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/**
* @license
* Copyright (C) 2018 The Android Open Source Project
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
import '../../../test/common-test-setup-karma.js';
import './gr-diff-host.js';
import {GrDiffBuilderImage} from '../gr-diff-builder/gr-diff-builder-image.js';
import {GerritNav} from '../../core/gr-navigation/gr-navigation.js';
import {dom} from '@polymer/polymer/lib/legacy/polymer.dom.js';
import {createCommentThreads} from '../../../utils/comment-util.js';
import {Side, createDefaultDiffPrefs} from '../../../constants/constants.js';
import {createChange} from '../../../test/test-data-generators.js';
import {CoverageType} from '../../../types/types.js';
import {addListenerForTest, stubRestApi} from '../../../test/test-utils.js';
import {EditPatchSetNum, ParentPatchSetNum} from '../../../types/common.js';
const basicFixture = fixtureFromElement('gr-diff-host');
suite('gr-diff-host tests', () => {
let element;
let loggedIn;
setup(async () => {
loggedIn = false;
stubRestApi('getLoggedIn').callsFake(() => Promise.resolve(loggedIn));
element = basicFixture.instantiate();
element.changeNum = 123;
element.path = 'some/path';
sinon.stub(element.reporting, 'time');
sinon.stub(element.reporting, 'timeEnd');
await flush();
});
suite('plugin layers', () => {
const pluginLayers = [{annotate: () => {}}, {annotate: () => {}}];
setup(() => {
element = basicFixture.instantiate();
sinon.stub(element.jsAPI, 'getDiffLayers').returns(pluginLayers);
element.changeNum = 123;
element.path = 'some/path';
});
test('plugin layers requested', async () => {
element.patchRange = {};
element.change = createChange();
stubRestApi('getDiff').returns(Promise.resolve({content: []}));
await element.reload();
assert(element.jsAPI.getDiffLayers.called);
});
});
test('thread-discard handling', () => {
const threads = createCommentThreads([
{
id: 4711,
diffSide: Side.LEFT,
updated: '2015-12-20 15:01:20.396000000',
patch_set: 1,
path: 'some/path',
},
{
id: 42,
diffSide: Side.LEFT,
updated: '2017-12-20 15:01:20.396000000',
patch_set: 1,
path: 'some/path',
},
]);
element._parentIndex = 1;
element.changeNum = 2;
element.path = 'some/path';
element.projectName = 'Some project';
const threadEls = threads.map(
thread => {
const threadEl = element._createThreadElement(thread);
// Polymer 2 doesn't fire ready events and doesn't execute
// observers if element is not added to the Dom.
// See https://github.com/Polymer/old-docs-site/issues/2322
// and https://github.com/Polymer/polymer/issues/4526
element._attachThreadElement(threadEl);
return threadEl;
});
assert.equal(threadEls.length, 2);
assert.equal(threadEls[0].comments[0].id, 4711);
assert.equal(threadEls[1].comments[0].id, 42);
for (const threadEl of threadEls) {
element.appendChild(threadEl);
}
threadEls[0].dispatchEvent(
new CustomEvent('thread-discard', {detail: {rootId: 4711}}));
const attachedThreads = element.querySelectorAll('gr-comment-thread');
assert.equal(attachedThreads.length, 1);
assert.equal(attachedThreads[0].comments[0].id, 42);
});
suite('render reporting', () => {
test('starts total and content timer on render-start', done => {
element.dispatchEvent(
new CustomEvent('render-start', {bubbles: true, composed: true}));
assert.isTrue(element.reporting.time.calledWithExactly(
'Diff Total Render'));
assert.isTrue(element.reporting.time.calledWithExactly(
'Diff Content Render'));
done();
});
test('ends content timer on render-content', () => {
element.dispatchEvent(
new CustomEvent('render-content', {bubbles: true, composed: true}));
assert.isTrue(element.reporting.timeEnd.calledWithExactly(
'Diff Content Render'));
});
test('ends total and syntax timer after syntax layer', async () => {
sinon.stub(element.reporting, 'diffViewContentDisplayed');
let notifySyntaxProcessed;
sinon.stub(element.syntaxLayer, 'process').returns(
new Promise(resolve => {
notifySyntaxProcessed = resolve;
})
);
stubRestApi('getDiff').returns(Promise.resolve({content: []}));
element.patchRange = {};
element.change = createChange();
element.prefs = createDefaultDiffPrefs();
element.reload(true);
// Multiple cascading microtasks are scheduled.
await flush();
notifySyntaxProcessed();
// Multiple cascading microtasks are scheduled.
await flush();
assert.isTrue(element.reporting.timeEnd.calledWithExactly(
'Diff Total Render'));
assert.isTrue(element.reporting.timeEnd.calledWithExactly(
'Diff Syntax Render'));
assert.isTrue(element.reporting.diffViewContentDisplayed.called);
});
test('ends total timer w/ no syntax layer processing', async () => {
stubRestApi('getDiff').returns(Promise.resolve({content: []}));
element.patchRange = {};
element.change = createChange();
element.reload();
// Multiple cascading microtasks are scheduled.
await flush();
await flush();
// Reporting can be called with other parameters (ex. PluginsLoaded),
// but only 'Diff Total Render' is important in this test.
assert.equal(
element.reporting.timeEnd.getCalls()
.filter(call => call.calledWithExactly('Diff Total Render'))
.length,
1);
});
test('completes reload promise after syntax layer processing', async () => {
let notifySyntaxProcessed;
sinon.stub(element.syntaxLayer, 'process').returns(new Promise(
resolve => {
notifySyntaxProcessed = resolve;
}));
stubRestApi('getDiff').returns(
Promise.resolve({content: []}));
element.patchRange = {};
element.change = createChange();
let reloadComplete = false;
element.prefs = createDefaultDiffPrefs();
element.reload().then(() => {
reloadComplete = true;
});
// Multiple cascading microtasks are scheduled.
await flush();
assert.isFalse(reloadComplete);
notifySyntaxProcessed();
// Assert after the notification task is processed.
await flush();
assert.isTrue(reloadComplete);
});
});
test('reload() cancels before network resolves', () => {
const cancelStub = sinon.stub(element.$.diff, 'cancel');
// Stub the network calls into requests that never resolve.
sinon.stub(element, '_getDiff').callsFake(() => new Promise(() => {}));
element.patchRange = {};
element.change = createChange();
// Needs to be set to something first for it to cancel.
element.diff = {
content: [{
a: ['foo'],
}],
};
element.reload();
assert.isTrue(cancelStub.called);
});
test('reload() loads files weblinks', async () => {
element.change = createChange();
const weblinksStub = sinon.stub(GerritNav, '_generateWeblinks')
.returns({name: 'stubb', url: '#s'});
stubRestApi('getDiff').returns(Promise.resolve({
content: [],
}));
element.projectName = 'test-project';
element.path = 'test-path';
element.commitRange = {baseCommit: 'test-base', commit: 'test-commit'};
element.patchRange = {};
await element.reload();
assert.equal(weblinksStub.callCount, 3);
assert.deepEqual(weblinksStub.firstCall.args[0], {
commit: 'test-base',
file: 'test-path',
options: {
weblinks: undefined,
},
repo: 'test-project',
type: GerritNav.WeblinkType.EDIT});
assert.deepEqual(element.editWeblinks, [{
name: 'stubb', url: '#s',
}]);
assert.deepEqual(weblinksStub.secondCall.args[0], {
commit: 'test-base',
file: 'test-path',
options: {
weblinks: undefined,
},
repo: 'test-project',
type: GerritNav.WeblinkType.FILE});
assert.deepEqual(weblinksStub.thirdCall.args[0], {
commit: 'test-commit',
file: 'test-path',
options: {
weblinks: undefined,
},
repo: 'test-project',
type: GerritNav.WeblinkType.FILE});
assert.deepEqual(element.filesWeblinks, {
meta_a: [{name: 'stubb', url: '#s'}],
meta_b: [{name: 'stubb', url: '#s'}],
});
});
test('prefetch getDiff', done => {
const diffRestApiStub = stubRestApi('getDiff')
.returns(Promise.resolve({content: []}));
element.changeNum = 123;
element.patchRange = {basePatchNum: 1, patchNum: 2};
element.path = 'file.txt';
element.prefetchDiff();
element._getDiff().then(() =>{
assert.isTrue(diffRestApiStub.calledOnce);
done();
});
});
test('_getDiff handles null diff responses', done => {
stubRestApi('getDiff').returns(Promise.resolve(null));
element.changeNum = 123;
element.patchRange = {basePatchNum: 1, patchNum: 2};
element.path = 'file.txt';
element._getDiff().then(done);
});
test('reload resolves on error', () => {
const onErrStub = sinon.stub(element, '_handleGetDiffError');
const error = new Response(null, {ok: false, status: 500});
stubRestApi('getDiff').callsFake(
(changeNum, basePatchNum, patchNum, path, whitespace, onErr) => {
onErr(error);
});
element.patchRange = {};
return element.reload().then(() => {
assert.isTrue(onErrStub.calledOnce);
});
});
suite('_handleGetDiffError', () => {
let serverErrorStub;
let pageErrorStub;
setup(() => {
serverErrorStub = sinon.stub();
addListenerForTest(document, 'server-error', serverErrorStub);
pageErrorStub = sinon.stub();
addListenerForTest(document, 'page-error', pageErrorStub);
});
test('page error on HTTP-409', () => {
element._handleGetDiffError({status: 409});
assert.isTrue(serverErrorStub.calledOnce);
assert.isFalse(pageErrorStub.called);
assert.isNotOk(element._errorMessage);
});
test('server error on non-HTTP-409', () => {
element._handleGetDiffError({
status: 500,
text: () => Promise.resolve(''),
});
assert.isFalse(serverErrorStub.called);
assert.isTrue(pageErrorStub.calledOnce);
assert.isNotOk(element._errorMessage);
});
test('error message if showLoadFailure', () => {
element.showLoadFailure = true;
element._handleGetDiffError({status: 500, statusText: 'Failure!'});
assert.isFalse(serverErrorStub.called);
assert.isFalse(pageErrorStub.called);
assert.equal(element._errorMessage,
'Encountered error when loading the diff: 500 Failure!');
});
});
suite('image diffs', () => {
let mockFile1;
let mockFile2;
setup(() => {
mockFile1 = {
body: 'Qk06AAAAAAAAADYAAAAoAAAAAQAAAP////8BACAAAAAAAAAAAAATCwAAE' +
'wsAAAAAAAAAAAAAAAAA/w==',
type: 'image/bmp',
};
mockFile2 = {
body: 'Qk06AAAAAAAAADYAAAAoAAAAAQAAAP////8BACAAAAAAAAAAAAATCwAAE' +
'wsAAAAAAAAAAAAA/////w==',
type: 'image/bmp',
};
element.patchRange = {basePatchNum: 'PARENT', patchNum: 1};
element.change = createChange();
element.comments = {
left: [],
right: [],
meta: {patchRange: element.patchRange},
};
});
test('renders image diffs with same file name', done => {
const mockDiff = {
meta_a: {name: 'carrot.jpg', content_type: 'image/jpeg', lines: 66},
meta_b: {name: 'carrot.jpg', content_type: 'image/jpeg',
lines: 560},
intraline_status: 'OK',
change_type: 'MODIFIED',
diff_header: [
'diff --git a/carrot.jpg b/carrot.jpg',
'index 2adc47d..f9c2f2c 100644',
'--- a/carrot.jpg',
'+++ b/carrot.jpg',
'Binary files differ',
],
content: [{skip: 66}],
binary: true,
};
stubRestApi('getDiff').returns(Promise.resolve(mockDiff));
stubRestApi('getImagesForDiff').returns(Promise.resolve({
baseImage: {
...mockFile1,
_expectedType: 'image/jpeg',
_name: 'carrot.jpg',
},
revisionImage: {
...mockFile2,
_expectedType: 'image/jpeg',
_name: 'carrot.jpg',
},
}));
const rendered = () => {
// Recognizes that it should be an image diff.
assert.isTrue(element.isImageDiff);
assert.instanceOf(
element.$.diff.$.diffBuilder._builder, GrDiffBuilderImage);
// Left image rendered with the parent commit's version of the file.
const leftImage =
element.$.diff.$.diffTable.querySelector('td.left img');
const leftLabel =
element.$.diff.$.diffTable.querySelector('td.left label');
const leftLabelContent = leftLabel.querySelector('.label');
const leftLabelName = leftLabel.querySelector('.name');
const rightImage =
element.$.diff.$.diffTable.querySelector('td.right img');
const rightLabel = element.$.diff.$.diffTable.querySelector(
'td.right label');
const rightLabelContent = rightLabel.querySelector('.label');
const rightLabelName = rightLabel.querySelector('.name');
assert.isNotOk(rightLabelName);
assert.isNotOk(leftLabelName);
let leftLoaded = false;
let rightLoaded = false;
leftImage.addEventListener('load', () => {
assert.isOk(leftImage);
assert.equal(leftImage.getAttribute('src'),
'data:image/bmp;base64,' + mockFile1.body);
assert.equal(leftLabelContent.textContent, '1×1 image/bmp');
leftLoaded = true;
if (rightLoaded) {
element.removeEventListener('render', rendered);
done();
}
});
rightImage.addEventListener('load', () => {
assert.isOk(rightImage);
assert.equal(rightImage.getAttribute('src'),
'data:image/bmp;base64,' + mockFile2.body);
assert.equal(rightLabelContent.textContent, '1×1 image/bmp');
rightLoaded = true;
if (leftLoaded) {
element.removeEventListener('render', rendered);
done();
}
});
};
element.addEventListener('render', rendered);
element.prefs = createDefaultDiffPrefs();
element.reload();
});
test('renders image diffs with a different file name', done => {
const mockDiff = {
meta_a: {name: 'carrot.jpg', content_type: 'image/jpeg', lines: 66},
meta_b: {name: 'carrot2.jpg', content_type: 'image/jpeg',
lines: 560},
intraline_status: 'OK',
change_type: 'MODIFIED',
diff_header: [
'diff --git a/carrot.jpg b/carrot2.jpg',
'index 2adc47d..f9c2f2c 100644',
'--- a/carrot.jpg',
'+++ b/carrot2.jpg',
'Binary files differ',
],
content: [{skip: 66}],
binary: true,
};
stubRestApi('getDiff').returns(Promise.resolve(mockDiff));
stubRestApi('getImagesForDiff').returns(Promise.resolve({
baseImage: {
...mockFile1,
_expectedType: 'image/jpeg',
_name: 'carrot.jpg',
},
revisionImage: {
...mockFile2,
_expectedType: 'image/jpeg',
_name: 'carrot2.jpg',
},
}));
const rendered = () => {
// Recognizes that it should be an image diff.
assert.isTrue(element.isImageDiff);
assert.instanceOf(
element.$.diff.$.diffBuilder._builder, GrDiffBuilderImage);
// Left image rendered with the parent commit's version of the file.
const leftImage =
element.$.diff.$.diffTable.querySelector('td.left img');
const leftLabel =
element.$.diff.$.diffTable.querySelector('td.left label');
const leftLabelContent = leftLabel.querySelector('.label');
const leftLabelName = leftLabel.querySelector('.name');
const rightImage =
element.$.diff.$.diffTable.querySelector('td.right img');
const rightLabel = element.$.diff.$.diffTable.querySelector(
'td.right label');
const rightLabelContent = rightLabel.querySelector('.label');
const rightLabelName = rightLabel.querySelector('.name');
assert.isOk(rightLabelName);
assert.isOk(leftLabelName);
assert.equal(leftLabelName.textContent, mockDiff.meta_a.name);
assert.equal(rightLabelName.textContent, mockDiff.meta_b.name);
let leftLoaded = false;
let rightLoaded = false;
leftImage.addEventListener('load', () => {
assert.isOk(leftImage);
assert.equal(leftImage.getAttribute('src'),
'data:image/bmp;base64,' + mockFile1.body);
assert.equal(leftLabelContent.textContent, '1×1 image/bmp');
leftLoaded = true;
if (rightLoaded) {
element.removeEventListener('render', rendered);
done();
}
});
rightImage.addEventListener('load', () => {
assert.isOk(rightImage);
assert.equal(rightImage.getAttribute('src'),
'data:image/bmp;base64,' + mockFile2.body);
assert.equal(rightLabelContent.textContent, '1×1 image/bmp');
rightLoaded = true;
if (leftLoaded) {
element.removeEventListener('render', rendered);
done();
}
});
};
element.addEventListener('render', rendered);
element.prefs = createDefaultDiffPrefs();
element.reload();
});
test('renders added image', done => {
const mockDiff = {
meta_b: {name: 'carrot.jpg', content_type: 'image/jpeg',
lines: 560},
intraline_status: 'OK',
change_type: 'ADDED',
diff_header: [
'diff --git a/carrot.jpg b/carrot.jpg',
'index 0000000..f9c2f2c 100644',
'--- /dev/null',
'+++ b/carrot.jpg',
'Binary files differ',
],
content: [{skip: 66}],
binary: true,
};
stubRestApi('getDiff').returns(Promise.resolve(mockDiff));
stubRestApi('getImagesForDiff').returns(Promise.resolve({
baseImage: null,
revisionImage: {
...mockFile2,
_expectedType: 'image/jpeg',
_name: 'carrot2.jpg',
},
}));
element.addEventListener('render', () => {
// Recognizes that it should be an image diff.
assert.isTrue(element.isImageDiff);
assert.instanceOf(
element.$.diff.$.diffBuilder._builder, GrDiffBuilderImage);
const leftImage =
element.$.diff.$.diffTable.querySelector('td.left img');
const rightImage =
element.$.diff.$.diffTable.querySelector('td.right img');
assert.isNotOk(leftImage);
assert.isOk(rightImage);
done();
});
element.prefs = createDefaultDiffPrefs();
element.reload();
});
test('renders removed image', done => {
const mockDiff = {
meta_a: {name: 'carrot.jpg', content_type: 'image/jpeg',
lines: 560},
intraline_status: 'OK',
change_type: 'DELETED',
diff_header: [
'diff --git a/carrot.jpg b/carrot.jpg',
'index f9c2f2c..0000000 100644',
'--- a/carrot.jpg',
'+++ /dev/null',
'Binary files differ',
],
content: [{skip: 66}],
binary: true,
};
stubRestApi('getDiff').returns(Promise.resolve(mockDiff));
stubRestApi('getImagesForDiff').returns(Promise.resolve({
baseImage: {
...mockFile1,
_expectedType: 'image/jpeg',
_name: 'carrot.jpg',
},
revisionImage: null,
}));
element.addEventListener('render', () => {
// Recognizes that it should be an image diff.
assert.isTrue(element.isImageDiff);
assert.instanceOf(
element.$.diff.$.diffBuilder._builder, GrDiffBuilderImage);
const leftImage =
element.$.diff.$.diffTable.querySelector('td.left img');
const rightImage =
element.$.diff.$.diffTable.querySelector('td.right img');
assert.isOk(leftImage);
assert.isNotOk(rightImage);
done();
});
element.prefs = createDefaultDiffPrefs();
element.reload();
});
test('does not render disallowed image type', done => {
const mockDiff = {
meta_a: {name: 'carrot.jpg', content_type: 'image/jpeg-evil',
lines: 560},
intraline_status: 'OK',
change_type: 'DELETED',
diff_header: [
'diff --git a/carrot.jpg b/carrot.jpg',
'index f9c2f2c..0000000 100644',
'--- a/carrot.jpg',
'+++ /dev/null',
'Binary files differ',
],
content: [{skip: 66}],
binary: true,
};
mockFile1.type = 'image/jpeg-evil';
stubRestApi('getDiff').returns(Promise.resolve(mockDiff));
stubRestApi('getImagesForDiff').returns(Promise.resolve({
baseImage: {
...mockFile1,
_expectedType: 'image/jpeg',
_name: 'carrot.jpg',
},
revisionImage: null,
}));
element.addEventListener('render', () => {
// Recognizes that it should be an image diff.
assert.isTrue(element.isImageDiff);
assert.instanceOf(
element.$.diff.$.diffBuilder._builder, GrDiffBuilderImage);
const leftImage =
element.$.diff.$.diffTable.querySelector('td.left img');
assert.isNotOk(leftImage);
done();
});
element.prefs = createDefaultDiffPrefs();
element.reload();
});
});
test('cannot create comments when not logged in', () => {
element.patchRange = {
basePatchNum: 'PARENT',
patchNum: 2,
};
const showAuthRequireSpy = sinon.spy();
element.addEventListener('show-auth-required', showAuthRequireSpy);
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
lineNum: 3,
side: Side.LEFT,
path: '/p',
},
}));
const threads = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread');
assert.equal(threads.length, 0);
assert.isTrue(showAuthRequireSpy.called);
});
test('delegates cancel()', () => {
const stub = sinon.stub(element.$.diff, 'cancel');
element.patchRange = {};
element.cancel();
assert.isTrue(stub.calledOnce);
assert.equal(stub.lastCall.args.length, 0);
});
test('delegates getCursorStops()', () => {
const returnValue = [document.createElement('b')];
const stub = sinon.stub(element.$.diff, 'getCursorStops')
.returns(returnValue);
assert.equal(element.getCursorStops(), returnValue);
assert.isTrue(stub.calledOnce);
assert.equal(stub.lastCall.args.length, 0);
});
test('delegates isRangeSelected()', () => {
const returnValue = true;
const stub = sinon.stub(element.$.diff, 'isRangeSelected')
.returns(returnValue);
assert.equal(element.isRangeSelected(), returnValue);
assert.isTrue(stub.calledOnce);
assert.equal(stub.lastCall.args.length, 0);
});
test('delegates toggleLeftDiff()', () => {
const stub = sinon.stub(element.$.diff, 'toggleLeftDiff');
element.toggleLeftDiff();
assert.isTrue(stub.calledOnce);
assert.equal(stub.lastCall.args.length, 0);
});
suite('blame', () => {
setup(async () => {
element = basicFixture.instantiate();
element.changeNum = 123;
element.path = 'some/path';
await flush();
});
test('clearBlame', () => {
element._blame = [];
const setBlameSpy = sinon.spy(element.$.diff.$.diffBuilder, 'setBlame');
element.clearBlame();
assert.isNull(element._blame);
assert.isTrue(setBlameSpy.calledWithExactly(null));
assert.equal(element.isBlameLoaded, false);
});
test('loadBlame', () => {
const mockBlame = [{id: 'commit id', ranges: [{start: 1, end: 2}]}];
const showAlertStub = sinon.stub();
element.addEventListener('show-alert', showAlertStub);
const getBlameStub = stubRestApi('getBlame')
.returns(Promise.resolve(mockBlame));
element.changeNum = 42;
element.patchRange = {patchNum: 5, basePatchNum: 4};
element.path = 'foo/bar.baz';
return element.loadBlame().then(() => {
assert.isTrue(getBlameStub.calledWithExactly(
42, 5, 'foo/bar.baz', true));
assert.isFalse(showAlertStub.called);
assert.equal(element._blame, mockBlame);
assert.equal(element.isBlameLoaded, true);
});
});
test('loadBlame empty', () => {
const mockBlame = [];
const showAlertStub = sinon.stub();
element.addEventListener('show-alert', showAlertStub);
stubRestApi('getBlame')
.returns(Promise.resolve(mockBlame));
element.changeNum = 42;
element.patchRange = {patchNum: 5, basePatchNum: 4};
element.path = 'foo/bar.baz';
return element.loadBlame()
.then(() => {
assert.isTrue(false, 'Promise should not resolve');
})
.catch(() => {
assert.isTrue(showAlertStub.calledOnce);
assert.isNull(element._blame);
assert.equal(element.isBlameLoaded, false);
});
});
});
test('getThreadEls() returns .comment-threads', () => {
const threadEl = document.createElement('div');
threadEl.className = 'comment-thread';
element.$.diff.appendChild(threadEl);
assert.deepEqual(element.getThreadEls(), [threadEl]);
});
test('delegates addDraftAtLine(el)', () => {
const param0 = document.createElement('b');
const stub = sinon.stub(element.$.diff, 'addDraftAtLine');
element.addDraftAtLine(param0);
assert.isTrue(stub.calledOnce);
assert.equal(stub.lastCall.args.length, 1);
assert.equal(stub.lastCall.args[0], param0);
});
test('delegates clearDiffContent()', () => {
const stub = sinon.stub(element.$.diff, 'clearDiffContent');
element.clearDiffContent();
assert.isTrue(stub.calledOnce);
assert.equal(stub.lastCall.args.length, 0);
});
test('delegates toggleAllContext()', () => {
const stub = sinon.stub(element.$.diff, 'toggleAllContext');
element.toggleAllContext();
assert.isTrue(stub.calledOnce);
assert.equal(stub.lastCall.args.length, 0);
});
test('passes in changeNum', () => {
element.changeNum = 12345;
assert.equal(element.$.diff.changeNum, 12345);
});
test('passes in noAutoRender', () => {
const value = true;
element.noAutoRender = value;
assert.equal(element.$.diff.noAutoRender, value);
});
test('passes in path', () => {
const value = 'some/file/path';
element.path = value;
assert.equal(element.$.diff.path, value);
});
test('passes in prefs', () => {
const value = {};
element.prefs = value;
assert.equal(element.$.diff.prefs, value);
});
test('passes in changeNum', () => {
element.changeNum = 12345;
assert.equal(element.$.diff.changeNum, 12345);
});
test('passes in displayLine', () => {
const value = true;
element.displayLine = value;
assert.equal(element.$.diff.displayLine, value);
});
test('passes in hidden', () => {
const value = true;
element.hidden = value;
assert.equal(element.$.diff.hidden, value);
assert.isNotNull(element.getAttribute('hidden'));
});
test('passes in noRenderOnPrefsChange', () => {
const value = true;
element.noRenderOnPrefsChange = value;
assert.equal(element.$.diff.noRenderOnPrefsChange, value);
});
test('passes in lineWrapping', () => {
const value = true;
element.lineWrapping = value;
assert.equal(element.$.diff.lineWrapping, value);
});
test('passes in viewMode', () => {
const value = 'SIDE_BY_SIDE';
element.viewMode = value;
assert.equal(element.$.diff.viewMode, value);
});
test('passes in lineOfInterest', () => {
const value = {number: 123, leftSide: true};
element.lineOfInterest = value;
assert.equal(element.$.diff.lineOfInterest, value);
});
suite('_reportDiff', () => {
let reportStub;
setup(async () => {
element = basicFixture.instantiate();
element.changeNum = 123;
element.path = 'file.txt';
element.patchRange = {basePatchNum: 1};
reportStub = sinon.stub(element.reporting, 'reportInteraction');
await flush();
});
test('null and content-less', () => {
element._reportDiff(null);
assert.isFalse(reportStub.called);
element._reportDiff({});
assert.isFalse(reportStub.called);
});
test('diff w/ no delta', () => {
const diff = {
content: [
{ab: ['foo', 'bar']},
{ab: ['baz', 'foo']},
],
};
element._reportDiff(diff);
assert.isTrue(reportStub.calledOnce);
assert.equal(reportStub.lastCall.args[0], 'rebase-percent-zero');
assert.isUndefined(reportStub.lastCall.args[1]);
});
test('diff w/ no rebase delta', () => {
const diff = {
content: [
{ab: ['foo', 'bar']},
{a: ['baz', 'foo']},
{ab: ['foo', 'bar']},
{a: ['baz', 'foo'], b: ['bar', 'baz']},
{ab: ['foo', 'bar']},
{b: ['baz', 'foo']},
{ab: ['foo', 'bar']},
],
};
element._reportDiff(diff);
assert.isTrue(reportStub.calledOnce);
assert.equal(reportStub.lastCall.args[0], 'rebase-percent-zero');
assert.isUndefined(reportStub.lastCall.args[1]);
});
test('diff w/ some rebase delta', () => {
const diff = {
content: [
{ab: ['foo', 'bar']},
{a: ['baz', 'foo'], due_to_rebase: true},
{ab: ['foo', 'bar']},
{a: ['baz', 'foo'], b: ['bar', 'baz']},
{ab: ['foo', 'bar']},
{b: ['baz', 'foo'], due_to_rebase: true},
{ab: ['foo', 'bar']},
{a: ['baz', 'foo']},
],
};
element._reportDiff(diff);
assert.isTrue(reportStub.calledOnce);
assert.isTrue(reportStub.calledWith(
'rebase-percent-nonzero',
{percentRebaseDelta: 50}
));
});
test('diff w/ all rebase delta', () => {
const diff = {content: [{
a: ['foo', 'bar'],
b: ['baz', 'foo'],
due_to_rebase: true,
}]};
element._reportDiff(diff);
assert.isTrue(reportStub.calledOnce);
assert.isTrue(reportStub.calledWith(
'rebase-percent-nonzero',
{percentRebaseDelta: 100}
));
});
test('diff against parent event', () => {
element.patchRange.basePatchNum = 'PARENT';
const diff = {content: [{
a: ['foo', 'bar'],
b: ['baz', 'foo'],
}]};
element._reportDiff(diff);
assert.isTrue(reportStub.calledOnce);
assert.equal(reportStub.lastCall.args[0], 'diff-against-parent');
assert.isUndefined(reportStub.lastCall.args[1]);
});
});
suite('create-comment', () => {
setup(async () => {
loggedIn = true;
element.connectedCallback();
await flush();
});
test('creates comments if they do not exist yet', () => {
const diffSide = Side.LEFT;
element.patchRange = {
basePatchNum: 'PARENT',
patchNum: 2,
};
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
lineNum: 3,
side: diffSide,
path: '/p',
},
}));
let threads = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread');
assert.equal(threads.length, 1);
assert.equal(threads[0].diffSide, diffSide);
assert.isTrue(threads[0].isOnParent);
assert.equal(threads[0].range, undefined);
assert.equal(threads[0].patchNum, 2);
// Try to fetch a thread with a different range.
const range = {
start_line: 1,
start_character: 1,
end_line: 1,
end_character: 3,
};
element.patchRange = {
basePatchNum: 'PARENT',
patchNum: 3,
};
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
lineNum: 1,
side: diffSide,
path: '/p',
range,
},
}));
threads = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread');
assert.equal(threads.length, 2);
assert.equal(threads[1].diffSide, diffSide);
assert.isTrue(threads[0].isOnParent);
assert.equal(threads[1].range, range);
assert.equal(threads[1].patchNum, 3);
});
test('should not be on parent if on the right', () => {
element.patchRange = {
basePatchNum: 2,
patchNum: 3,
};
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
side: Side.RIGHT,
},
}));
const thread = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread')[0];
assert.isFalse(thread.isOnParent);
});
test('should be on parent if right and base is PARENT', () => {
element.patchRange = {
basePatchNum: 'PARENT',
patchNum: 3,
};
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
side: Side.LEFT,
},
}));
const thread = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread')[0];
assert.isTrue(thread.isOnParent);
});
test('should be on parent if right and base negative', () => {
element.patchRange = {
basePatchNum: -2, // merge parents have negative numbers
patchNum: 3,
};
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
side: Side.LEFT,
},
}));
const thread = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread')[0];
assert.isTrue(thread.isOnParent);
});
test('should not be on parent otherwise', () => {
element.patchRange = {
basePatchNum: 2, // merge parents have negative numbers
patchNum: 3,
};
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
side: Side.LEFT,
},
}));
const thread = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread')[0];
assert.isFalse(thread.isOnParent);
});
test('thread should use old file path if first created ' +
'on patch set (left) before renaming', () => {
const diffSide = Side.LEFT;
element.patchRange = {
basePatchNum: 2,
patchNum: 3,
};
element.file = {basePath: 'file_renamed.txt', path: element.path};
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
side: diffSide,
path: '/p',
},
}));
const threads = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread');
assert.equal(threads.length, 1);
assert.equal(threads[0].diffSide, diffSide);
assert.equal(threads[0].path, element.file.basePath);
});
test('thread should use new file path if first created' +
'on patch set (right) after renaming', () => {
const diffSide = Side.RIGHT;
element.patchRange = {
basePatchNum: 2,
patchNum: 3,
};
element.file = {basePath: 'file_renamed.txt', path: element.path};
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
side: diffSide,
path: '/p',
},
}));
const threads = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread');
assert.equal(threads.length, 1);
assert.equal(threads[0].diffSide, diffSide);
assert.equal(threads[0].path, element.file.path);
});
test('thread should use new file path if first created' +
'on patch set (left) but is base', () => {
const diffSide = Side.LEFT;
element.patchRange = {
basePatchNum: 'PARENT',
patchNum: 3,
};
element.file = {basePath: 'file_renamed.txt', path: element.path};
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
side: diffSide,
path: '/p',
},
}));
const threads = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread');
assert.equal(threads.length, 1);
assert.equal(threads[0].diffSide, diffSide);
assert.equal(threads[0].path, element.file.path);
});
test('cannot create thread on an edit', () => {
const alertSpy = sinon.spy();
element.addEventListener('show-alert', alertSpy);
const diffSide = Side.LEFT;
element.patchRange = {
basePatchNum: EditPatchSetNum,
patchNum: 3,
};
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
side: diffSide,
path: '/p',
},
}));
const threads = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread');
assert.equal(threads.length, 0);
assert.isTrue(alertSpy.called);
});
test('cannot create thread on an edit base', () => {
const alertSpy = sinon.spy();
element.addEventListener('show-alert', alertSpy);
const diffSide = Side.LEFT;
element.patchRange = {
basePatchNum: ParentPatchSetNum,
patchNum: EditPatchSetNum,
};
element.dispatchEvent(new CustomEvent('create-comment', {
detail: {
side: diffSide,
path: '/p',
},
}));
const threads = dom(element.$.diff)
.queryDistributedElements('gr-comment-thread');
assert.equal(threads.length, 0);
assert.isTrue(alertSpy.called);
});
});
test('_filterThreadElsForLocation with no threads', () => {
const line = {beforeNumber: 3, afterNumber: 5};
const threads = [];
assert.deepEqual(element._filterThreadElsForLocation(threads, line), []);
assert.deepEqual(element._filterThreadElsForLocation(threads, line,
Side.LEFT), []);
assert.deepEqual(element._filterThreadElsForLocation(threads, line,
Side.RIGHT), []);
});
test('_filterThreadElsForLocation for line comments', () => {
const line = {beforeNumber: 3, afterNumber: 5};
const l3 = document.createElement('div');
l3.setAttribute('line-num', 3);
l3.setAttribute('diff-side', Side.LEFT);
const l5 = document.createElement('div');
l5.setAttribute('line-num', 5);
l5.setAttribute('diff-side', Side.LEFT);
const r3 = document.createElement('div');
r3.setAttribute('line-num', 3);
r3.setAttribute('diff-side', Side.RIGHT);
const r5 = document.createElement('div');
r5.setAttribute('line-num', 5);
r5.setAttribute('diff-side', Side.RIGHT);
const threadEls = [l3, l5, r3, r5];
assert.deepEqual(element._filterThreadElsForLocation(threadEls, line,
Side.LEFT), [l3]);
assert.deepEqual(element._filterThreadElsForLocation(threadEls, line,
Side.RIGHT), [r5]);
});
test('_filterThreadElsForLocation for file comments', () => {
const line = {beforeNumber: 'FILE', afterNumber: 'FILE'};
const l = document.createElement('div');
l.setAttribute('diff-side', Side.LEFT);
l.setAttribute('line-num', 'FILE');
const r = document.createElement('div');
r.setAttribute('diff-side', Side.RIGHT);
r.setAttribute('line-num', 'FILE');
const threadEls = [l, r];
assert.deepEqual(element._filterThreadElsForLocation(threadEls, line,
Side.LEFT), [l]);
assert.deepEqual(element._filterThreadElsForLocation(threadEls, line,
Side.RIGHT), [r]);
});
suite('syntax layer with syntax_highlighting on', () => {
setup(() => {
const prefs = {
line_length: 10,
show_tabs: true,
tab_size: 4,
context: -1,
syntax_highlighting: true,
};
element.patchRange = {};
element.prefs = prefs;
element.changeNum = 123;
element.change = createChange();
element.path = 'some/path';
});
test('gr-diff-host provides syntax highlighting layer', async () => {
stubRestApi('getDiff').returns(Promise.resolve({content: []}));
await element.reload();
assert.equal(element.$.diff.layers[0], element.syntaxLayer);
});
test('rendering normal-sized diff does not disable syntax', () => {
element.diff = {
content: [{
a: ['foo'],
}],
};
assert.isTrue(element.syntaxLayer.enabled);
});
test('rendering large diff disables syntax', () => {
// Before it renders, set the first diff line to 500 '*' characters.
element.diff = {
content: [{
a: [new Array(501).join('*')],
}],
};
assert.isFalse(element.syntaxLayer.enabled);
});
test('starts syntax layer processing on render event', async () => {
sinon.stub(element.syntaxLayer, 'process')
.returns(Promise.resolve());
stubRestApi('getDiff').returns(Promise.resolve({content: []}));
await element.reload();
element.dispatchEvent(
new CustomEvent('render', {bubbles: true, composed: true}));
assert.isTrue(element.syntaxLayer.process.called);
});
});
suite('syntax layer with syntax_highlighting off', () => {
setup(() => {
const prefs = {
line_length: 10,
show_tabs: true,
tab_size: 4,
context: -1,
};
element.diff = {
content: [{
a: ['foo'],
}],
};
element.patchRange = {};
element.change = createChange();
element.prefs = prefs;
});
test('gr-diff-host provides syntax highlighting layer', async () => {
stubRestApi('getDiff').returns(Promise.resolve({content: []}));
await element.reload();
assert.equal(element.$.diff.layers[0], element.syntaxLayer);
});
test('syntax layer should be disabled', () => {
assert.isFalse(element.syntaxLayer.enabled);
});
test('still disabled for large diff', () => {
// Before it renders, set the first diff line to 500 '*' characters.
element.diff = {
content: [{
a: [new Array(501).join('*')],
}],
};
assert.isFalse(element.syntaxLayer.enabled);
});
});
suite('coverage layer', () => {
let notifyStub;
let coverageProviderStub;
const exampleRanges = [
{
type: CoverageType.COVERED,
side: Side.RIGHT,
code_range: {
start_line: 1,
end_line: 2,
},
},
{
type: CoverageType.NOT_COVERED,
side: Side.RIGHT,
code_range: {
start_line: 3,
end_line: 4,
},
},
];
setup(async () => {
notifyStub = sinon.stub();
coverageProviderStub = sinon.stub().returns(
Promise.resolve(exampleRanges));
element = basicFixture.instantiate();
sinon.stub(element.jsAPI, 'getCoverageAnnotationApis').returns(
Promise.resolve([{
notify: notifyStub,
getCoverageProvider() {
return coverageProviderStub;
},
}]));
element.changeNum = 123;
element.change = createChange();
element.path = 'some/path';
const prefs = {
line_length: 10,
show_tabs: true,
tab_size: 4,
context: -1,
};
element.diff = {
content: [{
a: ['foo'],
}],
};
element.patchRange = {};
element.prefs = prefs;
stubRestApi('getDiff').returns(Promise.resolve(element.diff));
await flush();
});
test('getCoverageAnnotationApis should be called', async () => {
await element.reload();
assert.isTrue(element.jsAPI.getCoverageAnnotationApis.calledOnce);
});
test('coverageRangeChanged should be called', async () => {
await element.reload();
assert.equal(notifyStub.callCount, 2);
assert.isTrue(notifyStub.calledWithExactly(
'some/path', 1, 2, Side.RIGHT));
assert.isTrue(notifyStub.calledWithExactly(
'some/path', 3, 4, Side.RIGHT));
});
test('provider is called with appropriate params', async () => {
element.patchRange.basePatchNum = 1;
element.patchRange.patchNum = 3;
await element.reload();
assert.isTrue(coverageProviderStub.calledWithExactly(
123, 'some/path', 1, 3, element.change));
});
test('provider is called with appropriate params - special patchset values',
async () => {
element.patchRange.basePatchNum = 'PARENT';
element.patchRange.patchNum = 'invalid';
await element.reload();
assert.isTrue(coverageProviderStub.calledWithExactly(
123, 'some/path', undefined, undefined, element.change));
});
});
suite('trailing newlines', () => {
setup(() => {
});
suite('_lastChunkForSide', () => {
test('deltas', () => {
const diff = {content: [
{a: ['foo', 'bar'], b: ['baz']},
{ab: ['foo', 'bar', 'baz']},
{b: ['foo']},
]};
assert.equal(element._lastChunkForSide(diff, false), diff.content[2]);
assert.equal(element._lastChunkForSide(diff, true), diff.content[1]);
diff.content.push({a: ['foo'], b: ['bar']});
assert.equal(element._lastChunkForSide(diff, false), diff.content[3]);
assert.equal(element._lastChunkForSide(diff, true), diff.content[3]);
});
test('addition with a undefined', () => {
const diff = {content: [
{b: ['foo', 'bar', 'baz']},
]};
assert.equal(element._lastChunkForSide(diff, false), diff.content[0]);
assert.isNull(element._lastChunkForSide(diff, true));
});
test('addition with a empty', () => {
const diff = {content: [
{a: [], b: ['foo', 'bar', 'baz']},
]};
assert.equal(element._lastChunkForSide(diff, false), diff.content[0]);
assert.isNull(element._lastChunkForSide(diff, true));
});
test('deletion with b undefined', () => {
const diff = {content: [
{a: ['foo', 'bar', 'baz']},
]};
assert.isNull(element._lastChunkForSide(diff, false));
assert.equal(element._lastChunkForSide(diff, true), diff.content[0]);
});
test('deletion with b empty', () => {
const diff = {content: [
{a: ['foo', 'bar', 'baz'], b: []},
]};
assert.isNull(element._lastChunkForSide(diff, false));
assert.equal(element._lastChunkForSide(diff, true), diff.content[0]);
});
test('empty', () => {
const diff = {content: []};
assert.isNull(element._lastChunkForSide(diff, false));
assert.isNull(element._lastChunkForSide(diff, true));
});
});
suite('_hasTrailingNewlines', () => {
test('shared no trailing', () => {
const diff = undefined;
sinon.stub(element, '_lastChunkForSide')
.returns({ab: ['foo', 'bar']});
assert.isFalse(element._hasTrailingNewlines(diff, false));
assert.isFalse(element._hasTrailingNewlines(diff, true));
});
test('delta trailing in right', () => {
const diff = undefined;
sinon.stub(element, '_lastChunkForSide')
.returns({a: ['foo', 'bar'], b: ['baz', '']});
assert.isTrue(element._hasTrailingNewlines(diff, false));
assert.isFalse(element._hasTrailingNewlines(diff, true));
});
test('addition', () => {
const diff = undefined;
sinon.stub(element, '_lastChunkForSide').callsFake((diff, leftSide) => {
if (leftSide) { return null; }
return {b: ['foo', '']};
});
assert.isTrue(element._hasTrailingNewlines(diff, false));
assert.isNull(element._hasTrailingNewlines(diff, true));
});
test('deletion', () => {
const diff = undefined;
sinon.stub(element, '_lastChunkForSide').callsFake((diff, leftSide) => {
if (!leftSide) { return null; }
return {a: ['foo']};
});
assert.isNull(element._hasTrailingNewlines(diff, false));
assert.isFalse(element._hasTrailingNewlines(diff, true));
});
});
});
});