gitlab-org--gitlab-foss/spec/frontend/gfm_auto_complete_spec.js

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/* eslint no-param-reassign: "off" */
import $ from 'jquery';
import GfmAutoComplete from 'ee_else_ce/gfm_auto_complete';
import 'jquery.caret';
import 'at.js';
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import { TEST_HOST } from 'helpers/test_constants';
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import { getJSONFixture } from 'helpers/fixtures';
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const labelsFixture = getJSONFixture('autocomplete_sources/labels.json');
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describe('GfmAutoComplete', () => {
const gfmAutoCompleteCallbacks = GfmAutoComplete.prototype.getDefaultCallbacks.call({
fetchData: () => {},
});
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let atwhoInstance;
let sorterValue;
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describe('DefaultOptions.sorter', () => {
describe('assets loading', () => {
let items;
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beforeEach(() => {
jest.spyOn(GfmAutoComplete, 'isLoading').mockReturnValue(true);
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atwhoInstance = { setting: {} };
items = [];
sorterValue = gfmAutoCompleteCallbacks.sorter.call(atwhoInstance, '', items);
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});
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it('should disable highlightFirst', () => {
expect(atwhoInstance.setting.highlightFirst).toBe(false);
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});
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it('should return the passed unfiltered items', () => {
expect(sorterValue).toEqual(items);
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});
});
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describe('assets finished loading', () => {
beforeEach(() => {
jest.spyOn(GfmAutoComplete, 'isLoading').mockReturnValue(false);
jest.spyOn($.fn.atwho.default.callbacks, 'sorter').mockImplementation(() => {});
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});
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it('should enable highlightFirst if alwaysHighlightFirst is set', () => {
atwhoInstance = { setting: { alwaysHighlightFirst: true } };
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gfmAutoCompleteCallbacks.sorter.call(atwhoInstance);
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expect(atwhoInstance.setting.highlightFirst).toBe(true);
});
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it('should enable highlightFirst if a query is present', () => {
atwhoInstance = { setting: {} };
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gfmAutoCompleteCallbacks.sorter.call(atwhoInstance, 'query');
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expect(atwhoInstance.setting.highlightFirst).toBe(true);
});
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it('should call the default atwho sorter', () => {
atwhoInstance = { setting: {} };
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const query = 'query';
const items = [];
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const searchKey = 'searchKey';
gfmAutoCompleteCallbacks.sorter.call(atwhoInstance, query, items, searchKey);
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expect($.fn.atwho.default.callbacks.sorter).toHaveBeenCalledWith(query, items, searchKey);
});
});
});
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describe('DefaultOptions.beforeInsert', () => {
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const beforeInsert = (context, value) =>
gfmAutoCompleteCallbacks.beforeInsert.call(context, value);
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beforeEach(() => {
atwhoInstance = { setting: { skipSpecialCharacterTest: false } };
});
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it('should not quote if value only contains alphanumeric charecters', () => {
expect(beforeInsert(atwhoInstance, '@user1')).toBe('@user1');
expect(beforeInsert(atwhoInstance, '~label1')).toBe('~label1');
});
it('should quote if value contains any non-alphanumeric characters', () => {
expect(beforeInsert(atwhoInstance, '~label-20')).toBe('~"label-20"');
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expect(beforeInsert(atwhoInstance, '~label 20')).toBe('~"label 20"');
});
it('should quote integer labels', () => {
expect(beforeInsert(atwhoInstance, '~1234')).toBe('~"1234"');
});
it('escapes Markdown strikethroughs when needed', () => {
expect(beforeInsert(atwhoInstance, '~a~bug')).toEqual('~"a~bug"');
expect(beforeInsert(atwhoInstance, '~a~~bug~~')).toEqual('~"a\\~~bug\\~~"');
});
it('escapes Markdown emphasis when needed', () => {
expect(beforeInsert(atwhoInstance, '~a_bug_')).toEqual('~a_bug\\_');
expect(beforeInsert(atwhoInstance, '~a _bug_')).toEqual('~"a \\_bug\\_"');
expect(beforeInsert(atwhoInstance, '~a*bug*')).toEqual('~"a\\*bug\\*"');
expect(beforeInsert(atwhoInstance, '~a *bug*')).toEqual('~"a \\*bug\\*"');
});
it('escapes Markdown code spans when needed', () => {
expect(beforeInsert(atwhoInstance, '~a`bug`')).toEqual('~"a\\`bug\\`"');
expect(beforeInsert(atwhoInstance, '~a `bug`')).toEqual('~"a \\`bug\\`"');
});
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});
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describe('DefaultOptions.matcher', () => {
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const defaultMatcher = (context, flag, subtext) =>
gfmAutoCompleteCallbacks.matcher.call(context, flag, subtext);
const flagsUseDefaultMatcher = ['@', '#', '!', '~', '%', '$'];
const otherFlags = ['/', ':'];
const flags = flagsUseDefaultMatcher.concat(otherFlags);
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const flagsHash = flags.reduce((hash, el) => {
hash[el] = null;
return hash;
}, {});
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beforeEach(() => {
atwhoInstance = { setting: {}, app: { controllers: flagsHash } };
});
const minLen = 1;
const maxLen = 20;
const argumentSize = [minLen, maxLen / 2, maxLen];
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const allowedSymbols = [
'',
'a',
'n',
'z',
'A',
'Z',
'N',
'0',
'5',
'9',
'А',
'а',
'Я',
'я',
'.',
"'",
'+',
'-',
'_',
];
const jointAllowedSymbols = allowedSymbols.join('');
describe('should match regular symbols', () => {
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flagsUseDefaultMatcher.forEach(flag => {
allowedSymbols.forEach(symbol => {
argumentSize.forEach(size => {
const query = new Array(size + 1).join(symbol);
const subtext = flag + query;
it(`matches argument "${flag}" with query "${subtext}"`, () => {
expect(defaultMatcher(atwhoInstance, flag, subtext)).toBe(query);
});
});
});
it(`matches combination of allowed symbols for flag "${flag}"`, () => {
const subtext = flag + jointAllowedSymbols;
expect(defaultMatcher(atwhoInstance, flag, subtext)).toBe(jointAllowedSymbols);
});
});
});
describe('should not match special sequences', () => {
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const shouldNotBeFollowedBy = flags.concat(['\x00', '\x10', '\x3f', '\n', ' ']);
const shouldNotBePrependedBy = ['`'];
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flagsUseDefaultMatcher.forEach(atSign => {
shouldNotBeFollowedBy.forEach(followedSymbol => {
const seq = atSign + followedSymbol;
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it(`should not match ${JSON.stringify(seq)}`, () => {
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expect(defaultMatcher(atwhoInstance, atSign, seq)).toBe(null);
});
});
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shouldNotBePrependedBy.forEach(prependedSymbol => {
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const seq = prependedSymbol + atSign;
it(`should not match "${seq}"`, () => {
expect(defaultMatcher(atwhoInstance, atSign, seq)).toBe(null);
});
});
});
});
});
describe('DefaultOptions.highlighter', () => {
beforeEach(() => {
atwhoInstance = { setting: {} };
});
it('should return li if no query is given', () => {
const liTag = '<li></li>';
const highlightedTag = gfmAutoCompleteCallbacks.highlighter.call(atwhoInstance, liTag);
expect(highlightedTag).toEqual(liTag);
});
it('should highlight search query in li element', () => {
const liTag = '<li><img src="" />string</li>';
const query = 's';
const highlightedTag = gfmAutoCompleteCallbacks.highlighter.call(atwhoInstance, liTag, query);
expect(highlightedTag).toEqual('<li><img src="" /> <strong>s</strong>tring </li>');
});
it('should highlight search query with special char in li element', () => {
const liTag = '<li><img src="" />te.st</li>';
const query = '.';
const highlightedTag = gfmAutoCompleteCallbacks.highlighter.call(atwhoInstance, liTag, query);
expect(highlightedTag).toEqual('<li><img src="" /> te<strong>.</strong>st </li>');
});
});
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describe('isLoading', () => {
it('should be true with loading data object item', () => {
expect(GfmAutoComplete.isLoading({ name: 'loading' })).toBe(true);
});
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it('should be true with loading data array', () => {
expect(GfmAutoComplete.isLoading(['loading'])).toBe(true);
});
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it('should be true with loading data object array', () => {
expect(GfmAutoComplete.isLoading([{ name: 'loading' }])).toBe(true);
});
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it('should be false with actual array data', () => {
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expect(
GfmAutoComplete.isLoading([{ title: 'Foo' }, { title: 'Bar' }, { title: 'Qux' }]),
).toBe(false);
});
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it('should be false with actual data item', () => {
expect(GfmAutoComplete.isLoading({ title: 'Foo' })).toBe(false);
});
});
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describe('Issues.insertTemplateFunction', () => {
it('should return default template', () => {
expect(GfmAutoComplete.Issues.insertTemplateFunction({ id: 5, title: 'Some Issue' })).toBe(
'${atwho-at}${id}', // eslint-disable-line no-template-curly-in-string
);
});
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it('should return reference when reference is set', () => {
expect(
GfmAutoComplete.Issues.insertTemplateFunction({
id: 5,
title: 'Some Issue',
reference: 'grp/proj#5',
}),
).toBe('grp/proj#5');
});
});
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describe('Issues.templateFunction', () => {
it('should return html with id and title', () => {
expect(GfmAutoComplete.Issues.templateFunction({ id: 5, title: 'Some Issue' })).toBe(
'<li><small>5</small> Some Issue</li>',
);
});
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it('should replace id with reference if reference is set', () => {
expect(
GfmAutoComplete.Issues.templateFunction({
id: 5,
title: 'Some Issue',
reference: 'grp/proj#5',
}),
).toBe('<li><small>grp/proj#5</small> Some Issue</li>');
});
});
describe('labels', () => {
const dataSources = {
labels: `${TEST_HOST}/autocomplete_sources/labels`,
};
const allLabels = labelsFixture;
const assignedLabels = allLabels.filter(label => label.set);
const unassignedLabels = allLabels.filter(label => !label.set);
let autocomplete;
let $textarea;
beforeEach(() => {
autocomplete = new GfmAutoComplete(dataSources);
$textarea = $('<textarea></textarea>');
autocomplete.setup($textarea, { labels: true });
});
afterEach(() => {
autocomplete.destroy();
});
const triggerDropdown = text => {
$textarea
.trigger('focus')
.val(text)
.caret('pos', -1);
$textarea.trigger('keyup');
return new Promise(window.requestAnimationFrame);
};
const getDropdownItems = () => {
const dropdown = document.getElementById('at-view-labels');
const items = dropdown.getElementsByTagName('li');
return [].map.call(items, item => item.textContent.trim());
};
const expectLabels = ({ input, output }) =>
triggerDropdown(input).then(() => {
expect(getDropdownItems()).toEqual(output.map(label => label.title));
});
describe('with no labels assigned', () => {
beforeEach(() => {
autocomplete.cachedData['~'] = [...unassignedLabels];
});
it.each`
input | output
${'~'} | ${unassignedLabels}
${'/label ~'} | ${unassignedLabels}
${'/relabel ~'} | ${unassignedLabels}
${'/unlabel ~'} | ${[]}
`('$input shows $output.length labels', expectLabels);
});
describe('with some labels assigned', () => {
beforeEach(() => {
autocomplete.cachedData['~'] = allLabels;
});
it.each`
input | output
${'~'} | ${allLabels}
${'/label ~'} | ${unassignedLabels}
${'/relabel ~'} | ${allLabels}
${'/unlabel ~'} | ${assignedLabels}
`('$input shows $output.length labels', expectLabels);
});
describe('with all labels assigned', () => {
beforeEach(() => {
autocomplete.cachedData['~'] = [...assignedLabels];
});
it.each`
input | output
${'~'} | ${assignedLabels}
${'/label ~'} | ${[]}
${'/relabel ~'} | ${assignedLabels}
${'/unlabel ~'} | ${assignedLabels}
`('$input shows $output.length labels', expectLabels);
});
});
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});