@taqueria/plugin-taquito/index.js

A taqueria plugin for originating smart contracts using Taquito

"use strict";

// index.ts
var import_node_sdk7 = require("@taqueria/node-sdk");

// main.ts
var import_node_sdk6 = require("@taqueria/node-sdk");

// fund.ts
var import_node_sdk3 = require("@taqueria/node-sdk");

// common.ts
var import_node_sdk = require("@taqueria/node-sdk");
var import_signer = require("@taquito/signer");
var import_taquito = require("@taquito/taquito");
var getEnvTypeAndNodeConfig = (parsedArgs, env) => {
  var _a, _b, _c, _d;
  const targetConstraintErrMsg = "Each environment can only have one target, be it a network or a sandbox";
  if (((_a = env.networks) == null ? void 0 : _a.length) === 1 && ((_b = env.sandboxes) == null ? void 0 : _b.length) === 1) return (0, import_node_sdk.sendAsyncErr)(targetConstraintErrMsg);
  if (((_c = env.networks) == null ? void 0 : _c.length) === 1) {
    const networkName = env.networks[0];
    const network = (0, import_node_sdk.getNetworkConfig)(parsedArgs)(networkName);
    if (!network) {
      return (0, import_node_sdk.sendAsyncErr)(
        `The current environment is configured to use a network called '${networkName}'; however, no network of this name has been configured in .taq/config.json`
      );
    }
    return Promise.resolve(["Network", network]);
  }
  if (((_d = env.sandboxes) == null ? void 0 : _d.length) === 1) {
    const sandboxName = env.sandboxes[0];
    const sandbox = (0, import_node_sdk.getSandboxConfig)(parsedArgs)(sandboxName);
    if (!sandbox) {
      return (0, import_node_sdk.sendAsyncErr)(
        `The current environment is configured to use a sandbox called '${sandboxName}'; however, no sandbox of this name has been configured in .taq/config.json`
      );
    }
    return Promise.resolve(["Sandbox", sandbox]);
  }
  return (0, import_node_sdk.sendAsyncErr)(targetConstraintErrMsg);
};
var configureToolKitForSandbox = async (sandbox, sender) => {
  let accountKey;
  if (sender && sender !== "default") {
    const accounts = getSandboxInstantiatedAccounts(sandbox);
    if (accounts.hasOwnProperty(sender)) {
      accountKey = accounts[sender].secretKey;
    } else {
      return (0, import_node_sdk.sendAsyncErr)(
        `${sender} is not an account instantiated in the current environment. Check .taq/config.json`
      );
    }
  } else {
    const defaultAccount = (0, import_node_sdk.getDefaultSandboxAccount)(sandbox);
    if (!defaultAccount) {
      return (0, import_node_sdk.sendAsyncErr)(
        `No default account is specified in the sandbox to perform the operation. Please use the --sender flag to explicitly specify the account to use as the sender of the operation`
      );
    }
    accountKey = defaultAccount.secretKey;
  }
  const tezos = new import_taquito.TezosToolkit(sandbox.rpcUrl);
  tezos.setProvider({ signer: new import_signer.InMemorySigner(accountKey.replace(/^unencrypted:/, "")) });
  return tezos;
};
var configureToolKitForNetwork = async (parsedArgs, network, sender) => {
  let account;
  if (sender && sender !== import_node_sdk.TAQ_OPERATOR_ACCOUNT) {
    const accounts = getNetworkInstantiatedAccounts(network);
    if (accounts.hasOwnProperty(sender)) {
      account = sender;
    } else {
      return (0, import_node_sdk.sendAsyncErr)(
        `${sender} is not an account instantiated in the current environment. Check .taq/config.json`
      );
    }
  } else {
    account = import_node_sdk.TAQ_OPERATOR_ACCOUNT;
  }
  const tezos = new import_taquito.TezosToolkit(network.rpcUrl);
  const key = await (0, import_node_sdk.getAccountPrivateKey)(parsedArgs, network, account);
  await (0, import_taquito.importKey)(tezos, key);
  return tezos;
};
var getDeclaredAccounts = (parsedArgs) => Object.entries(parsedArgs.config.accounts ?? {}).reduce(
  (acc, declaredAccount) => {
    const alias = declaredAccount[0];
    const mutez = declaredAccount[1];
    return {
      ...acc,
      [alias]: typeof mutez === "string" ? parseFloat(mutez.replaceAll("_", "")) : mutez
    };
  },
  {}
);
var getSandboxInstantiatedAccounts = (sandbox) => (sandbox == null ? void 0 : sandbox.accounts) ? Object.entries(sandbox.accounts).reduce(
  (acc, instantiatedAccount) => {
    const alias = instantiatedAccount[0];
    const keys = instantiatedAccount[1];
    return alias !== "default" ? {
      ...acc,
      [alias]: keys
    } : acc;
  },
  {}
) : {};
var getNetworkInstantiatedAccounts = (network) => network.accounts ? Object.entries(network.accounts).reduce(
  (acc, instantiatedAccount) => {
    const alias = instantiatedAccount[0];
    const keys = instantiatedAccount[1];
    return alias !== import_node_sdk.TAQ_OPERATOR_ACCOUNT ? {
      ...acc,
      [alias]: keys
    } : acc;
  },
  {}
) : {};
var generateAccountKeys = async (parsedArgs, network, account) => {
  const tezos = new import_taquito.TezosToolkit(network.rpcUrl);
  const key = await (0, import_node_sdk.getAccountPrivateKey)(parsedArgs, network, account);
  await (0, import_taquito.importKey)(tezos, key);
};
var handleOpsError = (err, env) => {
  if (err instanceof Error) {
    const msg = err.message;
    if (/ENOTFOUND/.test(msg)) return (0, import_node_sdk.sendAsyncErr)("The RPC URL may be invalid. Check ./.taq/config.json");
    if (/ECONNREFUSED/.test(msg)) return (0, import_node_sdk.sendAsyncErr)("The RPC URL may be down or the sandbox is not running");
    if (/empty_implicit_contract/.test(msg)) {
      const result = msg.match(/(?<="implicit":")tz[^"]+(?=")/);
      const publicKeyHash = result ? result[0] : void 0;
      if (publicKeyHash) {
        const faucetUrl = (0, import_node_sdk.getFaucetUrl)(env);
        return (0, import_node_sdk.sendAsyncErr)(
          `The account ${publicKeyHash} for the target environment, "${env}", may not be funded
To fund this account:
1. Go to ${faucetUrl}
2. Copy and paste the above key into the wallet address field
3. Request some Tez (Note that you might need to wait for a few seconds for the network to register the funds)

Alternatively, use --sender <accountAlias> if you have an already-funded account.`
        );
      }
    }
  }
  return (0, import_node_sdk.sendAsyncErr)(`Error while performing operation:
${err} ${JSON.stringify(err, null, 2)}`);
};
var doWithin = async (seconds, fn) => {
  let captured = new Error(
    "Operation timed out. Please try again and perhaps increase the timeout using the --timeout option."
  );
  let timeout;
  const maxTimeout = new Promise((resolve, reject) => {
    timeout = setTimeout(() => {
      reject(captured);
    }, seconds * 1e3);
  });
  const process2 = async () => {
    while (true) {
      try {
        const retval = await fn();
        return retval;
      } catch (err) {
        captured = err;
      }
    }
  };
  return Promise.race([process2(), maxTimeout]).then((retval) => {
    clearTimeout(timeout);
    return retval;
  });
};

// transfer.ts
var import_node_sdk2 = require("@taqueria/node-sdk");
var import_michel_codec = require("@taquito/michel-codec");
var isContractAddress = (contract) => contract.startsWith("tz1") || contract.startsWith("tz2") || contract.startsWith("tz3") || contract.startsWith("KT1");
var getContractInfo = async (parsedArgs, env) => {
  const contract = parsedArgs.contract;
  const protocolArgs = import_node_sdk2.RequestArgs.create(parsedArgs);
  return {
    contractAlias: isContractAddress(contract) ? "N/A" : contract,
    contractAddress: isContractAddress(contract) ? contract : await (0, import_node_sdk2.getAddressOfAlias)(env, contract),
    parameter: parsedArgs.param ? await (0, import_node_sdk2.getParameter)(protocolArgs, parsedArgs.param) : "Unit",
    entrypoint: parsedArgs.entrypoint ?? "default",
    mutezTransfer: parseInt(parsedArgs.mutez ?? "0")
  };
};
var createBatchForTransfer = (tezos, contractsInfo, gasLimit, storageLimit, fee) => contractsInfo.reduce((acc, contractInfo) => acc.withTransfer({
  fee,
  gasLimit,
  storageLimit,
  to: contractInfo.contractAddress,
  amount: contractInfo.mutezTransfer,
  parameter: {
    entrypoint: contractInfo.entrypoint,
    value: new import_michel_codec.Parser().parseMichelineExpression(contractInfo.parameter)
  },
  mutez: true
}), tezos.wallet.batch());
var performTransferOps = async (tezos, env, contractsInfo, maxTimeout, gasLimit, storageLimit, fee) => {
  const batch = createBatchForTransfer(tezos, contractsInfo, gasLimit, storageLimit, fee);
  try {
    return await doWithin(maxTimeout, async () => {
      const op = await batch.send();
      await op.confirmation();
      return op;
    });
  } catch (err) {
    return handleOpsError(err, env);
  }
};
var prepContractInfoForDisplay = (tezos, contractInfo) => {
  return {
    contractAlias: contractInfo.contractAlias,
    contractAddress: contractInfo.contractAddress,
    parameter: contractInfo.parameter,
    entrypoint: contractInfo.entrypoint,
    mutezTransfer: contractInfo.mutezTransfer.toString(),
    destination: tezos.rpc.getRpcUrl()
  };
};
var transfer = async (opts) => {
  const protocolArgs = import_node_sdk2.RequestArgs.create(opts);
  const env = (0, import_node_sdk2.getCurrentEnvironmentConfig)(protocolArgs);
  if (!env) return (0, import_node_sdk2.sendAsyncErr)(`There is no environment called ${protocolArgs.env} in your config.json`);
  try {
    const [envType, nodeConfig] = await getEnvTypeAndNodeConfig(protocolArgs, env);
    const tezos = await (envType === "Network" ? configureToolKitForNetwork(protocolArgs, nodeConfig, opts.sender) : configureToolKitForSandbox(nodeConfig, opts.sender));
    const contractInfo = await getContractInfo(opts, env);
    await performTransferOps(
      tezos,
      (0, import_node_sdk2.getCurrentEnvironment)(protocolArgs),
      [contractInfo],
      opts.timeout,
      opts.gasLimit,
      opts.storageLimit,
      opts.fee
    );
    const contractInfoForDisplay = prepContractInfoForDisplay(tezos, contractInfo);
    return (0, import_node_sdk2.sendJsonRes)([contractInfoForDisplay]);
  } catch {
    return (0, import_node_sdk2.sendAsyncErr)("No operations performed");
  }
};
var transfer_default = transfer;

// fund.ts
var getAccountsInfo = (parsedArgs, tezos, instantiatedAccounts) => Promise.all(
  Object.entries(instantiatedAccounts).map(async (instantiatedAccount) => {
    const alias = instantiatedAccount[0];
    const aliasInfo = instantiatedAccount[1];
    const declaredMutez = getDeclaredAccounts(parsedArgs)[alias];
    const currentBalanceInMutez = (await tezos.tz.getBalance(aliasInfo.publicKeyHash)).toNumber();
    const amountToFillInMutez = declaredMutez ? Math.max(declaredMutez - currentBalanceInMutez, 0) : 0;
    if (!declaredMutez) {
      (0, import_node_sdk3.sendWarn)(
        `Warning: ${alias} is instantiated in the target environment but not declared in the root level "accounts" field of ./.taq/config.json so ${alias} will not be funded as you don't have a declared tez amount set there for ${alias}
`
      );
    }
    return {
      contractAlias: alias,
      contractAddress: aliasInfo.publicKeyHash,
      parameter: "Unit",
      entrypoint: "default",
      mutezTransfer: parseInt(amountToFillInMutez.toString().replaceAll("_", ""))
    };
  })
).then((accountsInfo) => accountsInfo.filter((accountInfo) => accountInfo.mutezTransfer !== 0)).catch((err) => (0, import_node_sdk3.sendAsyncErr)(`Something went wrong while extracting account information - ${err}`));
var prepAccountsInfoForDisplay = (accountsInfo) => accountsInfo.map((accountInfo) => {
  return {
    accountAlias: accountInfo.contractAlias,
    accountAddress: accountInfo.contractAddress,
    mutezFunded: accountInfo.mutezTransfer.toString()
  };
});
var fund = async (parsedArgs) => {
  const env = (0, import_node_sdk3.getCurrentEnvironmentConfig)(parsedArgs);
  if (!env) return (0, import_node_sdk3.sendAsyncErr)(`There is no environment called ${parsedArgs.env} in your config.json`);
  try {
    const [envType, nodeConfig] = await getEnvTypeAndNodeConfig(parsedArgs, env);
    if (envType !== "Network") return (0, import_node_sdk3.sendAsyncErr)("taq fund can only be executed in a network environment");
    const tezos = await configureToolKitForNetwork(parsedArgs, nodeConfig);
    const instantiatedAccounts = getNetworkInstantiatedAccounts(nodeConfig);
    const accountsInfo = await getAccountsInfo(parsedArgs, tezos, instantiatedAccounts);
    if (accountsInfo.length === 0) {
      return (0, import_node_sdk3.sendJsonRes)(
        `All instantiated accounts in the current environment, "${parsedArgs.env}", are funded up to or beyond the declared amount`
      );
    }
    await performTransferOps(tezos, (0, import_node_sdk3.getCurrentEnvironment)(parsedArgs), accountsInfo, parsedArgs.timeout);
    const accountsInfoForDisplay = prepAccountsInfoForDisplay(accountsInfo);
    return (0, import_node_sdk3.sendJsonRes)(accountsInfoForDisplay);
  } catch {
    return (0, import_node_sdk3.sendAsyncErr)("No operations performed");
  }
};
var fund_default = fund;

// instantiate_account.ts
var import_node_sdk4 = require("@taqueria/node-sdk");
var instantiate_account = async (parsedArgs) => {
  const env = (0, import_node_sdk4.getCurrentEnvironmentConfig)(parsedArgs);
  if (!env) return (0, import_node_sdk4.sendAsyncErr)(`There is no environment called ${parsedArgs.env} in your config.json`);
  try {
    const [envType, nodeConfig] = await getEnvTypeAndNodeConfig(parsedArgs, env);
    if (envType !== "Network") {
      return (0, import_node_sdk4.sendAsyncErr)("taq instantiate-account can only be executed in a network environment");
    }
    const declaredAccountAliases = Object.keys(getDeclaredAccounts(parsedArgs));
    const instantiatedAccounts = getNetworkInstantiatedAccounts(nodeConfig);
    let accountsInstantiated = [];
    for (const declaredAccountAlias of declaredAccountAliases) {
      if (!instantiatedAccounts.hasOwnProperty(declaredAccountAlias)) {
        await generateAccountKeys(parsedArgs, nodeConfig, declaredAccountAlias);
        accountsInstantiated.push(declaredAccountAlias);
      } else {
        (0, import_node_sdk4.sendWarn)(
          `Note: ${declaredAccountAlias} is already instantiated in the current environment, "${parsedArgs.env}"`
        );
      }
    }
    if (accountsInstantiated.length !== 0) {
      return (0, import_node_sdk4.sendJsonRes)(
        `Accounts instantiated: ${accountsInstantiated.join(", ")}.
Please execute "taq fund" targeting the same environment to fund these accounts`
      );
    } else {
      return (0, import_node_sdk4.sendJsonRes)(
        `No accounts were instantiated because they were all instantiated in the target environment already`
      );
    }
  } catch (err) {
    await (0, import_node_sdk4.sendAsyncErr)("No operations performed");
    if (parsedArgs.debug) await (0, import_node_sdk4.sendAsyncErr)(String(err));
  }
};
var instantiate_account_default = instantiate_account;

// originate.ts
var import_node_sdk5 = require("@taqueria/node-sdk");
var import_path = require("path");
var getDefaultStorageFilename = (contractName) => {
  const baseFilename = (0, import_path.basename)(contractName, (0, import_path.extname)(contractName));
  const extFilename = (0, import_path.extname)(contractName);
  const defaultStorage = `${baseFilename}.default_storage${extFilename}`;
  return defaultStorage;
};
var getContractInfo2 = async (parsedArgs) => {
  const contract = parsedArgs.contract;
  const protocolArgs = import_node_sdk5.RequestArgs.create(parsedArgs);
  const contractWithTzExtension = (0, import_node_sdk5.addTzExtensionIfMissing)(contract);
  const contractCode = await (0, import_node_sdk5.getContractContent)(protocolArgs, contractWithTzExtension);
  if (contractCode === void 0) {
    return (0, import_node_sdk5.sendAsyncErr)(
      `Please generate ${contractWithTzExtension} with one of the compilers (LIGO, SmartPy, Archetype) or write it manually and put it under /${parsedArgs.config.artifactsDir}
`
    );
  }
  const storageFilename = parsedArgs.storage ?? getDefaultStorageFilename(contractWithTzExtension);
  const contractInitStorage = await (0, import_node_sdk5.getContractContent)(protocolArgs, storageFilename);
  if (contractInitStorage === void 0) {
    return (0, import_node_sdk5.sendAsyncErr)(
      `\u274C No initial storage file was found for ${contractWithTzExtension}
Storage must be specified in a file as a Michelson expression and will automatically be linked to this contract if specified with the name "${getDefaultStorageFilename(contractWithTzExtension)}" in the artifacts directory
You can also manually pass a storage file to the originate task using the --storage STORAGE_FILE_NAME option
`
    );
  }
  return {
    contract,
    code: contractCode,
    initStorage: contractInitStorage.trim(),
    mutezTransfer: parseInt(parsedArgs.mutez ?? "0")
  };
};
var performOriginateOps = async (tezos, env, contractsInfo, maxTimeout, isSandbox = false, gasLimit, storageLimit, fee) => {
  try {
    const result = await tezos.wallet.originate({
      code: contractsInfo.code,
      init: contractsInfo.initStorage,
      balance: contractsInfo.mutezTransfer.toString(),
      mutez: true,
      fee,
      gasLimit,
      storageLimit
    });
    const op = await result.send();
    await op.confirmation(isSandbox ? 1 : 3);
    return op;
  } catch (err) {
    return handleOpsError(err, env);
  }
};
var prepContractInfoForDisplay2 = async (parsedArgs, tezos, contractInfo, op) => {
  var _a, _b, _c;
  const protocolArgs = import_node_sdk5.RequestArgs.create(parsedArgs);
  const operationResults = await op.operationResults();
  const originationResults = (operationResults ?? []).filter((result2) => result2.kind === "origination").map((result2) => result2);
  const result = originationResults.length === 1 ? originationResults[0] : void 0;
  const address = (_c = (_b = (_a = result == null ? void 0 : result.metadata) == null ? void 0 : _a.operation_result) == null ? void 0 : _b.originated_contracts) == null ? void 0 : _c.join(",");
  const alias = parsedArgs.alias ?? (0, import_path.basename)(contractInfo.contract, (0, import_path.extname)(contractInfo.contract));
  const displayableAddress = address ?? "Something went wrong during origination";
  if (address) {
    const validatedAddress = import_node_sdk5.NonEmptyString.create(address);
    await (0, import_node_sdk5.updateAddressAlias)(protocolArgs, alias, validatedAddress);
  }
  return {
    contract: contractInfo.contract,
    address: displayableAddress,
    alias: address ? alias : "N/A"
    // destination: tezos.rpc.getRpcUrl(),
  };
};
var originate = async (parsedArgs) => {
  const protocolArgs = import_node_sdk5.RequestArgs.create(parsedArgs);
  const env = (0, import_node_sdk5.getCurrentEnvironmentConfig)(protocolArgs);
  if (!env) return (0, import_node_sdk5.sendAsyncErr)(`There is no environment called ${parsedArgs.env} in your config.json`);
  try {
    const [envType, nodeConfig] = await getEnvTypeAndNodeConfig(protocolArgs, env);
    const tezos = await (envType === "Network" ? configureToolKitForNetwork(protocolArgs, nodeConfig, parsedArgs.sender) : configureToolKitForSandbox(nodeConfig, parsedArgs.sender));
    const contractInfo = await getContractInfo2(parsedArgs);
    const op = await performOriginateOps(
      tezos,
      (0, import_node_sdk5.getCurrentEnvironment)(protocolArgs),
      contractInfo,
      parsedArgs.timeout,
      envType !== "Network",
      parsedArgs.gasLimit,
      parsedArgs.storageLimit,
      parsedArgs.fee
    );
    const contractInfoForDisplay = await prepContractInfoForDisplay2(parsedArgs, tezos, contractInfo, op);
    return (0, import_node_sdk5.sendJsonRes)([contractInfoForDisplay]);
  } catch (e) {
    if (e instanceof Error && e.message.includes("503")) {
      try {
        const [envType, nodeConfig] = await getEnvTypeAndNodeConfig(protocolArgs, env);
        if (envType === "Network" && nodeConfig.rpcUrl.includes("ghostnet")) {
          return (0, import_node_sdk5.sendAsyncErr)(
            `\u274C Ghostnet is returning 503 errors, indicating that the server is under heavy load.
Please try again later.`
          );
        }
        return (0, import_node_sdk5.sendAsyncErr)(
          `\u274C The node you are trying to connect to is not available
Please check if the node is running and the URL is correct in your config.json`
        );
      } catch {
      }
    }
    return (0, import_node_sdk5.sendAsyncErr)("No operations performed");
  }
};
var originate_default = originate;

// main.ts
var main = (parsedArgs) => {
  const unsafeArgs = parsedArgs;
  switch (unsafeArgs.task) {
    case "deploy":
      return originate_default(unsafeArgs);
    case "transfer":
      return transfer_default(unsafeArgs);
    case "instantiate-account":
      return instantiate_account_default(parsedArgs);
    case "fund":
      return fund_default(unsafeArgs);
    default:
      return (0, import_node_sdk6.sendAsyncErr)(`${unsafeArgs} is not an understood task by the Taquito plugin`);
  }
};
var main_default = main;

// index.ts
import_node_sdk7.Plugin.create((_i18n) => ({
  alias: "taquito",
  schema: "1.0",
  version: "0.1",
  tasks: [
    import_node_sdk7.Task.create({
      task: "deploy",
      command: "deploy <contract>",
      description: "Deploy a smart contract to a particular environment",
      options: [
        import_node_sdk7.Option.create({
          flag: "alias",
          description: "Alias used to refer to the deployed contract's address",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "storage",
          description: "Name of the storage file that contains the storage value as a Michelson expression, in the artifacts directory, used for originating a contract",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "sender",
          description: "Name of an instantiated account to use as the sender of the originate operation",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "mutez",
          description: "Amount of Mutez to transfer",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "timeout",
          shortFlag: "t",
          defaultValue: 40,
          description: "Number of seconds to elapse before abandoning the operation (to avoid congestion and network failures)",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "gasLimit",
          shortFlag: "g",
          description: "Gas limit per contract/origination specified in mutez",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "storageLimit",
          shortFlag: "s",
          description: "Storage limit per contract/origination specified in mutez",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "fee",
          shortFlag: "f",
          description: "Fee per contract/origination specified in mutez",
          required: false
        })
      ],
      aliases: ["originate"],
      handler: "proxy",
      encoding: "application/json"
    }),
    import_node_sdk7.Task.create({
      task: "transfer",
      command: "transfer <contract>",
      description: "Transfer/call an implicit account or a smart contract (specified via its alias or address) deployed to a particular environment",
      options: [
        import_node_sdk7.Option.create({
          flag: "mutez",
          description: "Amount of Mutez to transfer",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "param",
          description: "Name of the parameter file that contains the parameter value as a Michelson expression, in the artifacts directory, used for invoking a deployed contract",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "entrypoint",
          description: "You may explicitly specify an entrypoint to make the parameter value shorter, without having to specify a chain of (Left (Right ... 14 ...))",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "sender",
          description: "Name of an instantiated account to use as the sender of the transfer operation",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "timeout",
          shortFlag: "t",
          defaultValue: 40,
          description: "Number of retry attempts (to avoid congestion and network failures)",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "gasLimit",
          shortFlag: "g",
          description: "Gas limit per contract/origination specified in mutez",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "storageLimit",
          shortFlag: "s",
          description: "Storage limit per contract/origination specified in mutez",
          required: false
        }),
        import_node_sdk7.Option.create({
          flag: "fee",
          shortFlag: "f",
          description: "Fee per contract/origination specified in mutez",
          required: false
        })
      ],
      aliases: ["call"],
      handler: "proxy",
      encoding: "application/json"
    }),
    import_node_sdk7.Task.create({
      task: "fund",
      command: "fund",
      description: "Fund all the instantiated accounts up to the desired/declared amount in a target environment",
      handler: "proxy",
      encoding: "application/json",
      options: [
        import_node_sdk7.Option.create({
          flag: "timeout",
          shortFlag: "t",
          defaultValue: 40,
          description: "Number of retry attempts (to avoid congestion and network failures)",
          required: false
        })
      ]
    }),
    import_node_sdk7.Task.create({
      task: "instantiate-account",
      command: "instantiate-account",
      description: 'Instantiate all accounts declared in the "accounts" field at the root level of the config file to a target environment',
      handler: "proxy",
      encoding: "application/json"
    })
  ],
  proxy: main_default
}), process.argv);
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