Files
blockly/tests/mocha/event_test.js

1758 lines
57 KiB
JavaScript

/**
* @license
* Copyright 2019 Google LLC
* SPDX-License-Identifier: Apache-2.0
*/
import * as Blockly from '../../build/src/core/blockly.js';
import * as eventUtils from '../../build/src/core/events/utils.js';
import {ASTNode} from '../../build/src/core/keyboard_nav/ast_node.js';
import {assert} from '../../node_modules/chai/chai.js';
import {
assertEventEquals,
assertNthCallEventArgEquals,
createChangeListenerSpy,
} from './test_helpers/events.js';
import {
createGenUidStubWithReturns,
sharedTestSetup,
sharedTestTeardown,
workspaceTeardown,
} from './test_helpers/setup_teardown.js';
import {assertVariableValues} from './test_helpers/variables.js';
suite('Events', function () {
setup(function () {
sharedTestSetup.call(this, {fireEventsNow: false});
this.eventsFireSpy = sinon.spy(eventUtils.TEST_ONLY, 'fireInternal');
this.workspace = new Blockly.Workspace();
Blockly.defineBlocksWithJsonArray([
{
'type': 'field_variable_test_block',
'message0': '%1',
'args0': [
{
'type': 'field_variable',
'name': 'VAR',
'variable': 'item',
},
],
},
{
'type': 'simple_test_block',
'message0': 'simple test block',
},
{
'type': 'inputs_test_block',
'message0': 'first %1 second %2',
'args0': [
{
'type': 'input_statement',
'name': 'STATEMENT1',
},
{
'type': 'input_statement',
'name': 'STATEMENT2',
},
],
},
{
'type': 'statement_test_block',
'message0': '',
'previousStatement': null,
'nextStatement': null,
},
]);
});
teardown(function () {
sharedTestTeardown.call(this);
});
function createSimpleTestBlock(workspace) {
// Disable events while constructing the block: this is a test of the
// Blockly.Event constructors, not the block constructors.
// Set the group id to avoid an extra call to genUid.
eventUtils.disable();
let block;
try {
eventUtils.setGroup('unused');
block = new Blockly.Block(workspace, 'simple_test_block');
} finally {
eventUtils.setGroup(false);
}
eventUtils.enable();
return block;
}
suite('Constructors', function () {
test('Abstract', function () {
const event = new Blockly.Events.Abstract();
assertEventEquals(event, '', undefined, undefined, {
'recordUndo': true,
'group': '',
});
});
test('UI event without block', function () {
const event = new Blockly.Events.UiBase(this.workspace.id);
assertEventEquals(
event,
'',
this.workspace.id,
undefined,
{
'recordUndo': false,
'group': '',
},
true,
);
});
test('Click without block', function () {
const event = new Blockly.Events.Click(
null,
this.workspace.id,
'workspace',
);
assertEventEquals(
event,
Blockly.Events.CLICK,
this.workspace.id,
null,
{
'targetType': 'workspace',
'recordUndo': false,
'group': '',
},
true,
);
});
suite('With simple blocks', function () {
setup(function () {
this.TEST_BLOCK_ID = 'test_block_id';
this.TEST_PARENT_ID = 'parent';
// genUid is expected to be called either once or twice in this suite.
this.genUidStub = createGenUidStubWithReturns([
this.TEST_BLOCK_ID,
this.TEST_PARENT_ID,
]);
this.block = createSimpleTestBlock(this.workspace);
});
test('Block base', function () {
const event = new Blockly.Events.BlockBase(this.block);
sinon.assert.calledOnce(this.genUidStub);
assertEventEquals(event, '', this.workspace.id, this.TEST_BLOCK_ID, {
'recordUndo': true,
'group': '',
});
});
test('Block create', function () {
const event = new Blockly.Events.BlockCreate(this.block);
sinon.assert.calledOnce(this.genUidStub);
assertEventEquals(
event,
Blockly.Events.BLOCK_CREATE,
this.workspace.id,
this.TEST_BLOCK_ID,
{
'recordUndo': true,
'group': '',
},
);
});
test('Block delete', function () {
const event = new Blockly.Events.BlockDelete(this.block);
sinon.assert.calledOnce(this.genUidStub);
assertEventEquals(
event,
Blockly.Events.BLOCK_DELETE,
this.workspace.id,
this.TEST_BLOCK_ID,
{
'recordUndo': true,
'group': '',
},
);
});
test('Click with block', function () {
const TEST_GROUP_ID = 'testGroup';
eventUtils.setGroup(TEST_GROUP_ID);
const event = new Blockly.Events.Click(this.block, null, 'block');
assertEventEquals(
event,
Blockly.Events.CLICK,
this.workspace.id,
this.TEST_BLOCK_ID,
{
'targetType': 'block',
'recordUndo': false,
'group': TEST_GROUP_ID,
},
true,
);
});
suite('Block Move', function () {
test('by coordinate', function () {
const coordinate = new Blockly.utils.Coordinate(3, 4);
this.block.xy_ = coordinate;
const event = new Blockly.Events.BlockMove(this.block);
sinon.assert.calledOnce(this.genUidStub);
assertEventEquals(
event,
Blockly.Events.BLOCK_MOVE,
this.workspace.id,
this.TEST_BLOCK_ID,
{
'oldParentId': undefined,
'oldInputName': undefined,
'oldCoordinate': coordinate,
'recordUndo': true,
'group': '',
},
);
});
test('by parent', function () {
try {
this.parentBlock = createSimpleTestBlock(this.workspace);
this.block.parentBlock_ = this.parentBlock;
this.block.xy_ = new Blockly.utils.Coordinate(3, 4);
const event = new Blockly.Events.BlockMove(this.block);
sinon.assert.calledTwice(this.genUidStub);
assertEventEquals(
event,
Blockly.Events.BLOCK_MOVE,
this.workspace.id,
this.TEST_BLOCK_ID,
{
'oldParentId': this.TEST_PARENT_ID,
'oldInputName': undefined,
'oldCoordinate': undefined,
'recordUndo': true,
'group': '',
},
);
} finally {
// This needs to be cleared, otherwise workspace.dispose will fail.
this.block.parentBlock_ = null;
}
});
});
});
suite('With shadow blocks', function () {
setup(function () {
this.TEST_BLOCK_ID = 'test_block_id';
this.TEST_PARENT_ID = 'parent';
// genUid is expected to be called either once or twice in this suite.
this.genUidStub = createGenUidStubWithReturns([
this.TEST_BLOCK_ID,
this.TEST_PARENT_ID,
]);
this.block = createSimpleTestBlock(this.workspace);
this.block.setShadow(true);
});
test('Block base', function () {
const event = new Blockly.Events.BlockBase(this.block);
sinon.assert.calledOnce(this.genUidStub);
assertEventEquals(event, '', this.workspace.id, this.TEST_BLOCK_ID, {
'varId': undefined,
'recordUndo': true,
'group': '',
});
});
test('Block change', function () {
const event = new Blockly.Events.BlockChange(
this.block,
'field',
'FIELD_NAME',
'old',
'new',
);
sinon.assert.calledOnce(this.genUidStub);
assertEventEquals(
event,
Blockly.Events.BLOCK_CHANGE,
this.workspace.id,
this.TEST_BLOCK_ID,
{
'varId': undefined,
'element': 'field',
'name': 'FIELD_NAME',
'oldValue': 'old',
'newValue': 'new',
'recordUndo': true,
'group': '',
},
);
});
test('Block create', function () {
const event = new Blockly.Events.BlockCreate(this.block);
sinon.assert.calledOnce(this.genUidStub);
assertEventEquals(
event,
Blockly.Events.BLOCK_CREATE,
this.workspace.id,
this.TEST_BLOCK_ID,
{
'recordUndo': false,
'group': '',
},
);
});
test('Block delete', function () {
const event = new Blockly.Events.BlockDelete(this.block);
sinon.assert.calledOnce(this.genUidStub);
assertEventEquals(
event,
Blockly.Events.BLOCK_DELETE,
this.workspace.id,
this.TEST_BLOCK_ID,
{
'recordUndo': false,
'group': '',
},
);
});
test('Block move', function () {
try {
this.parentBlock = createSimpleTestBlock(this.workspace);
this.block.parentBlock_ = this.parentBlock;
this.block.xy_ = new Blockly.utils.Coordinate(3, 4);
const event = new Blockly.Events.BlockMove(this.block);
sinon.assert.calledTwice(this.genUidStub);
assertEventEquals(
event,
Blockly.Events.BLOCK_MOVE,
this.workspace.id,
this.TEST_BLOCK_ID,
{
'oldParentId': this.TEST_PARENT_ID,
'oldInputName': undefined,
'oldCoordinate': undefined,
'recordUndo': false,
'group': '',
},
);
} finally {
// This needs to be cleared, otherwise workspace.dispose will fail.
this.block.parentBlock_ = null;
}
});
});
suite('With variable getter blocks', function () {
setup(function () {
this.genUidStub = createGenUidStubWithReturns([
this.TEST_BLOCK_ID,
'test_var_id',
'test_group_id',
]);
// Disabling events when creating a block with variable can cause issues
// at workspace dispose.
this.block = new Blockly.Block(
this.workspace,
'field_variable_test_block',
);
});
test('Block change', function () {
const event = new Blockly.Events.BlockChange(
this.block,
'field',
'VAR',
'id1',
'id2',
);
assertEventEquals(
event,
Blockly.Events.BLOCK_CHANGE,
this.workspace.id,
this.TEST_BLOCK_ID,
{
'element': 'field',
'name': 'VAR',
'oldValue': 'id1',
'newValue': 'id2',
'recordUndo': true,
'group': '',
},
);
});
});
});
suite('Serialization', function () {
const safeStringify = (json) => {
const cache = [];
return JSON.stringify(json, (key, value) => {
if (typeof value == 'object' && value != null) {
if (cache.includes(value)) {
// Discard duplicate reference.
return undefined;
}
cache.push(value);
return value;
}
return value;
});
};
const variableEventTestCases = [
{
title: 'Var create',
class: Blockly.Events.VarCreate,
getArgs: (thisObj) => [thisObj.variable],
getExpectedJson: () => ({
type: 'var_create',
group: '',
varId: 'id1',
varType: 'type1',
varName: 'name1',
}),
},
{
title: 'Var delete',
class: Blockly.Events.VarDelete,
getArgs: (thisObj) => [thisObj.variable],
getExpectedJson: () => ({
type: 'var_delete',
group: '',
varId: 'id1',
varType: 'type1',
varName: 'name1',
}),
},
{
title: 'Var rename',
class: Blockly.Events.VarRename,
getArgs: (thisObj) => [thisObj.variable, 'name2'],
getExpectedJson: () => ({
type: 'var_rename',
group: '',
varId: 'id1',
oldName: 'name1',
newName: 'name2',
}),
},
];
const uiEventTestCases = [
{
title: 'Bubble open',
class: Blockly.Events.BubbleOpen,
getArgs: (thisObj) => [thisObj.block, true, 'mutator'],
getExpectedJson: (thisObj) => ({
type: 'bubble_open',
group: '',
isOpen: true,
bubbleType: 'mutator',
blockId: thisObj.block.id,
}),
},
{
title: 'Block click',
class: Blockly.Events.Click,
getArgs: (thisObj) => [thisObj.block, null, 'block'],
getExpectedJson: (thisObj) => ({
type: 'click',
group: '',
targetType: 'block',
blockId: thisObj.block.id,
}),
},
{
title: 'Workspace click',
class: Blockly.Events.Click,
getArgs: (thisObj) => [null, thisObj.workspace.id, 'workspace'],
getExpectedJson: (thisObj) => ({
type: 'click',
group: '',
targetType: 'workspace',
}),
},
{
title: 'Drag start',
class: Blockly.Events.BlockDrag,
getArgs: (thisObj) => [thisObj.block, true, [thisObj.block]],
getExpectedJson: (thisObj) => ({
type: 'drag',
group: '',
isStart: true,
blockId: thisObj.block.id,
blocks: [thisObj.block],
}),
},
{
title: 'Drag end',
class: Blockly.Events.BlockDrag,
getArgs: (thisObj) => [thisObj.block, false, [thisObj.block]],
getExpectedJson: (thisObj) => ({
type: 'drag',
group: '',
isStart: false,
blockId: thisObj.block.id,
blocks: [thisObj.block],
}),
},
{
title: 'Field Edit Intermediate Change',
class: Blockly.Events.BlockFieldIntermediateChange,
getArgs: (thisObj) => [thisObj.block, 'test', 'old value', 'new value'],
getExpectedJson: (thisObj) => ({
type: 'block_field_intermediate_change',
group: '',
blockId: thisObj.block.id,
name: 'test',
oldValue: 'old value',
newValue: 'new value',
}),
},
{
title: 'null to Block Marker move',
class: Blockly.Events.MarkerMove,
getArgs: (thisObj) => [
thisObj.block,
true,
null,
new ASTNode(ASTNode.types.BLOCK, thisObj.block),
],
getExpectedJson: (thisObj) => ({
type: 'marker_move',
group: '',
isCursor: true,
blockId: thisObj.block.id,
oldNode: undefined,
newNode: new ASTNode(ASTNode.types.BLOCK, thisObj.block),
}),
},
{
title: 'null to Workspace Marker move',
class: Blockly.Events.MarkerMove,
getArgs: (thisObj) => [
null,
true,
null,
ASTNode.createWorkspaceNode(
thisObj.workspace,
new Blockly.utils.Coordinate(0, 0),
),
],
getExpectedJson: (thisObj) => ({
type: 'marker_move',
group: '',
isCursor: true,
blockId: undefined,
oldNode: undefined,
newNode: ASTNode.createWorkspaceNode(
thisObj.workspace,
new Blockly.utils.Coordinate(0, 0),
),
}),
},
{
title: 'Workspace to Block Marker move',
class: Blockly.Events.MarkerMove,
getArgs: (thisObj) => [
thisObj.block,
true,
ASTNode.createWorkspaceNode(
thisObj.workspace,
new Blockly.utils.Coordinate(0, 0),
),
new ASTNode(ASTNode.types.BLOCK, thisObj.block),
],
getExpectedJson: (thisObj) => ({
type: 'marker_move',
group: '',
isCursor: true,
blockId: thisObj.block.id,
oldNode: ASTNode.createWorkspaceNode(
thisObj.workspace,
new Blockly.utils.Coordinate(0, 0),
),
newNode: new ASTNode(ASTNode.types.BLOCK, thisObj.block),
}),
},
{
title: 'Block to Workspace Marker move',
class: Blockly.Events.MarkerMove,
getArgs: (thisObj) => [
null,
true,
new ASTNode(ASTNode.types.BLOCK, thisObj.block),
ASTNode.createWorkspaceNode(
thisObj.workspace,
new Blockly.utils.Coordinate(0, 0),
),
],
},
{
title: 'Selected',
class: Blockly.Events.Selected,
getArgs: (thisObj) => [null, thisObj.block.id, thisObj.workspace.id],
getExpectedJson: (thisObj) => ({
type: 'selected',
group: '',
newElementId: thisObj.block.id,
}),
},
{
title: 'Selected (deselect)',
class: Blockly.Events.Selected,
getArgs: (thisObj) => [thisObj.block.id, null, thisObj.workspace.id],
getExpectedJson: (thisObj) => ({
type: 'selected',
group: '',
oldElementId: thisObj.block.id,
}),
},
{
title: 'Theme Change',
class: Blockly.Events.ThemeChange,
getArgs: (thisObj) => ['classic', thisObj.workspace.id],
getExpectedJson: () => ({
type: 'theme_change',
group: '',
themeName: 'classic',
}),
},
{
title: 'Toolbox item select',
class: Blockly.Events.ToolboxItemSelect,
getArgs: (thisObj) => ['Math', 'Loops', thisObj.workspace.id],
getExpectedJson: () => ({
type: 'toolbox_item_select',
group: '',
oldItem: 'Math',
newItem: 'Loops',
}),
},
{
title: 'Toolbox item select (no previous)',
class: Blockly.Events.ToolboxItemSelect,
getArgs: (thisObj) => [null, 'Loops', thisObj.workspace.id],
getExpectedJson: () => ({
type: 'toolbox_item_select',
group: '',
newItem: 'Loops',
}),
},
{
title: 'Toolbox item select (deselect)',
class: Blockly.Events.ToolboxItemSelect,
getArgs: (thisObj) => ['Math', null, thisObj.workspace.id],
getExpectedJson: () => ({
type: 'toolbox_item_select',
group: '',
oldItem: 'Math',
}),
},
{
title: 'Trashcan open',
class: Blockly.Events.TrashcanOpen,
getArgs: (thisObj) => [true, thisObj.workspace.id],
getExpectedJson: () => ({
type: 'trashcan_open',
group: '',
isOpen: true,
}),
},
{
title: 'Viewport change',
class: Blockly.Events.ViewportChange,
getArgs: (thisObj) => [2.666, 1.333, 1.2, thisObj.workspace.id, 1],
getExpectedJson: () => ({
type: 'viewport_change',
group: '',
viewTop: 2.666,
viewLeft: 1.333,
scale: 1.2,
oldScale: 1,
}),
},
{
title: 'Viewport change (0,0)',
class: Blockly.Events.ViewportChange,
getArgs: (thisObj) => [0, 0, 1.2, thisObj.workspace.id, 1],
getExpectedJson: () => ({
type: 'viewport_change',
group: '',
viewTop: 0,
viewLeft: 0,
scale: 1.2,
oldScale: 1,
}),
},
];
const blockEventTestCases = [
{
title: 'Block change',
class: Blockly.Events.BlockChange,
getArgs: (thisObj) => [thisObj.block, 'collapsed', null, false, true],
getExpectedJson: (thisObj) => ({
type: 'change',
group: '',
blockId: thisObj.block.id,
element: 'collapsed',
oldValue: false,
newValue: true,
}),
},
{
title: 'Block create',
class: Blockly.Events.BlockCreate,
getArgs: (thisObj) => [thisObj.block],
getExpectedJson: (thisObj) => ({
type: 'create',
group: '',
blockId: thisObj.block.id,
xml:
'<block xmlns="https://developers.google.com/blockly/xml"' +
' type="simple_test_block" id="testBlockId1" x="0" y="0">' +
'</block>',
ids: [thisObj.block.id],
json: {
'type': 'simple_test_block',
'id': 'testBlockId1',
'x': 0,
'y': 0,
},
}),
},
{
title: 'Block create (shadow)',
class: Blockly.Events.BlockCreate,
getArgs: (thisObj) => [thisObj.shadowBlock],
getExpectedJson: (thisObj) => ({
type: 'create',
group: '',
blockId: thisObj.shadowBlock.id,
xml:
'<shadow xmlns="https://developers.google.com/blockly/xml"' +
' type="simple_test_block" id="testBlockId2" x="0" y="0">' +
'</shadow>',
ids: [thisObj.shadowBlock.id],
json: {
'type': 'simple_test_block',
'id': 'testBlockId2',
'x': 0,
'y': 0,
},
recordUndo: false,
}),
},
{
title: 'Block delete',
class: Blockly.Events.BlockDelete,
getArgs: (thisObj) => [thisObj.block],
getExpectedJson: (thisObj) => ({
type: 'delete',
group: '',
blockId: thisObj.block.id,
oldXml:
'<block xmlns="https://developers.google.com/blockly/xml"' +
' type="simple_test_block" id="testBlockId1" x="0" y="0">' +
'</block>',
ids: [thisObj.block.id],
wasShadow: false,
oldJson: {
'type': 'simple_test_block',
'id': 'testBlockId1',
'x': 0,
'y': 0,
},
}),
},
{
title: 'Block delete (shadow)',
class: Blockly.Events.BlockDelete,
getArgs: (thisObj) => [thisObj.shadowBlock],
getExpectedJson: (thisObj) => ({
type: 'delete',
group: '',
blockId: thisObj.shadowBlock.id,
oldXml:
'<shadow xmlns="https://developers.google.com/blockly/xml"' +
' type="simple_test_block" id="testBlockId2" x="0" y="0">' +
'</shadow>',
ids: [thisObj.shadowBlock.id],
wasShadow: true,
oldJson: {
'type': 'simple_test_block',
'id': 'testBlockId2',
'x': 0,
'y': 0,
},
recordUndo: false,
}),
},
// TODO(#4577) Test serialization of move event coordinate properties.
{
title: 'Block move',
class: Blockly.Events.BlockMove,
getArgs: (thisObj) => [thisObj.block],
getExpectedJson: (thisObj) => ({
type: 'move',
group: '',
blockId: thisObj.block.id,
oldCoordinate: '0, 0',
}),
},
{
title: 'Block move (shadow)',
class: Blockly.Events.BlockMove,
getArgs: (thisObj) => [thisObj.shadowBlock],
getExpectedJson: (thisObj) => ({
type: 'move',
group: '',
blockId: thisObj.shadowBlock.id,
oldCoordinate: '0, 0',
recordUndo: false,
}),
},
];
const workspaceCommentEventTestCases = [
{
title: 'Comment change',
class: Blockly.Events.CommentChange,
getArgs: (thisObj) => [thisObj.comment, 'bar', 'foo'],
getExpectedJson: (thisObj) => ({
type: 'comment_change',
group: '',
commentId: thisObj.comment.id,
oldContents: 'bar',
newContents: 'foo',
}),
},
{
title: 'Comment create',
class: Blockly.Events.CommentCreate,
getArgs: (thisObj) => [thisObj.comment],
getExpectedJson: (thisObj) => ({
type: 'comment_create',
group: '',
commentId: thisObj.comment.id,
// TODO: Before merging, is this a dumb change detector?
xml: Blockly.Xml.domToText(
Blockly.Xml.saveWorkspaceComment(thisObj.comment),
{addCoordinates: true},
),
json: {
height: 100,
width: 120,
id: 'comment id',
x: 0,
y: 0,
text: 'test text',
},
}),
},
{
title: 'Comment delete',
class: Blockly.Events.CommentDelete,
getArgs: (thisObj) => [thisObj.comment],
getExpectedJson: (thisObj) => ({
type: 'comment_delete',
group: '',
commentId: thisObj.comment.id,
// TODO: Before merging, is this a dumb change detector?
xml: Blockly.Xml.domToText(
Blockly.Xml.saveWorkspaceComment(thisObj.comment),
{addCoordinates: true},
),
json: {
height: 100,
width: 120,
id: 'comment id',
x: 0,
y: 0,
text: 'test text',
},
}),
},
{
title: 'Comment drag start',
class: Blockly.Events.CommentDrag,
getArgs: (thisObj) => [thisObj.comment, true],
getExpectedJson: (thisObj) => ({
type: 'comment_drag',
group: '',
isStart: true,
commentId: thisObj.comment.id,
}),
},
{
title: 'Comment drag end',
class: Blockly.Events.CommentDrag,
getArgs: (thisObj) => [thisObj.comment, false],
getExpectedJson: (thisObj) => ({
type: 'comment_drag',
group: '',
isStart: false,
commentId: thisObj.comment.id,
}),
},
// TODO(#4577) Test serialization of move event coordinate properties.
// TODO(#4577) Test serialization of comment resize event properties.
];
const testSuites = [
{
title: 'Variable events',
testCases: variableEventTestCases,
setup: (thisObj) => {
thisObj.variable = thisObj.workspace.createVariable(
'name1',
'type1',
'id1',
);
},
},
{
title: 'UI events',
testCases: uiEventTestCases,
setup: (thisObj) => {
thisObj.block = createSimpleTestBlock(thisObj.workspace);
},
},
{
title: 'Block events',
testCases: blockEventTestCases,
setup: (thisObj) => {
createGenUidStubWithReturns(['testBlockId1', 'testBlockId2']);
thisObj.block = createSimpleTestBlock(thisObj.workspace);
thisObj.shadowBlock = createSimpleTestBlock(thisObj.workspace);
thisObj.shadowBlock.setShadow(true);
},
},
{
title: 'WorkspaceComment events',
testCases: workspaceCommentEventTestCases,
setup: (thisObj) => {
thisObj.comment = new Blockly.comments.WorkspaceComment(
thisObj.workspace,
'comment id',
);
thisObj.comment.setText('test text');
},
},
];
testSuites.forEach((testSuite) => {
suite(testSuite.title, function () {
setup(function () {
testSuite.setup(this);
});
suite('fromJson', function () {
testSuite.testCases.forEach((testCase) => {
test(testCase.title, function () {
const event = new testCase.class(...testCase.getArgs(this));
const json = event.toJson();
const event2 = Blockly.Events.fromJson(json, this.workspace);
assert.equal(safeStringify(event2.toJson()), safeStringify(json));
});
});
});
suite('toJson', function () {
testSuite.testCases.forEach((testCase) => {
if (testCase.getExpectedJson) {
test(testCase.title, function () {
const event = new testCase.class(...testCase.getArgs(this));
const json = event.toJson();
const expectedJson = testCase.getExpectedJson(this);
assert.equal(safeStringify(json), safeStringify(expectedJson));
});
}
});
});
});
});
});
suite('Variable events', function () {
setup(function () {
this.variable = this.workspace.createVariable('name1', 'type1', 'id1');
});
/**
* Check if a variable with the given values exists.
* @param {Blockly.Workspace|Blockly.VariableMap} container The workspace or
* variableMap the checked variable belongs to.
* @param {!string} name The expected name of the variable.
* @param {!string} type The expected type of the variable.
* @param {!string} id The expected id of the variable.
*/
function checkVariableValues(container, name, type, id) {
const variable = container.getVariableById(id);
assert.isDefined(variable);
assert.equal(name, variable.name);
assert.equal(type, variable.type);
assert.equal(id, variable.getId());
}
suite('Constructors', function () {
test('Var base', function () {
const event = new Blockly.Events.VarBase(this.variable);
assertEventEquals(event, '', this.workspace.id, undefined, {
'varId': 'id1',
'recordUndo': true,
'group': '',
});
});
test('Var create', function () {
const event = new Blockly.Events.VarCreate(this.variable);
assertEventEquals(
event,
Blockly.Events.VAR_CREATE,
this.workspace.id,
undefined,
{
'varId': 'id1',
'varType': 'type1',
'varName': 'name1',
'recordUndo': true,
'group': '',
},
);
});
test('Var delete', function () {
const event = new Blockly.Events.VarDelete(this.variable);
assertEventEquals(
event,
Blockly.Events.VAR_DELETE,
this.workspace.id,
undefined,
{
'varId': 'id1',
'varType': 'type1',
'varName': 'name1',
'recordUndo': true,
'group': '',
},
);
});
test('Var rename', function () {
const event = new Blockly.Events.VarRename(this.variable, 'name2');
assertEventEquals(
event,
Blockly.Events.VAR_RENAME,
this.workspace.id,
undefined,
{
'varId': 'id1',
'oldName': 'name1',
'newName': 'name2',
'recordUndo': true,
'group': '',
},
);
});
});
suite('Run Forward', function () {
test('Var create', function () {
const json = {
type: 'var_create',
varId: 'id2',
varType: 'type2',
varName: 'name2',
};
const event = eventUtils.fromJson(json, this.workspace);
const x = this.workspace.getVariableById('id2');
assert.isNull(x);
event.run(true);
assertVariableValues(this.workspace, 'name2', 'type2', 'id2');
});
test('Var delete', function () {
const event = new Blockly.Events.VarDelete(this.variable);
assert.isNotNull(this.workspace.getVariableById('id1'));
event.run(true);
assert.isNull(this.workspace.getVariableById('id1'));
});
test('Var rename', function () {
const event = new Blockly.Events.VarRename(this.variable, 'name2');
event.run(true);
assert.isNull(this.workspace.getVariable('name1'));
checkVariableValues(this.workspace, 'name2', 'type1', 'id1');
});
});
suite('Run Backward', function () {
test('Var create', function () {
const event = new Blockly.Events.VarCreate(this.variable);
assert.isNotNull(this.workspace.getVariableById('id1'));
event.run(false);
});
test('Var delete', function () {
const json = {
type: 'var_delete',
varId: 'id2',
varType: 'type2',
varName: 'name2',
};
const event = eventUtils.fromJson(json, this.workspace);
assert.isNull(this.workspace.getVariableById('id2'));
event.run(false);
assertVariableValues(this.workspace, 'name2', 'type2', 'id2');
});
test('Var rename', function () {
const event = new Blockly.Events.VarRename(this.variable, 'name2');
event.run(false);
assert.isNull(this.workspace.getVariable('name2'));
checkVariableValues(this.workspace, 'name1', 'type1', 'id1');
});
});
});
suite('enqueueEvent', function () {
const {FIRE_QUEUE, enqueueEvent} = eventUtils.TEST_ONLY;
function newDisconnectEvent(parent, child, inputName, workspaceId) {
const event = new Blockly.Events.BlockMove(child);
event.workspaceId = workspaceId;
event.oldParentId = parent.id;
event.oldInputName = inputName;
event.oldCoordinate = undefined;
event.newParentId = undefined;
event.newInputName = undefined;
event.newCoordinate = new Blockly.utils.Coordinate(0, 0);
return event;
}
function newConnectEvent(parent, child, inputName, workspaceId) {
const event = new Blockly.Events.BlockMove(child);
event.workspaceId = workspaceId;
event.oldParentId = undefined;
event.oldInputName = undefined;
event.oldCoordinate = new Blockly.utils.Coordinate(0, 0);
event.newParentId = parent.id;
event.newInputName = inputName;
event.newCoordinate = undefined;
return event;
}
function newMutationEvent(block, workspaceId) {
const event = new Blockly.Events.BlockChange(block);
event.workspaceId = workspaceId;
event.element = 'mutation';
return event;
}
test('Events are enqueued', function () {
// Disable events during block creation to avoid firing BlockCreate
// events.
eventUtils.disable();
const block = this.workspace.newBlock('simple_test_block', '1');
eventUtils.enable();
try {
assert.equal(FIRE_QUEUE.length, 0);
const events = [
new Blockly.Events.BlockCreate(block),
new Blockly.Events.BlockMove(block),
new Blockly.Events.Click(block),
];
events.map((e) => enqueueEvent(e));
assert.equal(FIRE_QUEUE.length, events.length, 'FIRE_QUEUE.length');
for (let i = 0; i < events.length; i++) {
assert.equal(FIRE_QUEUE[i], events[i], `FIRE_QUEUE[${i}]`);
}
} finally {
FIRE_QUEUE.length = 0;
}
});
test('BlockChange event reordered', function () {
eventUtils.disable();
const parent = this.workspace.newBlock('inputs_test_block', 'parent');
const child1 = this.workspace.newBlock('statement_test_block', 'child1');
const child2 = this.workspace.newBlock('statement_test_block', 'child2');
eventUtils.enable();
try {
assert.equal(FIRE_QUEUE.length, 0);
const events = [
newDisconnectEvent(parent, child1, 'STATEMENT1'),
newDisconnectEvent(parent, child2, 'STATEMENT2'),
newConnectEvent(parent, child1, 'STATEMENT1'),
newConnectEvent(parent, child2, 'STATEMENT2'),
newMutationEvent(parent),
];
events.map((e) => enqueueEvent(e));
assert.equal(FIRE_QUEUE.length, events.length, 'FIRE_QUEUE.length');
assert.equal(FIRE_QUEUE[0], events[0], 'FIRE_QUEUE[0]');
assert.equal(FIRE_QUEUE[1], events[1], 'FIRE_QUEUE[1]');
assert.equal(FIRE_QUEUE[2], events[4], 'FIRE_QUEUE[2]');
assert.equal(FIRE_QUEUE[3], events[2], 'FIRE_QUEUE[3]');
assert.equal(FIRE_QUEUE[4], events[3], 'FIRE_QUEUE[4]');
} finally {
FIRE_QUEUE.length = 0;
}
});
test('BlockChange event for other workspace not reordered', function () {
eventUtils.disable();
const parent = this.workspace.newBlock('inputs_test_block', 'parent');
const child = this.workspace.newBlock('statement_test_block', 'child');
eventUtils.enable();
try {
assert.equal(FIRE_QUEUE.length, 0);
const events = [
newDisconnectEvent(parent, child, 'STATEMENT1', 'ws1'),
newConnectEvent(parent, child, 'STATEMENT1', 'ws1'),
newMutationEvent(parent, 'ws2'),
];
events.map((e) => enqueueEvent(e));
assert.equal(FIRE_QUEUE.length, events.length, 'FIRE_QUEUE.length');
for (let i = 0; i < events.length; i++) {
assert.equal(FIRE_QUEUE[i], events[i], `FIRE_QUEUE[${i}]`);
}
} finally {
FIRE_QUEUE.length = 0;
}
});
test('BlockChange event for other group not reordered', function () {
eventUtils.disable();
const parent = this.workspace.newBlock('inputs_test_block', 'parent');
const child = this.workspace.newBlock('statement_test_block', 'child');
eventUtils.enable();
try {
assert.equal(FIRE_QUEUE.length, 0);
const events = [];
eventUtils.setGroup('group1');
events.push(newDisconnectEvent(parent, child, 'STATEMENT1'));
events.push(newConnectEvent(parent, child, 'STATEMENT1'));
eventUtils.setGroup('group2');
events.push(newMutationEvent(parent, 'ws2'));
events.map((e) => enqueueEvent(e));
assert.equal(FIRE_QUEUE.length, events.length, 'FIRE_QUEUE.length');
for (let i = 0; i < events.length; i++) {
assert.equal(FIRE_QUEUE[i], events[i], `FIRE_QUEUE[${i}]`);
}
} finally {
FIRE_QUEUE.length = 0;
eventUtils.setGroup(false);
}
});
test('BlockChange event for other parent not reordered', function () {
eventUtils.disable();
const parent1 = this.workspace.newBlock('inputs_test_block', 'parent1');
const parent2 = this.workspace.newBlock('inputs_test_block', 'parent2');
const child = this.workspace.newBlock('statement_test_block', 'child');
eventUtils.enable();
try {
assert.equal(FIRE_QUEUE.length, 0);
const events = [
newDisconnectEvent(parent1, child, 'STATEMENT1', 'ws1'),
newConnectEvent(parent1, child, 'STATEMENT1', 'ws1'),
newMutationEvent(parent2, 'ws2'),
];
events.map((e) => enqueueEvent(e));
assert.equal(FIRE_QUEUE.length, events.length, 'FIRE_QUEUE.length');
for (let i = 0; i < events.length; i++) {
assert.equal(FIRE_QUEUE[i], events[i], `FIRE_QUEUE[${i}]`);
}
} finally {
FIRE_QUEUE.length = 0;
}
});
});
suite('Filters', function () {
function addMoveEvent(events, block, newX, newY) {
events.push(new Blockly.Events.BlockMove(block));
block.xy_ = new Blockly.utils.Coordinate(newX, newY);
events[events.length - 1].recordNew();
}
function addMoveEventParent(events, block, parent) {
events.push(new Blockly.Events.BlockMove(block));
block.setParent(parent);
events[events.length - 1].recordNew();
}
test('No removed, order unchanged', function () {
const block = this.workspace.newBlock('field_variable_test_block', '1');
const events = [
new Blockly.Events.BlockCreate(block),
new Blockly.Events.BlockMove(block),
new Blockly.Events.BlockChange(block, 'field', 'VAR', 'id1', 'id2'),
new Blockly.Events.Click(block),
];
const filteredEvents = eventUtils.filter(events, true);
assert.equal(filteredEvents.length, 4); // no event should have been removed.
// test that the order hasn't changed
assert.isTrue(filteredEvents[0] instanceof Blockly.Events.BlockCreate);
assert.isTrue(filteredEvents[1] instanceof Blockly.Events.BlockMove);
assert.isTrue(filteredEvents[2] instanceof Blockly.Events.BlockChange);
assert.isTrue(filteredEvents[3] instanceof Blockly.Events.Click);
});
test('Different blocks no removed', function () {
const block1 = this.workspace.newBlock('field_variable_test_block', '1');
const block2 = this.workspace.newBlock('field_variable_test_block', '2');
const events = [
new Blockly.Events.BlockCreate(block1),
new Blockly.Events.BlockMove(block1),
new Blockly.Events.BlockCreate(block2),
new Blockly.Events.BlockMove(block2),
];
const filteredEvents = eventUtils.filter(events, true);
assert.equal(filteredEvents.length, 4); // no event should have been removed.
});
test('Forward', function () {
const block = this.workspace.newBlock('field_variable_test_block', '1');
const events = [new Blockly.Events.BlockCreate(block)];
addMoveEvent(events, block, 1, 1);
addMoveEvent(events, block, 2, 2);
addMoveEvent(events, block, 3, 3);
const filteredEvents = eventUtils.filter(events, true);
assert.equal(filteredEvents.length, 2); // duplicate moves should have been removed.
// test that the order hasn't changed
assert.isTrue(filteredEvents[0] instanceof Blockly.Events.BlockCreate);
assert.isTrue(filteredEvents[1] instanceof Blockly.Events.BlockMove);
assert.equal(filteredEvents[1].newCoordinate.x, 3);
assert.equal(filteredEvents[1].newCoordinate.y, 3);
});
test('Backward', function () {
const block = this.workspace.newBlock('field_variable_test_block', '1');
const events = [new Blockly.Events.BlockCreate(block)];
addMoveEvent(events, block, 1, 1);
addMoveEvent(events, block, 2, 2);
addMoveEvent(events, block, 3, 3);
const filteredEvents = eventUtils.filter(events, false);
assert.equal(filteredEvents.length, 2); // duplicate event should have been removed.
// test that the order hasn't changed
assert.isTrue(filteredEvents[0] instanceof Blockly.Events.BlockCreate);
assert.isTrue(filteredEvents[1] instanceof Blockly.Events.BlockMove);
assert.equal(filteredEvents[1].newCoordinate.x, 1);
assert.equal(filteredEvents[1].newCoordinate.y, 1);
});
test('Merge block move events', function () {
const block = this.workspace.newBlock('field_variable_test_block', '1');
const events = [];
addMoveEvent(events, block, 0, 0);
addMoveEvent(events, block, 1, 1);
const filteredEvents = eventUtils.filter(events, true);
assert.equal(filteredEvents.length, 1); // second move event merged into first
assert.equal(filteredEvents[0].newCoordinate.x, 1);
assert.equal(filteredEvents[0].newCoordinate.y, 1);
});
test('Merge block change events', function () {
const block1 = this.workspace.newBlock('field_variable_test_block', '1');
const events = [
new Blockly.Events.BlockChange(block1, 'field', 'VAR', 'item', 'item1'),
new Blockly.Events.BlockChange(
block1,
'field',
'VAR',
'item1',
'item2',
),
];
const filteredEvents = eventUtils.filter(events, true);
assert.equal(filteredEvents.length, 1); // second change event merged into first
assert.equal(filteredEvents[0].oldValue, 'item');
assert.equal(filteredEvents[0].newValue, 'item2');
});
test('Merge viewport change events', function () {
const events = [
new Blockly.Events.ViewportChange(1, 2, 3, this.workspace, 4),
new Blockly.Events.ViewportChange(5, 6, 7, this.workspace, 8),
];
const filteredEvents = eventUtils.filter(events, true);
assert.equal(filteredEvents.length, 1); // second change event merged into first
assert.equal(filteredEvents[0].viewTop, 5);
assert.equal(filteredEvents[0].viewLeft, 6);
assert.equal(filteredEvents[0].scale, 7);
assert.equal(filteredEvents[0].oldScale, 8);
});
test('Merge ui events', function () {
const block1 = this.workspace.newBlock('field_variable_test_block', '1');
const block2 = this.workspace.newBlock('field_variable_test_block', '2');
const block3 = this.workspace.newBlock('field_variable_test_block', '3');
const events = [
new Blockly.Events.BubbleOpen(block1, true, 'comment'),
new Blockly.Events.Click(block1),
new Blockly.Events.BubbleOpen(block2, true, 'mutator'),
new Blockly.Events.Click(block2),
new Blockly.Events.BubbleOpen(block3, true, 'warning'),
new Blockly.Events.Click(block3),
];
const filteredEvents = eventUtils.filter(events, true);
// click event merged into corresponding *Open event
assert.equal(filteredEvents.length, 3);
assert.isTrue(filteredEvents[0] instanceof Blockly.Events.BubbleOpen);
assert.isTrue(filteredEvents[1] instanceof Blockly.Events.BubbleOpen);
assert.isTrue(filteredEvents[2] instanceof Blockly.Events.BubbleOpen);
assert.equal(filteredEvents[0].bubbleType, 'comment');
assert.equal(filteredEvents[1].bubbleType, 'mutator');
assert.equal(filteredEvents[2].bubbleType, 'warning');
});
test('Colliding events not dropped', function () {
// Tests that events that collide on a (event, block, workspace) tuple
// but cannot be merged do not get dropped during filtering.
const block = this.workspace.newBlock('field_variable_test_block', '1');
const events = [
new Blockly.Events.Click(block),
new Blockly.Events.BlockDrag(block, true),
];
const filteredEvents = eventUtils.filter(events, true);
// click and stackclick should both exist
assert.equal(filteredEvents.length, 2);
assert.isTrue(filteredEvents[0] instanceof Blockly.Events.Click);
assert.equal(filteredEvents[1].isStart, true);
});
test('Merging null operations dropped', function () {
// Mutator composition could result in move events for blocks
// connected to the mutated block that were null operations. This
// leads to events in the undo/redo queue that do nothing, requiring
// an extra undo/redo to proceed to the next event. This test ensures
// that two move events that do get merged (disconnecting and
// reconnecting a block in response to a mutator change) are filtered
// from the queue.
const block = this.workspace.newBlock('field_variable_test_block', '1');
block.setParent(null);
const events = [];
addMoveEventParent(events, block, null);
addMoveEventParent(events, block, null);
const filteredEvents = eventUtils.filter(events, true);
// The two events should be merged, but because nothing has changed
// they will be filtered out.
assert.equal(filteredEvents.length, 0);
});
test('Move events different blocks not merged', function () {
// Move events should only merge if they refer to the same block and are
// consecutive.
// See github.com/google/blockly/pull/1892 for a worked example showing
// how merging non-consecutive events can fail when replacing a shadow
// block.
const block1 = createSimpleTestBlock(this.workspace);
const block2 = createSimpleTestBlock(this.workspace);
const events = [];
addMoveEvent(events, block1, 1, 1);
addMoveEvent(events, block2, 1, 1);
events.push(new Blockly.Events.BlockDelete(block2));
addMoveEvent(events, block1, 2, 2);
const filteredEvents = eventUtils.filter(events, true);
// Nothing should have merged.
assert.equal(filteredEvents.length, 4);
// test that the order hasn't changed
assert.isTrue(filteredEvents[0] instanceof Blockly.Events.BlockMove);
assert.isTrue(filteredEvents[1] instanceof Blockly.Events.BlockMove);
assert.isTrue(filteredEvents[2] instanceof Blockly.Events.BlockDelete);
assert.isTrue(filteredEvents[3] instanceof Blockly.Events.BlockMove);
});
});
suite('Firing', function () {
setup(function () {
this.changeListenerSpy = createChangeListenerSpy(this.workspace);
});
test('Block dispose triggers Delete', function () {
let workspaceSvg;
try {
const toolbox = document.getElementById('toolbox-categories');
workspaceSvg = Blockly.inject('blocklyDiv', {toolbox: toolbox});
const TEST_BLOCK_ID = 'test_block_id';
const genUidStub = createGenUidStubWithReturns([
TEST_BLOCK_ID,
'test_group_id',
]);
const block = workspaceSvg.newBlock('');
block.initSvg();
block.setCommentText('test comment');
const expectedOldXml = Blockly.Xml.blockToDomWithXY(block);
const expectedId = block.id;
// Run all queued events.
this.clock.runAll();
this.eventsFireSpy.resetHistory();
const changeListenerSpy = createChangeListenerSpy(workspaceSvg);
block.dispose();
// Run all queued events.
this.clock.runAll();
// Expect two calls to genUid: one to set the block's ID, and one for
// the event group's ID for creating block.
sinon.assert.calledTwice(genUidStub);
assertNthCallEventArgEquals(
this.eventsFireSpy,
0,
Blockly.Events.BlockDelete,
{oldXml: expectedOldXml, group: ''},
workspaceSvg.id,
expectedId,
);
// Expect the workspace to not have a variable with ID 'test_block_id'.
assert.isNull(this.workspace.getVariableById(TEST_BLOCK_ID));
} finally {
workspaceTeardown.call(this, workspaceSvg);
}
});
test('New block new var', function () {
const TEST_BLOCK_ID = 'test_block_id';
const TEST_GROUP_ID = 'test_group_id';
const TEST_VAR_ID = 'test_var_id';
const genUidStub = createGenUidStubWithReturns([
TEST_BLOCK_ID,
TEST_GROUP_ID,
TEST_VAR_ID,
]);
const _ = this.workspace.newBlock('field_variable_test_block');
const TEST_VAR_NAME = 'item'; // As defined in block's json.
// Run all queued events.
this.clock.runAll();
// Expect three calls to genUid: one to set the block's ID, one for the event
// group's ID, and one for the variable's ID.
sinon.assert.calledThrice(genUidStub);
// Expect two events fired: varCreate and block create.
sinon.assert.calledTwice(this.eventsFireSpy);
// Expect both events to trigger change listener.
sinon.assert.calledTwice(this.changeListenerSpy);
// Both events should be on undo stack
assert.equal(this.workspace.undoStack_.length, 2, 'Undo stack length');
assertNthCallEventArgEquals(
this.changeListenerSpy,
0,
Blockly.Events.VarCreate,
{group: TEST_GROUP_ID, varId: TEST_VAR_ID, varName: TEST_VAR_NAME},
this.workspace.id,
undefined,
);
assertNthCallEventArgEquals(
this.changeListenerSpy,
1,
Blockly.Events.BlockCreate,
{group: TEST_GROUP_ID},
this.workspace.id,
TEST_BLOCK_ID,
);
// Expect the workspace to have a variable with ID 'test_var_id'.
assert.isNotNull(this.workspace.getVariableById(TEST_VAR_ID));
});
test('New block new var xml', function () {
const TEST_GROUP_ID = 'test_group_id';
const genUidStub = createGenUidStubWithReturns(TEST_GROUP_ID);
const dom = Blockly.utils.xml.textToDom(
'<xml xmlns="https://developers.google.com/blockly/xml">' +
' <block type="field_variable_test_block" id="test_block_id">' +
' <field name="VAR" id="test_var_id">name1</field>' +
' </block>' +
'</xml>',
);
Blockly.Xml.domToWorkspace(dom, this.workspace);
const TEST_BLOCK_ID = 'test_block_id';
const TEST_VAR_ID = 'test_var_id';
const TEST_VAR_NAME = 'name1';
// Run all queued events.
this.clock.runAll();
// Expect one call to genUid: for the event group's id
sinon.assert.calledOnce(genUidStub);
// When block is created using domToWorkspace, 5 events are fired:
// 1. varCreate (events disabled)
// 2. varCreate
// 3. block create
// 4. move (no-op, is filtered out)
// 5. finished loading
sinon.assert.callCount(this.eventsFireSpy, 5);
// The first varCreate and move event should have been ignored.
sinon.assert.callCount(this.changeListenerSpy, 3);
// Expect two events on undo stack: varCreate and block create.
assert.equal(this.workspace.undoStack_.length, 2, 'Undo stack length');
assertNthCallEventArgEquals(
this.changeListenerSpy,
0,
Blockly.Events.VarCreate,
{group: TEST_GROUP_ID, varId: TEST_VAR_ID, varName: TEST_VAR_NAME},
this.workspace.id,
undefined,
);
assertNthCallEventArgEquals(
this.changeListenerSpy,
1,
Blockly.Events.BlockCreate,
{group: TEST_GROUP_ID},
this.workspace.id,
TEST_BLOCK_ID,
);
// Finished loading event should not be part of event group.
assertNthCallEventArgEquals(
this.changeListenerSpy,
2,
Blockly.Events.FinishedLoading,
{group: ''},
this.workspace.id,
undefined,
);
// Expect the workspace to have a variable with ID 'test_var_id'.
assert.isNotNull(this.workspace.getVariableById(TEST_VAR_ID));
});
});
suite('Disable orphans', function () {
setup(function () {
// disableOrphans needs a WorkspaceSVG
const toolbox = document.getElementById('toolbox-categories');
this.workspace = Blockly.inject('blocklyDiv', {toolbox: toolbox});
});
teardown(function () {
workspaceTeardown.call(this, this.workspace);
});
test('Created orphan block is disabled', function () {
this.workspace.addChangeListener(eventUtils.disableOrphans);
const block = this.workspace.newBlock('controls_for');
block.initSvg();
block.render();
// Fire all events
this.clock.runAll();
assert.isFalse(
block.isEnabled(),
'Expected orphan block to be disabled after creation',
);
});
test('Created procedure block is enabled', function () {
this.workspace.addChangeListener(eventUtils.disableOrphans);
// Procedure block is never an orphan
const functionBlock = this.workspace.newBlock('procedures_defnoreturn');
functionBlock.initSvg();
functionBlock.render();
// Fire all events
this.clock.runAll();
assert.isTrue(
functionBlock.isEnabled(),
'Expected top-level procedure block to be enabled',
);
});
test('Moving a block to top-level disables it', function () {
this.workspace.addChangeListener(eventUtils.disableOrphans);
const functionBlock = this.workspace.newBlock('procedures_defnoreturn');
functionBlock.initSvg();
functionBlock.render();
const block = this.workspace.newBlock('controls_for');
block.initSvg();
block.render();
// Connect the block to the function block input stack
functionBlock.inputList[1].connection.connect(block.previousConnection);
// Disconnect it again
block.unplug(false);
// Fire all events
this.clock.runAll();
assert.isFalse(
block.isEnabled(),
'Expected disconnected block to be disabled',
);
});
test('Giving block a parent enables it', function () {
this.workspace.addChangeListener(eventUtils.disableOrphans);
const functionBlock = this.workspace.newBlock('procedures_defnoreturn');
functionBlock.initSvg();
functionBlock.render();
const block = this.workspace.newBlock('controls_for');
block.initSvg();
block.render();
// Connect the block to the function block input stack
functionBlock.inputList[1].connection.connect(block.previousConnection);
// Fire all events
this.clock.runAll();
assert.isTrue(
block.isEnabled(),
'Expected block to be enabled after connecting to parent',
);
});
test('disableOrphans events are not undoable', function () {
this.workspace.addChangeListener(eventUtils.disableOrphans);
const functionBlock = this.workspace.newBlock('procedures_defnoreturn');
functionBlock.initSvg();
functionBlock.render();
const block = this.workspace.newBlock('controls_for');
block.initSvg();
block.render();
// Connect the block to the function block input stack
functionBlock.inputList[1].connection.connect(block.previousConnection);
// Disconnect it again
block.unplug(false);
// Fire all events
this.clock.runAll();
const disabledEvents = this.workspace
.getUndoStack()
.filter((e) => e.element === 'disabled');
assert.isEmpty(
disabledEvents,
'Undo stack should not contain any disabled events',
);
});
});
});