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input_test.js
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input_test.js
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// Licensed to the Software Freedom Conservancy (SFC) under one
// or more contributor license agreements. See the NOTICE file
// distributed with this work for additional information
// regarding copyright ownership. The SFC licenses this file
// to you 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.
'use strict';
const assert = require('assert');
const sinon = require('sinon');
const command = require('../../lib/command');
const error = require('../../lib/error');
const input = require('../../lib/input');
const {WebElement} = require('../../lib/webdriver');
describe('input.Actions', function() {
class StubExecutor {
constructor(...responses) {
this.responses = responses;
this.commands = [];
}
execute(command) {
const name = command.getName();
const parameters = command.getParameters();
this.commands.push({name, parameters});
return this.responses.shift()
|| Promise.reject(
new Error('unexpected command: ' + command.getName()));
}
}
describe('perform()', function() {
it('omits idle devices', async function() {
let executor = new StubExecutor(
Promise.resolve(),
Promise.resolve(),
Promise.resolve(),
Promise.resolve());
await new input.Actions(executor).perform();
assert.deepEqual(executor.commands, []);
await new input.Actions(executor).pause().perform();
assert.deepEqual(executor.commands, []);
await new input.Actions(executor).pause(1).perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [
{
id: 'default keyboard',
type: 'key',
actions: [{type: 'pause', duration: 1}],
},
{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [{type: 'pause', duration: 1}],
},
],
}
}]);
executor.commands.length = 0;
let actions = new input.Actions(executor);
await actions.pause(1, actions.keyboard()).perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default keyboard',
type: 'key',
actions: [{type: 'pause', duration: 1}],
}],
}
}]);
});
it('can be called multiple times', async function() {
const executor = new StubExecutor(Promise.resolve(), Promise.resolve());
const actions = new input.Actions(executor).keyDown(input.Key.SHIFT);
const expected = {
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default keyboard',
type: 'key',
actions: [{type: 'keyDown', value: input.Key.SHIFT}],
}]}
};
await actions.perform();
assert.deepEqual(executor.commands, [expected]);
await actions.perform();
assert.deepEqual(executor.commands, [expected, expected]);
});
});
describe('pause()', function() {
it('defaults to all devices', async function() {
const executor = new StubExecutor(Promise.resolve());
await new input.Actions(executor).pause(3).perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [
{
id: 'default keyboard',
type: 'key',
actions: [{type: 'pause', duration: 3}],
},
{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [{type: 'pause', duration: 3}],
},
],
}
}]);
});
it('duration defaults to 0', async function() {
const executor = new StubExecutor(Promise.resolve());
await new input.Actions(executor)
.pause()
.pause(3)
.perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [
{
id: 'default keyboard',
type: 'key',
actions: [
{type: 'pause', duration: 0},
{type: 'pause', duration: 3},
],
},
{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{type: 'pause', duration: 0},
{type: 'pause', duration: 3},
],
},
],
}
}]);
});
it('single device w/ synchronization', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
await actions
.pause(100, actions.keyboard())
.pause(100, actions.mouse())
.perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [
{
id: 'default keyboard',
type: 'key',
actions: [
{type: 'pause', duration: 100},
{type: 'pause', duration: 0},
],
},
{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{type: 'pause', duration: 0},
{type: 'pause', duration: 100},
],
},
],
}
}]);
});
it('single device w/o synchronization', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor, {async: true});
await actions
.pause(100, actions.keyboard())
.pause(100, actions.mouse())
.perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [
{
id: 'default keyboard',
type: 'key',
actions: [
{type: 'pause', duration: 100},
],
},
{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{type: 'pause', duration: 100},
],
},
],
}
}]);
});
it('pause a single device multiple times by specifying it multiple times',
async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
await actions
.pause(100, actions.keyboard(), actions.keyboard())
.perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default keyboard',
type: 'key',
actions: [
{type: 'pause', duration: 100},
{type: 'pause', duration: 100},
],
}],
}
}]);
});
});
describe('keyDown()', function() {
it('sends normalized code point', async function() {
let executor = new StubExecutor(Promise.resolve());
await new input.Actions(executor).keyDown('\u0041\u030a').perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default keyboard',
type: 'key',
actions: [{type: 'keyDown', value: '\u00c5'}],
}],
}
}]);
});
it('rejects keys that are not a single code point', function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
assert.throws(
() => actions.keyDown('\u1E9B\u0323'),
error.InvalidArgumentError);
});
});
describe('keyUp()', function() {
it('sends normalized code point', async function() {
let executor = new StubExecutor(Promise.resolve());
await new input.Actions(executor).keyUp('\u0041\u030a').perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default keyboard',
type: 'key',
actions: [{type: 'keyUp', value: '\u00c5'}],
}],
}
}]);
});
it('rejects keys that are not a single code point', function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
assert.throws(
() => actions.keyUp('\u1E9B\u0323'),
error.InvalidArgumentError);
});
});
describe('sendKeys()', function() {
it('sends down/up for single key', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
await actions.sendKeys('a').perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default keyboard',
type: 'key',
actions: [
{type: 'keyDown', value: 'a'},
{type: 'keyUp', value: 'a'},
],
}],
}
}]);
});
it('sends down/up for vararg keys', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
await actions.sendKeys('a', 'b').perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default keyboard',
type: 'key',
actions: [
{type: 'keyDown', value: 'a'},
{type: 'keyUp', value: 'a'},
{type: 'keyDown', value: 'b'},
{type: 'keyUp', value: 'b'},
],
}],
}
}]);
});
it('sends down/up for multichar strings in varargs', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
await actions.sendKeys('a', 'bc', 'd').perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default keyboard',
type: 'key',
actions: [
{type: 'keyDown', value: 'a'},
{type: 'keyUp', value: 'a'},
{type: 'keyDown', value: 'b'},
{type: 'keyUp', value: 'b'},
{type: 'keyDown', value: 'c'},
{type: 'keyUp', value: 'c'},
{type: 'keyDown', value: 'd'},
{type: 'keyUp', value: 'd'},
],
}],
}
}]);
});
it('synchronizes with other devices', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
await actions.sendKeys('ab').pause(100, actions.mouse()).perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [
{
id: 'default keyboard',
type: 'key',
actions: [
{type: 'keyDown', value: 'a'},
{type: 'keyUp', value: 'a'},
{type: 'keyDown', value: 'b'},
{type: 'keyUp', value: 'b'},
{type: 'pause', duration: 0},
],
},
{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{type: 'pause', duration: 0},
{type: 'pause', duration: 0},
{type: 'pause', duration: 0},
{type: 'pause', duration: 0},
{type: 'pause', duration: 100},
],
},
],
}
}]);
});
it('without device synchronization', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor, {async: true});
await actions.sendKeys('ab').pause(100, actions.mouse()).perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [
{
id: 'default keyboard',
type: 'key',
actions: [
{type: 'keyDown', value: 'a'},
{type: 'keyUp', value: 'a'},
{type: 'keyDown', value: 'b'},
{type: 'keyUp', value: 'b'},
],
},
{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [{type: 'pause', duration: 100}],
},
],
}
}]);
});
});
describe('click()', function() {
it('clicks immediately if no element provided', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
await actions.click().perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{type: 'pointerDown', button: input.Button.LEFT},
{type: 'pointerUp', button: input.Button.LEFT},
],
}],
},
}]);
});
it('moves to target element before clicking', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
const fakeElement = {};
await actions.click(fakeElement).perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{
type: 'pointerMove',
origin: fakeElement,
duration: 100,
x: 0,
y: 0,
},
{type: 'pointerDown', button: input.Button.LEFT},
{type: 'pointerUp', button: input.Button.LEFT},
],
}],
},
}]);
});
it('synchronizes with other devices', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
const fakeElement = {};
await actions.click(fakeElement).sendKeys('a').perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default keyboard',
type: 'key',
actions: [
{type: 'pause', duration: 0},
{type: 'pause', duration: 0},
{type: 'pause', duration: 0},
{type: 'keyDown', value: 'a'},
{type: 'keyUp', value: 'a'},
],
}, {
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{
type: 'pointerMove',
origin: fakeElement,
duration: 100,
x: 0,
y: 0,
},
{type: 'pointerDown', button: input.Button.LEFT},
{type: 'pointerUp', button: input.Button.LEFT},
{type: 'pause', duration: 0},
{type: 'pause', duration: 0},
],
}],
},
}]);
});
});
describe('dragAndDrop', function() {
it('dragAndDrop(fromEl, toEl)', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
const e1 = new WebElement(null, 'abc123');
const e2 = new WebElement(null, 'def456');
await actions.dragAndDrop(e1, e2).perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{
type: 'pointerMove',
duration: 100,
origin: e1,
x: 0,
y: 0,
},
{type: 'pointerDown', button: input.Button.LEFT},
{
type: 'pointerMove',
duration: 100,
origin: e2,
x: 0,
y: 0,
},
{type: 'pointerUp', button: input.Button.LEFT},
],
}],
}
}]);
});
it('dragAndDrop(el, offset)', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
const e1 = new WebElement(null, 'abc123');
await actions.dragAndDrop(e1, {x: 30, y: 40}).perform();
assert.deepEqual(executor.commands, [{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{
type: 'pointerMove',
duration: 100,
origin: e1,
x: 0,
y: 0,
},
{type: 'pointerDown', button: input.Button.LEFT},
{
type: 'pointerMove',
duration: 100,
origin: input.Origin.POINTER,
x: 30,
y: 40,
},
{type: 'pointerUp', button: input.Button.LEFT},
],
}],
}
}]);
});
it('throws if target is invalid', async function() {
const executor = new StubExecutor(Promise.resolve());
const actions = new input.Actions(executor);
const e = new WebElement(null, 'abc123');
assert.throws(
() => actions.dragAndDrop(e),
error.InvalidArgumentError);
assert.throws(
() => actions.dragAndDrop(e, null),
error.InvalidArgumentError);
assert.throws(
() => actions.dragAndDrop(e, {}),
error.InvalidArgumentError);
assert.throws(
() => actions.dragAndDrop(e, {x:0}),
error.InvalidArgumentError);
assert.throws(
() => actions.dragAndDrop(e, {y:0}),
error.InvalidArgumentError);
assert.throws(
() => actions.dragAndDrop(e, {x:0, y:'a'}),
error.InvalidArgumentError);
assert.throws(
() => actions.dragAndDrop(e, {x:'a', y:0}),
error.InvalidArgumentError);
});
});
describe('bridge mode', function() {
it('cannot enable async and bridge at the same time', function() {
let exe = new StubExecutor;
assert.throws(
() => new input.Actions(exe, {async: true, bridge: true}),
error.InvalidArgumentError);
});
it('behaves as normal if first command succeeds', async function() {
const actions = new input.Actions(new StubExecutor(Promise.resolve()));
await actions.click().sendKeys('a').perform();
});
it('handles pauses locally', async function() {
const start = Date.now();
const actions =
new input.Actions(
new StubExecutor(
Promise.reject(new error.UnknownCommandError)),
{bridge: true});
await actions.pause(100).perform();
const elapsed = Date.now() - start;
assert.ok(elapsed >= 100, elapsed);
});
it('requires non-modifier keys to be used in keydown/up sequences', async function() {
const actions =
new input.Actions(
new StubExecutor(
Promise.reject(new error.UnknownCommandError)),
{bridge: true});
try {
await actions.keyDown(input.Key.SHIFT).keyDown('a').perform();
return Promise.reject(Error('should have failed!'));
} catch (err) {
if (!(err instanceof error.UnsupportedOperationError)
|| !err.message.endsWith('must be followed by a keyup for the same key')) {
throw err;
}
}
});
it('key sequence', async function() {
const executor =
new StubExecutor(
Promise.reject(new error.UnknownCommandError),
Promise.resolve('shift down'),
Promise.resolve(),
Promise.resolve(),
Promise.resolve(),
Promise.resolve('shift up'));
const actions = new input.Actions(executor, {bridge: true});
await actions
.keyDown(input.Key.SHIFT)
.sendKeys('abc')
.keyUp(input.Key.SHIFT)
.sendKeys('de')
.perform();
assert.deepEqual(executor.commands, [
{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default keyboard',
type: 'key',
actions: [
{type: 'keyDown', value: input.Key.SHIFT},
{type: 'keyDown', value: 'a'},
{type: 'keyUp', value: 'a'},
{type: 'keyDown', value: 'b'},
{type: 'keyUp', value: 'b'},
{type: 'keyDown', value: 'c'},
{type: 'keyUp', value: 'c'},
{type: 'keyUp', value: input.Key.SHIFT},
{type: 'keyDown', value: 'd'},
{type: 'keyUp', value: 'd'},
{type: 'keyDown', value: 'e'},
{type: 'keyUp', value: 'e'},
],
}],
}
},
{
name: command.Name.LEGACY_ACTION_SEND_KEYS,
parameters: {value: [input.Key.SHIFT]}
},
{
name: command.Name.LEGACY_ACTION_SEND_KEYS,
parameters: {value: ['a', 'b', 'c']}
},
{
name: command.Name.LEGACY_ACTION_SEND_KEYS,
parameters: {value: [input.Key.SHIFT]}
},
{
name: command.Name.LEGACY_ACTION_SEND_KEYS,
parameters: {value: ['d', 'e']}
},
]);
});
it('mouse movements cannot be relative to the viewport', async function() {
const actions =
new input.Actions(
new StubExecutor(
Promise.reject(new error.UnknownCommandError)),
{bridge: true});
try {
await actions.move({x: 10, y: 15}).perform();
return Promise.reject(Error('should have failed!'));
} catch (err) {
if (!(err instanceof error.UnsupportedOperationError)
|| !err.message.startsWith('pointer movements relative to viewport')) {
throw err;
}
}
});
describe('detects clicks', function() {
it('press/release for same button is a click', async function() {
const executor =
new StubExecutor(
Promise.reject(new error.UnknownCommandError),
Promise.resolve());
const actions = new input.Actions(executor, {bridge: true});
const element = new WebElement(null, 'abc123');
await actions
.press(input.Button.LEFT)
.release(input.Button.LEFT)
.perform();
assert.deepEqual(executor.commands, [
{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{type: 'pointerDown', button: input.Button.LEFT},
{type: 'pointerUp', button: input.Button.LEFT},
],
}],
}
},
{
name: command.Name.LEGACY_ACTION_CLICK,
parameters: {button: input.Button.LEFT},
},
]);
});
it('not a click if release is a different button', async function() {
const executor =
new StubExecutor(
Promise.reject(new error.UnknownCommandError),
Promise.resolve(),
Promise.resolve(),
Promise.resolve(),
Promise.resolve());
const actions = new input.Actions(executor, {bridge: true});
const element = new WebElement(null, 'abc123');
await actions
.press(input.Button.LEFT)
.press(input.Button.RIGHT)
.release(input.Button.LEFT)
.release(input.Button.RIGHT)
.perform();
assert.deepEqual(executor.commands, [
{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{type: 'pointerDown', button: input.Button.LEFT},
{type: 'pointerDown', button: input.Button.RIGHT},
{type: 'pointerUp', button: input.Button.LEFT},
{type: 'pointerUp', button: input.Button.RIGHT},
],
}],
}
},
{
name: command.Name.LEGACY_ACTION_MOUSE_DOWN,
parameters: {button: input.Button.LEFT},
},
{
name: command.Name.LEGACY_ACTION_MOUSE_DOWN,
parameters: {button: input.Button.RIGHT},
},
{
name: command.Name.LEGACY_ACTION_MOUSE_UP,
parameters: {button: input.Button.LEFT},
},
{
name: command.Name.LEGACY_ACTION_MOUSE_UP,
parameters: {button: input.Button.RIGHT},
},
]);
});
it('click() shortcut', async function() {
const executor =
new StubExecutor(
Promise.reject(new error.UnknownCommandError),
Promise.resolve());
const actions = new input.Actions(executor, {bridge: true});
const element = new WebElement(null, 'abc123');
await actions.click().perform();
assert.deepEqual(executor.commands, [
{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{type: 'pointerDown', button: input.Button.LEFT},
{type: 'pointerUp', button: input.Button.LEFT},
],
}],
}
},
{
name: command.Name.LEGACY_ACTION_CLICK,
parameters: {button: input.Button.LEFT},
},
]);
});
it('detects context-clicks', async function() {
const executor =
new StubExecutor(
Promise.reject(new error.UnknownCommandError),
Promise.resolve());
const actions = new input.Actions(executor, {bridge: true});
const element = new WebElement(null, 'abc123');
await actions
.press(input.Button.RIGHT)
.release(input.Button.RIGHT)
.perform();
assert.deepEqual(executor.commands, [
{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{type: 'pointerDown', button: input.Button.RIGHT},
{type: 'pointerUp', button: input.Button.RIGHT},
],
}],
}
},
{
name: command.Name.LEGACY_ACTION_CLICK,
parameters: {button: input.Button.RIGHT},
},
]);
});
it('contextClick() shortcut', async function() {
const executor =
new StubExecutor(
Promise.reject(new error.UnknownCommandError),
Promise.resolve());
const actions = new input.Actions(executor, {bridge: true});
const element = new WebElement(null, 'abc123');
await actions.contextClick().perform();
assert.deepEqual(executor.commands, [
{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{type: 'pointerDown', button: input.Button.RIGHT},
{type: 'pointerUp', button: input.Button.RIGHT},
],
}],
}
},
{
name: command.Name.LEGACY_ACTION_CLICK,
parameters: {button: input.Button.RIGHT},
},
]);
});
it('click(element)', async function() {
const executor =
new StubExecutor(
Promise.reject(new error.UnknownCommandError),
Promise.resolve([0, 0]),
Promise.resolve(),
Promise.resolve());
const actions = new input.Actions(executor, {bridge: true});
const element = new WebElement(null, 'abc123');
await actions.click(element).perform();
assert.deepEqual(executor.commands, [
{
name: command.Name.ACTIONS,
parameters: {
actions: [{
id: 'default mouse',
type: 'pointer',
parameters: {pointerType: 'mouse'},
actions: [
{
type: 'pointerMove',