polygerrit-ui/app/elements/change/gr-account-list/gr-account-list_test.html - gerrit - Git at Google

 <!DOCTYPE html>
 <!--
 Copyright (C) 2016 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.
 -->

 <meta name="viewport" content="width=device-width, minimum-scale=1.0, initial-scale=1.0, user-scalable=yes">
 <title>gr-account-list</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"/>
 <link rel="import" href="gr-account-list.html">

 <script>void(0);</script>

 <test-fixture id="basic">
   <template>
     <gr-account-list></gr-account-list>
   </template>
 </test-fixture>

 <script>
   suite('gr-account-list tests', () => {
     let _nextAccountId = 0;
     const makeAccount = function() {
       const accountId = ++_nextAccountId;
       return {
         _account_id: accountId,
       };
     };
     const makeGroup = function() {
       const groupId = 'group' + (++_nextAccountId);
       return {
         id: groupId,
         _group: true,
       };
     };

     let existingReviewer1;
     let existingReviewer2;
     let sandbox;
     let element;

     function getChips() {
       return Polymer.dom(element.root).querySelectorAll('gr-account-chip');
     }

     setup(() => {
       sandbox = sinon.sandbox.create();
       existingReviewer1 = makeAccount();
       existingReviewer2 = makeAccount();

       stub('gr-rest-api-interface', {
         getConfig() { return Promise.resolve({}); },
       });
       element = fixture('basic');
       element.accounts = [existingReviewer1, existingReviewer2];
     });

     teardown(() => {
       sandbox.restore();
     });

     test('account entry only appears when editable', () => {
       element.readonly = false;
       assert.isFalse(element.$.entry.hasAttribute('hidden'));
       element.readonly = true;
       assert.isTrue(element.$.entry.hasAttribute('hidden'));
     });

     test('addition and removal of account/group chips', () => {
       flushAsynchronousOperations();
       sandbox.stub(element, '_computeRemovable').returns(true);
       // Existing accounts are listed.
       let chips = getChips();
       assert.equal(chips.length, 2);
       assert.isFalse(chips[0].classList.contains('pendingAdd'));
       assert.isFalse(chips[1].classList.contains('pendingAdd'));

       // New accounts are added to end with pendingAdd class.
       const newAccount = makeAccount();
       element._handleAdd({
         detail: {
           value: {
             account: newAccount,
           },
         },
       });
       flushAsynchronousOperations();
       chips = getChips();
       assert.equal(chips.length, 3);
       assert.isFalse(chips[0].classList.contains('pendingAdd'));
       assert.isFalse(chips[1].classList.contains('pendingAdd'));
       assert.isTrue(chips[2].classList.contains('pendingAdd'));

       // Removed accounts are taken out of the list.
       element.fire('remove', {account: existingReviewer1});
       flushAsynchronousOperations();
       chips = getChips();
       assert.equal(chips.length, 2);
       assert.isFalse(chips[0].classList.contains('pendingAdd'));
       assert.isTrue(chips[1].classList.contains('pendingAdd'));

       // Invalid remove is ignored.
       element.fire('remove', {account: existingReviewer1});
       element.fire('remove', {account: newAccount});
       flushAsynchronousOperations();
       chips = getChips();
       assert.equal(chips.length, 1);
       assert.isFalse(chips[0].classList.contains('pendingAdd'));

       // New groups are added to end with pendingAdd and group classes.
       const newGroup = makeGroup();
       element._handleAdd({
         detail: {
           value: {
             group: newGroup,
           },
         },
       });
       flushAsynchronousOperations();
       chips = getChips();
       assert.equal(chips.length, 2);
       assert.isTrue(chips[1].classList.contains('group'));
       assert.isTrue(chips[1].classList.contains('pendingAdd'));

       // Removed groups are taken out of the list.
       element.fire('remove', {account: newGroup});
       flushAsynchronousOperations();
       chips = getChips();
       assert.equal(chips.length, 1);
       assert.isFalse(chips[0].classList.contains('pendingAdd'));
     });

     test('_computeChipClass', () => {
       const account = makeAccount();
       assert.equal(element._computeChipClass(account), '');
       account._pendingAdd = true;
       assert.equal(element._computeChipClass(account), 'pendingAdd');
       account._group = true;
       assert.equal(element._computeChipClass(account), 'group pendingAdd');
       account._pendingAdd = false;
       assert.equal(element._computeChipClass(account), 'group');
     });

     test('_computeRemovable', () => {
       const newAccount = makeAccount();
       newAccount._pendingAdd = true;
       element.readonly = false;
       element.removableValues = [];
       assert.isFalse(element._computeRemovable(existingReviewer1));
       assert.isTrue(element._computeRemovable(newAccount));


       element.removableValues = [existingReviewer1];
       assert.isTrue(element._computeRemovable(existingReviewer1));
       assert.isTrue(element._computeRemovable(newAccount));
       assert.isFalse(element._computeRemovable(existingReviewer2));

       element.readonly = true;
       assert.isFalse(element._computeRemovable(existingReviewer1));
       assert.isFalse(element._computeRemovable(newAccount));
     });

     test('submitEntryText', () => {
       element.allowAnyInput = true;
       flushAsynchronousOperations();

       const getTextStub = sandbox.stub(element.$.entry, 'getText');
       getTextStub.onFirstCall().returns('');
       getTextStub.onSecondCall().returns('test');
       getTextStub.onThirdCall().returns('test@test');

       // When entry is empty, return true.
       const clearStub = sandbox.stub(element.$.entry, 'clear');
       assert.isTrue(element.submitEntryText());
       assert.isFalse(clearStub.called);

       // When entry is invalid, return false.
       assert.isFalse(element.submitEntryText());
       assert.isFalse(clearStub.called);

       // When entry is valid, return true and clear text.
       assert.isTrue(element.submitEntryText());
       assert.isTrue(clearStub.called);
       assert.equal(element.additions()[0].account.email, 'test@test');
     });

     test('additions returns sanitized new accounts and groups', () => {
       assert.equal(element.additions().length, 0);

       const newAccount = makeAccount();
       element._handleAdd({
         detail: {
           value: {
             account: newAccount,
           },
         },
       });
       const newGroup = makeGroup();
       element._handleAdd({
         detail: {
           value: {
             group: newGroup,
           },
         },
       });

       assert.deepEqual(element.additions(), [
         {
           account: {
             _account_id: newAccount._account_id,
             _pendingAdd: true,
           },
         },
         {
           group: {
             id: newGroup.id,
             _group: true,
             _pendingAdd: true,
           },
         },
       ]);
     });

     test('large group confirmations', () => {
       assert.isNull(element.pendingConfirmation);
       assert.deepEqual(element.additions(), []);

       const group = makeGroup();
       const reviewer = {
         group,
         count: 10,
         confirm: true,
       };
       element._handleAdd({
         detail: {
           value: reviewer,
         },
       });

       assert.deepEqual(element.pendingConfirmation, reviewer);
       assert.deepEqual(element.additions(), []);

       element.confirmGroup(group);
       assert.isNull(element.pendingConfirmation);
       assert.deepEqual(element.additions(), [
         {
           group: {
             id: group.id,
             _group: true,
             _pendingAdd: true,
             confirmed: true,
           },
         },
       ]);
     });

     test('removeAccount fails if account is not removable', () => {
       element.readonly = true;
       const acct = makeAccount();
       element.accounts = [acct];
       element._removeAccount(acct);
       assert.equal(element.accounts.length, 1);
     });

     test('max-count', () => {
       element.maxCount = 1;
       const acct = makeAccount();
       element._handleAdd({
         detail: {
           value: {
             account: acct,
           },
         },
       });
       flushAsynchronousOperations();
       assert.isTrue(element.$.entry.hasAttribute('hidden'));
     });

     suite('allowAnyInput', () => {
       let entry;

       setup(() => {
         entry = element.$.entry;
         sandbox.stub(entry, '_getReviewerSuggestions');
         sandbox.stub(entry.$.input, '_updateSuggestions');
         element.allowAnyInput = true;
       });

       test('adds emails', () => {
         const accountLen = element.accounts.length;
         element._handleAdd({detail: {value: 'test@test'}});
         assert.equal(element.accounts.length, accountLen + 1);
         assert.equal(element.accounts[accountLen].email, 'test@test');
       });

       test('toasts on invalid email', () => {
         const toastHandler = sandbox.stub();
         element.addEventListener('show-alert', toastHandler);
         element._handleAdd({detail: {value: 'test'}});
         assert.isTrue(toastHandler.called);
       });
     });

     test('_accountMatches', () => {
       const acct = makeAccount();

       assert.isTrue(element._accountMatches(acct, acct));
       acct.email = 'test';
       assert.isTrue(element._accountMatches(acct, acct));
       assert.isTrue(element._accountMatches({email: 'test'}, acct));

       assert.isFalse(element._accountMatches({}, acct));
       assert.isFalse(element._accountMatches({email: 'test2'}, acct));
       assert.isFalse(element._accountMatches({_account_id: -1}, acct));
     });

     suite('keyboard interactions', () => {
       test('backspace at text input start removes last account', () => {
         const input = element.$.entry.$.input;
         sandbox.stub(element.$.entry, '_getReviewerSuggestions');
         sandbox.stub(input, '_updateSuggestions');
         sandbox.stub(element, '_computeRemovable').returns(true);
         // Next line is a workaround for Firefix not moving cursor
         // on input field update
         assert.equal(input.$.input.selectionStart, 0);
         input.text = 'test';
         MockInteractions.focus(input.$.input);
         flushAsynchronousOperations();
         assert.equal(element.accounts.length, 2);
         MockInteractions.pressAndReleaseKeyOn(input.$.input, 8); // Backspace
         assert.equal(element.accounts.length, 2);
         input.text = '';
         MockInteractions.pressAndReleaseKeyOn(input.$.input, 8); // Backspace
         assert.equal(element.accounts.length, 1);
       });

       test('arrow key navigation', () => {
         const input = element.$.entry.$.input;
         input.text = '';
         element.accounts = [makeAccount(), makeAccount()];
         MockInteractions.focus(input.$.input);
         flushAsynchronousOperations();
         const chips = element.accountChips;
         const chipsOneSpy = sandbox.spy(chips[1], 'focus');
         MockInteractions.pressAndReleaseKeyOn(input.$.input, 37); // Left
         assert.isTrue(chipsOneSpy.called);
         const chipsZeroSpy = sandbox.spy(chips[0], 'focus');
         MockInteractions.pressAndReleaseKeyOn(chips[1], 37); // Left
         assert.isTrue(chipsZeroSpy.called);
         MockInteractions.pressAndReleaseKeyOn(chips[0], 37); // Left
         assert.isTrue(chipsZeroSpy.calledOnce);
         MockInteractions.pressAndReleaseKeyOn(chips[0], 39); // Right
         assert.isTrue(chipsOneSpy.calledTwice);
       });

       test('delete', done => {
         element.accounts = [makeAccount(), makeAccount()];
         flush(() => {
           const focusSpy = sandbox.spy(element.accountChips[1], 'focus');
           const removeSpy = sandbox.spy(element, '_removeAccount');
           MockInteractions.pressAndReleaseKeyOn(
               element.accountChips[0], 8); // Backspace
           assert.isTrue(focusSpy.called);
           assert.isTrue(removeSpy.calledOnce);

           MockInteractions.pressAndReleaseKeyOn(
               element.accountChips[1], 46); // Delete
           assert.isTrue(removeSpy.calledTwice);
           done();
         });
       });
     });
   });
 </script>
	<!DOCTYPE html>
	<!--
	Copyright (C) 2016 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.
	-->

	<meta name="viewport" content="width=device-width, minimum-scale=1.0, initial-scale=1.0, user-scalable=yes">
	<title>gr-account-list</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"/>
	<link rel="import" href="gr-account-list.html">

	<script>void(0);</script>

	<test-fixture id="basic">
	<template>
	<gr-account-list></gr-account-list>
	</template>
	</test-fixture>

	<script>
	suite('gr-account-list tests', () => {
	let _nextAccountId = 0;
	const makeAccount = function() {
	const accountId = ++_nextAccountId;
	return {
	_account_id: accountId,
	};
	};
	const makeGroup = function() {
	const groupId = 'group' + (++_nextAccountId);
	return {
	id: groupId,
	_group: true,
	};
	};

	let existingReviewer1;
	let existingReviewer2;
	let sandbox;
	let element;

	function getChips() {
	return Polymer.dom(element.root).querySelectorAll('gr-account-chip');
	}

	setup(() => {
	sandbox = sinon.sandbox.create();
	existingReviewer1 = makeAccount();
	existingReviewer2 = makeAccount();

	stub('gr-rest-api-interface', {
	getConfig() { return Promise.resolve({}); },
	});
	element = fixture('basic');
	element.accounts = [existingReviewer1, existingReviewer2];
	});

	teardown(() => {
	sandbox.restore();
	});

	test('account entry only appears when editable', () => {
	element.readonly = false;
	assert.isFalse(element.$.entry.hasAttribute('hidden'));
	element.readonly = true;
	assert.isTrue(element.$.entry.hasAttribute('hidden'));
	});

	test('addition and removal of account/group chips', () => {
	flushAsynchronousOperations();
	sandbox.stub(element, '_computeRemovable').returns(true);
	// Existing accounts are listed.
	let chips = getChips();
	assert.equal(chips.length, 2);
	assert.isFalse(chips[0].classList.contains('pendingAdd'));
	assert.isFalse(chips[1].classList.contains('pendingAdd'));

	// New accounts are added to end with pendingAdd class.
	const newAccount = makeAccount();
	element._handleAdd({
	detail: {
	value: {
	account: newAccount,
	},
	},
	});
	flushAsynchronousOperations();
	chips = getChips();
	assert.equal(chips.length, 3);
	assert.isFalse(chips[0].classList.contains('pendingAdd'));
	assert.isFalse(chips[1].classList.contains('pendingAdd'));
	assert.isTrue(chips[2].classList.contains('pendingAdd'));

	// Removed accounts are taken out of the list.
	element.fire('remove', {account: existingReviewer1});
	flushAsynchronousOperations();
	chips = getChips();
	assert.equal(chips.length, 2);
	assert.isFalse(chips[0].classList.contains('pendingAdd'));
	assert.isTrue(chips[1].classList.contains('pendingAdd'));

	// Invalid remove is ignored.
	element.fire('remove', {account: existingReviewer1});
	element.fire('remove', {account: newAccount});
	flushAsynchronousOperations();
	chips = getChips();
	assert.equal(chips.length, 1);
	assert.isFalse(chips[0].classList.contains('pendingAdd'));

	// New groups are added to end with pendingAdd and group classes.
	const newGroup = makeGroup();
	element._handleAdd({
	detail: {
	value: {
	group: newGroup,
	},
	},
	});
	flushAsynchronousOperations();
	chips = getChips();
	assert.equal(chips.length, 2);
	assert.isTrue(chips[1].classList.contains('group'));
	assert.isTrue(chips[1].classList.contains('pendingAdd'));

	// Removed groups are taken out of the list.
	element.fire('remove', {account: newGroup});
	flushAsynchronousOperations();
	chips = getChips();
	assert.equal(chips.length, 1);
	assert.isFalse(chips[0].classList.contains('pendingAdd'));
	});

	test('_computeChipClass', () => {
	const account = makeAccount();
	assert.equal(element._computeChipClass(account), '');
	account._pendingAdd = true;
	assert.equal(element._computeChipClass(account), 'pendingAdd');
	account._group = true;
	assert.equal(element._computeChipClass(account), 'group pendingAdd');
	account._pendingAdd = false;
	assert.equal(element._computeChipClass(account), 'group');
	});

	test('_computeRemovable', () => {
	const newAccount = makeAccount();
	newAccount._pendingAdd = true;
	element.readonly = false;
	element.removableValues = [];
	assert.isFalse(element._computeRemovable(existingReviewer1));
	assert.isTrue(element._computeRemovable(newAccount));


	element.removableValues = [existingReviewer1];
	assert.isTrue(element._computeRemovable(existingReviewer1));
	assert.isTrue(element._computeRemovable(newAccount));
	assert.isFalse(element._computeRemovable(existingReviewer2));

	element.readonly = true;
	assert.isFalse(element._computeRemovable(existingReviewer1));
	assert.isFalse(element._computeRemovable(newAccount));
	});

	test('submitEntryText', () => {
	element.allowAnyInput = true;
	flushAsynchronousOperations();

	const getTextStub = sandbox.stub(element.$.entry, 'getText');
	getTextStub.onFirstCall().returns('');
	getTextStub.onSecondCall().returns('test');
	getTextStub.onThirdCall().returns('test@test');

	// When entry is empty, return true.
	const clearStub = sandbox.stub(element.$.entry, 'clear');
	assert.isTrue(element.submitEntryText());
	assert.isFalse(clearStub.called);

	// When entry is invalid, return false.
	assert.isFalse(element.submitEntryText());
	assert.isFalse(clearStub.called);

	// When entry is valid, return true and clear text.
	assert.isTrue(element.submitEntryText());
	assert.isTrue(clearStub.called);
	assert.equal(element.additions()[0].account.email, 'test@test');
	});

	test('additions returns sanitized new accounts and groups', () => {
	assert.equal(element.additions().length, 0);

	const newAccount = makeAccount();
	element._handleAdd({
	detail: {
	value: {
	account: newAccount,
	},
	},
	});
	const newGroup = makeGroup();
	element._handleAdd({
	detail: {
	value: {
	group: newGroup,
	},
	},
	});

	assert.deepEqual(element.additions(), [
	{
	account: {
	_account_id: newAccount._account_id,
	_pendingAdd: true,
	},
	},
	{
	group: {
	id: newGroup.id,
	_group: true,
	_pendingAdd: true,
	},
	},
	]);
	});

	test('large group confirmations', () => {
	assert.isNull(element.pendingConfirmation);
	assert.deepEqual(element.additions(), []);

	const group = makeGroup();
	const reviewer = {
	group,
	count: 10,
	confirm: true,
	};
	element._handleAdd({
	detail: {
	value: reviewer,
	},
	});

	assert.deepEqual(element.pendingConfirmation, reviewer);
	assert.deepEqual(element.additions(), []);

	element.confirmGroup(group);
	assert.isNull(element.pendingConfirmation);
	assert.deepEqual(element.additions(), [
	{
	group: {
	id: group.id,
	_group: true,
	_pendingAdd: true,
	confirmed: true,
	},
	},
	]);
	});

	test('removeAccount fails if account is not removable', () => {
	element.readonly = true;
	const acct = makeAccount();
	element.accounts = [acct];
	element._removeAccount(acct);
	assert.equal(element.accounts.length, 1);
	});

	test('max-count', () => {
	element.maxCount = 1;
	const acct = makeAccount();
	element._handleAdd({
	detail: {
	value: {
	account: acct,
	},
	},
	});
	flushAsynchronousOperations();
	assert.isTrue(element.$.entry.hasAttribute('hidden'));
	});

	suite('allowAnyInput', () => {
	let entry;

	setup(() => {
	entry = element.$.entry;
	sandbox.stub(entry, '_getReviewerSuggestions');
	sandbox.stub(entry.$.input, '_updateSuggestions');
	element.allowAnyInput = true;
	});

	test('adds emails', () => {
	const accountLen = element.accounts.length;
	element._handleAdd({detail: {value: 'test@test'}});
	assert.equal(element.accounts.length, accountLen + 1);
	assert.equal(element.accounts[accountLen].email, 'test@test');
	});

	test('toasts on invalid email', () => {
	const toastHandler = sandbox.stub();
	element.addEventListener('show-alert', toastHandler);
	element._handleAdd({detail: {value: 'test'}});
	assert.isTrue(toastHandler.called);
	});
	});

	test('_accountMatches', () => {
	const acct = makeAccount();

	assert.isTrue(element._accountMatches(acct, acct));
	acct.email = 'test';
	assert.isTrue(element._accountMatches(acct, acct));
	assert.isTrue(element._accountMatches({email: 'test'}, acct));

	assert.isFalse(element._accountMatches({}, acct));
	assert.isFalse(element._accountMatches({email: 'test2'}, acct));
	assert.isFalse(element._accountMatches({_account_id: -1}, acct));
	});

	suite('keyboard interactions', () => {
	test('backspace at text input start removes last account', () => {
	const input = element.$.entry.$.input;
	sandbox.stub(element.$.entry, '_getReviewerSuggestions');
	sandbox.stub(input, '_updateSuggestions');
	sandbox.stub(element, '_computeRemovable').returns(true);
	// Next line is a workaround for Firefix not moving cursor
	// on input field update
	assert.equal(input.$.input.selectionStart, 0);
	input.text = 'test';
	MockInteractions.focus(input.$.input);
	flushAsynchronousOperations();
	assert.equal(element.accounts.length, 2);
	MockInteractions.pressAndReleaseKeyOn(input.$.input, 8); // Backspace
	assert.equal(element.accounts.length, 2);
	input.text = '';
	MockInteractions.pressAndReleaseKeyOn(input.$.input, 8); // Backspace
	assert.equal(element.accounts.length, 1);
	});

	test('arrow key navigation', () => {
	const input = element.$.entry.$.input;
	input.text = '';
	element.accounts = [makeAccount(), makeAccount()];
	MockInteractions.focus(input.$.input);
	flushAsynchronousOperations();
	const chips = element.accountChips;
	const chipsOneSpy = sandbox.spy(chips[1], 'focus');
	MockInteractions.pressAndReleaseKeyOn(input.$.input, 37); // Left
	assert.isTrue(chipsOneSpy.called);
	const chipsZeroSpy = sandbox.spy(chips[0], 'focus');
	MockInteractions.pressAndReleaseKeyOn(chips[1], 37); // Left
	assert.isTrue(chipsZeroSpy.called);
	MockInteractions.pressAndReleaseKeyOn(chips[0], 37); // Left
	assert.isTrue(chipsZeroSpy.calledOnce);
	MockInteractions.pressAndReleaseKeyOn(chips[0], 39); // Right
	assert.isTrue(chipsOneSpy.calledTwice);
	});

	test('delete', done => {
	element.accounts = [makeAccount(), makeAccount()];
	flush(() => {
	const focusSpy = sandbox.spy(element.accountChips[1], 'focus');
	const removeSpy = sandbox.spy(element, '_removeAccount');
	MockInteractions.pressAndReleaseKeyOn(
	element.accountChips[0], 8); // Backspace
	assert.isTrue(focusSpy.called);
	assert.isTrue(removeSpy.calledOnce);

	MockInteractions.pressAndReleaseKeyOn(
	element.accountChips[1], 46); // Delete
	assert.isTrue(removeSpy.calledTwice);
	done();
	});
	});
	});
	});
	</script>