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Top 10 Examples of "redux-saga-test-plan in functional component" in JavaScript

Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'redux-saga-test-plan' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.

test('with error in the code, should return correct line number in error', () => {
      code = '// Prepend\n error';
      state = generateDefaultState(workspaceLocation, { editorPrepend: '// Prepend' });

      runInContext(code, context, { scheduler: 'preemptive', originalMaxExecTime: 1000 }).then(
        result => (context = (result as Finished).context)
      );

      const errors = context.errors.map((error: SourceError) => {
        const newError = cloneDeep(error);
        newError.location.start.line = newError.location.start.line - 1;
        newError.location.end.line = newError.location.end.line - 1;
        return newError;
      });

      return expectSaga(evalCode, code, context, execTime, workspaceLocation, actionType)
        .withState(state)
        .call(runInContext, code, context, {
          scheduler: 'preemptive',
          originalMaxExecTime: execTime
        })
        .put(actions.evalInterpreterError(errors, workspaceLocation))
        .silentRun();
    });
  });
// @format
import { expectSaga } from "redux-saga-test-plan";
import { call } from "redux-saga/effects";
import Web3 from "web3";

import { fetchTransactionsBatch } from "../../src/sagas/fetchTransactions";

expectSaga.DEFAULT_TIMEOUT = 500;

describe("transaction fetching", () => {
  it("should process transactions correctly and return a token", async () => {
    const contractAddress = "0x9326f84fcca8a136da3a4f71bbffbde6635c58da";
    const address = "0x51Ff1fab76079d20418d1c74DA65653FfE3fD0aa";
    const web3Mock = {
      eth: {
        net: {
          getId: jest.fn(() => 1)
        },
        Contract: jest.fn(() => {
          return {
            getPastEvents: jest
              .fn()
              .mockReturnValueOnce([{ returnValues: { _tokenId: 1 } }]) //outputs
              .mockReturnValueOnce([{ returnValues: { _tokenId: 2 } }]), // inputs
// import { throwError } from 'redux-saga-test-plan/providers'

import {
  processPayment
} from '../payments'

import {
  requestPayment,
  setAmount,
  setTip
} from '../../actions/payments'

import * as types from '../../actions/constants/payments'

// Travis CI timeout using default 250ms
expectSaga.DEFAULT_TIMEOUT = process.env.ASYNC_TIMEOUT || expectSaga.DEFAULT_TIMEOUT

const at = (timestamp, execute) => {
  const { Date } = global
  global.Date = jest.fn(() => new Date(timestamp))
  try {
    return execute()
  } finally {
    global.Date = Date
  }
}

const URL_BASE = 'https://stagenet.kasisto.io:28082'
const URL_PATH = '/json_rpc'
const URL = `${URL_BASE}${URL_PATH}`

const mockRequest = nock(URL_BASE)
it("correctly accumulates batches", function () {
        const requestAction = metrics.requestMetrics(
          "id",
          createRequest(shortTimespan, "short.1"),
        );
        const beginAction = metrics.beginMetrics(
          requestAction.payload.id,
          requestAction.payload.data,
        );

        return (
          expectSaga(metrics.queryMetricsSaga)
            // Stub out calls to batchAndSendRequests.
            .provide([[matchers.call.fn(metrics.batchAndSendRequests), null]])
            // Dispatch six requests, with delays inserted in order to trigger
            // batch sends.
            .dispatch(requestAction)
            .dispatch(requestAction)
            .dispatch(requestAction)
            .delay(0)
            .dispatch(requestAction)
            .delay(0)
            .dispatch(requestAction)
            .dispatch(requestAction)
            .run()
            .then((result) => {
              const { effects } = result;
              // Verify the order of call dispatches.
              assert.deepEqual(effects.call, [
                delay(0),
it('saga: saveSerializedClaimOffer', () => {
    const claimHandle = 1
    return expectSaga(
      saveSerializedClaimOffer,
      claimHandle,
      pairwiseConnection.identifier,
      uid
    )
      .provide([
        [
          matchers.call.fn(serializeClaimOffer, claimHandle),
          serializedClaimOffer,
        ],
        [
          matchers.call.fn(getClaimOfferState, claimHandle),
          claimOfferVcxInitialState,
        ],
      ])
      .put(
it('check pin flow should work if correct pin is passed', () => {
    const pin = '123456'
    const salt = 'salt'
    const expectedPinHash = 'expectedPinHash'

    return expectSaga(checkPin, checkPinAction(pin))
      .provide([
        [matchers.call.fn(safeGet, IN_RECOVERY), null],
        [call(getHydrationItem, SALT), salt],
        [call(getHydrationItem, PIN_HASH), expectedPinHash],
        [matchers.call.fn(pinHash, pin, salt), expectedPinHash],
      ])
      .put(checkPinSuccess())
      .run()
  })
test('loads CURVES library correctly', () => {
    const newExternalLibraryName = ExternalLibraryNames.CURVES;

    const symbols = externalLibraries.get(newExternalLibraryName)!;
    const library: Library = {
      chapter,
      external: {
        name: newExternalLibraryName,
        symbols
      },
      globals
    };

    return expectSaga(workspaceSaga)
      .put(actions.endClearContext(library, workspaceLocation))
      .dispatch({
        type: actionTypes.BEGIN_CLEAR_CONTEXT,
        payload: { library, workspaceLocation }
      })
      .silentRun()
      .then(() => {
        expect(loadLib).toHaveBeenCalledWith('CURVES');
        expect(getReadyWebGLForCanvas).toHaveBeenCalledWith('curve');
        globals.forEach(item => {
          expect(window[item[0]]).toEqual(item[1]);
        });
      });
  });
});
t.test('not dismissed during undo period, successful migration', assert => {
    testSaga(startAccountMigrationSaga, startAccountMigration())
      .next()
      .inspect(effect => {
        assert.deepEqual(
          effect,
          race({
            shouldContinue: delay(5000, true),
            cancel: take('DISMISS_ACCOUNT_MIGRATION'),
          }),
        );
      })
      .next({shouldContinue: true, cancel: null})
      .put(accountMigrationUndoPeriodExpired())
      .next()
      .select(getCurrentAccountMigration)
      .next(migration)
      .call(migrateAccount, firebaseCredential)
test('userDoneTyping', assert => {
  testSaga(userDoneTypingSaga)
    .next()
    .put(userDoneTyping())
    .next()
    .isDone();
  assert.end();
});
test('toggleLibrary', assert => {
  const scenario = new Scenario();
  const userId = 'abc123';
  const currentProject = project();
  const {projectKey} = currentProject;
  testSaga(toggleLibrarySaga, toggleLibrary(scenario.projectKey, 'jquery'))
    .next()
    .select(getCurrentProject)
    .next(currentProject)
    .select()
    .next(scenario.state)
    .call(getCurrentUserId, scenario.state)
    .next(userId)
    .call(getProject, scenario.state, {projectKey})
    .next(currentProject)
    .call(saveProject, userId, currentProject)
    .next()
    .put(projectSuccessfullySaved())
    .next()
    .isDone();
  assert.end();
});

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