本文整理汇总了TypeScript中@aurelia/kernel.Profiler.createTimer方法的典型用法代码示例。如果您正苦于以下问题:TypeScript Profiler.createTimer方法的具体用法?TypeScript Profiler.createTimer怎么用?TypeScript Profiler.createTimer使用的例子?那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类@aurelia/kernel.Profiler
的用法示例。
在下文中一共展示了Profiler.createTimer方法的7个代码示例,这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞,您的评价将有助于系统推荐出更棒的TypeScript代码示例。
示例1: constructor
import { DI, IContainer, IRegistry, PLATFORM, Profiler, Registration, Reporter } from '@aurelia/kernel';
import { IDOM, INode } from './dom';
import { BindingStrategy, LifecycleFlags } from './flags';
import { ProxyObserver } from './observation/proxy-observer';
import { ExposedContext } from './rendering-engine';
import { CustomElementResource, ICustomElement, ICustomElementType } from './resources/custom-element';
const { enter: enterStart, leave: leaveStart } = Profiler.createTimer('Aurelia.start');
const { enter: enterStop, leave: leaveStop } = Profiler.createTimer('Aurelia.stop');
export interface ISinglePageApp<THost extends INode = INode> {
strategy?: BindingStrategy;
dom?: IDOM;
host: THost;
component: unknown;
}
export class Aurelia {
private readonly container: IContainer;
private readonly components: ICustomElement[];
private readonly startTasks: (() => void)[];
private readonly stopTasks: (() => void)[];
private isStarted: boolean;
private _root: ICustomElement | null;
constructor(container: IContainer = DI.createContainer()) {
this.container = container;
this.components = [];
this.startTasks = [];
this.stopTasks = [];
this.isStarted = false;
示例2:
import { Profiler, Tracer, Writable } from '@aurelia/kernel';
import { Hooks, LifecycleFlags, State } from '../flags';
import { IComponent, ILifecycleHooks, IMountableComponent, IRenderable, IView } from '../lifecycle';
import { ICustomElement } from '../resources/custom-element';
interface IAttachable extends IRenderable, ILifecycleHooks, IComponent {
constructor: {
description?: { name: string };
name: string;
};
}
const slice = Array.prototype.slice;
const { enter, leave } = Profiler.createTimer('AttachLifecycle');
/** @internal */
// tslint:disable-next-line:no-ignored-initial-value
export function $attachAttribute(this: Writable<IAttachable>, flags: LifecycleFlags): void {
if (Profiler.enabled) { enter(); }
if (Tracer.enabled) { Tracer.enter(this.constructor.description && this.constructor.description.name || this.constructor.name, '$attach', slice.call(arguments)); }
if (this.$state & State.isAttached) {
if (Profiler.enabled) { leave(); }
if (Tracer.enabled) { Tracer.leave(); }
return;
}
const lifecycle = this.$lifecycle;
lifecycle.beginAttach();
// add isAttaching flag
this.$state |= State.isAttaching;
flags |= LifecycleFlags.fromAttach;
示例3:
IsLeftHandSide,
IsPrimary,
IsUnary,
IsValueConverter,
ObjectBindingPattern,
ObjectLiteral,
PrimitiveLiteral,
TaggedTemplate,
Template,
Unary,
UnaryOperator,
ValueConverter
} from '@aurelia/runtime';
import { Access, Char, Precedence, Token, unescapeCode } from './common';
const { enter, leave } = Profiler.createTimer('ExpressionParser');
const $false = PrimitiveLiteral.$false;
const $true = PrimitiveLiteral.$true;
const $null = PrimitiveLiteral.$null;
const $undefined = PrimitiveLiteral.$undefined;
const $this = AccessThis.$this;
const $parent = AccessThis.$parent;
/** @internal */
export class ParserState {
public index: number;
public startIndex: number;
public input: string;
public lastIndex: number;
public length: number;
示例4: register
import {
DefaultBindingLanguage as JitDefaultBindingLanguage,
DefaultBindingSyntax as JitDefaultBindingSyntax,
DefaultComponents as JitDefaultComponents
} from '@aurelia/jit';
import {
DefaultBindingLanguage as JitHtmlDefaultBindingLanguage,
DefaultComponents as JitHtmlDefaultComponents
} from '@aurelia/jit-html';
import { DI, IContainer, Profiler } from '@aurelia/kernel';
import { BasicConfiguration as RuntimeHtmlBrowserBasicConfiguration } from '@aurelia/runtime-html-browser';
const { enter, leave } = Profiler.createTimer('BasicConfiguration');
/**
* A DI configuration object containing html-specific, browser-specific registrations:
* - `BasicConfiguration` from `@aurelia/runtime-html-browser`
* - `DefaultComponents` from `@aurelia/jit`
* - `DefaultBindingSyntax` from `@aurelia/jit`
* - `DefaultBindingLanguage` from `@aurelia/jit`
* - `DefaultComponents` from `@aurelia/jit-html`
* - `DefaultBindingLanguage` from `@aurelia/jit-html`
*/
export const BasicConfiguration = {
/**
* Apply this configuration to the provided container.
*/
register(container: IContainer): IContainer {
if (Profiler.enabled) { enter(); }
RuntimeHtmlBrowserBasicConfiguration
.register(container)
示例5:
import { Profiler, Tracer, Writable } from '@aurelia/kernel';
import { Hooks, LifecycleFlags, State } from '../flags';
import { IComponent, ILifecycleHooks, IRenderable } from '../lifecycle';
import { IPatchable, IScope } from '../observation';
import { patchProperties } from '../observation/patch-properties';
const slice = Array.prototype.slice;
const { enter, leave } = Profiler.createTimer('BindLifecycle');
interface IBindable extends IRenderable, ILifecycleHooks, IComponent {
constructor: {
description?: { name: string };
name: string;
};
}
/** @internal */
export function $bindAttribute(this: Writable<IBindable>, flags: LifecycleFlags, scope: IScope): void {
if (Profiler.enabled) { enter(); }
if (Tracer.enabled) { Tracer.enter(this.constructor.description && this.constructor.description.name || this.constructor.name, '$bind', slice.call(arguments)); }
flags |= LifecycleFlags.fromBind;
if (this.$state & State.isBound) {
if (this.$scope === scope) {
if (Profiler.enabled) { leave(); }
if (Tracer.enabled) { Tracer.leave(); }
return;
}
this.$unbind(flags);
示例6:
SymbolFlags,
TemplateControllerSymbol,
TextSymbol
} from '@aurelia/jit';
import { PLATFORM, Profiler, Tracer } from '@aurelia/kernel';
import {
BindingMode,
BindingType,
IDOM,
IExpressionParser
} from '@aurelia/runtime';
import { NodeType } from '@aurelia/runtime-html';
const slice = Array.prototype.slice;
const { enter, leave } = Profiler.createTimer('TemplateBinder');
const invalidSurrogateAttribute = {
'id': true,
'part': true,
'replace-part': true
};
const attributesToIgnore = {
'as-element': true,
'part': true,
'replace-part': true
};
/**
* TemplateBinder. Todo: describe goal of this class
示例7: getElementTemplate
import { IServiceLocator, PLATFORM, Profiler, Tracer, Writable } from '@aurelia/kernel';
import { IElementHydrationOptions, TemplateDefinition } from '../definitions';
import { IDOM, INode } from '../dom';
import { Hooks, LifecycleFlags } from '../flags';
import { Scope } from '../observation/binding-context';
import { ProxyObserver } from '../observation/proxy-observer';
import { IRenderingEngine, ITemplate } from '../rendering-engine';
import { ICustomAttribute, ICustomAttributeType } from '../resources/custom-attribute';
import { ICustomElement, ICustomElementType, IProjectorLocator } from '../resources/custom-element';
const slice = Array.prototype.slice;
const { enter, leave } = Profiler.createTimer('RenderLifecycle');
export interface IElementTemplateProvider {
getElementTemplate(renderingEngine: IRenderingEngine, customElementType: ICustomElementType | null, parentContext: IServiceLocator): ITemplate;
}
export interface ILifecycleRender {
/**
* Only applies to `@customElement`. This hook is not invoked for `@customAttribute`s
*
* Called during `$hydrate`, after `this.$scope` and `this.$projector` are set.
*
* If this hook is implemented, it will be used instead of `renderingEngine.getElementTemplate`.
* This allows you to completely override the default rendering behavior.
*
* It is the responsibility of the implementer to:
* - Populate `this.$bindables` with any Bindings, child Views, custom elements and custom attributes
* - Populate `this.$attachables` with any child Views, custom elements and custom attributes
* - Populate `this.$nodes` with the nodes that need to be appended to the host