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<meta name="viewport" content="width=device-width, minimum-scale=1.0, initial-scale=1.0, user-scalable=yes">
<title>gr-diff-builder</title>
<script src="../../../bower_components/webcomponentsjs/webcomponents-lite.min.js"></script>
<script src="../../../bower_components/web-component-tester/browser.js"></script>
<link rel="import" href="../../../test/common-test-setup.html"/>
<script src="../../../scripts/util.js"></script>
<script src="../gr-diff/gr-diff-line.js"></script>
<script src="../gr-diff/gr-diff-group.js"></script>
<script src="../gr-diff-highlight/gr-annotation.js"></script>
<script src="gr-diff-builder.js"></script>
<link rel="import" href="../../shared/gr-rest-api-interface/mock-diff-response_test.html">
<link rel="import" href="gr-diff-builder.html">
<script>void(0);</script>
<test-fixture id="basic">
<template>
<gr-diff-builder>
<table id="diffTable"></table>
</gr-diff-builder>
</template>
</test-fixture>
<test-fixture id="div-with-text">
<template>
<div>Lorem ipsum dolor sit amet, suspendisse inceptos vehicula</div>
</template>
</test-fixture>
<test-fixture id="mock-diff">
<template>
<gr-diff-builder view-mode="SIDE_BY_SIDE">
<table id="diffTable"></table>
</gr-diff-builder>
</template>
</test-fixture>
<script>
suite('gr-diff-builder tests', () => {
let element;
let builder;
let sandbox;
setup(() => {
sandbox = sinon.sandbox.create();
stub('gr-rest-api-interface', {
getLoggedIn() { return Promise.resolve(false); },
getProjectConfig() { return Promise.resolve({}); },
});
const prefs = {
line_length: 10,
show_tabs: true,
tab_size: 4,
};
const projectName = 'my-project';
builder = new GrDiffBuilder(
{content: []}, {left: [], right: []}, prefs, projectName);
});
teardown(() => { sandbox.restore(); });
test('context control buttons', () => {
const section = {};
const line = {contextGroup: {lines: []}};
// Create 10 lines.
for (let i = 0; i < 10; i++) {
line.contextGroup.lines.push('lorem upsum');
}
// Does not include +10 buttons when there are fewer than 11 lines.
let td = builder._createContextControl(section, line);
let buttons = td.querySelectorAll('gr-button.showContext');
assert.equal(buttons.length, 1);
assert.equal(buttons[0].textContent, 'Show 10 common lines');
// Add another line.
line.contextGroup.lines.push('lorem upsum');
// Includes +10 buttons when there are at least 11 lines.
td = builder._createContextControl(section, line);
buttons = td.querySelectorAll('gr-button.showContext');
assert.equal(buttons.length, 3);
assert.equal(buttons[0].textContent, '+10↑');
assert.equal(buttons[1].textContent, 'Show 11 common lines');
assert.equal(buttons[2].textContent, '+10↓');
});
test('newlines 1', () => {
let text = 'abcdef';
assert.equal(builder._addNewlines(text, text), text);
text = 'a'.repeat(20);
assert.equal(builder._addNewlines(text, text),
'a'.repeat(10) +
GrDiffBuilder.LINE_FEED_HTML +
'a'.repeat(10));
});
test('newlines 2', () => {
const text = '<span class="thumbsup">👍</span>';
const html =
'&lt;span class=&quot;thumbsup&quot;&gt;👍&lt;&#x2F;span&gt;';
assert.equal(builder._addNewlines(text, html),
'&lt;span clas' +
GrDiffBuilder.LINE_FEED_HTML +
's=&quot;thumbsu' +
GrDiffBuilder.LINE_FEED_HTML +
'p&quot;&gt;👍&lt;&#x2F;spa' +
GrDiffBuilder.LINE_FEED_HTML +
'n&gt;');
});
test('newlines 3', () => {
const text = '01234\t56789';
const html = '01234<span>\t</span>56789';
assert.equal(builder._addNewlines(text, html),
'01234<span>\t</span>5' +
GrDiffBuilder.LINE_FEED_HTML +
'6789');
});
test('_addNewlines not called if line_wrapping is true', done => {
builder._prefs = {line_wrapping: true, tab_size: 4, line_length: 50};
const text = (new Array(52)).join('a');
const line = {text, highlights: []};
const newLineStub = sandbox.stub(builder, '_addNewlines');
builder._createTextEl(line);
flush(() => {
assert.isFalse(newLineStub.called);
done();
});
});
test('_addNewlines called if line_wrapping is true and meets other ' +
'conditions', done => {
builder._prefs = {line_wrapping: false, tab_size: 4, line_length: 50};
const text = (new Array(52)).join('a');
const line = {text, highlights: []};
const newLineStub = sandbox.stub(builder, '_addNewlines');
builder._createTextEl(line);
flush(() => {
assert.isTrue(newLineStub.called);
done();
});
});
test('_createTextEl linewrap with tabs', () => {
const text = _.times(7, _.constant('\t')).join('') + '!';
const line = {text, highlights: []};
const el = builder._createTextEl(line);
const tabEl = el.querySelector('.contentText > .br');
assert.isOk(tabEl);
assert.equal(
el.querySelector('.contentText .tab:nth-child(2)').nextSibling,
tabEl);
});
test('text length with tabs and unicode', () => {
assert.equal(builder._textLength('12345', 4), 5);
assert.equal(builder._textLength('\t\t12', 4), 10);
assert.equal(builder._textLength('abc💢123', 4), 7);
assert.equal(builder._textLength('abc\t', 8), 8);
assert.equal(builder._textLength('abc\t\t', 10), 20);
assert.equal(builder._textLength('', 10), 0);
assert.equal(builder._textLength('', 10), 0);
assert.equal(builder._textLength('abc\tde', 10), 12);
assert.equal(builder._textLength('abc\tde\t', 10), 20);
assert.equal(builder._textLength('\t\t\t\t\t', 20), 100);
});
test('tab wrapper insertion', () => {
const html = 'abc\tdef';
const wrapper = builder._getTabWrapper(
builder._prefs.tab_size - 3,
builder._prefs.show_tabs);
assert.ok(wrapper);
assert.isAbove(wrapper.length, 0);
assert.equal(builder._addTabWrappers(html, builder._prefs.tab_size),
'abc' + wrapper + 'def');
assert.throws(builder._getTabWrapper.bind(
builder,
// using \x3c instead of < in string so gjslint can parse
'">\x3cimg src="/" onerror="alert(1);">\x3cspan class="',
true));
});
test('comments', () => {
const line = new GrDiffLine(GrDiffLine.Type.BOTH);
line.beforeNumber = 3;
line.afterNumber = 5;
let comments = {left: [], right: []};
assert.deepEqual(builder._getCommentsForLine(comments, line), []);
assert.deepEqual(builder._getCommentsForLine(comments, line,
GrDiffBuilder.Side.LEFT), []);
assert.deepEqual(builder._getCommentsForLine(comments, line,
GrDiffBuilder.Side.RIGHT), []);
comments = {
left: [
{id: 'l3', line: 3},
{id: 'l5', line: 5},
],
right: [
{id: 'r3', line: 3},
{id: 'r5', line: 5},
],
};
assert.deepEqual(builder._getCommentsForLine(comments, line),
[{id: 'l3', line: 3, __commentSide: 'left'},
{id: 'r5', line: 5, __commentSide: 'right'}]);
assert.deepEqual(builder._getCommentsForLine(comments, line,
GrDiffBuilder.Side.LEFT), [{id: 'l3', line: 3,
__commentSide: 'left'}]);
assert.deepEqual(builder._getCommentsForLine(comments, line,
GrDiffBuilder.Side.RIGHT), [{id: 'r5', line: 5,
__commentSide: 'right'}]);
});
test('comment thread group creation', () => {
const l3 = {id: 'l3', line: 3, updated: '2016-08-09 00:42:32.000000000',
__commentSide: 'left'};
const l5 = {id: 'l5', line: 5, updated: '2016-08-09 00:42:32.000000000',
__commentSide: 'left'};
const r5 = {id: 'r5', line: 5, updated: '2016-08-09 00:42:32.000000000',
__commentSide: 'right'};
builder._comments = {
meta: {
changeNum: '42',
patchRange: {
basePatchNum: 'PARENT',
patchNum: '3',
},
path: '/path/to/foo',
projectConfig: {foo: 'bar'},
},
left: [l3, l5],
right: [r5],
};
function checkThreadGroupProps(threadGroupEl, patchNum, isOnParent,
comments) {
assert.equal(threadGroupEl.changeNum, '42');
assert.equal(threadGroupEl.patchForNewThreads, patchNum);
assert.equal(threadGroupEl.path, '/path/to/foo');
assert.equal(threadGroupEl.isOnParent, isOnParent);
assert.deepEqual(threadGroupEl.projectName, 'my-project');
assert.deepEqual(threadGroupEl.comments, comments);
}
let line = new GrDiffLine(GrDiffLine.Type.BOTH);
line.beforeNumber = 5;
line.afterNumber = 5;
let threadGroupEl = builder._commentThreadGroupForLine(line);
checkThreadGroupProps(threadGroupEl, '3', false, [l5, r5]);
threadGroupEl =
builder._commentThreadGroupForLine(line, GrDiffBuilder.Side.RIGHT);
checkThreadGroupProps(threadGroupEl, '3', false, [r5]);
threadGroupEl =
builder._commentThreadGroupForLine(line, GrDiffBuilder.Side.LEFT);
checkThreadGroupProps(threadGroupEl, '3', true, [l5]);
builder._comments.meta.patchRange.basePatchNum = '1';
threadGroupEl = builder._commentThreadGroupForLine(line);
checkThreadGroupProps(threadGroupEl, '3', false, [l5, r5]);
threadEl =
builder._commentThreadGroupForLine(line, GrDiffBuilder.Side.LEFT);
checkThreadGroupProps(threadEl, '1', false, [l5]);
threadGroupEl =
builder._commentThreadGroupForLine(line, GrDiffBuilder.Side.RIGHT);
checkThreadGroupProps(threadGroupEl, '3', false, [r5]);
builder._comments.meta.patchRange.basePatchNum = 'PARENT';
line = new GrDiffLine(GrDiffLine.Type.REMOVE);
line.beforeNumber = 5;
line.afterNumber = 5;
threadGroupEl = builder._commentThreadGroupForLine(line);
checkThreadGroupProps(threadGroupEl, '3', true, [l5, r5]);
line = new GrDiffLine(GrDiffLine.Type.ADD);
line.beforeNumber = 3;
line.afterNumber = 5;
threadGroupEl = builder._commentThreadGroupForLine(line);
checkThreadGroupProps(threadGroupEl, '3', false, [l3, r5]);
});
suite('_isTotal', () => {
test('is total for add', () => {
const group = new GrDiffGroup(GrDiffGroup.Type.DELTA);
for (let idx = 0; idx < 10; idx++) {
group.addLine(new GrDiffLine(GrDiffLine.Type.ADD));
}
assert.isTrue(GrDiffBuilder.prototype._isTotal(group));
});
test('is total for remove', () => {
const group = new GrDiffGroup(GrDiffGroup.Type.DELTA);
for (let idx = 0; idx < 10; idx++) {
group.addLine(new GrDiffLine(GrDiffLine.Type.REMOVE));
}
assert.isTrue(GrDiffBuilder.prototype._isTotal(group));
});
test('not total for empty', () => {
const group = new GrDiffGroup(GrDiffGroup.Type.BOTH);
assert.isFalse(GrDiffBuilder.prototype._isTotal(group));
});
test('not total for non-delta', () => {
const group = new GrDiffGroup(GrDiffGroup.Type.DELTA);
for (let idx = 0; idx < 10; idx++) {
group.addLine(new GrDiffLine(GrDiffLine.Type.BOTH));
}
assert.isFalse(GrDiffBuilder.prototype._isTotal(group));
});
});
suite('intraline differences', () => {
let el;
let str;
let annotateElementSpy;
let layer;
function slice(str, start, end) {
return Array.from(str).slice(start, end).join('');
}
setup(() => {
el = fixture('div-with-text');
str = el.textContent;
annotateElementSpy = sandbox.spy(GrAnnotation, 'annotateElement');
layer = document.createElement('gr-diff-builder')
._createIntralineLayer();
});
test('annotate no highlights', () => {
const line = {
text: str,
highlights: [],
};
layer.annotate(el, line);
// The content is unchanged.
assert.isFalse(annotateElementSpy.called);
assert.equal(el.childNodes.length, 1);
assert.instanceOf(el.childNodes[0], Text);
assert.equal(str, el.childNodes[0].textContent);
});
test('annotate with highlights', () => {
const line = {
text: str,
highlights: [
{startIndex: 6, endIndex: 12},
{startIndex: 18, endIndex: 22},
],
};
const str0 = slice(str, 0, 6);
const str1 = slice(str, 6, 12);
const str2 = slice(str, 12, 18);
const str3 = slice(str, 18, 22);
const str4 = slice(str, 22);
layer.annotate(el, line);
assert.isTrue(annotateElementSpy.called);
assert.equal(el.childNodes.length, 5);
assert.instanceOf(el.childNodes[0], Text);
assert.equal(el.childNodes[0].textContent, str0);
assert.notInstanceOf(el.childNodes[1], Text);
assert.equal(el.childNodes[1].textContent, str1);
assert.instanceOf(el.childNodes[2], Text);
assert.equal(el.childNodes[2].textContent, str2);
assert.notInstanceOf(el.childNodes[3], Text);
assert.equal(el.childNodes[3].textContent, str3);
assert.instanceOf(el.childNodes[4], Text);
assert.equal(el.childNodes[4].textContent, str4);
});
test('annotate without endIndex', () => {
const line = {
text: str,
highlights: [
{startIndex: 28},
],
};
const str0 = slice(str, 0, 28);
const str1 = slice(str, 28);
layer.annotate(el, line);
assert.isTrue(annotateElementSpy.called);
assert.equal(el.childNodes.length, 2);
assert.instanceOf(el.childNodes[0], Text);
assert.equal(el.childNodes[0].textContent, str0);
assert.notInstanceOf(el.childNodes[1], Text);
assert.equal(el.childNodes[1].textContent, str1);
});
test('annotate ignores empty highlights', () => {
const line = {
text: str,
highlights: [
{startIndex: 28, endIndex: 28},
],
};
layer.annotate(el, line);
assert.isFalse(annotateElementSpy.called);
assert.equal(el.childNodes.length, 1);
});
test('annotate handles unicode', () => {
// Put some unicode into the string:
str = str.replace(/\s/g, '💢');
el.textContent = str;
const line = {
text: str,
highlights: [
{startIndex: 6, endIndex: 12},
],
};
const str0 = slice(str, 0, 6);
const str1 = slice(str, 6, 12);
const str2 = slice(str, 12);
layer.annotate(el, line);
assert.isTrue(annotateElementSpy.called);
assert.equal(el.childNodes.length, 3);
assert.instanceOf(el.childNodes[0], Text);
assert.equal(el.childNodes[0].textContent, str0);
assert.notInstanceOf(el.childNodes[1], Text);
assert.equal(el.childNodes[1].textContent, str1);
assert.instanceOf(el.childNodes[2], Text);
assert.equal(el.childNodes[2].textContent, str2);
});
test('annotate handles unicode w/o endIndex', () => {
// Put some unicode into the string:
str = str.replace(/\s/g, '💢');
el.textContent = str;
const line = {
text: str,
highlights: [
{startIndex: 6},
],
};
const str0 = slice(str, 0, 6);
const str1 = slice(str, 6);
layer.annotate(el, line);
assert.isTrue(annotateElementSpy.called);
assert.equal(el.childNodes.length, 2);
assert.instanceOf(el.childNodes[0], Text);
assert.equal(el.childNodes[0].textContent, str0);
assert.notInstanceOf(el.childNodes[1], Text);
assert.equal(el.childNodes[1].textContent, str1);
});
});
suite('tab indicators', () => {
let element;
let layer;
setup(() => {
element = fixture('basic');
element._showTabs = true;
layer = element._createTabIndicatorLayer();
});
test('does nothing with empty line', () => {
const line = {text: ''};
const el = document.createElement('div');
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.isFalse(annotateElementStub.called);
});
test('does nothing with no tabs', () => {
const str = 'lorem ipsum no tabs';
const line = {text: str};
const el = document.createElement('div');
el.textContent = str;
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.isFalse(annotateElementStub.called);
});
test('annotates tab at beginning', () => {
const str = '\tlorem upsum';
const line = {text: str};
const el = document.createElement('div');
el.textContent = str;
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.equal(annotateElementStub.callCount, 1);
const args = annotateElementStub.getCalls()[0].args;
assert.equal(args[0], el);
assert.equal(args[1], 0, 'offset of tab indicator');
assert.equal(args[2], 1, 'length of tab indicator');
assert.include(args[3], 'tab-indicator');
});
test('does not annotate when disabled', () => {
element._showTabs = false;
const str = '\tlorem upsum';
const line = {text: str};
const el = document.createElement('div');
el.textContent = str;
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.isFalse(annotateElementStub.called);
});
test('annotates multiple in beginning', () => {
const str = '\t\tlorem upsum';
const line = {text: str};
const el = document.createElement('div');
el.textContent = str;
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.equal(annotateElementStub.callCount, 2);
let args = annotateElementStub.getCalls()[0].args;
assert.equal(args[0], el);
assert.equal(args[1], 0, 'offset of tab indicator');
assert.equal(args[2], 1, 'length of tab indicator');
assert.include(args[3], 'tab-indicator');
args = annotateElementStub.getCalls()[1].args;
assert.equal(args[0], el);
assert.equal(args[1], 1, 'offset of tab indicator');
assert.equal(args[2], 1, 'length of tab indicator');
assert.include(args[3], 'tab-indicator');
});
test('annotates intermediate tabs', () => {
const str = 'lorem\tupsum';
const line = {text: str};
const el = document.createElement('div');
el.textContent = str;
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.equal(annotateElementStub.callCount, 1);
const args = annotateElementStub.getCalls()[0].args;
assert.equal(args[0], el);
assert.equal(args[1], 5, 'offset of tab indicator');
assert.equal(args[2], 1, 'length of tab indicator');
assert.include(args[3], 'tab-indicator');
});
});
suite('trailing whitespace', () => {
let element;
let layer;
setup(() => {
element = fixture('basic');
element._showTrailingWhitespace = true;
layer = element._createTrailingWhitespaceLayer();
});
test('does nothing with empty line', () => {
const line = {text: ''};
const el = document.createElement('div');
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.isFalse(annotateElementStub.called);
});
test('does nothing with no trailing whitespace', () => {
const str = 'lorem ipsum blah blah';
const line = {text: str};
const el = document.createElement('div');
el.textContent = str;
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.isFalse(annotateElementStub.called);
});
test('annotates trailing spaces', () => {
const str = 'lorem ipsum ';
const line = {text: str};
const el = document.createElement('div');
el.textContent = str;
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.isTrue(annotateElementStub.called);
assert.equal(annotateElementStub.lastCall.args[1], 11);
assert.equal(annotateElementStub.lastCall.args[2], 3);
});
test('annotates trailing tabs', () => {
const str = 'lorem ipsum\t\t\t';
const line = {text: str};
const el = document.createElement('div');
el.textContent = str;
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.isTrue(annotateElementStub.called);
assert.equal(annotateElementStub.lastCall.args[1], 11);
assert.equal(annotateElementStub.lastCall.args[2], 3);
});
test('annotates mixed trailing whitespace', () => {
const str = 'lorem ipsum\t \t';
const line = {text: str};
const el = document.createElement('div');
el.textContent = str;
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.isTrue(annotateElementStub.called);
assert.equal(annotateElementStub.lastCall.args[1], 11);
assert.equal(annotateElementStub.lastCall.args[2], 3);
});
test('unicode preceding trailing whitespace', () => {
const str = '💢\t';
const line = {text: str};
const el = document.createElement('div');
el.textContent = str;
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.isTrue(annotateElementStub.called);
assert.equal(annotateElementStub.lastCall.args[1], 1);
assert.equal(annotateElementStub.lastCall.args[2], 1);
});
test('does not annotate when disabled', () => {
element._showTrailingWhitespace = false;
const str = 'lorem upsum\t \t ';
const line = {text: str};
const el = document.createElement('div');
el.textContent = str;
const annotateElementStub =
sandbox.stub(GrAnnotation, 'annotateElement');
layer.annotate(el, line);
assert.isFalse(annotateElementStub.called);
});
});
suite('rendering', () => {
let content;
let outputEl;
setup(done => {
const prefs = {
line_length: 10,
show_tabs: true,
tab_size: 4,
context: -1,
syntax_highlighting: true,
};
content = [
{
a: ['all work and no play make andybons a dull boy'],
b: ['elgoog elgoog elgoog'],
},
{
ab: [
'Non eram nescius, Brute, cum, quae summis ingeniis ',
'exquisitaque doctrina philosophi Graeco sermone tractavissent',
],
},
];
stub('gr-reporting', {
time: sandbox.stub(),
timeEnd: sandbox.stub(),
});
element = fixture('basic');
outputEl = element.queryEffectiveChildren('#diffTable');
sandbox.stub(element, '_getDiffBuilder', () => {
const builder = new GrDiffBuilder(
{content}, {left: [], right: []}, prefs, 'my-project', outputEl);
sandbox.stub(builder, 'addColumns');
builder.buildSectionElement = function(group) {
const section = document.createElement('stub');
section.textContent = group.lines.reduce((acc, line) => {
return acc + line.text;
}, '');
return section;
};
return builder;
});
element.diff = {content};
element.render({left: [], right: []}, prefs).then(done);
});
test('reporting', done => {
const timeStub = element.$.reporting.time;
const timeEndStub = element.$.reporting.timeEnd;
assert.isTrue(timeStub.calledWithExactly('Diff Total Render'));
assert.isTrue(timeStub.calledWithExactly('Diff Content Render'));
assert.isTrue(timeStub.calledWithExactly('Diff Syntax Render'));
assert.isTrue(timeEndStub.calledWithExactly('Diff Total Render'));
assert.isTrue(timeEndStub.calledWithExactly('Diff Content Render'));
assert.isTrue(timeEndStub.calledWithExactly('Diff Syntax Render'));
done();
});
test('renderSection', () => {
let section = outputEl.querySelector('stub:nth-of-type(2)');
const prevInnerHTML = section.innerHTML;
section.innerHTML = 'wiped';
element._builder.renderSection(section);
section = outputEl.querySelector('stub:nth-of-type(2)');
assert.equal(section.innerHTML, prevInnerHTML);
});
test('addColumns is called', done => {
element.render({left: [], right: []}, {}).then(done);
assert.isTrue(element._builder.addColumns.called);
});
test('getSectionsByLineRange one line', () => {
const section = outputEl.querySelector('stub:nth-of-type(2)');
const sections = element._builder.getSectionsByLineRange(1, 1, 'left');
assert.equal(sections.length, 1);
assert.strictEqual(sections[0], section);
});
test('getSectionsByLineRange over diff', () => {
const section = [
outputEl.querySelector('stub:nth-of-type(2)'),
outputEl.querySelector('stub:nth-of-type(3)'),
];
const sections = element._builder.getSectionsByLineRange(1, 2, 'left');
assert.equal(sections.length, 2);
assert.strictEqual(sections[0], section[0]);
assert.strictEqual(sections[1], section[1]);
});
test('render-start and render are fired', done => {
const dispatchEventStub = sandbox.stub(element, 'dispatchEvent');
element.render({left: [], right: []}, {}).then(() => {
const firedEventTypes = dispatchEventStub.getCalls()
.map(c => { return c.args[0].type; });
assert.include(firedEventTypes, 'render-start');
assert.include(firedEventTypes, 'render-content');
assert.include(firedEventTypes, 'render');
done();
});
});
test('rendering normal-sized diff does not disable syntax', () => {
assert.isTrue(element.$.syntaxLayer.enabled);
});
test('rendering large diff disables syntax', done => {
// Before it renders, set the first diff line to 500 '*' characters.
element.diff.content[0].a = [new Array(501).join('*')];
element.addEventListener('render', () => {
assert.isFalse(element.$.syntaxLayer.enabled);
done();
});
const prefs = {
line_length: 10,
show_tabs: true,
tab_size: 4,
context: -1,
syntax_highlighting: true,
};
element.render({left: [], right: []}, prefs);
});
test('cancel', () => {
const processorCancelStub = sandbox.stub(element.$.processor, 'cancel');
const syntaxCancelStub = sandbox.stub(element.$.syntaxLayer, 'cancel');
element.cancel();
assert.isTrue(processorCancelStub.called);
assert.isTrue(syntaxCancelStub.called);
});
});
suite('mock-diff', () => {
let element;
let builder;
let diff;
let prefs;
setup(done => {
element = fixture('mock-diff');
diff = document.createElement('mock-diff-response').diffResponse;
element.diff = diff;
prefs = {
line_length: 80,
show_tabs: true,
tab_size: 4,
};
element.render({left: [], right: []}, prefs).then(() => {
builder = element._builder;
done();
});
});
test('getContentByLine', () => {
let actual;
actual = builder.getContentByLine(2, 'left');
assert.equal(actual.textContent, diff.content[0].ab[1]);
actual = builder.getContentByLine(2, 'right');
assert.equal(actual.textContent, diff.content[0].ab[1]);
actual = builder.getContentByLine(5, 'left');
assert.equal(actual.textContent, diff.content[2].ab[0]);
actual = builder.getContentByLine(5, 'right');
assert.equal(actual.textContent, diff.content[1].b[0]);
});
test('findLinesByRange', () => {
const lines = [];
const elems = [];
const start = 6;
const end = 10;
const count = end - start + 1;
builder.findLinesByRange(start, end, 'right', lines, elems);
assert.equal(lines.length, count);
assert.equal(elems.length, count);
for (let i = 0; i < 5; i++) {
assert.instanceOf(lines[i], GrDiffLine);
assert.equal(lines[i].afterNumber, start + i);
assert.instanceOf(elems[i], HTMLElement);
assert.equal(lines[i].text, elems[i].textContent);
}
});
test('_renderContentByRange', () => {
const spy = sandbox.spy(builder, '_createTextEl');
const start = 9;
const end = 14;
const count = end - start + 1;
builder._renderContentByRange(start, end, 'left');
assert.equal(spy.callCount, count);
spy.getCalls().forEach((call, i) => {
assert.equal(call.args[0].beforeNumber, start + i);
});
});
test('_getNextContentOnSide side-by-side left', () => {
const startElem = builder.getContentByLine(5, 'left',
element.$.diffTable);
const expectedStartString = diff.content[2].ab[0];
const expectedNextString = diff.content[2].ab[1];
assert.equal(startElem.textContent, expectedStartString);
const nextElem = builder._getNextContentOnSide(startElem,
'left');
assert.equal(nextElem.textContent, expectedNextString);
});
test('_getNextContentOnSide side-by-side right', () => {
const startElem = builder.getContentByLine(5, 'right',
element.$.diffTable);
const expectedStartString = diff.content[1].b[0];
const expectedNextString = diff.content[1].b[1];
assert.equal(startElem.textContent, expectedStartString);
const nextElem = builder._getNextContentOnSide(startElem,
'right');
assert.equal(nextElem.textContent, expectedNextString);
});
test('_getNextContentOnSide unified left', done => {
// Re-render as unified:
element.viewMode = 'UNIFIED_DIFF';
element.render({left: [], right: []}, prefs).then(() => {
builder = element._builder;
const startElem = builder.getContentByLine(5, 'left',
element.$.diffTable);
const expectedStartString = diff.content[2].ab[0];
const expectedNextString = diff.content[2].ab[1];
assert.equal(startElem.textContent, expectedStartString);
const nextElem = builder._getNextContentOnSide(startElem,
'left');
assert.equal(nextElem.textContent, expectedNextString);
done();
});
});
test('_getNextContentOnSide unified right', done => {
// Re-render as unified:
element.viewMode = 'UNIFIED_DIFF';
element.render({left: [], right: []}, prefs).then(() => {
builder = element._builder;
const startElem = builder.getContentByLine(5, 'right',
element.$.diffTable);
const expectedStartString = diff.content[1].b[0];
const expectedNextString = diff.content[1].b[1];
assert.equal(startElem.textContent, expectedStartString);
const nextElem = builder._getNextContentOnSide(startElem,
'right');
assert.equal(nextElem.textContent, expectedNextString);
done();
});
});
test('_escapeHTML', () => {
let input = '<script>alert("XSS");<' + '/script>';
let expected = '&lt;script&gt;alert(&quot;XSS&quot;);' +
'&lt;&#x2F;script&gt;';
let result = GrDiffBuilder.prototype._escapeHTML(input);
assert.equal(result, expected);
input = '& < > " \' / `';
// \u0026 is an ampersand. This is being used here instead of &
// because of the gjslinter.
expected = '\u0026amp; \u0026lt; \u0026gt; \u0026quot;' +
' \u0026#39; \u0026#x2F; \u0026#96;';
result = GrDiffBuilder.prototype._escapeHTML(input);
assert.equal(result, expected);
});
});
suite('blame', () => {
let mockBlame;
setup(() => {
mockBlame = [
{id: 'commit 1', ranges: [{start: 1, end: 2}, {start: 10, end: 16}]},
{id: 'commit 2', ranges: [{start: 4, end: 10}, {start: 17, end: 32}]},
];
});
test('setBlame attempts to render each blamed line', () => {
const getBlameStub = sandbox.stub(builder, '_getBlameByLineNum')
.returns(null);
builder.setBlame(mockBlame);
assert.equal(getBlameStub.callCount, 32);
});
test('_getBlameCommitForBaseLine', () => {
builder.setBlame(mockBlame);
assert.isOk(builder._getBlameCommitForBaseLine(1));
assert.equal(builder._getBlameCommitForBaseLine(1).id, 'commit 1');
assert.isOk(builder._getBlameCommitForBaseLine(11));
assert.equal(builder._getBlameCommitForBaseLine(11).id, 'commit 1');
assert.isOk(builder._getBlameCommitForBaseLine(32));
assert.equal(builder._getBlameCommitForBaseLine(32).id, 'commit 2');
assert.isNull(builder._getBlameCommitForBaseLine(33));
});
test('_getBlameCommitForBaseLine w/o blame returns null', () => {
assert.isNull(builder._getBlameCommitForBaseLine(1));
assert.isNull(builder._getBlameCommitForBaseLine(11));
assert.isNull(builder._getBlameCommitForBaseLine(31));
});
test('_createBlameCell', () => {
const mocbBlameCell = document.createElement('span');
const getBlameStub = sinon.stub(builder, '_getBlameForBaseLine')
.returns(mocbBlameCell);
const line = new GrDiffLine(GrDiffLine.Type.BOTH);
line.beforeNumber = 3;
line.afterNumber = 5;
const result = builder._createBlameCell(line);
assert.isTrue(getBlameStub.calledWithExactly(3));
assert.equal(result.getAttribute('data-line-number'), '3');
assert.equal(result.firstChild, mocbBlameCell);
});
});
});
</script>