angular-cn/modules/angular2/test/change_detection/change_detector_config.ts

320 lines
12 KiB
TypeScript

import {ListWrapper, MapWrapper, StringMapWrapper} from 'angular2/src/facade/collection';
import {isBlank, isPresent} from 'angular2/src/facade/lang';
import {
DEFAULT,
ON_PUSH,
BindingRecord,
ChangeDetectorDefinition,
DirectiveIndex,
DirectiveRecord,
Lexer,
Locals,
Parser
} from 'angular2/src/change_detection/change_detection';
import {reflector} from 'angular2/src/reflection/reflection';
import {ReflectionCapabilities} from 'angular2/src/reflection/reflection_capabilities';
/*
* This file defines `ChangeDetectorDefinition` objects which are used in the tests defined in
* the change_detector_spec library. Please see that library for more information.
*/
var _parser = new Parser(new Lexer());
function _getParser() {
reflector.reflectionCapabilities = new ReflectionCapabilities();
return _parser;
}
function _createBindingRecords(expression: string): List<BindingRecord> {
var ast = _getParser().parseBinding(expression, 'location');
return [BindingRecord.createForElementProperty(ast, 0, PROP_NAME)];
}
function _convertLocalsToVariableBindings(locals: Locals): List<any> {
var variableBindings = [];
var loc = locals;
while (isPresent(loc) && isPresent(loc.current)) {
MapWrapper.forEach(loc.current, (v, k) => variableBindings.push(k));
loc = loc.parent;
}
return variableBindings;
}
export var PROP_NAME = 'propName';
/**
* In this case, we expect `id` and `expression` to be the same string.
*/
export function getDefinition(id: string): TestDefinition {
var testDef = null;
if (StringMapWrapper.contains(_ExpressionWithLocals.availableDefinitions, id)) {
let val = StringMapWrapper.get(_ExpressionWithLocals.availableDefinitions, id);
let cdDef = val.createChangeDetectorDefinition();
cdDef.id = id;
testDef = new TestDefinition(id, cdDef, val.locals);
} else if (StringMapWrapper.contains(_ExpressionWithMode.availableDefinitions, id)) {
let val = StringMapWrapper.get(_ExpressionWithMode.availableDefinitions, id);
let cdDef = val.createChangeDetectorDefinition();
cdDef.id = id;
testDef = new TestDefinition(id, cdDef, null);
} else if (StringMapWrapper.contains(_DirectiveUpdating.availableDefinitions, id)) {
let val = StringMapWrapper.get(_DirectiveUpdating.availableDefinitions, id);
let cdDef = val.createChangeDetectorDefinition();
cdDef.id = id;
testDef = new TestDefinition(id, cdDef, null);
} else if (ListWrapper.indexOf(_availableDefinitions, id) >= 0) {
var strategy = null;
var variableBindings = [];
var bindingRecords = _createBindingRecords(id);
var directiveRecords = [];
let cdDef = new ChangeDetectorDefinition(id, strategy, variableBindings, bindingRecords,
directiveRecords, true);
testDef = new TestDefinition(id, cdDef, null);
}
if (isBlank(testDef)) {
throw `No ChangeDetectorDefinition for ${id} available. Please modify this file if necessary.`;
}
return testDef;
}
export class TestDefinition {
constructor(public id: string, public cdDef: ChangeDetectorDefinition, public locals: Locals) {}
}
/**
* Get all available ChangeDetectorDefinition objects. Used to pre-generate Dart
* `ChangeDetector` classes.
*/
export function getAllDefinitions(): List<TestDefinition> {
var allDefs = _availableDefinitions;
allDefs = ListWrapper.concat(allDefs,
StringMapWrapper.keys(_ExpressionWithLocals.availableDefinitions));
allDefs =
ListWrapper.concat(allDefs, StringMapWrapper.keys(_ExpressionWithMode.availableDefinitions));
allDefs =
ListWrapper.concat(allDefs, StringMapWrapper.keys(_DirectiveUpdating.availableDefinitions));
return ListWrapper.map(allDefs, (id) => getDefinition(id));
}
class _ExpressionWithLocals {
constructor(private _expression: string, public locals: Locals) {}
createChangeDetectorDefinition(): ChangeDetectorDefinition {
var strategy = null;
var variableBindings = _convertLocalsToVariableBindings(this.locals);
var bindingRecords = _createBindingRecords(this._expression);
var directiveRecords = [];
return new ChangeDetectorDefinition('(empty id)', strategy, variableBindings, bindingRecords,
directiveRecords, true);
}
/**
* Map from test id to _ExpressionWithLocals.
* Tests in this map define an expression and local values which those expressions refer to.
*/
static availableDefinitions: StringMap<string, _ExpressionWithLocals> = {
'valueFromLocals': new _ExpressionWithLocals(
'key', new Locals(null, MapWrapper.createFromPairs([['key', 'value']]))),
'functionFromLocals': new _ExpressionWithLocals(
'key()', new Locals(null, MapWrapper.createFromPairs([['key', () => 'value']]))),
'nestedLocals': new _ExpressionWithLocals(
'key',
new Locals(new Locals(null, MapWrapper.createFromPairs([['key', 'value']])), new Map())),
'fallbackLocals': new _ExpressionWithLocals(
'name', new Locals(null, MapWrapper.createFromPairs([['key', 'value']]))),
'contextNestedPropertyWithLocals': new _ExpressionWithLocals(
'address.city', new Locals(null, MapWrapper.createFromPairs([['city', 'MTV']]))),
'localPropertyWithSimilarContext': new _ExpressionWithLocals(
'city', new Locals(null, MapWrapper.createFromPairs([['city', 'MTV']])))
};
}
class _ExpressionWithMode {
constructor(private _strategy: string, private _withRecords: boolean) {}
createChangeDetectorDefinition(): ChangeDetectorDefinition {
var variableBindings = [];
var bindingRecords = null;
var directiveRecords = null;
if (this._withRecords) {
var dirRecordWithOnPush =
new DirectiveRecord({directiveIndex: new DirectiveIndex(0, 0), changeDetection: ON_PUSH});
var updateDirWithOnPushRecord =
BindingRecord.createForDirective(_getParser().parseBinding('42', 'location'), 'a',
(o, v) => (<any>o).a = v, dirRecordWithOnPush);
bindingRecords = [updateDirWithOnPushRecord];
directiveRecords = [dirRecordWithOnPush];
} else {
bindingRecords = [];
directiveRecords = [];
}
return new ChangeDetectorDefinition('(empty id)', this._strategy, variableBindings,
bindingRecords, directiveRecords, true);
}
/**
* Map from test id to _ExpressionWithMode.
* Definitions in this map define conditions which allow testing various change detector modes.
*/
static availableDefinitions: StringMap<string, _ExpressionWithMode> = {
'emptyUsingDefaultStrategy': new _ExpressionWithMode(DEFAULT, false),
'emptyUsingOnPushStrategy': new _ExpressionWithMode(ON_PUSH, false),
'onPushRecordsUsingDefaultStrategy': new _ExpressionWithMode(DEFAULT, true)
};
}
class _DirectiveUpdating {
constructor(private _bindingRecords: List<BindingRecord>,
private _directiveRecords: List<DirectiveRecord>) {}
createChangeDetectorDefinition(): ChangeDetectorDefinition {
var strategy = null;
var variableBindings = [];
return new ChangeDetectorDefinition('(empty id)', strategy, variableBindings,
this._bindingRecords, this._directiveRecords, true);
}
static updateA(expression: string, dirRecord): BindingRecord {
return BindingRecord.createForDirective(_getParser().parseBinding(expression, 'location'), 'a',
(o, v) => (<any>o).a = v, dirRecord);
}
static updateB(expression: string, dirRecord): BindingRecord {
return BindingRecord.createForDirective(_getParser().parseBinding(expression, 'location'), 'b',
(o, v) => (<any>o).b = v, dirRecord);
}
static basicRecords: List<DirectiveRecord> = [
new DirectiveRecord({
directiveIndex: new DirectiveIndex(0, 0),
callOnChange: true,
callOnCheck: true,
callOnAllChangesDone: true
}),
new DirectiveRecord({
directiveIndex: new DirectiveIndex(0, 1),
callOnChange: true,
callOnCheck: true,
callOnAllChangesDone: true
})
];
static recordNoCallbacks = new DirectiveRecord({
directiveIndex: new DirectiveIndex(0, 0),
callOnChange: false,
callOnCheck: false,
callOnAllChangesDone: false
});
/**
* Map from test id to _DirectiveUpdating.
* Definitions in this map define definitions which allow testing directive updating.
*/
static availableDefinitions:
StringMap<string, _DirectiveUpdating> = {
'directNoDispatcher': new _DirectiveUpdating(
[_DirectiveUpdating.updateA('42', _DirectiveUpdating.basicRecords[0])],
[_DirectiveUpdating.basicRecords[0]]),
'groupChanges':
new _DirectiveUpdating(
[
_DirectiveUpdating.updateA('1', _DirectiveUpdating.basicRecords[0]),
_DirectiveUpdating.updateB('2', _DirectiveUpdating.basicRecords[0]),
BindingRecord.createDirectiveOnChange(_DirectiveUpdating.basicRecords[0]),
_DirectiveUpdating.updateA('3', _DirectiveUpdating.basicRecords[1]),
BindingRecord.createDirectiveOnChange(_DirectiveUpdating.basicRecords[1])
],
[_DirectiveUpdating.basicRecords[0], _DirectiveUpdating.basicRecords[1]]),
'directiveOnCheck': new _DirectiveUpdating(
[BindingRecord.createDirectiveOnCheck(_DirectiveUpdating.basicRecords[0])],
[_DirectiveUpdating.basicRecords[0]]),
'directiveOnInit': new _DirectiveUpdating(
[BindingRecord.createDirectiveOnInit(_DirectiveUpdating.basicRecords[0])],
[_DirectiveUpdating.basicRecords[0]]),
'emptyWithDirectiveRecords': new _DirectiveUpdating(
[], [_DirectiveUpdating.basicRecords[0], _DirectiveUpdating.basicRecords[1]]),
'noCallbacks': new _DirectiveUpdating(
[_DirectiveUpdating.updateA('1', _DirectiveUpdating.recordNoCallbacks)],
[_DirectiveUpdating.recordNoCallbacks]),
'readingDirectives':
new _DirectiveUpdating(
[
BindingRecord.createForHostProperty(new DirectiveIndex(0, 0),
_getParser().parseBinding('a', 'location'),
PROP_NAME)
],
[_DirectiveUpdating.basicRecords[0]]),
'interpolation':
new _DirectiveUpdating(
[
BindingRecord.createForElementProperty(
_getParser().parseInterpolation('B{{a}}A', 'location'), 0, PROP_NAME)
],
[])
};
}
/**
* The list of all test definitions this config supplies.
* Items in this list that do not appear in other structures define tests with expressions
* equivalent to their ids.
*/
var _availableDefinitions = [
'"$"',
'10',
'"str"',
'"a\n\nb"',
'10 + 2',
'10 - 2',
'10 * 2',
'10 / 2',
'11 % 2',
'1 == 1',
'1 != 1',
'1 == true',
'1 === 1',
'1 !== 1',
'1 === true',
'1 < 2',
'2 < 1',
'1 > 2',
'2 > 1',
'1 <= 2',
'2 <= 2',
'2 <= 1',
'2 >= 1',
'2 >= 2',
'1 >= 2',
'true && true',
'true && false',
'true || false',
'false || false',
'!true',
'!!true',
'1 < 2 ? 1 : 2',
'1 > 2 ? 1 : 2',
'["foo", "bar"][0]',
'{"foo": "bar"}["foo"]',
'name',
'[1, 2]',
'[1, a]',
'{z: 1}',
'{z: a}',
'name | pipe',
'(name | pipe).length',
"name | pipe:'one':address.city",
'value',
'a',
'address.city',
'address?.city',
'address?.toString()',
'sayHi("Jim")',
'a()(99)',
'a.sayHi("Jim")',
'passThrough([12])',
'invalidFn(1)'
];