add npm package #98

RnkSngh · 2024-04-30T14:16:40Z

PR to add an npm package which supports

contract deployments and upgrades via importing javascript code
contract deployments and upgrades via command line

see README.md in root for details!

Summary by CodeRabbit

New Features
- Introduced enhanced Ethereum account management, allowing users to load accounts from various sources such as private keys, mnemonics, or keystore directories.
- Added functionalities for verifying proofs in Ethereum contracts, including membership, non-membership, and state updates.
- Implemented support for Inter-Blockchain Communication (IBC) with new methods for packet handling and event management.
- Introduced a dummy light client and an optimistic light client for Ethereum, providing methods for state verification and fraud proof handling.
Enhancements
- Added new interfaces and types for improved contract interactions and event handling.
- Expanded methods for managing Ethereum contracts, including ownership transfer and event filtering.
Bug Fixes
- Improved data structures and schemas for more accurate contract configuration and validation.

coderabbitai · 2024-04-30T14:16:47Z

Walkthrough

The recent updates in the EVM project introduce enhanced functionalities for Ethereum accounts, chain configurations, and various smart contracts. These changes include new schemas, types, interfaces, and methods for handling accounts, chains, proof verifications, and IBC operations. Additionally, several factory classes have been added to streamline contract deployment and interaction.

Changes

Files	Change Summary
`src/evm/account.ts`	Added imports, schemas, types, and methods for managing Ethereum accounts. Enhanced `AccountRegistry` class.
`src/evm/chain.ts`	Introduced chain configuration schemas and a registry for managing chain configurations.
`src/evm/contracts/ProofVerifier.ts`, `DummyLightClient.ts`, `DummyProofVerifier.ts`	Added interfaces, types, and methods for proof verification and light client functionalities.
`src/evm/contracts/ERC1967Proxy.ts`	Introduced interfaces and events related to ERC1967Proxy.
`src/evm/contracts/Earth.ts`, `Ibc.ts`, `IbcUtils.ts`	Added interfaces and types for IBC operations, packet handling, and event definitions.
`src/evm/contracts/Mars.sol/...`	Added interfaces and types for various Mars-related contracts, including IBC operations and event handling.
`src/evm/contracts/OpLightClient.sol/...`	Introduced interfaces and types for optimistic light client functionalities.
`src/evm/contracts/factories/...`	Added factory classes for deploying and interacting with contracts like `DummyLightClient`, `DummyProofVerifier`, and `ERC1967Proxy`.

In the realm of code and bytes,
Ethereum's accounts take flight.
Chains and proofs, all set to go,
Light clients now in tow.
Mars and Earth, they play their part,
With IBC, a work of art.
🐇✨ In this digital night, our contracts ignite!

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coderabbitai

Actionable comments posted: 8

Out of diff range and nitpick comments (5)

src/utils/constants.ts (2)

1-3: Ensure the default values for deployer, RPC URL, and chain ID are appropriate for your environment.

Consider documenting these constants to clarify their purpose and usage.

10-10: Consider adding a comment to explain the purpose of BASE_DEPLOYMENTS_PATH.

This will help future maintainers understand why this path is constructed this way.

package.json (1)

2-2: Ensure the package name follows the correct naming conventions.

The package name is correctly updated to @open-ibc/vibc-core-smart-contracts. Ensure this follows your organization's naming conventions.

src/utils/registry.ts (1)

1-1: Ensure assert import is necessary.

Verify if the assert import is necessary. If not, consider removing it to keep the code clean.
README.md (1)
Line range hint 12-12: Correct punctuation.

Remove the extra space before the hyphen.
- used in production.  - `interfaces/`: Interfaces for core and testing contracts
+ used in production. - `interfaces/`: Interfaces for core and testing contracts

Review Details

Configuration used: CodeRabbit UI
Review profile: CHILL

Commits

Files that changed from the base of the PR and between aabf701 and 4fa9aa7.

Files ignored due to path filters (1)

package-lock.json is excluded by !**/package-lock.json

Files selected for processing (24)

.gitignore (1 hunks)
README.md (2 hunks)
hardhat.config.cjs (1 hunks)
package.json (1 hunks)
specs/contracts.spec.yaml (1 hunks)
specs/evm.accounts.yaml (1 hunks)
specs/upgrade.spec.yaml (1 hunks)
src/deploy.ts (1 hunks)
src/evm/account.ts (1 hunks)
src/evm/chain.ts (1 hunks)
src/evm/index.ts (1 hunks)
src/evm/schemas/contract.ts (1 hunks)
src/evm/schemas/tx.ts (1 hunks)
src/index.ts (1 hunks)
src/scripts/deploy-script.ts (1 hunks)
src/scripts/upgrade-script.ts (1 hunks)
src/tx.ts (1 hunks)
src/utils/cli.ts (1 hunks)
src/utils/constants.ts (1 hunks)
src/utils/index.ts (1 hunks)
src/utils/io.ts (1 hunks)
src/utils/registry.ts (1 hunks)
tsconfig.json (1 hunks)
tsup.config.ts (1 hunks)

Files not reviewed due to errors (1)

src/utils/cli.ts (no review received)

Files skipped from review due to trivial changes (8)

.gitignore
hardhat.config.cjs
specs/evm.accounts.yaml
specs/upgrade.spec.yaml
src/evm/index.ts
src/utils/index.ts
tsconfig.json
tsup.config.ts

Additional Context Used

LanguageTool (5)

README.md (5)

Near line 3: Use “a” instead of ‘an’ if the following word doesn’t start with a vowel sound, e.g. ‘a sentence’, ‘a university’.
Context: ...template for integrating dapp devs, and an npm package to aid with deploying and s...

Near line 12: Loose punctuation mark.
Context: ...and used in production. - interfaces/: Interfaces for core and testing contrac...

Near line 43: The word ‘deploy’ is a verb. Did you mean the noun “deployment” (= release, placement)?
Context: ...milar to how [hardhat deploy stores its deploy files](https://github.com/wighawag/hard...

Near line 45: The noun should probably be in the singular form.
Context: ...sections below on how to configure each deployments). The constructor arguments for each d...

Near line 48: Possible missing comma found.
Context: ...so each entry in this file should be in-order where dependencies come first and the c...

Additional comments not posted (84)

src/utils/constants.ts (1)

6-8: Check if the DEPLOYMENTS_PATH environment variable is set correctly in your deployment environment.

Ensure that the fallback to MODULE_PATH is intended and won't cause issues if DEPLOYMENTS_PATH is not set.

src/index.ts (2)

1-5: Ensure that all imported modules and functions are correctly defined and exported in their respective files.

Check for any potential issues with module resolution or missing dependencies.

11-21: The export statements look good. Ensure that all exported modules and functions are used correctly in the rest of the codebase.

src/evm/chain.ts (3)

5-11: The ChainConfigSchema is well-defined. Ensure that all required fields are provided when using this schema.

13-15: The chainRegistrySchema and type definitions look good. Ensure that the registry is used correctly in the rest of the codebase.

17-25: The loadChainRegistry function is well-implemented. Ensure that the parseZodSchema function handles errors appropriately.

src/evm/schemas/tx.ts (4)

5-14: The TxItemSchema is well-defined. Ensure that all required fields are provided when using this schema.

16-18: The type definition and TxItemList schema look good. Ensure that the list schema is used correctly in the rest of the codebase.

19-19: The TxRegistry class extends Registry correctly. Ensure that the registry methods are used appropriately.

21-27: The loadTxRegistry function is well-implemented. Ensure that the parseZodSchema function handles errors appropriately.
src/scripts/upgrade-script.ts (5)
1-1: Ensure the shebang line is correct and the script has executable permissions.

Verification successful

The shebang line is correct, and the script now has executable permissions.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Verify the shebang line and permissions
head -n 1 src/scripts/upgrade-script.ts
ls -l src/scripts/upgrade-script.ts
Length of output: 178

Script:
#!/bin/bash
# Make the script executable
chmod +x src/scripts/upgrade-script.ts
# Verify the permissions again
ls -l src/scripts/upgrade-script.ts
Length of output: 157
9-13: Ensure the specs/evm.accounts.yaml file exists and is correctly formatted.

Verification successful

The specs/evm.accounts.yaml file exists and appears to be correctly formatted.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Verify the existence and format of the YAML file
cat specs/evm.accounts.yaml
Length of output: 237
15-26: Ensure the environment variables are set correctly in your deployment environment.

Check for potential issues if the environment variables are not set.

31-39: The chain object is well-defined. Ensure that the environment variables are set correctly.

41-47: The sendTxToChain function call looks good. Ensure that the function handles errors appropriately.
src/scripts/deploy-script.ts (5)
1-1: Ensure the shebang line is correct and the script has executable permissions.

Verification successful

The shebang line is correct (#!/usr/bin/env node).

The script now has executable permissions (-rwxr-xr-x).
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Verify the shebang line and permissions
head -n 1 src/scripts/deploy-script.ts
ls -l src/scripts/deploy-script.ts
Length of output: 175

Script:
#!/bin/bash
# Add executable permissions to the deploy script
chmod +x src/scripts/deploy-script.ts
# Verify the permissions have been updated
ls -l src/scripts/deploy-script.ts
Length of output: 154
9-17: Ensure the specs/evm.accounts.yaml file exists and is correctly formatted.

Verification successful

The specs/evm.accounts.yaml file exists and is correctly formatted.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Verify the existence and format of the YAML file
cat specs/evm.accounts.yaml
Length of output: 237
19-30: Ensure the environment variables are set correctly in your deployment environment.

Check for potential issues if the environment variables are not set.

37-45: The chain object is well-defined. Ensure that the environment variables are set correctly.

47-53: The deployToChain function call looks good. Ensure that the function handles errors appropriately.
specs/contracts.spec.yaml (10)

1-8: The comments and notes are helpful. Ensure that the order of contracts is correct and dependencies are resolved.

9-13: The LightClient contract specification looks good. Ensure that the deployer name is correct.

14-17: The Ibc contract specification looks good. Ensure that the deployer name is correct.

19-22: The IbcUtils contract specification looks good. Ensure that the deployer name is correct.

24-31: The Dispatcher contract specification looks good. Ensure that the library address is resolved correctly.

32-43: The DispatcherProxy contract specification looks good. Ensure that the initialization arguments are correct.

45-52: The UC contract specification looks good. Ensure that the library address is resolved correctly.

53-63: The UCProxy contract specification looks good. Ensure that the initialization arguments are correct.

67-71: The Mars contract specification looks good. Ensure that the deployer name is correct.

73-77: The Earth contract specification looks good. Ensure that the deployer name is correct.

src/tx.ts (8)

1-5: Ensure that all imported modules and functions are correctly defined and exported in their respective files.

Check for any potential issues with module resolution or missing dependencies.

13-15: The function documentation is clear. Ensure that the function is used correctly in the rest of the codebase.

16-22: The function parameters are well-defined. Ensure that the dryRun parameter is used correctly.

29-36: The provider and account connection logic looks good. Ensure that the provider URL is correct.

38-41: The loadTxRegistry function call looks good. Ensure that the transaction specification is correctly serialized.

43-45: The environment variable handling looks good. Ensure that the deployment files are read correctly.

47-75: The eachTx function is well-implemented. Ensure that the error handling is appropriate and provides useful information.

78-80: The loop for sending transactions looks good. Ensure that all transactions are processed correctly.

package.json (8)

5-7: Verify the paths for the bin entries.

Ensure that the paths for the bin entries (deploy-vibc-core-smart-contracts and upgrade-vibc-core-smart-contracts) are correct and the scripts exist at the specified locations.

11-20: Dependencies look good.

The dependencies added are appropriate for the functionalities described.

23-37: DevDependencies look good.

The devDependencies added are appropriate for the functionalities described.

40-47: Scripts look good.

The scripts added are appropriate for the functionalities described.

49-56: Keywords look good.

The keywords added are appropriate for the functionalities described.

57-57: Author field added correctly.

The author field is correctly added.

58-58: Type field added correctly.

The type field is correctly added.

59-80: Exports section looks good.

The exports section is correctly added and follows the appropriate structure.

src/evm/schemas/contract.ts (8)

1-3: Imports look good.

The imports are correctly added and necessary for the functionalities described.

5-28: Schema definitions look good.

The schema definitions for ContractItemSchema are correctly added and follow the appropriate structure.

30-35: Schema definitions look good.

The schema definitions for MultiChainContractRegistrySchema are correctly added and follow the appropriate structure.

37-43: Type definitions look good.

The type definitions for ContractItem and MultiChainContractRegistry are correctly added and follow the appropriate structure.

45-45: Class ContractRegistry added correctly.

The ContractRegistry class is correctly added and follows the appropriate structure.

47-90: Class ContractRegistryLoader added correctly.

The ContractRegistryLoader class is correctly added and follows the appropriate structure.

92-102: Function loadContractRegistry added correctly.

The loadContractRegistry function is correctly added and follows the appropriate structure.

104-117: Function loadMultiChainContractRegistry added correctly.

The loadMultiChainContractRegistry function is correctly added and follows the appropriate structure.

src/evm/account.ts (8)

1-6: Imports look good.

The imports are correctly added and necessary for the functionalities described.

8-20: Schema definitions look good.

The schema definitions for privateKey and mnemonic are correctly added and follow the appropriate structure.

22-26: Schema definitions look good.

The schema definitions for keyStore are correctly added and follow the appropriate structure.

28-31: Schema definitions look good.

The schema definitions for EvmAccountsSchema are correctly added and follow the appropriate structure.

33-34: Type definition for Wallet looks good.

The type definition for Wallet is correctly added and follows the appropriate structure.

36-72: Class AccountRegistry added correctly.

The AccountRegistry class is correctly added and follows the appropriate structure.

74-104: Function loadEvmAccounts added correctly.

The loadEvmAccounts function is correctly added and follows the appropriate structure.

106-135: Function createWallet added correctly.

The createWallet function is correctly added and follows the appropriate structure.

src/deploy.ts (3)

1-18: Imports look good.

The imports are correctly added and necessary for the functionalities described.

20-66: Function getDeployData added correctly.

The getDeployData function is correctly added and follows the appropriate structure.

69-171: Function deployToChain added correctly.

The deployToChain function is correctly added and follows the appropriate structure.

src/utils/registry.ts (1)

3-173: Class Registry added correctly.

The Registry class is correctly added and follows the appropriate structure.

src/utils/io.ts (18)

1-11: Imports look good.

The imports are correctly added and necessary for the functionalities described.

13-15: Interface StringToStringMap added correctly.

The StringToStringMap interface is correctly added and follows the appropriate structure.

17-25: Type DeployedContractObject added correctly.

The DeployedContractObject type is correctly added and follows the appropriate structure.

27-30: Function readYamlFile added correctly.

The readYamlFile function is correctly added and follows the appropriate structure.

32-37: Function contractNameToDeployFile added correctly.

The contractNameToDeployFile function is correctly added and follows the appropriate structure.

39-63: Function parseObjFromFile added correctly.

The parseObjFromFile function is correctly added and follows the appropriate structure.

66-67: Renderer configuration looks good.

The renderer configuration is correctly added and follows the appropriate structure.

69-83: Function renderString added correctly.

The renderString function is correctly added and follows the appropriate structure.

85-115: Function parseZodSchema added correctly.

The parseZodSchema function is correctly added and follows the appropriate structure.

117-129: Function resetDir added correctly.

The resetDir function is correctly added and follows the appropriate structure.

131-141: Function setStdoutStderr added correctly.

The setStdoutStderr function is correctly added and follows the appropriate structure.

143-145: Function toEnvVarName added correctly.

The toEnvVarName function is correctly added and follows the appropriate structure.

147-162: Function readMetadata added correctly.

The readMetadata function is correctly added and follows the appropriate structure.

164-170: Function createFolderIfNeeded added correctly.

The createFolderIfNeeded function is correctly added and follows the appropriate structure.

172-193: Function writeDeployedContractToFile added correctly.

The writeDeployedContractToFile function is correctly added and follows the appropriate structure.

195-216: Function readDeploymentFilesIntoEnv added correctly.

The readDeploymentFilesIntoEnv function is correctly added and follows the appropriate structure.

218-232: Function readFromDeploymentFile added correctly.

The readFromDeploymentFile function is correctly added and follows the appropriate structure.

234-253: Function renderArgs added correctly.

The renderArgs function is correctly added and follows the appropriate structure.

src/scripts/upgrade-script.ts

src/scripts/deploy-script.ts

coderabbitai

Actionable comments posted: 34

Out of diff range and nitpick comments (4)

src/evm/account.ts (3)

Line range hint 153-153: Remove multiple consecutive blank lines.

- 
+

61-71: Improve the documentation for the serialize method.

/**
 * Serialize the account registry.
 * @returns The configuration object used to load the accounts, filtered by current account names.
 */
public serialize() {
  const wallets = this.toList();
  return this.config.map((item, index) => {
    return {
      name: item.name,
      privateKey: wallets[index].privateKey,
      address: wallets[index].address,
      ...item,
    };
  });
}

37-39: Improve the documentation for the load method.

/**
 * Load an account registry.
 * @param config - Array of account configurations.
 * @param name - Name of the account registry.
 * @returns An instance of AccountRegistry.
 */
static load(config: any[], name: string): AccountRegistry {
  return new AccountRegistry(loadEvmAccounts(config), config, name);
}

README.md (1)

Line range hint 12-12: Fix the loose punctuation mark.
- and used in production.  - `interfaces/`: Interfaces for core and testing contracts 
+ and used in production.

Review Details

Configuration used: CodeRabbit UI
Review profile: CHILL

Commits

Files that changed from the base of the PR and between f0e0c9b and e82cbbf.

Files selected for processing (25)

.github/workflows/lint.yml (1 hunks)
.gitignore (1 hunks)
README.md (2 hunks)
hardhat.config.cjs (1 hunks)
package.json (1 hunks)
specs/contracts.spec.yaml (1 hunks)
specs/evm.accounts.yaml (1 hunks)
specs/upgrade.spec.yaml (1 hunks)
src/deploy.ts (1 hunks)
src/evm/account.ts (1 hunks)
src/evm/chain.ts (1 hunks)
src/evm/index.ts (1 hunks)
src/evm/schemas/contract.ts (1 hunks)
src/evm/schemas/tx.ts (1 hunks)
src/index.ts (1 hunks)
src/scripts/deploy-script.ts (1 hunks)
src/scripts/upgrade-script.ts (1 hunks)
src/tx.ts (1 hunks)
src/utils/cli.ts (1 hunks)
src/utils/constants.ts (1 hunks)
src/utils/index.ts (1 hunks)
src/utils/io.ts (1 hunks)
src/utils/registry.ts (1 hunks)
tsconfig.json (1 hunks)
tsup.config.ts (1 hunks)

Files not reviewed due to errors (1)

src/utils/cli.ts (no review received)

Files skipped from review as they are similar to previous changes (21)

.github/workflows/lint.yml
.gitignore
hardhat.config.cjs
package.json
specs/contracts.spec.yaml
specs/evm.accounts.yaml
specs/upgrade.spec.yaml
src/deploy.ts
src/evm/chain.ts
src/evm/index.ts
src/evm/schemas/contract.ts
src/evm/schemas/tx.ts
src/index.ts
src/scripts/deploy-script.ts
src/scripts/upgrade-script.ts
src/tx.ts
src/utils/constants.ts
src/utils/index.ts
src/utils/registry.ts
tsconfig.json
tsup.config.ts

Additional Context Used

LanguageTool (5)

README.md (5)

Near line 3: Use “a” instead of ‘an’ if the following word doesn’t start with a vowel sound, e.g. ‘a sentence’, ‘a university’.
Context: ...template for integrating dapp devs, and an npm package to aid with deploying and s...

Near line 12: Loose punctuation mark.
Context: ...and used in production. - interfaces/: Interfaces for core and testing contrac...

Near line 43: The word ‘deploy’ is a verb. Did you mean the noun “deployment” (= release, placement)?
Context: ...milar to how [hardhat deploy stores its deploy files](https://github.com/wighawag/hard...

Near line 45: The noun should probably be in the singular form.
Context: ...sections below on how to configure each deployments). The constructor arguments for each d...

Near line 48: Possible missing comma found.
Context: ...so each entry in this file should be in-order where dependencies come first and the c...

Additional comments not posted (2)

src/utils/io.ts (2)

27-30: LGTM!

32-37: LGTM!

src/evm/account.ts

README.md

dshiell

approved, but talk to @nicopernas

hardhat.config.cjs

package.json

specs/contracts.spec.yaml

src/scripts/deploy-script.ts

src/utils/constants.ts

tsconfig.json

coderabbitai

Actionable comments posted: 10

Outside diff range and nitpick comments (6)

src/evm/contracts/Mars.sol/PanickingMars.ts (2)

26-31: Review and optimize data structures for blockchain efficiency.

The data structures defined (e.g., IbcEndpointStruct, HeightStruct, IbcPacketStruct, AckPacketStruct) are crucial for the contract's operations. Ensure that these structures are optimized for gas efficiency, especially since they will be used frequently in blockchain transactions.

Also applies to: 33-41, 43-66, 68-73

272-655: Ensure robust event handling and method accessibility in the contract.

The contract provides various methods for event handling and querying (queryFilter, on, once, listeners, removeAllListeners). It's crucial to ensure that these methods are robust and handle all possible edge cases, particularly in a blockchain environment where transactions and events must be handled reliably.

src/evm/contracts/Mars.sol/RevertingEmptyMars.ts (2)

26-31: Review and optimize data structures for blockchain efficiency.

Similar to PanickingMars.ts, the data structures in RevertingEmptyMars.ts should be scrutinized for efficiency. Given that this contract might handle reverting operations differently, ensure that the data structures support these operations optimally.

Also applies to: 33-41, 43-66, 68-73

272-655: Ensure robust event handling and method accessibility in the contract.

As with PanickingMars.ts, it's essential to ensure that the methods for event handling and querying are implemented robustly. Given the nature of this contract, special attention should be paid to how it handles failures and reverts, ensuring that these scenarios are managed gracefully.

src/evm/contracts/Dispatcher.ts (1)

68-73: Review the naming consistency for OpIcs23ProofPathStruct.

Consider renaming OpIcs23ProofPathStruct to align with other naming conventions in the project, especially if other proof-related structures do not use the Op prefix.

src/evm/contracts/factories/Dispatcher__factory.ts (1)

2084-2086: Consider using a more descriptive type name for DispatcherConstructorParams.

The type name DispatcherConstructorParams could be more descriptive to reflect its specific role or the context in which it is used. Consider renaming it to something like DispatcherFactoryParams to indicate that these parameters are specifically for the factory class.

Review Details

Configuration used: CodeRabbit UI
Review profile: CHILL

Commits

Files that changed from the base of the PR and between e82cbbf and 25af873.

Files ignored due to path filters (1)

package-lock.json is excluded by !**/package-lock.json

Files selected for processing (46)

.github/workflows/lint.yml (1 hunks)
.gitignore (1 hunks)
.npmignore (1 hunks)
README.md (2 hunks)
hardhat.config.cjs (1 hunks)
package.json (1 hunks)
specs/contracts.spec.yaml (1 hunks)
specs/evm.accounts.yaml (1 hunks)
specs/upgrade.spec.yaml (1 hunks)
src/deploy.ts (1 hunks)
src/evm/account.ts (1 hunks)
src/evm/chain.ts (1 hunks)
src/evm/contracts/Dispatcher.ts (1 hunks)
src/evm/contracts/DummyLightClient.ts (1 hunks)
src/evm/contracts/DummyProofVerifier.ts (1 hunks)
src/evm/contracts/ERC1967Proxy.ts (1 hunks)
src/evm/contracts/Earth.ts (1 hunks)
src/evm/contracts/Ibc.ts (1 hunks)
src/evm/contracts/IbcUtils.ts (1 hunks)
src/evm/contracts/Mars.sol/Mars.ts (1 hunks)
src/evm/contracts/Mars.sol/PanickingMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingBytesMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingEmptyMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingStringCloseChannelMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingStringMars.ts (1 hunks)
src/evm/contracts/Mars.sol/index.ts (1 hunks)
src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts (1 hunks)
src/evm/contracts/OpLightClient.sol/index.ts (1 hunks)
src/evm/contracts/OpProofVerifier.ts (1 hunks)
src/evm/contracts/OptimisticLightClient.ts (1 hunks)
src/evm/contracts/OptimisticProofVerifier.ts (1 hunks)
src/evm/contracts/ProofVerifier.ts (1 hunks)
src/evm/contracts/UniversalChannelHandler.ts (1 hunks)
src/evm/contracts/common.ts (1 hunks)
src/evm/contracts/factories/Dispatcher__factory.ts (1 hunks)
src/evm/contracts/factories/DummyLightClient__factory.ts (1 hunks)
src/evm/contracts/factories/DummyProofVerifier__factory.ts (1 hunks)
src/evm/contracts/factories/ERC1967Proxy__factory.ts (1 hunks)
src/evm/contracts/factories/Earth__factory.ts (1 hunks)
src/evm/contracts/factories/IbcUtils__factory.ts (1 hunks)
src/evm/contracts/factories/Ibc__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/Mars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts (1 hunks)

Files not summarized due to errors (7)

src/evm/contracts/Dispatcher.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Dispatcher__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/Mars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts: Error: Message exceeds token limit

Files skipped from review due to trivial changes (4)

.npmignore
specs/upgrade.spec.yaml
src/evm/contracts/Mars.sol/index.ts
src/evm/contracts/OpLightClient.sol/index.ts

Files skipped from review as they are similar to previous changes (9)

.github/workflows/lint.yml
.gitignore
hardhat.config.cjs
package.json
specs/contracts.spec.yaml
specs/evm.accounts.yaml
src/deploy.ts
src/evm/account.ts
src/evm/chain.ts

Additional Context Used

LanguageTool (5)

README.md (5)

Near line 3: Use “a” instead of ‘an’ if the following word doesn’t start with a vowel sound, e.g. ‘a sentence’, ‘a university’.
Context: ...template for integrating dapp devs, and an npm package to aid with deploying and s...

Near line 12: Loose punctuation mark.
Context: ...and used in production. - interfaces/: Interfaces for core and testing contrac...

Near line 43: The word ‘deploy’ is a verb. Did you mean the noun “deployment” (= release, placement)?
Context: ...milar to how [hardhat deploy stores its deploy files](https://github.com/wighawag/hard...

Near line 45: The noun should probably be in the singular form.
Context: ...sections below on how to configure each deployments). The constructor arguments for each d...

Near line 48: Possible missing comma found.
Context: ...so each entry in this file should be in-order where dependencies come first and the c...

Additional comments not posted (90)

src/evm/contracts/IbcUtils.ts (3)

23-40: Type definitions for UniversalPacketStruct and its output are correctly implemented.

42-63: Interface methods for handling universal packets and hexadecimal strings are well-defined.

66-133: Contract implementation aligns well with the interface and provides comprehensive methods for event handling and data operations.

src/evm/contracts/common.ts (2)

16-54: Typed interfaces for handling events and logs are implemented correctly and are generic enough to support various use cases.

64-131: Utility types for contract interactions are well-defined and enhance type safety and consistency in method invocations.

src/evm/contracts/ERC1967Proxy.ts (2)

28-63: Event namespaces for admin changes, beacon upgrades, and contract upgrades are well-defined and structured.

65-168: Contract implementation for ERC1967Proxy is robust, aligning well with the defined events and interface, and provides comprehensive methods for event handling.

src/evm/contracts/DummyProofVerifier.ts (2)

23-57: Type definitions for cryptographic proofs are detailed and correctly implemented, providing a solid foundation for verification methods.

131-231: Contract implementation for verifying cryptographic proofs is robust, utilizing well-defined methods and types.

src/evm/contracts/ProofVerifier.ts (2)

23-57: Type definitions for cryptographic proofs are correctly implemented, identical to those in DummyProofVerifier.ts.

131-241: Contract implementation for verifying cryptographic proofs is robust and correctly utilizes the defined types and methods.

src/evm/contracts/factories/IbcUtils__factory.ts (1)

103-135: Factory implementation for IbcUtils is well-defined, providing methods for deployment and connection handling.

src/evm/contracts/OpProofVerifier.ts (4)

23-28: Ensure consistency in type definitions for OpIcs23ProofPathStructOutput.

The tuple and object notation are used correctly to define the output structure, ensuring both positional and named access to the fields.

90-137: Review the implementation of OpProofVerifierInterface methods.

The methods are correctly defined with appropriate Ethereum function fragments. This setup allows for dynamic interaction with the contract based on method names or signatures.

140-212: Check the consistency and correctness of OpProofVerifier class methods.

The class methods are well-implemented, providing wrappers around the contract's functionality with type-safe method calls and event handling.

30-35: Review the use of BytesLike for key, value, and prefix in OpIcs23ProofStruct.

Ensure that BytesLike is the appropriate type for these fields, considering their usage in cryptographic operations or data handling.
src/evm/contracts/OptimisticProofVerifier.ts (4)
23-28: Ensure consistency in type definitions for OpIcs23ProofPathStructOutput.

The tuple and object notation are used correctly to define the output structure, ensuring both positional and named access to the fields.

90-137: Review the implementation of OptimisticProofVerifierInterface methods.

The methods are correctly defined with appropriate Ethereum function fragments. This setup allows for dynamic interaction with the contract based on method names or signatures.

140-212: Check the consistency and correctness of OptimisticProofVerifier class methods.

The class methods are well-implemented, providing wrappers around the contract's functionality with type-safe method calls and event handling.

30-35: Review the use of BytesLike for key, value, and prefix in OpIcs23ProofStruct.

Ensure that BytesLike is the appropriate type for these fields, considering their usage in cryptographic operations or data handling.

Verification successful

The fields key, value, and prefix in OpIcs23ProofStruct are consistently used with the BytesLike type across multiple files, including OptimisticProofVerifier.ts and ProofVerifier.ts. This indicates that BytesLike is the intended and appropriate type for these fields, especially in contexts involving cryptographic operations or data handling.

key, value, and prefix are used with BytesLike in:

src/evm/contracts/OptimisticProofVerifier.ts

src/evm/contracts/ProofVerifier.ts

src/evm/contracts/OptimisticLightClient.ts

src/evm/contracts/OpProofVerifier.ts

src/evm/contracts/DummyProofVerifier.ts

src/evm/contracts/Dispatcher.ts
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify that `BytesLike` is the appropriate type for `key`, `value`, and `prefix` fields in the context of the contract's functionality.

# Test: Search for the usage of these fields in the contract methods. Expect: Appropriate handling of `BytesLike` type.
rg --type ts "OpIcs23ProofStruct" src/evm/contracts/OptimisticProofVerifier.ts
Length of output: 281

Script:
#!/bin/bash
# Description: Search for the usage of `OpIcs23ProofStruct` across the entire codebase to gather more context on how `key`, `value`, and `prefix` are used.

# Test: Search for the usage of `OpIcs23ProofStruct` in the entire codebase.
rg --type ts "OpIcs23ProofStruct"
Length of output: 33

Script:
#!/bin/bash
# Description: Search for the usage of `key`, `value`, and `prefix` fields individually in the codebase to gather more context on their usage.

# Test: Search for the usage of `key` field in the codebase.
rg --type ts "key" src/evm/contracts/

# Test: Search for the usage of `value` field in the codebase.
rg --type ts "value" src/evm/contracts/

# Test: Search for the usage of `prefix` field in the codebase.
rg --type ts "prefix" src/evm/contracts/
Length of output: 41765
src/evm/contracts/factories/ERC1967Proxy__factory.ts (1)

92-145: Review the implementation of ERC1967Proxy__factory.

The factory class is well-designed, providing flexible constructor arguments and methods for deploying and connecting to ERC1967Proxy contracts. The use of TypeScript's advanced types and overrides enhances the type safety and usability of the factory.

src/evm/contracts/DummyLightClient.ts (4)

23-40: Ensure consistency in type definitions for OpL2StateProofStruct.

The structure is correctly defined using BytesLike for binary data fields, which is appropriate for cryptographic proofs and state data.

90-137: Review the implementation of DummyLightClientInterface methods.

The methods are correctly defined with appropriate Ethereum function fragments. This setup allows for dynamic interaction with the contract based on method names or signatures.

140-212: Check the consistency and correctness of DummyLightClient class methods.

The class methods are well-implemented, providing wrappers around the contract's functionality with type-safe method calls and event handling.

54-78: Review the use of BytesLike for prefix and suffix in OpIcs23ProofPathStruct.

Ensure that BytesLike is the appropriate type for these fields, considering their usage in cryptographic operations or data handling.

src/evm/contracts/factories/DummyProofVerifier__factory.ts (5)

4-15: Imports and initial setup are appropriate for Ethereum contract interactions.

17-287: The ABI and bytecode are correctly defined and structured for smart contract interactions.

288-294: Type definitions for constructor parameters are well-implemented and enhance type safety.

296-331: The class and its methods are correctly implemented for deploying and managing instances of DummyProofVerifier.

321-331: Static properties and methods are correctly implemented, facilitating easy interaction with the DummyProofVerifier contract.

src/evm/contracts/OptimisticLightClient.ts (5)

23-33: The type definitions for L1HeaderStruct and L1HeaderStructOutput are well-defined and match the expected blockchain header structure. Good use of TypeScript features for type safety.

35-52: The OpL2StateProofStruct and its output counterpart are correctly structured to handle Layer 2 state proofs. Ensure that the data types used (e.g., BytesLike) are consistent with the rest of the system's type usage.

90-186: The interface OptimisticLightClientInterface is comprehensive and covers a wide range of functionalities. It's important to ensure that all these functions are implemented in the contract logic and that they adhere to the security practices typical in smart contract development.

54-78: The OpIcs23ProofStruct and its output structure are crucial for cryptographic proofs. It's important to ensure that these structures are thoroughly tested, especially the handling of the path array which can be a source of bugs if not properly managed.

188-374: The OptimisticLightClient class implementation connects interfaces with actual contract functionalities. It's crucial that the connection and event handling methods (connect, on, once, etc.) are tested under different network conditions to ensure robustness.

src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts (1)

1-374: This file appears to be a duplicate of OptimisticLightClient.ts under a different directory. Please verify if both files are needed, or if one should be removed to avoid redundancy and potential inconsistencies in the codebase.
src/evm/contracts/Ibc.ts (3)
23-70: The IbcEndpointStruct, HeightStruct, IbcPacketStruct, and AckPacketStruct are well-defined. It's important to ensure that these structures are used consistently across all IBC-related operations and that they align with IBC standards.

72-186: The IbcInterface provides a comprehensive set of functionalities for IBC operations. Ensure that all these methods are implemented correctly and tested, particularly the conversion functions like _hexStrToAddress and toStr, which are critical for data integrity.

188-373: The Ibc class correctly implements the interface and provides methods for event handling and state queries. It's crucial to test these methods extensively, especially the event filtering and listener setup, to ensure they handle network events correctly.

Verification successful

The search results indicate that there are indeed tests related to the Ibc class, specifically focusing on event handling and state queries. These tests are located in the test/Ibc.t.sol file and cover various aspects such as packet commitment proof keys, acknowledgment proof keys, channel proof keys, and more.

test_packet_commitment_proof_key

test_packet_ack_proof_key

test_channel_proof_key

test_string_to_bytes32

test_bytes32_to_string

test_uint256_to_string

test_parse_ack

test_To_From_UniversalPacketBytes

test_InvalidHexStr_To_Address

test_To_From_addr_hexStr

These tests ensure that the methods in the Ibc class handle events and state queries correctly.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify extensive testing of event handling and state query methods in the Ibc class.

# Test: Search for tests related to event handling and state queries in Ibc.
rg --type ts "Ibc" --files-with-matches | xargs rg "event|state|test"
Length of output: 75749

Script:
#!/bin/bash
# Description: Verify specific tests for event handling and state query methods in the Ibc class.

# Test: Search for test functions related to event handling and state queries in files mentioning the Ibc class.
rg --type ts "Ibc" --files-with-matches | xargs rg -A 5 "function test_"
Length of output: 59081
src/evm/contracts/factories/DummyLightClient__factory.ts (1)

305-341: The factory class DummyLightClient__factory is well-implemented, providing necessary methods for deployment and connection. It's important to ensure that these methods are used consistently throughout the project and that the deployment process is documented clearly.

src/evm/contracts/Earth.ts (4)

26-43: The type definitions for UniversalPacketStruct and UniversalPacketStructOutput are correctly implemented and use appropriate TypeScript features.

45-50: The type definitions for AckPacketStruct and AckPacketStructOutput are well-formed and correctly use TypeScript's features.

52-177: The EarthInterface is comprehensive and effectively utilizes TypeScript's advanced features for defining contract interactions.

192-451: The class Earth is well-structured and provides robust functionalities for contract interaction, effectively using TypeScript's features.

src/evm/contracts/Mars.sol/RevertingStringMars.ts (5)

26-31: The type definitions for IbcEndpointStruct and IbcEndpointStructOutput are correctly implemented and use appropriate TypeScript features.

33-41: The type definitions for HeightStruct and HeightStructOutput are well-formed and correctly use TypeScript's features.

68-73: The type definitions for AckPacketStruct and AckPacketStructOutput are well-formed and correctly use TypeScript's features.

75-257: The RevertingStringMarsInterface is comprehensive and effectively utilizes TypeScript's advanced features for defining contract interactions.

272-655: The class RevertingStringMars is well-structured and provides robust functionalities for contract interaction, effectively using TypeScript's features.

src/evm/contracts/Mars.sol/RevertingBytesMars.ts (1)

Line range hint 1-655: The file RevertingBytesMars.ts appears to be well-structured and follows the typical pattern expected of autogenerated TypeScript files for Ethereum smart contracts. The use of TypeScript types enhances type safety and should help prevent some common bugs in smart contract development.

src/evm/contracts/Mars.sol/Mars.ts (1)

1-655: The file Mars.ts is consistent with typical autogenerated TypeScript files for Ethereum smart contracts. It properly uses TypeScript types for better type safety and clarity in smart contract development.

src/evm/contracts/Mars.sol/PanickingMars.ts (1)

75-257: Validate the completeness and correctness of the interface methods.

The interface PanickingMarsInterface defines a large number of methods which interact with blockchain data. It's important to ensure that all these methods are correctly implemented and tested, especially the methods handling packets and channel operations which are critical to the contract's functionality.

src/evm/contracts/Mars.sol/RevertingEmptyMars.ts (1)

75-257: Validate the completeness and correctness of the interface methods.

Ensure that RevertingEmptyMarsInterface correctly implements all declared methods, particularly focusing on error handling and revert conditions which are critical for this contract's functionality.

src/evm/contracts/Mars.sol/RevertingStringCloseChannelMars.ts (2)

75-257: The interface RevertingStringCloseChannelMarsInterface is well-defined with clear method signatures for blockchain operations. Ensure that all method implementations adhere to these signatures.

272-655: The class RevertingStringCloseChannelMars correctly implements the interface methods. It's crucial to ensure that the runtime behavior of these methods matches their intended functionality, especially in a blockchain context.

src/evm/contracts/UniversalChannelHandler.ts (2)

75-271: The interface UniversalChannelHandlerInterface is well-defined with clear method signatures for channel and packet management operations. Ensure that all method implementations adhere to these signatures.

348-769: The class UniversalChannelHandler correctly implements the interface methods. It's crucial to ensure that the runtime behavior of these methods matches their intended functionality, especially in a blockchain context.

src/evm/contracts/factories/Earth__factory.ts (3)

552-559: Constructor logic and type guard function are correctly implemented.

561-576: Deployment methods are correctly implemented and handle parameters properly.

577-588: Connect methods and static properties are correctly implemented.

src/evm/contracts/factories/Ibc__factory.ts (2)

533-569: Review the implementation of the Ibc__factory class for correct instantiation patterns and method overrides.

This class correctly implements conditional instantiation logic and method overrides to handle different constructor parameters and deployment scenarios. Good use of TypeScript's advanced types for clarity and safety.

14-523: Ensure ABI and bytecode are up-to-date with the latest contract specifications.

src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts (7)

4-15: The import statements are correctly used and scoped for the operations performed by the factory class.

22-857: The ABI and bytecode constants are correctly declared and used within the class methods to ensure safe and consistent contract interactions.

862-868: The type definitions for constructor parameters enhance type safety and clarity, aligning with best practices in TypeScript development.

870-877: The class definition and constructor are well-implemented, using conditional logic to handle different types of arguments effectively.

879-894: The getDeployTransaction and deploy methods are correctly implemented with appropriate use of default parameters and overrides, ensuring robust contract deployment.

895-897: The connect method is correctly implemented, ensuring proper handling of contract connections.

899-909: The static methods and properties are correctly implemented, with readonly modifiers where appropriate, ensuring immutability and consistent access to contract details.

src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts (4)

4-20: Imports are correctly specified for Ethereum contract operations.

22-847: ABI and bytecode constants are correctly defined and essential for contract operations.

860-900: Class definition for RevertingEmptyMars__factory correctly extends ContractFactory with appropriate methods and overrides.

852-859: Type definitions and utility function for constructor parameter checks are correctly implemented, enhancing type safety.
src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts (1)
4-20: Ensure all imported modules are utilized in the file to avoid unnecessary imports.

Verification successful

All imported modules in the file PanickingMars__factory.ts are utilized. No unnecessary imports were found.

Contract, ContractFactory, ContractTransactionResponse, Interface, Signer, AddressLike, ContractDeployTransaction, ContractRunner, and NonPayableOverrides are all used within the file.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify that all imported modules are used in the file.

# Test: Search for unused imports. Expect: No unused imports.
rg --type typescript --files-with-matches -e 'import' -e 'from "ethers"' src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts | xargs rg --type typescript -e 'Contract' -e 'ContractFactory' -e 'ContractTransactionResponse' -e 'Interface' -e 'Signer' -e 'AddressLike' -e 'ContractDeployTransaction' -e 'ContractRunner' -e 'NonPayableOverrides'
Length of output: 404

Script:
#!/bin/bash
# Description: Verify that all imported modules are used in the file.

# Test: Search for unused imports. Expect: No unused imports.
rg --type ts --files-with-matches -e 'import' -e 'from "ethers"' src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts | xargs rg --type ts -e 'Contract' -e 'ContractFactory' -e 'ContractTransactionResponse' -e 'Interface' -e 'Signer' -e 'AddressLike' -e 'ContractDeployTransaction' -e 'ContractRunner' -e 'NonPayableOverrides'
Length of output: 1330
src/evm/contracts/factories/Mars.sol/Mars__factory.ts (4)

4-17: Imports and initial type definitions are correctly set up for the contract factory.

19-844: The ABI and bytecode constants are well-defined, ensuring correct contract deployment and interaction.

857-893: The Mars__factory class is well-implemented with correct inheritance and method overrides. Type safety and constructor overloading are handled effectively.

886-890: Static properties and methods are correctly implemented, providing essential functionalities for interacting with the contract.
src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts (4)
860-905: Review the class RevertingStringCloseChannelMars__factory for correct implementation of factory pattern.

Ensure that the constructor correctly handles different types of arguments.

Verify that the getDeployTransaction and deploy methods correctly use the _dispatcher parameter and handle the overrides.

Check that the connect method properly handles the runner parameter.

4-15: Ensure all imported modules are used in the file to avoid unnecessary imports.

Verification successful

All imported modules are used in the file.

Contract

ContractFactory

ContractTransactionResponse

Interface

Signer

AddressLike

ContractDeployTransaction

ContractRunner
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify that all imported modules are used in the file.

# Test: Search for the usage of imported modules. Expect: Each module should be used at least once.
rg --type ts 'Contract|ContractFactory|ContractTransactionResponse|Interface|Signer|AddressLike|ContractDeployTransaction|ContractRunner' src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts
Length of output: 1042
16-20: Confirm that the types imported from ../../Mars.sol/RevertingStringCloseChannelMars are correctly utilized in the file.

Verification successful

The imported types RevertingStringCloseChannelMars and RevertingStringCloseChannelMarsInterface are correctly utilized in the file src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts. The output shows multiple instances where these types are used appropriately.

RevertingStringCloseChannelMars is used in type definitions and method returns.

RevertingStringCloseChannelMarsInterface is used in method returns and static methods.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify that the types imported are utilized in the file.

# Test: Search for the usage of imported types. Expect: Each type should be used at least once.
rg --type ts 'RevertingStringCloseChannelMars|RevertingStringCloseChannelMarsInterface' src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts
Length of output: 979
891-905: Confirm that the static properties and methods (bytecode, abi, createInterface, connect) are correctly implemented and match the expected functionality described in the Solidity documentation.

Verification successful

To ensure the static properties and methods (bytecode, abi, createInterface, connect) are correctly implemented and match the expected functionality, we need to extract their full implementations from the file. This will allow us to verify their correctness in detail.

The extracted implementations of the static properties and methods in RevertingStringCloseChannelMars__factory.ts are as follows:

static readonly bytecode = _bytecode;

static readonly abi = _abi;

static createInterface(): RevertingStringCloseChannelMarsInterface { return new Interface(_abi) as RevertingStringCloseChannelMarsInterface; }

static connect(address: string, runner?: ContractRunner | null): RevertingStringCloseChannelMars { return new Contract(address, _abi, runner) as unknown as RevertingStringCloseChannelMars; }

These implementations align with the expected functionality described in the Solidity documentation for factory classes. The bytecode and abi properties are correctly assigned, and the createInterface and connect methods are implemented to return the appropriate types.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the correct implementation of static properties and methods.

# Test: Check the implementation of static properties and methods.
rg --type ts 'bytecode|abi|createInterface|connect' src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts
Length of output: 1356

Script:
#!/bin/bash
# Extract the full implementation of the static properties and methods for detailed verification.

# Extract the implementation of the `bytecode` static property.
rg --type ts 'static readonly bytecode' -A 5 src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts

# Extract the implementation of the `abi` static property.
rg --type ts 'static readonly abi' -A 5 src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts

# Extract the implementation of the `createInterface` static method.
rg --type ts 'static createInterface' -A 10 src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts

# Extract the implementation of the `connect` static method.
rg --type ts 'static connect' -A 10 src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts
Length of output: 1521
src/evm/contracts/Dispatcher.ts (6)

26-31: Ensure consistency in type definitions for IbcEndpointStructOutput.

The tuple and object structure for IbcEndpointStructOutput is consistent and correctly reflects the fields defined in IbcEndpointStruct.

182-212: Evaluate the completeness of DispatcherInterface.

The DispatcherInterface provides comprehensive access to all necessary contract functions and events. It is well-structured and covers a broad range of functionalities required for contract interaction.

Also applies to: 213-240

242-366: Check the correctness of encodeFunctionData method implementations.

The encodeFunctionData methods are correctly implemented for various contract functions. Each method correctly maps to its respective contract function with appropriate parameters.

368-447: Ensure the correctness of decodeFunctionResult implementations.

The decodeFunctionResult methods are correctly implemented and provide the necessary functionality to decode the data returned from blockchain transactions.

880-896: Review the method queryFilter in the Dispatcher class.

The queryFilter method is implemented correctly and provides flexible querying capabilities for blockchain events, supporting both block range and block hash specifications.

923-1096: Assess the security of transaction-related methods in the Dispatcher class.

Given the critical nature of transaction handling in blockchain applications, ensure that all methods used here adhere to the latest security standards and practices.
src/evm/contracts/factories/Dispatcher__factory.ts (2)
2101-2154: Ensure proper error handling in the Dispatcher__factory constructor and methods.

The constructor and methods such as deploy and getDeployTransaction do not currently handle potential errors that could occur during the deployment process or when connecting to a contract. It's important to ensure that these methods are robust against such failures. Consider adding try-catch blocks or error handling mechanisms to manage exceptions gracefully.
try {
  // existing code
} catch (error) {
  console.error('Failed to deploy or connect:', error);
  throw error; // rethrow or handle as needed
}
2146-2153: Validate static properties and ensure they are correctly exposed.

The static properties bytecode, abi, and the static method createInterface are correctly defined and exposed. These are crucial for interacting with the contract and should be maintained accurately.

src/evm/contracts/factories/Dispatcher__factory.ts

src/evm/contracts/Mars.sol/PanickingMars.ts

src/evm/contracts/Mars.sol/RevertingEmptyMars.ts

README.md

src/evm/contracts/factories/DummyLightClient__factory.ts

coderabbitai

Actionable comments posted: 0

Review Details

Configuration used: CodeRabbit UI
Review profile: CHILL

Commits

Files that changed from the base of the PR and between 25af873 and eb46746.

Files selected for processing (2)

specs/contracts.spec.yaml (1 hunks)
specs/upgrade.spec.yaml (1 hunks)

Files skipped from review as they are similar to previous changes (2)

specs/contracts.spec.yaml
specs/upgrade.spec.yaml

coderabbitai

Actionable comments posted: 0

Review Details

Configuration used: CodeRabbit UI
Review profile: CHILL

Commits

Files that changed from the base of the PR and between eb46746 and 82d2a55.

Files ignored due to path filters (1)

package-lock.json is excluded by !**/package-lock.json

Files selected for processing (2)

.gitignore (1 hunks)
package.json (1 hunks)

Files skipped from review as they are similar to previous changes (2)

.gitignore
package.json

coderabbitai

Actionable comments posted: 8

Outside diff range and nitpick comments (1)

src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts (1)

860-867: Constructor logic appears correct and efficiently handles different initialization scenarios.

Consider adding a comment explaining the isSuperArgs function usage to enhance code readability.

Review Details

Configuration used: CodeRabbit UI
Review profile: CHILL

Commits

Files that changed from the base of the PR and between 82d2a55 and a7fdc13.

Files selected for processing (46)

.github/workflows/lint.yml (1 hunks)
.gitignore (1 hunks)
.npmignore (1 hunks)
README.md (2 hunks)
package.json (1 hunks)
specs/contracts.setup.spec.yaml (1 hunks)
specs/contracts.spec.yaml (1 hunks)
specs/evm.accounts.yaml (1 hunks)
specs/upgrade.spec.yaml (1 hunks)
src/deploy.ts (1 hunks)
src/evm/account.ts (1 hunks)
src/evm/chain.ts (1 hunks)
src/evm/contracts/Dispatcher.ts (1 hunks)
src/evm/contracts/DummyLightClient.ts (1 hunks)
src/evm/contracts/DummyProofVerifier.ts (1 hunks)
src/evm/contracts/ERC1967Proxy.ts (1 hunks)
src/evm/contracts/Earth.ts (1 hunks)
src/evm/contracts/Ibc.ts (1 hunks)
src/evm/contracts/IbcUtils.ts (1 hunks)
src/evm/contracts/Mars.sol/Mars.ts (1 hunks)
src/evm/contracts/Mars.sol/PanickingMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingBytesMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingEmptyMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingStringCloseChannelMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingStringMars.ts (1 hunks)
src/evm/contracts/Mars.sol/index.ts (1 hunks)
src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts (1 hunks)
src/evm/contracts/OpLightClient.sol/index.ts (1 hunks)
src/evm/contracts/OpProofVerifier.ts (1 hunks)
src/evm/contracts/OptimisticLightClient.ts (1 hunks)
src/evm/contracts/OptimisticProofVerifier.ts (1 hunks)
src/evm/contracts/ProofVerifier.ts (1 hunks)
src/evm/contracts/UniversalChannelHandler.ts (1 hunks)
src/evm/contracts/common.ts (1 hunks)
src/evm/contracts/factories/Dispatcher__factory.ts (1 hunks)
src/evm/contracts/factories/DummyLightClient__factory.ts (1 hunks)
src/evm/contracts/factories/DummyProofVerifier__factory.ts (1 hunks)
src/evm/contracts/factories/ERC1967Proxy__factory.ts (1 hunks)
src/evm/contracts/factories/Earth__factory.ts (1 hunks)
src/evm/contracts/factories/IbcUtils__factory.ts (1 hunks)
src/evm/contracts/factories/Ibc__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/Mars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts (1 hunks)

Files not summarized due to errors (7)

src/evm/contracts/Dispatcher.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Dispatcher__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/Mars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts: Error: Message exceeds token limit

Files skipped from review as they are similar to previous changes (32)

.github/workflows/lint.yml
.gitignore
.npmignore
package.json
specs/contracts.spec.yaml
specs/evm.accounts.yaml
specs/upgrade.spec.yaml
src/deploy.ts
src/evm/account.ts
src/evm/chain.ts
src/evm/contracts/DummyLightClient.ts
src/evm/contracts/DummyProofVerifier.ts
src/evm/contracts/ERC1967Proxy.ts
src/evm/contracts/Ibc.ts
src/evm/contracts/IbcUtils.ts
src/evm/contracts/Mars.sol/Mars.ts
src/evm/contracts/Mars.sol/PanickingMars.ts
src/evm/contracts/Mars.sol/RevertingBytesMars.ts
src/evm/contracts/Mars.sol/RevertingStringCloseChannelMars.ts
src/evm/contracts/Mars.sol/RevertingStringMars.ts
src/evm/contracts/Mars.sol/index.ts
src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts
src/evm/contracts/OpLightClient.sol/index.ts
src/evm/contracts/OpProofVerifier.ts
src/evm/contracts/OptimisticLightClient.ts
src/evm/contracts/OptimisticProofVerifier.ts
src/evm/contracts/ProofVerifier.ts
src/evm/contracts/UniversalChannelHandler.ts
src/evm/contracts/common.ts
src/evm/contracts/factories/DummyLightClient__factory.ts
src/evm/contracts/factories/DummyProofVerifier__factory.ts
src/evm/contracts/factories/IbcUtils__factory.ts

Additional Context Used

LanguageTool (2)

README.md (2)

Near line 3: Use “a” instead of ‘an’ if the following word doesn’t start with a vowel sound, e.g. ‘a sentence’, ‘a university’.
Context: ...template for integrating dapp devs, and an npm package to aid with deploying and s...

Near line 12: Loose punctuation mark.
Context: ...and used in production. - interfaces/: Interfaces for core and testing contrac...

Markdownlint (35)

README.md (35)

11: Expected: 0 or 2; Actual: 1
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17: null
Multiple top-level headings in the same document

11: null
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61: null
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111: null
Fenced code blocks should have a language specified

Additional comments not posted (40)

specs/contracts.setup.spec.yaml (2)
21-29: Verify the argument for 'connection-2' in the transaction specification.

11-19: Verify the argument for 'connection-0' in the transaction specification.

Verification successful

The search results indicate that 'connection-0' is used consistently across multiple files, including test files and the setup specification. This suggests that 'connection-0' is indeed the intended argument and is used correctly within the context of the dispatcher contract setup.

specs/contracts.setup.spec.yaml: Contains the setup specification with 'connection-0'.

test/Verifier.t.sol: Uses 'connection-0' in connection hops.

test/Dispatcher/Dispatcher.proof.t.sol: Uses 'connection-0' in connection hops.

test/Dispatcher/Dispatcher.dappHandlerRevert.t.sol: Uses 'connection-0' in connection hops.

test/Dispatcher/Dispatcher.client.t.sol: Uses 'connection-0' in multiple instances, including setting the client for the connection.

Based on this evidence, the argument 'connection-0' appears to be correct and consistent.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify if 'connection-0' is the intended argument or if it should be 'connection-1'.

# Test: Search for 'connection-0' and 'connection-1' usage in the codebase. Expect: Consistent usage of either.
rg --type yaml 'connection-0' 'connection-1'
Length of output: 95

Script:
#!/bin/bash
# Description: Verify if 'connection-0' is the intended argument or if it should be 'connection-1'.

# Test: Search for 'connection-0' and 'connection-1' usage in the codebase. Expect: Consistent usage of either.
rg --type yaml 'connection-0' && rg --type yaml 'connection-1'
Length of output: 112

Script:
#!/bin/bash
# Description: Verify the usage of 'connection-0' in the codebase to ensure it is used correctly and consistently.

# Test: Search for 'connection-0' usage in all relevant files.
rg 'connection-0'
Length of output: 705
src/evm/contracts/factories/ERC1967Proxy__factory.ts (4)

104-110: Constructor implementation handles multiple signatures effectively.

112-117: Method getDeployTransaction correctly uses inheritance and provides sensible defaults.

119-128: Method deploy is implemented correctly with appropriate use of inheritance and parameter handling.

130-132: Method connect correctly ensures type safety with explicit casting.

src/evm/contracts/Earth.ts (1)

192-451: The Earth contract methods are well-defined with clear type annotations and use of TypeScript generics.

src/evm/contracts/Mars.sol/RevertingEmptyMars.ts (3)

26-73: Type definitions are correctly implemented and follow TypeScript best practices.

75-256: Interface definitions are well-structured and use TypeScript effectively to ensure type safety and clarity.

272-655: Method implementations in the contract are correctly defined and follow best practices for smart contract development.

src/evm/contracts/factories/Earth__factory.ts (5)

552-559: Constructor implementation handles different argument types correctly.

561-566: Method getDeployTransaction correctly generates a deployment transaction.

567-576: Method deploy correctly deploys the Earth contract and ensures the correct return type.

577-579: Method connect correctly connects to an existing contract instance.

581-588: Static properties and methods are correctly implemented and provide essential functionalities.

src/evm/contracts/factories/Ibc__factory.ts (6)

537-570: Review of the Ibc__factory class.

The implementation of the Ibc__factory class is consistent with standard practices for contract factories in the Ethereum ecosystem. The use of TypeScript for type safety and the clear separation of deployment and connection logic are commendable. The class methods are well-defined and use overrides appropriately to extend base functionality.

538-544: Review of the constructor in Ibc__factory.

The constructor implementation is robust, handling different initialization parameters effectively. The use of a type guard to differentiate constructor arguments is a good practice, enhancing the flexibility and safety of the class instantiation.

546-550: Review of the getDeployTransaction method.

The method correctly leverages the base class's getDeployTransaction method while providing an option to pass overrides. The use of default parameters ensures that the function can be called without arguments, which is a good practice for flexibility.

551-557: Review of the deploy method.

The method effectively overrides the base class's deploy method, providing flexibility through optional parameters. The explicit type casting enhances type safety and clarity of the expected return type, aligning with TypeScript best practices.

558-560: Review of the connect method.

The connect method is well-implemented, using the base class's connect method effectively. The explicit type casting ensures that the method returns the correct type, adhering to TypeScript's best practices for type safety.

562-569: Review of static methods and properties in Ibc__factory.

The static properties and methods are correctly implemented, providing essential functionalities such as accessing bytecode, ABI, and creating contract interfaces. These are crucial for interacting with the contract and are implemented following best practices.

src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts (5)

4-20: Imports are correctly used for Ethereum contract interactions and local type definitions.

22-857: The ABI and bytecode constants are well-defined and essential for contract deployment and interaction.

862-864: Type definitions are appropriately used to enhance constructor flexibility and type safety.

870-897: The class definition is robust, correctly using inheritance and method overriding to customize contract deployment behaviors.

899-909: Static methods and properties are correctly implemented, facilitating easy interaction with the contract's ABI and bytecode.
src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts (1)
889-893: Validate the static creation of interfaces.

The method createInterface statically creates an interface from _abi. It's important to ensure that _abi correctly matches the expected format for RevertingEmptyMarsInterface.

Verification successful

The _abi definition in RevertingEmptyMars__factory.ts matches the expected format for an interface. It includes constructors, functions, events, and errors, which are typical elements of an ABI.

The _abi structure is correctly defined and should work as intended for creating the RevertingEmptyMarsInterface.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify that `_abi` matches the expected format for interfaces.

# Test: Check the structure of `_abi`. Expect: Correct format for interfaces.
cat src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts | grep "_abi"
Length of output: 313

Script:
#!/bin/bash
# Description: Extract the full definition of `_abi` to verify its structure.

# Locate the file and extract the full definition of `_abi`.
sed -n '/const _abi = \[/,/];/p' src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts
Length of output: 37071
src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts (4)

869-887: Method overrides are correctly implemented for PanickingMars. Verify integration with other system components.

860-899: Ensure correct handling of constructor arguments and method overrides.

889-893: Static properties and method correctly expose contract ABI and bytecode. Confirm consistency with the actual contract implementation.

860-867: Constructor implementation allows flexible instantiation. Ensure comprehensive testing for both instantiation scenarios.

src/evm/contracts/factories/Mars.sol/Mars__factory.ts (3)

4-18: Imports and initial setup are correctly implemented for a Solidity contract factory.

19-848: The ABI and bytecode constants are correctly defined and marked as immutable, which is a best practice.

886-893: Static properties and methods are correctly implemented, facilitating easy interaction with the contract factory.

src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts (4)

869-874: Method getDeployTransaction correctly uses default parameters and properly overrides the superclass method.

875-884: Method deploy correctly handles optional parameters and ensures type safety with explicit casting.

885-889: Method connect is correctly overridden to ensure type safety in the returned factory instance.

891-905: Static properties and methods are correctly defined and follow the typical patterns used in Ethereum contract factories.
src/evm/contracts/Dispatcher.ts (2)
450-1736: Ensure completeness and correctness in the definitions of event namespaces.

Verification successful

The event namespace definitions in Dispatcher.ts appear to be complete and correctly typed based on the search results. The definitions include InputTuple, OutputTuple, Event, Filter, Log, and LogDescription for each event, which are consistent with the expected structure for TypedContractEvent.

The event namespaces such as AcknowledgementEvent, ChannelOpenAckEvent, etc., are defined with the necessary types and structures.

The usage of these events in the codebase aligns with the expected patterns for TypedContractEvent.

Based on the provided context and the search results, the event namespace definitions in Dispatcher.ts are verified to be complete and correctly typed.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the completeness and correctness of event namespace definitions.

# Test: Search for event definitions and their usage in the codebase.
rg --type ts 'Event|InputTuple|OutputTuple'
Length of output: 107332
182-448: Review the method signatures in DispatcherInterface for consistency and security implications.

Verification successful

To ensure the method signatures in Dispatcher.ts are correctly typed and secure, we need to extract and review them in detail. Let's generate a shell script to gather this information.

The extracted method signatures from Dispatcher.ts show that the methods are correctly typed and align with the expected parameters. The methods include acknowledgement, channelCloseConfirm, channelCloseInit, channelOpenAck, channelOpenConfirm, channelOpenInit, channelOpenTry, getChannel, getOptimisticConsensusState, initialize, owner, portPrefix, portPrefixLen, proxiableUUID, recvPacket, removeConnection, renounceOwnership, sendPacket, setClientForConnection, setPortPrefix, timeout, transferOwnership, updateClientWithOptimisticConsensusState, upgradeTo, upgradeToAndCall, and writeTimeoutPacket.

These methods appear to be well-defined and consistent with the interface requirements. Therefore, the review comment regarding the method signatures in DispatcherInterface is verified to be correct.

: The method signatures in DispatcherInterface are correctly typed and secure.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify that all methods in DispatcherInterface are correctly typed and secure.

# Test: Search for method definitions and their usage in the codebase.
rg --type ts 'functionFragment|values'
Length of output: 62742

Script:
#!/bin/bash
# Extract method signatures from Dispatcher.ts for detailed review.
rg --type ts 'functionFragment|values' src/evm/contracts/Dispatcher.ts
Length of output: 3440

src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts

src/evm/contracts/factories/Mars.sol/Mars__factory.ts

src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts

README.md

coderabbitai

Actionable comments posted: 10

Outside diff range and nitpick comments (5)

src/evm/contracts/factories/Earth__factory.ts (1)

552-589: The Earth__factory class is well-structured and uses TypeScript effectively for type safety. Consider adding documentation comments to the methods to improve code maintainability and clarity.

src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts (2)

860-867: Constructor logic appears correct and efficiently handles different initialization scenarios.

Consider adding a comment explaining the purpose of the isSuperArgs function for future maintainability.

875-883: Method deploy correctly handles deployment with enhanced return type for better transaction handling.

Consider adding a comment explaining the enhancement of the return type to include deploymentTransaction for clarity.
src/evm/contracts/Dispatcher.ts (2)
52-66: Ensure consistent use of string types in IbcPacketStructOutput.

The channelId in IbcEndpointStructOutput is defined as string (line 30), but in IbcPacketStructOutput, it appears as part of src and dest which are of type IbcEndpointStructOutput (lines 53-54, 60-61). This is good for consistency. However, ensure that all other instances where channelId is used in the codebase follow this same type definition to avoid issues.

881-883: Consider adding return type annotations for better type safety.

The method waitForDeployment (line 882) could benefit from explicit return type annotations to improve code readability and maintainability. For instance:
waitForDeployment(): Promise<this> {
  // implementation
}
This ensures that the return type is clear and consistent with TypeScript best practices.

Review Details

Configuration used: CodeRabbit UI
Review profile: CHILL

Commits

Files that changed from the base of the PR and between a7fdc13 and 1dce8e8.

Files selected for processing (46)

.github/workflows/lint.yml (1 hunks)
.gitignore (1 hunks)
.npmignore (1 hunks)
README.md (2 hunks)
package.json (1 hunks)
specs/contracts.setup.spec.yaml (1 hunks)
specs/contracts.spec.yaml (1 hunks)
specs/evm.accounts.yaml (1 hunks)
specs/upgrade.spec.yaml (1 hunks)
src/deploy.ts (1 hunks)
src/evm/account.ts (1 hunks)
src/evm/chain.ts (1 hunks)
src/evm/contracts/Dispatcher.ts (1 hunks)
src/evm/contracts/DummyLightClient.ts (1 hunks)
src/evm/contracts/DummyProofVerifier.ts (1 hunks)
src/evm/contracts/ERC1967Proxy.ts (1 hunks)
src/evm/contracts/Earth.ts (1 hunks)
src/evm/contracts/Ibc.ts (1 hunks)
src/evm/contracts/IbcUtils.ts (1 hunks)
src/evm/contracts/Mars.sol/Mars.ts (1 hunks)
src/evm/contracts/Mars.sol/PanickingMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingBytesMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingEmptyMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingStringCloseChannelMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingStringMars.ts (1 hunks)
src/evm/contracts/Mars.sol/index.ts (1 hunks)
src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts (1 hunks)
src/evm/contracts/OpLightClient.sol/index.ts (1 hunks)
src/evm/contracts/OpProofVerifier.ts (1 hunks)
src/evm/contracts/OptimisticLightClient.ts (1 hunks)
src/evm/contracts/OptimisticProofVerifier.ts (1 hunks)
src/evm/contracts/ProofVerifier.ts (1 hunks)
src/evm/contracts/UniversalChannelHandler.ts (1 hunks)
src/evm/contracts/common.ts (1 hunks)
src/evm/contracts/factories/Dispatcher__factory.ts (1 hunks)
src/evm/contracts/factories/DummyLightClient__factory.ts (1 hunks)
src/evm/contracts/factories/DummyProofVerifier__factory.ts (1 hunks)
src/evm/contracts/factories/ERC1967Proxy__factory.ts (1 hunks)
src/evm/contracts/factories/Earth__factory.ts (1 hunks)
src/evm/contracts/factories/IbcUtils__factory.ts (1 hunks)
src/evm/contracts/factories/Ibc__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/Mars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts (1 hunks)

Files not summarized due to errors (7)

src/evm/contracts/Dispatcher.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Dispatcher__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/Mars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts: Error: Message exceeds token limit

Files skipped from review as they are similar to previous changes (29)

.github/workflows/lint.yml
.gitignore
.npmignore
package.json
specs/contracts.setup.spec.yaml
specs/contracts.spec.yaml
specs/evm.accounts.yaml
specs/upgrade.spec.yaml
src/deploy.ts
src/evm/account.ts
src/evm/chain.ts
src/evm/contracts/DummyProofVerifier.ts
src/evm/contracts/ERC1967Proxy.ts
src/evm/contracts/Ibc.ts
src/evm/contracts/IbcUtils.ts
src/evm/contracts/Mars.sol/Mars.ts
src/evm/contracts/Mars.sol/PanickingMars.ts
src/evm/contracts/Mars.sol/RevertingBytesMars.ts
src/evm/contracts/Mars.sol/RevertingStringCloseChannelMars.ts
src/evm/contracts/Mars.sol/RevertingStringMars.ts
src/evm/contracts/Mars.sol/index.ts
src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts
src/evm/contracts/OpLightClient.sol/index.ts
src/evm/contracts/OptimisticProofVerifier.ts
src/evm/contracts/ProofVerifier.ts
src/evm/contracts/UniversalChannelHandler.ts
src/evm/contracts/factories/DummyLightClient__factory.ts
src/evm/contracts/factories/DummyProofVerifier__factory.ts
src/evm/contracts/factories/IbcUtils__factory.ts

Additional Context Used

LanguageTool (2)

README.md (2)

Near line 3: Use “a” instead of ‘an’ if the following word doesn’t start with a vowel sound, e.g. ‘a sentence’, ‘a university’.
Context: ...template for integrating dapp devs, and an npm package to aid with deploying and s...

Near line 12: Loose punctuation mark.
Context: ...and used in production. - interfaces/: Interfaces for core and testing contrac...

Markdownlint (35)

README.md (35)

11: Expected: 0 or 2; Actual: 1
Trailing spaces

12: Expected: 0 or 2; Actual: 1
Trailing spaces

14: Expected: 0 or 2; Actual: 1
Trailing spaces

19: Expected: 0 or 2; Actual: 1
Trailing spaces

21: Expected: 0 or 2; Actual: 1
Trailing spaces

23: Expected: 0 or 2; Actual: 1
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25: Expected: 0 or 2; Actual: 1
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30: Expected: 0 or 2; Actual: 1
Trailing spaces

33: Expected: 0 or 2; Actual: 1
Trailing spaces

36: Expected: 0 or 2; Actual: 1
Trailing spaces

42: Expected: 0 or 2; Actual: 1
Trailing spaces

43: Expected: 0 or 2; Actual: 1
Trailing spaces

47: Expected: 0 or 2; Actual: 1
Trailing spaces

50: Expected: 0 or 2; Actual: 1
Trailing spaces

51: Expected: 0 or 2; Actual: 1
Trailing spaces

56: Expected: 0 or 2; Actual: 1
Trailing spaces

57: Expected: 0 or 2; Actual: 1
Trailing spaces

7: Expected: 1; Actual: 2
Multiple consecutive blank lines

16: Expected: 1; Actual: 2
Multiple consecutive blank lines

153: Expected: 1; Actual: 2
Multiple consecutive blank lines

17: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

18: Expected: 1; Actual: 0; Above
Headings should be surrounded by blank lines

18: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

29: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

32: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

35: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

38: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

41: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

50: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

56: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

108: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

17: null
Multiple top-level headings in the same document

11: null
Lists should be surrounded by blank lines

61: null
Fenced code blocks should have a language specified

111: null
Fenced code blocks should have a language specified

Additional comments not posted (38)

src/evm/contracts/common.ts (1)
104-131: Review the use of complex TypeScript types to ensure they are necessary and correctly implemented.

This script checks for the usage of TypedContractMethod across the TypeScript files to ensure that the complex type definitions are consistently used and necessary.

Verification successful

The TypedContractMethod type is extensively used across multiple files in the codebase, indicating its necessity and consistent implementation. Here are some of the files where it is used:

src/evm/contracts/IbcUtils.ts

src/evm/contracts/UniversalChannelHandler.ts

src/evm/contracts/OptimisticProofVerifier.ts

src/evm/contracts/OptimisticLightClient.ts

src/evm/contracts/ProofVerifier.ts

src/evm/contracts/Ibc.ts

src/evm/contracts/Mars.sol/RevertingStringMars.ts

src/evm/contracts/Mars.sol/RevertingBytesMars.ts

src/evm/contracts/OpProofVerifier.ts

src/evm/contracts/Mars.sol/PanickingMars.ts

src/evm/contracts/Mars.sol/RevertingEmptyMars.ts

src/evm/contracts/Mars.sol/Mars.ts

src/evm/contracts/Mars.sol/RevertingStringCloseChannelMars.ts

src/evm/contracts/DummyProofVerifier.ts

src/evm/contracts/Earth.ts

src/evm/contracts/DummyLightClient.ts

src/evm/contracts/Dispatcher.ts

src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts

Given the widespread usage, the complex TypeScript types appear to be necessary and correctly implemented.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the usage of complex TypeScript types in other parts of the codebase to ensure consistency.

# Test: Search for usage of `TypedContractMethod` and related types.
rg --type typescript 'TypedContractMethod'
Length of output: 77

Script:
#!/bin/bash
# Description: Verify the usage of complex TypeScript types in other parts of the codebase to ensure consistency.

# Test: Search for usage of `TypedContractMethod` and related types.
rg --type ts 'TypedContractMethod'
Length of output: 43762
src/evm/contracts/OpProofVerifier.ts (1)
23-47: Ensure that the TypeScript types for proofs are correctly defined and used.

This script checks for the usage of proof structures across TypeScript files to ensure they are correctly used in contract interactions.

Verification successful

The search results indicate that the OpIcs23ProofStruct and Ics23ProofStruct types are used extensively across multiple files in the codebase. This suggests that the types are correctly defined and utilized in various contract interactions.

Files where OpIcs23ProofStruct and Ics23ProofStruct are used:

src/evm/contracts/OpProofVerifier.ts

src/evm/contracts/ProofVerifier.ts

src/evm/contracts/OptimisticLightClient.ts

src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts

src/evm/contracts/DummyProofVerifier.ts

src/evm/contracts/OptimisticProofVerifier.ts

src/evm/contracts/Dispatcher.ts

src/evm/contracts/DummyLightClient.ts

Given the extensive usage and the lack of any immediate issues from the search results, it appears that the types are correctly defined and used.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the correct usage of proof types in contract interactions.

# Test: Search for usage of `OpIcs23ProofStruct` and `Ics23ProofStruct`.
rg --type typescript 'OpIcs23ProofStruct|Ics23ProofStruct'
Length of output: 95

Script:
#!/bin/bash
# Description: Verify the correct usage of proof types in contract interactions.

# Test: Search for usage of `OpIcs23ProofStruct` and `Ics23ProofStruct`.
rg --type ts 'OpIcs23ProofStruct|Ics23ProofStruct'
Length of output: 10599
src/evm/contracts/DummyLightClient.ts (1)
23-52: Ensure that the types for state proofs and headers are correctly defined and used.

This script checks for the usage of header and state proof structures across TypeScript files to ensure they are correctly used in contract interactions.

Verification successful

The search results indicate that the L1HeaderStruct and OpL2StateProofStruct types are used across multiple files, including DummyLightClient.ts. This confirms that these types are indeed utilized in various parts of the codebase, suggesting their definitions are correctly integrated.

Files where L1HeaderStruct and OpL2StateProofStruct are used:

src/evm/contracts/ProofVerifier.ts

src/evm/contracts/OptimisticLightClient.ts

src/evm/contracts/OpProofVerifier.ts

src/evm/contracts/OptimisticProofVerifier.ts

src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts

src/evm/contracts/DummyProofVerifier.ts

src/evm/contracts/DummyLightClient.ts

src/evm/contracts/Dispatcher.ts

Given this evidence, the types for state proofs and headers are correctly defined and used in the contract interactions.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the correct usage of state proof and header types in contract interactions.

# Test: Search for usage of `L1HeaderStruct` and `OpL2StateProofStruct`.
rg --type typescript 'L1HeaderStruct|OpL2StateProofStruct'
Length of output: 95

Script:
#!/bin/bash
# Description: Verify the correct usage of state proof and header types in contract interactions.

# Test: Search for usage of `L1HeaderStruct` and `OpL2StateProofStruct`.
rg --type ts 'L1HeaderStruct|OpL2StateProofStruct'
Length of output: 5943
README.md (2)
3-3: Correct article usage before "npm package".
- and an npm package to aid with deploying and sending transactions to deployed contracts.
+ and a npm package to aid with deploying and sending transactions to deployed contracts.
This change corrects the grammatical error in the use of the indefinite article before "npm package".

Likely invalid or redundant comment.

38-106: Ensure that deployment instructions are clear and accurate.

This script checks for consistency in the deployment instructions and command usage in the README file.

Verification successful

The deployment instructions in the README.md file are accurate and clear. The deployment commands deploy-vibc-core-smart-contracts and upgrade-vibc-core-smart-contracts are correctly referenced in the package.json scripts, and the specified spec files (evm.accounts.yaml, contracts.spec.yaml, and upgrade.spec.yaml) are present in the repository.

The deployment commands are correctly defined in the package.json file.

The spec files mentioned in the README.md are present in the specs/ directory.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the accuracy of deployment instructions in the README.

# Test: Search for discrepancies in deployment commands and file paths.
rg --type markdown 'deploy|command line|specs/'
Length of output: 3367

Script:
#!/bin/bash
# Description: Verify the accuracy of deployment commands and file paths in the README.md.

# Test: Check if the deployment commands mentioned in the README.md exist in the package.json scripts.
rg 'deploy-vibc-core-smart-contracts|upgrade-vibc-core-smart-contracts' package.json

# Test: Check if the mentioned spec files exist in the repository.
fd 'evm.accounts.yaml' --search-path .
fd 'contracts.spec.yaml' --search-path .
fd 'upgrade.spec.yaml' --search-path .
Length of output: 437
src/evm/contracts/OptimisticLightClient.ts (3)

23-33: Ensure type definitions align with intended data structures and usage within the contract.

These types are well-defined and match the descriptions provided in the AI-generated summary. They seem to be correctly structured for their respective uses in blockchain operations.

Also applies to: 35-52, 54-59, 61-78, 80-88

90-186: Review method signatures in OptimisticLightClientInterface for consistency and security.

The method signatures are consistent with the types defined and provide a comprehensive interface for interacting with the optimistic light client. Ensure that all data handling follows security best practices, especially for methods dealing with proofs and consensus states.

188-374: Validate implementation methods in OptimisticLightClient for correct interfacing and performance.

The implementation methods are well-aligned with the interface definitions. They provide robust event handling and state management functionalities. It's crucial to ensure that these methods are optimized for gas usage and execution time, given their potential high frequency of use in a blockchain context.
src/evm/contracts/Earth.ts (3)
26-31: Ensure the UniversalPacketStruct and its output counterpart are correctly used in the contract methods.

Verification successful

The UniversalPacketStruct is correctly used in the contract methods onRecvUniversalPacket, onTimeoutUniversalPacket, and onUniversalAcknowledgement as parameters. This confirms that the struct is being utilized as intended within the contract methods.

onRecvUniversalPacket(values: [BytesLike, UniversalPacketStruct])

onTimeoutUniversalPacket(values: [BytesLike, UniversalPacketStruct])

onUniversalAcknowledgement(values: [BytesLike, UniversalPacketStruct, AckPacketStruct])
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the usage of `UniversalPacketStruct` in contract methods.

# Test: Search for the struct usage in contract methods. Expect: Correct usage in methods like `onRecvUniversalPacket`.
rg --type typescript $'UniversalPacketStruct' src/evm/contracts/Earth.ts
Length of output: 106

Script:
#!/bin/bash
# Description: Verify the usage of `UniversalPacketStruct` in contract methods.

# Test: Search for the struct usage in contract methods. Expect: Correct usage in methods like `onRecvUniversalPacket`.
rg --type ts 'UniversalPacketStruct' src/evm/contracts/Earth.ts
Length of output: 1305

Script:
#!/bin/bash
# Description: Verify the usage of `UniversalPacketStruct` in contract methods.

# Test: Search for method definitions and usages of `UniversalPacketStruct` within those methods.
rg --type ts 'function' src/evm/contracts/Earth.ts -A 10 | rg 'UniversalPacketStruct'
Length of output: 241

Script:
#!/bin/bash
# Description: Verify the usage of `UniversalPacketStruct` in contract methods.

# Test: Search for method definitions and their parameters or return types involving `UniversalPacketStruct`.
rg --type ts 'function' src/evm/contracts/Earth.ts -A 10 | rg -B 10 'UniversalPacketStruct'
Length of output: 794
192-451: Review the methods in the Earth interface for correct implementation and adherence to the new functionalities described in the PR.

45-50: Check the consistency and correctness of the AckPacketStruct in the contract's acknowledgment handling methods.
src/evm/contracts/Mars.sol/RevertingEmptyMars.ts (3)
26-31: Ensure the IbcEndpointStruct and its output counterpart are correctly used in the contract methods.

Verification successful

The IbcEndpointStruct and IbcEndpointStructOutput types are defined and used within the RevertingEmptyMars.ts file, particularly in the recvedPackets and timeoutPackets methods. This confirms that the types are correctly integrated into the contract methods.

IbcEndpointStruct is used in the definition of IbcPacketStruct.

IbcEndpointStructOutput is used in the return types of recvedPackets and timeoutPackets.

These usages indicate that the types are correctly utilized in the contract methods.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the usage of `IbcEndpointStruct` in contract methods.

# Test: Search for the struct usage in contract methods. Expect: Correct usage in methods like `onRecvPacket`.
rg --type typescript $'IbcEndpointStruct' src/evm/contracts/Mars.sol/RevertingEmptyMars.ts
Length of output: 124

Script:
#!/bin/bash
# Description: Verify the usage of `IbcEndpointStruct` in contract methods.

# Test: Search for the struct usage in contract methods. Expect: Correct usage in methods like `onRecvPacket`.
rg 'IbcEndpointStruct' src/evm/contracts/Mars.sol/RevertingEmptyMars.ts
Length of output: 978

Script:
#!/bin/bash
# Description: Verify the usage of `IbcEndpointStruct` in contract methods.

# Test: Search for method definitions and their usage of `IbcEndpointStruct` and `IbcEndpointStructOutput`.
rg 'function' src/evm/contracts/Mars.sol/RevertingEmptyMars.ts -A 10 | rg 'IbcEndpointStruct|IbcEndpointStructOutput'
Length of output: 117

Script:
#!/bin/bash
# Description: Verify the usage of `IbcEndpointStruct` and `IbcEndpointStructOutput` in the entire file.

# Test: Search for all instances of `IbcEndpointStruct` and `IbcEndpointStructOutput` and include surrounding lines for context.
rg 'IbcEndpointStruct|IbcEndpointStructOutput' src/evm/contracts/Mars.sol/RevertingEmptyMars.ts -C 5
Length of output: 2933
272-655: Review the methods in the RevertingEmptyMars interface for correct implementation and adherence to the new functionalities described in the PR.

Verification successful

The methods onRecvPacket, onAcknowledgementPacket, onChanCloseConfirm, onChanCloseInit, onChanOpenAck, onChanOpenConfirm, onChanOpenInit, onChanOpenTry, and onTimeoutPacket are present in the RevertingEmptyMars interface. This confirms that the new functionalities described in the PR are implemented in the interface.

onRecvPacket

onAcknowledgementPacket

onChanCloseConfirm

onChanCloseInit

onChanOpenAck

onChanOpenConfirm

onChanOpenInit

onChanOpenTry

onTimeoutPacket
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the implementation of new methods in the `RevertingEmptyMars` interface.

# Test: Search for new methods like `onRecvPacket` and ensure they are implemented correctly.
rg --type typescript $'onRecvPacket' src/evm/contracts/Mars.sol/RevertingEmptyMars.ts
Length of output: 119

Script:
#!/bin/bash
# Description: Verify the implementation of new methods in the `RevertingEmptyMars` interface.

# Test: Search for new methods like `onRecvPacket` and ensure they are implemented correctly.
rg --type ts 'onRecvPacket' src/evm/contracts/Mars.sol/RevertingEmptyMars.ts
Length of output: 248

Script:
#!/bin/bash
# Description: Verify the implementation of new methods in the `RevertingEmptyMars` interface.

# Test: Search for other new methods like `onAcknowledgementPacket`, `onChanCloseConfirm`, etc., and ensure they are implemented correctly.
rg --type ts 'onAcknowledgementPacket|onChanCloseConfirm|onChanCloseInit|onChanOpenAck|onChanOpenConfirm|onChanOpenInit|onChanOpenTry|onTimeoutPacket' src/evm/contracts/Mars.sol/RevertingEmptyMars.ts
Length of output: 1737
68-73: Check the consistency and correctness of the AckPacketStruct in the contract's acknowledgment handling methods.
src/evm/contracts/factories/Earth__factory.ts (3)

4-17: Imports and initial setup are correctly configured for Ethereum contract interactions.

19-543: Ensure that the ABI and bytecode are updated whenever the contract's implementation changes.

544-550: Verify that the type definitions and the utility function isSuperArgs align with the contract's requirements and use cases.

src/evm/contracts/factories/Ibc__factory.ts (5)

4-10: Imports are correctly set up for contract interactions.

14-528: The ABI and bytecode constants are correctly defined and used.

529-535: The IbcConstructorParams type definition is flexible and well-suited for various deployment scenarios.

537-569: The Ibc__factory class is well-implemented with appropriate overrides for deployment and connection methods.

562-569: Static properties and methods are correctly implemented to facilitate easy interaction with the Ibc contract.

src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts (3)

870-877: Constructor implementation looks good and follows best practices for conditional parameter handling.

879-894: The getDeployTransaction and deploy methods are correctly overridden and handle parameters appropriately.

895-909: The connect method, static properties, and createInterface method are implemented correctly, following standard practices for Ethereum smart contract development.

src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts (1)

885-887: Ensure proper handling of optional runner parameter in connect method.

The connect method optionally accepts a ContractRunner. It's crucial to ensure that this parameter is handled correctly throughout the contract interactions. Consider adding checks or fallbacks if runner is null or undefined to avoid runtime errors.
src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts (4)
860-899: Review the constructor and method implementations in PanickingMars__factory.

The constructor and methods such as getDeployTransaction, deploy, connect, and static methods are implemented correctly following the typical pattern for Ethereum contract factories. The use of TypeScript's type safety features, such as conditional types and type assertions, enhances the robustness of the code.

849-851: Ensure the bytecode is up-to-date with the latest contract changes.

856-858: Confirm the logic of isSuperArgs function.
Verification successful

The isSuperArgs function is defined as follows:
const isSuperArgs = (
  xs: PanickingMarsConstructorParams
): xs is ConstructorParameters<typeof ContractFactory> => xs.length > 1;
This function checks if the provided arguments (xs) match the constructor parameters of the base ContractFactory by verifying if the length of xs is greater than 1. This logic appears to be correct for distinguishing between different sets of constructor parameters.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify that the `isSuperArgs` function correctly identifies when the arguments match the constructor parameters of the base `ContractFactory`.

# Test: Check if `isSuperArgs` returns true for valid constructor parameters
node -e "console.log(require('./src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts').isSuperArgs([new ethers.Wallet(), '0x...']))"
Length of output: 228

Script:
#!/bin/bash
# Description: Locate and analyze the `isSuperArgs` function in the codebase to verify its logic.

# Locate the `isSuperArgs` function definition
ast-grep --lang typescript --pattern $'const isSuperArgs = ($_): $_ => $_;' > isSuperArgs_function.txt

# Display the located function for analysis
cat isSuperArgs_function.txt
Length of output: 107

Script:
#!/bin/bash
# Description: Locate and analyze the `isSuperArgs` function in the codebase to verify its logic.

# Locate the `isSuperArgs` function definition
rg 'const isSuperArgs = ' > isSuperArgs_function.txt

# Display the located function for analysis
cat isSuperArgs_function.txt
Length of output: 1542

Script:
#!/bin/bash
# Description: Extract and analyze the `isSuperArgs` function from the specified file to verify its logic.

# Extract the `isSuperArgs` function definition from the specified file
rg -A 3 'const isSuperArgs = ' src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts > isSuperArgs_function.txt

# Display the extracted function for analysis
cat isSuperArgs_function.txt
Length of output: 259
852-854: Validate the type definition for PanickingMarsConstructorParams.
src/evm/contracts/factories/Mars.sol/Mars__factory.ts (3)
886-893: Validate the static properties and methods for consistency and correctness.

Ensure that the static properties bytecode and abi, and the static methods createInterface and connect are used consistently and correctly throughout the codebase.

866-870: Ensure proper handling of default parameters in getDeployTransaction.

The method getDeployTransaction uses a default parameter for overrides. It's crucial to ensure that this does not lead to unintended side effects when the method is called without the overrides parameter.

Verification successful

The search results show multiple instances of the getDeployTransaction method across various files, including the one in question. Each instance uses the pattern overrides || {} to handle the default parameter.

This pattern ensures that if overrides is undefined or null, an empty object {} is used instead. This is a common and safe way to handle default parameters in JavaScript/TypeScript, preventing unintended side effects.

Files with getDeployTransaction method:

src/evm/contracts/factories/Mars.sol/Mars__factory.ts

src/evm/contracts/factories/OpLightClient.sol/OptimisticLightClient__factory.ts

src/evm/contracts/factories/OptimisticLightClient__factory.ts

src/evm/contracts/factories/OptimisticProofVerifier__factory.ts

src/evm/contracts/factories/UniversalChannelHandler__factory.ts

src/evm/contracts/factories/Ibc__factory.ts

src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts

src/evm/contracts/factories/OpProofVerifier__factory.ts

src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts

src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts

src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts

src/evm/contracts/factories/IbcUtils__factory.ts

src/evm/contracts/factories/Earth__factory.ts

src/evm/contracts/factories/ERC1967Proxy__factory.ts

src/evm/contracts/factories/DummyProofVerifier__factory.ts

src/evm/contracts/factories/DummyLightClient__factory.ts

src/evm/contracts/factories/Dispatcher__factory.ts

src/evm/contracts/factories/Mars.sol/RevertingStringMars__factory.ts

Given this consistent pattern across multiple files, it is reasonable to conclude that the default parameter handling in getDeployTransaction is properly managed and does not introduce any side effects.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify that the default parameter handling in `getDeployTransaction` does not introduce any side effects.

# Test: Search for the method usage. Expect: Proper handling of default parameters.
rg --type typescript $'getDeployTransaction'
Length of output: 78

Script:
#!/bin/bash
# Description: Verify that the default parameter handling in `getDeployTransaction` does not introduce any side effects.

# Test: Search for the method usage. Expect: Proper handling of default parameters.
rg --type ts 'getDeployTransaction'
Length of output: 3933
872-880: Check for potential issues with type casting in deploy method.

The deploy method includes a type cast to Promise<Mars & { deploymentTransaction(): ContractTransactionResponse; }>. It's important to verify that this cast is safe and does not lead to any type mismatches at runtime.
src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts (1)

869-873: Method getDeployTransaction correctly handles deployment parameters and optional overrides.
src/evm/contracts/Dispatcher.ts (2)
145-154: Review the use of bigint for number in L1HeaderStructOutput.

The use of bigint for number in L1HeaderStructOutput (line 153) needs to be consistent with its usage across similar data structures in the project. If bigint is not commonly used, consider using number to maintain consistency.

Verification successful

The use of bigint for number in L1HeaderStructOutput is consistent with its usage across similar data structures in the project. The search results show that bigint is extensively used for fields like number, height, sequence, and timeoutTimestamp in various files. Therefore, there is no inconsistency in using bigint for number in this context.

src/evm/contracts/Dispatcher.ts

src/evm/contracts/OptimisticLightClient.ts

src/evm/contracts/ProofVerifier.ts

src/evm/contracts/DummyProofVerifier.ts
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the use of bigint across similar structures in the codebase.

# Test: Search for bigint usage in similar structures.
rg --type ts 'bigint'
Length of output: 21700
881-883: Ensure proper error handling in waitForDeployment.

The method waitForDeployment (line 882) is an asynchronous operation that might fail. It's crucial to ensure that there is proper error handling, such as try-catch blocks or error callbacks, to manage potential deployment failures gracefully.
src/evm/contracts/factories/Dispatcher__factory.ts (2)
2087-2099: Refactor the type check in isSuperArgs for clarity and robustness.

The current implementation of isSuperArgs uses a complex condition to determine the type. This can be refactored for better readability and to ensure robust type checking. Here's a suggested refactor:
const isSuperArgs = (xs: DispatcherConstructorParams): xs is ConstructorParameters<typeof ContractFactory> => {
  return ['string', 'object'].includes(typeof xs[0]) && !Array.isArray(xs[0]);
};
This version simplifies the condition and directly checks for types that are more likely to be used in this context.

2115-2127: Optimize the linkBytecode function for better performance and readability.

The linkBytecode function currently performs a replace operation using a regular expression. This operation can be optimized by directly replacing the placeholder if the address is known at compile time or caching the regex. Here's a suggested refactor:
static linkBytecode(linkLibraryAddresses: DispatcherLibraryAddresses): string {
  const placeholder = "__$d825222459c46c14afb2efe0967c30e98d$__";
  const address = linkLibraryAddresses["contracts/libs/Ibc.sol:Ibc"].replace(/^0x/, "").toLowerCase();
  return _bytecode.split(placeholder).join(address);
}
This version avoids the overhead of regex processing by using string split and join, which are typically faster for simple token replacements.

src/evm/contracts/Dispatcher.ts

src/evm/contracts/factories/Mars.sol/Mars__factory.ts

src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts

src/evm/contracts/common.ts

src/evm/contracts/OpProofVerifier.ts

src/evm/contracts/factories/ERC1967Proxy__factory.ts

src/evm/contracts/DummyLightClient.ts

coderabbitai

Actionable comments posted: 57

Outside diff range and nitpick comments (7)

src/evm/contracts/OptimisticProofVerifier.ts (1)

4-21: Consider sorting import statements to improve readability and maintainability.
README.md (1)
Line range hint 3-106: Documentation in README.md is comprehensive but has some grammatical issues and formatting inconsistencies.
- and an npm package to aid with deploying and sending transactions to deployed contracts.
+ and a npm package to aid with deploying and sending transactions to deployed contracts.
- All contracts internal to this project are in the `contracts`. This directory contains the following subdirectories:
+ All contracts internal to this project are in the `contracts` directory. This directory contains the following subdirectories:
- similar to the command line deploy, this will create a deployment artifact file in the `deployments/` folder.
+ Similar to the command line deployment, this will create a deployment artifact file in the `deployments/` folder.
- Or can parse it form the env
+ Or can parse it from the env
src/evm/contracts/UniversalChannelHandler.ts (4)

26-31: Ensure consistency in type definitions for IbcEndpointStructOutput.

The type definition for IbcEndpointStructOutput uses both tuple and object notation. It's generally a good practice to stick to one style for clarity and consistency. Consider using only the object notation if the tuple notation is not explicitly needed.

38-41: Ensure consistency in type definitions for HeightStructOutput.

Similar to the previous comment, the HeightStructOutput also mixes tuple and object notation. Consistency in type definitions enhances readability and maintainability.

52-65: Ensure consistency in type definitions for IbcPacketStructOutput.

The IbcPacketStructOutput type definition mixes tuple and object notation. For better clarity and to avoid confusion, consider using only one style.

70-73: Ensure consistency in type definitions for AckPacketStructOutput.

The AckPacketStructOutput type definition uses both tuple and object notation. Using a single style could improve the clarity of the code.

src/evm/contracts/factories/Dispatcher__factory.ts (1)

2084-2084: Consider sorting import statements for better readability and maintenance.

Review Details

Configuration used: CodeRabbit UI
Review profile: CHILL

Commits

Files that changed from the base of the PR and between 1dce8e8 and ebe2523.

Files selected for processing (46)

.github/workflows/lint.yml (1 hunks)
.gitignore (1 hunks)
.npmignore (1 hunks)
README.md (2 hunks)
package.json (1 hunks)
specs/contracts.setup.spec.yaml (1 hunks)
specs/contracts.spec.yaml (1 hunks)
specs/evm.accounts.yaml (1 hunks)
specs/upgrade.spec.yaml (1 hunks)
src/deploy.ts (1 hunks)
src/evm/account.ts (1 hunks)
src/evm/chain.ts (1 hunks)
src/evm/contracts/Dispatcher.ts (1 hunks)
src/evm/contracts/DummyLightClient.ts (1 hunks)
src/evm/contracts/DummyProofVerifier.ts (1 hunks)
src/evm/contracts/ERC1967Proxy.ts (1 hunks)
src/evm/contracts/Earth.ts (1 hunks)
src/evm/contracts/Ibc.ts (1 hunks)
src/evm/contracts/IbcUtils.ts (1 hunks)
src/evm/contracts/Mars.sol/Mars.ts (1 hunks)
src/evm/contracts/Mars.sol/PanickingMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingBytesMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingEmptyMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingStringCloseChannelMars.ts (1 hunks)
src/evm/contracts/Mars.sol/RevertingStringMars.ts (1 hunks)
src/evm/contracts/Mars.sol/index.ts (1 hunks)
src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts (1 hunks)
src/evm/contracts/OpLightClient.sol/index.ts (1 hunks)
src/evm/contracts/OpProofVerifier.ts (1 hunks)
src/evm/contracts/OptimisticLightClient.ts (1 hunks)
src/evm/contracts/OptimisticProofVerifier.ts (1 hunks)
src/evm/contracts/ProofVerifier.ts (1 hunks)
src/evm/contracts/UniversalChannelHandler.ts (1 hunks)
src/evm/contracts/common.ts (1 hunks)
src/evm/contracts/factories/Dispatcher__factory.ts (1 hunks)
src/evm/contracts/factories/DummyLightClient__factory.ts (1 hunks)
src/evm/contracts/factories/DummyProofVerifier__factory.ts (1 hunks)
src/evm/contracts/factories/ERC1967Proxy__factory.ts (1 hunks)
src/evm/contracts/factories/Earth__factory.ts (1 hunks)
src/evm/contracts/factories/IbcUtils__factory.ts (1 hunks)
src/evm/contracts/factories/Ibc__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/Mars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts (1 hunks)
src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts (1 hunks)

Files not summarized due to errors (7)

src/evm/contracts/Dispatcher.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Dispatcher__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/Mars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts: Error: Message exceeds token limit
src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts: Error: Message exceeds token limit

Files skipped from review as they are similar to previous changes (9)

.github/workflows/lint.yml
.gitignore
.npmignore
specs/contracts.setup.spec.yaml
specs/contracts.spec.yaml
specs/evm.accounts.yaml
specs/upgrade.spec.yaml
src/evm/contracts/Mars.sol/index.ts
src/evm/contracts/OpLightClient.sol/index.ts

Additional Context Used

LanguageTool (2)

README.md (2)

Near line 3: Use “a” instead of ‘an’ if the following word doesn’t start with a vowel sound, e.g. ‘a sentence’, ‘a university’.
Context: ...template for integrating dapp devs, and an npm package to aid with deploying and s...

Near line 12: Loose punctuation mark.
Context: ...and used in production. - interfaces/: Interfaces for core and testing contrac...

Markdownlint (35)

README.md (35)

11: Expected: 0 or 2; Actual: 1
Trailing spaces

12: Expected: 0 or 2; Actual: 1
Trailing spaces

14: Expected: 0 or 2; Actual: 1
Trailing spaces

19: Expected: 0 or 2; Actual: 1
Trailing spaces

21: Expected: 0 or 2; Actual: 1
Trailing spaces

23: Expected: 0 or 2; Actual: 1
Trailing spaces

25: Expected: 0 or 2; Actual: 1
Trailing spaces

30: Expected: 0 or 2; Actual: 1
Trailing spaces

33: Expected: 0 or 2; Actual: 1
Trailing spaces

36: Expected: 0 or 2; Actual: 1
Trailing spaces

42: Expected: 0 or 2; Actual: 1
Trailing spaces

43: Expected: 0 or 2; Actual: 1
Trailing spaces

47: Expected: 0 or 2; Actual: 1
Trailing spaces

50: Expected: 0 or 2; Actual: 1
Trailing spaces

51: Expected: 0 or 2; Actual: 1
Trailing spaces

56: Expected: 0 or 2; Actual: 1
Trailing spaces

57: Expected: 0 or 2; Actual: 1
Trailing spaces

7: Expected: 1; Actual: 2
Multiple consecutive blank lines

16: Expected: 1; Actual: 2
Multiple consecutive blank lines

153: Expected: 1; Actual: 2
Multiple consecutive blank lines

17: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

18: Expected: 1; Actual: 0; Above
Headings should be surrounded by blank lines

18: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

29: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

32: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

35: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

38: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

41: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

50: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

56: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

108: Expected: 1; Actual: 0; Below
Headings should be surrounded by blank lines

17: null
Multiple top-level headings in the same document

11: null
Lists should be surrounded by blank lines

61: null
Fenced code blocks should have a language specified

111: null
Fenced code blocks should have a language specified

Biome (297)

src/deploy.ts (15)

10-10: A Node.js builtin module should be imported with the node: protocol.

27-27: Unexpected any. Specify a different type.

29-29: This default parameter should follow the last required parameter or should be a required parameter.

29-29: Unexpected any. Specify a different type.

30-30: Unexpected any. Specify a different type.

40-40: Unexpected any. Specify a different type.

56-56: Unexpected any. Specify a different type.

77-77: This type annotation is trivially inferred from its initialization.

3-9: Some named imports are only used as types.

11-11: All these imports are only used as types.

12-15: Some named imports are only used as types.

16-16: All these imports are only used as types.

18-18: All these imports are only used as types.

91-91: Reassigning a function parameter is confusing.

Import statements could be sorted:

src/evm/account.ts (8)

4-4: A Node.js builtin module should be imported with the node: protocol.

5-5: A Node.js builtin module should be imported with the node: protocol.

38-38: Unexpected any. Specify a different type.

42-42: Unexpected any. Specify a different type.

54-54: Unexpected any. Specify a different type.

76-76: Unexpected any. Specify a different type.

126-126: Forbidden non-null assertion.

Import statements could be sorted:

src/evm/chain.ts (1)

Import statements could be sorted:

src/evm/contracts/Dispatcher.ts (20)

926-926: void is only valid as a return type or a type argument in generic type

932-932: void is only valid as a return type or a type argument in generic type

938-938: void is only valid as a return type or a type argument in generic type

951-951: void is only valid as a return type or a type argument in generic type

964-964: void is only valid as a return type or a type argument in generic type

976-976: void is only valid as a return type or a type argument in generic type

989-989: void is only valid as a return type or a type argument in generic type

1013-1013: void is only valid as a return type or a type argument in generic type

1027-1027: void is only valid as a return type or a type argument in generic type

1033-1033: void is only valid as a return type or a type argument in generic type

1037-1037: void is only valid as a return type or a type argument in generic type

1041-1041: void is only valid as a return type or a type argument in generic type

1047-1047: void is only valid as a return type or a type argument in generic type

1053-1053: void is only valid as a return type or a type argument in generic type

1059-1059: void is only valid as a return type or a type argument in generic type

1065-1065: void is only valid as a return type or a type argument in generic type

1083-1083: void is only valid as a return type or a type argument in generic type

1089-1089: void is only valid as a return type or a type argument in generic type

1095-1095: void is only valid as a return type or a type argument in generic type

1107-1107: void is only valid as a return type or a type argument in generic type

src/evm/contracts/DummyLightClient.ts (6)

215-215: void is only valid as a return type or a type argument in generic type

221-221: void is only valid as a return type or a type argument in generic type

261-261: void is only valid as a return type or a type argument in generic type

268-268: void is only valid as a return type or a type argument in generic type

272-272: Don't use '{}' as a type.

Import statements could be sorted:

src/evm/contracts/DummyProofVerifier.ts (8)

177-177: void is only valid as a return type or a type argument in generic type

183-183: void is only valid as a return type or a type argument in generic type

195-195: void is only valid as a return type or a type argument in generic type

207-207: void is only valid as a return type or a type argument in generic type

214-214: void is only valid as a return type or a type argument in generic type

227-227: void is only valid as a return type or a type argument in generic type

231-231: Don't use '{}' as a type.

Import statements could be sorted:

src/evm/contracts/ERC1967Proxy.ts (1)

Import statements could be sorted:

src/evm/contracts/Earth.ts (15)

250-250: void is only valid as a return type or a type argument in generic type

269-269: void is only valid as a return type or a type argument in generic type

283-283: void is only valid as a return type or a type argument in generic type

289-289: void is only valid as a return type or a type argument in generic type

306-306: void is only valid as a return type or a type argument in generic type

310-310: void is only valid as a return type or a type argument in generic type

327-327: void is only valid as a return type or a type argument in generic type

350-350: void is only valid as a return type or a type argument in generic type

370-370: void is only valid as a return type or a type argument in generic type

385-385: void is only valid as a return type or a type argument in generic type

392-392: void is only valid as a return type or a type argument in generic type

412-412: void is only valid as a return type or a type argument in generic type

415-415: void is only valid as a return type or a type argument in generic type

430-430: void is only valid as a return type or a type argument in generic type

Import statements could be sorted:

src/evm/contracts/Ibc.ts (2)

373-373: Don't use '{}' as a type.

Import statements could be sorted:

src/evm/contracts/IbcUtils.ts (2)

133-133: Don't use '{}' as a type.

Import statements could be sorted:

src/evm/contracts/Mars.sol/Mars.ts (20)

332-332: void is only valid as a return type or a type argument in generic type

338-338: void is only valid as a return type or a type argument in generic type

344-344: void is only valid as a return type or a type argument in generic type

350-350: void is only valid as a return type or a type argument in generic type

356-356: void is only valid as a return type or a type argument in generic type

362-362: void is only valid as a return type or a type argument in generic type

393-393: void is only valid as a return type or a type argument in generic type

421-421: void is only valid as a return type or a type argument in generic type

453-453: void is only valid as a return type or a type argument in generic type

459-459: void is only valid as a return type or a type argument in generic type

471-471: void is only valid as a return type or a type argument in generic type

496-496: void is only valid as a return type or a type argument in generic type

503-503: void is only valid as a return type or a type argument in generic type

510-510: void is only valid as a return type or a type argument in generic type

517-517: void is only valid as a return type or a type argument in generic type

524-524: void is only valid as a return type or a type argument in generic type

529-529: void is only valid as a return type or a type argument in generic type

560-560: void is only valid as a return type or a type argument in generic type

589-589: void is only valid as a return type or a type argument in generic type

618-618: void is only valid as a return type or a type argument in generic type

src/evm/contracts/Mars.sol/PanickingMars.ts (20)

332-332: void is only valid as a return type or a type argument in generic type

338-338: void is only valid as a return type or a type argument in generic type

344-344: void is only valid as a return type or a type argument in generic type

350-350: void is only valid as a return type or a type argument in generic type

356-356: void is only valid as a return type or a type argument in generic type

362-362: void is only valid as a return type or a type argument in generic type

393-393: void is only valid as a return type or a type argument in generic type

421-421: void is only valid as a return type or a type argument in generic type

453-453: void is only valid as a return type or a type argument in generic type

459-459: void is only valid as a return type or a type argument in generic type

471-471: void is only valid as a return type or a type argument in generic type

496-496: void is only valid as a return type or a type argument in generic type

503-503: void is only valid as a return type or a type argument in generic type

510-510: void is only valid as a return type or a type argument in generic type

517-517: void is only valid as a return type or a type argument in generic type

524-524: void is only valid as a return type or a type argument in generic type

529-529: void is only valid as a return type or a type argument in generic type

560-560: void is only valid as a return type or a type argument in generic type

589-589: void is only valid as a return type or a type argument in generic type

618-618: void is only valid as a return type or a type argument in generic type

src/evm/contracts/Mars.sol/RevertingBytesMars.ts (20)

332-332: void is only valid as a return type or a type argument in generic type

338-338: void is only valid as a return type or a type argument in generic type

344-344: void is only valid as a return type or a type argument in generic type

350-350: void is only valid as a return type or a type argument in generic type

356-356: void is only valid as a return type or a type argument in generic type

362-362: void is only valid as a return type or a type argument in generic type

391-391: void is only valid as a return type or a type argument in generic type

417-417: void is only valid as a return type or a type argument in generic type

449-449: void is only valid as a return type or a type argument in generic type

455-455: void is only valid as a return type or a type argument in generic type

467-467: void is only valid as a return type or a type argument in generic type

492-492: void is only valid as a return type or a type argument in generic type

499-499: void is only valid as a return type or a type argument in generic type

506-506: void is only valid as a return type or a type argument in generic type

513-513: void is only valid as a return type or a type argument in generic type

520-520: void is only valid as a return type or a type argument in generic type

525-525: void is only valid as a return type or a type argument in generic type

556-556: void is only valid as a return type or a type argument in generic type

585-585: void is only valid as a return type or a type argument in generic type

614-614: void is only valid as a return type or a type argument in generic type

src/evm/contracts/Mars.sol/RevertingEmptyMars.ts (20)

332-332: void is only valid as a return type or a type argument in generic type

338-338: void is only valid as a return type or a type argument in generic type

344-344: void is only valid as a return type or a type argument in generic type

350-350: void is only valid as a return type or a type argument in generic type

356-356: void is only valid as a return type or a type argument in generic type

362-362: void is only valid as a return type or a type argument in generic type

393-393: void is only valid as a return type or a type argument in generic type

421-421: void is only valid as a return type or a type argument in generic type

453-453: void is only valid as a return type or a type argument in generic type

459-459: void is only valid as a return type or a type argument in generic type

471-471: void is only valid as a return type or a type argument in generic type

496-496: void is only valid as a return type or a type argument in generic type

503-503: void is only valid as a return type or a type argument in generic type

510-510: void is only valid as a return type or a type argument in generic type

517-517: void is only valid as a return type or a type argument in generic type

524-524: void is only valid as a return type or a type argument in generic type

529-529: void is only valid as a return type or a type argument in generic type

560-560: void is only valid as a return type or a type argument in generic type

589-589: void is only valid as a return type or a type argument in generic type

618-618: void is only valid as a return type or a type argument in generic type

src/evm/contracts/Mars.sol/RevertingStringCloseChannelMars.ts (20)

332-332: void is only valid as a return type or a type argument in generic type

338-338: void is only valid as a return type or a type argument in generic type

344-344: void is only valid as a return type or a type argument in generic type

350-350: void is only valid as a return type or a type argument in generic type

356-356: void is only valid as a return type or a type argument in generic type

362-362: void is only valid as a return type or a type argument in generic type

393-393: void is only valid as a return type or a type argument in generic type

421-421: void is only valid as a return type or a type argument in generic type

453-453: void is only valid as a return type or a type argument in generic type

459-459: void is only valid as a return type or a type argument in generic type

471-471: void is only valid as a return type or a type argument in generic type

496-496: void is only valid as a return type or a type argument in generic type

503-503: void is only valid as a return type or a type argument in generic type

510-510: void is only valid as a return type or a type argument in generic type

517-517: void is only valid as a return type or a type argument in generic type

524-524: void is only valid as a return type or a type argument in generic type

529-529: void is only valid as a return type or a type argument in generic type

560-560: void is only valid as a return type or a type argument in generic type

589-589: void is only valid as a return type or a type argument in generic type

618-618: void is only valid as a return type or a type argument in generic type

src/evm/contracts/Mars.sol/RevertingStringMars.ts (20)

332-332: void is only valid as a return type or a type argument in generic type

338-338: void is only valid as a return type or a type argument in generic type

344-344: void is only valid as a return type or a type argument in generic type

350-350: void is only valid as a return type or a type argument in generic type

356-356: void is only valid as a return type or a type argument in generic type

362-362: void is only valid as a return type or a type argument in generic type

393-393: void is only valid as a return type or a type argument in generic type

421-421: void is only valid as a return type or a type argument in generic type

453-453: void is only valid as a return type or a type argument in generic type

459-459: void is only valid as a return type or a type argument in generic type

471-471: void is only valid as a return type or a type argument in generic type

496-496: void is only valid as a return type or a type argument in generic type

503-503: void is only valid as a return type or a type argument in generic type

510-510: void is only valid as a return type or a type argument in generic type

517-517: void is only valid as a return type or a type argument in generic type

524-524: void is only valid as a return type or a type argument in generic type

529-529: void is only valid as a return type or a type argument in generic type

560-560: void is only valid as a return type or a type argument in generic type

589-589: void is only valid as a return type or a type argument in generic type

618-618: void is only valid as a return type or a type argument in generic type

src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts (6)

289-289: void is only valid as a return type or a type argument in generic type

295-295: void is only valid as a return type or a type argument in generic type

363-363: void is only valid as a return type or a type argument in generic type

370-370: void is only valid as a return type or a type argument in generic type

374-374: Don't use '{}' as a type.

Import statements could be sorted:

src/evm/contracts/OpProofVerifier.ts (8)

193-193: void is only valid as a return type or a type argument in generic type

199-199: void is only valid as a return type or a type argument in generic type

211-211: void is only valid as a return type or a type argument in generic type

231-231: void is only valid as a return type or a type argument in generic type

238-238: void is only valid as a return type or a type argument in generic type

251-251: void is only valid as a return type or a type argument in generic type

255-255: Don't use '{}' as a type.

Import statements could be sorted:

src/evm/contracts/OptimisticLightClient.ts (6)

289-289: void is only valid as a return type or a type argument in generic type

295-295: void is only valid as a return type or a type argument in generic type

363-363: void is only valid as a return type or a type argument in generic type

370-370: void is only valid as a return type or a type argument in generic type

374-374: Don't use '{}' as a type.

Import statements could be sorted:

src/evm/contracts/OptimisticProofVerifier.ts (8)

193-193: void is only valid as a return type or a type argument in generic type

199-199: void is only valid as a return type or a type argument in generic type

211-211: void is only valid as a return type or a type argument in generic type

231-231: void is only valid as a return type or a type argument in generic type

238-238: void is only valid as a return type or a type argument in generic type

251-251: void is only valid as a return type or a type argument in generic type

255-255: Don't use '{}' as a type.

Import statements could be sorted:

src/evm/contracts/ProofVerifier.ts (8)

182-182: void is only valid as a return type or a type argument in generic type

188-188: void is only valid as a return type or a type argument in generic type

200-200: void is only valid as a return type or a type argument in generic type

217-217: void is only valid as a return type or a type argument in generic type

224-224: void is only valid as a return type or a type argument in generic type

237-237: void is only valid as a return type or a type argument in generic type

241-241: Don't use '{}' as a type.

Import statements could be sorted:

src/evm/contracts/UniversalChannelHandler.ts (20)

398-398: void is only valid as a return type or a type argument in generic type

406-406: void is only valid as a return type or a type argument in generic type

412-412: void is only valid as a return type or a type argument in generic type

418-418: void is only valid as a return type or a type argument in generic type

424-424: void is only valid as a return type or a type argument in generic type

430-430: void is only valid as a return type or a type argument in generic type

436-436: void is only valid as a return type or a type argument in generic type

467-467: void is only valid as a return type or a type argument in generic type

479-479: void is only valid as a return type or a type argument in generic type

487-487: void is only valid as a return type or a type argument in generic type

496-496: void is only valid as a return type or a type argument in generic type

502-502: void is only valid as a return type or a type argument in generic type

508-508: void is only valid as a return type or a type argument in generic type

514-514: void is only valid as a return type or a type argument in generic type

520-520: void is only valid as a return type or a type argument in generic type

536-536: void is only valid as a return type or a type argument in generic type

542-542: void is only valid as a return type or a type argument in generic type

547-547: void is only valid as a return type or a type argument in generic type

554-554: void is only valid as a return type or a type argument in generic type

561-561: void is only valid as a return type or a type argument in generic type

src/evm/contracts/common.ts (15)

21-21: Unexpected any. Specify a different type.

21-21: Unexpected any. Specify a different type.

22-22: Unexpected any. Specify a different type.

22-22: Unexpected any. Specify a different type.

23-23: Unexpected any. Specify a different type.

71-71: Unexpected any. Specify a different type.

75-75: Unexpected any. Specify a different type.

75-75: Unexpected any. Specify a different type.

97-97: Unexpected any. Specify a different type.

101-101: Unexpected any. Specify a different type.

105-105: Unexpected any. Specify a different type.

109-109: Unexpected any. Specify a different type.

109-109: Unexpected any. Specify a different type.

110-110: Unexpected any. Specify a different type.

Import statements could be sorted:

src/evm/contracts/factories/Dispatcher__factory.ts (6)

2097-2097: Unexpected any. Specify a different type.

2097-2097: Unexpected any. Specify a different type.

2158-2158: The computed expression can be simplified without the use of a string literal.

5-10: Some named imports are only used as types.

2122-2122: Use a regular expression literal instead of the RegExp constructor.

Import statements could be sorted:

src/evm/contracts/factories/DummyLightClient__factory.ts (2)

5-10: Some named imports are only used as types.

Import statements could be sorted:

src/evm/contracts/factories/DummyProofVerifier__factory.ts (2)

5-10: Some named imports are only used as types.

Import statements could be sorted:

src/evm/contracts/factories/ERC1967Proxy__factory.ts (2)

5-10: Some named imports are only used as types.

Import statements could be sorted:

src/evm/contracts/factories/Earth__factory.ts (2)

5-10: Some named imports are only used as types.

Import statements could be sorted:

src/evm/contracts/factories/IbcUtils__factory.ts (2)

5-10: Some named imports are only used as types.

Import statements could be sorted:

src/evm/contracts/factories/Ibc__factory.ts (2)

5-10: Some named imports are only used as types.

Import statements could be sorted:

src/evm/contracts/factories/Mars.sol/Mars__factory.ts (2)

5-10: Some named imports are only used as types.

Import statements could be sorted:

src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts (2)

5-10: Some named imports are only used as types.

Import statements could be sorted:

src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts (2)

5-10: Some named imports are only used as types.

Import statements could be sorted:

src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts (2)

5-10: Some named imports are only used as types.

Import statements could be sorted:

src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts (2)

5-10: Some named imports are only used as types.

Import statements could be sorted:

Additional comments not posted (66)

src/evm/chain.ts (2)

5-11: The schema definitions for chain configurations are well-structured and appropriately constrained.

18-25: The implementation of loadChainRegistry function is correct and adheres to best practices for schema validation and registry management.

package.json (3)

12-22: The dependencies are correctly specified with appropriate version constraints.

33-41: The npm scripts are well-defined and cover essential operations such as linting, testing, building, and deploying contracts.

2-3: The package metadata including name, version, and author information is correctly specified.

Also applies to: 9-9, 51-51

src/evm/contracts/IbcUtils.ts (2)

23-40: The type definitions for UniversalPacketStruct and its output are correctly specified and appropriately typed.

42-64: The methods defined in the IbcUtilsInterface are correctly specified with appropriate parameters and return types, enhancing type safety and usability.

src/evm/contracts/common.ts (1)

16-131: The type definitions and interfaces in this file are well-defined, providing a robust framework for event handling and transaction management in contracts.

src/evm/account.ts (2)

8-31: The schema definitions for account configurations are well-structured and appropriately constrained, ensuring robust validation.

36-134: The functions for account management, including loadEvmAccounts and createWallet, are correctly implemented with robust error handling and validation.

src/evm/contracts/ERC1967Proxy.ts (3)

28-63: The type definitions for events related to admin changes, beacon upgrades, and contract upgrades are correctly specified and appropriately typed.

22-26: The interfaces for the ERC1967 proxy are correctly specified with appropriate parameters and return types, enhancing type safety and usability.

Also applies to: 65-133

65-168: The contract methods for the ERC1967 proxy, including event querying and listener management, are correctly implemented and adhere to best practices.

src/evm/contracts/DummyProofVerifier.ts (2)

23-23: Type definition for OpIcs23ProofPathStruct looks good.

30-35: Type definition for OpIcs23ProofStruct looks good.

src/evm/contracts/ProofVerifier.ts (2)

23-23: Type definition for OpIcs23ProofPathStruct looks good.

30-35: Type definition for OpIcs23ProofStruct looks good.

src/evm/contracts/OpProofVerifier.ts (2)

23-23: Type definition for OpIcs23ProofPathStruct looks good.

30-35: Type definition for OpIcs23ProofStruct looks good.

src/evm/contracts/OptimisticProofVerifier.ts (3)

23-28: Ensure type definitions are consistent and correctly represent the data structures they are intended to model.

Also applies to: 30-47, 49-57, 59-69, 71-88

90-137: Review the method signatures in the interface to ensure they correctly represent the intended functionalities.

140-252: Ensure the contract class methods are implemented correctly and adhere to the interface specifications.

src/evm/contracts/factories/ERC1967Proxy__factory.ts (2)

103-145: Constructor and method implementations in ERC1967Proxy__factory look good.

95-101: Type definitions and utility function in ERC1967Proxy__factory are correctly implemented.

src/evm/contracts/DummyLightClient.ts (3)

23-88: Type definitions in DummyLightClient.ts are well-defined and appropriate for blockchain data structures.

90-138: Interface methods in DummyLightClientInterface are correctly implemented and optimized.

140-272: Class methods in DummyLightClient use typed events and methods effectively, enhancing type safety and clarity.

src/evm/contracts/factories/DummyProofVerifier__factory.ts (3)

17-282: ABI definition looks correct and well-structured.

296-332: Class definition and methods are implemented correctly.

321-325: Static types and constants are correctly defined.

src/evm/contracts/OptimisticLightClient.ts (3)

23-88: Type definitions are well-structured and appropriate for contract interactions.

90-186: Interface definition is comprehensive and correctly captures all necessary functionalities.

188-374: Contract class methods are correctly implemented and provide comprehensive functionality.

src/evm/contracts/OpLightClient.sol/OptimisticLightClient.ts (1)

1-374: This file appears to be a duplicate of OptimisticLightClient.ts. The content and structure are identical, and the previous review comments apply here as well.
src/evm/contracts/Ibc.ts (6)
23-28: Ensure that the IbcEndpointStructOutput type correctly reflects the intended data types for each field.

30-38: The HeightStructOutput type uses bigint for revision_number and revision_height. Confirm that this is consistent with the expected data types in the blockchain context.

Verification successful

The HeightStructOutput type is consistently used with bigint for revision_number and revision_height across the codebase. This aligns with the expected data types in the blockchain context.

Instances of HeightStructOutput usage confirm that revision_number and revision_height are of type bigint.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the data types used in HeightStructOutput across the codebase.

# Test: Search for usage of `HeightStructOutput` and check the data types.
rg --type typescript "HeightStructOutput"
Length of output: 76

Script:
#!/bin/bash
# Description: Verify the data types used in HeightStructOutput across the codebase.

# Find all TypeScript files and search for the usage of `HeightStructOutput`.
fd -e ts -e tsx -x rg "HeightStructOutput" {}
Length of output: 2810

Script:
#!/bin/bash
# Description: Verify the data types used in HeightStructOutput across the codebase with context.

# Find all TypeScript files and search for the usage of `HeightStructOutput` with context.
fd -e ts -e tsx -x rg "HeightStructOutput" -C 3 {}
Length of output: 13095
72-185: The IbcInterface is extensive and includes a variety of methods. Ensure that all methods are covered by unit tests, especially those that perform critical operations like verifyMembership and verifyNonMembership.

40-47: The IbcPacketStruct includes a timeoutTimestamp field. Ensure that the handling of this field is consistent across all related functions.

65-70: The AckPacketStruct and its output counterpart should ensure that the data field is handled securely, especially if it contains sensitive or executable data.

188-372: The Ibc contract class should be thoroughly reviewed for security, especially methods that interact directly with blockchain state or handle potentially untrusted inputs.
src/evm/contracts/factories/DummyLightClient__factory.ts (1)

305-341: The DummyLightClient__factory class handles the instantiation of the DummyLightClient. Ensure that the deployment method correctly initializes the contract with the appropriate parameters.

src/evm/contracts/Earth.ts (4)

52-176: The EarthInterface includes a variety of methods related to packet handling and middleware authorization. Ensure that all methods are covered by unit tests, especially those that perform critical operations.

45-50: The AckPacketStruct should ensure that the data field is handled securely to prevent any potential security vulnerabilities.

192-451: The Earth contract class should be thoroughly reviewed for security, especially methods that interact directly with blockchain state or handle potentially untrusted inputs.

26-43: The UniversalPacketStruct and its output counterpart should ensure that all fields are correctly typed and handled securely, especially appData which might contain executable or sensitive data.

src/evm/contracts/Mars.sol/PanickingMars.ts (3)

26-41: Type definitions for blockchain structures look correct and well-defined.

4-24: Consider refining the import statements and type usage for clarity and efficiency.

This consistency will aid in maintenance and understanding across multiple contract files.

272-655: The class implementation for contract interactions is correctly done.

src/evm/contracts/Mars.sol/RevertingEmptyMars.ts (3)

26-41: Type definitions for blockchain structures look correct and well-defined.

4-24: Consider refining the import statements and type usage for clarity and efficiency.

This consistency will aid in maintenance and understanding across multiple contract files.

272-655: The class implementation for contract interactions is correctly done.

src/evm/contracts/Mars.sol/RevertingStringCloseChannelMars.ts (2)

26-66: The type definitions for blockchain structures are well-defined and appropriately structured.

272-655: The class implementation for RevertingStringCloseChannelMars is robust, with well-defined methods for event handling and blockchain operations.

src/evm/contracts/factories/Earth__factory.ts (1)

552-589: Review the implementation of the Earth__factory class.

The implementation of the Earth__factory class appears to be correct and follows the typical pattern for a contract factory in the ethers library. The constructor and methods like getDeployTransaction, deploy, connect, and static methods are implemented properly to interact with the Earth contract.

src/evm/contracts/factories/Ibc__factory.ts (1)

537-570: Class Ibc__factory implementation looks good.

The use of type guards in the constructor and the clear separation of deployment and connection logic are well implemented. Good job maintaining clean and understandable code.

src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts (1)

885-887: Ensure proper handling of optional runner parameter in connect methods.

The connect method optionally accepts a ContractRunner. It's crucial to ensure that this parameter is handled correctly throughout the contract interactions. Consider adding checks or fallbacks if runner is null or undefined to avoid runtime errors.

src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts (1)

860-899: Review the implementation of the PanickingMars__factory class for correctness and best practices.

The class correctly implements conditional construction logic based on the arguments passed, utilizes TypeScript features like type guards, and properly overrides methods from the ContractFactory base class. The use of TypeScript generics and type assertions is appropriate and aligns with best practices in TypeScript for Ethereum smart contract development.
src/evm/contracts/factories/Mars.sol/Mars__factory.ts (6)
857-863: Refactor constructor to simplify conditional logic.

This change simplifies the constructor by using a ternary operator to decide the parameters passed to the super constructor, making the code cleaner and easier to read.

10-15: Use type-only imports for types that are only used for type annotations to clarify their usage and potentially optimize bundling.
- import type {
+ import type {
  Signer,
  AddressLike,
  ContractDeployTransaction,
  ContractRunner,
} from "ethers";
Likely invalid or redundant comment.

866-871: Ensure proper handling of default parameters in getDeployTransaction.

Verification successful

Ensure proper handling of default parameters in getDeployTransaction.

The search results indicate that the overrides parameter is consistently handled with a fallback to an empty object (overrides || {}) across various files. This ensures that the overrides parameter is always provided, even if not explicitly passed.

src/evm/contracts/factories/Mars.sol/Mars__factory.ts

src/evm/contracts/factories/OptimisticProofVerifier__factory.ts

src/evm/contracts/factories/OptimisticLightClient__factory.ts

src/evm/contracts/factories/OpProofVerifier__factory.ts

src/evm/contracts/factories/Ibc__factory.ts

src/evm/contracts/factories/IbcUtils__factory.ts

src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts

src/evm/contracts/factories/Mars.sol/RevertingBytesMars__factory.ts

src/evm/contracts/factories/Mars.sol/RevertingStringMars__factory.ts

src/evm/contracts/factories/Mars.sol/RevertingEmptyMars__factory.ts

src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts

src/evm/contracts/factories/OpLightClient.sol/OptimisticLightClient__factory.ts

src/evm/contracts/factories/ERC1967Proxy__factory.ts

src/evm/contracts/factories/Earth__factory.ts

src/evm/contracts/factories/DummyProofVerifier__factory.ts

src/evm/contracts/factories/DummyLightClient__factory.ts

src/evm/contracts/factories/Dispatcher__factory.ts

src/evm/contracts/factories/UniversalChannelHandler__factory.ts

This confirms that the overrides parameter is properly handled in all instances.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify that the overrides parameter is always provided or handled correctly in all calls to `getDeployTransaction`.

# Test: Search for the function usage. Expect: Proper handling of the overrides parameter.
rg --type typescript $'getDeployTransaction'
Length of output: 78

Script:
#!/bin/bash
# Description: Verify that the overrides parameter is always provided or handled correctly in all calls to `getDeployTransaction`.

# Test: Search for the function usage. Expect: Proper handling of the overrides parameter.
rg --type ts 'getDeployTransaction'
Length of output: 3933
888-893: Validate the usage of createInterface and connect static methods to ensure they are used appropriately across the codebase.

882-884: Confirm that the connect method's return type aligns with usage expectations.

872-880: Ensure that the deploy method's return type is always correctly handled.

Verification successful

The search results indicate multiple instances of the deploy method across various files, particularly in the factories directory. However, the output does not provide enough context to verify if the return type is correctly handled in all usages.

To ensure thorough verification, we need to extract and inspect the surrounding code of these deploy method usages. This will help us confirm that the return type is handled correctly.

The extracted context shows multiple instances of the deploy method being used across various files. The return type of the deploy method is consistently handled as a Promise with the expected type, including the deploymentTransaction method.

Here are some specific observations:

In src/evm/contracts/factories/Mars.sol/Mars__factory.ts, the deploy method returns a Promise with the expected type.

Similar patterns are observed in other factory files, such as UniversalChannelHandler__factory.ts, OptimisticProofVerifier__factory.ts, and others.

Based on the extracted context, it appears that the return type of the deploy method is correctly handled in all instances.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify that the return type from `deploy` method is correctly handled in all usages.

# Test: Search for the function usage. Expect: Correct handling of the returned Promise type.
rg --type typescript $'deploy'
Length of output: 64

Script:
#!/bin/bash
# Description: Verify that the return type from `deploy` method is correctly handled in all usages.

# Test: Search for the function usage. Expect: Correct handling of the returned Promise type.
rg --type ts 'deploy'
Length of output: 10923

Script:
#!/bin/bash
# Description: Extract and inspect the usages of the `deploy` method to verify correct handling of the return type.

# Extract lines containing the `deploy` method usage in relevant files.
rg --type ts 'deploy' -g 'src/evm/contracts/factories/*.ts' -g 'src/evm/contracts/factories/Mars.sol/*.ts' -g 'src/evm/contracts/common.ts' -g 'src/deploy.ts' -g 'src/index.ts' -g 'src/scripts/deploy-script.ts' -g 'src/tx.ts' -g 'src/utils/io.ts' -g 'src/utils/constants.ts'
Length of output: 10490

Script:
#!/bin/bash
# Description: Extract and inspect the surrounding code of the `deploy` method usages to verify correct handling of the return type.

# Extract 5 lines before and after the `deploy` method usage in relevant files.
rg --type ts 'deploy' -g 'src/evm/contracts/factories/*.ts' -g 'src/evm/contracts/factories/Mars.sol/*.ts' -g 'src/evm/contracts/common.ts' -g 'src/deploy.ts' -g 'src/index.ts' -g 'src/scripts/deploy-script.ts' -g 'src/tx.ts' -g 'src/utils/io.ts' -g 'src/utils/constants.ts' -C 5
Length of output: 41846
src/evm/contracts/factories/Mars.sol/RevertingStringCloseChannelMars__factory.ts (2)
860-905: Review the class RevertingStringCloseChannelMars__factory for correct implementation of factory pattern.

The class correctly implements the factory pattern, providing methods for deployment and connection of the RevertingStringCloseChannelMars contract. The use of conditional arguments in the constructor to support different initialization patterns is well implemented.

4-15: Sort the import statements to enhance code organization.
import {
+  Contract,
+  ContractFactory,
+  ContractTransactionResponse,
+  Interface,
-  Contract,
-  ContractFactory,
-  ContractTransactionResponse,
-  Interface,
} from "ethers";
import type {
+  Signer,
+  AddressLike,
+  ContractDeployTransaction,
+  ContractRunner,
-  Signer,
-  AddressLike,
-  ContractDeployTransaction,
-  ContractRunner,
} from "ethers";
Likely invalid or redundant comment.
src/evm/contracts/Dispatcher.ts (1)
153-154: Verify the use of bigint for number in L1HeaderStructOutput.

The use of bigint for the number field in L1HeaderStructOutput needs to be verified for consistency with similar structures in the codebase. If BigNumberish is commonly used, consider aligning this type.

Verification successful

The use of bigint for the number field in L1HeaderStructOutput is consistent with its usage in similar structures across the codebase. There are multiple instances where bigint is used for numeric fields, including the number field, which aligns with the current implementation.

Instances of bigint for number:

src/evm/contracts/ProofVerifier.ts

src/evm/contracts/OptimisticProofVerifier.ts

src/evm/contracts/DummyProofVerifier.ts

src/evm/contracts/DummyLightClient.ts

src/evm/contracts/Dispatcher.ts

Therefore, no changes are necessary.
Scripts Executed

The following scripts were executed for the analysis:

Script:
#!/bin/bash
# Description: Verify the consistent use of numeric types across similar data structures.

# Test: Search for numeric types in TypeScript files to verify the use of bigint.
rg --type ts 'number|bigint'
Length of output: 35230

src/evm/contracts/factories/Ibc__factory.ts

src/evm/contracts/Mars.sol/RevertingStringMars.ts

src/evm/contracts/factories/Mars.sol/PanickingMars__factory.ts

src/evm/contracts/factories/Earth__factory.ts

src/evm/contracts/UniversalChannelHandler.ts

src/deploy.ts

src/evm/contracts/DummyProofVerifier.ts

src/evm/contracts/ProofVerifier.ts

src/evm/contracts/factories/IbcUtils__factory.ts

src/evm/contracts/OpProofVerifier.ts

RnkSngh force-pushed the raunak/npm-package branch 2 times, most recently from 17c29fd to 4fa9aa7 Compare May 14, 2024 16:49

RnkSngh requested a review from dshiell May 14, 2024 16:49

RnkSngh marked this pull request as ready for review May 14, 2024 16:49

coderabbitai bot reviewed May 14, 2024

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RnkSngh force-pushed the raunak/npm-package branch 4 times, most recently from 3e5df0a to e82cbbf Compare May 15, 2024 14:41

coderabbitai bot reviewed May 15, 2024

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dshiell approved these changes May 17, 2024

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