diff --git a/.gitmodules b/.gitmodules new file mode 100644 index 0000000000..5875174896 --- /dev/null +++ b/.gitmodules @@ -0,0 +1,3 @@ +[submodule "3rd/tvm-spec"] + path = 3rd/tvm-spec + url = https://github.com/ton-community/tvm-spec.git diff --git a/3rd/tvm-spec b/3rd/tvm-spec new file mode 160000 index 0000000000..59ec1a2154 --- /dev/null +++ b/3rd/tvm-spec @@ -0,0 +1 @@ +Subproject commit 59ec1a2154aa4f8038f33b031dbf488313fae129 diff --git a/README.md b/README.md index 875d5e629a..8f61ee202a 100644 --- a/README.md +++ b/README.md @@ -54,7 +54,12 @@ Use Gitpod (a free, online VS code-like IDE) for contributing. It will launch a ### Local (default way) -1. Download repository from GitHub +1. Download repository from GitHub with its submodules + + ``` + git clone --recursive https://github.com/ton-community/ton-docs.git + ``` + 2. Install last version [NodeJS LTS](https://nodejs.org/en/download/) to run local build 3. Open Terminal in project directory 4. Install dependencies with command: diff --git a/cspell.json b/cspell.json index 44093ca3e2..71f143c679 100644 --- a/cspell.json +++ b/cspell.json @@ -335,6 +335,6 @@ "sidebars", "i18n", ".husky", - "warnings.txt" + "3rd/*" ] } diff --git a/docs/v3/documentation/smart-contracts/message-management/messages-and-transactions.mdx b/docs/v3/documentation/smart-contracts/message-management/messages-and-transactions.mdx index f1daa82fb3..f46730c8d6 100644 --- a/docs/v3/documentation/smart-contracts/message-management/messages-and-transactions.mdx +++ b/docs/v3/documentation/smart-contracts/message-management/messages-and-transactions.mdx @@ -7,7 +7,7 @@ TON is an asynchronous blockchain with a complex structure very different from o ## What is a message? -A message is a packet of data sent between actors (users, applications, smart contracts). It typically contains information instructing the receiver on what action to perform, such as updating storage or sending a new message. +A message is a packet of data exchanged between actors (users, applications, or smart contracts). It typically contains information instructing the receiver on what action to perform, such as updating storage or sending a new message.

@@ -21,7 +21,7 @@ A message is a packet of data sent between actors (users, applications, smart co


-Working with this type of communication is reminiscent of launching a satellite into space. We know the message we've formed, but after its launch, it is necessary to conduct separate observation to find out what results we will obtain. +Working with this type of communication is reminiscent of launching a satellite into space. While we know the message we've created, observation after launch is required to determine the outcome. @@ -30,9 +30,9 @@ Working with this type of communication is reminiscent of launching a satellite A transaction in TON consists of the following: - the incoming message that initially triggers the contract (special ways to trigger exist) - contract actions caused by the incoming message, such as an update to the contract's storage (optional) -- outgoing generated messages that are sent to other actors (optional) +- outgoing messages generated and sent to other actors (optional) ->Technically, a contract can be triggered through special functions such as [Tick-Tock](/v3/documentation/data-formats/tlb/transaction-layout#tick-tock), but this function more used for internal TON Blockchain core contracts. +>Technically, a contract can be triggered through special functions such as [Tick-Tock](/v3/documentation/data-formats/tlb/transaction-layout#tick-tock), but this function is more used for internal TON Blockchain core contracts. >Not every transaction results in outgoing messages or updates to the contract's storage — this depends on the actions defined by the contract's code. @@ -52,7 +52,7 @@ If we look at Ethereum or almost any other synchronous blockchain, each transact In an asynchronous system you can't get a response from the destination smart contract in the same transaction. A contract call may take a few blocks to be processed, depending on the length of the route between source and destination. -To achieve the infinite sharding paradigm, it is necessary to ensure full parallelization, which means that the execution of each transactions is independent of every other. Therefore, instead of transactions which affect and change the state of many contracts at one time, each transaction in TON is only executed on a single smart contract and smart contracts communicate through messages. That way, smart contracts can only interact with each other by calling their functions with special messages and getting a response to them via other messages later. +Achieving the infinite sharding paradigm requires full parallelization, ensuring that each transaction executes independently of others. Therefore, instead of transactions which affect and change the state of many contracts at one time, each transaction in TON is only executed on a single smart contract and smart contracts communicate through messages. That way, smart contracts can only interact with each other by calling their functions with special messages and getting a response to them via other messages later. :::info More detailed and accurate description on the [Transaction Layout](/v3/documentation/data-formats/tlb/transaction-layout) page. diff --git a/docs/v3/documentation/smart-contracts/overview.mdx b/docs/v3/documentation/smart-contracts/overview.mdx index 19d862cfd3..5771a2773f 100644 --- a/docs/v3/documentation/smart-contracts/overview.mdx +++ b/docs/v3/documentation/smart-contracts/overview.mdx @@ -168,6 +168,19 @@ Tact by Example +### 📗 Tolk + +A new language for writing smart contracts in TON. Think of Tolk as the "**next‑generation FunC**" + +:::caution +Under active development. +::: + + ### 📕 Fift (advanced) diff --git a/docs/v3/documentation/smart-contracts/transaction-fees/fees.md b/docs/v3/documentation/smart-contracts/transaction-fees/fees.md index 0b1832888b..c541920139 100644 --- a/docs/v3/documentation/smart-contracts/transaction-fees/fees.md +++ b/docs/v3/documentation/smart-contracts/transaction-fees/fees.md @@ -103,7 +103,7 @@ Saving 1 MB of data for one year on TON will cost 6.01 TON. Note that you usuall ### Is it possible to send a gasless transaction? -At present, this opportunity is not available. We are actively working on its development. Please stay tuned for updates. +In TON, gasless transactions are possible using [wallet v5](/v3/documentation/smart-contracts/contracts-specs/wallet-contracts#preparing-for-gasless-transactions) a relayer that pays the gas fee for transaction. ### How to calculation? diff --git a/docs/v3/guidelines/dapps/apis-sdks/overview.md b/docs/v3/guidelines/dapps/apis-sdks/overview.md new file mode 100644 index 0000000000..db3f80b32a --- /dev/null +++ b/docs/v3/guidelines/dapps/apis-sdks/overview.md @@ -0,0 +1,36 @@ +# Overview + +The purpose of this article is to help you choose the right tools for application development in TON ecosystem. + +## TMA development + +* Use [Mini Apps SDKs](/v3/guidelines/dapps/tma/overview#mini-apps-sdks) for [Telegram Mini Apps](/v3/guidelines/dapps/tma/overview) development. +* Choose [JS/TS-based SDK](/v3/guidelines/dapps/apis-sdks/sdk#typescript--javascript) for interacting with TON blockchain. + +## DApps development + +* Use Tolk, FunC or Tact [programming languages](/v3/documentation/smart-contracts/overview#programming-languages) for TON blockchain smart contracts development for your [DApp](/v3/guidelines/dapps/overview) if needed. +* To interacts with TON blockchain and process its data choose listed [SDK](/v3/guidelines/dapps/apis-sdks/sdk). One of the most popular languages for this purpose are: + * [JS/TS](/v3/guidelines/dapps/apis-sdks/sdk#typescript--javascript) + * [Go](/v3/guidelines/dapps/apis-sdks/sdk#go) + * [Python](/v3/guidelines/dapps/apis-sdks/sdk#python) +* To integrate user authentication with their TON Wallets (also payments processing logic) into your DApp use [TON Connect](/v3/guidelines/ton-connect/overview). + +## TON Statistics analyzer + +You may need fast interaction with TON blockchain or collect and analyze its data. For these purposes it may be helpful to run your own [Ton Node](/v3/documentation/infra/nodes/node-types). + +* [Liteserver Node](/v3/guidelines/nodes/running-nodes/liteserver-node) - just for interaction with blockchain. +* [Archive Node](/v3/guidelines/nodes/running-nodes/archive-node) - collecting extended historical data of a blockchain. + +Use SDKs with native [ADNL](/v3/documentation/network/protocols/adnl/adnl-tcp) support: +* [Go](https://github.com/xssnick/tonutils-go) +* [Python](https://github.com/yungwine/pytoniq) + + +## See Also + +* [SDKs](/v3/guidelines/dapps/apis-sdks/sdk) +* [TMA Tutorials](/v3/guidelines/dapps/tma/tutorials/step-by-step-guide) +* [TON Connect Tutorials](/v3/guidelines/ton-connect/guidelines/how-ton-connect-works) +* [Payments Processing](/v3/guidelines/dapps/asset-processing/payments-processing) diff --git a/docs/v3/guidelines/dapps/cookbook.mdx b/docs/v3/guidelines/dapps/cookbook.mdx index 01a62884d3..cae9783c71 100644 --- a/docs/v3/guidelines/dapps/cookbook.mdx +++ b/docs/v3/guidelines/dapps/cookbook.mdx @@ -442,7 +442,7 @@ async def main(): } await wallet.transfer(**transfer) - await client.close_all() + await provider.close_all() asyncio.run(main()) ``` @@ -606,7 +606,7 @@ async def main(): stack=[begin_cell().store_address(USER_ADDRESS).end_cell().begin_parse()]) jetton_wallet = result_stack[0].load_address() print(f"Jetton wallet address for {USER_ADDRESS}: {jetton_wallet.to_str(1, 1, 1)}") - await provider.close_all() + await provider.close_all() asyncio.run(main()) ``` @@ -862,7 +862,7 @@ async def main(): .end_cell()) await wallet.transfer(destination=USER_JETTON_WALLET, amount=int(0.05*1e9), body=transfer_cell) - await provider.close_all() + await provider.close_all() asyncio.run(main()) ``` diff --git a/docs/v3/guidelines/nodes/node-maintenance-and-security.md b/docs/v3/guidelines/nodes/node-maintenance-and-security.md index 023a58c078..a9403aa411 100644 --- a/docs/v3/guidelines/nodes/node-maintenance-and-security.md +++ b/docs/v3/guidelines/nodes/node-maintenance-and-security.md @@ -7,35 +7,30 @@ This document assumes that a validator is installed using the configuration and ## Maintenance ### Database grooming -TON Node/Validator keeps it's database within the path specified by `--db` flag of `validator-engine`, usually `/var/ton-work/db`, this directory is created and managed by the node but it is recommended to perform a database grooming/cleanup task once a month to remove some artifacts. +TON Node keeps its database within the path specified by `--db` flag of `validator-engine`, usually `/var/ton-work/db`. To reduce the database size, you can decrease the TTL (time-to-live) of some stored data. -:::caution Do not forget to stop validator process -You **must** stop the validator process before performing the steps outlined below, failure to do that will likely cause database corruption. -::: +Current TTL values can be found in the node service file (default path is `/etc/systemd/system/validator.service`). If you use MyTonCtrl you can use command `installer status`. If some of the values are not set, then the default values are used. -The procedure takes ~5 minutes to complete and will not cause major service disruption. +### archive-ttl -#### Switch to root -```sh -sudo -s -``` -#### Stop validator service -```sh -systemctl stop validator -``` -#### Verify that validator is not running -```sh -systemctl status validator -``` -#### Perform database cleanup -```sh -find /var/ton-work/db -name 'LOG.old*' -exec rm {} + +`archive-ttl` is a parameter that defines the time-to-live for the blocks. The default value is 604800 seconds (7 days). You can decrease this value to reduce the database size. + +```bash +MyTonCtrl> installer set_node_argument --archive-ttl ``` -#### Start validator service -```sh -systemctl start validator + +If you don't use MyTonCtrl then you can edit the node service file. + +### state-ttl + +`state-ttl` is a parameter that defines the time-to-live for the blocks states. The default value is 86400 seconds (24 hours). You can decrease this value to reduce the database size, but for validators it's highly recommended to use the default value (keep the flag unset). +Also, this value should be more than length of the validation period (the value can be found in [15th config param](https://docs.ton.org/v3/documentation/network/configs/blockchain-configs#param-15)). + +```bash +MyTonCtrl> installer set_node_argument --state-ttl ``` -Verify that the validator process is running by analysing the processes and log. Validator should re-sync with the network within a few minutes. + +If you don't use MyTonCtrl then you can edit the node service file. ### Backups The easiest and most efficient way to backup the validator is to copy crucial node configuration files, keys and mytonctrl settings: diff --git a/docs/v3/guidelines/smart-contracts/howto/wallet.md b/docs/v3/guidelines/smart-contracts/howto/wallet.md index 1dd3db315d..de06ed2a49 100644 --- a/docs/v3/guidelines/smart-contracts/howto/wallet.md +++ b/docs/v3/guidelines/smart-contracts/howto/wallet.md @@ -519,7 +519,7 @@ import { TonClient } from '@ton/ton'; import { mnemonicToWalletKey } from '@ton/crypto'; const client = new TonClient({ - endpoint: "https://toncenter.com/api/v2/jsonRPC", + endpoint: "https://toncenter.com/api/v2/jsonRPC", // you can replace it on https://testnet.toncenter.com/api/v2/jsonRPC for testnet apiKey: "put your api key" // you can get an api key from @tonapibot bot in Telegram }); @@ -1026,7 +1026,13 @@ log.Println("Contract address:", contractAddress.String()) // Output contract ad -Using the State Init, we can now build the message and send it to the blockchain. To carry out this process **a minimum wallet balance of 0.1 TON** (the balance can be less, but this amount is guaranteed to be sufficient) is required. To accomplish this, we’ll need to run the code mentioned earlier in the tutorial, get the correct wallet address and send 0.1 TON to this address. +Using the State Init, we can now build the message and send it to the blockchain. + +:::warning + To carry out this process, **a minimum wallet balance of 0.1 TON** is required (the balance can be less, but this amount is guaranteed to be sufficient). To accomplish this, we’ll need to run the code mentioned earlier in the tutorial, obtain the correct wallet address, and send 0.1 TON to this address. Alternatively, you can send this sum manually via your wallet app before sending the deployment message itself. + + Deployment by external messages is presented here mostly for educational purposes; in practice, it's much more convenient to [deploy smart contracts via Wallets](/v3/guidelines/smart-contracts/howto/wallet#contract-deployment-via-wallet), which will be described later. +::: Let’s start with building the message similar to the one we built **in the previous section**: diff --git a/i18n/zh-CN/docusaurus-plugin-content-docs/current/develop/dapps/cookbook.md b/i18n/zh-CN/docusaurus-plugin-content-docs/current/develop/dapps/cookbook.md index 3d0016556a..5cf540df31 100644 --- a/i18n/zh-CN/docusaurus-plugin-content-docs/current/develop/dapps/cookbook.md +++ b/i18n/zh-CN/docusaurus-plugin-content-docs/current/develop/dapps/cookbook.md @@ -330,7 +330,7 @@ async def main(): await wallet.transfer(destination=DESTINATION_ADDRESS, amount=int(0.05*1e9), body="转账示例内容") - await client.close_all() + await provider.close_all() asyncio.run(main()) ``` @@ -444,7 +444,7 @@ async def main(): stack=[begin_cell().store_address(USER_ADDRESS).end_cell().begin_parse()]) jetton_wallet = result_stack[0].load_address() print(f"用户{USER_ADDRESS}的Jetton钱包地址: {jetton_wallet.to_str(1, 1, 1)}") - await provider.close_all() + await provider.close_all() asyncio.run(main()) ``` @@ -597,7 +597,7 @@ async def main(): .end_cell()) await wallet.transfer(destination=USER_JETTON_WALLET, amount=int(0.05*1e9), body=transfer_cell) - await client.close_all() + await provider.close_all() asyncio.run(main()) ``` diff --git a/navbar.js b/navbar.js index ad6a4e4577..895ad6378c 100644 --- a/navbar.js +++ b/navbar.js @@ -121,7 +121,7 @@ module.exports = { label: 'Telegram Mini Apps (TMAs)', }, { - to: 'v3/guidelines/dapps/apis-sdks/sdk', + to: 'v3/guidelines/dapps/apis-sdks/overview', label: 'APIs and SDKs', }, { diff --git a/sidebars/guidelines.js b/sidebars/guidelines.js index edf56d5828..158e7f10be 100644 --- a/sidebars/guidelines.js +++ b/sidebars/guidelines.js @@ -112,6 +112,7 @@ module.exports = [ type: 'category', label: 'APIs and SDKs', items: [ + 'v3/guidelines/dapps/apis-sdks/overview', 'v3/guidelines/dapps/apis-sdks/sdk', 'v3/guidelines/dapps/apis-sdks/api-types', 'v3/guidelines/dapps/apis-sdks/ton-http-apis', diff --git a/src/data/opcodes/cp0.json b/src/data/opcodes/cp0.json deleted file mode 100644 index b12cc9b09b..0000000000 --- a/src/data/opcodes/cp0.json +++ /dev/null @@ -1,34422 +0,0 @@ -{ - "$schema": "./schema.json", - "instructions": [ - { - "mnemonic": "NOP", - "since_version": 0, - "doc": { - "category": "stack_basic", - "description": "Does nothing.", - "gas": "18", - "fift": "NOP", - "fift_examples": [], - "opcode": "00", - "stack": "-" - }, - "bytecode": { "tlb": "#00", "prefix": "00", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XCHG_0I", - "since_version": 0, - "doc": { - "category": "stack_basic", - "description": "Interchanges `s0` with `s[i]`, `1 <= i <= 15`.", - "gas": "18", - "fift": "s[i] XCHG0", - "fift_examples": [], - "opcode": "0i", - "stack": "" - }, - "bytecode": { - "tlb": "#0 i:(## 4) {1 <= i}", - "prefix": "0", - "operands_range_check": { "length": 4, "from": 1, "to": 15 }, - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 1, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XCHG_IJ", - "since_version": 0, - "doc": { - "category": "stack_basic", - "description": "Interchanges `s[i]` with `s[j]`, `1 <= i < j <= 15`.", - "gas": "26", - "fift": "s[i] s[j] XCHG", - "fift_examples": [], - "opcode": "10ij", - "stack": "" - }, - "bytecode": { - "tlb": "#10 i:(## 4) j:(## 4) {1 <= i} {i + 1 <= j}", - "prefix": "10", - "operands_range_check": { "length": 4, "from": 1, "to": 15 }, - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 1, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XCHG_0I_LONG", - "since_version": 0, - "doc": { - "category": "stack_basic", - "description": "Interchanges `s0` with `s[ii]`, `0 <= ii <= 255`.", - "gas": "26", - "fift": "s0 [ii] s() XCHG", - "fift_examples": [], - "opcode": "11ii", - "stack": "" - }, - "bytecode": { - "tlb": "#11 ii:uint8", - "prefix": "11", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XCHG_1I", - "since_version": 0, - "doc": { - "category": "stack_basic", - "description": "Interchanges `s1` with `s[i]`, `2 <= i <= 15`.", - "gas": "18", - "fift": "s1 s[i] XCHG", - "fift_examples": [], - "opcode": "1i", - "stack": "" - }, - "bytecode": { - "tlb": "#1 i:(## 4) {2 <= i}", - "prefix": "1", - "operands_range_check": { "length": 4, "from": 2, "to": 15 }, - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 2, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSH", - "since_version": 0, - "doc": { - "category": "stack_basic", - "description": "Pushes a copy of the old `s[i]` into the stack.", - "gas": "18", - "fift": "s[i] PUSH", - "fift_examples": [], - "opcode": "2i", - "stack": "" - }, - "bytecode": { - "tlb": "#2 i:uint4", - "prefix": "2", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "POP", - "since_version": 0, - "doc": { - "category": "stack_basic", - "description": "Pops the old `s0` value into the old `s[i]`.", - "gas": "18", - "fift": "s[i] POP", - "fift_examples": [], - "opcode": "3i", - "stack": "" - }, - "bytecode": { - "tlb": "#3 i:uint4", - "prefix": "3", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XCHG3", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s2 s[i] XCHG` `s1 s[j] XCHG` `s[k] XCHG0`.", - "gas": "26", - "fift": "s[i] s[j] s[k] XCHG3", - "fift_examples": [], - "opcode": "4ijk", - "stack": "" - }, - "bytecode": { - "tlb": "#4 i:uint4 j:uint4 k:uint4", - "prefix": "4", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XCHG2", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s1 s[i] XCHG` `s[j] XCHG0`.", - "gas": "26", - "fift": "s[i] s[j] XCHG2", - "fift_examples": [], - "opcode": "50ij", - "stack": "" - }, - "bytecode": { - "tlb": "#50 i:uint4 j:uint4", - "prefix": "50", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XCPU", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s[i] XCHG0` `s[j] PUSH`.", - "gas": "26", - "fift": "s[i] s[j] XCPU", - "fift_examples": [], - "opcode": "51ij", - "stack": "" - }, - "bytecode": { - "tlb": "#51 i:uint4 j:uint4", - "prefix": "51", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUXC", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s[i] PUSH` `SWAP` `s[j] XCHG0`.", - "gas": "26", - "fift": "s[i] s[j-1] PUXC", - "fift_examples": [], - "opcode": "52ij", - "stack": "" - }, - "bytecode": { - "tlb": "#52 i:uint4 j:uint4", - "prefix": "52", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [ - { "type": "stack" }, - { "type": "add", "value": -1 } - ] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSH2", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s[i] PUSH` `s[j+1] PUSH`.", - "gas": "26", - "fift": "s[i] s[j] PUSH2", - "fift_examples": [], - "opcode": "53ij", - "stack": "" - }, - "bytecode": { - "tlb": "#53 i:uint4 j:uint4", - "prefix": "53", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XCHG3_ALT", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Long form of `XCHG3`.", - "gas": "34", - "fift": "s[i] s[j] s[k] XCHG3_l", - "fift_examples": [], - "opcode": "540ijk", - "stack": "" - }, - "bytecode": { - "tlb": "#540 i:uint4 j:uint4 k:uint4", - "prefix": "540", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XC2PU", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s[i] s[j] XCHG2` `s[k] PUSH`.", - "gas": "34", - "fift": "s[i] s[j] s[k] XC2PU", - "fift_examples": [], - "opcode": "541ijk", - "stack": "" - }, - "bytecode": { - "tlb": "#541 i:uint4 j:uint4 k:uint4", - "prefix": "541", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XCPUXC", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s1 s[i] XCHG` `s[j] s[k-1] PUXC`.", - "gas": "34", - "fift": "s[i] s[j] s[k-1] XCPUXC", - "fift_examples": [], - "opcode": "542ijk", - "stack": "" - }, - "bytecode": { - "tlb": "#542 i:uint4 j:uint4 k:uint4", - "prefix": "542", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [ - { "type": "stack" }, - { "type": "add", "value": -1 } - ] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XCPU2", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s[i] XCHG0` `s[j] s[k] PUSH2`.", - "gas": "34", - "fift": "s[i] s[j] s[k] XCPU2", - "fift_examples": [], - "opcode": "543ijk", - "stack": "" - }, - "bytecode": { - "tlb": "#543 i:uint4 j:uint4 k:uint4", - "prefix": "543", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUXC2", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s[i] PUSH` `s2 XCHG0` `s[j] s[k] XCHG2`.", - "gas": "34", - "fift": "s[i] s[j-1] s[k-1] PUXC2", - "fift_examples": [], - "opcode": "544ijk", - "stack": "" - }, - "bytecode": { - "tlb": "#544 i:uint4 j:uint4 k:uint4", - "prefix": "544", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [ - { "type": "stack" }, - { "type": "add", "value": -1 } - ] - }, - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [ - { "type": "stack" }, - { "type": "add", "value": -1 } - ] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUXCPU", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s[i] s[j-1] PUXC` `s[k] PUSH`.", - "gas": "34", - "fift": "s[i] s[j-1] s[k-1] PUXCPU", - "fift_examples": [], - "opcode": "545ijk", - "stack": "" - }, - "bytecode": { - "tlb": "#545 i:uint4 j:uint4 k:uint4", - "prefix": "545", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [ - { "type": "stack" }, - { "type": "add", "value": -1 } - ] - }, - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [ - { "type": "stack" }, - { "type": "add", "value": -1 } - ] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PU2XC", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s[i] PUSH` `SWAP` `s[j] s[k-1] PUXC`.", - "gas": "34", - "fift": "s[i] s[j-1] s[k-2] PU2XC", - "fift_examples": [], - "opcode": "546ijk", - "stack": "" - }, - "bytecode": { - "tlb": "#546 i:uint4 j:uint4 k:uint4", - "prefix": "546", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [ - { "type": "stack" }, - { "type": "add", "value": -1 } - ] - }, - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [ - { "type": "stack" }, - { "type": "add", "value": -2 } - ] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSH3", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s[i] PUSH` `s[j+1] s[k+1] PUSH2`.", - "gas": "34", - "fift": "s[i] s[j] s[k] PUSH3", - "fift_examples": [], - "opcode": "547ijk", - "stack": "" - }, - "bytecode": { - "tlb": "#547 i:uint4 j:uint4 k:uint4", - "prefix": "547", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - }, - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLKSWAP", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Permutes two blocks `s[j+i+1] ... s[j+1]` and `s[j] ... s0`.\n`0 <= i,j <= 15`\nEquivalent to `[i+1] [j+1] REVERSE` `[j+1] 0 REVERSE` `[i+j+2] 0 REVERSE`.", - "gas": "26", - "fift": "[i+1] [j+1] BLKSWAP", - "fift_examples": [], - "opcode": "55ij", - "stack": "" - }, - "bytecode": { - "tlb": "#55 i:uint4 j:uint4", - "prefix": "55", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [ - { "type": "stack" }, - { "type": "add", "value": 1 } - ] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [ - { "type": "stack" }, - { "type": "add", "value": 1 } - ] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSH_LONG", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pushes a copy of the old `s[ii]` into the stack.\n`0 <= ii <= 255`", - "gas": "26", - "fift": "[ii] s() PUSH", - "fift_examples": [], - "opcode": "56ii", - "stack": "" - }, - "bytecode": { - "tlb": "#56 ii:uint8", - "prefix": "56", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "POP_LONG", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pops the old `s0` value into the old `s[ii]`.\n`0 <= ii <= 255`", - "gas": "26", - "fift": "[ii] s() POP", - "fift_examples": [], - "opcode": "57ii", - "stack": "" - }, - "bytecode": { - "tlb": "#57 ii:uint8", - "prefix": "57", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "stack" }] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ROT", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `1 2 BLKSWAP` or to `s2 s1 XCHG2`.", - "gas": "18", - "fift": "ROT", - "fift_examples": [], - "opcode": "58", - "stack": "a b c - b c a" - }, - "bytecode": { "tlb": "#58", "prefix": "58", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ROTREV", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `2 1 BLKSWAP` or to `s2 s2 XCHG2`.", - "gas": "18", - "fift": "ROTREV\n-ROT", - "fift_examples": [], - "opcode": "59", - "stack": "a b c - c a b" - }, - "bytecode": { "tlb": "#59", "prefix": "59", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SWAP2", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `2 2 BLKSWAP` or to `s3 s2 XCHG2`.", - "gas": "18", - "fift": "SWAP2\n2SWAP", - "fift_examples": [], - "opcode": "5A", - "stack": "a b c d - c d a b" - }, - "bytecode": { "tlb": "#5A", "prefix": "5A", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DROP2", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `DROP` `DROP`.", - "gas": "18", - "fift": "DROP2\n2DROP", - "fift_examples": [], - "opcode": "5B", - "stack": "a b - " - }, - "bytecode": { "tlb": "#5B", "prefix": "5B", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DUP2", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s1 s0 PUSH2`.", - "gas": "18", - "fift": "DUP2\n2DUP", - "fift_examples": [], - "opcode": "5C", - "stack": "a b - a b a b" - }, - "bytecode": { "tlb": "#5C", "prefix": "5C", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "OVER2", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `s3 s2 PUSH2`.", - "gas": "18", - "fift": "OVER2\n2OVER", - "fift_examples": [], - "opcode": "5D", - "stack": "a b c d - a b c d a b" - }, - "bytecode": { "tlb": "#5D", "prefix": "5D", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "REVERSE", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Reverses the order of `s[j+i+1] ... s[j]`.", - "gas": "26", - "fift": "[i+2] [j] REVERSE", - "fift_examples": [], - "opcode": "5Eij", - "stack": "" - }, - "bytecode": { - "tlb": "#5E i:uint4 j:uint4", - "prefix": "5E", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLKDROP", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `DROP` performed `i` times.", - "gas": "26", - "fift": "[i] BLKDROP", - "fift_examples": [], - "opcode": "5F0i", - "stack": "" - }, - "bytecode": { - "tlb": "#5F0 i:uint4", - "prefix": "5F0", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLKPUSH", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `PUSH s(j)` performed `i` times.\n`1 <= i <= 15`, `0 <= j <= 15`.", - "gas": "26", - "fift": "[i] [j] BLKPUSH", - "fift_examples": [], - "opcode": "5Fij", - "stack": "" - }, - "bytecode": { - "tlb": "#5F i:(## 4) j:uint4 {1 <= i}", - "prefix": "5F", - "operands_range_check": { "length": 4, "from": 1, "to": 15 }, - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 1, - "max_value": 15, - "display_hints": [] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PICK", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pops integer `i` from the stack, then performs `s[i] PUSH`.", - "gas": "18", - "fift": "PICK\nPUSHX", - "fift_examples": [], - "opcode": "60", - "stack": "" - }, - "bytecode": { "tlb": "#60", "prefix": "60", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ROLLX", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pops integer `i` from the stack, then performs `1 [i] BLKSWAP`.", - "gas": "18", - "fift": "ROLLX", - "fift_examples": [], - "opcode": "61", - "stack": "" - }, - "bytecode": { "tlb": "#61", "prefix": "61", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "-ROLLX", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pops integer `i` from the stack, then performs `[i] 1 BLKSWAP`.", - "gas": "18", - "fift": "-ROLLX\nROLLREVX", - "fift_examples": [], - "opcode": "62", - "stack": "" - }, - "bytecode": { "tlb": "#62", "prefix": "62", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLKSWX", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pops integers `i`,`j` from the stack, then performs `[i] [j] BLKSWAP`.", - "gas": "18", - "fift": "BLKSWX", - "fift_examples": [], - "opcode": "63", - "stack": "" - }, - "bytecode": { "tlb": "#63", "prefix": "63", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "REVX", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pops integers `i`,`j` from the stack, then performs `[i] [j] REVERSE`.", - "gas": "18", - "fift": "REVX", - "fift_examples": [], - "opcode": "64", - "stack": "" - }, - "bytecode": { "tlb": "#64", "prefix": "64", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DROPX", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pops integer `i` from the stack, then performs `[i] BLKDROP`.", - "gas": "18", - "fift": "DROPX", - "fift_examples": [], - "opcode": "65", - "stack": "" - }, - "bytecode": { "tlb": "#65", "prefix": "65", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "TUCK", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Equivalent to `SWAP` `OVER` or to `s1 s1 XCPU`.", - "gas": "18", - "fift": "TUCK", - "fift_examples": [], - "opcode": "66", - "stack": "a b - b a b" - }, - "bytecode": { "tlb": "#66", "prefix": "66", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "XCHGX", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pops integer `i` from the stack, then performs `s[i] XCHG`.", - "gas": "18", - "fift": "XCHGX", - "fift_examples": [], - "opcode": "67", - "stack": "" - }, - "bytecode": { "tlb": "#67", "prefix": "67", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DEPTH", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pushes the current depth of the stack.", - "gas": "18", - "fift": "DEPTH", - "fift_examples": [], - "opcode": "68", - "stack": "- depth" - }, - "bytecode": { "tlb": "#68", "prefix": "68", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "depth", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CHKDEPTH", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pops integer `i` from the stack, then checks whether there are at least `i` elements, generating a stack underflow exception otherwise.", - "gas": "18/58", - "fift": "CHKDEPTH", - "fift_examples": [], - "opcode": "69", - "stack": "i -" - }, - "bytecode": { "tlb": "#69", "prefix": "69", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ONLYTOPX", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pops integer `i` from the stack, then removes all but the top `i` elements.", - "gas": "18", - "fift": "ONLYTOPX", - "fift_examples": [], - "opcode": "6A", - "stack": "" - }, - "bytecode": { "tlb": "#6A", "prefix": "6A", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ONLYX", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Pops integer `i` from the stack, then leaves only the bottom `i` elements. Approximately equivalent to `DEPTH` `SWAP` `SUB` `DROPX`.", - "gas": "18", - "fift": "ONLYX", - "fift_examples": [], - "opcode": "6B", - "stack": "" - }, - "bytecode": { "tlb": "#6B", "prefix": "6B", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLKDROP2", - "since_version": 0, - "doc": { - "category": "stack_complex", - "description": "Drops `i` stack elements under the top `j` elements.\n`1 <= i <= 15`, `0 <= j <= 15`\nEquivalent to `[i+j] 0 REVERSE` `[i] BLKDROP` `[j] 0 REVERSE`.", - "gas": "26", - "fift": "[i] [j] BLKDROP2", - "fift_examples": [], - "opcode": "6Cij", - "stack": "" - }, - "bytecode": { - "tlb": "#6C i:(## 4) j:uint4 {1 <= i}", - "prefix": "6C", - "operands_range_check": { "length": 4, "from": 1, "to": 15 }, - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 1, - "max_value": 15, - "display_hints": [] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "NULL", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Pushes the only value of type _Null_.", - "gas": "18", - "fift": "NULL\nPUSHNULL", - "fift_examples": [], - "opcode": "6D", - "stack": " - null" - }, - "bytecode": { "tlb": "#6D", "prefix": "6D", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [{ "type": "const", "value": null, "value_type": "Null" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ISNULL", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Checks whether `x` is a _Null_, and returns `-1` or `0` accordingly.", - "gas": "18", - "fift": "ISNULL", - "fift_examples": [], - "opcode": "6E", - "stack": "x - ?" - }, - "bytecode": { "tlb": "#6E", "prefix": "6E", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "TUPLE", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Creates a new _Tuple_ `t=(x_1, ... ,x_n)` containing `n` values `x_1`,..., `x_n`.\n`0 <= n <= 15`", - "gas": "26+n", - "fift": "[n] TUPLE", - "fift_examples": [], - "opcode": "6F0n", - "stack": "x_1 ... x_n - t" - }, - "bytecode": { - "tlb": "#6F0 n:uint4", - "prefix": "6F0", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "tuple_elements", - "length_var": "n", - "array_entry": [{ "type": "simple", "name": "x" }] - } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "INDEX", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Returns the `k`-th element of a _Tuple_ `t`.\n`0 <= k <= 15`.", - "gas": "26", - "fift": "[k] INDEX", - "fift_examples": [], - "opcode": "6F1k", - "stack": "t - x" - }, - "bytecode": { - "tlb": "#6F1 k:uint4", - "prefix": "6F1", - "operands": [ - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "UNTUPLE", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Unpacks a _Tuple_ `t=(x_1,...,x_n)` of length equal to `0 <= n <= 15`.\nIf `t` is not a _Tuple_, or if `|t| != n`, a type check exception is thrown.", - "gas": "26+n", - "fift": "[n] UNTUPLE", - "fift_examples": [], - "opcode": "6F2n", - "stack": "t - x_1 ... x_n" - }, - "bytecode": { - "tlb": "#6F2 n:uint4", - "prefix": "6F2", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "array", - "name": "tuple_elements", - "length_var": "n", - "array_entry": [{ "type": "simple", "name": "x" }] - } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "UNPACKFIRST", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Unpacks first `0 <= k <= 15` elements of a _Tuple_ `t`.\nIf `|t|= |t|`, throws a range check exception.", - "gas": "26+|t|", - "fift": "[k] SETINDEX", - "fift_examples": [], - "opcode": "6F5k", - "stack": "t x - t'" - }, - "bytecode": { - "tlb": "#6F5 k:uint4", - "prefix": "6F5", - "operands": [ - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] }, - { "type": "simple", "name": "x" } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "t2", "value_types": ["Tuple"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "INDEXQ", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Returns the `k`-th element of a _Tuple_ `t`, where `0 <= k <= 15`. In other words, returns `x_{k+1}` if `t=(x_1,...,x_n)`. If `k>=n`, or if `t` is _Null_, returns a _Null_ instead of `x`.", - "gas": "26", - "fift": "[k] INDEXQ", - "fift_examples": [], - "opcode": "6F6k", - "stack": "t - x" - }, - "bytecode": { - "tlb": "#6F6 k:uint4", - "prefix": "6F6", - "operands": [ - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple", "Null"] } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETINDEXQ", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Sets the `k`-th component of _Tuple_ `t` to `x`, where `0 <= k < 16`, and returns the resulting _Tuple_ `t'`.\nIf `|t| <= k`, first extends the original _Tuple_ to length `n'=k+1` by setting all new components to _Null_. If the original value of `t` is _Null_, treats it as an empty _Tuple_. If `t` is not _Null_ or _Tuple_, throws an exception. If `x` is _Null_ and either `|t| <= k` or `t` is _Null_, then always returns `t'=t` (and does not consume tuple creation gas).", - "gas": "26+|t'|", - "fift": "[k] SETINDEXQ", - "fift_examples": [], - "opcode": "6F7k", - "stack": "t x - t'" - }, - "bytecode": { - "tlb": "#6F7 k:uint4", - "prefix": "6F7", - "operands": [ - { - "name": "k", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple", "Null"] }, - { "type": "simple", "name": "x" } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "t2", "value_types": ["Tuple", "Null"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "TUPLEVAR", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Creates a new _Tuple_ `t` of length `n` similarly to `TUPLE`, but with `0 <= n <= 255` taken from the stack.", - "gas": "26+n", - "fift": "TUPLEVAR", - "fift_examples": [], - "opcode": "6F80", - "stack": "x_1 ... x_n n - t" - }, - "bytecode": { "tlb": "#6F80", "prefix": "6F80", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "tuple_elements", - "length_var": "n", - "array_entry": [{ "type": "simple", "name": "x" }] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "INDEXVAR", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Similar to `k INDEX`, but with `0 <= k <= 254` taken from the stack.", - "gas": "26", - "fift": "INDEXVAR", - "fift_examples": [], - "opcode": "6F81", - "stack": "t k - x" - }, - "bytecode": { "tlb": "#6F81", "prefix": "6F81", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] }, - { "type": "simple", "name": "k", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "UNTUPLEVAR", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Similar to `n UNTUPLE`, but with `0 <= n <= 255` taken from the stack.", - "gas": "26+n", - "fift": "UNTUPLEVAR", - "fift_examples": [], - "opcode": "6F82", - "stack": "t n - x_1 ... x_n" - }, - "bytecode": { "tlb": "#6F82", "prefix": "6F82", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "array", - "name": "tuple_elements", - "length_var": "n", - "array_entry": [{ "type": "simple", "name": "x" }] - } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "UNPACKFIRSTVAR", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Similar to `n UNPACKFIRST`, but with `0 <= n <= 255` taken from the stack.", - "gas": "26+n", - "fift": "UNPACKFIRSTVAR", - "fift_examples": [], - "opcode": "6F83", - "stack": "t n - x_1 ... x_n" - }, - "bytecode": { "tlb": "#6F83", "prefix": "6F83", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "array", - "name": "tuple_elements", - "length_var": "n", - "array_entry": [{ "type": "simple", "name": "x" }] - } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "EXPLODEVAR", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Similar to `n EXPLODE`, but with `0 <= n <= 255` taken from the stack.", - "gas": "26+m", - "fift": "EXPLODEVAR", - "fift_examples": [], - "opcode": "6F84", - "stack": "t n - x_1 ... x_m m" - }, - "bytecode": { "tlb": "#6F84", "prefix": "6F84", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "array", - "name": "tuple_elements", - "length_var": "m", - "array_entry": [{ "type": "simple", "name": "x" }] - }, - { "type": "simple", "name": "m", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETINDEXVAR", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Similar to `k SETINDEX`, but with `0 <= k <= 254` taken from the stack.", - "gas": "26+|t'|", - "fift": "SETINDEXVAR", - "fift_examples": [], - "opcode": "6F85", - "stack": "t x k - t'" - }, - "bytecode": { "tlb": "#6F85", "prefix": "6F85", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] }, - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "k", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "t2", "value_types": ["Tuple"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "INDEXVARQ", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Similar to `n INDEXQ`, but with `0 <= k <= 254` taken from the stack.", - "gas": "26", - "fift": "INDEXVARQ", - "fift_examples": [], - "opcode": "6F86", - "stack": "t k - x" - }, - "bytecode": { "tlb": "#6F86", "prefix": "6F86", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple", "Null"] }, - { "type": "simple", "name": "k", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETINDEXVARQ", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Similar to `k SETINDEXQ`, but with `0 <= k <= 254` taken from the stack.", - "gas": "26+|t'|", - "fift": "SETINDEXVARQ", - "fift_examples": [], - "opcode": "6F87", - "stack": "t x k - t'" - }, - "bytecode": { "tlb": "#6F87", "prefix": "6F87", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple", "Null"] }, - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "k", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "t2", "value_types": ["Tuple", "Null"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "TLEN", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Returns the length of a _Tuple_.", - "gas": "26", - "fift": "TLEN", - "fift_examples": [], - "opcode": "6F88", - "stack": "t - n" - }, - "bytecode": { "tlb": "#6F88", "prefix": "6F88", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "QTLEN", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Similar to `TLEN`, but returns `-1` if `t` is not a _Tuple_.", - "gas": "26", - "fift": "QTLEN", - "fift_examples": [], - "opcode": "6F89", - "stack": "t - n or -1" - }, - "bytecode": { "tlb": "#6F89", "prefix": "6F89", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ISTUPLE", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Returns `-1` or `0` depending on whether `t` is a _Tuple_.", - "gas": "26", - "fift": "ISTUPLE", - "fift_examples": [], - "opcode": "6F8A", - "stack": "t - ?" - }, - "bytecode": { "tlb": "#6F8A", "prefix": "6F8A", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LAST", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Returns the last element of a non-empty _Tuple_ `t`.", - "gas": "26", - "fift": "LAST", - "fift_examples": [], - "opcode": "6F8B", - "stack": "t - x" - }, - "bytecode": { "tlb": "#6F8B", "prefix": "6F8B", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "TPUSH", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Appends a value `x` to a _Tuple_ `t=(x_1,...,x_n)`, but only if the resulting _Tuple_ `t'=(x_1,...,x_n,x)` is of length at most 255. Otherwise throws a type check exception.", - "gas": "26+|t'|", - "fift": "TPUSH\nCOMMA", - "fift_examples": [], - "opcode": "6F8C", - "stack": "t x - t'" - }, - "bytecode": { "tlb": "#6F8C", "prefix": "6F8C", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] }, - { "type": "simple", "name": "x" } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "t2", "value_types": ["Tuple"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "TPOP", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Detaches the last element `x=x_n` from a non-empty _Tuple_ `t=(x_1,...,x_n)`, and returns both the resulting _Tuple_ `t'=(x_1,...,x_{n-1})` and the original last element `x`.", - "gas": "26+|t'|", - "fift": "TPOP", - "fift_examples": [], - "opcode": "6F8D", - "stack": "t - t' x" - }, - "bytecode": { "tlb": "#6F8D", "prefix": "6F8D", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "t2", "value_types": ["Tuple"] }, - { "type": "simple", "name": "x" } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "NULLSWAPIF", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Pushes a _Null_ under the topmost _Integer_ `x`, but only if `x!=0`.", - "gas": "26", - "fift": "NULLSWAPIF", - "fift_examples": [], - "opcode": "6FA0", - "stack": "x - x or null x" - }, - "bytecode": { "tlb": "#6FA0", "prefix": "6FA0", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "x", - "match": [{ "value": 0, "stack": [] }], - "else": [{ "type": "const", "value": null, "value_type": "Null" }] - }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "NULLSWAPIFNOT", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Pushes a _Null_ under the topmost _Integer_ `x`, but only if `x=0`. May be used for stack alignment after quiet primitives such as `PLDUXQ`.", - "gas": "26", - "fift": "NULLSWAPIFNOT", - "fift_examples": [], - "opcode": "6FA1", - "stack": "x - x or null x" - }, - "bytecode": { "tlb": "#6FA1", "prefix": "6FA1", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "x", - "match": [ - { - "value": 0, - "stack": [ - { "type": "const", "value": null, "value_type": "Null" } - ] - } - ], - "else": [] - }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "NULLROTRIF", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Pushes a _Null_ under the second stack entry from the top, but only if the topmost _Integer_ `y` is non-zero.", - "gas": "26", - "fift": "NULLROTRIF", - "fift_examples": [], - "opcode": "6FA2", - "stack": "x y - x y or null x y" - }, - "bytecode": { "tlb": "#6FA2", "prefix": "6FA2", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "y", - "match": [{ "value": 0, "stack": [] }], - "else": [{ "type": "const", "value": null, "value_type": "Null" }] - }, - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "NULLROTRIFNOT", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Pushes a _Null_ under the second stack entry from the top, but only if the topmost _Integer_ `y` is zero. May be used for stack alignment after quiet primitives such as `LDUXQ`.", - "gas": "26", - "fift": "NULLROTRIFNOT", - "fift_examples": [], - "opcode": "6FA3", - "stack": "x y - x y or null x y" - }, - "bytecode": { "tlb": "#6FA3", "prefix": "6FA3", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "y", - "match": [ - { - "value": 0, - "stack": [ - { "type": "const", "value": null, "value_type": "Null" } - ] - } - ], - "else": [] - }, - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "NULLSWAPIF2", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Pushes two nulls under the topmost _Integer_ `x`, but only if `x!=0`.\nEquivalent to `NULLSWAPIF` `NULLSWAPIF`.", - "gas": "26", - "fift": "NULLSWAPIF2", - "fift_examples": [], - "opcode": "6FA4", - "stack": "x - x or null null x" - }, - "bytecode": { "tlb": "#6FA4", "prefix": "6FA4", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "x", - "match": [{ "value": 0, "stack": [] }], - "else": [ - { "type": "const", "value": null, "value_type": "Null" }, - { "type": "const", "value": null, "value_type": "Null" } - ] - }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "NULLSWAPIFNOT2", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Pushes two nulls under the topmost _Integer_ `x`, but only if `x=0`.\nEquivalent to `NULLSWAPIFNOT` `NULLSWAPIFNOT`.", - "gas": "26", - "fift": "NULLSWAPIFNOT2", - "fift_examples": [], - "opcode": "6FA5", - "stack": "x - x or null null x" - }, - "bytecode": { "tlb": "#6FA5", "prefix": "6FA5", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "x", - "match": [ - { - "value": 0, - "stack": [ - { "type": "const", "value": null, "value_type": "Null" }, - { "type": "const", "value": null, "value_type": "Null" } - ] - } - ], - "else": [] - }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "NULLROTRIF2", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Pushes two nulls under the second stack entry from the top, but only if the topmost _Integer_ `y` is non-zero.\nEquivalent to `NULLROTRIF` `NULLROTRIF`.", - "gas": "26", - "fift": "NULLROTRIF2", - "fift_examples": [], - "opcode": "6FA6", - "stack": "x y - x y or null null x y" - }, - "bytecode": { "tlb": "#6FA6", "prefix": "6FA6", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "y", - "match": [{ "value": 0, "stack": [] }], - "else": [ - { "type": "const", "value": null, "value_type": "Null" }, - { "type": "const", "value": null, "value_type": "Null" } - ] - }, - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "NULLROTRIFNOT2", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Pushes two nulls under the second stack entry from the top, but only if the topmost _Integer_ `y` is zero.\nEquivalent to `NULLROTRIFNOT` `NULLROTRIFNOT`.", - "gas": "26", - "fift": "NULLROTRIFNOT2", - "fift_examples": [], - "opcode": "6FA7", - "stack": "x y - x y or null null x y" - }, - "bytecode": { "tlb": "#6FA7", "prefix": "6FA7", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "y", - "match": [ - { - "value": 0, - "stack": [ - { "type": "const", "value": null, "value_type": "Null" }, - { "type": "const", "value": null, "value_type": "Null" } - ] - } - ], - "else": [] - }, - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "INDEX2", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Recovers `x=(t_{i+1})_{j+1}` for `0 <= i,j <= 3`.\nEquivalent to `[i] INDEX` `[j] INDEX`.", - "gas": "26", - "fift": "[i] [j] INDEX2", - "fift_examples": [], - "opcode": "6FBij", - "stack": "t - x" - }, - "bytecode": { - "tlb": "#6FB i:uint2 j:uint2", - "prefix": "6FB", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 2, - "min_value": 0, - "max_value": 3, - "display_hints": [] - }, - { - "name": "j", - "type": "uint", - "size": 2, - "min_value": 0, - "max_value": 3, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "INDEX3", - "since_version": 0, - "doc": { - "category": "tuple", - "description": "Recovers `x=t_{i+1}_{j+1}_{k+1}`.\n`0 <= i,j,k <= 3`\nEquivalent to `[i] [j] INDEX2` `[k] INDEX`.", - "gas": "26", - "fift": "[i] [j] [k] INDEX3", - "fift_examples": [], - "opcode": "6FE_ijk", - "stack": "t - x" - }, - "bytecode": { - "tlb": "#6FE_ i:uint2 j:uint2 k:uint2", - "prefix": "6FE_", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 2, - "min_value": 0, - "max_value": 3, - "display_hints": [] - }, - { - "name": "j", - "type": "uint", - "size": 2, - "min_value": 0, - "max_value": 3, - "display_hints": [] - }, - { - "name": "k", - "type": "uint", - "size": 2, - "min_value": 0, - "max_value": 3, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHINT_4", - "since_version": 0, - "doc": { - "category": "const_int", - "description": "Pushes integer `x` into the stack. `-5 <= x <= 10`.\nHere `i` equals four lower-order bits of `x` (`i=x mod 16`).", - "gas": "18", - "fift": "[x] PUSHINT\n[x] INT", - "fift_examples": [], - "opcode": "7i", - "stack": "- x" - }, - "bytecode": { - "tlb": "#7 i:uint4", - "prefix": "7", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "pushint4" }] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHINT_8", - "since_version": 0, - "doc": { - "category": "const_int", - "description": "Pushes integer `xx`. `-128 <= xx <= 127`.", - "gas": "26", - "fift": "[xx] PUSHINT\n[xx] INT", - "fift_examples": [], - "opcode": "80xx", - "stack": "- xx" - }, - "bytecode": { - "tlb": "#80 xx:int8", - "prefix": "80", - "operands": [ - { - "name": "x", - "type": "int", - "size": 8, - "min_value": -128, - "max_value": 127, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHINT_16", - "since_version": 0, - "doc": { - "category": "const_int", - "description": "Pushes integer `xxxx`. `-2^15 <= xx < 2^15`.", - "gas": "34", - "fift": "[xxxx] PUSHINT\n[xxxx] INT", - "fift_examples": [], - "opcode": "81xxxx", - "stack": "- xxxx" - }, - "bytecode": { - "tlb": "#81 xxxx:int16", - "prefix": "81", - "operands": [ - { - "name": "x", - "type": "int", - "size": 16, - "min_value": -32768, - "max_value": 32767, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHINT_LONG", - "since_version": 0, - "doc": { - "category": "const_int", - "description": "Pushes integer `xxx`.\n_Details:_ 5-bit `0 <= l <= 30` determines the length `n=8l+19` of signed big-endian integer `xxx`.\nThe total length of this instruction is `l+4` bytes or `n+13=8l+32` bits.", - "gas": "23", - "fift": "[xxx] PUSHINT\n[xxx] INT", - "fift_examples": [], - "opcode": "82lxxx", - "stack": "- xxx" - }, - "bytecode": { - "tlb": "#82 l:(## 5) xxx:(int (8 * l + 19))", - "prefix": "82", - "operands_range_check": { "length": 5, "from": 0, "to": 30 }, - "operands": [{ "name": "x", "type": "pushint_long" }] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHPOW2", - "since_version": 0, - "doc": { - "category": "const_int", - "description": "(Quietly) pushes `2^(xx+1)` for `0 <= xx <= 255`.\n`2^256` is a `NaN`.", - "gas": "26", - "fift": "[xx+1] PUSHPOW2", - "fift_examples": [], - "opcode": "83xx", - "stack": "- 2^(xx+1)" - }, - "bytecode": { - "tlb": "#83 xx:uint8", - "prefix": "83", - "operands_range_check": { "length": 8, "from": 0, "to": 254 }, - "operands": [ - { - "name": "x", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 254, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHNAN", - "since_version": 0, - "doc": { - "category": "const_int", - "description": "Pushes a `NaN`.", - "gas": "26", - "fift": "PUSHNAN", - "fift_examples": [], - "opcode": "83FF", - "stack": "- NaN" - }, - "bytecode": { "tlb": "#83FF", "prefix": "83FF", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "const", "value_type": "Integer", "value": null } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHPOW2DEC", - "since_version": 0, - "doc": { - "category": "const_int", - "description": "Pushes `2^(xx+1)-1` for `0 <= xx <= 255`.", - "gas": "26", - "fift": "[xx+1] PUSHPOW2DEC", - "fift_examples": [], - "opcode": "84xx", - "stack": "- 2^(xx+1)-1" - }, - "bytecode": { - "tlb": "#84 xx:uint8", - "prefix": "84", - "operands": [ - { - "name": "x", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHNEGPOW2", - "since_version": 0, - "doc": { - "category": "const_int", - "description": "Pushes `-2^(xx+1)` for `0 <= xx <= 255`.", - "gas": "26", - "fift": "[xx+1] PUSHNEGPOW2", - "fift_examples": [], - "opcode": "85xx", - "stack": "- -2^(xx+1)" - }, - "bytecode": { - "tlb": "#85 xx:uint8", - "prefix": "85", - "operands": [ - { - "name": "x", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHREF", - "since_version": 0, - "doc": { - "category": "const_data", - "description": "Pushes the reference `ref` into the stack.\n_Details:_ Pushes the first reference of `cc.code` into the stack as a _Cell_ (and removes this reference from the current continuation).", - "gas": "18", - "fift": "[ref] PUSHREF", - "fift_examples": [], - "opcode": "88", - "stack": "- c" - }, - "bytecode": { - "tlb": "#88 c:^Cell", - "prefix": "88", - "operands": [{ "name": "c", "type": "ref", "display_hints": [] }] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Cell"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHREFSLICE", - "since_version": 0, - "doc": { - "category": "const_data", - "description": "Similar to `PUSHREF`, but converts the cell into a _Slice_.", - "gas": "118/43", - "fift": "[ref] PUSHREFSLICE", - "fift_examples": [], - "opcode": "89", - "stack": "- s" - }, - "bytecode": { - "tlb": "#89 c:^Cell", - "prefix": "89", - "operands": [{ "name": "c", "type": "ref", "display_hints": [] }] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHREFCONT", - "since_version": 0, - "doc": { - "category": "const_data", - "description": "Similar to `PUSHREFSLICE`, but makes a simple ordinary _Continuation_ out of the cell.", - "gas": "118/43", - "fift": "[ref] PUSHREFCONT", - "fift_examples": [], - "opcode": "8A", - "stack": "- cont" - }, - "bytecode": { - "tlb": "#8A c:^Cell", - "prefix": "8A", - "operands": [ - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { - "type": "simple", - "name": "result", - "value_types": ["Continuation"] - } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHSLICE", - "since_version": 0, - "doc": { - "category": "const_data", - "description": "Pushes the slice `slice` into the stack.\n_Details:_ Pushes the (prefix) subslice of `cc.code` consisting of its first `8x+4` bits and no references (i.e., essentially a bitstring), where `0 <= x <= 15`.\nA completion tag is assumed, meaning that all trailing zeroes and the last binary one (if present) are removed from this bitstring.\nIf the original bitstring consists only of zeroes, an empty slice will be pushed.", - "gas": "22", - "fift": "[slice] PUSHSLICE\n[slice] SLICE", - "fift_examples": [], - "opcode": "8Bxsss", - "stack": "- s" - }, - "bytecode": { - "tlb": "#8B x:(## 4) sss:((8 * x + 4) * Bit)", - "prefix": "8B", - "operands": [ - { - "name": "s", - "type": "subslice", - "bits_length_var_size": 4, - "bits_padding": 4, - "completion_tag": true, - "max_bits": 123, - "min_bits": 0, - "max_refs": 0, - "min_refs": 0, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHSLICE_REFS", - "since_version": 0, - "doc": { - "category": "const_data", - "description": "Pushes the slice `slice` into the stack.\n_Details:_ Pushes the (prefix) subslice of `cc.code` consisting of its first `1 <= r+1 <= 4` references and up to first `8xx+1` bits of data, with `0 <= xx <= 31`.\nA completion tag is also assumed.", - "gas": "25", - "fift": "[slice] PUSHSLICE\n[slice] SLICE", - "fift_examples": [], - "opcode": "8Crxxssss", - "stack": "- s" - }, - "bytecode": { - "tlb": "#8C r:(## 2) xx:(## 5) c:((r + 1) * ^Cell) ssss:((8 * xx + 1) * Bit)", - "prefix": "8C", - "operands": [ - { - "name": "slice", - "type": "subslice", - "bits_length_var_size": 5, - "refs_length_var_size": 2, - "bits_padding": 1, - "refs_add": 1, - "completion_tag": true, - "max_bits": 248, - "min_bits": 0, - "max_refs": 4, - "min_refs": 1, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHSLICE_LONG", - "since_version": 0, - "doc": { - "category": "const_data", - "description": "Pushes the slice `slice` into the stack.\n_Details:_ Pushes the subslice of `cc.code` consisting of `0 <= r <= 4` references and up to `8xx+6` bits of data, with `0 <= xx <= 127`.\nA completion tag is assumed.", - "gas": "28", - "fift": "[slice] PUSHSLICE\n[slice] SLICE", - "fift_examples": [ - { - "fift": "x{} PUSHSLICE x{ABCD1234} PUSHSLICE b{01101} PUSHSLICE", - "description": "Examples of `PUSHSLICE`. `x{}` is an empty slice. `x{...}` is a hexadecimal literal. `b{...}` is a binary literal. More on slice literals [here](https://github.com/Piterden/TON-docs/blob/master/Fift.%20A%20Brief%20Introduction.md#user-content-51-slice-literals). Note that the assembler can replace `PUSHSLICE` with `PUSHREFSLICE` in certain situations (e.g. if there's not enough space in the current continuation)." - }, - { - "fift": " PUSHREF PUSHREFSLICE", - "description": "Examples of `PUSHREF` and `PUSHREFSLICE`. More on building cells in fift [here](https://github.com/Piterden/TON-docs/blob/master/Fift.%20A%20Brief%20Introduction.md#user-content-52-builder-primitives)." - } - ], - "opcode": "8Drxxsssss", - "stack": "- s" - }, - "bytecode": { - "tlb": "#8D r:(#<= 4) xx:(## 7) c:(r * ^Cell) ssss:((8 * xx + 6) * Bit)", - "prefix": "8D", - "operands_range_check": { "length": 3, "from": 0, "to": 4 }, - "operands": [ - { - "name": "slice", - "type": "subslice", - "bits_length_var_size": 7, - "refs_length_var_size": 3, - "bits_padding": 6, - "refs_add": 0, - "completion_tag": true, - "max_bits": 1021, - "min_bits": 0, - "max_refs": 4, - "min_refs": 0, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHCONT", - "since_version": 0, - "doc": { - "category": "const_data", - "description": "Pushes a continuation made from `builder`.\n_Details:_ Pushes the simple ordinary continuation `cccc` made from the first `0 <= r <= 3` references and the first `0 <= xx <= 127` bytes of `cc.code`.", - "gas": "26", - "fift": "[builder] PUSHCONT\n[builder] CONT", - "fift_examples": [], - "opcode": "8F_rxxcccc", - "stack": "- c" - }, - "bytecode": { - "tlb": "#8F_ r:(## 2) xx:(## 7) c:(r * ^Cell) ssss:((8 * xx) * Bit)", - "prefix": "8F_", - "operands": [ - { - "name": "s", - "type": "subslice", - "bits_length_var_size": 7, - "refs_length_var_size": 2, - "bits_padding": 0, - "refs_add": 0, - "completion_tag": false, - "max_bits": 1016, - "min_bits": 0, - "max_refs": 3, - "min_refs": 0, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { - "type": "simple", - "name": "result", - "value_types": ["Continuation"] - } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHCONT_SHORT", - "since_version": 0, - "doc": { - "category": "const_data", - "description": "Pushes a continuation made from `builder`.\n_Details:_ Pushes an `x`-byte continuation for `0 <= x <= 15`.", - "gas": "18", - "fift": "[builder] PUSHCONT\n[builder] CONT", - "fift_examples": [ - { - "fift": "<{ code }> PUSHCONT <{ code }> CONT CONT:<{ code }>", - "description": "Pushes a continuation with code `code`. Note that the assembler can replace `PUSHCONT` with `PUSHREFCONT` in certain situations (e.g. if there's not enough space in the current continuation)." - } - ], - "opcode": "9xccc", - "stack": "- c" - }, - "bytecode": { - "tlb": "#9 x:(## 4) ssss:((8 * x) * Bit)", - "prefix": "9", - "operands": [ - { - "name": "s", - "type": "subslice", - "bits_length_var_size": 4, - "bits_padding": 0, - "completion_tag": false, - "max_bits": 120, - "min_bits": 0, - "max_refs": 0, - "min_refs": 0, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ADD", - "since_version": 0, - "doc": { - "category": "arithm_basic", - "description": "", - "gas": "18", - "fift": "ADD", - "fift_examples": [], - "opcode": "A0", - "stack": "x y - x+y" - }, - "bytecode": { "tlb": "#A0", "prefix": "A0", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SUB", - "since_version": 0, - "doc": { - "category": "arithm_basic", - "description": "", - "gas": "18", - "fift": "SUB", - "fift_examples": [], - "opcode": "A1", - "stack": "x y - x-y" - }, - "bytecode": { "tlb": "#A1", "prefix": "A1", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SUBR", - "since_version": 0, - "doc": { - "category": "arithm_basic", - "description": "Equivalent to `SWAP` `SUB`.", - "gas": "18", - "fift": "SUBR", - "fift_examples": [], - "opcode": "A2", - "stack": "x y - y-x" - }, - "bytecode": { "tlb": "#A2", "prefix": "A2", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "NEGATE", - "since_version": 0, - "doc": { - "category": "arithm_basic", - "description": "Equivalent to `-1 MULCONST` or to `ZERO SUBR`.\nNotice that it triggers an integer overflow exception if `x=-2^256`.", - "gas": "18", - "fift": "NEGATE", - "fift_examples": [], - "opcode": "A3", - "stack": "x - -x" - }, - "bytecode": { "tlb": "#A3", "prefix": "A3", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "INC", - "since_version": 0, - "doc": { - "category": "arithm_basic", - "description": "Equivalent to `1 ADDCONST`.", - "gas": "18", - "fift": "INC", - "fift_examples": [], - "opcode": "A4", - "stack": "x - x+1" - }, - "bytecode": { "tlb": "#A4", "prefix": "A4", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DEC", - "since_version": 0, - "doc": { - "category": "arithm_basic", - "description": "Equivalent to `-1 ADDCONST`.", - "gas": "18", - "fift": "DEC", - "fift_examples": [], - "opcode": "A5", - "stack": "x - x-1" - }, - "bytecode": { "tlb": "#A5", "prefix": "A5", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ADDCONST", - "since_version": 0, - "doc": { - "category": "arithm_basic", - "description": "`-128 <= cc <= 127`.", - "gas": "26", - "fift": "[cc] ADDCONST\n[cc] ADDINT\n[-cc] SUBCONST\n[-cc] SUBINT", - "fift_examples": [], - "opcode": "A6cc", - "stack": "x - x+cc" - }, - "bytecode": { - "tlb": "#A6 cc:int8", - "prefix": "A6", - "operands": [ - { - "name": "c", - "type": "int", - "size": 8, - "min_value": -128, - "max_value": 127, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "MULCONST", - "since_version": 0, - "doc": { - "category": "arithm_basic", - "description": "`-128 <= cc <= 127`.", - "gas": "26", - "fift": "[cc] MULCONST\n[cc] MULINT", - "fift_examples": [], - "opcode": "A7cc", - "stack": "x - x*cc" - }, - "bytecode": { - "tlb": "#A7 cc:int8", - "prefix": "A7", - "operands": [ - { - "name": "c", - "type": "int", - "size": 8, - "min_value": -128, - "max_value": 127, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - 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}, - { - "mnemonic": "GEQ", - "since_version": 0, - "doc": { - "category": "compare_int", - "description": "Equivalent to `LESS` `NOT`.", - "gas": "18", - "fift": "GEQ", - "fift_examples": [], - "opcode": "BE", - "stack": "x y - x>=y" - }, - "bytecode": { "tlb": "#BE", "prefix": "BE", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CMP", - "since_version": 0, - "doc": { - "category": "compare_int", - "description": "Computes the sign of `x-y`:\n`-1` if `xy`.\nNo integer overflow can occur here unless `x` or `y` is a `NaN`.", - "gas": "18", - "fift": "CMP", - "fift_examples": [], - "opcode": "BF", - "stack": "x y - 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], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LESSINT", - "since_version": 0, - "doc": { - "category": "compare_int", - "description": "Returns `-1` if `xyy`, `0` otherwise.\n`-2^7 <= yy < 2^7`.", - "gas": "26", - "fift": "[yy] GTINT\n[yy+1] GEQINT", - "fift_examples": [], - "opcode": "C2yy", - "stack": "x - x>yy" - }, - "bytecode": { - "tlb": "#C2 yy:int8", - "prefix": "C2", - "operands": [ - { - "name": "y", - "type": "int", - "size": 8, - "min_value": -128, - "max_value": 127, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - 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"outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDSFX", - "since_version": 0, - "doc": { - "category": "compare_other", - "description": "Checks whether `s` is a suffix of `s'`.", - "gas": "26", - "fift": "SDSFX", - "fift_examples": [], - "opcode": "C70C", - "stack": "s s' - ?" - }, - "bytecode": { "tlb": "#C70C", "prefix": "C70C", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDSFXREV", - "since_version": 0, - "doc": { - "category": "compare_other", - "description": "Checks whether `s'` is a suffix of `s`.", - "gas": "26", - "fift": "SDSFXREV", - "fift_examples": [], - "opcode": "C70D", - "stack": "s s' - ?" - }, - "bytecode": { "tlb": "#C70D", "prefix": "C70D", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDPSFX", - "since_version": 0, - "doc": { - "category": "compare_other", - "description": "Checks whether `s` is a proper suffix of `s'`.", - "gas": "26", - "fift": "SDPSFX", - "fift_examples": [], - "opcode": "C70E", - "stack": "s s' - ?" - }, - "bytecode": { "tlb": "#C70E", "prefix": "C70E", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDPSFXREV", - "since_version": 0, - "doc": { - "category": "compare_other", - "description": "Checks whether `s'` is a proper suffix of `s`.", - "gas": "26", - "fift": "SDPSFXREV", - "fift_examples": [], - "opcode": "C70F", - "stack": "s s' - ?" - }, - "bytecode": { "tlb": "#C70F", "prefix": "C70F", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDCNTLEAD0", - "since_version": 0, - "doc": { - 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], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDCNTTRAIL0", - "since_version": 0, - "doc": { - "category": "compare_other", - "description": "Returns the number of trailing zeroes in `s`.", - "gas": "26", - "fift": "SDCNTTRAIL0", - "fift_examples": [], - "opcode": "C712", - "stack": "s - n" - }, - "bytecode": { "tlb": "#C712", "prefix": "C712", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDCNTTRAIL1", - "since_version": 0, - "doc": { - "category": "compare_other", - "description": "Returns the number of trailing ones in `s`.", - "gas": "26", - "fift": "SDCNTTRAIL1", - "fift_examples": [], - "opcode": "C713", - "stack": "s - n" - }, - "bytecode": { "tlb": "#C713", "prefix": "C713", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "NEWC", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Creates a new empty _Builder_.", - "gas": "18", - "fift": "NEWC", - "fift_examples": [], - "opcode": "C8", - "stack": "- b" - }, - "bytecode": { "tlb": "#C8", "prefix": "C8", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ENDC", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Converts a _Builder_ into an ordinary _Cell_.", - "gas": "518", - "fift": "ENDC", - "fift_examples": [], - "opcode": "C9", - "stack": "b - c" - }, - "bytecode": { "tlb": "#C9", "prefix": "C9", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "c", "value_types": ["Cell"] }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STI", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores a signed `cc+1`-bit integer `x` into _Builder_ `b` for `0 <= cc <= 255`, throws a range check exception if `x` does not fit into `cc+1` bits.", - "gas": "26", - "fift": "[cc+1] STI", - "fift_examples": [], - "opcode": "CAcc", - "stack": "x b - b'" - }, - "bytecode": { - "tlb": "#CA cc:uint8", - "prefix": "CA", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STU", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores an unsigned `cc+1`-bit integer `x` into _Builder_ `b`. In all other respects it is similar to `STI`.", - "gas": "26", - "fift": "[cc+1] STU", - "fift_examples": [], - "opcode": "CBcc", - "stack": "x b - b'" - }, - "bytecode": { - "tlb": "#CB cc:uint8", - "prefix": "CB", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STREF", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores a reference to _Cell_ `c` into _Builder_ `b`.", - "gas": "18", - "fift": "STREF", - "fift_examples": [], - "opcode": "CC", - "stack": "c b - b'" - }, - "bytecode": { "tlb": "#CC", "prefix": "CC", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STBREFR", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Equivalent to `ENDC` `SWAP` `STREF`.", - "gas": "518", - "fift": "STBREFR\nENDCST", - "fift_examples": [], - "opcode": "CD", - "stack": "b b'' - b" - }, - "bytecode": { "tlb": "#CD", "prefix": "CD", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "child", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STSLICE", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores _Slice_ `s` into _Builder_ `b`.", - "gas": "18", - "fift": "STSLICE", - "fift_examples": [], - "opcode": "CE", - "stack": "s b - b'" - }, - "bytecode": { "tlb": "#CE", "prefix": "CE", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STIX", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores a signed `l`-bit integer `x` into `b` for `0 <= l <= 257`.", - "gas": "26", - "fift": "STIX", - "fift_examples": [], - "opcode": "CF00", - "stack": "x b l - b'" - }, - "bytecode": { "tlb": "#CF00", "prefix": "CF00", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STUX", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores an unsigned `l`-bit integer `x` into `b` for `0 <= l <= 256`.", - "gas": "26", - "fift": "STUX", - "fift_examples": [], - "opcode": "CF01", - "stack": "x b l - b'" - }, - "bytecode": { "tlb": "#CF01", "prefix": "CF01", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STIXR", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Similar to `STIX`, but with arguments in a different order.", - "gas": "26", - "fift": "STIXR", - "fift_examples": [], - "opcode": "CF02", - "stack": "b x l - b'" - }, - "bytecode": { "tlb": "#CF02", "prefix": "CF02", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STUXR", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Similar to `STUX`, but with arguments in a different order.", - "gas": "26", - "fift": "STUXR", - "fift_examples": [], - "opcode": "CF03", - "stack": "b x l - b'" - }, - "bytecode": { "tlb": "#CF03", "prefix": "CF03", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STIXQ", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "A quiet version of `STIX`. If there is no space in `b`, sets `b'=b` and `f=-1`.\nIf `x` does not fit into `l` bits, sets `b'=b` and `f=1`.\nIf the operation succeeds, `b'` is the new _Builder_ and `f=0`.\nHowever, `0 <= l <= 257`, with a range check exception if this is not so.", - "gas": "26", - "fift": "STIXQ", - "fift_examples": [], - "opcode": "CF04", - "stack": "x b l - x b f or b' 0" - }, - "bytecode": { "tlb": "#CF04", "prefix": "CF04", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "b2", - "value_types": ["Builder"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - }, - { - "type": "simple", - "name": "b", - "value_types": ["Builder"] - } - ] - }, - { - "value": 1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - }, - { - "type": "simple", - "name": "b", - "value_types": ["Builder"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STUXQ", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "A quiet version of `STUX`.", - "gas": "26", - "fift": "STUXQ", - "fift_examples": [], - "opcode": "CF05", - "stack": "x b l - x b f or b' 0" - }, - "bytecode": { "tlb": "#CF05", "prefix": "CF05", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "b2", - "value_types": ["Builder"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - }, - { - "type": "simple", - "name": "b", - "value_types": ["Builder"] - } - ] - }, - { - "value": 1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - }, - { - "type": "simple", - "name": "b", - "value_types": ["Builder"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STIXRQ", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "A quiet version of `STIXR`.", - "gas": "26", - "fift": "STIXRQ", - "fift_examples": [], - "opcode": "CF06", - "stack": "b x l - b x f or b' 0" - }, - "bytecode": { "tlb": "#CF06", "prefix": "CF06", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "b2", - "value_types": ["Builder"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "b", - "value_types": ["Builder"] - }, - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - } - ] - }, - { - "value": 1, - "stack": [ - { - "type": "simple", - "name": "b", - "value_types": ["Builder"] - }, - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STUXRQ", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "A quiet version of `STUXR`.", - "gas": "26", - "fift": "STUXRQ", - "fift_examples": [], - "opcode": "CF07", - "stack": "b x l - b x f or b' 0" - }, - "bytecode": { "tlb": "#CF07", "prefix": "CF07", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "b2", - "value_types": ["Builder"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "b", - "value_types": ["Builder"] - }, - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - } - ] - }, - { - "value": 1, - "stack": [ - { - "type": "simple", - "name": "b", - "value_types": ["Builder"] - }, - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STI_ALT", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "A longer version of `[cc+1] STI`.", - "gas": "34", - "fift": "[cc+1] STI_l", - "fift_examples": [], - "opcode": "CF08cc", - "stack": "x b - b'" - }, - "bytecode": { - "tlb": "#CF08 cc:uint8", - "prefix": "CF08", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STU_ALT", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "A longer version of `[cc+1] STU`.", - "gas": "34", - "fift": "[cc+1] STU_l", - "fift_examples": [], - "opcode": "CF09cc", - "stack": "x b - b'" - }, - "bytecode": { - "tlb": "#CF09 cc:uint8", - "prefix": "CF09", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STIR", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Equivalent to `SWAP` `[cc+1] STI`.", - "gas": "34", - "fift": "[cc+1] STIR", - "fift_examples": [], - "opcode": "CF0Acc", - "stack": "b x - b'" - }, - "bytecode": { - "tlb": "#CF0A cc:uint8", - "prefix": "CF0A", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STUR", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Equivalent to `SWAP` `[cc+1] STU`.", - "gas": "34", - "fift": "[cc+1] STUR", - "fift_examples": [], - "opcode": "CF0Bcc", - "stack": "b x - b'" - }, - "bytecode": { - "tlb": "#CF0B cc:uint8", - "prefix": "CF0B", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STIQ", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "A quiet version of `STI`.", - "gas": "34", - "fift": "[cc+1] STIQ", - "fift_examples": [], - 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"inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STREF2CONST", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Equivalent to `STREFCONST` `STREFCONST`.", - "gas": "26", - "fift": "[ref] [ref] STREF2CONST", - "fift_examples": [], - "opcode": "CF21", - "stack": "b - b'" - }, - "bytecode": { - "tlb": "#CF21 c1:^Cell c2:^Cell", - "prefix": "CF21", - "operands": [ - { "name": "c1", "type": "ref", "display_hints": [] }, - { "name": "c2", "type": "ref", "display_hints": [] } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ENDXC", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "If `x!=0`, creates a _special_ or _exotic_ cell from _Builder_ `b`.\nThe type of the exotic cell must be stored in the first 8 bits of `b`.\nIf `x=0`, it is equivalent to `ENDC`. Otherwise some validity checks on the data and references of `b` are performed before creating the exotic cell.", - "gas": "526", - "fift": "ENDXC", - "fift_examples": [], - "opcode": "CF23", - "stack": "b x - c" - }, - "bytecode": { "tlb": "#CF23", "prefix": "CF23", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "c", "value_types": ["Cell"] }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STILE4", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores a little-endian signed 32-bit integer.", - "gas": "26", - "fift": "STILE4", - "fift_examples": [], - "opcode": "CF28", - "stack": "x b - b'" - }, - "bytecode": { "tlb": "#CF28", "prefix": "CF28", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STULE4", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores a little-endian unsigned 32-bit integer.", - "gas": "26", - "fift": "STULE4", - "fift_examples": [], - "opcode": "CF29", - "stack": "x b - b'" - }, - "bytecode": { "tlb": "#CF29", "prefix": "CF29", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STILE8", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores a little-endian signed 64-bit integer.", - "gas": "26", - "fift": "STILE8", - "fift_examples": [], - "opcode": "CF2A", - "stack": "x b - b'" - }, - "bytecode": { "tlb": "#CF2A", "prefix": "CF2A", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STULE8", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores a little-endian unsigned 64-bit integer.", - "gas": "26", - "fift": "STULE8", - "fift_examples": [], - "opcode": "CF2B", - "stack": "x b - b'" - }, - "bytecode": { "tlb": "#CF2B", "prefix": "CF2B", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BDEPTH", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Returns the depth of _Builder_ `b`. If no cell references are stored in `b`, then `x=0`; otherwise `x` is one plus the maximum of depths of cells referred to from `b`.", - "gas": "26", - "fift": "BDEPTH", - "fift_examples": [], - "opcode": "CF30", - "stack": "b - x" - }, - "bytecode": { "tlb": "#CF30", "prefix": "CF30", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BBITS", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Returns the number of data bits already stored in _Builder_ `b`.", - "gas": "26", - "fift": "BBITS", - "fift_examples": [], - "opcode": "CF31", - "stack": "b - x" - }, - "bytecode": { "tlb": "#CF31", "prefix": "CF31", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BREFS", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Returns the number of cell references already stored in `b`.", - "gas": "26", - "fift": "BREFS", - "fift_examples": [], - "opcode": "CF32", - "stack": "b - y" - }, - "bytecode": { "tlb": "#CF32", "prefix": "CF32", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BBITREFS", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Returns the numbers of both data bits and cell references in `b`.", - "gas": "26", - "fift": "BBITREFS", - "fift_examples": [], - "opcode": "CF33", - "stack": "b - x y" - }, - "bytecode": { "tlb": "#CF33", "prefix": "CF33", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BREMBITS", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Returns the number of data bits that can still be stored in `b`.", - "gas": "26", - "fift": "BREMBITS", - "fift_examples": [], - "opcode": "CF35", - "stack": "b - x'" - }, - "bytecode": { "tlb": "#CF35", "prefix": "CF35", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x2", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BREMREFS", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Returns the number of references that can still be stored in `b`.", - "gas": "26", - "fift": "BREMREFS", - "fift_examples": [], - "opcode": "CF36", - "stack": "b - y'" - }, - "bytecode": { "tlb": "#CF36", "prefix": "CF36", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "y2", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BREMBITREFS", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Returns the numbers of both data bits and references that can still be stored in `b`.", - "gas": "26", - "fift": "BREMBITREFS", - "fift_examples": [], - "opcode": "CF37", - "stack": "b - x' y'" - }, - "bytecode": { "tlb": "#CF37", "prefix": "CF37", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x2", "value_types": ["Integer"] }, - { "type": "simple", "name": "y2", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BCHKBITS", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Checks whether `cc+1` bits can be stored into `b`, where `0 <= cc <= 255`.", - "gas": "34/84", - "fift": "[cc+1] BCHKBITS#", - "fift_examples": [], - "opcode": "CF38cc", - "stack": "b -" - }, - "bytecode": { - "tlb": "#CF38 cc:uint8", - "prefix": "CF38", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BCHKBITS_VAR", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Checks whether `x` bits can be stored into `b`, `0 <= x <= 1023`. If there is no space for `x` more bits in `b`, or if `x` is not within the range `0...1023`, throws an exception.", - "gas": "26/76", - "fift": "BCHKBITS", - "fift_examples": [], - "opcode": "CF39", - "stack": "b x - " - }, - "bytecode": { "tlb": "#CF39", "prefix": "CF39", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BCHKREFS", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Checks whether `y` references can be stored into `b`, `0 <= y <= 7`.", - "gas": "26/76", - "fift": "BCHKREFS", - "fift_examples": [], - "opcode": "CF3A", - "stack": "b y - " - }, - "bytecode": { "tlb": "#CF3A", "prefix": "CF3A", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BCHKBITREFS", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Checks whether `x` bits and `y` references can be stored into `b`, `0 <= x <= 1023`, `0 <= y <= 7`.", - "gas": "26/76", - "fift": "BCHKBITREFS", - "fift_examples": [], - "opcode": "CF3B", - "stack": "b x y - " - }, - "bytecode": { "tlb": "#CF3B", "prefix": "CF3B", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BCHKBITSQ", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Checks whether `cc+1` bits can be stored into `b`, where `0 <= cc <= 255`.", - "gas": "34", - "fift": "[cc+1] BCHKBITSQ#", - "fift_examples": [], - "opcode": "CF3Ccc", - "stack": "b - ?" - }, - "bytecode": { - "tlb": "#CF3C cc:uint8", - "prefix": "CF3C", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BCHKBITSQ_VAR", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Checks whether `x` bits can be stored into `b`, `0 <= x <= 1023`.", - "gas": "26", - "fift": "BCHKBITSQ", - "fift_examples": [], - "opcode": "CF3D", - "stack": "b x - ?" - }, - "bytecode": { "tlb": "#CF3D", "prefix": "CF3D", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BCHKREFSQ", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Checks whether `y` references can be stored into `b`, `0 <= y <= 7`.", - "gas": "26", - "fift": "BCHKREFSQ", - "fift_examples": [], - "opcode": "CF3E", - "stack": "b y - ?" - }, - "bytecode": { "tlb": "#CF3E", "prefix": "CF3E", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BCHKBITREFSQ", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Checks whether `x` bits and `y` references can be stored into `b`, `0 <= x <= 1023`, `0 <= y <= 7`.", - "gas": "26", - "fift": "BCHKBITREFSQ", - "fift_examples": [], - "opcode": "CF3F", - "stack": "b x y - ?" - }, - "bytecode": { "tlb": "#CF3F", "prefix": "CF3F", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STZEROES", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores `n` binary zeroes into _Builder_ `b`.", - "gas": "26", - "fift": "STZEROES", - "fift_examples": [], - "opcode": "CF40", - "stack": "b n - b'" - }, - "bytecode": { "tlb": "#CF40", "prefix": "CF40", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STONES", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores `n` binary ones into _Builder_ `b`.", - "gas": "26", - "fift": "STONES", - "fift_examples": [], - "opcode": "CF41", - "stack": "b n - b'" - }, - "bytecode": { "tlb": "#CF41", "prefix": "CF41", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STSAME", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores `n` binary `x`es (`0 <= x <= 1`) into _Builder_ `b`.", - "gas": "26", - "fift": "STSAME", - "fift_examples": [], - "opcode": "CF42", - "stack": "b n x - b'" - }, - "bytecode": { "tlb": "#CF42", "prefix": "CF42", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STSLICECONST", - "since_version": 0, - "doc": { - "category": "cell_build", - "description": "Stores a constant subslice `sss`.\n_Details:_ `sss` consists of `0 <= x <= 3` references and up to `8y+2` data bits, with `0 <= y <= 7`. Completion bit is assumed.\nNote that the assembler can replace `STSLICECONST` with `PUSHSLICE` `STSLICER` if the slice is too big.", - "gas": "24", - "fift": "[slice] STSLICECONST", - "fift_examples": [], - "opcode": "CFC0_xysss", - "stack": "b - b'" - }, - "bytecode": { - "tlb": "#CFC0_ x:(## 2) y:(## 3) c:(x * ^Cell) sss:((8 * y + 2) * Bit)", - "prefix": "CFC0_", - "operands": [ - { - "name": "s", - "type": "subslice", - "bits_length_var_size": 3, - "refs_length_var_size": 2, - "bits_padding": 2, - "refs_add": 0, - "completion_tag": true, - "max_bits": 57, - "min_bits": 0, - "max_refs": 3, - "min_refs": 0, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CTOS", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Converts a _Cell_ into a _Slice_. Notice that `c` must be either an ordinary cell, or an exotic cell which is automatically _loaded_ to yield an ordinary cell `c'`, converted into a _Slice_ afterwards.", - "gas": "118/43", - "fift": "CTOS", - "fift_examples": [], - "opcode": "D0", - "stack": "c - s" - }, - "bytecode": { "tlb": "#D0", "prefix": "D0", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [{ "type": "simple", "name": "c", "value_types": ["Cell"] }], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ENDS", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Removes a _Slice_ `s` from the stack, and throws an exception if it is not empty.", - "gas": "18/68", - "fift": "ENDS", - "fift_examples": [], - "opcode": "D1", - "stack": "s - " - }, - "bytecode": { "tlb": "#D1", "prefix": "D1", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDI", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Loads (i.e., parses) a signed `cc+1`-bit integer `x` from _Slice_ `s`, and returns the remainder of `s` as `s'`.", - "gas": "26", - "fift": "[cc+1] LDI", - "fift_examples": [], - "opcode": "D2cc", - "stack": "s - x s'" - }, - "bytecode": { - "tlb": "#D2 cc:uint8", - "prefix": "D2", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDU", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Loads an unsigned `cc+1`-bit integer `x` from _Slice_ `s`.", - "gas": "26", - "fift": "[cc+1] LDU", - "fift_examples": [], - "opcode": "D3cc", - "stack": "s - x s'" - }, - "bytecode": { - "tlb": "#D3 cc:uint8", - "prefix": "D3", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDREF", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Loads a cell reference `c` from `s`.", - "gas": "18", - "fift": "LDREF", - "fift_examples": [], - "opcode": "D4", - "stack": "s - c s'" - }, - "bytecode": { "tlb": "#D4", "prefix": "D4", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDREFRTOS", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Equivalent to `LDREF` `SWAP` `CTOS`.", - "gas": "118/43", - "fift": "LDREFRTOS", - "fift_examples": [], - "opcode": "D5", - "stack": "s - s' s''" - }, - "bytecode": { "tlb": "#D5", "prefix": "D5", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] }, - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDSLICE", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Cuts the next `cc+1` bits of `s` into a separate _Slice_ `s''`.", - "gas": "26", - "fift": "[cc+1] LDSLICE", - "fift_examples": [], - "opcode": "D6cc", - "stack": "s - s'' s'" - }, - "bytecode": { - "tlb": "#D6 cc:uint8", - "prefix": "D6", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s3", "value_types": ["Slice"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDIX", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Loads a signed `l`-bit (`0 <= l <= 257`) integer `x` from _Slice_ `s`, and returns the remainder of `s` as `s'`.", - "gas": "26", - "fift": "LDIX", - "fift_examples": [], - "opcode": "D700", - "stack": "s l - x s'" - }, - "bytecode": { "tlb": "#D700", "prefix": "D700", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDUX", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Loads an unsigned `l`-bit integer `x` from (the first `l` bits of) `s`, with `0 <= l <= 256`.", - "gas": "26", - "fift": "LDUX", - "fift_examples": [], - "opcode": "D701", - "stack": "s l - x s'" - }, - "bytecode": { "tlb": "#D701", "prefix": "D701", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PLDIX", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Preloads a signed `l`-bit integer from _Slice_ `s`, for `0 <= l <= 257`.", - "gas": "26", - "fift": "PLDIX", - "fift_examples": [], - "opcode": "D702", - "stack": "s l - x" - }, - "bytecode": { "tlb": "#D702", "prefix": "D702", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PLDUX", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Preloads an unsigned `l`-bit integer from `s`, for `0 <= l <= 256`.", - "gas": "26", - "fift": "PLDUX", - "fift_examples": [], - "opcode": "D703", - "stack": "s l - x" - }, - "bytecode": { "tlb": "#D703", "prefix": "D703", "operands": [] }, - "value_flow": { - 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{ "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDUXQ", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Quiet version of `LDUX`.", - "gas": "26", - "fift": "LDUXQ", - "fift_examples": [], - "opcode": "D705", - "stack": "s l - x s' -1 or s 0" - }, - "bytecode": { "tlb": "#D705", "prefix": "D705", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - 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"description": "Preloads an unsigned `cc+1`-bit integer from `s`.", - "gas": "34", - "fift": "[cc+1] PLDU", - "fift_examples": [], - "opcode": "D70Bcc", - "stack": "s - x" - }, - "bytecode": { - "tlb": "#D70B cc:uint8", - "prefix": "D70B", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDIQ", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "A quiet version of `LDI`.", - "gas": "34", - "fift": "[cc+1] LDIQ", - "fift_examples": [], - "opcode": "D70Ccc", - "stack": "s - x s' -1 or s 0" - }, - "bytecode": { - "tlb": "#D70C cc:uint8", - "prefix": "D70C", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDUQ", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "A quiet version of `LDU`.", - 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}, - { - "mnemonic": "PLDIQ", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "A quiet version of `PLDI`.", - "gas": "34", - "fift": "[cc+1] PLDIQ", - "fift_examples": [], - "opcode": "D70Ecc", - "stack": "s - x -1 or 0" - }, - "bytecode": { - "tlb": "#D70E cc:uint8", - "prefix": "D70E", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PLDUQ", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "A quiet version of `PLDU`.", - "gas": "34", - "fift": "[cc+1] PLDUQ", - "fift_examples": [], - "opcode": "D70Fcc", - "stack": "s - x -1 or 0" - }, - "bytecode": { - "tlb": "#D70F cc:uint8", - "prefix": "D70F", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PLDUZ", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Preloads the first `32(c+1)` bits of _Slice_ `s` into an unsigned integer `x`, for `0 <= c <= 7`. If `s` is shorter than necessary, missing bits are assumed to be zero. This operation is intended to be used along with `IFBITJMP` and similar instructions.", - "gas": "26", - "fift": "[32(c+1)] PLDUZ", - "fift_examples": [], - "opcode": "D714_c", - "stack": "s - s x" - }, - "bytecode": { - "tlb": "#D714_ c:uint3", - "prefix": "D714_", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 3, - "min_value": 0, - "max_value": 7, - "display_hints": [{ "type": "plduz" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDSLICEX", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Loads the first `0 <= l <= 1023` bits from _Slice_ `s` into a separate _Slice_ `s''`, returning the remainder of `s` as `s'`.", - 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"name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDSLICE_ALT", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "A longer encoding for `LDSLICE`.", - "gas": "34", - "fift": "[cc+1] LDSLICE_l", - "fift_examples": [], - "opcode": "D71Ccc", - "stack": "s - s'' s'" - }, - "bytecode": { - "tlb": "#D71C cc:uint8", - "prefix": "D71C", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s3", "value_types": ["Slice"] }, - 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"since_version": 0, - "doc": { - "category": "cell_parse", - "description": "A quiet version of `LDSLICE`.", - "gas": "34", - "fift": "[cc+1] LDSLICEQ", - "fift_examples": [], - "opcode": "D71Ecc", - "stack": "s - s'' s' -1 or s 0" - }, - "bytecode": { - "tlb": "#D71E cc:uint8", - "prefix": "D71E", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "s3", - "value_types": ["Slice"] - }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PLDSLICEQ", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "A quiet version of `PLDSLICE`.", - "gas": "34", - "fift": "[cc+1] PLDSLICEQ", - "fift_examples": [], - "opcode": "D71Fcc", - "stack": "s - s'' -1 or 0" - }, - "bytecode": { - "tlb": "#D71F cc:uint8", - "prefix": "D71F", - "operands": [ - { - "name": "c", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [{ "type": "add", "value": 1 }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDCUTFIRST", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns the first `0 <= l <= 1023` bits of `s`. It is equivalent to `PLDSLICEX`.", - "gas": "26", - "fift": "SDCUTFIRST", - "fift_examples": [], - "opcode": "D720", - "stack": "s l - s'" - }, - "bytecode": { "tlb": "#D720", "prefix": "D720", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDSKIPFIRST", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns all but the first `0 <= l <= 1023` bits of `s`. It is equivalent to `LDSLICEX` `NIP`.", - "gas": "26", - "fift": "SDSKIPFIRST", - "fift_examples": [], - "opcode": "D721", - "stack": "s l - s'" - }, - "bytecode": { "tlb": "#D721", "prefix": "D721", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDCUTLAST", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns the last `0 <= l <= 1023` bits of `s`.", - "gas": "26", - "fift": "SDCUTLAST", - "fift_examples": [], - "opcode": "D722", - "stack": "s l - s'" - }, - "bytecode": { "tlb": "#D722", "prefix": "D722", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDSKIPLAST", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns all but the last `0 <= l <= 1023` bits of `s`.", - "gas": "26", - "fift": "SDSKIPLAST", - "fift_examples": [], - "opcode": "D723", - "stack": "s l - s'" - }, - "bytecode": { "tlb": "#D723", "prefix": "D723", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDSUBSTR", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns `0 <= l' <= 1023` bits of `s` starting from offset `0 <= l <= 1023`, thus extracting a bit substring out of the data of `s`.", - "gas": "26", - "fift": "SDSUBSTR", - "fift_examples": [], - "opcode": "D724", - "stack": "s l l' - s'" - }, - "bytecode": { "tlb": "#D724", "prefix": "D724", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "l2", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDBEGINSX", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Checks whether `s` begins with (the data bits of) `s'`, and removes `s'` from `s` on success. On failure throws a cell deserialization exception. Primitive `SDPFXREV` can be considered a quiet version of `SDBEGINSX`.", - "gas": "26", - "fift": "SDBEGINSX", - "fift_examples": [], - "opcode": "D726", - "stack": "s s' - s''" - }, - "bytecode": { "tlb": "#D726", "prefix": "D726", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDBEGINSXQ", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "A quiet version of `SDBEGINSX`.", - "gas": "26", - "fift": "SDBEGINSXQ", - "fift_examples": [], - "opcode": "D727", - "stack": "s s' - s'' -1 or s 0" - }, - "bytecode": { "tlb": "#D727", "prefix": "D727", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ] - }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDBEGINS", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Checks whether `s` begins with constant bitstring `sss` of length `8x+3` (with continuation bit assumed), where `0 <= x <= 127`, and removes `sss` from `s` on success.", - "gas": "31", - "fift": "[slice] SDBEGINS", - "fift_examples": [], - "opcode": "D72A_xsss", - 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"prefix": "D72E_", - "operands": [ - { - "name": "s", - "type": "subslice", - "bits_length_var_size": 7, - "bits_padding": 3, - "completion_tag": true, - "max_bits": 1018, - "min_bits": 0, - "max_refs": 0, - "min_refs": 0, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ] - }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SCUTFIRST", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns the first `0 <= l <= 1023` bits and first `0 <= r <= 4` references of `s`.", - 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"inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SCUTLAST", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns the last `0 <= l <= 1023` data bits and last `0 <= r <= 4` references of `s`.", - "gas": "26", - "fift": "SCUTLAST", - "fift_examples": [], - "opcode": "D732", - "stack": "s l r - s'" - }, - "bytecode": { "tlb": "#D732", "prefix": "D732", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SSKIPLAST", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns all but the last `l` bits of `s` and `r` references of `s`.", - "gas": "26", - "fift": "SSKIPLAST", - "fift_examples": [], - "opcode": "D733", - "stack": "s l r - s'" - }, - "bytecode": { "tlb": "#D733", "prefix": "D733", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SUBSLICE", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns `0 <= l' <= 1023` bits and `0 <= r' <= 4` references from _Slice_ `s`, after skipping the first `0 <= l <= 1023` bits and first `0 <= r <= 4` references.", - "gas": "26", - "fift": "SUBSLICE", - "fift_examples": [], - "opcode": "D734", - "stack": "s l r l' r' - s'" - }, - "bytecode": { "tlb": "#D734", "prefix": "D734", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] }, - { "type": "simple", "name": "l2", "value_types": ["Integer"] }, - { "type": "simple", "name": "r2", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SPLIT", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Splits the first `0 <= l <= 1023` data bits and first `0 <= r <= 4` references from `s` into `s'`, returning the remainder of `s` as `s''`.", - "gas": "26", - "fift": "SPLIT", - "fift_examples": [], - "opcode": "D736", - "stack": "s l r - s' s''" - }, - "bytecode": { "tlb": "#D736", "prefix": "D736", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] }, - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SPLITQ", - "since_version": 0, - "doc": { - 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If `c` cannot be loaded, returns 0.", - "gas": "", - "fift": "XLOADQ", - "fift_examples": [], - "opcode": "D73B", - "stack": "c - c' -1 or c 0" - }, - "bytecode": { "tlb": "#D73B", "prefix": "D73B", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [{ "type": "simple", "name": "c", "value_types": ["Cell"] }], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] } - ] - }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "c2", "value_types": ["Cell"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SCHKBITS", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Checks whether there are at least `l` data bits in _Slice_ `s`. 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], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PLDREFVAR", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns the `n`-th cell reference of _Slice_ `s` for `0 <= n <= 3`.", - "gas": "26", - "fift": "PLDREFVAR", - "fift_examples": [], - "opcode": "D748", - "stack": "s n - c" - }, - "bytecode": { "tlb": "#D748", "prefix": "D748", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "c", "value_types": ["Cell"] }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SBITS", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns the number of data bits in _Slice_ `s`.", - "gas": "26", - "fift": "SBITS", - "fift_examples": [], - "opcode": "D749", - "stack": "s - l" - }, - "bytecode": { "tlb": "#D749", "prefix": "D749", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "l", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SREFS", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns the number of references in _Slice_ `s`.", - "gas": "26", - "fift": "SREFS", - "fift_examples": [], - "opcode": "D74A", - "stack": "s - r" - }, - "bytecode": { "tlb": "#D74A", "prefix": "D74A", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "r", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SBITREFS", - "since_version": 0, - "doc": { - "category": "cell_parse", - "description": "Returns both the number of data bits and the number of references in `s`.", - "gas": "26", - "fift": "SBITREFS", - "fift_examples": [], - "opcode": "D74B", - "stack": "s - l r" - }, - "bytecode": { "tlb": "#D74B", "prefix": "D74B", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PLDREFIDX", - "since_version": 0, - 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], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CDEPTHIX", - "since_version": 6, - "doc": { - "category": "cell_parse", - "description": "Returns `i`th depth of the cell.", - "gas": "26", - "fift": "CDEPTHIX", - "fift_examples": [], - "opcode": "D771", - "stack": "cell i - depth" - }, - "bytecode": { "tlb": "#D771", "prefix": "D771", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "cell", "value_types": ["Cell"] }, - { "type": "simple", "name": "i", "value_types": ["Cell"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "simple", - "name": "depth", - "value_types": ["Integer"] - } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "EXECUTE", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "_Calls_, or _executes_, continuation `c`.", - "gas": "18", - "fift": "EXECUTE\nCALLX", - "fift_examples": [], - "opcode": "D8", - "stack": "c - " - }, - "bytecode": { "tlb": "#D8", "prefix": "D8", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "JMPX", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "_Jumps_, or transfers control, to continuation `c`.\nThe remainder of the previous current continuation `cc` is discarded.", - "gas": "18", - "fift": "JMPX", - "fift_examples": [], - "opcode": "D9", - "stack": "c - " - }, - "bytecode": { "tlb": "#D9", "prefix": "D9", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "CALLXARGS", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "_Calls_ continuation `c` with `p` parameters and expecting `r` return values\n`0 <= p <= 15`, `0 <= r <= 15`", - "gas": "26", - "fift": "[p] [r] CALLXARGS", - "fift_examples": [], - "opcode": "DApr", - "stack": "c - " - }, - "bytecode": { - "tlb": "#DA p:uint4 r:uint4", - "prefix": "DA", - "operands": [ - { - "name": "p", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - }, - { - "name": "r", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "p", - "array_entry": [{ "type": "simple", "name": "arg" }] - }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "CALLXARGS_VAR", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "_Calls_ continuation `c` with `0 <= p <= 15` parameters, expecting an arbitrary number of return values.", - "gas": "26", - "fift": "[p] -1 CALLXARGS", - "fift_examples": [], - "opcode": "DB0p", - "stack": "c - " - }, - "bytecode": { - "tlb": "#DB0 p:uint4", - "prefix": "DB0", - "operands": [ - { - "name": "p", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "p", - "array_entry": [{ "type": "simple", "name": "arg" }] - }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "JMPXARGS", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "_Jumps_ to continuation `c`, passing only the top `0 <= p <= 15` values from the current stack to it (the remainder of the current stack is discarded).", - "gas": "26", - "fift": "[p] JMPXARGS", - "fift_examples": [], - "opcode": "DB1p", - "stack": "c - " - }, - "bytecode": { - "tlb": "#DB1 p:uint4", - "prefix": "DB1", - "operands": [ - { - "name": "p", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "p", - "array_entry": [{ "type": "simple", "name": "arg" }] - }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "RETARGS", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "_Returns_ to `c0`, with `0 <= r <= 15` return values taken from the current stack.", - "gas": "26", - "fift": "[r] RETARGS", - "fift_examples": [], - "opcode": "DB2r", - "stack": "" - }, - "bytecode": { - "tlb": "#DB2 r:uint4", - "prefix": "DB2", - "operands": [ - { - "name": "r", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "p", - "array_entry": [{ "type": "simple", "name": "arg" }] - } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "register", "index": 0 }], - "nobranch": false - } - }, - { - "mnemonic": "RET", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "_Returns_ to the continuation at `c0`. The remainder of the current continuation `cc` is discarded.\nApproximately equivalent to `c0 PUSHCTR` `JMPX`.", - "gas": "26", - "fift": "RET\nRETTRUE", - "fift_examples": [], - "opcode": "DB30", - "stack": "" - }, - "bytecode": { "tlb": "#DB30", "prefix": "DB30", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "register", "index": 0 }], - "nobranch": false - } - }, - { - "mnemonic": "RETALT", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "_Returns_ to the continuation at `c1`.\nApproximately equivalent to `c1 PUSHCTR` `JMPX`.", - "gas": "26", - "fift": "RETALT\nRETFALSE", - "fift_examples": [], - "opcode": "DB31", - "stack": "" - }, - "bytecode": { "tlb": "#DB31", "prefix": "DB31", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "register", "index": 1 }], - "nobranch": false - } - }, - { - "mnemonic": "BRANCH", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "Performs `RETTRUE` if integer `f!=0`, or `RETFALSE` if `f=0`.", - "gas": "26", - "fift": "BRANCH\nRETBOOL", - "fift_examples": [], - "opcode": "DB32", - "stack": "f - " - }, - "bytecode": { "tlb": "#DB32", "prefix": "DB32", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { "type": "register", "index": 0 }, - { "type": "register", "index": 1 } - ], - "nobranch": false - } - }, - { - "mnemonic": "CALLCC", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "_Call with current continuation_, transfers control to `c`, pushing the old value of `cc` into `c`'s stack (instead of discarding it or writing it into new `c0`).", - "gas": "26", - "fift": "CALLCC", - "fift_examples": [], - "opcode": "DB34", - "stack": "c - " - }, - "bytecode": { "tlb": "#DB34", "prefix": "DB34", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "JMPXDATA", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "Similar to `CALLCC`, but the remainder of the current continuation (the old value of `cc`) is converted into a _Slice_ before pushing it into the stack of `c`.", - "gas": "26", - "fift": "JMPXDATA", - "fift_examples": [], - "opcode": "DB35", - "stack": "c - " - }, - "bytecode": { "tlb": "#DB35", "prefix": "DB35", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "CALLCCARGS", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "Similar to `CALLXARGS`, but pushes the old value of `cc` (along with the top `0 <= p <= 15` values from the original stack) into the stack of newly-invoked continuation `c`, setting `cc.nargs` to `-1 <= r <= 14`.", - "gas": "34", - "fift": "[p] [r] CALLCCARGS", - "fift_examples": [], - "opcode": "DB36pr", - "stack": "c - " - }, - "bytecode": { - "tlb": "#DB36 p:uint4 r:uint4", - "prefix": "DB36", - "operands": [ - { - "name": "p", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - }, - { - "name": "r", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "optional_nargs" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "p", - "array_entry": [{ "type": "simple", "name": "arg" }] - }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "CALLXVARARGS", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "Similar to `CALLXARGS`, but takes `-1 <= p,r <= 254` from the stack. The next three operations also take `p` and `r` from the stack, both in the range `-1...254`.", - "gas": "26", - "fift": "CALLXVARARGS", - "fift_examples": [], - "opcode": "DB38", - "stack": "c p r - " - }, - "bytecode": { "tlb": "#DB38", "prefix": "DB38", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "p", - "array_entry": [{ "type": "simple", "name": "arg" }] - }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "p", "value_types": ["Integer"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "RETVARARGS", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "Similar to `RETARGS`.", - "gas": "26", - "fift": "RETVARARGS", - "fift_examples": [], - "opcode": "DB39", - "stack": "p r - " - }, - "bytecode": { "tlb": "#DB39", "prefix": "DB39", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "p", - "array_entry": [{ "type": "simple", "name": "arg" }] - }, - { "type": "simple", "name": "p", "value_types": ["Integer"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "JMPXVARARGS", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "Similar to `JMPXARGS`.", - "gas": "26", - "fift": "JMPXVARARGS", - "fift_examples": [], - "opcode": "DB3A", - "stack": "c p r - " - }, - "bytecode": { "tlb": "#DB3A", "prefix": "DB3A", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "p", - "array_entry": [{ "type": "simple", "name": "arg" }] - }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "p", "value_types": ["Integer"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "CALLCCVARARGS", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "Similar to `CALLCCARGS`.", - "gas": "26", - "fift": "CALLCCVARARGS", - "fift_examples": [], - "opcode": "DB3B", - "stack": "c p r - " - }, - "bytecode": { "tlb": "#DB3B", "prefix": "DB3B", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "p", - "array_entry": [{ "type": "simple", "name": "arg" }] - }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "p", "value_types": ["Integer"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "CALLREF", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "Equivalent to `PUSHREFCONT` `CALLX`.", - "gas": "126/51", - "fift": "[ref] CALLREF", - "fift_examples": [], - "opcode": "DB3C", - "stack": "" - }, - "bytecode": { - "tlb": "#DB3C c:^Cell", - "prefix": "DB3C", - "operands": [ - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "JMPREF", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "Equivalent to `PUSHREFCONT` `JMPX`.", - "gas": "126/51", - "fift": "[ref] JMPREF", - "fift_examples": [], - "opcode": "DB3D", - "stack": "" - }, - "bytecode": { - "tlb": "#DB3D c:^Cell", - "prefix": "DB3D", - "operands": [ - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "JMPREFDATA", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "Equivalent to `PUSHREFCONT` `JMPXDATA`.", - "gas": "126/51", - "fift": "[ref] JMPREFDATA", - "fift_examples": [], - "opcode": "DB3E", - "stack": "" - }, - "bytecode": { - "tlb": "#DB3E c:^Cell", - "prefix": "DB3E", - "operands": [ - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "RETDATA", - "since_version": 0, - "doc": { - "category": "cont_basic", - "description": "Equivalent to `c0 PUSHCTR` `JMPXDATA`. In this way, the remainder of the current continuation is converted into a _Slice_ and returned to the caller.", - "gas": "26", - "fift": "RETDATA", - "fift_examples": [], - "opcode": "DB3F", - "stack": "" - }, - "bytecode": { "tlb": "#DB3F", "prefix": "DB3F", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "register", "index": 0 }], - "nobranch": false - } - }, - { - "mnemonic": "RUNVM", - "since_version": 4, - "doc": { - "category": "cont_basic", - "description": "Runs child VM with code `code` and stack `x_1...x_n`. Returns the resulting stack `x'_1...x'_m` and exitcode. Other arguments and return values are enabled by flags.", - "gas": "", - "fift": "flags RUNVM", - "fift_examples": [], - "opcode": "DB4fff", - "stack": "x_1 ... x_n n code [r] [c4] [c7] [g_l] [g_m] - x'_1 ... x'_m exitcode [data'] [c4'] [c5] [g_c]" - }, - "bytecode": { - "tlb": "#DB4 flags:(## 12)", - "prefix": "DB4", - "operands": [ - { - "name": "flags", - "type": "uint", - "size": 12, - "min_value": 0, - "max_value": 4095, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RUNVMX", - "since_version": 4, - "doc": { - "category": "cont_basic", - "description": "Runs child VM with code `code` and stack `x_1...x_n`. Returns the resulting stack `x'_1...x'_m` and exitcode. Other arguments and return values are enabled by flags.", - "gas": "", - "fift": "RUNVMX", - "fift_examples": [], - "opcode": "DB50", - "stack": "x_1 ... x_n n code [r] [c4] [c7] [g_l] [g_m] flags - x'_1 ... x'_m exitcode [data'] [c4'] [c5] [g_c]" - }, - "bytecode": { "tlb": "#DB50", "prefix": "DB50", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "IFRET", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Performs a `RET`, but only if integer `f` is non-zero. If `f` is a `NaN`, throws an integer overflow exception.", - "gas": "18", - "fift": "IFRET\nIFNOT:", - "fift_examples": [], - "opcode": "DC", - "stack": "f - " - }, - "bytecode": { "tlb": "#DC", "prefix": "DC", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "register", "index": 0 }], - "nobranch": true - } - }, - { - "mnemonic": "IFNOTRET", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Performs a `RET`, but only if integer `f` is zero.", - "gas": "18", - "fift": "IFNOTRET\nIF:", - "fift_examples": [], - "opcode": "DD", - "stack": "f - " - }, - "bytecode": { "tlb": "#DD", "prefix": "DD", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "register", "index": 0 }], - "nobranch": true - } - }, - { - "mnemonic": "IF", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Performs `EXECUTE` for `c` (i.e., _executes_ `c`), but only if integer `f` is non-zero. Otherwise simply discards both values.", - "gas": "18", - "fift": "IF", - "fift_examples": [ - { - "fift": "IF:<{ code }> <{ code }>IF", - "description": "Equivalent to `<{ code }> CONT` `IF`." - } - ], - "opcode": "DE", - "stack": "f c - " - }, - "bytecode": { "tlb": "#DE", "prefix": "DE", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": true - } - }, - { - "mnemonic": "IFNOT", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Executes continuation `c`, but only if integer `f` is zero. Otherwise simply discards both values.", - "gas": "18", - "fift": "IFNOT", - "fift_examples": [ - { - "fift": "IFNOT:<{ code }> <{ code }>IFNOT", - "description": "Equivalent to `<{ code }> CONT` `IFNOT`." - } - ], - "opcode": "DF", - "stack": "f c - " - }, - "bytecode": { "tlb": "#DF", "prefix": "DF", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": true - } - }, - { - "mnemonic": "IFJMP", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Jumps to `c` (similarly to `JMPX`), but only if `f` is non-zero.", - "gas": "18", - "fift": "IFJMP", - "fift_examples": [ - { - "fift": "IFJMP:<{ code }>", - "description": "Equivalent to `<{ code }> CONT` `IFJMP`." - } - ], - "opcode": "E0", - "stack": "f c - " - }, - "bytecode": { "tlb": "#E0", "prefix": "E0", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": true - } - }, - { - "mnemonic": "IFNOTJMP", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Jumps to `c` (similarly to `JMPX`), but only if `f` is zero.", - "gas": "18", - "fift": "IFNOTJMP", - "fift_examples": [ - { - "fift": "IFNOTJMP:<{ code }>", - "description": "Equivalent to `<{ code }> CONT` `IFNOTJMP`." - } - ], - "opcode": "E1", - "stack": "f c - " - }, - "bytecode": { "tlb": "#E1", "prefix": "E1", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": true - } - }, - { - "mnemonic": "IFELSE", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "If integer `f` is non-zero, executes `c`, otherwise executes `c'`. Equivalent to `CONDSELCHK` `EXECUTE`.", - "gas": "18", - "fift": "IFELSE", - "fift_examples": [ - { - "fift": "IF:<{ code1 }>ELSE<{ code2 }>", - "description": "Equivalent to `<{ code1 }> CONT` `<{ code2 }> CONT` `IFELSE`." - } - ], - "opcode": "E2", - "stack": "f c c' - " - }, - "bytecode": { "tlb": "#E2", "prefix": "E2", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - }, - { - "type": "variable", - "var_name": "c2", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "IFREF", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Equivalent to `PUSHREFCONT` `IF`, with the optimization that the cell reference is not actually loaded into a _Slice_ and then converted into an ordinary _Continuation_ if `f=0`.\nGas consumption of this primitive depends on whether `f=0` and whether the reference was loaded before.\nSimilar remarks apply other primitives that accept a continuation as a reference.", - "gas": "26/126/51", - "fift": "[ref] IFREF", - "fift_examples": [], - "opcode": "E300", - "stack": "f - " - }, - "bytecode": { - "tlb": "#E300 c:^Cell", - "prefix": "E300", - "operands": [ - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": true - } - }, - { - "mnemonic": "IFNOTREF", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Equivalent to `PUSHREFCONT` `IFNOT`.", - "gas": "26/126/51", - "fift": "[ref] IFNOTREF", - "fift_examples": [], - "opcode": "E301", - "stack": "f - " - }, - "bytecode": { - "tlb": "#E301 c:^Cell", - "prefix": "E301", - "operands": [ - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": true - } - }, - { - "mnemonic": "IFJMPREF", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Equivalent to `PUSHREFCONT` `IFJMP`.", - "gas": "26/126/51", - "fift": "[ref] IFJMPREF", - "fift_examples": [], - "opcode": "E302", - "stack": "f - " - }, - "bytecode": { - "tlb": "#E302 c:^Cell", - "prefix": "E302", - "operands": [ - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": true - } - }, - { - "mnemonic": "IFNOTJMPREF", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Equivalent to `PUSHREFCONT` `IFNOTJMP`.", - "gas": "26/126/51", - "fift": "[ref] IFNOTJMPREF", - "fift_examples": [], - "opcode": "E303", - "stack": "f - " - }, - "bytecode": { - "tlb": "#E303 c:^Cell", - "prefix": "E303", - "operands": [ - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": true - } - }, - { - "mnemonic": "CONDSEL", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "If integer `f` is non-zero, returns `x`, otherwise returns `y`. Notice that no type checks are performed on `x` and `y`; as such, it is more like a conditional stack operation. Roughly equivalent to `ROT` `ISZERO` `INC` `ROLLX` `NIP`.", - "gas": "26", - "fift": "CONDSEL", - "fift_examples": [], - "opcode": "E304", - "stack": "f x y - x or y" - }, - "bytecode": { "tlb": "#E304", "prefix": "E304", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] }, - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "y" } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "result" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CONDSELCHK", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Same as `CONDSEL`, but first checks whether `x` and `y` have the same type.", - "gas": "26", - "fift": "CONDSELCHK", - "fift_examples": [], - "opcode": "E305", - "stack": "f x y - x or y" - }, - "bytecode": { "tlb": "#E305", "prefix": "E305", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] }, - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "y" } - ], - "registers": [] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "result" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "IFRETALT", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Performs `RETALT` if integer `f!=0`.", - "gas": "26", - "fift": "IFRETALT", - "fift_examples": [], - "opcode": "E308", - "stack": "f -" - }, - "bytecode": { "tlb": "#E308", "prefix": "E308", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "register", "index": 1 }], - "nobranch": true - } - }, - { - "mnemonic": "IFNOTRETALT", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Performs `RETALT` if integer `f=0`.", - "gas": "26", - "fift": "IFNOTRETALT", - "fift_examples": [], - "opcode": "E309", - "stack": "f -" - }, - "bytecode": { "tlb": "#E309", "prefix": "E309", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "register", "index": 1 }], - "nobranch": true - } - }, - { - "mnemonic": "IFREFELSE", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Equivalent to `PUSHREFCONT` `SWAP` `IFELSE`, with the optimization that the cell reference is not actually loaded into a _Slice_ and then converted into an ordinary _Continuation_ if `f=0`. Similar remarks apply to the next two primitives: cells are converted into continuations only when necessary.", - "gas": "26/126/51", - "fift": "[ref] IFREFELSE", - "fift_examples": [], - "opcode": "E30D", - "stack": "f c -" - }, - "bytecode": { - "tlb": "#E30D c:^Cell", - "prefix": "E30D", - "operands": [ - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] }, - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - }, - { - "type": "variable", - "var_name": "c2", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "IFELSEREF", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Equivalent to `PUSHREFCONT` `IFELSE`.", - "gas": "26/126/51", - "fift": "[ref] IFELSEREF", - "fift_examples": [], - "opcode": "E30E", - "stack": "f c -" - }, - "bytecode": { - "tlb": "#E30E c:^Cell", - "prefix": "E30E", - "operands": [ - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] }, - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - }, - { - "type": "variable", - "var_name": "c2", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "IFREFELSEREF", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Equivalent to `PUSHREFCONT` `PUSHREFCONT` `IFELSE`.", - "gas": "126/51", - "fift": "[ref] [ref] IFREFELSEREF", - "fift_examples": [], - "opcode": "E30F", - "stack": "f -" - }, - "bytecode": { - "tlb": "#E30F c1:^Cell c2:^Cell", - "prefix": "E30F", - "operands": [ - { - "name": "c1", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - }, - { - "name": "c2", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c1", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - }, - { - "type": "variable", - "var_name": "c2", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "IFBITJMP", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Checks whether bit `0 <= n <= 31` is set in integer `x`, and if so, performs `JMPX` to continuation `c`. Value `x` is left in the stack.", - "gas": "26", - "fift": "[n] IFBITJMP", - "fift_examples": [], - "opcode": "E39_n", - "stack": "x c - x" - }, - "bytecode": { - "tlb": "#E39_ n:uint5", - "prefix": "E39_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 5, - "min_value": 0, - "max_value": 31, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "IFNBITJMP", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Jumps to `c` if bit `0 <= n <= 31` is not set in integer `x`.", - "gas": "26", - "fift": "[n] IFNBITJMP", - "fift_examples": [], - "opcode": "E3B_n", - "stack": "x c - x" - }, - "bytecode": { - "tlb": "#E3B_ n:uint5", - "prefix": "E3B_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 5, - "min_value": 0, - "max_value": 31, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "IFBITJMPREF", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Performs a `JMPREF` if bit `0 <= n <= 31` is set in integer `x`.", - "gas": "126/51", - "fift": "[ref] [n] IFBITJMPREF", - "fift_examples": [], - "opcode": "E3D_n", - "stack": "x - x" - }, - "bytecode": { - "tlb": "#E3D_ n:uint5 c:^Cell", - "prefix": "E3D_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 5, - "min_value": 0, - "max_value": 31, - "display_hints": [] - }, - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "IFNBITJMPREF", - "since_version": 0, - "doc": { - "category": "cont_conditional", - "description": "Performs a `JMPREF` if bit `0 <= n <= 31` is not set in integer `x`.", - "gas": "126/51", - "fift": "[ref] [n] IFNBITJMPREF", - "fift_examples": [], - "opcode": "E3F_n", - "stack": "x - x" - }, - "bytecode": { - "tlb": "#E3F_ n:uint5 c:^Cell", - "prefix": "E3F_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 5, - "min_value": 0, - "max_value": 31, - "display_hints": [] - }, - { - "name": "c", - "type": "ref", - "display_hints": [{ "type": "continuation" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "c" }], - "nobranch": false - } - }, - { - "mnemonic": "REPEAT", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Executes continuation `c` `n` times, if integer `n` is non-negative. If `n>=2^31` or `n<-2^31`, generates a range check exception.\nNotice that a `RET` inside the code of `c` works as a `continue`, not as a `break`. One should use either alternative (experimental) loops or alternative `RETALT` (along with a `SETEXITALT` before the loop) to `break` out of a loop.", - "gas": "18", - "fift": "REPEAT", - "fift_examples": [ - { - "fift": "REPEAT:<{ code }> <{ code }>REPEAT", - "description": "Equivalent to `<{ code }> CONT` `REPEAT`." - } - ], - "opcode": "E4", - "stack": "n c - " - }, - "bytecode": { "tlb": "#E4", "prefix": "E4", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "special", - "name": "repeat", - "args": { - "count": "n", - "body": { "type": "variable", "var_name": "c" }, - "after": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": true - } - }, - { - "mnemonic": "REPEATEND", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Similar to `REPEAT`, but it is applied to the current continuation `cc`.", - "gas": "18", - "fift": "REPEATEND\nREPEAT:", - "fift_examples": [], - "opcode": "E5", - "stack": "n - " - }, - "bytecode": { "tlb": "#E5", "prefix": "E5", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "special", - "name": "repeat", - "args": { - "count": "n", - "body": { "type": "cc" }, - "after": { "type": "register", "index": 0 } - } - } - ], - "nobranch": true - } - }, - { - "mnemonic": "UNTIL", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Executes continuation `c`, then pops an integer `x` from the resulting stack. If `x` is zero, performs another iteration of this loop. The actual implementation of this primitive involves an extraordinary continuation `ec_until` with its arguments set to the body of the loop (continuation `c`) and the original current continuation `cc`. This extraordinary continuation is then saved into the savelist of `c` as `c.c0` and the modified `c` is then executed. The other loop primitives are implemented similarly with the aid of suitable extraordinary continuations.", - "gas": "18", - "fift": "UNTIL", - "fift_examples": [ - { - "fift": "UNTIL:<{ code }> <{ code }>UNTIL", - "description": "Equivalent to `<{ code }> CONT` `UNTIL`." - } - ], - "opcode": "E6", - "stack": "c - " - }, - "bytecode": { "tlb": "#E6", "prefix": "E6", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "special", - "name": "until", - "args": { - "body": { "type": "variable", "var_name": "c" }, - "after": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "UNTILEND", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Similar to `UNTIL`, but executes the current continuation `cc` in a loop. When the loop exit condition is satisfied, performs a `RET`.", - "gas": "18", - "fift": "UNTILEND\nUNTIL:", - "fift_examples": [], - "opcode": "E7", - "stack": "-" - }, - "bytecode": { "tlb": "#E7", "prefix": "E7", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "cc", - "save": { - "c0": { - "type": "special", - "name": "until", - "args": { - "body": { "type": "cc" }, - "after": { "type": "register", "index": 0 } - } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "WHILE", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Executes `c'` and pops an integer `x` from the resulting stack. If `x` is zero, exists the loop and transfers control to the original `cc`. If `x` is non-zero, executes `c`, and then begins a new iteration.", - "gas": "18", - "fift": "WHILE", - "fift_examples": [ - { - "fift": "WHILE:<{ cond }>DO<{ code }>", - "description": "Equivalent to `<{ cond }> CONT` `<{ code }> CONT` `WHILE`." - } - ], - "opcode": "E8", - "stack": "c' c - " - }, - "bytecode": { "tlb": "#E8", "prefix": "E8", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c2", "value_types": ["Continuation"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c2", - "save": { - "c0": { - "type": "special", - "name": "while", - "args": { - "cond": { "type": "variable", "var_name": "c2" }, - "body": { "type": "variable", "var_name": "c" }, - "after": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "WHILEEND", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Similar to `WHILE`, but uses the current continuation `cc` as the loop body.", - "gas": "18", - "fift": "WHILEEND", - "fift_examples": [], - "opcode": "E9", - "stack": "c' - " - }, - "bytecode": { "tlb": "#E9", "prefix": "E9", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c2", - "save": { - "c0": { - "type": "special", - "name": "while", - "args": { - "cond": { "type": "variable", "var_name": "c2" }, - "body": { "type": "cc" }, - "after": { "type": "register", "index": 0 } - } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "AGAIN", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Similar to `REPEAT`, but executes `c` infinitely many times. A `RET` only begins a new iteration of the infinite loop, which can be exited only by an exception, or a `RETALT` (or an explicit `JMPX`).", - "gas": "18", - "fift": "AGAIN", - "fift_examples": [ - { - "fift": "AGAIN:<{ code }> <{ code }>AGAIN", - "description": "Equivalent to `<{ code }> CONT` `AGAIN`." - } - ], - "opcode": "EA", - "stack": "c - " - }, - "bytecode": { "tlb": "#EA", "prefix": "EA", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "special", - "name": "again", - "args": { "body": { "type": "variable", "var_name": "c" } } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "AGAINEND", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Similar to `AGAIN`, but performed with respect to the current continuation `cc`.", - "gas": "18", - "fift": "AGAINEND\nAGAIN:", - "fift_examples": [], - "opcode": "EB", - "stack": "-" - }, - "bytecode": { "tlb": "#EB", "prefix": "EB", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "special", - "name": "again", - "args": { "body": { "type": "cc" } } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "REPEATBRK", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Similar to `REPEAT`, but also sets `c1` to the original `cc` after saving the old value of `c1` into the savelist of the original `cc`. In this way `RETALT` could be used to break out of the loop body.", - "gas": "26", - "fift": "REPEATBRK", - "fift_examples": [ - { - "fift": "REPEATBRK:<{ code }> <{ code }>REPEATBRK", - "description": "Equivalent to `<{ code }> CONT` `REPEATBRK`." - } - ], - "opcode": "E314", - "stack": "n c -" - }, - "bytecode": { "tlb": "#E314", "prefix": "E314", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "special", - "name": "repeat", - "args": { - "count": "n", - "body": { - "type": "variable", - "var_name": "c", - "save": { - "c1": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 } - } - } - } - }, - "after": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 } - } - } - } - } - ], - "nobranch": true - } - }, - { - "mnemonic": "REPEATENDBRK", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Similar to `REPEATEND`, but also sets `c1` to the original `c0` after saving the old value of `c1` into the savelist of the original `c0`. Equivalent to `SAMEALTSAVE` `REPEATEND`.", - "gas": "26", - "fift": "REPEATENDBRK", - "fift_examples": [], - "opcode": "E315", - "stack": "n -" - }, - "bytecode": { "tlb": "#E315", "prefix": "E315", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "special", - "name": "repeat", - "args": { - "count": "n", - "body": { - "type": "cc", - "save": { "c1": { "type": "register", "index": 0 } } - }, - "after": { "type": "register", "index": 0 } - } - } - ], - "nobranch": true - } - }, - { - "mnemonic": "UNTILBRK", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Similar to `UNTIL`, but also modifies `c1` in the same way as `REPEATBRK`.", - "gas": "26", - "fift": "UNTILBRK", - "fift_examples": [ - { - "fift": "UNTILBRK:<{ code }>", - "description": "Equivalent to `<{ code }> CONT` `UNTILBRK`." - } - ], - "opcode": "E316", - "stack": "c -" - }, - "bytecode": { "tlb": "#E316", "prefix": "E316", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "special", - "name": "until", - "args": { - "body": { - "type": "variable", - "var_name": "c", - "save": { - "c1": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 } - } - } - } - }, - "after": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 } - } - } - } - }, - "c1": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 } - } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "UNTILENDBRK", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Equivalent to `SAMEALTSAVE` `UNTILEND`.", - "gas": "26", - "fift": "UNTILENDBRK\nUNTILBRK:", - "fift_examples": [], - "opcode": "E317", - "stack": "-" - }, - "bytecode": { "tlb": "#E317", "prefix": "E317", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "cc", - "save": { - "c0": { - "type": "special", - "name": "until", - "args": { - "body": { - "type": "cc", - "save": { "c1": { "type": "register", "index": 0 } } - }, - "after": { "type": "register", "index": 0 } - } - }, - "c1": { "type": "register", "index": 0 } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "WHILEBRK", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Similar to `WHILE`, but also modifies `c1` in the same way as `REPEATBRK`.", - "gas": "26", - "fift": "WHILEBRK", - "fift_examples": [ - { - "fift": "WHILEBRK:<{ cond }>DO<{ code }>", - "description": "Equivalent to `<{ cond }> CONT` `<{ code }> CONT` `WHILEBRK`." - } - ], - "opcode": "E318", - "stack": "c' c -" - }, - "bytecode": { "tlb": "#E318", "prefix": "E318", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c2", "value_types": ["Continuation"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c2", - "save": { - "c0": { - "type": "special", - "name": "while", - "args": { - "cond": { "type": "variable", "var_name": "c2" }, - "body": { "type": "variable", "var_name": "c" }, - "after": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 } - } - } - } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "WHILEENDBRK", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Equivalent to `SAMEALTSAVE` `WHILEEND`.", - "gas": "26", - "fift": "WHILEENDBRK", - "fift_examples": [], - "opcode": "E319", - "stack": "c -" - }, - "bytecode": { "tlb": "#E319", "prefix": "E319", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "AGAINBRK", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Similar to `AGAIN`, but also modifies `c1` in the same way as `REPEATBRK`.", - "gas": "26", - "fift": "AGAINBRK", - "fift_examples": [ - { - "fift": "AGAINBRK:<{ code }>", - "description": "Equivalent to `<{ code }> CONT` `AGAINBRK`." - } - ], - "opcode": "E31A", - "stack": "c -" - }, - "bytecode": { "tlb": "#E31A", "prefix": "E31A", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "AGAINENDBRK", - "since_version": 0, - "doc": { - "category": "cont_loops", - "description": "Equivalent to `SAMEALTSAVE` `AGAINEND`.", - "gas": "26", - "fift": "AGAINENDBRK\nAGAINBRK:", - "fift_examples": [], - "opcode": "E31B", - "stack": "-" - }, - "bytecode": { "tlb": "#E31B", "prefix": "E31B", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETCONTARGS_N", - "since_version": 0, - "doc": { - "category": "cont_stack", - "description": "Pushes `0 <= r <= 15` values `x_1...x_r` into the stack of (a copy of) the continuation `c`, starting with `x_1`. When `n` is 15 (-1 in Fift notation), does nothing with `c.nargs`. For `0 <= n <= 14`, sets `c.nargs` to the final size of the stack of `c'` plus `n`. In other words, transforms `c` into a _closure_ or a _partially applied function_, with `0 <= n <= 14` arguments missing.", - "gas": "26+s''", - "fift": "[r] [n] SETCONTARGS", - "fift_examples": [], - "opcode": "ECrn", - "stack": "x_1 x_2...x_r c - c'" - }, - "bytecode": { - "tlb": "#EC r:uint4 n:uint4", - "prefix": "EC", - "operands": [ - { - "name": "r", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - }, - { - "name": "n", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "optional_nargs" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "r", - "array_entry": [{ "type": "simple", "name": "x" }] - }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RETURNARGS", - "since_version": 0, - "doc": { - "category": "cont_stack", - "description": "Leaves only the top `0 <= p <= 15` values in the current stack (somewhat similarly to `ONLYTOPX`), with all the unused bottom values not discarded, but saved into continuation `c0` in the same way as `SETCONTARGS` does.", - "gas": "26+s''", - "fift": "[p] RETURNARGS", - "fift_examples": [], - "opcode": "ED0p", - "stack": "-" - }, - "bytecode": { - "tlb": "#ED0 p:uint4", - "prefix": "ED0", - "operands": [ - { - "name": "p", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RETURNVARARGS", - "since_version": 0, - "doc": { - "category": "cont_stack", - "description": "Similar to `RETURNARGS`, but with Integer `0 <= p <= 255` taken from the stack.", - "gas": "26+s''", - "fift": "RETURNVARARGS", - "fift_examples": [], - "opcode": "ED10", - "stack": "p -" - }, - "bytecode": { "tlb": "#ED10", "prefix": "ED10", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETCONTVARARGS", - "since_version": 0, - "doc": { - "category": "cont_stack", - "description": "Similar to `SETCONTARGS`, but with `0 <= r <= 255` and `-1 <= n <= 255` taken from the stack.", - "gas": "26+s''", - "fift": "SETCONTVARARGS", - "fift_examples": [], - "opcode": "ED11", - "stack": "x_1 x_2...x_r c r n - c'" - }, - "bytecode": { "tlb": "#ED11", "prefix": "ED11", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "r", - "array_entry": [{ "type": "simple", "name": "x" }] - }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETNUMVARARGS", - "since_version": 0, - "doc": { - "category": "cont_stack", - "description": "`-1 <= n <= 255`\nIf `n=-1`, this operation does nothing (`c'=c`).\nOtherwise its action is similar to `[n] SETNUMARGS`, but with `n` taken from the stack.", - "gas": "26", - "fift": "SETNUMVARARGS", - "fift_examples": [], - "opcode": "ED12", - "stack": "c n - c'" - }, - "bytecode": { "tlb": "#ED12", "prefix": "ED12", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLESS", - "since_version": 0, - "doc": { - "category": "cont_create", - "description": "Transforms a _Slice_ `s` into a simple ordinary continuation `c`, with `c.code=s` and an empty stack and savelist.", - "gas": "26", - "fift": "BLESS", - "fift_examples": [], - "opcode": "ED1E", - "stack": "s - c" - }, - "bytecode": { "tlb": "#ED1E", "prefix": "ED1E", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLESSVARARGS", - "since_version": 0, - "doc": { - "category": "cont_create", - "description": "Equivalent to `ROT` `BLESS` `ROTREV` `SETCONTVARARGS`.", - "gas": "26+s''", - "fift": "BLESSVARARGS", - "fift_examples": [], - "opcode": "ED1F", - "stack": "x_1...x_r s r n - c" - }, - "bytecode": { "tlb": "#ED1F", "prefix": "ED1F", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "r", - "array_entry": [{ "type": "simple", "name": "x" }] - }, - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLESSARGS", - "since_version": 0, - "doc": { - "category": "cont_create", - "description": "`0 <= r <= 15`, `-1 <= n <= 14`\nEquivalent to `BLESS` `[r] [n] SETCONTARGS`.\nThe value of `n` is represented inside the instruction by the 4-bit integer `n mod 16`.", - "gas": "26", - "fift": "[r] [n] BLESSARGS", - "fift_examples": [], - "opcode": "EErn", - "stack": "x_1...x_r s - c" - }, - "bytecode": { - "tlb": "#EE r:uint4 n:uint4", - "prefix": "EE", - "operands": [ - { - "name": "r", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - }, - { - "name": "n", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "optional_nargs" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "r", - "array_entry": [{ "type": "simple", "name": "x" }] - }, - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHCTR", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Pushes the current value of control register `c(i)`. If the control register is not supported in the current codepage, or if it does not have a value, an exception is triggered.", - "gas": "26", - "fift": "c[i] PUSHCTR\nc[i] PUSH", - "fift_examples": [], - "opcode": "ED4i", - "stack": "- x" - }, - "bytecode": { - "tlb": "#ED4 i:uint4", - "prefix": "ED4", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "register" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "variable", "var_name": "i" }] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "POPCTR", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Pops a value `x` from the stack and stores it into control register `c(i)`, if supported in the current codepage. Notice that if a control register accepts only values of a specific type, a type-checking exception may occur.", - "gas": "26", - "fift": "c[i] POPCTR\nc[i] POP", - "fift_examples": [], - "opcode": "ED5i", - "stack": "x - " - }, - "bytecode": { - "tlb": "#ED5 i:uint4", - "prefix": "ED5", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "register" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "variable", "var_name": "i" }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETCONTCTR", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Stores `x` into the savelist of continuation `c` as `c(i)`, and returns the resulting continuation `c'`. Almost all operations with continuations may be expressed in terms of `SETCONTCTR`, `POPCTR`, and `PUSHCTR`.", - "gas": "26", - "fift": "c[i] SETCONT\nc[i] SETCONTCTR", - "fift_examples": [], - "opcode": "ED6i", - "stack": "x c - c'" - }, - "bytecode": { - "tlb": "#ED6 i:uint4", - "prefix": "ED6", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "register" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETRETCTR", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Equivalent to `c0 PUSHCTR` `c[i] SETCONTCTR` `c0 POPCTR`.", - "gas": "26", - "fift": "c[i] SETRETCTR", - "fift_examples": [], - "opcode": "ED7i", - "stack": "x - " - }, - "bytecode": { - "tlb": "#ED7 i:uint4", - "prefix": "ED7", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "register" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [{ "type": "constant", "index": 0 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 0 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETALTCTR", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Equivalent to `c1 PUSHCTR` `c[i] SETCONTCTR` `c1 POPCTR`.", - "gas": "26", - "fift": "c[i] SETALTCTR", - "fift_examples": [], - "opcode": "ED8i", - "stack": "x - " - }, - "bytecode": { - "tlb": "#ED8 i:uint4", - "prefix": "ED8", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "register" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [{ "type": "constant", "index": 1 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 1 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "POPSAVE", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Similar to `c[i] POPCTR`, but also saves the old value of `c[i]` into continuation `c0`.\nEquivalent (up to exceptions) to `c[i] SAVECTR` `c[i] POPCTR`.", - "gas": "26", - "fift": "c[i] POPSAVE\nc[i] POPCTRSAVE", - "fift_examples": [], - "opcode": "ED9i", - "stack": "x -" - }, - "bytecode": { - "tlb": "#ED9 i:uint4", - "prefix": "ED9", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "register" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [ - { "type": "variable", "var_name": "i" }, - { "type": "constant", "index": 0 } - ] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 0 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SAVE", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Saves the current value of `c(i)` into the savelist of continuation `c0`. If an entry for `c[i]` is already present in the savelist of `c0`, nothing is done. Equivalent to `c[i] PUSHCTR` `c[i] SETRETCTR`.", - "gas": "26", - "fift": "c[i] SAVE\nc[i] SAVECTR", - "fift_examples": [], - "opcode": "EDAi", - "stack": "" - }, - "bytecode": { - "tlb": "#EDA i:uint4", - "prefix": "EDA", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "register" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [ - { "type": "variable", "var_name": "i" }, - { "type": "constant", "index": 0 } - ] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 0 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SAVEALT", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Similar to `c[i] SAVE`, but saves the current value of `c[i]` into the savelist of `c1`, not `c0`.", - "gas": "26", - "fift": "c[i] SAVEALT\nc[i] SAVEALTCTR", - "fift_examples": [], - "opcode": "EDBi", - "stack": "" - }, - "bytecode": { - "tlb": "#EDB i:uint4", - "prefix": "EDB", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "register" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [ - { "type": "variable", "var_name": "i" }, - { "type": "constant", "index": 1 } - ] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 1 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SAVEBOTH", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Equivalent to `c[i] SAVE` `c[i] SAVEALT`.", - "gas": "26", - "fift": "c[i] SAVEBOTH\nc[i] SAVEBOTHCTR", - "fift_examples": [], - "opcode": "EDCi", - "stack": "" - }, - "bytecode": { - "tlb": "#EDC i:uint4", - "prefix": "EDC", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [{ "type": "register" }] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [ - { "type": "variable", "var_name": "i" }, - { "type": "constant", "index": 0 }, - { "type": "constant", "index": 1 } - ] - }, - "outputs": { - "stack": [], - "registers": [ - { "type": "constant", "index": 0 }, - { "type": "constant", "index": 1 } - ] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PUSHCTRX", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Similar to `c[i] PUSHCTR`, but with `i`, `0 <= i <= 255`, taken from the stack.\nNotice that this primitive is one of the few ''exotic'' primitives, which are not polymorphic like stack manipulation primitives, and at the same time do not have well-defined types of parameters and return values, because the type of `x` depends on `i`.", - "gas": "26", - "fift": "PUSHCTRX", - "fift_examples": [], - "opcode": "EDE0", - "stack": "i - x" - }, - "bytecode": { "tlb": "#EDE0", "prefix": "EDE0", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] } - ], - "registers": [{ "type": "variable", "var_name": "i" }] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "POPCTRX", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Similar to `c[i] POPCTR`, but with `0 <= i <= 255` from the stack.", - "gas": "26", - "fift": "POPCTRX", - "fift_examples": [], - "opcode": "EDE1", - "stack": "x i - " - }, - "bytecode": { "tlb": "#EDE1", "prefix": "EDE1", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "i", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "variable", "var_name": "i" }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETCONTCTRX", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Similar to `c[i] SETCONTCTR`, but with `0 <= i <= 255` from the stack.", - "gas": "26", - "fift": "SETCONTCTRX", - "fift_examples": [], - "opcode": "EDE2", - "stack": "x c i - c'" - }, - "bytecode": { "tlb": "#EDE2", "prefix": "EDE2", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "i", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "COMPOS", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Computes the composition `compose0(c, c')`, which has the meaning of ''perform `c`, and, if successful, perform `c'`'' (if `c` is a boolean circuit) or simply ''perform `c`, then `c'`''. Equivalent to `SWAP` `c0 SETCONT`.", - "gas": "26", - "fift": "COMPOS\nBOOLAND", - "fift_examples": [], - "opcode": "EDF0", - "stack": "c c' - c''" - }, - "bytecode": { "tlb": "#EDF0", "prefix": "EDF0", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c3", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "COMPOSALT", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Computes the alternative composition `compose1(c, c')`, which has the meaning of ''perform `c`, and, if not successful, perform `c'`'' (if `c` is a boolean circuit). Equivalent to `SWAP` `c1 SETCONT`.", - "gas": "26", - "fift": "COMPOSALT\nBOOLOR", - "fift_examples": [], - "opcode": "EDF1", - "stack": "c c' - c''" - }, - "bytecode": { "tlb": "#EDF1", "prefix": "EDF1", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c3", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "COMPOSBOTH", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Computes composition `compose1(compose0(c, c'), c')`, which has the meaning of ''compute boolean circuit `c`, then compute `c'`, regardless of the result of `c`''.", - "gas": "26", - "fift": "COMPOSBOTH", - "fift_examples": [], - "opcode": "EDF2", - "stack": "c c' - c''" - }, - "bytecode": { "tlb": "#EDF2", "prefix": "EDF2", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c3", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ATEXIT", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Sets `c0` to `compose0(c, c0)`. In other words, `c` will be executed before exiting current subroutine.", - "gas": "26", - "fift": "ATEXIT", - "fift_examples": [ - { - "fift": "ATEXIT:<{ code }> <{ code }>ATEXIT", - "description": "Equivalent to `<{ code }> CONT` `ATEXIT`." - } - ], - "opcode": "EDF3", - "stack": "c - " - }, - "bytecode": { "tlb": "#EDF3", "prefix": "EDF3", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [{ "type": "constant", "index": 0 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 0 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ATEXITALT", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Sets `c1` to `compose1(c, c1)`. In other words, `c` will be executed before exiting current subroutine by its alternative return path.", - "gas": "26", - "fift": "ATEXITALT", - "fift_examples": [ - { - "fift": "ATEXITALT:<{ code }> <{ code }>ATEXITALT", - "description": "Equivalent to `<{ code }> CONT` `ATEXITALT`." - } - ], - "opcode": "EDF4", - "stack": "c - " - }, - "bytecode": { "tlb": "#EDF4", "prefix": "EDF4", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [{ "type": "constant", "index": 1 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 1 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETEXITALT", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Sets `c1` to `compose1(compose0(c, c0), c1)`,\nIn this way, a subsequent `RETALT` will first execute `c`, then transfer control to the original `c0`. This can be used, for instance, to exit from nested loops.", - "gas": "26", - "fift": "SETEXITALT", - "fift_examples": [], - "opcode": "EDF5", - "stack": "c - " - }, - "bytecode": { "tlb": "#EDF5", "prefix": "EDF5", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [ - { "type": "constant", "index": 0 }, - { "type": "constant", "index": 1 } - ] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 1 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THENRET", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Computes `compose0(c, c0)`.", - "gas": "26", - "fift": "THENRET", - "fift_examples": [], - "opcode": "EDF6", - "stack": "c - c'" - }, - "bytecode": { "tlb": "#EDF6", "prefix": "EDF6", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [{ "type": "constant", "index": 0 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THENRETALT", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Computes `compose0(c, c1)`", - "gas": "26", - "fift": "THENRETALT", - "fift_examples": [], - "opcode": "EDF7", - "stack": "c - c'" - }, - "bytecode": { "tlb": "#EDF7", "prefix": "EDF7", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [{ "type": "constant", "index": 1 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "INVERT", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Interchanges `c0` and `c1`.", - "gas": "26", - "fift": "INVERT", - "fift_examples": [], - "opcode": "EDF8", - "stack": "-" - }, - "bytecode": { "tlb": "#EDF8", "prefix": "EDF8", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [ - { "type": "constant", "index": 0 }, - { "type": "constant", "index": 1 } - ] - }, - "outputs": { - "stack": [], - "registers": [ - { "type": "constant", "index": 0 }, - { "type": "constant", "index": 1 } - ] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BOOLEVAL", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Performs `cc:=compose1(compose0(c, compose0(-1 PUSHINT, cc)), compose0(0 PUSHINT, cc))`. If `c` represents a boolean circuit, the net effect is to evaluate it and push either `-1` or `0` into the stack before continuing.", - "gas": "26", - "fift": "BOOLEVAL", - "fift_examples": [], - "opcode": "EDF9", - "stack": "c - ?" - }, - "bytecode": { "tlb": "#EDF9", "prefix": "EDF9", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "special", - "name": "pushint", - "args": { - "next": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 } - } - }, - "value": -1 - } - }, - "c1": { - "type": "special", - "name": "pushint", - "args": { - "next": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 } - } - }, - "value": 0 - } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "SAMEALT", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Sets `c1` to `c0`. Equivalent to `c0 PUSHCTR` `c1 POPCTR`.", - "gas": "26", - "fift": "SAMEALT", - "fift_examples": [], - "opcode": "EDFA", - "stack": "-" - }, - "bytecode": { "tlb": "#EDFA", "prefix": "EDFA", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 0 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 1 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SAMEALTSAVE", - "since_version": 0, - "doc": { - "category": "cont_registers", - "description": "Sets `c1` to `c0`, but first saves the old value of `c1` into the savelist of `c0`.\nEquivalent to `c1 SAVE` `SAMEALT`.", - "gas": "26", - "fift": "SAMEALTSAVE", - "fift_examples": [], - "opcode": "EDFB", - "stack": "-" - }, - "bytecode": { "tlb": "#EDFB", "prefix": "EDFB", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [ - { "type": "constant", "index": 0 }, - { "type": "constant", "index": 1 } - ] - }, - "outputs": { - "stack": [], - "registers": [ - { "type": "constant", "index": 0 }, - { "type": "constant", "index": 1 } - ] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CALLDICT", - "since_version": 0, - "doc": { - "category": "cont_dict", - "description": "Calls the continuation in `c3`, pushing integer `0 <= nn <= 255` into its stack as an argument.\nApproximately equivalent to `[nn] PUSHINT` `c3 PUSHCTR` `EXECUTE`.", - "gas": "", - "fift": "[nn] CALL\n[nn] CALLDICT", - "fift_examples": [], - "opcode": "F0nn", - "stack": "- nn" - }, - "bytecode": { - "tlb": "#F0 n:uint8", - "prefix": "F0", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 255, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { - "branches": [ - { - "type": "register", - "index": 3, - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "CALLDICT_LONG", - "since_version": 0, - "doc": { - "category": "cont_dict", - "description": "For `0 <= n < 2^14`, an encoding of `[n] CALL` for larger values of `n`.", - "gas": "", - "fift": "[n] CALL\n[n] CALLDICT", - "fift_examples": [], - "opcode": "F12_n", - "stack": "- n" - }, - "bytecode": { - "tlb": "#F12_ n:uint14", - "prefix": "F12_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 14, - "min_value": 0, - "max_value": 16383, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { - "branches": [ - { - "type": "register", - "index": 3, - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "JMPDICT", - "since_version": 0, - "doc": { - "category": "cont_dict", - "description": "Jumps to the continuation in `c3`, pushing integer `0 <= n < 2^14` as its argument.\nApproximately equivalent to `n PUSHINT` `c3 PUSHCTR` `JMPX`.", - "gas": "", - "fift": "[n] JMP", - "fift_examples": [], - "opcode": "F16_n", - "stack": " - n" - }, - "bytecode": { - "tlb": "#F16_ n:uint14", - "prefix": "F16_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 14, - "min_value": 0, - "max_value": 16383, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { - "branches": [{ "type": "register", "index": 3 }], - "nobranch": false - } - }, - { - "mnemonic": "PREPAREDICT", - "since_version": 0, - "doc": { - "category": "cont_dict", - "description": "Equivalent to `n PUSHINT` `c3 PUSHCTR`, for `0 <= n < 2^14`.\nIn this way, `[n] CALL` is approximately equivalent to `[n] PREPARE` `EXECUTE`, and `[n] JMP` is approximately equivalent to `[n] PREPARE` `JMPX`.\nOne might use, for instance, `CALLXARGS` or `CALLCC` instead of `EXECUTE` here.", - "gas": "", - "fift": "[n] PREPARE\n[n] PREPAREDICT", - "fift_examples": [], - "opcode": "F1A_n", - "stack": " - n c" - }, - "bytecode": { - "tlb": "#F1A_ n:uint14", - "prefix": "F1A_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 14, - "min_value": 0, - "max_value": 16383, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 3 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THROW_SHORT", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= n <= 63` with parameter zero.\nIn other words, it transfers control to the continuation in `c2`, pushing `0` and `n` into its stack, and discarding the old stack altogether.", - "gas": "76", - "fift": "[n] THROW", - "fift_examples": [], - "opcode": "F22_n", - "stack": " - 0 n" - }, - "bytecode": { - "tlb": "#F22_ n:uint6", - "prefix": "F22_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 6, - "min_value": 0, - "max_value": 63, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": false } - }, - { - "mnemonic": "THROWIF_SHORT", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= n <= 63` with parameter zero only if integer `f!=0`.", - "gas": "26/76", - "fift": "[n] THROWIF", - "fift_examples": [], - "opcode": "F26_n", - "stack": "f - " - }, - "bytecode": { - "tlb": "#F26_ n:uint6", - "prefix": "F26_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 6, - "min_value": 0, - "max_value": 63, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THROWIFNOT_SHORT", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= n <= 63` with parameter zero only if integer `f=0`.", - "gas": "26/76", - "fift": "[n] THROWIFNOT", - "fift_examples": [], - "opcode": "F2A_n", - "stack": "f - " - }, - "bytecode": { - "tlb": "#F2A_ n:uint6", - "prefix": "F2A_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 6, - "min_value": 0, - "max_value": 63, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THROW", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "For `0 <= n < 2^11`, an encoding of `[n] THROW` for larger values of `n`.", - "gas": "84", - "fift": "[n] THROW", - "fift_examples": [], - "opcode": "F2C4_n", - "stack": "- 0 nn" - }, - "bytecode": { - "tlb": "#F2C4_ n:uint11", - "prefix": "F2C4_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 11, - "min_value": 0, - "max_value": 2047, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": false } - }, - { - "mnemonic": "THROWARG", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= n < 2^11` with parameter `x`, by copying `x` and `n` into the stack of `c2` and transferring control to `c2`.", - "gas": "84", - "fift": "[n] THROWARG", - "fift_examples": [], - "opcode": "F2CC_n", - "stack": "x - x nn" - }, - "bytecode": { - "tlb": "#F2CC_ n:uint11", - "prefix": "F2CC_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 11, - "min_value": 0, - "max_value": 2047, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": false } - }, - { - "mnemonic": "THROWIF", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "For `0 <= n < 2^11`, an encoding of `[n] THROWIF` for larger values of `n`.", - "gas": "34/84", - "fift": "[n] THROWIF", - "fift_examples": [], - "opcode": "F2D4_n", - "stack": "f - " - }, - "bytecode": { - "tlb": "#F2D4_ n:uint11", - "prefix": "F2D4_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 11, - "min_value": 0, - "max_value": 2047, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THROWARGIF", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= nn < 2^11` with parameter `x` only if integer `f!=0`.", - "gas": "34/84", - "fift": "[n] THROWARGIF", - "fift_examples": [], - "opcode": "F2DC_n", - "stack": "x f - " - }, - "bytecode": { - "tlb": "#F2DC_ n:uint11", - "prefix": "F2DC_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 11, - "min_value": 0, - "max_value": 2047, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THROWIFNOT", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "For `0 <= n < 2^11`, an encoding of `[n] THROWIFNOT` for larger values of `n`.", - "gas": "34/84", - "fift": "[n] THROWIFNOT", - "fift_examples": [], - "opcode": "F2E4_n", - "stack": "f - " - }, - "bytecode": { - "tlb": "#F2E4_ n:uint11", - "prefix": "F2E4_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 11, - "min_value": 0, - "max_value": 2047, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THROWARGIFNOT", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= n < 2^11` with parameter `x` only if integer `f=0`.", - "gas": "34/84", - "fift": "[n] THROWARGIFNOT", - "fift_examples": [], - "opcode": "F2EC_n", - "stack": "x f - " - }, - "bytecode": { - "tlb": "#F2EC_ n:uint11", - "prefix": "F2EC_", - "operands": [ - { - "name": "n", - "type": "uint", - "size": 11, - "min_value": 0, - "max_value": 2047, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THROWANY", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= n < 2^16` with parameter zero.\nApproximately equivalent to `ZERO` `SWAP` `THROWARGANY`.", - "gas": "76", - "fift": "THROWANY", - "fift_examples": [], - "opcode": "F2F0", - "stack": "n - 0 n" - }, - "bytecode": { "tlb": "#F2F0", "prefix": "F2F0", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": false } - }, - { - "mnemonic": "THROWARGANY", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= n < 2^16` with parameter `x`, transferring control to the continuation in `c2`.\nApproximately equivalent to `c2 PUSHCTR` `2 JMPXARGS`.", - "gas": "76", - "fift": "THROWARGANY", - "fift_examples": [], - "opcode": "F2F1", - "stack": "x n - x n" - }, - "bytecode": { "tlb": "#F2F1", "prefix": "F2F1", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": false } - }, - { - "mnemonic": "THROWANYIF", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= n < 2^16` with parameter zero only if `f!=0`.", - "gas": "26/76", - "fift": "THROWANYIF", - "fift_examples": [], - "opcode": "F2F2", - "stack": "n f - " - }, - "bytecode": { "tlb": "#F2F2", "prefix": "F2F2", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] }, - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THROWARGANYIF", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= n<2^16` with parameter `x` only if `f!=0`.", - "gas": "26/76", - "fift": "THROWARGANYIF", - "fift_examples": [], - "opcode": "F2F3", - "stack": "x n f - " - }, - "bytecode": { "tlb": "#F2F3", "prefix": "F2F3", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "n", "value_types": ["Integer"] }, - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THROWANYIFNOT", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= n<2^16` with parameter zero only if `f=0`.", - "gas": "26/76", - "fift": "THROWANYIFNOT", - "fift_examples": [], - "opcode": "F2F4", - "stack": "n f - " - }, - "bytecode": { "tlb": "#F2F4", "prefix": "F2F4", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] }, - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "THROWARGANYIFNOT", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Throws exception `0 <= n<2^16` with parameter `x` only if `f=0`.", - "gas": "26/76", - "fift": "THROWARGANYIFNOT", - "fift_examples": [], - "opcode": "F2F5", - "stack": "x n f - " - }, - "bytecode": { "tlb": "#F2F5", "prefix": "F2F5", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "n", "value_types": ["Integer"] }, - { "type": "simple", "name": "f", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "TRY", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Sets `c2` to `c'`, first saving the old value of `c2` both into the savelist of `c'` and into the savelist of the current continuation, which is stored into `c.c0` and `c'.c0`. Then runs `c` similarly to `EXECUTE`. If `c` does not throw any exceptions, the original value of `c2` is automatically restored on return from `c`. If an exception occurs, the execution is transferred to `c'`, but the original value of `c2` is restored in the process, so that `c'` can re-throw the exception by `THROWANY` if it cannot handle it by itself.", - "gas": "26", - "fift": "TRY", - "fift_examples": [ - { - "fift": "TRY:<{ code1 }>CATCH<{ code2 }>", - "description": "Equivalent to `<{ code1 }> CONT` `<{ code2 }> CONT` `TRY`." - } - ], - "opcode": "F2FF", - "stack": "c c' - " - }, - "bytecode": { "tlb": "#F2FF", "prefix": "F2FF", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 }, - "c2": { "type": "register", "index": 2 } - } - }, - "c2": { - "type": "variable", - "var_name": "c2", - "save": { - "c0": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 }, - "c2": { "type": "register", "index": 2 } - } - }, - "c2": { "type": "register", "index": 2 } - } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "TRYARGS", - "since_version": 0, - "doc": { - "category": "exceptions", - "description": "Similar to `TRY`, but with `[p] [r] CALLXARGS` internally used instead of `EXECUTE`.\nIn this way, all but the top `0 <= p <= 15` stack elements will be saved into current continuation's stack, and then restored upon return from either `c` or `c'`, with the top `0 <= r <= 15` values of the resulting stack of `c` or `c'` copied as return values.", - "gas": "26", - "fift": "[p] [r] TRYARGS", - "fift_examples": [], - "opcode": "F3pr", - "stack": "c c' - " - }, - "bytecode": { - "tlb": "#F3 p:uint4 r:uint4", - "prefix": "F3", - "operands": [ - { - "name": "p", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - }, - { - "name": "r", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "args", - "length_var": "r", - "array_entry": [{ "type": "simple", "name": "arg" }] - }, - { "type": "simple", "name": "c", "value_types": ["Continuation"] }, - { "type": "simple", "name": "c2", "value_types": ["Continuation"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "c", - "save": { - "c0": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 }, - "c2": { "type": "register", "index": 2 } - } - }, - "c2": { - "type": "variable", - "var_name": "c2", - "save": { - "c0": { - "type": "cc", - "save": { - "c0": { "type": "register", "index": 0 }, - "c1": { "type": "register", "index": 1 }, - "c2": { "type": "register", "index": 2 } - } - }, - "c2": { "type": "register", "index": 2 } - } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "STDICT", - "since_version": 0, - "doc": { - "category": "dict_serial", - "description": "Stores dictionary `D` into _Builder_ `b`, returing the resulting _Builder_ `b'`.\nIn other words, if `D` is a cell, performs `STONE` and `STREF`; if `D` is _Null_, performs `NIP` and `STZERO`; otherwise throws a type checking exception.", - "gas": "26", - "fift": "STDICT\nSTOPTREF", - "fift_examples": [], - "opcode": "F400", - "stack": "D b - b'" - }, - "bytecode": { "tlb": "#F400", "prefix": "F400", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "b", "value_types": ["Builder"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SKIPDICT", - "since_version": 0, - "doc": { - "category": "dict_serial", - "description": "Equivalent to `LDDICT` `NIP`.", - "gas": "26", - "fift": "SKIPDICT\nSKIPOPTREF", - "fift_examples": [], - "opcode": "F401", - "stack": "s - s'" - }, - "bytecode": { "tlb": "#F401", "prefix": "F401", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDDICTS", - "since_version": 0, - "doc": { - "category": "dict_serial", - "description": "Loads (parses) a (_Slice_-represented) dictionary `s'` from _Slice_ `s`, and returns the remainder of `s` as `s''`.\nThis is a ''split function'' for all `HashmapE(n,X)` dictionary types.", - "gas": "26", - "fift": "LDDICTS", - "fift_examples": [], - "opcode": "F402", - "stack": "s - s' s''" - }, - "bytecode": { "tlb": "#F402", "prefix": "F402", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] }, - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PLDDICTS", - "since_version": 0, - "doc": { - "category": "dict_serial", - "description": "Preloads a (_Slice_-represented) dictionary `s'` from _Slice_ `s`.\nApproximately equivalent to `LDDICTS` `DROP`.", - "gas": "26", - "fift": "PLDDICTS", - "fift_examples": [], - "opcode": "F403", - "stack": "s - s'" - }, - "bytecode": { "tlb": "#F403", "prefix": "F403", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDDICT", - "since_version": 0, - "doc": { - "category": "dict_serial", - "description": "Loads (parses) a dictionary `D` from _Slice_ `s`, and returns the remainder of `s` as `s'`. May be applied to dictionaries or to values of arbitrary `(^Y)?` types.", - "gas": "26", - "fift": "LDDICT\nLDOPTREF", - "fift_examples": [], - "opcode": "F404", - "stack": "s - D s'" - }, - "bytecode": { "tlb": "#F404", "prefix": "F404", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PLDDICT", - "since_version": 0, - "doc": { - "category": "dict_serial", - "description": "Preloads a dictionary `D` from _Slice_ `s`.\nApproximately equivalent to `LDDICT` `DROP`.", - "gas": "26", - "fift": "PLDDICT\nPLDOPTREF", - "fift_examples": [], - "opcode": "F405", - "stack": "s - D" - }, - "bytecode": { "tlb": "#F405", "prefix": "F405", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDDICTQ", - "since_version": 0, - "doc": { - "category": "dict_serial", - "description": "A quiet version of `LDDICT`.", - "gas": "26", - "fift": "LDDICTQ", - "fift_examples": [], - "opcode": "F406", - "stack": "s - D s' -1 or s 0" - }, - "bytecode": { "tlb": "#F406", "prefix": "F406", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "s", - "value_types": ["Integer"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PLDDICTQ", - "since_version": 0, - "doc": { - "category": "dict_serial", - "description": "A quiet version of `PLDDICT`.", - "gas": "26", - "fift": "PLDDICTQ", - "fift_examples": [], - "opcode": "F407", - "stack": "s - D -1 or 0" - }, - "bytecode": { "tlb": "#F407", "prefix": "F407", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTGET", - "since_version": 0, - "doc": { - "category": "dict_get", - "description": "Looks up key `k` (represented by a _Slice_, the first `0 <= n <= 1023` data bits of which are used as a key) in dictionary `D` of type `HashmapE(n,X)` with `n`-bit keys.\nOn success, returns the value found as a _Slice_ `x`.", - "gas": "", - "fift": "DICTGET", - "fift_examples": [], - "opcode": "F40A", - "stack": "k D n - x -1 or 0" - }, - "bytecode": { "tlb": "#F40A", "prefix": "F40A", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "k", "value_types": ["Slice"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTGETREF", - "since_version": 0, - "doc": { - "category": "dict_get", - "description": "Similar to `DICTGET`, but with a `LDREF` `ENDS` applied to `x` on success.\nThis operation is useful for dictionaries of type `HashmapE(n,^Y)`.", - "gas": "", - "fift": "DICTGETREF", - "fift_examples": [], - "opcode": "F40B", - "stack": "k D n - c -1 or 0" - }, - "bytecode": { "tlb": "#F40B", "prefix": "F40B", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "k", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTIGET", - "since_version": 0, - "doc": { - "category": "dict_get", - "description": "Similar to `DICTGET`, but with a signed (big-endian) `n`-bit _Integer_ `i` as a key. If `i` does not fit into `n` bits, returns `0`. If `i` is a `NaN`, throws an integer overflow exception.", - "gas": "", - "fift": "DICTIGET", - "fift_examples": [], - "opcode": "F40C", - "stack": "i D n - x -1 or 0" - }, - "bytecode": { "tlb": "#F40C", "prefix": "F40C", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Cell", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTIGETREF", - "since_version": 0, - "doc": { - "category": "dict_get", - "description": "Combines `DICTIGET` with `DICTGETREF`: it uses signed `n`-bit _Integer_ `i` as a key and returns a _Cell_ instead of a _Slice_ on success.", - "gas": "", - "fift": "DICTIGETREF", - "fift_examples": [], - "opcode": "F40D", - "stack": "i D n - c -1 or 0" - }, - "bytecode": { "tlb": "#F40D", "prefix": "F40D", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Cell", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTUGET", - "since_version": 0, - "doc": { - "category": "dict_get", - "description": "Similar to `DICTIGET`, but with _unsigned_ (big-endian) `n`-bit _Integer_ `i` used as a key.", - "gas": "", - "fift": "DICTUGET", - "fift_examples": [], - "opcode": "F40E", - "stack": "i D n - x -1 or 0" - }, - "bytecode": { "tlb": "#F40E", "prefix": "F40E", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Cell", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - 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"category": "dict_prefix", - "description": "", - "gas": "", - "fift": "PFXDICTREPLACE", - "fift_examples": [], - "opcode": "F471", - "stack": "x k D n - D' -1 or D 0" - }, - "bytecode": { "tlb": "#F471", "prefix": "F471", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "k", "value_types": ["Slice"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - 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"value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "k", "value_types": ["Slice"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x2", - "value_types": ["Slice"] - }, - { "type": "simple", "name": "k2", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTGETPREVEQ", - "since_version": 0, - "doc": { - "category": "dict_next", - "description": "Similar to `DICTGETPREV`, but computes the maximal key `k'` lexicographically smaller than or equal to `k`.", - "gas": "", - "fift": "DICTGETPREVEQ", - 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"category": "dict_next", - "description": "Similar to `DICTGETNEXTEQ`, but interprets keys as signed `n`-bit integers.", - "gas": "", - "fift": "DICTIGETNEXTEQ", - "fift_examples": [], - "opcode": "F479", - "stack": "i D n - x' i' -1 or 0" - }, - "bytecode": { "tlb": "#F479", "prefix": "F479", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x2", - "value_types": ["Slice"] - }, - { - "type": "simple", - "name": "i2", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - 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{ "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x2", - "value_types": ["Slice"] - }, - { - "type": "simple", - "name": "i2", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTUGETPREV", - "since_version": 0, - "doc": { - "category": "dict_next", - "description": "Similar to `DICTGETPREV`, but interprets keys as unsigned `n`-bit integers.", - "gas": "", - "fift": "DICTUGETPREV", - "fift_examples": [], - "opcode": "F47E", - "stack": "i D n - x' i' -1 or 0" - }, - "bytecode": { "tlb": "#F47E", "prefix": "F47E", "operands": [] }, - 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"gas": "", - "fift": "DICTMINREF", - "fift_examples": [], - "opcode": "F483", - "stack": "D n - c k -1 or 0" - }, - "bytecode": { "tlb": "#F483", "prefix": "F483", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { "type": "simple", "name": "k", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTIMIN", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTMIN`, but computes the minimal key `i` under the assumption that all keys are big-endian signed `n`-bit integers. 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"doc": { - "category": "dict_min", - "description": "Similar to `DICTIMIN`, but returns the only reference in the value.", - "gas": "", - "fift": "DICTIMINREF", - "fift_examples": [], - "opcode": "F485", - "stack": "D n - c i -1 or 0" - }, - "bytecode": { "tlb": "#F485", "prefix": "F485", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTUMIN", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTMIN`, but returns the key as an unsigned `n`-bit _Integer_ `i`.", - "gas": "", - "fift": "DICTUMIN", - "fift_examples": [], - "opcode": "F486", - "stack": "D n - x i -1 or 0" - }, - "bytecode": { "tlb": "#F486", "prefix": "F486", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTUMINREF", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTUMIN`, but returns the only reference in the value.", - "gas": "", - "fift": "DICTUMINREF", - "fift_examples": [], - "opcode": "F487", - "stack": "D n - c i -1 or 0" - }, - "bytecode": { "tlb": "#F487", "prefix": "F487", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTMAX", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Computes the maximal key `k` (represented by a _Slice_ with `n` data bits) in dictionary `D`, and returns `k` along with the associated value `x`.", - "gas": "", - "fift": "DICTMAX", - "fift_examples": [], - "opcode": "F48A", - "stack": "D n - x k -1 or 0" - }, - "bytecode": { "tlb": "#F48A", "prefix": "F48A", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "k", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTMAXREF", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTMAX`, but returns the only reference in the value.", - "gas": "", - "fift": "DICTMAXREF", - "fift_examples": [], - "opcode": "F48B", - "stack": "D n - c k -1 or 0" - }, - "bytecode": { "tlb": "#F48B", "prefix": "F48B", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { "type": "simple", "name": "k", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTIMAX", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTMAX`, but computes the maximal key `i` under the assumption that all keys are big-endian signed `n`-bit integers. 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"doc": { - "category": "dict_min", - "description": "Similar to `DICTIMAX`, but returns the only reference in the value.", - "gas": "", - "fift": "DICTIMAXREF", - "fift_examples": [], - "opcode": "F48D", - "stack": "D n - c i -1 or 0" - }, - "bytecode": { "tlb": "#F48D", "prefix": "F48D", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTUMAX", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTMAX`, but returns the key as an unsigned `n`-bit _Integer_ `i`.", - "gas": "", - "fift": "DICTUMAX", - "fift_examples": [], - "opcode": "F48E", - "stack": "D n - x i -1 or 0" - }, - "bytecode": { "tlb": "#F48E", "prefix": "F48E", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTUMAXREF", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTUMAX`, but returns the only reference in the value.", - "gas": "", - "fift": "DICTUMAXREF", - "fift_examples": [], - "opcode": "F48F", - "stack": "D n - c i -1 or 0" - }, - "bytecode": { "tlb": "#F48F", "prefix": "F48F", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTREMMIN", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Computes the minimal key `k` (represented by a _Slice_ with `n` data bits) in dictionary `D`, removes `k` from the dictionary, and returns `k` along with the associated value `x` and the modified dictionary `D'`.", - "gas": "", - "fift": "DICTREMMIN", - "fift_examples": [], - "opcode": "F492", - "stack": "D n - D' x k -1 or D 0" - }, - "bytecode": { "tlb": "#F492", "prefix": "F492", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - 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"name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { "type": "simple", "name": "k", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTIREMMIN", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTREMMIN`, but computes the minimal key `i` under the assumption that all keys are big-endian signed `n`-bit integers. Notice that the key and value returned may differ from those computed by `DICTREMMIN` and `DICTUREMMIN`.", - "gas": "", - "fift": "DICTIREMMIN", - "fift_examples": [], - "opcode": "F494", - "stack": "D n - D' x i -1 or D 0" - }, - "bytecode": { "tlb": "#F494", "prefix": "F494", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTIREMMINREF", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTIREMMIN`, but returns the only reference in the value.", - "gas": "", - "fift": "DICTIREMMINREF", - "fift_examples": [], - "opcode": "F495", - "stack": "D n - D' c i -1 or D 0" - }, - "bytecode": { "tlb": "#F495", "prefix": "F495", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTUREMMIN", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTREMMIN`, but returns the key as an unsigned `n`-bit _Integer_ `i`.", - "gas": "", - "fift": "DICTUREMMIN", - "fift_examples": [], - "opcode": "F496", - "stack": "D n - D' x i -1 or D 0" - }, - "bytecode": { "tlb": "#F496", "prefix": "F496", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTUREMMINREF", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTUREMMIN`, but returns the only reference in the value.", - "gas": "", - "fift": "DICTUREMMINREF", - "fift_examples": [], - "opcode": "F497", - "stack": "D n - D' c i -1 or D 0" - }, - "bytecode": { "tlb": "#F497", "prefix": "F497", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTREMMAX", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Computes the maximal key `k` (represented by a _Slice_ with `n` data bits) in dictionary `D`, removes `k` from the dictionary, and returns `k` along with the associated value `x` and the modified dictionary `D'`.", - "gas": "", - "fift": "DICTREMMAX", - "fift_examples": [], - "opcode": "F49A", - "stack": "D n - D' x k -1 or D 0" - }, - "bytecode": { "tlb": "#F49A", "prefix": "F49A", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "k", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTREMMAXREF", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTREMMAX`, but returns the only reference in the value as a _Cell_ `c`.", - "gas": "", - "fift": "DICTREMMAXREF", - "fift_examples": [], - "opcode": "F49B", - "stack": "D n - D' c k -1 or D 0" - }, - "bytecode": { "tlb": "#F49B", "prefix": "F49B", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { "type": "simple", "name": "k", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTIREMMAX", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTREMMAX`, but computes the minimal key `i` under the assumption that all keys are big-endian signed `n`-bit integers. Notice that the key and value returned may differ from those computed by `DICTREMMAX` and `DICTUREMMAX`.", - "gas": "", - "fift": "DICTIREMMAX", - "fift_examples": [], - "opcode": "F49C", - "stack": "D n - D' x i -1 or D 0" - }, - "bytecode": { "tlb": "#F49C", "prefix": "F49C", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTIREMMAXREF", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTIREMMAX`, but returns the only reference in the value.", - "gas": "", - "fift": "DICTIREMMAXREF", - "fift_examples": [], - "opcode": "F49D", - "stack": "D n - D' c i -1 or D 0" - }, - "bytecode": { "tlb": "#F49D", "prefix": "F49D", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTUREMMAX", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTREMMAX`, but returns the key as an unsigned `n`-bit _Integer_ `i`.", - "gas": "", - "fift": "DICTUREMMAX", - "fift_examples": [], - "opcode": "F49E", - "stack": "D n - D' x i -1 or D 0" - }, - "bytecode": { "tlb": "#F49E", "prefix": "F49E", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTUREMMAXREF", - "since_version": 0, - "doc": { - "category": "dict_min", - "description": "Similar to `DICTUREMMAX`, but returns the only reference in the value.", - "gas": "", - "fift": "DICTUREMMAXREF", - "fift_examples": [], - "opcode": "F49F", - "stack": "D n - D' c i -1 or D 0" - }, - "bytecode": { "tlb": "#F49F", "prefix": "F49F", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { - "type": "simple", - "name": "D", - "value_types": ["Slice", "Null"] - } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "D2", - "value_types": ["Slice", "Null"] - }, - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { - "type": "simple", - "name": "i", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DICTIGETJMP", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "Similar to `DICTIGET`, but with `x` `BLESS`ed into a continuation with a subsequent `JMPX` to it on success. On failure, does nothing. This is useful for implementing `switch`/`case` constructions.", - "gas": "", - "fift": "DICTIGETJMP", - "fift_examples": [], - "opcode": "F4A0", - "stack": "i D n - " - }, - "bytecode": { "tlb": "#F4A0", "prefix": "F4A0", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "x" }], - "nobranch": false - } - }, - { - "mnemonic": "DICTUGETJMP", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "Similar to `DICTIGETJMP`, but performs `DICTUGET` instead of `DICTIGET`.", - "gas": "", - "fift": "DICTUGETJMP", - "fift_examples": [], - "opcode": "F4A1", - "stack": "i D n - " - }, - "bytecode": { "tlb": "#F4A1", "prefix": "F4A1", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "x" }], - "nobranch": false - } - }, - { - "mnemonic": "DICTIGETEXEC", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "Similar to `DICTIGETJMP`, but with `EXECUTE` instead of `JMPX`.", - "gas": "", - "fift": "DICTIGETEXEC", - "fift_examples": [], - "opcode": "F4A2", - "stack": "i D n - " - }, - "bytecode": { "tlb": "#F4A2", "prefix": "F4A2", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "x", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "DICTUGETEXEC", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "Similar to `DICTUGETJMP`, but with `EXECUTE` instead of `JMPX`.", - "gas": "", - "fift": "DICTUGETEXEC", - "fift_examples": [], - "opcode": "F4A3", - "stack": "i D n - " - }, - "bytecode": { "tlb": "#F4A3", "prefix": "F4A3", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "x", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "DICTPUSHCONST", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "Pushes a non-empty constant dictionary `D` (as a `Cell^?`) along with its key length `0 <= n <= 1023`, stored as a part of the instruction. The dictionary itself is created from the first of remaining references of the current continuation. In this way, the complete `DICTPUSHCONST` instruction can be obtained by first serializing `xF4A4_`, then the non-empty dictionary itself (one `1` bit and a cell reference), and then the unsigned 10-bit integer `n` (as if by a `STU 10` instruction). An empty dictionary can be pushed by a `NEWDICT` primitive instead.", - "gas": "34", - "fift": "[ref] [n] DICTPUSHCONST", - "fift_examples": [], - "opcode": "F4A6_n", - "stack": " - D n" - }, - "bytecode": { - "tlb": "#F4A6_ d:^Cell n:uint10", - "prefix": "F4A6_", - "operands": [ - { - "name": "d", - "type": "ref", - "display_hints": [{ "type": "dictionary", "size_var": "n" }] - }, - { - "name": "n", - "type": "uint", - "size": 10, - "min_value": 0, - "max_value": 1023, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PFXDICTGETQ", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "Looks up the unique prefix of _Slice_ `s` present in the prefix code dictionary represented by `Cell^?` `D` and `0 <= n <= 1023`. If found, the prefix of `s` is returned as `s'`, and the corresponding value (also a _Slice_) as `x`. The remainder of `s` is returned as a _Slice_ `s''`. If no prefix of `s` is a key in prefix code dictionary `D`, returns the unchanged `s` and a zero flag to indicate failure.", - "gas": "", - "fift": "PFXDICTGETQ", - "fift_examples": [], - "opcode": "F4A8", - "stack": "s D n - s' x s'' -1 or s 0" - }, - "bytecode": { "tlb": "#F4A8", "prefix": "F4A8", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "s2", - "value_types": ["Slice"] - }, - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PFXDICTGET", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "Similar to `PFXDICTGET`, but throws a cell deserialization failure exception on failure.", - "gas": "", - "fift": "PFXDICTGET", - "fift_examples": [], - "opcode": "F4A9", - "stack": "s D n - s' x s''" - }, - "bytecode": { "tlb": "#F4A9", "prefix": "F4A9", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] }, - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PFXDICTGETJMP", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "Similar to `PFXDICTGETQ`, but on success `BLESS`es the value `x` into a _Continuation_ and transfers control to it as if by a `JMPX`. On failure, returns `s` unchanged and continues execution.", - "gas": "", - "fift": "PFXDICTGETJMP", - "fift_examples": [], - "opcode": "F4AA", - "stack": "s D n - s' s'' or s" - }, - "bytecode": { "tlb": "#F4AA", "prefix": "F4AA", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "x" }], - "nobranch": false - } - }, - { - "mnemonic": "PFXDICTGETEXEC", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "Similar to `PFXDICTGETJMP`, but `EXEC`utes the continuation found instead of jumping to it. On failure, throws a cell deserialization exception.", - "gas": "", - "fift": "PFXDICTGETEXEC", - "fift_examples": [], - "opcode": "F4AB", - "stack": "s D n - s' s''" - }, - "bytecode": { "tlb": "#F4AB", "prefix": "F4AB", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] }, - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "x", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "PFXDICTCONSTGETJMP", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "Combines `[n] DICTPUSHCONST` for `0 <= n <= 1023` with `PFXDICTGETJMP`.", - "gas": "", - "fift": "[ref] [n] PFXDICTCONSTGETJMP\n[ref] [n] PFXDICTSWITCH", - "fift_examples": [], - "opcode": "F4AE_n", - "stack": "s - s' s'' or s" - }, - "bytecode": { - "tlb": "#F4AE_ d:^Cell n:uint10", - "prefix": "F4AE_", - "operands": [ - { - "name": "d", - "type": "ref", - "display_hints": [{ "type": "dictionary", "size_var": "n" }] - }, - { - "name": "n", - "type": "uint", - "size": 10, - "min_value": 0, - "max_value": 1023, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "x" }], - "nobranch": false - } - }, - { - "mnemonic": "DICTIGETJMPZ", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "A variant of `DICTIGETJMP` that returns index `i` on failure.", - "gas": "", - "fift": "DICTIGETJMPZ", - "fift_examples": [], - "opcode": "F4BC", - "stack": "i D n - i or nothing" - }, - "bytecode": { "tlb": "#F4BC", "prefix": "F4BC", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "x" }], - "nobranch": false - } - }, - { - "mnemonic": "DICTUGETJMPZ", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "A variant of `DICTUGETJMP` that returns index `i` on failure.", - "gas": "", - "fift": "DICTUGETJMPZ", - "fift_examples": [], - "opcode": "F4BD", - "stack": "i D n - i or nothing" - }, - "bytecode": { "tlb": "#F4BD", "prefix": "F4BD", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { - "branches": [{ "type": "variable", "var_name": "x" }], - "nobranch": false - } - }, - { - "mnemonic": "DICTIGETEXECZ", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "A variant of `DICTIGETEXEC` that returns index `i` on failure.", - "gas": "", - "fift": "DICTIGETEXECZ", - "fift_examples": [], - "opcode": "F4BE", - "stack": "i D n - i or nothing" - }, - "bytecode": { "tlb": "#F4BE", "prefix": "F4BE", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "x", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "DICTUGETEXECZ", - "since_version": 0, - "doc": { - "category": "dict_special", - "description": "A variant of `DICTUGETEXEC` that returns index `i` on failure.", - "gas": "", - "fift": "DICTUGETEXECZ", - "fift_examples": [], - "opcode": "F4BF", - "stack": "i D n - i or nothing" - }, - "bytecode": { "tlb": "#F4BF", "prefix": "F4BF", "operands": [] }, - "value_flow": { - "inputs": { "registers": [] }, - "outputs": { "registers": [] } - }, - "control_flow": { - "branches": [ - { - "type": "variable", - "var_name": "x", - "save": { - "c0": { - "type": "cc", - "save": { "c0": { "type": "register", "index": 0 } } - } - } - } - ], - "nobranch": false - } - }, - { - "mnemonic": "SUBDICTGET", - "since_version": 0, - "doc": { - "category": "dict_sub", - "description": "Constructs a subdictionary consisting of all keys beginning with prefix `k` (represented by a _Slice_, the first `0 <= l <= n <= 1023` data bits of which are used as a key) of length `l` in dictionary `D` of type `HashmapE(n,X)` with `n`-bit keys. On success, returns the new subdictionary of the same type `HashmapE(n,X)` as a _Slice_ `D'`.", - "gas": "", - "fift": "SUBDICTGET", - "fift_examples": [], - "opcode": "F4B1", - "stack": "k l D n - D'" - }, - "bytecode": { "tlb": "#F4B1", "prefix": "F4B1", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "k", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "D2", "value_types": ["Slice", "Null"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SUBDICTIGET", - "since_version": 0, - "doc": { - "category": "dict_sub", - "description": "Variant of `SUBDICTGET` with the prefix represented by a signed big-endian `l`-bit _Integer_ `x`, where necessarily `l <= 257`.", - "gas": "", - "fift": "SUBDICTIGET", - "fift_examples": [], - "opcode": "F4B2", - "stack": "x l D n - D'" - }, - "bytecode": { "tlb": "#F4B2", "prefix": "F4B2", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "D2", "value_types": ["Slice", "Null"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SUBDICTUGET", - "since_version": 0, - "doc": { - "category": "dict_sub", - "description": "Variant of `SUBDICTGET` with the prefix represented by an unsigned big-endian `l`-bit _Integer_ `x`, where necessarily `l <= 256`.", - "gas": "", - "fift": "SUBDICTUGET", - "fift_examples": [], - "opcode": "F4B3", - "stack": "x l D n - D'" - }, - "bytecode": { "tlb": "#F4B3", "prefix": "F4B3", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "D2", "value_types": ["Slice", "Null"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SUBDICTRPGET", - "since_version": 0, - "doc": { - "category": "dict_sub", - "description": "Similar to `SUBDICTGET`, but removes the common prefix `k` from all keys of the new dictionary `D'`, which becomes of type `HashmapE(n-l,X)`.", - "gas": "", - "fift": "SUBDICTRPGET", - "fift_examples": [], - "opcode": "F4B5", - "stack": "k l D n - D'" - }, - "bytecode": { "tlb": "#F4B5", "prefix": "F4B5", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "k", "value_types": ["Slice"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "D2", "value_types": ["Slice", "Null"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SUBDICTIRPGET", - "since_version": 0, - "doc": { - "category": "dict_sub", - "description": "Variant of `SUBDICTRPGET` with the prefix represented by a signed big-endian `l`-bit _Integer_ `x`, where necessarily `l <= 257`.", - "gas": "", - "fift": "SUBDICTIRPGET", - "fift_examples": [], - "opcode": "F4B6", - "stack": "x l D n - D'" - }, - "bytecode": { "tlb": "#F4B6", "prefix": "F4B6", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "D2", "value_types": ["Slice", "Null"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SUBDICTURPGET", - "since_version": 0, - "doc": { - "category": "dict_sub", - "description": "Variant of `SUBDICTRPGET` with the prefix represented by an unsigned big-endian `l`-bit _Integer_ `x`, where necessarily `l <= 256`.", - "gas": "", - "fift": "SUBDICTURPGET", - "fift_examples": [], - "opcode": "F4B7", - "stack": "x l D n - D'" - }, - "bytecode": { "tlb": "#F4B7", "prefix": "F4B7", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "l", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Slice", "Null"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "D2", "value_types": ["Slice", "Null"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ACCEPT", - "since_version": 0, - "doc": { - "category": "app_gas", - "description": "Sets current gas limit `g_l` to its maximal allowed value `g_m`, and resets the gas credit `g_c` to zero, decreasing the value of `g_r` by `g_c` in the process.\nIn other words, the current smart contract agrees to buy some gas to finish the current transaction. This action is required to process external messages, which bring no value (hence no gas) with themselves.", - "gas": "26", - "fift": "ACCEPT", - "fift_examples": [], - "opcode": "F800", - "stack": "-" - }, - "bytecode": { "tlb": "#F800", "prefix": "F800", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "special", "name": "gas" }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "special", "name": "gas" }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETGASLIMIT", - "since_version": 0, - "doc": { - "category": "app_gas", - "description": "Sets current gas limit `g_l` to the minimum of `g` and `g_m`, and resets the gas credit `g_c` to zero. If the gas consumed so far (including the present instruction) exceeds the resulting value of `g_l`, an (unhandled) out of gas exception is thrown before setting new gas limits. Notice that `SETGASLIMIT` with an argument `g >= 2^63-1` is equivalent to `ACCEPT`.", - "gas": "26", - "fift": "SETGASLIMIT", - "fift_examples": [], - "opcode": "F801", - "stack": "g - " - }, - "bytecode": { "tlb": "#F801", "prefix": "F801", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "g", "value_types": ["Integer"] } - ], - "registers": [{ "type": "special", "name": "gas" }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "special", "name": "gas" }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GASCONSUMED", - "since_version": 4, - "doc": { - "category": "app_gas", - "description": "Returns gas consumed by VM so far (including this instruction).", - "gas": "26", - "fift": "GASCONSUMED", - "fift_examples": [], - "opcode": "F807", - "stack": "- g_c" - }, - "bytecode": { "tlb": "#F807", "prefix": "F807", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "g_c", "value_types": ["Integer"] } - ], - "registers": [{ "type": "special", "name": "gas" }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "COMMIT", - "since_version": 0, - "doc": { - "category": "app_gas", - "description": "Commits the current state of registers `c4` (''persistent data'') and `c5` (''actions'') so that the current execution is considered ''successful'' with the saved values even if an exception is thrown later.", - "gas": "26", - "fift": "COMMIT", - "fift_examples": [], - "opcode": "F80F", - "stack": "-" - }, - "bytecode": { "tlb": "#F80F", "prefix": "F80F", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [ - { "type": "constant", "index": 4 }, - { "type": "constant", "index": 5 } - ] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "special", "name": "cstate" }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RANDU256", - "since_version": 0, - "doc": { - "category": "app_rnd", - "description": "Generates a new pseudo-random unsigned 256-bit _Integer_ `x`. The algorithm is as follows: if `r` is the old value of the random seed, considered as a 32-byte array (by constructing the big-endian representation of an unsigned 256-bit integer), then its `sha512(r)` is computed; the first 32 bytes of this hash are stored as the new value `r'` of the random seed, and the remaining 32 bytes are returned as the next random value `x`.", - "gas": "26+|c7|+|c1_1|", - "fift": "RANDU256", - "fift_examples": [], - "opcode": "F810", - "stack": "- x" - }, - "bytecode": { "tlb": "#F810", "prefix": "F810", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RAND", - "since_version": 0, - "doc": { - "category": "app_rnd", - "description": "Generates a new pseudo-random integer `z` in the range `0...y-1` (or `y...-1`, if `y<0`). More precisely, an unsigned random value `x` is generated as in `RAND256U`; then `z:=floor(x*y/2^256)` is computed.\nEquivalent to `RANDU256` `256 MULRSHIFT`.", - "gas": "26+|c7|+|c1_1|", - "fift": "RAND", - "fift_examples": [], - "opcode": "F811", - "stack": "y - z" - }, - "bytecode": { "tlb": "#F811", "prefix": "F811", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "z", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETRAND", - "since_version": 0, - "doc": { - "category": "app_rnd", - "description": "Sets the random seed to unsigned 256-bit _Integer_ `x`.", - "gas": "26+|c7|+|c1_1|", - "fift": "SETRAND", - "fift_examples": [], - "opcode": "F814", - "stack": "x - " - }, - "bytecode": { "tlb": "#F814", "prefix": "F814", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ADDRAND", - "since_version": 0, - "doc": { - "category": "app_rnd", - "description": "Mixes unsigned 256-bit _Integer_ `x` into the random seed `r` by setting the random seed to `Sha` of the concatenation of two 32-byte strings: the first with the big-endian representation of the old seed `r`, and the second with the big-endian representation of `x`.", - "gas": "26", - "fift": "ADDRAND\nRANDOMIZE", - "fift_examples": [], - "opcode": "F815", - "stack": "x - " - }, - "bytecode": { "tlb": "#F815", "prefix": "F815", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GETPARAM", - "since_version": 0, - "doc": { - "category": "app_config", - "description": "Returns the `i`-th parameter from the _Tuple_ provided at `c7` for `0 <= i <= 15`. Equivalent to `c7 PUSHCTR` `FIRST` `[i] INDEX`.\nIf one of these internal operations fails, throws an appropriate type checking or range checking exception.", - "gas": "26", - "fift": "[i] GETPARAM", - "fift_examples": [], - "opcode": "F82i", - "stack": " - x" - }, - "bytecode": { - "tlb": "#F82 i:uint4", - "prefix": "F82", - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CONFIGDICT", - "since_version": 0, - "doc": { - "category": "app_config", - "description": "Returns the global configuration dictionary along with its key length (32).\nEquivalent to `CONFIGROOT` `32 PUSHINT`.", - "gas": "26", - "fift": "CONFIGDICT", - "fift_examples": [], - "opcode": "F830", - "stack": " - D 32" - }, - "bytecode": { "tlb": "#F830", "prefix": "F830", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice", "Null"] }, - { "type": "const", "value": 32, "value_type": "Integer" } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CONFIGPARAM", - "since_version": 0, - "doc": { - "category": "app_config", - "description": "Returns the value of the global configuration parameter with integer index `i` as a _Cell_ `c`, and a flag to indicate success.\nEquivalent to `CONFIGDICT` `DICTIGETREF`.", - "gas": "", - "fift": "CONFIGPARAM", - "fift_examples": [], - "opcode": "F832", - "stack": "i - c -1 or 0" - }, - "bytecode": { "tlb": "#F832", "prefix": "F832", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CONFIGOPTPARAM", - "since_version": 0, - "doc": { - "category": "app_config", - "description": "Returns the value of the global configuration parameter with integer index `i` as a _Maybe Cell_ `c^?`.\nEquivalent to `CONFIGDICT` `DICTIGETOPTREF`.", - "gas": "", - "fift": "CONFIGOPTPARAM", - "fift_examples": [], - "opcode": "F833", - "stack": "i - c^?" - }, - "bytecode": { "tlb": "#F833", "prefix": "F833", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell", "Null"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PREVMCBLOCKS", - "since_version": 4, - "doc": { - "category": "app_config", - "description": "Retrives `last_mc_blocks` part of PrevBlocksInfo from c7 (parameter 13).", - "gas": "", - "fift": "PREVMCBLOCKS", - "fift_examples": [], - "opcode": "F83400", - "stack": "- t" - }, - "bytecode": { "tlb": "#F83400", "prefix": "F83400", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PREVKEYBLOCK", - "since_version": 4, - "doc": { - "category": "app_config", - "description": "Retrives `prev_key_block` part of PrevBlocksInfo from c7 (parameter 13).", - "gas": "", - "fift": "PREVKEYBLOCK", - "fift_examples": [], - "opcode": "F83401", - "stack": "- t" - }, - "bytecode": { "tlb": "#F83401", "prefix": "F83401", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GLOBALID", - "since_version": 4, - "doc": { - "category": "app_config", - "description": "Retrieves `global_id` from 19 network config.", - "gas": "", - "fift": "GLOBALID", - "fift_examples": [], - "opcode": "F835", - "stack": "- i" - }, - "bytecode": { "tlb": "#F835", "prefix": "F835", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "i", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GETGASFEE", - "since_version": 6, - "doc": { - "category": "app_config", - "description": "Calculates gas fee", - "gas": "", - "fift": "GETGASFEE", - "fift_examples": [], - "opcode": "F836", - "stack": "gas_used is_mc - price" - }, - "bytecode": { "tlb": "#F836", "prefix": "F836", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "simple", - "name": "gas_used", - "value_types": ["Integer"] - }, - { "type": "simple", "name": "is_mc", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "price", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GETSTORAGEFEE", - "since_version": 6, - "doc": { - "category": "app_config", - "description": "Calculates storage fees (only current StoragePrices entry is used).", - "gas": "", - "fift": "GETSTORAGEFEE", - "fift_examples": [], - "opcode": "F837", - "stack": "cells bits seconds is_mc - price" - }, - "bytecode": { "tlb": "#F837", "prefix": "F837", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "cells", "value_types": ["Integer"] }, - { "type": "simple", "name": "bits", "value_types": ["Integer"] }, - { "type": "simple", "name": "seconds", "value_types": ["Integer"] }, - { "type": "simple", "name": "is_mc", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "price", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GETFORWARDFEE", - "since_version": 6, - "doc": { - "category": "app_config", - "description": "Calculates forward fee.", - "gas": "", - "fift": "GETFORWARDFEE", - "fift_examples": [], - "opcode": "F838", - "stack": "cells bits is_mc - price" - }, - "bytecode": { "tlb": "#F838", "prefix": "F838", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "cells", "value_types": ["Integer"] }, - { "type": "simple", "name": "bits", "value_types": ["Integer"] }, - { "type": "simple", "name": "is_mc", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "price", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GETPRECOMPILEDGAS", - "since_version": 6, - "doc": { - "category": "app_config", - "description": "Returns gas usage for the current contract if it is precompiled, `null` otherwise.", - "gas": "", - "fift": "GETPRECOMPILEDGAS", - "fift_examples": [], - "opcode": "F839", - "stack": "- x" - }, - "bytecode": { "tlb": "#F839", "prefix": "F839", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GETORIGINALFWDFEE", - "since_version": 6, - "doc": { - "category": "app_config", - "description": "Calculate `fwd_fee * 2^16 / first_frac`. Can be used to get the original `fwd_fee` of the message.", - "gas": "", - "fift": "GETORIGINALFWDFEE", - "fift_examples": [], - "opcode": "F83A", - "stack": "fwd_fee is_mc - orig_fwd_fee" - }, - "bytecode": { "tlb": "#F83A", "prefix": "F83A", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "fwd_fee", "value_types": ["Integer"] }, - { "type": "simple", "name": "is_mc", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { - "type": "simple", - "name": "orig_fwd_fee", - "value_types": ["Integer"] - } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GETGASFEESIMPLE", - "since_version": 6, - "doc": { - "category": "app_config", - "description": "Same as `GETGASFEE`, but without flat price (just `(gas_used * price) / 2^16)`.", - "gas": "", - "fift": "GETGASFEESIMPLE", - "fift_examples": [], - "opcode": "F83B", - "stack": "gas_used is_mc - price" - }, - "bytecode": { "tlb": "#F83B", "prefix": "F83B", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "simple", - "name": "gas_used", - "value_types": ["Integer"] - }, - { "type": "simple", "name": "is_mc", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "price", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GETFORWARDFEESIMPLE", - "since_version": 6, - "doc": { - "category": "app_config", - "description": "Same as `GETFORWARDFEE`, but without lump price (just (`bits*bit_price + cells*cell_price) / 2^16`).", - "gas": "", - "fift": "GETFORWARDFEESIMPLE", - "fift_examples": [], - "opcode": "F83C", - "stack": "cells bits is_mc - price" - }, - "bytecode": { "tlb": "#F83C", "prefix": "F83C", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "cells", "value_types": ["Integer"] }, - { "type": "simple", "name": "bits", "value_types": ["Integer"] }, - { "type": "simple", "name": "is_mc", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "price", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GETGLOBVAR", - "since_version": 0, - "doc": { - "category": "app_global", - "description": "Returns the `k`-th global variable for `0 <= k < 255`.\nEquivalent to `c7 PUSHCTR` `SWAP` `INDEXVARQ`.", - "gas": "26", - "fift": "GETGLOBVAR", - "fift_examples": [], - "opcode": "F840", - "stack": "k - x" - }, - "bytecode": { "tlb": "#F840", "prefix": "F840", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "k", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "GETGLOB", - "since_version": 0, - "doc": { - "category": "app_global", - "description": "Returns the `k`-th global variable for `1 <= k <= 31`.\nEquivalent to `c7 PUSHCTR` `[k] INDEXQ`.", - "gas": "26", - "fift": "[k] GETGLOB", - "fift_examples": [], - "opcode": "F85_k", - "stack": " - x" - }, - "bytecode": { - "tlb": "#F85_ k:(## 5) {1 <= k}", - "prefix": "F85_", - "operands_range_check": { "length": 5, "from": 1, "to": 31 }, - "operands": [ - { - "name": "k", - "type": "uint", - "size": 5, - "min_value": 1, - "max_value": 31, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETGLOBVAR", - "since_version": 0, - "doc": { - "category": "app_global", - "description": "Assigns `x` to the `k`-th global variable for `0 <= k < 255`.\nEquivalent to `c7 PUSHCTR` `ROTREV` `SETINDEXVARQ` `c7 POPCTR`.", - "gas": "26+|c7'|", - "fift": "SETGLOBVAR", - "fift_examples": [], - "opcode": "F860", - "stack": "x k - " - }, - "bytecode": { "tlb": "#F860", "prefix": "F860", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x" }, - { "type": "simple", "name": "k", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETGLOB", - "since_version": 0, - "doc": { - "category": "app_global", - "description": "Assigns `x` to the `k`-th global variable for `1 <= k <= 31`.\nEquivalent to `c7 PUSHCTR` `SWAP` `k SETINDEXQ` `c7 POPCTR`.", - "gas": "26+|c7'|", - "fift": "[k] SETGLOB", - "fift_examples": [], - "opcode": "F87_k", - "stack": "x - " - }, - "bytecode": { - "tlb": "#F87_ k:(## 5) {1 <= k}", - "prefix": "F87_", - "operands_range_check": { "length": 5, "from": 1, "to": 31 }, - "operands": [ - { - "name": "k", - "type": "uint", - "size": 5, - "min_value": 1, - "max_value": 31, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { - "stack": [{ "type": "simple", "name": "x" }], - "registers": [{ "type": "constant", "index": 7 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 7 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHCU", - "since_version": 0, - "doc": { - "category": "app_crypto", - "description": "Computes the representation hash of a _Cell_ `c` and returns it as a 256-bit unsigned integer `x`. Useful for signing and checking signatures of arbitrary entities represented by a tree of cells.", - "gas": "26", - "fift": "HASHCU", - "fift_examples": [], - "opcode": "F900", - "stack": "c - x" - }, - "bytecode": { "tlb": "#F900", "prefix": "F900", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [{ "type": "simple", "name": "c", "value_types": ["Cell"] }], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHSU", - "since_version": 0, - "doc": { - "category": "app_crypto", - "description": "Computes the hash of a _Slice_ `s` and returns it as a 256-bit unsigned integer `x`. The result is the same as if an ordinary cell containing only data and references from `s` had been created and its hash computed by `HASHCU`.", - "gas": "526", - "fift": "HASHSU", - "fift_examples": [], - "opcode": "F901", - "stack": "s - x" - }, - "bytecode": { "tlb": "#F901", "prefix": "F901", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SHA256U", - "since_version": 0, - "doc": { - "category": "app_crypto", - "description": "Computes `Sha` of the data bits of _Slice_ `s`. If the bit length of `s` is not divisible by eight, throws a cell underflow exception. The hash value is returned as a 256-bit unsigned integer `x`.", - "gas": "26", - "fift": "SHA256U", - "fift_examples": [], - "opcode": "F902", - "stack": "s - x" - }, - "bytecode": { "tlb": "#F902", "prefix": "F902", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXT_SHA256", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates and returns hash of the concatenation of slices (or builders) `s_1...s_n`.", - "gas": "1/33 gas per byte", - "fift": "HASHEXT_SHA256", - "fift_examples": [], - "opcode": "F90400", - "stack": "s_1 ... s_n n - h" - }, - "bytecode": { "tlb": "#F90400", "prefix": "F90400", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "h", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXT_SHA512", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates and returns hash of the concatenation of slices (or builders) `s_1...s_n`.", - "gas": "1/16 gas per byte", - "fift": "HASHEXT_SHA512", - "fift_examples": [], - "opcode": "F90401", - "stack": "s_1 ... s_n n - h1 h2" - }, - "bytecode": { "tlb": "#F90401", "prefix": "F90401", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "h1", "value_types": ["Integer"] }, - { "type": "simple", "name": "h2", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXT_BLAKE2B", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates and returns hash of the concatenation of slices (or builders) `s_1...s_n`.", - "gas": "1/19 gas per byte", - "fift": "HASHEXT_BLAKE2B", - "fift_examples": [], - "opcode": "F90402", - "stack": "s_1 ... s_n n - h1 h2" - }, - "bytecode": { "tlb": "#F90402", "prefix": "F90402", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - 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], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "h1", "value_types": ["Integer"] }, - { "type": "simple", "name": "h2", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTR_SHA256", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates and returns hash of the concatenation of slices (or builders) `s_1...s_n`.", - "gas": "1/33 gas per byte", - "fift": "HASHEXTR_SHA256", - "fift_examples": [], - "opcode": "F90500", - "stack": "s_n ... s_1 n - h" - }, - "bytecode": { "tlb": "#F90500", "prefix": "F90500", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "h", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTR_SHA512", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates and returns hash of the concatenation of slices (or builders) `s_1...s_n`.", - "gas": "1/16 gas per byte", - "fift": "HASHEXTR_SHA512", - "fift_examples": [], - "opcode": "F90501", - "stack": "s_n ... s_1 n - h1 h2" - }, - "bytecode": { "tlb": "#F90501", "prefix": "F90501", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "h1", "value_types": ["Integer"] }, - { "type": "simple", "name": "h2", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTR_BLAKE2B", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates and returns hash of the concatenation of slices (or builders) `s_1...s_n`.", - "gas": "1/19 gas per byte", - "fift": "HASHEXTR_BLAKE2B", - "fift_examples": [], - "opcode": "F90502", - "stack": "s_n ... s_1 n - h1 h2" - }, - "bytecode": { "tlb": "#F90502", "prefix": "F90502", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "h1", "value_types": ["Integer"] }, - { "type": "simple", "name": "h2", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTR_KECCAK256", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates and returns hash of the concatenation of slices (or builders) `s_1...s_n`.", - "gas": "1/11 gas per byte", - "fift": "HASHEXTR_KECCAK256", - "fift_examples": [], - "opcode": "F90503", - "stack": "s_n ... s_1 n - h" - }, - "bytecode": { "tlb": "#F90503", "prefix": "F90503", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "h", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTR_KECCAK512", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates and returns hash of the concatenation of slices (or builders) `s_1...s_n`.", - "gas": "1/19 gas per byte", - "fift": "HASHEXTR_KECCAK512", - "fift_examples": [], - "opcode": "F90504", - "stack": "s_n ... s_1 n - h1 h2" - }, - "bytecode": { "tlb": "#F90504", "prefix": "F90504", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "h1", "value_types": ["Integer"] }, - { "type": "simple", "name": "h2", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTA_SHA256", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates hash of the concatenation of slices (or builders) `s_1...s_n`. Appends the resulting hash to a builder `b`.", - "gas": "1/33 gas per byte", - "fift": "HASHEXTA_SHA256", - "fift_examples": [], - "opcode": "F90600", - "stack": "b s_1 ... s_n n - b'" - }, - "bytecode": { "tlb": "#F90600", "prefix": "F90600", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTA_SHA512", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates hash of the concatenation of slices (or builders) `s_1...s_n`. 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Appends the resulting hash to a builder `b`.", - "gas": "1/19 gas per byte", - "fift": "HASHEXTA_BLAKE2B", - "fift_examples": [], - "opcode": "F90602", - "stack": "b s_1 ... s_n n - b'" - }, - "bytecode": { "tlb": "#F90602", "prefix": "F90602", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTA_KECCAK256", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates hash of the concatenation of slices (or builders) `s_1...s_n`. Appends the resulting hash to a builder `b`.", - "gas": "1/11 gas per byte", - "fift": "HASHEXTA_KECCAK256", - "fift_examples": [], - "opcode": "F90603", - "stack": "b s_1 ... s_n n - b'" - }, - "bytecode": { "tlb": "#F90603", "prefix": "F90603", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTA_KECCAK512", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates hash of the concatenation of slices (or builders) `s_1...s_n`. Appends the resulting hash to a builder `b`.", - "gas": "1/6 gas per byte", - "fift": "HASHEXTA_KECCAK512", - "fift_examples": [], - "opcode": "F90604", - "stack": "b s_1 ... s_n n - b'" - }, - "bytecode": { "tlb": "#F90604", "prefix": "F90604", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTAR_SHA256", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates hash of the concatenation of slices (or builders) `s_1...s_n`. Appends the resulting hash to a builder `b`.", - "gas": "1/33 gas per byte", - "fift": "HASHEXTAR_SHA256", - "fift_examples": [], - "opcode": "F90700", - "stack": "b s_1 ... s_n n - b'" - }, - "bytecode": { "tlb": "#F90700", "prefix": "F90700", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTAR_SHA512", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates hash of the concatenation of slices (or builders) `s_1...s_n`. Appends the resulting hash to a builder `b`.", - "gas": "1/16 gas per byte", - "fift": "HASHEXTAR_SHA512", - "fift_examples": [], - "opcode": "F90701", - "stack": "b s_n ... s_1 n - b'" - }, - "bytecode": { "tlb": "#F90701", "prefix": "F90701", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTAR_BLAKE2B", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates hash of the concatenation of slices (or builders) `s_1...s_n`. Appends the resulting hash to a builder `b`.", - "gas": "1/19 gas per byte", - "fift": "HASHEXTAR_BLAKE2B", - "fift_examples": [], - "opcode": "F90702", - "stack": "b s_n ... s_1 n - b'" - }, - "bytecode": { "tlb": "#F90702", "prefix": "F90702", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTAR_KECCAK256", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates hash of the concatenation of slices (or builders) `s_1...s_n`. Appends the resulting hash to a builder `b`.", - "gas": "1/11 gas per byte", - "fift": "HASHEXTAR_KECCAK256", - "fift_examples": [], - "opcode": "F90703", - "stack": "b s_n ... s_1 n - b'" - }, - "bytecode": { "tlb": "#F90703", "prefix": "F90703", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "HASHEXTAR_KECCAK512", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates hash of the concatenation of slices (or builders) `s_1...s_n`. Appends the resulting hash to a builder `b`.", - "gas": "1/6 gas per byte", - "fift": "HASHEXTAR_KECCAK512", - "fift_examples": [], - "opcode": "F90704", - "stack": "b s_n ... s_1 n - b'" - }, - "bytecode": { "tlb": "#F90704", "prefix": "F90704", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { - "type": "array", - "name": "input_parts", - "length_var": "n", - "array_entry": [ - { - "type": "simple", - "name": "s", - "value_types": ["Slice", "Builder"] - } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CHKSIGNU", - "since_version": 0, - "doc": { - "category": "app_crypto", - "description": "Checks the Ed25519-signature `s` of a hash `h` (a 256-bit unsigned integer, usually computed as the hash of some data) using public key `k` (also represented by a 256-bit unsigned integer).\nThe signature `s` must be a _Slice_ containing at least 512 data bits; only the first 512 bits are used. The result is `-1` if the signature is valid, `0` otherwise.\nNotice that `CHKSIGNU` is equivalent to `ROT` `NEWC` `256 STU` `ENDC` `ROTREV` `CHKSIGNS`, i.e., to `CHKSIGNS` with the first argument `d` set to 256-bit _Slice_ containing `h`. Therefore, if `h` is computed as the hash of some data, these data are hashed _twice_, the second hashing occurring inside `CHKSIGNS`.", - "gas": "26", - "fift": "CHKSIGNU", - "fift_examples": [], - "opcode": "F910", - "stack": "h s k - ?" - }, - "bytecode": { "tlb": "#F910", "prefix": "F910", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "h", "value_types": ["Integer"] }, - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "k", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CHKSIGNS", - "since_version": 0, - "doc": { - "category": "app_crypto", - "description": "Checks whether `s` is a valid Ed25519-signature of the data portion of _Slice_ `d` using public key `k`, similarly to `CHKSIGNU`. If the bit length of _Slice_ `d` is not divisible by eight, throws a cell underflow exception. The verification of Ed25519 signatures is the standard one, with `Sha` used to reduce `d` to the 256-bit number that is actually signed.", - "gas": "26", - "fift": "CHKSIGNS", - "fift_examples": [], - "opcode": "F911", - "stack": "d s k - ?" - }, - "bytecode": { "tlb": "#F911", "prefix": "F911", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "d", "value_types": ["Slice"] }, - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "k", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "ECRECOVER", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Recovers public key from signature, identical to Bitcoin/Ethereum operations. Takes 32-byte hash as uint256 `hash`; 65-byte signature as uint8 `v` and uint256 `r`, `s`. Returns `0` on failure, public key and `-1` on success. 65-byte public key is returned as uint8 `h`, uint256 `x1`, `x2`.", - "gas": "1526", - "fift": "ECRECOVER", - "fift_examples": [], - "opcode": "F912", - "stack": "hash v r s - 0 or h x1 x2 -1" - }, - "bytecode": { "tlb": "#F912", "prefix": "F912", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "hash", "value_types": ["Integer"] }, - { "type": "simple", "name": "v", "value_types": ["Integer"] }, - { "type": "simple", "name": "r", "value_types": ["Integer"] }, - { "type": "simple", "name": "s", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "h", - "value_types": ["Integer"] - }, - { - "type": "simple", - "name": "x1", - "value_types": ["Integer"] - }, - { - "type": "simple", - "name": "x2", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "P256_CHKSIGNU", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Checks seck256r1-signature `sig` of a number `h` (a 256-bit unsigned integer, usually computed as the hash of some data) and public key `k`. Returns -1 on success, 0 on failure. Public key is a 33-byte slice (encoded according to Sec. 2.3.4 point 2 of [SECG SEC 1](https://www.secg.org/sec1-v2.pdf)). Signature `sig` is a 64-byte slice (two 256-bit unsigned integers `r` and `s`).", - "gas": "3526", - "fift": "P256_CHKSIGNU", - "fift_examples": [], - "opcode": "F914", - "stack": "h sig k - ?" - }, - "bytecode": { "tlb": "#F914", "prefix": "F914", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "d", "value_types": ["Slice"] }, - { "type": "simple", "name": "sig", "value_types": ["Slice"] }, - { "type": "simple", "name": "k", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "P256_CHKSIGNS", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Checks seck256r1-signature `sig` of data portion of slice `d` and public key `k`. Returns -1 on success, 0 on failure. Public key is a 33-byte slice (encoded according to Sec. 2.3.4 point 2 of [SECG SEC 1](https://www.secg.org/sec1-v2.pdf)). Signature `sig` is a 64-byte slice (two 256-bit unsigned integers `r` and `s`).", - "gas": "3526", - "fift": "P256_CHKSIGNS", - "fift_examples": [], - "opcode": "F915", - "stack": "d sig k - ?" - }, - "bytecode": { "tlb": "#F915", "prefix": "F915", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "d", "value_types": ["Slice"] }, - { "type": "simple", "name": "sig", "value_types": ["Slice"] }, - { "type": "simple", "name": "k", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_FROMHASH", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Deterministically generates a valid point `x` from a 512-bit hash (given as two 256-bit integers).", - "gas": "626", - "fift": "RIST255_FROMHASH", - "fift_examples": [], - "opcode": "F920", - "stack": "h1 h2 - x" - }, - "bytecode": { "tlb": "#F920", "prefix": "F920", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "h1", "value_types": ["Integer"] }, - { "type": "simple", "name": "h2", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_VALIDATE", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Checks that integer `x` is a valid representation of some curve point. Throws range_chk on error.", - "gas": "226", - "fift": "RIST255_VALIDATE", - "fift_examples": [], - "opcode": "F921", - "stack": "x -" - }, - "bytecode": { "tlb": "#F921", "prefix": "F921", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_ADD", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Addition of two points on a curve.", - "gas": "626", - "fift": "RIST255_ADD", - "fift_examples": [], - "opcode": "F922", - "stack": "x y - x+y" - }, - "bytecode": { "tlb": "#F922", "prefix": "F922", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_SUB", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Subtraction of two points on curve.", - "gas": "626", - "fift": "RIST255_SUB", - "fift_examples": [], - "opcode": "F923", - "stack": "x y - x-y" - }, - "bytecode": { "tlb": "#F923", "prefix": "F923", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_MUL", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Multiplies point `x` by a scalar `n`. Any `n` is valid, including negative.", - "gas": "2026", - "fift": "RIST255_MUL", - "fift_examples": [], - "opcode": "F924", - "stack": "x n - x*n" - }, - "bytecode": { "tlb": "#F924", "prefix": "F924", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_MULBASE", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Multiplies the generator point `g` by a scalar `n`. Any `n` is valid, including negative.", - "gas": "776", - "fift": "RIST255_MULBASE", - "fift_examples": [], - "opcode": "F925", - "stack": "n - g*n" - }, - "bytecode": { "tlb": "#F925", "prefix": "F925", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_PUSHL", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Pushes integer l=2^252+27742317777372353535851937790883648493, which is the order of the group.", - "gas": "26", - "fift": "RIST255_PUSHL", - "fift_examples": [], - "opcode": "F926", - "stack": "- l" - }, - "bytecode": { "tlb": "#F926", "prefix": "F926", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_QVALIDATE", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Checks that integer `x` is a valid representation of some curve point. Returns -1 on success and 0 on failure.", - "gas": "234", - "fift": "RIST255_QVALIDATE", - "fift_examples": [], - "opcode": "B7F921", - "stack": "x - 0 or -1" - }, - "bytecode": { "tlb": "#B7F921", "prefix": "B7F921", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_QADD", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Addition of two points on a curve. Returns -1 on success and 0 on failure.", - "gas": "634", - "fift": "RIST255_QADD", - "fift_examples": [], - "opcode": "B7F922", - "stack": "x y - 0 or x+y -1" - }, - "bytecode": { "tlb": "#B7F922", "prefix": "B7F922", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "result", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_QSUB", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Subtraction of two points on curve. Returns -1 on success and 0 on failure.", - "gas": "634", - "fift": "RIST255_QSUB", - "fift_examples": [], - "opcode": "B7F923", - "stack": "x y - 0 or x-y -1" - }, - "bytecode": { "tlb": "#B7F923", "prefix": "B7F923", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "result", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_QMUL", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Multiplies point `x` by a scalar `n`. Any `n` is valid, including negative. Returns -1 on success and 0 on failure.", - "gas": "2034", - "fift": "RIST255_QMUL", - "fift_examples": [], - "opcode": "B7F924", - "stack": "x n - 0 or x*n -1" - }, - "bytecode": { "tlb": "#B7F924", "prefix": "B7F924", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "result", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RIST255_QMULBASE", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Multiplies the generator point `g` by a scalar `n`. Any `n` is valid, including negative.", - "gas": "784", - "fift": "RIST255_QMULBASE", - "fift_examples": [], - "opcode": "B7F925", - "stack": "n - 0 or g*n -1" - }, - "bytecode": { "tlb": "#B7F925", "prefix": "B7F925", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "result", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_VERIFY", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Checks BLS signature, return true on success, false otherwise.", - "gas": "61034", - "fift": "BLS_VERIFY", - "fift_examples": [], - "opcode": "F93000", - "stack": "pk msg sgn - bool" - }, - "bytecode": { "tlb": "#F93000", "prefix": "F93000", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "pk", "value_types": ["Slice"] }, - { "type": "simple", "name": "msg", "value_types": ["Slice"] }, - { "type": "simple", "name": "sgn", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_AGGREGATE", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Aggregates signatures. `n>0`. Throw exception if `n=0` or if some `sig_i` is not a valid signature.", - "gas": "n*4350-2616", - "fift": "BLS_AGGREGATE", - "fift_examples": [], - "opcode": "F93001", - "stack": "sig_1 ... sig_n n - sig" - }, - "bytecode": { "tlb": "#F93001", "prefix": "F93001", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "signatures", - "length_var": "n", - "array_entry": [ - { "type": "simple", "name": "sig", "value_types": ["Slice"] } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_FASTAGGREGATEVERIFY", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Checks aggregated BLS signature for keys `pk_1...pk_n` and message `msg`. Return true on success, false otherwise. Return false if `n=0`.", - "gas": "58034+n*3000", - "fift": "BLS_FASTAGGREGATEVERIFY", - "fift_examples": [], - "opcode": "F93002", - "stack": "pk_1 ... pk_n n msg sig - bool" - }, - "bytecode": { "tlb": "#F93002", "prefix": "F93002", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "public_keys", - "length_var": "n", - "array_entry": [ - { "type": "simple", "name": "pk", "value_types": ["Slice"] } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] }, - { "type": "simple", "name": "msg", "value_types": ["Slice"] }, - { "type": "simple", "name": "sig", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_AGGREGATEVERIFY", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Checks aggregated BLS signature for key-message pairs `pk_1 msg_1...pk_n msg_n`. Return true on success, false otherwise. Return false if `n=0`.", - "gas": "38534+n*22500", - "fift": "BLS_AGGREGATEVERIFY", - "fift_examples": [], - "opcode": "F93003", - "stack": "pk_1 msg_1 ... pk_n msg_n n sgn - bool" - }, - "bytecode": { "tlb": "#F93003", "prefix": "F93003", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "key_message_pairs", - "length_var": "n", - "array_entry": [ - { "type": "simple", "name": "pk", "value_types": ["Slice"] }, - { "type": "simple", "name": "msg", "value_types": ["Slice"] } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] }, - { "type": "simple", "name": "sgn", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G1_ADD", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Addition on G1.", - "gas": "3934", - "fift": "BLS_G1_ADD", - "fift_examples": [], - "opcode": "F93010", - "stack": "x y - x+y" - }, - "bytecode": { "tlb": "#F93010", "prefix": "F93010", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "y", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G1_SUB", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Subtraction on G1.", - "gas": "3934", - "fift": "BLS_G1_SUB", - "fift_examples": [], - "opcode": "F93011", - "stack": "x y - x-y" - }, - "bytecode": { "tlb": "#F93011", "prefix": "F93011", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "y", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G1_NEG", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Negation on G1.", - "gas": "784", - "fift": "BLS_G1_NEG", - "fift_examples": [], - "opcode": "F93012", - "stack": "x - -x" - }, - "bytecode": { "tlb": "#F93012", "prefix": "F93012", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G1_MUL", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Multiplies G1 point `x` by scalar `s`. Any `s` is valid, including negative.", - "gas": "5234", - "fift": "BLS_G1_MUL", - "fift_examples": [], - "opcode": "F93013", - "stack": "x s - x*s" - }, - "bytecode": { "tlb": "#F93013", "prefix": "F93013", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "s", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G1_MULTIEXP", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates `x_1*s_1+...+x_n*s_n` for G1 points `x_i` and scalars `s_i`. Returns zero point if `n=0`. Any `s_i` is valid, including negative.", - "gas": "11409+n*630+n/floor(max(log2(n),4))*8820", - "fift": "BLS_G1_MULTIEXP", - "fift_examples": [], - "opcode": "F93014", - "stack": "x_1 s_1 ... x_n s_n n - x_1*s_1+...+x_n*s_n" - }, - "bytecode": { "tlb": "#F93014", "prefix": "F93014", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "components", - "length_var": "n", - "array_entry": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "s", "value_types": ["Integer"] } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G1_ZERO", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Pushes zero point in G1.", - "gas": "34", - "fift": "BLS_G1_ZERO", - "fift_examples": [], - "opcode": "F93015", - "stack": "- zero" - }, - "bytecode": { "tlb": "#F93015", "prefix": "F93015", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "zero", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_MAP_TO_G1", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Converts FP element `f` to a G1 point.", - "gas": "2384", - "fift": "BLS_MAP_TO_G1", - "fift_examples": [], - "opcode": "F93016", - "stack": "f - x" - }, - "bytecode": { "tlb": "#F93016", "prefix": "F93016", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G1_INGROUP", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Checks that slice `x` represents a valid element of G1.", - "gas": "2984", - "fift": "BLS_G1_INGROUP", - "fift_examples": [], - "opcode": "F93017", - "stack": "x - bool" - }, - "bytecode": { "tlb": "#F93017", "prefix": "F93017", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G1_ISZERO", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Checks that G1 point `x` is equal to zero.", - "gas": "34", - "fift": "BLS_G1_ISZERO", - "fift_examples": [], - "opcode": "F93018", - "stack": "x - bool" - }, - "bytecode": { "tlb": "#F93018", "prefix": "F93018", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G2_ADD", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Addition on G2.", - "gas": "6134", - "fift": "BLS_G2_ADD", - "fift_examples": [], - "opcode": "F93020", - "stack": "x y - x+y" - }, - "bytecode": { "tlb": "#F93020", "prefix": "F93020", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "y", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G2_SUB", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Subtraction on G2.", - "gas": "6134", - "fift": "BLS_G2_SUB", - "fift_examples": [], - "opcode": "F93021", - "stack": "x y - x-y" - }, - "bytecode": { "tlb": "#F93021", "prefix": "F93021", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "y", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G2_NEG", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Negation on G2.", - "gas": "1584", - "fift": "BLS_G2_NEG", - "fift_examples": [], - "opcode": "F93022", - "stack": "x - -x" - }, - "bytecode": { "tlb": "#F93022", "prefix": "F93022", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G2_MUL", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Multiplies G2 point `x` by scalar `s`. Any `s` is valid, including negative.", - "gas": "10584", - "fift": "BLS_G2_MUL", - "fift_examples": [], - "opcode": "F93023", - "stack": "x s - x*s" - }, - "bytecode": { "tlb": "#F93023", "prefix": "F93023", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "s", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G2_MULTIEXP", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Calculates `x_1*s_1+...+x_n*s_n` for G2 points `x_i` and scalars `s_i`. Returns zero point if `n=0`. Any `s_i` is valid, including negative.", - "gas": "30422+n*1280+n/floor(max(log2(n),4))*22840", - "fift": "BLS_G2_MULTIEXP", - "fift_examples": [], - "opcode": "F93024", - "stack": "x_1 s_1 ... x_n s_n n - x_1*s_1+...+x_n*s_n" - }, - "bytecode": { "tlb": "#F93024", "prefix": "F93024", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "components", - "length_var": "n", - "array_entry": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "s", "value_types": ["Integer"] } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G2_ZERO", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Pushes zero point in G2.", - "gas": "34", - "fift": "BLS_G2_ZERO", - "fift_examples": [], - "opcode": "F93025", - "stack": "- zero" - }, - "bytecode": { "tlb": "#F93025", "prefix": "F93025", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "zero", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_MAP_TO_G2", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Converts FP2 element `f` to a G2 point.", - "gas": "7984", - "fift": "BLS_MAP_TO_G2", - "fift_examples": [], - "opcode": "F93026", - "stack": "f - x" - }, - "bytecode": { "tlb": "#F93026", "prefix": "F93026", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "f", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G2_INGROUP", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Checks that slice `x` represents a valid element of G2.", - "gas": "4284", - "fift": "BLS_G2_INGROUP", - "fift_examples": [], - "opcode": "F93027", - "stack": "x - bool" - }, - "bytecode": { "tlb": "#F93027", "prefix": "F93027", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_G2_ISZERO", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Checks that G2 point `x` is equal to zero.", - "gas": "34", - "fift": "BLS_G2_ISZERO", - "fift_examples": [], - "opcode": "F93028", - "stack": "x - bool" - }, - "bytecode": { "tlb": "#F93028", "prefix": "F93028", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_PAIRING", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Given G1 points `x_i` and G2 points `y_i`, calculates and multiply pairings of `x_i,y_i`. Returns true if the result is the multiplicative identity in FP12, false otherwise. Returns false if `n=0`.", - "gas": "20034+n*11800", - "fift": "BLS_PAIRING", - "fift_examples": [], - "opcode": "F93030", - "stack": "x_1 y_1 ... x_n y_n n - bool" - }, - "bytecode": { "tlb": "#F93030", "prefix": "F93030", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { - "type": "array", - "name": "components", - "length_var": "n", - "array_entry": [ - { "type": "simple", "name": "x", "value_types": ["Slice"] }, - { "type": "simple", "name": "y", "value_types": ["Slice"] } - ] - }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "BLS_PUSHR", - "since_version": 4, - "doc": { - "category": "app_crypto", - "description": "Pushes the order of G1 and G2 (approx. `2^255`).", - "gas": "34", - "fift": "BLS_PUSHR", - "fift_examples": [], - "opcode": "F93031", - "stack": "- r" - }, - "bytecode": { "tlb": "#F93031", "prefix": "F93031", "operands": [] }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { - "stack": [ - { "type": "simple", "name": "result", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CDATASIZEQ", - "since_version": 0, - "doc": { - "category": "app_misc", - "description": "Recursively computes the count of distinct cells `x`, data bits `y`, and cell references `z` in the dag rooted at _Cell_ `c`, effectively returning the total storage used by this dag taking into account the identification of equal cells. The values of `x`, `y`, and `z` are computed by a depth-first traversal of this dag, with a hash table of visited cell hashes used to prevent visits of already-visited cells. The total count of visited cells `x` cannot exceed non-negative _Integer_ `n`; otherwise the computation is aborted before visiting the `(n+1)`-st cell and a zero is returned to indicate failure. If `c` is _Null_, returns `x=y=z=0`.", - "gas": "", - "fift": "CDATASIZEQ", - "fift_examples": [], - "opcode": "F940", - "stack": "c n - x y z -1 or 0" - }, - "bytecode": { "tlb": "#F940", "prefix": "F940", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - }, - { - "type": "simple", - "name": "y", - "value_types": ["Integer"] - }, - { - "type": "simple", - "name": "z", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CDATASIZE", - "since_version": 0, - "doc": { - "category": "app_misc", - "description": "A non-quiet version of `CDATASIZEQ` that throws a cell overflow exception (8) on failure.", - "gas": "", - "fift": "CDATASIZE", - "fift_examples": [], - "opcode": "F941", - "stack": "c n - x y z" - }, - "bytecode": { "tlb": "#F941", "prefix": "F941", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] }, - { "type": "simple", "name": "z", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDATASIZEQ", - "since_version": 0, - "doc": { - "category": "app_misc", - "description": "Similar to `CDATASIZEQ`, but accepting a _Slice_ `s` instead of a _Cell_. The returned value of `x` does not take into account the cell that contains the slice `s` itself; however, the data bits and the cell references of `s` are accounted for in `y` and `z`.", - "gas": "", - "fift": "SDATASIZEQ", - "fift_examples": [], - "opcode": "F942", - "stack": "s n - x y z -1 or 0" - }, - "bytecode": { "tlb": "#F942", "prefix": "F942", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - }, - { - "type": "simple", - "name": "y", - "value_types": ["Integer"] - }, - { - "type": "simple", - "name": "z", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SDATASIZE", - "since_version": 0, - "doc": { - "category": "app_misc", - "description": "A non-quiet version of `SDATASIZEQ` that throws a cell overflow exception (8) on failure.", - "gas": "", - "fift": "SDATASIZE", - "fift_examples": [], - "opcode": "F943", - "stack": "s n - x y z" - }, - "bytecode": { "tlb": "#F943", "prefix": "F943", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] }, - { "type": "simple", "name": "n", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] }, - { "type": "simple", "name": "z", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDGRAMS", - "since_version": 0, - "doc": { - "category": "app_currency", - "description": "Loads (deserializes) a `Gram` or `VarUInteger 16` amount from _Slice_ `s`, and returns the amount as _Integer_ `x` along with the remainder `s'` of `s`. The expected serialization of `x` consists of a 4-bit unsigned big-endian integer `l`, followed by an `8l`-bit unsigned big-endian representation of `x`.\nThe net effect is approximately equivalent to `4 LDU` `SWAP` `3 LSHIFT#` `LDUX`.", - "gas": "26", - "fift": "LDGRAMS\nLDVARUINT16", - "fift_examples": [], - "opcode": "FA00", - "stack": "s - x s'" - }, - "bytecode": { "tlb": "#FA00", "prefix": "FA00", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDVARINT16", - "since_version": 0, - "doc": { - "category": "app_currency", - "description": "Similar to `LDVARUINT16`, but loads a _signed_ _Integer_ `x`.\nApproximately equivalent to `4 LDU` `SWAP` `3 LSHIFT#` `LDIX`.", - "gas": "26", - "fift": "LDVARINT16", - "fift_examples": [], - "opcode": "FA01", - "stack": "s - x s'" - }, - "bytecode": { "tlb": "#FA01", "prefix": "FA01", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STGRAMS", - "since_version": 0, - "doc": { - "category": "app_currency", - "description": "Stores (serializes) an _Integer_ `x` in the range `0...2^120-1` into _Builder_ `b`, and returns the resulting _Builder_ `b'`. The serialization of `x` consists of a 4-bit unsigned big-endian integer `l`, which is the smallest integer `l>=0`, such that `x<2^(8l)`, followed by an `8l`-bit unsigned big-endian representation of `x`. If `x` does not belong to the supported range, a range check exception is thrown.", - "gas": "26", - "fift": "STGRAMS\nSTVARUINT16", - "fift_examples": [], - "opcode": "FA02", - "stack": "b x - b'" - }, - "bytecode": { "tlb": "#FA02", "prefix": "FA02", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STVARINT16", - "since_version": 0, - "doc": { - "category": "app_currency", - "description": "Similar to `STVARUINT16`, but serializes a _signed_ _Integer_ `x` in the range `-2^119...2^119-1`.", - "gas": "26", - "fift": "STVARINT16", - "fift_examples": [], - "opcode": "FA03", - "stack": "b x - b'" - }, - "bytecode": { "tlb": "#FA03", "prefix": "FA03", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDVARUINT32", - "since_version": 0, - "doc": { - "category": "app_currency", - "description": "Loads (deserializes) a `VarUInteger 32` amount from _Slice_ `s`, and returns the amount as _Integer_ `x` along with the remainder `s'` of `s`. The expected serialization of `x` consists of a 5-bit unsigned big-endian integer `l`, followed by an `8l`-bit unsigned big-endian representation of `x`.\nThe net effect is approximately equivalent to `4 LDU` `SWAP` `3 LSHIFT#` `LDUX`.", - "gas": "26", - "fift": "LDVARUINT32", - "fift_examples": [], - "opcode": "FA04", - "stack": "s - x s'" - }, - "bytecode": { "tlb": "#FA04", "prefix": "FA04", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDVARINT32", - "since_version": 0, - "doc": { - "category": "app_currency", - "description": "Similar to `LDVARUINT32`, but loads a _signed_ _Integer_ `x`.\nApproximately equivalent to `5 LDU` `SWAP` `3 LSHIFT#` `LDIX`.", - "gas": "26", - "fift": "LDVARINT32", - "fift_examples": [], - "opcode": "FA05", - "stack": "s - x s'" - }, - "bytecode": { "tlb": "#FA05", "prefix": "FA05", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STVARUINT32", - "since_version": 0, - "doc": { - "category": "app_currency", - "description": "Stores (serializes) an _Integer_ `x` in the range `0...2^248-1` into _Builder_ `b`, and returns the resulting _Builder_ `b'`. The serialization of `x` consists of a 5-bit unsigned big-endian integer `l`, which is the smallest integer `l>=0`, such that `x<2^(8l)`, followed by an `8l`-bit unsigned big-endian representation of `x`. If `x` does not belong to the supported range, a range check exception is thrown.", - "gas": "26", - "fift": "STVARUINT32", - "fift_examples": [], - "opcode": "FA06", - "stack": "b x - b'" - }, - "bytecode": { "tlb": "#FA06", "prefix": "FA06", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "STVARINT32", - "since_version": 0, - "doc": { - "category": "app_currency", - "description": "Similar to `STVARUINT32`, but serializes a _signed_ _Integer_ `x` in the range `-2^247...2^247-1`.", - "gas": "26", - "fift": "STVARINT32", - "fift_examples": [], - "opcode": "FA07", - "stack": "b x - b'" - }, - "bytecode": { "tlb": "#FA07", "prefix": "FA07", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "b", "value_types": ["Builder"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "b2", "value_types": ["Builder"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDMSGADDR", - "since_version": 0, - "doc": { - "category": "app_addr", - "description": "Loads from _Slice_ `s` the only prefix that is a valid `MsgAddress`, and returns both this prefix `s'` and the remainder `s''` of `s` as slices.", - "gas": "26", - "fift": "LDMSGADDR", - "fift_examples": [], - "opcode": "FA40", - "stack": "s - s' s''" - }, - "bytecode": { "tlb": "#FA40", "prefix": "FA40", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "s2", "value_types": ["Slice"] }, - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "LDMSGADDRQ", - "since_version": 0, - "doc": { - "category": "app_addr", - "description": "A quiet version of `LDMSGADDR`: on success, pushes an extra `-1`; on failure, pushes the original `s` and a zero.", - "gas": "26", - "fift": "LDMSGADDRQ", - "fift_examples": [], - "opcode": "FA41", - "stack": "s - s' s'' -1 or s 0" - }, - "bytecode": { "tlb": "#FA41", "prefix": "FA41", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { - "value": 0, - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ] - }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "s2", - "value_types": ["Slice"] - }, - { "type": "simple", "name": "s3", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PARSEMSGADDR", - "since_version": 0, - "doc": { - "category": "app_addr", - "description": "Decomposes _Slice_ `s` containing a valid `MsgAddress` into a _Tuple_ `t` with separate fields of this `MsgAddress`. If `s` is not a valid `MsgAddress`, a cell deserialization exception is thrown.", - "gas": "26", - "fift": "PARSEMSGADDR", - "fift_examples": [], - "opcode": "FA42", - "stack": "s - t" - }, - "bytecode": { "tlb": "#FA42", "prefix": "FA42", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "PARSEMSGADDRQ", - "since_version": 0, - "doc": { - "category": "app_addr", - "description": "A quiet version of `PARSEMSGADDR`: returns a zero on error instead of throwing an exception.", - "gas": "26", - "fift": "PARSEMSGADDRQ", - "fift_examples": [], - "opcode": "FA43", - "stack": "s - t -1 or 0" - }, - "bytecode": { "tlb": "#FA43", "prefix": "FA43", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { "type": "simple", "name": "t", "value_types": ["Tuple"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "REWRITESTDADDR", - "since_version": 0, - "doc": { - "category": "app_addr", - "description": "Parses _Slice_ `s` containing a valid `MsgAddressInt` (usually a `msg_addr_std`), applies rewriting from the `anycast` (if present) to the same-length prefix of the address, and returns both the workchain `x` and the 256-bit address `y` as integers. If the address is not 256-bit, or if `s` is not a valid serialization of `MsgAddressInt`, throws a cell deserialization exception.", - "gas": "26", - "fift": "REWRITESTDADDR", - "fift_examples": [], - "opcode": "FA44", - "stack": "s - x y" - }, - "bytecode": { "tlb": "#FA44", "prefix": "FA44", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "REWRITESTDADDRQ", - "since_version": 0, - "doc": { - "category": "app_addr", - "description": "A quiet version of primitive `REWRITESTDADDR`.", - "gas": "26", - "fift": "REWRITESTDADDRQ", - "fift_examples": [], - "opcode": "FA45", - "stack": "s - x y -1 or 0" - }, - "bytecode": { "tlb": "#FA45", "prefix": "FA45", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - }, - { - "type": "simple", - "name": "y", - "value_types": ["Integer"] - } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "REWRITEVARADDR", - "since_version": 0, - "doc": { - "category": "app_addr", - "description": "A variant of `REWRITESTDADDR` that returns the (rewritten) address as a _Slice_ `s`, even if it is not exactly 256 bit long (represented by a `msg_addr_var`).", - "gas": "26", - "fift": "REWRITEVARADDR", - "fift_examples": [], - "opcode": "FA46", - "stack": "s - x s'" - }, - "bytecode": { "tlb": "#FA46", "prefix": "FA46", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "s2", "value_types": ["Slice"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "REWRITEVARADDRQ", - "since_version": 0, - "doc": { - "category": "app_addr", - "description": "A quiet version of primitive `REWRITEVARADDR`.", - "gas": "26", - "fift": "REWRITEVARADDRQ", - "fift_examples": [], - "opcode": "FA47", - "stack": "s - x s' -1 or 0" - }, - "bytecode": { "tlb": "#FA47", "prefix": "FA47", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "s", "value_types": ["Slice"] } - ], - "registers": [] - }, - "outputs": { - "stack": [ - { - "type": "conditional", - "name": "status", - "match": [ - { "value": 0, "stack": [] }, - { - "value": -1, - "stack": [ - { - "type": "simple", - "name": "x", - "value_types": ["Integer"] - }, - { "type": "simple", "name": "s'", "value_types": ["Slice"] } - ] - } - ] - }, - { "type": "simple", "name": "status", "value_types": ["Integer"] } - ], - "registers": [] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SENDRAWMSG", - "since_version": 0, - "doc": { - "category": "app_actions", - "description": "Sends a raw message contained in _Cell `c`_, which should contain a correctly serialized object `Message X`, with the only exception that the source address is allowed to have dummy value `addr_none` (to be automatically replaced with the current smart-contract address), and `ihr_fee`, `fwd_fee`, `created_lt` and `created_at` fields can have arbitrary values (to be rewritten with correct values during the action phase of the current transaction). Integer parameter `x` contains the flags. Currently `x=0` is used for ordinary messages; `x=128` is used for messages that are to carry all the remaining balance of the current smart contract (instead of the value originally indicated in the message); `x=64` is used for messages that carry all the remaining value of the inbound message in addition to the value initially indicated in the new message (if bit 0 is not set, the gas fees are deducted from this amount); `x'=x+1` means that the sender wants to pay transfer fees separately; `x'=x+2` means that any errors arising while processing this message during the action phase should be ignored. Finally, `x'=x+32` means that the current account must be destroyed if its resulting balance is zero. This flag is usually employed together with `+128`.", - "gas": "526", - "fift": "SENDRAWMSG", - "fift_examples": [], - "opcode": "FB00", - "stack": "c x - " - }, - "bytecode": { "tlb": "#FB00", "prefix": "FB00", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 5 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 5 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RAWRESERVE", - "since_version": 0, - "doc": { - "category": "app_actions", - "description": "Creates an output action which would reserve exactly `x` nanograms (if `y=0`), at most `x` nanograms (if `y=2`), or all but `x` nanograms (if `y=1` or `y=3`), from the remaining balance of the account. It is roughly equivalent to creating an outbound message carrying `x` nanograms (or `b-x` nanograms, where `b` is the remaining balance) to oneself, so that the subsequent output actions would not be able to spend more money than the remainder. Bit `+2` in `y` means that the external action does not fail if the specified amount cannot be reserved; instead, all remaining balance is reserved. Bit `+8` in `y` means `x:=-x` before performing any further actions. Bit `+4` in `y` means that `x` is increased by the original balance of the current account (before the compute phase), including all extra currencies, before performing any other checks and actions. Currently `x` must be a non-negative integer, and `y` must be in the range `0...15`.", - "gas": "526", - "fift": "RAWRESERVE", - "fift_examples": [], - "opcode": "FB02", - "stack": "x y - " - }, - "bytecode": { "tlb": "#FB02", "prefix": "FB02", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 5 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 5 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "RAWRESERVEX", - "since_version": 0, - "doc": { - "category": "app_actions", - "description": "Similar to `RAWRESERVE`, but also accepts a dictionary `D` (represented by a _Cell_ or _Null_) with extra currencies. In this way currencies other than Grams can be reserved.", - "gas": "526", - "fift": "RAWRESERVEX", - "fift_examples": [], - "opcode": "FB03", - "stack": "x D y - " - }, - "bytecode": { "tlb": "#FB03", "prefix": "FB03", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "x", "value_types": ["Integer"] }, - { "type": "simple", "name": "D", "value_types": ["Cell", "Null"] }, - { "type": "simple", "name": "y", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 5 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 5 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETCODE", - "since_version": 0, - "doc": { - "category": "app_actions", - "description": "Creates an output action that would change this smart contract code to that given by _Cell_ `c`. Notice that this change will take effect only after the successful termination of the current run of the smart contract.", - "gas": "526", - "fift": "SETCODE", - "fift_examples": [], - "opcode": "FB04", - "stack": "c - " - }, - "bytecode": { "tlb": "#FB04", "prefix": "FB04", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [{ "type": "simple", "name": "c", "value_types": ["Cell"] }], - "registers": [{ "type": "constant", "index": 5 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 5 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETLIBCODE", - "since_version": 0, - "doc": { - "category": "app_actions", - "description": "Creates an output action that would modify the collection of this smart contract libraries by adding or removing library with code given in _Cell_ `c`. If `x=0`, the library is actually removed if it was previously present in the collection (if not, this action does nothing). If `x=1`, the library is added as a private library, and if `x=2`, the library is added as a public library (and becomes available to all smart contracts if the current smart contract resides in the masterchain); if the library was present in the collection before, its public/private status is changed according to `x`. Values of `x` other than `0...2` are invalid.", - "gas": "526", - "fift": "SETLIBCODE", - "fift_examples": [], - "opcode": "FB06", - "stack": "c x - " - }, - "bytecode": { "tlb": "#FB06", "prefix": "FB06", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 5 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 5 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "CHANGELIB", - "since_version": 0, - "doc": { - "category": "app_actions", - "description": "Creates an output action similarly to `SETLIBCODE`, but instead of the library code accepts its hash as an unsigned 256-bit integer `h`. If `x!=0` and the library with hash `h` is absent from the library collection of this smart contract, this output action will fail.", - "gas": "526", - "fift": "CHANGELIB", - "fift_examples": [], - "opcode": "FB07", - "stack": "h x - " - }, - "bytecode": { "tlb": "#FB07", "prefix": "FB07", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "h", "value_types": ["Integer"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 5 }] - }, - "outputs": { - "stack": [], - "registers": [{ "type": "constant", "index": 5 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SENDMSG", - "since_version": 4, - "doc": { - "category": "app_actions", - "description": "Creates an output action and returns a fee for creating a message. Mode has the same effect as in the case of `SENDRAWMSG`. Additionally `+1024` means - do not create an action, only estimate fee. Other modes affect the fee calculation as follows: `+64` substitutes the entire balance of the incoming message as an outcoming value (slightly inaccurate, gas expenses that cannot be estimated before the computation is completed are not taken into account), `+128` substitutes the value of the entire balance of the contract before the start of the computation phase (slightly inaccurate, since gas expenses that cannot be estimated before the completion of the computation phase are not taken into account).", - "gas": "526", - "fift": "SENDMSG", - "fift_examples": [], - "opcode": "FB08", - "stack": "c x - fee" - }, - "bytecode": { "tlb": "#FB08", "prefix": "FB08", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Cell"] }, - { "type": "simple", "name": "x", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 5 }] - }, - "outputs": { - "stack": [ - { "type": "simple", "name": "fee", "value_types": ["Integer"] } - ], - "registers": [{ "type": "constant", "index": 5 }] - } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DEBUG", - "since_version": 0, - "doc": { - "category": "debug", - "description": "", - "gas": "26", - "fift": "{i*16+j} DEBUG", - "fift_examples": [], - "opcode": "FEij", - "stack": "-" - }, - "bytecode": { - "tlb": "#FE i:(#<= 14) j:(## 4)", - "prefix": "FE", - "operands_range_check": { "length": 4, "from": 0, "to": 14 }, - "operands": [ - { - "name": "i", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 14, - "display_hints": [] - }, - { - "name": "j", - "type": "uint", - "size": 4, - "min_value": 0, - "max_value": 15, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "DEBUGSTR", - "since_version": 0, - "doc": { - "category": "debug", - "description": "`0 <= n < 16`. Length of `ssss` is `n+1` bytes.\n`{string}` is a [string literal](https://github.com/Piterden/TON-docs/blob/master/Fift.%20A%20Brief%20Introduction.md#user-content-29-string-literals).\n`DEBUGSTR`: `ssss` is the given string.\n`DEBUGSTRI`: `ssss` is one-byte integer `0 <= x <= 255` followed by the given string.", - "gas": "26", - "fift": "{string} DEBUGSTR\n{string} {x} DEBUGSTRI", - "fift_examples": [], - "opcode": "FEFnssss", - "stack": "-" - }, - "bytecode": { - "tlb": "#FEF n:(## 4) ssss:((n * 8 + 8) * Bit)", - "prefix": "FEF", - "operands": [ - { - "name": "s", - "type": "subslice", - "bits_length_var_size": 4, - "bits_padding": 8, - "completion_tag": false, - "max_bits": 128, - "min_bits": 8, - "max_refs": 0, - "min_refs": 0, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETCP", - "since_version": 0, - "doc": { - "category": "codepage", - "description": "Selects TVM codepage `0 <= nn < 240`. If the codepage is not supported, throws an invalid opcode exception.", - "gas": "26", - "fift": "[nn] SETCP", - "fift_examples": [], - "opcode": "FFnn", - "stack": "-" - }, - "bytecode": { - "tlb": "#FF nn:(#<= 239)", - "prefix": "FF", - "operands_range_check": { "length": 8, "from": 0, "to": 239 }, - "operands": [ - { - "name": "n", - "type": "uint", - "size": 8, - "min_value": 0, - "max_value": 239, - "display_hints": [] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETCP_SPECIAL", - "since_version": 0, - "doc": { - "category": "codepage", - "description": "Selects TVM codepage `z-16` for `1 <= z <= 15`. Negative codepages `-13...-1` are reserved for restricted versions of TVM needed to validate runs of TVM in other codepages. Negative codepage `-14` is reserved for experimental codepages, not necessarily compatible between different TVM implementations, and should be disabled in the production versions of TVM.", - "gas": "26", - "fift": "[z-16] SETCP", - "fift_examples": [], - "opcode": "FFFz", - "stack": "-" - }, - "bytecode": { - "tlb": "#FFF z:(## 4) {1 <= z}", - "prefix": "FFF", - "operands_range_check": { "length": 4, "from": 1, "to": 15 }, - "operands": [ - { - "name": "z", - "type": "uint", - "size": 4, - "min_value": 1, - "max_value": 15, - "display_hints": [{ "type": "add", "value": -16 }] - } - ] - }, - "value_flow": { - "inputs": { "stack": [], "registers": [] }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - }, - { - "mnemonic": "SETCPX", - "since_version": 0, - "doc": { - "category": "codepage", - "description": "Selects codepage `c` with `-2^15 <= c < 2^15` passed in the top of the stack.", - "gas": "26", - "fift": "SETCPX", - "fift_examples": [], - "opcode": "FFF0", - "stack": "c - " - }, - "bytecode": { "tlb": "#FFF0", "prefix": "FFF0", "operands": [] }, - "value_flow": { - "inputs": { - "stack": [ - { "type": "simple", "name": "c", "value_types": ["Integer"] } - ], - "registers": [] - }, - "outputs": { "stack": [], "registers": [] } - }, - "control_flow": { "branches": [], "nobranch": true } - } - ], - "aliases": [ - { - "mnemonic": "SWAP", - "alias_of": "XCHG_0I", - "doc_fift": "SWAP", - "doc_stack": "x y - y x", - "description": "Same as `s1 XCHG0`.", - "operands": { "i": 1 } - }, - { - "mnemonic": "DUP", - "alias_of": "PUSH", - "doc_fift": "DUP", - "doc_stack": "x - x x", - "description": "Same as `s0 PUSH`.", - "operands": { "i": 0 } - }, - { - "mnemonic": "OVER", - "alias_of": "PUSH", - "doc_fift": "OVER", - "doc_stack": "x y - x y x", - "description": "Same as `s1 PUSH`.", - "operands": { "i": 1 } - }, - { - "mnemonic": "DROP", - "alias_of": "POP", - "doc_fift": "DROP", - "doc_stack": "x -", - "description": "Same as `s0 POP`, discards the top-of-stack value.", - "operands": { "i": 0 } - }, - { - "mnemonic": "NIP", - "alias_of": "POP", - "doc_fift": "NIP", - "doc_stack": "x y - y", - "description": "Same as `s1 POP`.", - "operands": { "i": 1 } - }, - { - "mnemonic": "ROT2", - "alias_of": "BLKSWAP", - "doc_fift": "ROT2\n2ROT", - "doc_stack": "a b c d e f - c d e f a b", - "description": "Rotates the three topmost pairs of stack entries.", - "operands": { "i": 1, "j": 3 } - }, - { - "mnemonic": "ROLL", - "alias_of": "BLKSWAP", - "doc_fift": "[i+1] ROLL", - "doc_stack": "", - "description": "Rotates the top `i+1` stack entries.\nEquivalent to `1 [i+1] BLKSWAP`.", - "operands": { "i": 0 } - }, - { - "mnemonic": "ROLLREV", - "alias_of": "BLKSWAP", - "doc_fift": "[i+1] -ROLL\n[i+1] ROLLREV", - "doc_stack": "", - "description": "Rotates the top `i+1` stack entries in the other direction.\nEquivalent to `[i+1] 1 BLKSWAP`.", - "operands": { "j": 0 } - }, - { - "mnemonic": "NIL", - "alias_of": "TUPLE", - "doc_fift": "NIL", - "doc_stack": "- t", - "description": "Pushes the only _Tuple_ `t=()` of length zero.", - "operands": { "n": 0 } - }, - { - "mnemonic": "SINGLE", - "alias_of": "TUPLE", - "doc_fift": "SINGLE", - "doc_stack": "x - t", - "description": "Creates a singleton `t:=(x)`, i.e., a _Tuple_ of length one.", - "operands": { "n": 1 } - }, - { - "mnemonic": "PAIR", - "alias_of": "TUPLE", - "doc_fift": "PAIR\nCONS", - "doc_stack": "x y - t", - "description": "Creates pair `t:=(x,y)`.", - "operands": { "n": 2 } - }, - { - "mnemonic": "TRIPLE", - "alias_of": "TUPLE", - "doc_fift": "TRIPLE", - "doc_stack": "x y z - t", - "description": "Creates triple `t:=(x,y,z)`.", - "operands": { "n": 3 } - }, - { - "mnemonic": "FIRST", - "alias_of": "INDEX", - "doc_fift": "FIRST\nCAR", - "doc_stack": "t - x", - "description": "Returns the first element of a _Tuple_.", - "operands": { "k": 0 } - }, - { - "mnemonic": "SECOND", - "alias_of": "INDEX", - "doc_fift": "SECOND\nCDR", - "doc_stack": "t - y", - "description": "Returns the second element of a _Tuple_.", - "operands": { "k": 1 } - }, - { - "mnemonic": "THIRD", - "alias_of": "INDEX", - "doc_fift": "THIRD", - "doc_stack": "t - z", - "description": "Returns the third element of a _Tuple_.", - "operands": { "k": 2 } - }, - { - "mnemonic": "UNSINGLE", - "alias_of": "UNTUPLE", - "doc_fift": "UNSINGLE", - "doc_stack": "t - x", - "description": "Unpacks a singleton `t=(x)`.", - "operands": { "n": 1 } - }, - { - "mnemonic": "UNPAIR", - "alias_of": "UNTUPLE", - "doc_fift": "UNPAIR\nUNCONS", - "doc_stack": "t - x y", - "description": "Unpacks a pair `t=(x,y)`.", - "operands": { "n": 2 } - }, - { - "mnemonic": "UNTRIPLE", - "alias_of": "UNTUPLE", - "doc_fift": "UNTRIPLE", - "doc_stack": "t - x y z", - "description": "Unpacks a triple `t=(x,y,z)`.", - "operands": { "n": 3 } - }, - { - "mnemonic": "CHKTUPLE", - "alias_of": "UNPACKFIRST", - "doc_fift": "CHKTUPLE", - "doc_stack": "t -", - "description": "Checks whether `t` is a _Tuple_. If not, throws a type check exception.", - "operands": { "k": 0 } - }, - { - "mnemonic": "SETFIRST", - "alias_of": "SETINDEX", - "doc_fift": "SETFIRST", - "doc_stack": "t x - t'", - "description": "Sets the first component of _Tuple_ `t` to `x` and returns the resulting _Tuple_ `t'`.", - "operands": { "k": 0 } - }, - { - "mnemonic": "SETSECOND", - "alias_of": "SETINDEX", - "doc_fift": "SETSECOND", - "doc_stack": "t x - t'", - "description": "Sets the second component of _Tuple_ `t` to `x` and returns the resulting _Tuple_ `t'`.", - "operands": { "k": 1 } - }, - { - "mnemonic": "SETTHIRD", - "alias_of": "SETINDEX", - "doc_fift": "SETTHIRD", - "doc_stack": "t x - t'", - "description": "Sets the third component of _Tuple_ `t` to `x` and returns the resulting _Tuple_ `t'`.", - "operands": { "k": 2 } - }, - { - "mnemonic": "FIRSTQ", - "alias_of": "INDEXQ", - "doc_fift": "FIRSTQ\nCARQ", - "doc_stack": "t - x", - "description": "Returns the first element of a _Tuple_.", - "operands": { "k": 0 } - }, - { - "mnemonic": "SECONDQ", - "alias_of": "INDEXQ", - "doc_fift": "SECONDQ\nCDRQ", - "doc_stack": "t - y", - "description": "Returns the second element of a _Tuple_.", - "operands": { "k": 1 } - }, - { - "mnemonic": "THIRDQ", - "alias_of": "INDEXQ", - "doc_fift": "THIRDQ", - "doc_stack": "t - z", - "description": "Returns the third element of a _Tuple_.", - "operands": { "k": 2 } - }, - { - "mnemonic": "SETFIRSTQ", - "alias_of": "SETINDEXQ", - "doc_fift": "SETFIRSTQ", - "doc_stack": "t x - t'", - "description": "Sets the first component of _Tuple_ `t` to `x` and returns the resulting _Tuple_ `t'`.", - "operands": { "k": 0 } - }, - { - "mnemonic": "SETSECONDQ", - "alias_of": "SETINDEXQ", - "doc_fift": "SETSECONDQ", - "doc_stack": "t x - t'", - "description": "Sets the second component of _Tuple_ `t` to `x` and returns the resulting _Tuple_ `t'`.", - "operands": { "k": 1 } - }, - { - "mnemonic": "SETTHIRDQ", - "alias_of": "SETINDEXQ", - "doc_fift": "SETTHIRDQ", - "doc_stack": "t x - t'", - "description": "Sets the third component of _Tuple_ `t` to `x` and returns the resulting _Tuple_ `t'`.", - "operands": { "k": 2 } - }, - { - "mnemonic": "CADR", - "alias_of": "INDEX2", - "doc_fift": "CADR", - "doc_stack": "t - x", - "description": "Recovers `x=(t_2)_1`.", - "operands": { "i": 1, "j": 0 } - }, - { - "mnemonic": "CDDR", - "alias_of": "INDEX2", - "doc_fift": "CDDR", - "doc_stack": "t - x", - "description": "Recovers `x=(t_2)_2`.", - "operands": { "i": 1, "j": 1 } - }, - { - "mnemonic": "CADDR", - "alias_of": "INDEX3", - "doc_fift": "CADDR", - "doc_stack": "t - x", - "description": "Recovers `x=t_2_2_1`.", - "operands": { "i": 1, "j": 1, "k": 0 } - }, - { - "mnemonic": "CDDDR", - "alias_of": "INDEX3", - "doc_fift": "CDDDR", - "doc_stack": "t - x", - "description": "Recovers `x=t_2_2_2`.", - "operands": { "i": 1, "j": 1, "k": 1 } - }, - { - "mnemonic": "ZERO", - "alias_of": "PUSHINT_4", - "doc_fift": "ZERO\nFALSE", - "doc_stack": "- 0", - "description": "", - "operands": { "i": 0 } - }, - { - "mnemonic": "ONE", - "alias_of": "PUSHINT_4", - "doc_fift": "ONE", - "doc_stack": "- 1", - "description": "", - "operands": { "i": 1 } - }, - { - "mnemonic": "TWO", - "alias_of": "PUSHINT_4", - "doc_fift": "TWO", - "doc_stack": "- 2", - "description": "", - "operands": { "i": 2 } - }, - { - "mnemonic": "TEN", - "alias_of": "PUSHINT_4", - "doc_fift": "TEN", - "doc_stack": "- 10", - "description": "", - "operands": { "i": 10 } - }, - { - "mnemonic": "TRUE", - "alias_of": "PUSHINT_4", - "doc_fift": "TRUE", - "doc_stack": "- -1", - "description": "", - "operands": { "i": 15 } - }, - { - "mnemonic": "CHKBOOL", - "alias_of": "FITS", - "doc_fift": "CHKBOOL", - "doc_stack": "x - x", - "description": "Checks whether `x` is a ''boolean value'' (i.e., either 0 or -1).", - "operands": { "c": 0 } - }, - { - "mnemonic": "CHKBIT", - "alias_of": "UFITS", - "doc_fift": "CHKBIT", - "doc_stack": "x - x", - "description": "Checks whether `x` is a binary digit (i.e., zero or one).", - "operands": { "c": 0 } - }, - { - "mnemonic": "ISZERO", - "alias_of": "EQINT", - "doc_fift": "ISZERO", - "doc_stack": "x - x=0", - "description": "Checks whether an integer is zero. Corresponds to Forth's `0=`.", - "operands": { "y": 0 } - }, - { - "mnemonic": "ISNEG", - "alias_of": "LESSINT", - "doc_fift": "ISNEG", - "doc_stack": "x - x<0", - "description": "Checks whether an integer is negative. Corresponds to Forth's `0<`.", - "operands": { "y": 0 } - }, - { - "mnemonic": "ISNPOS", - "alias_of": "LESSINT", - "doc_fift": "ISNPOS", - "doc_stack": "x - x<=0", - "description": "Checks whether an integer is non-positive.", - "operands": { "y": 1 } - }, - { - "mnemonic": "ISPOS", - "alias_of": "GTINT", - "doc_fift": "ISPOS", - "doc_stack": "x - x>0", - "description": "Checks whether an integer is positive. Corresponds to Forth's `0>`.", - "operands": { "y": 0 } - }, - { - "mnemonic": "ISNNEG", - "alias_of": "GTINT", - "doc_fift": "ISNNEG", - "doc_stack": "x - x >=0", - "description": "Checks whether an integer is non-negative.", - "operands": { "y": -1 } - }, - { - "mnemonic": "STZERO", - "alias_of": "STSLICECONST", - "doc_fift": "STZERO", - "doc_stack": "b - b'", - "description": "Stores one binary zero.", - "operands": { "x": 0, "y": 0, "sss": "0" } - }, - { - "mnemonic": "STONE", - "alias_of": "STSLICECONST", - "doc_fift": "STONE", - "doc_stack": "b - b'", - "description": "Stores one binary one.", - "operands": { "x": 0, "y": 0, "sss": "1" } - }, - { - "mnemonic": "PLDREF", - "alias_of": "PLDREFIDX", - "doc_fift": "PLDREF", - "doc_stack": "s - c", - "description": "Preloads the first cell reference of a _Slice_.", - "operands": { "n": 0 } - }, - { - "mnemonic": "SETNUMARGS", - "alias_of": "SETCONTARGS_N", - "doc_fift": "[n] SETNUMARGS", - "doc_stack": "c - c'", - "description": "Sets `c.nargs` to `n` plus the current depth of `c`'s stack, where `0 <= n <= 14`. If `c.nargs` is already set to a non-negative value, does nothing.", - "operands": { "r": 0 } - }, - { - "mnemonic": "SETCONTARGS", - "alias_of": "SETCONTARGS_N", - "doc_fift": "[r] -1 SETCONTARGS", - "doc_stack": "x_1 x_2...x_r c - c'", - "description": "Pushes `0 <= r <= 15` values `x_1...x_r` into the stack of (a copy of) the continuation `c`, starting with `x_1`. If the final depth of `c`'s stack turns out to be greater than `c.nargs`, a stack overflow exception is generated.", - "operands": { "n": -1 } - }, - { - "mnemonic": "BLESSNUMARGS", - "alias_of": "BLESSARGS", - "doc_fift": "[n] BLESSNUMARGS", - "doc_stack": "s - c", - "description": "Also transforms a _Slice_ `s` into a _Continuation_ `c`, but sets `c.nargs` to `0 <= n <= 14`.", - "operands": { "r": 0 } - }, - { - "mnemonic": "PUSHROOT", - "alias_of": "PUSHCTR", - "doc_fift": "c4 PUSHCTR\nc4 PUSH", - "doc_stack": "- x", - "description": "Pushes the ''global data root'' cell reference, thus enabling access to persistent smart-contract data.", - "operands": { "i": 4 } - }, - { - "mnemonic": "POPROOT", - "alias_of": "POPCTR", - "doc_fift": "c4 POPCTR\nc4 POP", - "doc_stack": "x -", - "description": "Sets the ''global data root'' cell reference, thus allowing modification of persistent smart-contract data.", - "operands": { "i": 4 } - }, - { - "mnemonic": "NEWDICT", - "alias_of": "NULL", - "doc_fift": "NEWDICT", - "doc_stack": " - D", - "description": "Returns a new empty dictionary.\nIt is an alternative mnemonics for `PUSHNULL`.", - "operands": {} - }, - { - "mnemonic": "DICTEMPTY", - "alias_of": "ISNULL", - "doc_fift": "DICTEMPTY", - "doc_stack": "D - ?", - "description": "Checks whether dictionary `D` is empty, and returns `-1` or `0` accordingly.\nIt is an alternative mnemonics for `ISNULL`.", - "operands": {} - }, - { - "mnemonic": "STDICTS", - "alias_of": "STSLICE", - "doc_fift": "STDICTS\n", - "doc_stack": "s b - b'", - "description": "Stores a _Slice_-represented dictionary `s` into _Builder_ `b`.\nIt is actually a synonym for `STSLICE`.", - "operands": {} - }, - { - "mnemonic": "NOW", - "alias_of": "GETPARAM", - "doc_fift": "NOW", - "doc_stack": " - x", - "description": "Returns the current Unix time as an _Integer_. If it is impossible to recover the requested value starting from `c7`, throws a type checking or range checking exception as appropriate.\nEquivalent to `3 GETPARAM`.", - "operands": { "i": 3 } - }, - { - "mnemonic": "BLOCKLT", - "alias_of": "GETPARAM", - "doc_fift": "BLOCKLT", - "doc_stack": " - x", - "description": "Returns the starting logical time of the current block.\nEquivalent to `4 GETPARAM`.", - "operands": { "i": 4 } - }, - { - "mnemonic": "LTIME", - "alias_of": "GETPARAM", - "doc_fift": "LTIME", - "doc_stack": " - x", - "description": "Returns the logical time of the current transaction.\nEquivalent to `5 GETPARAM`.", - "operands": { "i": 5 } - }, - { - "mnemonic": "RANDSEED", - "alias_of": "GETPARAM", - "doc_fift": "RANDSEED", - "doc_stack": " - x", - "description": "Returns the current random seed as an unsigned 256-bit _Integer_.\nEquivalent to `6 GETPARAM`.", - "operands": { "i": 6 } - }, - { - "mnemonic": "BALANCE", - "alias_of": "GETPARAM", - "doc_fift": "BALANCE", - "doc_stack": " - t", - "description": "Returns the remaining balance of the smart contract as a _Tuple_ consisting of an _Integer_ (the remaining Gram balance in nanograms) and a _Maybe Cell_ (a dictionary with 32-bit keys representing the balance of ''extra currencies'').\nEquivalent to `7 GETPARAM`.\nNote that `RAW` primitives such as `SENDRAWMSG` do not update this field.", - "operands": { "i": 7 } - }, - { - "mnemonic": "MYADDR", - "alias_of": "GETPARAM", - "doc_fift": "MYADDR", - "doc_stack": " - s", - "description": "Returns the internal address of the current smart contract as a _Slice_ with a `MsgAddressInt`. If necessary, it can be parsed further using primitives such as `PARSEMSGADDR` or `REWRITESTDADDR`.\nEquivalent to `8 GETPARAM`.", - "operands": { "i": 8 } - }, - { - "mnemonic": "CONFIGROOT", - "alias_of": "GETPARAM", - "doc_fift": "CONFIGROOT", - "doc_stack": " - D", - "description": "Returns the _Maybe Cell_ `D` with the current global configuration dictionary. Equivalent to `9 GETPARAM `.", - "operands": { "i": 9 } - }, - { - "mnemonic": "MYCODE", - "alias_of": "GETPARAM", - "doc_fift": "MYCODE", - "doc_stack": " - c", - "description": "Retrieves code of smart-contract from c7. Equivalent to `10 GETPARAM `.", - "operands": { "i": 10 } - }, - { - "mnemonic": "INCOMINGVALUE", - "alias_of": "GETPARAM", - "doc_fift": "INCOMINGVALUE", - "doc_stack": " - t", - "description": "Retrieves value of incoming message from c7. Equivalent to `11 GETPARAM `.", - "operands": { "i": 11 } - }, - { - "mnemonic": "STORAGEFEES", - "alias_of": "GETPARAM", - "doc_fift": "STORAGEFEES", - "doc_stack": " - i", - "description": "Retrieves value of storage phase fees from c7. Equivalent to `12 GETPARAM `.", - "operands": { "i": 12 } - }, - { - "mnemonic": "PREVBLOCKSINFOTUPLE", - "alias_of": "GETPARAM", - "doc_fift": "PREVBLOCKSINFOTUPLE", - "doc_stack": " - t", - "description": "Retrives PrevBlocksInfo: `[last_mc_blocks, prev_key_block]` from c7. Equivalent to `13 GETPARAM `.", - "operands": { "i": 13 } - }, - { - "mnemonic": "DUMPSTK", - "alias_of": "DEBUG", - "doc_fift": "DUMPSTK", - "doc_stack": "-", - "description": "Dumps the stack (at most the top 255 values) and shows the total stack depth. Does nothing on production versions of TVM.", - "operands": { "i": 0, "j": 0 } - }, - { - "mnemonic": "STRDUMP", - "alias_of": "DEBUG", - "doc_fift": "STRDUMP", - "doc_stack": "-", - "description": "Dumps slice with length divisible by 8 from top of stack as a string. Does nothing on production versions of TVM.", - "operands": { "i": 0, "j": 0 } - }, - { - "mnemonic": "DUMP", - "alias_of": "DEBUG", - "doc_fift": "s[j] DUMP", - "doc_stack": "-", - "description": "Dumps slice with length divisible by 8 from top of stack as a string. Does nothing on production versions of TVM.", - "operands": { "i": 2 } - }, - { - "mnemonic": "SETCP0", - "alias_of": "SETCP", - "doc_fift": "SETCP0", - "doc_stack": "-", - "description": "Selects TVM (test) codepage zero as described in this document.", - "operands": { "n": 0 } - } - ] -} diff --git a/src/data/opcodes/index.ts b/src/data/opcodes/index.ts index 3a91e106a3..2733d6bb23 100644 --- a/src/data/opcodes/index.ts +++ b/src/data/opcodes/index.ts @@ -10,7 +10,7 @@ import exceptionOpcodes from './exceptions.json'; import miscellaneousOpcodes from './miscellaneous.json'; import stackManipulationOpcodes from './stack_manipulation.json'; import tupleOpcodes from './tuple.json'; -import cp0 from './cp0.json'; +import cp0 from '../../../3rd/tvm-spec/cp0.json'; type Opcode = { name: string;