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Текущая директория: /opt/BitGoJS/modules/sdk-coin-dot/test/unit/transactionBuilder

Просмотр файла: claimBuilder.ts

import assert from 'assert';
import should from 'should';
import { spy, assert as SinonAssert } from 'sinon';
import { ClaimBuilder } from '../../../src';
import utils from '../../../src/lib/utils';
import { accounts, rawTx, specVersion, txVersion, chainName, genesisHash, mockTssSignature } from '../../resources';
import { buildTestConfig } from './base';

describe('Dot Claim Builder', () => {
  let builder: ClaimBuilder;

  const sender = accounts.account1;
  const validatorStash = accounts.account2;

  beforeEach(() => {
    const config = buildTestConfig();
    builder = new ClaimBuilder(config).material(utils.getMaterial(config));
  });

  describe('setter validation', () => {
    it('should validate era', () => {
      const spyValidateValue = spy(builder, 'validateValue');
      assert.throws(
        () => builder.claimEra('-1'),
        (e: Error) => e.message === 'Value cannot be less than zero'
      );
      should.doesNotThrow(() => builder.claimEra('1000'));
      SinonAssert.calledTwice(spyValidateValue);
    });

    it('should validate validatorStash address', () => {
      const spyValidateAddress = spy(builder, 'validateAddress');
      assert.throws(
        () => builder.validatorStash({ address: 'asd' }),
        (e: Error) => e.message === `The address 'asd' is not a well-formed dot address`
      );
      should.doesNotThrow(() => builder.validatorStash({ address: validatorStash.address }));
      SinonAssert.calledTwice(spyValidateAddress);
    });
  });

  describe('build claim transaction', () => {
    it('should build a claim transaction', async () => {
      builder
        .claimEra('4898')
        .validatorStash({ address: validatorStash.address })
        .sender({ address: sender.address })
        .validity({ firstValid: 3933, maxDuration: 64 })
        .referenceBlock('0x149799bc9602cb5cf201f3425fb8d253b2d4e61fc119dcab3249f307f594754d')
        .sequenceId({ name: 'Nonce', keyword: 'nonce', value: 200 })
        .fee({ amount: 0, type: 'tip' })
        .addSignature({ pub: sender.publicKey }, Buffer.from(mockTssSignature, 'hex'));

      const tx = await builder.build();
      const txJson = tx.toJson();
      should.deepEqual(txJson.validatorStash, validatorStash.address);
      should.deepEqual(txJson.claimEra, '4898');
      should.deepEqual(txJson.sender, sender.address);
      should.deepEqual(txJson.blockNumber, 3933);
      should.deepEqual(txJson.referenceBlock, '0x149799bc9602cb5cf201f3425fb8d253b2d4e61fc119dcab3249f307f594754d');
      should.deepEqual(txJson.genesisHash, genesisHash);
      should.deepEqual(txJson.specVersion, specVersion);
      should.deepEqual(txJson.nonce, 200);
      should.deepEqual(txJson.tip, 0);
      should.deepEqual(txJson.transactionVersion, txVersion);
      should.deepEqual(txJson.chainName, chainName);
      should.deepEqual(txJson.eraPeriod, 64);
    });

    it('should build an unsigned claim transaction', async () => {
      builder
        .claimEra('4898')
        .validatorStash({ address: validatorStash.address })
        .sender({ address: sender.address })
        .validity({ firstValid: 3933, maxDuration: 64 })
        .referenceBlock('0x149799bc9602cb5cf201f3425fb8d253b2d4e61fc119dcab3249f307f594754d')
        .sequenceId({ name: 'Nonce', keyword: 'nonce', value: 200 })
        .fee({ amount: 0, type: 'tip' });
      const tx = await builder.build();
      const txJson = tx.toJson();
      should.deepEqual(txJson.validatorStash, validatorStash.address);
      should.deepEqual(txJson.claimEra, '4898');
      should.deepEqual(txJson.sender, sender.address);
      should.deepEqual(txJson.blockNumber, 3933);
      should.deepEqual(txJson.referenceBlock, '0x149799bc9602cb5cf201f3425fb8d253b2d4e61fc119dcab3249f307f594754d');
      should.deepEqual(txJson.genesisHash, genesisHash);
      should.deepEqual(txJson.specVersion, specVersion);
      should.deepEqual(txJson.nonce, 200);
      should.deepEqual(txJson.tip, 0);
      should.deepEqual(txJson.transactionVersion, txVersion);
      should.deepEqual(txJson.chainName, chainName);
      should.deepEqual(txJson.eraPeriod, 64);
    });

    it('should build from raw signed tx', async () => {
      builder.from(rawTx.claim.signed);
      builder
        .validity({ firstValid: 3933 })
        .referenceBlock('0x149799bc9602cb5cf201f3425fb8d253b2d4e61fc119dcab3249f307f594754d');
      const tx = await builder.build();
      const txJson = tx.toJson();
      should.deepEqual(txJson.validatorStash, validatorStash.address);
      should.deepEqual(txJson.claimEra, '4898');
      should.deepEqual(txJson.sender, sender.address);
      should.deepEqual(txJson.blockNumber, 3933);
      should.deepEqual(txJson.referenceBlock, '0x149799bc9602cb5cf201f3425fb8d253b2d4e61fc119dcab3249f307f594754d');
      should.deepEqual(txJson.genesisHash, genesisHash);
      should.deepEqual(txJson.specVersion, specVersion);
      should.deepEqual(txJson.nonce, 200);
      should.deepEqual(txJson.tip, 0);
      should.deepEqual(txJson.transactionVersion, txVersion);
      should.deepEqual(txJson.chainName, chainName);
      should.deepEqual(txJson.eraPeriod, 64);
    });

    it('should build from raw unsigned tx', async () => {
      builder.from(rawTx.claim.unsigned);
      builder
        .validity({ firstValid: 3933 })
        .referenceBlock('0x149799bc9602cb5cf201f3425fb8d253b2d4e61fc119dcab3249f307f594754d')
        .sender({ address: sender.address })
        .addSignature({ pub: sender.publicKey }, Buffer.from(mockTssSignature, 'hex'));

      const tx = await builder.build();
      const txJson = tx.toJson();
      should.deepEqual(txJson.validatorStash, validatorStash.address);
      should.deepEqual(txJson.claimEra, '4898');
      should.deepEqual(txJson.sender, sender.address);
      should.deepEqual(txJson.blockNumber, 3933);
      should.deepEqual(txJson.referenceBlock, '0x149799bc9602cb5cf201f3425fb8d253b2d4e61fc119dcab3249f307f594754d');
      should.deepEqual(txJson.genesisHash, genesisHash);
      should.deepEqual(txJson.specVersion, specVersion);
      should.deepEqual(txJson.nonce, 200);
      should.deepEqual(txJson.eraPeriod, 64);
      should.deepEqual(txJson.tip, 0);
      should.deepEqual(txJson.transactionVersion, txVersion);
      should.deepEqual(txJson.chainName, chainName);
    });
  });
});

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