blob: b79cdb5c2f1a4c58aa46e97437671e93f48787bf [file] [log] [blame]
// Copyright 2019 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
import {assert} from 'chai';
import sinon from 'sinon';
import {createSelector} from 'reselect';
import {store, resetState} from './base.js';
import * as issueV0 from './issueV0.js';
import * as example from 'shared/test/constants-issueV0.js';
import {fieldTypes} from 'shared/issue-fields.js';
import {issueToIssueRef, issueRefToString} from 'shared/convertersV0.js';
import {prpcClient} from 'prpc-client-instance.js';
import {getSigninInstance} from 'shared/gapi-loader.js';
import {migratedTypes} from 'shared/issue-fields.js';
let prpcCall;
let dispatch;
describe('issue', () => {
beforeEach(() => {
store.dispatch(resetState());
});
describe('reducers', () => {
describe('issueByRefReducer', () => {
it('no-op on unmatching action', () => {
const action = {
type: 'FAKE_ACTION',
issues: [example.ISSUE_OTHER_PROJECT],
};
assert.deepEqual(issueV0.issuesByRefStringReducer({}, action), {});
const state = {[example.ISSUE_REF_STRING]: example.ISSUE};
assert.deepEqual(issueV0.issuesByRefStringReducer(state, action),
state);
});
it('handles FETCH_ISSUE_LIST_UPDATE', () => {
const newState = issueV0.issuesByRefStringReducer({}, {
type: issueV0.FETCH_ISSUE_LIST_UPDATE,
issues: [example.ISSUE, example.ISSUE_OTHER_PROJECT],
totalResults: 2,
progress: 1,
});
assert.deepEqual(newState, {
[example.ISSUE_REF_STRING]: example.ISSUE,
[example.ISSUE_OTHER_PROJECT_REF_STRING]: example.ISSUE_OTHER_PROJECT,
});
});
it('handles FETCH_ISSUES_SUCCESS', () => {
const newState = issueV0.issuesByRefStringReducer({}, {
type: issueV0.FETCH_ISSUES_SUCCESS,
issues: [example.ISSUE, example.ISSUE_OTHER_PROJECT],
});
assert.deepEqual(newState, {
[example.ISSUE_REF_STRING]: example.ISSUE,
[example.ISSUE_OTHER_PROJECT_REF_STRING]: example.ISSUE_OTHER_PROJECT,
});
});
});
describe('issueListReducer', () => {
it('no-op on unmatching action', () => {
const action = {
type: 'FETCH_ISSUE_LIST_FAKE_ACTION',
issues: [
{localId: 1, projectName: 'chromium', summary: 'hello-world'},
],
};
assert.deepEqual(issueV0.issueListReducer({}, action), {});
assert.deepEqual(issueV0.issueListReducer({
issueRefs: ['chromium:1'],
totalResults: 1,
progress: 1,
}, action), {
issueRefs: ['chromium:1'],
totalResults: 1,
progress: 1,
});
});
it('handles FETCH_ISSUE_LIST_UPDATE', () => {
const newState = issueV0.issueListReducer({}, {
type: 'FETCH_ISSUE_LIST_UPDATE',
issues: [
{localId: 1, projectName: 'chromium', summary: 'hello-world'},
{localId: 2, projectName: 'monorail', summary: 'Test'},
],
totalResults: 2,
progress: 1,
});
assert.deepEqual(newState, {
issueRefs: ['chromium:1', 'monorail:2'],
totalResults: 2,
progress: 1,
});
});
});
describe('relatedIssuesReducer', () => {
it('handles FETCH_RELATED_ISSUES_SUCCESS', () => {
const newState = issueV0.relatedIssuesReducer({}, {
type: 'FETCH_RELATED_ISSUES_SUCCESS',
relatedIssues: {'rutabaga:1234': {}},
});
assert.deepEqual(newState, {'rutabaga:1234': {}});
});
describe('FETCH_FEDERATED_REFERENCES_SUCCESS', () => {
it('returns early if data is missing', () => {
const newState = issueV0.relatedIssuesReducer({'b/123': {}}, {
type: 'FETCH_FEDERATED_REFERENCES_SUCCESS',
});
assert.deepEqual(newState, {'b/123': {}});
});
it('returns early if data is empty', () => {
const newState = issueV0.relatedIssuesReducer({'b/123': {}}, {
type: 'FETCH_FEDERATED_REFERENCES_SUCCESS',
fedRefIssueRefs: [],
});
assert.deepEqual(newState, {'b/123': {}});
});
it('assigns each FedRef to the state', () => {
const state = {
'rutabaga:123': {},
'rutabaga:345': {},
};
const newState = issueV0.relatedIssuesReducer(state, {
type: 'FETCH_FEDERATED_REFERENCES_SUCCESS',
fedRefIssueRefs: [
{
extIdentifier: 'b/987',
summary: 'What is up',
statusRef: {meansOpen: true},
},
{
extIdentifier: 'b/765',
summary: 'Rutabaga',
statusRef: {meansOpen: false},
},
],
});
assert.deepEqual(newState, {
'rutabaga:123': {},
'rutabaga:345': {},
'b/987': {
extIdentifier: 'b/987',
summary: 'What is up',
statusRef: {meansOpen: true},
},
'b/765': {
extIdentifier: 'b/765',
summary: 'Rutabaga',
statusRef: {meansOpen: false},
},
});
});
});
});
});
it('viewedIssue', () => {
assert.deepEqual(issueV0.viewedIssue(wrapIssue()), {});
assert.deepEqual(
issueV0.viewedIssue(wrapIssue({projectName: 'proj', localId: 100})),
{projectName: 'proj', localId: 100},
);
});
describe('issueList', () => {
it('issueList', () => {
const stateWithEmptyIssueList = {issue: {
issueList: {},
}};
assert.deepEqual(issueV0.issueList(stateWithEmptyIssueList), []);
const stateWithIssueList = {issue: {
issuesByRefString: {
'chromium:1': {localId: 1, projectName: 'chromium', summary: 'test'},
'monorail:2': {localId: 2, projectName: 'monorail',
summary: 'hello world'},
},
issueList: {
issueRefs: ['chromium:1', 'monorail:2'],
}}};
assert.deepEqual(issueV0.issueList(stateWithIssueList),
[
{localId: 1, projectName: 'chromium', summary: 'test'},
{localId: 2, projectName: 'monorail', summary: 'hello world'},
]);
});
it('is a selector', () => {
issueV0.issueList.constructor === createSelector;
});
it('memoizes results: returns same reference', () => {
const stateWithIssueList = {issue: {
issuesByRefString: {
'chromium:1': {localId: 1, projectName: 'chromium', summary: 'test'},
'monorail:2': {localId: 2, projectName: 'monorail',
summary: 'hello world'},
},
issueList: {
issueRefs: ['chromium:1', 'monorail:2'],
}}};
const reference1 = issueV0.issueList(stateWithIssueList);
const reference2 = issueV0.issueList(stateWithIssueList);
assert.equal(typeof reference1, 'object');
assert.equal(typeof reference2, 'object');
assert.equal(reference1, reference2);
});
});
describe('issueListLoaded', () => {
const stateWithEmptyIssueList = {issue: {
issueList: {},
}};
it('false when no issue list', () => {
assert.isFalse(issueV0.issueListLoaded(stateWithEmptyIssueList));
});
it('true after issues loaded, even when empty', () => {
const issueList = issueV0.issueListReducer({}, {
type: issueV0.FETCH_ISSUE_LIST_UPDATE,
issues: [],
progress: 1,
totalResults: 0,
});
assert.isTrue(issueV0.issueListLoaded({issue: {issueList}}));
});
});
it('fieldValues', () => {
assert.isUndefined(issueV0.fieldValues(wrapIssue()));
assert.deepEqual(issueV0.fieldValues(wrapIssue({
fieldValues: [{value: 'v'}],
})), [{value: 'v'}]);
});
it('type computes type from custom field', () => {
assert.isUndefined(issueV0.type(wrapIssue()));
assert.isUndefined(issueV0.type(wrapIssue({
fieldValues: [{value: 'v'}],
})));
assert.deepEqual(issueV0.type(wrapIssue({
fieldValues: [
{fieldRef: {fieldName: 'IgnoreMe'}, value: 'v'},
{fieldRef: {fieldName: 'Type'}, value: 'Defect'},
],
})), 'Defect');
});
it('type computes type from label', () => {
assert.deepEqual(issueV0.type(wrapIssue({
labelRefs: [
{label: 'Test'},
{label: 'tYpE-FeatureRequest'},
],
})), 'FeatureRequest');
assert.deepEqual(issueV0.type(wrapIssue({
fieldValues: [
{fieldRef: {fieldName: 'IgnoreMe'}, value: 'v'},
],
labelRefs: [
{label: 'Test'},
{label: 'Type-Defect'},
],
})), 'Defect');
});
it('restrictions', () => {
assert.deepEqual(issueV0.restrictions(wrapIssue()), {});
assert.deepEqual(issueV0.restrictions(wrapIssue({labelRefs: []})), {});
assert.deepEqual(issueV0.restrictions(wrapIssue({labelRefs: [
{label: 'IgnoreThis'},
{label: 'IgnoreThis2'},
]})), {});
assert.deepEqual(issueV0.restrictions(wrapIssue({labelRefs: [
{label: 'IgnoreThis'},
{label: 'IgnoreThis2'},
{label: 'Restrict-View-Google'},
{label: 'Restrict-EditIssue-hello'},
{label: 'Restrict-EditIssue-test'},
{label: 'Restrict-AddIssueComment-HELLO'},
]})), {
'view': ['Google'],
'edit': ['hello', 'test'],
'comment': ['HELLO'],
});
});
it('migratedId', () => {
assert.equal(issueV0.migratedId(wrapIssue()), '');
assert.equal(issueV0.migratedId(wrapIssue({labelRefs: []})), '');
assert.equal(issueV0.migratedId(wrapIssue({labelRefs: [
{label: 'IgnoreThis'},
{label: 'IgnoreThis2'},
]})), '');
assert.equal(issueV0.migratedId(wrapIssue({labelRefs: [
{label: 'IgnoreThis'},
{label: 'IgnoreThis2'},
{label: 'migrated-to-b-6789'},
]})), '6789');
assert.equal(issueV0.migratedId(wrapIssue({labelRefs: [
{label: 'migrated-to-b-1234'},
]})), '1234');
// We assume there's only one migrated-to-b-* label.
assert.equal(issueV0.migratedId(wrapIssue({labelRefs: [
{label: 'migrated-to-b-1234'},
{label: 'migrated-to-b-6789'},
]})), '1234');
assert.equal(issueV0.migratedId(wrapIssue({labelRefs: [
{label: 'IgnoreThis'},
{label: 'IgnoreThis2'},
{label: 'migrated-to-launch-6789'},
]})), '6789');
assert.equal(issueV0.migratedId(wrapIssue({labelRefs: [
{label: 'migrated-to-launch-1234'},
]})), '1234');
// We assume there's only one migrated-to-* label.
assert.equal(issueV0.migratedId(wrapIssue({labelRefs: [
{label: 'migrated-to-launch-1234'},
{label: 'migrated-to-b-6789'},
]})), '1234');
});
it('migratedType', () => {
assert.equal(issueV0.migratedType(wrapIssue()), migratedTypes.NONE);
assert.equal(issueV0.migratedType(wrapIssue({labelRefs: []})), migratedTypes.NONE);
assert.equal(issueV0.migratedType(wrapIssue({labelRefs: [
{label: 'IgnoreThis'},
{label: 'IgnoreThis2'},
]})), migratedTypes.NONE);
assert.equal(issueV0.migratedType(wrapIssue({labelRefs: [
{label: 'IgnoreThis'},
{label: 'IgnoreThis2'},
{label: 'migrated-to-b-6789'},
]})), migratedTypes.BUGANIZER_TYPE);
assert.equal(issueV0.migratedType(wrapIssue({labelRefs: [
{label: 'migrated-to-launch-1234'},
]})), migratedTypes.LAUNCH_TYPE);
// We assume there's only one migrated-to-b-* label.
assert.equal(issueV0.migratedType(wrapIssue({labelRefs: [
{label: 'migrated-to-launch-1234'},
{label: 'migrated-to-b-6789'},
]})), migratedTypes.LAUNCH_TYPE);
});
it('isOpen', () => {
assert.isFalse(issueV0.isOpen(wrapIssue()));
assert.isTrue(issueV0.isOpen(wrapIssue({statusRef: {meansOpen: true}})));
assert.isFalse(issueV0.isOpen(wrapIssue({statusRef: {meansOpen: false}})));
});
it('issueListPhaseNames', () => {
const stateWithEmptyIssueList = {issue: {
issueList: [],
}};
assert.deepEqual(issueV0.issueListPhaseNames(stateWithEmptyIssueList), []);
const stateWithIssueList = {issue: {
issuesByRefString: {
'1': {localId: 1, phases: [{phaseRef: {phaseName: 'chicken-phase'}}]},
'2': {localId: 2, phases: [
{phaseRef: {phaseName: 'chicken-Phase'}},
{phaseRef: {phaseName: 'cow-phase'}}],
},
'3': {localId: 3, phases: [
{phaseRef: {phaseName: 'cow-Phase'}},
{phaseRef: {phaseName: 'DOG-phase'}}],
},
'4': {localId: 4, phases: [
{phaseRef: {phaseName: 'dog-phase'}},
]},
},
issueList: {
issueRefs: ['1', '2', '3', '4'],
}}};
assert.deepEqual(issueV0.issueListPhaseNames(stateWithIssueList),
['chicken-phase', 'cow-phase', 'dog-phase']);
});
describe('blockingIssues', () => {
const relatedIssues = {
['proj:1']: {
localId: 1,
projectName: 'proj',
labelRefs: [{label: 'label'}],
},
['proj:3']: {
localId: 3,
projectName: 'proj',
labelRefs: [],
},
['chromium:332']: {
localId: 332,
projectName: 'chromium',
labelRefs: [],
},
};
it('returns references when no issue data', () => {
const stateNoReferences = wrapIssue(
{
projectName: 'project',
localId: 123,
blockingIssueRefs: [{localId: 1, projectName: 'proj'}],
},
{relatedIssues: {}},
);
assert.deepEqual(issueV0.blockingIssues(stateNoReferences),
[{localId: 1, projectName: 'proj'}],
);
});
it('returns empty when no blocking issues', () => {
const stateNoIssues = wrapIssue(
{
projectName: 'project',
localId: 123,
blockingIssueRefs: [],
},
{relatedIssues},
);
assert.deepEqual(issueV0.blockingIssues(stateNoIssues), []);
});
it('returns full issues when deferenced data present', () => {
const stateIssuesWithReferences = wrapIssue(
{
projectName: 'project',
localId: 123,
blockingIssueRefs: [
{localId: 1, projectName: 'proj'},
{localId: 332, projectName: 'chromium'},
],
},
{relatedIssues},
);
assert.deepEqual(issueV0.blockingIssues(stateIssuesWithReferences),
[
{localId: 1, projectName: 'proj', labelRefs: [{label: 'label'}]},
{localId: 332, projectName: 'chromium', labelRefs: []},
]);
});
it('returns federated references', () => {
const stateIssuesWithFederatedReferences = wrapIssue(
{
projectName: 'project',
localId: 123,
blockingIssueRefs: [
{localId: 1, projectName: 'proj'},
{extIdentifier: 'b/1234'},
],
},
{relatedIssues},
);
assert.deepEqual(
issueV0.blockingIssues(stateIssuesWithFederatedReferences), [
{localId: 1, projectName: 'proj', labelRefs: [{label: 'label'}]},
{extIdentifier: 'b/1234'},
]);
});
});
describe('blockedOnIssues', () => {
const relatedIssues = {
['proj:1']: {
localId: 1,
projectName: 'proj',
labelRefs: [{label: 'label'}],
},
['proj:3']: {
localId: 3,
projectName: 'proj',
labelRefs: [],
},
['chromium:332']: {
localId: 332,
projectName: 'chromium',
labelRefs: [],
},
};
it('returns references when no issue data', () => {
const stateNoReferences = wrapIssue(
{
projectName: 'project',
localId: 123,
blockedOnIssueRefs: [{localId: 1, projectName: 'proj'}],
},
{relatedIssues: {}},
);
assert.deepEqual(issueV0.blockedOnIssues(stateNoReferences),
[{localId: 1, projectName: 'proj'}],
);
});
it('returns empty when no blocking issues', () => {
const stateNoIssues = wrapIssue(
{
projectName: 'project',
localId: 123,
blockedOnIssueRefs: [],
},
{relatedIssues},
);
assert.deepEqual(issueV0.blockedOnIssues(stateNoIssues), []);
});
it('returns full issues when deferenced data present', () => {
const stateIssuesWithReferences = wrapIssue(
{
projectName: 'project',
localId: 123,
blockedOnIssueRefs: [
{localId: 1, projectName: 'proj'},
{localId: 332, projectName: 'chromium'},
],
},
{relatedIssues},
);
assert.deepEqual(issueV0.blockedOnIssues(stateIssuesWithReferences),
[
{localId: 1, projectName: 'proj', labelRefs: [{label: 'label'}]},
{localId: 332, projectName: 'chromium', labelRefs: []},
]);
});
it('returns federated references', () => {
const stateIssuesWithFederatedReferences = wrapIssue(
{
projectName: 'project',
localId: 123,
blockedOnIssueRefs: [
{localId: 1, projectName: 'proj'},
{extIdentifier: 'b/1234'},
],
},
{relatedIssues},
);
assert.deepEqual(
issueV0.blockedOnIssues(stateIssuesWithFederatedReferences),
[
{localId: 1, projectName: 'proj', labelRefs: [{label: 'label'}]},
{extIdentifier: 'b/1234'},
]);
});
});
describe('sortedBlockedOn', () => {
const relatedIssues = {
['proj:1']: {
localId: 1,
projectName: 'proj',
statusRef: {meansOpen: true},
},
['proj:3']: {
localId: 3,
projectName: 'proj',
statusRef: {meansOpen: false},
},
['proj:4']: {
localId: 4,
projectName: 'proj',
statusRef: {meansOpen: false},
},
['proj:5']: {
localId: 5,
projectName: 'proj',
statusRef: {meansOpen: false},
},
['chromium:332']: {
localId: 332,
projectName: 'chromium',
statusRef: {meansOpen: true},
},
};
it('does not sort references when no issue data', () => {
const stateNoReferences = wrapIssue(
{
projectName: 'project',
localId: 123,
blockedOnIssueRefs: [
{localId: 3, projectName: 'proj'},
{localId: 1, projectName: 'proj'},
],
},
{relatedIssues: {}},
);
assert.deepEqual(issueV0.sortedBlockedOn(stateNoReferences), [
{localId: 3, projectName: 'proj'},
{localId: 1, projectName: 'proj'},
]);
});
it('sorts open issues first when issue data available', () => {
const stateReferences = wrapIssue(
{
projectName: 'project',
localId: 123,
blockedOnIssueRefs: [
{localId: 3, projectName: 'proj'},
{localId: 1, projectName: 'proj'},
],
},
{relatedIssues},
);
assert.deepEqual(issueV0.sortedBlockedOn(stateReferences), [
{localId: 1, projectName: 'proj', statusRef: {meansOpen: true}},
{localId: 3, projectName: 'proj', statusRef: {meansOpen: false}},
]);
});
it('preserves original order on ties', () => {
const statePreservesArrayOrder = wrapIssue(
{
projectName: 'project',
localId: 123,
blockedOnIssueRefs: [
{localId: 5, projectName: 'proj'}, // Closed
{localId: 1, projectName: 'proj'}, // Open
{localId: 4, projectName: 'proj'}, // Closed
{localId: 3, projectName: 'proj'}, // Closed
{localId: 332, projectName: 'chromium'}, // Open
],
},
{relatedIssues},
);
assert.deepEqual(issueV0.sortedBlockedOn(statePreservesArrayOrder),
[
{localId: 1, projectName: 'proj', statusRef: {meansOpen: true}},
{localId: 332, projectName: 'chromium',
statusRef: {meansOpen: true}},
{localId: 5, projectName: 'proj', statusRef: {meansOpen: false}},
{localId: 4, projectName: 'proj', statusRef: {meansOpen: false}},
{localId: 3, projectName: 'proj', statusRef: {meansOpen: false}},
],
);
});
});
describe('mergedInto', () => {
it('empty', () => {
assert.deepEqual(issueV0.mergedInto(wrapIssue()), {});
});
it('gets mergedInto ref for viewed issue', () => {
const state = issueV0.mergedInto(wrapIssue({
projectName: 'project',
localId: 123,
mergedIntoIssueRef: {localId: 22, projectName: 'proj'},
}));
assert.deepEqual(state, {
localId: 22,
projectName: 'proj',
});
});
it('gets full mergedInto issue data when it exists in the store', () => {
const state = wrapIssue(
{
projectName: 'project',
localId: 123,
mergedIntoIssueRef: {localId: 22, projectName: 'proj'},
}, {
relatedIssues: {
['proj:22']: {localId: 22, projectName: 'proj', summary: 'test'},
},
});
assert.deepEqual(issueV0.mergedInto(state), {
localId: 22,
projectName: 'proj',
summary: 'test',
});
});
});
it('fieldValueMap', () => {
assert.deepEqual(issueV0.fieldValueMap(wrapIssue()), new Map());
assert.deepEqual(issueV0.fieldValueMap(wrapIssue({
fieldValues: [],
})), new Map());
assert.deepEqual(issueV0.fieldValueMap(wrapIssue({
fieldValues: [
{fieldRef: {fieldName: 'hello'}, value: 'v3'},
{fieldRef: {fieldName: 'hello'}, value: 'v2'},
{fieldRef: {fieldName: 'world'}, value: 'v3'},
],
})), new Map([
['hello', ['v3', 'v2']],
['world', ['v3']],
]));
});
it('fieldDefs filters fields by applicable type', () => {
assert.deepEqual(issueV0.fieldDefs({
projectV0: {},
...wrapIssue(),
}), []);
assert.deepEqual(issueV0.fieldDefs({
projectV0: {
name: 'chromium',
configs: {
chromium: {
fieldDefs: [
{fieldRef: {fieldName: 'intyInt', type: fieldTypes.INT_TYPE}},
{fieldRef: {fieldName: 'enum', type: fieldTypes.ENUM_TYPE}},
{
fieldRef:
{fieldName: 'nonApplicable', type: fieldTypes.STR_TYPE},
applicableType: 'None',
},
{fieldRef: {fieldName: 'defectsOnly', type: fieldTypes.STR_TYPE},
applicableType: 'Defect'},
],
},
},
},
...wrapIssue({
fieldValues: [
{fieldRef: {fieldName: 'Type'}, value: 'Defect'},
],
}),
}), [
{fieldRef: {fieldName: 'intyInt', type: fieldTypes.INT_TYPE}},
{fieldRef: {fieldName: 'enum', type: fieldTypes.ENUM_TYPE}},
{fieldRef: {fieldName: 'defectsOnly', type: fieldTypes.STR_TYPE},
applicableType: 'Defect'},
]);
});
it('fieldDefs skips approval fields for all issues', () => {
assert.deepEqual(issueV0.fieldDefs({
projectV0: {
name: 'chromium',
configs: {
chromium: {
fieldDefs: [
{fieldRef: {fieldName: 'test', type: fieldTypes.INT_TYPE}},
{fieldRef:
{fieldName: 'ignoreMe', type: fieldTypes.APPROVAL_TYPE}},
{fieldRef:
{fieldName: 'LookAway', approvalName: 'ThisIsAnApproval'}},
{fieldRef: {fieldName: 'phaseField'}, isPhaseField: true},
],
},
},
},
...wrapIssue(),
}), [
{fieldRef: {fieldName: 'test', type: fieldTypes.INT_TYPE}},
]);
});
it('fieldDefs includes non applicable fields when values defined', () => {
assert.deepEqual(issueV0.fieldDefs({
projectV0: {
name: 'chromium',
configs: {
chromium: {
fieldDefs: [
{
fieldRef:
{fieldName: 'nonApplicable', type: fieldTypes.STR_TYPE},
applicableType: 'None',
},
],
},
},
},
...wrapIssue({
fieldValues: [
{fieldRef: {fieldName: 'nonApplicable'}, value: 'v3'},
],
}),
}), [
{fieldRef: {fieldName: 'nonApplicable', type: fieldTypes.STR_TYPE},
applicableType: 'None'},
]);
});
describe('action creators', () => {
beforeEach(() => {
prpcCall = sinon.stub(prpcClient, 'call');
});
afterEach(() => {
prpcCall.restore();
});
it('viewIssue creates action with issueRef', () => {
assert.deepEqual(
issueV0.viewIssue({projectName: 'proj', localId: 123}),
{
type: issueV0.VIEW_ISSUE,
issueRef: {projectName: 'proj', localId: 123},
},
);
});
describe('updateApproval', async () => {
const APPROVAL = {
fieldRef: {fieldName: 'Privacy', type: 'APPROVAL_TYPE'},
approverRefs: [{userId: 1234, displayName: 'test@example.com'}],
status: 'APPROVED',
};
it('approval update success', async () => {
const dispatch = sinon.stub();
prpcCall.returns({approval: APPROVAL});
const action = issueV0.updateApproval({
issueRef: {projectName: 'chromium', localId: 1234},
fieldRef: {fieldName: 'Privacy', type: 'APPROVAL_TYPE'},
approvalDelta: {status: 'APPROVED'},
sendEmail: true,
});
await action(dispatch);
sinon.assert.calledOnce(prpcCall);
sinon.assert.calledWith(prpcCall, 'monorail.Issues',
'UpdateApproval', {
issueRef: {projectName: 'chromium', localId: 1234},
fieldRef: {fieldName: 'Privacy', type: 'APPROVAL_TYPE'},
approvalDelta: {status: 'APPROVED'},
sendEmail: true,
});
sinon.assert.calledWith(dispatch, {type: 'UPDATE_APPROVAL_START'});
sinon.assert.calledWith(dispatch, {
type: 'UPDATE_APPROVAL_SUCCESS',
approval: APPROVAL,
issueRef: {projectName: 'chromium', localId: 1234},
});
});
it('approval survey update success', async () => {
const dispatch = sinon.stub();
prpcCall.returns({approval: APPROVAL});
const action = issueV0.updateApproval({
issueRef: {projectName: 'chromium', localId: 1234},
fieldRef: {fieldName: 'Privacy', type: 'APPROVAL_TYPE'},
commentContent: 'new survey',
sendEmail: false,
isDescription: true,
});
await action(dispatch);
sinon.assert.calledOnce(prpcCall);
sinon.assert.calledWith(prpcCall, 'monorail.Issues',
'UpdateApproval', {
issueRef: {projectName: 'chromium', localId: 1234},
fieldRef: {fieldName: 'Privacy', type: 'APPROVAL_TYPE'},
commentContent: 'new survey',
isDescription: true,
});
sinon.assert.calledWith(dispatch, {type: 'UPDATE_APPROVAL_START'});
sinon.assert.calledWith(dispatch, {
type: 'UPDATE_APPROVAL_SUCCESS',
approval: APPROVAL,
issueRef: {projectName: 'chromium', localId: 1234},
});
});
it('attachment upload success', async () => {
const dispatch = sinon.stub();
prpcCall.returns({approval: APPROVAL});
const action = issueV0.updateApproval({
issueRef: {projectName: 'chromium', localId: 1234},
fieldRef: {fieldName: 'Privacy', type: 'APPROVAL_TYPE'},
uploads: '78f17a020cbf39e90e344a842cd19911',
});
await action(dispatch);
sinon.assert.calledOnce(prpcCall);
sinon.assert.calledWith(prpcCall, 'monorail.Issues',
'UpdateApproval', {
issueRef: {projectName: 'chromium', localId: 1234},
fieldRef: {fieldName: 'Privacy', type: 'APPROVAL_TYPE'},
uploads: '78f17a020cbf39e90e344a842cd19911',
});
sinon.assert.calledWith(dispatch, {type: 'UPDATE_APPROVAL_START'});
sinon.assert.calledWith(dispatch, {
type: 'UPDATE_APPROVAL_SUCCESS',
approval: APPROVAL,
issueRef: {projectName: 'chromium', localId: 1234},
});
});
});
describe('fetchIssues', () => {
it('success', async () => {
const response = {
openRefs: [example.ISSUE],
closedRefs: [example.ISSUE_OTHER_PROJECT],
};
prpcClient.call.returns(Promise.resolve(response));
const dispatch = sinon.stub();
await issueV0.fetchIssues([example.ISSUE_REF])(dispatch);
sinon.assert.calledWith(dispatch, {type: issueV0.FETCH_ISSUES_START});
const args = {issueRefs: [example.ISSUE_REF]};
sinon.assert.calledWith(
prpcClient.call, 'monorail.Issues', 'ListReferencedIssues', args);
const action = {
type: issueV0.FETCH_ISSUES_SUCCESS,
issues: [example.ISSUE, example.ISSUE_OTHER_PROJECT],
};
sinon.assert.calledWith(dispatch, action);
});
it('failure', async () => {
prpcClient.call.throws();
const dispatch = sinon.stub();
await issueV0.fetchIssues([example.ISSUE_REF])(dispatch);
const action = {
type: issueV0.FETCH_ISSUES_FAILURE,
error: sinon.match.any,
};
sinon.assert.calledWith(dispatch, action);
});
});
it('fetchIssueList calls ListIssues', async () => {
prpcCall.callsFake(() => {
return {
issues: [{localId: 1}, {localId: 2}, {localId: 3}],
totalResults: 6,
};
});
store.dispatch(issueV0.fetchIssueList('chromium',
{q: 'owner:me', can: '4'}));
sinon.assert.calledWith(prpcCall, 'monorail.Issues', 'ListIssues', {
query: 'owner:me',
cannedQuery: 4,
projectNames: ['chromium'],
pagination: {},
groupBySpec: undefined,
sortSpec: undefined,
});
});
it('fetchIssueList does not set can when can is NaN', async () => {
prpcCall.callsFake(() => ({}));
store.dispatch(issueV0.fetchIssueList('chromium', {q: 'owner:me',
can: 'four-leaf-clover'}));
sinon.assert.calledWith(prpcCall, 'monorail.Issues', 'ListIssues', {
query: 'owner:me',
cannedQuery: undefined,
projectNames: ['chromium'],
pagination: {},
groupBySpec: undefined,
sortSpec: undefined,
});
});
it('fetchIssueList makes several calls to ListIssues', async () => {
prpcCall.callsFake(() => {
return {
issues: [{localId: 1}, {localId: 2}, {localId: 3}],
totalResults: 6,
};
});
const dispatch = sinon.stub();
const action = issueV0.fetchIssueList('chromium',
{maxItems: 3, maxCalls: 2});
await action(dispatch);
sinon.assert.calledTwice(prpcCall);
sinon.assert.calledWith(dispatch, {
type: 'FETCH_ISSUE_LIST_UPDATE',
issues:
[{localId: 1}, {localId: 2}, {localId: 3},
{localId: 1}, {localId: 2}, {localId: 3}],
progress: 1,
totalResults: 6,
});
sinon.assert.calledWith(dispatch, {type: 'FETCH_ISSUE_LIST_SUCCESS'});
});
it('fetchIssueList orders issues correctly', async () => {
prpcCall.onFirstCall().returns({issues: [{localId: 1}], totalResults: 6});
prpcCall.onSecondCall().returns({
issues: [{localId: 2}],
totalResults: 6});
prpcCall.onThirdCall().returns({issues: [{localId: 3}], totalResults: 6});
const dispatch = sinon.stub();
const action = issueV0.fetchIssueList('chromium',
{maxItems: 1, maxCalls: 3});
await action(dispatch);
sinon.assert.calledWith(dispatch, {
type: 'FETCH_ISSUE_LIST_UPDATE',
issues: [{localId: 1}, {localId: 2}, {localId: 3}],
progress: 1,
totalResults: 6,
});
sinon.assert.calledWith(dispatch, {type: 'FETCH_ISSUE_LIST_SUCCESS'});
});
it('returns progress of 1 when no totalIssues', async () => {
prpcCall.onFirstCall().returns({issues: [], totalResults: 0});
const dispatch = sinon.stub();
const action = issueV0.fetchIssueList('chromium',
{maxItems: 1, maxCalls: 1});
await action(dispatch);
sinon.assert.calledWith(dispatch, {
type: 'FETCH_ISSUE_LIST_UPDATE',
issues: [],
progress: 1,
totalResults: 0,
});
sinon.assert.calledWith(dispatch, {type: 'FETCH_ISSUE_LIST_SUCCESS'});
});
it('returns progress of 1 when totalIssues undefined', async () => {
prpcCall.onFirstCall().returns({issues: []});
const dispatch = sinon.stub();
const action = issueV0.fetchIssueList('chromium',
{maxItems: 1, maxCalls: 1});
await action(dispatch);
sinon.assert.calledWith(dispatch, {
type: 'FETCH_ISSUE_LIST_UPDATE',
issues: [],
progress: 1,
});
sinon.assert.calledWith(dispatch, {type: 'FETCH_ISSUE_LIST_SUCCESS'});
});
// TODO(kweng@) remove once crbug.com/monorail/6641 is fixed
it('has expected default for empty response', async () => {
prpcCall.onFirstCall().returns({});
const dispatch = sinon.stub();
const action = issueV0.fetchIssueList('chromium',
{maxItems: 1, maxCalls: 1});
await action(dispatch);
sinon.assert.calledWith(dispatch, {
type: 'FETCH_ISSUE_LIST_UPDATE',
issues: [],
progress: 1,
totalResults: 0,
});
sinon.assert.calledWith(dispatch, {type: 'FETCH_ISSUE_LIST_SUCCESS'});
});
describe('federated references', () => {
beforeEach(() => {
// Preload signinImpl with a fake for testing.
getSigninInstance({
init: sinon.stub(),
getUserProfileAsync: () => (
Promise.resolve({
getEmail: sinon.stub().returns('rutabaga@google.com'),
})
),
});
window.CS_env = {gapi_client_id: 'rutabaga'};
const getStub = sinon.stub().returns({
execute: (cb) => cb(response),
});
const response = {
result: {
resolvedTime: 12345,
issueState: {
title: 'Rutabaga title',
},
},
};
window.gapi = {
client: {
load: (_url, _version, cb) => cb(),
corp_issuetracker: {issues: {get: getStub}},
},
};
});
afterEach(() => {
delete window.CS_env;
delete window.gapi;
});
describe('fetchFederatedReferences', () => {
it('returns an empty map if no fedrefs found', async () => {
const dispatch = sinon.stub();
const testIssue = {};
const action = issueV0.fetchFederatedReferences(testIssue);
const result = await action(dispatch);
assert.equal(dispatch.getCalls().length, 1);
sinon.assert.calledWith(dispatch, {
type: 'FETCH_FEDERATED_REFERENCES_START',
});
assert.isUndefined(result);
});
it('fetches from Buganizer API', async () => {
const dispatch = sinon.stub();
const testIssue = {
danglingBlockingRefs: [
{extIdentifier: 'b/123456'},
],
danglingBlockedOnRefs: [
{extIdentifier: 'b/654321'},
],
mergedIntoIssueRef: {
extIdentifier: 'b/987654',
},
};
const action = issueV0.fetchFederatedReferences(testIssue);
await action(dispatch);
sinon.assert.calledWith(dispatch, {
type: 'FETCH_FEDERATED_REFERENCES_START',
});
sinon.assert.calledWith(dispatch, {
type: 'GAPI_LOGIN_SUCCESS',
email: 'rutabaga@google.com',
});
sinon.assert.calledWith(dispatch, {
type: 'FETCH_FEDERATED_REFERENCES_SUCCESS',
fedRefIssueRefs: [
{
extIdentifier: 'b/123456',
statusRef: {meansOpen: false},
summary: 'Rutabaga title',
},
{
extIdentifier: 'b/654321',
statusRef: {meansOpen: false},
summary: 'Rutabaga title',
},
{
extIdentifier: 'b/987654',
statusRef: {meansOpen: false},
summary: 'Rutabaga title',
},
],
});
});
});
describe('fetchRelatedIssues', () => {
it('calls fetchFederatedReferences for mergedinto', async () => {
const dispatch = sinon.stub();
prpcCall.returns(Promise.resolve({openRefs: [], closedRefs: []}));
const testIssue = {
mergedIntoIssueRef: {
extIdentifier: 'b/987654',
},
};
const action = issueV0.fetchRelatedIssues(testIssue);
await action(dispatch);
// Important: mergedinto fedref is not passed to ListReferencedIssues.
const expectedMessage = {issueRefs: []};
sinon.assert.calledWith(prpcClient.call, 'monorail.Issues',
'ListReferencedIssues', expectedMessage);
sinon.assert.calledWith(dispatch, {
type: 'FETCH_RELATED_ISSUES_START',
});
// No mergedInto refs returned, they're handled by
// fetchFederatedReferences.
sinon.assert.calledWith(dispatch, {
type: 'FETCH_RELATED_ISSUES_SUCCESS',
relatedIssues: {},
});
});
});
});
});
describe('starring issues', () => {
describe('reducers', () => {
it('FETCH_IS_STARRED_SUCCESS updates the starredIssues object', () => {
const state = {};
const newState = issueV0.starredIssuesReducer(state,
{
type: issueV0.FETCH_IS_STARRED_SUCCESS,
starred: false,
issueRef: {
projectName: 'proj',
localId: 1,
},
},
);
assert.deepEqual(newState, {'proj:1': false});
});
it('FETCH_ISSUES_STARRED_SUCCESS updates the starredIssues object',
() => {
const state = {};
const starredIssueRefs = [{projectName: 'proj', localId: 1},
{projectName: 'proj', localId: 2}];
const newState = issueV0.starredIssuesReducer(state,
{type: issueV0.FETCH_ISSUES_STARRED_SUCCESS, starredIssueRefs},
);
assert.deepEqual(newState, {'proj:1': true, 'proj:2': true});
});
it('FETCH_ISSUES_STARRED_SUCCESS does not time out with 10,000 stars',
() => {
const state = {};
const starredIssueRefs = [];
const expected = {};
for (let i = 1; i <= 10000; i++) {
starredIssueRefs.push({projectName: 'proj', localId: i});
expected[`proj:${i}`] = true;
}
const newState = issueV0.starredIssuesReducer(state,
{type: issueV0.FETCH_ISSUES_STARRED_SUCCESS, starredIssueRefs},
);
assert.deepEqual(newState, expected);
});
it('STAR_SUCCESS updates the starredIssues object', () => {
const state = {'proj:1': true, 'proj:2': false};
const newState = issueV0.starredIssuesReducer(state,
{
type: issueV0.STAR_SUCCESS,
starred: true,
issueRef: {projectName: 'proj', localId: 2},
});
assert.deepEqual(newState, {'proj:1': true, 'proj:2': true});
});
});
describe('selectors', () => {
describe('issue', () => {
const selector = issueV0.issue(wrapIssue(example.ISSUE));
assert.deepEqual(selector(example.NAME), example.ISSUE);
});
describe('issueForRefString', () => {
const noIssues = issueV0.issueForRefString(wrapIssue({}));
const withIssue = issueV0.issueForRefString(wrapIssue({
projectName: 'test',
localId: 1,
summary: 'hello world',
}));
it('returns issue ref when no issue data', () => {
assert.deepEqual(noIssues('1', 'chromium'), {
localId: 1,
projectName: 'chromium',
});
assert.deepEqual(noIssues('chromium:2', 'ignore'), {
localId: 2,
projectName: 'chromium',
});
assert.deepEqual(noIssues('other:3'), {
localId: 3,
projectName: 'other',
});
assert.deepEqual(withIssue('other:3'), {
localId: 3,
projectName: 'other',
});
});
it('returns full issue data when available', () => {
assert.deepEqual(withIssue('1', 'test'), {
projectName: 'test',
localId: 1,
summary: 'hello world',
});
assert.deepEqual(withIssue('test:1', 'other'), {
projectName: 'test',
localId: 1,
summary: 'hello world',
});
assert.deepEqual(withIssue('test:1'), {
projectName: 'test',
localId: 1,
summary: 'hello world',
});
});
});
it('starredIssues', () => {
const state = {issue:
{starredIssues: {'proj:1': true, 'proj:2': false}}};
assert.deepEqual(issueV0.starredIssues(state), new Set(['proj:1']));
});
it('starringIssues', () => {
const state = {issue: {
requests: {
starringIssues: {
'proj:1': {requesting: true},
'proj:2': {requestin: false, error: 'unknown error'},
},
},
}};
assert.deepEqual(issueV0.starringIssues(state), new Map([
['proj:1', {requesting: true}],
['proj:2', {requestin: false, error: 'unknown error'}],
]));
});
});
describe('action creators', () => {
beforeEach(() => {
prpcCall = sinon.stub(prpcClient, 'call');
dispatch = sinon.stub();
});
afterEach(() => {
prpcCall.restore();
});
it('fetching if an issue is starred', async () => {
const issueRef = {projectName: 'proj', localId: 1};
const action = issueV0.fetchIsStarred(issueRef);
prpcCall.returns(Promise.resolve({isStarred: true}));
await action(dispatch);
sinon.assert.calledWith(dispatch,
{type: issueV0.FETCH_IS_STARRED_START});
sinon.assert.calledWith(
prpcClient.call, 'monorail.Issues',
'IsIssueStarred', {issueRef},
);
sinon.assert.calledWith(dispatch, {
type: issueV0.FETCH_IS_STARRED_SUCCESS,
starred: true,
issueRef,
});
});
it('fetching starred issues', async () => {
const returnedIssueRef = {projectName: 'proj', localId: 1};
const starredIssueRefs = [returnedIssueRef];
const action = issueV0.fetchStarredIssues();
prpcCall.returns(Promise.resolve({starredIssueRefs}));
await action(dispatch);
sinon.assert.calledWith(dispatch, {type: 'FETCH_ISSUES_STARRED_START'});
sinon.assert.calledWith(
prpcClient.call, 'monorail.Issues',
'ListStarredIssues', {},
);
sinon.assert.calledWith(dispatch, {
type: issueV0.FETCH_ISSUES_STARRED_SUCCESS,
starredIssueRefs,
});
});
it('star', async () => {
const testIssue = {projectName: 'proj', localId: 1, starCount: 1};
const issueRef = issueToIssueRef(testIssue);
const action = issueV0.star(issueRef, false);
prpcCall.returns(Promise.resolve(testIssue));
await action(dispatch);
sinon.assert.calledWith(dispatch, {
type: issueV0.STAR_START,
requestKey: 'proj:1',
});
sinon.assert.calledWith(
prpcClient.call,
'monorail.Issues', 'StarIssue',
{issueRef, starred: false},
);
sinon.assert.calledWith(dispatch, {
type: issueV0.STAR_SUCCESS,
starCount: 1,
issueRef,
starred: false,
requestKey: 'proj:1',
});
});
});
});
});
/**
* Return an initial Redux state with a given viewed
* @param {Issue=} viewedIssue The viewed issue.
* @param {Object=} otherValues Any other state values that need
* to be initialized.
* @return {Object}
*/
function wrapIssue(viewedIssue, otherValues = {}) {
if (!viewedIssue) {
return {
issue: {
issuesByRefString: {},
...otherValues,
},
};
}
const ref = issueRefToString(viewedIssue);
return {
issue: {
viewedIssueRef: ref,
issuesByRefString: {
[ref]: {...viewedIssue},
},
...otherValues,
},
};
}