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import { mapToScopesViewModel } from '~/feature_flags/store/helpers';
import * as types from '~/feature_flags/store/index/mutation_types';
import mutations from '~/feature_flags/store/index/mutations';
import state from '~/feature_flags/store/index/state';
import { parseIntPagination, normalizeHeaders } from '~/lib/utils/common_utils';
import { getRequestData, rotateData, featureFlag } from '../../mock_data';
describe('Feature flags store Mutations', () => {
let stateCopy;
beforeEach(() => {
stateCopy = state({});
});
describe('SET_FEATURE_FLAGS_OPTIONS', () => {
it('should set provided options', () => {
mutations[types.SET_FEATURE_FLAGS_OPTIONS](stateCopy, { page: '1', scope: 'all' });
expect(stateCopy.options).toEqual({ page: '1', scope: 'all' });
});
});
describe('REQUEST_FEATURE_FLAGS', () => {
it('should set isLoading to true', () => {
mutations[types.REQUEST_FEATURE_FLAGS](stateCopy);
expect(stateCopy.isLoading).toEqual(true);
});
});
describe('RECEIVE_FEATURE_FLAGS_SUCCESS', () => {
const headers = {
'x-next-page': '2',
'x-page': '1',
'X-Per-Page': '2',
'X-Prev-Page': '',
'X-TOTAL': '37',
'X-Total-Pages': '5',
};
beforeEach(() => {
mutations[types.RECEIVE_FEATURE_FLAGS_SUCCESS](stateCopy, { data: getRequestData, headers });
});
it('should set isLoading to false', () => {
expect(stateCopy.isLoading).toEqual(false);
});
it('should set hasError to false', () => {
expect(stateCopy.hasError).toEqual(false);
});
it('should set featureFlags with the transformed data', () => {
const expected = getRequestData.feature_flags.map((flag) => ({
...flag,
scopes: mapToScopesViewModel(flag.scopes || []),
}));
expect(stateCopy.featureFlags).toEqual(expected);
});
it('should set count with the given data', () => {
expect(stateCopy.count).toEqual(37);
});
it('should set pagination', () => {
expect(stateCopy.pageInfo).toEqual(parseIntPagination(normalizeHeaders(headers)));
});
});
describe('RECEIVE_FEATURE_FLAGS_ERROR', () => {
beforeEach(() => {
mutations[types.RECEIVE_FEATURE_FLAGS_ERROR](stateCopy);
});
it('should set isLoading to false', () => {
expect(stateCopy.isLoading).toEqual(false);
});
it('should set hasError to true', () => {
expect(stateCopy.hasError).toEqual(true);
});
});
describe('REQUEST_ROTATE_INSTANCE_ID', () => {
beforeEach(() => {
mutations[types.REQUEST_ROTATE_INSTANCE_ID](stateCopy);
});
it('should set isRotating to true', () => {
expect(stateCopy.isRotating).toBe(true);
});
it('should set hasRotateError to false', () => {
expect(stateCopy.hasRotateError).toBe(false);
});
});
describe('RECEIVE_ROTATE_INSTANCE_ID_SUCCESS', () => {
beforeEach(() => {
mutations[types.RECEIVE_ROTATE_INSTANCE_ID_SUCCESS](stateCopy, { data: rotateData });
});
it('should set the instance id to the received data', () => {
expect(stateCopy.instanceId).toBe(rotateData.token);
});
it('should set isRotating to false', () => {
expect(stateCopy.isRotating).toBe(false);
});
it('should set hasRotateError to false', () => {
expect(stateCopy.hasRotateError).toBe(false);
});
});
describe('RECEIVE_ROTATE_INSTANCE_ID_ERROR', () => {
beforeEach(() => {
mutations[types.RECEIVE_ROTATE_INSTANCE_ID_ERROR](stateCopy);
});
it('should set isRotating to false', () => {
expect(stateCopy.isRotating).toBe(false);
});
it('should set hasRotateError to true', () => {
expect(stateCopy.hasRotateError).toBe(true);
});
});
describe('UPDATE_FEATURE_FLAG', () => {
beforeEach(() => {
stateCopy.featureFlags = getRequestData.feature_flags.map((flag) => ({
...flag,
scopes: mapToScopesViewModel(flag.scopes || []),
}));
stateCopy.count = { featureFlags: 1, userLists: 0 };
mutations[types.UPDATE_FEATURE_FLAG](stateCopy, {
...featureFlag,
scopes: mapToScopesViewModel(featureFlag.scopes || []),
active: false,
});
});
it('should update the flag with the matching ID', () => {
expect(stateCopy.featureFlags).toEqual([
{
...featureFlag,
scopes: mapToScopesViewModel(featureFlag.scopes || []),
active: false,
},
]);
});
});
describe('RECEIVE_UPDATE_FEATURE_FLAG_SUCCESS', () => {
const runUpdate = (stateCount, flagState, featureFlagUpdateParams) => {
stateCopy.featureFlags = getRequestData.feature_flags.map((flag) => ({
...flag,
...flagState,
scopes: mapToScopesViewModel(flag.scopes || []),
}));
stateCopy.count = stateCount;
mutations[types.RECEIVE_UPDATE_FEATURE_FLAG_SUCCESS](stateCopy, {
...featureFlag,
...featureFlagUpdateParams,
});
};
it('updates the flag with the matching ID', () => {
runUpdate({ all: 1, enabled: 1, disabled: 0 }, { active: true }, { active: false });
expect(stateCopy.featureFlags).toEqual([
{
...featureFlag,
scopes: mapToScopesViewModel(featureFlag.scopes || []),
active: false,
},
]);
});
});
describe('RECEIVE_UPDATE_FEATURE_FLAG_ERROR', () => {
beforeEach(() => {
stateCopy.featureFlags = getRequestData.feature_flags.map((flag) => ({
...flag,
scopes: mapToScopesViewModel(flag.scopes || []),
}));
mutations[types.RECEIVE_UPDATE_FEATURE_FLAG_ERROR](stateCopy, featureFlag.id);
});
it('should update the flag with the matching ID, toggling active', () => {
expect(stateCopy.featureFlags).toEqual([
{
...featureFlag,
scopes: mapToScopesViewModel(featureFlag.scopes || []),
active: false,
},
]);
});
});
describe('RECEIVE_CLEAR_ALERT', () => {
it('clears the alert', () => {
stateCopy.alerts = ['a server error'];
mutations[types.RECEIVE_CLEAR_ALERT](stateCopy, 0);
expect(stateCopy.alerts).toEqual([]);
});
it('clears the alert at the specified index', () => {
stateCopy.alerts = ['a server error', 'another error', 'final error'];
mutations[types.RECEIVE_CLEAR_ALERT](stateCopy, 1);
expect(stateCopy.alerts).toEqual(['a server error', 'final error']);
});
});
});
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