Redux Test Belt

Redux-test-belt is a JavaScript testing utility for Redux that makes it easier to assert, isolate, manipulate, and traverse your store's output.

Redux-test-belt's API is meant to be flexible by mimicking / extending Redux's store functionality. Furthermore, Redux-test-belt is unopinionated regarding which test runner, assertion library or how your application is constructed.

Installation

To get started with Redux-test-belt, you can simply install it with NPM:

npm install --save-dev redux-test-belt

Redux-test-belt is currently compatible with all versions of Redux.

Quickstart

Redux-test-belt uses store enhanchers in order to improve the testing mechanisms. Getting started is a simple as:

  import initStore from 'redux-test-belt';

  const mockStore = initStore();
  const store = mockStore({});

  store.dispatch({type: 'START'});
  store.dispatch({type: 'START'});
  console.assert(store.getActions().length === 2, ">> Error")

Redux-test-belt takes seconds to setup against your testing suite. The following example uses Ava as a test runner:

import initStore from 'redux-test-belt';
import { describe } from 'ava-spec';
import thunk from 'redux-thunk';

describe('e2e test', it => {

  it.beforeEach(t => {
    // Before store's creation, we need to bootstrap redux-test-belt
    // Any additional middlewares may be passed along store's creation
    t.context.mockStoreWithMiddleware = initStore([thunk]);
  });

  it.afterEach(t => {
    delete t.context.mockStoreWithMiddleware;
  });

  it('dispatches increment action', t => {
    // setup
    const store = t.context.mockStoreWithMiddleware({});
    const action = { type: 'INCREMENT' };
    store.dispatch(action);
    t.deepEqual(store.getActions(), [action]);
  });

});

API

initStore

initStore(middlewares?: Object) => mockStoreWrapper

Arguments

middlewares (Array of middlewares [optional])

Description

initStore() is a single entry point bootstrapping Redux-test-belt's store. It accepts any additional middlewares that may be required by each test. initStore exposes a single constructor function.

Example usage

  // Usage without middlewares
  import initStore from '../src/modules/mockStore';

  const storeInit = initStore();

  // Usage with middlewares
  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import promise from 'redux-promise';

  const storeInit = initStore([thunk, promise]);

mockStore

mockStore(initialState = null : Object,
  reducers = (currentState, action) => currentState: Function ,
  blockCheck = (...args) => true : Function) => Store

Arguments

initialState (any [optional]) The initial state of the store
reducers (Function [optional]) A reducing function that returns the next state tree, given the current state tree and an action to handle. combineReducers may be used in order to invoke multiple reducers.
blockCheck (Function [optional]) . blockCheck is a predicate function used along with the blockMiddleware. It is primarily used in order to limit down the range of the actions invoked during our application's testing.

Description

mockStore() is an extended version of Redux's [createStore()](http://redux.js.org/docs/api/createStore.html). Using store enhancers it adds additional testing utilities combining separated middlewares. This is mainly the heart of each testing unit.

Example usage

  // use mockStore with initial state
  import initStore from 'redux-test-belt';
  import test from 'ava';
  test(t => {

    const storeInit = initStore();
    const store = t.context.mockStore({ state: 1, items:[] });

  });

  // use mockStore with initial state and a reducer
  import initStore from 'redux-test-belt';
  import test from 'ava';
  test(t => {

    const storeInit = initStore();

    // reducer
    function reducer(state = [], action) {
      switch (action.type) {
      case 'ADD_TODO':
        return state.concat([action.payload]);
      default:
        return state;
      }
    };

    const store = t.context.mockStore({}, reducer);
  });

  // use mockStore along with combineReducers
  import initStore from 'redux-test-belt';
  import { combineReducers } from 'redux';
  import test from 'ava';
  test(t => {

    const storeInit = initStore();

    // reducer
    function firstReducer(state = [], action) {
      switch (action.type) {
      case 'ADD_TODO':
        return state.concat([action.payload]);
      default:
        return state;
      }
    };

    function secondReducer(state = [], action) {
      switch (action.type) {
      case 'INCREMENT':
        return state + 1;
      case 'DECREMENT':
        return state - 1;
      default:
        return state
      }
    };

    const reducers = combineReducers({
      firstReducer,
      secondReducer
    });

    const store = t.context.mockStore({}, reducers);
  });

  // use mockStore with initial state, a reducer and a block checking predicate function
  import initStore from 'redux-test-belt';
  import test from 'ava';
  test(t => {

    const storeInit = initStore();

    // reducer
    function reducer(state = [], action) {
      switch (action.type) {
      case 'ADD_TODO':
        return state.concat([action.payload]);
      default:
        return state;
      }
    };

    function()

    const store = t.context.mockStore({}, reducer);
  });

Store utilities & helpers

mockStore() returns a Redux store instance extended by several testing utilities. Most of the packed functionality is separated in isolated middlewares as well, providing a clean and powerful testing workflow.

store.dispatch

store.dispatch(action?: Object)

Arguments

action (Object) A plain object describing the change that makes sense for your application. Actions are the only way to get data into the store. As a result, any kind of data indicating a store change, whether from UI events, network callbacks, or other sources such as WebSockets needs to eventually be dispatched as actions.

Description

dispatch() is used to dispatch actions to the store. This is the only way to trigger a state change. The functionality provided from this method is identical to Redux's dispatch().

Example usage

// use mockStore with initial state
import initStore from 'redux-test-belt';
import test from 'ava';
test(t => {

  const storeInit = initStore();
  const store = t.context.mockStore({});
  store.dispatch({ type: 'INCREMENT' });
});

store.getState

store.getState() => state

Description

getState() returns the current state tree of your application. It is equal to the last value returned by the store’s reducer. The functionality provided from this method is identical to Redux's getState().

Actions utilities

Introduction

In most cases testing a Redux application includes testing against the state of the store. In the other side, unit test may require checking the actions dispatched. Redux-test-belt comes with a set of helper functions providing an ease applying assertions on the action chain.

store.getActions

store.getActions() => [Object]

Description

store.getActions() returns a list with all the actions dispatched against the store. Keep in mind, that the actions dispatched may be asynchronous, store.getActions() keeps track on the actions based on time on when the actions are fired through the action creators.

Example usage

  import initStore from 'redux-test-belt';
  import test from 'ava';

  test(t => {

    const storeInit = initStore();
    const store = t.context.mockStore({});
    const actions = [
      { type: 'BAR' },
      { type: 'foo', payload: 'PAYLODED' }
    ];
    store.dispatch(actions[0]);
    store.dispatch(actions[1]);
    t.deepEqual(store.getActions(), actions);
  });

store.hasActions

store.hasActions(matcher? Object(s) || String(s) ) => Boolean

Arguments

matcher (Object(s) || String(s)) Using matcher you may filter down the actions dispatched on the store. A matcher may be one or more action objects deeply matching the action queue or even just the action type(s).

Description

In large scale applications testing against the actions dispatched may be tedious. Matching a list of actions usually requires an assertion library, like Chai and lots of configuration. Redux-test-belt is packed with the store.hasActions() as utility helper.

Example usage

  import initStore from 'redux-test-belt';
  import test from 'ava';

  test(t => {

    const storeInit = initStore();
    const store = t.context.mockStore({});
    store.dispatch({ type: 'ACTION_1' });
    store.dispatch({ type: 'ACTION_2', payload: 'PAYLODED' });
    store.dispatch({ type: 'ACTION_3' });

    // Τesting against a superset of action objects
    t.true(store.hasActions(
      { type: 'ACTION_1' },
      { type: 'ACTION_2', payload: 'PAYLODED' }));

    t.true(store.hasActions(
      { type: 'ACTION_3' },
      { type: 'ACTION_1' }));

  });

  import initStore from 'redux-test-belt';
  import test from 'ava';

  test(t => {

    const storeInit = initStore();
    const store = t.context.mockStore({});
    store.dispatch({ type: 'ACTION_1' });
    store.dispatch({ type: 'ACTION_2', payload: 'PAYLODED' });
    store.dispatch({ type: 'ACTION_3' });

    // Τesting against a superset of action types
    t.true(store.hasActions('ACTION_1', 'ACTION_2'));
    t.true(store.hasActions('ACTION_3', 'ACTION_2'));

  });

store.clearActions

store.clearActions() => []

Description

To help a test suite DRY up any duplicated setup and teardown code, Redux-test-belt provides the store.clearActions() method. In particular, store.clearActions() clears up the actions recorded during the store's lifecycle. It may be used on global before & after hooks, in order to keep each test isolated and independent.

Example usage

  import initStore from 'redux-test-belt';
  import test from 'ava';

  test(t => {

    const storeInit = initStore();
    const store = t.context.mockStore({});
    store.dispatch({ type: 'ACTION_1' });
    store.dispatch({ type: 'ACTION_2' });

    t.true(store.hasActions('ACTION1', 'ACTION2'));

    store.clearActions();
    t.deepEqual(store.getActions(), []);

  });

  import initStore from 'redux-test-belt';
  import test from 'ava';

  test.beforeEach(t => {
    // Mock the store before each test
    t.context.storeInit = initStore();
    t.context.store = t.context.mockStore({});
  });

  test.afterEach(t => {
      // Clear all the actions after each test
      t.context.store.clearActions();
  });

  test(t => {

    t.context.dispatch({ type: 'ACTION_1' });
    t.context.dispatch({ type: 'ACTION_2' });

    t.true(t.context.hasActions('ACTION1', 'ACTION2'));

  });

Async utilities

Introduction

Redux applications may use asynchronous action creators; testing asynchronous actions that will be processed by reducers synchronously it's hard to deal with, though. Redux-test-belt provides async helper methods in order to write serialized tests. Keep in mind that async action handling requires using a thunk middleware for Redux like redux-thunk.

store.getPromises

store.getPromises() => [Object]

Description

store.getPromises() grabs all the actions dispatched on the store that are encapsulated as Promise objects.

Example usage

  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import test from 'ava';
  test.serial(t => {

    function superAction() {
      return {
        type: 'ACTION_DISPATCHED'
      };
    }

    function asynchronousAction() {
      return dispatch => {
        return Promise.resolve()
          .then(() => dispatch(superAction()));
      };
    }

    const storeInit = initStore([thunk]);
    const store = t.context.mockStore({});

    return store.dispatch(asynchronousAction())
      .then(() => {
        t.is(store.getPromises().length, 1);
      });

  });

store.getPending

store.getPending() => [Object]

Description

store.getPending() returns all the actions dispatched on the store that are encapsulated as Promises and their initial state is not fulfilled, nor rejected yet.

Example usage

  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import test from 'ava';
  test(t => {

    function superAction() {
      return {
        type: 'ACTION_DISPATCHED'
      };
    }

    function asynchronousAction() {
      return dispatch => {
        return Promise.all([
          dispatch(superAction())
        ])
      };
    }
    const storeInit = initStore([thunk]);
    const store = t.context.mockStore({});
    // the middleware messes the actions clear them :)
    store.dispatch(asynchronousAction())
    t.is(store.getPending().length, 1);
  });

store.getRejected

store.getRejected() => [Object]

Description

store.getRejected() returns all the actions dispatched on the store that are encapsulated as Promises and yet settled.

Example usage

  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import test from 'ava';
  test.serial(t => {

    function superAction() {
      return {
        type: 'ACTION_DISPATCHED'
      };
    }

    function asynchronousAction() {
      return dispatch => {
        return Promise.reject()
          .then(() => dispatch(superAction()));
      };
    }

    const store = t.context.mockStore({});
    //  the middleware messes the actions clear them :)
    return store.dispatch(asynchronousAction())
      .then(() => {
        t.is(store.getPending().length, 0);
        t.is(store.getRejected().length, 1);
        t.is(store.getPromises().length, 1);

      });
  });

store.getResolved

store.getResolved() => [Object]

Description

store.getResolved() returns all the actions dispatched on the store that are encapsulated as Promises and settled, or locked into a promise chain.

Example usage

  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import test from 'ava';
  test.serial(t => {

    function superAction() {
      return {
        type: 'ACTION_DISPATCHED'
      };
    }

    function asynchronousAction() {
      return dispatch => {
        return Promise.resolve()
          .then(() => dispatch(superAction()));
      };
    }

    const store = t.context.mockStore({});
    //  the middleware messes the actions clear them :)
    return store.dispatch(asynchronousAction())
      .then(() => {
        t.is(store.getPending().length, 0);
        t.is(store.getResolved().length, 1);
        t.is(store.getPromises().length, 1);

      });
  });

store.clearPromises

store.clearPromises() => []

Description

To help a test suite DRY up any duplicated setup and teardown code, Redux-test-belt provides the store.clearPromises() method. In particular, store.clearPromises() clears up the recorded actions that are encapsulated as Promise objects during store's lifecycle. It may used on global before & after hooks in order to keep each test isolated and independent .

Example usage

  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import test from 'ava';
  test.serial(t => {

    function superAction() {
      return {
        type: 'ACTION_DISPATCHED'
      };
    }

    function asynchronousAction() {
      return dispatch => {
        return Promise.resolve()
          .then(() => dispatch(superAction()));
      };
    }

    const store = t.context.mockStore({});
    //  the middleware messes the actions clear them :)
    return store.dispatch(asynchronousAction())
      .then(() => {
        t.is(store.getResolved().length, 1);
        t.is(store.getPromises().length, 1);

        store.clearPromises();

        t.is(store.getResolved().length, 0);
        t.is(store.getPromises().length, 0);

      });
  });

Blocking utilities

Introduction

In complex applications where lots of actions take place testing might be bloated. Redux-test-belt provides a set of utilities which enable users to filter the actions dispatched, clean up any redundant actions as well as to prevent state's manipulation. Each blocked action is stored for later use and may be accessed on demand later. All the blocked actions are actually dispatched on the store in order to keep Redux in place, the action type is marked as ✋BLOCKED_ACTION whilst the payload holds the very first action created.

Setup

As it was mentioned earlier, you may pass a predicate function as a parameter during mockStore's instantiation. Blocking prediction may take place, either or the state or the action that takes place.

  import initStore from 'redux-test-belt';
  const mockStore = initStore([]);

  const reducer = (currentState, action) => currentState;
  const blockCheck = (currentState, action) => {
    return (action.type === 'BLOCKED') ? false : true;
  }
  const store = mockStore({},reducer, blockCheck);
  store.dispatch({ type: 'BLOCKED' });
  store.dispatch({ type: 'NON-BLOCKED' });

store.getBlocked

store.getBlocked() => [actions]

Description

store.getBlocked() returns all the blocked actions filtered from the passed predicate function.

Example usage

  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import test from 'ava';
  test.serial(t => {
    const mockStore = initStore([]);

    const reducer = (currentState, action) => currentState;
    const blockCheck = (currentState, action) => {
      return (action.type === 'BLOCKED') ? false : true;
    }
    const store = mockStore({},reducer, blockCheck);
    store.dispatch({ type: 'BLOCKED' });
    store.dispatch({ type: 'NON-BLOCKED' });
    t.deepEqual(store.getBlocked(),[{ type: 'BLOCKED' }]);
  });

store.clearBlocked

store.clearBlocked() => []

Description

store.clearBlocked() clears all the blocked actions stored.

Example usage

  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import test from 'ava';
  test(t => {
    const mockStore = initStore([]);

    const reducer = (currentState, action) => currentState;
    const blockCheck = (currentState, action) => false;
    const store = mockStore({},reducer, blockCheck);

    store.dispatch({ type: 'BLOCKED' });
    t.deepEqual(store.getBlocked(),[{ type: 'BLOCKED' }]);
    store.clearBlocked();
    t.deepEqual(store.getBlocked(),[]);
  });

store.hasBlocked

store.hasBlocked(matcher? Object(s) || String(s) ) => Boolean

Arguments

matcher (Object(s) || String(s)) Using matcher you may filter down the repository of blocked actions which is being retained inside the store's instance. A matcher may be one or more action objects deeply matching the blocked action queue or even just the action type(s).

Example usage

  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import test from 'ava';
  test(t => {
    const mockStore = initStore([]);

    const reducer = (currentState, action) => currentState;
    const blockCheck = (currentState, action) => false;
    const store = mockStore({},reducer, blockCheck);

    store.dispatch({ type: 'ACTION1' });
    store.dispatch({ type: 'ACTION2', payload: 'PAYLODED' });
    t.true(store.hasBlocked('ACTION1', 'ACTION2'));

    store.dispatch({ type: 'ACTION3' });
    t.true(store.hasBlocked('ACTION1', 'ACTION2', 'ACTION3'));
    t.false(store.hasBlocked('whatever', 'ACTION1'));
  });

Orphans utilities

Introduction

Redux-test-belt declares orphans as actions that don't differentiate or manipulate the actual state. Where lots of action are dispatched simultaneously this feature allows testing to narrow down the results, take action on dead code and improve debugging.

store.getOrphans

store.getOrphans() => [Object]

Description

store.getOrphans() returns a list of actions that didn't change the state upon dispatching.

Example usage

  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import test from 'ava';
  test(t => {

    function fakeDispather() {
      return {
        type: 'ADD_TODO'
      }
    }
    const mockStore = initStore([]);
    const store = mockStore({});

    store.dispatch(fakeDispather());
    store.dispatch(fakeDispather());

    t.is(store.getOrphans().length, 2);
    t.deepEqual(
      store.getOrphans(),
      [{ type: 'ADD_TODO' }, { type: 'ADD_TODO' }]);
  });

store.hasOrphans

store.hasActions(matcher? Object(s) || String(s) ) => Boolean

Arguments

matcher (Object(s) || String(s)) Using matcher you may filter down the orphans' repository. A matcher may be one or more action objects deeply matching the action queue or even just the action type(s).

Example usage

  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import test from 'ava';
  test(t => {

    function fakeDispather() {
      return {
        type: 'ADD_TODO'
      }
    }
    const mockStore = initStore([]);
    const store = mockStore({});

    store.dispatch(fakeDispather());
    store.dispatch(fakeDispather());
    t.is(store.hasOrphans('ADD_TODO'), true);
    t.is(store.hasOrphans({type: 'ADD_TODO' }), true);
  });

store.clearOrphans

store.clearOrphans() => []

Description

store.clearOrphans() truncates the list of orphan actions.

Example usage

  import initStore from 'redux-test-belt';
  import thunk from 'redux-thunk';
  import test from 'ava';
  test(t => {

    function fakeDispather() {
      return {
        type: 'ADD_TODO'
      }
    }
    const mockStore = initStore([]);
    const store = mockStore({});

    store.dispatch(fakeDispather());
    store.dispatch(fakeDispather());

    t.is(store.getOrphans().length, 2);
    t.deepEqual(
      store.getOrphans(),
      [{ type: 'ADD_TODO' },{ type: 'ADD_TODO' }]);
    store.clearOrphans();
    t.is(store.getOrphans().length, 0);
  });

Middlewares

Introduction

Where default createStore() is used, it seems a bit redundant to write additional tests using Redux-test-belt's mockStore(). Therefore, Redux-test-belt exports each module as a flexible middleware.

blockMiddleware

Example usage

  import { createStore } from 'redux';
  import { blockMiddleware, blockedActions, PREFIX_ACTION } from 'redux-test-belt';

  const blocking = (currentState, action) => false;

  function reducer(state = [], action) {
    switch (action.type) {
      case 'ADD_TODO':
        return state.concat([ action.payload ])
      default:
        return state
    }
  }

  let store = createStore(reducer,
      [ 'Use Redux' ],
      applyMiddleware.apply(null, [blockMiddleware(blocking)])
  );

  store.dispatch({
    type: 'ACTION',
    text: 'Read the docs'
  });

  // Expose each method
  console.log(blockedActions.getBlocked());
  //Alias: blockedActions.get()

  console.log(blockedActions.hasBlocked('ACTION'));
  //Alias: blockedActions.has()

  blockedActions.clearBlocked();

  console.log(blockedActions.getBlocked());
  console.log(PREFIX_ACTION);

actionsLoggerMiddleware

Associated methods

store.getActions
store.hasActions
store.clearActions

Example usage

  import { createStore } from 'redux';
  import { loggedActions, actionsLoggerMiddleware } from 'redux-test-belt';

  function reducer(state = [], action) {
    switch (action.type) {
      case 'ADD_TODO':
        return state.concat([ action.payload ])
      default:
        return state
    }
  }

  let store = createStore(reducer,
      [ 'Use Redux' ],
      applyMiddleware.apply(null, [actionsLoggerMiddleware])
  );

  store.dispatch({
    type: 'ACTION',
    text: 'Read the docs'
  });

  // Expose each method
  console.log(loggedActions.getActions());
  // Alias: loggedActions.get()

  console.log(loggedActions.hasActions('ACTION'));
  // loggedActions.has()

  loggedActions.clearActions();
  console.log(loggedActions.getActions());

orphansMiddleware

Associated methods

store.getOrphans
store.hasOrphans
store.clearOrphans

Example usage

  import { createStore } from 'redux';
  import { orphansMiddleware, orphans } from 'redux-test-belt';

  function reducer(state = [], action) {
    switch (action.type) {
      case 'ADD_TODO':
        return state.concat([ action.payload ])
      default:
        return state
    }
  }

  let store = createStore(reducer,
      [ 'Use Redux' ],
      applyMiddleware.apply(null, [orphansMiddleware])
  );

  store.dispatch({
    type: 'ACTION',
    text: 'Read the docs'
  });

  // Expose each method
  console.log(orphans.getOrphans());
  //Alias: orphans.get()

  console.log(orphans.hasOrphans('ACTION'));
  //Alias: orphans.has()

  orphans.clearOrphans();
  console.log(orphans.getOrphans());

promiseMiddleware

Associated methods

store.getPromises
store.getPending
store.getRejected
store.getResolved
store.getPromises

Example usage

  import { createStore } from 'redux';
  import { promiseMiddleware, promises } from 'redux-test-belt';

  function reducer(state = [], action) {
    switch (action.type) {
      case 'ADD_TODO':
        return state.concat([ action.payload ])
      default:
        return state
    }
  }

  function superAction() {
    return {
      type: 'ACTION_DISPATCHED'
    };
  }

  function asynchronousAction() {
    return dispatch => {
      return Promise.resolve()
        .then(() => dispatch(superAction()));
    };
  }

  let store = createStore(reducer,
      [ 'Use Redux' ],
      applyMiddleware.apply(null, [promiseMiddleware])
  );

  store.dispatch(asynchronousAction());

  // Expose each method
  console.log(promises.getPromises());
  // Alias: promises.get();
  console.log(promises.getPending());
  console.log(promises.getRejected());
  console.log(promises.getResolved());

  promises.clear();
  // Alias: promises.clearPromises();

  console.log(promises.getPromises());

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Redux Test Belt

Installation

Table of Contents

Quickstart

API

initStore

Arguments

Description

Example usage

mockStore

Arguments

Description

Example usage

Store utilities & helpers

store.dispatch

Arguments

Description

Example usage

store.getState

Description

Actions utilities

Introduction

store.getActions

Description

Example usage

store.hasActions

Arguments

Description

Example usage

store.clearActions

Description

Example usage

Async utilities

Introduction

store.getPromises

Description

Example usage

store.getPending

Description

Example usage

store.getRejected

Description

Example usage

store.getResolved

Description

Example usage

store.clearPromises

Description

Example usage

Blocking utilities

Introduction

Setup

store.getBlocked

Description

Example usage

store.clearBlocked

Description

Example usage

store.hasBlocked

Arguments

Example usage

Orphans utilities

Introduction

store.getOrphans

Description

Example usage

store.hasOrphans

Arguments

Example usage

store.clearOrphans

Description

Example usage

Middlewares

Introduction

Packages