config
+SUCCESS "configuration is valid"

    Create a connection between 2 chains ​

    If you’re attempting to create new connections, verify that the chains in question don’t already have connections and clients in place and use the existing ones if they do. In that case you can skip this step and go to Configure channels in Hermes section.

    In this example, we are creating new clients and a new connection between mocha-4 and theta-testnet-001 networks.

    Create clients ​

    To learn if a client already exists, you can use the following command:

    bash
    hermes query clients --host-chain mocha-4 --reference-chain theta-testnet-001
    hermes query clients --host-chain mocha-4 --reference-chain theta-testnet-001

    To create a new client, use the create-client command:

    bash
    hermes create client --host-chain mocha-4 --reference-chain theta-testnet-001
    hermes create client --host-chain mocha-4 --reference-chain theta-testnet-001

    Create a second client:

    bash
    hermes create client --host-chain theta-testnet-001 --reference-chain mocha-4
    hermes create client --host-chain theta-testnet-001 --reference-chain mocha-4

    Open connection over new clients ​

    To create a new connection over clients, use the following command:

    bash
    hermes create connection --a-chain mocha-4 --b-chain theta-testnet-001
    hermes create connection --a-chain mocha-4 --b-chain theta-testnet-001

    You should be seeing a similar output to this:

    bash
    SUCCESS Connection {
+    delay_period: 0ns,
+    a_side: ConnectionSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "theta-testnet-001",
+                version: 0,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-2382",
+        ),
+        connection_id: Some(
+            ConnectionId(
+                "connection-2727",
+            ),
+        ),
+    },
+    b_side: ConnectionSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "mocha-4",
+                version: 4,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-0",
+        ),
+        connection_id: Some(
+            ConnectionId(
+                "connection-0",
+            ),
+        ),
+    },
+}
    SUCCESS Connection {
+    delay_period: 0ns,
+    a_side: ConnectionSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "theta-testnet-001",
+                version: 0,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-2382",
+        ),
+        connection_id: Some(
+            ConnectionId(
+                "connection-2727",
+            ),
+        ),
+    },
+    b_side: ConnectionSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "mocha-4",
+                version: 4,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-0",
+        ),
+        connection_id: Some(
+            ConnectionId(
+                "connection-0",
+            ),
+        ),
+    },
+}

    Now that the connection has been established over the clients, we need to create a new channel, by leveraging an existing connection:

    bash
    hermes create channel --a-chain theta-testnet-001 --a-connection connection-2727 --a-port transfer --b-port transfer
    hermes create channel --a-chain theta-testnet-001 --a-connection connection-2727 --a-port transfer --b-port transfer

    You should be seeing a similar output to this:

    bash
    SUCCESS Channel {
+    ordering: Unordered,
+    a_side: ChannelSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "theta-testnet-001",
+                version: 0,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-2382",
+        ),
+        connection_id: ConnectionId(
+            "connection-2727",
+        ),
+        port_id: PortId(
+            "transfer",
+        ),
+        channel_id: Some(
+            ChannelId(
+                "channel-3152",
+            ),
+        ),
+        version: None,
+    },
+    b_side: ChannelSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "mocha-4",
+                version: 4,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-0",
+        ),
+        connection_id: ConnectionId(
+            "connection-0",
+        ),
+        port_id: PortId(
+            "transfer",
+        ),
+        channel_id: Some(
+            ChannelId(
+                "channel-0",
+            ),
+        ),
+        version: None,
+    },
+    connection_delay: 0ns,
+}
    SUCCESS Channel {
+    ordering: Unordered,
+    a_side: ChannelSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "theta-testnet-001",
+                version: 0,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-2382",
+        ),
+        connection_id: ConnectionId(
+            "connection-2727",
+        ),
+        port_id: PortId(
+            "transfer",
+        ),
+        channel_id: Some(
+            ChannelId(
+                "channel-3152",
+            ),
+        ),
+        version: None,
+    },
+    b_side: ChannelSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "mocha-4",
+                version: 4,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-0",
+        ),
+        connection_id: ConnectionId(
+            "connection-0",
+        ),
+        port_id: PortId(
+            "transfer",
+        ),
+        channel_id: Some(
+            ChannelId(
+                "channel-0",
+            ),
+        ),
+        version: None,
+    },
+    connection_delay: 0ns,
+}

    Congratulations!

    You have successfully created a new IBC connection between two networks.

    Configure channels in Hermes ​

    Now that we have created new connections and opened channels, we need to edit config.toml again and add the newly created channels, or use the already existing ones.

    For mocha-4 add:

    bash
    [chains.packet_filter]
+policy = 'allow'
+list = [
+  ['transfer', 'channel-0'], # theta-testnet-001
+]
    [chains.packet_filter]
+policy = 'allow'
+list = [
+  ['transfer', 'channel-0'], # theta-testnet-001
+]

    For theta-testnet-001 add:

    bash
    [chains.packet_filter]
+policy = 'allow'
+list = [
+  ['transfer', 'channel-3108'], # mocha-4
+]
    [chains.packet_filter]
+policy = 'allow'
+list = [
+  ['transfer', 'channel-3108'], # mocha-4
+]

    Start the relayer ​

    Start the relayer via hermes start

    Transfer ​

    The Celestia state machine is built with the IBC transfer module, allowing for the native Celestia token to be transferred to any other IBC enabled chain. Transfer can be initialized through the celestia-appd CLI. Information can be found via the help label as follows:

    bash
    celestia-appd tx ibc-transfer transfer --help
    celestia-appd tx ibc-transfer transfer --help

    Token filter ​

    The transfer module uses a token filter middleware which serves to prevent non-native Celestia tokens from being on Celestia. If a user is to try to send a token from another chain across, it will be simply rejected and the token returned back to the user.

    `,61),e=[o];function t(c,r,E,y,i,F){return n(),a("div",null,e)}const u=s(p,[["render",t]]);export{h as __pageData,u as default}; diff --git a/assets/nodes_ibc-relayer.md.b3114711.lean.js b/assets/nodes_ibc-relayer.md.b3114711.lean.js new file mode 100644 index 00000000000..50e243412fe --- /dev/null +++ b/assets/nodes_ibc-relayer.md.b3114711.lean.js @@ -0,0 +1 @@ +import{_ as s,o as n,c as a,Q as l}from"./chunks/framework.51d6c45b.js";const h=JSON.parse('{"title":"IBC relaying guide","description":"Learn how to establish IBC connections and relay packets.","frontmatter":{"description":"Learn how to establish IBC connections and relay packets.","next":{"text":"Metrics","link":"/nodes/celestia-node-metrics"},"head":[["meta",{"name":"og:title","content":"IBC relaying guide | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/ibc-relayer.md","filePath":"nodes/ibc-relayer.md","lastUpdated":1707231883000}'),p={name:"nodes/ibc-relayer.md"},o=l("",61),e=[o];function t(c,r,E,y,i,F){return n(),a("div",null,e)}const u=s(p,[["render",t]]);export{h as __pageData,u as default}; diff --git a/assets/nodes_instantiate-testnet.md.db07a97a.js b/assets/nodes_instantiate-testnet.md.db07a97a.js new file mode 100644 index 00000000000..fbc13593b9c --- /dev/null +++ b/assets/nodes_instantiate-testnet.md.db07a97a.js @@ -0,0 +1,21 @@ +import{_ as e,o as s,c as a,Q as n}from"./chunks/framework.51d6c45b.js";const E=JSON.parse('{"title":"Celestia App network instantiation guide","description":"A guide that helps you instantiate a new testnetwork with Celestia App.","frontmatter":{"description":"A guide that helps you instantiate a new testnetwork with Celestia App.","head":[["meta",{"name":"og:title","content":"Celestia App network instantiation guide | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/instantiate-testnet.md","filePath":"nodes/instantiate-testnet.md","lastUpdated":1711744858000}'),o={name:"nodes/instantiate-testnet.md"},t=n(`

    Celestia App network instantiation guide ​

    This guide is for helping instantiate a new testnetwork and following the correct steps to do so with Celestia App. You should only follow this guide if you want to experiment with your own Celestia test network (testnet) or if you want to test out new features to build as a core developer.

    Hardware requirements ​

    You will need to follow hardware requirements.

    Setup dependencies ​

    You will need to setup dependencies by following the guide.

    celestia-app installation ​

    You will need to install celestia-app by following the guide.

    Spin up a Celestia testnet ​

    If you want to spin up a quick testnet with your friends, you can follow these steps. Unless otherwise noted, every step must be done by everyone who wants to participate in this testnet.

    Optional: Reset working directory ​

    If you have already initialized a working directory for celestia-appd in the past, you must clean up before reinitializing a new directory. You can do so by running the following command:

    sh
    celestia-appd tendermint unsafe-reset-all --home $HOME/.celestia-app
    celestia-appd tendermint unsafe-reset-all --home $HOME/.celestia-app

    Initialize a working directory ​

    Run the following command:

    sh
    VALIDATOR_NAME=validator1
+CHAIN_ID=testnet
+celestia-appd init $VALIDATOR_NAME --chain-id $CHAIN_ID
    VALIDATOR_NAME=validator1
+CHAIN_ID=testnet
+celestia-appd init $VALIDATOR_NAME --chain-id $CHAIN_ID
    • The value we will use for $VALIDATOR_NAME is validator1 but you should choose your own node name.
    • The value we will use for $CHAIN_ID is testnet. The $CHAIN_ID must remain the same for everyone participating in this network.

    Create a new key ​

    Next, run the following command:

    sh
    KEY_NAME=validator
+celestia-appd keys add $KEY_NAME --keyring-backend test
    KEY_NAME=validator
+celestia-appd keys add $KEY_NAME --keyring-backend test

    This will create a new key, with a name of your choosing. Save the output of this command somewhere; you'll need the address generated here later. Here, we set the value of our key $KEY_NAME to validator for demonstration.

    Add genesis account KeyName ​

    Run the following command:

    sh
    TIA_AMOUNT="10000000utia"
+celestia-appd add-genesis-account $KEY_NAME $TIA_AMOUNT --keyring-backend test
    TIA_AMOUNT="10000000utia"
+celestia-appd add-genesis-account $KEY_NAME $TIA_AMOUNT --keyring-backend test

    Here $KEY_NAME is the same key name as before.

    Optional: Adding other validators ​

    If other participants in your testnet also want to be validators, repeat the command above with the specific amount for their public keys.

    Once all the validators are added, the genesis.json file is created. You need to share it with all other validators in your testnet in order for everyone to proceed with the following step.

    You can find the genesis.json at $HOME/.celestia-app/config/genesis.json

    Create the genesis transaction for new chain ​

    Run the following command:

    sh
    STAKING_AMOUNT=9000000utia
+celestia-appd gentx $KEY_NAME $STAKING_AMOUNT --chain-id $CHAIN_ID \\
+  --keyring-backend test
    STAKING_AMOUNT=9000000utia
+celestia-appd gentx $KEY_NAME $STAKING_AMOUNT --chain-id $CHAIN_ID \\
+  --keyring-backend test

    This will create the genesis transaction for your new chain. Here $STAKING_AMOUNT should be at least 9000000utia. If you provide too much or too little, you will encounter an error when starting your node.

    You will find the generated gentx JSON file inside $HOME/.celestia-app/config/gentx/gentx-$KEY_NAME.json

    NOTE

    If you have other validators in your network, they need to also run the above command with the genesis.json file you shared with them in the previous step.

    Creating the genesis JSON file ​

    Once all participants have submitted their gentx JSON files to you, you will pull all those gentx files inside the following directory: $HOME/.celestia-appd/config/gentx and use them to create the final genesis.json file.

    Once you added the gentx files of all the participants, run the following command:

    sh
    celestia-appd collect-gentxs
    celestia-appd collect-gentxs

    This command will look for the gentx files in this repo which should be moved to the following directory $HOME/.celestia-app/config/gentx.

    It will update the genesis.json file after in this location $HOME/.celestia-app/config/genesis.json which now includes the gentx of other participants.

    You should then share this final genesis.json file with all the other participants who must add it to their $HOME/.celestia-app/config directory.

    Everyone must ensure that they replace their existing genesis.json file with this new one created.

    Modify your config file ​

    Open the following file $HOME/.celestia-app/config/config.toml to modify it.

    Inside the file, add the other participants by modifying the following line to include other participants as persistent peers:

    text
    # Comma separated list of nodes to keep persistent connections to
+persistent_peers = "[validator_address]@[ip_address]:[port],[validator_address]@[ip_address]:[port]"
    # Comma separated list of nodes to keep persistent connections to
+persistent_peers = "[validator_address]@[ip_address]:[port],[validator_address]@[ip_address]:[port]"

    Add your node as a persistent peer ​

    The following allows you to share your node as a persistent peer that you can share in the networks repo or with others so other participants can peer with you.

    Run the following command:

    sh
    IP_ADDRESS=$(curl ifconfig.me)
+NODE_ID=$(celestia-appd tendermint show-node-id)
+PORT_NUMBER=26656
    IP_ADDRESS=$(curl ifconfig.me)
+NODE_ID=$(celestia-appd tendermint show-node-id)
+PORT_NUMBER=26656

    Note that the default port is 26656

    Now you can run the following command to output your validator node address:

    sh
    PEER="$NODE_ID@$IP_ADDRESS:$PORT_NUMBER"
+echo $PEER
    PEER="$NODE_ID@$IP_ADDRESS:$PORT_NUMBER"
+echo $PEER

    The output is your validator node address which you can share with other validators so they can peer with you.

    Instantiate the network ​

    You can start your node by running the following command:

    sh
    celestia-appd start
    celestia-appd start

    TIP

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    Now you have a new Celestia testnet to play around with!

    `,60),l=[t];function p(i,r,c,d,h,y){return s(),a("div",null,l)}const g=e(o,[["render",p]]);export{E as __pageData,g as default}; diff --git a/assets/nodes_instantiate-testnet.md.db07a97a.lean.js b/assets/nodes_instantiate-testnet.md.db07a97a.lean.js new file mode 100644 index 00000000000..b900ee6d192 --- /dev/null +++ b/assets/nodes_instantiate-testnet.md.db07a97a.lean.js @@ -0,0 +1 @@ +import{_ as e,o as s,c as a,Q as n}from"./chunks/framework.51d6c45b.js";const E=JSON.parse('{"title":"Celestia App network instantiation guide","description":"A guide that helps you instantiate a new testnetwork with Celestia App.","frontmatter":{"description":"A guide that helps you instantiate a new testnetwork with Celestia App.","head":[["meta",{"name":"og:title","content":"Celestia App network instantiation guide | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/instantiate-testnet.md","filePath":"nodes/instantiate-testnet.md","lastUpdated":1711744858000}'),o={name:"nodes/instantiate-testnet.md"},t=n("",60),l=[t];function p(i,r,c,d,h,y){return s(),a("div",null,l)}const g=e(o,[["render",p]]);export{E as __pageData,g as default}; diff --git a/assets/nodes_light-node.md.92409172.js b/assets/nodes_light-node.md.92409172.js new file mode 100644 index 00000000000..f950d5fa0fe --- /dev/null +++ b/assets/nodes_light-node.md.92409172.js @@ -0,0 +1,25 @@ +import{_ as s,o as a,c as n,Q as o}from"./chunks/framework.51d6c45b.js";const l="/img/nodes/LightNodes.png",F=JSON.parse('{"title":"Setting up a Celestia light node","description":"This tutorial covers setting up a Celestia light node.","frontmatter":{"sidebar_label":"Light node","description":"This tutorial covers setting up a Celestia light node.","head":[["meta",{"name":"og:title","content":"Setting up a Celestia light node | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/light-node.md","filePath":"nodes/light-node.md","lastUpdated":1707523743000}'),e={name:"nodes/light-node.md"},p=o('

    Setting up a Celestia light node ​

    This tutorial will guide you through setting up a Celestia light node, which will allow you to perform data availability sampling (DAS) on Celestia's data availability (DA) network.

    Overview of light nodes ​

    Light nodes ensure data availability. This is the most common way to interact with Celestia networks.

    light-node

    Light nodes have the following behavior:

    1. They listen for ExtendedHeaders, i.e. wrapped “raw” headers, that notify Celestia nodes of new block headers and relevant DA metadata.
    2. They perform DAS on the received headers

    Hardware requirements ​

    The following minimum hardware requirements are recommended for running a light node:

    • Memory: 500 MB RAM (minimum)
    • CPU: Single Core
    • Disk: 50 GB SSD Storage
    • Bandwidth: 56 Kbps for Download/56 Kbps for Upload

    Setting up your light node ​

    This tutorial was performed on an Ubuntu Linux 20.04 (LTS) x64 instance machine.

    Set up dependencies on the setting up environment page.

    Install celestia-node ​

    Install the celestia binary by building and installing celestia-node.

    Initialize the light node ​

    Run the following command:

    sh
    celestia light init
    celestia light init
    sh
    celestia light init --p2p.network mocha
    celestia light init --p2p.network mocha
    sh
    celestia light init --p2p.network arabica
    celestia light init --p2p.network arabica

    The output in your terminal will show the location of your node store and config. It will also show confirmation that the node store has been initialized.

    Start the light node ​

    Start the light node with a connection to a validator node's gRPC endpoint (which is usually exposed on port 9090):

    In order for access to the ability to get and submit state-related information, such as the ability to submit PayForBlobs transactions, or query for the node's account balance, a gRPC endpoint of a validator (core) node must be passed as directed below.

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    To start the light node with a connection to a validator node's gRPC endpoint (which is usually exposed on port 9090):

    sh
    celestia light start --core.ip <URI> --p2p.network <network>
    celestia light start --core.ip <URI> --p2p.network <network>

    TIP

    You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

    Using an RPC of your own, or one from the list on the Mocha testnet page or list on the Arabica devnet page, start your node.

    For example, your command might look something like this for Mocha:

    sh
    celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha
    celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha

    Or for Arabica:

    sh
    celestia light start --core.ip validator-1.celestia-arabica-11.com \\
+    --p2p.network arabica
    celestia light start --core.ip validator-1.celestia-arabica-11.com \\
+    --p2p.network arabica

    Keys and wallets ​

    You can create your key for your node by running the following command with the cel-key utility in the celestia-node directory:

    sh
    ./cel-key add <key-name> --keyring-backend test \\
+    --node.type light --p2p.network <network>
    ./cel-key add <key-name> --keyring-backend test \\
+    --node.type light --p2p.network <network>

    You can start your light node with the key created above by running the following command:

    sh
    celestia light start --keyring.accname my_celes_key \\
+    --core.ip consensus.lunaroasis.net
    celestia light start --keyring.accname my_celes_key \\
+    --core.ip consensus.lunaroasis.net
    sh
    celestia light start --keyring.accname my_celes_key \\
+    --core.ip rpc-mocha.pops.one --p2p.network mocha
    celestia light start --keyring.accname my_celes_key \\
+    --core.ip rpc-mocha.pops.one --p2p.network mocha
    sh
    celestia light start --keyring.accname my_celes_key \\
+    --core.ip validator-1.celestia-arabica-11.com \\
+    --p2p.network arabica
    celestia light start --keyring.accname my_celes_key \\
+    --core.ip validator-1.celestia-arabica-11.com \\
+    --p2p.network arabica

    Once you start the light node, a wallet key will be generated for you. You will need to fund that address with testnet tokens to pay for PayForBlob transactions.

    You can find the address using the RPC CLI or by running the following command in the celestia-node directory:

    sh
    ./cel-key list --node.type light --keyring-backend test \\
+    --p2p.network <network>
    ./cel-key list --node.type light --keyring-backend test \\
+    --p2p.network <network>

    Testnet tokens ​

    You have two networks to get testnet tokens from:

    You can request funds to your wallet address using the following command in Discord:

    console
    $request <CELESTIA-ADDRESS>
    $request <CELESTIA-ADDRESS>

    Where <CELESTIA-ADDRESS> is the celestia1****** address generated when you created the wallet.

    Optional: run the light node with a custom key ​

    In order to run a light node using a custom key:

    1. The custom key must exist inside the celestia light node directory at the correct path (default: ~/.celestia-light/keys/keyring-test)
    2. The name of the custom key must be passed upon start, like so:
    sh
    celestia light start --core.ip <URI> \\
+    --keyring.accname <name-of-custom-key> \\
    celestia light start --core.ip <URI> \\
+    --keyring.accname <name-of-custom-key> \\
    sh
    celestia light start --core.ip <URI> \\
+    --keyring.accname <name-of-custom-key> \\
+    --p2p.network arabica
    celestia light start --core.ip <URI> \\
+    --keyring.accname <name-of-custom-key> \\
+    --p2p.network arabica
    sh
    celestia light start --core.ip <URI> \\
+    --keyring.accname <name-of-custom-key> \\
+    --p2p.network mocha
    celestia light start --core.ip <URI> \\
+    --keyring.accname <name-of-custom-key> \\
+    --p2p.network mocha

    Optional: start light node with SystemD ​

    Follow the tutorial on setting up the light node as a background process with SystemD.

    Data availability sampling ​

    With your light node running, you can check out this tutorial on submitting PayForBlob transactions.

    `,53),t=[p];function c(r,i,y,E,d,h){return a(),n("div",null,t)}const u=s(e,[["render",c]]);export{F as __pageData,u as default}; diff --git a/assets/nodes_light-node.md.92409172.lean.js b/assets/nodes_light-node.md.92409172.lean.js new file mode 100644 index 00000000000..5638e457fa0 --- /dev/null +++ b/assets/nodes_light-node.md.92409172.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as n,Q as o}from"./chunks/framework.51d6c45b.js";const l="/img/nodes/LightNodes.png",F=JSON.parse('{"title":"Setting up a Celestia light node","description":"This tutorial covers setting up a Celestia light node.","frontmatter":{"sidebar_label":"Light node","description":"This tutorial covers setting up a Celestia light node.","head":[["meta",{"name":"og:title","content":"Setting up a Celestia light node | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/light-node.md","filePath":"nodes/light-node.md","lastUpdated":1707523743000}'),e={name:"nodes/light-node.md"},p=o("",53),t=[p];function c(r,i,y,E,d,h){return a(),n("div",null,t)}const u=s(e,[["render",c]]);export{F as __pageData,u as default}; diff --git a/assets/nodes_mainnet.md.dd077830.js b/assets/nodes_mainnet.md.dd077830.js new file mode 100644 index 00000000000..3ad974ba2fb --- /dev/null +++ b/assets/nodes_mainnet.md.dd077830.js @@ -0,0 +1,3 @@ +import{M as T}from"./chunks/MainnetVersionTags.4372f6f0.js";import{c as d}from"./chunks/constants.dc70dfe7.js";import{_ as Q,o,c as l,k as e,t as s,H as r,Q as a,a as p}from"./chunks/framework.51d6c45b.js";import"./chunks/mainnet_versions.84d9fd1c.js";const h="/img/Mainnet-Beta.png",m="/grove/grove-sandbox.png",u={name:"MainnetBetaDetails",data(){return{constants:d}}},g=e("tr",null,[e("th",null,"Detail"),e("th",null,"Value")],-1),H=e("td",null,"Chain ID",-1),y=e("tr",null,[e("td",null,"Genesis hash"),e("td",null,[e("code",null,"6BE39EFD10BA412A9DB5288488303F5DD32CF386707A5BEF33617F4C43301872")])],-1),f=e("td",null,"Genesis file",-1),V=["href"],b=e("td",null,"Peers file",-1),k=["href"],L=e("tr",null,[e("td",null,"Validators"),e("td",null," 100 ")],-1);function w(n,i,c,D,t,q){return o(),l("table",null,[g,e("tr",null,[H,e("td",null,[e("code",null,s(t.constants.mainnetChainId),1)])]),y,e("tr",null,[f,e("td",null,[e("a",{href:`https://github.com/celestiaorg/networks/blob/master/${t.constants.mainnetChainId}/genesis.json`,target:"_blank",rel:"noopener noreferrer"}," https://github.com/celestiaorg/networks/blob/master/"+s(t.constants.mainnetChainId)+"/genesis.json ",9,V)])]),e("tr",null,[b,e("td",null,[e("a",{href:`https://github.com/celestiaorg/networks/blob/master/${t.constants.mainnetChainId}/peers.txt`,target:"_blank",rel:"noopener noreferrer"}," https://github.com/celestiaorg/networks/blob/master/"+s(t.constants.mainnetChainId)+"/peers.txt ",9,k)])]),L])}const _=Q(u,[["render",w]]),v=a('

    Mainnet Beta ​

    Mainnet Beta

    Welcome to the guide for Celestia’s Mainnet Beta, the production network that marks the pinnacle of Celestia’s evolution since its inception in 2019. This network is where all components of the Celestia ecosystem come to life in a real-world environment.

    Mainnet Beta is the culmination of rigorous community testing, upgrades, and feedback. It serves as the platform for deploying mainnet rollups and applications.

    Network stability and upgrades ​

    Mainnet Beta is a stable network, but will still receive updates and improvements. Any changes or upgrades will be coordinated with node operators and the broader Celestia community to ensure seamless integration and minimal service interruptions.

    As we step into unexplored territories with groundbreaking technologies like data availability sampling, it's crucial to remember that Mainnet Beta remains experimental at this stage. While the network is live and functional, users may encounter occasional instability or reduced performance.

    Network details ​

    ',8),M=e("h2",{id:"software-version-numbers",tabindex:"-1"},[p("Software version numbers "),e("a",{class:"header-anchor",href:"#software-version-numbers","aria-label":'Permalink to "Software version numbers"'},"​")],-1),x=a('

    Network parameters ​

    Full network parameters, such as max bytes, can be found in the celestia-app specifications.

    CIP-13 has been drafted to create a living document for these parameters as a part of the CIP process.

    Maximum bytes ​

    There is a hard limit on the total blob size in a transaction, which is determined by the effective maximum square size. Given that the current governance maximum square size is 64, the total blob size in a transaction must be slightly less than ~2 MiB, or 1,973,786 bytes to be exact.

    The following provides an approximation of the maximum block size:

    • The maximum square size is 64x64, which gives us 4096 shares.
    • One share is reserved for the PFB transaction, leaving us with 4095 shares.
    • The first sparse share has 478 bytes available, and the remaining sparse shares have 482 bytes each.

    This can be calculated as follows:

    ',8),Z={class:"MathJax",jax:"SVG",style:{direction:"ltr",position:"relative"}},C={style:{overflow:"visible","min-height":"1px","min-width":"1px","vertical-align":"-0.566ex"},xmlns:"http://www.w3.org/2000/svg",width:"68.588ex",height:"2.262ex",role:"img",focusable:"false",viewBox:"0 -750 30315.8 1000","aria-hidden":"true"},E=a('',1),P=[E],F=e("mjx-assistive-mml",{unselectable:"on",display:"inline",style:{top:"0px",left:"0px",clip:"rect(1px, 1px, 1px, 1px)","-webkit-touch-callout":"none","-webkit-user-select":"none","-khtml-user-select":"none","-moz-user-select":"none","-ms-user-select":"none","user-select":"none",position:"absolute",padding:"1px 0px 0px 0px",border:"0px",display:"block",width:"auto",overflow:"hidden"}},[e("math",{xmlns:"http://www.w3.org/1998/Math/MathML"},[e("mtext",null,"Total Bytes"),e("mo",null,"="),e("mo",{stretchy:"false"},"("),e("mn",null,"1"),e("mo",null,"×"),e("mn",null,"478"),e("mstyle",{scriptlevel:"0"},[e("mspace",{width:"0.167em"})]),e("mtext",null,"bytes"),e("mo",{stretchy:"false"},")"),e("mo",null,"+"),e("mo",{stretchy:"false"},"("),e("mn",null,"4094"),e("mo",null,"×"),e("mn",null,"482"),e("mstyle",{scriptlevel:"0"},[e("mspace",{width:"0.167em"})]),e("mtext",null,"bytes"),e("mo",{stretchy:"false"},")"),e("mo",null,"="),e("mn",null,"1"),e("mo",null,","),e("mn",null,"973"),e("mo",null,","),e("mn",null,"786"),e("mstyle",{scriptlevel:"0"},[e("mspace",{width:"0.167em"})]),e("mtext",null,"bytes")])],-1),A=a(`

    Please note that there isn't a precise upper bound on the maximum total blob size. It depends on several factors:

    • The maximum square size, which is determined by a governance parameter and a versioned constant.
    • The maximum bytes in a block, which is determined by a governance parameter and a hard-coded constant in CometBFT.
    • The number of shares occupied by the PFB transaction share.

    These factors can cause the maximum total blob size that can be included in one block to vary.

    Integrations ​

    This guide contains the relevant sections for how to connect to Mainnet Beta, depending on the type of node you are running. Your best approach to participating is to first determine which node you would like to run. Each node’s guide will link to the relevant network in order to show you how to connect to them. Learn about the different endpoint types in the Cosmos SDK documentation.

    Here is a list of options of the types of nodes you can run in order to participate in Mainnet Beta:

    Consensus nodes ​

    Consensus RPC endpoints ​

    • public-celestia-rpc.numia.xyz
    • celestia-rpc.mesa.newmetric.xyz
    • rpc.celestia.pops.one
    • rpc.lunaroasis.net
    • rpc.celestia.nodestake.top
    • celestia-rpc.brightlystake.com
    • celestia-rpc.spidey.services
    • rpc-celestia.contributiondao.com
    • celestia.rpc.stakin-nodes.com
    • celestia.cumulo.org.es
    • rpc-celestia.mzonder.com
    • rpc-celestia-01.stakeflow.io
    • rpc-celestia.alphab.ai
    • rpc-celestia-full.avril14th.org
    • celestia-rpc.easy2stake.com
    • celestia.rpc.kjnodes.com
    • celestia-rpc.0xcryptovestor.com
    • rpc-celestia-mainnet.trusted-point.com
    • celestia.rpc.archives.validao.xyz
    • rpc-archive.celestia.bitszn.com
    • celestia-rpc.f5nodes.com
    • celestia-rpc.chainode.tech:33373
    • https://rpc-celestia.staker.space/
    • https://celestia-rpc.noders.services/

    API endpoints ​

    • public-celestia-lcd.numia.xyz
    • celestia-rest.mesa.newmetric.xyz
    • api.celestia.pops.one
    • api.lunaroasis.net
    • api.celestia.nodestake.top
    • celestia-rpc.brightlystake.com/api
    • celestia-api.spidey.services
    • api-celestia.contributiondao.com
    • celestia.rest.stakin-nodes.com
    • celestia.api.cumulo.org.es
    • api-celestia.mzonder.com
    • api-celestia-01.stakeflow.io
    • api-celestia.alphab.ai
    • api-celestia-full.avril14th.org
    • celestia-lcd.easy2stake.com
    • celestia.api.kjnodes.com
    • api-celestia-mainnet.trusted-point.com
    • celestia.rest.archives.validao.xyz
    • api-archive.celestia.bitszn.com
    • celestia-api.f5nodes.com
    • https://celestia-api.chainode.tech
    • https://api-celestia.staker.space/
    • https://celestia-api.noders.services/

    gRPC endpoints ​

    • public-celestia-grpc.numia.xyz
    • celestia-grpc.mesa.newmetric.xyz
    • grpc.celestia.pops.one
    • grpc.lunaroasis.net:443
    • grpc.celestia.nodestake.top
    • celestia-rpc.brightlystake.com:9090
    • celestia-grpc.spidey.services
    • grpc-celestia.contributiondao.com
    • celestia.grpc.stakin-nodes.com:443
    • celestia.grpc.cumulo.org.es:443
    • grpc-celestia.mzonder.com:443
    • grpc-celestia-01.stakeflow.io:15002
    • rpc-celestia.alphab.ai:9090
    • grpc-celestia-full.avril14th.org
    • celestia.grpc.kjnodes.com:443
    • grpc-celestia-mainnet.trusted-point.com:9095
    • celestia.grpc.archives.validao.xyz:9090
    • gprc-archive.celestia.bitszn.com
    • celestia-grpc.f5nodes.com:9390
    • celestia-grpc.chainode.tech:443
    • https://grpc-celestia.staker.space/
    • celestia-grpc.noders.services:11090

    WebSocket endpoints ​

    • wss://celestia-ws.chainode.tech:33373/websocket

    Data availability nodes ​

    Data availability (DA) RPC endpoints ​

    These RPC endpoints for DA nodes are to provide state access for querying the chain’s state and broadcasting transactions (balances, blobs, etc.) to the Celestia network. For users, they will need to provide a –core.ip string from a consensus node’s URL or IP that populates 2 ports for 2 types (RPC and gRPC, at ports 26657 and 9090, respectively) to their respective DA node.

    TIP

    bash
    celestia <da_type> start --core.ip <url> –core.rpc.port <port> \\
+    –core.grpc.port <port>
    celestia <da_type> start --core.ip <url> –core.rpc.port <port> \\
+    –core.grpc.port <port>

    Bridge nodes

    Not all RPC endpoints guarantee the full block history. Find an archive endpoint on the community dashboard or run your own full consensus node with no pruning for your bridge node.

    RPCs for DA nodes to initialise or start your celestia-node to Mainnet Beta with:

    • public-celestia-consensus.numia.xyz
      • gRPC: port 9090
      • RPC: port 26657
    • celestia-consensus.mesa.newmetric.xyz
      • gRPC: port 9090
      • RPC: port 26657
    • rpc.celestia.pops.one
      • gRPC: port 9090
      • RPC: port 26657
    • consensus.lunaroasis.net
      • gRPC: port 9090
      • RPC: port 26657
    • rpc-celestia.alphab.ai
      • gRPC: port 9090
      • RPC: port 26657

    DA full and light nodes might have troubles connecting to the networks, so you can check out this Grafana dashboard to see health/uptime status of DA bootstrappers (now celestia network only).

    You can find the status of these endpoints.

    Archival DA RPC endpoints ​

    By default, light nodes prune recent data to save on storage space. Archival data availability (DA) nodes store the entire history of the chain without pruning any data so all data available data is retrievable. You can read more about light vs archival nodes.

    Grove archival endpoints ​

    You can provision your own Celestia Archival endpoint on Grove. Learn more about Celestia on Grove, or find the fully supported spec.

    There is a sandbox you can leverage for testing straight in your browser:

    grove-sandbox

    Explorers ​

    There are multiple explorers you can use for Mainnet Beta:

    Analytics ​

    The following websites provide analytics for Celestia:

    Network upgrades ​

    Join the Community Telegram announcement channel for network upgrades.

    ',40),N=JSON.parse('{"title":"Mainnet Beta","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Mainnet Beta | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/mainnet.md","filePath":"nodes/mainnet.md","lastUpdated":1713191731000}'),B={name:"nodes/mainnet.md"},j=Object.assign(B,{setup(n){return(i,c)=>(o(),l("div",null,[v,r(_),M,r(T),x,e("p",null,[e("mjx-container",Z,[(o(),l("svg",C,P)),F])]),A]))}});export{N as __pageData,j as default}; diff --git a/assets/nodes_mainnet.md.dd077830.lean.js b/assets/nodes_mainnet.md.dd077830.lean.js new file mode 100644 index 00000000000..e0d8c0a16df --- /dev/null +++ b/assets/nodes_mainnet.md.dd077830.lean.js @@ -0,0 +1 @@ +import{M as T}from"./chunks/MainnetVersionTags.4372f6f0.js";import{c as d}from"./chunks/constants.dc70dfe7.js";import{_ as Q,o,c as l,k as e,t as s,H as r,Q as a,a as p}from"./chunks/framework.51d6c45b.js";import"./chunks/mainnet_versions.84d9fd1c.js";const h="/img/Mainnet-Beta.png",m="/grove/grove-sandbox.png",u={name:"MainnetBetaDetails",data(){return{constants:d}}},g=e("tr",null,[e("th",null,"Detail"),e("th",null,"Value")],-1),H=e("td",null,"Chain ID",-1),y=e("tr",null,[e("td",null,"Genesis hash"),e("td",null,[e("code",null,"6BE39EFD10BA412A9DB5288488303F5DD32CF386707A5BEF33617F4C43301872")])],-1),f=e("td",null,"Genesis file",-1),V=["href"],b=e("td",null,"Peers file",-1),k=["href"],L=e("tr",null,[e("td",null,"Validators"),e("td",null," 100 ")],-1);function w(n,i,c,D,t,q){return o(),l("table",null,[g,e("tr",null,[H,e("td",null,[e("code",null,s(t.constants.mainnetChainId),1)])]),y,e("tr",null,[f,e("td",null,[e("a",{href:`https://github.com/celestiaorg/networks/blob/master/${t.constants.mainnetChainId}/genesis.json`,target:"_blank",rel:"noopener noreferrer"}," https://github.com/celestiaorg/networks/blob/master/"+s(t.constants.mainnetChainId)+"/genesis.json ",9,V)])]),e("tr",null,[b,e("td",null,[e("a",{href:`https://github.com/celestiaorg/networks/blob/master/${t.constants.mainnetChainId}/peers.txt`,target:"_blank",rel:"noopener noreferrer"}," https://github.com/celestiaorg/networks/blob/master/"+s(t.constants.mainnetChainId)+"/peers.txt ",9,k)])]),L])}const _=Q(u,[["render",w]]),v=a("",8),M=e("h2",{id:"software-version-numbers",tabindex:"-1"},[p("Software version numbers "),e("a",{class:"header-anchor",href:"#software-version-numbers","aria-label":'Permalink to "Software version numbers"'},"​")],-1),x=a("",8),Z={class:"MathJax",jax:"SVG",style:{direction:"ltr",position:"relative"}},C={style:{overflow:"visible","min-height":"1px","min-width":"1px","vertical-align":"-0.566ex"},xmlns:"http://www.w3.org/2000/svg",width:"68.588ex",height:"2.262ex",role:"img",focusable:"false",viewBox:"0 -750 30315.8 1000","aria-hidden":"true"},E=a("",1),P=[E],F=e("mjx-assistive-mml",{unselectable:"on",display:"inline",style:{top:"0px",left:"0px",clip:"rect(1px, 1px, 1px, 1px)","-webkit-touch-callout":"none","-webkit-user-select":"none","-khtml-user-select":"none","-moz-user-select":"none","-ms-user-select":"none","user-select":"none",position:"absolute",padding:"1px 0px 0px 0px",border:"0px",display:"block",width:"auto",overflow:"hidden"}},[e("math",{xmlns:"http://www.w3.org/1998/Math/MathML"},[e("mtext",null,"Total Bytes"),e("mo",null,"="),e("mo",{stretchy:"false"},"("),e("mn",null,"1"),e("mo",null,"×"),e("mn",null,"478"),e("mstyle",{scriptlevel:"0"},[e("mspace",{width:"0.167em"})]),e("mtext",null,"bytes"),e("mo",{stretchy:"false"},")"),e("mo",null,"+"),e("mo",{stretchy:"false"},"("),e("mn",null,"4094"),e("mo",null,"×"),e("mn",null,"482"),e("mstyle",{scriptlevel:"0"},[e("mspace",{width:"0.167em"})]),e("mtext",null,"bytes"),e("mo",{stretchy:"false"},")"),e("mo",null,"="),e("mn",null,"1"),e("mo",null,","),e("mn",null,"973"),e("mo",null,","),e("mn",null,"786"),e("mstyle",{scriptlevel:"0"},[e("mspace",{width:"0.167em"})]),e("mtext",null,"bytes")])],-1),A=a("",40),N=JSON.parse('{"title":"Mainnet Beta","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Mainnet Beta | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/mainnet.md","filePath":"nodes/mainnet.md","lastUpdated":1713191731000}'),B={name:"nodes/mainnet.md"},j=Object.assign(B,{setup(n){return(i,c)=>(o(),l("div",null,[v,r(_),M,r(T),x,e("p",null,[e("mjx-container",Z,[(o(),l("svg",C,P)),F])]),A]))}});export{N as __pageData,j as default}; 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    Mocha testnet ​

    mocha-testnet

    This guide contains the relevant sections for how to connect to Mocha, depending on the type of node you are running. Mocha testnet is designed to help validators test out their infrastructure and node software. Developers are encouraged to deploy their sovereign rollups on Mocha, but we also recommend Arabica devnet for that as it is designed for development purposes.

    Mocha is a milestone in Celestia, allowing everyone to test out core functionalities on the network. Read the announcement. Your best approach to participating is to first determine which node you would like to run. Each node's guide will link to the relevant networks, to show you how to connect to them.

    You have a list of options on the types of nodes you can run to participate in Mocha:

    Consensus:

    Data Availability:

    Select the type of node you would like to run and follow the instructions on each respective page. Whenever you are asked to select the type of network you want to connect to in those guides, select Mocha to refer to the correct instructions on this page on how to connect to Mocha.

    Network details ​

    ',11),S=e("h2",{id:"software-version-numbers",tabindex:"-1"},[u("Software version numbers "),e("a",{class:"header-anchor",href:"#software-version-numbers","aria-label":'Permalink to "Software version numbers"'},"​")],-1),A=i('

    RPC for DA bridge, full, and light nodes ​

    These RPC endpoints for DA nodes are to provide state access for querying the chain’s state and broadcasting transactions (balances, blobs, etc.) to the Celestia network. For users, they will need to provide a –core.ip string from a consensus node’s URL or IP that populates 2 ports for 2 types (RPC and gRPC, at ports 26657 and 9090, respectively) to their respective DA node.

    Bridge nodes

    Mentioned below RPC endpoints do not guarantee you the download of full blocks from them. We advise that if you are running a bridge node, that you also run a local full consensus node in order to download full blocks from it.

    • public-celestia-mocha4-consensus.numia.xyz
    • mocha-4-consensus.mesa.newmetric.xyz
    • full.consensus.mocha-4.celestia-mocha.com
    • consensus-full-mocha-4.celestia-mocha.com
    • rpc-mocha.pops.one

    RPC endpoints ​

    The RPC endpoint is to allow users to interact with Celestia's nodes by querying the node's state and broadcasting transactions on the Celestia network. The default port is 26657.

    • public-celestia-mocha4-consensus.numia.xyz:26657
    • mocha-4-consensus.mesa.newmetric.xyz:26657
    • rpc.celestia-mocha.com
    • rpc-2.celestia-mocha.com
    • celestia-testnet-rpc.f5nodes.com
    • celestia-testnet.brightlystake.com
    • rpc-celestia-mocha.architectnodes.com
    • rpc-celestia-mocha.trusted-point.com
    • rpc-celestia-testnet-01.stakeflow.io
    • mocha.celestia.rpc.cumulo.me
    • rpc-mocha-4.spidey.services
    • rpc-mocha-full.avril14th.org
    • rpc.mocha.bitszn.com
    • celestia-t-rpc.noders.services/

    API endpoints ​

    The API endpoint is to allow users to interact with the REST API in Cosmos SDK which is implemented using gRPC-gateway, which exposes gRPC endpoints as REST endpoints. This allows for communication with the node using REST calls, which can be useful if the client does not support gRPC or HTTP2. The default port is 1317.

    gRPC endpoints ​

    The gRPC endpoint is to allow users to interact with a Celestia Node using gRPC, a modern open-source and high-performance RPC framework. The default port is 9090. In the Cosmos SDK, gRPC is used to define state queries and broadcast transactions.

    • public-celestia-mocha4-consensus.numia.xyz:9090
    • mocha-4-consensus.mesa.newmetric.xyz:9090
    • grpc-mocha.pops.one
    • grpc.celestia-mocha.com:443
    • grpc-2.celestia-mocha.com:443
    • full.consensus.mocha-4.celestia-mocha.com:9090
    • consensus-full-mocha-4.celestia-mocha.com:9090
    • celestia-testnet-grpc.f5nodes.com
    • celestia-testnet.brightlystake.com:9390
    • grpc-celestia-mocha.architectnodes.com:1443
    • grpc-celestia-mocha.trusted-point.com:9099
    • grpc-celestia-testnet-01.stakeflow.io:16002
    • mocha.grpc.cumulo.me:443
    • grpc-mocha-4.spidey.services
    • grpc-mocha-full.avril14th.org
    • grpc.mocha.bitszn.com
    • celestia-grpc.noders.services:21090

    Bridge and full node endpoints ​

    The endpoints below are for bridge and full nodes only. They can be used to find bootstrapper peers in the p2p network.

    Bridge node 1:

    • da-bridge-mocha-4.celestia-mocha.com
    • bridge-mocha-4.da.celestia-mocha.com

    Bridge node 2:

    • da-bridge-mocha-4-2.celestia-mocha.com
    • bridge-mocha-4-2.da.celestia-mocha.com

    Full node 1:

    • da-full-1-mocha-4.celestia-mocha.com
    • full-1-mocha-4.da.celestia-mocha.com

    Full node 2:

    • da-full-2-mocha-4.celestia-mocha.com
    • full-2-mocha-4.da.celestia-mocha.com

    Mocha testnet faucet ​

    WARNING

    USING THIS FAUCET DOES NOT ENTITLE YOU TO ANY AIRDROP OR OTHER DISTRIBUTION OF MAINNET CELESTIA TOKENS. THERE ARE NO PUBLIC SALES OF ANY MAINNET CELESTIA TOKENS.

    You can request from Mocha testnet Faucet on the #mocha-faucet channel on Celestia's Discord server with the following command:

    text
    $request <CELESTIA-ADDRESS>
    $request <CELESTIA-ADDRESS>

    Where <CELESTIA-ADDRESS> is a celestia1****** generated address.

    NOTE

    Faucet has a limit of 10 tokens per week per address/Discord ID.

    Explorers ​

    There are several explorers you can use for Mocha:

    Network upgrades ​

    Join our Telegram announcement channel for network upgrades.

    ',34),B=JSON.parse('{"title":"Mocha testnet","description":"Learn how to connect to the Mocha network.","frontmatter":{"description":"Learn how to connect to the Mocha network.","head":[["meta",{"name":"og:title","content":"Mocha testnet | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/mocha-testnet.md","filePath":"nodes/mocha-testnet.md","lastUpdated":1713191769000}'),R={name:"nodes/mocha-testnet.md"},F=Object.assign(R,{setup(n){return(c,r)=>(s(),l("div",null,[E,a(P),S,a(d),A]))}});export{B as __pageData,F as default}; diff --git a/assets/nodes_mocha-testnet.md.d00a2606.lean.js b/assets/nodes_mocha-testnet.md.d00a2606.lean.js new file mode 100644 index 00000000000..ad6461c3bc4 --- /dev/null +++ b/assets/nodes_mocha-testnet.md.d00a2606.lean.js @@ -0,0 +1 @@ +import{M as d}from"./chunks/MochaVersionTags.139813c5.js";import{c as h}from"./chunks/constants.dc70dfe7.js";import{_ as p,o as s,c as l,k as e,t as o,H as a,Q as i,a as u}from"./chunks/framework.51d6c45b.js";import"./chunks/mocha_versions.3ba4a823.js";const m="/img/mocha.jpg",f={name:"MochaTestnetDetails",data(){return{constants:h}}},g=e("tr",null,[e("th",null,"Detail"),e("th",null,"Value")],-1),b=e("td",null,"Chain ID",-1),_=e("tr",null,[e("td",null,"Genesis hash"),e("td",null,[e("code",null,"B93BBE20A0FBFDF955811B6420F8433904664D45DB4BF51022BE4200C1A1680D")])],-1),k=e("td",null,"Genesis file",-1),w=["href"],T=e("td",null,"Peers file",-1),v=["href"],C=e("tr",null,[e("td",null,"Validators"),e("td",null," 100 ")],-1);function y(n,c,r,x,t,I){return s(),l("table",null,[g,e("tr",null,[b,e("td",null,[e("code",null,o(t.constants.mochaChainId),1)])]),_,e("tr",null,[k,e("td",null,[e("a",{href:`https://github.com/celestiaorg/networks/blob/master/${t.constants.mochaChainId}/genesis.json`,target:"_blank",rel:"noopener noreferrer"}," https://github.com/celestiaorg/networks/blob/master/"+o(t.constants.mochaChainId)+"/genesis.json ",9,w)])]),e("tr",null,[T,e("td",null,[e("a",{href:`https://github.com/celestiaorg/networks/blob/master/${t.constants.mochaChainId}/peers.txt`,target:"_blank",rel:"noopener noreferrer"}," https://github.com/celestiaorg/networks/blob/master/"+o(t.constants.mochaChainId)+"/peers.txt ",9,v)])]),C])}const P=p(f,[["render",y]]),E=i("",11),S=e("h2",{id:"software-version-numbers",tabindex:"-1"},[u("Software version numbers "),e("a",{class:"header-anchor",href:"#software-version-numbers","aria-label":'Permalink to "Software version numbers"'},"​")],-1),A=i("",34),B=JSON.parse('{"title":"Mocha testnet","description":"Learn how to connect to the Mocha network.","frontmatter":{"description":"Learn how to connect to the Mocha network.","head":[["meta",{"name":"og:title","content":"Mocha testnet | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/mocha-testnet.md","filePath":"nodes/mocha-testnet.md","lastUpdated":1713191769000}'),R={name:"nodes/mocha-testnet.md"},F=Object.assign(R,{setup(n){return(c,r)=>(s(),l("div",null,[E,a(P),S,a(d),A]))}});export{B as __pageData,F as default}; diff --git a/assets/nodes_overview.md.b302dbe6.js b/assets/nodes_overview.md.b302dbe6.js new file mode 100644 index 00000000000..047ad48c04a --- /dev/null +++ b/assets/nodes_overview.md.b302dbe6.js @@ -0,0 +1 @@ +import{_ as e,o,c as t,Q as n}from"./chunks/framework.51d6c45b.js";const a="/img/node-requirements.jpg",_=JSON.parse('{"title":"Overview to running nodes on Celestia","description":"An overview on how to participate in the Celestia network.","frontmatter":{"description":"An overview on how to participate in the Celestia network.","head":[["meta",{"name":"og:title","content":"Overview to running nodes on Celestia | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/overview.md","filePath":"nodes/overview.md","lastUpdated":1711744858000}'),i={name:"nodes/overview.md"},s=n('

    Overview to running nodes on Celestia ​

    There are many ways you can participate in the Celestia networks.

    Celestia node operators can run several options on the network.

    Consensus:

    • Validator node: This type of node participates in consensus by producing and voting on blocks.
    • Full consensus node: A celestia-app Full node to sync blockchain history.

    Data Availability:

    • Bridge node: This node bridges blocks between the Data-Availability network and the Consensus network.
    • Full storage node: This node stores all the data but does not connect to Consensus.
    • Light node: Light clients conduct data availability sampling on the Data Availability network.

    You can learn more about how to set up each different node by going through each tutorial guide.

    Banner

    Please provide any feedback on the tutorials and guides. If you notice a bug or issue, feel free to make a pull request or write up a Github issue!

    ',10),r=[s];function l(d,c,p,u,h,v){return o(),t("div",null,r)}const f=e(i,[["render",l]]);export{_ as __pageData,f as default}; diff --git a/assets/nodes_overview.md.b302dbe6.lean.js b/assets/nodes_overview.md.b302dbe6.lean.js new file mode 100644 index 00000000000..1dcaefd785e --- /dev/null +++ b/assets/nodes_overview.md.b302dbe6.lean.js @@ -0,0 +1 @@ +import{_ as e,o,c as t,Q as n}from"./chunks/framework.51d6c45b.js";const a="/img/node-requirements.jpg",_=JSON.parse('{"title":"Overview to running nodes on Celestia","description":"An overview on how to participate in the Celestia network.","frontmatter":{"description":"An overview on how to participate in the Celestia network.","head":[["meta",{"name":"og:title","content":"Overview to running nodes on Celestia | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/overview.md","filePath":"nodes/overview.md","lastUpdated":1711744858000}'),i={name:"nodes/overview.md"},s=n("",10),r=[s];function l(d,c,p,u,h,v){return o(),t("div",null,r)}const f=e(i,[["render",l]]);export{_ as __pageData,f as default}; diff --git a/assets/nodes_participate.md.4b9d8d8b.js b/assets/nodes_participate.md.4b9d8d8b.js new file mode 100644 index 00000000000..40058266632 --- /dev/null +++ b/assets/nodes_participate.md.4b9d8d8b.js @@ -0,0 +1 @@ +import{A as r}from"./chunks/ArabicaVersionTags.e649ff5a.js";import{M as n}from"./chunks/MochaVersionTags.139813c5.js";import{M as i}from"./chunks/MainnetVersionTags.4372f6f0.js";import{o as s,c,H as a,Q as o,k as e,a as t}from"./chunks/framework.51d6c45b.js";import"./chunks/arabica_versions.d7daf483.js";import"./chunks/constants.dc70dfe7.js";import"./chunks/mocha_versions.3ba4a823.js";import"./chunks/mainnet_versions.84d9fd1c.js";const l=o('

    Participate in the Celestia networks ​

    Mainnet Beta ​

    Celestia’s Mainnet Beta is the production network for deploying mainnet rollups and applications. This marks the culmination of years of development and community testing. While the network is stable and continues to receive updates, it remains experimental and users may experience occasional instability or reduced performance.

    Compatible software versions for Mainnet Beta ​

    ',4),d=o('

    Testnets ​

    Celestia currently has two existing testnets that you can participate in:

    Arabica Devnet ​

    Arabica devnet is a devnet focused on developers who want to deploy sovereign rollups on the latest changes from Celestia's codebase. Arabica will be updated frequently and might be unstable at times given new updates. Validators won't be able to validate on Arabica as it is not designed for validators to participate.

    Compatible software versions for Arabica devnet ​

    ',5),h=o('

    Mocha testnet ​

    Mocha testnet is a testnet focused on enabling validators to test out their infrastructure by running nodes connected to the network. Developers can also deploy sovereign rollups on Mocha, it just will always be behind Arabica as Mocha upgrades are slower given they need to be done via hardforks in coordination with the validator community on Mocha.

    Compatible software versions for Mocha testnet ​

    ',3),p=e("h2",{id:"network-upgrades",tabindex:"-1"},[t("Network upgrades "),e("a",{class:"header-anchor",href:"#network-upgrades","aria-label":'Permalink to "Network upgrades"'},"​")],-1),m=e("p",null,[t("Join our "),e("a",{href:"https://t.me/+smSFIA7XXLU4MjJh",target:"_blank",rel:"noreferrer"},"Telegram announcement channel"),t(" for network upgrades.")],-1),M=JSON.parse('{"title":"Participate in the Celestia networks","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Participate in the Celestia networks | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/participate.md","filePath":"nodes/participate.md","lastUpdated":1710176202000}'),b={name:"nodes/participate.md"},q=Object.assign(b,{setup(f){return(_,u)=>(s(),c("div",null,[l,a(i),d,a(r),h,a(n),p,m]))}});export{M as __pageData,q as default}; diff --git a/assets/nodes_participate.md.4b9d8d8b.lean.js b/assets/nodes_participate.md.4b9d8d8b.lean.js new file mode 100644 index 00000000000..b93e7065216 --- /dev/null +++ b/assets/nodes_participate.md.4b9d8d8b.lean.js @@ -0,0 +1 @@ +import{A as r}from"./chunks/ArabicaVersionTags.e649ff5a.js";import{M as n}from"./chunks/MochaVersionTags.139813c5.js";import{M as i}from"./chunks/MainnetVersionTags.4372f6f0.js";import{o as s,c,H as a,Q as o,k as e,a as t}from"./chunks/framework.51d6c45b.js";import"./chunks/arabica_versions.d7daf483.js";import"./chunks/constants.dc70dfe7.js";import"./chunks/mocha_versions.3ba4a823.js";import"./chunks/mainnet_versions.84d9fd1c.js";const l=o("",4),d=o("",5),h=o("",3),p=e("h2",{id:"network-upgrades",tabindex:"-1"},[t("Network upgrades "),e("a",{class:"header-anchor",href:"#network-upgrades","aria-label":'Permalink to "Network upgrades"'},"​")],-1),m=e("p",null,[t("Join our "),e("a",{href:"https://t.me/+smSFIA7XXLU4MjJh",target:"_blank",rel:"noreferrer"},"Telegram announcement channel"),t(" for network upgrades.")],-1),M=JSON.parse('{"title":"Participate in the Celestia networks","description":"","frontmatter":{"head":[["meta",{"name":"og:title","content":"Participate in the Celestia networks | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/participate.md","filePath":"nodes/participate.md","lastUpdated":1710176202000}'),b={name:"nodes/participate.md"},q=Object.assign(b,{setup(f){return(_,u)=>(s(),c("div",null,[l,a(i),d,a(r),h,a(n),p,m]))}});export{M as __pageData,q as default}; diff --git a/assets/nodes_quick-start.md.05f1f426.js b/assets/nodes_quick-start.md.05f1f426.js new file mode 100644 index 00000000000..7cf253347ed --- /dev/null +++ b/assets/nodes_quick-start.md.05f1f426.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as o}from"./chunks/framework.51d6c45b.js";const f=JSON.parse('{"title":"Quick start guide","description":"Learn how to get started and run your first node on Celestia.","frontmatter":{"description":"Learn how to get started and run your first node on Celestia.","head":[["meta",{"name":"og:title","content":"Quick start guide | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/quick-start.md","filePath":"nodes/quick-start.md","lastUpdated":1698417238000}'),i={name:"nodes/quick-start.md"},n=o('

    Quick start guide ​

    In this section, we show you how to get started with installing the needed libraries and packages in Celestia to help you run a node on Celestia.

    Celestia Node ​

    Install celestia-node allows you to get started with running a light node and do data availability sampling.

    Light nodes are the best nodes to test out initially if you are new to participating in Celestia.

    celestia-node client also allows you to run other types of data availability (DA) nodes like bridge and full DA storage nodes, which will be covered in later sections.

    Celestia App ​

    Install celestia-app allows you to get started running a consensus node.

    celestia-app is the software that allows you to run validator nodes and also provide RPC endpoints.

    celestia-app covers the consensus layer, while celestia-node covers the DA layer.

    Getting started ​

    As covered in the previous section, Celestia offers two different test networks, Arabica devnet and Mocha testnet.

    If you are planning to run a light node, it is recommended to use Arabica, which you will find options to connecting to in the later sections.

    If you plan on running a validator, your only option is to run your node on Mocha.

    In this quick start guide, we will go over installing both of the software clients: celestia-node and celestia-app.

    NOTE

    If you just want to run a light node, you don't need to install celestia-app and can skip that part.

    Proceed to the next section in order to get started.

    ',17),s=[n];function r(l,d,c,p,u,h){return t(),a("div",null,s)}const _=e(i,[["render",r]]);export{f as __pageData,_ as default}; diff --git a/assets/nodes_quick-start.md.05f1f426.lean.js b/assets/nodes_quick-start.md.05f1f426.lean.js new file mode 100644 index 00000000000..8522063af9a --- /dev/null +++ b/assets/nodes_quick-start.md.05f1f426.lean.js @@ -0,0 +1 @@ +import{_ as e,o as t,c as a,Q as o}from"./chunks/framework.51d6c45b.js";const f=JSON.parse('{"title":"Quick start guide","description":"Learn how to get started and run your first node on Celestia.","frontmatter":{"description":"Learn how to get started and run your first node on Celestia.","head":[["meta",{"name":"og:title","content":"Quick start guide | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/quick-start.md","filePath":"nodes/quick-start.md","lastUpdated":1698417238000}'),i={name:"nodes/quick-start.md"},n=o("",17),s=[n];function r(l,d,c,p,u,h){return t(),a("div",null,s)}const _=e(i,[["render",r]]);export{f as __pageData,_ as default}; diff --git a/assets/nodes_systemd.md.459598f1.js b/assets/nodes_systemd.md.459598f1.js new file mode 100644 index 00000000000..59bbeeff741 --- /dev/null +++ b/assets/nodes_systemd.md.459598f1.js @@ -0,0 +1,125 @@ +import{_ as s,o as a,c as n,Q as l}from"./chunks/framework.51d6c45b.js";const h=JSON.parse('{"title":"Setting up your node as a background process with SystemD","description":"Learn how to setup your node as a background process with SystemD.","frontmatter":{"description":"Learn how to setup your node as a background process with SystemD.","head":[["meta",{"name":"og:title","content":"Setting up your node as a background process with SystemD | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/systemd.md","filePath":"nodes/systemd.md","lastUpdated":1707833567000}'),e={name:"nodes/systemd.md"},p=l(`

    Setting up your node as a background process with SystemD ​

    SystemD is a daemon service useful for running applications as background processes.

    Consensus nodes ​

    If you are running a validator or full consensus node, here are the steps to setting up celestia-appd as a background process.

    Start the celestia-app with SystemD ​

    SystemD is a daemon service useful for running applications as background processes.

    Create Celestia-App systemd file:

    sh
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-appd.service
+[Unit]
+Description=celestia-appd Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia-appd) start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=65535
+
+[Install]
+WantedBy=multi-user.target
+EOF
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-appd.service
+[Unit]
+Description=celestia-appd Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia-appd) start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=65535
+
+[Install]
+WantedBy=multi-user.target
+EOF

    If the file was created successfully you will be able to see its content:

    sh
    cat /etc/systemd/system/celestia-appd.service
    cat /etc/systemd/system/celestia-appd.service

    Enable and start celestia-appd daemon:

    sh
    sudo systemctl enable celestia-appd
+sudo systemctl start celestia-appd
    sudo systemctl enable celestia-appd
+sudo systemctl start celestia-appd

    Check if daemon has been started correctly:

    sh
    sudo systemctl status celestia-appd
    sudo systemctl status celestia-appd

    Check daemon logs in real time:

    sh
    sudo journalctl -u celestia-appd.service -f
    sudo journalctl -u celestia-appd.service -f

    To check if your node is in sync before going forward:

    sh
    curl -s localhost:26657/status | jq .result | jq .sync_info
    curl -s localhost:26657/status | jq .result | jq .sync_info

    Make sure that you have "catching_up": false, otherwise leave it running until it is in sync.

    Data availability nodes ​

    Celestia full storage node ​

    Create Celestia full storage node systemd file:

    sh
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-full.service
+[Unit]
+Description=celestia-full Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) full start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=1400000
+
+[Install]
+WantedBy=multi-user.target
+EOF
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-full.service
+[Unit]
+Description=celestia-full Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) full start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=1400000
+
+[Install]
+WantedBy=multi-user.target
+EOF

    If the file was created successfully you will be able to see its content:

    sh
    cat /etc/systemd/system/celestia-full.service
    cat /etc/systemd/system/celestia-full.service

    Enable and start celestia-full daemon:

    sh
    sudo systemctl enable celestia-full
+sudo systemctl start celestia-full && sudo journalctl -u \\
+celestia-full.service -f
    sudo systemctl enable celestia-full
+sudo systemctl start celestia-full && sudo journalctl -u \\
+celestia-full.service -f

    You should be seeing logs coming through of the full storage node syncing.

    Celestia bridge node ​

    Create Celestia Bridge systemd file:

    sh
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-bridge.service
+[Unit]
+Description=celestia-bridge Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) bridge start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=1400000
+
+[Install]
+WantedBy=multi-user.target
+EOF
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-bridge.service
+[Unit]
+Description=celestia-bridge Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) bridge start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=1400000
+
+[Install]
+WantedBy=multi-user.target
+EOF

    If the file was created successfully you will be able to see its content:

    sh
    cat /etc/systemd/system/celestia-bridge.service
    cat /etc/systemd/system/celestia-bridge.service

    Enable and start celestia-bridge daemon:

    sh
    sudo systemctl enable celestia-bridge
+sudo systemctl start celestia-bridge && sudo journalctl -u \\
+celestia-bridge.service -f
    sudo systemctl enable celestia-bridge
+sudo systemctl start celestia-bridge && sudo journalctl -u \\
+celestia-bridge.service -f

    Now, the Celestia bridge node will start syncing headers and storing blocks from celestia-app.

    NOTE

    At startup, we can see the multiaddress from Celestia bridge node. This is needed for future light node connections and communication between Celestia Bridge Nodes

    Example:

    sh
    NODE_IP=<URI>]
+/ip4/$NODE_IP/tcp/2121/p2p/12D3KooWD5wCBJXKQuDjhXFjTFMrZoysGVLtVht5hMoVbSLCbV22
    NODE_IP=<URI>]
+/ip4/$NODE_IP/tcp/2121/p2p/12D3KooWD5wCBJXKQuDjhXFjTFMrZoysGVLtVht5hMoVbSLCbV22

    You should be seeing logs coming through of the bridge node syncing.

    Celestia light node ​

    Start the light node as daemon process in the background

    sh
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-lightd.service
+[Unit]
+Description=celestia-lightd light node
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) light start --core.ip <URI>
+Restart=on-failure
+RestartSec=3
+
+[Install]
+WantedBy=multi-user.target
+EOF
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-lightd.service
+[Unit]
+Description=celestia-lightd light node
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) light start --core.ip <URI>
+Restart=on-failure
+RestartSec=3
+
+[Install]
+WantedBy=multi-user.target
+EOF

    If the file was created successfully you will be able to see its content:

    sh
    cat /etc/systemd/system/celestia-lightd.service
    cat /etc/systemd/system/celestia-lightd.service

    Enable and start celestia-lightd daemon:

    sh
    sudo systemctl enable celestia-lightd
+sudo systemctl start celestia-lightd
    sudo systemctl enable celestia-lightd
+sudo systemctl start celestia-lightd

    Check if daemon has been started correctly:

    sh
    sudo systemctl status celestia-lightd
    sudo systemctl status celestia-lightd

    Check daemon logs in real time:

    sh
    sudo journalctl -u celestia-lightd.service -f
    sudo journalctl -u celestia-lightd.service -f

    Now, the Celestia light node will start syncing headers. After sync is finished, light node will do Data Availability Sampling (DAS) from the bridge node.

    `,52),o=[p];function t(c,r,i,y,d,E){return a(),n("div",null,o)}const u=s(e,[["render",t]]);export{h as __pageData,u as default}; diff --git a/assets/nodes_systemd.md.459598f1.lean.js b/assets/nodes_systemd.md.459598f1.lean.js new file mode 100644 index 00000000000..c7fffb5b101 --- /dev/null +++ b/assets/nodes_systemd.md.459598f1.lean.js @@ -0,0 +1 @@ +import{_ as s,o as a,c as n,Q as l}from"./chunks/framework.51d6c45b.js";const h=JSON.parse('{"title":"Setting up your node as a background process with SystemD","description":"Learn how to setup your node as a background process with SystemD.","frontmatter":{"description":"Learn how to setup your node as a background process with SystemD.","head":[["meta",{"name":"og:title","content":"Setting up your node as a background process with SystemD | Celestia Docs"},{"name":"og:description","content":false}]]},"headers":[],"relativePath":"nodes/systemd.md","filePath":"nodes/systemd.md","lastUpdated":1707833567000}'),e={name:"nodes/systemd.md"},p=l("",52),o=[p];function t(c,r,i,y,d,E){return a(),n("div",null,o)}const u=s(e,[["render",t]]);export{h as __pageData,u as default}; diff --git a/assets/nodes_validator-node.md.6e656228.js b/assets/nodes_validator-node.md.6e656228.js new file mode 100644 index 00000000000..fd0c9ee5916 --- /dev/null +++ b/assets/nodes_validator-node.md.6e656228.js @@ -0,0 +1,83 @@ +import{c as o}from"./chunks/constants.dc70dfe7.js";import{o as t,c as p,k as s,a,t as e,l,Q as n}from"./chunks/framework.51d6c45b.js";const c="/img/nodes/validator.png",i=n('

    Setting up a Celestia validator node ​

    This tutorial will guide you through setting up a validator node on Celestia. Validator nodes allow you to participate in consensus in the Celestia network.

    validator node

    Hardware requirements ​

    The following hardware minimum requirements are recommended for running a validator node:

    • Memory: 8 GB RAM
    • CPU: 6 cores
    • Disk: 500 GB SSD Storage
    • Bandwidth: 1 Gbps for Download/1 Gbps for Upload

    Setting up a validator node ​

    The following tutorial is done on an Ubuntu Linux 20.04 (LTS) x64 instance machine.

    First, follow the instructions on setting up a full consensus node.

    Wallet ​

    Follow the tutorial on creating a wallet.

    Delegate stake to a validator ​

    Create an environment variable for the address:

    bash
    VALIDATOR_WALLET=<validator-wallet-name>
    VALIDATOR_WALLET=<validator-wallet-name>

    If you want to delegate more stake to any validator, including your own you will need the celesvaloper address of the validator in question. You can run the command below to get the celesvaloper of your local validator wallet in case you want to delegate more to it:

    bash
    celestia-appd keys show $VALIDATOR_WALLET --bech val -a
    celestia-appd keys show $VALIDATOR_WALLET --bech val -a

    After entering the wallet passphrase you should see a similar output:

    bash
    Enter keyring passphrase:
+celesvaloper1q3v5cugc8cdpud87u4zwy0a74uxkk6u43cv6hd
    Enter keyring passphrase:
+celesvaloper1q3v5cugc8cdpud87u4zwy0a74uxkk6u43cv6hd

    To delegate tokens to the celestiavaloper validator, as an example you can run:

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    If successful, you should see a similar output as:

    console
    code: 0
+codespace: ""
+data: ""
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: <tx-hash>
    code: 0
+codespace: ""
+data: ""
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: <tx-hash>

    You can check if the TX hash went through using the block explorer by inputting the txhash ID that was returned.

    Optional: Deploy the celestia-node ​

    Running a bridge node is critical to the Celestia network as it enables the data availability and consensus nodes to communicate with one another. It is recommended to support the data availability network, but is not required for celestia-app.

    If you are not running a bridge node, you can skip to run a validator node.

    This section describes part 2 of Celestia validator node setup: running a Celestia bridge node daemon.

    Install celestia-node ​

    You can follow the tutorial for installing celestia-node

    Initialize the bridge node ​

    Run the following:

    bash
    celestia bridge init --core.ip <URI>
    celestia bridge init --core.ip <URI>

    TIP

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    If you need a list of RPC endpoints to connect to, you can find the list on the Mocha testnet page or list on the Arabica devnet page.

    Run the bridge node ​

    Run the following:

    bash
    celestia bridge start
    celestia bridge start

    Optional: start the bridge node with SystemD ​

    Follow the tutorial on setting up the bridge node as a background process with SystemD.

    You have successfully set up a bridge node that is syncing with the network.

    Run the validator node ​

    In order to start your validator node, run the following:

    bash
    celestia-appd start
    celestia-appd start

    After completing all the necessary steps, you are now ready to run a validator! In order to create your validator onchain, follow the instructions below. Keep in mind that these steps are necessary ONLY if you want to participate in the consensus.

    Pick a moniker name of your choice! This is the validator name that will show up on public dashboards and explorers. VALIDATOR_WALLET must be the same you defined previously. Parameter --min-self-delegation=1000000 defines the amount of tokens that are self delegated from your validator wallet.

    Now, connect to the network of your choice.

    You have the following option of connecting to list of networks shown below:

    Continuing the validator tutorial, here are the steps to connect your validator to Mocha:

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    You will be prompted to confirm the transaction:

    console
    confirm transaction before signing and broadcasting [y/N]: y
    confirm transaction before signing and broadcasting [y/N]: y

    Inputting y should provide an output similar to:

    console
    code: 0
+codespace: ""
+data: ""
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: <tx-hash>
    code: 0
+codespace: ""
+data: ""
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: <tx-hash>

    You should now be able to see your validator from a block explorer

    Submit your validator information ​

    After starting your node, please submit your node as a seed and peer to the networks repository.

    Optional: Transaction indexer configuration options ​

    Follow the instructions under transaction indexer configuration options to configure your config.toml file to select which transactions to index.

    Additional resources ​

    For additional resources, refer to the extra resources for consensus nodessection of the full consensus node page .

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+#!/bin/bash + +# ASCII art +echo " __ __ _ " +echo " _______ / /__ ___ / /_(_)__ ________ ____ ___ " +echo "/ __/ -_) / -_|_-> "$LOGFILE" 2>&1; then + echo "Download failed. Exiting." | tee -a "$LOGFILE" + exit 1 +fi + +# Detect if running on macOS and use appropriate command for checksum +if [ "$OS" = "Darwin" ]; then + CALCULATED_CHECKSUM=$(shasum -a 256 "celestia-app_$PLATFORM.tar.gz" | awk '{print $1}') +else + CALCULATED_CHECKSUM=$(sha256sum "celestia-app_$PLATFORM.tar.gz" | awk '{print $1}') +fi + +# Download checksums.txt +if ! wget "https://github.com/celestiaorg/celestia-app/releases/download/$VERSION/checksums.txt" >> "$LOGFILE" 2>&1; then + echo "Failed to download checksums. Exiting." | tee -a "$LOGFILE" + exit 1 +fi + +# Find the expected checksum in checksums.txt +EXPECTED_CHECKSUM=$(grep "celestia-app_$PLATFORM.tar.gz" checksums.txt | awk '{print $1}') + +# Verify the checksum +if [ "$CALCULATED_CHECKSUM" != "$EXPECTED_CHECKSUM" ]; then + echo "Checksum verification failed. Expected: $EXPECTED_CHECKSUM, but got: $CALCULATED_CHECKSUM. Exiting." | tee -a "$LOGFILE" + exit 1 +else + echo "Checksum verification successful." | tee -a "$LOGFILE" +fi + +# Extract the tarball to the temporary directory +if ! tar -xzf "celestia-app_$PLATFORM.tar.gz" >> "$LOGFILE" 2>&1; then + echo "Extraction failed. Exiting." | tee -a "$LOGFILE" + exit 1 +fi + +# Log and print a message +echo "Binary extracted to: $TEMP_DIR" | tee -a "$LOGFILE" + +# Remove the tarball to clean up +rm "celestia-app_$PLATFORM.tar.gz" + +# Log and print a message +echo "Temporary files cleaned up." | tee -a "$LOGFILE" + +# Ask the user if they want to move the binary to /usr/local/bin +read -p "Do you want to move the binary to /usr/local/bin? This will require sudo access. (y/n) " -n 1 -r +echo # move to a new line +if [[ $REPLY =~ ^[Yy]$ ]] +then + sudo mv "$TEMP_DIR/celestia-appd" /usr/local/bin/ + echo "Binary moved to /usr/local/bin" | tee -a "$LOGFILE" + # Create a symbolic link in the temporary directory + ln -s /usr/local/bin/celestia-appd "$TEMP_DIR/celestia-appd" + echo "Symbolic link created in $TEMP_DIR" | tee -a "$LOGFILE" + echo "" + echo "You can now run celestia-appd from anywhere." | tee -a "$LOGFILE" + echo "" + echo "To check its version and see the menu, execute the following command:" | tee -a "$LOGFILE" + echo "" + echo "celestia-appd version && celestia-appd --help" | tee -a "$LOGFILE" +else + echo "" + echo "You can navigate to $TEMP_DIR to find and run celestia-appd." | tee -a "$LOGFILE" + echo "" + echo "To check its version and see the menu, execute the following commands:" | tee -a "$LOGFILE" + echo "" + echo "cd $TEMP_DIR" | tee -a "$LOGFILE" + echo "chmod +x celestia-appd" | tee -a "$LOGFILE" + echo "./celestia-appd version && ./celestia-appd --help" | tee -a "$LOGFILE" +fi \ No newline at end of file diff --git a/celestia-node.sh b/celestia-node.sh new file mode 100644 index 00000000000..336424cfdfe --- /dev/null +++ b/celestia-node.sh @@ -0,0 +1,159 @@ +#!/bin/bash + +# ASCII art +echo " _ _ _ _ " +echo " __ ___| |___ __| |_(_)__ _ ___ _ _ ___ __| |___ " +echo "/ _/ -_) / -_|_-< _| / _\` |___| ' \\/ _ \\/ _\` / -_)" +echo "\\__\\___|_\\___/__/\__|_\\__,_| |_||_\\___/\\__,_\\___|" +echo " " + +# Declare a log file and a temp directory +LOGFILE="$HOME/celestia-node-temp/logfile.log" +TEMP_DIR="$HOME/celestia-node-temp" + +# Check if the directory exists +if [ -d "$TEMP_DIR" ]; then + read -p "Directory $TEMP_DIR exists. Do you want to clear it out? (y/n) " -n 1 -r + echo # move to a new line + if [[ $REPLY =~ ^[Yy]$ ]] + then + rm -rf "$TEMP_DIR" + echo "Directory $TEMP_DIR has been removed." + fi +fi + +# Create a temporary directory to work from +mkdir -p "$TEMP_DIR" +touch "$LOGFILE" + +# Log and print the log file location +echo "Log file is located at: $LOGFILE" | tee -a "$LOGFILE" + +# Change to $TEMP_DIR and print a message +cd "$TEMP_DIR" || exit 1 +echo "Working from temporary directory: $TEMP_DIR" | tee -a "$LOGFILE" + +# Fetch the latest release tag from GitHub +VERSION=$(curl -s "https://api.github.com/repos/celestiaorg/celestia-node/releases/latest" | grep '"tag_name":' | sed -E 's/.*"([^"]+)".*/\1/') + +# Check if VERSION is empty +if [ -z "$VERSION" ]; then + echo "Failed to fetch the latest version. Exiting." | tee -a "$LOGFILE" + exit 1 +fi + +# Log and print a message +echo "Latest version detected: $VERSION" | tee -a "$LOGFILE" + +# Detect the operating system and architecture +OS=$(uname -s) +ARCH=$(uname -m) + +# Translate architecture to expected format +case $ARCH in + x86_64) + ARCH="x86_64" + ;; + aarch64|arm64) + ARCH="arm64" + ;; + *) + echo "Unsupported architecture: $ARCH. Exiting." | tee -a "$LOGFILE" + exit 1 + ;; +esac + +# Translate OS to expected format +case $OS in + Linux|Darwin) + ;; + *) + echo "Unsupported operating system: $OS. Exiting." | tee -a "$LOGFILE" + exit 1 + ;; +esac + +# Construct the download URL +PLATFORM="${OS}_${ARCH}" +URL="https://github.com/celestiaorg/celestia-node/releases/download/$VERSION/celestia-node_$PLATFORM.tar.gz" + +# Check if URL is valid +if [[ ! $URL =~ ^https://github.com/celestiaorg/celestia-node/releases/download/[^/]+/celestia-node_[^/]+.tar.gz$ ]]; then + echo "Invalid URL: $URL. Exiting." | tee -a "$LOGFILE" + exit 1 +fi + +# Log and print a message +echo "Downloading from: $URL" | tee -a "$LOGFILE" + +# Download the tarball +if ! wget "$URL" >> "$LOGFILE" 2>&1; then + echo "Download failed. Exiting." | tee -a "$LOGFILE" + exit 1 +fi + +# Detect if running on macOS and use appropriate command for checksum +if [ "$OS" = "Darwin" ]; then + CALCULATED_CHECKSUM=$(shasum -a 256 "celestia-node_$PLATFORM.tar.gz" | awk '{print $1}') +else + CALCULATED_CHECKSUM=$(sha256sum "celestia-node_$PLATFORM.tar.gz" | awk '{print $1}') +fi + +# Download checksums.txt +if ! wget "https://github.com/celestiaorg/celestia-node/releases/download/$VERSION/checksums.txt" >> "$LOGFILE" 2>&1; then + echo "Failed to download checksums. Exiting." | tee -a "$LOGFILE" + exit 1 +fi + +# Find the expected checksum in checksums.txt +EXPECTED_CHECKSUM=$(grep "celestia-node_$PLATFORM.tar.gz" checksums.txt | awk '{print $1}') + +# Verify the checksum +if [ "$CALCULATED_CHECKSUM" != "$EXPECTED_CHECKSUM" ]; then + echo "Checksum verification failed. Expected: $EXPECTED_CHECKSUM, but got: $CALCULATED_CHECKSUM. Exiting." | tee -a "$LOGFILE" + exit 1 +else + echo "Checksum verification successful." | tee -a "$LOGFILE" +fi + +# Extract the tarball to the temporary directory +if ! tar -xzf "celestia-node_$PLATFORM.tar.gz" >> "$LOGFILE" 2>&1; then + echo "Extraction failed. Exiting." | tee -a "$LOGFILE" + exit 1 +fi + +# Log and print a message +echo "Binary extracted to: $TEMP_DIR" | tee -a "$LOGFILE" + +# Remove the tarball to clean up +rm "celestia-node_$PLATFORM.tar.gz" + +# Log and print a message +echo "Temporary files cleaned up." | tee -a "$LOGFILE" + +# Ask the user if they want to move the binary to /usr/local/bin +read -p "Do you want to move the binary to /usr/local/bin? This will require sudo access. (y/n) " -n 1 -r +echo # move to a new line +if [[ $REPLY =~ ^[Yy]$ ]] +then + sudo mv "$TEMP_DIR/celestia" /usr/local/bin/ + echo "Binary moved to /usr/local/bin" | tee -a "$LOGFILE" + # Create a symbolic link in the temporary directory + ln -s /usr/local/bin/celestia "$TEMP_DIR/celestia" + echo "Symbolic link created in $TEMP_DIR" | tee -a "$LOGFILE" + echo "" + echo "You can now run celestia from anywhere." | tee -a "$LOGFILE" + echo "" + echo "To check its version and see the menu, execute the following command:" | tee -a "$LOGFILE" + echo "" + echo "celestia version && celestia --help" | tee -a "$LOGFILE" +else + echo "" + echo "You can navigate to $TEMP_DIR to find and run celestia." | tee -a "$LOGFILE" + echo "" + echo "To check its version and see the menu, execute the following commands:" | tee -a "$LOGFILE" + echo "" + echo "cd $TEMP_DIR" | tee -a "$LOGFILE" + echo "chmod +x celestia" | tee -a "$LOGFILE" + echo "./celestia version && ./celestia --help" | tee -a "$LOGFILE" +fi diff --git a/community/calendar.html b/community/calendar.html new file mode 100644 index 00000000000..94804f95459 --- /dev/null +++ b/community/calendar.html @@ -0,0 +1,45 @@ + + + + + + Community calendar | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

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    Community calendar ​

    The Celestia community calendar is available for finding all the different community call events happening in Celestia's community.

    Add the community calendar to your personal calendar to stay updated with all the events.

    Explore past community call agendas, notes, and recordings for more insights.

    + + + + \ No newline at end of file diff --git a/community/coc.html b/community/coc.html new file mode 100644 index 00000000000..269d3020b10 --- /dev/null +++ b/community/coc.html @@ -0,0 +1,45 @@ + + + + + + Celestia.org Code of Conduct | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

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    Celestia.org Code of Conduct ​

    Our Pledge ​

    We as Celestia.org members, contributors, and leaders pledge to make participation in our community a harassment-free experience for everyone, regardless of age, body size, visible or invisible disability, ethnicity, sex characteristics, gender identity and expression, level of experience, education, socio-economic status, nationality, personal appearance, race, caste, color, religion, or sexual identity and orientation.

    We pledge to act and interact in ways that contribute to an open, welcoming, diverse, inclusive, and healthy community.

    Our Standards ​

    Examples of behavior that contributes to a positive environment for our community include:

    • Demonstrating empathy and kindness toward other people
    • Being respectful of differing opinions, viewpoints, and experiences
    • Giving and gracefully accepting constructive feedback
    • Accepting responsibility and apologizing to those affected by our mistakes, and learning from the experience
    • Focusing on what is best not just for us as individuals, but for the overall community
    • Contributing to conversations about Celestia’s technology and ecosystem

    Examples of unacceptable behavior include:

    • The use of sexualized language or imagery, and sexual attention or advances of any kind
    • Trolling, insulting or derogatory comments, and personal or political attacks
    • Public or private harassment
    • Publishing others' private information, such as a physical or email address, without their explicit permission
    • Focusing on the prices of digital assets or tokens, or where they can be purchased
    • Other conduct which could reasonably be considered inappropriate in a professional setting

    Enforcement Responsibilities ​

    Community leaders are responsible for clarifying and enforcing our standards of acceptable behavior and will take appropriate and fair corrective action in response to any behavior that they deem inappropriate, threatening, offensive, or harmful.

    Community leaders have the right and responsibility to remove, edit, or reject comments, commits, code, wiki edits, issues, and other contributions that are not aligned to this Code of Conduct, and will communicate reasons for moderation decisions when appropriate.

    Scope ​

    This Code of Conduct applies within all community spaces, and also applies when an individual is officially representing the community in public spaces. Examples of representing our community include using an official e-mail address, posting via an official social media account, or acting as an appointed representative at an online or offline event.

    Enforcement ​

    Instances of abusive, harassing, or otherwise unacceptable behavior may be reported to the community leaders responsible for enforcement at Celestia.org Discord. All complaints will be reviewed and investigated promptly and fairly.

    All community leaders are obligated to respect the privacy and security of the reporter of any incident.

    Enforcement Guidelines ​

    Community leaders will follow these Community Impact Guidelines in determining the consequences for any action they deem in violation of this Code of Conduct:

    1. Correction ​

    Community Impact: Use of inappropriate language or other behavior deemed unprofessional or unwelcome in the community.

    Consequence: A private, written warning from community leaders, providing clarity around the nature of the violation and an explanation of why the behavior was inappropriate. A public apology may be requested.

    2. Warning ​

    Community Impact: A violation through a single incident or series of actions.

    Consequence: A warning with consequences for continued behavior. No interaction with the people involved, including unsolicited interaction with those enforcing the Code of Conduct, for a specified period of time. This includes avoiding interactions in community spaces as well as external channels like social media. Violating these terms may lead to a temporary or permanent ban.

    3. Temporary Ban ​

    Community Impact: A serious violation of community standards, including sustained inappropriate behavior.

    Consequence: A temporary ban from any sort of interaction or public communication with the community for a specified period of time. No public or private interaction with the people involved, including unsolicited interaction with those enforcing the Code of Conduct, is allowed during this period. Violating these terms may lead to a permanent ban.

    4. Permanent Ban ​

    Community Impact: Demonstrating a pattern of violation of community standards, including sustained inappropriate behavior, harassment of an individual, or aggression toward or disparagement of classes of individuals.

    Consequence: A permanent ban from any sort of public interaction within the community.

    Attribution ​

    This Code of Conduct is adapted from the Contributor Covenant, version 2.1, available at https://www.contributor-covenant.org/version/2/1/code_of_conduct.html.

    Community Impact Guidelines were inspired by Mozilla's code of conduct enforcement ladder.

    For answers to common questions about this code of conduct, see the FAQ at https://www.contributor-covenant.org/faq. Translations are available at https://www.contributor-covenant.org/translations.

    + + + + \ No newline at end of file diff --git a/community/foundation-delegation-program.html b/community/foundation-delegation-program.html new file mode 100644 index 00000000000..4b5ea18e679 --- /dev/null +++ b/community/foundation-delegation-program.html @@ -0,0 +1,45 @@ + + + + + + The Celestia Foundation Delegation Program | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

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    The Celestia Foundation Delegation Program ​

    Delegation program banner

    Objectives of the program ​

    The primary objectives of the Celestia Foundation Delegation Program are:

    • To provide a fair opportunity for Celestia’s users to join the validator set, while ensuring the validator set remains proficient, trustworthy, and dependable.
    • To maintain network stability by promoting a steady transition of validators and avoiding sudden and disruptive changes in participation.
    • To enable the Celestia Foundation to use its stake towards its mission of fostering a modular blockchain network that delivers exceptional performance.

    Foundation delegation process ​

    Program launch ​

    Prospective validators are welcome to apply to the program starting February 6, 2024. The application is designed to assess a validator’s uptime performance and contributions to the Celestia ecosystem. Of the 100 total slots in Celestia’s active validator set, up to 50 will receive delegations within the program.

    Application submissions will be reviewed by the Celestia Foundation. More details about the application and eligibility criteria are described below.

    Cohort process ​

    cohort timeline

    Every 4 months, the Celestia Foundation will distribute a portion of the Foundation’s total available stake to a cohort of validators who meet certain criteria, detailed below. Here is an overview of how the cohort process will work for Cohort 1 and what that means for future cohorts.

    Key Points ​

    • Initial Cohort (Cohort 1): 50 applicants will be accepted
      • Grading System: Applicants in Cohort 1 are divided into first, second, and third place based eligibility criteria outlined in this document.
      • Delegation Duration: This varies based on the applicant’s placement in Cohort 1. First place receives 12 months of delegation, second place receives 8 months, third place receives 4 months.
    TierPlacementDelegation DurationRenewal By Cohort
    First PlaceApplicants 1-2012 monthsCohort 4
    Second PlaceApplicants 21-358 monthsCohort 3
    Third PlaceApplicants 36-504 monthsCohort 2
    • Subsequent Cohorts (Cohorts 2-onwards):
      • After Cohort 1, open slots may be filled by Cohort 1 members up for renewals or new applicants. There will be no Tiers (e.g. First Place, Second Place, Third Place) in cohorts after Cohort 1. This structure allows for a steady flow of both existing applicants and new applicants to maintain a stable set of participants in the program.

    During this period, so long as the validator maintains high uptime and does not violate the rules of the program, the validator will receive the delegation for the duration of the cohort they are currently in.

    Eligibility criteria ​

    The minimum requirements for participation in the program are as follows:

    • Run an active mainnet validator or an active Mocha testnet validator for at least 1 month before application deadline
    • Run a bridge node (on mainnet if you are already an active mainnet validator or on Mocha testnet if not) that is connected and reporting to the Celestia Labs OTEL collector (for new applicants - on testnet, so that we can evaluate performance)
    • Not jailed or slashed in the 6 months before application deadline
    • Not associated with an exchange or custodian
    • Not in the top 10 validators by delegation power, unless it enters the top 10 as a result of the Foundation’s delegation under this program
    • Have 10% or less commission
    • Not based within the US, within any country subject to economic sanctions, or within any other prohibited jurisdiction, and successfully complete a compliance screen
    • Dedicated email address so that the Foundation can reach you in the event of emergency upgrades and fixes

    Not adhering to any of the criteria above will automatically disqualify your application, and violating any of the criteria after you have received delegation will result in withdrawal of the delegation. A participant who loses stake due to being jailed by the protocol may reapply to the program after 2 cohort periods.

    Applicants are also expected to have reviewed Celestia docs and recommended guides on devops and monitoring setups.

    Other optional but important criteria:

    • Develop and maintain developer tooling, services, applications, and dashboards
    • Work on projects aligned with Celestia's values
    • Contribute to documentation and new guides and tutorials
    • Quality of infrastructure
    • Operated within a location that improves geolocation of the validator set

    Undelegation criteria ​

    • Getting slashed/tombstoned (cannot apply for 1 year afterwards)
    • Getting jailed more than once during the cohort’s applicable delegation period
    • Violating the Celestia.org Community Code of Conduct or engaging in harmful activities towards the network
    • Failing to upgrade your node in a timely manner (24 hours or less)
    • If necessary to protect or secure Mainnet Beta or to comply with applicable law
    • For any other reason, in the Celestia Foundation’s sole discretion

    Application ​

    The program will be divided into cohorts with applications open for new applicants and renewal of existing applicants every 4 months. Validators will be delegated for up to a year. For each cohort, the deadline to apply/be evaluated (if you are reapplying) is exactly 1 month prior to the date of being delegated to.

    Application details ​

    Before applying, be ready to share the following:

    • General info
      • Security Email
      • Validator Entity Name
      • Discord ID
      • Mark if entity or individual
      • Website if any
      • Github page of your organization
      • Team experience and roster (including Twitter + Github links)
      • Which networks you validate on mainnet + links to your validators
      • A personal statement why you should receive delegation from the Foundation (max 1500 characters)
    • Infrastructure
      • Validator address and bridge node ID on MAINNET
      • If you don't run an active mainnet validator, please provide us with validator address, bridge node ID and blobstream address on Mocha-4
      • Have you been slashed or jailed in the last 6 months on Celestia or other chains you validated on.
      • Hosting provider and Data Center location (mainnet and testnet if applicable)
      • Setup of the 2 components (validator and bridge)
        • Hardware
        • Security setup (servers, private keys)
        • Monitoring and alerting
    • Contributions
      • Please list all technical contributions for Celestia and its ecosystem
      • Please list all community contributions for Celestia and its ecosystem

    Please note, the objective of the program is to contribute to Celestia’s resilience and uptime. If you contribute a lot to the Celestia ecosystem, but your validator uptime is low, this will negatively impact your chance at selection for the program. Furthermore, merely receiving delegation from the Foundation under the program does not guarantee your placement in the active validator set.

    Get Started with the Application Form

    Cohort information ​

    The Foundation will report each cohort’s composition and the duration of their respective delegations.

    Feedback process ​

    Validators in the program will receive a feedback form every quarter so the program can be continually improved.

    + + + + \ No newline at end of file diff --git a/community/itn-tos.html b/community/itn-tos.html new file mode 100644 index 00000000000..644fbc6d242 --- /dev/null +++ b/community/itn-tos.html @@ -0,0 +1,45 @@ + + + + + + SUPPLEMENTAL INCENTIVIZED TESTNET TERMS | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

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    SUPPLEMENTAL INCENTIVIZED TESTNET TERMS ​

    Last Revised on 1/16/2023

    Welcome to the Supplemental Terms (these "ITN Award Program Terms" or "Terms") for the Incentivized Testnet Award Program (the "ITN Award Program" or the "Program") as operated on behalf of Strange Loop Labs AG ("Company", "we" or "us"). The ITN Award Program provides eligible users of a Testnet designated by the Company the opportunity to earn rewards, which may include Celestia tokens. These Terms are supplemental to, and incorporate by reference, the broader Celestia Terms of Service ("Services Terms") available at Celestia Terms of Service.

    Defined terms used but not defined herein have the meaning set forth in the Services Terms. The Program and your participation in it is a Service as defined under the Services Terms.

    These Terms govern your ability to participate in the Program and any awards you receive from that participation, which may include Celestia tokens ("ITN Rewards").

    Please read these Terms carefully, as they include important information about your legal rights. By participating in the Program or claiming ITN Rewards, you are agreeing to these Terms. If you do not understand or agree to these Terms, please do not participate in the Program or claim ITN Rewards.

    In order to participate in the Program you must provide certain information about you. Our collection of such information, your rights with respect to such collection, and other relevant information is described in the Celestia Privacy Policy available at Celestia Privacy Policy, and is supplemented by Section 3 of these Terms.

    The Program is a discretionary Service provided by the Company, pursuant to which the Company may, in its sole discretion, provide you ITN Rewards for your successful completion of certain tasks on a Testnet designated by the Company. Please note that any such Testnet itself (as well as any other Testnets or any mainnet deployment of the Celestia Protocol) is not a Service and does not constitute an element of the Services. We do not control the Celestia Protocol and accept no liability for its operation or its deployment in any testnet or mainnet environment.

    1. General Terms ​

    1.1 You must be eighteen (18) years of age or older and capable of forming a binding contract with the Company in order to participate in the Program or receive ITN Rewards.

    1.2 You agree and acknowledge that you (a) may receive ITN Rewards for free (other than applicable taxes, if any) from your participation in the Program, (b) were not previously promised ITN Rewards, unless pursuant to a separate written agreement, and (c) took no action in anticipation of or in reliance on receiving any ITN Rewards, unless pursuant to a separate written agreement.

    1.3 Your eligibility to participate in or receive ITN Rewards from the Program is subject to our sole discretion. The complete list of actions you must complete to earn ITN Rewards may not have been described in the documentation released by us from time to time, you may not receive ITN Rewards even if you successfully complete such actions, and no documentation related to the Program entitles you to any ITN Rewards or to participate in the Program.

    1.4 You agree and acknowledge that (a) you are not a Prohibited Person, (b) you are not a U.S. Person as defined in Rule 902(k) of Regulation S under the U.S. Securities Act of 1933, as amended (the "1933 Act" or "Act"), (c) you will not use a VPN or other tool to circumvent any geoblock or other restrictions that we may have implemented for participants in the Program, and (d) you are not participating in, and have not become eligible to participate in, the Program by receiving credentials from any other person or entity. Any circumvention or violation of the above will permanently disqualify you from participation in the Program.

    1.5 You agree and acknowledge that if you are unable to claim ITN Rewards due to technical bugs, gas fees, loss of access to a Wallet or the keys thereto, or for any other reason, you will have no recourse or claim against us or any other Company Entity and that neither we nor any other Company Entity will bear any liability.

    1.6 You agree and acknowledge that claiming an ITN Reward may require reliance on or an integration with third party products (e.g., a Wallet or an unaffiliated network or blockchain) that we do not control. In the event that you are unable to access such products or integrations, or if they fail for any reason, and you are unable to participate in the Program or claim ITN Rewards, you will have no recourse or claim against us or any other Company Entity and neither we nor any other Company Entity will bear any liability.

    1.7 The Company may share identifying information and documentation with certain vendors or third-party providers who provide such identity verification and sanctions and watchlist screening services (the "Third-Party Services"). You agree that your access and use of such Third-Party Services is governed solely by the terms and conditions of such Third-Party Services, and the Company is not responsible or liable for, and make no representations as to any aspect of such Third-Party Services, including, without limitation, their content or the manner in which they handle, protect, manage or process data or any interaction between you and the provider of such Third-Party Services. You irrevocably waive any claim against the Company with respect to such Third-Party Services. We are not liable for any damage or loss caused or alleged to be caused by or in connection with your enablement, access or use of any such Third-Party Services, or your reliance on the privacy practices, data security processes or other policies of such Third-Party Services.

    2. Taxes ​

    2.1 You are responsible for the payment of all taxes associated with your participation in the Program and your receipt of ITN Rewards. You agree to provide the Company with any additional information and complete any required tax or other forms relating to your receipt of ITN Rewards. You may suffer adverse tax consequences as a result of your participation in the Program or your receipt of ITN Rewards. You hereby represent that (a) you have consulted with a tax adviser that you deem advisable in connection with your participation, or that you have had the opportunity to obtain tax advice but have chosen not to do so, (b) the Company has not provided you with any tax advice with respect to your participation, and (c) you are not relying on the Company for any tax advice.

    3. Supplemental Privacy Information ​

    We may collect information to help us determine the reliability or uptime of your activities within the Program, including through the use of telemetry or metrics endpoints to collect and analyse such information, and link this information to a unique identifier to represent your activities within the Program. We may display all of the foregoing information on a public dashboard.

    Additionally, we may collect certain information about you from Third-Party Services and may combine information we receive from you with information we obtain from Third-Party Services, including but not limited to:

    • Transaction information. Information related to transactions in your Wallet, your Wallet address, activities performed using your Wallet, tokens received by your Wallet, or transactions initiated or completed.
    • Identification information. We collect your government identification (e.g., driver’s license, passport, etc.), proof of address, biometric information, and entity formation information if applicable. By agreeing to these Terms, you consent to our use of your biometric information, and understand and agree that our use of the biometric information is necessary for the performance of these Terms and the implementation of the Services.

    We collect this information to confirm your eligibility to participate in the Program and receive ITN Rewards, comply with our legal obligations, detect and prevent fraud, and to provide you with the Program.

    Any information we receive from third-party sources will be treated in accordance with the Celestia Privacy Policy, available at Celestia Privacy Policy. We are not responsible or liable for the accuracy of the information provided to us by third parties and are not responsible for any third party’s policies or practices. See Section 9 of the Celestia Privacy Policy for more information.

    4. Certain Additional Representations ​

    4.1 Receipt of Rewards Entirely for Own Account. Your eligibility to receive ITN Rewards is made in reliance upon your representation to the Company, which by your agreement to these Terms you hereby confirm, that any ITN Rewards you receive will be for your own account, not as a nominee or agent, and not with a view to the resale or distribution of any part thereof, and that you have no present intention of selling, granting any participation in, or otherwise distributing the same. By agreeing to these Terms, you further represent that you do not presently have any contract, undertaking, agreement or arrangement with any person to sell, transfer or grant participations to such person or to any third person, with respect to any ITN Rewards. If you are agreeing to these terms on behalf of an entity, that entity has not been formed for the specific purpose of obtaining the ITN Rewards.

    4.2 Disclosure of Information. Your eligibility to receive ITN Rewards is made in reliance upon your representation to the Company, which by your agreement to these Terms you hereby confirm, that you have sufficient knowledge of and experience in business and financial matters to be able to evaluate the risks and merits of your participation in the Program and of any ITN Rewards and are able to bear the risks thereof. You hereby affirm that you have not relied on any representations or warranties made by the Company related to the Program, including, but not limited to, conversations of any kind, whether through oral or electronic communication, or any white paper.

    4.3 Compliance with United States Securities Laws. You understand that the ITN Rewards have not been, and will not be, registered under the 1933 Act or any applicable state securities laws. You acknowledge that the availability of an exemption from the registration provisions of the Securities Act and other applicable state securities laws depends upon, among other things, the bona fide nature of your intent as described in Section 4.1 above and with respect to the accuracy of your representations as expressed throughout these Terms. You understand that the ITN Rewards may be deemed "restricted securities" under applicable United States federal and state securities laws and that, pursuant to these laws, you may be restricted from transferring any ITN Rewards unless they are registered with the Securities and Exchange Commission and qualified by state authorities, or an exemption from such registration and qualification requirements is available. You acknowledge that the Company does not undertake any obligation to register or qualify the ITN Rewards for resale, and exemptions from registration and qualification may not be available or may not permit you to transfer all or any of the ITN Rewards in the amounts or at the times proposed by you. You further acknowledge that if an exemption from registration or qualification is available, such exemption may be conditioned on various requirements including, but not limited to, the time and manner of sale, the holding period for the ITN Rewards, and on other factors outside of your control, for which the Company makes no assurances and may not be able to satisfy.

    4.4 Compliance with Liechtenstein Security Law. You understand that nothing in these Terms will be deemed to constitute a prospectus of any sort in Liechtenstein or in any jurisdiction in the EU; nor does it in any way pertain to a public offering or a solicitation of an offer to buy any securities in Liechtenstein or in any jurisdiction in the EU.

    4.5 No Public Market. You understand that no public market now exists for the ITN Rewards, and that the Company has not made any assurances that a public market will ever exist for the ITN Rewards.

    4.6 No Solicitation. At no time were you presented with or solicited by any publicly issued or circulated newspaper, mail, radio, television or other form of general advertising or solicitation in connection with any invitation to participate in the Program or offer of the ITN Rewards.

    4.7 Other Applicable Laws. You hereby represent that you have satisfied yourself as to the full observance of the laws of your jurisdiction in connection with any invitation to participate in the Program, receipt of ITN Awards, and other use of these Terms, including (a) the legal requirements within your jurisdiction for participating in the Program and receiving ITN Rewards, (b) any foreign exchange restrictions applicable to such participation or receipt, (c) any governmental or other consents that may need to be obtained, and (d) the income tax and other tax consequences, if any, that may be relevant to the receipt, holding, sale, or transfer of the ITN Rewards. Your participation in the Program and continued beneficial ownership of ITN Rewards will not violate any applicable securities or other laws of your jurisdiction.

    4.8 Non-US Transaction. You are not a U.S. Person as defined in Rule 902(k) of Regulation S under the 1933 Act. The offer of the ITN Rewards to you was made in an offshore transaction (as defined in Rule 902(h) of Regulation S), no directed selling efforts (as defined in Rule 902(c) of Regulation S) were made in the United States, and you are not obtaining the ITN Rewards for the account or benefit of any U.S. Person.

    4.9 Transfer Restrictions. You will not, during the Restricted Period (as defined below) offer or sell any of the ITN Rewards (or create or maintain any derivative position equivalent thereto) in the United States, to or for the account or benefit of a U.S. Person or other than in accordance with Regulation S. The Company reserves the right to impose additional transfer restrictions with respect to the ITN Rewards in its sole discretion.

    4.10 Subsequent Sales. You will, after the expiration of the applicable Restricted Period, only offer, sell, pledge or otherwise transfer the ITN Rewards (or create or maintain any derivative position equivalent thereto) pursuant to registration under the 1933 Act or any available exemption therefrom and, in any case, in accordance with applicable state securities laws.

    4.11 Legends. You acknowledge and agree that the ITN Rewards will be deemed to bear the following legends: (a) any legend required by the securities laws of any state or country to the extent such laws are applicable to the ITN Rewards represented by the certificate so legended, and (b): the following legend (and even without such legend the following restrictions apply):

    THE ITN REWARDS HAVE NOT BEEN REGISTERED UNDER THE ACT WITH THE UNITED STATES SECURITIES AND EXCHANGE COMMISSION, AND THE COMPANY DOES NOT INTEND TO REGISTER THEM. THE ITN REWARDS HAVE BEEN OBTAINED TO HOLD FOR THE LONG TERM AND NOT WITH A VIEW TO, OR IN CONNECTION WITH, THE SALE OR DISTRIBUTION THEREFOR. PRIOR TO THE ONE YEAR ANNIVERSARY FROM THE TERMINATION OF THE ITN REWARD PROGRAM (THE "PROGRAM COMPLETION DATE" AND SUCH ONE YEAR PERIOD, THE "RESTRICTED PERIOD"), THE ITN REWARDS MAY NOT BE OFFERED OR SOLD (INCLUDING OPENING A SHORT POSITION IN SUCH ITN REWARDS) IN THE UNITED STATES OR TO U.S. PERSONS AS DEFINED BY RULE 902(k) ADOPTED UNDER THE ACT, OTHER THAN TO DISTRIBUTORS, UNLESS THE ITN REWARDS ARE REGISTERED UNDER THE ACT, OR AN EXEMPTION FROM THE REGISTRATION REQUIREMENTS OF THE ACT IS AVAILABLE. RECIPIENTS OF ITN REWARDS PRIOR TO THE ONE YEAR ANNIVERSARY OF THE PROGRAM COMPLETION DATE MAY SELL SUCH ITN REWARDS ONLY PURSUANT TO AN EXEMPTION FROM REGISTRATION UNDER THE ACT OR OTHERWISE IN ACCORDANCE WITH THE PROVISIONS OF REGULATION S OF THE ACT, OR IN TRANSACTIONS EFFECTED OUTSIDE OF THE UNITED STATES PROVIDED THEY DO NOT SOLICIT (AND NO ONE ACTING ON THEIR BEHALF SOLICITS) PURCHASERS IN THE UNITED STATES OR OTHERWISE ENGAGE(S) IN SELLING EFFORTS IN THE UNITED STATES AND PROVIDED THAT HEDGING TRANSACTIONS INVOLVING THESE ITN REWARDS MAY NOT BE CONDUCTED UNLESS IN COMPLIANCE WITH THE ACT. A HOLDER OF THE ITN REWARDS WHO IS A DISTRIBUTOR, DEALER, SUB-UNDERWRITER OR OTHER SECURITIES PROFESSIONAL, IN ADDITION, CANNOT PRIOR TO THE ONE YEAR ANNIVERSARY OF THE PROGRAM COMPLETION DATE SELL THE ITN REWARDS TO A U.S. PERSON AS DEFINED BY RULE 902(k) OF REGULATION S UNLESS THE ITN REWARDS ARE REGISTERED UNDER THE ACT OR AN EXEMPTION FROM REGISTRATION UNDER THE ACT IS AVAILABLE.

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    Modular Meetup guide ​

    These are recommended steps you can follow that can help you organize a successful Modular Meetup. You aren’t required to follow the entire checklist but it is available to help aid you in your journey to organize a Modular Meetup.

    Before the Meetup ​

    1. Determine the meetup topic and objectives.
    2. Select a suitable date and time for the event.
    3. Secure a convenient and accessible venue that can accommodate the expected number of attendees.
    4. Finalize a schedule or agenda for the event, including speakers, presentations, and activities.
    5. Prepare and send out invitations to potential attendees using various channels (email, social media, community platforms, etc.).
    6. Create and share promotional materials (graphics, blog posts, etc.) to raise awareness about the meetup.
    7. Confirm speakers, including their availability, presentation topics, and technical requirements. If you are working from a Speaker List, please reach out to Nat for any support needed on coordination with speakers.
    8. Arrange any necessary equipment, such as microphones, projectors, and whiteboards.
    9. Plan and arrange refreshments, if applicable.
    10. Prepare and print any required materials, like agendas, name tags, and feedback forms.
    11. Coordinate with volunteers or team members to help manage the event.
    12. Set up a registration system or RSVP process to track attendance.
    13. Send out reminder messages to registered attendees prior to the event.
    14. Conduct a final review of the event logistics, including venue setup, equipment functionality, and volunteer roles.

    During the Meetup ​

    1. Set up the venue, including arranging seating, preparing equipment, and displaying any promotional materials.
    2. Designate a registration area and ensure that someone is available to greet and check-in attendees.
    3. Welcome the attendees and provide an overview of the event schedule.
    4. Introduce speakers and facilitate any presentations or discussions.
    5. Encourage networking and interaction among attendees during breaks or dedicated activities.
    6. Capture the event with photos or videos for future promotions and documentation.
    7. Collect feedback from attendees using forms, online surveys, or informal conversations if needed.

    After the Meetup ​

    1. Send follow-up messages to attendees, thanking them for their participation and soliciting additional feedback.
    2. Evaluate the success of the event by reviewing feedback and assessing key performance indicators (e.g., attendance, engagement, etc.).
    3. Analyze and document lessons learned, identifying areas for improvement in future meetups.
    4. Share event highlights, photos, and key takeaways with the community through social media, blog posts, or newsletters.
    5. Connect with speakers, attendees, and volunteers to maintain and strengthen relationships.
    6. Begin planning for the next meetup, applying insights gained from the previous event to enhance the experience for future attendees.

    Logistics and guidance ​

    These are provided guidelines for different components of kickstarting a Modular Meetup to help you get started on the logistics of organizing a meetup. A lot of those guidelines are thanks to the wonderful write ups in Ethereum Meetup Support Program and Elastic Community Organizer Guides.

    Venue ​

    Selecting the perfect venue for your Modular Meetup is essential in creating a welcoming atmosphere for the Celestia community.

    1. Startup Incubators
      • Often they would have spaces for meetups.
    2. Libraries
      • Libraries can normally have spaces for meetups at little to no costs
    3. Co-working spaces:
      • Co-working spaces might be able to offer necessary equipment like microphones, projectors, and whiteboards.
    4. Restaurants:
      • Restaurants might have private rooms for larger groups of people that you can book, depending on the restaurant.
    5. Universities and Blockchain Clubs:
      • Partnering with universities and their local university clubs can offer you a lot of spaces for meetups, as well as necessary equipments if needed for giving a talk.
    6. Other options:
      • If you're having difficulty finding a venue, don't hesitate to ask for help within the Celestia community. Your fellow organizers and attendees may have valuable suggestions or connections.

    An ideal venue should offer:

    • Sufficient seating for the audience
    • A projector and screen
    • A microphone (especially for meetups with 10+ attendees)
    • Optional: A whiteboard for speakers or workshops (not always necessary, but a nice addition)

    Consider recording the event, even with a smartphone, to share with the community later. If the speaker uses a microphone, their voice will be more audible in the video. We might be able to post those recordings of the meetup talks on a meetup youtube channel after.

    Remember to negotiate on costs and seek discounts, emphasizing that your meetup benefits the community.

    Collaborate with your venue provider to explore options like borrowing recording equipment, tripods, or even having them record the event for you. Some providers may offer these services for free or at a reduced cost.

    Catering and refreshments ​

    Providing refreshments or catering for your Modular Meetup enhances the overall experience and encourages networking among attendees.

    1. Determine your budget
      • Identify the amount you can allocate for food and drinks at your event which will help you determine how much you can bring in refreshments. You can also contact the Celestia Devrel team for ideas and support. Costs for refreshments and drinks can vary depending on your location, so be mindful to be flexible on your plans according to your specific location and budget.
    2. Offer a variety of refreshments
      • If you're ordering in, pizza and finger foods work well, but you can also have more budget-friendly options for food.
      • Offering drinks like beer, soda, or lemonade are great, but water also works. Keep in mind that not everyone drinks alcohol so it’s not a requirement. But having at least water and plastic cups works well.
    3. Plan ahead
      • Order refreshments 1 or 2 days in advance and schedule delivery to avoid last-minute stress during the event.

    By following these recommendations, you'll be able to provide enjoyable refreshments for your Celestia Modular Meetup attendees while fostering a friendly and engaging atmosphere.

    Audience ​

    Understanding your audience and estimating attendance are crucial for organizing successful Modular Meetups for Celestia.

    1. Research the local tech scene:
      • Investigate the types of meetups and events popular in your area. Attend other technology-focused events to get a sense of the audience size and interests. This information will help you tailor your meetup to attract a larger audience.
    2. Assess the availability of speakers:
      • Before organizing a meetup, ensure that you have access to a pool of knowledgeable speakers. If you anticipate difficulty in securing speakers, consider joining forces with an existing meetup group or speaking at other events before launching a new group. This approach will help spread the word about your planned Modular Meetup and gauge interest. Speakers are covered in the following section with a reference to Speaker List offered by the Modular Meetup program.
    3. Establish connections with other user groups:
      • Forge relationships with other tech-focused meetup groups to mutually promote each other's events, potentially increasing attendance.
    4. Set a regular routine for your meetup:
      • Communicate how often you plan to hold meetups, whether it's monthly or quarterly, to help attendees manage their expectations and maintain their interest.
    5. Organize casual meetups:
      • If there's a gap between more formal events, arrange casual meetups at pubs or cafes to keep people engaged and connect with potential speakers for future events.
    6. Estimate the number of attendees:
      • Consider factors such as the size of your city, the popularity of the topic, and the appeal of the event description when estimating attendance.

    Speakers ​

    Securing engaging and knowledgeable speakers is key to hosting an exceptional Celestia Modular Meetup.

    1. Define your event topic
      • Determine the theme of your event, focusing on areas such as DeFi, Gaming, NFTs, coding workshops, protocol changes, rollups, data availability, or other topics relevant to the Modular ecosystem. This will help you find speakers with expertise in the chosen subject.
    2. Utilize the Speaker List provided by the Modular Meetup program
      • As a meetup organizer, you have access to a curated list of talented speakers from Celestia Labs and the broader Modular ecosystem. This valuable resource can connect you with experts who can share their knowledge with your meetup attendees.
    3. Aim for multiple speakers
      • Ideally, invite 2-3 speakers to your event, allotting 20-40 minutes per talk. Schedule short breaks between presentations to maintain audience engagement.
    4. Organize the speaker lineup
      • Discuss the topics and slides with your speakers before the event to ensure a smooth flow. Arrange the talks in a logical order, saving the most impactful presentation for last.
    5. Invite local speakers
      • For your first meetup, consider presenting an introduction to the Celestia ecosystem or a specific area of interest. Encourage local experts or enthusiasts to speak at future meetups. This approach fosters community involvement and helps build a network of potential speakers.
    6. Seek speaker referrals
      • Ask your current speakers, attendees, or other meetup organizers for referrals. Personal connections often lead to discovering new speakers with valuable insights.
    7. Leverage your meetup discussion board
      • Post a call for speakers on your meetup discussion board to reach out to potential presenters within your community. Be clear about the event theme and requirements to attract relevant speakers.
    8. Offer incentives and appreciation
      • Reward speakers with tokens of gratitude, such as T-shirts, gifts, or public recognition, to show your appreciation for their contribution to the meetup. The Celestia Labs Devrel team can help with swag logistics if needed.

    Sponsors ​

    Finding sponsors for your meetup can be challenging, but securing financial support is crucial for covering costs related to venue and refreshments.

    1. Leverage Celestia Labs' support
      • Celestia Labs may offer co-sponsorship for your meetup. However, they also encourage organizers to find local co-sponsors to help cover costs and create a more sustainable event.
    2. Offer value to your sponsors:
      • Show potential sponsors how partnering with your event will benefit them. Include their logo on event banners, mention them in the event description, and give them a shoutout at the beginning of the event. If they desire, allow them to place a rollup banner at the venue.
    3. Reach out to your network
      • Ask friends and acquaintances if they know of coworking spaces, schools, universities, or companies interested in sponsorship. A personal connection can significantly increase the chances of securing support.
    4. Approach speakers for sponsorship
      • Request speakers or their affiliated projects to contribute towards the event's expenses, such as catering costs. This can be an effective way to obtain additional funding.
    5. Create a sponsorship deck
      • Develop a compelling sponsorship deck to pitch your event to tech companies in your city or potential online sponsors. This presentation should highlight the benefits of supporting your event and showcase past successful meetups.
    6. Research local companies
      • Investigate businesses in your area that may be interested in sponsoring your event. Tailor your pitch to align with their industry and demonstrate how the meetup can benefit their company.
    7. Engage sponsors during the event
      • Allow sponsors to briefly address the audience, participate in Q&A sessions, or mention their hiring needs. Remember to avoid sales pitches, as they can negatively impact the meetup experience.
    8. Thank your sponsors
      • Express gratitude to your sponsors at the beginning and end of the meetup. Acknowledging their support encourages continued collaboration and enhances the credibility of your event.

    Communications and marketing ​

    Effectively marketing and announcing your Modular Meetup is essential for attracting attendees and ensuring a successful event.

    1. Plan your announcement
      • Announce your meetup at least two weeks prior. This gives your audience ample time to prepare and increases the likelihood of their attendance.
    2. Utilize Celestia Labs' resources
      • Celestia Labs can help co-promote your meetup on social media and Discord. They can also add your event to their online calendar, email local contacts, and share the event via their Developer Relations Team on Twitter. Don't hesitate to reach out to them for assistance.
    3. Share on social media
      • Promote your event on Twitter and any other popular social media platforms in your area. Tag speakers, sponsors, and use relevant hashtags to increase visibility.
    4. Leverage local community groups
      • Post your event in local Telegram, Discord, or other community groups relevant to your city. These groups often have many members who may be interested in attending your event.
    5. Engage speakers and the venue
      • Maintain communication with speakers and the venue to ensure any changes can be announced in advance. Trust is critical, so avoid canceling planned meetups whenever possible.
    6. Send reminders via meetup.com (optional)
      • After announcing your event, send a warm invite to your meetup group members through meetup.com. Additionally, send a reminder email one day before the event to encourage attendance.
    7. Share with friends and family
      • Invite your friends, family, and acquaintances to the meetup, as they may help spread the word or know someone interested in the event.
    8. Utilize conference groups
      • If you've attended conferences, share your meetup in the associated Telegram or social media groups, as there may be members nearby who would be interested in attending.

    Recording ​

    Recording and live-streaming your Modular Meetup can greatly benefit those who cannot attend in person and expand the reach of your event.

    1. Plan for recording
      • Consider recording your meetup to create additional learning resources and share the knowledge with a broader audience.
    2. Consider live-streaming
      • Live-streaming your event on platforms like Twitch, YouTube, or Twitter allows remote participants to watch and engage in the meetup. This can also boost your event's reach and create a sense of inclusion for those who couldn't attend in person.
    3. Coordinate with Celestia Labs
      • Celestia Labs can potentially help cover recording costs and promote recorded meetups. Reach out to them at meetups@celestia.org to discuss available options and support. They can also assist with finding local contacts for recording if you don't have one already.
    4. Utilize available resources
      • If you have a small budget, consider allocating some funds for recording and live-streaming your event. Look for local professionals or affordable equipment rentals to ensure high-quality recordings.
    5. Share recordings on Celestia Labs' channels
      • Celestia Labs can help promote recorded meetups by sharing videos in their meetups playlist on YouTube and hosting them on their website. Ensure you coordinate with Celestia Labs to provide them with the recorded video.
    6. Promote recorded content
      • Share the recordings on your social media channels and meetup group after the event. This helps attendees revisit the content and allows those who couldn't attend to learn from the talks.

    Utilizing Meetup.com platform ​

    Celestia Labs is committed to supporting your meetup efforts by helping you with meetup.com, from setting up the group to covering organizer dues. Below is a detailed overview of how Celestia Labs can assist you.

    1. Meetup.com organizer dues
      • Celestia Labs is happy to cover organizer dues for meetup.com. To get started, send an email to meetups@celestia.org and let them help you with the process.
    2. Co-organizing existing groups
      • If you already have a meetup.com group but need Celestia Labs' assistance with organizing or covering dues, email meetups@celestia.org to add one of their employees as the Organizer.
    3. Setting up groups on Meetup.com
      • Celestia Labs will help you set up your meetup group, including logos, naming, custom URLs, group description, and other essential details. They provide a unique logo for Celestia Modular Meetups, which you can use for your group.
    4. User group naming
      • Celestia Labs recommends naming your group "Celestia Modular Meetup" to encompass various aspects of the Celestia community and create a consistent brand.
    5. Custom URL for the group
      • Meetup.com allows you to create a custom URL for your user group. Celestia Labs encourages consistent URLs across regions, making it easy for people to find your meetup group.
    6. Group description
      • Celestia Labs has a standard group description to ensure consistency across all meetups. However, if you'd like to customize it, let them know.
    7. New member intake questions
      • To improve the quality of your meetups, Celestia Labs suggests a set of intake questions for new members. The answers can help you better understand their needs and interests, allowing you to plan engaging meetups.
    8. Welcome message
      • Celestia Labs provides a welcome message for new members joining your group. If you'd like to customize this message, let them know.

    Onboarding questions for community members joining a Modular Meetup ​

    1. Q1: How did you hear about this Modular Meetup?
      • Why: This information helps us understand the most effective channels for recruiting new participants to the meetup.
    2. Q2: What do you hope to gain by participating in this meetup? (e.g., networking, learning about Celestia, learning about Modularity, finding a job, etc.)
      • Why: This information helps us cater to the needs of the user group members. If most attendees are looking for networking opportunities, we can schedule casual meetups alongside informative talks.
    3. Q3: Are you currently using or planning to use Celestia, Rollkit, Celestia’s Node API or any of the rollups deployed on Celestia? Tell us all about it. We will use your response to help us better understand what talks would be most beneficial to the group.
      • Why: Responses to this question help us determine the most relevant talks for the group members. If we discover that most participants are interested in a specific area, we can tailor the talks accordingly.
    4. Q4: We love Celestia and the modular ecosystem, but we also appreciate other Web3 technologies. What other topics would you like to hear about? (e.g., Infrastructure, Data Storage, DID, MEV)
      • Why: Knowing our group participants' interests in other technical areas helps us understand what related topics would be useful and valuable to the group, which in turn helps when recruiting speakers.
    5. Q5: Would you be interested in speaking at a future meetup? We welcome 2-minute lightning talks to 1-hour deep dives. Would you be interested in hosting a meetup? If you answer yes to this question, the group organizers will contact you to follow up.
      • Why: One of the challenges in hosting regular meetups is finding speakers. We hope this question will identify people eager to share their stories and expertise with the group, making the lives of organizers easier.
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    Celestia Modular Meetup program ​

    Modular Meetup Banner

    Welcome to the ultimate guide for Modular Meetup organizers! This collection of resources is designed for those enthusiastic about fostering grassroots Modular Meetups with support from Celestia around the world.

    Program description ​

    The Celestia Modular Meetup Program aims to empower meetup organizers, providing education and support, and encouraging collaboration within the Web3 ecosystem. This rapidly growing community has already achieved incredible success with the first Modular Meetup in Lisbon, and will grow from there.

    Join fellow enthusiasts, engage in enlightening discussions, and make the most of the insightful resources provided. These resources are designed to serve as a go-to playbook for meetup organizers, especially when starting your journey.

    Important info ​

    Celestia.org Community Code of Conduct ​

    The purpose of our Community Code of Conduct is to foster an inclusive, welcoming, and supportive environment for everyone participating in Celestia community events. We're all here to learn from each other, expand our skillsets, and enjoy a positive experience together.

    All meetup attendees, speakers, sponsors, and volunteers, including the event organizing team, are kindly asked to adhere to the following Code of Conduct. Organizers will respectfully enforce this code throughout the event. We genuinely appreciate the cooperation of all participants in maintaining a safe and empowering space for everyone.

    Signup form ​

    To become part of the program, please complete the registration form.

    Following the review and approval of your submission, you will receive an email confirmation and an invitation to participate in the upcoming Modular Meetup call. Furthermore, you will be granted access to the exclusive Discord channel labeled "#modular-meetup" on our Discord server. Please take note that joining our Discord is a prerequisite for channel access. It's essential to recognize that this program is tailored for dedicated organizers with a genuine interest in nurturing their local modular ecosystem community.

    Emails ​

    As a participant in the Celestia Modular Meetup Program, you can expect to receive the following emails:

    1. Welcome email with links to calendar events and Discord channel
    2. Monthly Catch-up call invites
    3. Recap emails with notes from calls

    Discord ​

    Your active participation is key to unlocking the full potential of this vibrant community. Our primary communication tool is Discord, providing an engaging platform to connect with fellow organizers:

    Materials ​

    As a meetup organizer, you'll gain access to the Celestia Modular Meetup Program's list of resources. This collection should become your trusted companion in organizing events. Drawing upon the wisdom of seasoned event organizers, this resource is available for you and your co-organizers to explore and learn.

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    Modular Meetup Toolkit ​

    Welcome to the Modular Meetups Toolkit! This kit is designed to help you run successful meetups for the Celestia community. As the first modular blockchain, Celestia offers a lot to discuss and explore. This kit includes useful resources and materials to help you plan and execute your meetups effectively.

    Celestia branding guidelines ​

    • Brand kit
      1. Includes logo files, color schemes, typography, icons and illustrations

    Sample “Introduction to Modularity” workshop presentation ​

    • Sample presentation - introduction to modularity
    • Summary: This is an overview presentation on Modular blockchains and dives deep into Celestia core technologies.
    • The sample presentation covers:
      1. What are modular blockchains?
      2. The benefits of modular over monolithic blockchains
      3. Introduction to Celestia: The first modular blockchain
      4. The concept of Data Availability Sampling
      5. Sovereign Rollups
      6. Q&A session

    Sample “Run a Celestia light node” workshop presentation ​

    • Sample presentation - run a light node
    • Summary: This is an overview presentation goes over running a Celestia light node. You can find existing video presentations for this here:
    • The sample presentation covers:
      1. What is a Celestia light node?
      2. The role of light nodes in the Celestia ecosystem
      3. Setting up a light node: hardware and software requirements
      4. Step-by-step guide on how to run a Celestia light node
      5. Troubleshooting common issues
      6. Best practices for maintaining a light node
      7. Q&A session

    Sample “Deploy a Sovereign Rollup” workshop presentation ​

    • Sample presentation - deploy a sovereign rollup
    • Summary: This is an overview presentation on deploying a sovereign rollup with Rollkit on Celestia. You can find existing video presentations for this here:
    • The sample presentation covers:
      1. What is a sovereign rollup?
      2. The role of sovereign rollups in the Celestia ecosystem
      3. Introduction to Rollkit
      4. Setting up a sovereign rollup: hardware and software requirements
      5. Q&A session

    Sample “Modular Meetup Introduction” workshop presentation ​

    Swag logistics ​

    With this Modular Meetups Organizer Kit, you’ll have everything you need to plan and execute engaging, informative, and successful meetups for the Celestia community. Happy organizing!

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    Appearance

    Community overview ​

    This section will highlight all the different resources and activities for the Celestia community.

    Here you will find links to our community calendar, Code of Conduct and other community-related resources.

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    Speaker list ​

    As a Modular Meetup organizer, we understand the importance of delivering engaging and informative content to your attendees. That's why we've created an exclusive Speaker List specifically tailored for organizers participating in the Modular Meetup Program. This resource gives you access to a curated selection of top-tier speakers who are passionate about Celestia and the modular ecosystem. Due to privacy, the list is not shared publicly but is accessible to participants of the Modular Meetup program when they create a meetup.

    The Speaker List features experts from Celestia Labs, as well as prominent figures from the broader Celestia and modular communities. Each individual is well-versed in various aspects of the modular ecosystem, ensuring that your meetup attendees gain valuable insights and deepen their understanding of modular blockchains.

    By joining the Modular Meetup Program, you can enjoy the benefits of our Speaker List and bring a touch of expertise to your events. The speakers can participate either in person or virtually, depending on location and timing.

    You can expect benefits from the Speaker List including high-quality presentations, interactive Q&A sessions, and knowledge-sharing opportunities facilitated by the best and brightest in the Celestia ecosystem. With our Speaker List, you'll be able to create memorable and impactful Modular Meetups that foster genuine connections and promote growth within the community.

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    Bridging in and out of your Orbit rollup ​

    This guide covers how to bridge in (deposit) and bridge out (withdrawal) from your Arbitrum Orbit L3 rollup.

    This guide will cover bridging in and out of your Orbit rollup.

    Below are two example transactions, one of a deposit and one of a withdrawal:

    bridge-overview-deposit-and-withdrawal-l3

    Bridge in (deposit) to your rollup ​

    Step 1: Add your custom chain config ​

    (1a) In the Arbitrum Bridge UI, click the menu dropdown in the top right. Select Settings.

    bridge-settings

    (1b) Under Developer Mode, select Turn on testnet mode. Add your custom chain config from outputInfo.json in the root of your orbit-setup-script directory.

    add-testnet-orbit-chain

    (1c) You'll then see the chain under Live Orbit Chains:

    live-orbit-chains

    Step 2: Deposit to your Orbit rollup ​

    (2a) Choose an amount of Arbitrum Sepolia ETH to bridge into your rollup. Click Move funds to <YOUR_ROLLUP_NAME>, in this case Move funds to Arbitrum L3 Rollup. Approve the transaction in your wallet.

    bridge-in-start

    (2b) You'll then see it load in the Pending transactions tab:

    bridge-in-pending

    (2c) Shortly after, in the Settled transactions tab you can see the transaction status. Click Success.

    bridge-in-settled-txs

    (2d) View the transaction on your local instance of Blockscout for your rollup:

    bridge-in-explorer-rollup-tx

    (2e) Optionally, click See Details for an overview of your deposit:

    bridge-in-success

    (2f) From the details page, you can also see the transaction for your deposit on Arbitrum Sepolia:

    bridge-in-sepolia-tx-explorer

    Bridge out (withdrawal) from your rollup ​

    Step 1: Choose an amount to withdraw from your rollup ​

    (1a) In the Arbitrum Bridge UI, choose your origin chain to your Arbitrum L3 Rollup and the destination chain as Arbitrum Sepolia.

    bridge-out-small-screenshot

    (1b) Click Move funds to Arbitrum Sepolia and read the disclaimer, check the boxes, and click Continue.

    bridge-out-begin

    (1c) Optionally, set a reminder on your calendar so you don't forget.

    (1d) After approving the transaction in your wallet, you'll be able to see the transaction in the Pending transactions tab:

    bridge-out-pending

    After approximately two hours, you will be able to proceed to Step 2: Claim your withdrawal.

    (1e) Click See details to see an overview of your withdrawal:

    bridge-out-begin-overview

    (1f) Optionally, view the transaction on your local explorer.

    bridge-out-tx-details

    (1g) To learn more about what is going on, click the Logs tab:

    bridge-out-logs-details-1

    bridge-out-logs-explorer-2

    Step 2: Claim your withdrawal ​

    After approximately 2 hours, you will be able to claim your withdrawal.

    (2a) Head back to the bridge UI and you will have a notification to claim your withdrawal. Click Claim in the details of the transaction:

    bridge-out-claim-withdrawal

    (2b) Approve the transaction in your wallet.

    (2c) After your transaction goes through, you can see the details in the bridge UI under Settled transactions:

    bridge-out-claim-success-withdrawal

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    Deploy a dapp on your Arbitrum rollup devnet ​

    First, review the Arbitrum integration, Quickstart: Deploy an Arbitrum Orbit rollup, and Deploy a smart contract to your Arbitrum rollup pages.

    Dependencies ​

    Setup and contract deployment ​

    1. Clone the gm-portal from GitHub and start the frontend:

      bash
      cd $HOME
+git clone https://github.com/jcstein/gm-portal.git
+cd gm-portal && git checkout arbitrum
+cd frontend && yarn && yarn dev
      cd $HOME
+git clone https://github.com/jcstein/gm-portal.git
+cd gm-portal && git checkout arbitrum
+cd frontend && yarn && yarn dev

    2. In a new terminal instance, set your private key for the faucet as a variable and the RPC URL you're using:

      bash
      export PRIVATE_KEY=0xb6b15c8cb491557369f3c7d2c287b053eb229daa9c22138887752191c9520659
+export ARB_RPC_URL=http://localhost:8547
      export PRIVATE_KEY=0xb6b15c8cb491557369f3c7d2c287b053eb229daa9c22138887752191c9520659
+export ARB_RPC_URL=http://localhost:8547

    3. Change into the gm-portal/contracts directory in the same terminal and deploy the contract using Foundry:

      bash
      cd $HOME/gm-portal/contracts
+forge script script/GmPortal.s.sol:GmPortalScript --rpc-url $ARB_RPC_URL --private-key $PRIVATE_KEY --broadcast
      cd $HOME/gm-portal/contracts
+forge script script/GmPortal.s.sol:GmPortalScript --rpc-url $ARB_RPC_URL --private-key $PRIVATE_KEY --broadcast

    4. In the output of the deployment, find the contract address and set it as a variable:

      bash
      export CONTRACT_ADDRESS=<your-contract-address-from-the-output-above>
      export CONTRACT_ADDRESS=<your-contract-address-from-the-output-above>

    Interact with the contract ​

    Next, you're ready to interact with the contract from your terminal!

    1. Send a "gm" to the contract:

      bash
      cast send $CONTRACT_ADDRESS \
+"gm(string)" "gm" \
+--private-key $PRIVATE_KEY \
+--rpc-url $ARB_RPC_URL
      cast send $CONTRACT_ADDRESS \
+"gm(string)" "gm" \
+--private-key $PRIVATE_KEY \
+--rpc-url $ARB_RPC_URL

    2. Now that you've posted to the contract, you can read all "gms" (GMs) from the contract with this command:

      bash
      cast call $CONTRACT_ADDRESS "getAllGms()" --rpc-url $ARB_RPC_URL
      cast call $CONTRACT_ADDRESS "getAllGms()" --rpc-url $ARB_RPC_URL

    3. Next, query the total number of gms, which will be returned as a hex value:

      bash
      cast call $CONTRACT_ADDRESS "getTotalGms()" --rpc-url $ARB_RPC_URL
      cast call $CONTRACT_ADDRESS "getTotalGms()" --rpc-url $ARB_RPC_URL

    4. (Optional) In order to interact with the contract on the frontend, you'll need to fund an account that you have in your Ethereum wallet. Transfer to an external account with this command:

      bash
      export RECEIVER=<receiver ETH address>
+cast send --private-key $PRIVATE_KEY $RECEIVER --value 1ether --rpc-url $ARB_RPC_URL
      export RECEIVER=<receiver ETH address>
+cast send --private-key $PRIVATE_KEY $RECEIVER --value 1ether --rpc-url $ARB_RPC_URL

      TIP

      If you are in a different terminal than the one you set the private key in, you may need to set it again.

    Update the frontend ​

    Next, you will need to update a few things before you can interact with the contract on the frontend:

    1. Change the contract address on gm-portal/frontend/src/App.tsx to your contract address
    2. Match the chain info on gm-portal/frontend/src/main.tsx with the chain config of your L2
    3. If you changed the contract, update the ABI in gm-portal/frontend/GmPortal.json from gm-portal/contracts/out/GmPortal.sol/GmPortal.json. This can be done with:
    bash
    cd $HOME
+cp dev/gm-portal/contracts/out/GmPortal.sol/GmPortal.json dev/gm-portal/frontend
    cd $HOME
+cp dev/gm-portal/contracts/out/GmPortal.sol/GmPortal.json dev/gm-portal/frontend

    Interact with the frontend ​

    Now, login with your wallet that you funded, and post a GM on your GM portal!

    gm-arb

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    Quickstart: Deploy an Arbitrum Orbit rollup ​

    This guide covers deploying a rollup using the Celestia Orbit chain deployment portal.

    After completing this tutorial, you will have a local development network rollup capable of hosting EVM-compatible smart contracts. This rollup will process transactions locally, settle on the public Arbitrum Sepolia testnet, and post data to Celestia's Mocha testnet.

    If you're looking to learn more about the integration of Celestia and Orbit, read the Arbitrum Orbit integration overview. If you're looking to learn more about Orbit, read A gentle introduction: Orbit chains.

    Thank you, Offchain Labs!

    This guide was made possible with the support and information provided by the Offchain Labs team, the creators of Arbitrum. For more detailed information and support, visit Arbitrum documentation and the original deployment guide.

    Prerequisites ​

    Setup ​

    This section was adapted from Arbitrum's Orbit quickstart.

    Step 1: Acquire Arbitrum Sepolia ETH ​

    You'll need at least 1 testnet ETH for a regular Orbit rollup or 0.6 ETH plus 0.4 of your desired native token for Orbit rollups with a custom gas token. The funds will cover the cost of deploying the base contracts to the base chain, in this case, Arbitrum Sepolia.

    The simplest way to do this is to:

    1. Use an L1 testnet ETH faucet like sepoliafaucet.com to acquire some testnet ETH on Ethereum Sepolia testnet.
    2. Bridge your L1 testnet ETH to L2 Arbitrum Sepolia using the Arbitrum bridge.

    Step 2: Pick your deployment type ​

    Visit the Celestia Orbit chain deployment portal. This portal offers the following options:

    1. Celestia Rollup: Transaction data is posted to Celestia
    2. Rollup: Transaction data is posted to Ethereum
    3. AnyTrust: Transaction data is posted by a Data Availability Committee

    Connect your wallet to the deployment portal. You may be prompted to add the Arbitrum Sepolia network to your wallet and/or switch your wallet to this network; approve this.

    In this guide, we will select Celestia ✨ and deploy a rollup which posts data to Celestia (1 above).

    Choose Celestia for DA

    Click Next. In the next step, we will configure the deployment.

    Step 3: Configure your Orbit chain's deployment ​

    The deployment portal will then display a form that looks like this:

    configuration

    Parameter descriptions can be found in the table below (more in-depth descriptions can be found in the deployment UI). We recommend sticking to the defaults; to learn more about customizing your Orbit chain's deployment configuration, visit How to customize your Orbit chain's deployment configuration:

    ParameterDescription
    Chain IDThis is a unique integer identifier for your chain's network, primarily used on chain indexes like Chainlist.org. It's not crucial for development networks, but in production, you'll need to choose a unique ID.
    Chain NameThe name you assign to your Orbit chain, which helps users and developers distinguish it from other chains. It should be memorable and recognizable.
    Challenge Period BlocksDetermines the time frame within which validators can dispute the state of the chain posted to the base chain. It's measured in blocks on the underlying L1 chain. A longer period allows more time for disputes but also delays withdrawals.
    Stake TokenSpecifies the token that validators must stake to participate in the validation process, using the token's contract address on the base chain. This can be ETH or another token, defined by its address.
    Base StakeThe minimum amount of stake token required for validators to post state assertions. A lower base stake lowers the barrier to entry but increases vulnerability to attacks, whereas a higher stake encourages honest participation but raises the entry barrier.
    OwnerThe account address that has the authority to deploy, own, and update the base contracts of your Orbit chain on its base chain. In production, this is usually a high-stakes address controlled by a DAO or a multisig setup. For development chains, it's a lower-stakes administrative account.
    Gas TokenThe token used for gas payments on the network, which must be natively deployed on the parent chain. There are specific requirements for custom gas tokens, such as having 18 decimals and not being a rebasing or fee-on-transfer token. This feature is primarily for Orbit AnyTrust chains.
    ValidatorsThis is the number of validators for your chain, including their addresses. The first validator is auto-generated and immutable. Validators are crucial for maintaining the integrity of the chain and posting state assertions to the base chain.
    Batch PosterResponsible for posting transaction batches from your Orbit chain to the base chain. An address for this role is automatically generated, with the private key stored in a configuration file.

    In the Configure Validators section, specify the number of validators and their addresses for your chain. The initial validator's address is pre-generated and immutable, with its key stored in a JSON file. Validators ensure transaction integrity and state assertions on the base chain. They're added to an allow-list for validation and staking. Base contracts refer to your Orbit chain's L2 contracts, and base chain to the L2 chain they're deployed on.

    In the Configure Batch Poster section, a batch poster address is auto-generated for posting transaction batches to the base contracts on the base chain. The address and its private key are also stored in a JSON configuration file. After configuring, proceed to review and deploy your Orbit chain.

    After configuring your batch poster, proceed to the next step.

    Step 3: Review & Deploy your Orbit chain ​

    Now, deploy your chain's base contracts to Arbitrum Sepolia!

    Click the Deploy button on the Review & Deploy page. Your wallet should prompt you to submit a transaction to the Arbitrum testnet. You'll have to pay a little gas; your wallet may denominate this in ETH; as long as you see your chosen Arbitrum testnet in the transaction details, this gas fee will be paid in testnet ETH.

    Before proceeding, let's briefly review what just happened:

    1. You submitted a deployment transaction to an Orbit "factory" smart contract on the Arbitrum testnet, the public L2 chain that your local Orbit chain will settle transactions to.
    2. This Orbit smart contract then initialized your Orbit chain's base contracts with the values that you specified in the previous step, and deployed these base contracts to the Arbitrum testnet.

    Your Orbit chain's base contracts are responsible for facilitating the exchange of information between your chain's node(s) and its base chain's nodes. This includes the batch posting of transactions from your Orbit chain to its base chain, the staking of tokens by your Orbit chain's validators the challenge mechanism, bridging mechanisms, and more.

    Once your transaction is complete, continue to Step 4 to download your chain's configuration files and launch your chain.

    Step 4: Download your chain's configuration files and launch your chain ​

    After configuring your chain, you will need to download the necessary configuration files to launch your chain. Click the Download zip files button to download both the Rollup Config and L3 Config in a single ZIP file.

    • Rollup Config: This is the nodeConfig.json file, encapsulating your chain's node configuration. It is crucial as it contains the private keys for your validator and batch poster, essential for signing transactions for RBlocks and batch postings to your chain's base contracts on the L2 chain.

    • L3 Config: This is the orbitSetupScriptConfig.json file, which holds your chain's configuration, including configurations needed for your Token Bridge contracts.

    Ensure to securely store these downloaded files as they contain sensitive information crucial for your chain's operation.

    download config

    Step 5: Clone the setup script repository and add your configuration files ​

    1. Clone the orbit-setup-script repository:

      bash
      git clone https://github.com/celestiaorg/orbit-setup-script.git
      git clone https://github.com/celestiaorg/orbit-setup-script.git

    2. Move the nodeConfig.json and orbitSetupScriptConfig.json files that you downloaded into the config directory in the root of your cloned orbit-setup-script repository.

    3. Install dependencies by running yarn install from the root of the orbit-setup-script repository.

    Step 6: Pick an L2 RPC URL for the Batch Poster ​

    In order for the Batch Poster, which is responsible for posting batches of data, to subscribe to Blobstream's smart contract events, the node most use a WebSocket connection, since an HTTP one will not support subscriptions. This RPC URL is different from the parent-chain.connection.url object used in the node config, and is not necessary when running a full node. WebSocket (WSS) URLs which are essential for real-time data fetching and interaction with the Arbitrum Sepolia network.

    To establish a WebSocket connection for your rollup to Arbitrum Sepolia, it's recommended to find an RPC provider with WSS connections from Arbitrum's docs.

    For this example, we will make an account on Alchemy. Follow these steps to set up your account and obtain a WSS URL using Alchemy:

    1. Visit Alchemy's website and sign up for an account.
    2. Once logged in, create a new app by selecting the Arbitrum network, specifically targeting the Arbitrum Sepolia testnet.
    3. After creating your app, navigate to the "API key" section to find your WebSocket (WSS) URL.
    4. In the next step, use this WSS URL in your nodeConfig.json under the celestia-cfg.eth-rpc object to ensure your node can establish a WebSocket connection to the Arbitrum Sepolia network and successfully subscribe to Blobstream events.

    Without a WSS connection, the Batch Poster won't be able to subscribe to Blobstream events, and thus will fall back to posting data to parent chain.

    Step 7: Run your light node for Mocha testnet ​

    First, be sure that your light node is running, using a command similar to:

    TIP

    If you are on Linux (or are not using Docker desktop), you may need to add the extra flags: --rpc.addr 0.0.0.0 and --rpc.port 26658 to your start command for your light node.

    Additionally, you will need to add host.docker.internal as a host in your docker-compose.yml:

    yaml
    extra_hosts:
+      - "host.docker.internal:host-gateway"
    extra_hosts:
+      - "host.docker.internal:host-gateway"
    bash
    celestia light start --p2p.network mocha --core.ip <RPC_URL>
    celestia light start --p2p.network mocha --core.ip <RPC_URL>

    To set your light node's auth token, you will use the auth token that returns when you run:

    bash
    celestia light auth admin --p2p.network mocha
    celestia light auth admin --p2p.network mocha

    Since the contracts deployed through the factories above are already configured to communicate with Blobstream, you now only have to configure your node accordingly. First understand the different variables that will be set in the config:

    • enable: set it to true if you are using Celestia DA 😁
    • rpc: RPC endpoint for celestia-node
    • tendermint-rpc: a celestia-core endpoint from a full node (NOTE: only needed for a batch poster node)
    • eth-rpc: Ethereum Client WSS RPC endpoint, only used when the node is a batch poster. The eth-rpc must be WSS. Otherwise, it won't be able to subscribe to events for Blobstream.
    • namespace-id: namespace being used to post data to Celestia
    • auth-token: auth token for your Celestia Node
    • is-poster: is the node with Celestia DA the batch poster, set to true if so.
    • gas-price: how much to pay for gas (in uTIA)
    • event-channel-size: size of the events channel used by the batch poster to wait for a range of headers that contains the header for the block in which it posted a blob, before posting the batch to the base layer for verification on Blobstream X.
    • blobstreamx-address: address of the Blobstream X contract on the base chain.
      • Note that the SequencerInbox contract for each chain has a constant address for the BlobstreamX contract, thus make sure that the Blobstream X address in the SequencerInbox being used for the templates in RollupCreator matches the one in your config.

    Now enable Celestia DA in your Arbitrum chain params in config/nodeConfig.json. If you'd like to use your own namespace, use a custom 10 byte value or random value using openssl rand -hex 10 for namespace-id:

    WARNING

    The Orbit contracts depend on the existing Blobstream X deployments. Before using these addresses, please verify the contract addresses on the official source below to avoid any issues due to incorrect addresses. This is crucial to protect against potential misuse by copy-paste errors.

    ts
    "celestia-cfg": {
+  "enable": true,
+  "rpc": "http://host.docker.internal:26658",
+  "tendermint-rpc": "http://consensus-full-mocha-4.celestia-mocha.com:26657",
+  "eth-rpc": "wss://<YOUR_ETH_RPC_WSS_URL>",
+  "namespace-id": "<YOUR_10_BYTE_NAMESPACE>",
+  "auth-token": "<YOUR_AUTH_TOKEN>",
+  "is-poster": true,
+  "gas-price": 0.3,
+  "event-channel-size": 100,
+  "blobstreamx-address": "0xc3e209eb245Fd59c8586777b499d6A665DF3ABD2",
+}
    "celestia-cfg": {
+  "enable": true,
+  "rpc": "http://host.docker.internal:26658",
+  "tendermint-rpc": "http://consensus-full-mocha-4.celestia-mocha.com:26657",
+  "eth-rpc": "wss://<YOUR_ETH_RPC_WSS_URL>",
+  "namespace-id": "<YOUR_10_BYTE_NAMESPACE>",
+  "auth-token": "<YOUR_AUTH_TOKEN>",
+  "is-poster": true,
+  "gas-price": 0.3,
+  "event-channel-size": 100,
+  "blobstreamx-address": "0xc3e209eb245Fd59c8586777b499d6A665DF3ABD2",
+}

    See the compatibility matrix in the appendix to verify you're using the right versions.

    Step 8: Run your chain's node and block explorer ​

    Start Docker, then run docker-compose up -d from the root of the orbit-setup-script repository.

    A Nitro node and BlockScout explorer instance will be started. Visit http://localhost/ to access your BlockScout explorer instance - this will allow you to view your chain's transactions and blocks, which can be useful for debugging.

    blockscout

    After you have some activity on your rollup, it will look more like this:

    explorer-view

    Step 9: Finish setting up your chain ​

    The Offchain Labs team has provided a Hardhat script that handles the following tasks:

    1. Fund the batch-poster and validator (staker) accounts on your underlying L2 chain.
    2. Deposit ETH into your account on the chain using your chain's newly deployed bridge.
    3. Deploy your Token Bridge contracts on both L2 and local Orbit chains.
    4. Configure parameters on the chain.

    To run this script, issue the following command from the root of the orbit-setup-script repository, replacing YourPrivateKey with the private key of the Owner account you used to deploy your chain's contracts, and replacing http://localhost:8449 with the RPC URL of your chain's node.

    First, export your private key as a variable:

    bash
    PRIVATE_KEY="YourPrivateKey" \
+  L2_RPC_URL="https://sepolia-rollup.arbitrum.io/rpc" \
+  L3_RPC_URL="http://localhost:8449" yarn run setup
    PRIVATE_KEY="YourPrivateKey" \
+  L2_RPC_URL="https://sepolia-rollup.arbitrum.io/rpc" \
+  L3_RPC_URL="http://localhost:8449" yarn run setup

    Successful logs will appear similar to:

    bash
    Funding batch-poster accounts on parent chain with 0.3 ETH
+Transaction hash on parent chain: 0x6c7360a96165c570dcb7ce609d748d612c5fa5b76e229cd81ba5f5c93c00f805
+Transaction was mined in block 28217647 on parent chain
+Funding staker accounts on parent chain with 0.3 ETH
+Transaction hash on parent chain: 0x59d2db6c5095b9e329c80211b7a761d20064379e3382d156b69e5cf3b5fe2fc7
+Transaction was mined in block 28217653 on parent chain
+Running Orbit Chain Native token deposit to Deposit ETH or native ERC20 token from parent chain to your account on Orbit chain ... 💰💰💰💰💰💰
+Transaction hash on parent chain:  0x8dee6e88d3b62b258c1574cbb7005e1c3cf193b60a99b5c2fcfae00819b7ed82
+0.4 ETHs are deposited to your account
+Balance not changed yet. Waiting for another 30 seconds ⏰⏰⏰⏰⏰⏰
+Balance of your account on Orbit chain increased by the native token you have just sent.
+Running tokenBridgeDeployment or erc20TokenBridge script to deploy token bridge contracts on parent chain and your Orbit chain 🌉🌉🌉🌉🌉
+Creating token bridge for rollup 0x7fbEB5BC73a11b438891022786feb2C624f275F0
+Token bridge deployed in transaction 0x4888fdf44251d456bbfca92bfc6e180cfe0b096ffbea2f6da2a203a16902214f
+Waiting for retryables...
+Retryable #1: 0xc61382d5609ab0ece36b2776349c8bdceeafdd13dde9624cdf3d746fb4cf7d79
+Retryable #2: 0xf31fd34f8a9d9057198d8b13e755e583766bd528459733d948d9ffbc980c9506
+Done!
+Weth gateway set in tx 0xf2ddc2dad90e7e2b20a772bf89f989224165659d50824b98d7340e12265abf01
+Waiting for retryables...
+Retryable #1: 0xf47dc66514fd78e4666e35abd12df7d1ae2c79f69f7dfedb8d98e4106142ab7c
+Done!
+network.json updated
+Done!
+Running l3Configuration script to configure your Orbit chain 📝📝📝📝📝
+Setting the Minimum Base Fee for the Orbit chain
+Minimum Base Fee is set on the block number 13 on the Orbit chain
+Setting the  network fee receiver for the Orbit chain
+network fee receiver is set on the block number 14 on the Orbit chain
+Setting the infrastructure fee collector address for the Orbit chain
+infrastructure fee collector address is set on the block number 15 on the Orbit chain
+Getting L1 base fee estimate
+L1 Base Fee estimate on L2 is 4989526079
+Setting L1 base fee estimate on L3 to 5158076079
+L1 base fee estimate is set on the block number 16 on the Orbit chain
+All things done! Enjoy your Orbit chain. LFG 🚀🚀🚀🚀
+Transferring ownership on L3, from rollup owner to upgrade executor 🔃🔃🔃
+Adding Upgrade Executor contract to the chain owners
+Executor has been added to chain owners on TX: 0x97b50f60b60d0e658fdbf185969db0a0327bd0ae9e57cd65af2a7f9be0eeb5b0
+Executing removeChainOwner through the UpgradeExecutor contract
+Transaction complete, rollup owner removed from chain owners on TX: 0x019850732270d8c436585c7921219252422228b5d0f559da0da219f0fa2b7216
+✨  Done in 58.49s.
    Funding batch-poster accounts on parent chain with 0.3 ETH
+Transaction hash on parent chain: 0x6c7360a96165c570dcb7ce609d748d612c5fa5b76e229cd81ba5f5c93c00f805
+Transaction was mined in block 28217647 on parent chain
+Funding staker accounts on parent chain with 0.3 ETH
+Transaction hash on parent chain: 0x59d2db6c5095b9e329c80211b7a761d20064379e3382d156b69e5cf3b5fe2fc7
+Transaction was mined in block 28217653 on parent chain
+Running Orbit Chain Native token deposit to Deposit ETH or native ERC20 token from parent chain to your account on Orbit chain ... 💰💰💰💰💰💰
+Transaction hash on parent chain:  0x8dee6e88d3b62b258c1574cbb7005e1c3cf193b60a99b5c2fcfae00819b7ed82
+0.4 ETHs are deposited to your account
+Balance not changed yet. Waiting for another 30 seconds ⏰⏰⏰⏰⏰⏰
+Balance of your account on Orbit chain increased by the native token you have just sent.
+Running tokenBridgeDeployment or erc20TokenBridge script to deploy token bridge contracts on parent chain and your Orbit chain 🌉🌉🌉🌉🌉
+Creating token bridge for rollup 0x7fbEB5BC73a11b438891022786feb2C624f275F0
+Token bridge deployed in transaction 0x4888fdf44251d456bbfca92bfc6e180cfe0b096ffbea2f6da2a203a16902214f
+Waiting for retryables...
+Retryable #1: 0xc61382d5609ab0ece36b2776349c8bdceeafdd13dde9624cdf3d746fb4cf7d79
+Retryable #2: 0xf31fd34f8a9d9057198d8b13e755e583766bd528459733d948d9ffbc980c9506
+Done!
+Weth gateway set in tx 0xf2ddc2dad90e7e2b20a772bf89f989224165659d50824b98d7340e12265abf01
+Waiting for retryables...
+Retryable #1: 0xf47dc66514fd78e4666e35abd12df7d1ae2c79f69f7dfedb8d98e4106142ab7c
+Done!
+network.json updated
+Done!
+Running l3Configuration script to configure your Orbit chain 📝📝📝📝📝
+Setting the Minimum Base Fee for the Orbit chain
+Minimum Base Fee is set on the block number 13 on the Orbit chain
+Setting the  network fee receiver for the Orbit chain
+network fee receiver is set on the block number 14 on the Orbit chain
+Setting the infrastructure fee collector address for the Orbit chain
+infrastructure fee collector address is set on the block number 15 on the Orbit chain
+Getting L1 base fee estimate
+L1 Base Fee estimate on L2 is 4989526079
+Setting L1 base fee estimate on L3 to 5158076079
+L1 base fee estimate is set on the block number 16 on the Orbit chain
+All things done! Enjoy your Orbit chain. LFG 🚀🚀🚀🚀
+Transferring ownership on L3, from rollup owner to upgrade executor 🔃🔃🔃
+Adding Upgrade Executor contract to the chain owners
+Executor has been added to chain owners on TX: 0x97b50f60b60d0e658fdbf185969db0a0327bd0ae9e57cd65af2a7f9be0eeb5b0
+Executing removeChainOwner through the UpgradeExecutor contract
+Transaction complete, rollup owner removed from chain owners on TX: 0x019850732270d8c436585c7921219252422228b5d0f559da0da219f0fa2b7216
+✨  Done in 58.49s.

    Find your PFB on Celenium by looking at the namespace or account you posted from.

    See an example blob that was posted while making this guide.

    Congratulations with Celestia underneath ​

    Your local Orbit rollup is now running. You'll see an outputInfo.json file in the main directory of your script folder - this contains more information about your chain, including the addresses of your chain's base contracts.

    In the next guides, learn how to run a full and validating full node or bridge in and out of your rollup.

    Appendix ​

    Extra resources in Arbitrum documentation:

    Compatibility matrix ​

    ComponentVersionDetails
    Nitrov2.3.1-rc.1Includes the replay binary for the WASM root 0x10c65b27d5031ce2351c719072e58f3153228887f027f9f6d65300d2b5b30152. Read the overview for overall changes.
    Contractsv1.2.1-celestiaIntegrates Blobstream X functionality into nitro-contracts v1.2.1
    Orbit SDKv0.8.2 Orbit SDK for Celestia DAThis is not compatible with Orbit SDK v0.8.2 or with the latest changes to nitro-contracts for the Atlas upgrade. The Orbit SDK itself is in Alpha.
    celestia-nodev0.13.1This integration has only been tested with celestia-node 0.13.1 and only works with said version, and with future versions after that. Under the hood, the Nitro node uses this commit of celestia-openrpc.

    Blobstream X contract deployments ​

    The Orbit contracts depend on the following Blobstream X deployments. The current deployments, which can be found at 0xc3e209eb245Fd59c8586777b499d6A665DF3ABD2 in both chains, relays headers from the Mocha-4 testnet to the chains below:

    • Arbitrum Sepolia
    • Base Sepolia

    Arbitrum Sepolia ​

    Base Sepolia ​

    • RollupCreator: 0x1Bb8ADd5e878b12Fa37756392642eB94C53A1Cf4
    • TokenBridgeCreator: 0xAa3b8B63cCCa3c98b948FD1d6eD875d378dE2C6c
    • TokenBridgeRetryableSender: 0x4270889AdcB82338C5FF5e64B45c0A3d31CFd08C
    • Find additional Base Sepolia deployments below

    Arbitrum Sepolia additional deployments ​

    ContractAddress
    Bridge0x95FEA00e689e8D1CBa909836E1Ef1b941D5f21b1
    SequencerInbox0x95CBDa89325db5529eAF1813E181f66B83A7d65a
    Inbox0x3681Cbb0E95AB50b63F2FC524FbBcC78adEfBd33
    RollupEventInbox0x61e154128b6a1400ea8090B4431B4aA1DBb80Cc4
    Outbox0x5187a92539bB4A2befe1fc078745c84AB6d37171
    ERC20Bridge0xD0a6699Fc7519966685181c80BF98D35aFa1fC95
    SequencerInbox0x2588867F19E2DE51f90F0aB852C7Ad11228e3d83
    ERC20Inbox0x6cB49605f10831749c6090AD09918bC61439bacE
    ERC20RollupEventInbox0x7fC4D9A24949680faD666FeEe7cD6a100E39C4F0
    ERC20Outbox0xA773e19DC9e822933A7e72Df9c87eD1578701D29
    BridgeCreator0x3Bc040EAca40b91FA06cf55Ea91842FaC88b1AF4
    OneStepProver00x5810F0916BAE1067Ca1efcc00AaaF30301af001c
    OneStepProverMemory0xaC3427E621C6F10dC2ABdAB00188D92690503914
    OneStepProverMath0xFB612fb83959b8ACD3E49540B29C93c5A67e05f1
    OneStepProverHostIo0x630093954CbF19Fe4532A2edD0bD3B10dEcA7A4D
    OneStepProofEntry0x53DEA3A90Fd6C82840a1f7224F799D622f142Df4
    ChallengeManager0x01B5905B154F21a393F5B5a0C6d15B53a493C05e
    RollupAdminLogic0xe371AFcb8437bF61bd831EF57Be7A2496D88488B
    RollupUserLogic0xE24a60b758b51b0a3dA5E8F4F6ddf1cd0aFF646C
    ValidatorUtils0x7973D0b475E898082dF25c1617CBce1917cFED17
    ValidatorWalletCreator0xe2662ff9b41f39e63A850E50E013Ea66e60A4F37
    RollupCreator0x79751B011BCc20F413a2c4E3AF019b6E2a9738B9
    DeployHelper0xd2D353916B34a877793628049c99858f04123eE1

    Base Sepolia additional deployments ​

    ContractAddress
    Bridge0xb6052122545AACD2BDda0Ca9FA56416bD968cDbc
    SequencerInbox0xcd9FCa5015b5ce2B06a2266e4a5dd54D9ca39F1a
    Inbox0x44B412b291fEf00398501B2cA353EA912AD0fe13
    RollupEventInbox0x51D196e07a27DBA0F4461Dd6CC26108424F196f7
    Outbox0x5A48aDf22f526eBD06e3e8856cFEa2490923CC55
    ERC20Bridge0x9abC41fEfAe7E7543a01FA837AeC909F96147280
    SequencerInbox0x8f97Cb7c643Acd7f79f3B13841b24a243dA51242
    ERC20Inbox0x40f8c63e0a20B399bCd9631A22E57BB988a9400e
    ERC20RollupEventInbox0x3B6e845fb9f0c8Ee4E9F6D44781f6547d9c6359a
    ERC20Outbox0xc99eEA0B8e67D5b2226AB6D37882DAAf6dd7593b
    BridgeCreator0xC7535F078CB3880a0FD5E54FA7A3B4EAf09b3924
    OneStepProver00xf889a3174Fddd9f78E6cd250Ebf4c16F1bDd1b6a
    OneStepProverMemory0x61254e43e5c1e9E801F9C56B47a9ac3EADF6d1E9
    OneStepProverMath0x55527d53fdA37Dbf1924482b40AcF8625E1cAA5B
    OneStepProverHostIo0x03B43F7B61Fa100611191F481Ef48aa1fc98F434
    OneStepProofEntry0x89b7c7970c13BB587893a70697AD6d2A335b6A15
    ChallengeManager0x04CAe899Fc0B7Ef45c529f8Bf075D54F6fB70eD9
    RollupAdminLogic0x99E9D2F04352B42C18F1DA5Dd93a970F82C08aFe
    RollupUserLogic0x1ae3A8DC1e7eFD37F418B2987D3DF74c5a917a8B
    ValidatorUtils0x1cc4551922C069A9aDE06756BF14bF0410eA44fF
    ValidatorWalletCreator0x78f8B2941ddE5a8A312814Ebd29c2E2A36f25E91
    RollupCreator0x1Bb8ADd5e878b12Fa37756392642eB94C53A1Cf4
    DeployHelper0x20d8153AaCC4E6D29558fa3916BfF422BEDE9B5E
    + + + + \ No newline at end of file diff --git a/developers/arbitrum-full-node.html b/developers/arbitrum-full-node.html new file mode 100644 index 00000000000..14d4eec9a10 --- /dev/null +++ b/developers/arbitrum-full-node.html @@ -0,0 +1,47 @@ + + + + + + Running a full node and/or validator | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Running a full node and/or validator ​

    Prerequisites ​

    Running a full node ​

    To run a full node, you can follow the steps outlined in the Arbitrum docs, with the difference being that you will use this image: dfcelestia/nitro-node-dev:latest instead of the one mentioned in the Arbitrum docs.

    Note that you can either use the flags in the nitro binary + the flags found in the celestia package, or you can just provide a node config.json file with the celestia-cfg for them to run it, which would look something like this:

    json
    docker run --rm -v "$HOME/Documents/configs/nodeConfig.json:/config.json:ro" \
+  --network host celestia-nitro:v2.3.1-rc.1 --conf.file /config.json
    docker run --rm -v "$HOME/Documents/configs/nodeConfig.json:/config.json:ro" \
+  --network host celestia-nitro:v2.3.1-rc.1 --conf.file /config.json

    Running a full node with validation ​

    The information above applies to the steps outlined to run a validating full node (validator).

    Finally, note that this will require connection to a DA node, and we recommend running a Bridge node if you will be instantiating multiple rollups.

    + + + + \ No newline at end of file diff --git a/developers/arbitrum-integration.html b/developers/arbitrum-integration.html new file mode 100644 index 00000000000..0c265acff53 --- /dev/null +++ b/developers/arbitrum-integration.html @@ -0,0 +1,45 @@ + + + + + + Introduction to Arbitrum rollups with Celestia as DA | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Introduction to Arbitrum rollups with Celestia as DA ​

    Celestia_Arbitrum

    Overview ​

    The integration of Celestia with Arbitrum Orbit and the Nitro tech stack marks the first external contribution to the Arbitrum Orbit protocol layer, offering developers an additional option for selecting a data availability layer alongside Arbitrum AnyTrust. The integration allows developers to deploy an Orbit Chain that uses Celestia for data availability and settles on Arbitrum One, Ethereum, or other EVM chains.

    Learn more about Orbit in Arbitrum's introduction.

    Key components ​

    The integration of Celestia with Arbitrum orbit is possible thanks to 3 key components:

    Additionally, the Ethereum fallback mechanism is a feature of the integration, which is native in Nitro.

    DA provider implementation ​

    The Arbitrum Nitro code has a DataAvailabilityProvider interface that is used across the codebase to store and retrieve data from a specific provider (eip4844 blobs, Anytrust, and now Celestia).

    This integration implements the DataAvailabilityProvider interface for Celestia DA

    Additionally, this integration comes with the necessary code for a Nitro chain node to post and retrieve data from Celestia.

    The core logic behind posting and retrieving data happens in celestia.go where data is stored on Celestia and serialized into a small batch of data that gets published once the necessary range of headers (data roots) has been relayed to the BlobstreamX contract. Then the Read logic takes care of taking the deserialized Blob Pointer struct and consuming it in order to fetch the data from Celestia and additionally inform the fetcher about the position of the data on Celestia (we'll get back to this in the next section).

    The following represents a non-exhaustive list of considerations when running a Batch Poster node for a chain with Celestia underneath:

    • You will need to use a consensus full node RPC endpoint, you can find a list of them for Mocha here
    • The Batch Poster will only post a Celestia batch to the underlying chain if the height for which it posted is in a recent range in BlobstreamX and if the verification succeeds, otherwise it will discard the batch. Since it will wait until a range is relayed, it can take several minutes for a batch to be posted, but one can always make an on-chain request for the BlobstreamX contract to relay a header promptly.

    The following represents a non-exhaustive list of considerations when running a Nitro node for a chain with Celestia underneath:

    • The TendermintRpc endpoint is only needed by the batch poster, every other node can operate without a connection to a full node.
    • The message header flag for Celestia batches is 0x0c.
    • You will need to know the namespace for the chain that you are trying to connect to, but don't worry if you don't find it, as the information in the BlobPointer can be used to identify where a batch of data is in the Celestia Data Square for a given height, and thus can be used to find out the namespace as well!

    Preimage Oracle Implementation ​

    In order to support fraud proofs, this integration has the necessary code for a Nitro validator to populate its preimage mapping with Celestia hashes that then get "unpealed" in order to reveal the full data for a Blob. You can read more about the "Hash Oracle Trick".

    The data structures and hashing functions for this can be found in the nitro/das/celestia/tree folder

    You can see where the preimage oracle gets used in the fraud proof replay binary here

    Something important to note is that the preimage oracle only keeps track of hashes for the rows in the Celestia data square in which a blob resides in, this way each Orbit chain with Celestia underneath does not need validators to recompute an entire Celestia Data Square, but instead, only have to compute the row roots for the rows in which it's data lives in, and the header data root, which is the binary merkle tree hash built using the row roots and column roots fetched from a Celestia node. Because only data roots that can be confirmed on Blobstream get accepted into the sequencer inbox, one can have a high degree of certainty that the canonical data root being unpealed as well as the row roots are in fact correct.

    Blobstream X implementation ​

    Finally, the integration only accepts batches with information that can be confirmed on BlobstreamX, which gives us a high certainty that data was made available on Celestia.

    You can see how BlobstreamX is integrated into the SequencerInbox.sol contract here, which allows us to discard batches with otherwise faulty data roots, thus giving us a high degree of confidence that the data root can be safely unpacked in case of a challenge.

    The Celestia and Arbitrum integration also includes Blobstream, which relays commitments to Celestia’s data root to an onchain light client on Ethereum. This allows L2 solutions that settle on Ethereum to benefit from the scalability Celestia’s data availability layer can provide.

    Ethereum fallback mechanism in Nitro ​

    By default in Arbitrum Nitro, the Ethereum fallback mechanism in the BatchPoster function is handling the process of storing data, with a fallback mechanism to store data onchain if the primary data availability storage fails.

    The @celestiaorg/nitro integration uses the same fallback mechanism.

    More information can be found on the Ethereum fallback mechanisms for Celestia, which enables Ethereum L2s (or L3s) to “fall back” to using Ethereum calldata for data availability in the event of downtime on Celestia Mainnet Beta.

    The fallback logic for Celestia DA is configurable, providing an alternative to the previous default fallback mechanism. Additionally, an ability has been added to the Arbitrum node software which allows the sequencer to call VerifyAttestation to check if a data root has been posted on Blobstream or not, before it sends the sequencer message (data pointer) to the underlying chain.

    Next steps ​

    In the next page, learn how to deploy an Arbitrum rollup devnet using Celestia as DA.

    + + + + \ No newline at end of file diff --git a/developers/arbitrum-smart-contract.html b/developers/arbitrum-smart-contract.html new file mode 100644 index 00000000000..591afeca0cb --- /dev/null +++ b/developers/arbitrum-smart-contract.html @@ -0,0 +1,177 @@ + + + + + + Deploy a smart contract to your Arbitrum rollup | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Deploy a smart contract to your Arbitrum rollup ​

    Overview ​

    Welcome to the guide on deploying a smart contract to your Arbitrum rollup. In this tutorial, you will learn how to deploy a smart contract using the L2 Nitro devnet and the provided public and private keys for testing purposes.

    Prerequisites ​

    Setup ​

    First, in your $HOME directory, set up a new project folder for this tutorial and init the project with npm:

    bash
    cd $HOME
+mkdir counter-project && cd counter-project && npm init -y
    cd $HOME
+mkdir counter-project && cd counter-project && npm init -y

    Next, initialize a Foundry project with the following command:

    bash
    forge init counter_contract
    forge init counter_contract

    Create your smart contract ​

    Take a look at the Counter.sol file in your counter-project/counter_contract/src directory:

    solidity
    // SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+contract Counter {
+    uint256 public number;
+
+    function setNumber(uint256 newNumber) public {
+        number = newNumber;
+    }
+
+    function increment() public {
+        number++;
+    }
+}
    // SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+contract Counter {
+    uint256 public number;
+
+    function setNumber(uint256 newNumber) public {
+        number = newNumber;
+    }
+
+    function increment() public {
+        number++;
+    }
+}

    The contract contains a public unsigned integer variable named "number". There are two public functions in this contract. The setNumber function allows anyone to set a new value for the "number" variable, while the increment function increases the value of "number" by one each time it's called.

    You can learn more about Solidity and smart contract programming.

    To compile the contract, run the following forge command from the $HOME/counter-project/counter_contract/ directory:

    bash
    forge build
    forge build

    Your output should look similar to the following:

    bash
    [⠢] Compiling...
+[⠔] Compiling 21 files with 0.8.19
+[⠑] Solc 0.8.19 finished in 1.24s
+Compiler run successful
    [⠢] Compiling...
+[⠔] Compiling 21 files with 0.8.19
+[⠑] Solc 0.8.19 finished in 1.24s
+Compiler run successful

    Test your smart contract ​

    Now, open the test/Counter.t.sol file:

    solidity
    // SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "../src/Counter.sol";
+
+contract CounterTest is Test {
+    Counter public counter;
+
+    function setUp() public {
+        counter = new Counter();
+        counter.setNumber(0);
+    }
+
+    function testIncrement() public {
+        counter.increment();
+        assertEq(counter.number(), 1);
+    }
+
+    function testSetNumber(uint256 x) public {
+        counter.setNumber(x);
+        assertEq(counter.number(), x);
+    }
+}
    // SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "../src/Counter.sol";
+
+contract CounterTest is Test {
+    Counter public counter;
+
+    function setUp() public {
+        counter = new Counter();
+        counter.setNumber(0);
+    }
+
+    function testIncrement() public {
+        counter.increment();
+        assertEq(counter.number(), 1);
+    }
+
+    function testSetNumber(uint256 x) public {
+        counter.setNumber(x);
+        assertEq(counter.number(), x);
+    }
+}

    This file performs unit testing on the contract we created in the previous section. Here's what the test is doing:

    • The contract includes a public "Counter" type variable called "counter". In the setUp function, it initializes a new instance of the "Counter" contract and sets the "number" variable to 0.

    • There are two test functions in the contract: testIncrement and testSetNumber.

    • The testIncrement function tests the "increment" function of the "Counter" contract by calling it and then asserting that the "number" in the "Counter" contract is 1. It verifies if the increment operation correctly increases the number by one.

    • The testSetNumber function is more generic. It takes an unsigned integer argument 'x' and tests the "setNumber" function of the "Counter" contract. After calling the "setNumber" function with 'x', it asserts that the "number" in the "Counter" contract is equal to 'x'. This verifies that the "setNumber" function correctly updates the "number" in the "Counter" contract.

    Now, to test your code, run the following:

    bash
    forge test
    forge test

    If the test is successful, your output should be similar to this:

    bash
    [⠆] Compiling...
+No files changed, compilation skipped
+
+Running 2 tests for test/Counter.t.sol:CounterTest
+[PASS] testIncrement() (gas: 28334)
+[PASS] testSetNumber(uint256) (runs: 256, μ: 27709, ~: 28409)
+Test result: ok. 2 passed; 0 failed; finished in 8.96ms
    [⠆] Compiling...
+No files changed, compilation skipped
+
+Running 2 tests for test/Counter.t.sol:CounterTest
+[PASS] testIncrement() (gas: 28334)
+[PASS] testSetNumber(uint256) (runs: 256, μ: 27709, ~: 28409)
+Test result: ok. 2 passed; 0 failed; finished in 8.96ms

    Deploying your smart contract ​

    Funded accounts ​

    Your L2 Nitro devnet will have a public and private key funded as a faucet to use for testing:

    • On both L1 and L2
      • Public key: 0x3f1Eae7D46d88F08fc2F8ed27FCb2AB183EB2d0E
      • Private key: 0xb6b15c8cb491557369f3c7d2c287b053eb229daa9c22138887752191c9520659

    Alternatively, you can fund other addresses by using the scripts send-l1 and send-l2.

    The L1 Geth devnet will be running at http://localhost:8545 and the L2 Nitro devnet will be on http://localhost:8547 and ws://localhost:8548.

    Using our Arbitrum devnet ​

    We will use the local RPC endpoint (http://localhost:8547) and accounts above to test with.

    Let's deploy the contract now. First, set a private key from anvil:

    bash
    export L2_PRIVATE_KEY=0xe887f7d17d07cc7b8004053fb8826f6657084e88904bb61590e498ca04704cf2
+export ARB_RPC_URL=http://localhost:8547
    export L2_PRIVATE_KEY=0xe887f7d17d07cc7b8004053fb8826f6657084e88904bb61590e498ca04704cf2
+export ARB_RPC_URL=http://localhost:8547

    Now, deploy the contract:

    bash
    forge create --rpc-url $ARB_RPC_URL \
+  --private-key $L2_PRIVATE_KEY \
+  src/Counter.sol:Counter
    forge create --rpc-url $ARB_RPC_URL \
+  --private-key $L2_PRIVATE_KEY \
+  src/Counter.sol:Counter

    A successful deployment will return output similar to below:

    bash
    [⠆] Compiling...
+No files changed, compilation skipped
+Deployer: 0xf39Fd6e51aad88F6F4ce6aB8827279cffFb92266
+Deployed to: 0x5FbDB2315678afecb367f032d93F642f64180aa3
+Transaction hash: 0xf1a793a793cd9fc588f5132d99008565ea361eb3535d66499575e9e1908200b2
    [⠆] Compiling...
+No files changed, compilation skipped
+Deployer: 0xf39Fd6e51aad88F6F4ce6aB8827279cffFb92266
+Deployed to: 0x5FbDB2315678afecb367f032d93F642f64180aa3
+Transaction hash: 0xf1a793a793cd9fc588f5132d99008565ea361eb3535d66499575e9e1908200b2

    Once you've deployed the contract, you're ready to interact with it!

    First, we'll set it as a variable:

    bash
    export CONTRACT_ADDRESS=0x5FbDB2315678afecb367f032d93F642f64180aa3
    export CONTRACT_ADDRESS=0x5FbDB2315678afecb367f032d93F642f64180aa3

    Interacting with your smart contract ​

    Foundry uses cast, a CLI for performing Ethereum RPC calls.

    To write to the contract, we'll use the cast send command:

    bash
    cast send $CONTRACT_ADDRESS "setNumber(uint256)" 10 \
+  --rpc-url $ARB_RPC_URL --private-key $L2_PRIVATE_KEY
    cast send $CONTRACT_ADDRESS "setNumber(uint256)" 10 \
+  --rpc-url $ARB_RPC_URL --private-key $L2_PRIVATE_KEY

    Your output will look similar:

    bash
    blockHash               0x131822bef6eb59656d7e1387c19b75be667e587006710365ec5cf58030786c42
+blockNumber             3
+contractAddress
+cumulativeGasUsed       43494
+effectiveGasPrice       3767182372
+gasUsed                 43494
+logs                    []
+logsBloom               0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+root
+status                  1
+transactionHash         0x8f15d6004598f0662dd673a9898dceef77be8cc28408cecc284b28d7be32307d
+transactionIndex        0
+type                    2
    blockHash               0x131822bef6eb59656d7e1387c19b75be667e587006710365ec5cf58030786c42
+blockNumber             3
+contractAddress
+cumulativeGasUsed       43494
+effectiveGasPrice       3767182372
+gasUsed                 43494
+logs                    []
+logsBloom               0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+root
+status                  1
+transactionHash         0x8f15d6004598f0662dd673a9898dceef77be8cc28408cecc284b28d7be32307d
+transactionIndex        0
+type                    2

    Now, we can make a read call to view the state of the number variable, using the cast call command:

    bash
    cast call $CONTRACT_ADDRESS "number()" --rpc-url $ARB_RPC_URL
    cast call $CONTRACT_ADDRESS "number()" --rpc-url $ARB_RPC_URL

    The result will look similar:

    bash
    0x000000000000000000000000000000000000000000000000000000000000000a
    0x000000000000000000000000000000000000000000000000000000000000000a

    Convert the result from hexadecimal to a base 10 value with:

    bash
    echo $((0x000000000000000000000000000000000000000000000000000000000000000a))
    echo $((0x000000000000000000000000000000000000000000000000000000000000000a))

    Next steps ​

    Congratulations! You've learned how to deploy a smart contract to your Arbitrum rollup devnet.

    What will you build next? In our next tutorial, we will be going over how to deploy a dapp to your Arbitrum rollup.

    + + + + \ No newline at end of file diff --git a/developers/blobstream-contracts.html b/developers/blobstream-contracts.html new file mode 100644 index 00000000000..074698153e0 --- /dev/null +++ b/developers/blobstream-contracts.html @@ -0,0 +1,133 @@ + + + + + + Integrate with Blobstream contracts | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Integrate with Blobstream contracts ​

    Getting started ​

    Prerequisites ​

    Make sure to have the following installed:

    Installing Blobstream X contracts ​

    We will be using the Blobstream X implementation of Blobstream, so we can install its repo as a dependency:

    Install the Blobstream X contracts repo as a dependency:

    sh
    forge install succinctlabs/blobstreamx --no-commit
    forge install succinctlabs/blobstreamx --no-commit

    Make sure that the directory you're running this command from is an initialized git repository. If not, just initialize the repo using:

    sh
    git init
    git init

    Note that the minimum Solidity compiler version for using the Blobstream contracts is 0.8.19.

    Example usage ​

    Example minimal Solidity contract for a stub ZK rollup that leverages the BlobstreamX.sol contract to check that data has been posted to Celestia:

    solidity
    // SPDX-License-Identifier: Apache-2.0
+pragma solidity ^0.8.19;
+
+TBD
+import "blobstream-contracts/IDAOracle.sol";
+import "blobstream-contracts/DataRootTuple.sol";
+import "blobstream-contracts/lib/tree/binary/BinaryMerkleProof.sol";
+
+contract MyRollup {
+    IDAOracle immutable blobstreamX;
+    bytes32[] public rollup_block_hashes;
+
+    constructor(IDAOracle _blobstreamX) {
+        blobstreamX = _blobstreamX;
+    }
+
+    function submitRollupBlock(
+        bytes32 _rollup_block_hash,
+        bytes calldata _zk_proof,
+        uint256 _blobstreamX_nonce,
+        DataRootTuple calldata _tuple,
+        BinaryMerkleProof calldata _proof
+    ) public {
+        // Verify that the data root tuple (analog. block header) has been
+        // attested to by the Blobstream contract.
+        require(
+            blobstreamX.verifyAttestation(_blobstreamX_nonce, _tuple, _proof)
+        );
+
+        // Verify the ZKP (zero-knowledge proof).
+        // _tuple.dataRoot is a public input, leaves (shares) are private inputs.
+        require(verifyZKP(_rollup_block_hash, _zk_proof, _tuple.dataRoot));
+
+        // Everything checks out, append rollup block hash to list.
+        rollup_block_hashes.push(_rollup_block_hash);
+    }
+
+    function verifyZKP(
+        bytes32 _rollup_block_hash,
+        bytes calldata _zk_proof,
+        bytes32 _data_root
+    ) private pure returns (bool) {
+        return true;
+    }
+}
    // SPDX-License-Identifier: Apache-2.0
+pragma solidity ^0.8.19;
+
+TBD
+import "blobstream-contracts/IDAOracle.sol";
+import "blobstream-contracts/DataRootTuple.sol";
+import "blobstream-contracts/lib/tree/binary/BinaryMerkleProof.sol";
+
+contract MyRollup {
+    IDAOracle immutable blobstreamX;
+    bytes32[] public rollup_block_hashes;
+
+    constructor(IDAOracle _blobstreamX) {
+        blobstreamX = _blobstreamX;
+    }
+
+    function submitRollupBlock(
+        bytes32 _rollup_block_hash,
+        bytes calldata _zk_proof,
+        uint256 _blobstreamX_nonce,
+        DataRootTuple calldata _tuple,
+        BinaryMerkleProof calldata _proof
+    ) public {
+        // Verify that the data root tuple (analog. block header) has been
+        // attested to by the Blobstream contract.
+        require(
+            blobstreamX.verifyAttestation(_blobstreamX_nonce, _tuple, _proof)
+        );
+
+        // Verify the ZKP (zero-knowledge proof).
+        // _tuple.dataRoot is a public input, leaves (shares) are private inputs.
+        require(verifyZKP(_rollup_block_hash, _zk_proof, _tuple.dataRoot));
+
+        // Everything checks out, append rollup block hash to list.
+        rollup_block_hashes.push(_rollup_block_hash);
+    }
+
+    function verifyZKP(
+        bytes32 _rollup_block_hash,
+        bytes calldata _zk_proof,
+        bytes32 _data_root
+    ) private pure returns (bool) {
+        return true;
+    }
+}

    Data structures ​

    Each DataRootTuple is a tuple of block height and data root. It is analogous to a Celestia block header. DataRootTuples are relayed in batches, committed to as a DataRootTuples root (i.e. a Merkle root of DataRootTuples).

    The BinaryMerkleProof is an RFC-6962-compliant Merkle proof. Since DataRootTuples are Merkleized in a binary Merkle tree, verifying the inclusion of a DataRootTuple against a DataRootTuples root requires verifying a Merkle inclusion proof.

    Interface ​

    The IDAOracle (Data Availability Oracle Interface) interface allows L2 contracts on Ethereum to query the BlobstreamX.sol contract for relayed DataRootTuples. The single interface method verifyAttestation verifies a Merkle inclusion proof that a DataRootTuple is included under a specific batch (indexed by batch nonce). In other words, analogously it verifies that a specific block header is included in the Celestia chain.

    Querying the proof ​

    To prove that the data was published to Celestia, check out the proof queries documentation to understand how to query the proofs from Celestia consensus nodes and make them usable in the Blobstream X verifier contract.

    Verifying data inclusion for fraud proofs ​

    A high-level overview of how a fraud-proof based L2 would interact with Blobstream can be found in the inclusion proofs documentation.

    The DAVerifier library is available at blobstream-contracts/lib/verifier/DAVerifier.sol, and provides functions to verify the inclusion of individual (or multiple) shares against a DataRootTuple. The library is stateless, and allows to pass an IDAOracle interface as a parameter to verify inclusion against it.

    In the DAVerifier library, we find functions that help with data inclusion verification and calculating the square size of a Celestia block. These functions work with the Blobstream X smart contract, using different proofs to check and confirm the data's availability. Let's take a closer look at these functions:

    • verifySharesToDataRootTupleRoot: This function verifies that the shares, which were posted to Celestia, were committed to by the Blobstream X smart contract. It checks that the data root was committed to by the Blobstream X smart contract and that the shares were committed to by the rows roots.
    • verifyRowRootToDataRootTupleRoot: This function verifies that a row/column root, from a Celestia block, was committed to by the Blobstream X smart contract. It checks that the data root was committed to by the Blobstream X smart contract and that the row root commits to the data root.
    • verifyMultiRowRootsToDataRootTupleRoot: This function verifies that a set of rows/columns, from a Celestia block, were committed to by the Blobstream X smart contract. It checks that the data root was committed to by the Blobstream X smart contract and that the rows roots commit to the data root.
    • computeSquareSizeFromRowProof: This function computes the Celestia block square size from a row/column root to data root binary Merkle proof. It is the user's responsibility to verify that the proof is valid and was successfully committed to using the verifyRowRootToDataRootTupleRoot() method.
    • computeSquareSizeFromShareProof: This function computes the Celestia block square size from a shares to row/column root proof. It is the user's responsibility to verify that the proof is valid and that the shares were successfully committed to using the verifySharesToDataRootTupleRoot() method.

    For an overview of a demo rollup implementation, head to the next section.

    + + + + \ No newline at end of file diff --git a/developers/blobstream-offchain.html b/developers/blobstream-offchain.html new file mode 100644 index 00000000000..f1ddc88a06f --- /dev/null +++ b/developers/blobstream-offchain.html @@ -0,0 +1,341 @@ + + + + + + Integrate with Blobstream client | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Integrate with Blobstream client ​

    Blobstream demo rollup ​

    Rollups can use Blobstream for DA by posting their data to Celestia and then proving that it was posted on Ethereum. This is done identically to how any rollup or user would post data to Celestia. Then, a zero-knowledge proof that Celestia validators have come to consensus on Celestia block headers is generated, and subsequently relayed to Ethereum to the Blobstream X smart contract.

    This demo rollup will outline (the outline is not an implementation! Please do not expect to copy and paste this code 🙂) a very simple Blobstream rollup to illustrate at a high level what this could look like.

    Defining a chain ​

    The first step to starting a new chain is to define the structure of the commitments that each block consists of.

    go
    type Block struct {
+    // Data is the data of a block that is submitted to Celestia.
+    Data `json:"Data"`
+    // Header is the set of commitments over a block that is submitted to
+    // Ethereum.
+    Header `json:"Header"`
+}
+
+// Data is the data of a block that is submitted to Celestia.
+type Data struct {
+    Txs []json.RawMessage `json:"txs"`
+}
+
+// Header is the set of commitments over a block that is submitted to Ethereum.
+type Header struct {
+    Height             uint64    `json:"height"`
+    Namespace          []byte    `json:"namespace"`
+    PreviousHash       []byte    `json:"previous_hash"`
+    Span               Span      `json:"span"`
+    SequencerSignature Signature `json:"sequencer_signature,omitempty"`
+}
    type Block struct {
+    // Data is the data of a block that is submitted to Celestia.
+    Data `json:"Data"`
+    // Header is the set of commitments over a block that is submitted to
+    // Ethereum.
+    Header `json:"Header"`
+}
+
+// Data is the data of a block that is submitted to Celestia.
+type Data struct {
+    Txs []json.RawMessage `json:"txs"`
+}
+
+// Header is the set of commitments over a block that is submitted to Ethereum.
+type Header struct {
+    Height             uint64    `json:"height"`
+    Namespace          []byte    `json:"namespace"`
+    PreviousHash       []byte    `json:"previous_hash"`
+    Span               Span      `json:"span"`
+    SequencerSignature Signature `json:"sequencer_signature,omitempty"`
+}

    Note the Celestia-specific structures in the header such as the Namespace and the Blobstream-specific structure called the Span. The goal of these structures is to locate the data in the Celestia block so that we can prove that data's inclusion via Blobstream if needed. Read more in the namespace specifications, and you can think of this like a chain ID. Learn more information about shares, which are small pieces of the encoded Celestia block. We use the same encoding here so that the commitments to the rollup block match those committed to by validators in the Celestia data root.

    The Span could take many forms, but in this demo, we will use the following:

    go
    // Span describes the location of the rollup block data that is posted to
+// Celestia. This is important for other nodes to be able to prove that data in
+// the Celestia block. This can be thought of as a pointer to some data in the
+// Celestia block.
+type Span struct {
+    // CelestiaHeight is the height of the Celestia block that contains the
+    // rollup block data.
+    CelestiaHeight uint64 `json:"celestia_height"`
+    // DataShareStart is the index of the first share of the rollup block data.
+    DataShareStart uint64 `json:"share_start"`
+    // DataShareLen is length in shares of the rollup block data. This is used
+    // to identify all of the rollup block data in a Celestia block.
+    DataShareLen uint64 `json:"share_end"`
+}
    // Span describes the location of the rollup block data that is posted to
+// Celestia. This is important for other nodes to be able to prove that data in
+// the Celestia block. This can be thought of as a pointer to some data in the
+// Celestia block.
+type Span struct {
+    // CelestiaHeight is the height of the Celestia block that contains the
+    // rollup block data.
+    CelestiaHeight uint64 `json:"celestia_height"`
+    // DataShareStart is the index of the first share of the rollup block data.
+    DataShareStart uint64 `json:"share_start"`
+    // DataShareLen is length in shares of the rollup block data. This is used
+    // to identify all of the rollup block data in a Celestia block.
+    DataShareLen uint64 `json:"share_end"`
+}

    We can then define the blockchain as a collection of blocks and some additional information about the chain such as the sequencer address.

    go
    type Blockchain struct {
+    Blocks           []Block
+    SequencerAddress []byte
+    Namespace        []byte
+}
    type Blockchain struct {
+    Blocks           []Block
+    SequencerAddress []byte
+    Namespace        []byte
+}

    Rollup sequencer ​

    The rollup sequencer is responsible for creating blocks and, in this demo, writing that data to Celestia and Ethereum. The rollup full node is responsible for reading that data from Celestia and Ethereum and verifying that it follows the protocol rules of that rollup.

    Therefore, we can start by first defining the reading and writing interactions rollup nodes will have with both the Celestia and Ethereum networks. The actual implementations of these interfaces are left as exercises to the reader (🤪). Assume that those implementations of these interfaces are verifying the respective chain. For the connection to Celestia, this would likely mean connecting to a Celestia light node, which can detect faults in consensus such as hidden data. For the connection to Ethereum, this would likely mean running and connecting to a full node. More information on the RPC that is exposed by a Celestia light node can be found in the RPC documentation. Additionally, if you need more information on how to run a light node, you can check out the documentation.

    go
    // CelestiaLightNodeClient summarizes the actions that a rollup that uses
+// Blobstream for DA would need from a Celestia light node. Note that the actual
+// connection to this light node is arbitrary, but would likely involve an RPC
+// connection to a Celestia light node.
+type CelestiaLightNodeClient interface {
+    GetBlockData(Span) (Data, error)
+    SubmitBlockData(Data) (Span, error)
+}
+
+// EthereumClient summarizes the actions that a rollup that uses Blobstream for
+// DA would need from an Ethereum client.
+type EthereumClient interface {
+    // GetLatestRollupHeight returns the height of the latest rollup block by
+    // querying the appropriate contract on Ethereum.
+    LatestRollupHeight() (uint64, error)
+    // GetHeader returns the rollup header of a specific height.
+    GetHeader(uint64) (Header, error)
+    // SubmitHeader submits a header to the rollup bridge contract on Ethereum.
+    SubmitHeader(Header) error
+}
    // CelestiaLightNodeClient summarizes the actions that a rollup that uses
+// Blobstream for DA would need from a Celestia light node. Note that the actual
+// connection to this light node is arbitrary, but would likely involve an RPC
+// connection to a Celestia light node.
+type CelestiaLightNodeClient interface {
+    GetBlockData(Span) (Data, error)
+    SubmitBlockData(Data) (Span, error)
+}
+
+// EthereumClient summarizes the actions that a rollup that uses Blobstream for
+// DA would need from an Ethereum client.
+type EthereumClient interface {
+    // GetLatestRollupHeight returns the height of the latest rollup block by
+    // querying the appropriate contract on Ethereum.
+    LatestRollupHeight() (uint64, error)
+    // GetHeader returns the rollup header of a specific height.
+    GetHeader(uint64) (Header, error)
+    // SubmitHeader submits a header to the rollup bridge contract on Ethereum.
+    SubmitHeader(Header) error
+}

    Note that here we are waiting for the head to be posted to Ethereum, however, it would likely be better to simply download that header from the p2p network or directly from the sequencer instead.

    For the purposes of this demo, we will be using a single centralized sequencer, which can be defined by simply wrapping the full node to isolate the logic to create blocks.

    A rollup full node will just consist of some representation of a blockchain along with clients to read from with Celestia and Ethereum.

    go
    type Fullnode struct {
+    Blockchain
+    CelestiaLightNodeClient
+    EthereumClient
+}
+
+// Sequencer wraps the demo Fullnode struct to add specific functionality for
+// producing blocks.
+type Sequencer struct {
+    Fullnode
+}
    type Fullnode struct {
+    Blockchain
+    CelestiaLightNodeClient
+    EthereumClient
+}
+
+// Sequencer wraps the demo Fullnode struct to add specific functionality for
+// producing blocks.
+type Sequencer struct {
+    Fullnode
+}

    Committing to data ​

    Typical blockchains commit to the transactions included in each block using a Merkle root. Rollups that use Blobstream for DA need to use the commitments that are relayed to the Blobstream contracts.

    For optimistic rollups, this could be as simple as referencing the data in the Celestia block, not unlike using a pointer in memory. This is what is done below via a Span in the creating blocks section. We keep track of where the data is located in the Celestia block and the sequencer signs over that location in the header. If the sequencer commits to non-existent data or an invalid state root, then the invalid transaction is first proved to be included in the Span before the rest of the fraud proof process is followed. Find more information in the inclusion proofs documentation.

    For zk rollups, this would involve creating an inclusion proof to the data root tuple root in the Blobstream contracts and then verifying that proof in the zk proof used to verify state. Find more information in the data root inclusion proof documentation.

    Also, see the documentation for the data square layout and the shares of the Celestia block to see how the data is encoded in Celestia.

    Creating blocks ​

    The first step in creating a block is to post the block data to Celestia. Upon confirmation of the data being included in a block, the actual location of the data in Celestia can be determined. This data is used to create a Span which is included in the header and signed over by the sequencer. This Span can be used by contracts on Ethereum that use the Blobstream contracts to prove some specific data was included.

    go
    func (s *Sequencer) ProduceBlock(txs []json.RawMessage) (Block, error) {
+    data := Data{Txs: txs}
+
+    span, err := s.CelestiaLightNodeClient.SubmitBlockData(data)
+    if err != nil {
+        return Block{}, err
+    }
+
+    var lastBlock Block
+    if len(s.Blocks) > 0 {
+        lastBlock = s.Blocks[len(s.Blocks)-1]
+    }
+
+    header := Header{
+        Height:       uint64(len(s.Blocks) + 1),
+        PreviousHash: lastBlock.Header.Hash(),
+        Namespce:     s.Namespace,
+        Span: span,
+    }
+
+    signature := s.key.Sign(header.SignBytes())
+
+    header.SequencerSignature = signature
+
+    block := Block{
+        Data:   data,
+        Header: header,
+    }
+
+    s.AddBlock(block)
+
+    return block, nil
+}
    func (s *Sequencer) ProduceBlock(txs []json.RawMessage) (Block, error) {
+    data := Data{Txs: txs}
+
+    span, err := s.CelestiaLightNodeClient.SubmitBlockData(data)
+    if err != nil {
+        return Block{}, err
+    }
+
+    var lastBlock Block
+    if len(s.Blocks) > 0 {
+        lastBlock = s.Blocks[len(s.Blocks)-1]
+    }
+
+    header := Header{
+        Height:       uint64(len(s.Blocks) + 1),
+        PreviousHash: lastBlock.Header.Hash(),
+        Namespce:     s.Namespace,
+        Span: span,
+    }
+
+    signature := s.key.Sign(header.SignBytes())
+
+    header.SequencerSignature = signature
+
+    block := Block{
+        Data:   data,
+        Header: header,
+    }
+
+    s.AddBlock(block)
+
+    return block, nil
+}

    Note that the sequencer here is not yet posting headers to Ethereum. This is because the sequencer is waiting for the commitments from the Celestia validator set (the data root tuple roots) to be relayed to the contracts. Once the contracts are updated, the sequencer can post the header to Ethereum.

    go
    func (s *Sequencer) UpdateHeaders() error {
+    latestRollupHeight, err := s.EthereumClient.LatestRollupHeight()
+    if err != nil {
+        return err
+    }
+
+    for i := latestRollupHeight; i <= uint64(len(s.Blocks)+1); i++ {
+        err := s.EthereumClient.SubmitHeader(s.Blocks[i].Header)
+        if err != nil {
+            return err
+        }
+    }
+
+    return nil
+}
    func (s *Sequencer) UpdateHeaders() error {
+    latestRollupHeight, err := s.EthereumClient.LatestRollupHeight()
+    if err != nil {
+        return err
+    }
+
+    for i := latestRollupHeight; i <= uint64(len(s.Blocks)+1); i++ {
+        err := s.EthereumClient.SubmitHeader(s.Blocks[i].Header)
+        if err != nil {
+            return err
+        }
+    }
+
+    return nil
+}

    Rollup full node ​

    Downloading the block ​

    There are a few different mechanisms that could be used to download blocks. The simplest solution and what is outlined above is for Fullnodes to wait until the blocks and the headers are posted to the respective chains, and then download each as they are posted. It would also be possible to gossip the headers ahead of time and download the rollup blocks from Celestia instead of waiting for the headers to be posted to Ethereum. It's also possible to download the headers and the block data like a normal blockchain via a gossiping network and only fall back to downloading the data and headers from Celestia and Ethereum if the gossiping network is unavailable or the sequencer is malicious.

    go
    func (f *Fullnode) AddBlock(b Block) error {
+    // Perform validation of the block
+    if b.Header.Height != uint64(len(f.Blocks)+1) {
+        return fmt.Errorf("failure to add block: expected block height %d, got %d", len(f.Blocks)+1, b.Header.Height)
+    }
+    // Check the sequencer's signature
+    if !b.Header.SequencerSignature.IsValid(f.SequencerAddress) {
+        return fmt.Errorf("failure to add block: invalid sequencer signature")
+    }
+
+    f.Blocks = append(f.Blocks, b)
+    return nil
+}
+
+func (f *Fullnode) GetLatestBlock() error {
+    nextHeight := uint64(len(f.Blocks) + 1)
+
+    // Download the next header from ethereum before we download the block data
+    // from Celestia. Note that we could alternatively download the header
+    // directly from the sequencer instead of waiting.
+    header, err := f.EthereumClient.GetHeader(nextHeight)
+    if err != nil {
+        return err
+    }
+
+    data, err := f.CelestiaLightNodeClient.GetBlockData(header.Span)
+    if err != nil {
+        return err
+    }
+
+    return f.AddBlock(
+        Block{
+            Data:   data,
+            Header: header,
+        },
+    )
+}
    func (f *Fullnode) AddBlock(b Block) error {
+    // Perform validation of the block
+    if b.Header.Height != uint64(len(f.Blocks)+1) {
+        return fmt.Errorf("failure to add block: expected block height %d, got %d", len(f.Blocks)+1, b.Header.Height)
+    }
+    // Check the sequencer's signature
+    if !b.Header.SequencerSignature.IsValid(f.SequencerAddress) {
+        return fmt.Errorf("failure to add block: invalid sequencer signature")
+    }
+
+    f.Blocks = append(f.Blocks, b)
+    return nil
+}
+
+func (f *Fullnode) GetLatestBlock() error {
+    nextHeight := uint64(len(f.Blocks) + 1)
+
+    // Download the next header from ethereum before we download the block data
+    // from Celestia. Note that we could alternatively download the header
+    // directly from the sequencer instead of waiting.
+    header, err := f.EthereumClient.GetHeader(nextHeight)
+    if err != nil {
+        return err
+    }
+
+    data, err := f.CelestiaLightNodeClient.GetBlockData(header.Span)
+    if err != nil {
+        return err
+    }
+
+    return f.AddBlock(
+        Block{
+            Data:   data,
+            Header: header,
+        },
+    )
+}

    This outline of a Blobstream rollup isn't doing execution or state transitions induced by the transactions, however, that step would occur here. If fraud is detected, the fraud proof process will begin. The only difference between the fraud proof process of a normal optimistic rollup and a rollup that uses Blobstream for DA is that the full node would first prove the fraudulent transaction was committed to by the Sequencer using the Span in the header and before proceeding with the normal process.

    More documentation ​

    Proving inclusion via Blobstream ​

    Blobstream inclusion proof docs and the verifier helper contracts.

    Submitting block data to Celestia via light node ​

    As linked above, use the Celestia light node RPC to submit the data to Celestia.

    Posting headers to Ethereum ​

    How headers are posted to Ethereum is entirely dependent upon how the rollup light client contracts work. For examples of interacting with the Ethereum blockchain programmatically, please see the go-ethereum book or one of the many other resources for submitting transactions or writing contracts.

    + + + + \ No newline at end of file diff --git a/developers/blobstream-proof-queries.html b/developers/blobstream-proof-queries.html new file mode 100644 index 00000000000..c9187341f0e --- /dev/null +++ b/developers/blobstream-proof-queries.html @@ -0,0 +1,1493 @@ + + + + + + Blobstream proofs queries | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Blobstream proofs queries ​

    Prerequisites ​

    • Access to a Celestia full consensus node RPC endpoint (or full node). The node doesn't need to be a validating node in order for the proofs to be queried. A full node is enough.

    Overview of the proof queries ​

    To prove the inclusion of PayForBlobs (PFB) transactions, blobs or shares, committed to in a Celestia block, we use the Celestia consensus node's RPC to query for proofs that can be verified in a rollup settlement contract via Blobstream. In fact, when a PFB transaction is included in a block, it gets separated into a PFB transaction (without the blob), and the actual data blob that it carries. These two are split into shares, which are the low level constructs of a Celestia block, and saved to the corresponding Celestia block. Learn more about shares in the shares specs.

    The two diagrams below summarize how a single share, which can contain a PFB transaction, or a part of the rollup data that was posted using a PFB, is committed to in Blobstream.

    The share is highlighted in green. R0, R1 etc, represent the respective row and column roots, the blue and pink gradients are erasure encoded data. More details on the square layout can be found in the data square layout and data structures portion of the specs.

    The Celestia square ​

    Square

    The commitment scheme ​

    Blobstream Commitment Diagram

    So to prove inclusion of a share to a Celestia block, we use Blobstream as a source of truth. Currently, we will be using the Blobstream X implementation of Blobstream, more information on Blobstream X can be found in the overview. In a nutshell, Blobstream X attests to the data posted to Celestia in the Blobstream X contract via verifying a zk-proof of the headers of a batch of Celestia blocks. Then, it keeps reference of that batch of blocks using the merkleized commitment of their (dataRoot, height) resulting in a data root tuple root. Check the above diagram which shows:

    • 0: those are the shares, that when unified, contain the PFB or the rollup data blob.
    • 1: the row and column roots are the namespace merkle tree roots over the shares. More information on the NMT in the NMT specs. These commit to the rows and columns containing the above shares.
    • 2: the data roots: which are the binary merkle tree commitment over the row and column roots. This means that if you can prove that a share is part of a row, using a namespace merkle proof. Then prove that this row is committed to by the data root. Then you can be sure that that share was published to the corresponding block.
    • 3: in order to batch multiple blocks into the same commitment, we create a commitment over the (dataRoot, height) tuple for a batch of blocks, which results in a data root tuple root. It's this commitment that gets stored in the Blobstream X smart contract.

    So, if we're able to prove that a share is part of a row, then that row is committed to by a data root. Then, prove that that data root along with its height is committed to by the data root tuple root, which gets saved to the Blobstream X contract, we can be sure that that share was committed to in the corresponding Celestia block.

    In this document, we will provide details on how to query the above proofs, and how to adapt them to be sent to a rollup contract for verification.

    Hands-on demonstration ​

    This part will provide the details of proof generation, and the way to make the results of the proofs queries ready to be consumed by the target rollup contract.

    NOTE

    For the go client snippets, make sure to have the following replaces in your go.mod:

    go
    // go.mod
+    github.com/cosmos/cosmos-sdk => github.com/celestiaorg/cosmos-sdk v1.18.3-sdk-v0.46.14
+    github.com/gogo/protobuf => github.com/regen-network/protobuf v1.3.3-alpha.regen.1
+    github.com/syndtr/goleveldb => github.com/syndtr/goleveldb v1.0.1-0.20210819022825-2ae1ddf74ef7
+    github.com/tendermint/tendermint => github.com/celestiaorg/celestia-core v1.32.0-tm-v0.34.29
+
+)
    // go.mod
+    github.com/cosmos/cosmos-sdk => github.com/celestiaorg/cosmos-sdk v1.18.3-sdk-v0.46.14
+    github.com/gogo/protobuf => github.com/regen-network/protobuf v1.3.3-alpha.regen.1
+    github.com/syndtr/goleveldb => github.com/syndtr/goleveldb v1.0.1-0.20210819022825-2ae1ddf74ef7
+    github.com/tendermint/tendermint => github.com/celestiaorg/celestia-core v1.32.0-tm-v0.34.29
+
+)

    Also, make sure to update the versions to match the latest github.com/celestiaorg/cosmos-sdk and github.com/celestiaorg/celestia-core versions.

    1. Data root inclusion proof ​

    To prove the data root is committed to by the Blobstream X smart contract, we will need to provide a Merkle proof of the data root tuple to a data root tuple root. This can be created using the data_root_inclusion_proof query.

    This endpoint allows querying a data root to data root tuple root proof. It takes a block height, a starting block, and an end block, then it generates the binary Merkle proof of the DataRootTuple, corresponding to that height, to the DataRootTupleRoot which is committed to in the Blobstream X contract.

    The endpoint can be queried using the golang client:

    go
    package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"os"
+)
+
+func main() {
+	ctx := context.Background()
+	trpc, err := http.New("tcp://localhost:26657", "/websocket")
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	err = trpc.Start()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	dcProof, err := trpc.DataRootInclusionProof(ctx, 15, 10, 20)
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	fmt.Println(dcProof.Proof.String())
+}
    package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"os"
+)
+
+func main() {
+	ctx := context.Background()
+	trpc, err := http.New("tcp://localhost:26657", "/websocket")
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	err = trpc.Start()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	dcProof, err := trpc.DataRootInclusionProof(ctx, 15, 10, 20)
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+	fmt.Println(dcProof.Proof.String())
+}

    Full example of proving that a Celestia block was committed to by Blobstream X contract ​

    go
    package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/celestiaorg/celestia-app/pkg/square"
+	"github.com/ethereum/go-ethereum/accounts/abi/bind"
+	ethcmn "github.com/ethereum/go-ethereum/common"
+	"github.com/ethereum/go-ethereum/ethclient"
+	blobstreamxwrapper "github.com/succinctlabs/blobstreamx/bindings"
+	"github.com/tendermint/tendermint/crypto/merkle"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"math/big"
+	"os"
+)
+
+func main() {
+	err := verify()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+}
+
+func verify() error {
+	ctx := context.Background()
+
+	// start the tendermint RPC client
+	trpc, err := http.New("tcp://localhost:26657", "/websocket")
+	if err != nil {
+		return err
+	}
+	err = trpc.Start()
+	if err != nil {
+		return err
+	}
+
+	// get the PayForBlob transaction that contains the published blob
+	tx, err := trpc.Tx(ctx, []byte("tx_hash"), true)
+	if err != nil {
+		return err
+	}
+
+	// get the block containing the PayForBlob transaction
+	blockRes, err := trpc.Block(ctx, &tx.Height)
+	if err != nil {
+		return err
+	}
+
+	// get the nonce corresponding to the block height that contains
+	// the PayForBlob transaction
+	// since BlobstreamX emits events when new batches are submitted,
+	// we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// use the BlobstreamX contract binding
+	wrapper, err := blobstreamxwrapper.NewBlobstreamX(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	LatestBlockNumber, err := ethClient.BlockNumber(context.Background())
+	if err != nil {
+		return err
+	}
+
+	eventsIterator, err := wrapper.FilterDataCommitmentStored(
+		&bind.FilterOpts{
+			Context: ctx,
+			Start: LatestBlockNumber - 90000,
+			End: &LatestBlockNumber,
+		},
+		nil,
+		nil,
+		nil,
+	)
+	if err != nil {
+		return err
+	}
+
+	var event *blobstreamxwrapper.BlobstreamXDataCommitmentStored
+	for eventsIterator.Next() {
+		e := eventsIterator.Event
+		if int64(e.StartBlock) <= tx.Height && tx.Height < int64(e.EndBlock) {
+			event = &blobstreamxwrapper.BlobstreamXDataCommitmentStored{
+				ProofNonce:     e.ProofNonce,
+				StartBlock:     e.StartBlock,
+				EndBlock:       e.EndBlock,
+				DataCommitment: e.DataCommitment,
+			}
+			break
+		}
+	}
+	if err := eventsIterator.Error(); err != nil {
+		return err
+	}
+	err = eventsIterator.Close()
+	if err != nil {
+		return err
+	}
+	if event == nil {
+		return fmt.Errorf("couldn't find range containing the transaction height")
+	}
+
+	// get the block data root inclusion proof to the data root tuple root
+	dcProof, err := trpc.DataRootInclusionProof(ctx, uint64(tx.Height), event.StartBlock, event.EndBlock)
+	if err != nil {
+		return err
+	}
+
+	// verify that the data root was committed to by the BlobstreamX contract
+	committed, err := VerifyDataRootInclusion(ctx, wrapper, event.ProofNonce.Uint64(), uint64(tx.Height), blockRes.Block.DataHash, dcProof.Proof)
+	if err != nil {
+		return err
+	}
+	if committed {
+		fmt.Println("data root was committed to by the BlobstreamX contract")
+	} else {
+		fmt.Println("data root was not committed to by the BlobstreamX contract")
+		return nil
+	}
+    return nil
+}
+
+func VerifyDataRootInclusion(
+	_ context.Context,
+	blobstreamXwrapper *blobstreamxwrapper.BlobstreamX,
+	nonce uint64,
+	height uint64,
+	dataRoot []byte,
+	proof merkle.Proof,
+) (bool, error) {
+	tuple := blobstreamxwrapper.DataRootTuple{
+		Height:   big.NewInt(int64(height)),
+		DataRoot: *(*[32]byte)(dataRoot),
+	}
+
+	sideNodes := make([][32]byte, len(proof.Aunts))
+	for i, aunt := range proof.Aunts {
+		sideNodes[i] = *(*[32]byte)(aunt)
+	}
+	wrappedProof := blobstreamxwrapper.BinaryMerkleProof{
+		SideNodes: sideNodes,
+		Key:       big.NewInt(proof.Index),
+		NumLeaves: big.NewInt(proof.Total),
+	}
+
+	valid, err := blobstreamXwrapper.VerifyAttestation(
+		&bind.CallOpts{},
+		big.NewInt(int64(nonce)),
+		tuple,
+		wrappedProof,
+	)
+	if err != nil {
+		return false, err
+	}
+	return valid, nil
+}
    package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/celestiaorg/celestia-app/pkg/square"
+	"github.com/ethereum/go-ethereum/accounts/abi/bind"
+	ethcmn "github.com/ethereum/go-ethereum/common"
+	"github.com/ethereum/go-ethereum/ethclient"
+	blobstreamxwrapper "github.com/succinctlabs/blobstreamx/bindings"
+	"github.com/tendermint/tendermint/crypto/merkle"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"math/big"
+	"os"
+)
+
+func main() {
+	err := verify()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+}
+
+func verify() error {
+	ctx := context.Background()
+
+	// start the tendermint RPC client
+	trpc, err := http.New("tcp://localhost:26657", "/websocket")
+	if err != nil {
+		return err
+	}
+	err = trpc.Start()
+	if err != nil {
+		return err
+	}
+
+	// get the PayForBlob transaction that contains the published blob
+	tx, err := trpc.Tx(ctx, []byte("tx_hash"), true)
+	if err != nil {
+		return err
+	}
+
+	// get the block containing the PayForBlob transaction
+	blockRes, err := trpc.Block(ctx, &tx.Height)
+	if err != nil {
+		return err
+	}
+
+	// get the nonce corresponding to the block height that contains
+	// the PayForBlob transaction
+	// since BlobstreamX emits events when new batches are submitted,
+	// we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// use the BlobstreamX contract binding
+	wrapper, err := blobstreamxwrapper.NewBlobstreamX(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	LatestBlockNumber, err := ethClient.BlockNumber(context.Background())
+	if err != nil {
+		return err
+	}
+
+	eventsIterator, err := wrapper.FilterDataCommitmentStored(
+		&bind.FilterOpts{
+			Context: ctx,
+			Start: LatestBlockNumber - 90000,
+			End: &LatestBlockNumber,
+		},
+		nil,
+		nil,
+		nil,
+	)
+	if err != nil {
+		return err
+	}
+
+	var event *blobstreamxwrapper.BlobstreamXDataCommitmentStored
+	for eventsIterator.Next() {
+		e := eventsIterator.Event
+		if int64(e.StartBlock) <= tx.Height && tx.Height < int64(e.EndBlock) {
+			event = &blobstreamxwrapper.BlobstreamXDataCommitmentStored{
+				ProofNonce:     e.ProofNonce,
+				StartBlock:     e.StartBlock,
+				EndBlock:       e.EndBlock,
+				DataCommitment: e.DataCommitment,
+			}
+			break
+		}
+	}
+	if err := eventsIterator.Error(); err != nil {
+		return err
+	}
+	err = eventsIterator.Close()
+	if err != nil {
+		return err
+	}
+	if event == nil {
+		return fmt.Errorf("couldn't find range containing the transaction height")
+	}
+
+	// get the block data root inclusion proof to the data root tuple root
+	dcProof, err := trpc.DataRootInclusionProof(ctx, uint64(tx.Height), event.StartBlock, event.EndBlock)
+	if err != nil {
+		return err
+	}
+
+	// verify that the data root was committed to by the BlobstreamX contract
+	committed, err := VerifyDataRootInclusion(ctx, wrapper, event.ProofNonce.Uint64(), uint64(tx.Height), blockRes.Block.DataHash, dcProof.Proof)
+	if err != nil {
+		return err
+	}
+	if committed {
+		fmt.Println("data root was committed to by the BlobstreamX contract")
+	} else {
+		fmt.Println("data root was not committed to by the BlobstreamX contract")
+		return nil
+	}
+    return nil
+}
+
+func VerifyDataRootInclusion(
+	_ context.Context,
+	blobstreamXwrapper *blobstreamxwrapper.BlobstreamX,
+	nonce uint64,
+	height uint64,
+	dataRoot []byte,
+	proof merkle.Proof,
+) (bool, error) {
+	tuple := blobstreamxwrapper.DataRootTuple{
+		Height:   big.NewInt(int64(height)),
+		DataRoot: *(*[32]byte)(dataRoot),
+	}
+
+	sideNodes := make([][32]byte, len(proof.Aunts))
+	for i, aunt := range proof.Aunts {
+		sideNodes[i] = *(*[32]byte)(aunt)
+	}
+	wrappedProof := blobstreamxwrapper.BinaryMerkleProof{
+		SideNodes: sideNodes,
+		Key:       big.NewInt(proof.Index),
+		NumLeaves: big.NewInt(proof.Total),
+	}
+
+	valid, err := blobstreamXwrapper.VerifyAttestation(
+		&bind.CallOpts{},
+		big.NewInt(int64(nonce)),
+		tuple,
+		wrappedProof,
+	)
+	if err != nil {
+		return false, err
+	}
+	return valid, nil
+}

    2. Transaction inclusion proof ​

    To prove that a rollup transaction is part of the data root, we will need to provide two proofs: (1) a namespace Merkle proof of the transaction to a row root. This could be done via proving the shares that contain the transaction to the row root using a namespace Merkle proof. (2) And, a binary Merkle proof of the row root to the data root.

    These proofs can be generated using the ProveShares query.

    This endpoint allows querying a shares proof to row roots, then a row roots to data root proofs. It takes a block height, a starting share index and an end share index which define a share range. Then, two proofs are generated:

    • An NMT proof of the shares to the row roots
    • A binary Merkle proof of the row root to the data root

    NOTE

    If the share range spans multiple rows, then the proof can contain multiple NMT and binary proofs.

    The endpoint can be queried using the golang client:

    go
    	sharesProof, err := trpc.ProveShares(ctx, 15, 0, 1)
+	if err != nil {
+		...
+	}
    	sharesProof, err := trpc.ProveShares(ctx, 15, 0, 1)
+	if err != nil {
+		...
+	}

    Converting the proofs to be usable in the DAVerifier library ​

    Smart contracts that use the DAVerifier library takes the following proof format:

    solidity
    /// @notice Contains the necessary parameters to prove that some shares, which were posted to
+/// the Celestia network, were committed to by the BlobstreamX smart contract.
+struct SharesProof {
+    // The shares that were committed to.
+    bytes[] data;
+    // The shares proof to the row roots. If the shares span multiple rows, we will have multiple nmt proofs.
+    NamespaceMerkleMultiproof[] shareProofs;
+    // The namespace of the shares.
+    Namespace namespace;
+    // The rows where the shares belong. If the shares span multiple rows, we will have multiple rows.
+    NamespaceNode[] rowRoots;
+    // The proofs of the rowRoots to the data root.
+    BinaryMerkleProof[] rowProofs;
+    // The proof of the data root tuple to the data root tuple root that was posted to the BlobstreamX contract.
+    AttestationProof attestationProof;
+}
+
+/// @notice Contains the necessary parameters needed to verify that a data root tuple
+/// was committed to, by the BlobstreamX smart contract, at some specif nonce.
+struct AttestationProof {
+    // the attestation nonce that commits to the data root tuple.
+    uint256 tupleRootNonce;
+    // the data root tuple that was committed to.
+    DataRootTuple tuple;
+    // the binary Merkle proof of the tuple to the commitment.
+    BinaryMerkleProof proof;
+}
    /// @notice Contains the necessary parameters to prove that some shares, which were posted to
+/// the Celestia network, were committed to by the BlobstreamX smart contract.
+struct SharesProof {
+    // The shares that were committed to.
+    bytes[] data;
+    // The shares proof to the row roots. If the shares span multiple rows, we will have multiple nmt proofs.
+    NamespaceMerkleMultiproof[] shareProofs;
+    // The namespace of the shares.
+    Namespace namespace;
+    // The rows where the shares belong. If the shares span multiple rows, we will have multiple rows.
+    NamespaceNode[] rowRoots;
+    // The proofs of the rowRoots to the data root.
+    BinaryMerkleProof[] rowProofs;
+    // The proof of the data root tuple to the data root tuple root that was posted to the BlobstreamX contract.
+    AttestationProof attestationProof;
+}
+
+/// @notice Contains the necessary parameters needed to verify that a data root tuple
+/// was committed to, by the BlobstreamX smart contract, at some specif nonce.
+struct AttestationProof {
+    // the attestation nonce that commits to the data root tuple.
+    uint256 tupleRootNonce;
+    // the data root tuple that was committed to.
+    DataRootTuple tuple;
+    // the binary Merkle proof of the tuple to the commitment.
+    BinaryMerkleProof proof;
+}

    To construct the SharesProof, we will need the proof that we queried above, and it goes as follows:

    data ​

    This is the raw shares that were submitted to Celestia in the bytes format. If we take the example blob that was submitted in the RollupInclusionProofs.t.sol, we can convert it to bytes using the abi.encode(...) as done for this variable. This can be gotten from the above result of the transaction inclusion proof query in the field data.

    shareProofs ​

    This is the shares proof to the row roots. These can contain multiple proofs if the shares containing the blob span across multiple rows. To construct them, we will use the result of the transaction inclusion proof section.

    While the NamespaceMerkleMultiproof being:

    solidity
    /// @notice Namespace Merkle Tree Multiproof structure. Proves multiple leaves.
+struct NamespaceMerkleMultiproof {
+    // The beginning key of the leaves to verify.
+    uint256 beginKey;
+    // The ending key of the leaves to verify.
+    uint256 endKey;
+    // List of side nodes to verify and calculate tree.
+    NamespaceNode[] sideNodes;
+}
    /// @notice Namespace Merkle Tree Multiproof structure. Proves multiple leaves.
+struct NamespaceMerkleMultiproof {
+    // The beginning key of the leaves to verify.
+    uint256 beginKey;
+    // The ending key of the leaves to verify.
+    uint256 endKey;
+    // List of side nodes to verify and calculate tree.
+    NamespaceNode[] sideNodes;
+}

    So, we can construct the NamespaceMerkleMultiproof with the following mapping:

    • beginKey in the Solidity struct == start in the query response

    • endKey in the Solidity struct == end in the query response

    • sideNodes in the Solidity struct == nodes in the query response

    • The NamespaceNode, which is the type of the sideNodes, is defined as follows:

    solidity
    /// @notice Namespace Merkle Tree node.
+struct NamespaceNode {
+    // Minimum namespace.
+    Namespace min;
+    // Maximum namespace.
+    Namespace max;
+    // Node value.
+    bytes32 digest;
+}
    /// @notice Namespace Merkle Tree node.
+struct NamespaceNode {
+    // Minimum namespace.
+    Namespace min;
+    // Maximum namespace.
+    Namespace max;
+    // Node value.
+    bytes32 digest;
+}

    So, we construct a NamespaceNode via taking the values from the nodes field in the query response, we convert them from base64 to hex, then we use the following mapping:

    • min == the first 29 bytes in the decoded value
    • max == the second 29 bytes in the decoded value
    • digest == the remaining 32 bytes in the decoded value

    The min and max are Namespace type which is:

    solidity
    /// @notice A representation of the Celestia-app namespace ID and its version.
+/// See: https://celestiaorg.github.io/celestia-app/specs/namespace.html
+struct Namespace {
+    // The namespace version.
+    bytes1 version;
+    // The namespace ID.
+    bytes28 id;
+}
    /// @notice A representation of the Celestia-app namespace ID and its version.
+/// See: https://celestiaorg.github.io/celestia-app/specs/namespace.html
+struct Namespace {
+    // The namespace version.
+    bytes1 version;
+    // The namespace ID.
+    bytes28 id;
+}

    So, to construct them, we separate the 29 bytes in the decoded value to:

    • first byte: version
    • remaining 28 bytes: id

    An example of doing this can be found in the RollupInclusionProofs.t.sol test.

    A golang helper that can be used to make this conversion is as follows:

    go
    func toNamespaceMerkleMultiProofs(proofs []*tmproto.NMTProof) []client.NamespaceMerkleMultiproof {
+	shareProofs := make([]client.NamespaceMerkleMultiproof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make([]client.NamespaceNode, len(proof.Nodes))
+		for j, node := range proof.Nodes {
+			sideNodes[j] = *toNamespaceNode(node)
+		}
+		shareProofs[i] = client.NamespaceMerkleMultiproof{
+			BeginKey:  big.NewInt(int64(proof.Start)),
+			EndKey:    big.NewInt(int64(proof.End)),
+			SideNodes: sideNodes,
+		}
+	}
+	return shareProofs
+}
+
+func minNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[0]
+	var id [28]byte
+	copy(id[:], innerNode[1:29])
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func maxNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[29]
+	var id [28]byte
+	copy(id[:], innerNode[30:58])
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func toNamespaceNode(node []byte) *client.NamespaceNode {
+	minNs := minNamespace(node)
+	maxNs := maxNamespace(node)
+	var digest [32]byte
+	copy(digest[:], node[58:])
+	return &client.NamespaceNode{
+		Min:    *minNs,
+		Max:    *maxNs,
+		Digest: digest,
+	}
+}
    func toNamespaceMerkleMultiProofs(proofs []*tmproto.NMTProof) []client.NamespaceMerkleMultiproof {
+	shareProofs := make([]client.NamespaceMerkleMultiproof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make([]client.NamespaceNode, len(proof.Nodes))
+		for j, node := range proof.Nodes {
+			sideNodes[j] = *toNamespaceNode(node)
+		}
+		shareProofs[i] = client.NamespaceMerkleMultiproof{
+			BeginKey:  big.NewInt(int64(proof.Start)),
+			EndKey:    big.NewInt(int64(proof.End)),
+			SideNodes: sideNodes,
+		}
+	}
+	return shareProofs
+}
+
+func minNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[0]
+	var id [28]byte
+	copy(id[:], innerNode[1:29])
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func maxNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[29]
+	var id [28]byte
+	copy(id[:], innerNode[30:58])
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func toNamespaceNode(node []byte) *client.NamespaceNode {
+	minNs := minNamespace(node)
+	maxNs := maxNamespace(node)
+	var digest [32]byte
+	copy(digest[:], node[58:])
+	return &client.NamespaceNode{
+		Min:    *minNs,
+		Max:    *maxNs,
+		Digest: digest,
+	}
+}

    with proofs being sharesProof.ShareProofs.

    namespace ​

    Which is the namespace used by the rollup when submitting data to Celestia. As described above, it can be constructed as follows:

    solidity
    /// @notice A representation of the Celestia-app namespace ID and its version.
+/// See: https://celestiaorg.github.io/celestia-app/specs/namespace.html
+struct Namespace {
+    // The namespace version.
+    bytes1 version;
+    // The namespace ID.
+    bytes28 id;
+}
    /// @notice A representation of the Celestia-app namespace ID and its version.
+/// See: https://celestiaorg.github.io/celestia-app/specs/namespace.html
+struct Namespace {
+    // The namespace version.
+    bytes1 version;
+    // The namespace ID.
+    bytes28 id;
+}

    Via taking the namespace value from the prove_shares query response, decoding it from base64 to hex, then:

    • first byte: version
    • remaining 28 bytes: id

    An example can be found in the RollupInclusionProofs.t.sol test.

    A method to convert to namespace, provided that the namespace size is 29, is as follows:

    go
    func namespace(namespaceID []byte, version uint8) *client.Namespace {
+	var id [28]byte
+	copy(id[:], namespaceID)
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
    func namespace(namespaceID []byte, version uint8) *client.Namespace {
+	var id [28]byte
+	copy(id[:], namespaceID)
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}

    with namespace being sharesProof.NamespaceID.

    rowRoots ​

    Which are the roots of the rows where the shares containing the Rollup data are localised.

    In golang, the proof can be converted as follows:

    go
    func toRowRoots(roots []bytes.HexBytes) []client.NamespaceNode {
+	rowRoots := make([]client.NamespaceNode, len(roots))
+	for i, root := range roots {
+		rowRoots[i] = *toNamespaceNode(root.Bytes())
+	}
+	return rowRoots
+}
    func toRowRoots(roots []bytes.HexBytes) []client.NamespaceNode {
+	rowRoots := make([]client.NamespaceNode, len(roots))
+	for i, root := range roots {
+		rowRoots[i] = *toNamespaceNode(root.Bytes())
+	}
+	return rowRoots
+}

    with roots being sharesProof.RowProof.RowRoots.

    rowProofs ​

    These are the proofs of the rows to the data root. They are of type BinaryMerkleProof:

    solidity
    /// @notice Merkle Tree Proof structure.
+struct BinaryMerkleProof {
+    // List of side nodes to verify and calculate tree.
+    bytes32[] sideNodes;
+    // The key of the leaf to verify.
+    uint256 key;
+    // The number of leaves in the tree
+    uint256 numLeaves;
+}
    /// @notice Merkle Tree Proof structure.
+struct BinaryMerkleProof {
+    // List of side nodes to verify and calculate tree.
+    bytes32[] sideNodes;
+    // The key of the leaf to verify.
+    uint256 key;
+    // The number of leaves in the tree
+    uint256 numLeaves;
+}

    To construct them, we take the response of the prove_shares query, and do the following mapping:

    • key in the Solidity struct == index in the query response
    • numLeaves in the Solidity struct == total in the query response
    • sideNodes in the Solidity struct == aunts in the query response

    The type of the sideNodes is a bytes32.

    An example can be found in the RollupInclusionProofs.t.sol test.

    A golang helper to convert the row proofs is as follows:

    go
    func toRowProofs(proofs []*merkle.Proof) []client.BinaryMerkleProof {
+	rowProofs := make([]client.BinaryMerkleProof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make( [][32]byte, len(proof.Aunts))
+		for j, sideNode :=  range proof.Aunts {
+			var bzSideNode [32]byte
+			copy(bzSideNode[:], sideNode)
+			sideNodes[j] = bzSideNode
+		}
+ 		rowProofs[i] = client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(proof.Index),
+			NumLeaves: big.NewInt(proof.Total),
+		}
+	}
+	return rowProofs
+}
    func toRowProofs(proofs []*merkle.Proof) []client.BinaryMerkleProof {
+	rowProofs := make([]client.BinaryMerkleProof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make( [][32]byte, len(proof.Aunts))
+		for j, sideNode :=  range proof.Aunts {
+			var bzSideNode [32]byte
+			copy(bzSideNode[:], sideNode)
+			sideNodes[j] = bzSideNode
+		}
+ 		rowProofs[i] = client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(proof.Index),
+			NumLeaves: big.NewInt(proof.Total),
+		}
+	}
+	return rowProofs
+}

    with proofs being sharesProof.RowProof.Proofs.

    attestationProof ​

    This is the proof of the data root to the data root tuple root, which is committed to in the Blobstream X contract:

    solidity
    /// @notice Contains the necessary parameters needed to verify that a data root tuple
+/// was committed to, by the BlobstreamX smart contract, at some specif nonce.
+struct AttestationProof {
+    // the attestation nonce that commits to the data root tuple.
+    uint256 tupleRootNonce;
+    // the data root tuple that was committed to.
+    DataRootTuple tuple;
+    // the binary Merkle proof of the tuple to the commitment.
+    BinaryMerkleProof proof;
+}
    /// @notice Contains the necessary parameters needed to verify that a data root tuple
+/// was committed to, by the BlobstreamX smart contract, at some specif nonce.
+struct AttestationProof {
+    // the attestation nonce that commits to the data root tuple.
+    uint256 tupleRootNonce;
+    // the data root tuple that was committed to.
+    DataRootTuple tuple;
+    // the binary Merkle proof of the tuple to the commitment.
+    BinaryMerkleProof proof;
+}
    • tupleRootNonce: the nonce at which Blobstream X committed to the batch containing the block containing the data.
    • tuple: the DataRootTuple of the block:
    solidity
    /// @notice A tuple of data root with metadata. Each data root is associated
+///  with a Celestia block height.
+/// @dev `availableDataRoot` in
+///  https://github.com/celestiaorg/celestia-specs/blob/master/src/specs/data_structures.md#header
+struct DataRootTuple {
+    // Celestia block height the data root was included in.
+    // Genesis block is height = 0.
+    // First queryable block is height = 1.
+    uint256 height;
+    // Data root.
+    bytes32 dataRoot;
+}
    /// @notice A tuple of data root with metadata. Each data root is associated
+///  with a Celestia block height.
+/// @dev `availableDataRoot` in
+///  https://github.com/celestiaorg/celestia-specs/blob/master/src/specs/data_structures.md#header
+struct DataRootTuple {
+    // Celestia block height the data root was included in.
+    // Genesis block is height = 0.
+    // First queryable block is height = 1.
+    uint256 height;
+    // Data root.
+    bytes32 dataRoot;
+}

    which comprises a dataRoot, i.e. the block containing the Rollup data data root, and the height which is the height of that block.

    • proof: the BinaryMerkleProof of the data root tuple to the data root tuple root. Constructing it is similar to constructing the row roots to data root proof in the rowProofs section.

    An example can be found in the RollupInclusionProofs.t.sol test.

    A golang helper to create an attestation proof:

    go
    func toAttestationProof(
+	nonce uint64,
+	height uint64,
+	blockDataRoot [32]byte,
+	dataRootInclusionProof merkle.Proof,
+) client.AttestationProof {
+	sideNodes := make( [][32]byte, len(dataRootInclusionProof.Aunts))
+	for i, sideNode :=  range dataRootInclusionProof.Aunts {
+		var bzSideNode [32]byte
+		copy(bzSideNode[:], sideNode)
+		sideNodes[i] = bzSideNode
+	}
+
+	return client.AttestationProof{
+		TupleRootNonce: big.NewInt(int64(nonce)),
+		Tuple:          client.DataRootTuple{
+			Height:   big.NewInt(int64(height)),
+			DataRoot: blockDataRoot,
+		},
+		Proof:          client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(dataRootInclusionProof.Index),
+			NumLeaves: big.NewInt(dataRootInclusionProof.Total),
+		},
+	}
+}
    func toAttestationProof(
+	nonce uint64,
+	height uint64,
+	blockDataRoot [32]byte,
+	dataRootInclusionProof merkle.Proof,
+) client.AttestationProof {
+	sideNodes := make( [][32]byte, len(dataRootInclusionProof.Aunts))
+	for i, sideNode :=  range dataRootInclusionProof.Aunts {
+		var bzSideNode [32]byte
+		copy(bzSideNode[:], sideNode)
+		sideNodes[i] = bzSideNode
+	}
+
+	return client.AttestationProof{
+		TupleRootNonce: big.NewInt(int64(nonce)),
+		Tuple:          client.DataRootTuple{
+			Height:   big.NewInt(int64(height)),
+			DataRoot: blockDataRoot,
+		},
+		Proof:          client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(dataRootInclusionProof.Index),
+			NumLeaves: big.NewInt(dataRootInclusionProof.Total),
+		},
+	}
+}

    with the nonce being the attestation nonce, which can be retrieved using BlobstreamX contract events. Check below for an example. And height being the Celestia Block height that contains the rollup data, along with the blockDataRoot being the data root of the block height. Finally, dataRootInclusionProof is the Celestia block data root inclusion proof to the data root tuple root that was queried at the beginning of this page.

    If the dataRoot or the tupleRootNonce is unknown during the verification:

    • dataRoot: can be queried using the /block?height=15 query (15 in this example endpoint), and taking the data_hash field from the response.
    • tupleRootNonce: can be retried via querying the BlobstreamXDataCommitmentStored events from the BlobstreamX contract and looking for the nonce attesting to the corresponding data. An example:
    go
    	// get the nonce corresponding to the block height that contains the PayForBlob transaction
+	// since BlobstreamX emits events when new batches are submitted, we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// use the BlobstreamX contract binding
+	wrapper, err := blobstreamxwrapper.NewBlobstreamX(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	LatestBlockNumber, err := ethClient.BlockNumber(ctx)
+	if err != nil {
+		return err
+	}
+
+	eventsIterator, err := wrapper.FilterDataCommitmentStored(
+		&bind.FilterOpts{
+			Context: ctx,
+			Start: LatestBlockNumber - 90000, // 90000 can be replaced with the range of EVM blocks to look for the events in
+			End: &LatestBlockNumber,
+		},
+		nil,
+		nil,
+		nil,
+	)
+	if err != nil {
+		return err
+	}
+
+	var event *blobstreamxwrapper.BlobstreamXDataCommitmentStored
+	for eventsIterator.Next() {
+		e := eventsIterator.Event
+		if int64(e.StartBlock) <= tx.Height && tx.Height < int64(e.EndBlock) {
+			event = &blobstreamxwrapper.BlobstreamXDataCommitmentStored{
+				ProofNonce:     e.ProofNonce,
+				StartBlock:     e.StartBlock,
+				EndBlock:       e.EndBlock,
+				DataCommitment: e.DataCommitment,
+			}
+			break
+		}
+	}
+	if err := eventsIterator.Error(); err != nil {
+		return err
+	}
+	err = eventsIterator.Close()
+	if err != nil {
+		return err
+	}
+	if event == nil {
+		return fmt.Errorf("couldn't find range containing the block height")
+	}
    	// get the nonce corresponding to the block height that contains the PayForBlob transaction
+	// since BlobstreamX emits events when new batches are submitted, we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// use the BlobstreamX contract binding
+	wrapper, err := blobstreamxwrapper.NewBlobstreamX(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	LatestBlockNumber, err := ethClient.BlockNumber(ctx)
+	if err != nil {
+		return err
+	}
+
+	eventsIterator, err := wrapper.FilterDataCommitmentStored(
+		&bind.FilterOpts{
+			Context: ctx,
+			Start: LatestBlockNumber - 90000, // 90000 can be replaced with the range of EVM blocks to look for the events in
+			End: &LatestBlockNumber,
+		},
+		nil,
+		nil,
+		nil,
+	)
+	if err != nil {
+		return err
+	}
+
+	var event *blobstreamxwrapper.BlobstreamXDataCommitmentStored
+	for eventsIterator.Next() {
+		e := eventsIterator.Event
+		if int64(e.StartBlock) <= tx.Height && tx.Height < int64(e.EndBlock) {
+			event = &blobstreamxwrapper.BlobstreamXDataCommitmentStored{
+				ProofNonce:     e.ProofNonce,
+				StartBlock:     e.StartBlock,
+				EndBlock:       e.EndBlock,
+				DataCommitment: e.DataCommitment,
+			}
+			break
+		}
+	}
+	if err := eventsIterator.Error(); err != nil {
+		return err
+	}
+	err = eventsIterator.Close()
+	if err != nil {
+		return err
+	}
+	if event == nil {
+		return fmt.Errorf("couldn't find range containing the block height")
+	}

    Listening for new data commitments ​

    For listening for new BlobstreamXDataCommitmentStored events, sequencers can use the WatchDataCommitmentStored as follows:

    go
        ethClient, err := ethclient.Dial("evm_rpc")
+    if err != nil {
+	    return err
+    }
+    defer ethClient.Close()
+    blobstreamWrapper, err := blobstreamxwrapper.NewBlobstreamXFilterer(ethcmn.HexToAddress("contract_address"), ethClient)
+    if err != nil {
+	    return err
+    }
+
+    eventsChan := make(chan *blobstreamxwrapper.BlobstreamXDataCommitmentStored, 100)
+    subscription, err := blobstreamWrapper.WatchDataCommitmentStored(
+	    &bind.WatchOpts{
+			Context: ctx,
+        },
+	    eventsChan,
+	    nil,
+	    nil,
+	    nil,
+	)
+    if err != nil {
+	    return err
+    }
+    defer subscription.Unsubscribe()
+
+    for {
+	    select {
+	    case <-ctx.Done():
+		    return ctx.Err()
+		case err := <-subscription.Err():
+			return err
+		case event := <-eventsChan:
+			// process the event
+		    fmt.Println(event)
+	    }
+    }
        ethClient, err := ethclient.Dial("evm_rpc")
+    if err != nil {
+	    return err
+    }
+    defer ethClient.Close()
+    blobstreamWrapper, err := blobstreamxwrapper.NewBlobstreamXFilterer(ethcmn.HexToAddress("contract_address"), ethClient)
+    if err != nil {
+	    return err
+    }
+
+    eventsChan := make(chan *blobstreamxwrapper.BlobstreamXDataCommitmentStored, 100)
+    subscription, err := blobstreamWrapper.WatchDataCommitmentStored(
+	    &bind.WatchOpts{
+			Context: ctx,
+        },
+	    eventsChan,
+	    nil,
+	    nil,
+	    nil,
+	)
+    if err != nil {
+	    return err
+    }
+    defer subscription.Unsubscribe()
+
+    for {
+	    select {
+	    case <-ctx.Done():
+		    return ctx.Err()
+		case err := <-subscription.Err():
+			return err
+		case event := <-eventsChan:
+			// process the event
+		    fmt.Println(event)
+	    }
+    }

    Then, new proofs can be created as documented above using the new data commitments contained in the received events.

    Example rollup that uses the DAVerifier ​

    An example rollup that uses the DAVerifier can be as simple as:

    solidity
    pragma solidity ^0.8.22;
+
+import {DAVerifier} from "@blobstream/lib/verifier/DAVerifier.sol";
+import {IDAOracle} from "@blobstream/IDAOracle.sol";
+
+contract SimpleRollup {
+    IDAOracle bridge;
+    ...
+    function submitFraudProof(SharesProof memory _sharesProof, bytes32 _root) public {
+        // (1) verify that the data is committed to by BlobstreamX contract
+        (bool committedTo, DAVerifier.ErrorCodes err) = DAVerifier.verifySharesToDataRootTupleRoot(bridge, _sharesProof, _root);
+        if (!committedTo) {
+            revert("the data was not committed to by Blobstream");
+        }
+        // (2) verify that the data is part of the rollup block
+        // (3) parse the data
+        // (4) verify invalid state transition
+        // (5) effects
+    }
+}
    pragma solidity ^0.8.22;
+
+import {DAVerifier} from "@blobstream/lib/verifier/DAVerifier.sol";
+import {IDAOracle} from "@blobstream/IDAOracle.sol";
+
+contract SimpleRollup {
+    IDAOracle bridge;
+    ...
+    function submitFraudProof(SharesProof memory _sharesProof, bytes32 _root) public {
+        // (1) verify that the data is committed to by BlobstreamX contract
+        (bool committedTo, DAVerifier.ErrorCodes err) = DAVerifier.verifySharesToDataRootTupleRoot(bridge, _sharesProof, _root);
+        if (!committedTo) {
+            revert("the data was not committed to by Blobstream");
+        }
+        // (2) verify that the data is part of the rollup block
+        // (3) parse the data
+        // (4) verify invalid state transition
+        // (5) effects
+    }
+}

    Then, you can submit the fraud proof using golang as follows:

    go
    package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/celestiaorg/celestia-app/pkg/square"
+	"github.com/celestiaorg/celestia-app/x/qgb/client"
+	"github.com/ethereum/go-ethereum/accounts/abi/bind"
+	ethcmn "github.com/ethereum/go-ethereum/common"
+	"github.com/ethereum/go-ethereum/ethclient"
+	blobstreamxwrapper "github.com/succinctlabs/blobstreamx/bindings"
+	"github.com/tendermint/tendermint/crypto/merkle"
+	"github.com/tendermint/tendermint/libs/bytes"
+	tmproto "github.com/tendermint/tendermint/proto/tendermint/types"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"github.com/tendermint/tendermint/types"
+	"math/big"
+	"os"
+)
+
+func main() {
+	err := verify()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+}
+
+func verify() error {
+	ctx := context.Background()
+
+
+	// ...
+	// check the first section for this part of the implementation
+
+	// get the nonce corresponding to the block height that contains the PayForBlob transaction
+	// since Blobstream X emits events when new batches are submitted, we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// ...
+	// check the first section for this part of the implementation
+
+	// now we will create the shares proof to be verified by the SimpleRollup
+	// contract that uses the DAVerifier library
+
+	// get the proof of the shares containing the blob to the data root
+	sharesProof, err := trpc.ProveShares(ctx, 16, uint64(blobShareRange.Start), uint64(blobShareRange.End))
+	if err != nil {
+		return err
+	}
+
+	// use the SimpleRollup contract binding to submit to it a fraud proof
+	simpleRollupWrapper, err := client.NewWrappers(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	// submit the fraud proof containing the share data that had the invalid state transition for example
+	// along with its proof
+	err = submitFraudProof(
+		ctx,
+		simpleRollupWrapper,
+		sharesProof,
+		event.ProofNonce.Uint64(),
+		uint64(tx.Height),
+		dcProof.Proof,
+		blockRes.Block.DataHash,
+	)
+
+	return nil
+}
+
+func submitFraudProof(
+	ctx context.Context,
+	simpleRollup *client.Wrappers,
+	sharesProof types.ShareProof,
+	nonce uint64,
+	height uint64,
+	dataRootInclusionProof merkle.Proof,
+	dataRoot []byte,
+) error {
+	var blockDataRoot [32]byte
+	copy(blockDataRoot[:], dataRoot)
+	tx, err := simpleRollup.SubmitFraudProof(
+		&bind.TransactOpts{
+			Context: ctx,
+		},
+		client.SharesProof{
+			Data:             sharesProof.Data,
+			ShareProofs:      toNamespaceMerkleMultiProofs(sharesProof.ShareProofs),
+			Namespace:        *namespace(sharesProof.NamespaceID),
+			RowRoots:         toRowRoots(sharesProof.RowProof.RowRoots),
+			RowProofs:        toRowProofs(sharesProof.RowProof.Proofs),
+			AttestationProof: toAttestationProof(nonce, height, blockDataRoot, dataRootInclusionProof),
+		},
+		blockDataRoot,
+	)
+	if err != nil {
+		return err
+	}
+	// wait for transaction
+}
+
+func toAttestationProof(
+	nonce uint64,
+	height uint64,
+	blockDataRoot [32]byte,
+	dataRootInclusionProof merkle.Proof,
+) client.AttestationProof {
+	sideNodes := make( [][32]byte, len(dataRootInclusionProof.Aunts))
+	for i, sideNode :=  range dataRootInclusionProof.Aunts {
+		var bzSideNode [32]byte
+		for k, b := range sideNode {
+			bzSideNode[k] = b
+		}
+		sideNodes[i] = bzSideNode
+	}
+
+	return client.AttestationProof{
+		TupleRootNonce: big.NewInt(int64(nonce)),
+		Tuple:          client.DataRootTuple{
+			Height:   big.NewInt(int64(height)),
+			DataRoot: blockDataRoot,
+		},
+		Proof:          client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(dataRootInclusionProof.Index),
+			NumLeaves: big.NewInt(dataRootInclusionProof.Total),
+		},
+	}
+}
+
+func toRowRoots(roots []bytes.HexBytes) []client.NamespaceNode {
+	rowRoots := make([]client.NamespaceNode, len(roots))
+	for i, root := range roots {
+		rowRoots[i] = *toNamespaceNode(root.Bytes())
+	}
+	return rowRoots
+}
+
+func toRowProofs(proofs []*merkle.Proof) []client.BinaryMerkleProof {
+	rowProofs := make([]client.BinaryMerkleProof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make( [][32]byte, len(proof.Aunts))
+		for j, sideNode :=  range proof.Aunts {
+			var bzSideNode [32]byte
+			for k, b := range sideNode {
+				bzSideNode[k] = b
+			}
+			sideNodes[j] = bzSideNode
+		}
+ 		rowProofs[i] = client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(proof.Index),
+			NumLeaves: big.NewInt(proof.Total),
+		}
+	}
+	return rowProofs
+}
+
+func toNamespaceMerkleMultiProofs(proofs []*tmproto.NMTProof) []client.NamespaceMerkleMultiproof {
+	shareProofs := make([]client.NamespaceMerkleMultiproof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make([]client.NamespaceNode, len(proof.Nodes))
+		for j, node := range proof.Nodes {
+			sideNodes[j] = *toNamespaceNode(node)
+		}
+		shareProofs[i] = client.NamespaceMerkleMultiproof{
+			BeginKey:  big.NewInt(int64(proof.Start)),
+			EndKey:    big.NewInt(int64(proof.End)),
+			SideNodes: sideNodes,
+		}
+	}
+	return shareProofs
+}
+
+func minNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[0]
+	var id [28]byte
+	for i, b := range innerNode[1:28] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func maxNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[29]
+	var id [28]byte
+	for i, b := range innerNode[30:57] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func toNamespaceNode(node []byte) *client.NamespaceNode {
+	minNs := minNamespace(node)
+	maxNs := maxNamespace(node)
+	var digest [32]byte
+	for i, b := range node[58:] {
+		digest[i] = b
+	}
+	return &client.NamespaceNode{
+		Min:    *minNs,
+		Max:    *maxNs,
+		Digest: digest,
+	}
+}
+
+func namespace(namespaceID []byte) *client.Namespace {
+	version := namespaceID[0]
+	var id [28]byte
+	for i, b := range namespaceID[1:] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
    package main
+
+import (
+	"context"
+	"fmt"
+	"github.com/celestiaorg/celestia-app/pkg/square"
+	"github.com/celestiaorg/celestia-app/x/qgb/client"
+	"github.com/ethereum/go-ethereum/accounts/abi/bind"
+	ethcmn "github.com/ethereum/go-ethereum/common"
+	"github.com/ethereum/go-ethereum/ethclient"
+	blobstreamxwrapper "github.com/succinctlabs/blobstreamx/bindings"
+	"github.com/tendermint/tendermint/crypto/merkle"
+	"github.com/tendermint/tendermint/libs/bytes"
+	tmproto "github.com/tendermint/tendermint/proto/tendermint/types"
+	"github.com/tendermint/tendermint/rpc/client/http"
+	"github.com/tendermint/tendermint/types"
+	"math/big"
+	"os"
+)
+
+func main() {
+	err := verify()
+	if err != nil {
+		fmt.Println(err)
+		os.Exit(1)
+	}
+}
+
+func verify() error {
+	ctx := context.Background()
+
+
+	// ...
+	// check the first section for this part of the implementation
+
+	// get the nonce corresponding to the block height that contains the PayForBlob transaction
+	// since Blobstream X emits events when new batches are submitted, we will query the events
+	// and look for the range committing to the blob
+	// first, connect to an EVM RPC endpoint
+	ethClient, err := ethclient.Dial("evm_rpc_endpoint")
+	if err != nil {
+		return err
+	}
+	defer ethClient.Close()
+
+	// ...
+	// check the first section for this part of the implementation
+
+	// now we will create the shares proof to be verified by the SimpleRollup
+	// contract that uses the DAVerifier library
+
+	// get the proof of the shares containing the blob to the data root
+	sharesProof, err := trpc.ProveShares(ctx, 16, uint64(blobShareRange.Start), uint64(blobShareRange.End))
+	if err != nil {
+		return err
+	}
+
+	// use the SimpleRollup contract binding to submit to it a fraud proof
+	simpleRollupWrapper, err := client.NewWrappers(ethcmn.HexToAddress("contract_Address"), ethClient)
+	if err != nil {
+		return err
+	}
+
+	// submit the fraud proof containing the share data that had the invalid state transition for example
+	// along with its proof
+	err = submitFraudProof(
+		ctx,
+		simpleRollupWrapper,
+		sharesProof,
+		event.ProofNonce.Uint64(),
+		uint64(tx.Height),
+		dcProof.Proof,
+		blockRes.Block.DataHash,
+	)
+
+	return nil
+}
+
+func submitFraudProof(
+	ctx context.Context,
+	simpleRollup *client.Wrappers,
+	sharesProof types.ShareProof,
+	nonce uint64,
+	height uint64,
+	dataRootInclusionProof merkle.Proof,
+	dataRoot []byte,
+) error {
+	var blockDataRoot [32]byte
+	copy(blockDataRoot[:], dataRoot)
+	tx, err := simpleRollup.SubmitFraudProof(
+		&bind.TransactOpts{
+			Context: ctx,
+		},
+		client.SharesProof{
+			Data:             sharesProof.Data,
+			ShareProofs:      toNamespaceMerkleMultiProofs(sharesProof.ShareProofs),
+			Namespace:        *namespace(sharesProof.NamespaceID),
+			RowRoots:         toRowRoots(sharesProof.RowProof.RowRoots),
+			RowProofs:        toRowProofs(sharesProof.RowProof.Proofs),
+			AttestationProof: toAttestationProof(nonce, height, blockDataRoot, dataRootInclusionProof),
+		},
+		blockDataRoot,
+	)
+	if err != nil {
+		return err
+	}
+	// wait for transaction
+}
+
+func toAttestationProof(
+	nonce uint64,
+	height uint64,
+	blockDataRoot [32]byte,
+	dataRootInclusionProof merkle.Proof,
+) client.AttestationProof {
+	sideNodes := make( [][32]byte, len(dataRootInclusionProof.Aunts))
+	for i, sideNode :=  range dataRootInclusionProof.Aunts {
+		var bzSideNode [32]byte
+		for k, b := range sideNode {
+			bzSideNode[k] = b
+		}
+		sideNodes[i] = bzSideNode
+	}
+
+	return client.AttestationProof{
+		TupleRootNonce: big.NewInt(int64(nonce)),
+		Tuple:          client.DataRootTuple{
+			Height:   big.NewInt(int64(height)),
+			DataRoot: blockDataRoot,
+		},
+		Proof:          client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(dataRootInclusionProof.Index),
+			NumLeaves: big.NewInt(dataRootInclusionProof.Total),
+		},
+	}
+}
+
+func toRowRoots(roots []bytes.HexBytes) []client.NamespaceNode {
+	rowRoots := make([]client.NamespaceNode, len(roots))
+	for i, root := range roots {
+		rowRoots[i] = *toNamespaceNode(root.Bytes())
+	}
+	return rowRoots
+}
+
+func toRowProofs(proofs []*merkle.Proof) []client.BinaryMerkleProof {
+	rowProofs := make([]client.BinaryMerkleProof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make( [][32]byte, len(proof.Aunts))
+		for j, sideNode :=  range proof.Aunts {
+			var bzSideNode [32]byte
+			for k, b := range sideNode {
+				bzSideNode[k] = b
+			}
+			sideNodes[j] = bzSideNode
+		}
+ 		rowProofs[i] = client.BinaryMerkleProof{
+			SideNodes: sideNodes,
+			Key:       big.NewInt(proof.Index),
+			NumLeaves: big.NewInt(proof.Total),
+		}
+	}
+	return rowProofs
+}
+
+func toNamespaceMerkleMultiProofs(proofs []*tmproto.NMTProof) []client.NamespaceMerkleMultiproof {
+	shareProofs := make([]client.NamespaceMerkleMultiproof, len(proofs))
+	for i, proof := range proofs {
+		sideNodes := make([]client.NamespaceNode, len(proof.Nodes))
+		for j, node := range proof.Nodes {
+			sideNodes[j] = *toNamespaceNode(node)
+		}
+		shareProofs[i] = client.NamespaceMerkleMultiproof{
+			BeginKey:  big.NewInt(int64(proof.Start)),
+			EndKey:    big.NewInt(int64(proof.End)),
+			SideNodes: sideNodes,
+		}
+	}
+	return shareProofs
+}
+
+func minNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[0]
+	var id [28]byte
+	for i, b := range innerNode[1:28] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func maxNamespace(innerNode []byte) *client.Namespace {
+	version := innerNode[29]
+	var id [28]byte
+	for i, b := range innerNode[30:57] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}
+
+func toNamespaceNode(node []byte) *client.NamespaceNode {
+	minNs := minNamespace(node)
+	maxNs := maxNamespace(node)
+	var digest [32]byte
+	for i, b := range node[58:] {
+		digest[i] = b
+	}
+	return &client.NamespaceNode{
+		Min:    *minNs,
+		Max:    *maxNs,
+		Digest: digest,
+	}
+}
+
+func namespace(namespaceID []byte) *client.Namespace {
+	version := namespaceID[0]
+	var id [28]byte
+	for i, b := range namespaceID[1:] {
+		id[i] = b
+	}
+	return &client.Namespace{
+		Version: [1]byte{version},
+		Id:      id,
+	}
+}

    For the step (2), check the rollup inclusion proofs documentation for more information.

    Conclusion ​

    After creating all the proofs, and verifying them:

    1. Verify inclusion proof of the transaction to Celestia data root
    2. Prove that the data root tuple is committed to by the Blobstream X smart contract

    We can be sure that the data was published to Celestia, and then rollups can proceed with their normal fraud proving mechanism.

    NOTE

    The above proof constructions are implemented in Solidity, and may require different approaches in other programming languages.

    + + + + \ No newline at end of file diff --git a/developers/blobstream-rollups.html b/developers/blobstream-rollups.html new file mode 100644 index 00000000000..409220e41c2 --- /dev/null +++ b/developers/blobstream-rollups.html @@ -0,0 +1,47 @@ + + + + + + Introduction to Blobstream rollups | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Introduction to Blobstream rollups ​

    Blobstream is the first data availability solution for EVM chains that securely scales with the number of users. It allows rollups to post their data on Celestia while proving their availability in the rollup settlement contract.

    This document will outline a few ways to build optimistic or zk-rollups that post their data to Celestia and use Blobstream to prove that data's availability.

    Concepts ​

    Share commitment ​

    The share commitment is a commitment over the data contained in the MsgPayForBlobs transaction. This commitment allows proving that the corresponding data exists on Celestia efficiently.

    Share commitment: Proof details ​

    To prove that the data corresponding to a share commitment was posted to Celestia using Blobstream, the following proofs need to be verified:

    1. share inclusion proof to the share commitment: meaning creating two merkle proofs:
      1. share merkle proof up to the subtree root corresponding to that share
      2. subtree root merkle proof to the share commitment
    2. share commitment inclusion proof to the data root tuple root: meaning four merkle proofs:
      1. subtree roots merkle proofs to the share commitment: to make sure the subtree roots are valid
      2. subtree roots merkle proofs up to the row roots: to prove that the subtree roots belong to a set of rows in the Celestia block
      3. row roots proofs to the data root: to prove that those rows belong to the Celestia Block
      4. data root tuple proof to the data root tuple: to prove that the Celestia block referenced by its height and data root, was committed to by Blobstream.

    More details on the share commitment inclusion proof can be found in the commitment scheme docs and also the data square layout.

    If all of these proofs are valid, then you successfully managed to prove that the data corresponding to that share commitment has been posted to Celestia.

    NOTE

    Generating/verifying share commitment proofs is still not supported. It still needs tooling to generate the proofs on the node side, and verifying them on the Solidity side which will be built in the upcoming months.

    Share commitment: Compact proofs ​

    There is a way to have compact proofs, when using share commitments, unlike the ones defined above; that allow less costly inclusion proofs. These require the ability to parse the protobuf encoded PFBs.

    In fact, if the rollup project has a way to parse the protobuf encoded PFB, either in a smart contract or a zk-circuit, they will be able to create compact proofs of the rollup data.

    These proofs will work as follows:

    • Parsing the PFB and taking out the share commitment
    • Comparing the PFB commitment to the one saved in the rollup contract
    • Proving inclusion of the PFB to the data root tuple root. This will be a compact proof since we will only be proving two shares regardless of the size of the rollup data.

    More details on compact proofs can be found in ADR-011.

    Share commitment: Pros ​

    The pros of referencing rollup data using a share commitment:

    • Using the same commitment that exists on the PFB, without having to find another way of referencing the rollup data.
    • If the team has access to protobuf parsing, it allows for compact proof, but the parsing costs need to be investigated.

    Share commitment: Cons ​

    • Large/expensive proofs in the case of having no way to parse the protobuf PFB encoding.
    • In the optimistic rollups construction, defined below, this requires waiting for the Celestia block to be committed to by Blobstream before saving updating the settlement contract. This might require waiting for a few hours, depending on the batches size on each chain, to finally submit the rollup update.

    Given these limitations, an alternative design will be discussed in the next section.

    Sequence of spans ​

    An alternative way of referencing rollup data in the rollup settlement contract is using a sequence of spans.

    A sequence of spans is a data pointer that allows pointing to the rollup data inside a Celestia square using its location inside the square. It can be defined using the following information:

    • height: The height of the Celestia block containing the rollup data.
    • startIndex: The index of the first share containing the rollup data.
    • dataLen: The number of shares containing the rollup data.

    The startIndex and the dataLen can be queried from Celestia after the corresponding transaction gets included in a block and committed to the chain. An example of how to query them can be found in the verify command. The TxShareRange returns the start and end share of the data referenced by a transaction hash.

    NOTE

    If the rollup data is submitted in multiple blocks, the above sequence of spans can be generalized to include multiple blocks. For simplicity, we will stick with the data only submitted to a single Celestia block.

    Sequence of spans: Proof details ​

    Using sequence of spans is different from using the share commitment because we're referencing a location in the square, and not actual data commitment. So, the proof types and their generation are different.

    Sequence of spans: Proving unavailable data ​

    By construction, if the sequence of spans refers to a certain location in the square, that location is the data. This location can be in the reserved namespaces, the parity bytes, etc. What matters is that it's part of the square. So to prove that the sequence of spans is invalid, i.e., refers to data that is not available on Celestia, it is necessary and sufficient to show that the sequence of spans doesn't belong to the Celestia block, i.e., the span is out of bounds.

    We could create this proof via generating a binary Merkle proof of any row/column to the Celestia data root. This proof will provide the total which is the number of rows/columns in the extended data square. This can be used to calculate the square size. The computeSquareSizeFromRowProof method in the DAVerifier library allows calculating the square size from a row proof or a share proof.

    Then, we will use that information to check if the provided share index, in the header, is out of the square size bounds. In order words, we will check if the startIndex and the startIndex + dataLen are included in the range [0, 4*square_size].

    NOTE

    The square size is the number of rows of the original square.

    For the data root, we will use a binary Merkle proof to prove its inclusion in a data root tuple root that was committed to by the Blobstream smart contract. More on this in the data root inclusion proofs section.

    Sequence of spans: Proving inclusion of some data ​

    The difference between using a share commitment and a sequence of spans is that when using a share commitment, an extra merkle proof is needed to prove inclusion of the share to the share commitment. However, in the case of a sequence of spans, only the usual inclusion proof of a share to the data root tuple root is needed. The inclusion of the share to the sequence of spans is gotten using the same proof.

    In fact, proving that a share is part of the sequence of spans, i.e., part of the rollup data is done as follows:

    1. Prove that the data root tuple is committed to by the Blobstream smart contract:

      To prove the data root is committed to by the Blobstream smart contract, we will need to provide a Merkle proof of the data root tuple to a data root tuple root. This can be created using the data_root_inclusion_proof query. More on this can be found in the data root inclusion proofs documentation.

    2. Verify inclusion proof of the data to Celestia data root:

      To prove that the data is part of the data root, we will need to provide two proofs: a namespace Merkle proof of the data to a row root. This could be done via proving the shares that contain the data to the row root using a namespace Merkle proof. And, a binary Merkle proof of the row root to the data root.

      These proofs can be generated using the ProveShares query.

      More details on these proofs can be found in the transaction inclusion proof documentation.

    3. Prove that the data is in the sequence spans:

      To prove that the data is part of the rollup sequence of spans, we take the authenticated share proofs in step (2) and use the shares begin/end key to define the shares' positions in the row.

      Then, we use the row proof to get the row index in the extended Celestia square and get the index of the share in row major order:

      solidity
      uint256 shareIndexInRow = shareProof.shareProofs[0].beginKey;
+uint256 shareIndexInRowMajorOrder = shareIndexInRow + shareProof.rowProofs[0].numLeaves * shareProof.rowProofs[0].key;
      uint256 shareIndexInRow = shareProof.shareProofs[0].beginKey;
+uint256 shareIndexInRowMajorOrder = shareIndexInRow + shareProof.rowProofs[0].numLeaves * shareProof.rowProofs[0].key;

    Finally, we can compare the computed index with the sequence of spans, and be sure that the data/shares is part of the rollup data.

    Sequence of spans: Pros ​

    • Using a sequence of spans instead of the share commitment allows for simpler proofs

    Sequence of spans: Cons ​

    None

    Optimistic rollups ​

    One type of rollups that can be built with Blobstream is optimistic rollups. An optimistic rollup is a rollup that commits optimistically to a set of blocks, and allows the other parties to verify that the blocks are valid, and if they're not, they can create fraud proofs to signal that.

    Celestia allows optimistic rollups to post their data on its DA layer, and to prove that the data is available using Blobstream.

    To build an optimistic rollup that uses Celestia as a DA layer, the following constructions can be inspired by.

    Optimistic rollups that use a sequence of spans ​

    Optimistic rollups can post their data in Celestia, then in the rollup settlement contract, they can reference optimistically that data using a sequence of spans. Then, rollup full nodes can verify if that data is valid. If not, they can trigger a fraud proof.

    When using a sequence of spans, triggering the data availability fraud proofs, which are different from the state transitions fraud proofs (left for the rollup to define), goes back to the following cases:

    Optimistic rollups that use a sequence of spans: Pros ​

    • Not needing to verify anything at the moment of submitting the commitments to the rollup settlement contracts
    • The fraud proofs are simple and can be reduced to a single share: if, for example, a single transaction in the rollup data that was posted to Celestia is faulty, only the shares containing that transaction, which can be as minimal as a single share, need to be proven on chain and verified.

    Optimistic rollups that use a sequence of spans: Cons ​

    None

    Optimistic rollups that use a sequence of spans: Example ​

    An example optimistic rollup that uses sequence of spans to reference its data can be found in the RollupInclusionProofs. It portrays the different possible data availability proofs, constructs them and shows how to verify them.

    Also, more details on querying these kinds of proofs can be found in the proof queries documentation.

    Optimistic rollups that use share commitments ​

    Another way to build a rollup is to replace the sequence of spans with a height and a share commitment. Then, users/rollup full nodes will be able to query that data and validate it. If the rollup data is not valid, they can create a fraud proof.

    The first difference between the sequence of spans construction and the share commitment construction is having to verify that the provided share commitment is part of the Celestia block, referenced by its height in the moment of submitting the rollup commitments to the settlement contract. This is necessary to make sure that the commitment is part of Celestia. Otherwise, rollup sequencers can commit to random share commitments and there won't be a way to prove they're invalid.

    The second difference is the proof types. In the case of a fraud proof, the proofs outlined in the proofs details of share commitment section would need to be verified to be sure that the share containing the invalid state transition is part of the rollup data. Alternatively, the rollup settlement contract would need to have a library to parse protobuf encoded PFBs, as explained in the compact proofs of share commitment section, to have less expensive proofs. The cost of parsing the protobuf is not included in this analysis and needs to be investigated separately.

    Optimistic rollups that use share commitments: Pros ​

    • Using the same share commitment as the one saved in Celestia which gives access to existing tooling

    Optimistic rollups that use share commitments: Cons ​

    • The proofs are expensive in the base case. And if the settlement contract is able to parse the PFBs, thorough investigations of the cost of that would need to be done.

    Zk-rollups ​

    Zk-rollups, aka validity rollups, can also use Celestia as a DA and Blobstream to verify that the data was posted. However, the submission process is different from the above constructions, since there are no fraud proofs, and everything should be verified when submitting the commitment to the settlement contract.

    Similar to the optimistic case, the rollup settlement contract can reference the rollup data using either the sequence of spans approach or the share commitments. We will discuss both in this section.

    Zk-rollups that use sequence of spans ​

    When submitting the commitments to the rollup settlement contract, this latter will need to verify the following:

    1. Zk-proof of the state transitions, which is left for the rollup to define.
    2. Verify that the sequence of spans is valid, i.e., is part of the Celestia block referenced by its height, as described in the proof details section.
    3. Zk-proof of the rollup data to the data root. The verification process of this should accept a commitment as input so that the settlement contract makes sure it's the correct value that's being saved. The commitment can be the data root and the sequence of spans. And, when the rollup data is proven inside the circuit to the data root, the used data root is asserted to be the input one. Similarly, the data's location is asserted to be the same as the input sequence of spans. These arguments are the ones used in the sequence of spans verification in (2).

    Once these are valid, the settlement contract can be sure that the rollup data was posted to Celestia, and the sequence of spans references it correctly.

    Zk-rollups that use sequence of spans: Pros ​

    • The inclusion proof inside the zk-circuit is a simple proof that uses traditional merkle tree. In the case of using share commitment, as will be explained below, additional libraries that can be expensive to prove are required.

    Zk-rollups that use sequence of spans: Cons ​

    None

    Zk-rollups that use share commitments ​

    To use share commitments to reference rollup data in the zk-rollup settlement contract, the zk-circuits need to be able to deserialize protobuf encoded messages. Alternatively, more involved merkle proofs will need to be verified.

    Protobuf deserialization inside a zk-circuit ​

    One way of using the share commitment to reference the rollup data in zk-rollups is via using a protobuf deserialization library inside the zk-circuit. And the verification would proceed as follows:

    1. Zk-proof of the state transitions, which is left to the rollup team to define.
    2. Verify that the share commitment is valid using the proofs laid out in the proof details of share commitment section.
    3. The zk-proof verifier would take as argument the data root and the share commitment. Then, inside the circuit, the protobuf encoded PFB transaction will be deserialized and then verify the following:
    • The deserialized share commitment is the same as the one provided as input
    • The circuit will prove the inclusion of the PFB to the data root, then assert that the data root is the same as the one provided as input.

    If the above conditions are valid, the rollup settlement contract can be sure that the rollup data was posted to Celestia and is correctly referenced.

    Zk-rollups that use share commitments: Pros ​

    None

    Zk-rollups that use share commitments: Cons ​

    • This approach requires having access to a protobuf decoder inside a zk-circuit which is not straightforward to have. Also, the relative costs will need to be investigated.

    Heavy merkle proofs usage ​

    Similar to Protobuf deserialization inside a zk-circuit, the zk-circuit will proceed to the verification of the availability of the data. The difference is that instead of parsing the encoded protobuf, the proofs defined under the share commitment proof details section will need to be verified inside the zk-circuit as follows:

    1. Zk-proof of the state transitions, which is left to the rollup team to define.
    2. Verify that the share commitment is valid using the proofs laid out in the share commitment proof details section.
    3. The zk-proof verifier would take as argument the data root and the share commitment. Then, inside the circuit:
    • It will verify that the input share commitment corresponds to the rollup data.
    • Verify that the input data root commits to that share commitment. Check the share commitment proof details for more details

    Once these proofs are valid, the rollup settlement contract can be sure that the rollup data was posted to Celestia and is correctly referenced.

    heavy merkle proofs usage: Pros ​

    None

    heavy merkle proofs usage: Cons ​

    • More heavy usage of merkle proofs inside and outside the zk-circuit.

    Conclusion ​

    Given the above details, using the sequence of spans is the better solution in the general case as explained in the optimistic rollups that uses a sequence of spans and zk-rollups that use sequence of spans sections. The proof sizes are small and allow for greater flexibility. However, if the rollup team has different requirements, then the other designs can be explored.

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    New Blobstream X deployments ​

    If you want to deploy Blobstream X to a new chain, where a Gateway contract does not exist, you need to do the following.

    If Succinct Gateway already exists on this chain, you can skip this step. You can check the list of deployed SuccinctGateway contracts.

    Deploy a new SuccinctGateway contract ​

    Deploy a new SuccinctGateway contract to the new chain.

    Deploy a BlobstreamX contract to the new chain ​

    Follow the guide to use your deployed SuccinctGateway to deploy a new Blobstream X contract.

    Run a local prover ​

    Now that you have the contracts deployed, you can run a local prover.

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    Blobstream: Streaming modular DA to Ethereum ​

    Blobstream logo

    What is Blobstream? ​

    Blobstream is the first data availability solution for Ethereum that securely scales with the number of users. Formerly known as the Quantum Gravity Bridge (QGB), Blobstream relays commitments to Celestia's data root to an onchain light client on Ethereum, for integration by developers into L2 contracts. This enables Ethereum developers to build high-throughput L2s using Celestia's optimised DA layer, the first with Data Availability Sampling (DAS). Any ecosystem can deploy a Blobstream light client onchain to allow L2s and L3s to access DA from Celestia.

    An implementation of Blobstream, by Succinct, called Blobstream X, is out and will be used in the upcoming deployments. This implementation proves the validity of Celestia block headers on a target EVM chain using zero-knowledge (ZK) proofs, which allow inheriting all the security guarantees of Celestia.

    Please note: Blobstream remains early-stage, experimental software and users should use Blobstream at their own risk.

    Blobstream vs. data availability committees (DACs) ​

    Decentralization and security ​

    Blobstream is built on Celestia, which uses a CometBFT-based proof-of-stake system. Blobstream shares the same security assumptions as Celestia. In contrast, data availability committees (DACs), are typically centralized or semi-centralized, relying on a specific set of entities or individuals to vouch for data availability.

    Mechanism of verification ​

    Blobstream uses data availability attestations, which are Merkle roots of the batched L2 data, to confirm that the necessary data is present on Celestia. The L2 contract on Ethereum can check directly with Blobstream if the data is published on Celestia. Similarly, a DAC would rely on attestations or confirmations from its permissioned members.

    Flexibility and scalability ​

    Blobstream is designed to offer high-throughput data availability for Ethereum L2s, aiming to strike a balance between scalability and security. It operates independently of Ethereum's gas costs, as Celestia's resource pricing is more byte-focused rather than computation-centric. On the other hand, the scalability and flexibility of a DAC would depend on its specific design and implementation.

    In summary, both Blobstream and DACs aim to ensure offchain data availability, but Blobstream offers a more decentralized, secure, and scalable solution compared to the potential centralized nature of DACs.

    What is Blobstream X? ​

    Blobstream X is an implementation of Blobstream with a ZK light client that bridges Celestia’s modular DA layer to Ethereum to allow high-throughput rollups to use Celestia’s DA while settling on Ethereum.

    Optimistic or ZK rollups that settle on Ethereum, but wish to use Celestia for DA, require a mechanism for bridging Celestia’s data root to Ethereum as part of the settlement process. This data root is used during inclusion proofs to prove that particular rollup transactions were included and made available in the Celestia network.

    Bridging Celestia’s data root to Ethereum requires running a Celestia light client as a smart contract on Ethereum, to make the latest state of the Celestia chain known on Ethereum and available to rollups. Blobstream X utilizes the latest advances in ZK proofs to generate a succinct proof that enough Celestia validators have come to consensus (according to the CometBFT consensus protocol) on a block header, and verifies this proof in the Blobstream X Ethereum smart contract to update it with the latest Celestia header.

    The Blobstream X ZK proof not only verifies the consensus of Celestia validators, but it also merkelizes and hashes all the data roots in the block range from the previous update to the current update, making accessible all Celestia data roots (verifiable with a Merkle inclusion proof against the stored Merkle root) to rollups.

    Blobstream X is built and deployed with Succinct's protocol.

    blobstream x draft diagram

    Integrate with Blobstream X ​

    The following docs go over how developers can integrate Blobstream X.

    You can find the repository for Blobstream X along with code for:

    The first deployments of Blobstream X will be maintained on the following chains: Arbitrum One, Base and Ethereum Mainnet. Every 1 hour, the prover/relayer will post an update to the Blobstream X contract that will include a new data commitment range that covers a 1-hour block range from the latestBlock in the Blobstream X contract. On Ethereum Mainnet, the Blobstream X contract will be updated every 4 hours.

    NOTE

    Custom ranges can be requested using the BlobstreamX contract to create proofs for specific Celestia block batches. These ranges can be constructed as [latestBlock, customTargetBlock), with latestBlock as the latest block height that was committed to by the BlobstreamX contract, and latestBlock > customTargetBlock, and customTargetBlock - latestBlock <= DATA_COMMITMENT_MAX.

    Block ranges that are before the contract's latestBlock can't be proven a second time in different batches.

    More information can be found in the requestHeaderRange(...) method.

    How Blobstream X works ​

    As shown in the diagram below, the entrypoint for updates to the Blobstream X contract is through the SuccinctGateway smart contract, which is a simple entrypoint contract that verifies proofs (against a deployed onchain verifier for the Blobstream X circuit) and then calls the BlobstreamX.sol contract to update it. Find more information about the SuccinctGateway.

    blobstream x overview diagram draft

    NOTE

    If the Blobstream X contract is not deployed on a desired chain, it needs to be deployed before it can be used by your rollup. See the deployment documentation for more details.

    How to integrate with Blobstream X ​

    Integrating your L2 with Blobstream X requires two components: your onchain smart contract logic, and your offchain client logic for your rollup. The next three sections cover these topics:

    Deployed contracts ​

    You can interact with the Blobstream X contracts today on testnet. The Blobstream X Solidity smart contracts are currently deployed on the following Ethereum testnets:

    ContractEVM networkContract addressAttested data on Celestia
    Blobstream XEthereum MainnetNot yet deployedMainnet Beta
    Blobstream XArbitrum One0xA83ca7775Bc2889825BcDeDfFa5b758cf69e8794Mainnet Beta
    Blobstream XBase0xA83ca7775Bc2889825BcDeDfFa5b758cf69e8794Mainnet Beta
    Blobstream XSepolia0xf0c6429ebab2e7dc6e05dafb61128be21f13cb1eMocha testnet
    Blobstream XArbitrum Sepolia0xc3e209eb245Fd59c8586777b499d6A665DF3ABD2Mocha testnet
    Blobstream XBase Sepolia0xc3e209eb245Fd59c8586777b499d6A665DF3ABD2Mocha testnet

    Blobstream rollups ​

    More on the different ways to build a blobstream rollups can be found in the blobstream rollups documentation.

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    Bubs testnet ​

    Bubs testnet

    Bubs Testnet is a fresh offering from Caldera with support from Celestia Labs, built with OP Stack and Celestia, and is dedicated to providing developers with an EVM-compatible execution layer to deploy their EVM applications on.

    Built with the OP Stack and Celestia ​

    The Bubs Testnet is a testnet rollup, a modified version of optimism-bedrock that uses Celestia as a data availability (DA) layer. This integration can be found in the @celestiaorg/optimism repository. The testnet is hosted by Caldera, who makes it easy to launch rollups with no code required.

    In this setup, data handling is accomplished in two ways. Firstly, data is written to the DA layer, in this case, Celestia (on the Mocha testnet). Then, the data commitment is written to the op-batcher. When reading, the op-node retrieves the data back from the DA layer by first reading the data commitment from the op-batcher, then reading the data from the DA layer using the data commitment. Hence, while previously op-node was reading from calldata on Ethereum, it now reads data from Celestia. View the namespace for Bubs on Celestia's Mocha testnet.

    The tools involved in the data handling process include op-batcher, which batches up rollup blocks and posts them to Ethereum, op-geth that handles execution, and op-proposer responsible for state commitment submission.

    By using Celestia as a DA layer, existing L2s can switch from posting their data as calldata on Ethereum to posting to Celestia. The commitment to the block is posted on Celestia, which is purpose-built for data availability. This is more scalable than the traditional method of posting this data as calldata on monolithic chains.

    Building on Bubs ​

    Bubs Testnet provides a robust environment for developers to test their Ethereum Virtual Machine (EVM) applications. It offers an EVM-compatible execution layer, making it an ideal platform for developers looking to build and test applications in a setting that closely mirrors an OP Stack rollup on Celestia.

    Learn more at https://bubs-sepolia.hub.caldera.xyz/.

    RPC URLs ​

    Remote Procedure Call (RPC) URLs are endpoints that allow developers to interact with the blockchain. They are essential for sending transactions, querying blockchain data, and performing other interactions with the blockchain.

    For the Bubs Testnet, you can connect to the following RPC URLs:

    HTTPS ​

    • https://bubs-sepolia.rpc.caldera.xyz/http

    WSS ​

    • wss://bubs-sepolia.rpc.caldera.xyz/ws

    This URL serves as the entry point to the Bubs Testnet. You can use it in your applications to connect to the testnet and interact with the smart contracts you deploy there.

    Remember, Bubs Testnet is a testing environment!

    Bridge ​

    Bridging is a process that enables the transfer of assets between different blockchains.

    To bridge between Ethereum Sepolia and Bubs Testnet, visit the Bubs Testnet bridge.

    Faucet ​

    To visit the Bubs testnet faucet, go to https://bubs-sepolia.hub.caldera.xyz/ and click the "Faucet" tab.

    Explorer ​

    To visit the explorer, go to https://bubs-sepolia.explorer.caldera.xyz/.

    Status ​

    To see the status and uptime information for Bubs, visit the status page.

    Next steps ​

    Now that you have a better understanding of the Bubs Testnet and its integration of OP Stack and Celestia, you can start exploring its capabilities:

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    Build whatever ​

    If you're a developer and want to know what the benefits of modular blockchains are for you, you’ve come to the right place. This page will give you the rundown on modular blockchains and their benefits for developers like you.

    This section provides various guides and tutorials that cover different options for deploying rollups on Celestia.

    Quickstart - Building on Celestia ​

    Choose a framework ​

    So, you’re ready to start experimenting and building on Celestia? Here are a few options that are currently available for developers.

    Rollups-as-a-Service ​

    Deploy your rollup with a RaaS provider.

    Smart contracts ​

    Deploy your smart contracts on dedicated EVM-compatible rollups.

    What is a rollup? ​

    A rollup is a type of blockchain that offloads some work to a layer 1, like Celestia. Rollups host applications and process user transactions. Once those transactions get processed, they are then published to layer 1. It’s layer 1s job to order those transactions and check that they are available, at minimum.

    What is a modular blockchain? ​

    With blockchains there are more or less four core functions that they do.

    • Execution: transaction execution and state update.
    • Settlement: finality and dispute resolution.
    • Consensus: agreement on transaction ordering.
    • Data availability: prove data was published to the network.

    Modular blockchains specialize in one or two of these functions rather than doing all of them like a monolithic blockchain. You probably know about layer 1s and layer 2s. That’s the general idea.

    A typical example of a modular blockchain you might’ve heard of is a rollup. Rollups host smart contracts and execute transactions, much like any monolithic chain. But, the data of those transactions get sent to a layer 1 blockchain to carry out the remaining functions.

    If you want to brush up on your understanding of modular blockchains, head over to learn modular.

    Benefits of modular blockchains ​

    Ease of deploying a chain ​

    One of the goals of modular blockchains is to make it as easy to deploy a blockchain as a smart contract. There are a few unique ways that modular blockchains can significantly reduce the cost of deploying a new blockchain.

    1. No validator set is required. Rollups can deploy without sourcing their own set of validators or sequencers.
    2. Inherit security from the start. Rollups don’t need to build all their security from scratch.
    3. Any part of the stack can be delegated. Development time can be reduced by outsourcing functions of the rollup to external providers.

    All in all, builders will be able to outsource as much of the stack as they need. Deploying a new blockchain will be as simple as clicking a few options to initialize a production-ready rollup.

    Scaling ​

    Of course, a much higher scale is necessary if we want to support many more users. And modular blockchains use some new innovative technologies that can help us get there.

    • Data availability sampling enables modular blockchains like Celestia to scale data availability with the number of light nodes - that means more capacity for rollups.
    • Fraud and validity proofs make rollups vastly more efficient to verify. Nodes only need to verify a small proof of transaction validity (validity proof) or assume transactions are valid by default (fraud proof). This means rollups don’t require every node in the network to re-execute every transaction.

    image

    • Decoupling execution from consensus lets developers define the VM that best fits the scaling needs of their application.
    • Separating applications across multiple rollups isolates congestion. If an application congests the execution capacity of one rollup, all other rollups remain unaffected in their execution capacity.

    All these scaling properties combined make new types of applications and features possible, like onchain gaming, dynamic metadata, and ephemeral rollups, to name a few.

    Customizability ​

    By design, modular blockchains don’t lock in any feature set. They promote experimentation and customization.

    Remember how decoupling execution from consensus enables VM customizability? Well, rollups are the execution component. Applications can run on their own rollup and adjust the VM to maximize their application's performance. Developers have that flexibility because Celestia's execution logic doesn't restrict rollups.

    Basically, rollups can be customized to integrate any new or existing VM stack.

    With existing rollup frameworks, developers can run rollup testnets using the EVM or Cosmos SDK. In the future, one can imagine a variety of VMs that rollup frameworks support, providing developers with more out-of-the-box options for their applications.

    Some customizations that could be made to a rollup's VM include custom precompiles, changing transaction processing from sequential to parallel, or adding support for private smart contracts.

    All of this only scratches the surface.

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    Create a wallet with celestia-node ​

    This tutorial will go over using the cel-key utility to generate a wallet on celestia-node.

    While this tutorial will go over installation process of cel-key, it is recommended that you complete the following prerequisites first:

    Once you completed the prerequisite, you can proceed with this tutorial.

    Using the cel-key utility ​

    Inside the celestia-node repository is a utility called cel-key that uses the key utility provided by Cosmos-SDK under the hood. The utility can be used to add, delete, and manage keys for any DA node type (bridge || full || light), or just keys in general.

    Installation ​

    You need to first pull down the celestia-node repository:

    sh
    git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/
    git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/

    It can be built using either of the following commands:

    sh
    # dumps binary in current working directory, accessible via `./cel-key`
+make cel-key
    # dumps binary in current working directory, accessible via `./cel-key`
+make cel-key

    or

    sh
    # installs binary in GOBIN path, accessible via `cel-key`
+make install-key
    # installs binary in GOBIN path, accessible via `cel-key`
+make install-key

    For the purpose of this guide, we will use the make cel-key command.

    Steps for generating node keys ​

    To generate a key for a Celestia node, select the tab for your node type:

    TIP

    You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

    bash
    ./cel-key add <key-name> --keyring-backend test --node.type bridge \
+  --p2p.network <network>
    ./cel-key add <key-name> --keyring-backend test --node.type bridge \
+  --p2p.network <network>
    bash
    ./cel-key add <key-name> --keyring-backend test --node.type full \
+  --p2p.network <network>
    ./cel-key add <key-name> --keyring-backend test --node.type full \
+  --p2p.network <network>
    bash
    ./cel-key add <key-name> --keyring-backend test --node.type light \
+  --p2p.network <network>
    ./cel-key add <key-name> --keyring-backend test --node.type light \
+  --p2p.network <network>

    This will load the key <key-name> into the directory of the node.

    Further flags you can use to customize your key are the following:

    • --node.store: Specifies a different directory you can use to save your node data and configurations. Expects a path to a directory.
    • --p2p.network: Specifies which network you want the key for. Values are arabica and mocha. Please note the default network will be mocha.

    Keep in mind that your celestia-node will only pick up keys that are inside the node.store directory under /keys so you should make sure to point cel-key utility to the correct directory via the node.store or p2p.network flags if you have specified a custom directory or network other than Mocha.

    Also keep in mind that if you do not specify a network with --p2p.network, the default one will always be mocha.

    Steps for exporting node keys ​

    You can export a private key from the local keyring in encrypted and ASCII-armored format.

    bash
    ./cel-key export <key-name> --keyring-backend test --node.type bridge \
+  --p2p.network <network>
    ./cel-key export <key-name> --keyring-backend test --node.type bridge \
+  --p2p.network <network>
    bash
    ./cel-key export <key-name> --keyring-backend test --node.type full \
+  --p2p.network <network>
    ./cel-key export <key-name> --keyring-backend test --node.type full \
+  --p2p.network <network>
    bash
    ./cel-key export <key-name> --keyring-backend test --node.type light \
+  --p2p.network <network>
    ./cel-key export <key-name> --keyring-backend test --node.type light \
+  --p2p.network <network>

    Steps for importing node keys ​

    To import from a mnemonic, use the following command, then enter your bip39 mnemonic:

    bash
    ./cel-key add <key-name> --recover --keyring-backend test \
+  --node.type bridge --p2p.network <network>
    ./cel-key add <key-name> --recover --keyring-backend test \
+  --node.type bridge --p2p.network <network>
    bash
    ./cel-key add <key-name> --recover --keyring-backend test \
+  --node.type full --p2p.network <network>
    ./cel-key add <key-name> --recover --keyring-backend test \
+  --node.type full --p2p.network <network>
    bash
    ./cel-key add <key-name> --recover --keyring-backend test \
+  --node.type light --p2p.network <network>
    ./cel-key add <key-name> --recover --keyring-backend test \
+  --node.type light --p2p.network <network>

    View all options for cel-key ​

    sh
    ./cel-key --help
    ./cel-key --help

    Docker and cel-key ​

    Prerequisites ​

    Running your node ​

    Run the Docker image (in this example, we are using a light node on Mocha testnet):

    bash
    docker run --name celestia-node -e NODE_TYPE=light -e P2P_NETWORK=mocha -p 26659:26659 \
+ghcr.io/celestiaorg/celestia-node:v0.13.3 celestia light start \
+--core.ip rpc-mocha.pops.one --p2p.network mocha
    docker run --name celestia-node -e NODE_TYPE=light -e P2P_NETWORK=mocha -p 26659:26659 \
+ghcr.io/celestiaorg/celestia-node:v0.13.3 celestia light start \
+--core.ip rpc-mocha.pops.one --p2p.network mocha

    TIP

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

    List active containers in another window with:

    bash
    docker ps
    docker ps

    The response will look like:

    bash
    CONTAINER ID   IMAGE           COMMAND                  CREATED          STATUS          PORTS      NAMES
+<container-id>   celestia-node   "/entrypoint.sh cele…"   22 seconds ago   Up 21 seconds   2121/tcp   docker-compose-test-celestia-1
    CONTAINER ID   IMAGE           COMMAND                  CREATED          STATUS          PORTS      NAMES
+<container-id>   celestia-node   "/entrypoint.sh cele…"   22 seconds ago   Up 21 seconds   2121/tcp   docker-compose-test-celestia-1

    Interact with the container by replacing <container-id> for the container ID:

    bash
    docker exec -ti <container-id> /bin/bash
    docker exec -ti <container-id> /bin/bash

    Now, interact with cel-key to check for the key that was autogenerated when you started the node:

    bash
    ./cel-key list --keyring-backend test --node.type light
    ./cel-key list --keyring-backend test --node.type light

    You can also export your key from the container. In the next section, you'll learn how to mount existing keys to the container.

    Mounting existing keys to container ​

    In this example, we'll be mounting an existing key to the container. We're also using an existing image called celestia-node. This will mount the entire /.celestia-light-<p2p-network>/keys directory to your image, or on Mainnet Beta the /.celestia-light/keys directory.

    Write a docker-compose.yml to accomplish this:

    yaml
    version: "3.8"
+services:
+  celestia:
+    image: celestia-node
+    environment:
+      - NODE_TYPE=light
+    command: celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha --keyring.accname my_celes_key
+    volumes:
+      - ${PWD}/keys:/root/.celestia-light-mocha-4/keys
+    ports:
+      - 26659:26659
    version: "3.8"
+services:
+  celestia:
+    image: celestia-node
+    environment:
+      - NODE_TYPE=light
+    command: celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha --keyring.accname my_celes_key
+    volumes:
+      - ${PWD}/keys:/root/.celestia-light-mocha-4/keys
+    ports:
+      - 26659:26659

    Start the container by running the following command in the directory with your docker-compose.yml:

    bash
    docker-compose up
    docker-compose up

    List active containers in another window with:

    bash
    docker ps
    docker ps

    The response will look like:

    bash
    CONTAINER ID   IMAGE           COMMAND                  CREATED          STATUS          PORTS      NAMES
+<container-id>   celestia-node   "/entrypoint.sh cele…"   22 seconds ago   Up 21 seconds   2121/tcp   docker-compose-test-celestia-1
    CONTAINER ID   IMAGE           COMMAND                  CREATED          STATUS          PORTS      NAMES
+<container-id>   celestia-node   "/entrypoint.sh cele…"   22 seconds ago   Up 21 seconds   2121/tcp   docker-compose-test-celestia-1

    Interact with the container by replacing <container-id> for the container ID:

    bash
    docker exec -ti <container-id> /bin/bash
    docker exec -ti <container-id> /bin/bash

    Now, interact with cel-key to check your address matches the address you expect with the key you mounted:

    bash
    root@<container-id>:/# ./cel-key list --keyring-backend test --node.type light
+using directory:  ~/.celestia-light-mocha-4/keys
+- address: celestia1wkhyhr7ngf0ayqlpnsnxg4d72hfs5453dvunm9
+  name: my_celes_key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A1/NsoY0RGL7Hqt4VWLg441GQKJsZ2fBUnZXipgns8oV"}'
+  type: local
    root@<container-id>:/# ./cel-key list --keyring-backend test --node.type light
+using directory:  ~/.celestia-light-mocha-4/keys
+- address: celestia1wkhyhr7ngf0ayqlpnsnxg4d72hfs5453dvunm9
+  name: my_celes_key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A1/NsoY0RGL7Hqt4VWLg441GQKJsZ2fBUnZXipgns8oV"}'
+  type: local
    + + + + \ No newline at end of file diff --git a/developers/deploy-on-bubs.html b/developers/deploy-on-bubs.html new file mode 100644 index 00000000000..c7bb6a95081 --- /dev/null +++ b/developers/deploy-on-bubs.html @@ -0,0 +1,181 @@ + + + + + + Deploy a smart contract on Bubs testnet | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Deploy a smart contract on Bubs testnet ​

    In this tutorial, we will deploy a smart contract to the Bubs testnet.

    Dependencies ​

    Setup ​

    First, in your $HOME directory, set up a new project folder for this tutorial and init the project with npm:

    bash
    cd $HOME
+mkdir counter-project && cd counter-project && npm init -y
    cd $HOME
+mkdir counter-project && cd counter-project && npm init -y

    Next, initialize a Foundry project with the following command:

    bash
    forge init counter_contract
    forge init counter_contract

    Create your smart contract ​

    Take a look at the Counter.sol file in your counter-project/counter_contract/src directory:

    solidity
    // SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+contract Counter {
+    uint256 public number;
+
+    function setNumber(uint256 newNumber) public {
+        number = newNumber;
+    }
+
+    function increment() public {
+        number++;
+    }
+}
    // SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+contract Counter {
+    uint256 public number;
+
+    function setNumber(uint256 newNumber) public {
+        number = newNumber;
+    }
+
+    function increment() public {
+        number++;
+    }
+}

    The contract contains a public unsigned integer variable named "number". There are two public functions in this contract. The setNumber function allows anyone to set a new value for the "number" variable, while the increment function increases the value of "number" by one each time it's called.

    You can learn more about Solidity and smart contract programming.

    To compile the contract, run the following forge command from the $HOME/counter-project/counter_contract/ directory:

    bash
    forge build
    forge build

    Your output should look similar to the following:

    bash
    [⠢] Compiling...
+[⠔] Compiling 21 files with 0.8.19
+[⠑] Solc 0.8.19 finished in 1.24s
+Compiler run successful
    [⠢] Compiling...
+[⠔] Compiling 21 files with 0.8.19
+[⠑] Solc 0.8.19 finished in 1.24s
+Compiler run successful

    Test your smart contract ​

    Now, open the test/Counter.t.sol file:

    solidity
    // SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "../src/Counter.sol";
+
+contract CounterTest is Test {
+    Counter public counter;
+
+    function setUp() public {
+        counter = new Counter();
+        counter.setNumber(0);
+    }
+
+    function testIncrement() public {
+        counter.increment();
+        assertEq(counter.number(), 1);
+    }
+
+    function testSetNumber(uint256 x) public {
+        counter.setNumber(x);
+        assertEq(counter.number(), x);
+    }
+}
    // SPDX-License-Identifier: UNLICENSED
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "../src/Counter.sol";
+
+contract CounterTest is Test {
+    Counter public counter;
+
+    function setUp() public {
+        counter = new Counter();
+        counter.setNumber(0);
+    }
+
+    function testIncrement() public {
+        counter.increment();
+        assertEq(counter.number(), 1);
+    }
+
+    function testSetNumber(uint256 x) public {
+        counter.setNumber(x);
+        assertEq(counter.number(), x);
+    }
+}

    This file performs unit testing on the contract we created in the previous section. Here's what the test is doing:

    • The contract includes a public "Counter" type variable called "counter". In the setUp function, it initializes a new instance of the "Counter" contract and sets the "number" variable to 0.

    • There are two test functions in the contract: testIncrement and testSetNumber.

    • The testIncrement function tests the "increment" function of the "Counter" contract by calling it and then asserting that the "number" in the "Counter" contract is 1. It verifies if the increment operation correctly increases the number by one.

    • The testSetNumber function is more generic. It takes an unsigned integer argument 'x' and tests the "setNumber" function of the "Counter" contract. After calling the "setNumber" function with 'x', it asserts that the "number" in the "Counter" contract is equal to 'x'. This verifies that the "setNumber" function correctly updates the "number" in the "Counter" contract.

    Now, to test your code, run the following:

    bash
    forge test
    forge test

    If the test is successful, your output should be similar to this:

    bash
    [⠆] Compiling...
+No files changed, compilation skipped
+
+Running 2 tests for test/Counter.t.sol:CounterTest
+[PASS] testIncrement() (gas: 28334)
+[PASS] testSetNumber(uint256) (runs: 256, μ: 27709, ~: 28409)
+Test result: ok. 2 passed; 0 failed; finished in 8.96ms
    [⠆] Compiling...
+No files changed, compilation skipped
+
+Running 2 tests for test/Counter.t.sol:CounterTest
+[PASS] testIncrement() (gas: 28334)
+[PASS] testSetNumber(uint256) (runs: 256, μ: 27709, ~: 28409)
+Test result: ok. 2 passed; 0 failed; finished in 8.96ms

    Deploying your smart contract ​

    Using Anvil ​

    First, we'll test out our contract on a local devnet called "anvil". To start the local server, run:

    bash
    anvil
    anvil

    You'll see a local RPC endpoint (127.0.0.1:8545) and accounts to test with.

    Let's deploy the contract now. First, set a private key from anvil:

    bash
    export PRIVATE_KEY=0xac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export ANVIL_RPC_URL=http://localhost:8545
    export PRIVATE_KEY=0xac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export ANVIL_RPC_URL=http://localhost:8545

    Now, deploy the contract:

    bash
    forge create --rpc-url $ANVIL_RPC_URL \
+--private-key $PRIVATE_KEY \
+src/Counter.sol:Counter
    forge create --rpc-url $ANVIL_RPC_URL \
+--private-key $PRIVATE_KEY \
+src/Counter.sol:Counter

    Using Bubs ​

    First, set a private key from your funded Ethereum wallet and set the BUBS_RPC_URL variable with an RPC of your choosing:

    bash
    export BUBS_PRIVATE_KEY=0xac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export BUBS_RPC_URL=https://bubs-sepolia.rpc.caldera.xyz/http
    export BUBS_PRIVATE_KEY=0xac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export BUBS_RPC_URL=https://bubs-sepolia.rpc.caldera.xyz/http

    Now that we're ready to deploy the smart contract onto Bubs, we will run the forge create command.

    bash
    forge create --rpc-url $BUBS_RPC_URL \
+--private-key $BUBS_PRIVATE_KEY \
+src/Counter.sol:Counter
    forge create --rpc-url $BUBS_RPC_URL \
+--private-key $BUBS_PRIVATE_KEY \
+src/Counter.sol:Counter

    A successful deployment will return output similar to below:

    bash
    [⠆] Compiling...
+No files changed, compilation skipped
+Deployer: 0xf39Fd6e51aad88F6F4ce6aB8827279cffFb92266
+Deployed to: 0x5FbDB2315678afecb367f032d93F642f64180aa3
+Transaction hash: 0xf1a793a793cd9fc588f5132d99008565ea361eb3535d66499575e9e1908200b2
    [⠆] Compiling...
+No files changed, compilation skipped
+Deployer: 0xf39Fd6e51aad88F6F4ce6aB8827279cffFb92266
+Deployed to: 0x5FbDB2315678afecb367f032d93F642f64180aa3
+Transaction hash: 0xf1a793a793cd9fc588f5132d99008565ea361eb3535d66499575e9e1908200b2

    Once you've deployed the contract, you're ready to interact with it!

    First, we'll set it as a variable:

    bash
    export CONTRACT_ADDRESS=0x5FbDB2315678afecb367f032d93F642f64180aa3
    export CONTRACT_ADDRESS=0x5FbDB2315678afecb367f032d93F642f64180aa3

    Interacting with your smart contract ​

    Foundry uses cast, a CLI for performing Ethereum RPC calls.

    To write to the contract, we'll use the cast send command:

    bash
    cast send $CONTRACT_ADDRESS "setNumber(uint256)" 10 --rpc-url $BUBS_RPC_URL --private-key $BUBS_PRIVATE_KEY
    cast send $CONTRACT_ADDRESS "setNumber(uint256)" 10 --rpc-url $BUBS_RPC_URL --private-key $BUBS_PRIVATE_KEY

    Your output will look similar:

    bash
    blockHash               0x131822bef6eb59656d7e1387c19b75be667e587006710365ec5cf58030786c42
+blockNumber             3
+contractAddress
+cumulativeGasUsed       43494
+effectiveGasPrice       3767182372
+gasUsed                 43494
+logs                    []
+logsBloom               0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+root
+status                  1
+transactionHash         0x8f15d6004598f0662dd673a9898dceef77be8cc28408cecc284b28d7be32307d
+transactionIndex        0
+type                    2
    blockHash               0x131822bef6eb59656d7e1387c19b75be667e587006710365ec5cf58030786c42
+blockNumber             3
+contractAddress
+cumulativeGasUsed       43494
+effectiveGasPrice       3767182372
+gasUsed                 43494
+logs                    []
+logsBloom               0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+root
+status                  1
+transactionHash         0x8f15d6004598f0662dd673a9898dceef77be8cc28408cecc284b28d7be32307d
+transactionIndex        0
+type                    2

    Now, we can make a read call to view the state of the number variable, using the cast call command:

    bash
    cast call $CONTRACT_ADDRESS "number()" --rpc-url $BUBS_RPC_URL
    cast call $CONTRACT_ADDRESS "number()" --rpc-url $BUBS_RPC_URL

    The result will look similar:

    bash
    0x000000000000000000000000000000000000000000000000000000000000000a
    0x000000000000000000000000000000000000000000000000000000000000000a

    Convert the result from hexadecimal to a base 10 value with:

    bash
    echo $((0x000000000000000000000000000000000000000000000000000000000000000a))
    echo $((0x000000000000000000000000000000000000000000000000000000000000000a))

    Next steps ​

    Congratulations! You've learned how to deploy a smart contract to Bubs testnet.

    What will you build next? Now, you're ready to check out the GM Portal tutorial.

    + + + + \ No newline at end of file diff --git a/developers/ethereum-fallback.html b/developers/ethereum-fallback.html new file mode 100644 index 00000000000..f1ebe15e2db --- /dev/null +++ b/developers/ethereum-fallback.html @@ -0,0 +1,45 @@ + + + + + + Ethereum fallback | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Ethereum fallback ​

    Ethereum fallback is a fallback mechanism that enables Ethereum L2s (or L3s) to “fall back” to using Ethereum calldata for data availability in the event of downtime on Celestia Mainnet Beta. This feature is currently supported by Celestia integrations with:

    In the case of Celestia downtime or temporary unavailability, L2s can fallback to posting transactions as calldata on Ethereum or another DA layer for data availability instead of posting to Celestia. This mechanism ensures users can continue to transact securely and seamlessly, preventing disruptions and helping to ensure user funds do not get stuck in the L2's bridge on Ethereum.

    Ethereum fallback is triggered whenever the sequencer has an error sending the PayForBlobs transaction on Celestia. Fallback can be triggered due to a congested mempool or nonce error and can be simulated with an error such as low balance or incorrect sequence. Fallback can also be triggered in the event Blobstream stops relaying attestations.

    Ethereum fallback

    + + + + \ No newline at end of file diff --git a/developers/full-stack-modular-development-guide.html b/developers/full-stack-modular-development-guide.html new file mode 100644 index 00000000000..c2026eb4806 --- /dev/null +++ b/developers/full-stack-modular-development-guide.html @@ -0,0 +1,937 @@ + + + + + + Full stack modular blockchain development guide | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Full stack modular blockchain development guide ​

    Note

    This tutorial needs to be updated

    This guide will introduce you to modular blockchains like Celestia, explain their benefits, and show you how to build a full stack modular dapp with React, Vite, RainbowKit, Celestia, and Foundry.

    Current blockchain architectures are not scalable and face challenges around accessibility. In order for blockchains and web3 to reach mass adoption, these challenges must be addressed.

    Blockchains have evolved over time from application-specific networks like Bitcoin to shared smart contract platforms like Ethereum. This guide will cover how to build dapps on these newer, shared platforms.

    If you're interested in learning more about modular blockchains, or are new to the Celestia ecosystem, we recommend you read the build whatever page first.

    Getting started ​

    Now that you’ve had an overview of what Celestia is, let’s start building!

    The execution environment that we’ll be leveraging today is Ethermint, an EVM-compatible testnet that you will run locally for this tutorial.

    Pre-requisites ​

    Project setup ​

    To get started, create a new Foundry project:

    bash
    forge init celestia-dapp
+cd celestia-dapp
    forge init celestia-dapp
+cd celestia-dapp

    Foundry has created an example smart contract located at src/Contract.sol.

    Updating the contract and tests ​

    Let's update the contracts to include a basic blog example. Create a new file in the src directory named Contract.sol with the following code:

    solidity
    // SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+contract Blog {
+    string public name;
+    address public owner;
+
+    uint private _postId;
+
+    struct Post {
+      uint id;
+      string title;
+      string content;
+      bool published;
+    }
+    /* mappings can be seen as hash tables */
+    /* here we create lookups for posts by id and posts by ipfs hash */
+    mapping(uint => Post) private idToPost;
+    mapping(string => Post) private hashToPost;
+
+    /* events facilitate communication between smart contracts and their user interfaces  */
+    /* i.e. we can create listeners for events in the client and also use them in The Graph  */
+    event PostCreated(uint id, string title, string hash);
+    event PostUpdated(uint id, string title, string hash, bool published);
+
+    /* when the blog is deployed, give it a name */
+    /* also set the creator as the owner of the contract */
+    constructor(string memory _name) {
+        name = _name;
+        owner = msg.sender;
+    }
+
+    /* updates the blog name */
+    function updateName(string memory _name) public {
+        name = _name;
+    }
+
+    /* transfers ownership of the contract to another address */
+    function transferOwnership(address newOwner) public onlyOwner {
+        owner = newOwner;
+    }
+
+    /* fetches an individual post by the content hash */
+    function fetchPost(string memory hash) public view returns(Post memory){
+      return hashToPost[hash];
+    }
+
+    /* creates a new post */
+    function createPost(string memory title, string memory hash) public onlyOwner {
+        _postId = _postId + 1;
+        Post storage post = idToPost[_postId];
+        post.id = _postId;
+        post.title = title;
+        post.published = true;
+        post.content = hash;
+        hashToPost[hash] = post;
+        emit PostCreated(_postId, title, hash);
+    }
+
+    /* updates an existing post */
+    function updatePost(uint postId, string memory title, string memory hash, bool published) public onlyOwner {
+        Post storage post =  idToPost[postId];
+        post.title = title;
+        post.published = published;
+        post.content = hash;
+        idToPost[postId] = post;
+        hashToPost[hash] = post;
+        emit PostUpdated(post.id, title, hash, published);
+    }
+
+    /* fetches all posts */
+    function fetchPosts() public view returns (Post[] memory) {
+        uint itemCount = _postId;
+
+        Post[] memory posts = new Post[](itemCount);
+        for (uint i = 0; i < itemCount; i++) {
+            uint currentId = i + 1;
+            Post storage currentItem = idToPost[currentId];
+            posts[i] = currentItem;
+        }
+        return posts;
+    }
+
+    /* this modifier means only the contract owner can */
+    /* invoke the function */
+    modifier onlyOwner() {
+      require(msg.sender == owner);
+    _;
+  }
+}
    // SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+contract Blog {
+    string public name;
+    address public owner;
+
+    uint private _postId;
+
+    struct Post {
+      uint id;
+      string title;
+      string content;
+      bool published;
+    }
+    /* mappings can be seen as hash tables */
+    /* here we create lookups for posts by id and posts by ipfs hash */
+    mapping(uint => Post) private idToPost;
+    mapping(string => Post) private hashToPost;
+
+    /* events facilitate communication between smart contracts and their user interfaces  */
+    /* i.e. we can create listeners for events in the client and also use them in The Graph  */
+    event PostCreated(uint id, string title, string hash);
+    event PostUpdated(uint id, string title, string hash, bool published);
+
+    /* when the blog is deployed, give it a name */
+    /* also set the creator as the owner of the contract */
+    constructor(string memory _name) {
+        name = _name;
+        owner = msg.sender;
+    }
+
+    /* updates the blog name */
+    function updateName(string memory _name) public {
+        name = _name;
+    }
+
+    /* transfers ownership of the contract to another address */
+    function transferOwnership(address newOwner) public onlyOwner {
+        owner = newOwner;
+    }
+
+    /* fetches an individual post by the content hash */
+    function fetchPost(string memory hash) public view returns(Post memory){
+      return hashToPost[hash];
+    }
+
+    /* creates a new post */
+    function createPost(string memory title, string memory hash) public onlyOwner {
+        _postId = _postId + 1;
+        Post storage post = idToPost[_postId];
+        post.id = _postId;
+        post.title = title;
+        post.published = true;
+        post.content = hash;
+        hashToPost[hash] = post;
+        emit PostCreated(_postId, title, hash);
+    }
+
+    /* updates an existing post */
+    function updatePost(uint postId, string memory title, string memory hash, bool published) public onlyOwner {
+        Post storage post =  idToPost[postId];
+        post.title = title;
+        post.published = published;
+        post.content = hash;
+        idToPost[postId] = post;
+        hashToPost[hash] = post;
+        emit PostUpdated(post.id, title, hash, published);
+    }
+
+    /* fetches all posts */
+    function fetchPosts() public view returns (Post[] memory) {
+        uint itemCount = _postId;
+
+        Post[] memory posts = new Post[](itemCount);
+        for (uint i = 0; i < itemCount; i++) {
+            uint currentId = i + 1;
+            Post storage currentItem = idToPost[currentId];
+            posts[i] = currentItem;
+        }
+        return posts;
+    }
+
+    /* this modifier means only the contract owner can */
+    /* invoke the function */
+    modifier onlyOwner() {
+      require(msg.sender == owner);
+    _;
+  }
+}

    Next, let's create a test for this contract.

    Open test/Contract.t.sol and update the code with the following:

    solidity
    // SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "src/Contract.sol";
+
+contract ContractTest is Test {
+    Blog blog;
+
+    function setUp() public {
+        blog = new Blog("Celestia Blog");
+    }
+
+    function testCreatePost() public {
+        blog.createPost("My first post", "12345");
+        Blog.Post[] memory posts = blog.fetchPosts();
+        assertEq(posts.length, 1);
+    }
+
+    function testUpdatePost() public {
+        blog.createPost("My first post", "12345");
+        blog.updatePost(1, "My second post", "12345", true);
+        Blog.Post memory updatedPost = blog.fetchPost("12345");
+        assertEq(updatedPost.title, "My second post");
+    }
+
+    function testFetchPosts() public {
+        Blog.Post[] memory posts = blog.fetchPosts();
+        assertEq(posts.length, 0);
+        blog.createPost("My first post", "12345");
+        posts = blog.fetchPosts();
+        assertEq(posts.length, 1);
+    }
+
+    function testOnlyOwner() public {
+        blog.createPost("My first post", "12345");
+        address bob = address(0x1);
+        vm.startPrank(bob);
+        vm.expectRevert();
+        blog.updatePost(1, "My second post", "12345", true);
+    }
+}
    // SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+import "forge-std/Test.sol";
+import "src/Contract.sol";
+
+contract ContractTest is Test {
+    Blog blog;
+
+    function setUp() public {
+        blog = new Blog("Celestia Blog");
+    }
+
+    function testCreatePost() public {
+        blog.createPost("My first post", "12345");
+        Blog.Post[] memory posts = blog.fetchPosts();
+        assertEq(posts.length, 1);
+    }
+
+    function testUpdatePost() public {
+        blog.createPost("My first post", "12345");
+        blog.updatePost(1, "My second post", "12345", true);
+        Blog.Post memory updatedPost = blog.fetchPost("12345");
+        assertEq(updatedPost.title, "My second post");
+    }
+
+    function testFetchPosts() public {
+        Blog.Post[] memory posts = blog.fetchPosts();
+        assertEq(posts.length, 0);
+        blog.createPost("My first post", "12345");
+        posts = blog.fetchPosts();
+        assertEq(posts.length, 1);
+    }
+
+    function testOnlyOwner() public {
+        blog.createPost("My first post", "12345");
+        address bob = address(0x1);
+        vm.startPrank(bob);
+        vm.expectRevert();
+        blog.updatePost(1, "My second post", "12345", true);
+    }
+}

    Foundry uses Dappsys Test to provide basic logging and assertion functionality. It's included in the Forge Standard Library.

    Here, we are using assertEq to assert equality. You can view all of the assertion functions available.

    Running the test ​

    We can now run our tests to make sure our contract is working properly:

    bash
    forge test -vv
    forge test -vv

    Updating the deployment script ​

    Now that we've tested the contract, let's try deploying it locally using Solidity Scripting.

    To do so, update the deployment script at script/Contract.s.sol with the following code:

    solidity
    // SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+import "forge-std/Script.sol";
+
+import {Blog} from "src/Contract.sol";
+
+contract ContractScript is Script {
+    function setUp() public {}
+
+    function run() public {
+        vm.startBroadcast();
+        new Blog("Celestia Blog");
+        vm.stopBroadcast();
+    }
+}
    // SPDX-License-Identifier: MIT
+pragma solidity ^0.8.13;
+
+import "forge-std/Script.sol";
+
+import {Blog} from "src/Contract.sol";
+
+contract ContractScript is Script {
+    function setUp() public {}
+
+    function run() public {
+        vm.startBroadcast();
+        new Blog("Celestia Blog");
+        vm.stopBroadcast();
+    }
+}

    Now we can use this script to deploy our smart contract to either a live or test network.

    Deploying locally ​

    Next start Anvil, the local testnet:

    bash
    anvil --port 9545
    anvil --port 9545

    caution

    We need to use port 9545, because Ethermint will use 8545.

    Once started, Anvil will give you a local RPC endpoint as well as a handful of Private Keys and Accounts that you can use.

    We can now use the local RPC along with one of the private keys to deploy locally:

    bash
    forge script script/Contract.s.sol:ContractScript --fork-url \
+http://localhost:9545 --private-key $PRIVATE_KEY --broadcast
    forge script script/Contract.s.sol:ContractScript --fork-url \
+http://localhost:9545 --private-key $PRIVATE_KEY --broadcast

    Once the contract has been deployed locally, Anvil will log out the contract address.

    Take a note of this local contract address as we’ll be using it later in the frontend application.

    Next, set the contract address as an environment variable:

    bash
    export CONTRACT_ADDRESS=<contract-address>
    export CONTRACT_ADDRESS=<contract-address>

    We can then test sending transactions to it with cast send.

    bash
    cast send $CONTRACT_ADDRESS \
+"createPost(string,string)" "my first post" "12345" \
+--private-key $PRIVATE_KEY
    cast send $CONTRACT_ADDRESS \
+"createPost(string,string)" "my first post" "12345" \
+--private-key $PRIVATE_KEY

    We can then perform read operations with cast call:

    bash
    cast call $CONTRACT_ADDRESS "fetchPosts()"
    cast call $CONTRACT_ADDRESS "fetchPosts()"

    Once the contract is deployed successfully, take a note of the contract address as we’ll also be needing it in just a moment when we test the live contract.

    Deploying to the Ethermint Sovereign Rollup ​

    First, we will need to follow the setup from the EVM tutorial.

    Pre-requisites

    It is required that you complete dependency setup, Rollkit installation, and Instantiating and EVM rollup from the EVM tutorial to complete the remainder of the tutorial.

    Now that we've deployed and tested locally, we can deploy to our Ethermint chain.

    First, we will need to export the private key generated by the ethermint init.sh script:

    bash
    PRIVATE_KEY=$(ethermintd keys unsafe-export-eth-key mykey --keyring-backend test)
    PRIVATE_KEY=$(ethermintd keys unsafe-export-eth-key mykey --keyring-backend test)

    NOTE

    Here, the key name from init.sh is mykey but you can modify the init.sh to change the name of your key.

    Now, we can start deploying the smart contract to our Ethermint chain.

    To do so, run the following script in the celestia-dapp directory:

    bash
    forge script script/Contract.s.sol:ContractScript \
+--rpc-url http://localhost:8545 --private-key $PRIVATE_KEY --broadcast
    forge script script/Contract.s.sol:ContractScript \
+--rpc-url http://localhost:8545 --private-key $PRIVATE_KEY --broadcast

    Set the contract address in the output as the CONTRACT_ADDRESS variable:

    bash
    export CONTRACT_ADDRESS=<new-contract-address>
    export CONTRACT_ADDRESS=<new-contract-address>

    Once the contract has been deployed to the Ethermint rollup, we can use cast send to test sending transactions to it:

    bash
    cast send $CONTRACT_ADDRESS \
+"createPost(string,string)" "my first post" "12345" \
+--rpc-url http://localhost:8545 --private-key $PRIVATE_KEY
    cast send $CONTRACT_ADDRESS \
+"createPost(string,string)" "my first post" "12345" \
+--rpc-url http://localhost:8545 --private-key $PRIVATE_KEY

    We can then perform read operations with cast call:

    bash
    cast call $CONTRACT_ADDRESS "fetchPosts()" --rpc-url http://localhost:8545
    cast call $CONTRACT_ADDRESS "fetchPosts()" --rpc-url http://localhost:8545

    NOTE

    You will want to redeploy the contract for your frontend, because the post is not uploaded to IPFS in the CLI.

    Building the frontend ​

    For the frontend project, we’ll be using the following libraries and frameworks:

    React - JavaScript library for building user interfaces

    Vite - Project generator / rapid development tool for modern web projects

    Rainbowkit - Easy and beautiful library to connect a wallet

    WAGMI - 20+ hooks for working with wallets, ENS, contracts, transactions, signing, etc

    In the root of the Foundry project, create a new React.js application using Vite:

    jsx
    yarn create vite
+
+? Project name: › frontend
+? Select a framework › React
+? Select a variant > JavaScript
    yarn create vite
+
+? Project name: › frontend
+? Select a framework › React
+? Select a variant > JavaScript

    Next, copy the ABI that was created by Foundry into the frontend directory so that we can have it later (or manually copy it into a file named Blog.json in the frontend directory):

    bash
    cp out/Contract.sol/Blog.json frontend/
    cp out/Contract.sol/Blog.json frontend/

    Now, change into the frontend directory and install the node_modules:

    bash
    cd frontend
+yarn
    cd frontend
+yarn

    Configuring environment variables ​

    Next we need to configure the environment variables for the Infura project ID and secret.

    First, create an Infura account and new project for IPFS.

    Create a file named .env.local in the frontend/ directory and add the following configuration with your own credentials:

    txt
    VITE_INFURA_ID=your-project-api-key
+VITE_INFURA_SECRET=your-project-api-key-secret
    VITE_INFURA_ID=your-project-api-key
+VITE_INFURA_SECRET=your-project-api-key-secret

    Now that the project is created, let’s install the additional dependencies using either NPM, Yarn, or PNPM:

    jsx
    npm install @rainbow-me/rainbowkit@0.8.0 wagmi@0.8.10 ethers ipfs-http-client react-markdown
    npm install @rainbow-me/rainbowkit@0.8.0 wagmi@0.8.10 ethers ipfs-http-client react-markdown

    Configuring the entrypoint ​

    Next we’ll update the entrypoint at src/main.jsx.

    The main things we’re doing here have to do with the configuration of Rainbowkit so that we can have a nice way for the user to connect their wallet.

    Rainbowkit also allows a customizable array of network providers, so we’re creating a new network configuration for Ethermint.

    jsx
    import "./polyfills";
+import ReactDOM from "react-dom/client";
+import App from "./App";
+import "./index.css";
+import "@rainbow-me/rainbowkit/styles.css";
+import { RainbowKitProvider } from "@rainbow-me/rainbowkit";
+import { chain, configureChains, createClient, WagmiConfig } from "wagmi";
+import { publicProvider } from "wagmi/providers/public";
+import { injectedWallet, metaMaskWallet } from "@rainbow-me/rainbowkit/wallets";
+import { connectorsForWallets } from "@rainbow-me/rainbowkit";
+
+/* create configuration for Ethermint testnet */
+const ethermint = {
+  id: 9000,
+  name: "Ethermint",
+  network: "ethermint",
+  nativeCurrency: {
+    decimals: 18,
+    name: "Ethermint",
+    symbol: "CTE",
+  },
+  rpcUrls: {
+    default: {
+      http: ["http://localhost:8545/"],
+    },
+  },
+  testnet: true,
+};
+
+// remove chain.localhost or ethermint depending on which you want to connect to
+const { chains, provider } = configureChains(
+  [chain.localhost, ethermint],
+  [publicProvider()],
+);
+
+const connectors = connectorsForWallets([
+  {
+    groupName: "Recommended",
+    wallets: [metaMaskWallet({ chains }), injectedWallet({ chains })],
+  },
+]);
+
+const wagmiClient = createClient({
+  autoConnect: true,
+  connectors,
+  provider,
+});
+
+const containerStyle = {
+  width: "900px",
+  margin: "0 auto",
+};
+
+ReactDOM.createRoot(document.getElementById("root")).render(
+  <WagmiConfig client={wagmiClient}>
+    <RainbowKitProvider chains={chains}>
+      <div style={containerStyle}>
+        <App />
+      </div>
+    </RainbowKitProvider>
+  </WagmiConfig>,
+);
    import "./polyfills";
+import ReactDOM from "react-dom/client";
+import App from "./App";
+import "./index.css";
+import "@rainbow-me/rainbowkit/styles.css";
+import { RainbowKitProvider } from "@rainbow-me/rainbowkit";
+import { chain, configureChains, createClient, WagmiConfig } from "wagmi";
+import { publicProvider } from "wagmi/providers/public";
+import { injectedWallet, metaMaskWallet } from "@rainbow-me/rainbowkit/wallets";
+import { connectorsForWallets } from "@rainbow-me/rainbowkit";
+
+/* create configuration for Ethermint testnet */
+const ethermint = {
+  id: 9000,
+  name: "Ethermint",
+  network: "ethermint",
+  nativeCurrency: {
+    decimals: 18,
+    name: "Ethermint",
+    symbol: "CTE",
+  },
+  rpcUrls: {
+    default: {
+      http: ["http://localhost:8545/"],
+    },
+  },
+  testnet: true,
+};
+
+// remove chain.localhost or ethermint depending on which you want to connect to
+const { chains, provider } = configureChains(
+  [chain.localhost, ethermint],
+  [publicProvider()],
+);
+
+const connectors = connectorsForWallets([
+  {
+    groupName: "Recommended",
+    wallets: [metaMaskWallet({ chains }), injectedWallet({ chains })],
+  },
+]);
+
+const wagmiClient = createClient({
+  autoConnect: true,
+  connectors,
+  provider,
+});
+
+const containerStyle = {
+  width: "900px",
+  margin: "0 auto",
+};
+
+ReactDOM.createRoot(document.getElementById("root")).render(
+  <WagmiConfig client={wagmiClient}>
+    <RainbowKitProvider chains={chains}>
+      <div style={containerStyle}>
+        <App />
+      </div>
+    </RainbowKitProvider>
+  </WagmiConfig>,
+);

    Creating and reading posts ​

    Now that the base configuration is set up we’ll create a view that allows users to create and view posts.

    We’ll be using IPFS to upload the content of the post, then anchoring the hash of the post on chain. When we retrieve the post, we can then read the value from IPFS to view the post.

    Update App.jsx with the following code:

    jsx
    import { useState, useEffect } from "react";
+import { ConnectButton } from "@rainbow-me/rainbowkit";
+import { ethers } from "ethers";
+import { create } from "ipfs-http-client";
+import { Buffer } from "buffer";
+import Blog from "../Blog.json";
+import { useAccount } from "wagmi";
+
+/* configure authorization for Infura and IPFS */
+const auth =
+  "Basic " +
+  Buffer.from(
+    import.meta.env.VITE_INFURA_ID + ":" + import.meta.env.VITE_INFURA_SECRET,
+  ).toString("base64");
+
+/* create an IPFS client */
+const client = create({
+  host: "ipfs.infura.io",
+  port: 5001,
+  protocol: "https",
+  headers: {
+    authorization: auth,
+  },
+});
+
+const contractAddress = "your-ethermint-contract-address";
+
+function App() {
+  useEffect(() => {
+    fetchPosts();
+  }, []);
+  const [viewState, setViewState] = useState("view-posts");
+  const [posts, setPosts] = useState([]);
+  const [title, setTitle] = useState("");
+  const [content, setContent] = useState("");
+  const { address } = useAccount();
+
+  /* when the component loads, useEffect will call this function */
+  async function fetchPosts() {
+    const provider = new ethers.providers.Web3Provider(window.ethereum);
+    const contract = new ethers.Contract(contractAddress, Blog.abi, provider);
+    let data = await contract.fetchPosts();
+    /* once the data is returned from the network we map over it and */
+    /* transform the data into a more readable format  */
+    data = data.map((d) => ({
+      content: d["content"],
+      title: d["title"],
+      published: d["published"],
+      id: d["id"].toString(),
+    }));
+
+    /* we then fetch the post content from IPFS and add it to the post objects */
+    data = await Promise.all(
+      data.map(async (d) => {
+        const endpoint = `https://infura-ipfs.io/ipfs/${d.content}`;
+        const options = {
+          mode: "no-cors",
+        };
+        const response = await fetch(endpoint, options);
+        const value = await response.text();
+        d.postContent = value;
+        return d;
+      }),
+    );
+
+    setPosts(data);
+  }
+
+  async function createPost() {
+    const added = await client.add(content);
+    const provider = new ethers.providers.Web3Provider(window.ethereum);
+    const signer = provider.getSigner();
+
+    const contract = new ethers.Contract(contractAddress, Blog.abi, signer);
+    const tx = await contract.createPost(title, added.path);
+    await tx.wait();
+    setViewState("view-posts");
+  }
+
+  function toggleView(value) {
+    setViewState(value);
+    if (value === "view-posts") {
+      fetchPosts();
+    }
+  }
+
+  return (
+    <div style={outerContainerStyle}>
+      <div style={innerContainerStyle}>
+        <h1>Modular Rollup Blog</h1>
+        <p>
+          This allows users to securely create and share blog posts on the
+          blockchain without the need for a centralized server or authority.
+        </p>
+        {!address ? (
+          <div>
+            <h3>Getting Started</h3>
+            <p>
+              First, you will need to connect your Ethereum wallet to Ethermint
+              to display the posts from the smart contract and make posts.
+            </p>
+          </div>
+        ) : null}
+        <br />
+        <h3 style={{ justifyContent: "right", textAlign: "right" }}>
+          Connect your Ethereum wallet to begin ✨
+        </h3>
+        <div style={buttonContainerStyle}>
+          <ConnectButton />
+        </div>
+        {address ? (
+          <div style={buttonContainerStyle}>
+            <button
+              onClick={() => toggleView("view-posts")}
+              style={buttonStyle}
+            >
+              View Posts
+            </button>
+            <button
+              onClick={() => toggleView("create-post")}
+              style={buttonStyle}
+            >
+              Create Post
+            </button>
+          </div>
+        ) : null}
+        {viewState === "view-posts" && address && (
+          <div>
+            <div style={postContainerStyle}>
+              <h1>Posts</h1>
+              {posts.map((post, index) => (
+                <div key={index}>
+                  <h2>{post.title}</h2>
+                  <button
+                    style={{ fontSize: "16px" }}
+                    onClick={() =>
+                      window.open(`https://infura-ipfs.io/ipfs/${post.content}`)
+                    }
+                  >
+                    Read on IPFS
+                  </button>
+                  {/* <ReactMarkdown>
+                    {post.postContent}
+                  </ReactMarkdown> */}
+                  <p style={mbidStyle}>GMID: {post.id}</p>
+                </div>
+              ))}
+            </div>
+          </div>
+        )}
+        {viewState === "create-post" && (
+          <div style={formContainerStyle}>
+            <h2>Create Post</h2>
+            <input
+              placeholder="Title"
+              onChange={(e) => setTitle(e.target.value)}
+              style={inputStyle}
+            />
+            <textarea
+              placeholder="Content"
+              onChange={(e) => setContent(e.target.value)}
+              style={inputStyle}
+            />
+            <button onClick={createPost}>Create Post</button>
+          </div>
+        )}
+      </div>
+    </div>
+  );
+}
+
+const outerContainerStyle = {
+  width: "90vw",
+  height: "100vh",
+  padding: "50px 0px",
+};
+
+const innerContainerStyle = {
+  width: "100%",
+  maxWidth: "800px",
+  margin: "0 auto",
+};
+
+const formContainerStyle = {
+  display: "flex",
+  flexDirection: "column",
+  alignItems: "center",
+};
+
+const inputStyle = {
+  width: "400px",
+  marginBottom: "10px",
+  padding: "10px",
+  height: "40px",
+};
+
+const postContainerStyle = {
+  margin: "0 auto",
+  padding: "1em",
+  width: "90%",
+  maxWidth: "800px",
+  display: "flex",
+  flexDirection: "column",
+  alignItems: "start",
+  justifyContent: "center",
+};
+
+const mbidStyle = {
+  fontSize: "10px",
+  textAlign: "start",
+};
+
+const buttonStyle = {
+  marginTop: 15,
+  marginRight: 5,
+  border: "1px solid rgba(255, 255, 255, .2)",
+};
+
+const buttonContainerStyle = {
+  marginTop: 15,
+  marginRight: 5,
+  display: "flex",
+  justifyContent: "right",
+};
+
+export default App;
    import { useState, useEffect } from "react";
+import { ConnectButton } from "@rainbow-me/rainbowkit";
+import { ethers } from "ethers";
+import { create } from "ipfs-http-client";
+import { Buffer } from "buffer";
+import Blog from "../Blog.json";
+import { useAccount } from "wagmi";
+
+/* configure authorization for Infura and IPFS */
+const auth =
+  "Basic " +
+  Buffer.from(
+    import.meta.env.VITE_INFURA_ID + ":" + import.meta.env.VITE_INFURA_SECRET,
+  ).toString("base64");
+
+/* create an IPFS client */
+const client = create({
+  host: "ipfs.infura.io",
+  port: 5001,
+  protocol: "https",
+  headers: {
+    authorization: auth,
+  },
+});
+
+const contractAddress = "your-ethermint-contract-address";
+
+function App() {
+  useEffect(() => {
+    fetchPosts();
+  }, []);
+  const [viewState, setViewState] = useState("view-posts");
+  const [posts, setPosts] = useState([]);
+  const [title, setTitle] = useState("");
+  const [content, setContent] = useState("");
+  const { address } = useAccount();
+
+  /* when the component loads, useEffect will call this function */
+  async function fetchPosts() {
+    const provider = new ethers.providers.Web3Provider(window.ethereum);
+    const contract = new ethers.Contract(contractAddress, Blog.abi, provider);
+    let data = await contract.fetchPosts();
+    /* once the data is returned from the network we map over it and */
+    /* transform the data into a more readable format  */
+    data = data.map((d) => ({
+      content: d["content"],
+      title: d["title"],
+      published: d["published"],
+      id: d["id"].toString(),
+    }));
+
+    /* we then fetch the post content from IPFS and add it to the post objects */
+    data = await Promise.all(
+      data.map(async (d) => {
+        const endpoint = `https://infura-ipfs.io/ipfs/${d.content}`;
+        const options = {
+          mode: "no-cors",
+        };
+        const response = await fetch(endpoint, options);
+        const value = await response.text();
+        d.postContent = value;
+        return d;
+      }),
+    );
+
+    setPosts(data);
+  }
+
+  async function createPost() {
+    const added = await client.add(content);
+    const provider = new ethers.providers.Web3Provider(window.ethereum);
+    const signer = provider.getSigner();
+
+    const contract = new ethers.Contract(contractAddress, Blog.abi, signer);
+    const tx = await contract.createPost(title, added.path);
+    await tx.wait();
+    setViewState("view-posts");
+  }
+
+  function toggleView(value) {
+    setViewState(value);
+    if (value === "view-posts") {
+      fetchPosts();
+    }
+  }
+
+  return (
+    <div style={outerContainerStyle}>
+      <div style={innerContainerStyle}>
+        <h1>Modular Rollup Blog</h1>
+        <p>
+          This allows users to securely create and share blog posts on the
+          blockchain without the need for a centralized server or authority.
+        </p>
+        {!address ? (
+          <div>
+            <h3>Getting Started</h3>
+            <p>
+              First, you will need to connect your Ethereum wallet to Ethermint
+              to display the posts from the smart contract and make posts.
+            </p>
+          </div>
+        ) : null}
+        <br />
+        <h3 style={{ justifyContent: "right", textAlign: "right" }}>
+          Connect your Ethereum wallet to begin ✨
+        </h3>
+        <div style={buttonContainerStyle}>
+          <ConnectButton />
+        </div>
+        {address ? (
+          <div style={buttonContainerStyle}>
+            <button
+              onClick={() => toggleView("view-posts")}
+              style={buttonStyle}
+            >
+              View Posts
+            </button>
+            <button
+              onClick={() => toggleView("create-post")}
+              style={buttonStyle}
+            >
+              Create Post
+            </button>
+          </div>
+        ) : null}
+        {viewState === "view-posts" && address && (
+          <div>
+            <div style={postContainerStyle}>
+              <h1>Posts</h1>
+              {posts.map((post, index) => (
+                <div key={index}>
+                  <h2>{post.title}</h2>
+                  <button
+                    style={{ fontSize: "16px" }}
+                    onClick={() =>
+                      window.open(`https://infura-ipfs.io/ipfs/${post.content}`)
+                    }
+                  >
+                    Read on IPFS
+                  </button>
+                  {/* <ReactMarkdown>
+                    {post.postContent}
+                  </ReactMarkdown> */}
+                  <p style={mbidStyle}>GMID: {post.id}</p>
+                </div>
+              ))}
+            </div>
+          </div>
+        )}
+        {viewState === "create-post" && (
+          <div style={formContainerStyle}>
+            <h2>Create Post</h2>
+            <input
+              placeholder="Title"
+              onChange={(e) => setTitle(e.target.value)}
+              style={inputStyle}
+            />
+            <textarea
+              placeholder="Content"
+              onChange={(e) => setContent(e.target.value)}
+              style={inputStyle}
+            />
+            <button onClick={createPost}>Create Post</button>
+          </div>
+        )}
+      </div>
+    </div>
+  );
+}
+
+const outerContainerStyle = {
+  width: "90vw",
+  height: "100vh",
+  padding: "50px 0px",
+};
+
+const innerContainerStyle = {
+  width: "100%",
+  maxWidth: "800px",
+  margin: "0 auto",
+};
+
+const formContainerStyle = {
+  display: "flex",
+  flexDirection: "column",
+  alignItems: "center",
+};
+
+const inputStyle = {
+  width: "400px",
+  marginBottom: "10px",
+  padding: "10px",
+  height: "40px",
+};
+
+const postContainerStyle = {
+  margin: "0 auto",
+  padding: "1em",
+  width: "90%",
+  maxWidth: "800px",
+  display: "flex",
+  flexDirection: "column",
+  alignItems: "start",
+  justifyContent: "center",
+};
+
+const mbidStyle = {
+  fontSize: "10px",
+  textAlign: "start",
+};
+
+const buttonStyle = {
+  marginTop: 15,
+  marginRight: 5,
+  border: "1px solid rgba(255, 255, 255, .2)",
+};
+
+const buttonContainerStyle = {
+  marginTop: 15,
+  marginRight: 5,
+  display: "flex",
+  justifyContent: "right",
+};
+
+export default App;

    Adding Ethermint Chain to MetaMask ​

    Before we can test out our dapp, we'll need to configure the chains on MetaMask if we're deploying our rollup any

    1. Open your MetaMask wallet and click "Ethereum Mainnet" to open the dropdown.
    2. Select "Add network"
    3. Then "Add network manually"
    4. Enter the following details:
    • Network Name: Ethermint
    • New RPC URL: http://localhost:8545 or https://your.custom.ip.address:port
    • Chain ID: 9000
    • Currency symbol: CTE

    Testing it out on Ethermint ​

    Now we’re ready to run the app.

    Right now, the app is configured to be using localhost:8545 using the Ethermint rollup we're running with Rollkit.

    First, you'll need to install MetaMask.

    To use the test account, you will need to import the private key from Ethermint to MetaMask. First, run the following command:

    bash
    PRIVATE_KEY=$(ethermintd keys unsafe-export-eth-key mykey --keyring-backend test)
+&& echo $PRIVATE_KEY | pbcopy
    PRIVATE_KEY=$(ethermintd keys unsafe-export-eth-key mykey --keyring-backend test)
+&& echo $PRIVATE_KEY | pbcopy

    Now, import the private key to MetaMask and switch to that account.

    Next, let’s run it on your Ethermint rollup.

    To do so, first update the contractAddress variable with the contract address deployed to Ethermint:

    jsx
    /* src/App.jsx */
+const contractAddress = "your-ethermint-contract-address";
    /* src/App.jsx */
+const contractAddress = "your-ethermint-contract-address";

    Next, run the React application:

    bash
    npm run dev
    npm run dev

    When you run the app, you should now be connected to and using the Ethermint rollup.

    If you imported the address that started the chain, you'll see quite a large balance.

    Now give it a spin 🌀 ​

    Now that you have your dapp running, go ahead and test out a new post on your Ethermint sovereign rollup. If you enjoyed this tutorial, be sure to share your example in our Discord!

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    Appearance

    Deploying a dapp on Bubs testnet ​

    First, review the Bubs testnet page and the Deploy a smart contract to Bubs testnet tutorial.

    You will need a funded account to deploy your smart contract.

    Next, clone the gm-portal from Github and start the frontend:

    bash
    cd $HOME
+git clone https://github.com/jcstein/gm-portal.git
+cd gm-portal/frontend
+yarn && yarn dev
    cd $HOME
+git clone https://github.com/jcstein/gm-portal.git
+cd gm-portal/frontend
+yarn && yarn dev

    In a new terminal instance, set your private key for the faucet as a variable and the RPC URL you're using:

    bash
    export PRIVATE_KEY=ac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export BUBS_RPC_URL=https://bubs-sepolia.rpc.caldera.xyz/http
    export PRIVATE_KEY=ac0974bec39a17e36ba4a6b4d238ff944bacb478cbed5efcae784d7bf4f2ff80
+export BUBS_RPC_URL=https://bubs-sepolia.rpc.caldera.xyz/http

    Now, change into the gm-portal/contracts directory in the same terminal and deploy the contract using Foundry:

    bash
    cd $HOME/gm-portal/contracts
+forge script script/GmPortal.s.sol:GmPortalScript --rpc-url $BUBS_RPC_URL --private-key $PRIVATE_KEY --broadcast
    cd $HOME/gm-portal/contracts
+forge script script/GmPortal.s.sol:GmPortalScript --rpc-url $BUBS_RPC_URL --private-key $PRIVATE_KEY --broadcast

    gm-contract

    In the output of the deployment, find the contract address and set it as a variable:

    bash
    export CONTRACT_ADDRESS=<your-contract-address-from-the-output-above>
    export CONTRACT_ADDRESS=<your-contract-address-from-the-output-above>

    Next, you're ready to interact with the contract from your terminal!

    First, send a "gm" to the contract:

    bash
    cast send $CONTRACT_ADDRESS \
+"gm(string)" "gm" \
+--private-key $PRIVATE_KEY \
+--rpc-url $BUBS_RPC_URL
    cast send $CONTRACT_ADDRESS \
+"gm(string)" "gm" \
+--private-key $PRIVATE_KEY \
+--rpc-url $BUBS_RPC_URL

    Now that you've posted to the contract, you can read all "gms" (GMs) from the contract with this command:

    bash
    cast call $CONTRACT_ADDRESS "getAllGms()" --rpc-url $BUBS_RPC_URL
    cast call $CONTRACT_ADDRESS "getAllGms()" --rpc-url $BUBS_RPC_URL

    Next, query the total number of gms, which will be returned as a hex value:

    bash
    cast call $CONTRACT_ADDRESS "getTotalGms()" --rpc-url $BUBS_RPC_URL
    cast call $CONTRACT_ADDRESS "getTotalGms()" --rpc-url $BUBS_RPC_URL

    In order to interact with the contract on the frontend, you'll need to fund an account that you have in your Ethereum wallet. Transfer to an external account with this command:

    bash
    export RECEIVER=<receiver ETH address>
+cast send --private-key $PRIVATE_KEY $RECEIVER --value 1ether --rpc-url $BUBS_RPC_URL
    export RECEIVER=<receiver ETH address>
+cast send --private-key $PRIVATE_KEY $RECEIVER --value 1ether --rpc-url $BUBS_RPC_URL

    If you are in a different terminal than the one you set the private key in, you may need to set it again.

    Update the frontend ​

    Next, you will need to update a few things before you can interact with the contract on the frontend:

    1. Change the contract address on gm-portal/frontend/src/App.tsx to your contract address
    2. Match the chain info on gm-portal/frontend/src/main.tsx with the chain config of your L2
    3. If you changed the contract, update the ABI in gm-portal/frontend/GmPortal.json from gm-portal/contracts/out/GmPortal.sol/GmPortal.json. This can be done with:
    bash
    cd $HOME
+cp dev/gm-portal/contracts/out/GmPortal.sol/GmPortal.json dev/gm-portal/frontend
    cd $HOME
+cp dev/gm-portal/contracts/out/GmPortal.sol/GmPortal.json dev/gm-portal/frontend

    Interact with the frontend ​

    Now, login with your wallet that you funded, and post a GM on your GM portal!

    gm-bubs

    Next steps ​

    There are many possibilities of what could be built with this stack. These projects would be good to build on this stack:

    • onchain gaming
    • decentralized social media
    • an NFT ticketing rollup
    • Optimism on CelOPstia
    • OP Craft on Celestia
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    Appearance

    Integrate Celestia for service providers ​

    This document is for third-party service providers, such as custodians and explorers, integrating the Celestia network.

    Getting started ​

    When getting started Celestia, we recommend checking out these resources first:

    Celestia service provider notes ​

    Celestia is a fairly standard Cosmos-SDK based chain. We use the latest version of Tendermint and the Cosmos-SDK, with only minor modifications to each. This means that we are:

    • Using the default Cosmos-SDK modules: auth, bank, distribution, staking, slashing, mint, crisis, ibchost, genutil, evidence, ibctransfer, params, gov (limited in some TBD capacities), upgrade, vesting, feegrant, capability, and payment.
    • Use the standard digital keys schemes provided by the Cosmos-SDK and Tendermint, those being secp256k1 for user transactions, and tm-ed25519 for signing and verifying consensus messages.

    While exactly which modules used is subject to change, Celestia aims to be as minimal as possible.

    Custody and key management ​

    Celestia supports many already existing key management systems, as we rely on the Cosmos-SDK and Tendermint libraries for signing and verifying transactions. Learn more in the Cosmos-SDK documentation

    RPC and querying ​

    In celestia-app, only the standard RPC endpoints for Tendermint and the Cosmos-SDK are exposed. We do not currently add or subtract any core functionality, but this could change in the future. The same goes for querying data from the chain.

    In celestia-node, the Data Availability node client, there is a JSON-RPC API that allows you to interact directly with Celestia's Data Availability layer. Learn how to use the API in this tutorial.

    Compatibility ​

    Linux, particularly Ubuntu 20.04 LTS, is the most well tested. Potentially compatible with other OSs, but they are currently untested. Some of the cryptography libraries used for erasure data are not guaranteed to work on other platforms.

    Syncing ​

    Since we utilize Tendermint and the Cosmos-SDK, syncing the chain can be performed by any method that is supported by those libraries. This includes fast-sync, state sync, and quick sync.

    Notable exceptions relative to other blockchains ​

    Relative to other Tendermint based chains, Celestia will have significantly longer blocktimes of roughly 12* seconds. The reason behind this block time is to optimize the bandwidth used by light clients that are sampling the chain, and is not because we have modified Tendermint consensus in any meaningful way. Validators will likely download/upload relatively large blocks. It should be noted that while these blocks are large, very little typical blockchain state execution is actually occurring on Celestia. Meaning that the bandwidth requirements will likely be larger than that of a typical Cosmos-SDK based blockchain full node, the computing requirements should be similar in magnitude.

    *Subject to Change

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    Appearance

    Introduction to OP Stack integration ​

    Optimism is a low-cost and lightning-fast Ethereum L2 blockchain, built with the OP Stack.

    Celestia is a modular consensus and data network, built to enable anyone to easily deploy their own blockchain with minimal overhead.

    About the integration ​

    Discover how to integrate existing blockchain frameworks like the OP Stack with Celestia in this category.

    TIP

    Tested on a machine with 8GB RAM, 160 GB SSD, Ubuntu 22.10, and a 4 core AMD CPU.

    This is a beta integration and we are working on resolving open issues.

    Optimism uses Ethereum as a data availability (DA) layer. Currently, settlement and DA for Optimism are on Ethereum, both onchain. op-batcher batches up rollup blocks and posts to Ethereum.

    Table of contents of the category ​

    Celestia and OP Stack repository ​

    Find the repository for this integration at https://github.com/celestiaorg/optimism.

    What are Optimism and the OP Stack? ​

    Optimism, an Ethereum L2 blockchain, is powered by the OP Stack, which is also the foundation for the Optimism Collective committed to the impact=profit principle. This rewards individuals for their positive contributions to the collective.

    Optimism addresses crypto ecosystem coordination failures, like funding public goods and infrastructure. The OP Stack fosters collaboration and prevents redundancy by creating a shared, open-source system for developing new L2 blockchains within the proposed Superchain ecosystem.

    As Optimism evolves, the OP Stack will adapt to include components from blockchain infrastructure to governance systems. This software suite aims to simplify L2 blockchain creation and support the Optimism ecosystem's growth and development.

    Learn more about Optimism.

    What is Celestia? ​

    Celestia is a modular consensus and data network, built to enable anyone to easily deploy their own blockchain with minimal overhead.

    Celestia is a minimal blockchain that only orders and publishes transactions and does not execute them. By decoupling the consensus and application execution layers, Celestia modularizes the blockchain technology stack and unlocks new possibilities for decentralized application builders. Learn more at Celestia.org.

    OP Stack and Celestia ​

    This category will guide you through how to start your own devnet with a modified version of optimism-bedrock that uses Celestia as a DA layer.

    The handling of data is accomplished in two ways. First, data is written to the data availability (DA) layer i.e. in this case Celestia, then the data commitment is written to the op-batcher. When reading op-node simply reads the data back from the DA layer by reading the data commitment from the op-batcher first, then reading the data from the DA layer using the data commitment. Hence, while previously op-node was reading from calldata on Ethereum, but now it reads data from Celestia.

    There are a few tools involved in the data handling process. op-batcher batches up rollup blocks and posts them to Ethereum. op-geth handles execution, while op-proposer is responsible for state commitment submission.

    By using Celestia as a DA layer, existing L2s can switch from posting their data as calldata on Ethereum, to posting to Celestia. The commitment to the block is posted on Celestia, which is purpose-built for data availability. This is a more scalable than the traditional method of posting this data as calldata on monolithic chains.

    If you'd like to go modular, bedrock has made it easy to swap this out!

    Next steps ​

    Now that you understand the integration, you can start learning about the Bubs testnet, built with OP Stack and Celestia! This testnet is a great way to explore the possibilities of this integration and test your applications in a live environment.

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    Appearance

    Node API ​

    The celestia-node API is made for interacting with celestia-node. There are two ways in which a user and developer can interact with the API, the RPC API and the Gateway API. View the API's documentation.

    RPC API ​

    The RPC API primarily focuses on developers and projects building on top of Celestia, who are willing to run their own DA nodes. The RPC API provides a richer set of features and a superior user experience. Unlike the Gateway API, the RPC API allows access to the internal wallet and keyring of the DA node, as well as other sensitive and administrative capabilities.

    Library ​

    The node can be used as a Golang library and designed for programmatic API access.

    RPC ​

    The RPC API is also exposed to OpenRPC(JSON-RPC 2.0) for users wanting to run their DA node as a separate DA service. It provides the same set of features as the library with an additional authentication system with different permissions levels to protect the wallet and signing + providing RPC-level DOS protection.

    RPC API tutorial ​

    The node tutorial, which uses the RPC CLI, is the recommended way to get started interacting with your Celestia node.

    Gateway API ​

    WARNING

    The gateway endpoints have been deprecated and will be removed in the future. If you would like to use them anyway, you can find more details on GitHub.

    The gateway API is a REST API which is meant to be deployed by infra providers to enable the public read-only gateway to the DA network for external users who don't want or can't run light nodes (like browsers currently) over HTTP. It has no wallet or signing functionality.

    Gateway API tutorial ​

    Check out the Prompt scavenger gateway API tutorial for more details.

    + + + + \ No newline at end of file diff --git a/developers/node-tutorial.html b/developers/node-tutorial.html new file mode 100644 index 00000000000..6a3e1545a9d --- /dev/null +++ b/developers/node-tutorial.html @@ -0,0 +1,523 @@ + + + + + + Celestia-node RPC CLI tutorial | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Celestia-node RPC CLI tutorial ​

    In this tutorial, we will cover how to use the celestia-node RPC API to submit and retrieve data (blobs) from the data availability layer by their namespace.

    Introduction ​

    Blobs ​

    Data is posted to Celestia's DA layer by using MsgPayForBlobs transactions to the core network. Read more about MsgPayForBlobs.

    Namespaces ​

    Celestia partitions the block data into multiple namespaces, one for every application. This allows applications to only download their data, and not the data of other applications. Read more about Namespaced Merkle trees (NMTs).

    TIP

    If you already have a running and funded node, you can skip to the RPC CLI guide section.

    WARNING

    The gateway endpoints have been deprecated and will be removed in the future. If you would like to use them anyway, you can find more details on GitHub.

    Hardware requirements ​

    The following minimum hardware requirements are recommended for running a light node:

    • Memory: 500 MB RAM (minimum)
    • CPU: Single Core
    • Disk: 50 GB SSD Storage
    • Bandwidth: 56 Kbps for Download/56 Kbps for Upload

    Setting up dependencies ​

    This portion of the tutorial will go over setting up your development environment to run Celestia software. This environment can be used for development, building binaries, and running nodes.

    In your terminal, set up dependencies needed to install and build celestia-node.

    1. If you are on Ubuntu, first update and upgrade your OS:

      bash
      sudo apt update && sudo apt upgrade -y
      sudo apt update && sudo apt upgrade -y
      bash
      sudo yum update
      sudo yum update

    2. Install essential packages that are necessary to execute many tasks like downloading files, compiling, and monitoring the node:

      bash
      sudo apt install curl tar wget clang pkg-config libssl-dev jq \
+build-essential git make ncdu -y
      sudo apt install curl tar wget clang pkg-config libssl-dev jq \
+build-essential git make ncdu -y
      bash
      sudo yum install curl tar wget clang pkg-config libssl-dev jq \
+build-essential git make ncdu -y
      sudo yum install curl tar wget clang pkg-config libssl-dev jq \
+build-essential git make ncdu -y
      bash
      # these commands are for installing Homebrew, wget and jq
+# follow the instructions from the output after running this command
+/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)"
+
+# then install wget & jq
+brew install wget && brew install jq
      # these commands are for installing Homebrew, wget and jq
+# follow the instructions from the output after running this command
+/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)"
+
+# then install wget & jq
+brew install wget && brew install jq

    Install Golang ​

    celestia-node is written in Golang so we must install Golang to build and run our node.

    1. Set the version for your desired network:

      bash
      ver="1.21.1"
      ver="1.21.1"
      bash
      ver="1.22.0"
      ver="1.22.0"
      bash
      ver="1.22.0"
      ver="1.22.0"

    2. Download and install Golang:

      bash
      cd $HOME
+wget "https://golang.org/dl/go$ver.linux-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-amd64.tar.gz"
+rm "go$ver.linux-amd64.tar.gz"
      cd $HOME
+wget "https://golang.org/dl/go$ver.linux-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-amd64.tar.gz"
+rm "go$ver.linux-amd64.tar.gz"
      bash
      cd $HOME
+wget "https://golang.org/dl/go$ver.linux-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-arm64.tar.gz"
+rm "go$ver.linux-arm64.tar.gz"
      cd $HOME
+wget "https://golang.org/dl/go$ver.linux-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-arm64.tar.gz"
+rm "go$ver.linux-arm64.tar.gz"
      bash
      cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-arm64.tar.gz"
+rm "go$ver.darwin-arm64.tar.gz"
      cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-arm64.tar.gz"
+rm "go$ver.darwin-arm64.tar.gz"
      bash
      cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-amd64.tar.gz"
+rm "go$ver.darwin-amd64.tar.gz"
      cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-amd64.tar.gz"
+rm "go$ver.darwin-amd64.tar.gz"

    3. Add your /usr/local/go/bin directory to your $PATH if you have not already:

      bash
      echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.bash_profile
+source $HOME/.bash_profile
      echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.bash_profile
+source $HOME/.bash_profile
      bash
      echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.zshrc
+source $HOME/.zshrc
      echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.zshrc
+source $HOME/.zshrc

    4. To verify that the correct version of Go was installed correctly run:

      bash
      go version
      go version

    The output will show the version installed.

    Celestia-node ​

    Install celestia-node ​

    Installing celestia-node for Arabica devnet or Mocha testnet means installing a specific version to be compatible with the network.

    Install the celestia-node binary by running the following commands:

    1. Remove any existing copy of celestia-node, clone the repository, and change into the directory.

      bash
      cd $HOME
+rm -rf celestia-node
+git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/
      cd $HOME
+rm -rf celestia-node
+git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/

    2. Check out to the desired version, based on the network you will use:

      bash
      git checkout tags/v0.13.2
      git checkout tags/v0.13.2
      bash
      git checkout tags/v0.13.3
      git checkout tags/v0.13.3
      bash
      git checkout tags/v0.13.3
      git checkout tags/v0.13.3

    3. Build the celestia binary:

      a. Standard build

      bash
      make build
      make build

      b. Experimental build

      OPTIONAL

      If you're a node operator comfortable with experimental features and seeking optimal performance with minimal RAM usage, this option is recommended for you.

      bash
      make build-jemalloc
      make build-jemalloc

      This build option enables CGO, and downloads and installs jemalloc. Learn more about the build command.

    4. Install the binary:

      bash
      make install
      make install

    5. Build the cel-key utility:

      bash
      make cel-key
      make cel-key

    6. Verify that the binary is working and check the version:

      bash
      celestia version
      celestia version

    The output will show the semantic version of celestia-node, commit hash, build date, system version, and Golang version.

    Instantiate a Celestia light node ​

    Now, let's instantiate a Celestia Light node:

    TIP

    RPC endpoints are exposed in all celestia-node types such as light, bridge and full nodes.

    bash
    celestia light init
    celestia light init
    bash
    celestia light init --p2p.network mocha
    celestia light init --p2p.network mocha
    bash
    celestia light init --p2p.network arabica
    celestia light init --p2p.network arabica

    Instantiating (or initializing) the node means setting up a node store on your machine. This is where the data and your keys will be stored.

    Connect to a public core endpoint ​

    Let's now run the Celestia Light node with a gRPC connection to an example public core endpoint.

    Note: You are also encouraged to find a community-run API endpoint and there are several in the Discord. This one is used for demonstration purposes. Check out the Mocha testnet page, or Arabica devnet page.

    bash
    celestia light start --core.ip <URI>
    celestia light start --core.ip <URI>
    bash
    celestia light start --core.ip <URI> --p2p.network mocha
    celestia light start --core.ip <URI> --p2p.network mocha
    bash
    celestia light start --core.ip <URI> --p2p.network arabica
    celestia light start --core.ip <URI> --p2p.network arabica

    TIP

    The --core.ip gRPC port defaults to 9090, so if you do not specify it in the command line, it will default to that port. You can add the port after the IP address or use the --core.grpc.port flag to specify another port if you prefer.

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    For example, your command along with an RPC endpoint might look like this:

    bash
    celestia light start --core.ip consensus.lunaroasis.net
    celestia light start --core.ip consensus.lunaroasis.net
    bash
    celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha
    celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha
    bash
    celestia light start --core.ip validator-1.celestia-arabica-11.com \
+  --p2p.network arabica
    celestia light start --core.ip validator-1.celestia-arabica-11.com \
+  --p2p.network arabica

    Keys and wallets ​

    You can create your key for your node by running the following command from the celestia-node directory:

    TIP

    You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

    bash
    ./cel-key add <key-name> --keyring-backend test --node.type light \
+  --p2p.network <network>
    ./cel-key add <key-name> --keyring-backend test --node.type light \
+  --p2p.network <network>

    You can start your light node with the key created by running the following command:

    bash
    celestia light start --core.ip <URI> --keyring.accname <key-name>
    celestia light start --core.ip <URI> --keyring.accname <key-name>
    bash
    celestia light start --core.ip <URI> --keyring.accname <key-name> \
+  --p2p.network mocha
    celestia light start --core.ip <URI> --keyring.accname <key-name> \
+  --p2p.network mocha
    bash
    celestia light start --core.ip <URI> --keyring.accname <key-name> \
+  --p2p.network arabica
    celestia light start --core.ip <URI> --keyring.accname <key-name> \
+  --p2p.network arabica

    Once you start the light node, a wallet key will be generated for you. You will need to fund that address with Mocha testnet or Arabica devnet tokens to pay for PayForBlobs transactions.

    You can find the address by running the following command in the celestia-node directory:

    bash
    ./cel-key list --node.type light --keyring-backend test --p2p.network <network>
    ./cel-key list --node.type light --keyring-backend test --p2p.network <network>

    If you would like to fund your wallet with testnet tokens, head over to either the #mocha-faucet or #arabica-faucet channels on the Celestia Discord.

    You can request funds to your wallet address using the following command in Discord:

    text
    $request <CELESTIA-ADDRESS>
    $request <CELESTIA-ADDRESS>

    Where <CELESTIA-ADDRESS> is the celestia1****** address generated when you created the wallet.

    With your wallet funded, you can move on to the next step.

    RPC CLI guide ​

    This section of the tutorial will teach you how to interact with a Celestia node's remote procedure call (RPC) API using the command line interface (CLI).

    You will need to setup dependencies, install, and run celestia-node if you have not already.

    Command formatting ​

    The format for interacting with the RPC CLI methods is as follows:

    bash
    celestia <module> <method> [args...] [flags...]
    celestia <module> <method> [args...] [flags...]

    Where:

    • celestia is the main command to interact with the node.
    • <module> is the specific module in the node you want to interact with, such as blob, state, p2p, etc.
    • <method> is the specific method within the module that performs the action you want, such as blob.Submit, state.AccountAddress, p2p.Info, etc.
    • [args...] represents any additional arguments that the method might require.
    • [flags...] are parameters that modify the behavior of the command. They start with -- (e.g., --node.store, --token, or --url).

    For example, to submit a blob to Celestia, you can use this command once your node store is set:

    bash
    celestia blob submit 0x42690c204d39600fddd3 'gm' --node.store $NODE_STORE
    celestia blob submit 0x42690c204d39600fddd3 'gm' --node.store $NODE_STORE

    Alternatively, you could use the --token flag to set your auth token:

    bash
    celestia blob submit 0x42690c204d39600fddd3 'gm' --token $AUTH_TOKEN
    celestia blob submit 0x42690c204d39600fddd3 'gm' --token $AUTH_TOKEN

    Before you try that out, let's go over the basic flags that you will need to use when interacting with the RPC CLI. We'll also cover how to set your auth token and how to use the node store to set it.

    Basic flags ​

    All RPC CLI commands have basic flags that can be used to interact with the API.

    These include:

    • --node.store string - the path to root/home directory of your celestia-node store
    • --token string - authorization token for making requests
    • --url string - the address of the RPC, default is http://localhost:26658

    When running RPC CLI commands, you will need to set either the authentication token or set the node store, so the auth token can be retrieved from the store.

    The RPC CLI handles these flags in the following order:

    1. If user passes auth token, auth token is used.
    2. If user doesn't pass auth token, check node store flag, create token from node store, and use auth token from node store.

    Auth token 🔐 ​

    In order to interact with the API using RPC CLI, you will need to set the authentication token.

    The --token string flag sets the authentication token. If a token is not found, authentication will not be set. And if authentication is not set, the request will fail.

    To set your authentication token, you can use the following command. Be sure to replace <node-type> with the type of node and <network> with the network that you are running your node on:

    bash
    export AUTH_TOKEN=$(celestia <node-type> auth admin --p2p.network <network>)
    export AUTH_TOKEN=$(celestia <node-type> auth admin --p2p.network <network>)

    Here's an example of how to set your auth token on a light node on Arabica:

    bash
    export AUTH_TOKEN=$(celestia light auth admin --p2p.network arabica)
    export AUTH_TOKEN=$(celestia light auth admin --p2p.network arabica)

    Node store ​

    In order to interact with the API using RPC CLI, you can also use your node store to set your auth token. This will allow you to interact with the API without setting an authentication token directly.

    To set your node store for a light node on mocha-4, you can use the following command:

    bash
    export NODE_STORE=$HOME/.celestia-light-mocha-4
    export NODE_STORE=$HOME/.celestia-light-mocha-4

    Then, set the --node.store flag to the $NODE_STORE variable to set the auth token from your node store:

    bash
    celestia <module> <method> [args...] --node.store $NODE_STORE
    celestia <module> <method> [args...] --node.store $NODE_STORE
    Auth token on custom or private network ​

    This section is for users who are using a CELESTIA_CUSTOM or private network.

    TIP

    If you are using a private and custom network, you will need to set the location of the node store in your auth command.

    bash
    --node.store $HOME/.celestia-light-private)
    --node.store $HOME/.celestia-light-private)

    The above is an example from the following custom network set up with:

    bash
    CELESTIA_CUSTOM=private celestia light init
    CELESTIA_CUSTOM=private celestia light init

    or

    bash
    celestia light init --p2p.network private
    celestia light init --p2p.network private

    As an example, this is what a completely custom network would look like:

    bash
    # Initialize node store
+CELESTIA_CUSTOM=robusta-22 celestia light init
+
+# Set auth token
+export AUTH_TOKEN=$(celestia light auth admin --p2p.network private \
+  --node.store $HOME/.celestia-light-robusta-22)
    # Initialize node store
+CELESTIA_CUSTOM=robusta-22 celestia light init
+
+# Set auth token
+export AUTH_TOKEN=$(celestia light auth admin --p2p.network private \
+  --node.store $HOME/.celestia-light-robusta-22)

    Submitting data ​

    In this example, we will be submitting a blob to the network with a blob.Submit transaction with our light node.

    Some things to consider:

    • The endpoint takes in namespace and data values.
      • The commitment will be generated by the node.
      • Share version is set by the node.
    • Namespace should be 10 bytes, prefixed by 0x if hex; otherwise use base64
    • Data can be hex-encoded (0x...), base64-encoded ("..."), or a plaintext string which will be encoded to base64 ('Hello There!')
    • Optionally, user can provide a gas fee and gas limit.

    We use the following namespace of 0x42690c204d39600fddd3 and the data value of 0x676d.

    Here is an example of the format of the blob.Submit transaction:

    bash
    celestia blob submit <hex-encoded namespace> <hex-encoded data> \
+  [optional: fee] [optional: gasLimit] [node store | auth token]
    celestia blob submit <hex-encoded namespace> <hex-encoded data> \
+  [optional: fee] [optional: gasLimit] [node store | auth token]

    We run the following to submit a blob to the network in hexadecimal format:

    bash
    celestia blob submit 0x42690c204d39600fddd3 0x676d \
+  --node.store $NODE_STORE
    celestia blob submit 0x42690c204d39600fddd3 0x676d \
+  --node.store $NODE_STORE

    We get the following output:

    json
    {
+  "result": {
+    "height": 252607,
+    "commitment": "0MFhYKQUi2BU+U1jxPzG7QY2BVV1lb3kiU+zAK7nUiY="
+  }
+}
    {
+  "result": {
+    "height": 252607,
+    "commitment": "0MFhYKQUi2BU+U1jxPzG7QY2BVV1lb3kiU+zAK7nUiY="
+  }
+}

    We can also use a string of text as the data value, which will be converted to base64. Here is an example of the format:

    bash
    celestia blob submit <hex-encoded namespace> <'data'> \
+  [optional: fee] [optional: gasLimit] [node store | auth token]
    celestia blob submit <hex-encoded namespace> <'data'> \
+  [optional: fee] [optional: gasLimit] [node store | auth token]

    And an example to submit "gm" as the plain-text data:

    bash
    celestia blob submit 0x42690c204d39600fddd3 'gm' --node.store $HOME/.celestia-light-mocha-4/
    celestia blob submit 0x42690c204d39600fddd3 'gm' --node.store $HOME/.celestia-light-mocha-4/

    Output:

    json
    {
+  "result": {
+    "height": 252614,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}
    {
+  "result": {
+    "height": 252614,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}

    If you notice from the above output, it returns a result of 252614 which we will use for the next command. The result corresponds to the height of the block in which the transaction was included.

    Optional: Submit with curl ​

    Refer to the submitting a blob using curl section.

    Retrieving data ​

    After submitting your PFB transaction, upon success, the node will return the block height for which the PFB transaction was included. You can then use that block height and the namespace ID with which you submitted your PFB transaction to get your message shares (data) returned to you. In this example, the block height we got was 252614 which we will use for the following command. Read more about shares in the Celestia Specs.

    Here is what an example of the format of the get command looks like:

    bash
    celestia blob get <block height> <hex-encoded namespace> \
+  <commitment from output above> <node store | auth>
    celestia blob get <block height> <hex-encoded namespace> \
+  <commitment from output above> <node store | auth>

    Here is an example command to retrieve the data from above, on arabica-11:

    bash
    celestia blob get 252614 0x42690c204d39600fddd3 IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E= \
+  --node.store $NODE_STORE
    celestia blob get 252614 0x42690c204d39600fddd3 IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E= \
+  --node.store $NODE_STORE

    Will generate the following output:

    json
    {
+  "result": {
+    "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+    "data": "gm",
+    "share_version": 0,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}
    {
+  "result": {
+    "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+    "data": "gm",
+    "share_version": 0,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}

    The output here is base64 decoded to plain-text.

    To see the base64 response, use the --base64 flag set to TRUE (--base64=TRUE):

    bash
    celestia blob get 252614 0x42690c204d39600fddd3 IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E= \
+  --base64=TRUE --node.store $NODE_STORE
    celestia blob get 252614 0x42690c204d39600fddd3 IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E= \
+  --base64=TRUE --node.store $NODE_STORE

    The response will look similar to this:

    json
    {
+  "result": {
+    "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+    "data": "Z20=",
+    "share_version": 0,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}
    {
+  "result": {
+    "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+    "data": "Z20=",
+    "share_version": 0,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}

    To get all blobs in the namespace at the block height, use get-all instead of get:

    bash
    celestia blob get-all 252614 0x42690c204d39600fddd3 \
+  --node.store $NODE_STORE
    celestia blob get-all 252614 0x42690c204d39600fddd3 \
+  --node.store $NODE_STORE

    This will return the following:

    json
    {
+  "result": [
+    {
+      "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+      "data": "gm",
+      "share_version": 0,
+      "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+    }
+  ]
+}
    {
+  "result": [
+    {
+      "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+      "data": "gm",
+      "share_version": 0,
+      "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+    }
+  ]
+}

    To display the response in base64, use:

    bash
    celestia blob get-all 252614 0x42690c204d39600fddd3 \
+  --base64=TRUE --node.store $NODE_STORE
    celestia blob get-all 252614 0x42690c204d39600fddd3 \
+  --base64=TRUE --node.store $NODE_STORE

    Which will return:

    json
    {
+  "result": [
+    {
+      "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+      "data": "gm",
+      "share_version": 0,
+      "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+    }
+  ]
+}
    {
+  "result": [
+    {
+      "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAEJpDCBNOWAP3dM=",
+      "data": "gm",
+      "share_version": 0,
+      "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+    }
+  ]
+}

    Setting the gas price ​

    The --gas.price flag allows you to specify the gas price for the submission. If not specified, a default gas price will be used. The gas limit is automatically calculated based on the size of the blob being submitted.

    To set the gas price, you can use the --gas.price flag. The gas price will be set to default (0.002) if no value is passed.

    Learn more about gas fees and limits.

    To set a higher gas price of 0.004 utia, use the --gas.price 0.004 flag:

    bash
    celestia blob submit 0x42690c204d39600fddd3 'gm' --gas.price 0.004 \
+  --node.store $NODE_STORE
    celestia blob submit 0x42690c204d39600fddd3 'gm' --gas.price 0.004 \
+  --node.store $NODE_STORE

    You will receive the height and commitment of the block in which the transaction was included for these three examples:

    json
    {
+  "result": {
+    "height": 62562,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}
    {
+  "result": {
+    "height": 62562,
+    "commitment": "IXg+08HV5RsPF3Lle8PH+B2TUGsGUsBiseflxh6wB5E="
+  }
+}

    Examples ​

    Check your balance ​

    Let's query our node for the balance of its default account (which is the account associated with the CELESTIA_NODE_AUTH_TOKEN key we generated above):

    bash
    celestia state balance --node.store $NODE_STORE
    celestia state balance --node.store $NODE_STORE

    The response will look similar to:

    json
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "denom": "utia",
+    "amount": "172118057"
+  },
+  "id": 1
+}
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "denom": "utia",
+    "amount": "172118057"
+  },
+  "id": 1
+}

    Check the balance of another address ​

    Here is an example of the format of the balance-for-address command:

    bash
    celestia state balance-for-address <address> \
+  --node.store $NODE_STORE
    celestia state balance-for-address <address> \
+  --node.store $NODE_STORE

    Let's query our node for the balance of another address:

    bash
    celestia state balance-for-address celestia10rtd9lhel2cuh6c659l25yncl6atcyt37umard \
+  --node.store $NODE_STORE
    celestia state balance-for-address celestia10rtd9lhel2cuh6c659l25yncl6atcyt37umard \
+  --node.store $NODE_STORE

    The response will be the balance of the address you queried:

    json
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "denom": "utia",
+    "amount": "1000000"
+  },
+  "id": 1
+}
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "denom": "utia",
+    "amount": "1000000"
+  },
+  "id": 1
+}

    Get your node ID ​

    This is an RPC call in order to get your node's peerId information:

    bash
    celestia p2p info --node.store $NODE_STORE
    celestia p2p info --node.store $NODE_STORE

    The node ID is in the ID value from the response:

    json
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "ID": "12D3KooWFFhCaAqY56oEqY3pLZUdLsv4RYAfVWKATZRepUPdosLp",
+    "Addrs": [
+      "/ip4/10.0.0.171/tcp/2121",
+      "/ip4/10.0.0.171/udp/2121/quic-v1",
+      "/ip4/71.200.65.106/tcp/25630",
+      "/ip4/71.200.65.106/udp/25630/quic-v1",
+      "/ip6/::1/tcp/2121",
+      "/ip6/::1/udp/2121/quic-v1"
+    ]
+  },
+  "id": 1
+}
    {
+  "jsonrpc": "2.0",
+  "result": {
+    "ID": "12D3KooWFFhCaAqY56oEqY3pLZUdLsv4RYAfVWKATZRepUPdosLp",
+    "Addrs": [
+      "/ip4/10.0.0.171/tcp/2121",
+      "/ip4/10.0.0.171/udp/2121/quic-v1",
+      "/ip4/71.200.65.106/tcp/25630",
+      "/ip4/71.200.65.106/udp/25630/quic-v1",
+      "/ip6/::1/tcp/2121",
+      "/ip6/::1/udp/2121/quic-v1"
+    ]
+  },
+  "id": 1
+}

    Get your account address ​

    This is an RPC call in order to get your node's account address:

    bash
    celestia state account-address --node.store $NODE_STORE
    celestia state account-address --node.store $NODE_STORE

    Response:

    json
    {
+  "jsonrpc": "2.0",
+  "result": "celestia1znk24rh52pgcd9z5x2x42jztjh6raaaphuvrt3",
+  "id": 1
+}
    {
+  "jsonrpc": "2.0",
+  "result": "celestia1znk24rh52pgcd9z5x2x42jztjh6raaaphuvrt3",
+  "id": 1
+}

    Get block header by height ​

    Here is an example of the format of the GetByHeight command:

    bash
    celestia header get-by-height <height> \
+  --node.store $NODE_STORE
    celestia header get-by-height <height> \
+  --node.store $NODE_STORE

    Now, let's get the block header information.

    Here we will get the header from Block 1:

    bash
    celestia header get-by-height 1 \
+  --node.store $NODE_STORE```
+
+It will output something like this:
+
+<!-- markdownlint-disable MD013 -->
+
+```json
+{
+  "jsonrpc": "2.0",
+  "result": {
+    "header": {
+      "version": {
+        "block": "11",
+        "app": "1"
+      },
+      "chain_id": "arabica-11",
+      "height": "1",
+      "time": "2023-06-27T13:02:39.741743Z",
+      "last_block_id": {
+        "hash": "",
+        "parts": {
+          "total": 0,
+          "hash": ""
+        }
+      },
+      "last_commit_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "data_hash": "3D96B7D238E7E0456F6AF8E7CDF0A67BD6CF9C2089ECB559C659DCAA1F880353",
+      "validators_hash": "6363C68770C200FD794445668F9B18F5B1DD1125180D6E8D5AB004F7DD7A0F48",
+      "next_validators_hash": "6363C68770C200FD794445668F9B18F5B1DD1125180D6E8D5AB004F7DD7A0F48",
+      "consensus_hash": "048091BC7DDC283F77BFBF91D73C44DA58C3DF8A9CBC867405D8B7F3DAADA22F",
+      "app_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "last_results_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "evidence_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "proposer_address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86"
+    },
+    "validator_set": {
+      "validators": [
+        {
+          "address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+          "pub_key": {
+            "type": "tendermint/PubKeyEd25519",
+            "value": "9aNBAxno1B4X5LR2qY5qWqwrMNOzejkctXwzq9BExsg="
+          },
+          "voting_power": "500000000",
+          "proposer_priority": "0"
+        }
+      ],
+      "proposer": {
+        "address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+        "pub_key": {
+          "type": "tendermint/PubKeyEd25519",
+          "value": "9aNBAxno1B4X5LR2qY5qWqwrMNOzejkctXwzq9BExsg="
+        },
+        "voting_power": "500000000",
+        "proposer_priority": "0"
+      }
+    },
+    "commit": {
+      "height": 1,
+      "round": 0,
+      "block_id": {
+        "hash": "7A5FABB19713D732D967B1DA84FA0DF5E87A7B62302D783F78743E216C1A3550",
+        "parts": {
+          "total": 1,
+          "hash": "D85C907CE660878A8203AC74BAA147CCC1F87114B45B568B72AD207B62AFE45E"
+        }
+      },
+      "signatures": [
+        {
+          "block_id_flag": 2,
+          "validator_address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+          "timestamp": "2023-06-30T08:40:19.299137127Z",
+          "signature": "qmaEzrnbtgEXCRYc8pCvGRbS+uMuknIBoRAE4qyE7oSgWCRwBVYS/oPReXQLg9ER1oEY1De4MkWvMjlFnQOOCg=="
+        }
+      ]
+    },
+    "dah": {
+      "row_roots": [
+        "//////////////////////////////////////7//////////////////////////////////////huZWOTTDmD36N1F75A9BshxNlRasCnNpQiWqIhdVHcU",
+        "/////////////////////////////////////////////////////////////////////////////5iieeroHBMfF+sER3JpvROIeEJZjbY+TRE0ntADQLL3"
+      ],
+      "column_roots": [
+        "//////////////////////////////////////7//////////////////////////////////////huZWOTTDmD36N1F75A9BshxNlRasCnNpQiWqIhdVHcU",
+        "/////////////////////////////////////////////////////////////////////////////5iieeroHBMfF+sER3JpvROIeEJZjbY+TRE0ntADQLL3"
+      ]
+    }
+  },
+  "id": 1
+}
    celestia header get-by-height 1 \
+  --node.store $NODE_STORE```
+
+It will output something like this:
+
+<!-- markdownlint-disable MD013 -->
+
+```json
+{
+  "jsonrpc": "2.0",
+  "result": {
+    "header": {
+      "version": {
+        "block": "11",
+        "app": "1"
+      },
+      "chain_id": "arabica-11",
+      "height": "1",
+      "time": "2023-06-27T13:02:39.741743Z",
+      "last_block_id": {
+        "hash": "",
+        "parts": {
+          "total": 0,
+          "hash": ""
+        }
+      },
+      "last_commit_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "data_hash": "3D96B7D238E7E0456F6AF8E7CDF0A67BD6CF9C2089ECB559C659DCAA1F880353",
+      "validators_hash": "6363C68770C200FD794445668F9B18F5B1DD1125180D6E8D5AB004F7DD7A0F48",
+      "next_validators_hash": "6363C68770C200FD794445668F9B18F5B1DD1125180D6E8D5AB004F7DD7A0F48",
+      "consensus_hash": "048091BC7DDC283F77BFBF91D73C44DA58C3DF8A9CBC867405D8B7F3DAADA22F",
+      "app_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "last_results_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "evidence_hash": "E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855",
+      "proposer_address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86"
+    },
+    "validator_set": {
+      "validators": [
+        {
+          "address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+          "pub_key": {
+            "type": "tendermint/PubKeyEd25519",
+            "value": "9aNBAxno1B4X5LR2qY5qWqwrMNOzejkctXwzq9BExsg="
+          },
+          "voting_power": "500000000",
+          "proposer_priority": "0"
+        }
+      ],
+      "proposer": {
+        "address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+        "pub_key": {
+          "type": "tendermint/PubKeyEd25519",
+          "value": "9aNBAxno1B4X5LR2qY5qWqwrMNOzejkctXwzq9BExsg="
+        },
+        "voting_power": "500000000",
+        "proposer_priority": "0"
+      }
+    },
+    "commit": {
+      "height": 1,
+      "round": 0,
+      "block_id": {
+        "hash": "7A5FABB19713D732D967B1DA84FA0DF5E87A7B62302D783F78743E216C1A3550",
+        "parts": {
+          "total": 1,
+          "hash": "D85C907CE660878A8203AC74BAA147CCC1F87114B45B568B72AD207B62AFE45E"
+        }
+      },
+      "signatures": [
+        {
+          "block_id_flag": 2,
+          "validator_address": "91E04695CF9CF531BC0891E7B1D602B3E8022C86",
+          "timestamp": "2023-06-30T08:40:19.299137127Z",
+          "signature": "qmaEzrnbtgEXCRYc8pCvGRbS+uMuknIBoRAE4qyE7oSgWCRwBVYS/oPReXQLg9ER1oEY1De4MkWvMjlFnQOOCg=="
+        }
+      ]
+    },
+    "dah": {
+      "row_roots": [
+        "//////////////////////////////////////7//////////////////////////////////////huZWOTTDmD36N1F75A9BshxNlRasCnNpQiWqIhdVHcU",
+        "/////////////////////////////////////////////////////////////////////////////5iieeroHBMfF+sER3JpvROIeEJZjbY+TRE0ntADQLL3"
+      ],
+      "column_roots": [
+        "//////////////////////////////////////7//////////////////////////////////////huZWOTTDmD36N1F75A9BshxNlRasCnNpQiWqIhdVHcU",
+        "/////////////////////////////////////////////////////////////////////////////5iieeroHBMfF+sER3JpvROIeEJZjbY+TRE0ntADQLL3"
+      ]
+    }
+  },
+  "id": 1
+}

    Combined commands ​

    bash
    celestia share get-by-namespace "$(celestia header get-by-height 147105 \
+  --node.store  $NODE_STORE | jq '.result.dah' -r)" 0x42690c204d39600fddd3 \
+  --node.store $NODE_STORE
    celestia share get-by-namespace "$(celestia header get-by-height 147105 \
+  --node.store  $NODE_STORE | jq '.result.dah' -r)" 0x42690c204d39600fddd3 \
+  --node.store $NODE_STORE

    Get data availability sampler stats ​

    bash
    celestia das sampling-stats --node.store $NODE_STORE
    celestia das sampling-stats --node.store $NODE_STORE

    Transfer balance of utia to another account ​

    First, set your address as a variable:

    bash
    export ADDRESS=celestia1c425ckmve2489atttx022qpc02gxspa29wmh0d
    export ADDRESS=celestia1c425ckmve2489atttx022qpc02gxspa29wmh0d

    Then, transfer the amount of tokens that you would like, while setting the recipient's address, gas fee, and gasLimit. This is what the format will look like:

    bash
    celestia state transfer $ADDRESS <amount in utia> <gas fee in utia> <gas fee in utia> \
+  --node.store $NODE_STORE
    celestia state transfer $ADDRESS <amount in utia> <gas fee in utia> <gas fee in utia> \
+  --node.store $NODE_STORE

    Here is an example, sending 0.1 TIA, with a gas fee of 0.008 TIA, and a gas limit of 0.08:

    bash
    celestia state transfer $ADDRESS 100000 8000 80000 \
+  --node.store $NODE_STORE
    celestia state transfer $ADDRESS 100000 8000 80000 \
+  --node.store $NODE_STORE

    If you'd just like to return the transaction hash, you can use jq:

    bash
    celestia state transfer $ADDRESS 100000 8000 80000 --node.store $NODE_STORE | jq .result.txhash
    celestia state transfer $ADDRESS 100000 8000 80000 --node.store $NODE_STORE | jq .result.txhash

    API version ​

    To query your node's API version, you can use the following command:

    bash
    celestia node info --node.store $NODE_STORE
    celestia node info --node.store $NODE_STORE

    Help ​

    To get help and view the CLI menu, use the following command:

    bash
    celestia --help
    celestia --help

    To view help menu for a specific method, use the following command:

    bash
    celestia <module> <method> --node.store $NODE_STORE --help
    celestia <module> <method> --node.store $NODE_STORE --help

    Advanced example ​

    This example shows us using the jq command to parse the output of the celestia header get-by-height method to get the extended header used in celestia share get-by-namespace:

    bash
    celestia share get-by-namespace \
+  "$(celestia header get-by-height 252614 --node.store $NODE_STORE | jq '.result.dah' -r)" \
+  0x42690c204d39600fddd3 --node.store $NODE_STORE
    celestia share get-by-namespace \
+  "$(celestia header get-by-height 252614 --node.store $NODE_STORE | jq '.result.dah' -r)" \
+  0x42690c204d39600fddd3 --node.store $NODE_STORE

    Additional resources ​

    Submitting a blob using curl ​

    In order to post a blob using curl, you will need a light node running with the --core.ip string flag, providing access to a consensus endpoint. The flag indicates node to connect to the given core consensus node. Examples: 127.0.0.1 or subdomain.domain.tld. Using either IP or DNS assumes RPC port 26657 and gRPC port 9090 as default unless otherwise specified.

    1. In your terminal, set the auth token for the desired network. In this example, we will use Mainnet Beta.
    bash
    export CELESTIA_NODE_AUTH_TOKEN=$(celestia light auth admin --p2p.network celestia)
    export CELESTIA_NODE_AUTH_TOKEN=$(celestia light auth admin --p2p.network celestia)
    1. Post your blob with:
    bash
    curl -H "Content-Type: application/json" -H "Authorization: Bearer $CELESTIA_NODE_AUTH_TOKEN" -X POST --data '{"id": 1,
+  "jsonrpc": "2.0",
+  "method": "blob.Submit",
+  "params": [
+    [
+      {
+        "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAAECAwQFBgcICRA=",
+        "data": "VGhpcyBpcyBhbiBleGFtcGxlIG9mIHNvbWUgYmxvYiBkYXRh",
+        "share_version": 0,
+        "commitment": "AD5EzbG0/EMvpw0p8NIjMVnoCP4Bv6K+V6gjmwdXUKU="
+      }
+    ],
+    0.002
+  ]
+}' 127.0.0.1:26658
    curl -H "Content-Type: application/json" -H "Authorization: Bearer $CELESTIA_NODE_AUTH_TOKEN" -X POST --data '{"id": 1,
+  "jsonrpc": "2.0",
+  "method": "blob.Submit",
+  "params": [
+    [
+      {
+        "namespace": "AAAAAAAAAAAAAAAAAAAAAAAAAAECAwQFBgcICRA=",
+        "data": "VGhpcyBpcyBhbiBleGFtcGxlIG9mIHNvbWUgYmxvYiBkYXRh",
+        "share_version": 0,
+        "commitment": "AD5EzbG0/EMvpw0p8NIjMVnoCP4Bv6K+V6gjmwdXUKU="
+      }
+    ],
+    0.002
+  ]
+}' 127.0.0.1:26658
    1. Upon successful blob submission, the result will show the block height:
    bash
    {"jsonrpc":"2.0","result":362101,"id":1}
    {"jsonrpc":"2.0","result":362101,"id":1}

    The example transaction can be found on Celenium.

    Post an SVG as a PFB ​

    If you'd like to create your own SVG, post it to Celestia, and retrieve it, you can check out the Base64 SVG Tutorial.

    Golang guide ​

    If you're interested in interacting with the node's API in Go (client.go), you can use the da-rpc-client-tutorial repo.

    Troubleshooting ​

    If you encounter an error like:

    sh
    "rpc error: code = NotFound desc = account celestia1krkle0n547u0znz3unnln8paft2dq4z3rznv86 not found"
    "rpc error: code = NotFound desc = account celestia1krkle0n547u0znz3unnln8paft2dq4z3rznv86 not found"

    It is possible that the account you are trying to submit a PayForBlobs from doesn't have testnet tokens yet. Ensure the testnet faucet has funded your account with tokens and then try again.

    + + + + \ No newline at end of file diff --git a/developers/optimism-devnet.html b/developers/optimism-devnet.html new file mode 100644 index 00000000000..b7d75878a71 --- /dev/null +++ b/developers/optimism-devnet.html @@ -0,0 +1,175 @@ + + + + + + Deploy an OP Stack devnet | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Deploy an OP Stack devnet ​

    This guide will show you how to run your own OP Stack devnet.

    Dependency setup ​

    Environment setup and Golang installation ​

    First, install dependencies for Celestia software and for OP Stack.

    Clone repository ​

    Next, clone the repo:

    bash
    cd $HOME
+git clone https://github.com/celestiaorg/optimism
+cd optimism
    cd $HOME
+git clone https://github.com/celestiaorg/optimism
+cd optimism

    Check out to the version for either the stable version or upstream version:

    bash
    git checkout tags/v1.2.0-OP_v1.7.0-CN_v0.12.4
+git submodule update --init --recursive
    git checkout tags/v1.2.0-OP_v1.7.0-CN_v0.12.4
+git submodule update --init --recursive
    bash
    git checkout celestia-develop
+git submodule update --init --recursive
    git checkout celestia-develop
+git submodule update --init --recursive

    Build devnet ​

    Build TypeScript definitions for TS dependencies:

    bash
    cd $HOME
+cd optimism
+make
    cd $HOME
+cd optimism
+make

    Set environment variables to start network:

    bash
    export SEQUENCER_BATCH_INBOX_ADDRESS=0xff00000000000000000000000000000000000000
+export L2OO_ADDRESS=0x70997970C51812dc3A010C7d01b50e0d17dc79C8
    export SEQUENCER_BATCH_INBOX_ADDRESS=0xff00000000000000000000000000000000000000
+export L2OO_ADDRESS=0x70997970C51812dc3A010C7d01b50e0d17dc79C8

    Start devnet ​

    Start the network by running:

    bash
    make devnet-up
    make devnet-up

    This starts up the layer 1 (ETH), layer 2 (op-geth), data availability layer (Celestia), the sequencer (op-node), batch submitter (op-batcher), state commitment service (op-proposer).

    View the logs of the devnet ​

    If you'd like to view the logs of the devnet, run the following command from the root of the Optimism directory:

    bash
    make devnet-logs
    make devnet-logs
    Optional: Docker tips

    Stop devnet ​

    If you'd like to start the network over, use the following command to safely shut down all of the containers:

    bash
    make devnet-down
    make devnet-down

    Then clean out the old config:

    bash
    make devnet-clean
    make devnet-clean

    Viewing containers ​

    To view the containers running, send:

    bash
    docker ps
    docker ps

    Find the container ID of the ops-bedrock_op-batcher_1 and run the following to follow the logs:

    bash
    docker logs -f <container-id>
    docker logs -f <container-id>

    In a new terminal, find the container ID of the ghcr.io/celestiaorg/local-celestia-devnet:main and run the following to follow the logs:

    bash
    docker logs -f <container-id>
    docker logs -f <container-id>

    You can do the same for other containers as you explore the stack.

    Find a transaction ​

    Now, we'll check for a recent transaction on the L1 with:

    bash
    cast block latest --rpc-url localhost:8545
    cast block latest --rpc-url localhost:8545

    Output of a block that contains a transaction will look like this:

    console
    baseFeePerGas        7
+difficulty           2
+extraData            0xd883010d04846765746888676f312e32312e33856c696e7578000000000000006b3afa42dce1f87f1f07a1ef569c4d43e41738ef93c865098bfa1458645f384e2e4498bcfe4ad9353ff1913a2e16162f496fafe5b0939a6c78fb5b503248d6da01
+gasLimit             30000000
+gasUsed              21568
+hash                 0x1cb54d2369752ef73511c202ff9cdfd0eadf3a77b7aef0092bea63f2b5d57659
+logsBloom            0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+miner                0x0000000000000000000000000000000000000000
+mixHash              0x0000000000000000000000000000000000000000000000000000000000000000
+nonce                0x0000000000000000
+number               1141
+parentHash           0x664bf4bb4a57dd5768a0a98991d77c58fb7a4e164c2581c79fb33ce9c3d4c250
+receiptsRoot         0xaf8ff6af1180c8be9e4e8f3a5f882b3b227233f4abbefa479836d3721682a389
+sealFields           []
+sha3Uncles           0x1dcc4de8dec75d7aab85b567b6ccd41ad312451b948a7413f0a142fd40d49347
+size                 767
+stateRoot            0xd4b998a35d20d98ed3488221f0c161a0a9572d3de66399482553c8e3d2fae751
+timestamp            1699638350
+withdrawalsRoot
+totalDifficulty      2283
+transactions:        [
+  0x79a0a7a1b4936aafe7a37dbfb07a6a9e55c145a4ed6fd54f962649b4b7db8de7
+]
    baseFeePerGas        7
+difficulty           2
+extraData            0xd883010d04846765746888676f312e32312e33856c696e7578000000000000006b3afa42dce1f87f1f07a1ef569c4d43e41738ef93c865098bfa1458645f384e2e4498bcfe4ad9353ff1913a2e16162f496fafe5b0939a6c78fb5b503248d6da01
+gasLimit             30000000
+gasUsed              21568
+hash                 0x1cb54d2369752ef73511c202ff9cdfd0eadf3a77b7aef0092bea63f2b5d57659
+logsBloom            0x00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
+miner                0x0000000000000000000000000000000000000000
+mixHash              0x0000000000000000000000000000000000000000000000000000000000000000
+nonce                0x0000000000000000
+number               1141
+parentHash           0x664bf4bb4a57dd5768a0a98991d77c58fb7a4e164c2581c79fb33ce9c3d4c250
+receiptsRoot         0xaf8ff6af1180c8be9e4e8f3a5f882b3b227233f4abbefa479836d3721682a389
+sealFields           []
+sha3Uncles           0x1dcc4de8dec75d7aab85b567b6ccd41ad312451b948a7413f0a142fd40d49347
+size                 767
+stateRoot            0xd4b998a35d20d98ed3488221f0c161a0a9572d3de66399482553c8e3d2fae751
+timestamp            1699638350
+withdrawalsRoot
+totalDifficulty      2283
+transactions:        [
+  0x79a0a7a1b4936aafe7a37dbfb07a6a9e55c145a4ed6fd54f962649b4b7db8de7
+]

    Copy the transaction hash from transactions: <transaction-hash> and set it as a variable:

    bash
    export TX_HASH=0x79a0a7a1b4936aafe7a37dbfb07a6a9e55c145a4ed6fd54f962649b4b7db8de7
    export TX_HASH=0x79a0a7a1b4936aafe7a37dbfb07a6a9e55c145a4ed6fd54f962649b4b7db8de7

    Read the transaction call data ​

    Now read the transaction call data on the L1:

    bash
    cast tx $TX_HASH --rpc-url localhost:8545
    cast tx $TX_HASH --rpc-url localhost:8545

    The output will look similar to below:

    console
    blockHash            0x9f4dfae061b5ddd86f95a81be5daa0d7fe32e7f7f770f86dc375e0007d249bd2
+blockNumber          24
+from                 0x3C44CdDdB6a900fa2b585dd299e03d12FA4293BC
+gas                  21572
+gasPrice             1040676758
+hash                 0xadd3a5dc0b8c605aeac891098e87cbaff43bb642896ebbf74f964c0690e46df2
+input                0xce3500000000000000769074a923011bdda721eacc34c8a77c69c10f2b6c8e659f987e82f217a5340f
+nonce                4
+r                    0xaf5c1505c7dfcebca94d9a6a8c0caf99b6c87a8ed6d6c0b3161c9026f270a84f
+s                    0x383ed2debf9f9055920cd7340418dda7e2bca6b989eb6992d83d123d4e322f2a
+to                   0xFf00000000000000000000000000000000000901
+transactionIndex     0
+v                    0
+value                0
+yParity              0
    blockHash            0x9f4dfae061b5ddd86f95a81be5daa0d7fe32e7f7f770f86dc375e0007d249bd2
+blockNumber          24
+from                 0x3C44CdDdB6a900fa2b585dd299e03d12FA4293BC
+gas                  21572
+gasPrice             1040676758
+hash                 0xadd3a5dc0b8c605aeac891098e87cbaff43bb642896ebbf74f964c0690e46df2
+input                0xce3500000000000000769074a923011bdda721eacc34c8a77c69c10f2b6c8e659f987e82f217a5340f
+nonce                4
+r                    0xaf5c1505c7dfcebca94d9a6a8c0caf99b6c87a8ed6d6c0b3161c9026f270a84f
+s                    0x383ed2debf9f9055920cd7340418dda7e2bca6b989eb6992d83d123d4e322f2a
+to                   0xFf00000000000000000000000000000000000901
+transactionIndex     0
+v                    0
+value                0
+yParity              0

    TIP

    You are looking for a batcher transaction to the address 0xFf00000000000000000000000000000000000901.

    First, remove the prefix 0xce. Now, set the input as the INPUT variable and encode it as base64:

    bash
    export INPUT=ce3500000000000000769074a923011bdda721eacc34c8a77c69c10f2b6c8e659f987e82f217a5340f
+export ENCODED_INPUT=$(echo "$INPUT" | xxd -r -p | base64)
    export INPUT=ce3500000000000000769074a923011bdda721eacc34c8a77c69c10f2b6c8e659f987e82f217a5340f
+export ENCODED_INPUT=$(echo "$INPUT" | xxd -r -p | base64)

    TIP

    Remember to remove the 0xce prefix!

    Find the data on Celestia ​

    Clone the go-da repository:

    bash
    cd $HOME
+git clone https://github.com/rollkit/go-da.git
+cd go-da/proto/da
    cd $HOME
+git clone https://github.com/rollkit/go-da.git
+cd go-da/proto/da

    Now, from go-da/proto/da run:

    bash
    grpcurl -proto da.proto -plaintext -d "{\"ids\": [{\"value\": \"$ENCODED_INPUT\"}]}" 127.0.0.1:26650 da.DAService.Get
    grpcurl -proto da.proto -plaintext -d "{\"ids\": [{\"value\": \"$ENCODED_INPUT\"}]}" 127.0.0.1:26650 da.DAService.Get

    Your result will look similar to the below!

    console
    {
+  "blobs": [
+    {
+      "value": "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"
+    }
+  ]
+}
    {
+  "blobs": [
+    {
+      "value": "AKUumhJ8FnuyVrBs38FDKEIAAAAAAZB42trhw/DDc4GFAlv4klkv5Zh4E16mmO5fpNOS1f5wzpds8YK3S0Rvs4ULLJj13euw+Ovdv6Q23zuV1ShROEvk5aptIT7bGmZunvc1OiKwJTXVbN0BiGm6k2zNWq78cNsT2ez3+nzQq84Ds28or/aKz/o1w4NpV7w4caZtgJomX71w96m63+xzYnarXLu7WWvRrwbeb6cW8R93YHXt1r4+TXCBGVe76obzf5JLTNu22gksD2cL+83D8DGjX0FKcwZD0VofkGmboKY1uTddu8704s2MwgNNe09s1bzw+n9Fq6fKFw7pvwJL200eCS0oFJ3HfPAEywnlgyyGQc89dh+98GD5TrdU4aNql9afmW+sDzJtC9S0fzLWYROOS0bvK3W7EvNpmWXe5qrdzKlBmv1LZi4ofrrxLHGmbYOaJhHsEn+B81lGUh33HDet8K9nVKKSF2+W3Xul6uPSxydPBwsv2GHskR+yfUlDbvyl1ROTvtS1zXlpEPz0M1e/RIIt57fVj0Gm7TgACAAA//+Qdel2AQ=="
+    }
+  ]
+}

    Ethereum fallback mechanism in OP Stack ​

    The Ethereum fallback mechanism allows rollups to "fall back" to Ethereum or another EVM chain in the case of downtime or errors submitting data to Celestia.

    Implementation of fallback ​

    The Ethereum fallback mechanism is implemented in the celestiaorg/optimism v1.1.0 release.

    The op-batcher/batcher/driver.go and op-node/rollup/derive/calldata_source.go files are part of the Ethereum fallback mechanism in the op-batcher and op-node respectively.

    In driver.go, the calldataTxCandidate function is responsible for the write path of the Ethereum fallback. This function creates and submits a transaction to the batch inbox address with the given data. It uses the underlying txmgr to handle transaction sending and gas price management.

    If the transaction data can be published as a blob to Celestia, it replaces the calldata with a blob identifier and sends the transaction with this data. If it cannot be published to Celestia, it falls back to Ethereum without any change to the transaction.

    The blob identifier starts with the special prefix 0xce, which was chosen as a mnemonic for Celestia, and indicates that the remaining data has to interpreted as a little-endian encoded Block Height (8 bytes) and Blob Commitment (32 bytes). The combination of these can later be used to retrieve the original calldata from Celestia.

    Prefix8 bytes32 bytes
    0xceBlock HeightBlob Commitment
    go
    func (l *BatchSubmitter) sendTransaction(
+    txdata txData,
+    queue *txmgr.Queue[txData],
+    receiptsCh chan txmgr.TxReceipt[txData],
+) {
+    // ...
+}
    func (l *BatchSubmitter) sendTransaction(
+    txdata txData,
+    queue *txmgr.Queue[txData],
+    receiptsCh chan txmgr.TxReceipt[txData],
+) {
+    // ...
+}

    In calldata_source.go, the DataFromEVMTransactions function defines the read path of the Ethereum fallback. This function filters all of the transactions and returns the calldata from transactions that are sent to the batch inbox address from the batch sender address.

    If the calldata matches the version prefix 0xce, it is decoded as a blob identifier, the original calldata is retrieved from Celestia and returned for derivation. If the calldata does not match the prefix, the entire calldata is returned for derivation.

    go
    func DataFromEVMTransactions(
+    config *rollup.Config,
+    batcherAddr common.Address,
+    txs types.Transactions,
+    log log.Logger
+) ([]eth.Data, error) {
+    // ...
+}
    func DataFromEVMTransactions(
+    config *rollup.Config,
+    batcherAddr common.Address,
+    txs types.Transactions,
+    log log.Logger
+) ([]eth.Data, error) {
+    // ...
+}

    These two functions work together to ensure that the Ethereum fallback mechanism operates correctly, allowing the rollup to continue functioning even during periods of downtime on Celestia.

    Testing the fallback ​

    Testing out the Ethereum fallback mechanism can be done with the go-da tool. Triggering a simultaneous blob transaction will cause the op-batcher blob transaction to fail, with an incorrect account sequence error, which triggers a fallback to Ethereum.

    To trigger the transaction, send this command from the same go/proto/da directory:

    bash
    grpcurl -proto da.proto -plaintext -d '{"blobs": [{"value": "SGVsbG8gd28ybGQh"}]}' 127.0.0.1:26650 da.DAService.Submit
    grpcurl -proto da.proto -plaintext -d '{"blobs": [{"value": "SGVsbG8gd28ybGQh"}]}' 127.0.0.1:26650 da.DAService.Submit

    Alternatively, you can shut off the local-celestia-devnet and see that the OP Stack devnet logs show that the rollup has fallen back to the L1, in this case Ethereum, for posting data.

    Span batches ​

    Span batches can be enabled by setting OP_BATCHER_BATCH_TYPE: 1 in your docker-compose.yml file.

    Note that this requires the Delta activation time to be configured. For your devnet, you should set "l2GenesisDeltaTimeOffset": "0x0", in devnetL1-template.json. This will enable span batches and can be tested by grepping docker compose logs -f | grep batch_type which should include batch_type=SpanBatch and batch_type=1.

    + + + + \ No newline at end of file diff --git a/developers/optimism.html b/developers/optimism.html new file mode 100644 index 00000000000..5c6b7c49cda --- /dev/null +++ b/developers/optimism.html @@ -0,0 +1,100 @@ + + + + + + Deploy an OP Stack devnet to Celestia | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Deploy an OP Stack devnet to Celestia ​

    In order to deploy a devnet to Celestia, you will need to have a modified version of optimism-bedrock. Refer to the steps to install dependencies and the modified version of OP Stack for your environment setup.

    Pick your deployment type ​

    Using Celestia and OP stack, you have the option to either run a light node of your own or a local-celestia-devnet, both of which will give you a local devnet to test things out with.

    Using a local devnet ​

    If you'd like to use the local-celestia-devnet, you're in luck! This is the default for the OP Stack + Celestia repository. Head to the previous page to get started.

    Using a light node ​

    This is a beta integration and we are working on resolving open issues.

    In order to allow your light node to post and retrieve data without errors, you will need to change UseShareExchange to false in:

    bash
    $HOME/.celestia-light/config.toml
    $HOME/.celestia-light/config.toml
    bash
    $HOME/.celestia-light-mocha-4/config.toml
    $HOME/.celestia-light-mocha-4/config.toml
    bash
    $HOME/.celestia-light-arabica-11/config.toml
    $HOME/.celestia-light-arabica-11/config.toml

    If you choose to use your own node store, the light node must be fully synced and funded for you to be able to submit and retrieve PayForBlobs to a Celestia network.

    If it is not synced, you will run into errors similar to this.

    Visit the Arabica or Mocha pages to visit their faucets.

    In order to mount existing data, you must have a node store that is in this directory:

    bash
    $HOME/.celestia-light
    $HOME/.celestia-light
    bash
    $HOME/.celestia-light-mocha-4
    $HOME/.celestia-light-mocha-4
    bash
    $HOME/.celestia-light-arabica-11
    $HOME/.celestia-light-arabica-11

    This is the default location of the node store when you initialize and run a new Celestia node.

    By default, the node will run with the account named my_celes_key.

    If you have your own setup you'd like to try, you can always edit optimism/ops-bedrock/docker-compose.yml to work with your setup.

    Using a RaaS provider ​

    If you'd like to use a Rollups as a Service (RaaS) provider, you can do so by going to the RaaS category in the menu.

    Build the devnet ​

    Build TypeScript definitions for TS dependencies:

    bash
    cd $HOME
+cd optimism
+make
    cd $HOME
+cd optimism
+make

    Set environment variables to start network:

    bash
    export SEQUENCER_BATCH_INBOX_ADDRESS=0xff00000000000000000000000000000000000000
+export L2OO_ADDRESS=0x70997970C51812dc3A010C7d01b50e0d17dc79C8
    export SEQUENCER_BATCH_INBOX_ADDRESS=0xff00000000000000000000000000000000000000
+export L2OO_ADDRESS=0x70997970C51812dc3A010C7d01b50e0d17dc79C8

    Start the devnet ​

    First, make sure your light node is synced and funded. It must not be running for this example to work.

    This example is for Mainnet Beta. You can modify the da: section of your $HOME/optimism/ops-bedrock/docker-compose.yml for your specific use, similarly to the example below:

    This setup will use celestia-da, which is celestia-node with a DA server on port 26650.

    For the P2P_NETWORK variable, you'll need to supply the network of choice, either celestia, mocha, or arabica. Using celestia, the volume path will be just .celestia-light instead of .celestia-light-<network>. You will also need to provide a core.ip RPC URL for the network you are using.

    yaml
    da:
+  image: ghcr.io/rollkit/local-celestia-devnet:v0.12.1 
+  image: ghcr.io/rollkit/celestia-da:v0.12.9 
+  command: > 
+    celestia-da light start 
+    --p2p.network=<network> 
+    --da.grpc.namespace=000008e5f679bf7116cb 
+    --da.grpc.listen=0.0.0.0:26650 
+    --core.ip <rpc-url> 
+    --gateway 
+  environment: 
+      - NODE_TYPE=light 
+      - P2P_NETWORK=<network> 
+  ports:
+    - "26650:26650"
+    - "26658:26658"
+    - "26659:26659"
+  volumes: 
+    - $HOME/.celestia-light-<network>/:/home/celestia/.celestia-light-<network>/ 
+  healthcheck:
+    test: ["CMD", "curl", "-f", "http://localhost:26659/header/1"]
+    interval: 10s
+    timeout: 5s
+    retries: 5
+    start_period: 30s
    da:
+  image: ghcr.io/rollkit/local-celestia-devnet:v0.12.1 
+  image: ghcr.io/rollkit/celestia-da:v0.12.9 
+  command: > 
+    celestia-da light start 
+    --p2p.network=<network> 
+    --da.grpc.namespace=000008e5f679bf7116cb 
+    --da.grpc.listen=0.0.0.0:26650 
+    --core.ip <rpc-url> 
+    --gateway 
+  environment: 
+      - NODE_TYPE=light 
+      - P2P_NETWORK=<network> 
+  ports:
+    - "26650:26650"
+    - "26658:26658"
+    - "26659:26659"
+  volumes: 
+    - $HOME/.celestia-light-<network>/:/home/celestia/.celestia-light-<network>/ 
+  healthcheck:
+    test: ["CMD", "curl", "-f", "http://localhost:26659/header/1"]
+    interval: 10s
+    timeout: 5s
+    retries: 5
+    start_period: 30s

    Now start the devnet:

    bash
    make devnet-up
    make devnet-up

    View the logs of the devnet ​

    If you'd like to view the logs of the devnet, run the following command from the root of the Optimism directory:

    bash
    make devnet-logs
    make devnet-logs

    Stop the devnet ​

    To safely stop the devnet, run the following command:

    bash
    make devnet-down
    make devnet-down

    Clean the devnet ​

    To remove all data from the devnet, run the following command:

    bash
    make devnet-clean
    make devnet-clean

    Deploying to an L1 (or L2) ​

    If you'd like to deploy to an EVM L1 or L2, reference the OP stack deployment guide.

    + + + + \ No newline at end of file diff --git a/developers/prompt-scavenger.html b/developers/prompt-scavenger.html new file mode 100644 index 00000000000..d1c8eeb37c4 --- /dev/null +++ b/developers/prompt-scavenger.html @@ -0,0 +1,319 @@ + + + + + + Prompt scavenger | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Prompt scavenger ​

    Note

    This tutorial needs to be updated.

    Welcome to the world of Prompt Scavenger, a game where you’ll be using Celestia’s Node API and OpenAI’s GPT-3.5 to decode hidden messages scattered throughout Celestia’s blockchain. In this tutorial, we’ll be using Golang to write the code for the game.

    Through this tutorial, you’ll gain experience using Celestia’s Node API to fetch data from the blockchain, process it, and submit new transactions with that data. You’ll also learn how to integrate OpenAI’s GPT-3.5 API to generate fun responses based on the data you’ve found.

    So if you’re ready to embark on an adventure that combines blockchain technology with the power of AI, and learn some Golang along the way, let’s get started!

    Dependencies ​

    The following dependencies are needed to be installed or obtained:

    Install Celestia Node and run a light node ​

    First, install the celestia-node binary.

    Let’s run the following commands to get our env vars setup (NOTE: For CORE_IP you can select from the list of available RPC endpoints on the Blockspace Race page:

    sh
    KEYNAME="scavenger_key"
+NODETYPE="light"
+NETWORK="blockspacerace"
+AUTHTYPE="admin"
+CORE_IP=""
    KEYNAME="scavenger_key"
+NODETYPE="light"
+NETWORK="blockspacerace"
+AUTHTYPE="admin"
+CORE_IP=""

    Next, let’s generate a wallet key for our light node:

    sh
    ./cel-key add $KEYNAME --keyring-backend test --node.type $NODETYPE --p2p.network $NETWORK
    ./cel-key add $KEYNAME --keyring-backend test --node.type $NODETYPE --p2p.network $NETWORK

    Be sure to save the mnemonics and your celestia1 public address in a safe place.

    Then head over to our Discord Server and request tokens from the #faucet channel under Blockspace Race.

    You can track receiving the funds on the explorer here: Interchain Explorer by Cosmostation

    Just make sure to paste your celestia1**** address in order to look it up.

    We will be running this version of Celestia Node with Blockspace Race test network. First, let’s initialize our node:

    sh
    celestia light init --p2p.network blockspacerace
    celestia light init --p2p.network blockspacerace

    Next, we will start our node:

    sh
    celestia light start --core.ip $CORE_IP --p2p.network $NETWORK --gateway.deprecated-endpoints --gateway --gateway.addr 127.0.0.1 --gateway.port 26659 --keyring.accname $KEYNAME
    celestia light start --core.ip $CORE_IP --p2p.network $NETWORK --gateway.deprecated-endpoints --gateway --gateway.addr 127.0.0.1 --gateway.port 26659 --keyring.accname $KEYNAME

    TIP

    The --core.ip gRPC port defaults to 9090, so if you do not specify it in the command line, it will default to that port. You can add the port after the IP address or use the --core.grpc.port flag to specify another port if you prefer.

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    You should now have a running light node on your machine. The rest of the tutorial will assume you will be building the script and running it where the light node is in your localhost.

    Node API authentication key ​

    On the same machine where your Celestia light node is running, run the following:

    sh
    export AUTH_TOKEN=$(celestia $NODETYPE auth $AUTHTYPE)
    export AUTH_TOKEN=$(celestia $NODETYPE auth $AUTHTYPE)

    Now run the following to get the auth token for your node:

    sh
    echo $AUTH_TOKEN
    echo $AUTH_TOKEN

    This will be used for the env var file we setup later.

    OpenAI key ​

    Make sure to go over to OpenAI in order to sign up for an account and generate an OpenAI API key. The key will be needed to communicate with OpenAI.

    Building the Prompt Scavenger ​

    We will first need to setup a .env file with the following pasted in:

    txt
    NODE_RPC_IP="http://localhost:26658"
+NODE_JWT_TOKEN=""
+OPENAI_KEY=""
+NAMESPACE_ID="00000000ce1e571a"
    NODE_RPC_IP="http://localhost:26658"
+NODE_JWT_TOKEN=""
+OPENAI_KEY=""
+NAMESPACE_ID="00000000ce1e571a"

    The OPENAI_KEY is the API key you got from Open AI. For NODE_RPC_IP, it is assumed to be the local host but it can point to a light node that is remote. NODE_JWT_TOKEN is the AUTH_TOKEN you generated earlier. For Namespace ID, we made a sample one for you to use but you can generate your own.

    Now, let’s build!

    Copy over Go files ​

    Run the following:

    sh
    mkdir test_scavenger
+git clone https://github.com/celestiaorg/PromptScavenger.git
+cp PromptScavenger/go.mod test_scavenger/
+cp PromptScavenger/go.sum test_scavenger/
+cd test_scavenger
    mkdir test_scavenger
+git clone https://github.com/celestiaorg/PromptScavenger.git
+cp PromptScavenger/go.mod test_scavenger/
+cp PromptScavenger/go.sum test_scavenger/
+cd test_scavenger

    This will copy over the required go.sum and go.mod files to a new directory we will use to import the Node API golang library.

    Build your import statements ​

    Inside the directory, create a main.gofile and setup the import statements:

    go
    package main
+
+import (
+        "context"
+        "fmt"
+        "log"
+        "os"
+
+        "github.com/celestiaorg/celestia-node/api/rpc/client"
+        nodeheader "github.com/celestiaorg/celestia-node/header"
+        "github.com/celestiaorg/nmt/namespace"
+        "github.com/joho/godotenv"
+        cosmosmath "cosmossdk.io/math"
+        openai "github.com/sashabaranov/go-openai"
+        "encoding/base64"
+        "encoding/hex"
+)
+
+func main() {
+  // TODO
+}
    package main
+
+import (
+        "context"
+        "fmt"
+        "log"
+        "os"
+
+        "github.com/celestiaorg/celestia-node/api/rpc/client"
+        nodeheader "github.com/celestiaorg/celestia-node/header"
+        "github.com/celestiaorg/nmt/namespace"
+        "github.com/joho/godotenv"
+        cosmosmath "cosmossdk.io/math"
+        openai "github.com/sashabaranov/go-openai"
+        "encoding/base64"
+        "encoding/hex"
+)
+
+func main() {
+  // TODO
+}

    Here we setup all required libraries we need to use plus the main function that we will use for our game.

    Helpful functions ​

    First we will need to create some helpful functions that you will need later.

    go
    // loadEnv loads environment variables from the .env file.
+func loadEnv() {
+        err := godotenv.Load(".env")
+        if err != nil {
+                log.Fatal("Error loading .env file")
+        }
+}
    // loadEnv loads environment variables from the .env file.
+func loadEnv() {
+        err := godotenv.Load(".env")
+        if err != nil {
+                log.Fatal("Error loading .env file")
+        }
+}

    The loadEnv function allows us to load up our .env file which has all the necessary env vars needed.

    Next, let’s create a helper function that allows us to load an instance of the Celestia Node client given the correct env vars passed to it:

    go
    // createClient initializes a new Celestia node client.
+func createClient(ctx context.Context) *client.Client {
+        nodeRPCIP := os.Getenv("NODE_RPC_IP")
+        jwtToken := os.Getenv("NODE_JWT_TOKEN")
+
+        rpc, err := client.NewClient(ctx, nodeRPCIP, jwtToken)
+        if err != nil {
+                log.Fatalf("Error creating client: %v", err)
+        }
+
+        return rpc
+}
    // createClient initializes a new Celestia node client.
+func createClient(ctx context.Context) *client.Client {
+        nodeRPCIP := os.Getenv("NODE_RPC_IP")
+        jwtToken := os.Getenv("NODE_JWT_TOKEN")
+
+        rpc, err := client.NewClient(ctx, nodeRPCIP, jwtToken)
+        if err != nil {
+                log.Fatalf("Error creating client: %v", err)
+        }
+
+        return rpc
+}

    As you can see, here the Celestia Node client takes in the Node RPC IP and the JWT Token we setup before.

    Now, if we go back to our main function, we can do the following to setup and load our env and client:

    go
    
+func main() {
+  ctx, cancel := context.WithCancel(context.Background())
+  defer cancel()
+  loadEnv()
+
+  // Close the client when you are finished
+  client.Close()
+}
    
+func main() {
+  ctx, cancel := context.WithCancel(context.Background())
+  defer cancel()
+  loadEnv()
+
+  // Close the client when you are finished
+  client.Close()
+}

    Here, we setup a workflow that allows us to load our env vars, instantiate the client with it, then close the client.

    Now, let’s build some more helpful functions:

    go
    func createNamespaceID() []byte {
+        nIDString := os.Getenv("NAMESPACE_ID")
+        data, err := hex.DecodeString(nIDString)
+        if err != nil {
+                log.Fatalf("Error decoding hex string:", err)
+        }
+        // Encode the byte array in Base64
+        base64Str := base64.StdEncoding.EncodeToString(data)
+        namespaceID, err := base64.StdEncoding.DecodeString(base64Str)
+        if err != nil {
+                log.Fatalf("Error decoding Base64 string:", err)
+        }
+        return namespaceID
+}
    func createNamespaceID() []byte {
+        nIDString := os.Getenv("NAMESPACE_ID")
+        data, err := hex.DecodeString(nIDString)
+        if err != nil {
+                log.Fatalf("Error decoding hex string:", err)
+        }
+        // Encode the byte array in Base64
+        base64Str := base64.StdEncoding.EncodeToString(data)
+        namespaceID, err := base64.StdEncoding.DecodeString(base64Str)
+        if err != nil {
+                log.Fatalf("Error decoding Base64 string:", err)
+        }
+        return namespaceID
+}

    Here, we are creating a helpful function called createNameSpaceID that given a string for a namespace ID, it can decode the hex string, encode it after to a byte array, then decode it as a base64 string which is needed by Node API.

    We will need to create just a few more functions before we wrap up things.

    go
    // postDataAndGetHeight submits a new transaction with the
+// provided data to the Celestia node.
+func postDataAndGetHeight(client *client.Client, namespaceID namespace.ID, payLoad [
+]byte, fee cosmosmath.Int, gasLimit uint64) uint64 {
+        response, err := client.State.SubmitPayForBlob(context.Background(), namespa
+ceID, payLoad, fee, gasLimit)
+        if err != nil {
+                log.Fatalf("Error submitting pay for blob: %v", err)
+        }
+        fmt.Printf("Got output: %v", response)
+        height := uint64(response.Height)
+        fmt.Printf("Height that data was submitted at: %v", height)
+        return height
+}
    // postDataAndGetHeight submits a new transaction with the
+// provided data to the Celestia node.
+func postDataAndGetHeight(client *client.Client, namespaceID namespace.ID, payLoad [
+]byte, fee cosmosmath.Int, gasLimit uint64) uint64 {
+        response, err := client.State.SubmitPayForBlob(context.Background(), namespa
+ceID, payLoad, fee, gasLimit)
+        if err != nil {
+                log.Fatalf("Error submitting pay for blob: %v", err)
+        }
+        fmt.Printf("Got output: %v", response)
+        height := uint64(response.Height)
+        fmt.Printf("Height that data was submitted at: %v", height)
+        return height
+}

    In the function postDataAndGetHeight, we show you how to submit a message to a specific namespace ID provided on Celestia. After a successful submission, the function returns back to you the block height it was submitted at.

    Next, implement the following function:

    go
    func getDataAsPrompt(client *client.Client, height uint64, namespaceID namespace.ID)
+ string {
+        headerParam := getHeader(client, height)
+        response, err := client.Share.GetSharesByNamespace(context.Background(), hea
+derParam.DAH, namespaceID)
+        if err != nil {
+                log.Fatalf("Error getting shares by namespace data for block height:
+ %v. Error is %v", height, err)
+        }
+        var dataString string
+        for _, shares := range response {
+                for _, share := range shares.Shares {
+                        dataString = string(share[8:])
+                }
+        }
+        return dataString
+}
    func getDataAsPrompt(client *client.Client, height uint64, namespaceID namespace.ID)
+ string {
+        headerParam := getHeader(client, height)
+        response, err := client.Share.GetSharesByNamespace(context.Background(), hea
+derParam.DAH, namespaceID)
+        if err != nil {
+                log.Fatalf("Error getting shares by namespace data for block height:
+ %v. Error is %v", height, err)
+        }
+        var dataString string
+        for _, shares := range response {
+                for _, share := range shares.Shares {
+                        dataString = string(share[8:])
+                }
+        }
+        return dataString
+}

    In the function getDataAsPrompt, we show a helpful function that given a particular block height and a namespace ID, it can return back the block data (called shares here) which we then convert to a string and return it back.

    Finally, we implement a GPT-3.5 helper function that given a prompt, it returns back a statement:

    go
    // gpt3 processes a given message using GPT-3 and prints the response.
+func gpt3(msg string) {
+        // Set the authentication header
+        openAIKey := os.Getenv("OPENAI_KEY")
+        client := openai.NewClient(openAIKey)
+        resp, err := client.CreateChatCompletion(
+                context.Background(),
+                openai.ChatCompletionRequest{
+                        Model: openai.GPT3Dot5Turbo,
+                        Messages: []openai.ChatCompletionMessage{
+                                {
+                                        Role:    openai.ChatMessageRoleUser,
+                                        Content: msg,
+                                },
+                        },
+                },
+        )
+
+        if err != nil {
+                fmt.Printf("ChatCompletion error: %v\n", err)
+                return
+        }
+        fmt.Println(resp.Choices[0].Message.Content)
+}
    // gpt3 processes a given message using GPT-3 and prints the response.
+func gpt3(msg string) {
+        // Set the authentication header
+        openAIKey := os.Getenv("OPENAI_KEY")
+        client := openai.NewClient(openAIKey)
+        resp, err := client.CreateChatCompletion(
+                context.Background(),
+                openai.ChatCompletionRequest{
+                        Model: openai.GPT3Dot5Turbo,
+                        Messages: []openai.ChatCompletionMessage{
+                                {
+                                        Role:    openai.ChatMessageRoleUser,
+                                        Content: msg,
+                                },
+                        },
+                },
+        )
+
+        if err != nil {
+                fmt.Printf("ChatCompletion error: %v\n", err)
+                return
+        }
+        fmt.Println(resp.Choices[0].Message.Content)
+}

    Wrapping up the functions ​

    Now, we will update our mainfunction to include the logic from the functions we built where we show you how to do the following:

    • Instantiate namespace ID, fee, gas limit and GPT prompt
    • Submit the GPT prompt as a PayForBlob transaction and then get back the Block Height
    • Get Back the Prompt from that Block Height as a Data Share and convert it to a string and return it
    • Submit that string to the GPT function to get a prompt output
    go
    func main() {
+        ctx, cancel := context.WithCancel(context.Background())
+        defer cancel()
+        loadEnv()
+        var namespaceID namespace.ID = createNamespaceID()
+        client := createClient(ctx)
+        var gasLimit uint64 = 6000000
+        fee := cosmosmath.NewInt(10000)
+        var gptPrompt string = "What are modular blockchains?"
+        prompt := []byte{0x00, 0x01, 0x02}
+        prompt = append(prompt, []byte(gptPrompt)...)
+        height := postDataAndGetHeight(client, namespaceID, prompt, fee, gasLimit)
+        promptString := getDataAsPrompt(client, height, namespaceID)
+        gpt3(promptString)
+        // Close the client when you are finished
+        client.Close()
+}
    func main() {
+        ctx, cancel := context.WithCancel(context.Background())
+        defer cancel()
+        loadEnv()
+        var namespaceID namespace.ID = createNamespaceID()
+        client := createClient(ctx)
+        var gasLimit uint64 = 6000000
+        fee := cosmosmath.NewInt(10000)
+        var gptPrompt string = "What are modular blockchains?"
+        prompt := []byte{0x00, 0x01, 0x02}
+        prompt = append(prompt, []byte(gptPrompt)...)
+        height := postDataAndGetHeight(client, namespaceID, prompt, fee, gasLimit)
+        promptString := getDataAsPrompt(client, height, namespaceID)
+        gpt3(promptString)
+        // Close the client when you are finished
+        client.Close()
+}

    And now you have the final version of the game!

    Run the golang script with the following command:

    sh
    go run main.go
    go run main.go

    After some time, it’ll post the output of the prompt you submitted to OpenAI that you pulled from Celestia’s blockchain.

    Next steps ​

    With this tutorial, you were able to construct a PFB transaction, submit it to Celestia, get it back from Celestia and decode its contents, then for added bonus, submit the message to GPT-3.5.

    For the next steps, we will be releasing quests to this tutorial where users will need to complete challenges that help familiarize them with the Celestia Data Availability layer.

    + + + + \ No newline at end of file diff --git a/developers/requesting-data-commitment-ranges.html b/developers/requesting-data-commitment-ranges.html new file mode 100644 index 00000000000..df719eb0883 --- /dev/null +++ b/developers/requesting-data-commitment-ranges.html @@ -0,0 +1,45 @@ + + + + + + Requesting data commitment ranges | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Requesting data commitment ranges ​

    By default, the Blobstream X deployments on Ethereum will be updating every 4 hours, and on Arbitrum One and Base, updating every 1 hour. If you wish for the Blobstream X contract to be updated at a different cadence, then you have several different options for how to update the smart contract.

    To request proofs to be submitted to the Blobstream X contract at a different cadence, you can do one of the following:

    Run the Blobstream X operator with hosted proving on the Succinct platform, by running an operator script that pings the platform with proof requests at a specified cadence.

    Follow these instructions to run the operator script.

    Here are example values for the .env file:

    1. TENDERMINT_RPC_URL from the public Celestia list.
    2. SUCCINCT_RPC_URL = https://alpha.succinct.xyz/api
    3. Request for SUCCINCT_API_KEY from the Succinct team.
    4. CHAIN_ID is the chain ID of the deployed Blobstream X contract.
    5. CONTRACT_ADDRESS: Blobstream X proxy contract address.
    6. NEXT_HEADER_FUNCTION_ID & HEADER_RANGE_FUNCTION_ID: Get the functionId's from the Blobstream X contract by using the nextHeaderFunctionId and headerRangeFunctionId respectively, which are public storage variables.

    Local proving ​

    Run the Blobstream X operator with local proving.

    TIP

    Note: Requires a large cloud machine to run in a reasonable amount of time. EC2 r6a.16xlarge takes ~30 minutes to generate a header range proof.

    Request proof onchain ​

    Directly request a proof via the Blobstream X contract interface. Unlike the Blobstream X operator which handles requests off-chain, requesting on-chain requires gas, but the proof will be generated and relayed by the Succinct platform.

    1. Call requestHeaderRange(uint64 _targetBlock) with the end of the range you want a commitment for.

    2. A DataCommitmentStored(uint256, uint64, uint64, bytes32) will be emitted for the requested range when it is stored in the contract. Listen to this event to know that the proof has been generated successfully.

    + + + + \ No newline at end of file diff --git a/developers/rollkit.html b/developers/rollkit.html new file mode 100644 index 00000000000..2bf3bb9d9e4 --- /dev/null +++ b/developers/rollkit.html @@ -0,0 +1,45 @@ + + + + + + Rollkit | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Rollkit ​

    Validator nodes allow you to participate in consensus in the Celestia network.

    rollkit

    Rollkit is an ABCI (Application Blockchain Interface) implementation for sovereign rollups to deploy on top of Celestia.

    It is built by replacing Tendermint, the Cosmos-SDK consensus layer, with a drop-in replacement that communicates directly with Celestia's Data Availability layer.

    It spins up a sovereign rollup, which collects transactions into blocks and posts them onto Celestia for consensus and data availability.

    The goal of Rollkit is to enable anyone to design and deploy a sovereign rollup on Celestia in minutes.

    Furthermore, while Rollkit allows you to build sovereign rollups on Celestia, it currently does not support fraud proofs yet and is therefore running in "pessimistic" mode, where nodes would need to re-execute the transactions to check the validity of the chain (i.e. a full node). Furthermore, Rollkit currently only supports a single sequencer.

    Tutorials ​

    The following tutorials will help you get started building Cosmos-SDK applications that connect to Celestia's Data Availability Layer via Rollkit. We call those chains Sovereign Rollups.

    You can get started with the following tutorials:

    + + + + \ No newline at end of file diff --git a/developers/submit-data.html b/developers/submit-data.html new file mode 100644 index 00000000000..489891ef08a --- /dev/null +++ b/developers/submit-data.html @@ -0,0 +1,253 @@ + + + + + + Submitting data blobs to Celestia | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Submitting data blobs to Celestia ​

    To submit data to Celestia, users submit blob transactions (BlobTx). Blob transactions contain two components, a standard Cosmos-SDK transaction called MsgPayForBlobs and one or more Blobs of data.

    Fee market and mempool ​

    Celestia makes use of a standard gas-priced prioritized mempool. By default, transactions with gas prices higher than that of other transactions in the mempool will be prioritized by validators.

    Fees and gas limits ​

    As of version v1.0.0 of the application (celestia-app), there is no protocol enforced minimum fee (similar to EIP-1559 in Ethereum). Instead, each consensus node running a mempool uses a locally configured gas price threshold that must be met in order for that node to accept a transaction, either directly from a user or gossiped from another node, into its mempool.

    As of version v1.0.0 of the application (celestia-app), gas is not refunded. Instead, transaction fees are deducted by a flat fee, originally specified by the user in their tx (where fees = gasLimit * gasPrice). This means that users should use an accurate gas limit value if they do not wish to overpay.

    Under the hood, fees are currently handled by specifying and deducting a flat fee. However gas price is often specified by users instead of calculating the flat fee from the gas used and the gas price. Since the state machine does not refund users for unused gas, gas price is calculated by dividing the total fee by the gas limit.

    Estimating PFB gas ​

    Generally, the gas used by a PFB transaction involves a static fixed cost and a dynamic cost based on the size of each blob in the transaction.

    NOTE

    For a general use case of a normal account submitting a PFB, the static costs can be treated as such. However, due to the description above of how gas works in the Cosmos-SDK this is not always the case. Notably, if a vesting account or the feegrant modules are used, then these static costs change.

    The fixed cost is an approximation of the gas consumed by operations outside the function GasToConsume (for example, signature verification, tx size, read access to accounts), which has a default value of 65,000 gas.

    NOTE

    The first transaction sent by an account (sequence number == 0) has an additional one time gas cost of 10,000 gas. If this is the case, this should be accounted for.

    Each blob in the PFB contributes to the total gas cost based on its size. The function GasToConsume calculates the total gas consumed by all the blobs involved in a PFB, where each blob's gas cost is computed by first determining how many shares are needed to store the blob size. Then, it computes the product of the number of shares, the number of bytes per share, and the gasPerByte parameter. Finally, it adds a static amount per blob.

    The blob.GasPerBlobByte and auth.TxSizeCostPerByte are parameters that could potentially be adjusted through the system's governance mechanisms. Hence, actual costs may vary depending on the current state of these parameters.

    Gas fee calculation ​

    The total fee for a transaction is calculated as the product of the gas limit for the transaction and the gas price set by the user:

    Total Fee=Gas Limit×Gas Price

    The gas limit for a transaction is the maximum amount of gas that a user is willing to spend on a transaction. It is determined by both a static fixed cost (FC) and a variable dynamic cost based on the size of each blob involved in the transaction:

    Gas Limit=FC+∑i=1nSSN(Bi)×SS×GCPBB

    Where:

    • FC = Fixed Cost, is a static value (65,000 gas)
    • ∑i=1nSSN(Bi) = SparseSharesNeeded for the ith Blob, is the number of shares needed for the ith blob in the transaction
    • SS = Share Size, is the size of each share
    • GCPBB = Gas Cost Per Blob Byte, is a parameter that could potentially be adjusted through the system's governance mechanisms.

    The gas fee is set by the user when they submit a transaction. The fee is often specified by users directly. The total cost for the transaction is then calculated as the product of the estimated gas limit and the gas price. Since the state machine does not refund users for unused gas, it's important for users to estimate the gas limit accurately to avoid overpaying.

    For more details on how gas is calculated per blob, refer to the PayForBlobs function that consumes gas based on the blob sizes. This function uses the GasToConsume function to calculate the extra gas charged to pay for a set of blobs in a MsgPayForBlobs transaction. This function calculates the total shares used by all blobs and multiplies it by the ShareSize and gasPerByte to get the total gas to consume.

    For estimating the total gas required for a set of blobs, refer to the EstimateGas function. This function estimates the gas based on a linear model that is dependent on the governance parameters: gasPerByte and txSizeCost. It assumes other variables are constant, including the assumption that the MsgPayForBlobs is the only message in the transaction. The DefaultEstimateGas function runs EstimateGas with the system defaults.

    Estimating gas programmatically ​

    Users can estimate an efficient gas limit by using this function:

    go
    import (
+    blobtypes "github.com/celestiaorg/celestia-app/x/blob/types"
+)
+gasLimit := blobtypes.DefaultEstimateGas([]uint32{uint32(sizeOfDataInBytes)})
    import (
+    blobtypes "github.com/celestiaorg/celestia-app/x/blob/types"
+)
+gasLimit := blobtypes.DefaultEstimateGas([]uint32{uint32(sizeOfDataInBytes)})

    If using a celestia-node light client, then this function is automatically called for you when submitting a blob. This function works by breaking down the components of calculating gas for a blob transaction. These components consist of a flat costs for all PFBs, the size of each blob and how many shares each uses and the parameter for gas used per byte. More information about how gas is used can be found in the gas specs and the exact formula can be found in the blob module.

    Submitting multiple transactions in one block from the same account ​

    The mempool Celestia uses works by maintaining a fork of the canonical state each block. This means that each time we submit a transaction to it, it will update the sequence number (aka nonce) for the account that submitted the transaction. If users wish to submit a second transaction, they can, but must specify the nonce manually. If this is not done, the new transactions will not be able to be submitted until the first transaction is reaped from the mempool (i.e. included in a block), or dropped due to timing out.

    By default, nodes will drop a transaction if it does not get included in 5 blocks (roughly 1 minute). At this point, the user must resubmit their transaction if they want it to eventually be included.

    As of v1.0.0 of the application (celestia-app), users are unable to replace an existing transaction with a different one with higher fees. They must instead wait 5 blocks from the original submitted time and then resubmit the transaction. Again, community members have already suggested solutions and a willingness to accept changes to fix this issue.

    API ​

    Users can currently create and submit BlobTxs in four ways.

    The celestia-app consensus node CLI ​

    bash
    celestia-appd tx blob PayForBlobs <hex-encoded namespace> <hex-encoded data> [flags]
    celestia-appd tx blob PayForBlobs <hex-encoded namespace> <hex-encoded data> [flags]

    The celestia-node light node CLI ​

    Using blob.Submit:

    bash
    celestia blob submit <hex-encoded namespace> <hex-encoded data>
    celestia blob submit <hex-encoded namespace> <hex-encoded data>

    Learn more in the node tutorial.

    GRPC to a consensus node via the user package ​

    go
    import (
+    "context"
+    "fmt"
+
+    "github.com/celestiaorg/celestia-app/app"
+    "github.com/celestiaorg/celestia-app/app/encoding"
+    "github.com/celestiaorg/celestia-app/pkg/appconsts"
+    "github.com/celestiaorg/celestia-app/pkg/namespace"
+    "github.com/celestiaorg/celestia-app/pkg/user"
+    blobtypes "github.com/celestiaorg/celestia-app/x/blob/types"
+    "github.com/cosmos/cosmos-sdk/crypto/keyring"
+    tmproto "github.com/tendermint/tendermint/proto/tendermint/types"
+    "google.golang.org/grpc"
+    "google.golang.org/grpc/credentials/insecure"
+)
+
+// SubmitData is a demo function that shows how to use the signer to submit data
+// to the blockchain directly via a celestia node. We can manage this keyring
+// using the `celestia-appd keys` or `celestia keys` sub commands and load this
+// keyring from a file and use it to programmatically sign transactions.
+func DemoSubmitData(grpcAddr string, kr keyring.Keyring) error {
+    // create an encoding config that can decode and encode all celestia-app
+    // data structures.
+    ecfg := encoding.MakeConfig(app.ModuleEncodingRegisters...)
+
+    // create a connection to the grpc server on the consensus node.
+    conn, err := grpc.Dial(grpcAddr, grpc.WithTransportCredentials(insecure.NewCredentials()))
+    if err != nil {
+        return err
+    }
+    defer conn.Close()
+
+    // get the address of the account we want to use to sign transactions.
+    rec, err := kr.Key("accountName")
+    if err != nil {
+        return err
+    }
+
+    addr, err := rec.GetAddress()
+    if err != nil {
+        return err
+    }
+
+    // Setup the signer. This function will automatically query the relevant
+    // account information such as sequence (nonce) and account number.
+    signer, err := user.SetupSigner(context.TODO(), kr, conn, addr, ecfg)
+    if err != nil {
+        return err
+    }
+
+    ns := namespace.MustNewV0([]byte("1234567890"))
+
+    fmt.Println("namespace", len(ns.Bytes()))
+
+    blob, err := blobtypes.NewBlob(ns, []byte("some data"), appconsts.ShareVersionZero)
+    if err != nil {
+        return err
+    }
+
+    gasLimit := blobtypes.DefaultEstimateGas([]uint32{uint32(len(blob.Data))})
+
+    options := []user.TxOption{
+        // here we're setting estimating the gas limit from the above estimated
+        // function, and then setting the gas price to 0.1utia per unit of gas.
+        user.SetGasLimitAndFee(gasLimit, 0.1),
+    }
+
+    // this function will submit the transaction and block until a timeout is
+    // reached or the transaction is committed.
+    resp, err := signer.SubmitPayForBlob(context.TODO(), []*tmproto.Blob{blob}, options...)
+    if err != nil {
+        return err
+    }
+
+    // check the response code to see if the transaction was successful.
+    if resp.Code != 0 {
+        // handle code
+        fmt.Println(resp.Code, resp.Codespace, resp.RawLog)
+    }
+
+    // if we don't want to wait for the transaction to be confirmed, we can
+    // manually sign and submit the transaction using the same package.
+    blobTx, err := signer.CreatePayForBlob([]*tmproto.Blob{blob}, options...)
+    if err != nil {
+        return err
+    }
+
+    resp, err = signer.BroadcastTx(context.TODO(), blobTx)
+    if err != nil {
+        return err
+    }
+
+    // check the response code to see if the transaction was successful. Note
+    // that this time we're not waiting for the transaction to be committed.
+    // Therefore the code here is only from the consensus node's mempool.
+    if resp.Code != 0 {
+        // handle code
+        fmt.Println(resp.Code, resp.Codespace, resp.RawLog)
+    }
+
+    return err
+}
    import (
+    "context"
+    "fmt"
+
+    "github.com/celestiaorg/celestia-app/app"
+    "github.com/celestiaorg/celestia-app/app/encoding"
+    "github.com/celestiaorg/celestia-app/pkg/appconsts"
+    "github.com/celestiaorg/celestia-app/pkg/namespace"
+    "github.com/celestiaorg/celestia-app/pkg/user"
+    blobtypes "github.com/celestiaorg/celestia-app/x/blob/types"
+    "github.com/cosmos/cosmos-sdk/crypto/keyring"
+    tmproto "github.com/tendermint/tendermint/proto/tendermint/types"
+    "google.golang.org/grpc"
+    "google.golang.org/grpc/credentials/insecure"
+)
+
+// SubmitData is a demo function that shows how to use the signer to submit data
+// to the blockchain directly via a celestia node. We can manage this keyring
+// using the `celestia-appd keys` or `celestia keys` sub commands and load this
+// keyring from a file and use it to programmatically sign transactions.
+func DemoSubmitData(grpcAddr string, kr keyring.Keyring) error {
+    // create an encoding config that can decode and encode all celestia-app
+    // data structures.
+    ecfg := encoding.MakeConfig(app.ModuleEncodingRegisters...)
+
+    // create a connection to the grpc server on the consensus node.
+    conn, err := grpc.Dial(grpcAddr, grpc.WithTransportCredentials(insecure.NewCredentials()))
+    if err != nil {
+        return err
+    }
+    defer conn.Close()
+
+    // get the address of the account we want to use to sign transactions.
+    rec, err := kr.Key("accountName")
+    if err != nil {
+        return err
+    }
+
+    addr, err := rec.GetAddress()
+    if err != nil {
+        return err
+    }
+
+    // Setup the signer. This function will automatically query the relevant
+    // account information such as sequence (nonce) and account number.
+    signer, err := user.SetupSigner(context.TODO(), kr, conn, addr, ecfg)
+    if err != nil {
+        return err
+    }
+
+    ns := namespace.MustNewV0([]byte("1234567890"))
+
+    fmt.Println("namespace", len(ns.Bytes()))
+
+    blob, err := blobtypes.NewBlob(ns, []byte("some data"), appconsts.ShareVersionZero)
+    if err != nil {
+        return err
+    }
+
+    gasLimit := blobtypes.DefaultEstimateGas([]uint32{uint32(len(blob.Data))})
+
+    options := []user.TxOption{
+        // here we're setting estimating the gas limit from the above estimated
+        // function, and then setting the gas price to 0.1utia per unit of gas.
+        user.SetGasLimitAndFee(gasLimit, 0.1),
+    }
+
+    // this function will submit the transaction and block until a timeout is
+    // reached or the transaction is committed.
+    resp, err := signer.SubmitPayForBlob(context.TODO(), []*tmproto.Blob{blob}, options...)
+    if err != nil {
+        return err
+    }
+
+    // check the response code to see if the transaction was successful.
+    if resp.Code != 0 {
+        // handle code
+        fmt.Println(resp.Code, resp.Codespace, resp.RawLog)
+    }
+
+    // if we don't want to wait for the transaction to be confirmed, we can
+    // manually sign and submit the transaction using the same package.
+    blobTx, err := signer.CreatePayForBlob([]*tmproto.Blob{blob}, options...)
+    if err != nil {
+        return err
+    }
+
+    resp, err = signer.BroadcastTx(context.TODO(), blobTx)
+    if err != nil {
+        return err
+    }
+
+    // check the response code to see if the transaction was successful. Note
+    // that this time we're not waiting for the transaction to be committed.
+    // Therefore the code here is only from the consensus node's mempool.
+    if resp.Code != 0 {
+        // handle code
+        fmt.Println(resp.Code, resp.Codespace, resp.RawLog)
+    }
+
+    return err
+}

    RPC to a celestia-node ​

    Using the JSON RPC API, submit data using the following methods:

    Learn more in the celestia-node API docs.

    + + + + \ No newline at end of file diff --git a/developers/transaction-resubmission.html b/developers/transaction-resubmission.html new file mode 100644 index 00000000000..b09f0e79009 --- /dev/null +++ b/developers/transaction-resubmission.html @@ -0,0 +1,45 @@ + + + + + + Transaction resubmission | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Transaction resubmission ​

    In cases where transactions are not included within a 75-second window, resubmission is necessary. This is especially important during network congestion, as transactions with relatively low fees may not be processed even after the network clears up.

    Regardless of whether they originate from celestia-app or celestia-node, transactions will not be re-gossiped, except in the presence of a new peer.

    Monitoring and resubmission ​

    Monitor the status of your transactions. If a transaction is not included within a 75-second window, it should be resubmitted. This can be done manually or through automated processes.

    Changes introduced in celestiaorg/celestia-core#1089 may affect transaction gossiping and inclusion speed.

    Notes ​

    • All transactions, regardless of their origin, are subject to being sorted and pruned based on fees.
    • It is the user or developer's responsibility to monitor and possibly resubmit transactions if they are not included in a 75-second window.
    + + + + \ No newline at end of file diff --git a/developers/wallets.html b/developers/wallets.html new file mode 100644 index 00000000000..0b8714e847a --- /dev/null +++ b/developers/wallets.html @@ -0,0 +1,248 @@ + + + + + + Wallet integrations with Celestia | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Wallet integrations with Celestia ​

    This page covers how developers can use Keplr and React to add Celestia network parameters to wallets, and how to add custom networks to Leap and Cosmostation.

    Add Celestia network parameters to Keplr with React ​

    Before we demonstrate how to export the specific parameters for Celestia's testnets, we need to create a ReactJS component that allows us to connect directly to Keplr and pass it the network parameters.

    In the following code, we show how you can export a component that detects whether Keplr is installed and sets the network params for it:

    jsx
    // @site/src/components/AddNetworkKeplr.js
+import React from "react";
+import styles from "./Keplr.module.css";
+
+export default function AddNetworkKeplr({ params }) {
+  async function add() {
+    if (!window.keplr) {
+      alert("Please install keplr extension");
+    } else {
+      if (window.keplr.experimentalSuggestChain) {
+        try {
+          await window.keplr.experimentalSuggestChain({
+            chainId: params.chainId,
+            chainName: params.chainName,
+            rpc: params.rpc,
+            rest: params.rest,
+            bip44: {
+              coinType: 118,
+            },
+            bech32Config: {
+              bech32PrefixAccAddr: "celestia",
+              bech32PrefixAccPub: "celestia" + "pub",
+              bech32PrefixValAddr: "celestia" + "valoper",
+              bech32PrefixValPub: "celestia" + "valoperpub",
+              bech32PrefixConsAddr: "celestia" + "valcons",
+              bech32PrefixConsPub: "celestia" + "valconspub",
+            },
+            currencies: [
+              {
+                coinDenom: "TIA",
+                coinMinimalDenom: "utia",
+                coinDecimals: 6,
+                coinGeckoId: "celestia",
+              },
+            ],
+            feeCurrencies: [
+              {
+                coinDenom: "TIA",
+                coinMinimalDenom: "utia",
+                coinDecimals: 6,
+                coinGeckoId: "celestia",
+                gasPriceStep: {
+                  low: 0.01,
+                  average: 0.02,
+                  high: 0.1,
+                },
+              },
+            ],
+            stakeCurrency: {
+              coinDenom: "TIA",
+              coinMinimalDenom: "utia",
+              coinDecimals: 6,
+              coinGeckoId: "celestia",
+            },
+          });
+        } catch {
+          alert("Failed to suggest the chain");
+        }
+      }
+      const chainId = params.chainId;
+      // Enabling before using the Keplr is recommended.
+      // This method will ask the user whether to allow access if they haven't visited this website.
+      // Also, it will request that the user unlock the wallet if the wallet is locked.
+      await window.keplr.enable(chainId);
+    }
+  }
+
+  return (
+    <div className={styles.center}>
+      <button className={styles.keplrButton} onClick={add}>
+        Add/switch To {params.chainName}
+      </button>
+    </div>
+  );
+}
    // @site/src/components/AddNetworkKeplr.js
+import React from "react";
+import styles from "./Keplr.module.css";
+
+export default function AddNetworkKeplr({ params }) {
+  async function add() {
+    if (!window.keplr) {
+      alert("Please install keplr extension");
+    } else {
+      if (window.keplr.experimentalSuggestChain) {
+        try {
+          await window.keplr.experimentalSuggestChain({
+            chainId: params.chainId,
+            chainName: params.chainName,
+            rpc: params.rpc,
+            rest: params.rest,
+            bip44: {
+              coinType: 118,
+            },
+            bech32Config: {
+              bech32PrefixAccAddr: "celestia",
+              bech32PrefixAccPub: "celestia" + "pub",
+              bech32PrefixValAddr: "celestia" + "valoper",
+              bech32PrefixValPub: "celestia" + "valoperpub",
+              bech32PrefixConsAddr: "celestia" + "valcons",
+              bech32PrefixConsPub: "celestia" + "valconspub",
+            },
+            currencies: [
+              {
+                coinDenom: "TIA",
+                coinMinimalDenom: "utia",
+                coinDecimals: 6,
+                coinGeckoId: "celestia",
+              },
+            ],
+            feeCurrencies: [
+              {
+                coinDenom: "TIA",
+                coinMinimalDenom: "utia",
+                coinDecimals: 6,
+                coinGeckoId: "celestia",
+                gasPriceStep: {
+                  low: 0.01,
+                  average: 0.02,
+                  high: 0.1,
+                },
+              },
+            ],
+            stakeCurrency: {
+              coinDenom: "TIA",
+              coinMinimalDenom: "utia",
+              coinDecimals: 6,
+              coinGeckoId: "celestia",
+            },
+          });
+        } catch {
+          alert("Failed to suggest the chain");
+        }
+      }
+      const chainId = params.chainId;
+      // Enabling before using the Keplr is recommended.
+      // This method will ask the user whether to allow access if they haven't visited this website.
+      // Also, it will request that the user unlock the wallet if the wallet is locked.
+      await window.keplr.enable(chainId);
+    }
+  }
+
+  return (
+    <div className={styles.center}>
+      <button className={styles.keplrButton} onClick={add}>
+        Add/switch To {params.chainName}
+      </button>
+    </div>
+  );
+}

    We still need to pass the Celestia network parameters to the AddNetworkKeplr function:

    js
    import '@site/src/components/AddNetworkKeplr'
+
+export const MAINNET_PARAMS = {`{
+  chainId: 'celestia',
+  chainName: 'Celestia',
+  rpc: 'https://rpc.lunaroasis.net/',
+  rest: 'https://api.lunaroasis.net/'
+}`}
+
+{<AddNetworkKeplr params={MAINNET_PARAMS}/>}
    import '@site/src/components/AddNetworkKeplr'
+
+export const MAINNET_PARAMS = {`{
+  chainId: 'celestia',
+  chainName: 'Celestia',
+  rpc: 'https://rpc.lunaroasis.net/',
+  rest: 'https://api.lunaroasis.net/'
+}`}
+
+{<AddNetworkKeplr params={MAINNET_PARAMS}/>}
    js
    import '@site/src/components/AddNetworkKeplr'
+
+export const MOCHA_PARAMS = {`{
+  chainId: 'mocha-4',
+  chainName: 'Mocha testnet',
+  rpc: 'https://rpc-mocha.pops.one/',
+  rest: 'https://api-mocha.pops.one/'
+}`}
+
+{<AddNetworkKeplr params={MOCHA_PARAMS}/>}
    import '@site/src/components/AddNetworkKeplr'
+
+export const MOCHA_PARAMS = {`{
+  chainId: 'mocha-4',
+  chainName: 'Mocha testnet',
+  rpc: 'https://rpc-mocha.pops.one/',
+  rest: 'https://api-mocha.pops.one/'
+}`}
+
+{<AddNetworkKeplr params={MOCHA_PARAMS}/>}
    js
    import '@site/src/components/AddNetworkKeplr'
+
+export const ARABICA_PARAMS = {`{
+  chainId: 'arabica-11',
+  chainName: 'Arabica devnet',
+  rpc: 'https://rpc.celestia-arabica-11.com/',
+  rest: 'https://api.celestia-arabica-11.com'
+}`}
+
+{<AddNetworkKeplr params={ARABICA_PARAMS}/>}
    import '@site/src/components/AddNetworkKeplr'
+
+export const ARABICA_PARAMS = {`{
+  chainId: 'arabica-11',
+  chainName: 'Arabica devnet',
+  rpc: 'https://rpc.celestia-arabica-11.com/',
+  rest: 'https://api.celestia-arabica-11.com'
+}`}
+
+{<AddNetworkKeplr params={ARABICA_PARAMS}/>}

    Now, we can connect to the network that you would like to use in Keplr wallet.

    Adding a custom chain to Leap ​

    If you want to add a custom chain to Leap, you can do so by:

    1. Clicking the Cosmos logo in the top corner of Leap wallet
    2. Scrolling down and clicking "Add new chain"

    You can then add the following parameters:

    • Chain Id: arabica-11
    • Chain Name: Arabica devnet
    • New RPC URL: https://rpc.celestia-arabica-11.com/
    • New REST URL: https://api.celestia-arabica-11.com
    • Address Prefix: celestia
    • Native Denom: utia
    • Coin Type: 118
    • Decimals: 6
    • Block explorer URL (optional): https://explorer.celestia-arabica-10.com

    Now, click Add chain and you will be able to view your Arabica account balance and transactions in Leap wallet.

    You'll see that you're connected to Arabica Devnet.

    Adding a custom chain to Cosmostation ​

    Click the hamburger menu icon in the top corner of Cosmostation wallet. Scroll down and click "Add Custom Chain"

    You can then add the following parameters:

    • Custom Chain name: Mocha testnet
    • Rest URL: https://api-mocha.pops.one
    • New RPC URL: https://rpc-mocha.pops.one
    • Currency symbol: TIA
    • Address prefix: celestia
    • Denom: utia
    • Symbol image URL (optional): https://raw.githubusercontent.com/cosmos/chain-registry/master/testnets/celestiatestnet/images/celestia.svg
    • Explorer URL (optional): https://testnet.mintscan.io/celestia-testnet
    • Coin Type: 118
    • Decimals: 6
    • Gas rate Tiny: 0.1
    • Gas rate Low: 0.25
    • Gas rate Average: 0.5

    Now, click Add a custom chain and you will be able to view your Celestia account balance and transactions in Cosmostation wallet.

    Switch chains to "Mocha testnet" and you'll see that you're connected to Celestia's Mocha testnet!

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    Appearance

    Data availability FAQ ​

    What is data availability? ​

    Data availability answers the question, has this data been published? Specifically, a node will verify data availability when it receives a new block that is getting added to the chain. The node will attempt to download all the transaction data for the new block to verify availability. If the node can download all the transaction data, then it successfully verified data availability, proving that the block data was actually published to the network.

    Modular VS Monolithic

    As you’ll see, modular blockchains like Celestia employ other primitives that allow nodes to verify data availability more efficiently. Data availability is critical to the security of any blockchain because it ensures that anyone can inspect the ledger of transactions and verify it. Data availability becomes particularly problematic when scaling blockchains. As the blocks get bigger, it becomes impractical for normal users to download all the data, and therefore users can no longer verify the chain.

    What is the data availability problem? ​

    The problem with data availability occurs when the transaction data for a newly proposed block cannot be downloaded and verified. This type of attack by a block producer is called a data withholding attack, which sees the block producer withhold transaction data of a new block.

    Since transaction data is withheld, nodes cannot update to the latest state. Such an attack can have numerous consequences, from halting a chain to gaining the ability to steal funds. The severity of the consequences will depend on the type of blockchain (L1 or L2) and whether data availability is kept onchain or offchain. The data availability problem commonly arises around L2 scaling solutions like rollups and validiums.

    How do nodes verify data availability in Celestia? ​

    In most blockchains, nodes that verify data availability do so by downloading all transaction data for a block. If they are able to download all the data, they have verified its availability. In Celestia, light nodes have access to a new mechanism to verify data availability without needing to download all the data for a block. This new primitive for verifying data availability is called data availability sampling.

    What is data availability sampling? ​

    Data availability sampling is a mechanism for light nodes to verify data availability without having to download all data for a block. Data availability sampling (DAS) works by having light nodes conduct multiple rounds of random sampling for small portions of block data. As a light node completes more rounds of sampling for block data, it increases its confidence that data is available. Once the light node successfully reaches a predetermined confidence level (e.g. 99%) it will consider the block data as available.

    Want a simpler explanation? Check out this thread on how data availability sampling is like flipping a coin.

    What are some of the security assumptions that Celestia makes for data availability sampling? ​

    Celestia assumes that there is a minimum number of light nodes that are conducting data availability sampling for a given block size. This assumption is necessary so that a full node can reconstruct an entire block from the portions of data light nodes sampled and stored. The amount of light nodes that are needed will depend on the block size - for bigger blocks more light nodes are assumed to be running.

    A second notable assumption that is made by light nodes is that they are connected to at least one honest full node. This ensures that they can receive fraud proofs for incorrectly erasure coded blocks. If a light node is not connected to an honest full node, such as during an eclipse attack, it can’t verify that the block is improperly constructed.

    Why is block reconstruction necessary for security? ​

    In Celestia, blocks need to be erasure coded so that there is redundant data to aid the data availability sampling process. However, nodes tasked with erasure coding the data could do so incorrectly. Since Celestia uses fraud proofs to verify that erasure coding is incorrect, the full block data is needed to generate a bad encoding fraud proof.

    There could be a situation where validators only provide data to light nodes and not full nodes. If the full nodes don’t have the ability to reconstruct the full block from the portions of data stored by light nodes, they wouldn’t be able to generate a bad encoding fraud proof.

    What is data storage? ​

    Data storage is concerned with the ability to store and access past transaction data.

    Modular VS Monolithic

    Data storage and retrieval is needed for multiple purposes, such as:

    • Reading the information of a previous transaction
    • Syncing a node
    • Indexing and serving transaction data
    • Retrieving NFT information

    What is the problem around data storage? ​

    The issue with data storage is whether past transaction data can be stored and successfully retrieved at a later time. The inability to retrieve historical transaction data can cause problems, such as users being unable to access information about their past transactions or nodes that cannot sync from genesis. Luckily, the assumptions around storing and accessing past data are weak. Only a single copy of a blockchain’s history needs to be accessible for users to gain access to historical transaction data. In other words, data storage security is a 1 of N honesty assumption.

    What is the difference between data availability and data storage? ​

    Data availability is about verifying that transaction data for a new block is public and available. In contrast, data storage involves storing and accessing past transaction data from old blocks.

    Where does blockchain state fit into this? ​

    Up until now it’s been all about transaction data, but blockchain state is a related topic. The state is different from transaction data. Specifically, the state is like a current snapshot of the network, which includes information about account balances, smart contract balances, and validator set info. Problems that arise from the size of the state are different in nature than those around data availability and retrievability.

    Why doesn’t Celestia incentivize storage of historical data? ​

    Most blockchains don’t incentivize storage of data because it shouldn’t be the responsibility of a blockchain to guarantee past data will be retrievable forever. In addition, the data storage problem only requires a single party to store and provide the data for users, which is not a strong problem. As such, Celestia’s purpose is to provide a secure and scalable way to verify the availability of data. Once data has been verified as available, the job of storing and retrieving historical data is left up to other entities that require the data. Luckily, there are natural incentives for outside parties to store and serve historical data to users.

    Who may store historical data if there is no reward? ​

    There are multiple types of actors that may be likely to store historical data. Some of those include:

    • Block explorers that provide access to past transaction data.
    • Indexers that provide API queries for past data.
    • Applications or rollups that require historical data for certain processes.
    • Users that want to guarantee that they will have access to their transaction history.

    What are some things blockchains can do to provide stronger assurances of data retrievability? ​

    • Reward nodes based on the amount of transaction data they store and requests for data they serve (this is the case with some data storage blockchains, like Filecoin).
    • Publish transaction data onto a data storage blockchain that incentivizes storing and serving requests for historical data.
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    Celestia's data availability layer ​

    Celestia is a data availability (DA) layer that provides a scalable solution to the data availability problem. Due to the permissionless nature of the blockchain networks, a DA layer must provide a mechanism for the execution and settlement layers to check in a trust-minimized way whether transaction data is indeed available.

    Two key features of Celestia's DA layer are data availability sampling (DAS) and Namespaced Merkle trees (NMTs). Both features are novel blockchain scaling solutions: DAS enables light nodes to verify data availability without needing to download an entire block; NMTs enable execution and settlement layers on Celestia to download transactions that are only relevant to them.

    Data availability sampling (DAS) ​

    In general, light nodes download only block headers that contain commitments (i.e., Merkle roots) of the block data (i.e., the list of transactions).

    To make DAS possible, Celestia uses a 2-dimensional Reed-Solomon encoding scheme to encode the block data: every block data is split into k×k shares, arranged in a k×k matrix, and extended with parity data into a 2k×2k extended matrix by applying multiple times Reed-Solomon encoding.

    Then, 4k separate Merkle roots are computed for the rows and columns of the extended matrix; the Merkle root of these Merkle roots is used as the block data commitment in the block header.

    2D Reed-Soloman (RS) Encoding

    To verify that the data is available, Celestia light nodes are sampling the 2k×2k data shares.

    Every light node randomly chooses a set of unique coordinates in the extended matrix and queries full nodes for the data shares and the corresponding Merkle proofs at those coordinates. If light nodes receive a valid response for each sampling query, then there is a high probability guarantee that the whole block's data is available.

    Additionally, every received data share with a correct Merkle proof is gossiped to the network. As a result, as long as the Celestia light nodes are sampling together enough data shares (i.e., at least k×k unique shares), the full block can be recovered by honest full nodes.

    For more details on DAS, take a look at the original paper.

    Scalability ​

    DAS enables Celestia to scale the DA layer. DAS can be performed by resource-limited light nodes since each light node only samples a small portion of the block data. The more light nodes there are in the network, the more data they can collectively download and store.

    This means that increasing the number of light nodes performing DAS allows for larger blocks (i.e., with more transactions), while still keeping DAS feasible for resource-limited light nodes. However, in order to validate block headers, Celestia light nodes need to download the 4k intermediate Merkle roots.

    For a block data size of n2 bytes, this means that every light node must download O(n) bytes. Therefore, any improvement in the bandwidth capacity of Celestia light nodes has a quadratic effect on the throughput of Celestia's DA layer.

    Fraud proofs of incorrectly extended data ​

    The requirement of downloading the 4k intermediate Merkle roots is a consequence of using a 2-dimensional Reed-Solomon encoding scheme. Alternatively, DAS could be designed with a standard (i.e., 1-dimensional) Reed-Solomon encoding, where the original data is split into k shares and extended with k additional shares of parity data. Since the block data commitment is the Merkle root of the 2k resulting data shares, light nodes no longer need to download O(n) bytes to validate block headers.

    The downside of the standard Reed-Solomon encoding is dealing with malicious block producers that generate the extended data incorrectly.

    This is possible as Celestia does not require a majority of the consensus (i.e., block producers) to be honest to guarantee data availability. Thus, if the extended data is invalid, the original data might not be recoverable, even if the light nodes are sampling sufficient unique shares (i.e., at least k for a standard encoding and k×k for a 2-dimensional encoding).

    As a solution, Fraud Proofs of Incorrectly Generated Extended Data enable light nodes to reject blocks with invalid extended data. Such proofs require reconstructing the encoding and verifying the mismatch. With standard Reed-Solomon encoding, this entails downloading the original data, i.e., n2 bytes. Contrastingly, with 2-dimensional Reed-Solomon encoding, only O(n) bytes are required as it is sufficient to verify only one row or one column of the extended matrix.

    Namespaced Merkle trees (NMTs) ​

    Celestia partitions the block data into multiple namespaces, one for every application (e.g., rollup) using the DA layer. As a result, every application needs to download only its own data and can ignore the data of other applications.

    For this to work, the DA layer must be able to prove that the provided data is complete, i.e., all the data for a given namespace is returned. To this end, Celestia is using Namespaced Merkle trees (NMTs).

    An NMT is a Merkle tree with the leafs ordered by the namespace identifiers and the hash function modified so that every node in the tree includes the range of namespaces of all its descendants. The following figure shows an example of an NMT with height three (i.e., eight data shares). The data is partitioned into three namespaces.

    Namespaced Merkle Tree

    When an application requests the data for namespace 2, the DA layer must provide the data shares D3, D4, D5, and D6 and the nodes N2, N8 and N7 as proof (note that the application already has the root N14 from the block header).

    As a result, the application is able to check that the provided data is part of the block data. Furthermore, the application can verify that all the data for namespace 2 was provided. If the DA layer provides for example only the data shares D4 and D5, it must also provide nodes N12 and N11 as proofs. However, the application can identify that the data is incomplete by checking the namespace range of the two nodes, i.e., both N12 and N11 have descendants part of namespace 2.

    For more details on NMTs, refer to the original paper.

    Building a PoS blockchain for DA ​

    Providing data availability ​

    The Celestia DA layer consists of a PoS blockchain. Celestia is dubbing this blockchain as the celestia-app, an application that provides transactions to facilitate the DA layer and is built using Cosmos SDK. The following figure shows the main components of celestia-app.

    Main components of celestia-app

    celestia-app is built on top of celestia-core, a modified version of the Tendermint consensus algorithm. Among the more important changes to vanilla Tendermint, celestia-core:

    • Enables the erasure coding of block data (using the 2-dimensional Reed-Solomon encoding scheme).
    • Replaces the regular Merkle tree used by Tendermint to store block data with a Namespaced Merkle tree that enables the above layers (i.e., execution and settlement) to only download the needed data (for more details, see the section below describing use cases).

    For more details on the changes to Tendermint, take a look at the ADRs. Notice that celestia-core nodes are still using the Tendermint p2p network.

    Similarly to Tendermint, celestia-core is connected to the application layer (i.e., the state machine) by ABCI++, a major evolution of ABCI (Application Blockchain Interface).

    The celestia-app state machine is necessary to execute the PoS logic and to enable the governance of the DA layer.

    However, the celestia-app is data-agnostic -- the state machine neither validates nor stores the data that is made available by the celestia-app.

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    Monolithic vs. modular blockchains ​

    Blockchains instantiate replicated state machines: the nodes in a permissionless distributed network apply an ordered sequence of deterministic transactions to an initial state resulting in a common final state.

    In other words, this means that nodes in a network all follow the same set of rules (i.e., an ordered sequence of transactions) to go from a starting point (i.e., an initial state) to an ending point (i.e., a common final state). This process ensures that all nodes in the network agree on the final state of the blockchain, even though they operate independently.

    This means blockchains require the following four functions:

    • Execution entails executing transactions that update the state correctly. Thus, execution must ensure that only valid transactions are executed, i.e., transactions that result in valid state machine transitions.
    • Settlement entails an environment for execution layers to verify proofs, resolve fraud disputes, and bridge between other execution layers.
    • Consensus entails agreeing on the order of the transactions.
    • Data Availability (DA) entails making the transaction data available. Note that execution, settlement, and consensus require DA.

    Traditional blockchains, i.e. monolithic blockchains, implement all four functions together in a single base consensus layer. The problem with monolithic blockchains is that the consensus layer must perform numerous different tasks, and it cannot be optimized for only one of these functions. As a result, the monolithic paradigm limits the throughput of the system.

    Modular VS Monolithic

    As a solution, modular blockchains decouple these functions among multiple specialized layers as part of a modular stack. Due to the flexibility that specialization provides, there are many possibilities in which that stack can be arranged. For example, one such arrangement is the separation of the four functions into three specialized layers.

    The base layer consists of DA and consensus and thus, is referred to as the Consensus and DA layer (or for brevity, the DA layer), while both settlement and execution are moved on top in their own layers. As a result, every layer can be specialized to optimally perform only its function, and thus, increase the throughput of the system. Furthermore, this modular paradigm enables multiple execution layers, i.e., rollups, to use the same settlement and DA layers.

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    Introduction ​

    Celestia is a modular data availability network that securely scales with the number of users, making it easy for anyone to launch their own blockchain.

    Celestia enables the next generation of scalable blockchain architectures - modular blockchains. Celestia scales by decoupling execution from consensus and introducing a new primitive, data availability sampling.

    The former entails that Celestia is only responsible for ordering transactions and guaranteeing their data availability; this is similar to reducing consensus to atomic broadcast.

    The latter provides an efficient solution to the data availability problem by only requiring resource-limited light nodes to sample a small number of random shares from each block to verify data availability.

    Interestingly, more light nodes that participate in sampling increases the amount of data that the network can safely handle, enabling the block size to increase without equally increasing the cost to verify the chain.

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    The lifecycle of a celestia-app transaction ​

    Users request the celestia-app to make data available by sending PayForBlobs transactions. Every such transaction consists of the identity of the sender, the data to be made available, also referred to as the message, the data size, the namespace, and a signature. Every block producer batches multiple PayForBlobs transactions into a block.

    Before proposing the block though, the producer passes it to the state machine via ABCI++, where each PayForBlobs transaction is split into a namespaced message (denoted by Msg in the figure below), i.e., the data together with the namespace ID, and an executable transaction (denoted by e-Tx in the figure below) that does not contain the data, but only a commitment that can be used at a later time to prove that the data was indeed made available.

    Thus, the block data consists of data partitioned into namespaces and executable transactions. Note that only these transactions are executed by the Celestia state machine once the block is committed.

    Lifecycle of a celestia-app Transaction

    Next, the block producer adds to the block header a commitment of the block data. As described in the "Celestia's data availability layer" page, the commitment is the Merkle root of the 4k intermediate Merkle roots (i.e., one for each row and column of the extended matrix). To compute this commitment, the block producer performs the following operations:

    • It splits the executable transactions and the namespaced data into shares. Every share consists of some bytes prefixed by a namespace. To this end, the executable transactions are associated with a reserved namespace.
    • It arranges these shares into a square matrix (row-wise). Note that the shares are padded to the next power of two. The outcome square of size k×k is referred to as the original data.
    • It extends the original data to a 2k×2k square matrix using the 2-dimensional Reed-Solomon encoding scheme described above. The extended shares (i.e., containing erasure data) are associated with another reserved namespace.
    • It computes a commitment for every row and column of the extended matrix using the NMTs described above.

    Thus, the commitment of the block data is the root of a Merkle tree with the leaves the roots of a forest of Namespaced Merkle subtrees, one for every row and column of the extended matrix.

    Checking data availability ​

    DA network

    To enhance connectivity, the celestia-node augments the celestia-app with a separate libp2p network, i.e., the so-called DA network, that serves DAS requests.

    Light nodes connect to a celestia-node in the DA network, listen to extended block headers (i.e., the block headers together with the relevant DA metadata, such as the 4k intermediate Merkle roots), and perform DAS on the received headers (i.e., ask for random data shares).

    Note that although it is recommended, performing DAS is optional -- light nodes could just trust that the data corresponding to the commitments in the block headers was indeed made available by the Celestia DA layer. In addition, light nodes can also submit transactions to the celestia-app, i.e., PayForBlobs transactions.

    While performing DAS for a block header, every light node queries Celestia Nodes for a number of random data shares from the extended matrix and the corresponding Merkle proofs. If all the queries are successful, then the light node accepts the block header as valid (from a DA perspective).

    If at least one of the queries fails (i.e., either the data share is not received or the Merkle proof is invalid), then the light node rejects the block header and tries again later. The retrial is necessary to deal with false negatives, i.e., block headers being rejected although the block data is available. This may happen due to network congestion for example.

    Alternatively, light nodes may accept a block header although the data is not available, i.e., a false positive. This is possible since the soundness property (i.e., if an honest light node accepts a block as available, then at least one honest full node will eventually have the entire block data) is probabilistically guaranteed (for more details, take a look at the original paper).

    By fine tuning Celestia's parameters (e.g., the number of data shares sampled by each light node) the likelihood of false positives can be sufficiently reduced such that block producers have no incentive to withhold the block data.

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    How to stake TIA ​

    Celestia is a proof-of-stake blockchain based on the Cosmos SDK.

    Staking TIA as a delegator allows you to secure the Celestia network. This means that you can stake the native token TIA and vote on governance proposals.

    In this tutorial, you will learn how to stake TIA tokens via Keplr and Leap wallets.

    Select your preferred wallet ​

    Keplr
    Leap

    Stake TIA with Keplr wallet ​

    1️⃣ Open your Keplr browser extension ​

    Navigate to Staked and select Stake with Keplr Dashboard.

    This will open the Keplr dashboard in a new browser page.

    Keplr1

    2️⃣ Select Celestia network and search for a validator ​

    In the Keplr dashboard, select the Celestia network and pick a validator of your choice.

    Keplr1

    3️⃣ Stake your TIA tokens ​

    On the following screen enter amount of TIA tokens and select Stake.

    A Keplr popup will appear, requesting your approval for the transaction. Select Approve.

    Keplr1

    4️⃣ Confirm and manage your TIA ​

    After the transaction is confirmed, you will see the following overview dashboard where you can claim rewards, unstake, redelegate, or stake additional tokens.

    Keplr1

    Stake TIA with Leap wallet ​

    1️⃣ Open your Leap browser extension ​

    In top right select Celestia network and navigate to Stake.

    Similarly to previous step, select the +Stake button.

    Keplr1

    2️⃣ Select a validator and stake TIA ​

    On the following screen choose a validator of your choice, enter the desired amount, and click Review.

    Following that, review the transaction details and select Stake, then wait for the transaction to finalize.

    Keplr1

    3️⃣ Confirm and manage your TIA ​

    After the transaction is confirmed, you will see the following overview dashboard where you can claim rewards, unstake, redelegate, or stake additional tokens.

    Keplr1

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    Paying for blobspace ​

    PayForBlobs transactions ​

    To publish data on Celestia, developers can submit PayForBlobs transactions. A PayForBlobs transaction consists of the identity of the sender, the data to be made available, the data size, the namespace, and a signature.

    Each PayForBlobs transaction is split into two parts: the blob or blobs which include the data to be made available along with the namespace, and the executable payment transaction which includes a commitment to the data.

    Both the blobs and executable payment transactions are put into the block within the appropriate namespace. The block data is extended using erasure coding and then Merkelized into a data root commitment included in the block header.

    Lifecycle of a celestia-app Transaction

    See the detailed life cycle of a Celestia transaction.

    Learn how to submit data to Celestia’s data availability layer.

    Fee market overview ​

    Celestia uses a standard gas-price prioritised mempool. This means that transactions with higher fees will be prioritised by validators. Fees are comprised of a flat fee per transaction and then a variable fee based on the size of each blob in the transaction.

    Understand how fees are calculated on Celestia in the overview on submitting PFB transactions.

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    Data retrievability and pruning ​

    The purpose of data availability layers such as Celestia is to ensure that block data is provably published, so that applications and rollups can know what the state of their chain is, and store that data. Once the data is published, data availability layers do not inherently guarantee that historical data will be permanently stored and remain retrievable.

    In this document, we discuss the state of data retrievability and pruning in Celestia, as well as some tips for rollup developers in order to ensure that syncing new rollup nodes is possible.

    Data retrievability and pruning in celestia-node ​

    As of version v0.13.0, celestia-node has implemented a light node sampling window of 30 days, as specified in CIP-4. This means that once pruning is implemented, light nodes will now only sample blocks within a 30-day window instead of sampling all blocks from genesis. This change introduces the concept of pruning to celestia-node, where data outside of the 30-day window may not be stored by light nodes, marking a significant update in how data retrievability and storage are managed within the network (v0.13.0 release notes).

    Data blobs older than the recency window will be pruned by default on light nodes, after pruning is fully implemented, but will continue to be stored by archival nodes that do not prune data. Light nodes will be able to query historic blob data in namespaces from archival nodes, as long as archival nodes exist on the public network.

    Once pruning is fully implemented, light nodes will only perform data availability sampling for blocks within the data recency window of 30 days.

    Suggested practices for rollups ​

    Rollups may need to access historic data in order to allow new rollup nodes to reconstruct the latest state by replaying historic blocks. Once data has been published on Celestia and guaranteed to have been made available, rollups and applications are responsible for storing their historical data.

    While it is possible to continue to do this by using the GetAll API method in celestia-node on historic blocks as long as archival nodes exist on the public Celestia network, rollup developers should not rely on this as the only method to access historical data, as archival nodes serving requests for historical data for free is not guaranteed. Below are some other suggested methods to access historical data.

    • Use professional archival node or data providers. It is expected that professional infrastructure providers will provide paid access to archival nodes, where historical data can be retrieved, for example using the GetAll API method. This provides better guarantees than solely relying on free archival nodes on the public Celestia network.
    • Share snapshots of rollup nodes. Rollups could share snapshots of their data directories which can be downloaded manually by users bootstrapping new nodes. These snapshots could contain the latest state of the rollup, and/or all the historical blocks.
    • Add peer-to-peer support for historical block sync. A less manual version of sharing snapshots, where rollup nodes could implement built-in support for block sync, where rollup nodes download historical block data from each other over a peer-to-peer network.
      • Namespace pinning. In the future, celestia-node is expected to allow nodes to choose to "pin" data from selected namespaces that they wish to store and make available for other nodes. This will allow rollup nodes to be responsible for storing their data, without needing to implement their own peer-to-peer historical block sync mechanism.
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    Staking, governance, & supply ​

    Proof-of-stake on Celestia ​

    Celestia is a proof-of-stake blockchain based on CometBFT and the Cosmos SDK. Celestia supports in-protocol delegation and will start with an initial validator set of 100.

    Staking TIA as a validator or delegator enables you to earn staking rewards from the network. Validators charge a fee to delegators which gives them a percentage of staking rewards.

    Learn how proof of stake works on Cosmos SDK chains like Celestia.

    Consensus mechanismProof-of-stake
    Blockchain frameworkCosmos SDK
    Validator set size100
    Delegation supportYes

    Learn how to stake on your own at the community dashboards.

    Inflation ​

    TIA inflation starts at 8% annually and decreases by 10% every year until it reaches the long term issuance rate of 1.5%. Exact annual inflation rates can be found in the diagram below.

    inflation diagram

    The annual provisions for inflation are calculated based on the total supply of TIA at the beginning of each year. To calculate how many TIA to issue per block, Celestia uses the block timestamp rather than the block height since the time between blocks can vary and cause actual issuance to be higher than the target.

    For an in-depth understanding, refer to ADR019.

    Decentralised governance ​

    Network parameters ​

    TIA holders (not just stakers) can propose and vote on governance proposals to change a subset of network parameters. To learn more, see a complete list of both the changeable and non-changeable parameters and their values. Additionally, learn how to submit and vote on governance proposals.

    Community pool ​

    Starting at genesis, Celestia’s community pool receives 2% of all Celestia block rewards. TIA stakers may vote to fund ecosystem initiatives as in many other Cosmos SDK chains.

    Learn how to submit a governance proposal to spend community pool funds.

    TIA allocation at genesis ​

    Celestia will have a total supply of 1,000,000,000 TIA at genesis, split across five categories described in the chart and table below.

    allocation diagram

    CategoryDescription%
    Public AllocationGenesis Drop and Incentivized Testnet: 7.4%
    Future initiatives: 12.6%    		20%
    R&D & EcosystemTokens allocated to the Celestia Foundation and core devs for research, development, and ecosystem initiatives including:
    - Protocol maintenance and development
    - Programs for rollup developers, infrastructure, and node operators    		26.8%
    Early Backers: Series A&BEarly supporters of Celestia19.7%
    Early Backers: SeedEarly supporters of Celestia15.9%
    Initial Core ContributorsMembers of Celestia Labs, the first core contributor to Celestia17.6%

    Unlocks ​

    Celestia’s 1 billion TIA supply at genesis will be subject to several different unlock schedules. All tokens, locked or unlocked, may be staked, but staking rewards are unlocked upon receipt and will add to the circulating supply.

    Circulating supply is defined as the amount of TIA tokens in general circulation without onchain transfer restrictions.

    Available supply is defined as the amount of TIA tokens that are either part of the circulating supply or are unlocked but subject to some form of governance to determine when the tokens are allocated. This includes the unlocked portion of the R&D & Ecosystem tokens and the tokens set aside for future initiatives.

    The definitions for circulating and available supply were adapted from Optimism’s definitions.

    supply diagram

    Unlock schedule by category is described in the table below.

    CategoryUnlock Schedule
    Public AllocationFully unlocked at launch.
    R&D & Ecosystem25% unlocked at launch.
    Remaining 75% unlocks continuously from year 1 to year 4.
    Initial Core Contributors33% unlocked at year 1.
    Remaining 67% unlocks continuously from year 1 to year 3.
    Early Backers: Seed33% unlocked at year 1.
    Remaining 67% unlocks continuously from year 1 to year 2.
    Early Backers: Series A&B33% unlocked at year 1.
    Remaining 67% unlocks continuously from year 1 to year 2.
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    Appearance

    Staking on Celestia ​

    Engage with the Celestia network at a deeper level through staking. An essential mechanism to a proof-of-stake network, users can secure the network by delegating to a validator and receive a share of its staking rewards.

    Mainnet Beta ​

    Currently, the following staking interfaces exist for the Mainnet Beta.

    Just connect your wallet to get started!

    Mocha testnet ​

    Currently, the following staking interfaces exist for the Mocha testnet.

    Just connect your wallet to get started!

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    Appearance

    Overview of TIA ​

    TIA at a glance ​

    PropertyDetails
    AbbreviationTIA
    Total supply at genesis1,000,000,000 TIA
    Inflation schedule8% in the first year, decreasing 10% per year until reaching an inflation floor of 1.5% annually
    Decimals6
    Conversion1 uTIA=TIA×10−6

    Role of TIA ​

    Paying for blobspace ​

    Celestia’s native asset, TIA, is an essential part of how developers build on the first modular blockchain network. To use Celestia for data availability, rollup developers submit PayForBlobs transactions on the network for a fee, denominated in TIA.

    Bootstrapping new rollups ​

    A core part of the Celestia vision is that deploying a blockchain should be as easy as deploying a smart contract. In the modular era, developers no longer need to issue a token to launch their own blockchain.

    Similarly to ETH on Ethereum-based rollups, developers may opt to bootstrap their chain quickly by using TIA as a gas token and currency, in addition to paying for data availability. In this mode, developers can focus on creating their application or execution layer, instead of issuing a token right away.

    Proof-of-stake ​

    As a permissionless network built with Cosmos SDK, Celestia uses proof-of-stake to secure its own consensus. Like in other Cosmos networks, any user can help secure the network by delegating their TIA to a Celestia validator for a portion of their validator’s staking rewards.

    Learn how proof-of-stake works in Cosmos.

    Decentralised governance ​

    TIA staking also allows the community to play a critical role in decentralised governance over key parts of Celestia, such as voting on network parameters through governance proposals, and governing the community pool, which receives 2% of block rewards.

    Learn more about Celestia’s decentralised governance model.

    Denominations ​

    TIA: display token ​

    TIA is the DisplayDenom that you will typically see in wallets and user interfaces.

    utia: staking denomination ​

    utia is the BondDenom and stands for "micro TIA", with 1 TIA = 1,000,000 utia. This is the native staking denomination.

    In staking operations or transactions, if no denomination is specified, utia is assumed.

    microtia: staking denomination alias ​

    microtia is the BondDenomAlias, an alias for utia.

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    Arabica devnet ​

    arabica-devnet

    Arabica devnet is a testnet from Celestia Labs that is focused exclusively on providing developers with enhanced performance and the latest upgrades for testing their rollups and applications.

    Arabica does not focus on validator or consensus-level testing, rather, that is what Mocha testnet is used for. If you are a validator, we recommend testing your validator operations on the Mocha testnet.

    Network stability and upgrades ​

    Arabica has the latest updates from all Celestia's products deployed on it, it can be subject to many changes. Therefore, as a fair warning, Arabica can break unexpectedly, but given it will be continuously updated, it is a useful way to keep testing the latest changes in the software.

    Developers can still deploy on Mocha testnet their sovereign rollups if they chose to do so, it just will always lag behind Arabica devnet until Mocha undergoes Hardfork Upgrades in coordination with Validators.

    Network details ​

    DetailValue
    Chain IDarabica-11
    Genesis hash27122593765E07329BC348E8D16E92DCB4C75B34CCCB35C640FD7A4484D4C711
    Genesis file https://github.com/celestiaorg/networks/blob/master/arabica-11/genesis.json
    Peers file https://github.com/celestiaorg/networks/blob/master/arabica-11/peers.txt
    Validators 4

    Software version numbers ​

    SoftwareVersion
    celestia-nodev0.13.3
    celestia-appv1.7.0

    Integrations ​

    This guide contains the relevant sections for how to connect to Arabica devnet, depending on the type of node you are running. Your best approach to participating is to first determine which node you would like to run. Each node’s guide will link to the relevant network in order to show you how to connect to them. Learn about the different endpoint types in the Cosmos SDK documentation.

    RPC endpoints ​

    RPC endpoints and types of nodes you can run in order to participate in Arabica devnet:

    Node typeEndpoint typeEndpoint
    Consensus nodes (full)Consensus RPChttps://rpc.celestia-arabica-11.com
    APIhttps://api.celestia-arabica-11.com
    gRPCgrpc.celestia-arabica-11.com:443
    Direct endpoints with open portsOpen ports: 26656 (p2p), 26657 (RPC), 1317 (API), 9090 (GRPC)
    validator-1.celestia-arabica-11.com
    validator-2.celestia-arabica-11.com
    validator-3.celestia-arabica-11.com
    validator-4.celestia-arabica-11.com
    Data availability nodesDA Bridge Node Endpoints/dns4/da-bridge-1.celestia-arabica-11.com/tcp/2121/p2p/12D3KooWGqwzdEqM54Dce6LXzfFr97Bnhvm6rN7KM7MFwdomfm4S
    (light, bridge, full)/dns4/da-bridge-2.celestia-arabica-11.com/tcp/2121/p2p/12D3KooWCMGM5eZWVfCN9ZLAViGfLUWAfXP5pCm78NFKb9jpBtua
    /dns4/da-bridge-3.celestia-arabica-11.com/tcp/2121/p2p/12D3KooWEWuqrjULANpukDFGVoHW3RoeUU53Ec9t9v5cwW3MkVdQ
    /dns4/da-bridge-4.celestia-arabica-11.com/tcp/2121/p2p/12D3KooWLT1ysSrD7XWSBjh7tU1HQanF5M64dHV6AuM6cYEJxMPk
    --core.ip string endpointsRefer to "Direct endpoints with open ports" above

    You can find the status of these endpoints.

    Using consensus endpoints with DA nodes ​

    Consensus RPC endpoints are used to provide DA nodes with state access for querying the chain’s state and broadcasting transactions (balances, blobs, etc.) to the Celestia network.

    Developers will need to provide a –core.ip string from a consensus node’s URI or an IP that populates 2 ports for 2 types (RPC and gRPC, at ports 26657 and 9090, respectively) to their respective DA node.

    EXAMPLE

    bash
    celestia <da_type> start –core.ip <url> –core.rpc.port <port> \
+    –core.grpc.port <port> \
    celestia <da_type> start –core.ip <url> –core.rpc.port <port> \
+    –core.grpc.port <port> \

    RPCs for DA nodes to initialise or start your celestia-node to Arabica devnet with can be found in the table in the "Direct endpoints with open ports" section above.

    As an example, this command will work to start a light node with state access, using default ports:

    bash
    celestia light start --p2p.network arabica \
+  --core.ip validator-1.celestia-arabica-11.com
    celestia light start --p2p.network arabica \
+  --core.ip validator-1.celestia-arabica-11.com

    Bridge node runners

    Not all of the RPC endpoints do not guarantee the full block history. Find an archive endpoint on the community dashboard or run your own full consensus node with no pruning for your bridge node.

    Arabica devnet faucet ​

    WARNING

    USING THIS FAUCET DOES NOT ENTITLE YOU TO ANY AIRDROP OR OTHER DISTRIBUTION OF MAINNET CELESTIA TOKENS. THERE ARE NO PUBLIC SALES OF ANY MAINNET CELESTIA TOKENS.

    Discord ​

    You can request from Arabica devnet Faucet on the #arabica-faucet channel on Celestia's Discord server with the following command:

    text
    $request <CELESTIA-ADDRESS>
    $request <CELESTIA-ADDRESS>

    Where <CELESTIA-ADDRESS> is a celestia1****** generated address.

    NOTE

    Faucet has a limit of 10 tokens per week per address/Discord ID.

    Web ​

    The web faucet is available at https://faucet.celestia-arabica-11.com/.

    Explorers ​

    There are multiple explorers you can use for Arabica:

    Network upgrades ​

    Join our Telegram announcement channel for network upgrades.

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    Appearance

    Setting up a Celestia bridge node ​

    This tutorial will go over the steps to setting up your Celestia bridge node.

    Bridge nodes connect the data availability layer and the consensus layer.

    Overview of bridge nodes ​

    A Celestia bridge node has the following properties:

    1. Import and process “raw” headers & blocks from a trusted core process (meaning a trusted RPC connection to a celestia-core node) in the Consensus network. Bridge nodes can run this core process internally (embedded) or simply connect to a remote endpoint. Bridge nodes also have the option of being an active validator in the consensus network.
    2. Validate and erasure code the “raw” blocks
    3. Supply block shares with data availability headers to light nodes in the DA network.

    bridge-node-diagram

    From an implementation perspective, Bridge nodes run two separate processes:

    1. celestia-app with celestia-core (see repo)

      • celestia-app is the state machine where the application and the proof-of-stake logic is run. celestia-app is built on Cosmos SDK and also encompasses celestia-core.
      • celestia-core is the state interaction, consensus and block production layer. celestia-core is built on Tendermint Core, modified to store data roots of erasure coded blocks among other changes (see ADRs).

    2. celestia-node (see repo)

      • celestia-node augments the above with a separate libp2p network that serves data availability sampling requests. The team sometimes refers to this as the “halo” network.

    Hardware requirements ​

    The following hardware minimum requirements are recommended for running the bridge node:

    • Memory: 4 GB RAM (minimum)
    • CPU: 6 cores
    • Disk: 10 TB SSD Storage
    • Bandwidth: 1 Gbps for Download/1 Gbps for Upload

    Setting up your bridge node ​

    The following tutorial is done on an Ubuntu Linux 20.04 (LTS) x64 instance machine.

    Setup the dependencies ​

    Follow the tutorial for installing the dependencies.

    Deploy the Celestia bridge node ​

    Install Celestia Node ​

    Install the celestia-node binary, which will be used to run the bridge node.

    Follow the tutorial for installing celestia-node.

    Initialize the bridge node ​

    Run the following:

    sh
    celestia bridge init --core.ip <URI>
    celestia bridge init --core.ip <URI>

    The --core.ip gRPC port defaults to 9090, so if you do not specify it in the command line, it will default to that port. You can add the port after the IP address or use the --core.grpc.port flag to specify another port if you prefer.

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    Using an RPC of your own, or one from the list on the Mocha testnet page or list on the Arabica devnet page, start your node.

    Here is an example of initializing the bridge node:

    sh
    celestia bridge init --core.ip <URI>
    celestia bridge init --core.ip <URI>
    sh
    celestia bridge init --core.ip <URI> --p2p.network mocha
    celestia bridge init --core.ip <URI> --p2p.network mocha
    sh
    celestia bridge init --core.ip <URI> --p2p.network arabica
    celestia bridge init --core.ip <URI> --p2p.network arabica

    Run the bridge node ​

    Start the bridge node with a connection to a validator node's gRPC endpoint (which is usually exposed on port 9090):

    sh
    celestia bridge start --core.ip <URI>
    celestia bridge start --core.ip <URI>

    Here is an example of starting the bridge node on Mocha:

    sh
    celestia bridge start --core.ip rpc-mocha.pops.one:26657 --p2p.network mocha
    celestia bridge start --core.ip rpc-mocha.pops.one:26657 --p2p.network mocha

    And on Arabica:

    sh
    celestia bridge start --core.ip validator-1.celestia-arabica-11.com \
+  --p2p.network arabica
    celestia bridge start --core.ip validator-1.celestia-arabica-11.com \
+  --p2p.network arabica

    You can create your key for your node by following the cel-key instructions.

    Once you start the bridge node, a wallet key will be generated for you. You will need to fund that address with Testnet tokens to pay for PayForBlob transactions. You can find the address by running the following command:

    sh
    ./cel-key list --node.type bridge --keyring-backend test --p2p.network <network>
    ./cel-key list --node.type bridge --keyring-backend test --p2p.network <network>

    TIP

    You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

    You can get testnet tokens from:

    NOTE

    If you are running a bridge node for your validator it is highly recommended to request Mocha testnet tokens as this is the testnet used to test out validator operations.

    Optional: run the bridge node with a custom key ​

    In order to run a bridge node using a custom key:

    1. The custom key must exist inside the celestia bridge node directory at the correct path (default: ~/.celestia-bridge/keys/keyring-test)
    2. The name of the custom key must be passed upon start, like so:
    sh
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key>
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key>
    sh
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key> \
+  --p2p.network mocha
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key> \
+  --p2p.network mocha
    sh
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key> \
+  --p2p.network arabica
    celestia bridge start --core.ip <URI> --keyring.accname <name-of-custom-key> \
+  --p2p.network arabica

    Optional: start the bridge node with SystemD ​

    Follow the tutorial on setting up the bridge node as a background process with SystemD.

    You have successfully set up a bridge node that is syncing with the network.

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    Appearance

    Helpful CLI commands ​

    View all options:

    console
    $ celestia-appd --help
+Start celestia-app
+
+Usage:
+  celestia-appd [command]
+
+Available Commands:
+  add-genesis-account Add a genesis account to genesis.json
+  collect-gentxs      Collect genesis txs and output a genesis.json file
+  config              Create or query an application CLI configuration file
+  debug               Tool for helping with debugging your application
+  export              Export state to JSON
+  gentx               Generate a genesis tx carrying a self delegation
+  help                Help about any command
+  init                Initialize private validator, p2p, genesis,
+  and application configuration files
+  keys                Manage your application's keys
+  migrate             Migrate genesis to a specified target version
+  query               Querying subcommands
+  rollback            rollback tendermint state by one height
+  rollback            rollback cosmos-sdk and tendermint state by one height
+  start               Run the full node
+  status              Query remote node for status
+  tendermint          Tendermint subcommands
+  tx                  Transactions subcommands
+  validate-genesis    validates the genesis file at the default
+  location or at the location passed as an arg
+  version             Print the application binary version information
    $ celestia-appd --help
+Start celestia-app
+
+Usage:
+  celestia-appd [command]
+
+Available Commands:
+  add-genesis-account Add a genesis account to genesis.json
+  collect-gentxs      Collect genesis txs and output a genesis.json file
+  config              Create or query an application CLI configuration file
+  debug               Tool for helping with debugging your application
+  export              Export state to JSON
+  gentx               Generate a genesis tx carrying a self delegation
+  help                Help about any command
+  init                Initialize private validator, p2p, genesis,
+  and application configuration files
+  keys                Manage your application's keys
+  migrate             Migrate genesis to a specified target version
+  query               Querying subcommands
+  rollback            rollback tendermint state by one height
+  rollback            rollback cosmos-sdk and tendermint state by one height
+  start               Run the full node
+  status              Query remote node for status
+  tendermint          Tendermint subcommands
+  tx                  Transactions subcommands
+  validate-genesis    validates the genesis file at the default
+  location or at the location passed as an arg
+  version             Print the application binary version information

    Creating a wallet ​

    sh
    celestia-appd config keyring-backend test
    celestia-appd config keyring-backend test

    keyring-backend configures the keyring's backend, where the keys are stored.

    Options are: os|file|kwallet|pass|test|memory.

    You can learn more on the Cosmos documentation or Go Package documentation.

    Key management ​

    sh
    # listing keys
+celestia-appd keys list
+
+# adding keys
+celestia-appd keys add <KEY_NAME>
+
+# deleting keys
+celestia-appd keys delete <KEY_NAME>
+
+# renaming keys
+celestia-appd keys rename <CURRENT_KEY_NAME> <NEW_KEY_NAME>
    # listing keys
+celestia-appd keys list
+
+# adding keys
+celestia-appd keys add <KEY_NAME>
+
+# deleting keys
+celestia-appd keys delete <KEY_NAME>
+
+# renaming keys
+celestia-appd keys rename <CURRENT_KEY_NAME> <NEW_KEY_NAME>

    Importing and exporting keys ​

    Import an encrypted and ASCII-armored private key into the local keybase.

    sh
    celestia-appd keys import <KEY_NAME> <KEY_FILE>
    celestia-appd keys import <KEY_NAME> <KEY_FILE>

    Example usage:

    sh
    celestia-appd keys import amanda ./keyfile.txt
    celestia-appd keys import amanda ./keyfile.txt

    Export a private key from the local keyring in encrypted and ASCII-armored format:

    sh
    celestia-appd keys export <KEY_NAME>
+
+# you will then be prompted to set a password for the encrypted private key:
+Enter passphrase to encrypt the exported key:
    celestia-appd keys export <KEY_NAME>
+
+# you will then be prompted to set a password for the encrypted private key:
+Enter passphrase to encrypt the exported key:

    After you set a password, your encrypted key will be displayed.

    Querying subcommands ​

    Usage:

    sh
    celestia-appd query <FLAGS> | <COMMAND>
+
+# alias q
+celestia-appd q <FLAGS> | <COMMAND>
    celestia-appd query <FLAGS> | <COMMAND>
+
+# alias q
+celestia-appd q <FLAGS> | <COMMAND>

    To see all options:

    sh
    celestia-appd q --help
    celestia-appd q --help

    Token management ​

    Get token balances:

    sh
    celestia-appd q bank balances <ADDRESS> --node <NODE_URI>
    celestia-appd q bank balances <ADDRESS> --node <NODE_URI>

    Example usage:

    sh
    celestia-appd q bank balances celestia1czpgn3hdh9sodm06d5qk23xzgpq2uyc8ggdqgw \
+    --node https://rpc-mocha.pops.one
    celestia-appd q bank balances celestia1czpgn3hdh9sodm06d5qk23xzgpq2uyc8ggdqgw \
+    --node https://rpc-mocha.pops.one

    Transfer tokens from one wallet to another:

    sh
    celestia-appd tx bank send <FROM_ADDRESS> <TO_ADDRESS> \
+    <amount> --node <NODE_URI> --chain-id <CHAIN_ID>
    celestia-appd tx bank send <FROM_ADDRESS> <TO_ADDRESS> \
+    <amount> --node <NODE_URI> --chain-id <CHAIN_ID>

    Example usage:

    sh
    celestia-appd tx bank send <FROM_ADDRESS> <TO_ADDRESS> \
+    19000000utia --node https://rpc-mocha.pops.one/ --chain-id mocha
    celestia-appd tx bank send <FROM_ADDRESS> <TO_ADDRESS> \
+    19000000utia --node https://rpc-mocha.pops.one/ --chain-id mocha

    To see options:

    sh
    celestia-appd tx bank send --help
    celestia-appd tx bank send --help

    Governance ​

    Governance proposals on Celestia are limited as there are no text proposals, upgrades occur via social consensus, and some params are not modifiable. However, one can submit governance proposals to change certain parameters and spend community funds. More detailed information on this topic can be found in the cosmos-sdk documentation for submitting proposals, the list of parameter defaults in the specs, and the x/paramfilter module specs.

    Viewing the available proposals can be done with the query command:

    sh
    celestia-appd q gov proposals
    celestia-appd q gov proposals

    There are four options when voting "yes", "no", "no_with_veto" and "abstain". The "no_with_veto" vote is different from the "no" vote in that the submitter of the proposer's deposit will get burned, and a minority of stake (1/3) can stop a proposal that might otherwise pass quorum. You can use those options to vote on a governance proposal with the following command:

    sh
    celestia-appd tx gov vote <proposal id> <option> \
+    --from <wallet> --chain-id <chain-id>
    celestia-appd tx gov vote <proposal id> <option> \
+    --from <wallet> --chain-id <chain-id>

    To submit a proposal, there are two commands that can be used. The first is the legacy command, which is the recommended way to submit a proposal.

    To change the max validators to 105, one would first save this JSON file:

    json
    {
+  "title": "Staking Param Change",
+  "description": "Update max validators",
+  "changes": [
+    {
+      "subspace": "staking",
+      "key": "MaxValidators",
+      "value": 105
+    }
+  ],
+  "deposit": "1000000000utia"
+}
    {
+  "title": "Staking Param Change",
+  "description": "Update max validators",
+  "changes": [
+    {
+      "subspace": "staking",
+      "key": "MaxValidators",
+      "value": 105
+    }
+  ],
+  "deposit": "1000000000utia"
+}

    Then you can submit the proposal with:

    sh
    celestia-appd tx gov submit-legacy-proposal \
+    parameter-change <path to json file> \
+    --from <wallet> --chain-id <chain-id>
    celestia-appd tx gov submit-legacy-proposal \
+    parameter-change <path to json file> \
+    --from <wallet> --chain-id <chain-id>

    If we want to use the newer api, we can submit a proposal by first saving the sdk.Msg proposal in the json encoded format to a json.

    json
    {
+  "messages": [
+    {
+      "@type": "/cosmos.gov.v1beta1.MsgSubmitProposal",
+      "content": {
+        "@type": "/cosmos.params.v1beta1.ParameterChangeProposal",
+        "title": "title",
+        "description": "description",
+        "changes": [
+          { "subspace": "staking", "key": "MaxValidators", "value": "103" }
+        ]
+      },
+      "initial_deposit": [{ "denom": "utia", "amount": "1000000000" }],
+      "proposer": "celestia10d07y265gmmuvt4z0w9aw880jnsr700jtgz4v7"
+    }
+  ]
+}
    {
+  "messages": [
+    {
+      "@type": "/cosmos.gov.v1beta1.MsgSubmitProposal",
+      "content": {
+        "@type": "/cosmos.params.v1beta1.ParameterChangeProposal",
+        "title": "title",
+        "description": "description",
+        "changes": [
+          { "subspace": "staking", "key": "MaxValidators", "value": "103" }
+        ]
+      },
+      "initial_deposit": [{ "denom": "utia", "amount": "1000000000" }],
+      "proposer": "celestia10d07y265gmmuvt4z0w9aw880jnsr700jtgz4v7"
+    }
+  ]
+}

    Note that the proposer here must be the gov module account. That account can be found by using this command:

    sh
    celestia-appd q auth module-account gov
    celestia-appd q auth module-account gov

    Then one can submit the proposal with:

    sh
    celestia-appd tx gov submit-proposal <path to json file> \
+    --from <wallet> --chain-id <chain-id>
    celestia-appd tx gov submit-proposal <path to json file> \
+    --from <wallet> --chain-id <chain-id>

    Community Pool ​

    A percentage of the block rewards are allocated to the community pool. Community members can submit governance proposals to spend the community pool funds, and token holders can vote on these proposals. The proposals to spend are arbitrary in nature in that they can only contain text and some address to send funds to. To view the community pool balance, use the following command:

    sh
    celestia-appd q distribution community-pool
    celestia-appd q distribution community-pool

    To submit a proposal to spend the community pool funds, first create a JSON file that contains the proposal.

    json
    {
+  "title": "Community Pool Spend",
+  "description": "Fund an open source project.",
+  "recipient": "celestia17adsjkuecgjheugrdrwdqv9uh3qkrfmj9xzawx",
+  "amount": "100000000000utia",
+  "deposit": "1000000000utia"
+}
    {
+  "title": "Community Pool Spend",
+  "description": "Fund an open source project.",
+  "recipient": "celestia17adsjkuecgjheugrdrwdqv9uh3qkrfmj9xzawx",
+  "amount": "100000000000utia",
+  "deposit": "1000000000utia"
+}

    The json file can be submitted using a similar proposal submission command as above:

    sh
    celestia-appd tx gov submit-legacy-proposal \
+    community-pool-spend <path to json file> \
+    --from <wallet>
    celestia-appd tx gov submit-legacy-proposal \
+    community-pool-spend <path to json file> \
+    --from <wallet>

    Claim validator rewards ​

    You can claim your validator rewards with the following command:

    sh
    celestia-appd tx distribution withdraw-rewards <validator valoper> \
+    --commission --from=<validator wallet> --chain-id <chain-id> \
+    --gas auto -y
    celestia-appd tx distribution withdraw-rewards <validator valoper> \
+    --commission --from=<validator wallet> --chain-id <chain-id> \
+    --gas auto -y

    Delegate & undelegate tokens ​

    You can delegate your tokens to a validator with the following command:

    sh
    celestia-appd tx staking delegate <validator valoper> <amount>\
+    --from <wallet> --chain-id <chain-id>
    celestia-appd tx staking delegate <validator valoper> <amount>\
+    --from <wallet> --chain-id <chain-id>

    You can undelegate tokens to a validator with the unbond command:

    sh
    celestia-appd tx staking unbond <validator valoper> <amount>\
+    --from <wallet> --chain-id <chain-id>
    celestia-appd tx staking unbond <validator valoper> <amount>\
+    --from <wallet> --chain-id <chain-id>

    Unjailing the validator ​

    You can unjail your validator with the following command:

    sh
    celestia-appd tx slashing unjail --from <validator wallet>\
+    --chain-id <chain-id> --gas auto -y
    celestia-appd tx slashing unjail --from <validator wallet>\
+    --chain-id <chain-id> --gas auto -y

    How to export logs with SystemD ​

    You can export your logs if you are running a SystemD service with the following command:

    sh
    sudo journalctl -u <your systemd service> -S yesterday > node_logs.txt
+sudo journalctl -u <your systemd service> -S today > node_logs.txt
+# This command outputs the last 1 million lines!
+sudo journalctl -u <your systemd service> -n 1000000 > node_logs.txt
    sudo journalctl -u <your systemd service> -S yesterday > node_logs.txt
+sudo journalctl -u <your systemd service> -S today > node_logs.txt
+# This command outputs the last 1 million lines!
+sudo journalctl -u <your systemd service> -n 1000000 > node_logs.txt

    Signing genesis for a new network ​

    You can first run the following commands:

    sh
    VALIDATOR_NAME=validator1
+CHAIN_ID=testnet
+celestia-appd init $VALIDATOR_NAME --chain-id $CHAIN_ID
+MONIKER=validator_name
    VALIDATOR_NAME=validator1
+CHAIN_ID=testnet
+celestia-appd init $VALIDATOR_NAME --chain-id $CHAIN_ID
+MONIKER=validator_name

    Next create a wallet:

    sh
    KEY_NAME=validator
+celestia-appd keys add $KEY_NAME
    KEY_NAME=validator
+celestia-appd keys add $KEY_NAME

    Create or assign an EVM address:

    sh
    EVM_ADDRESS=<EVM_ADDRESS>
    EVM_ADDRESS=<EVM_ADDRESS>

    Then add genesis account:

    sh
    CELES_AMOUNT="5000100000000utia"
+celestia-appd add-genesis-account $KEY_NAME $CELES_AMOUNT
    CELES_AMOUNT="5000100000000utia"
+celestia-appd add-genesis-account $KEY_NAME $CELES_AMOUNT

    Then generate your gentx:

    sh
    STAKING_AMOUNT=5000000000000utia
+celestia-appd gentx $KEY_NAME $STAKING_AMOUNT --chain-id $CHAIN_ID \
+    --pubkey=$(celestia-appd tendermint show-validator) \
+    --moniker=$MONIKER \
+    --commission-rate=0.1 \
+    --commission-max-rate=0.2 \
+    --commission-max-change-rate=0.01 \
+    --min-self-delegation=1 \
+    --evm-address=$EVM_ADDRESS \
    STAKING_AMOUNT=5000000000000utia
+celestia-appd gentx $KEY_NAME $STAKING_AMOUNT --chain-id $CHAIN_ID \
+    --pubkey=$(celestia-appd tendermint show-validator) \
+    --moniker=$MONIKER \
+    --commission-rate=0.1 \
+    --commission-max-rate=0.2 \
+    --commission-max-change-rate=0.01 \
+    --min-self-delegation=1 \
+    --evm-address=$EVM_ADDRESS \

    You can then share your gentx JSON file on the networks repo in the respective network directory you are participating in.

    + + + + \ No newline at end of file diff --git a/nodes/celestia-app-metrics.html b/nodes/celestia-app-metrics.html new file mode 100644 index 00000000000..88d0bbae0d4 --- /dev/null +++ b/nodes/celestia-app-metrics.html @@ -0,0 +1,127 @@ + + + + + + Metrics | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Metrics ​

    Metrics are a powerful tool for monitoring the health and performance of a system. Celestia provides support for metrics to make sure, as an operator, your system continues to remain up and running. Metrics can also provide critical insight into how Celestia is used and how it can be improved.

    Setup ​

    Celestia uses Prometheus to publish metrics. It can be enabled through the config.toml file.

    bash
    #######################################################
+###       Instrumentation Configuration Options     ###
+#######################################################
+[instrumentation]
+
+# When true, Prometheus metrics are served under /metrics on
+# PrometheusListenAddr.
+# Check out the documentation for the list of available metrics.
+prometheus = true
+
+# Address to listen for Prometheus collector(s) connections
+prometheus_listen_addr = ":26660"
+
+# Maximum number of simultaneous connections.
+# If you want to accept a larger number than the default, make sure
+# you increase your OS limits.
+# 0 - unlimited.
+max_open_connections = 3
+
+# Instrumentation namespace
+namespace = "celestia"
    #######################################################
+###       Instrumentation Configuration Options     ###
+#######################################################
+[instrumentation]
+
+# When true, Prometheus metrics are served under /metrics on
+# PrometheusListenAddr.
+# Check out the documentation for the list of available metrics.
+prometheus = true
+
+# Address to listen for Prometheus collector(s) connections
+prometheus_listen_addr = ":26660"
+
+# Maximum number of simultaneous connections.
+# If you want to accept a larger number than the default, make sure
+# you increase your OS limits.
+# 0 - unlimited.
+max_open_connections = 3
+
+# Instrumentation namespace
+namespace = "celestia"

    If you restart your node, you can check to see it's working by running:

    bash
    curl localhost:26660/metrics
    curl localhost:26660/metrics

    Visualization ​

    Now your nodes are publishing metrics, we need something to scrape it and a visualizer to create a dashboard. Commonly, Prometheus is paired with Grafana.

    First, you will need to install Prometheus either from their downloads page or through a package manager like brew.

    Next, create a config file $HOME/.celestia-app/config/prometheus.yml and fill out some basic settings as follows:

    yml
    global:
+  scrape_interval: 15s # By default, scrape targets every 15 seconds.
+
+  # Attach these labels to any time series or alerts when communicating
+  # with external systems (federation, remote storage, Alertmanager).
+  external_labels:
+    monitor: "codelab-monitor"
+
+# A scrape configuration containing exactly one endpoint to scrape:
+# Here it's Prometheus itself.
+scrape_configs:
+  # The job name is added as a label `job=<job_name>` to any timeseries
+  # scraped from this config.
+  - job_name: "prometheus"
+
+    # Override the global default and scrape targets from this job every
+    # 5 seconds.
+    scrape_interval: 5s
+
+    static_configs:
+      # Point to the same endpoint that Celestia is publishing on
+      - targets: ["localhost:26660"]
    global:
+  scrape_interval: 15s # By default, scrape targets every 15 seconds.
+
+  # Attach these labels to any time series or alerts when communicating
+  # with external systems (federation, remote storage, Alertmanager).
+  external_labels:
+    monitor: "codelab-monitor"
+
+# A scrape configuration containing exactly one endpoint to scrape:
+# Here it's Prometheus itself.
+scrape_configs:
+  # The job name is added as a label `job=<job_name>` to any timeseries
+  # scraped from this config.
+  - job_name: "prometheus"
+
+    # Override the global default and scrape targets from this job every
+    # 5 seconds.
+    scrape_interval: 5s
+
+    static_configs:
+      # Point to the same endpoint that Celestia is publishing on
+      - targets: ["localhost:26660"]

    Note, that Prometheus by default runs its server on :9090. If you are running this on the same machine as your consensus node, it will collide with gRPC which runs on the same port. To avoid this, either switch off gRPC (if it's not needed), change the gRPC port in app.toml, or run Prometheus on a different port e.g. --web.listen-address="0.0.0.0:8000"

    To run the prometheus server:

    bash
    prometheus --config.file="$HOME/.celestia-app/config/prometheus.yml"
    prometheus --config.file="$HOME/.celestia-app/config/prometheus.yml"

    A prometheus server can scrape metrics from multiple nodes at once; a good way of bringing together information from many machines to one place.

    To visualize the information, you can use Grafana: either with their cloud option or run the open source code yourself.

    Once setup, run:

    bash
    grafana server
    grafana server

    which will begin a server on localhost:3000. If you open the url on your browser you will see the Grafana login page. Use admin for both the user and password to log in.

    You will need to link the prometheus server as a data source. To do that go to "Configuration" in the sidebar and then "Data Sources". Add a new data source specifying the URL of the Prometheus instance (default at localhost:9090). Click "Save & test" to confirm.

    Lastly, you will need to setup a dashboard. You can choose to do this yourself, handpicking the metrics that are important or you can simply export an existing design. Fortunately the cosmos ecosystem has conjured a "Cosmos Dashboard". On the sidebar, click "Dashboards" and then "import". Enter the following dashboard ID: 11036 and then link it to the "Prometheus" data source you just set up. Finally click the "Import" button and the "Cosmos Dashboard" should appear.

    Node exporter ​

    Celestia's metrics include a plethora of application specific trackers but it's also important to keep an eye on system level metrics such as memory usage and disk space. This can be best achieved by running Node Exporter. Follow the guide in the link to get set up, adding the port number to the prometheus.yml file.

    Alerts ​

    The final cherry on the cake is to integrate your monitoring system with a mechanism for producing alerts to warn you if your node has crashed or is no longer able to stay at the head of the chain.

    Since we're already using Grafana, we can install the Grafana OnCall plugin. OnCall allows you to setup integrations. It could be a webhook or a direct integration into Telegram or Slack. You can find more information on Grafana's Docs Page.

    + + + + \ No newline at end of file diff --git a/nodes/celestia-app-multisig.html b/nodes/celestia-app-multisig.html new file mode 100644 index 00000000000..a7d5b0ac3f2 --- /dev/null +++ b/nodes/celestia-app-multisig.html @@ -0,0 +1,147 @@ + + + + + + Multisig | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Multisig ​

    Celestia inherits support for multisig accounts from the Cosmos SDK. Multisig accounts behave similarly to regular accounts with the added requirement that a threshold of signatures is needed to authorize a transaction.

    Multisig accounts can be created from the command line or using a graphical interface such as Keplr.

    Command line ​

    bash
    #!/bin/sh
+
+# Prerequisite: prior to running this script, start a single node devnet with ./scripts/single-node.sh
+CHAIN_ID="private"
+KEY_NAME="validator"
+KEYRING_BACKEND="test"
+BROADCAST_MODE="block"
+
+# Create 3 test keys
+celestia-appd keys add test1
+celestia-appd keys add test2
+celestia-appd keys add test3
+# Create the multisig account
+celestia-appd keys add multisig \
+    --multisig test1,test2,test3 \
+    --multisig-threshold 2
+
+# Send some funds from the validator account to the multisig account
+celestia-appd tx bank send $VALIDATOR $MULTISIG 100000utia \
+    --from $VALIDATOR \
+    --fees 1000utia \
+    --chain-id $CHAIN_ID \
+    --keyring-backend $KEYRING_BACKEND \
+    --broadcast-mode $BROADCAST_MODE \
+    --yes
+
+# Send some funds from the multisig account to the validator account.
+# Note this transaction will need to be signed by at least 2 of the 3 test accounts.
+celestia-appd tx bank send $MULTISIG $VALIDATOR 1utia \
+    --from $MULTISIG \
+    --fees 1000utia \
+    --chain-id $CHAIN_ID \
+    --keyring-backend $KEYRING_BACKEND \
+    --generate-only > unsignedTx.json
+
+# Sign from test1 and test2
+celestia-appd tx sign unsignedTx.json \
+    --multisig $MULTISIG \
+    --from test1 \
+    --output-document test1sig.json \
+    --chain-id $CHAIN_ID
+celestia-appd tx sign unsignedTx.json \
+    --multisig $MULTISIG \
+    --from test2 \
+    --output-document test2sig.json \
+    --chain-id $CHAIN_ID
+
+# Generate the final signed transaction
+celestia-appd tx multisign unsignedTx.json multisig \
+    test1sig.json test2sig.json \
+    --output-document signedTx.json \
+    --chain-id $CHAIN_ID
    #!/bin/sh
+
+# Prerequisite: prior to running this script, start a single node devnet with ./scripts/single-node.sh
+CHAIN_ID="private"
+KEY_NAME="validator"
+KEYRING_BACKEND="test"
+BROADCAST_MODE="block"
+
+# Create 3 test keys
+celestia-appd keys add test1
+celestia-appd keys add test2
+celestia-appd keys add test3
+# Create the multisig account
+celestia-appd keys add multisig \
+    --multisig test1,test2,test3 \
+    --multisig-threshold 2
+
+# Send some funds from the validator account to the multisig account
+celestia-appd tx bank send $VALIDATOR $MULTISIG 100000utia \
+    --from $VALIDATOR \
+    --fees 1000utia \
+    --chain-id $CHAIN_ID \
+    --keyring-backend $KEYRING_BACKEND \
+    --broadcast-mode $BROADCAST_MODE \
+    --yes
+
+# Send some funds from the multisig account to the validator account.
+# Note this transaction will need to be signed by at least 2 of the 3 test accounts.
+celestia-appd tx bank send $MULTISIG $VALIDATOR 1utia \
+    --from $MULTISIG \
+    --fees 1000utia \
+    --chain-id $CHAIN_ID \
+    --keyring-backend $KEYRING_BACKEND \
+    --generate-only > unsignedTx.json
+
+# Sign from test1 and test2
+celestia-appd tx sign unsignedTx.json \
+    --multisig $MULTISIG \
+    --from test1 \
+    --output-document test1sig.json \
+    --chain-id $CHAIN_ID
+celestia-appd tx sign unsignedTx.json \
+    --multisig $MULTISIG \
+    --from test2 \
+    --output-document test2sig.json \
+    --chain-id $CHAIN_ID
+
+# Generate the final signed transaction
+celestia-appd tx multisign unsignedTx.json multisig \
+    test1sig.json test2sig.json \
+    --output-document signedTx.json \
+    --chain-id $CHAIN_ID

    Resources ​

    + + + + \ No newline at end of file diff --git a/nodes/celestia-app-slashing.html b/nodes/celestia-app-slashing.html new file mode 100644 index 00000000000..a17675a76bf --- /dev/null +++ b/nodes/celestia-app-slashing.html @@ -0,0 +1,45 @@ + + + + + + Slashing on Celestia | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Slashing on Celestia ​

    Slashing is a mechanism employed in proof of stake blockchains that is used to deter and punish malicious behavior. It functions by removing a percentage of a validator's stake each time they act harmfully towards the network.

    Celestia is built with the Cosmos SDK and uses the x/slashing module.

    If a validator gets slashed, delegators bonded to that validator will also have the same percentage of their delegated funds slashed.

    The following are the conditions for a validator to get slashed:

    1. Downtime: If a validator is offline for more than 25% of a rolling window of the last 5,000 blocks, they will be jailed for 1 minute. During this period, the validator is removed from the validator set temporarily, and will be unable to propose new blocks or earn rewards. After the jail period, the validator can send an unjail request to rejoin the validator set.

    2. Double signing: This is a more severe offense and results in a larger percentage loss. If a validator engages in double signing, the validator will lose 2% of their stake and the remainder of their stake will be returned to them. The validator will be permanently removed from the validator set and will not have the ability to unjail. Delegators bonded to that validator will automatically enter the unbonding period for 21 days, and can delegate to another validator after they have been unbonded.

    For more details on the slashing parameters, refer to the celestia-app specifications page.

    + + + + \ No newline at end of file diff --git a/nodes/celestia-app-upgrade-monitor.html b/nodes/celestia-app-upgrade-monitor.html new file mode 100644 index 00000000000..8e8820c1225 --- /dev/null +++ b/nodes/celestia-app-upgrade-monitor.html @@ -0,0 +1,45 @@ + + + + + + Upgrade Monitor | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Upgrade Monitor ​

    Upgrade monitor is a binary that monitors that status of upgrades on a Celestia network. See the README for instructions on how to install and use the binary.

    + + + + \ No newline at end of file diff --git a/nodes/celestia-app-vesting.html b/nodes/celestia-app-vesting.html new file mode 100644 index 00000000000..4249c11d967 --- /dev/null +++ b/nodes/celestia-app-vesting.html @@ -0,0 +1,259 @@ + + + + + + How to create a vesting account with celestia-app | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    How to create a vesting account with celestia-app ​

    In this guide, we will learn how to create a vesting account using celestia-app for both a local devnet and on Mocha testnet.

    note

    The instructions for this tutorial are for a continuous vesting account, if you'd like to make a delayed vesting account, just add the --delayed flag to your vesting transaction.

    Local devnet ​

    First, download and install celestia-app, selecting the network and corresponding version that you would like to use.

    Setting up the local devnet ​

    Run the devnet ​

    Next, change into the $HOME/celestia-app directory and run the single-node-devnet script.

    bash
    cd $HOME/celestia-app
+./scripts/build-run-single-node.sh
    cd $HOME/celestia-app
+./scripts/build-run-single-node.sh

    Save the home directory path ​

    At the top of the output, you will see a path to the "Home directory", find yours from the output (it will be unique every time):

    bash
    ./scripts/build-run-single-node.sh
+Home directory: /var/folders/_8/ljj6hspn0kn09qf9fy8kdyh40000gn/T/celestia_app_XXXXXXXXXXXXX.XV92a3qx
+--> Updating go.mod
    ./scripts/build-run-single-node.sh
+Home directory: /var/folders/_8/ljj6hspn0kn09qf9fy8kdyh40000gn/T/celestia_app_XXXXXXXXXXXXX.XV92a3qx
+--> Updating go.mod

    And set the location as the CElESTIA_APP_HOME variable. We will use this for the remainder of the devnet section.

    bash
    export CElESTIA_APP_HOME=/var/folders/_8/ljj6hspn0kn09qf9fy8kdyh40000gn/T/celestia_app_XXXXXXXXXXXXX.XV92a3qx
    export CElESTIA_APP_HOME=/var/folders/_8/ljj6hspn0kn09qf9fy8kdyh40000gn/T/celestia_app_XXXXXXXXXXXXX.XV92a3qx

    note

    This does not replace the celestia-appd binary that was installed with celestia-appd, but builds and runs one in the $HOME/celestia-app/build directory.

    Check the version of the devnet ​

    If you'd like to check the version of your local devnet, you can use:

    bash
    cd $HOME/celestia-app/build
+./celestia-appd version
    cd $HOME/celestia-app/build
+./celestia-appd version

    Next steps ​

    Congratulations! You now have a private devnet running locally on your machine. The devnet is made up of one validator that is creating new blocks. This is the Celestia consensus network on your machine! The key that was created to run the validator also lives in a temporary directory for the devnet.

    Now you are ready to test creating a vesting account on our devnet before going to Mocha, a live testnet.

    Setting up vesting account on devnet ​

    You already have one key setup, but you will need one more to create a vesting account.

    Create a new key ​

    First, create a vesting key:

    bash
    cd $HOME/celestia-app/build
+./celestia-appd keys add vesting-key --home $CElESTIA_APP_HOME
    cd $HOME/celestia-app/build
+./celestia-appd keys add vesting-key --home $CElESTIA_APP_HOME

    You will see the address, mnemonic, and more details about your key in the output:

    bash
    - address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  name: vesting-key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A5JF/we+s5gFt6g944XbKVVYgQB9OY+U/l5dhZjLDczO"}'
+  type: local
+
+
+**Important** write this mnemonic phrase in a safe place.
+It is the only way to recover your account if you ever forget your password.
+
+index enter egg broken ostrich duty bitter blind all car hollow coral youth early verify point void anger daring sausage decline net shove oil
    - address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  name: vesting-key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A5JF/we+s5gFt6g944XbKVVYgQB9OY+U/l5dhZjLDczO"}'
+  type: local
+
+
+**Important** write this mnemonic phrase in a safe place.
+It is the only way to recover your account if you ever forget your password.
+
+index enter egg broken ostrich duty bitter blind all car hollow coral youth early verify point void anger daring sausage decline net shove oil

    List your keys ​

    bash
    ./celestia-appd keys list --home $CElESTIA_APP_HOME
    ./celestia-appd keys list --home $CElESTIA_APP_HOME

    Output:

    bash
    - address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+  name: validator
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"Ahzu6yr9XMPIxLquhgBhj9xL3wIaOz6PE3CvML/oPQym"}'
+  type: local
+- address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  name: vesting-key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A5JF/we+s5gFt6g944XbKVVYgQB9OY+U/l5dhZjLDczO"}'
+  type: local
    - address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+  name: validator
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"Ahzu6yr9XMPIxLquhgBhj9xL3wIaOz6PE3CvML/oPQym"}'
+  type: local
+- address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  name: vesting-key
+  pubkey: '{"@type":"/cosmos.crypto.secp256k1.PubKey","key":"A5JF/we+s5gFt6g944XbKVVYgQB9OY+U/l5dhZjLDczO"}'
+  type: local

    Set variables ​

    Set the keys as variables, using the validator address as the FROM_ADDRESS and the vesting-key as the TO_ADDRESS.

    bash
    export FROM_ADDRESS=celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+export TO_ADDRESS=celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
    export FROM_ADDRESS=celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+export TO_ADDRESS=celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5

    Create your devnet vesting account ​

    Create the vesting account with the following command:

    note

    The remainder of the instructions are for a continuous vesting account, if you'd like to make a delayed vesting account, use the --delayed flag.

    For example, the command to create a delayed vesting account would look like:

    bash
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME --delayed
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME --delayed
    bash
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME

    Select "Y" to choose "yes".

    Optional

    If you'd like to run the command with the -y flag, it will execute the transaction without needing to provide the "y" answer as above.

    bash
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME -y
    ./celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas auto --fees 100000utia --chain-id private --home $CElESTIA_APP_HOME -y

    Output:

    bash
    gas estimate: 96112
+auth_info:
+  fee:
+    amount:
+    - amount: "100000"
+      denom: utia
+    gas_limit: "96112"
+    granter: ""
+    payer: ""
+  signer_infos: []
+  tip: null
+body:
+  extension_options: []
+  memo: ""
+  messages:
+  - '@type': /cosmos.vesting.v1beta1.MsgCreateVestingAccount
+    amount:
+    - amount: "100000"
+      denom: utia
+    delayed: false
+    end_time: "1686748051"
+    from_address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+    to_address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  non_critical_extension_options: []
+  timeout_height: "0"
+signatures: []
+confirm transaction before signing and broadcasting [y/N]: y
+code: 0
+codespace: ""
+data: ""
+events: []
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: 6093DF76DBA90F04FF63D197FC1569F04ED3DBE64081A0BBA9BAD4E69AA570D2
    gas estimate: 96112
+auth_info:
+  fee:
+    amount:
+    - amount: "100000"
+      denom: utia
+    gas_limit: "96112"
+    granter: ""
+    payer: ""
+  signer_infos: []
+  tip: null
+body:
+  extension_options: []
+  memo: ""
+  messages:
+  - '@type': /cosmos.vesting.v1beta1.MsgCreateVestingAccount
+    amount:
+    - amount: "100000"
+      denom: utia
+    delayed: false
+    end_time: "1686748051"
+    from_address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+    to_address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+  non_critical_extension_options: []
+  timeout_height: "0"
+signatures: []
+confirm transaction before signing and broadcasting [y/N]: y
+code: 0
+codespace: ""
+data: ""
+events: []
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: 6093DF76DBA90F04FF63D197FC1569F04ED3DBE64081A0BBA9BAD4E69AA570D2

    The timestamp for the previous command is in the past, so once you create the vesting account, the tokens will vest. You can check your account balances to verify this.

    Query the devnet vesting account details ​

    Check that the account has been created and works as expected by querying the TO_ADDRESS account details:

    bash
    ./celestia-appd query account $TO_ADDRESS --home $CElESTIA_APP_HOME
    ./celestia-appd query account $TO_ADDRESS --home $CElESTIA_APP_HOME

    In the output, you will notice that the account type is a ContinuousVestingAccount:

    bash
    '@type': /cosmos.vesting.v1beta1.ContinuousVestingAccount
+base_vesting_account:
+  base_account:
+    account_number: "7"
+    address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+    pub_key: null
+    sequence: "0"
+  delegated_free: []
+  delegated_vesting: []
+  end_time: "1686748051"
+  original_vesting:
+  - amount: "100000"
+    denom: utia
+start_time: "1687908352"
    '@type': /cosmos.vesting.v1beta1.ContinuousVestingAccount
+base_vesting_account:
+  base_account:
+    account_number: "7"
+    address: celestia127fpaygehlsgjdknwvlr2mux7h5uvhkxktgkc5
+    pub_key: null
+    sequence: "0"
+  delegated_free: []
+  delegated_vesting: []
+  end_time: "1686748051"
+  original_vesting:
+  - amount: "100000"
+    denom: utia
+start_time: "1687908352"

    Query the devnet base account details ​

    Check the FROM_ADDRESS account details:

    bash
    ./celestia-appd query account $FROM_ADDRESS --home $CElESTIA_APP_HOME
    ./celestia-appd query account $FROM_ADDRESS --home $CElESTIA_APP_HOME

    In the output, you will notice the account type is BaseAccount:

    bash
    '@type': /cosmos.auth.v1beta1.BaseAccount
+account_number: "0"
+address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+pub_key:
+  '@type': /cosmos.crypto.secp256k1.PubKey
+  key: Ahzu6yr9XMPIxLquhgBhj9xL3wIaOz6PE3CvML/oPQym
+sequence: "2"
    '@type': /cosmos.auth.v1beta1.BaseAccount
+account_number: "0"
+address: celestia1adgkqcmzuxvg7x5avx8a8rjwpmxgzex3ztef6j
+pub_key:
+  '@type': /cosmos.crypto.secp256k1.PubKey
+  key: Ahzu6yr9XMPIxLquhgBhj9xL3wIaOz6PE3CvML/oPQym
+sequence: "2"

    Query the balances of the devnet accounts ​

    Next, we can check the balance of the accounts:

    bash
    ./celestia-appd query bank balances $TO_ADDRESS --home $CElESTIA_APP_HOME
    ./celestia-appd query bank balances $TO_ADDRESS --home $CElESTIA_APP_HOME

    Output will show you the balance of the vesting account:

    bash
    balances:
+- amount: "100000"
+  denom: utia
+pagination:
+  next_key: null
+  total: "0"
    balances:
+- amount: "100000"
+  denom: utia
+pagination:
+  next_key: null
+  total: "0"
    bash
    ./celestia-appd query bank balances $FROM_ADDRESS --home $CElESTIA_APP_HOME
    ./celestia-appd query bank balances $FROM_ADDRESS --home $CElESTIA_APP_HOME

    The output will show the remaining balance of the validator:

    bash
    balances:
+- amount: "999994999800000"
+  denom: utia
+pagination:
+  next_key: null
+  total: "0"
    balances:
+- amount: "999994999800000"
+  denom: utia
+pagination:
+  next_key: null
+  total: "0"

    Congratulations! You've now made your own vesting account on a local devnet. Next, you can learn how to create a vesting account on Mocha testnet.

    Mocha ​

    In the previous section of this tutorial, we learned how to create a vesting account on a local devnet. In this portion of the tutorial, we'll cover how to set up a full consensus node and set up a vesting account on Mocha testnet.

    First, be sure that you have installed celestia-app for the latest version for Mocha testnet.

    Create a wallet ​

    Set the keyring backend, so you don't need to use the flag for every command:

    bash
    celestia-appd config keyring-backend test
    celestia-appd config keyring-backend test

    Add a new key for a full node and one for a vesting account:

    bash
    celestia-appd keys add origin && celestia-appd keys add vesting
    celestia-appd keys add origin && celestia-appd keys add vesting

    List the keys:

    bash
    celestia-appd keys list
    celestia-appd keys list

    Set your keys as variables:

    bash
    export FROM_ADDRESS=address_of_origin_account
+export TO_ADDRESS=address_of_vesting_account
    export FROM_ADDRESS=address_of_origin_account
+export TO_ADDRESS=address_of_vesting_account

    Fund your account ​

    Head to the faucet, and fund your origin address.

    Create a vesting account on Mocha ​

    To create a vesting account on Mocha, you will need an RPC URL to send the transaction to. You can find the RPC endpoints on the Mocha testnet page.

    Set your RPC URL:

    bash
    export RPC_URL=https://rpc-mocha.pops.one:443
    export RPC_URL=https://rpc-mocha.pops.one:443

    We will use a few flags in our vesting command that are different than the devnet version. Since we aren't using our own validator or full node, we will use an RPC URL.

    We also need to declare the chain ID as mocha.

    View the help menu for vesting to understand these flags more:

    bash
    celestia-appd tx vesting --help
    celestia-appd tx vesting --help

    Here's an example command to set up the vesting account:

    bash
    celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas 100000 --fees 100000utia --node $RPC_URL --chain-id mocha --delayed
    celestia-appd tx vesting create-vesting-account $TO_ADDRESS 100000utia 1686748051 --from $FROM_ADDRESS --gas 100000 --fees 100000utia --node $RPC_URL --chain-id mocha --delayed

    Optional: Set up a full consensus node or validator ​

    Running a full consensus node or validator will prevent you from needing to use an RPC.

    You can set up a validator or full consensus node for the previous portion of the tutorial.

    Note: this may take some time depending on how you choose to sync the state of the chain.

    Optional: Change your client.toml ​

    If you edit your client configuration in client.toml, you can set both the chain ID and the node RPC URL. This will prevent you from needing to run each flag for every command line that you use.

    toml
    # This is a TOML config file.
+# For more information, see https://github.com/toml-lang/toml
+
+###############################################################################
+###                           Client Configuration                            ###
+###############################################################################
+
+# The network chain ID
+chain-id = "mocha"
+# The keyring's backend, where the keys are stored (os|file|kwallet|pass|test|memory)
+keyring-backend = "test"
+# CLI output format (text|json)
+output = "text"
+# <host>:<port> to Tendermint RPC interface for this chain
+node = "tcp://rpc-mocha.pops.one:443"
+# Transaction broadcasting mode (sync|async|block)
+broadcast-mode = "sync"
    # This is a TOML config file.
+# For more information, see https://github.com/toml-lang/toml
+
+###############################################################################
+###                           Client Configuration                            ###
+###############################################################################
+
+# The network chain ID
+chain-id = "mocha"
+# The keyring's backend, where the keys are stored (os|file|kwallet|pass|test|memory)
+keyring-backend = "test"
+# CLI output format (text|json)
+output = "text"
+# <host>:<port> to Tendermint RPC interface for this chain
+node = "tcp://rpc-mocha.pops.one:443"
+# Transaction broadcasting mode (sync|async|block)
+broadcast-mode = "sync"

    Notes ​

    Not all vesting accounts can be created with a message, some need to be set at genesis. You can learn more in the Cosmos Network documentation.

    Conclusion ​

    Congratulations! You've learned how to create a local devnet, create a vesting account on it, and how to make a vesting account on the Mocha testnet!

    + + + + \ No newline at end of file diff --git a/nodes/celestia-app-wallet.html b/nodes/celestia-app-wallet.html new file mode 100644 index 00000000000..ba0c4897d16 --- /dev/null +++ b/nodes/celestia-app-wallet.html @@ -0,0 +1,47 @@ + + + + + + Create a wallet with celestia-app | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Create a wallet with celestia-app ​

    For this guide, we will go over how you can generate a Celestia wallet using celestia-app.

    Prerequisites ​

    Note, you do not need to install celestia-node for this tutorial.

    Create a wallet ​

    First, create an application CLI configuration file:

    sh
    celestia-appd config keyring-backend test
    celestia-appd config keyring-backend test

    You can pick whatever wallet name you want. For our example we used "validator" as the wallet name:

    sh
    celestia-appd keys add validator --interactive
    celestia-appd keys add validator --interactive

    Save the mnemonic output as this is the only way to recover your validator wallet in case you lose it!

    To check all your wallets you can run:

    sh
    celestia-appd keys list
    celestia-appd keys list

    Fund a wallet ​

    For the public celestia address, you can fund the previously created wallet via Discord by sending this message to either the #mocha-faucet or #arabica-faucet channel:

    text
    $request celestia1xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
    $request celestia1xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

    Wait to see if you get a confirmation that the tokens have been successfully sent. To check if tokens have arrived successfully to the destination wallet run the command below replacing the public address with your own:

    sh
    celestia-appd start
+celestia-appd query bank balances celestia1xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
    celestia-appd start
+celestia-appd query bank balances celestia1xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

    TIP

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    + + + + \ No newline at end of file diff --git a/nodes/celestia-app.html b/nodes/celestia-app.html new file mode 100644 index 00000000000..53784c12103 --- /dev/null +++ b/nodes/celestia-app.html @@ -0,0 +1,54 @@ + + + + + + Install celestia-app | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Install celestia-app ​

    This tutorial will guide you through installing celestia-app, both from source and with a pre-built binary

    Building binary from source ​

    This section of the tutorial presumes you completed the steps in setting up your own environment.

    The steps below will create a binary file named celestia-appd inside $HOME/go/bin folder which will be used later to run the node. Be sure to select the correct network to install the binary for.

    1. Remove any existing copy of celestia-app, clone the repository, and change into the directory:

      bash
      cd $HOME
+rm -rf celestia-app
+git clone https://github.com/celestiaorg/celestia-app.git
+cd celestia-app
      cd $HOME
+rm -rf celestia-app
+git clone https://github.com/celestiaorg/celestia-app.git
+cd celestia-app

    2. Check out to the desired version, based on the network you will use:

      bash
      git checkout tags/v1.7.0 -b v1.7.0
      git checkout tags/v1.7.0 -b v1.7.0
      bash
      git checkout tags/v1.7.0 -b v1.7.0
      git checkout tags/v1.7.0 -b v1.7.0
      bash
      git checkout tags/v1.7.0 -b v1.7.0
      git checkout tags/v1.7.0 -b v1.7.0

    3. Build and install the celestia-appd binary:

      bash
      make install
      make install

    4. To check if the binary was successfully installed you can run the binary using the --help flag:

      sh
      celestia-appd --help
      celestia-appd --help

    You will see an output with the menu for celestia-appd. Learn more on the helpful CLI commands page

    Installing a pre-built binary ​

    Installing a pre-built binary is the fastest way to get started with your Celestia consensus node. Releases after celestia-app v1.3.0 should have these binaries available.

    The steps below will download a binary file named celestia-appd. Depending on the setup that you choose during installation, the celestia-appd binary will be available at either:

    • $HOME/celestia-app-temp/celestia-appd
    • /usr/local/bin/celestia-appd

    Pre-built binaries are available for:

    • Operating systems: Darwin (Apple), Linux
    • Architectures: x86_64 (amd64), arm64

    To install the latest pre-built binary you can run this command in your terminal:

    bash
    bash -c "$(curl -sL https://docs.celestia.org/celestia-app.sh)"
    bash -c "$(curl -sL https://docs.celestia.org/celestia-app.sh)"

    Follow the instructions in the terminal output to choose your installation preferences.

    You will see an output with the menu for celestia-appd. Learn more on the helpful CLI commands page

    View the script to learn more about what it is doing.

    Ports ​

    When interacting with a consensus node, you may need to open ports on your machine to allow communication between nodes, such as bridge nodes. It is essential that specific ports are accessible. Make sure that your firewall allows connections to the correct ports.

    If you run a node on a cloud server, make sure that the ports are open on the server's firewall. If you run a node at home, make sure that your router allows connections to the correct ports.

    For example, validator ports 9090 and 26657 need to be accessible by the bridge, and port 2121 is required for P2P connections for all node types.

    The following ports are used by Celestia app nodes:

    PortProtocolAddressDescriptionEnabled by default on nodeFlag
    2121TCP/UDPlocalhostP2PtrueN/A
    9090HTTP0.0.0.0gRPCtrue--grpc.address string
    26657TCPlocalhostRPCfalse (only open to localhost)--rpc.laddr string
    + + + + \ No newline at end of file diff --git a/nodes/celestia-node-custom-networks.html b/nodes/celestia-node-custom-networks.html new file mode 100644 index 00000000000..2c6d617a1f8 --- /dev/null +++ b/nodes/celestia-node-custom-networks.html @@ -0,0 +1,57 @@ + + + + + + Custom networks and values | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Custom networks and values ​

    This section will cover importing bootstrapper IDs, chain ID, and network ID. This will allow you to import custom values for a chain that is not in the default configuration.

    If you have a custom network you can export CELESTIA_CUSTOM, which will look something like:

    bash
    export BRIDGE="/ip4/<ip-address>/tcp/2121/p2p/<node-ID>"
+export GENESIS_HASH=<genesis-hash>
+export NETWORK=<network-name>
+export CELESTIA_CUSTOM="${NETWORK}:${GENESIS_HASH}:${BRIDGE}"
    export BRIDGE="/ip4/<ip-address>/tcp/2121/p2p/<node-ID>"
+export GENESIS_HASH=<genesis-hash>
+export NETWORK=<network-name>
+export CELESTIA_CUSTOM="${NETWORK}:${GENESIS_HASH}:${BRIDGE}"

    Query your node ID using the RPC CLI. These values with examples would look like:

    bash
    export BRIDGE="/ip4/151.115.14.33/tcp/2121/p2p/12D3KooWKEeRtzVMPUdxYsZo2edqps6mS67n6LT5mPdULSkPSxBQ"
+export GENESIS_HASH=580B3DFF8A7C716968161D91116A1E171F486298D582874E93714E489C9E6E88
+export NETWORK=custom
+export CELESTIA_CUSTOM="${NETWORK}:${GENESIS_HASH}:${BRIDGE}"
    export BRIDGE="/ip4/151.115.14.33/tcp/2121/p2p/12D3KooWKEeRtzVMPUdxYsZo2edqps6mS67n6LT5mPdULSkPSxBQ"
+export GENESIS_HASH=580B3DFF8A7C716968161D91116A1E171F486298D582874E93714E489C9E6E88
+export NETWORK=custom
+export CELESTIA_CUSTOM="${NETWORK}:${GENESIS_HASH}:${BRIDGE}"

    Then, start your node with:

    bash
    celestia <node-type> start [flags...]
    celestia <node-type> start [flags...]
    + + + + \ No newline at end of file diff --git a/nodes/celestia-node-metrics.html b/nodes/celestia-node-metrics.html new file mode 100644 index 00000000000..2606eb6fb5c --- /dev/null +++ b/nodes/celestia-node-metrics.html @@ -0,0 +1,73 @@ + + + + + + celestia-node metrics | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    celestia-node metrics ​

    This tutorial is for running metrics for your celestia-node data availability instance. This tutorial will focus on running metrics for a light node.

    This tutorial assumes you have already setup your light node by following the tutorial in the celestia-node API tutorial.

    Running metrics flags ​

    You can enable the celestia-node metric flags with the following command:

    sh
    celestia <node-type> start --metrics.tls=<boolean> \
+    --metrics --metrics.endpoint <URI> \
+    --p2p.network <network> --core.ip <URI>
    celestia <node-type> start --metrics.tls=<boolean> \
+    --metrics --metrics.endpoint <URI> \
+    --p2p.network <network> --core.ip <URI>

    Add metrics flags to your node start command and restart your node to apply it. The metrics endpoint will gather your node's data to track your uptime.

    Note that the --metrics flag enables metrics and expects an input into --metrics.endpoint.

    We will go over what the endpoint will need to be in the metrics endpoint design considerations section.

    Mainnet Beta ​

    Here is an example for Mainnet Beta:

    sh
    celestia <node-type> start --metrics.tls=true \
+    --metrics --metrics.endpoint otel.celestia.observer \
+    --core.ip <URI>
    celestia <node-type> start --metrics.tls=true \
+    --metrics --metrics.endpoint otel.celestia.observer \
+    --core.ip <URI>

    Mocha testnet ​

    Here is an example for Mocha testnet:

    sh
    celestia <node-type> start --metrics.tls=true \
+    --metrics --metrics.endpoint otel.celestia-mocha.com \
+    --core.ip <URI> --p2p.network mocha
    celestia <node-type> start --metrics.tls=true \
+    --metrics --metrics.endpoint otel.celestia-mocha.com \
+    --core.ip <URI> --p2p.network mocha

    TLS connections ​

    The --metrics.tls flag enables or disables a TLS connection to the OpenTelemetry Protocol metrics backend. You need to choose a boolean value (true or false) for this flag.

    It's also common to set this flag to false when spinning up a local collector to check the metrics locally.

    However, if the collector is hosted in the cloud as a separate entity (like in a DevOps environment), enabling TLS is a necessity for secure communication.

    Here are examples of how to use it:

    bash
    # To enable TLS connection
+celestia <node-type> start --metrics.tls=true --metrics \
+    --metrics.endpoint <URI> \
+    --p2p.network <network> --core.ip <URI>
+
+# To disable TLS connection
+celestia <node-type> start --metrics.tls=false --metrics \
+    --metrics.endpoint <URI> \
+    --p2p.network <network> --core.ip <URI>
    # To enable TLS connection
+celestia <node-type> start --metrics.tls=true --metrics \
+    --metrics.endpoint <URI> \
+    --p2p.network <network> --core.ip <URI>
+
+# To disable TLS connection
+celestia <node-type> start --metrics.tls=false --metrics \
+    --metrics.endpoint <URI> \
+    --p2p.network <network> --core.ip <URI>

    Metrics endpoint design considerations ​

    At the moment, the architecture of celestia-node metrics works as specified in the following ADR #010.

    Essentially, the design considerations here will necessitate running an OpenTelemetry (OTEL) collector that connects to Celestia light node.

    For an overview of OTEL, check out the guide.

    The ADR and the OTEL docs will help you run your collector on the metrics endpoint. This will then allow you to process the data in the collector on a Prometheus server which can then be viewed on a Grafana dashboard.

    In the future, we do want to open-source some developer toolings around this infrastructure to allow for node operators to be able to monitor their data availability nodes.

    + + + + \ No newline at end of file diff --git a/nodes/celestia-node-troubleshooting.html b/nodes/celestia-node-troubleshooting.html new file mode 100644 index 00000000000..3530b1c9d4e --- /dev/null +++ b/nodes/celestia-node-troubleshooting.html @@ -0,0 +1,76 @@ + + + + + + Troubleshooting | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Troubleshooting ​

    Network selection ​

    Note: If you do not select a network, the default network will be Mainnet Beta.

    sh
    celestia <node-type> init --p2p.network <network>
+celestia <node-type> start --p2p.network <network> --core.ip <URI>
    celestia <node-type> init --p2p.network <network>
+celestia <node-type> start --p2p.network <network> --core.ip <URI>

    TIP

    Refer to the ports section of this page for information on which ports are required to be open on your machine.

    NOTE

    It is advised before switching networks to reinitialize your node via init command. This is due to an old config being present. Re-initialisation will reset the config.

    Chain ID ​

    When interacting with celestia-node, it is important to take into account the different chain IDs for different networks. For Mainnet Beta, there is no need to declare a chain ID, as the default is celestia, i.e. no --p2p.network string flag is required for Mainnet Beta.

    NetworkChain ID--p2p.network string
    Mainnet Betacelestianot required (--p2p.network celestia)
    Mochamocha-4--p2p.network mocha
    Arabicaarabica-11--p2p.network arabica

    Ports ​

    When interacting with a Celestia node, you may need to open ports on your machine to allow communication between nodes, such as bridge nodes. It is essential that specific ports are accessible. Make sure that your firewall allows connections to the correct ports.

    If you run a node on a cloud server, make sure that the ports are open on the server's firewall. If you run a node at home, make sure that your router allows connections to the correct ports.

    For example, validator ports 9090 and 26657 need to be accessible by the bridge, and port 2121 is required for P2P connections for all node types.

    The following ports are used by Celestia nodes:

    PortProtocolAddressDescriptionEnabled by default on nodeFlag
    2121TCP/UDPlocalhostP2PtrueN/A
    26658HTTPlocalhostRPCtrue--rpc.port string
    26659HTTPlocalhostREST Gatewayfalse--gateway.port string

    WARNING

    The gateway endpoints have been deprecated and will be removed in the future. If you would like to use them anyway, you can find more details on GitHub.

    Changing the location of your node store ​

    In this section, we'll guide you through starting your node using a node store in a different location than you originally started with.

    First, stop your node safely using control + C.

    Then, init your node again with a new node store:

    bash
    celestia <node-type> init --node.store /home/user/celestia-<node-type>-location/ \
+    --p2p.network mocha
    celestia <node-type> init --node.store /home/user/celestia-<node-type>-location/ \
+    --p2p.network mocha

    Next, start your node:

    bash
    celestia full start --core.ip rpc-mocha.pops.one --p2p.network mocha \
+    --node.store /home/user/celestia-<node-type>-location/
    celestia full start --core.ip rpc-mocha.pops.one --p2p.network mocha \
+    --node.store /home/user/celestia-<node-type>-location/

    If you choose to change the location of your node store, you will need to execute each command on your node with the following flag:

    bash
    --node.store /home/user/celestia-<node-type>-location/
    --node.store /home/user/celestia-<node-type>-location/

    When using cel-key, the process is different. To show the keys you should add --keyring-dir like this example:

    bash
    ./cel-key list --p2p.network mocha --node.type full \
+    --keyring-dir /home/user/celestia-<node-type>-location/keys/
    ./cel-key list --p2p.network mocha --node.type full \
+    --keyring-dir /home/user/celestia-<node-type>-location/keys/

    Resetting your config ​

    If you an encounter an error, it is likely that an old config file is present:

    sh
    Error: nodebuilder/share: interval must be positive; nodebuilder/core: invalid IP addr given:
+
+# or
+
+Error: nodebuilder/share: interval must be positive
    Error: nodebuilder/share: interval must be positive; nodebuilder/core: invalid IP addr given:
+
+# or
+
+Error: nodebuilder/share: interval must be positive

    You can re-initialize your node's config with the following commands:

    TIP

    Save your config so custom values are not lost.

    Run the following command to update your config:

    bash
    celestia <node-type> config-update --p2p.network <network>
    celestia <node-type> config-update --p2p.network <network>

    This will pull in any new values from new configuration and merge them into the existing configuration.

    TIP

    After using the config-update command, it is encouraged to double-check that your custom values are preserved.

    Then, to start your node again:

    bash
    celestia <node-type> start --p2p.network <network>
    celestia <node-type> start --p2p.network <network>

    Clearing the data store ​

    For bridge, full, and light nodes, remove the data store with this command:

    bash
    celestia <node-type> unsafe-reset-store --p2p.network <network>
    celestia <node-type> unsafe-reset-store --p2p.network <network>
    bash
    celestia light unsafe-reset-store --p2p.network mocha
    celestia light unsafe-reset-store --p2p.network mocha

    FATAL headers given to the heightSub are in the wrong order ​

    If you observe a FATAL log line like:

    bash
    FATAL   header/store   store/heightsub.go:87    PLEASE FILE A BUG REPORT: headers given to the heightSub are in the wrong order"
    FATAL   header/store   store/heightsub.go:87    PLEASE FILE A BUG REPORT: headers given to the heightSub are in the wrong order"

    then it is possible the celestia-node data/ directory contains headers from a previous instance of the network that you are currently trying to run against. One resolution strategy is to delete the existing celestia-node config for the target network and re-initialize it:

    sh
    # rm -rf ~/.celestia-<node-type>-<network>
+rm -rf ~/.celestia-bridge-private
+
+# celestia <node-type> init --p2p.network <network>
+celestia bridge init --p2p.network private
    # rm -rf ~/.celestia-<node-type>-<network>
+rm -rf ~/.celestia-bridge-private
+
+# celestia <node-type> init --p2p.network <network>
+celestia bridge init --p2p.network private

    Error: "too many open files" ​

    When running a Celestia bridge node, you may encounter an error in the logs similar to this:

    bash
    Error while creating log file in valueLog.open error: while opening file: /opt/celestia/.celestia-bridge/data/003442.vlog error: open /opt/celestia/.celestia-bridge/data/003442.vlog: too many open files
    Error while creating log file in valueLog.open error: while opening file: /opt/celestia/.celestia-bridge/data/003442.vlog error: open /opt/celestia/.celestia-bridge/data/003442.vlog: too many open files

    This error indicates that the Celestia application is trying to open more files than the operating system's limit allows. To fix this, you will need to edit the Celestia bridge service file to increase the number of file descriptors that the service can open.

    1. Open the service file for editing:
    bash
    nano /etc/systemd/system/celestia-bridge.service
    nano /etc/systemd/system/celestia-bridge.service
    1. Modify the LimitNOFILE parameter:

    In the service file, find the LimitNOFILE parameter under the [Service] section and set its value to 1400000. It should look like this:

    ini
    [Service]
+...
+LimitNOFILE=1400000
+...
    [Service]
+...
+LimitNOFILE=1400000
+...

    NOTE

    Be cautious when increasing file descriptor limits. Setting this value too high might affect system performance. Ensure the value is appropriate for your system's capabilities.

    1. Reload daemon and restart bridge service:
    bash
    sudo systemctl daemon-reload
    sudo systemctl daemon-reload
    bash
    sudo systemctl restart celestia-bridge
    sudo systemctl restart celestia-bridge
    + + + + \ No newline at end of file diff --git a/nodes/celestia-node.html b/nodes/celestia-node.html new file mode 100644 index 00000000000..db5890ece46 --- /dev/null +++ b/nodes/celestia-node.html @@ -0,0 +1,54 @@ + + + + + + Install celestia-node | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Install celestia-node ​

    Installing from source ​

    This section goes over building and installing celestia-node. This tutorial assumes you completed the steps in setting up your development environment.

    Install the celestia-node binary by running the following commands:

    1. Remove any existing copy of celestia-node, clone the repository, and change into the directory:

      bash
      cd $HOME
+rm -rf celestia-node
+git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/
      cd $HOME
+rm -rf celestia-node
+git clone https://github.com/celestiaorg/celestia-node.git
+cd celestia-node/

    2. Check out to the desired version, based on the network you will use:

      bash
      git checkout tags/v0.13.2
      git checkout tags/v0.13.2
      bash
      git checkout tags/v0.13.3
      git checkout tags/v0.13.3
      bash
      git checkout tags/v0.13.3
      git checkout tags/v0.13.3

    3. Build the celestia binary:

      a. Standard build

      bash
      make build
      make build

      b. Experimental build

      OPTIONAL

      If you're a node operator comfortable with experimental features and seeking optimal performance with minimal RAM usage, this option is recommended for you.

      bash
      make build-jemalloc
      make build-jemalloc

      This build option enables CGO, and downloads and installs jemalloc. Learn more about the build command.

    4. Install the binary:

      bash
      make install
      make install

    5. Build the cel-key utility:

      bash
      make cel-key
      make cel-key

    6. Verify that the binary is working and check the version:

      bash
      celestia version
      celestia version

    The output will show the semantic version of celestia-node, commit hash, build date, system version, and Golang version.

    Installing a pre-built binary ​

    Installing a pre-built binary is the fastest way to get started with your Celestia data availability node. Releases after celestia-node v0.13.3 should have these binaries available.

    The steps below will download a binary file named celestia. Depending on the setup that you choose during installation, the celestia binary will be available at either:

    • $HOME/celestia-node-temp/celestia
    • /usr/local/bin/celestia

    Pre-built binaries are available for:

    • Operating systems: Darwin (Apple), Linux
    • Architectures: x86_64 (amd64), arm64

    To install the latest pre-built binary you can run this command in your terminal:

    bash
    bash -c "$(curl -sL https://docs.celestia.org/celestia-node.sh)"
    bash -c "$(curl -sL https://docs.celestia.org/celestia-node.sh)"

    Follow the instructions in the terminal output to choose your installation preferences.

    You will see an output with the menu for celestia.

    View the script to learn more about what it is doing.

    Next steps ​

    First, we recommend reading the overview of our node types, if you haven't yet.

    Now that you've installed Celestia Node, it's time to pick your node type and run your node!

    If you're planning to run a light node, we recommend the node RPC CLI tutorial.

    Upgrading your binary ​

    To upgrade your binary, you can install the latest version from the instructions above and restart your node. If you run into any issues, Refer to the troubleshooting section.

    + + + + \ No newline at end of file diff --git a/nodes/config-toml.html b/nodes/config-toml.html new file mode 100644 index 00000000000..9c51266cf24 --- /dev/null +++ b/nodes/config-toml.html @@ -0,0 +1,45 @@ + + + + + + config.toml guide | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    config.toml guide ​

    Pre-requisites ​

    Please, make sure that you have installed and initialized celestia-node

    Understanding config.toml ​

    After initialization, for any type of node, you will find a config.toml in the following path (default location):

    • $HOME/.celestia-bridge/config.toml for bridge node
    • $HOME/.celestia-light/config.toml for light node
    • $HOME/.celestia-full/config.toml for a full DA node

    Let's break down some of the most used sections.

    Core ​

    This section is needed for the Celestia bridge node. By default, Remote = false. Still for devnet, we are going to use the remote core option and this can also be set by the command line flag --core.remote.

    P2P ​

    Bootstrap ​

    Bootstrappers help new nodes to find peers faster in the network. By default, the Bootstrapper = false and the BootstrapPeers is empty. If you want your node to be a bootstrapper, then activate Bootstrapper = true. BootstrapPeers are already provided by default during initialisation. If you want to add your own manually, you need to provide the multiaddresses of the peers.

    Mutual peers ​

    The purpose of this config is to set up a bidirectional communication. This is usually the case for Celestia bridge nodes. In addition, you need to change the field PeerExchange from false to true.

    Services ​

    TrustedHash and TrustedPeer ​

    TrustedHash is needed to properly initialize a Celestia bridge node with an already-running Remote celestia-core node. Celestia light node will take a genesis hash as the trusted one, if no hash is manually provided during initialization phase.

    TrustedPeers is the array of bridge nodes' peers that Celestia light node trusts. By default, bootstrap peers becomes trusted peers for Celestia light nodes if a user is not setting the trusted peer params in config file.

    Any Celestia bridge node can be a trusted peer for the light one. However, the light node by design can not be a trusted peer for another light node.

    + + + + \ No newline at end of file diff --git a/nodes/decide-node.html b/nodes/decide-node.html new file mode 100644 index 00000000000..94c583bb78d --- /dev/null +++ b/nodes/decide-node.html @@ -0,0 +1,45 @@ + + + + + + Deciding which node to run | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Deciding which node to run ​

    Now that you have installed the basic dependencies, you can start exploring which nodes to run!

    Beginner ​

    It is highly recommended if you are a beginner to get started with running a Data-Availability light node.

    In order to get started, you can proceed to the light node section.

    You can also play around with the Data Availability API in this tutorial for posting and retrieving data with a light node.

    Advanced ​

    If you are looking to run a consensus node, please follow the tutorial for running a consensus node.

    Note that running a validator means you must also run a bridge node, which is covered in this section.

    + + + + \ No newline at end of file diff --git a/nodes/docker-images.html b/nodes/docker-images.html new file mode 100644 index 00000000000..2c91315c320 --- /dev/null +++ b/nodes/docker-images.html @@ -0,0 +1,106 @@ + + + + + + 🐳 Docker setup | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    🐳 Docker setup ​

    This page has instructions to run celestia-node using Docker. If you are looking for instructions to run celestia-node using a binary, please refer to the celestia-node page.

    Using Docker is the easiest way to run celestia-node for most users. Docker is a containerization platform that allows you to run celestia-node in an isolated environment.

    This means that you can run celestia-node on your machine without having to worry about installing and configuring all of the dependencies required to run the node.

    If you would like to learn more about key management in Docker, visit the Docker and cel-key section.

    The easiest way to install Docker is to use the Docker Desktop installer or Ubuntu. You can follow the instructions for your operating system.

    Prerequisites ​

    Quick start ​

    1. Set the network you would like to run your node on:

      bash
      export NETWORK=celestia
      export NETWORK=celestia
      bash
      export NETWORK=mocha
      export NETWORK=mocha
      bash
      export NETWORK=arabica
      export NETWORK=arabica

    2. Set the node type

      bash
      export NODE_TYPE=light
      export NODE_TYPE=light
      bash
      export NODE_TYPE=bridge
      export NODE_TYPE=bridge
      bash
      export NODE_TYPE=full
      export NODE_TYPE=full

    3. Set an RPC endpoint for either Mainnet Beta, Mocha, or Arabica using the bare URL (without http or https):

      bash
      export RPC_URL=this-is-an-rpc-url.com
      export RPC_URL=this-is-an-rpc-url.com

    4. Run the image from the command line:

      bash
      docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    ghcr.io/celestiaorg/celestia-node:v0.13.2 \
+    celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK
      docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    ghcr.io/celestiaorg/celestia-node:v0.13.2 \
+    celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK
      bash
      docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK
      docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK
      bash
      docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK
      docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia $NODE_TYPE start --core.ip $RPC_URL --p2p.network $NETWORK

    Congratulations! You now have a celestia-node running!

    If you would like to run the node with custom flags, you can refer to the celestia-node tutorial page. Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    Light node setup with persistent storage ​

    If you delete a container that you started above, all data will be lost. To avoid this, you can mount a volume to the container. This will allow you to persist data even after the container is deleted.

    First, you will need to create a directory on your host machine. This directory will be used to store the data for the container. Create a directory on your host machine and give it a name. For example, you can name it my-node-store:

    bash
    cd $HOME
+mkdir my-node-store
    cd $HOME
+mkdir my-node-store

    Now, you can mount this directory to the container. Before mounting a volume, you may need to set permissions for the user on the host machine by running:

    bash
    sudo chown 10001:10001 $HOME/my-node-store
    sudo chown 10001:10001 $HOME/my-node-store
    bash
    # you're good to go 😎
    # you're good to go 😎

    Initialize the node store and key ​

    In order to mount a volume to the container, you need to specify the path to the volume. When you run your container, you can specify the path to the volume using the --volume (or -v for short) flag. In this command, we'll create our key and initialize the node store, using the variables we set in the quick start section:

    bash
    # --volume == -v [local path]:[container path]
+docker run [args...] -v $HOME/my-node-store:/home/celestia \
+    celestia $NODE_TYPE init [args...]
    # --volume == -v [local path]:[container path]
+docker run [args...] -v $HOME/my-node-store:/home/celestia \
+    celestia $NODE_TYPE init [args...]

    An example init command will look similar to below:

    bash
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.2 \
+    celestia light init --p2p.network $NETWORK
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.2 \
+    celestia light init --p2p.network $NETWORK
    bash
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia light init --p2p.network $NETWORK
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia light init --p2p.network $NETWORK
    bash
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia light init --p2p.network $NETWORK
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia light init --p2p.network $NETWORK

    Start the node ​

    Run the following command to start the node:

    bash
    # --volume == -v [local path]:[container path]
+docker run [...args] -v $HOME/my-node-store:/home/celestia \
+    celestia <node-type> start [...args]
    # --volume == -v [local path]:[container path]
+docker run [...args] -v $HOME/my-node-store:/home/celestia \
+    celestia <node-type> start [...args]

    A full start command will look similar to below.

    bash
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.2 \
+    celestia light start --core.ip $RPC_URL
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.2 \
+    celestia light start --core.ip $RPC_URL
    bash
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia light start --core.ip $RPC_URL
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia light start --core.ip $RPC_URL
    bash
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia light start --core.ip $RPC_URL
    docker run -e NODE_TYPE=$NODE_TYPE -e P2P_NETWORK=$NETWORK \
+    -v $HOME/my-node-store:/home/celestia \
+    ghcr.io/celestiaorg/celestia-node:v0.13.3 \
+    celestia light start --core.ip $RPC_URL

    Congratulations! You now have a node running with persistent storage.

    Video walkthrough ​

    2.5 minute version ​

    Troubleshooting ​

    For security purposes Celestia expects to interact with the your node's keys in a read-only manner. This is enforced using linux style permissions on the filesystem. Windows NTFS does not support these types of permissions. As a result the recommended path for Windows users to mount a persisted volume is to do so within WSL. You can find instructions for installing WSL.

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    Appearance

    Development environment ​

    This page will go over setting up your development environment to run Celestia software. This environment can be used for development, building binaries, and running nodes.

    Install dependencies ​

    1. If you are on Ubuntu, first update and upgrade your OS:

      bash
      sudo apt update && sudo apt upgrade -y
      sudo apt update && sudo apt upgrade -y
      bash
      sudo yum update
      sudo yum update

    2. Install essential packages that are necessary to execute many tasks like downloading files, compiling, and monitoring the node:

      bash
      sudo apt install curl tar wget aria2 clang pkg-config libssl-dev jq build-essential \
+git make ncdu -y
      sudo apt install curl tar wget aria2 clang pkg-config libssl-dev jq build-essential \
+git make ncdu -y
      bash
      sudo yum install curl tar wget aria2 clang pkg-config libssl-dev jq build-essential \
+git make ncdu -y
      sudo yum install curl tar wget aria2 clang pkg-config libssl-dev jq build-essential \
+git make ncdu -y
      bash
      # these commands are for installing Homebrew, wget and jq
+# follow the instructions from the output after running this command
+/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)"
+
+# then install wget & jq
+brew install wget && brew install jq
      # these commands are for installing Homebrew, wget and jq
+# follow the instructions from the output after running this command
+/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)"
+
+# then install wget & jq
+brew install wget && brew install jq

    Install Golang ​

    celestia-node is written in Golang so we must install Golang to build and run our node.

    1. Set the version for your desired network:

      bash
      ver="1.21.1"
      ver="1.21.1"
      bash
      ver="1.22.0"
      ver="1.22.0"
      bash
      ver="1.22.0"
      ver="1.22.0"

    2. Download and install Golang:

      bash
      cd $HOME
+wget "https://golang.org/dl/go$ver.linux-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-amd64.tar.gz"
+rm "go$ver.linux-amd64.tar.gz"
      cd $HOME
+wget "https://golang.org/dl/go$ver.linux-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-amd64.tar.gz"
+rm "go$ver.linux-amd64.tar.gz"
      bash
      cd $HOME
+wget "https://golang.org/dl/go$ver.linux-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-arm64.tar.gz"
+rm "go$ver.linux-arm64.tar.gz"
      cd $HOME
+wget "https://golang.org/dl/go$ver.linux-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.linux-arm64.tar.gz"
+rm "go$ver.linux-arm64.tar.gz"
      bash
      cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-arm64.tar.gz"
+rm "go$ver.darwin-arm64.tar.gz"
      cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-arm64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-arm64.tar.gz"
+rm "go$ver.darwin-arm64.tar.gz"
      bash
      cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-amd64.tar.gz"
+rm "go$ver.darwin-amd64.tar.gz"
      cd $HOME
+wget "https://golang.org/dl/go$ver.darwin-amd64.tar.gz"
+sudo rm -rf /usr/local/go
+sudo tar -C /usr/local -xzf "go$ver.darwin-amd64.tar.gz"
+rm "go$ver.darwin-amd64.tar.gz"

    3. Add your /usr/local/go/bin directory to your $PATH if you have not already:

      bash
      echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.bash_profile
+source $HOME/.bash_profile
      echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.bash_profile
+source $HOME/.bash_profile
      bash
      echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.zshrc
+source $HOME/.zshrc
      echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> $HOME/.zshrc
+source $HOME/.zshrc

    4. To verify that the correct version of Go was installed correctly run:

      bash
      go version
      go version

    The output will show the version installed.

    + + + + \ No newline at end of file diff --git a/nodes/full-consensus-node.html b/nodes/full-consensus-node.html new file mode 100644 index 00000000000..e9023461d83 --- /dev/null +++ b/nodes/full-consensus-node.html @@ -0,0 +1,122 @@ + + + + + + Setting up a Celestia full consensus node | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Setting up a Celestia full consensus node ​

    This guide covers how to set up a full consensus node on Celestia. Full consensus nodes allow you to sync blockchain history in the Celestia consensus layer.

    full consensus node

    Hardware requirements ​

    The following hardware minimum requirements are recommended for running a full consensus node:

    • Memory: 8 GB RAM
    • CPU: Quad-Core
    • Disk: 250 GB SSD Storage
    • Bandwidth: 1 Gbps for Download/1 Gbps for Upload

    Running a full consensus node requires significant storage capacity to store the entire blockchain history. As of the latest recommendation, it is advisable to have at least 250 GB of SSD storage for a Celestia full consensus node if you are using pruning. If you are not using pruning, you are running an archive node, and it is recommended to have 500 GB of SSD storage. Please ensure that your storage meets this requirement to ensure smooth syncing and operation of the node.

    Setting up a full consensus node ​

    The following tutorial is done on an Ubuntu Linux 20.04 (LTS) x64 instance machine.

    Set up the dependencies ​

    Follow the instructions on installing dependencies.

    Install celestia-app ​

    Follow the tutorial on installing celestia-app.

    Set up the P2P networks ​

    Now we will set up the P2P Networks by cloning the networks repository:

    sh
    cd $HOME
+rm -rf networks
+git clone https://github.com/celestiaorg/networks.git
    cd $HOME
+rm -rf networks
+git clone https://github.com/celestiaorg/networks.git

    To initialize the network, pick a "node-name" that describes your node. Keep in mind that this might change if a new testnet is deployed.

    bash
    celestia-appd init "node-name" --chain-id celestia
    celestia-appd init "node-name" --chain-id celestia
    bash
    celestia-appd init "node-name" --chain-id mocha-4
    celestia-appd init "node-name" --chain-id mocha-4
    bash
    celestia-appd init "node-name" --chain-id arabica-11
    celestia-appd init "node-name" --chain-id arabica-11

    Download the genesis.json file:

    bash
    celestia-appd download-genesis celestia
    celestia-appd download-genesis celestia
    bash
    celestia-appd download-genesis mocha-4
    celestia-appd download-genesis mocha-4
    bash
    celestia-appd download-genesis arabica-11
    celestia-appd download-genesis arabica-11

    Set seeds in the $HOME/.celestia-app/config/config.toml file:

    bash
    SEEDS=$(curl -sL https://raw.githubusercontent.com/celestiaorg/networks/master/celestia/seeds.txt | tr '\n' ',')
+echo $SEEDS
+sed -i.bak -e "s/^seeds *=.*/seeds = \"$SEEDS\"/" $HOME/.celestia-app/config/config.toml
    SEEDS=$(curl -sL https://raw.githubusercontent.com/celestiaorg/networks/master/celestia/seeds.txt | tr '\n' ',')
+echo $SEEDS
+sed -i.bak -e "s/^seeds *=.*/seeds = \"$SEEDS\"/" $HOME/.celestia-app/config/config.toml
    bash
    SEEDS=$(curl -sL https://raw.githubusercontent.com/celestiaorg/networks/master/mocha-4/seeds.txt | tr '\n' ',')
+echo $SEEDS
+sed -i.bak -e "s/^seeds *=.*/seeds = \"$SEEDS\"/" $HOME/.celestia-app/config/config.toml
    SEEDS=$(curl -sL https://raw.githubusercontent.com/celestiaorg/networks/master/mocha-4/seeds.txt | tr '\n' ',')
+echo $SEEDS
+sed -i.bak -e "s/^seeds *=.*/seeds = \"$SEEDS\"/" $HOME/.celestia-app/config/config.toml
    bash
    # For Arabica, you can set seeds manually in the
+# `$HOME/.celestia-app/config/config.toml` file:
+# Comma separated list of seed nodes to connect to
+seeds = ""
    # For Arabica, you can set seeds manually in the
+# `$HOME/.celestia-app/config/config.toml` file:
+# Comma separated list of seed nodes to connect to
+seeds = ""

    Optionally, you can set persistent peers in your config.toml file. You can get the persistent peers from the networks repository with the following commands:

    Setting persistent peers is advised only if you are running a sentry node.

    bash
    PERSISTENT_PEERS=$(curl -sL https://raw.githubusercontent.com/celestiaorg/networks/master/celestia/peers.txt | tr '\n' ',')
+echo $PERSISTENT_PEERS
+sed -i.bak -e "s/^persistent_peers *=.*/persistent_peers = \"$PERSISTENT_PEERS\"/" $HOME/.celestia-app/config/config.toml
    PERSISTENT_PEERS=$(curl -sL https://raw.githubusercontent.com/celestiaorg/networks/master/celestia/peers.txt | tr '\n' ',')
+echo $PERSISTENT_PEERS
+sed -i.bak -e "s/^persistent_peers *=.*/persistent_peers = \"$PERSISTENT_PEERS\"/" $HOME/.celestia-app/config/config.toml
    bash
    PERSISTENT_PEERS=$(curl -sL https://raw.githubusercontent.com/celestiaorg/networks/master/mocha-4/peers.txt | tr '\n' ',')
+echo $PERSISTENT_PEERS
+sed -i.bak -e "s/^persistent_peers *=.*/persistent_peers = \"$PERSISTENT_PEERS\"/" $HOME/.celestia-app/config/config.toml
    PERSISTENT_PEERS=$(curl -sL https://raw.githubusercontent.com/celestiaorg/networks/master/mocha-4/peers.txt | tr '\n' ',')
+echo $PERSISTENT_PEERS
+sed -i.bak -e "s/^persistent_peers *=.*/persistent_peers = \"$PERSISTENT_PEERS\"/" $HOME/.celestia-app/config/config.toml
    bash
    PERSISTENT_PEERS=$(curl -sL https://raw.githubusercontent.com/celestiaorg/networks/master/arabica-11/peers.txt | tr '\n' ',')
+echo $PERSISTENT_PEERS
+sed -i.bak -e "s/^persistent_peers *=.*/persistent_peers = \"$PERSISTENT_PEERS\"/" $HOME/.celestia-app/config/config.toml
    PERSISTENT_PEERS=$(curl -sL https://raw.githubusercontent.com/celestiaorg/networks/master/arabica-11/peers.txt | tr '\n' ',')
+echo $PERSISTENT_PEERS
+sed -i.bak -e "s/^persistent_peers *=.*/persistent_peers = \"$PERSISTENT_PEERS\"/" $HOME/.celestia-app/config/config.toml

    Storage and pruning configurations ​

    Connecting a consensus node to a bridge node ​

    If your consensus node is being connected to a celestia-node bridge node, you will need to enable transaction indexing and retain all block data. This can be achieved with the following settings in your config.toml.

    Enable transaction indexing ​

    toml
    indexer = "kv"
    indexer = "kv"

    Retain all block data ​

    And in your app.toml, min-retain-blocks should remain as the default setting of 0:

    toml
    min-retain-blocks = 0 # retain all block data, this is default setting
    min-retain-blocks = 0 # retain all block data, this is default setting

    Querying transactions by hash ​

    To query transactions using their hash, transaction indexing must be turned on. Set the indexer to "kv" in your config.toml:

    toml
    indexer = "kv"
    indexer = "kv"

    Accessing historical state ​

    If you want to query the historical state — for example, you might want to know the balance of a Celestia wallet at a given height in the past — you should run an archive node with pruning = "nothing" in your app.toml. Note that this configuration is resource-intensive and will require significant storage:

    toml
    pruning = "nothing"
    pruning = "nothing"

    Saving on storage requirements ​

    If you want to save on storage requirements, consider using pruning = "everything" in your app.toml to prune everything. If you select "everything" or "default", but still want to keep the block data, you can do so by not changing the default value of min-retain-blocks = 0 in your app.toml. A value of 0 for min-retain-blocks will keep all block data. This will prune snapshots of the state, but it will keep block data:

    toml
    pruning = "everything"
+min-retain-blocks = 0 # this is the default setting
    pruning = "everything"
+min-retain-blocks = 0 # this is the default setting

    Syncing ​

    By default, a consensus node will sync using block sync; that is request, validate and execute every block up to the head of the blockchain. This is the most secure mechanism yet the slowest (taking up to days depending on the height of the blockchain).

    There are two alternatives for quicker syncing.

    State sync ​

    State sync uses light client verification to verify state snapshots from peers and then apply them. State sync relies on weak subjectivity; a trusted header (specifically the hash and height) must be provided. This can be found by querying a trusted RPC endpoint (/block). RPC endpoints are also required for retrieving light blocks. These can be found in the docs here under the respective networks or from the chain-registry.

    In $HOME/.celestia-app/config/config.toml, set

    toml
    rpc_servers = ""
+trust_height = 0
+trust_hash = ""
    rpc_servers = ""
+trust_height = 0
+trust_hash = ""

    To their respective fields. At least two different rpc endpoints should be provided. The more, the greater the chance of detecting any fraudulent behavior.

    Once setup, you should be ready to start the node as normal. In the logs, you should see: Discovering snapshots. This may take a few minutes before snapshots are found depending on the network topology.

    Quick sync ​

    Quick sync effectively downloads the entire data directory from a third-party provider meaning the node has all the application and blockchain state as the node it was copied from.

    Run the following command to quick-sync from a snapshot:

    bash
    cd $HOME
+rm -rf ~/.celestia-app/data
+mkdir -p ~/.celestia-app/data
+SNAP_NAME=$(curl -s https://snaps.qubelabs.io/celestia/ | \
+    egrep -o ">celestia.*tar" | tr -d ">")
+aria2c -x 16 -s 16 -o celestia-snap.tar "https://snaps.qubelabs.io/celestia/${SNAP_NAME}"
+tar xf celestia-snap.tar -C ~/.celestia-app/data/
    cd $HOME
+rm -rf ~/.celestia-app/data
+mkdir -p ~/.celestia-app/data
+SNAP_NAME=$(curl -s https://snaps.qubelabs.io/celestia/ | \
+    egrep -o ">celestia.*tar" | tr -d ">")
+aria2c -x 16 -s 16 -o celestia-snap.tar "https://snaps.qubelabs.io/celestia/${SNAP_NAME}"
+tar xf celestia-snap.tar -C ~/.celestia-app/data/
    bash
    cd $HOME
+rm -rf ~/.celestia-app/data
+mkdir -p ~/.celestia-app/data
+SNAP_NAME=$(curl -s https://snaps.qubelabs.io/celestia/ | \
+    egrep -o ">mocha-4.*tar" | tr -d ">")
+aria2c -x 16 -s 16 -o celestia-snap.tar "https://snaps.qubelabs.io/celestia/${SNAP_NAME}"
+tar xf celestia-snap.tar -C ~/.celestia-app/data/
    cd $HOME
+rm -rf ~/.celestia-app/data
+mkdir -p ~/.celestia-app/data
+SNAP_NAME=$(curl -s https://snaps.qubelabs.io/celestia/ | \
+    egrep -o ">mocha-4.*tar" | tr -d ">")
+aria2c -x 16 -s 16 -o celestia-snap.tar "https://snaps.qubelabs.io/celestia/${SNAP_NAME}"
+tar xf celestia-snap.tar -C ~/.celestia-app/data/
    bash
    cd $HOME
+rm -rf ~/.celestia-app/data
+mkdir -p ~/.celestia-app/data
+SNAP_NAME=$(curl -s https://snaps.qubelabs.io/celestia/ | \
+    egrep -o ">arabica-11.*tar" | tr -d ">")
+aria2c -x 16 -s 16 -o celestia-snap.tar "https://snaps.qubelabs.io/celestia/${SNAP_NAME}"
+tar xf celestia-snap.tar -C ~/.celestia-app/data/
    cd $HOME
+rm -rf ~/.celestia-app/data
+mkdir -p ~/.celestia-app/data
+SNAP_NAME=$(curl -s https://snaps.qubelabs.io/celestia/ | \
+    egrep -o ">arabica-11.*tar" | tr -d ">")
+aria2c -x 16 -s 16 -o celestia-snap.tar "https://snaps.qubelabs.io/celestia/${SNAP_NAME}"
+tar xf celestia-snap.tar -C ~/.celestia-app/data/

    Start the consensus node ​

    In order to start your full consensus node, run the following:

    sh
    celestia-appd start
    celestia-appd start

    Optional: If you would like celestia-app to run as a background process, you can follow the SystemD tutorial.

    TIP

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    Extra resources for consensus nodes ​

    Optional: Reset network ​

    This will delete all data folders so we can start fresh:

    sh
    celestia-appd tendermint unsafe-reset-all --home $HOME/.celestia-app
    celestia-appd tendermint unsafe-reset-all --home $HOME/.celestia-app

    Optional: Configuring an RPC endpoint ​

    You can configure your full consensus node to be a public RPC endpoint. This allows it to accept connections from data availability nodes and serve requests for the data availability API.

    Expose RPC ​

    By default, the RPC service listens on localhost which means it can't be accessed from other machines. To make the RPC service available publicly, you need to bind it to a public IP or 0.0.0.0 (which means listening on all available network interfaces).

    You can do this by editing the config.toml file:

    sh
    sed -i 's#"tcp://127.0.0.1:26657"#"tcp://0.0.0.0:26657"#g' ~/.celestia-app/config/config.toml
    sed -i 's#"tcp://127.0.0.1:26657"#"tcp://0.0.0.0:26657"#g' ~/.celestia-app/config/config.toml

    This command replaces the localhost IP address with 0.0.0.0, making the RPC service listen on all available network interfaces.

    Note on external-address ​

    The external-address field in the configuration is used when your node is behind a NAT and you need to advertise a different address for peers to dial. Populating this field is not necessary for making the RPC endpoint public.

    sh
    EXTERNAL-ADDRESS=$(wget -qO- eth0.me)
+sed -i.bak -e "s/^external-address = ""/external-address = "$EXTERNAL-ADDRESS:26656"/" \
+    $HOME/.celestia-app/config/config.toml
    EXTERNAL-ADDRESS=$(wget -qO- eth0.me)
+sed -i.bak -e "s/^external-address = ""/external-address = "$EXTERNAL-ADDRESS:26656"/" \
+    $HOME/.celestia-app/config/config.toml

    Restart the node ​

    After making these changes, restart celestia-appd to load the new configurations.

    Optional: Transaction indexer configuration options ​

    This section guides you on how to configure your config.toml file in celestia-app to select which transactions to index. Depending on the application's configuration, a node operator may decide which transactions to index.

    The available options are:

    1. null: This option disables indexing. If you don't need to query transactions, you can choose this option to save space.
    2. kv (default): This is the simplest indexer, backed by key-value storage (defaults to levelDB; see DBBackend). When kv is chosen, tx.height and tx.hash will always be indexed. This option is suitable for basic queries on transactions.
    3. psql: This indexer is backed by PostgreSQL. When psql is chosen, tx.height and tx.hash will always be indexed. This option is suitable for complex queries on transactions.

    An example to set the value to kv in config.toml is:

    toml
    indexer = "kv"
    indexer = "kv"

    Remember to restart celestia-appd after making changes to the configuration to load the new settings.

    Optional: Discard ABCI responses configuration ​

    This section will guide you on how to configure your config.toml file in celestia-app to manage the storage of ABCI responses. ABCI responses are the results of executing transactions and are used for /block_results RPC queries and to reindex events in the command-line tool.

    The discard_abci_responses option allows you to control whether these responses are persisted in the state store:

    • false (default): ABCI responses are stored in the state store. This ensures that ABCI responses are available for /block_results RPC queries and for reindexing events. However, it can consume a significant amount of disk space.
    • true: ABCI responses are not stored in the state store. This can save a considerable amount of disk space, but /block_results RPC queries and event reindexing will not be available.

    An example to set the value to false in config.toml is:

    toml
    discard_abci_responses = false
    discard_abci_responses = false

    Remember to restart celestia-appd after making changes to the configuration to load the new settings.

    + + + + \ No newline at end of file diff --git a/nodes/full-storage-node.html b/nodes/full-storage-node.html new file mode 100644 index 00000000000..6bd2c26f508 --- /dev/null +++ b/nodes/full-storage-node.html @@ -0,0 +1,55 @@ + + + + + + Setting up a Celestia full storage Node | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Setting up a Celestia full storage Node ​

    This tutorial will guide you through setting up a Celestia full storage node, which is a celestia-node that doesn't connect to celestia-app (hence not a full consensus node), but stores all the data.

    Overview of full storage nodes ​

    Full storage nodes are Celestia nodes that store all the data. Full storage nodes send block shares, headers, and fraud proofs to light nodes. The light nodes gossip headers, fraud proofs, and sometimes block shares, between one another.

    Full storage node

    Hardware requirements ​

    The following hardware minimum requirements are recommended for running the full storage node:

    • Memory: 4 GB RAM (minimum)
    • CPU: 6 cores
    • Disk: 10 TB SSD Storage
    • Bandwidth: 1 Gbps for Download/1 Gbps for Upload

    Setting up your full storage node ​

    The following tutorial is done on an Ubuntu Linux 20.04 (LTS) x64 instance machine.

    Setup the dependencies ​

    You can follow the tutorial for setting up your dependencies

    Install celestia-node ​

    You can follow the tutorial for installing celestia-node

    Run the full storage node ​

    Initialize the full storage node ​

    Run the following command:

    sh
    celestia full init
    celestia full init
    sh
    celestia full init --p2p.network mocha
    celestia full init --p2p.network mocha
    sh
    celestia full init --p2p.network arabica
    celestia full init --p2p.network arabica

    Start the full storage node ​

    Start the full storage node with a connection to a validator node's gRPC endpoint (which is usually exposed on port 9090):

    In order for access to the ability to get/submit state-related information, such as the ability to submit PayForBlob transactions, or query for the node's account balance, a gRPC endpoint of a validator (core) node must be passed as directed below.

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    sh
    celestia full start --core.ip <URI>
    celestia full start --core.ip <URI>

    Using an RPC of your own, or one from the list on the Mocha testnet page or list on the Arabica devnet page, start your node.

    You can create your key for your node by following the cel-key instructions

    Once you start the full storage node, a wallet key will be generated for you. You will need to fund that address with testnet tokens to pay for PayForBlob transactions. You can find the address by running the following command:

    sh
    ./cel-key list --node.type full --keyring-backend test --p2p.network <network>
    ./cel-key list --node.type full --keyring-backend test --p2p.network <network>

    TIP

    You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

    You can get testnet tokens from:

    NOTE

    If you are running a full-storage node for your sovereign rollup, it is highly recommended to request Arabica devnet tokens as Arabica has the latest changes that can be used to test for developing your sovereign rollup. You can still use Mocha testnet as well, it is just mostly used for validator operations.

    Optional: run the full storage node with a custom key ​

    In order to run a full storage node using a custom key:

    1. The custom key must exist inside the celestia full storage node directory at the correct path (default: ~/.celestia-full/keys/keyring-test)
    2. The name of the custom key must be passed upon start, like so:
    sh
    celestia full start --core.ip <URI> \
+  --keyring.accname <name-of-custom-key> \
    celestia full start --core.ip <URI> \
+  --keyring.accname <name-of-custom-key> \
    sh
    celestia full start --core.ip <URI> \
+  --keyring.accname <name-of-custom-key> \
+  --p2p.network mocha
    celestia full start --core.ip <URI> \
+  --keyring.accname <name-of-custom-key> \
+  --p2p.network mocha
    sh
    celestia full start --core.ip <URI> \
+  --keyring.accname <name-of-custom-key> \
+  --p2p.network arabica
    celestia full start --core.ip <URI> \
+  --keyring.accname <name-of-custom-key> \
+  --p2p.network arabica

    Optional: start the full storage node with SystemD ​

    If you would like to run the full storage node as a background process, follow the SystemD tutorial.

    With that, you are now running a Celestia full storage node.

    Stop the full storage node ​

    In order to gracefully stop the full storage node, use Control + C in the terminal window where the node is running. Be sure to only do this once as the shutdown will not be instantaneous.

    + + + + \ No newline at end of file diff --git a/nodes/hardfork-process.html b/nodes/hardfork-process.html new file mode 100644 index 00000000000..08fecbbf89a --- /dev/null +++ b/nodes/hardfork-process.html @@ -0,0 +1,45 @@ + + + + + + Celestia hardfork process | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    Celestia hardfork process ​

    Blockchain networks often times need to upgrade with new features which require coordination work among the validators prior to activating the upgrades.

    This process is called a hardfork or a network upgrade. In those events, the Celestia Labs team will be coordinating with the validators on what they need to do in order to be ready for an upcoming hardfork.

    Hardforks are not backward-compatible with older versions of the network software which is why it is important that validators upgrade their software to continue validating on the network after the network upgrades.

    General process ​

    The general process can be broken down into several components:

    • Hardfork specifications and features (defined by description of features and code implementation of those features).
    • Binary used to add those features (a new binary release with those features will be provided by Celestia team in order for validators to upgrade their nodes to the new binary).
    • A block number for when the network upgrades (even if validators upgrade their binary to be hardfork ready, the network upgrade does not happen right away, but some short time in the future at a specific block number).
    • Testing of the features (happens on testnets first prior to activating on mainnet in order to ensure the network can upgrade securely).

    The two testnets were hardforks are deployed on are:

    Mocha hardfork ​

    Celestia is planning the Mocha Hardfork upgrade on the Mamaki Testnet. This hardfork is unique as it will reset the Mamaki network to block 0 while maintaining the existing state and also will rename Mamaki to Mocha.

    The new chain-id will be mocha.

    You can find the release logs for consensus nodes on the celestia-app releases page.

    The most exciting feature included is setting the stage for Blobstream on Mocha.

    Validators will need to generate 2 new keys in order to be Blobstream-ready. Note that for the Mocha Hardfork, Blobstream will not launch yet so you can swap those keys after for new ones if needed. The keys needed are:

    • 1 EVM key
    • 1 Celestia key

    So, in order for this to happen, validators will need to maintain two new keys in order to have a successful upgrade.

    Those two keys will need to be added to 2 new flags on celestia-app:

    • --evm-address: This flag should contain a 0x EVM address.
    + + + + \ No newline at end of file diff --git a/nodes/ibc-relayer.html b/nodes/ibc-relayer.html new file mode 100644 index 00000000000..e065666c252 --- /dev/null +++ b/nodes/ibc-relayer.html @@ -0,0 +1,499 @@ + + + + + + IBC relaying guide | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

    Appearance

    IBC relaying guide ​

    Celestia uses IBC (Inter-Blockchain Communication protocol) to enable cross-chain transfer of tokens. To support this capability it relies on relayers, processes that can be run by anyone which constantly scan for outbound packets on one chain and submits these packets alongside corresponding proofs on the destination chain. This section describes how one can setup a relayer and create new connections between chains. There are two standard implementations:

    The following guide explains how to establish IBC connections and relay packets between Mocha testnet and Cosmos hub testnet networks by using the Hermes relayer.

    Check the latest celestia-app release's go.mod for the version of ibc-go that is currently used.

    Hermes ​

    Hermes is an open-source Rust implementation of an IBC relayer released as part of the ibc-relayer-cli crate. It includes a CLI for relaying packets between Cosmos SDK chains, as well as Prometheus metrics and a REST API.

    Please follow the steps at Hermes Quick Start to install Hermes. Before proceeding, verify that Hermes is installed correctly by running hermes version.

    TIP

    Hermes currently doesn't support configuring the Tendermint CompatMode in chain config (see hermes#3623). Until that issue is resolved, please use Hermes v1.7.0+ because it falls back to Tendermint CompatMode v0.34 (see hermes#3663) which is compatible with Celestia.

    Configuration ​

    After you have successfully installed Hermes and created the necessary folders, you now have to edit config.toml and add the appropriate configurations for the chains you want to relay between.

    For this tutorial, we will be using the following chains:

    • Celestia's mocha-4 testnet
    • Cosmos Hub's theta-testnet-001 testnet

    Edit the Hermes configuration.

    bash
    vim $HOME/.hermes/config.toml
    vim $HOME/.hermes/config.toml
    toml
    [global]
+log_level = "info"
+
+[mode.clients]
+enabled = true
+refresh = true
+misbehaviour = true
+
+[mode.connections]
+enabled = false
+
+[mode.channels]
+enabled = false
+
+[mode.packets]
+enabled = true
+clear_interval = 100
+clear_on_start = true
+tx_confirmation = false
+auto_register_counterparty_payee = false
+
+[rest]
+enabled = false
+host = "127.0.0.1"
+port = 3000
+
+[telemetry]
+enabled = false
+host = "127.0.0.1"
+port = 3001
+
+[telemetry.buckets.latency_submitted]
+start = 500
+end = 20000
+buckets = 10
+
+[telemetry.buckets.latency_confirmed]
+start = 1000
+end = 30000
+buckets = 10
+
+[[chains]]
+id = "theta-testnet-001"
+type = "CosmosSdk"
+rpc_addr = "https://rpc.sentry-01.theta-testnet.polypore.xyz"
+grpc_addr = "https://grpc.sentry-01.theta-testnet.polypore.xyz"
+rpc_timeout = "10s"
+trusted_node = false
+account_prefix = "cosmos"
+key_name = "key-cosmos"
+key_store_type = "Test"
+store_prefix = "ibc"
+default_gas = 100000
+max_gas = 400000
+gas_multiplier = 1.5
+max_msg_num = 30
+max_tx_size = 180000
+max_grpc_decoding_size = 33554432
+clock_drift = "5s"
+max_block_time = "30s"
+ccv_consumer_chain = false
+memo_prefix = ""
+sequential_batch_tx = false
+
+[chains.event_source]
+mode = "push"
+url = "ws://rpc.sentry-01.theta-testnet.polypore.xyz:26657/websocket"
+batch_delay = "500ms"
+
+[chains.trust_threshold]
+numerator = "1"
+denominator = "3"
+
+[chains.gas_price]
+price = 0.025
+denom = "uatom"
+
+[chains.packet_filter]
+policy = "allow"
+list = [["transfer", "channel-3108"]]
+
+[chains.packet_filter.min_fees]
+
+[chains.address_type]
+derivation = "cosmos"
+
+[[chains]]
+id = "mocha-4"
+type = "CosmosSdk"
+rpc_addr = "https://rpc-celestia-mocha.architectnodes.com"
+grpc_addr = "https://grpc.celestia-mocha.com:443"
+rpc_timeout = "10s"
+trusted_node = false
+account_prefix = "celestia"
+key_name = "celestia-key"
+key_store_type = "Test"
+store_prefix = "ibc"
+default_gas = 100000
+max_gas = 400000
+gas_multiplier = 1.5
+max_msg_num = 30
+max_tx_size = 180000
+max_grpc_decoding_size = 33554432
+clock_drift = "5s"
+max_block_time = "30s"
+ccv_consumer_chain = false
+memo_prefix = ""
+sequential_batch_tx = false
+
+[chains.event_source]
+mode = "push"
+url = "ws://rpc-mocha.pops.one:26657/websocket"
+batch_delay = "500ms"
+
+[chains.trust_threshold]
+numerator = "1"
+denominator = "3"
+
+[chains.gas_price]
+price = 0.1
+denom = "utia"
+
+[chains.packet_filter]
+policy = "allow"
+list = [["transfer", "channel-0"]]
+
+[chains.packet_filter.min_fees]
+
+[chains.address_type]
+derivation = "cosmos"
    [global]
+log_level = "info"
+
+[mode.clients]
+enabled = true
+refresh = true
+misbehaviour = true
+
+[mode.connections]
+enabled = false
+
+[mode.channels]
+enabled = false
+
+[mode.packets]
+enabled = true
+clear_interval = 100
+clear_on_start = true
+tx_confirmation = false
+auto_register_counterparty_payee = false
+
+[rest]
+enabled = false
+host = "127.0.0.1"
+port = 3000
+
+[telemetry]
+enabled = false
+host = "127.0.0.1"
+port = 3001
+
+[telemetry.buckets.latency_submitted]
+start = 500
+end = 20000
+buckets = 10
+
+[telemetry.buckets.latency_confirmed]
+start = 1000
+end = 30000
+buckets = 10
+
+[[chains]]
+id = "theta-testnet-001"
+type = "CosmosSdk"
+rpc_addr = "https://rpc.sentry-01.theta-testnet.polypore.xyz"
+grpc_addr = "https://grpc.sentry-01.theta-testnet.polypore.xyz"
+rpc_timeout = "10s"
+trusted_node = false
+account_prefix = "cosmos"
+key_name = "key-cosmos"
+key_store_type = "Test"
+store_prefix = "ibc"
+default_gas = 100000
+max_gas = 400000
+gas_multiplier = 1.5
+max_msg_num = 30
+max_tx_size = 180000
+max_grpc_decoding_size = 33554432
+clock_drift = "5s"
+max_block_time = "30s"
+ccv_consumer_chain = false
+memo_prefix = ""
+sequential_batch_tx = false
+
+[chains.event_source]
+mode = "push"
+url = "ws://rpc.sentry-01.theta-testnet.polypore.xyz:26657/websocket"
+batch_delay = "500ms"
+
+[chains.trust_threshold]
+numerator = "1"
+denominator = "3"
+
+[chains.gas_price]
+price = 0.025
+denom = "uatom"
+
+[chains.packet_filter]
+policy = "allow"
+list = [["transfer", "channel-3108"]]
+
+[chains.packet_filter.min_fees]
+
+[chains.address_type]
+derivation = "cosmos"
+
+[[chains]]
+id = "mocha-4"
+type = "CosmosSdk"
+rpc_addr = "https://rpc-celestia-mocha.architectnodes.com"
+grpc_addr = "https://grpc.celestia-mocha.com:443"
+rpc_timeout = "10s"
+trusted_node = false
+account_prefix = "celestia"
+key_name = "celestia-key"
+key_store_type = "Test"
+store_prefix = "ibc"
+default_gas = 100000
+max_gas = 400000
+gas_multiplier = 1.5
+max_msg_num = 30
+max_tx_size = 180000
+max_grpc_decoding_size = 33554432
+clock_drift = "5s"
+max_block_time = "30s"
+ccv_consumer_chain = false
+memo_prefix = ""
+sequential_batch_tx = false
+
+[chains.event_source]
+mode = "push"
+url = "ws://rpc-mocha.pops.one:26657/websocket"
+batch_delay = "500ms"
+
+[chains.trust_threshold]
+numerator = "1"
+denominator = "3"
+
+[chains.gas_price]
+price = 0.1
+denom = "utia"
+
+[chains.packet_filter]
+policy = "allow"
+list = [["transfer", "channel-0"]]
+
+[chains.packet_filter.min_fees]
+
+[chains.address_type]
+derivation = "cosmos"

    Add relayer wallets ​

    Now that we have successfully configured our relaying chains, we need to import the wallets that will be used for relaying. Please note that both wallets need to be funded with the native tokens of each chain.

    You can get testnet tokens from faucets for bot testnets via Discord:

    Add your seed phrase to a file and upload it to the server. Do not use wallets for anything else but relaying to avoid running into account sequence errors.

    Follow the steps at adding-keys-to-hermes to add keys for each chain

    bash
    hermes keys add --chain mocha-4 --mnemonic-file <seed-file>
+hermes keys add --chain theta-testnet-001 --mnemonic-file <seed-file>
    hermes keys add --chain mocha-4 --mnemonic-file <seed-file>
+hermes keys add --chain theta-testnet-001 --mnemonic-file <seed-file>

    Verify configuration files ​

    After editing config.toml and adding wallet keys, it’s time to test the configurations and ensure the system is healthy. Run the following:

    bash
    hermes health-check
+hermes config validate
    hermes health-check
+hermes config validate

    If everything was set up correctly, you should see output like:

    bash
    SUCCESS performed health check for all chains in the config
+SUCCESS "configuration is valid"
    SUCCESS performed health check for all chains in the config
+SUCCESS "configuration is valid"

    Create a connection between 2 chains ​

    If you’re attempting to create new connections, verify that the chains in question don’t already have connections and clients in place and use the existing ones if they do. In that case you can skip this step and go to Configure channels in Hermes section.

    In this example, we are creating new clients and a new connection between mocha-4 and theta-testnet-001 networks.

    Create clients ​

    To learn if a client already exists, you can use the following command:

    bash
    hermes query clients --host-chain mocha-4 --reference-chain theta-testnet-001
    hermes query clients --host-chain mocha-4 --reference-chain theta-testnet-001

    To create a new client, use the create-client command:

    bash
    hermes create client --host-chain mocha-4 --reference-chain theta-testnet-001
    hermes create client --host-chain mocha-4 --reference-chain theta-testnet-001

    Create a second client:

    bash
    hermes create client --host-chain theta-testnet-001 --reference-chain mocha-4
    hermes create client --host-chain theta-testnet-001 --reference-chain mocha-4

    Open connection over new clients ​

    To create a new connection over clients, use the following command:

    bash
    hermes create connection --a-chain mocha-4 --b-chain theta-testnet-001
    hermes create connection --a-chain mocha-4 --b-chain theta-testnet-001

    You should be seeing a similar output to this:

    bash
    SUCCESS Connection {
+    delay_period: 0ns,
+    a_side: ConnectionSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "theta-testnet-001",
+                version: 0,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-2382",
+        ),
+        connection_id: Some(
+            ConnectionId(
+                "connection-2727",
+            ),
+        ),
+    },
+    b_side: ConnectionSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "mocha-4",
+                version: 4,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-0",
+        ),
+        connection_id: Some(
+            ConnectionId(
+                "connection-0",
+            ),
+        ),
+    },
+}
    SUCCESS Connection {
+    delay_period: 0ns,
+    a_side: ConnectionSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "theta-testnet-001",
+                version: 0,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-2382",
+        ),
+        connection_id: Some(
+            ConnectionId(
+                "connection-2727",
+            ),
+        ),
+    },
+    b_side: ConnectionSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "mocha-4",
+                version: 4,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-0",
+        ),
+        connection_id: Some(
+            ConnectionId(
+                "connection-0",
+            ),
+        ),
+    },
+}

    Now that the connection has been established over the clients, we need to create a new channel, by leveraging an existing connection:

    bash
    hermes create channel --a-chain theta-testnet-001 --a-connection connection-2727 --a-port transfer --b-port transfer
    hermes create channel --a-chain theta-testnet-001 --a-connection connection-2727 --a-port transfer --b-port transfer

    You should be seeing a similar output to this:

    bash
    SUCCESS Channel {
+    ordering: Unordered,
+    a_side: ChannelSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "theta-testnet-001",
+                version: 0,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-2382",
+        ),
+        connection_id: ConnectionId(
+            "connection-2727",
+        ),
+        port_id: PortId(
+            "transfer",
+        ),
+        channel_id: Some(
+            ChannelId(
+                "channel-3152",
+            ),
+        ),
+        version: None,
+    },
+    b_side: ChannelSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "mocha-4",
+                version: 4,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-0",
+        ),
+        connection_id: ConnectionId(
+            "connection-0",
+        ),
+        port_id: PortId(
+            "transfer",
+        ),
+        channel_id: Some(
+            ChannelId(
+                "channel-0",
+            ),
+        ),
+        version: None,
+    },
+    connection_delay: 0ns,
+}
    SUCCESS Channel {
+    ordering: Unordered,
+    a_side: ChannelSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "theta-testnet-001",
+                version: 0,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-2382",
+        ),
+        connection_id: ConnectionId(
+            "connection-2727",
+        ),
+        port_id: PortId(
+            "transfer",
+        ),
+        channel_id: Some(
+            ChannelId(
+                "channel-3152",
+            ),
+        ),
+        version: None,
+    },
+    b_side: ChannelSide {
+        chain: BaseChainHandle {
+            chain_id: ChainId {
+                id: "mocha-4",
+                version: 4,
+            },
+            runtime_sender: Sender { .. },
+        },
+        client_id: ClientId(
+            "07-tendermint-0",
+        ),
+        connection_id: ConnectionId(
+            "connection-0",
+        ),
+        port_id: PortId(
+            "transfer",
+        ),
+        channel_id: Some(
+            ChannelId(
+                "channel-0",
+            ),
+        ),
+        version: None,
+    },
+    connection_delay: 0ns,
+}

    Congratulations!

    You have successfully created a new IBC connection between two networks.

    Configure channels in Hermes ​

    Now that we have created new connections and opened channels, we need to edit config.toml again and add the newly created channels, or use the already existing ones.

    For mocha-4 add:

    bash
    [chains.packet_filter]
+policy = 'allow'
+list = [
+  ['transfer', 'channel-0'], # theta-testnet-001
+]
    [chains.packet_filter]
+policy = 'allow'
+list = [
+  ['transfer', 'channel-0'], # theta-testnet-001
+]

    For theta-testnet-001 add:

    bash
    [chains.packet_filter]
+policy = 'allow'
+list = [
+  ['transfer', 'channel-3108'], # mocha-4
+]
    [chains.packet_filter]
+policy = 'allow'
+list = [
+  ['transfer', 'channel-3108'], # mocha-4
+]

    Start the relayer ​

    Start the relayer via hermes start

    Transfer ​

    The Celestia state machine is built with the IBC transfer module, allowing for the native Celestia token to be transferred to any other IBC enabled chain. Transfer can be initialized through the celestia-appd CLI. Information can be found via the help label as follows:

    bash
    celestia-appd tx ibc-transfer transfer --help
    celestia-appd tx ibc-transfer transfer --help

    Token filter ​

    The transfer module uses a token filter middleware which serves to prevent non-native Celestia tokens from being on Celestia. If a user is to try to send a token from another chain across, it will be simply rejected and the token returned back to the user.

    + + + + \ No newline at end of file diff --git a/nodes/instantiate-testnet.html b/nodes/instantiate-testnet.html new file mode 100644 index 00000000000..4cce28fddef --- /dev/null +++ b/nodes/instantiate-testnet.html @@ -0,0 +1,65 @@ + + + + + + Celestia App network instantiation guide | Celestia Docs + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

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    Celestia App network instantiation guide ​

    This guide is for helping instantiate a new testnetwork and following the correct steps to do so with Celestia App. You should only follow this guide if you want to experiment with your own Celestia test network (testnet) or if you want to test out new features to build as a core developer.

    Hardware requirements ​

    You will need to follow hardware requirements.

    Setup dependencies ​

    You will need to setup dependencies by following the guide.

    celestia-app installation ​

    You will need to install celestia-app by following the guide.

    Spin up a Celestia testnet ​

    If you want to spin up a quick testnet with your friends, you can follow these steps. Unless otherwise noted, every step must be done by everyone who wants to participate in this testnet.

    Optional: Reset working directory ​

    If you have already initialized a working directory for celestia-appd in the past, you must clean up before reinitializing a new directory. You can do so by running the following command:

    sh
    celestia-appd tendermint unsafe-reset-all --home $HOME/.celestia-app
    celestia-appd tendermint unsafe-reset-all --home $HOME/.celestia-app

    Initialize a working directory ​

    Run the following command:

    sh
    VALIDATOR_NAME=validator1
+CHAIN_ID=testnet
+celestia-appd init $VALIDATOR_NAME --chain-id $CHAIN_ID
    VALIDATOR_NAME=validator1
+CHAIN_ID=testnet
+celestia-appd init $VALIDATOR_NAME --chain-id $CHAIN_ID
    • The value we will use for $VALIDATOR_NAME is validator1 but you should choose your own node name.
    • The value we will use for $CHAIN_ID is testnet. The $CHAIN_ID must remain the same for everyone participating in this network.

    Create a new key ​

    Next, run the following command:

    sh
    KEY_NAME=validator
+celestia-appd keys add $KEY_NAME --keyring-backend test
    KEY_NAME=validator
+celestia-appd keys add $KEY_NAME --keyring-backend test

    This will create a new key, with a name of your choosing. Save the output of this command somewhere; you'll need the address generated here later. Here, we set the value of our key $KEY_NAME to validator for demonstration.

    Add genesis account KeyName ​

    Run the following command:

    sh
    TIA_AMOUNT="10000000utia"
+celestia-appd add-genesis-account $KEY_NAME $TIA_AMOUNT --keyring-backend test
    TIA_AMOUNT="10000000utia"
+celestia-appd add-genesis-account $KEY_NAME $TIA_AMOUNT --keyring-backend test

    Here $KEY_NAME is the same key name as before.

    Optional: Adding other validators ​

    If other participants in your testnet also want to be validators, repeat the command above with the specific amount for their public keys.

    Once all the validators are added, the genesis.json file is created. You need to share it with all other validators in your testnet in order for everyone to proceed with the following step.

    You can find the genesis.json at $HOME/.celestia-app/config/genesis.json

    Create the genesis transaction for new chain ​

    Run the following command:

    sh
    STAKING_AMOUNT=9000000utia
+celestia-appd gentx $KEY_NAME $STAKING_AMOUNT --chain-id $CHAIN_ID \
+  --keyring-backend test
    STAKING_AMOUNT=9000000utia
+celestia-appd gentx $KEY_NAME $STAKING_AMOUNT --chain-id $CHAIN_ID \
+  --keyring-backend test

    This will create the genesis transaction for your new chain. Here $STAKING_AMOUNT should be at least 9000000utia. If you provide too much or too little, you will encounter an error when starting your node.

    You will find the generated gentx JSON file inside $HOME/.celestia-app/config/gentx/gentx-$KEY_NAME.json

    NOTE

    If you have other validators in your network, they need to also run the above command with the genesis.json file you shared with them in the previous step.

    Creating the genesis JSON file ​

    Once all participants have submitted their gentx JSON files to you, you will pull all those gentx files inside the following directory: $HOME/.celestia-appd/config/gentx and use them to create the final genesis.json file.

    Once you added the gentx files of all the participants, run the following command:

    sh
    celestia-appd collect-gentxs
    celestia-appd collect-gentxs

    This command will look for the gentx files in this repo which should be moved to the following directory $HOME/.celestia-app/config/gentx.

    It will update the genesis.json file after in this location $HOME/.celestia-app/config/genesis.json which now includes the gentx of other participants.

    You should then share this final genesis.json file with all the other participants who must add it to their $HOME/.celestia-app/config directory.

    Everyone must ensure that they replace their existing genesis.json file with this new one created.

    Modify your config file ​

    Open the following file $HOME/.celestia-app/config/config.toml to modify it.

    Inside the file, add the other participants by modifying the following line to include other participants as persistent peers:

    text
    # Comma separated list of nodes to keep persistent connections to
+persistent_peers = "[validator_address]@[ip_address]:[port],[validator_address]@[ip_address]:[port]"
    # Comma separated list of nodes to keep persistent connections to
+persistent_peers = "[validator_address]@[ip_address]:[port],[validator_address]@[ip_address]:[port]"

    Add your node as a persistent peer ​

    The following allows you to share your node as a persistent peer that you can share in the networks repo or with others so other participants can peer with you.

    Run the following command:

    sh
    IP_ADDRESS=$(curl ifconfig.me)
+NODE_ID=$(celestia-appd tendermint show-node-id)
+PORT_NUMBER=26656
    IP_ADDRESS=$(curl ifconfig.me)
+NODE_ID=$(celestia-appd tendermint show-node-id)
+PORT_NUMBER=26656

    Note that the default port is 26656

    Now you can run the following command to output your validator node address:

    sh
    PEER="$NODE_ID@$IP_ADDRESS:$PORT_NUMBER"
+echo $PEER
    PEER="$NODE_ID@$IP_ADDRESS:$PORT_NUMBER"
+echo $PEER

    The output is your validator node address which you can share with other validators so they can peer with you.

    Instantiate the network ​

    You can start your node by running the following command:

    sh
    celestia-appd start
    celestia-appd start

    TIP

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    Now you have a new Celestia testnet to play around with!

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    Appearance

    Setting up a Celestia light node ​

    This tutorial will guide you through setting up a Celestia light node, which will allow you to perform data availability sampling (DAS) on Celestia's data availability (DA) network.

    Overview of light nodes ​

    Light nodes ensure data availability. This is the most common way to interact with Celestia networks.

    light-node

    Light nodes have the following behavior:

    1. They listen for ExtendedHeaders, i.e. wrapped “raw” headers, that notify Celestia nodes of new block headers and relevant DA metadata.
    2. They perform DAS on the received headers

    Hardware requirements ​

    The following minimum hardware requirements are recommended for running a light node:

    • Memory: 500 MB RAM (minimum)
    • CPU: Single Core
    • Disk: 50 GB SSD Storage
    • Bandwidth: 56 Kbps for Download/56 Kbps for Upload

    Setting up your light node ​

    This tutorial was performed on an Ubuntu Linux 20.04 (LTS) x64 instance machine.

    Set up dependencies on the setting up environment page.

    Install celestia-node ​

    Install the celestia binary by building and installing celestia-node.

    Initialize the light node ​

    Run the following command:

    sh
    celestia light init
    celestia light init
    sh
    celestia light init --p2p.network mocha
    celestia light init --p2p.network mocha
    sh
    celestia light init --p2p.network arabica
    celestia light init --p2p.network arabica

    The output in your terminal will show the location of your node store and config. It will also show confirmation that the node store has been initialized.

    Start the light node ​

    Start the light node with a connection to a validator node's gRPC endpoint (which is usually exposed on port 9090):

    In order for access to the ability to get and submit state-related information, such as the ability to submit PayForBlobs transactions, or query for the node's account balance, a gRPC endpoint of a validator (core) node must be passed as directed below.

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    To start the light node with a connection to a validator node's gRPC endpoint (which is usually exposed on port 9090):

    sh
    celestia light start --core.ip <URI> --p2p.network <network>
    celestia light start --core.ip <URI> --p2p.network <network>

    TIP

    You do not need to declare a network for Mainnet Beta. Refer to the chain ID section on the troubleshooting page for more information

    Using an RPC of your own, or one from the list on the Mocha testnet page or list on the Arabica devnet page, start your node.

    For example, your command might look something like this for Mocha:

    sh
    celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha
    celestia light start --core.ip rpc-mocha.pops.one --p2p.network mocha

    Or for Arabica:

    sh
    celestia light start --core.ip validator-1.celestia-arabica-11.com \
+    --p2p.network arabica
    celestia light start --core.ip validator-1.celestia-arabica-11.com \
+    --p2p.network arabica

    Keys and wallets ​

    You can create your key for your node by running the following command with the cel-key utility in the celestia-node directory:

    sh
    ./cel-key add <key-name> --keyring-backend test \
+    --node.type light --p2p.network <network>
    ./cel-key add <key-name> --keyring-backend test \
+    --node.type light --p2p.network <network>

    You can start your light node with the key created above by running the following command:

    sh
    celestia light start --keyring.accname my_celes_key \
+    --core.ip consensus.lunaroasis.net
    celestia light start --keyring.accname my_celes_key \
+    --core.ip consensus.lunaroasis.net
    sh
    celestia light start --keyring.accname my_celes_key \
+    --core.ip rpc-mocha.pops.one --p2p.network mocha
    celestia light start --keyring.accname my_celes_key \
+    --core.ip rpc-mocha.pops.one --p2p.network mocha
    sh
    celestia light start --keyring.accname my_celes_key \
+    --core.ip validator-1.celestia-arabica-11.com \
+    --p2p.network arabica
    celestia light start --keyring.accname my_celes_key \
+    --core.ip validator-1.celestia-arabica-11.com \
+    --p2p.network arabica

    Once you start the light node, a wallet key will be generated for you. You will need to fund that address with testnet tokens to pay for PayForBlob transactions.

    You can find the address using the RPC CLI or by running the following command in the celestia-node directory:

    sh
    ./cel-key list --node.type light --keyring-backend test \
+    --p2p.network <network>
    ./cel-key list --node.type light --keyring-backend test \
+    --p2p.network <network>

    Testnet tokens ​

    You have two networks to get testnet tokens from:

    You can request funds to your wallet address using the following command in Discord:

    console
    $request <CELESTIA-ADDRESS>
    $request <CELESTIA-ADDRESS>

    Where <CELESTIA-ADDRESS> is the celestia1****** address generated when you created the wallet.

    Optional: run the light node with a custom key ​

    In order to run a light node using a custom key:

    1. The custom key must exist inside the celestia light node directory at the correct path (default: ~/.celestia-light/keys/keyring-test)
    2. The name of the custom key must be passed upon start, like so:
    sh
    celestia light start --core.ip <URI> \
+    --keyring.accname <name-of-custom-key> \
    celestia light start --core.ip <URI> \
+    --keyring.accname <name-of-custom-key> \
    sh
    celestia light start --core.ip <URI> \
+    --keyring.accname <name-of-custom-key> \
+    --p2p.network arabica
    celestia light start --core.ip <URI> \
+    --keyring.accname <name-of-custom-key> \
+    --p2p.network arabica
    sh
    celestia light start --core.ip <URI> \
+    --keyring.accname <name-of-custom-key> \
+    --p2p.network mocha
    celestia light start --core.ip <URI> \
+    --keyring.accname <name-of-custom-key> \
+    --p2p.network mocha

    Optional: start light node with SystemD ​

    Follow the tutorial on setting up the light node as a background process with SystemD.

    Data availability sampling ​

    With your light node running, you can check out this tutorial on submitting PayForBlob transactions.

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    Appearance

    Mainnet Beta ​

    Mainnet Beta

    Welcome to the guide for Celestia’s Mainnet Beta, the production network that marks the pinnacle of Celestia’s evolution since its inception in 2019. This network is where all components of the Celestia ecosystem come to life in a real-world environment.

    Mainnet Beta is the culmination of rigorous community testing, upgrades, and feedback. It serves as the platform for deploying mainnet rollups and applications.

    Network stability and upgrades ​

    Mainnet Beta is a stable network, but will still receive updates and improvements. Any changes or upgrades will be coordinated with node operators and the broader Celestia community to ensure seamless integration and minimal service interruptions.

    As we step into unexplored territories with groundbreaking technologies like data availability sampling, it's crucial to remember that Mainnet Beta remains experimental at this stage. While the network is live and functional, users may encounter occasional instability or reduced performance.

    Network details ​

    DetailValue
    Chain IDcelestia
    Genesis hash6BE39EFD10BA412A9DB5288488303F5DD32CF386707A5BEF33617F4C43301872
    Genesis file https://github.com/celestiaorg/networks/blob/master/celestia/genesis.json
    Peers file https://github.com/celestiaorg/networks/blob/master/celestia/peers.txt
    Validators 100

    Software version numbers ​

    SoftwareVersion
    celestia-nodev0.13.2
    celestia-appv1.7.0

    Network parameters ​

    Full network parameters, such as max bytes, can be found in the celestia-app specifications.

    CIP-13 has been drafted to create a living document for these parameters as a part of the CIP process.

    Maximum bytes ​

    There is a hard limit on the total blob size in a transaction, which is determined by the effective maximum square size. Given that the current governance maximum square size is 64, the total blob size in a transaction must be slightly less than ~2 MiB, or 1,973,786 bytes to be exact.

    The following provides an approximation of the maximum block size:

    • The maximum square size is 64x64, which gives us 4096 shares.
    • One share is reserved for the PFB transaction, leaving us with 4095 shares.
    • The first sparse share has 478 bytes available, and the remaining sparse shares have 482 bytes each.

    This can be calculated as follows:

    Total Bytes=(1×478bytes)+(4094×482bytes)=1,973,786bytes

    Please note that there isn't a precise upper bound on the maximum total blob size. It depends on several factors:

    • The maximum square size, which is determined by a governance parameter and a versioned constant.
    • The maximum bytes in a block, which is determined by a governance parameter and a hard-coded constant in CometBFT.
    • The number of shares occupied by the PFB transaction share.

    These factors can cause the maximum total blob size that can be included in one block to vary.

    Integrations ​

    This guide contains the relevant sections for how to connect to Mainnet Beta, depending on the type of node you are running. Your best approach to participating is to first determine which node you would like to run. Each node’s guide will link to the relevant network in order to show you how to connect to them. Learn about the different endpoint types in the Cosmos SDK documentation.

    Here is a list of options of the types of nodes you can run in order to participate in Mainnet Beta:

    Consensus nodes ​

    Consensus RPC endpoints ​

    • public-celestia-rpc.numia.xyz
    • celestia-rpc.mesa.newmetric.xyz
    • rpc.celestia.pops.one
    • rpc.lunaroasis.net
    • rpc.celestia.nodestake.top
    • celestia-rpc.brightlystake.com
    • celestia-rpc.spidey.services
    • rpc-celestia.contributiondao.com
    • celestia.rpc.stakin-nodes.com
    • celestia.cumulo.org.es
    • rpc-celestia.mzonder.com
    • rpc-celestia-01.stakeflow.io
    • rpc-celestia.alphab.ai
    • rpc-celestia-full.avril14th.org
    • celestia-rpc.easy2stake.com
    • celestia.rpc.kjnodes.com
    • celestia-rpc.0xcryptovestor.com
    • rpc-celestia-mainnet.trusted-point.com
    • celestia.rpc.archives.validao.xyz
    • rpc-archive.celestia.bitszn.com
    • celestia-rpc.f5nodes.com
    • celestia-rpc.chainode.tech:33373
    • https://rpc-celestia.staker.space/
    • https://celestia-rpc.noders.services/

    API endpoints ​

    • public-celestia-lcd.numia.xyz
    • celestia-rest.mesa.newmetric.xyz
    • api.celestia.pops.one
    • api.lunaroasis.net
    • api.celestia.nodestake.top
    • celestia-rpc.brightlystake.com/api
    • celestia-api.spidey.services
    • api-celestia.contributiondao.com
    • celestia.rest.stakin-nodes.com
    • celestia.api.cumulo.org.es
    • api-celestia.mzonder.com
    • api-celestia-01.stakeflow.io
    • api-celestia.alphab.ai
    • api-celestia-full.avril14th.org
    • celestia-lcd.easy2stake.com
    • celestia.api.kjnodes.com
    • api-celestia-mainnet.trusted-point.com
    • celestia.rest.archives.validao.xyz
    • api-archive.celestia.bitszn.com
    • celestia-api.f5nodes.com
    • https://celestia-api.chainode.tech
    • https://api-celestia.staker.space/
    • https://celestia-api.noders.services/

    gRPC endpoints ​

    • public-celestia-grpc.numia.xyz
    • celestia-grpc.mesa.newmetric.xyz
    • grpc.celestia.pops.one
    • grpc.lunaroasis.net:443
    • grpc.celestia.nodestake.top
    • celestia-rpc.brightlystake.com:9090
    • celestia-grpc.spidey.services
    • grpc-celestia.contributiondao.com
    • celestia.grpc.stakin-nodes.com:443
    • celestia.grpc.cumulo.org.es:443
    • grpc-celestia.mzonder.com:443
    • grpc-celestia-01.stakeflow.io:15002
    • rpc-celestia.alphab.ai:9090
    • grpc-celestia-full.avril14th.org
    • celestia.grpc.kjnodes.com:443
    • grpc-celestia-mainnet.trusted-point.com:9095
    • celestia.grpc.archives.validao.xyz:9090
    • gprc-archive.celestia.bitszn.com
    • celestia-grpc.f5nodes.com:9390
    • celestia-grpc.chainode.tech:443
    • https://grpc-celestia.staker.space/
    • celestia-grpc.noders.services:11090

    WebSocket endpoints ​

    • wss://celestia-ws.chainode.tech:33373/websocket

    Data availability nodes ​

    Data availability (DA) RPC endpoints ​

    These RPC endpoints for DA nodes are to provide state access for querying the chain’s state and broadcasting transactions (balances, blobs, etc.) to the Celestia network. For users, they will need to provide a –core.ip string from a consensus node’s URL or IP that populates 2 ports for 2 types (RPC and gRPC, at ports 26657 and 9090, respectively) to their respective DA node.

    TIP

    bash
    celestia <da_type> start --core.ip <url> –core.rpc.port <port> \
+    –core.grpc.port <port>
    celestia <da_type> start --core.ip <url> –core.rpc.port <port> \
+    –core.grpc.port <port>

    Bridge nodes

    Not all RPC endpoints guarantee the full block history. Find an archive endpoint on the community dashboard or run your own full consensus node with no pruning for your bridge node.

    RPCs for DA nodes to initialise or start your celestia-node to Mainnet Beta with:

    • public-celestia-consensus.numia.xyz
      • gRPC: port 9090
      • RPC: port 26657
    • celestia-consensus.mesa.newmetric.xyz
      • gRPC: port 9090
      • RPC: port 26657
    • rpc.celestia.pops.one
      • gRPC: port 9090
      • RPC: port 26657
    • consensus.lunaroasis.net
      • gRPC: port 9090
      • RPC: port 26657
    • rpc-celestia.alphab.ai
      • gRPC: port 9090
      • RPC: port 26657

    DA full and light nodes might have troubles connecting to the networks, so you can check out this Grafana dashboard to see health/uptime status of DA bootstrappers (now celestia network only).

    You can find the status of these endpoints.

    Archival DA RPC endpoints ​

    By default, light nodes prune recent data to save on storage space. Archival data availability (DA) nodes store the entire history of the chain without pruning any data so all data available data is retrievable. You can read more about light vs archival nodes.

    Grove archival endpoints ​

    You can provision your own Celestia Archival endpoint on Grove. Learn more about Celestia on Grove, or find the fully supported spec.

    There is a sandbox you can leverage for testing straight in your browser:

    grove-sandbox

    Explorers ​

    There are multiple explorers you can use for Mainnet Beta:

    Analytics ​

    The following websites provide analytics for Celestia:

    Network upgrades ​

    Join the Community Telegram announcement channel for network upgrades.

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    Appearance

    Mocha testnet ​

    mocha-testnet

    This guide contains the relevant sections for how to connect to Mocha, depending on the type of node you are running. Mocha testnet is designed to help validators test out their infrastructure and node software. Developers are encouraged to deploy their sovereign rollups on Mocha, but we also recommend Arabica devnet for that as it is designed for development purposes.

    Mocha is a milestone in Celestia, allowing everyone to test out core functionalities on the network. Read the announcement. Your best approach to participating is to first determine which node you would like to run. Each node's guide will link to the relevant networks, to show you how to connect to them.

    You have a list of options on the types of nodes you can run to participate in Mocha:

    Consensus:

    Data Availability:

    Select the type of node you would like to run and follow the instructions on each respective page. Whenever you are asked to select the type of network you want to connect to in those guides, select Mocha to refer to the correct instructions on this page on how to connect to Mocha.

    Network details ​

    DetailValue
    Chain IDmocha-4
    Genesis hashB93BBE20A0FBFDF955811B6420F8433904664D45DB4BF51022BE4200C1A1680D
    Genesis file https://github.com/celestiaorg/networks/blob/master/mocha-4/genesis.json
    Peers file https://github.com/celestiaorg/networks/blob/master/mocha-4/peers.txt
    Validators 100

    Software version numbers ​

    SoftwareVersion
    celestia-nodev0.13.3
    celestia-appv1.7.0

    RPC for DA bridge, full, and light nodes ​

    These RPC endpoints for DA nodes are to provide state access for querying the chain’s state and broadcasting transactions (balances, blobs, etc.) to the Celestia network. For users, they will need to provide a –core.ip string from a consensus node’s URL or IP that populates 2 ports for 2 types (RPC and gRPC, at ports 26657 and 9090, respectively) to their respective DA node.

    Bridge nodes

    Mentioned below RPC endpoints do not guarantee you the download of full blocks from them. We advise that if you are running a bridge node, that you also run a local full consensus node in order to download full blocks from it.

    • public-celestia-mocha4-consensus.numia.xyz
    • mocha-4-consensus.mesa.newmetric.xyz
    • full.consensus.mocha-4.celestia-mocha.com
    • consensus-full-mocha-4.celestia-mocha.com
    • rpc-mocha.pops.one

    RPC endpoints ​

    The RPC endpoint is to allow users to interact with Celestia's nodes by querying the node's state and broadcasting transactions on the Celestia network. The default port is 26657.

    • public-celestia-mocha4-consensus.numia.xyz:26657
    • mocha-4-consensus.mesa.newmetric.xyz:26657
    • rpc.celestia-mocha.com
    • rpc-2.celestia-mocha.com
    • celestia-testnet-rpc.f5nodes.com
    • celestia-testnet.brightlystake.com
    • rpc-celestia-mocha.architectnodes.com
    • rpc-celestia-mocha.trusted-point.com
    • rpc-celestia-testnet-01.stakeflow.io
    • mocha.celestia.rpc.cumulo.me
    • rpc-mocha-4.spidey.services
    • rpc-mocha-full.avril14th.org
    • rpc.mocha.bitszn.com
    • celestia-t-rpc.noders.services/

    API endpoints ​

    The API endpoint is to allow users to interact with the REST API in Cosmos SDK which is implemented using gRPC-gateway, which exposes gRPC endpoints as REST endpoints. This allows for communication with the node using REST calls, which can be useful if the client does not support gRPC or HTTP2. The default port is 1317.

    gRPC endpoints ​

    The gRPC endpoint is to allow users to interact with a Celestia Node using gRPC, a modern open-source and high-performance RPC framework. The default port is 9090. In the Cosmos SDK, gRPC is used to define state queries and broadcast transactions.

    • public-celestia-mocha4-consensus.numia.xyz:9090
    • mocha-4-consensus.mesa.newmetric.xyz:9090
    • grpc-mocha.pops.one
    • grpc.celestia-mocha.com:443
    • grpc-2.celestia-mocha.com:443
    • full.consensus.mocha-4.celestia-mocha.com:9090
    • consensus-full-mocha-4.celestia-mocha.com:9090
    • celestia-testnet-grpc.f5nodes.com
    • celestia-testnet.brightlystake.com:9390
    • grpc-celestia-mocha.architectnodes.com:1443
    • grpc-celestia-mocha.trusted-point.com:9099
    • grpc-celestia-testnet-01.stakeflow.io:16002
    • mocha.grpc.cumulo.me:443
    • grpc-mocha-4.spidey.services
    • grpc-mocha-full.avril14th.org
    • grpc.mocha.bitszn.com
    • celestia-grpc.noders.services:21090

    Bridge and full node endpoints ​

    The endpoints below are for bridge and full nodes only. They can be used to find bootstrapper peers in the p2p network.

    Bridge node 1:

    • da-bridge-mocha-4.celestia-mocha.com
    • bridge-mocha-4.da.celestia-mocha.com

    Bridge node 2:

    • da-bridge-mocha-4-2.celestia-mocha.com
    • bridge-mocha-4-2.da.celestia-mocha.com

    Full node 1:

    • da-full-1-mocha-4.celestia-mocha.com
    • full-1-mocha-4.da.celestia-mocha.com

    Full node 2:

    • da-full-2-mocha-4.celestia-mocha.com
    • full-2-mocha-4.da.celestia-mocha.com

    Mocha testnet faucet ​

    WARNING

    USING THIS FAUCET DOES NOT ENTITLE YOU TO ANY AIRDROP OR OTHER DISTRIBUTION OF MAINNET CELESTIA TOKENS. THERE ARE NO PUBLIC SALES OF ANY MAINNET CELESTIA TOKENS.

    You can request from Mocha testnet Faucet on the #mocha-faucet channel on Celestia's Discord server with the following command:

    text
    $request <CELESTIA-ADDRESS>
    $request <CELESTIA-ADDRESS>

    Where <CELESTIA-ADDRESS> is a celestia1****** generated address.

    NOTE

    Faucet has a limit of 10 tokens per week per address/Discord ID.

    Explorers ​

    There are several explorers you can use for Mocha:

    Network upgrades ​

    Join our Telegram announcement channel for network upgrades.

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    Overview to running nodes on Celestia ​

    There are many ways you can participate in the Celestia networks.

    Celestia node operators can run several options on the network.

    Consensus:

    • Validator node: This type of node participates in consensus by producing and voting on blocks.
    • Full consensus node: A celestia-app Full node to sync blockchain history.

    Data Availability:

    • Bridge node: This node bridges blocks between the Data-Availability network and the Consensus network.
    • Full storage node: This node stores all the data but does not connect to Consensus.
    • Light node: Light clients conduct data availability sampling on the Data Availability network.

    You can learn more about how to set up each different node by going through each tutorial guide.

    Banner

    Please provide any feedback on the tutorials and guides. If you notice a bug or issue, feel free to make a pull request or write up a Github issue!

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    Participate in the Celestia networks ​

    Mainnet Beta ​

    Celestia’s Mainnet Beta is the production network for deploying mainnet rollups and applications. This marks the culmination of years of development and community testing. While the network is stable and continues to receive updates, it remains experimental and users may experience occasional instability or reduced performance.

    Compatible software versions for Mainnet Beta ​

    SoftwareVersion
    celestia-nodev0.13.2
    celestia-appv1.7.0

    Testnets ​

    Celestia currently has two existing testnets that you can participate in:

    Arabica Devnet ​

    Arabica devnet is a devnet focused on developers who want to deploy sovereign rollups on the latest changes from Celestia's codebase. Arabica will be updated frequently and might be unstable at times given new updates. Validators won't be able to validate on Arabica as it is not designed for validators to participate.

    Compatible software versions for Arabica devnet ​

    SoftwareVersion
    celestia-nodev0.13.3
    celestia-appv1.7.0

    Mocha testnet ​

    Mocha testnet is a testnet focused on enabling validators to test out their infrastructure by running nodes connected to the network. Developers can also deploy sovereign rollups on Mocha, it just will always be behind Arabica as Mocha upgrades are slower given they need to be done via hardforks in coordination with the validator community on Mocha.

    Compatible software versions for Mocha testnet ​

    SoftwareVersion
    celestia-nodev0.13.3
    celestia-appv1.7.0

    Network upgrades ​

    Join our Telegram announcement channel for network upgrades.

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    Quick start guide ​

    In this section, we show you how to get started with installing the needed libraries and packages in Celestia to help you run a node on Celestia.

    Celestia Node ​

    Install celestia-node allows you to get started with running a light node and do data availability sampling.

    Light nodes are the best nodes to test out initially if you are new to participating in Celestia.

    celestia-node client also allows you to run other types of data availability (DA) nodes like bridge and full DA storage nodes, which will be covered in later sections.

    Celestia App ​

    Install celestia-app allows you to get started running a consensus node.

    celestia-app is the software that allows you to run validator nodes and also provide RPC endpoints.

    celestia-app covers the consensus layer, while celestia-node covers the DA layer.

    Getting started ​

    As covered in the previous section, Celestia offers two different test networks, Arabica devnet and Mocha testnet.

    If you are planning to run a light node, it is recommended to use Arabica, which you will find options to connecting to in the later sections.

    If you plan on running a validator, your only option is to run your node on Mocha.

    In this quick start guide, we will go over installing both of the software clients: celestia-node and celestia-app.

    NOTE

    If you just want to run a light node, you don't need to install celestia-app and can skip that part.

    Proceed to the next section in order to get started.

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    Setting up your node as a background process with SystemD ​

    SystemD is a daemon service useful for running applications as background processes.

    Consensus nodes ​

    If you are running a validator or full consensus node, here are the steps to setting up celestia-appd as a background process.

    Start the celestia-app with SystemD ​

    SystemD is a daemon service useful for running applications as background processes.

    Create Celestia-App systemd file:

    sh
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-appd.service
+[Unit]
+Description=celestia-appd Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia-appd) start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=65535
+
+[Install]
+WantedBy=multi-user.target
+EOF
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-appd.service
+[Unit]
+Description=celestia-appd Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia-appd) start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=65535
+
+[Install]
+WantedBy=multi-user.target
+EOF

    If the file was created successfully you will be able to see its content:

    sh
    cat /etc/systemd/system/celestia-appd.service
    cat /etc/systemd/system/celestia-appd.service

    Enable and start celestia-appd daemon:

    sh
    sudo systemctl enable celestia-appd
+sudo systemctl start celestia-appd
    sudo systemctl enable celestia-appd
+sudo systemctl start celestia-appd

    Check if daemon has been started correctly:

    sh
    sudo systemctl status celestia-appd
    sudo systemctl status celestia-appd

    Check daemon logs in real time:

    sh
    sudo journalctl -u celestia-appd.service -f
    sudo journalctl -u celestia-appd.service -f

    To check if your node is in sync before going forward:

    sh
    curl -s localhost:26657/status | jq .result | jq .sync_info
    curl -s localhost:26657/status | jq .result | jq .sync_info

    Make sure that you have "catching_up": false, otherwise leave it running until it is in sync.

    Data availability nodes ​

    Celestia full storage node ​

    Create Celestia full storage node systemd file:

    sh
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-full.service
+[Unit]
+Description=celestia-full Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) full start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=1400000
+
+[Install]
+WantedBy=multi-user.target
+EOF
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-full.service
+[Unit]
+Description=celestia-full Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) full start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=1400000
+
+[Install]
+WantedBy=multi-user.target
+EOF

    If the file was created successfully you will be able to see its content:

    sh
    cat /etc/systemd/system/celestia-full.service
    cat /etc/systemd/system/celestia-full.service

    Enable and start celestia-full daemon:

    sh
    sudo systemctl enable celestia-full
+sudo systemctl start celestia-full && sudo journalctl -u \
+celestia-full.service -f
    sudo systemctl enable celestia-full
+sudo systemctl start celestia-full && sudo journalctl -u \
+celestia-full.service -f

    You should be seeing logs coming through of the full storage node syncing.

    Celestia bridge node ​

    Create Celestia Bridge systemd file:

    sh
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-bridge.service
+[Unit]
+Description=celestia-bridge Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) bridge start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=1400000
+
+[Install]
+WantedBy=multi-user.target
+EOF
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-bridge.service
+[Unit]
+Description=celestia-bridge Cosmos daemon
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) bridge start
+Restart=on-failure
+RestartSec=3
+LimitNOFILE=1400000
+
+[Install]
+WantedBy=multi-user.target
+EOF

    If the file was created successfully you will be able to see its content:

    sh
    cat /etc/systemd/system/celestia-bridge.service
    cat /etc/systemd/system/celestia-bridge.service

    Enable and start celestia-bridge daemon:

    sh
    sudo systemctl enable celestia-bridge
+sudo systemctl start celestia-bridge && sudo journalctl -u \
+celestia-bridge.service -f
    sudo systemctl enable celestia-bridge
+sudo systemctl start celestia-bridge && sudo journalctl -u \
+celestia-bridge.service -f

    Now, the Celestia bridge node will start syncing headers and storing blocks from celestia-app.

    NOTE

    At startup, we can see the multiaddress from Celestia bridge node. This is needed for future light node connections and communication between Celestia Bridge Nodes

    Example:

    sh
    NODE_IP=<URI>]
+/ip4/$NODE_IP/tcp/2121/p2p/12D3KooWD5wCBJXKQuDjhXFjTFMrZoysGVLtVht5hMoVbSLCbV22
    NODE_IP=<URI>]
+/ip4/$NODE_IP/tcp/2121/p2p/12D3KooWD5wCBJXKQuDjhXFjTFMrZoysGVLtVht5hMoVbSLCbV22

    You should be seeing logs coming through of the bridge node syncing.

    Celestia light node ​

    Start the light node as daemon process in the background

    sh
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-lightd.service
+[Unit]
+Description=celestia-lightd light node
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) light start --core.ip <URI>
+Restart=on-failure
+RestartSec=3
+
+[Install]
+WantedBy=multi-user.target
+EOF
    sudo tee <<EOF >/dev/null /etc/systemd/system/celestia-lightd.service
+[Unit]
+Description=celestia-lightd light node
+After=network-online.target
+
+[Service]
+User=$USER
+ExecStart=$(which celestia) light start --core.ip <URI>
+Restart=on-failure
+RestartSec=3
+
+[Install]
+WantedBy=multi-user.target
+EOF

    If the file was created successfully you will be able to see its content:

    sh
    cat /etc/systemd/system/celestia-lightd.service
    cat /etc/systemd/system/celestia-lightd.service

    Enable and start celestia-lightd daemon:

    sh
    sudo systemctl enable celestia-lightd
+sudo systemctl start celestia-lightd
    sudo systemctl enable celestia-lightd
+sudo systemctl start celestia-lightd

    Check if daemon has been started correctly:

    sh
    sudo systemctl status celestia-lightd
    sudo systemctl status celestia-lightd

    Check daemon logs in real time:

    sh
    sudo journalctl -u celestia-lightd.service -f
    sudo journalctl -u celestia-lightd.service -f

    Now, the Celestia light node will start syncing headers. After sync is finished, light node will do Data Availability Sampling (DAS) from the bridge node.

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    Setting up a Celestia validator node ​

    This tutorial will guide you through setting up a validator node on Celestia. Validator nodes allow you to participate in consensus in the Celestia network.

    validator node

    Hardware requirements ​

    The following hardware minimum requirements are recommended for running a validator node:

    • Memory: 8 GB RAM
    • CPU: 6 cores
    • Disk: 500 GB SSD Storage
    • Bandwidth: 1 Gbps for Download/1 Gbps for Upload

    Setting up a validator node ​

    The following tutorial is done on an Ubuntu Linux 20.04 (LTS) x64 instance machine.

    First, follow the instructions on setting up a full consensus node.

    Wallet ​

    Follow the tutorial on creating a wallet.

    Delegate stake to a validator ​

    Create an environment variable for the address:

    bash
    VALIDATOR_WALLET=<validator-wallet-name>
    VALIDATOR_WALLET=<validator-wallet-name>

    If you want to delegate more stake to any validator, including your own you will need the celesvaloper address of the validator in question. You can run the command below to get the celesvaloper of your local validator wallet in case you want to delegate more to it:

    bash
    celestia-appd keys show $VALIDATOR_WALLET --bech val -a
    celestia-appd keys show $VALIDATOR_WALLET --bech val -a

    After entering the wallet passphrase you should see a similar output:

    bash
    Enter keyring passphrase:
+celesvaloper1q3v5cugc8cdpud87u4zwy0a74uxkk6u43cv6hd
    Enter keyring passphrase:
+celesvaloper1q3v5cugc8cdpud87u4zwy0a74uxkk6u43cv6hd

    To delegate tokens to the celestiavaloper validator, as an example you can run:

    bash
    celestia-appd tx staking delegate \
+celestiavaloper1q3v5cugc8cdpud87u4zwy0a74uxkk6u4q4gx4p 1000000utia \
+--from=$VALIDATOR_WALLET --chain-id=mocha-4 \
+--fees=21000utia
    celestia-appd tx staking delegate \
+celestiavaloper1q3v5cugc8cdpud87u4zwy0a74uxkk6u4q4gx4p 1000000utia \
+--from=$VALIDATOR_WALLET --chain-id=mocha-4 \
+--fees=21000utia

    If successful, you should see a similar output as:

    console
    code: 0
+codespace: ""
+data: ""
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: <tx-hash>
    code: 0
+codespace: ""
+data: ""
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: <tx-hash>

    You can check if the TX hash went through using the block explorer by inputting the txhash ID that was returned.

    Optional: Deploy the celestia-node ​

    Running a bridge node is critical to the Celestia network as it enables the data availability and consensus nodes to communicate with one another. It is recommended to support the data availability network, but is not required for celestia-app.

    If you are not running a bridge node, you can skip to run a validator node.

    This section describes part 2 of Celestia validator node setup: running a Celestia bridge node daemon.

    Install celestia-node ​

    You can follow the tutorial for installing celestia-node

    Initialize the bridge node ​

    Run the following:

    bash
    celestia bridge init --core.ip <URI>
    celestia bridge init --core.ip <URI>

    TIP

    Refer to the ports section of the celestia-node troubleshooting page for information on which ports are required to be open on your machine.

    If you need a list of RPC endpoints to connect to, you can find the list on the Mocha testnet page or list on the Arabica devnet page.

    Run the bridge node ​

    Run the following:

    bash
    celestia bridge start
    celestia bridge start

    Optional: start the bridge node with SystemD ​

    Follow the tutorial on setting up the bridge node as a background process with SystemD.

    You have successfully set up a bridge node that is syncing with the network.

    Run the validator node ​

    In order to start your validator node, run the following:

    bash
    celestia-appd start
    celestia-appd start

    After completing all the necessary steps, you are now ready to run a validator! In order to create your validator onchain, follow the instructions below. Keep in mind that these steps are necessary ONLY if you want to participate in the consensus.

    Pick a moniker name of your choice! This is the validator name that will show up on public dashboards and explorers. VALIDATOR_WALLET must be the same you defined previously. Parameter --min-self-delegation=1000000 defines the amount of tokens that are self delegated from your validator wallet.

    Now, connect to the network of your choice.

    You have the following option of connecting to list of networks shown below:

    Continuing the validator tutorial, here are the steps to connect your validator to Mocha:

    bash
    MONIKER="your_moniker"
+VALIDATOR_WALLET="validator"
+
+celestia-appd tx staking create-validator \
+    --amount=1000000utia \
+    --pubkey=$(celestia-appd tendermint show-validator) \
+    --moniker=$MONIKER \
+    --chain-id=mocha-4 \
+    --commission-rate=0.1 \
+    --commission-max-rate=0.2 \
+    --commission-max-change-rate=0.01 \
+    --min-self-delegation=1000000 \
+    --from=$VALIDATOR_WALLET \
+    --keyring-backend=test \
+    --fees=21000utia \
+    --gas=220000
    MONIKER="your_moniker"
+VALIDATOR_WALLET="validator"
+
+celestia-appd tx staking create-validator \
+    --amount=1000000utia \
+    --pubkey=$(celestia-appd tendermint show-validator) \
+    --moniker=$MONIKER \
+    --chain-id=mocha-4 \
+    --commission-rate=0.1 \
+    --commission-max-rate=0.2 \
+    --commission-max-change-rate=0.01 \
+    --min-self-delegation=1000000 \
+    --from=$VALIDATOR_WALLET \
+    --keyring-backend=test \
+    --fees=21000utia \
+    --gas=220000

    You will be prompted to confirm the transaction:

    console
    confirm transaction before signing and broadcasting [y/N]: y
    confirm transaction before signing and broadcasting [y/N]: y

    Inputting y should provide an output similar to:

    console
    code: 0
+codespace: ""
+data: ""
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: <tx-hash>
    code: 0
+codespace: ""
+data: ""
+gas_used: "0"
+gas_wanted: "0"
+height: "0"
+info: ""
+logs: []
+raw_log: '[]'
+timestamp: ""
+tx: null
+txhash: <tx-hash>

    You should now be able to see your validator from a block explorer

    Submit your validator information ​

    After starting your node, please submit your node as a seed and peer to the networks repository.

    Optional: Transaction indexer configuration options ​

    Follow the instructions under transaction indexer configuration options to configure your config.toml file to select which transactions to index.

    Additional resources ​

    For additional resources, refer to the extra resources for consensus nodessection of the full consensus node page .

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