Files
blockly/tests/browser/test/basic_playground_test.mjs
Aaron Dodson 47307a9e53 refactor: Make focusable elements responsible for scrolling themselves into bounds. (#9288)
* refactor: Make focusable elements responsible for scrolling themselves into bounds.

* chore: Add tests for scrolling focused elements into view.

* fix: Removed inadvertent `.only`.

* fix: Scroll parent block of connections into bounds on focus.
2025-08-28 11:28:40 -07:00

462 lines
15 KiB
JavaScript

/**
* @license
* Copyright 2023 Google LLC
* SPDX-License-Identifier: Apache-2.0
*/
/**
* @fileoverview Node.js script to run Automated tests in Chrome, via webdriver.
*/
import * as chai from 'chai';
import {
connect,
contextMenuSelect,
dragBlockTypeFromFlyout,
dragNthBlockFromFlyout,
PAUSE_TIME,
testFileLocations,
testSetup,
} from './test_setup.mjs';
async function getIsCollapsed(browser, blockId) {
return await browser.execute((blockId) => {
return Blockly.getMainWorkspace().getBlockById(blockId).isCollapsed();
}, blockId);
}
async function getIsDisabled(browser, blockId) {
return await browser.execute((blockId) => {
const block = Blockly.getMainWorkspace().getBlockById(blockId);
return !block.isEnabled() || block.getInheritedDisabled();
}, blockId);
}
async function getCommentText(browser, blockId) {
return await browser.execute((blockId) => {
return Blockly.getMainWorkspace().getBlockById(blockId).getCommentText();
}, blockId);
}
suite('Testing Connecting Blocks', function () {
// Setting timeout to unlimited as the webdriver takes a longer time to run than most mocha test
this.timeout(0);
// Setup Selenium for all of the tests
suiteSetup(async function () {
this.browser = await testSetup(testFileLocations.PLAYGROUND);
});
test('dragging a block from the flyout results in a block on the workspace', async function () {
await dragBlockTypeFromFlyout(this.browser, 'Logic', 'controls_if', 20, 20);
const blockCount = await this.browser.execute(() => {
return Blockly.getMainWorkspace().getAllBlocks(false).length;
});
chai.assert.equal(blockCount, 1);
});
});
/**
* These tests have to run together. Each test acts on the state left by the
* previous test, and each test has a single assertion.
*/
suite('Right Clicking on Blocks', function () {
// Setting timeout to unlimited as the webdriver takes a longer time to run than most mocha test
this.timeout(0);
// Setup Selenium for all of the tests
suiteSetup(async function () {
this.browser = await testSetup(testFileLocations.PLAYGROUND);
this.block = await dragNthBlockFromFlyout(this.browser, 'Loops', 0, 20, 20);
});
test('clicking the collapse option collapses the block', async function () {
await contextMenuSelect(this.browser, this.block, 'Collapse Block');
chai.assert.isTrue(await getIsCollapsed(this.browser, this.block.id));
});
// Assumes that
test('clicking the expand option expands the block', async function () {
await contextMenuSelect(this.browser, this.block, 'Expand Block');
chai.assert.isFalse(await getIsCollapsed(this.browser, this.block.id));
});
test('clicking the disable option disables the block', async function () {
await contextMenuSelect(this.browser, this.block, 'Disable Block');
chai.assert.isTrue(await getIsDisabled(this.browser, this.block.id));
});
test('clicking the enable option enables the block', async function () {
await contextMenuSelect(this.browser, this.block, 'Enable Block');
chai.assert.isFalse(await getIsDisabled(this.browser, this.block.id));
});
test('clicking the add comment option adds a comment to the block', async function () {
await contextMenuSelect(this.browser, this.block, 'Add Comment');
chai.assert.equal(await getCommentText(this.browser, this.block.id), '');
});
test('clicking the remove comment option removes a comment from the block', async function () {
await contextMenuSelect(this.browser, this.block, 'Remove Comment');
chai.assert.isNull(await getCommentText(this.browser, this.block.id));
});
test('does not scroll the page when node is ephemerally focused', async function () {
const initialScroll = await this.browser.execute(() => {
return window.scrollY;
});
// This left-right-left sequence was necessary to reproduce unintended
// scrolling; regardless of the number of clicks/context menu activations,
// the page should not scroll.
this.block.click({button: 2});
this.block.click({button: 0});
this.block.click({button: 2});
await this.browser.pause(250);
const finalScroll = await this.browser.execute(() => {
return window.scrollY;
});
chai.assert.equal(initialScroll, finalScroll);
});
test('does not scroll the page when node is actively focused', async function () {
await this.browser.setWindowSize(500, 300);
await this.browser.setViewport({width: 500, height: 300});
const initialScroll = await this.browser.execute((blockId) => {
window.scrollTo(0, document.body.scrollHeight);
return window.scrollY;
}, this.block.id);
await this.browser.execute(() => {
Blockly.getFocusManager().focusNode(
Blockly.getMainWorkspace().getToolbox(),
);
});
const finalScroll = await this.browser.execute(() => {
return window.scrollY;
});
chai.assert.equal(initialScroll, finalScroll);
await this.browser.setWindowSize(800, 600);
await this.browser.setViewport({width: 800, height: 600});
});
});
suite('Disabling', function () {
// Setting timeout to unlimited as the webdriver takes a longer
// time to run than most mocha tests.
this.timeout(0);
suiteSetup(async function () {
this.browser = await testSetup(testFileLocations.PLAYGROUND);
});
setup(async function () {
await this.browser.refresh();
// Pause to allow refresh time to work.
await this.browser.pause(PAUSE_TIME + 150);
});
test(
'children connected to value inputs are disabled when the ' +
'parent is disabled',
async function () {
const parent = await dragBlockTypeFromFlyout(
this.browser,
'Logic',
'controls_if',
15,
0,
);
const child = await dragBlockTypeFromFlyout(
this.browser,
'Logic',
'logic_boolean',
100,
0,
);
await connect(this.browser, child, 'OUTPUT', parent, 'IF0');
await this.browser.pause(PAUSE_TIME);
await contextMenuSelect(this.browser, parent, 'Disable Block');
chai.assert.isTrue(await getIsDisabled(this.browser, child.id));
},
);
test(
'children connected to statement inputs are disabled when the ' +
'parent is disabled',
async function () {
const parent = await dragBlockTypeFromFlyout(
this.browser,
'Logic',
'controls_if',
15,
0,
);
const child = await dragBlockTypeFromFlyout(
this.browser,
'Logic',
'controls_if',
100,
0,
);
await this.browser.pause(PAUSE_TIME);
await connect(this.browser, child, 'PREVIOUS', parent, 'DO0');
await this.browser.pause(PAUSE_TIME);
await contextMenuSelect(this.browser, parent, 'Disable Block');
chai.assert.isTrue(await getIsDisabled(this.browser, child.id));
},
);
test(
'children connected to next connections are not disabled when the ' +
'parent is disabled',
async function () {
const parent = await dragBlockTypeFromFlyout(
this.browser,
'Logic',
'controls_if',
15,
0,
);
const child = await dragBlockTypeFromFlyout(
this.browser,
'Logic',
'controls_if',
100,
0,
);
await connect(this.browser, child, 'PREVIOUS', parent, 'NEXT');
await contextMenuSelect(this.browser, parent, 'Disable Block');
chai.assert.isFalse(await getIsDisabled(this.browser, child.id));
},
);
});
suite('Focused nodes are scrolled into bounds', function () {
// Setting timeout to unlimited as the webdriver takes a longer time to run
// than most mocha tests.
this.timeout(0);
// Setup Selenium for all of the tests
suiteSetup(async function () {
this.browser = await testSetup(testFileLocations.PLAYGROUND);
await this.browser.execute(() => {
window.focusScrollTest = async (testcase) => {
const workspace = Blockly.getMainWorkspace();
const metrics = workspace.getMetricsManager();
const initialViewport = metrics.getViewMetrics(true);
const elementBounds = await testcase(workspace);
await Blockly.renderManagement.finishQueuedRenders();
const scrolledViewport = metrics.getViewMetrics(true);
const workspaceBounds = new Blockly.utils.Rect(
scrolledViewport.top,
scrolledViewport.top + scrolledViewport.height,
scrolledViewport.left,
scrolledViewport.left + scrolledViewport.width,
);
return {
changed:
JSON.stringify(initialViewport) !==
JSON.stringify(scrolledViewport),
intersects: elementBounds.intersects(workspaceBounds),
contains: workspaceBounds.contains(
elementBounds.getOrigin().x,
elementBounds.getOrigin().y,
),
elementBounds,
workspaceBounds,
};
};
});
});
setup(async function () {
await this.browser.execute(() => {
Blockly.serialization.blocks.append(
{
'type': 'text',
'x': -500,
'y': -500,
},
Blockly.getMainWorkspace(),
);
Blockly.serialization.blocks.append(
{
'type': 'controls_if',
'x': 500,
'y': 500,
},
Blockly.getMainWorkspace(),
);
Blockly.getMainWorkspace().zoomCenter(1);
});
});
test('Focused blocks scroll into bounds', async function () {
const result = await this.browser.execute(async () => {
return await window.focusScrollTest(async (workspace) => {
const block = workspace.getTopBlocks()[0];
Blockly.getFocusManager().focusNode(block);
return block.getBoundingRectangleWithoutChildren();
});
});
chai.assert.isTrue(result.intersects);
chai.assert.isTrue(result.contains);
chai.assert.isTrue(result.changed);
});
test('Focused bubbles scroll into bounds', async function () {
const result = await this.browser.execute(async () => {
return await window.focusScrollTest(async (workspace) => {
const block = workspace.getTopBlocks()[0];
block.setCommentText('hello world');
const icon = block.getIcon(Blockly.icons.IconType.COMMENT);
icon.setBubbleVisible(true);
await Blockly.renderManagement.finishQueuedRenders();
icon.setBubbleLocation(new Blockly.utils.Coordinate(-510, -510));
Blockly.getFocusManager().focusNode(icon.getBubble());
const xy = icon.getBubble().getRelativeToSurfaceXY();
const size = icon.getBubble().getSize();
return new Blockly.utils.Rect(
xy.y,
xy.y + size.height,
xy.x,
xy.x + size.width,
);
});
});
chai.assert.isTrue(result.intersects);
chai.assert.isTrue(result.contains);
chai.assert.isTrue(result.changed);
});
test('Comment bar buttons scroll into bounds', async function () {
const result = await this.browser.execute(async () => {
return await window.focusScrollTest(async (workspace) => {
const comment = new Blockly.comments.RenderedWorkspaceComment(
workspace,
);
comment.moveTo(new Blockly.utils.Coordinate(-300, 500));
const commentBarButton = comment.view.getCommentBarButtons()[0];
Blockly.getFocusManager().focusNode(commentBarButton);
const xy = comment.view.getRelativeToSurfaceXY();
const size = comment.view.getSize();
// Comment bar buttons scroll their parent comment view into view.
return new Blockly.utils.Rect(
xy.y,
xy.y + size.height,
xy.x,
xy.x + size.width,
);
});
});
chai.assert.isTrue(result.intersects);
chai.assert.isTrue(result.contains);
chai.assert.isTrue(result.changed);
});
test('Comment editors scroll into bounds', async function () {
const result = await this.browser.execute(async () => {
return await window.focusScrollTest(async (workspace) => {
const comment = new Blockly.comments.RenderedWorkspaceComment(
workspace,
);
comment.moveTo(new Blockly.utils.Coordinate(-300, 500));
const commentEditor = comment.view.getEditorFocusableNode();
Blockly.getFocusManager().focusNode(commentEditor);
// Comment editor bounds can't be calculated externally since they
// depend on private properties, but the comment view is a reasonable
// proxy.
const xy = comment.view.getRelativeToSurfaceXY();
const size = comment.view.getSize();
return new Blockly.utils.Rect(
xy.y,
xy.y + size.height,
xy.x,
xy.x + size.width,
);
});
});
chai.assert.isTrue(result.intersects);
chai.assert.isTrue(result.contains);
chai.assert.isTrue(result.changed);
});
test('Workspace comments scroll into bounds', async function () {
const result = await this.browser.execute(async () => {
return await window.focusScrollTest(async (workspace) => {
const comment = new Blockly.comments.RenderedWorkspaceComment(
workspace,
);
comment.moveTo(new Blockly.utils.Coordinate(-500, 500));
Blockly.getFocusManager().focusNode(comment);
return comment.getBoundingRectangle();
});
});
chai.assert.isTrue(result.intersects);
chai.assert.isTrue(result.contains);
chai.assert.isTrue(result.changed);
});
test('Icons scroll into bounds', async function () {
const result = await this.browser.execute(async () => {
return await window.focusScrollTest(async (workspace) => {
const block = workspace.getTopBlocks()[0];
block.setWarningText('this is bad');
const icon = block.getIcon(Blockly.icons.IconType.WARNING);
Blockly.getFocusManager().focusNode(icon);
// Icon bounds can't be calculated externally since they depend on
// protected properties, but the parent block is a reasonable proxy.
return block.getBoundingRectangleWithoutChildren();
});
});
chai.assert.isTrue(result.intersects);
chai.assert.isTrue(result.contains);
chai.assert.isTrue(result.changed);
});
test('Fields scroll into bounds', async function () {
const result = await this.browser.execute(async () => {
return await window.focusScrollTest(async (workspace) => {
const block = workspace.getTopBlocks()[0];
const field = block.getField('TEXT');
Blockly.getFocusManager().focusNode(field);
// Fields scroll their source block into view.
return block.getBoundingRectangleWithoutChildren();
});
});
chai.assert.isTrue(result.intersects);
chai.assert.isTrue(result.contains);
chai.assert.isTrue(result.changed);
});
test('Connections scroll into bounds', async function () {
const result = await this.browser.execute(async () => {
return await window.focusScrollTest(async (workspace) => {
const block = workspace.getBlocksByType('controls_if')[0];
Blockly.getFocusManager().focusNode(block.nextConnection);
// Connection bounds can't be calculated externally since they depend on
// protected properties, but the parent block is a reasonable proxy.
return block.getBoundingRectangleWithoutChildren();
});
});
chai.assert.isTrue(result.intersects);
chai.assert.isTrue(result.contains);
chai.assert.isTrue(result.changed);
});
});