const LOCAL_NETWORK_ENDPOINT = "http://localhost/graphql";

const config: LockliftConfig = {
  compiler: {
    // Specify path to your TON-Solidity-Compiler
    // path: "/mnt/o/projects/broxus/TON-Solidity-Compiler/build/solc/solc",

    // Or specify version of compiler
    version: "0.61.2",

    // Specify config for extarnal contracts as in exapmple
    // This filed for generating types only
    // externalContracts: {
    //   "node_modules/broxus-ton-tokens-contracts/build": ['TokenRoot', 'TokenWallet']
    // }
  },
  linker: {
    // Specify path to your stdlib
    // lib: "/mnt/o/projects/broxus/TON-Solidity-Compiler/lib/stdlib_sol.tvm",
    // // Specify path to your Linker
    // path: "/mnt/o/projects/broxus/TVM-linker/target/release/tvm_linker",

    // Or specify version of linker
    version: "0.15.48",
  },
  networks: {
    local: {
      // Specify connection settings for https://github.com/broxus/everscale-standalone-client/
      connection: {
        group: "localnet",
        type: "graphql",
        data: {
          endpoints: [LOCAL_NETWORK_ENDPOINT],
          local: true,
        },
      },
      // This giver is the default local-node giverV2
      giver: {
        // Check if you need to provide a custom giver
        // giverFactory: (ever, keyPair, address) => new SimpleGiver(ever, keyPair, address),
        address: "0:ece57bcc6c530283becbbd8a3b24d3c5987cdddc3c8b7b33be6e4a6312490415",
        key: "172af540e43a524763dd53b26a066d472a97c4de37d5498170564510608250c3",
      },
      tracing: {
        endpoint: LOCAL_NETWORK_ENDPOINT,
      },
      keys: {
        // Use everdev to generate your phrase
        // !!! Never commit it in your repos !!!
        // phrase: "action inject penalty envelope rabbit element slim tornado dinner pizza off blood",
        amount: 20,
      },
    },
    mainnet: {
      // Specify connection settings for https://github.com/broxus/everscale-standalone-client/
      connection: "mainnet",
      // Here, default SafeMultisig wallet is used as a giver
      giver: {
        address: "0:ece57bcc6c530283becbbd8a3b24d3c5987cdddc3c8b7b33be6e4a6312490415",
        // you can use bip39 phrase instead of key
        phrase: "action inject penalty envelope rabbit element slim tornado dinner pizza off blood",
        accountId: 0,
      },
      keys: {
        // Use everdev to generate your phrase
        // !!! Never commit it in your repos !!!
        // phrase: "action inject penalty envelope rabbit element slim tornado dinner pizza off blood",
        amount: 20,
      },
    },
  },
  // you can use any settings that mocha framework support
  mocha: {
    timeout: 2000000,
  },
};

await lockLift.tracing.trace(sampleContract.testFunc({ input: 10 }).sendExternal({ pubkey: keyPair.publicKey }));

// trace deploy
const {contract: deployedContractInstance, tx} = await locklift.tracing.trace(locklift.factory.deployContract(...))
// trace simple transaction
const changeStateTransaction = await locklift.tracing.trace(MyContract.methods.changeCounterState({newState: 10}).sendExternal({publicKey: signer.publicKey}))
// trace runTarget
const accountTransaction = await locklift.tracing.trace(myAccount.runTarget(...))

// Tracing will ignore all 51 and 60 errors on compute phase   30 error on action phase
// Here 51 compute and 30 action errors will be ignored for all transacions in msg chain and 60 compute error
// will be ignored only on specific address
const transaction = await locklift.tracing.trace(
  tokenRoot.methods.sendTokens({ walletOwner: "" }).sendExternal({ publicKey: signer.publicKey }),
  {
    allowedCodes: {
      //compute or action phase for all contracts
      compute: [40],
      //also you can specify allowed codes for specific contract
      contracts: {
        [someAddress.toString()]: {
          action: [52, 60],
        },
      },
    },
  },
);

// ignore compute(or acton) phase errors for all transactions
locklift.tracing.setAllowedCodes({ compute: [52, 60] });
// ignore more errors for specific address
locklift.tracing.setAllowedCodesForAddress(SOME_ADDRESS, { compute: [123], action: [111] });

// remove code from a default list of ignored errors so that only 51 errors will be ignored
// this affects only global rules, per-address rules are not modified
locklift.tracing.removeAllowedCodes({ compute: [60] });
// remove code from deault list of ignored errors for specific address
locklift.tracing.removeAllowedCodesForAddress(SOME_ADDRESS, { compute: [123] });

const { traceTree } = await locklift.tracing.trace(myContract.method.myMethod().send());

await traceTree?.beautyPrint();

const balanceChange = traceTree.getBalanceDiff(account.address);
// -1886358715 nano

const tokenBalanceChange = traceTree?.tokens.getTokenBalanceChange(myUSDTTokenWalletContract.address);
// -1886358715 measurements depends of token decimals

// Events
const addEvents = traceTree?.findEventsForContract({
  contract: myContract,
  name: "Add" as const, // 'as const' is important thing for type saving
});

//Methods calls
const depositCalls = traceTree?.findCallsForContract({
  contract: myContract,
  name: "deposit",
});

const gasUsed = traceTree?.totalGasUsed();
// 256859 nano

import { lockliftChai } from "locklift";
import chai from "chai";

chai.use(lockliftChai);

expect(traceTree)
  .to.emit("Deposit")
  .withNamedArgs({
    amount: "150",
  })
  .and.emit("AccountDeployed")
  .withNamedArgs({
    user: "user address",
  })
  .count(1);

expect(traceTree).to.call("depositToStrategies").withNamedArgs({...}).count(2)

expect(traceTree).to.have.error(1025);
// expect(traceTree).not.to.have.error(1025);

expect(traceTree)
  .to.call("deposit")
  .withNamedArgs({
    depositor: "userAddress",
  })
  .count(1)
  .and.error(1065)
  .and.emit("Deposit")
  .withNamedArgs({
    depositor: "userAddress",
  })
  .count(1);

const signer = await locklift.keystore.getSigner("0");

const transaction = await locklift.transactions.waitFinalized(tokenRoot.methods.deployWallet({...))

expect(await locklift.provider.getFullContractState({ address: addr }).then(res => res.state?.isDeployed)).to.be.true;

// increase time by 10 seconds
await locklift.testing.increaseTime(10);
// get current offset in seconds
const currentOffsetInSeconds = locklift.testing.getTimeOffset();

const networkName = locklift.context.network.name; // network name which provided as --network param with locklift run command
const networkConfig = locklift.context.network.config; // network setting related with selected network

const myContractData = await locklift.factory.getContractArtifacts("MyContract");

// Deploy
const {contract: DeployedMyContract, tx} = locklift.factory.deployContract({
  // name of your contract
  contract: "MyContractName",
  // public key in init data
  publicKey: signer.publicKey,
  // static parameters of contract
  initParams: {...},
  // runtime deployment arguments
  constructoParams: {...},
  // this value will be transfered from giver to deployable contract
  value: toNano(2),
});
// Ot you can get instance of already deployed contract
const GettedMyContract = await locklift.factory.getDeployedContract(
  "Wallet", // name of your contract
  new Address("MyAddress"),
);
// In this example 'DeployedMyContract' and 'GettedMyContract' are the same contract

const MyContract = locklift.factory.getDeployedContract(
  "Wallet", //name infered from your contracts
  new Address("MyAddress"),
);
// Send External
await MyContract.methods.changeCounterState({ newState: 10 }).sendExternal({ publicKey: signer.publicKey });
// Run getter or view method
const counterSatate = await MyContract.methods.getCounterState({}).call();
// Await event that is still not emitted
const futureEvent = await MyContract.waitForEvent({ filter: event => event.event === "StateChanged" });
// Get past events
const pastEvents = await MyContract.getPastEvents({ filter: event => event.event === "Deposit" });

myContract.methods.mint({}).send({
  //sender account
  from: myAccountAddress,
  amount: toNano(20),
});

const account = await locklift.factory.accounts.addNewAccount({
  type: WalletTypes.EverWallet, // or WalletTypes.HighLoadWallet or WalletTypes.WalletV3,
  //Value which will send to the new account from a giver
  value: toNano(100000),
  //owner publicKey
  publicKey: signer.publicKey,
});

const account = await locklift.factory.accounts.addNewAccount({
  type: WalletTypes.MsigAccount,
  // Multisig type SafeMultisig supports 2.0 ABI version, multisig2 supports 2.3 ABI version
  mSigType: "SafeMultisig", // or SafeMultisig
  //Contract should included to the locklift.config.externalContracts or should compiled from contracts folder
  contract: "Account",
  //Value which will send to the new account from a giver
  value: toNano(100000),
  publicKey: signer.publicKey,
  constructorParams: {},
  initParams: {
    _randomNonce: getRandomNonce(),
  },
});

const account = await locklift.factory.accounts.addNewAccount({
  type: WalletTypes.EverWallet, // or WalletTypes.HighLoadWallet or WalletTypes.WalletV3,
  //Value which will send to the new account from a giver
  value: toNano(100000),
  //owner publicKey
  publicKey: signer.publicKey,
  nonce: getRandomNonce(),
});

await myContract.methods.mint({}).send({
  //sender account
  from: account.address,
  amount: toNano(20),
});

import {GenericAccount} from 'locklift/everscale-standalone-client'

const {abi: myMsigAccountAbi} = locklift.factory.getContractArtifacts("MyMsigAccount");

//derived from https://github.com/broxus/everscale-standalone-client/blob/dev/src/client/AccountsStorage/Generic.ts#L61-L107
class MyMsigAccount extends GenericAccount {
  constructor(args: {
    address: string | Address,
    publicKey?: string
  }) {
    super({abi: myMsigAccountAbi, ...});
  }
}

const signer = await locklift.keystore.getSigner('0')
const {contract: myMsigContract} = await locklift.factory.deployContract({
  contract: "MyMsigAccount",
  constructorParams: {},
  initParams: {
    _randomNonce: getRandomNonce(),
  },
  value: toNano(10),
  publicKey: signer.publicKey,
});
const myMsigAccount = new MyMsigAccount({address: myMsigContract.address, publicKey: signer.publicKey})
locklift.factory.accounts.storage.addAccount(myMsigAccount)

await myContract.methods.mint({}).send({
  //sender account
  from: myMsigAccount.address,
  amount: toNano(20),
});

const everWalletAccount = await locklift.factory.accounts.addExistingAccount({
  address: "MyAddress",
  type: WalletTypes.EverWallet,
});

const walletV3Account = await locklift.factory.accounts.addExistingAccount({
  publicKey: signer.publicKey,
  type: WalletTypes.WalletV3,
});
const mySafeMultisigAccount = await locklift.factory.accounts.addExistingAccount({
  publicKey: signer.publicKey,
  type: WalletTypes.Custom,
  address: "MyAddress",
});

await myContract.methods.mint({}).send({
  //sender account
  from: mySafeMultisigAccount.address, // walletV3Account.address
  amount: toNano(20),
});

accountAbiBase = {
  functions: [
    {
      name: "sendTransaction",
      inputs: [
        { name: "dest", type: "address" },
        { name: "value", type: "uint128" },
        { name: "bounce", type: "bool" },
        { name: "flags", type: "uint8" },
        { name: "payload", type: "cell" },
      ],
      outputs: [],
    },
  ],
};

let accountsFactory = locklift.factory.getAccountsFactory(
  "Wallet", // name of contract used as a wallet
);

const {contract: MyAccount, tx} = accountsFactory.deployNewAccount({
  publicKey: signer.publicKey,
  initParams: {
    _randomNonce: getRandomNonce(),
  },
  constructorParams: {...},
  value: locklift.utils.toNano(100000)
});

const Account = accountsFactory.getAccount(new Address("MyAddress"), signer.publicKey);

const userAccount1 = accountsFactory.getAccount(new Address("MyAddress"), signer.publicKey);
// send tokens by interacting with tokenWallet contract
await userAccount1.runTarget(
  {
    contract: tokenWallet,
    value: locklift.utils.toNano(5),
  },
  tokenWallet =>
    tokenWallet.methods.transfer({
      amount: DEPOSIT_AMOUNT,
      payload: "",
      notify: true,
      remainingGasTo: userAccount1.address,
      recipient: bankContract.address,
      deployWalletValue: 0,
    }),
);

import { toNano, fromNano, getRandomNonce, convertAmount, isValidEverAddress, stringToBytesArray } from "locklift";

toNano(10); // 10000000000
fromNano(10000000000); // 10```