Blueprint reference

Blueprint is a CLI tool for TON smart contract development. This reference covers all available commands, options, configuration, and API methods.

CLI commands

create — create new contracts from templates
build — build contracts
run — execute deployment and custom scripts
test — run test suites
verify — verify contracts using TON Contract Verifier.
help — display command help information
set — configure language version
convert — convert legacy build scripts
rename — rename contracts across the project
pack — package contracts for deployment
snapshot — create gas usage snapshots

API reference

tonDeepLink — generate transaction deep links
getExplorerLink — generate blockchain explorer URLs
getNormalizedExtMessageHash — hash external messages
compile — compile smart contracts programmatically
libraryCellFromCode — create library cells
NetworkProvider — network interaction interface
UIProvider — user interface interaction
Type definitions — configuration and option types

Configuration

Environment variables — wallet and network configuration
Blueprint configuration — detailed configuration guide

CLI commands

Blueprint provides a comprehensive set of CLI commands for smart contract development, testing, and deployment. Commands support both interactive and non-interactive modes.

`create`

npx blueprint create <CONTRACT> --type <TYPE>

Creates a new smart contract with all necessary files including the contract source, TypeScript wrapper, test file, and deployment script.

Interactive mode

npx blueprint create

Launches an interactive wizard that guides you through:

Contract name selection (validates CamelCase format)
Programming language choice (Tolk, FunC, or Tact)
Template type selection (empty or counter example)

Non-interactive mode

npx blueprint create <CONTRACT> --type <TYPE>

Parameters:

<CONTRACT> — contract name in CamelCase format (e.g., MyAwesomeContract)
<TYPE> — template type from available options

Available template types:

tolk-empty — an empty contract (Tolk)
func-empty — an empty contract (FunC)
tact-empty — an empty contract (Tact)
tolk-counter — a simple counter contract (Tolk)
func-counter — a simple counter contract (FunC)
tact-counter — a simple counter contract (Tact)

Usage examples:

# Create empty Tolk contract
npx blueprint create MyToken --type tolk-empty

# Create Tolk counter example
npx blueprint create SimpleCounter --type tolk-counter

# Create contract interactively
npx blueprint create

Generated files:

contracts/MyContract.{tolk|fc|tact} — contract source code
wrappers/MyContract.ts — TypeScript wrapper for contract interaction
tests/MyContract.spec.ts — Jest test suite with basic test cases
scripts/deployMyContract.ts — deployment script with network configuration

`build`

npx blueprint build <CONTRACT> --all

Compiles smart contracts using their corresponding .compile.ts configuration files.

Interactive mode

npx blueprint build

Displays a list of all available contracts with .compile.ts files for selection. Shows compilation status and allows building individual contracts or all at once.

Non-interactive mode

npx blueprint build <CONTRACT>
npx blueprint build --all

Parameters:

<CONTRACT> — specific contract name to build (matches the .compile.ts filename)
--all — build all contracts in the project that have compilation configurations

Usage examples:

# Build specific contract
npx blueprint build MyToken

# Build all contracts
npx blueprint build --all

# Interactive selection
npx blueprint build

For detailed information about build artifacts, see Compiled Artifacts.

`run`

npx blueprint run <SCRIPT> <ARGS...> <OPTIONS>

Executes TypeScript scripts from the scripts/ directory with full network provider access. Commonly used for contract deployment, interaction, and maintenance tasks.

Interactive mode

npx blueprint run

Displays a list of all available scripts in the scripts/ directory to select from.

Non-interactive mode

npx blueprint run <SCRIPT> <ARGS...>

Parameters:

<SCRIPT> — script name (without .ts extension)
<ARGS...> — optional arguments passed to the script
--<NETWORK> — network selection (mainnet, testnet)
--<DEPLOY_METHOD> — deployment method (tonconnect, mnemonic)

Network options:

--mainnet — use TON Mainnet
--testnet — use TON Testnet
--custom <URL> — use custom network endpoint
--custom-version <VERSION> — API version (v2, v4)
--custom-type <TYPE> — network type (custom, mainnet, testnet)
--custom-key <KEY> — API key (v2 only)

Deploy options:

--tonconnect — use TON Connect for deployment
--deeplink — use deep link for deployment
--mnemonic — use mnemonic for deployment

Explorer options:

--tonscan — use Tonscan explorer
--tonviewer — use Tonviewer explorer (default)
--toncx — use Toncx explorer
--dton — use Dton explorer

Usage examples:

# Deploy contract to testnet with TON Connect
npx blueprint run deployCounter --testnet --tonconnect

# Deploy to testnet with mnemonic
npx blueprint run deployCounter --testnet --mnemonic

# Run script with custom arguments
npx blueprint run updateConfig arg1 arg2 --testnet

# Use custom network configuration
npx blueprint run deployContract \
  --custom https://toncenter.com/api/v2/jsonRPC \
  --custom-version v2 \
  --custom-type mainnet \
  --custom-key <YOUR_API_KEY>

<YOUR_API_KEY> — API key for the selected provider (v2 only).

Requirements:

Scripts must be located in scripts/ directory
Script files must export a run function:

import { NetworkProvider } from '@ton/blueprint';

export async function run(provider: NetworkProvider, args: string[]) {

}

Environment variables: For mnemonic-based deployments, configure these environment variables.

`test`

Run the full project test suite with all .spec.ts files.

Basic usage

npx blueprint test

Run all test files in the tests/ directory.

Collecting coverage

npx blueprint test --coverage

Run tests and collect coverage into coverage/ directory.

Gas reporting

npx blueprint test --gas-report
# or
npx blueprint test -g

Run tests and compare with the last snapshot’s metrics.

Specific test file

npx blueprint test <CONTRACT_NAME>

Examples:

npx blueprint test
npx blueprint test MyContract

Test file requirements:

Test files should be located in tests/ directory
Use .spec.ts extension
Supports standard Jest syntax and matchers

`verify`

Verify a deployed contract using TON Contract Verifier.

Basic usage

npx blueprint verify

Interactive mode to select contract and network.

Non-interactive mode

npx blueprint verify <CONTRACT> --network <NETWORK>

Parameters:

<CONTRACT> — contract name to verify
--network <NETWORK> — network (mainnet, testnet)
--compiler-version <VERSION> — compiler version used for building
--custom <URL> — custom network endpoint
--custom-version <VERSION> — API version (v2 default)
--custom-type <TYPE> — network type (mainnet, testnet)
--custom-key <KEY> — API key (v2 only)

Examples:

npx blueprint verify MyContract --network mainnet
npx blueprint verify MyContract --network testnet --compiler-version 0.4.4-newops.1

Custom network verification:

npx blueprint verify MyContract \
  --custom https://toncenter.com/api/v2/jsonRPC \
  --custom-version v2 \
  --custom-type mainnet \
  --custom-key <YOUR_API_KEY> \
  --compiler-version 0.4.4-newops.1

`help`

Show detailed help.

npx blueprint help
npx blueprint help <COMMAND>

Examples:

npx blueprint help
npx blueprint help create
npx blueprint help run

`set`

Sets language versions.

npx blueprint set <KEY> <VALUE>

Available keys:

func — overrides @ton-community/func-js-bin version

`convert`

Converts legacy bash build scripts to Blueprint wrappers.

npx blueprint convert <PATH_TO_BUILD_SCRIPT>

`rename`

Renames a contract by matching in wrappers, scripts, and tests.

npx blueprint rename <OLD_NAME> <NEW_NAME>

`pack`

Builds and prepares a publish-ready package of wrappers.

npx blueprint pack

Flags:

--no-warn, -n — ignore warnings about modifying tsconfig.json and package.json, and about removing the dist directory

Output:

Creates deployment-ready package
Includes compiled artifacts
Bundles dependencies

`snapshot`

Creates snapshots with gas usage and cell sizes.

npx blueprint snapshot

Flags:

--label=<COMMENT>, -l=<COMMENT> — add a comment label to the snapshot

Features:

Run with gas usage and cell sizes collected
Write a new snapshot
Useful for regression testing

Environment variables

Blueprint supports environment variables for wallet configuration when using mnemonic provider:

WALLET_MNEMONIC — wallet mnemonic phrase (space-separated words).
WALLET_VERSION — wallet contract version (v1r1, v1r2, v1r3, v2r1, v2r2, v3r1, v3r2, v4r1, v4r2, v4, v5r1).
WALLET_ID — wallet ID for versions earlier than v5r1.
SUBWALLET_NUMBER — subwallet number for v5r1 wallets.

Example .env file

WALLET_MNEMONIC="<MNEMONIC_24_WORDS>"
WALLET_VERSION=v4
WALLET_ID=698983191
SUBWALLET_NUMBER=0

<MNEMONIC_24_WORDS> — 24-word wallet mnemonic (space-separated).

API reference

Blueprint exports functions and classes for programmatic interaction with TON smart contracts.

`tonDeepLink`

Generates a TON deep link for transfer.

function tonDeepLink(
  address: Address,
  amount: bigint,
  body?: Cell,
  stateInit?: Cell,
  testOnly?: boolean
): string;

Parameters:

address — the recipient’s TON address
amount — the amount of nanoTON to send
body — optional message body as a Cell
stateInit — optional state init cell for deploying a contract
testOnly — optional flag to determine output address format

Returns: a URL deep link that can be opened in TON wallets Example:

const link = tonDeepLink(myAddress, 10_000_000n); // 0.01 TON
// "ton://transfer/..."

`getExplorerLink`

Generates a link to view a TON address in a selected blockchain explorer.

function getExplorerLink(
  address: string,
  network: string,
  explorer: 'tonscan' | 'tonviewer' | 'toncx' | 'dton'
): string;

Parameters:

address — the TON address to view in explorer
network — the target network (mainnet or testnet)
explorer — the desired explorer (tonscan, tonviewer, toncx, dton)

Returns: a full URL pointing to the address in the selected explorer Example:

const link = getExplorerLink("<ADDR>", "testnet", "tonscan");
// "https://testnet.tonscan.org/address/EQC...9gA"
// <ADDR> — TON address to view.

`getNormalizedExtMessageHash`

Generates a normalized hash of an external-in message for comparison.

function getNormalizedExtMessageHash(message: Message): Buffer;

This function ensures consistent hashing of external-in messages by following TEP-467. Parameters:

message — the message to be normalized and hashed (must be of type external-in)

Returns: the hash of the normalized message as Buffer Throws: error if the message type is not external-in

`compile`

Compiles a contract using the specified configuration for tact, func, or tolk languages.

async function compile(name: string, opts?: CompileOpts): Promise<Cell>

Parameters:

name — the name of the contract to compile (should correspond to a file named <name>.compile.ts)
opts — optional CompileOpts, including user data passed to hooks

Returns: a promise that resolves to the compiled contract code as a Cell Example:

import { compile } from '@ton/blueprint';

async function main() {
    const codeCell = await compile('Contract');
    console.log('Compiled code BoC:', codeCell.toBoc().toString('base64'));
}

`libraryCellFromCode`

Packs resulting code hash into library cell.

function libraryCellFromCode(code: Cell): Cell

Parameters:

code — the contract code cell

Returns: a library cell containing the code hash

`NetworkProvider`

Interface representing a network provider for interacting with the TON Blockchain.

interface NetworkProvider {
  network(): 'mainnet' | 'testnet' | 'custom';
  explorer(): Explorer;
  sender(): SenderWithSendResult;
  api(): BlueprintTonClient;
  provider(address: Address, init?: { code?: Cell; data?: Cell }): ContractProvider;
  isContractDeployed(address: Address): Promise<boolean>;
  waitForDeploy(address: Address, attempts?: number, sleepDuration?: number): Promise<void>;
  waitForLastTransaction(attempts?: number, sleepDuration?: number): Promise<void>;
  getContractState(address: Address): Promise<ContractState>;
  getConfig(configAddress?: Address): Promise<BlockchainConfig>;
  open<T extends Contract>(contract: T): OpenedContract<T>;
  ui(): UIProvider;
}

`network()`

network(): 'mainnet' | 'testnet' | 'custom';

Returns: current network type that the provider is connected to

`explorer()`

explorer(): Explorer;

Returns: Explorer name for the current network

`sender()`

sender(): SenderWithSendResult

Returns: the SenderWithSendResult instance used for sending transactions

`api()`

api(): BlueprintTonClient

Returns: the underlying BlueprintTonClient API for direct blockchain interactions

`provider()`

provider(address: Address, init?: { code?: Cell; data?: Cell }): ContractProvider

Creates a contract provider for interacting with a contract at the specified address. Parameters:

address — the contract address to interact with
init — optional contract initialization data
- code — Contract code cell
- data — Contract initial data cell

Returns: contractProvider instance for the specified address

`isContractDeployed()`

isContractDeployed(address: Address): Promise<boolean>

Checks whether a contract is deployed at the specified address. Parameters:

address — the contract address to check

Returns: promise resolving to true if contract is deployed, false otherwise Usage example:

export async function run(provider: NetworkProvider) {
  const isDeployed = await provider.isContractDeployed(contractAddress);
  if (!isDeployed) {
    console.log('Contract not yet deployed');
  }
}

`waitForDeploy()`

waitForDeploy(address: Address, attempts?: number, sleepDuration?: number): Promise<void>

Waits for a contract to be deployed by polling the address until the contract appears on-chain. Parameters:

address — the contract address to monitor
attempts — maximum number of polling attempts (default: 20)
sleepDuration — delay between attempts in milliseconds (default: 2000)

Returns: promise that resolves when contract is deployed Throws: error if contract is not deployed within the specified attempts Usage example:

export async function run(provider: NetworkProvider) {
  // Send deployment transaction
  await contract.sendDeploy(provider.sender(), { value: toNano('0.01') });
  
  // Wait for deployment to complete
  await provider.waitForDeploy(contract.address);
  console.log('Contract deployed successfully');
}

`waitForLastTransaction()`

waitForLastTransaction(attempts?: number, sleepDuration?: number): Promise<void>

Waits for the last sent transaction to be processed and confirmed on the blockchain. Parameters:

attempts — maximum number of polling attempts (default: 20)
sleepDuration — delay between attempts in milliseconds (default: 2000)

Returns: promise that resolves when the last transaction is confirmed Usage example:

export async function run(provider: NetworkProvider) {
  await contract.sendIncrement(provider.sender(), { value: toNano('0.01') });
  await provider.waitForLastTransaction();
}

`getContractState()`

getContractState(address: Address): Promise<ContractState>

Retrieves the current state of a contract including its balance, code, and data. Parameters:

address — the contract address to query

Returns: promise resolving to ContractState. Usage example:

export async function run(provider: NetworkProvider) {
  const state = await provider.getContractState(contractAddress);
  console.log(`Contract balance: ${fromNano(state.balance)} TON`);
}

`getConfig()`

getConfig(configAddress?: Address): Promise<BlockchainConfig>

Fetches the current blockchain configuration parameters. Parameters:

configAddress — optional config contract address (uses default if not provided)

Returns: promise resolving to BlockchainConfig

`open()`

open<T extends Contract>(contract: T): OpenedContract<T>

Opens a contract instance for interaction, binding it to the current provider. Parameters:

contract — the contract instance to open

Returns: openedContract wrapper that enables direct method calls Usage example:

export async function run(provider: NetworkProvider) {
  const counter = provider.open(Counter.fromAddress(contractAddress));
  const currentValue = await counter.getCounter();
  console.log('Current counter value:', currentValue);
}

`ui()`

ui(): UIProvider

Returns: UIProvider instance for console interactions Usage example:

export async function run(provider: NetworkProvider) {
  const ui = provider.ui();
  ui.write('Deployment starting...');
  const confirmed = await ui.prompt('Deploy to mainnet?');
}

`UIProvider`

Interface for handling user interactions, such as displaying messages, prompting for input, and managing action prompts. This interface abstracts console interactions and can be used in both interactive and automated scenarios.

interface UIProvider {
  write(message: string): void;
  prompt(message: string): Promise<boolean>;
  inputAddress(message: string, fallback?: Address): Promise<Address>;
  input(message: string): Promise<string>;
  choose<T>(message: string, choices: T[], display: (v: T) => string): Promise<T>;
  setActionPrompt(message: string): void;
  clearActionPrompt(): void;
}

`write()`

write(message: string): void

Displays a message to the user console. Parameters:

message — the text message to display

Usage example:

export async function run(provider: NetworkProvider) {
  const ui = provider.ui();
  ui.write('Starting contract deployment...');
  ui.write(`Network: ${provider.network()}`);
}

`prompt()`

prompt(message: string): Promise<boolean>

Displays a yes/no prompt to the user and waits for their response. Parameters:

message — the prompt message to display

Returns: promise resolving to true for yes, false for no Usage example:

export async function run(provider: NetworkProvider) {
  const ui = provider.ui();
  const confirmed = await ui.prompt('Deploy to mainnet? This will cost real TON');
  if (confirmed) {
    ui.write('Proceeding with deployment...');
  } else {
    ui.write('Deployment cancelled');
    return;
  }
}

`inputAddress()`

inputAddress(message: string, fallback?: Address): Promise<Address>

Prompts the user to input a TON address with validation. Parameters:

message — the prompt message to display
fallback — optional default address to use if user provides empty input

Returns: promise resolving to Address object Usage example:

export async function run(provider: NetworkProvider) {
  const ui = provider.ui();
  const targetAddress = await ui.inputAddress(
    'Enter the contract address to interact with:',
    Address.parse('EQD4FPq-PRDieyQKkizFTRtSDyucUIqrj0v_zXJmqaDp6_0t') // fallback
  );
  ui.write(`Using address: ${targetAddress.toString()}`);
}

`input()`

input(message: string): Promise<string>

Prompts the user for a text input and returns the entered string. Parameters:

message — the prompt message to display

Returns: promise resolving to the user’s input as a string Usage example:

export async function run(provider: NetworkProvider) {
  const ui = provider.ui();
  const contractName = await ui.input('Enter the contract name:');
  ui.write(`Deploying contract: ${contractName}`);
}

`choose()`

choose<T>(message: string, choices: T[], display: (v: T) => string): Promise<T>

Presents a list of choices to the user and returns the selected option. Parameters:

message — the prompt message to display
choices — array of options to choose from
display — function to convert each choice to a display string

Returns: promise resolving to the selected choice Usage example:

export async function run(provider: NetworkProvider) {
  const ui = provider.ui();
  
  const networks = ['mainnet', 'testnet'];
  const selectedNetwork = await ui.choose(
    'Select deployment network:',
    networks,
    (network) => network.toUpperCase()
  );
  
  ui.write(`Selected network: ${selectedNetwork}`);
}

`setActionPrompt()`

setActionPrompt(message: string): void

Sets a persistent action prompt that remains visible during operations. Parameters:

message — the action prompt message to display

Usage example:

export async function run(provider: NetworkProvider) {
  const ui = provider.ui();
  ui.setActionPrompt('⏳ Waiting for transaction confirmation...');
  
  await contract.send(provider.sender(), { value: toNano('0.01') }, 'increment');
  await provider.waitForLastTransaction();
  
  ui.clearActionPrompt();
  ui.write('✅ Transaction confirmed');
}

`clearActionPrompt()`

clearActionPrompt(): void

Clears the current action prompt, removing it from display. Usage example:

export async function run(provider: NetworkProvider) {
  const ui = provider.ui();
  ui.setActionPrompt('🔄 Processing...');
  
  // Perform some operation
  await someAsyncOperation();
  
  ui.clearActionPrompt();
  ui.write('Operation completed');
}

Type definitions

Blueprint exports several TypeScript types for configuration and compilation options. These types provide type safety and IntelliSense support when working with Blueprint programmatically.

`CompileOpts`

Optional compilation settings, including user data passed to hooks and compilation flags.

type CompileOpts = {
  hookUserData?: any;
  debugInfo?: boolean;
  buildLibrary?: boolean;
};

Properties:

hookUserData — optional user data passed to pre/post compile hooks
debugInfo — enable debug information in compiled output (default: false)
buildLibrary — build as a library instead of a regular contract (default: false)

Usage example:

import { compile } from '@ton/blueprint';

const codeCell = await compile('MyContract', {
  debugInfo: true,
  hookUserData: { customFlag: true }
});

`CommonCompilerConfig`

Base configuration shared by all compiler types. This interface defines common compilation hooks and options.

type CommonCompilerConfig = {
  preCompileHook?: (params: HookParams) => Promise<void>;
  postCompileHook?: (code: Cell, params: HookParams) => Promise<void>;
  buildLibrary?: boolean;
};

Properties:

preCompileHook — optional function called before compilation starts (receives HookParams)
postCompileHook — optional function called after compilation completes (receives compiled Cell and HookParams)
buildLibrary — whether to build as a library (default: false)

Usage example:

./wrappers/MyContract.compile.ts

import { CompilerConfig } from '@ton/blueprint';

export const compile: CompilerConfig = {
  lang: 'func',
  targets: ['contracts/my_contract.fc'],
  preCompileHook: async (params) => {
    console.log('Starting compilation...');
  },
  postCompileHook: async (code, params) => {
    console.log('Compilation completed!');
  }
};

`FuncCompilerConfig`

Configuration specific to the FunC compiler, including optimization levels and source file specifications.

type FuncCompilerConfig = {
  lang?: 'func';
  optLevel?: number;
  debugInfo?: boolean;
} & (
  | {
      targets: string[];
      sources?: SourceResolver | SourcesMap;
    }
  | {
      targets?: string[];
      sources: SourcesArray;
    }
);

Properties:

lang — compiler language identifier (optional, defaults to 'func')
optLevel — optimization level (0-2, default: 2)
debugInfo — include debug information in output
targets — array of FunC source file paths to compile
sources — alternative source specification method

Usage example:

./wrappers/MyContract.compile.ts

import { CompilerConfig } from '@ton/blueprint';

export const compile: CompilerConfig = {
  lang: 'func',
  targets: [
    'contracts/imports/stdlib.fc',
    'contracts/my_contract.fc'
  ],
  optLevel: 2,
  debugInfo: false
};

`TolkCompilerConfig`

Configuration for the Tolk compiler, including optimization and debugging options.

type TolkCompilerConfig = {
  lang: 'tolk';
  entrypoint: string;
  optimizationLevel?: number;
  withStackComments?: boolean;
  withSrcLineComments?: boolean;
  experimentalOptions?: string;
};

Properties:

lang — compiler language identifier (must be 'tolk')
entrypoint — path to the main Tolk source file
optimizationLevel — optimization level
withStackComments — include stack operation comments in Fift output
withSrcLineComments — include source line comments in Fift output
experimentalOptions — additional experimental compiler flags

Usage example:

./wrappers/MyContract.compile.ts

import { CompilerConfig } from '@ton/blueprint';

export const compile: CompilerConfig = {
  lang: 'tolk',
  entrypoint: 'contracts/my_contract.tolk',
  optimizationLevel: 2,
  withStackComments: true,
  withSrcLineComments: true
};

`TactLegacyCompilerConfig`

Configuration for the Tact compiler (legacy configuration format).

type TactLegacyCompilerConfig = {
  lang: 'tact';
  target: string;
  options?: Options;
};

Properties:

lang — compiler language identifier (must be 'tact')
target — path to the main Tact source file
options — additional Tact compiler options

Usage example:

./wrappers/MyContract.compile.ts

import { CompilerConfig } from '@ton/blueprint';

export const compile: CompilerConfig = {
  lang: 'tact',
  target: 'contracts/my_contract.tact',
  options: {
    debug: false,
    external: true
  }
};

`HookParams`

Parameters passed to compilation hooks, providing context about the compilation process.

type HookParams = {
  userData?: any;
};

Properties:

userData — optional user data passed from CompileOpts

`SenderWithSendResult`

Extended sender interface that tracks the result of the last send operation.

interface SenderWithSendResult extends Sender {
  readonly lastSendResult?: unknown;
}

Properties:

lastSendResult — optional result from the most recent send operation

`BlueprintTonClient`

Union type representing supported TON client implementations.

type BlueprintTonClient = TonClient4 | TonClient | ContractAdapter | LiteClient;

Supported clients:

TonClient4 — TON HTTP API v4 client
TonClient — TON HTTP API v2/v3 client
ContractAdapter — TON API adapter
LiteClient — Lite client for direct node communication

`Explorer`

Supported blockchain explorer types.

type Explorer = 'tonscan' | 'tonviewer' | 'toncx' | 'dton';

Supported explorers:

'tonscan' — TONScan explorer
'tonviewer' — Tonviewer explorer (default)
'toncx' — TON.cx explorer
'dton' — dton.io explorer

Configuration

For detailed configuration options, refer to the Blueprint Configuration guide.

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​Quick navigation

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​Configuration

​CLI commands

​create

​Interactive mode

​Non-interactive mode

​build

​Interactive mode

​Non-interactive mode

​run

​Interactive mode

​Non-interactive mode

​test

​Basic usage

​Collecting coverage

​Gas reporting

​Specific test file

​verify

​Basic usage

​Non-interactive mode

​help

​set

​convert

​rename

​pack

​snapshot

​Environment variables

​Example .env file

​API reference

​tonDeepLink

​getExplorerLink

​getNormalizedExtMessageHash

​compile

​libraryCellFromCode

​NetworkProvider

​network()

​explorer()

​sender()

​api()

​provider()

​isContractDeployed()

​waitForDeploy()

​waitForLastTransaction()

​getContractState()

​getConfig()

​open()

​ui()

​UIProvider

​write()

​prompt()

​inputAddress()

​input()

​choose()

​setActionPrompt()

​clearActionPrompt()

​Type definitions

​CompileOpts

​CommonCompilerConfig

​FuncCompilerConfig

​TolkCompilerConfig

​TactLegacyCompilerConfig

​HookParams

​SenderWithSendResult

​BlueprintTonClient

​Explorer

​Configuration

Quick navigation

CLI commands

API reference

Configuration

CLI commands

`create`

Interactive mode

Non-interactive mode

`build`

Interactive mode

Non-interactive mode

`run`

Interactive mode

Non-interactive mode

`test`

Basic usage

Collecting coverage

Gas reporting

Specific test file

`verify`

Basic usage

Non-interactive mode

`help`

`set`

`convert`

`rename`

`pack`

`snapshot`

Environment variables

Example .env file

API reference

`tonDeepLink`

`getExplorerLink`

`getNormalizedExtMessageHash`

`compile`

`libraryCellFromCode`

`NetworkProvider`

`network()`

`explorer()`

`sender()`

`api()`

`provider()`

`isContractDeployed()`

`waitForDeploy()`

`waitForLastTransaction()`

`getContractState()`

`getConfig()`

`open()`

`ui()`

`UIProvider`

`write()`

`prompt()`

`inputAddress()`

`input()`

`choose()`

`setActionPrompt()`

`clearActionPrompt()`

Type definitions

`CompileOpts`

`CommonCompilerConfig`

`FuncCompilerConfig`

`TolkCompilerConfig`

`TactLegacyCompilerConfig`

`HookParams`

`SenderWithSendResult`

`BlueprintTonClient`

`Explorer`

Configuration