VLEX/BPM-UI/node_modules/@angular/core/core.d.ts

/**
 * @license Angular v8.1.0
 * (c) 2010-2019 Google LLC. https://angular.io/
 * License: MIT
 */

import { Observable } from 'rxjs';
import { Subject } from 'rxjs';
import { Subscription } from 'rxjs';

/**
 * @description
 *
 * Represents an abstract class `T`, if applied to a concrete class it would stop being
 * instantiatable.
 *
 * @publicApi
 */
export declare interface AbstractType<T> extends Function {
    prototype: T;
}

/**
 * Below are constants for LContainer indices to help us look up LContainer members
 * without having to remember the specific indices.
 * Uglify will inline these when minifying so there shouldn't be a cost.
 */
declare const ACTIVE_INDEX = 2;

/**
 * @description
 * A lifecycle hook that is called after the default change detector has
 * completed checking all content of a directive.
 *
 * @see `AfterViewChecked`
 * @see [Lifecycle Hooks](guide/lifecycle-hooks#onchanges) guide
 *
 * @usageNotes
 * The following snippet shows how a component can implement this interface to
 * define its own after-check functionality.
 *
 * {@example core/ts/metadata/lifecycle_hooks_spec.ts region='AfterContentChecked'}
 *
 * @publicApi
 */
export declare interface AfterContentChecked {
    /**
     * A callback method that is invoked immediately after the
     * default change detector has completed checking all of the directive's
     * content.
     */
    ngAfterContentChecked(): void;
}

/**
 * @description
 * A lifecycle hook that is called after Angular has fully initialized
 * all content of a directive.
 * Define an `ngAfterContentInit()` method to handle any additional initialization tasks.
 *
 * @see `OnInit`
 * @see `AfterViewInit`
 * @see [Lifecycle Hooks](guide/lifecycle-hooks#onchanges) guide
 *
 * @usageNotes
 * The following snippet shows how a component can implement this interface to
 * define its own content initialization method.
 *
 * {@example core/ts/metadata/lifecycle_hooks_spec.ts region='AfterContentInit'}
 *
 * @publicApi
 */
export declare interface AfterContentInit {
    /**
     * A callback method that is invoked immediately after
     * Angular has completed initialization of all of the directive's
     * content.
     * It is invoked only once when the directive is instantiated.
     */
    ngAfterContentInit(): void;
}

/**
 * @description
 * A lifecycle hook that is called after the default change detector has
 * completed checking a component's view for changes.
 *
 * @see `AfterContentChecked`
 * @see [Lifecycle Hooks](guide/lifecycle-hooks#onchanges) guide
 *
 * @usageNotes
 * The following snippet shows how a component can implement this interface to
 * define its own after-check functionality.
 *
 * {@example core/ts/metadata/lifecycle_hooks_spec.ts region='AfterViewChecked'}
 *
 * @publicApi
 */
export declare interface AfterViewChecked {
    /**
     * A callback method that is invoked immediately after the
     * default change detector has completed one change-check cycle
     * for a component's view.
     */
    ngAfterViewChecked(): void;
}

/**
 * @description
 * A lifecycle hook that is called after Angular has fully initialized
 * a component's view.
 * Define an `ngAfterViewInit()` method to handle any additional initialization tasks.
 *
 * @see `OnInit`
 * @see `AfterContentInit`
 * @see [Lifecycle Hooks](guide/lifecycle-hooks#onchanges) guide
 *
 * @usageNotes
 * The following snippet shows how a component can implement this interface to
 * define its own view initialization method.
 *
 * {@example core/ts/metadata/lifecycle_hooks_spec.ts region='AfterViewInit'}
 *
 * @publicApi
 */
export declare interface AfterViewInit {
    /**
     * A callback method that is invoked immediately after
     * Angular has completed initialization of a component's view.
     * It is invoked only once when the view is instantiated.
     *
     */
    ngAfterViewInit(): void;
}

/**
 * A DI token that you can use to create a virtual [provider](guide/glossary#provider)
 * that will populate the `entryComponents` field of components and NgModules
 * based on its `useValue` property value.
 * All components that are referenced in the `useValue` value (either directly
 * or in a nested array or map) are added to the `entryComponents` property.
 *
 * @usageNotes
 *
 * The following example shows how the router can populate the `entryComponents`
 * field of an NgModule based on a router configuration that refers
 * to components.
 *
 * ```typescript
 * // helper function inside the router
 * function provideRoutes(routes) {
 *   return [
 *     {provide: ROUTES, useValue: routes},
 *     {provide: ANALYZE_FOR_ENTRY_COMPONENTS, useValue: routes, multi: true}
 *   ];
 * }
 *
 * // user code
 * let routes = [
 *   {path: '/root', component: RootComp},
 *   {path: '/teams', component: TeamsComp}
 * ];
 *
 * @NgModule({
 *   providers: [provideRoutes(routes)]
 * })
 * class ModuleWithRoutes {}
 * ```
 *
 * @publicApi
 */
export declare const ANALYZE_FOR_ENTRY_COMPONENTS: InjectionToken<any>;

/**
 * All callbacks provided via this token will be called for every component that is bootstrapped.
 * Signature of the callback:
 *
 * `(componentRef: ComponentRef) => void`.
 *
 * @publicApi
 */
export declare const APP_BOOTSTRAP_LISTENER: InjectionToken<((compRef: ComponentRef<any>) => void)[]>;

/**
 * A DI Token representing a unique string id assigned to the application by Angular and used
 * primarily for prefixing application attributes and CSS styles when
 * {@link ViewEncapsulation#Emulated ViewEncapsulation.Emulated} is being used.
 *
 * If you need to avoid randomly generated value to be used as an application id, you can provide
 * a custom value via a DI provider <!-- TODO: provider --> configuring the root {@link Injector}
 * using this token.
 * @publicApi
 */
export declare const APP_ID: InjectionToken<string>;

/**
 * A function that will be executed when an application is initialized.
 *
 * @publicApi
 */
export declare const APP_INITIALIZER: InjectionToken<(() => void)[]>;

/**
 * A class that reflects the state of running {@link APP_INITIALIZER}s.
 *
 * @publicApi
 */
export declare class ApplicationInitStatus {
    private appInits;
    private resolve;
    private reject;
    private initialized;
    readonly donePromise: Promise<any>;
    readonly done = false;
    constructor(appInits: (() => any)[]);
}

/**
 * Configures the root injector for an app with
 * providers of `@angular/core` dependencies that `ApplicationRef` needs
 * to bootstrap components.
 *
 * Re-exported by `BrowserModule`, which is included automatically in the root
 * `AppModule` when you create a new app with the CLI `new` command.
 *
 * @publicApi
 */
export declare class ApplicationModule {
    constructor(appRef: ApplicationRef);
}

/**
 * A reference to an Angular application running on a page.
 *
 * @usageNotes
 *
 * {@a is-stable-examples}
 * ### isStable examples and caveats
 *
 * Note two important points about `isStable`, demonstrated in the examples below:
 * - the application will never be stable if you start any kind
 * of recurrent asynchronous task when the application starts
 * (for example for a polling process, started with a `setInterval`, a `setTimeout`
 * or using RxJS operators like `interval`);
 * - the `isStable` Observable runs outside of the Angular zone.
 *
 * Let's imagine that you start a recurrent task
 * (here incrementing a counter, using RxJS `interval`),
 * and at the same time subscribe to `isStable`.
 *
 * ```
 * constructor(appRef: ApplicationRef) {
 *   appRef.isStable.pipe(
 *      filter(stable => stable)
 *   ).subscribe(() => console.log('App is stable now');
 *   interval(1000).subscribe(counter => console.log(counter));
 * }
 * ```
 * In this example, `isStable` will never emit `true`,
 * and the trace "App is stable now" will never get logged.
 *
 * If you want to execute something when the app is stable,
 * you have to wait for the application to be stable
 * before starting your polling process.
 *
 * ```
 * constructor(appRef: ApplicationRef) {
 *   appRef.isStable.pipe(
 *     first(stable => stable),
 *     tap(stable => console.log('App is stable now')),
 *     switchMap(() => interval(1000))
 *   ).subscribe(counter => console.log(counter));
 * }
 * ```
 * In this example, the trace "App is stable now" will be logged
 * and then the counter starts incrementing every second.
 *
 * Note also that this Observable runs outside of the Angular zone,
 * which means that the code in the subscription
 * to this Observable will not trigger the change detection.
 *
 * Let's imagine that instead of logging the counter value,
 * you update a field of your component
 * and display it in its template.
 *
 * ```
 * constructor(appRef: ApplicationRef) {
 *   appRef.isStable.pipe(
 *     first(stable => stable),
 *     switchMap(() => interval(1000))
 *   ).subscribe(counter => this.value = counter);
 * }
 * ```
 * As the `isStable` Observable runs outside the zone,
 * the `value` field will be updated properly,
 * but the template will not be refreshed!
 *
 * You'll have to manually trigger the change detection to update the template.
 *
 * ```
 * constructor(appRef: ApplicationRef, cd: ChangeDetectorRef) {
 *   appRef.isStable.pipe(
 *     first(stable => stable),
 *     switchMap(() => interval(1000))
 *   ).subscribe(counter => {
 *     this.value = counter;
 *     cd.detectChanges();
 *   });
 * }
 * ```
 *
 * Or make the subscription callback run inside the zone.
 *
 * ```
 * constructor(appRef: ApplicationRef, zone: NgZone) {
 *   appRef.isStable.pipe(
 *     first(stable => stable),
 *     switchMap(() => interval(1000))
 *   ).subscribe(counter => zone.run(() => this.value = counter));
 * }
 * ```
 *
 * @publicApi
 */
export declare class ApplicationRef {
    private _zone;
    private _console;
    private _injector;
    private _exceptionHandler;
    private _componentFactoryResolver;
    private _initStatus;
    private _bootstrapListeners;
    private _views;
    private _runningTick;
    private _enforceNoNewChanges;
    private _stable;
    /**
     * Get a list of component types registered to this application.
     * This list is populated even before the component is created.
     */
    readonly componentTypes: Type<any>[];
    /**
     * Get a list of components registered to this application.
     */
    readonly components: ComponentRef<any>[];
    /**
     * Returns an Observable that indicates when the application is stable or unstable.
     *
     * @see  [Usage notes](#is-stable-examples) for examples and caveats when using this API.
     */
    readonly isStable: Observable<boolean>;
    /**
     * Bootstrap a new component at the root level of the application.
     *
     * @usageNotes
     * ### Bootstrap process
     *
     * When bootstrapping a new root component into an application, Angular mounts the
     * specified application component onto DOM elements identified by the componentType's
     * selector and kicks off automatic change detection to finish initializing the component.
     *
     * Optionally, a component can be mounted onto a DOM element that does not match the
     * componentType's selector.
     *
     * ### Example
     * {@example core/ts/platform/platform.ts region='longform'}
     */
    bootstrap<C>(componentOrFactory: ComponentFactory<C> | Type<C>, rootSelectorOrNode?: string | any): ComponentRef<C>;
    /**
     * Invoke this method to explicitly process change detection and its side-effects.
     *
     * In development mode, `tick()` also performs a second change detection cycle to ensure that no
     * further changes are detected. If additional changes are picked up during this second cycle,
     * bindings in the app have side-effects that cannot be resolved in a single change detection
     * pass.
     * In this case, Angular throws an error, since an Angular application can only have one change
     * detection pass during which all change detection must complete.
     */
    tick(): void;
    /**
     * Attaches a view so that it will be dirty checked.
     * The view will be automatically detached when it is destroyed.
     * This will throw if the view is already attached to a ViewContainer.
     */
    attachView(viewRef: ViewRef): void;
    /**
     * Detaches a view from dirty checking again.
     */
    detachView(viewRef: ViewRef): void;
    private _loadComponent;
    private _unloadComponent;
    /**
     * Returns the number of attached views.
     */
    readonly viewCount: number;
}

/**
 * @publicApi
 */
export declare function asNativeElements(debugEls: DebugElement[]): any;

/**
 * Checks that there currently is a platform which contains the given token as a provider.
 *
 * @publicApi
 */
export declare function assertPlatform(requiredToken: any): PlatformRef;

/**
 * Type of the Attribute metadata.
 *
 * @publicApi
 */
export declare interface Attribute {
    /**
     * The name of the attribute whose value can be injected.
     */
    attributeName?: string;
}

/**
 * Attribute decorator and metadata.
 *
 * @Annotation
 * @publicApi
 */
export declare const Attribute: AttributeDecorator;

/**
 * Type of the Attribute decorator / constructor function.
 *
 * @publicApi
 */
export declare interface AttributeDecorator {
    /**
     * A parameter decorator for a directive constructor that designates
     * a host-element attribute whose value is injected as a constant string literal.
     *
     * @usageNotes
     *
     * Suppose we have an `<input>` element and want to know its `type`.
     *
     * ```html
     * <input type="text">
     * ```
     *
     * The following example uses the decorator to inject the string literal `text`.
     *
     * {@example core/ts/metadata/metadata.ts region='attributeMetadata'}
     *
     * ### Example as TypeScript Decorator
     *
     * {@example core/ts/metadata/metadata.ts region='attributeFactory'}
     *
     */
    (name: string): any;
    new (name: string): Attribute;
}

declare const BINDING_INDEX = 7;

declare interface BindingDef {
    flags: ɵBindingFlags;
    ns: string | null;
    name: string | null;
    nonMinifiedName: string | null;
    securityContext: SecurityContext | null;
    suffix: string | null;
}

declare interface BindingStore {
    setValue(prop: string, value: any): void;
}

declare const enum BindingType {
    Unset = 0,
    Class = 1,
    Style = 2
}

/**
 * Provides additional options to the bootstraping process.
 *
 *
 */
declare interface BootstrapOptions {
    /**
     * Optionally specify which `NgZone` should be used.
     *
     * - Provide your own `NgZone` instance.
     * - `zone.js` - Use default `NgZone` which requires `Zone.js`.
     * - `noop` - Use `NoopNgZone` which does nothing.
     */
    ngZone?: NgZone | 'zone.js' | 'noop';
}


declare const BRAND = "__SANITIZER_TRUSTED_BRAND__";

declare const enum BypassType {
    Url = "Url",
    Html = "Html",
    ResourceUrl = "ResourceUrl",
    Script = "Script",
    Style = "Style"
}


/**
 * The strategy that the default change detector uses to detect changes.
 * When set, takes effect the next time change detection is triggered.
 *
 * @publicApi
 */
export declare enum ChangeDetectionStrategy {
    /**
     * Use the `CheckOnce` strategy, meaning that automatic change detection is deactivated
     * until reactivated by setting the strategy to `Default` (`CheckAlways`).
     * Change detection can still be explicitly invoked.
     * This strategy applies to all child directives and cannot be overridden.
     */
    OnPush = 0,
    /**
     * Use the default `CheckAlways` strategy, in which change detection is automatic until
     * explicitly deactivated.
     */
    Default = 1
}

/**
 * Base class for Angular Views, provides change detection functionality.
 * A change-detection tree collects all views that are to be checked for changes.
 * Use the methods to add and remove views from the tree, initiate change-detection,
 * and explicitly mark views as _dirty_, meaning that they have changed and need to be rerendered.
 *
 * @usageNotes
 *
 * The following examples demonstrate how to modify default change-detection behavior
 * to perform explicit detection when needed.
 *
 * ### Use `markForCheck()` with `CheckOnce` strategy
 *
 * The following example sets the `OnPush` change-detection strategy for a component
 * (`CheckOnce`, rather than the default `CheckAlways`), then forces a second check
 * after an interval. See [live demo](http://plnkr.co/edit/GC512b?p=preview).
 *
 * <code-example path="core/ts/change_detect/change-detection.ts"
 * region="mark-for-check"></code-example>
 *
 * ### Detach change detector to limit how often check occurs
 *
 * The following example defines a component with a large list of read-only data
 * that is expected to change constantly, many times per second.
 * To improve performance, we want to check and update the list
 * less often than the changes actually occur. To do that, we detach
 * the component's change detector and perform an explicit local check every five seconds.
 *
 * <code-example path="core/ts/change_detect/change-detection.ts" region="detach"></code-example>
 *
 *
 * ### Reattaching a detached component
 *
 * The following example creates a component displaying live data.
 * The component detaches its change detector from the main change detector tree
 * when the `live` property is set to false, and reattaches it when the property
 * becomes true.
 *
 * <code-example path="core/ts/change_detect/change-detection.ts" region="reattach"></code-example>
 *
 * @publicApi
 */
export declare abstract class ChangeDetectorRef {
    /**
     * When a view uses the {@link ChangeDetectionStrategy#OnPush OnPush} (checkOnce)
     * change detection strategy, explicitly marks the view as changed so that
     * it can be checked again.
     *
     * Components are normally marked as dirty (in need of rerendering) when inputs
     * have changed or events have fired in the view. Call this method to ensure that
     * a component is checked even if these triggers have not occured.
     *
     * <!-- TODO: Add a link to a chapter on OnPush components -->
     *
     */
    abstract markForCheck(): void;
    /**
     * Detaches this view from the change-detection tree.
     * A detached view is  not checked until it is reattached.
     * Use in combination with `detectChanges()` to implement local change detection checks.
     *
     * Detached views are not checked during change detection runs until they are
     * re-attached, even if they are marked as dirty.
     *
     * <!-- TODO: Add a link to a chapter on detach/reattach/local digest -->
     * <!-- TODO: Add a live demo once ref.detectChanges is merged into master -->
     *
     */
    abstract detach(): void;
    /**
     * Checks this view and its children. Use in combination with {@link ChangeDetectorRef#detach
     * detach}
     * to implement local change detection checks.
     *
     * <!-- TODO: Add a link to a chapter on detach/reattach/local digest -->
     * <!-- TODO: Add a live demo once ref.detectChanges is merged into master -->
     *
     */
    abstract detectChanges(): void;
    /**
     * Checks the change detector and its children, and throws if any changes are detected.
     *
     * Use in development mode to verify that running change detection doesn't introduce
     * other changes.
     */
    abstract checkNoChanges(): void;
    /**
     * Re-attaches the previously detached view to the change detection tree.
     * Views are attached to the tree by default.
     *
     * <!-- TODO: Add a link to a chapter on detach/reattach/local digest -->
     *
     */
    abstract reattach(): void;
}

declare const CHILD_HEAD = 14;

declare const CHILD_TAIL = 15;

/**
 * Configures the `Injector` to return an instance of `useClass` for a token.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @usageNotes
 *
 * ### Example
 *
 * {@example core/di/ts/provider_spec.ts region='ClassProvider'}
 *
 * Note that following two providers are not equal:
 *
 * {@example core/di/ts/provider_spec.ts region='ClassProviderDifference'}
 *
 * ### Multi-value example
 *
 * {@example core/di/ts/provider_spec.ts region='MultiProviderAspect'}
 *
 * @publicApi
 */
export declare interface ClassProvider extends ClassSansProvider {
    /**
     * An injection token. (Typically an instance of `Type` or `InjectionToken`, but can be `any`).
     */
    provide: any;
    /**
     * If true, then injector returns an array of instances. This is useful to allow multiple
     * providers spread across many files to provide configuration information to a common token.
     */
    multi?: boolean;
}

/**
 * Configures the `Injector` to return a value by invoking a `useClass` function.
 * Base for `ClassProvider` decorator.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @publicApi
 */
export declare interface ClassSansProvider {
    /**
     * Class to instantiate for the `token`.
     */
    useClass: Type<any>;
}

declare const CLEANUP = 8;

/**
 * @deprecated v4.0.0 - Use IterableChangeRecord instead.
 * @publicApi
 */
export declare interface CollectionChangeRecord<V> extends IterableChangeRecord<V> {
}

/**
 * Marks that the next string is for comment.
 *
 * See `I18nMutateOpCodes` documentation.
 */
declare const COMMENT_MARKER: COMMENT_MARKER;

declare interface COMMENT_MARKER {
    marker: 'comment';
}

/**
 * Compile an Angular injectable according to its `Injectable` metadata, and patch the resulting
 * `ngInjectableDef` onto the injectable type.
 */
declare function compileInjectable(type: Type<any>, srcMeta?: Injectable): void;

/**
 * Low-level service for running the angular compiler during runtime
 * to create {@link ComponentFactory}s, which
 * can later be used to create and render a Component instance.
 *
 * Each `@NgModule` provides an own `Compiler` to its injector,
 * that will use the directives/pipes of the ng module for compilation
 * of components.
 *
 * @publicApi
 */
export declare class Compiler {
    /**
     * Compiles the given NgModule and all of its components. All templates of the components listed
     * in `entryComponents` have to be inlined.
     */
    compileModuleSync: <T>(moduleType: Type<T>) => NgModuleFactory<T>;
    /**
     * Compiles the given NgModule and all of its components
     */
    compileModuleAsync: <T>(moduleType: Type<T>) => Promise<NgModuleFactory<T>>;
    /**
     * Same as {@link #compileModuleSync} but also creates ComponentFactories for all components.
     */
    compileModuleAndAllComponentsSync: <T>(moduleType: Type<T>) => ModuleWithComponentFactories<T>;
    /**
     * Same as {@link #compileModuleAsync} but also creates ComponentFactories for all components.
     */
    compileModuleAndAllComponentsAsync: <T>(moduleType: Type<T>) => Promise<ModuleWithComponentFactories<T>>;
    /**
     * Clears all caches.
     */
    clearCache(): void;
    /**
     * Clears the cache for the given component/ngModule.
     */
    clearCacheFor(type: Type<any>): void;
    /**
     * Returns the id for a given NgModule, if one is defined and known to the compiler.
     */
    getModuleId(moduleType: Type<any>): string | undefined;
}

/**
 * Token to provide CompilerOptions in the platform injector.
 *
 * @publicApi
 */
export declare const COMPILER_OPTIONS: InjectionToken<CompilerOptions[]>;

/**
 * A factory for creating a Compiler
 *
 * @publicApi
 */
export declare abstract class CompilerFactory {
    abstract createCompiler(options?: CompilerOptions[]): Compiler;
}

/**
 * Options for creating a compiler
 *
 * @publicApi
 */
export declare type CompilerOptions = {
    useJit?: boolean;
    defaultEncapsulation?: ViewEncapsulation;
    providers?: StaticProvider[];
    missingTranslation?: MissingTranslationStrategy;
    preserveWhitespaces?: boolean;
};

/**
 * Supplies configuration metadata for an Angular component.
 *
 * @publicApi
 */
export declare interface Component extends Directive {
    /**
     * The change-detection strategy to use for this component.
     *
     * When a component is instantiated, Angular creates a change detector,
     * which is responsible for propagating the component's bindings.
     * The strategy is one of:
     * - `ChangeDetectionStrategy#OnPush` sets the strategy to `CheckOnce` (on demand).
     * - `ChangeDetectionStrategy#Default` sets the strategy to `CheckAlways`.
     */
    changeDetection?: ChangeDetectionStrategy;
    /**
     * Defines the set of injectable objects that are visible to its view DOM children.
     * See [example](#injecting-a-class-with-a-view-provider).
     *
     */
    viewProviders?: Provider[];
    /**
     * The module ID of the module that contains the component.
     * The component must be able to resolve relative URLs for templates and styles.
     * SystemJS exposes the `__moduleName` variable within each module.
     * In CommonJS, this can  be set to `module.id`.
     *
     */
    moduleId?: string;
    /**
     * The relative path or absolute URL of a template file for an Angular component.
     * If provided, do not supply an inline template using `template`.
     *
     */
    templateUrl?: string;
    /**
     * An inline template for an Angular component. If provided,
     * do not supply a template file using `templateUrl`.
     *
     */
    template?: string;
    /**
     * One or more relative paths or absolute URLs for files containing CSS stylesheets to use
     * in this component.
     */
    styleUrls?: string[];
    /**
     * One or more inline CSS stylesheets to use
     * in this component.
     */
    styles?: string[];
    /**
     * One or more animation `trigger()` calls, containing
     * `state()` and `transition()` definitions.
     * See the [Animations guide](/guide/animations) and animations API documentation.
     *
     */
    animations?: any[];
    /**
     * An encapsulation policy for the template and CSS styles. One of:
     * - `ViewEncapsulation.Native`: Deprecated. Use `ViewEncapsulation.ShadowDom` instead.
     * - `ViewEncapsulation.Emulated`: Use shimmed CSS that
     * emulates the native behavior.
     * - `ViewEncapsulation.None`: Use global CSS without any
     * encapsulation.
     * - `ViewEncapsulation.ShadowDom`: Use Shadow DOM v1 to encapsulate styles.
     *
     * If not supplied, the value is taken from `CompilerOptions`. The default compiler option is
     * `ViewEncapsulation.Emulated`.
     *
     * If the policy is set to `ViewEncapsulation.Emulated` and the component has no `styles`
     * or `styleUrls` specified, the policy is automatically switched to `ViewEncapsulation.None`.
     */
    encapsulation?: ViewEncapsulation;
    /**
     * Overrides the default encapsulation start and end delimiters (`{{` and `}}`)
     */
    interpolation?: [string, string];
    /**
     * A set of components that should be compiled along with
     * this component. For each component listed here,
     * Angular creates a {@link ComponentFactory} and stores it in the
     * {@link ComponentFactoryResolver}.
     */
    entryComponents?: Array<Type<any> | any[]>;
    /**
     * True to preserve or false to remove potentially superfluous whitespace characters
     * from the compiled template. Whitespace characters are those matching the `\s`
     * character class in JavaScript regular expressions. Default is false, unless
     * overridden in compiler options.
     */
    preserveWhitespaces?: boolean;
}

/**
 * Component decorator and metadata.
 *
 * @Annotation
 * @publicApi
 */
export declare const Component: ComponentDecorator;

/**
 * Component decorator interface
 *
 * @publicApi
 */
export declare interface ComponentDecorator {
    /**
     * Decorator that marks a class as an Angular component and provides configuration
     * metadata that determines how the component should be processed,
     * instantiated, and used at runtime.
     *
     * Components are the most basic UI building block of an Angular app.
     * An Angular app contains a tree of Angular components.
     *
     * Angular components are a subset of directives, always associated with a template.
     * Unlike other directives, only one component can be instantiated per an element in a template.
     *
     * A component must belong to an NgModule in order for it to be available
     * to another component or application. To make it a member of an NgModule,
     * list it in the `declarations` field of the `NgModule` metadata.
     *
     * Note that, in addition to these options for configuring a directive,
     * you can control a component's runtime behavior by implementing
     * life-cycle hooks. For more information, see the
     * [Lifecycle Hooks](guide/lifecycle-hooks) guide.
     *
     * @usageNotes
     *
     * ### Setting component inputs
     *
     * The following example creates a component with two data-bound properties,
     * specified by the `inputs` value.
     *
     * <code-example path="core/ts/metadata/directives.ts" region="component-input">
     * </code-example>
     *
     *
     * ### Setting component outputs
     *
     * The following example shows two event emitters that emit on an interval. One
     * emits an output every second, while the other emits every five seconds.
     *
     * {@example core/ts/metadata/directives.ts region='component-output-interval'}
     *
     * ### Injecting a class with a view provider
     *
     * The following simple example injects a class into a component
     * using the view provider specified in component metadata:
     *
     * ```
     * class Greeter {
     *    greet(name:string) {
     *      return 'Hello ' + name + '!';
     *    }
     * }
     *
     * @Directive({
     *   selector: 'needs-greeter'
     * })
     * class NeedsGreeter {
     *   greeter:Greeter;
     *
     *   constructor(greeter:Greeter) {
     *     this.greeter = greeter;
     *   }
     * }
     *
     * @Component({
     *   selector: 'greet',
     *   viewProviders: [
     *     Greeter
     *   ],
     *   template: `<needs-greeter></needs-greeter>`
     * })
     * class HelloWorld {
     * }
     *
     * ```
     *
     * ### Preserving whitespace
     *
     * Removing whitespace can greatly reduce AOT-generated code size and speed up view creation.
     * As of Angular 6, the default for `preserveWhitespaces` is false (whitespace is removed).
     * To change the default setting for all components in your application, set
     * the `preserveWhitespaces` option of the AOT compiler.
     *
     * By default, the AOT compiler removes whitespace characters as follows:
     * * Trims all whitespaces at the beginning and the end of a template.
     * * Removes whitespace-only text nodes. For example,
     *
     * ```
     * <button>Action 1</button>  <button>Action 2</button>
     * ```
     *
     * becomes:
     *
     * ```
     * <button>Action 1</button><button>Action 2</button>
     * ```
     *
     * * Replaces a series of whitespace characters in text nodes with a single space.
     * For example, `<span>\n some text\n</span>` becomes `<span> some text </span>`.
     * * Does NOT alter text nodes inside HTML tags such as `<pre>` or `<textarea>`,
     * where whitespace characters are significant.
     *
     * Note that these transformations can influence DOM nodes layout, although impact
     * should be minimal.
     *
     * You can override the default behavior to preserve whitespace characters
     * in certain fragments of a template. For example, you can exclude an entire
     * DOM sub-tree by using the `ngPreserveWhitespaces` attribute:
     *
     * ```html
     * <div ngPreserveWhitespaces>
     *     whitespaces are preserved here
     *     <span>    and here </span>
     * </div>
     * ```
     *
     * You can force a single space to be preserved in a text node by using `&ngsp;`,
     * which is replaced with a space character by Angular's template
     * compiler:
     *
     * ```html
     * <a>Spaces</a>&ngsp;<a>between</a>&ngsp;<a>links.</a>
     * <!-->compiled to be equivalent to:</>
     *  <a>Spaces</a> <a>between</a> <a>links.</a>
     * ```
     *
     * Note that sequences of `&ngsp;` are still collapsed to just one space character when
     * the `preserveWhitespaces` option is set to `false`.
     *
     * ```html
     * <a>before</a>&ngsp;&ngsp;&ngsp;<a>after</a>
     * <!-->compiled to be equivalent to:</>
     *  <a>Spaces</a> <a>between</a> <a>links.</a>
     * ```
     *
     * To preserve sequences of whitespace characters, use the
     * `ngPreserveWhitespaces` attribute.
     *
     * @Annotation
     */
    (obj: Component): TypeDecorator;
    /**
     * See the `Component` decorator.
     */
    new (obj: Component): Component;
}

declare interface ComponentDefFeature {
    <T>(componentDef: ɵComponentDef<T>): void;
    /**
     * Marks a feature as something that {@link InheritDefinitionFeature} will execute
     * during inheritance.
     *
     * NOTE: DO NOT SET IN ROOT OF MODULE! Doing so will result in tree-shakers/bundlers
     * identifying the change as a side effect, and the feature will be included in
     * every bundle.
     */
    ngInherit?: true;
}

/**
 * @publicApi
 */
declare abstract class ComponentFactory<C> {
    /**
     * The component's HTML selector.
     */
    abstract readonly selector: string;
    /**
     * The component's type
     */
    abstract readonly componentType: Type<any>;
    /**
     * Selector for all <ng-content> elements in the component.
     */
    abstract readonly ngContentSelectors: string[];
    /**
     * The inputs of the component.
     */
    abstract readonly inputs: {
        propName: string;
        templateName: string;
    }[];
    /**
     * The outputs of the component.
     */
    abstract readonly outputs: {
        propName: string;
        templateName: string;
    }[];
    /**
     * Creates a new component.
     */
    abstract create(injector: Injector, projectableNodes?: any[][], rootSelectorOrNode?: string | any, ngModule?: NgModuleRef<any>): ComponentRef<C>;
}
export { ComponentFactory }
export { ComponentFactory as ɵComponentFactory }

/**
 * @publicApi
 */
export declare abstract class ComponentFactoryResolver {
    static NULL: ComponentFactoryResolver;
    abstract resolveComponentFactory<T>(component: Type<T>): ComponentFactory<T>;
}

declare type ComponentInstance = {};

/**
 * Represents a component created by a `ComponentFactory`.
 * Provides access to the component instance and related objects,
 * and provides the means of destroying the instance.
 *
 * @publicApi
 */
export declare abstract class ComponentRef<C> {
    /**
     * The host or anchor [element](guide/glossary#element) for this component instance.
     */
    abstract readonly location: ElementRef;
    /**
     * The [dependency injector](guide/glossary#injector) for this component instance.
     */
    abstract readonly injector: Injector;
    /**
     * This component instance.
     */
    abstract readonly instance: C;
    /**
     * The [host view](guide/glossary#view-tree) defined by the template
     * for this component instance.
     */
    abstract readonly hostView: ViewRef;
    /**
     * The change detector for this component instance.
     */
    abstract readonly changeDetectorRef: ChangeDetectorRef;
    /**
     * The component type.
     */
    abstract readonly componentType: Type<any>;
    /**
     * Destroys the component instance and all of the data structures associated with it.
     */
    abstract destroy(): void;
    /**
     * A lifecycle hook that provides additional developer-defined cleanup
     * functionality for the component.
     * @param callback A handler function that cleans up developer-defined data
     * associated with this component. Called when the `destroy()` method is invoked.
     */
    abstract onDestroy(callback: Function): void;
}

/**
 * Definition of what a template rendering function should look like for a component.
 */
declare type ComponentTemplate<T> = {
    <U extends T>(rf: ɵRenderFlags, ctx: T | U): void;
};

/**
 * Configures the `Injector` to return an instance of a token.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @usageNotes
 *
 * ### Example
 *
 * {@example core/di/ts/provider_spec.ts region='ConstructorProvider'}
 *
 * ### Multi-value example
 *
 * {@example core/di/ts/provider_spec.ts region='MultiProviderAspect'}
 *
 * @publicApi
 */
declare interface ConstructorProvider extends ConstructorSansProvider {
    /**
     * An injection token. (Typically an instance of `Type` or `InjectionToken`, but can be `any`).
     */
    provide: Type<any>;
    /**
     * If true, then injector returns an array of instances. This is useful to allow multiple
     * providers spread across many files to provide configuration information to a common token.
     */
    multi?: boolean;
}

/**
 * Configures the `Injector` to return an instance of a token.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @usageNotes
 *
 * ### Example
 *
 * ```
 * @Injectable(SomeModule, {deps: []})
 * class MyService {}
 * ```
 *
 * @publicApi
 */
export declare interface ConstructorSansProvider {
    /**
     * A list of `token`s which need to be resolved by the injector. The list of values is then
     * used as arguments to the `useClass` constructor.
     */
    deps?: any[];
}

declare const CONTENT_QUERIES = 16;

/**
 * Type of the ContentChild metadata.
 *
 * @publicApi
 */
export declare type ContentChild = Query;

/**
 * ContentChild decorator and metadata.
 *
 *
 * @Annotation
 *
 * @publicApi
 */
export declare const ContentChild: ContentChildDecorator;

/**
 * Type of the ContentChild decorator / constructor function.
 *
 * @publicApi
 */
export declare interface ContentChildDecorator {
    /**
     * Configures a content query.
     *
     * You can use ContentChild to get the first element or the directive matching the selector from
     * the content DOM. If the content DOM changes, and a new child matches the selector,
     * the property will be updated.
     *
     * Content queries are set before the `ngAfterContentInit` callback is called.
     *
     * **Metadata Properties**:
     *
     * * **selector** - the directive type or the name used for querying.
     * * **read** - read a different token from the queried element.
     * * **static** - whether or not to resolve query results before change detection runs (i.e.
     * return static results only). If this option is not provided, the compiler will fall back
     * to its default behavior, which is to use query results to determine the timing of query
     * resolution. If any query results are inside a nested view (e.g. *ngIf), the query will be
     * resolved after change detection runs. Otherwise, it will be resolved before change detection
     * runs.
     *
     * @usageNotes
     * ### Example
     *
     * {@example core/di/ts/contentChild/content_child_howto.ts region='HowTo'}
     *
     * ### Example
     *
     * {@example core/di/ts/contentChild/content_child_example.ts region='Component'}
     *
     * @Annotation
     */
    (selector: Type<any> | Function | string, opts: {
        read?: any;
        static: boolean;
    }): any;
    new (selector: Type<any> | Function | string, opts: {
        read?: any;
        static: boolean;
    }): ContentChild;
}

/**
 * Type of the ContentChildren metadata.
 *
 *
 * @Annotation
 * @publicApi
 */
export declare type ContentChildren = Query;

/**
 * ContentChildren decorator and metadata.
 *
 *
 * @Annotation
 * @publicApi
 */
export declare const ContentChildren: ContentChildrenDecorator;

/**
 * Type of the ContentChildren decorator / constructor function.
 *
 * @see `ContentChildren`.
 * @publicApi
 */
export declare interface ContentChildrenDecorator {
    /**
     * Configures a content query.
     *
     * You can use ContentChildren to get the `QueryList` of elements or directives from the
     * content DOM. Any time a child element is added, removed, or moved, the query list will be
     * updated, and the changes observable of the query list will emit a new value.
     *
     * Content queries are set before the `ngAfterContentInit` callback is called.
     *
     * **Metadata Properties**:
     *
     * * **selector** - the directive type or the name used for querying.
     * * **descendants** - include only direct children or all descendants.
     * * **read** - read a different token from the queried elements.
     *
     * @usageNotes
     * ### Basic Example
     *
     * Here is a simple demonstration of how the `ContentChildren` decorator can be used.
     *
     * {@example core/di/ts/contentChildren/content_children_howto.ts region='HowTo'}
     *
     * ### Tab-pane Example
     *
     * Here is a slightly more realistic example that shows how `ContentChildren` decorators
     * can be used to implement a tab pane component.
     *
     * {@example core/di/ts/contentChildren/content_children_example.ts region='Component'}
     *
     * @Annotation
     */
    (selector: Type<any> | Function | string, opts?: {
        descendants?: boolean;
        read?: any;
    }): any;
    new (selector: Type<any> | Function | string, opts?: {
        descendants?: boolean;
        read?: any;
    }): Query;
}

/**
 * Definition of what a content queries function should look like.
 */
declare type ContentQueriesFunction<T> = <U extends T>(rf: ɵRenderFlags, ctx: U, directiveIndex: number) => void;

declare const CONTEXT = 9;

/** Options that control how the component should be bootstrapped. */
declare interface CreateComponentOptions {
    /** Which renderer factory to use. */
    rendererFactory?: RendererFactory3;
    /** A custom sanitizer instance */
    sanitizer?: Sanitizer;
    /** A custom animation player handler */
    playerHandler?: ɵPlayerHandler;
    /**
     * Host element on which the component will be bootstrapped. If not specified,
     * the component definition's `tag` is used to query the existing DOM for the
     * element to bootstrap.
     */
    host?: RElement | string;
    /** Module injector for the component. If unspecified, the injector will be NULL_INJECTOR. */
    injector?: Injector;
    /**
     * List of features to be applied to the created component. Features are simply
     * functions that decorate a component with a certain behavior.
     *
     * Typically, the features in this list are features that cannot be added to the
     * other features list in the component definition because they rely on other factors.
     *
     * Example: `LifecycleHooksFeature` is a function that adds lifecycle hook capabilities
     * to root components in a tree-shakable way. It cannot be added to the component
     * features list because there's no way of knowing when the component will be used as
     * a root component.
     */
    hostFeatures?: HostFeature[];
    /**
     * A function which is used to schedule change detection work in the future.
     *
     * When marking components as dirty, it is necessary to schedule the work of
     * change detection in the future. This is done to coalesce multiple
     * {@link markDirty} calls into a single changed detection processing.
     *
     * The default value of the scheduler is the `requestAnimationFrame` function.
     *
     * It is also useful to override this function for testing purposes.
     */
    scheduler?: (work: () => void) => void;
}

/**
 * Creates a platform.
 * Platforms have to be eagerly created via this function.
 *
 * @publicApi
 */
export declare function createPlatform(injector: Injector): PlatformRef;

/**
 * Creates a factory for a platform
 *
 * @publicApi
 */
export declare function createPlatformFactory(parentPlatformFactory: ((extraProviders?: StaticProvider[]) => PlatformRef) | null, name: string, providers?: StaticProvider[]): (extraProviders?: StaticProvider[]) => PlatformRef;


/**
 * Expresses a single CSS Selector.
 *
 * Beginning of array
 * - First index: element name
 * - Subsequent odd indices: attr keys
 * - Subsequent even indices: attr values
 *
 * After SelectorFlags.CLASS flag
 * - Class name values
 *
 * SelectorFlags.NOT flag
 * - Changes the mode to NOT
 * - Can be combined with other flags to set the element / attr / class mode
 *
 * e.g. SelectorFlags.NOT | SelectorFlags.ELEMENT
 *
 * Example:
 * Original: `div.foo.bar[attr1=val1][attr2]`
 * Parsed: ['div', 'attr1', 'val1', 'attr2', '', SelectorFlags.CLASS, 'foo', 'bar']
 *
 * Original: 'div[attr1]:not(.foo[attr2])
 * Parsed: [
 *  'div', 'attr1', '',
 *  SelectorFlags.NOT | SelectorFlags.ATTRIBUTE 'attr2', '', SelectorFlags.CLASS, 'foo'
 * ]
 *
 * See more examples in node_selector_matcher_spec.ts
 */
declare type CssSelector = (string | SelectorFlags)[];

/**
 * Defines a schema that allows an NgModule to contain the following:
 * - Non-Angular elements named with dash case (`-`).
 * - Element properties named with dash case (`-`).
 * Dash case is the naming convention for custom elements.
 *
 * @publicApi
 */
export declare const CUSTOM_ELEMENTS_SCHEMA: SchemaMetadata;

/**
 * @publicApi
 */
export declare interface DebugElement extends DebugNode {
    readonly name: string;
    readonly properties: {
        [key: string]: any;
    };
    readonly attributes: {
        [key: string]: string | null;
    };
    readonly classes: {
        [key: string]: boolean;
    };
    readonly styles: {
        [key: string]: string | null;
    };
    readonly childNodes: DebugNode[];
    readonly nativeElement: any;
    readonly children: DebugElement[];
    query(predicate: Predicate<DebugElement>): DebugElement;
    queryAll(predicate: Predicate<DebugElement>): DebugElement[];
    queryAllNodes(predicate: Predicate<DebugNode>): DebugNode[];
    triggerEventHandler(eventName: string, eventObj: any): void;
}

/**
 * @publicApi
 */
export declare const DebugElement: {
    new (...args: any[]): DebugElement;
};

declare class DebugElement__POST_R3__ extends DebugNode__POST_R3__ implements DebugElement {
    constructor(nativeNode: Element);
    readonly nativeElement: Element | null;
    readonly name: string;
    /**
     *  Gets a map of property names to property values for an element.
     *
     *  This map includes:
     *  - Regular property bindings (e.g. `[id]="id"`)
     *  - Host property bindings (e.g. `host: { '[id]': "id" }`)
     *  - Interpolated property bindings (e.g. `id="{{ value }}")
     *
     *  It does not include:
     *  - input property bindings (e.g. `[myCustomInput]="value"`)
     *  - attribute bindings (e.g. `[attr.role]="menu"`)
     */
    readonly properties: {
        [key: string]: any;
    };
    readonly attributes: {
        [key: string]: string | null;
    };
    readonly classes: {
        [key: string]: boolean;
    };
    readonly styles: {
        [key: string]: string | null;
    };
    readonly childNodes: DebugNode[];
    readonly children: DebugElement[];
    query(predicate: Predicate<DebugElement>): DebugElement;
    queryAll(predicate: Predicate<DebugElement>): DebugElement[];
    queryAllNodes(predicate: Predicate<DebugNode>): DebugNode[];
    triggerEventHandler(eventName: string, eventObj: any): void;
}

/**
 * @publicApi
 */
export declare class DebugEventListener {
    name: string;
    callback: Function;
    constructor(name: string, callback: Function);
}

/**
 * @publicApi
 */
export declare interface DebugNode {
    readonly listeners: DebugEventListener[];
    readonly parent: DebugElement | null;
    readonly nativeNode: any;
    readonly injector: Injector;
    readonly componentInstance: any;
    readonly context: any;
    readonly references: {
        [key: string]: any;
    };
    readonly providerTokens: any[];
}

/**
 * @publicApi
 */
export declare const DebugNode: {
    new (...args: any[]): DebugNode;
};

declare class DebugNode__POST_R3__ implements DebugNode {
    readonly nativeNode: Node;
    constructor(nativeNode: Node);
    readonly parent: DebugElement | null;
    readonly injector: Injector;
    readonly componentInstance: any;
    readonly context: any;
    readonly listeners: DebugEventListener[];
    readonly references: {
        [key: string]: any;
    };
    readonly providerTokens: any[];
}

declare const DECLARATION_VIEW = 17;

/**
 * @deprecated v4.0.0 - Should not be part of public API.
 * @publicApi
 */
export declare class DefaultIterableDiffer<V> implements IterableDiffer<V>, IterableChanges<V> {
    readonly length: number;
    readonly collection: V[] | Iterable<V> | null;
    private _linkedRecords;
    private _unlinkedRecords;
    private _previousItHead;
    private _itHead;
    private _itTail;
    private _additionsHead;
    private _additionsTail;
    private _movesHead;
    private _movesTail;
    private _removalsHead;
    private _removalsTail;
    private _identityChangesHead;
    private _identityChangesTail;
    private _trackByFn;
    constructor(trackByFn?: TrackByFunction<V>);
    forEachItem(fn: (record: IterableChangeRecord_<V>) => void): void;
    forEachOperation(fn: (item: IterableChangeRecord<V>, previousIndex: number | null, currentIndex: number | null) => void): void;
    forEachPreviousItem(fn: (record: IterableChangeRecord_<V>) => void): void;
    forEachAddedItem(fn: (record: IterableChangeRecord_<V>) => void): void;
    forEachMovedItem(fn: (record: IterableChangeRecord_<V>) => void): void;
    forEachRemovedItem(fn: (record: IterableChangeRecord_<V>) => void): void;
    forEachIdentityChange(fn: (record: IterableChangeRecord_<V>) => void): void;
    diff(collection: NgIterable<V>): DefaultIterableDiffer<V> | null;
    onDestroy(): void;
    check(collection: NgIterable<V>): boolean;
    readonly isDirty: boolean;
    private _addToRemovals;
}

/**
 * @deprecated in v8, delete after v10. This API should be used only be generated code, and that
 * code should now use ɵɵdefineInjectable instead.
 * @publicApi
 */
export declare const defineInjectable: typeof ɵɵdefineInjectable;

declare interface Definition<DF extends DefinitionFactory<any>> {
    factory: DF | null;
}

/**
 * Factory for ViewDefinitions/NgModuleDefinitions.
 * We use a function so we can reexeute it in case an error happens and use the given logger
 * function to log the error from the definition of the node, which is shown in all browser
 * logs.
 */
declare interface DefinitionFactory<D extends Definition<any>> {
    (logger: NodeLogger): D;
}

declare interface DepDef {
    flags: ɵDepFlags;
    token: any;
    tokenKey: string;
}

/**
 * Destroy the existing platform.
 *
 * @publicApi
 */
export declare function destroyPlatform(): void;

/**
 * Directive decorator and metadata.
 *
 * @Annotation
 * @publicApi
 */
export declare interface Directive {
    /**
     * The CSS selector that identifies this directive in a template
     * and triggers instantiation of the directive.
     *
     * Declare as one of the following:
     *
     * - `element-name`: Select by element name.
     * - `.class`: Select by class name.
     * - `[attribute]`: Select by attribute name.
     * - `[attribute=value]`: Select by attribute name and value.
     * - `:not(sub_selector)`: Select only if the element does not match the `sub_selector`.
     * - `selector1, selector2`: Select if either `selector1` or `selector2` matches.
     *
     * Angular only allows directives to apply on CSS selectors that do not cross
     * element boundaries.
     *
     * For the following template HTML, a directive with an `input[type=text]` selector,
     * would be instantiated only on the `<input type="text">` element.
     *
     * ```html
     * <form>
     *   <input type="text">
     *   <input type="radio">
     * <form>
     * ```
     *
     */
    selector?: string;
    /**
     * Enumerates the set of data-bound input properties for a directive
     *
     * Angular automatically updates input properties during change detection.
     * The `inputs` property defines a set of `directiveProperty` to `bindingProperty`
     * configuration:
     *
     * - `directiveProperty` specifies the component property where the value is written.
     * - `bindingProperty` specifies the DOM property where the value is read from.
     *
     * When `bindingProperty` is not provided, it is assumed to be equal to `directiveProperty`.
     * @usageNotes
     *
     * ### Example
     *
     * The following example creates a component with two data-bound properties.
     *
     * ```typescript
     * @Component({
     *   selector: 'bank-account',
     *   inputs: ['bankName', 'id: account-id'],
     *   template: `
     *     Bank Name: {{bankName}}
     *     Account Id: {{id}}
     *   `
     * })
     * class BankAccount {
     *   bankName: string;
     *   id: string;
     *
     * ```
     *
     */
    inputs?: string[];
    /**
     * Enumerates the set of event-bound output properties.
     *
     * When an output property emits an event, an event handler attached to that event
     * in the template is invoked.
     *
     * The `outputs` property defines a set of `directiveProperty` to `bindingProperty`
     * configuration:
     *
     * - `directiveProperty` specifies the component property that emits events.
     * - `bindingProperty` specifies the DOM property the event handler is attached to.
     *
     * @usageNotes
     *
     * ### Example
     *
     * ```typescript
     * @Component({
     *   selector: 'child-dir',
     *   outputs: [ 'bankNameChange' ]
     *   template: `<input (input)="bankNameChange.emit($event.target.value)" />`
     * })
     * class ChildDir {
     *  bankNameChange: EventEmitter<string> = new EventEmitter<string>();
     * }
     *
     * @Component({
     *   selector: 'main',
     *   template: `
     *     {{ bankName }} <child-dir (bankNameChange)="onBankNameChange($event)"></child-dir>
     *   `
     * })
     * class MainComponent {
     *  bankName: string;
     *
     *   onBankNameChange(bankName: string) {
     *     this.bankName = bankName;
     *   }
     * }
     * ```
     *
     */
    outputs?: string[];
    /**
     * Configures the [injector](guide/glossary#injector) of this
     * directive or component with a [token](guide/glossary#di-token)
     * that maps to a [provider](guide/glossary#provider) of a dependency.
     */
    providers?: Provider[];
    /**
     * Defines the name that can be used in the template to assign this directive to a variable.
     *
     * @usageNotes
     *
     * ### Simple Example
     *
     * ```
     * @Directive({
     *   selector: 'child-dir',
     *   exportAs: 'child'
     * })
     * class ChildDir {
     * }
     *
     * @Component({
     *   selector: 'main',
     *   template: `<child-dir #c="child"></child-dir>`
     * })
     * class MainComponent {
     * }
     * ```
     *
     */
    exportAs?: string;
    /**
     * Configures the queries that will be injected into the directive.
     *
     * Content queries are set before the `ngAfterContentInit` callback is called.
     * View queries are set before the `ngAfterViewInit` callback is called.
     *
     * @usageNotes
     *
     * ### Example
     *
     * The following example shows how queries are defined
     * and when their results are available in lifecycle hooks:
     *
     * ```
     * @Component({
     *   selector: 'someDir',
     *   queries: {
     *     contentChildren: new ContentChildren(ChildDirective),
     *     viewChildren: new ViewChildren(ChildDirective)
     *   },
     *   template: '<child-directive></child-directive>'
     * })
     * class SomeDir {
     *   contentChildren: QueryList<ChildDirective>,
     *   viewChildren: QueryList<ChildDirective>
     *
     *   ngAfterContentInit() {
     *     // contentChildren is set
     *   }
     *
     *   ngAfterViewInit() {
     *     // viewChildren is set
     *   }
     * }
     * ```
     *
     * @Annotation
     */
    queries?: {
        [key: string]: any;
    };
    /**
     * Maps class properties to host element bindings for properties,
     * attributes, and events, using a set of key-value pairs.
     *
     * Angular automatically checks host property bindings during change detection.
     * If a binding changes, Angular updates the directive's host element.
     *
     * When the key is a property of the host element, the property value is
     * the propagated to the specified DOM property.
     *
     * When the key is a static attribute in the DOM, the attribute value
     * is propagated to the specified property in the host element.
     *
     * For event handling:
     * - The key is the DOM event that the directive listens to.
     * To listen to global events, add the target to the event name.
     * The target can be `window`, `document` or `body`.
     * - The value is the statement to execute when the event occurs. If the
     * statement evaluates to `false`, then `preventDefault` is applied on the DOM
     * event. A handler method can refer to the `$event` local variable.
     *
     */
    host?: {
        [key: string]: string;
    };
    /**
     * If true, this directive/component will be skipped by the AOT compiler and so will always be
     * compiled using JIT.
     *
     * This exists to support future Ivy work and has no effect currently.
     */
    jit?: true;
}

/**
 * Type of the Directive metadata.
 *
 * @publicApi
 */
export declare const Directive: DirectiveDecorator;

/**
 * Type of the Directive decorator / constructor function.
 * @publicApi
 */
export declare interface DirectiveDecorator {
    /**
     * Marks a class as an Angular directive. You can define your own
     * directives to attach custom behavior to elements in the DOM.
     * The options provide configuration metadata that determines
     * how the directive should be processed, instantiated and used at
     * runtime.
     *
     * Directive classes, like component classes, can implement
     * [life-cycle hooks](guide/lifecycle-hooks) to influence their configuration and behavior.
     *
     *
     * @usageNotes
     * To define a directive, mark the class with the decorator and provide metadata.
     *
     * ```
     * import {Directive} from '@angular/core';
     *
     * @Directive({
     *   selector: 'my-directive',
     * })
     * export class MyDirective {
     * ...
     * }
     * ```
     *
     * ### Declaring directives
     *
     * Directives are [declarables](guide/glossary#declarable).
     * They must be declared by an NgModule
     * in order to be usable in an app.
     *
     * A directive must belong to exactly one NgModule. Do not re-declare
     * a directive imported from another module.
     * List the directive class in the `declarations` field of an NgModule.
     *
     * ```
     * declarations: [
     *  AppComponent,
     *  MyDirective
     * ],
     * ```
     *
     * @Annotation
     */
    (obj: Directive): TypeDecorator;
    /**
     * See the `Directive` decorator.
     */
    new (obj: Directive): Directive;
}

declare interface DirectiveDefFeature {
    <T>(directiveDef: ɵDirectiveDef<T>): void;
    /**
     * Marks a feature as something that {@link InheritDefinitionFeature} will execute
     * during inheritance.
     *
     * NOTE: DO NOT SET IN ROOT OF MODULE! Doing so will result in tree-shakers/bundlers
     * identifying the change as a side effect, and the feature will be included in
     * every bundle.
     */
    ngInherit?: true;
}

declare type DirectiveDefList = (ɵDirectiveDef<any> | ɵComponentDef<any>)[];

/**
 * Type used for directiveDefs on component definition.
 *
 * The function is necessary to be able to support forward declarations.
 */
declare type DirectiveDefListOrFactory = (() => DirectiveDefList) | DirectiveDefList;

declare type DirectiveInstance = {};

/**
 * An array located in the StylingContext that houses all directive instances and additional
 * data about them.
 *
 * Each entry in this array represents a source of where style/class binding values could
 * come from. By default, there is always at least one directive here with a null value and
 * that represents bindings that live directly on an element in the template (not host bindings).
 *
 * Each successive entry in the array is an actual instance of a directive as well as some
 * additional info about that entry.
 *
 * An entry within this array has the following values:
 * [0] = The instance of the directive (the first entry is null because its reserved for the
 *       template)
 * [1] = The pointer that tells where the single styling (stuff like [class.foo] and [style.prop])
 *       offset values are located. This value will allow for a binding instruction to find exactly
 *       where a style is located.
 * [2] = Whether or not the directive has any styling values that are dirty. This is used as
 *       reference within the `renderStyling` function to decide whether to skip iterating
 *       through the context when rendering is executed.
 * [3] = The styleSanitizer instance that is assigned to the directive. Although it's unlikely,
 *       a directive could introduce its own special style sanitizer and for this reach each
 *       directive will get its own space for it (if null then the very first sanitizer is used).
 *
 * Each time a new directive is added it will insert these four values at the end of the array.
 * When this array is examined then the resulting directiveIndex will be resolved by dividing the
 * index value by the size of the array entries (so if DirA is at spot 8 then its index will be 2).
 */
declare interface DirectiveRegistryValues extends Array<null | {} | boolean | number | StyleSanitizeFn> {
    [DirectiveRegistryValuesIndex.SinglePropValuesIndexOffset]: number;
    [DirectiveRegistryValuesIndex.StyleSanitizerOffset]: StyleSanitizeFn | null;
}

/**
 * An enum that outlines the offset/position values for each directive entry and its data
 * that are housed inside of [DirectiveRegistryValues].
 */
declare const enum DirectiveRegistryValuesIndex {
    SinglePropValuesIndexOffset = 0,
    StyleSanitizerOffset = 1,
    Size = 2
}

declare type DirectiveTypeList = (ɵDirectiveDef<any> | ɵComponentDef<any> | Type<any>)[];

declare type DirectiveTypesOrFactory = (() => DirectiveTypeList) | DirectiveTypeList;

declare interface DisposableFn {
    (): void;
}

/**
 * @description
 * Hook for manual bootstrapping of the application instead of using bootstrap array in @NgModule
 * annotation.
 *
 * Reference to the current application is provided as a parameter.
 *
 * See ["Bootstrapping"](guide/bootstrapping) and ["Entry components"](guide/entry-components).
 *
 * @usageNotes
 * ```typescript
 * class AppModule implements DoBootstrap {
 *   ngDoBootstrap(appRef: ApplicationRef) {
 *     appRef.bootstrap(AppComponent); // Or some other component
 *   }
 * }
 * ```
 *
 * @publicApi
 */
export declare interface DoBootstrap {
    ngDoBootstrap(appRef: ApplicationRef): void;
}

/**
 * A lifecycle hook that invokes a custom change-detection function for a directive,
 * in addition to the check performed by the default change-detector.
 *
 * The default change-detection algorithm looks for differences by comparing
 * bound-property values by reference across change detection runs. You can use this
 * hook to check for and respond to changes by some other means.
 *
 * When the default change detector detects changes, it invokes `ngOnChanges()` if supplied,
 * regardless of whether you perform additional change detection.
 * Typically, you should not use both `DoCheck` and `OnChanges` to respond to
 * changes on the same input.
 *
 * @see `OnChanges`
 * @see [Lifecycle Hooks](guide/lifecycle-hooks#onchanges) guide
 *
 * @usageNotes
 * The following snippet shows how a component can implement this interface
 * to invoke it own change-detection cycle.
 *
 * {@example core/ts/metadata/lifecycle_hooks_spec.ts region='DoCheck'}
 *
 * @publicApi
 */
export declare interface DoCheck {
    /**
       * A callback method that performs change-detection, invoked
       * after the default change-detector runs.
       * See `KeyValueDiffers` and `IterableDiffers` for implementing
       * custom change checking for collections.
       *
       */
    ngDoCheck(): void;
}

/**
 * Marks that the next string is for element.
 *
 * See `I18nMutateOpCodes` documentation.
 */
declare const ELEMENT_MARKER: ELEMENT_MARKER;

declare interface ELEMENT_MARKER {
    marker: 'element';
}

declare interface ElementDef {
    name: string | null;
    ns: string | null;
    /** ns, name, value */
    attrs: [string, string, string][] | null;
    template: ɵViewDefinition | null;
    componentProvider: NodeDef | null;
    componentRendererType: RendererType2 | null;
    componentView: ViewDefinitionFactory | null;
    /**
     * visible public providers for DI in the view,
     * as see from this element. This does not include private providers.
     */
    publicProviders: {
        [tokenKey: string]: NodeDef;
    } | null;
    /**
     * same as visiblePublicProviders, but also includes private providers
     * that are located on this element.
     */
    allProviders: {
        [tokenKey: string]: NodeDef;
    } | null;
    handleEvent: ElementHandleEventFn | null;
}

declare interface ElementHandleEventFn {
    (view: ViewData, eventName: string, event: any): boolean;
}

/**
 * A wrapper around a native element inside of a View.
 *
 * An `ElementRef` is backed by a render-specific element. In the browser, this is usually a DOM
 * element.
 *
 * @security Permitting direct access to the DOM can make your application more vulnerable to
 * XSS attacks. Carefully review any use of `ElementRef` in your code. For more detail, see the
 * [Security Guide](http://g.co/ng/security).
 *
 * @publicApi
 */
export declare class ElementRef<T = any> {
    /**
     * The underlying native element or `null` if direct access to native elements is not supported
     * (e.g. when the application runs in a web worker).
     *
     * <div class="callout is-critical">
     *   <header>Use with caution</header>
     *   <p>
     *    Use this API as the last resort when direct access to DOM is needed. Use templating and
     *    data-binding provided by Angular instead. Alternatively you can take a look at {@link
     * Renderer2}
     *    which provides API that can safely be used even when direct access to native elements is not
     *    supported.
     *   </p>
     *   <p>
     *    Relying on direct DOM access creates tight coupling between your application and rendering
     *    layers which will make it impossible to separate the two and deploy your application into a
     *    web worker.
     *   </p>
     * </div>
     *
     */
    nativeElement: T;
    constructor(nativeElement: T);
}

/**
 * Represents an Angular [view](guide/glossary#view) in a view container.
 * An [embedded view](guide/glossary#view-tree) can be referenced from a component
 * other than the hosting component whose template defines it, or it can be defined
 * independently by a `TemplateRef`.
 *
 * Properties of elements in a view can change, but the structure (number and order) of elements in
 * a view cannot. Change the structure of elements by inserting, moving, or
 * removing nested views in a view container.
 *
 * @see `ViewContainerRef`
 *
 * @usageNotes
 *
 * The following template breaks down into two separate `TemplateRef` instances,
 * an outer one and an inner one.
 *
 * ```
 * Count: {{items.length}}
 * <ul>
 *   <li *ngFor="let  item of items">{{item}}</li>
 * </ul>
 * ```
 *
 * This is the outer `TemplateRef`:
 *
 * ```
 * Count: {{items.length}}
 * <ul>
 *   <ng-template ngFor let-item [ngForOf]="items"></ng-template>
 * </ul>
 * ```
 *
 * This is the inner `TemplateRef`:
 *
 * ```
 *   <li>{{item}}</li>
 * ```
 *
 * The outer and inner `TemplateRef` instances are assembled into views as follows:
 *
 * ```
 * <!-- ViewRef: outer-0 -->
 * Count: 2
 * <ul>
 *   <ng-template view-container-ref></ng-template>
 *   <!-- ViewRef: inner-1 --><li>first</li><!-- /ViewRef: inner-1 -->
 *   <!-- ViewRef: inner-2 --><li>second</li><!-- /ViewRef: inner-2 -->
 * </ul>
 * <!-- /ViewRef: outer-0 -->
 * ```
 * @publicApi
 */
export declare abstract class EmbeddedViewRef<C> extends ViewRef {
    /**
     * The context for this view, inherited from the anchor element.
     */
    abstract readonly context: C;
    /**
     * The root nodes for this embedded view.
     */
    abstract readonly rootNodes: any[];
}

/**
 * Disable Angular's development mode, which turns off assertions and other
 * checks within the framework.
 *
 * One important assertion this disables verifies that a change detection pass
 * does not result in additional changes to any bindings (also known as
 * unidirectional data flow).
 *
 * @publicApi
 */
export declare function enableProdMode(): void;


/**
 * Provides a hook for centralized exception handling.
 *
 * The default implementation of `ErrorHandler` prints error messages to the `console`. To
 * intercept error handling, write a custom exception handler that replaces this default as
 * appropriate for your app.
 *
 * @usageNotes
 * ### Example
 *
 * ```
 * class MyErrorHandler implements ErrorHandler {
 *   handleError(error) {
 *     // do something with the exception
 *   }
 * }
 *
 * @NgModule({
 *   providers: [{provide: ErrorHandler, useClass: MyErrorHandler}]
 * })
 * class MyModule {}
 * ```
 *
 * @publicApi
 */
export declare class ErrorHandler {
    handleError(error: any): void;
}

/**
 * Use in directives and components to emit custom events synchronously
 * or asynchronously, and register handlers for those events by subscribing
 * to an instance.
 *
 * @usageNotes
 *
 * In the following example, a component defines two output properties
 * that create event emitters. When the title is clicked, the emitter
 * emits an open or close event to toggle the current visibility state.
 *
 * ```
 * @Component({
 *   selector: 'zippy',
 *   template: `
 *   <div class="zippy">
 *     <div (click)="toggle()">Toggle</div>
 *     <div [hidden]="!visible">
 *       <ng-content></ng-content>
 *     </div>
 *  </div>`})
 * export class Zippy {
 *   visible: boolean = true;
 *   @Output() open: EventEmitter<any> = new EventEmitter();
 *   @Output() close: EventEmitter<any> = new EventEmitter();
 *
 *   toggle() {
 *     this.visible = !this.visible;
 *     if (this.visible) {
 *       this.open.emit(null);
 *     } else {
 *       this.close.emit(null);
 *     }
 *   }
 * }
 * ```
 *
 * Access the event object with the `$event` argument passed to the output event
 * handler:
 *
 * ```
 * <zippy (open)="onOpen($event)" (close)="onClose($event)"></zippy>
 * ```
 *
 * ### Notes
 *
 * Uses Rx.Observable but provides an adapter to make it work as specified here:
 * https://github.com/jhusain/observable-spec
 *
 * Once a reference implementation of the spec is available, switch to it.
 *
 * @publicApi
 */
export declare class EventEmitter<T> extends Subject<T> {
    /**
     * Internal
     */
    __isAsync: boolean;
    /**
     * Creates an instance of this class that can
     * deliver events synchronously or asynchronously.
     *
     * @param isAsync When true, deliver events asynchronously.
     *
     */
    constructor(isAsync?: boolean);
    /**
     * Emits an event containing a given value.
     * @param value The value to emit.
     */
    emit(value?: T): void;
    /**
     * Registers handlers for events emitted by this instance.
     * @param generatorOrNext When supplied, a custom handler for emitted events.
     * @param error When supplied, a custom handler for an error notification
     * from this emitter.
     * @param complete When supplied, a custom handler for a completion
     * notification from this emitter.
     */
    subscribe(generatorOrNext?: any, error?: any, complete?: any): Subscription;
}

/**
 * Configures the `Injector` to return a value of another `useExisting` token.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @usageNotes
 *
 * ### Example
 *
 * {@example core/di/ts/provider_spec.ts region='ExistingProvider'}
 *
 * ### Multi-value example
 *
 * {@example core/di/ts/provider_spec.ts region='MultiProviderAspect'}
 *
 * @publicApi
 */
export declare interface ExistingProvider extends ExistingSansProvider {
    /**
     * An injection token. (Typically an instance of `Type` or `InjectionToken`, but can be `any`).
     */
    provide: any;
    /**
     * If true, then injector returns an array of instances. This is useful to allow multiple
     * providers spread across many files to provide configuration information to a common token.
     */
    multi?: boolean;
}

/**
 * Configures the `Injector` to return a value of another `useExisting` token.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @usageNotes
 *
 * ### Example
 *
 * {@example core/di/ts/provider_spec.ts region='ExistingSansProvider'}
 *
 * @publicApi
 */
declare interface ExistingSansProvider {
    /**
     * Existing `token` to return. (equivalent to `injector.get(useExisting)`)
     */
    useExisting: any;
}

/**
 * Set of instructions used to process host bindings efficiently.
 *
 * See VIEW_DATA.md for more information.
 */
declare interface ExpandoInstructions extends Array<number | HostBindingsFunction<any> | null> {
}

/**
 * Definition of what a factory function should look like.
 */
declare type FactoryFn<T> = {
    /**
     * Subclasses without an explicit constructor call through to the factory of their base
     * definition, providing it with their own constructor to instantiate.
     */
    <U extends T>(t: Type<U>): U;
    /**
     * If no constructor to instantiate is provided, an instance of type T itself is created.
     */
    (t?: undefined): T;
};

/**
 * Configures the `Injector` to return a value by invoking a `useFactory` function.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @usageNotes
 *
 * ### Example
 *
 * {@example core/di/ts/provider_spec.ts region='FactoryProvider'}
 *
 * Dependencies can also be marked as optional:
 *
 * {@example core/di/ts/provider_spec.ts region='FactoryProviderOptionalDeps'}
 *
 * ### Multi-value example
 *
 * {@example core/di/ts/provider_spec.ts region='MultiProviderAspect'}
 *
 * @publicApi
 */
export declare interface FactoryProvider extends FactorySansProvider {
    /**
     * An injection token. (Typically an instance of `Type` or `InjectionToken`, but can be `any`).
     */
    provide: any;
    /**
     * If true, then injector returns an array of instances. This is useful to allow multiple
     * providers spread across many files to provide configuration information to a common token.
     */
    multi?: boolean;
}

/**
 * Configures the `Injector` to return a value by invoking a `useFactory` function.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @usageNotes
 * ### Example
 *
 * {@example core/di/ts/provider_spec.ts region='FactorySansProvider'}
 *
 * @publicApi
 */
declare interface FactorySansProvider {
    /**
     * A function to invoke to create a value for this `token`. The function is invoked with
     * resolved values of `token`s in the `deps` field.
     */
    useFactory: Function;
    /**
     * A list of `token`s which need to be resolved by the injector. The list of values is then
     * used as arguments to the `useFactory` function.
     */
    deps?: any[];
}

declare const FLAGS = 2;

/**
 * Allows to refer to references which are not yet defined.
 *
 * For instance, `forwardRef` is used when the `token` which we need to refer to for the purposes of
 * DI is declared, but not yet defined. It is also used when the `token` which we use when creating
 * a query is not yet defined.
 *
 * @usageNotes
 * ### Example
 * {@example core/di/ts/forward_ref/forward_ref_spec.ts region='forward_ref'}
 * @publicApi
 */
export declare function forwardRef(forwardRefFn: ForwardRefFn): Type<any>;

/**
 * An interface that a function passed into {@link forwardRef} has to implement.
 *
 * @usageNotes
 * ### Example
 *
 * {@example core/di/ts/forward_ref/forward_ref_spec.ts region='forward_ref_fn'}
 * @publicApi
 */
export declare interface ForwardRefFn {
    (): any;
}

/**
 * @publicApi
 */
export declare const getDebugNode: (nativeNode: any) => DebugNode | null;

/**
 * Returns the NgModuleFactory with the given id, if it exists and has been loaded.
 * Factories for modules that do not specify an `id` cannot be retrieved. Throws if the module
 * cannot be found.
 * @publicApi
 */
export declare const getModuleFactory: (id: string) => NgModuleFactory<any>;

/**
 * Returns the current platform.
 *
 * @publicApi
 */
export declare function getPlatform(): PlatformRef | null;

/**
 * Adapter interface for retrieving the `Testability` service associated for a
 * particular context.
 *
 * @publicApi
 */
export declare interface GetTestability {
    addToWindow(registry: TestabilityRegistry): void;
    findTestabilityInTree(registry: TestabilityRegistry, elem: any, findInAncestors: boolean): Testability | null;
}

declare type GlobalTargetName = 'document' | 'window' | 'body';

declare type GlobalTargetResolver = (element: any) => {
    name: GlobalTargetName;
    target: EventTarget;
};

/**
 * Array of hooks that should be executed for a view and their directive indices.
 *
 * For each node of the view, the following data is stored:
 * 1) Node index (optional)
 * 2) A series of number/function pairs where:
 *  - even indices are directive indices
 *  - odd indices are hook functions
 *
 * Special cases:
 *  - a negative directive index flags an init hook (ngOnInit, ngAfterContentInit, ngAfterViewInit)
 */
declare type HookData = (number | (() => void))[];

declare const HOST = 0;

/**
 * Type of the Host metadata.
 *
 * @publicApi
 */
export declare interface Host {
}

/**
 * Host decorator and metadata.
 *
 * @Annotation
 * @publicApi
 */
export declare const Host: HostDecorator;

/**
 * Type of the HostBinding metadata.
 *
 * @publicApi
 */
export declare interface HostBinding {
    /**
     * The DOM property that is bound to a data property.
     */
    hostPropertyName?: string;
}

/**
 * @Annotation
 * @publicApi
 */
export declare const HostBinding: HostBindingDecorator;

/**
 * Type of the HostBinding decorator / constructor function.
 *
 * @publicApi
 */
export declare interface HostBindingDecorator {
    /**
     * Decorator that marks a DOM property as a host-binding property and supplies configuration
     * metadata.
     * Angular automatically checks host property bindings during change detection, and
     * if a binding changes it updates the host element of the directive.
     *
     * @usageNotes
     *
     * The following example creates a directive that sets the `valid` and `invalid`
     * properties on the DOM element that has an `ngModel` directive on it.
     *
     * ```typescript
     * @Directive({selector: '[ngModel]'})
     * class NgModelStatus {
     *   constructor(public control: NgModel) {}
     *   @HostBinding('class.valid') get valid() { return this.control.valid; }
     *   @HostBinding('class.invalid') get invalid() { return this.control.invalid; }
     * }
     *
     * @Component({
     *   selector: 'app',
     *   template: `<input [(ngModel)]="prop">`,
     * })
     * class App {
     *   prop;
     * }
     * ```
     *
     */
    (hostPropertyName?: string): any;
    new (hostPropertyName?: string): any;
}

declare type HostBindingsFunction<T> = <U extends T>(rf: ɵRenderFlags, ctx: U, elementIndex: number) => void;

/**
 * Type of the Host decorator / constructor function.
 *
 * @publicApi
 */
export declare interface HostDecorator {
    /**
     * A parameter decorator on a view-provider parameter of a class constructor
     * that tells the DI framework to resolve the view by checking injectors of child
     * elements, and stop when reaching the host element of the current component.
     *
     * For an extended example, see
     * ["Dependency Injection Guide"](guide/dependency-injection-in-action#optional).
     *
     * @usageNotes
     *
     * The following shows use with the `@Optional` decorator, and allows for a null result.
     *
     * <code-example path="core/di/ts/metadata_spec.ts" region="Host"></code-example>
     */
    (): any;
    new (): Host;
}

/** See CreateComponentOptions.hostFeatures */
declare type HostFeature = (<T>(component: T, componentDef: ɵComponentDef<T>) => void);

/**
 * A queue of all host-related styling instructions (these are buffered and evaluated just before
 * the styling is applied).
 *
 * This queue is used when any `hostStyling` instructions are executed from the `hostBindings`
 * function. Template-level styling functions (e.g. `styleMap` and `classProp`)
 * do not make use of this queue (they are applied to the styling context immediately).
 *
 * Due to the nature of how components/directives are evaluated, directives (both parent and
 * subclass directives) may not apply their styling at the right time for the styling
 * algorithm code to prioritize them. Therefore, all host-styling instructions are queued up
 * (buffered) into the array below and are automatically sorted in terms of priority. The
 * priority for host-styling is as follows:
 *
 * 1. The template (this doesn't get queued, but gets evaluated immediately)
 * 2. Any directives present on the host
 *   2a) first child directive styling bindings are updated
 *   2b) then any parent directives
 * 3. Component host bindings
 *
 * Angular runs change detection for each of these cases in a different order. Because of this
 * the array below is populated with each of the host styling functions + their arguments.
 *
 * context[HostInstructionsQueue] = [
 *   directiveIndex,
 *   hostStylingFn,
 *   [argumentsForFn],
 *   ...
 *   anotherDirectiveIndex, <-- this has a lower priority (a higher directive index)
 *   anotherHostStylingFn,
 *   [argumentsForFn],
 * ]
 *
 * When `renderStyling` is called (within `class_and_host_bindings.ts`) then the queue is
 * drained and each of the instructions are executed. Once complete the queue is empty then
 * the style/class binding code is rendered on the element (which is what happens normally
 * inside of `renderStyling`).
 *
 * Right now each directive's hostBindings function, as well the template function, both
 * call `stylingApply()` and `hostStylingApply()`. The fact that this is called
 * multiple times for the same element (b/c of change detection) causes some issues. To avoid
 * having styling code be rendered on an element multiple times, the `HostInstructionsQueue`
 * reserves a slot for a reference pointing to the very last directive that was registered and
 * only allows for styling to be applied once that directive is encountered (which will happen
 * as the last update for that element).
 */
declare interface HostInstructionsQueue extends Array<number | Function | any[]> {
    [0]: number;
}

/**
 * Type of the HostListener metadata.
 *
 * @publicApi
 */
export declare interface HostListener {
    /**
     * The DOM event to listen for.
     */
    eventName?: string;
    /**
     * A set of arguments to pass to the handler method when the event occurs.
     */
    args?: string[];
}

/**
 * Binds a DOM event to a host listener and supplies configuration metadata.
 * Angular invokes the supplied handler method when the host element emits the specified event,
 * and updates the bound element with the result.
 * If the handler method returns false, applies `preventDefault` on the bound element.
 *
 * @usageNotes
 *
 * The following example declares a directive
 * that attaches a click listener to a button and counts clicks.
 *
 * ```
 * @Directive({selector: 'button[counting]'})
 * class CountClicks {
 *   numberOfClicks = 0;
 *
 *   @HostListener('click', ['$event.target'])
 *   onClick(btn) {
 *     console.log('button', btn, 'number of clicks:', this.numberOfClicks++);
 *  }
 * }
 *
 * @Component({
 *   selector: 'app',
 *   template: '<button counting>Increment</button>',
 * })
 * class App {}
 * ```
 *
 * @Annotation
 * @publicApi
 */
export declare const HostListener: HostListenerDecorator;

/**
 * Type of the HostListener decorator / constructor function.
 *
 * @publicApi
 */
export declare interface HostListenerDecorator {
    /**
     * Decorator that declares a DOM event to listen for,
     * and provides a handler method to run when that event occurs.
     */
    (eventName: string, args?: string[]): any;
    new (eventName: string, args?: string[]): any;
}

declare interface I18nLocalizeOptions {
    translations: {
        [key: string]: string;
    };
}

/**
 * Array storing OpCode for dynamically creating `i18n` blocks.
 *
 * Example:
 * ```ts
 * <I18nCreateOpCode>[
 *   // For adding text nodes
 *   // ---------------------
 *   // Equivalent to:
 *   //   const node = lView[index++] = document.createTextNode('abc');
 *   //   lView[1].insertBefore(node, lView[2]);
 *   'abc', 1 << SHIFT_PARENT | 2 << SHIFT_REF | InsertBefore,
 *
 *   // Equivalent to:
 *   //   const node = lView[index++] = document.createTextNode('xyz');
 *   //   lView[1].appendChild(node);
 *   'xyz', 1 << SHIFT_PARENT | AppendChild,
 *
 *   // For adding element nodes
 *   // ---------------------
 *   // Equivalent to:
 *   //   const node = lView[index++] = document.createElement('div');
 *   //   lView[1].insertBefore(node, lView[2]);
 *   ELEMENT_MARKER, 'div', 1 << SHIFT_PARENT | 2 << SHIFT_REF | InsertBefore,
 *
 *   // Equivalent to:
 *   //   const node = lView[index++] = document.createElement('div');
 *   //   lView[1].appendChild(node);
 *   ELEMENT_MARKER, 'div', 1 << SHIFT_PARENT | AppendChild,
 *
 *   // For adding comment nodes
 *   // ---------------------
 *   // Equivalent to:
 *   //   const node = lView[index++] = document.createComment('');
 *   //   lView[1].insertBefore(node, lView[2]);
 *   COMMENT_MARKER, '', 1 << SHIFT_PARENT | 2 << SHIFT_REF | InsertBefore,
 *
 *   // Equivalent to:
 *   //   const node = lView[index++] = document.createComment('');
 *   //   lView[1].appendChild(node);
 *   COMMENT_MARKER, '', 1 << SHIFT_PARENT | AppendChild,
 *
 *   // For moving existing nodes to a different location
 *   // --------------------------------------------------
 *   // Equivalent to:
 *   //   const node = lView[1];
 *   //   lView[2].insertBefore(node, lView[3]);
 *   1 << SHIFT_REF | Select, 2 << SHIFT_PARENT | 3 << SHIFT_REF | InsertBefore,
 *
 *   // Equivalent to:
 *   //   const node = lView[1];
 *   //   lView[2].appendChild(node);
 *   1 << SHIFT_REF | Select, 2 << SHIFT_PARENT | AppendChild,
 *
 *   // For removing existing nodes
 *   // --------------------------------------------------
 *   //   const node = lView[1];
 *   //   removeChild(tView.data(1), node, lView);
 *   1 << SHIFT_REF | Remove,
 *
 *   // For writing attributes
 *   // --------------------------------------------------
 *   //   const node = lView[1];
 *   //   node.setAttribute('attr', 'value');
 *   1 << SHIFT_REF | Select, 'attr', 'value'
 *            // NOTE: Select followed by two string (vs select followed by OpCode)
 * ];
 * ```
 * NOTE:
 *   - `index` is initial location where the extra nodes should be stored in the EXPANDO section of
 * `LVIewData`.
 *
 * See: `applyI18nCreateOpCodes`;
 */
declare interface I18nMutateOpCodes extends Array<number | string | ELEMENT_MARKER | COMMENT_MARKER | null> {
}

/**
 * Stores DOM operations which need to be applied to update DOM render tree due to changes in
 * expressions.
 *
 * The basic idea is that `i18nExp` OpCodes capture expression changes and update a change
 * mask bit. (Bit 1 for expression 1, bit 2 for expression 2 etc..., bit 32 for expression 32 and
 * higher.) The OpCodes then compare its own change mask against the expression change mask to
 * determine if the OpCodes should execute.
 *
 * These OpCodes can be used by both the i18n block as well as ICU sub-block.
 *
 * ## Example
 *
 * Assume
 * ```ts
 *   if (rf & RenderFlags.Update) {
 *    i18nExp(bind(ctx.exp1)); // If changed set mask bit 1
 *    i18nExp(bind(ctx.exp2)); // If changed set mask bit 2
 *    i18nExp(bind(ctx.exp3)); // If changed set mask bit 3
 *    i18nExp(bind(ctx.exp4)); // If changed set mask bit 4
 *    i18nApply(0);            // Apply all changes by executing the OpCodes.
 *  }
 * ```
 * We can assume that each call to `i18nExp` sets an internal `changeMask` bit depending on the
 * index of `i18nExp`.
 *
 * ### OpCodes
 * ```ts
 * <I18nUpdateOpCodes>[
 *   // The following OpCodes represent: `<div i18n-title="pre{{exp1}}in{{exp2}}post">`
 *   // If `changeMask & 0b11`
 *   //        has changed then execute update OpCodes.
 *   //        has NOT changed then skip `7` values and start processing next OpCodes.
 *   0b11, 7,
 *   // Concatenate `newValue = 'pre'+lView[bindIndex-4]+'in'+lView[bindIndex-3]+'post';`.
 *   'pre', -4, 'in', -3, 'post',
 *   // Update attribute: `elementAttribute(1, 'title', sanitizerFn(newValue));`
 *   1 << SHIFT_REF | Attr, 'title', sanitizerFn,
 *
 *   // The following OpCodes represent: `<div i18n>Hello {{exp3}}!">`
 *   // If `changeMask & 0b100`
 *   //        has changed then execute update OpCodes.
 *   //        has NOT changed then skip `4` values and start processing next OpCodes.
 *   0b100, 4,
 *   // Concatenate `newValue = 'Hello ' + lView[bindIndex -2] + '!';`.
 *   'Hello ', -2, '!',
 *   // Update text: `lView[1].textContent = newValue;`
 *   1 << SHIFT_REF | Text,
 *
 *   // The following OpCodes represent: `<div i18n>{exp4, plural, ... }">`
 *   // If `changeMask & 0b1000`
 *   //        has changed then execute update OpCodes.
 *   //        has NOT changed then skip `4` values and start processing next OpCodes.
 *   0b1000, 4,
 *   // Concatenate `newValue = lView[bindIndex -1];`.
 *   -1,
 *   // Switch ICU: `icuSwitchCase(lView[1], 0, newValue);`
 *   0 << SHIFT_ICU | 1 << SHIFT_REF | IcuSwitch,
 *
 *   // Note `changeMask & -1` is always true, so the IcuUpdate will always execute.
 *   -1, 1,
 *   // Update ICU: `icuUpdateCase(lView[1], 0);`
 *   0 << SHIFT_ICU | 1 << SHIFT_REF | IcuUpdate,
 *
 * ];
 * ```
 *
 */
declare interface I18nUpdateOpCodes extends Array<string | number | SanitizerFn | null> {
}

/**
 * Defines the ICU type of `select` or `plural`
 */
declare const enum IcuType {
    select = 0,
    plural = 1
}

/**
 * This array contains information about input properties that
 * need to be set once from attribute data. It's ordered by
 * directive index (relative to element) so it's simple to
 * look up a specific directive's initial input data.
 *
 * Within each sub-array:
 *
 * i+0: attribute name
 * i+1: minified/internal input name
 * i+2: initial value
 *
 * If a directive on a node does not have any input properties
 * that should be set from attributes, its index is set to null
 * to avoid a sparse array.
 *
 * e.g. [null, ['role-min', 'minified-input', 'button']]
 */
declare type InitialInputData = (InitialInputs | null)[];

/**
 * Used by InitialInputData to store input properties
 * that should be set once from attributes.
 *
 * i+0: attribute name
 * i+1: minified/internal input name
 * i+2: initial value
 *
 * e.g. ['role-min', 'minified-input', 'button']
 */
declare type InitialInputs = string[];

/**
 * Used as a styling array to house static class and style values that were extracted
 * by the compiler and placed in the animation context via `elementStart` and
 * `elementHostAttrs`.
 *
 * See [InitialStylingValuesIndex] for a breakdown of how all this works.
 */
declare interface InitialStylingValues extends Array<string | boolean | number | null> {
    [InitialStylingValuesIndex.DefaultNullValuePosition]: null;
    [InitialStylingValuesIndex.CachedStringValuePosition]: string | null;
}

/**
 * Used as an offset/position index to figure out where initial styling
 * values are located.
 *
 * Used as a reference point to provide markers to all static styling
 * values (the initial style and class values on an element) within an
 * array within the `StylingContext`. This array contains key/value pairs
 * where the key is the style property name or className and the value is
 * the style value or whether or not a class is present on the elment.
 *
 * The first value is always null so that a initial index value of
 * `0` will always point to a null value.
 *
 * The second value is also always null unless a string-based representation
 * of the styling data was constructed (it gets cached in this slot).
 *
 * If a <div> elements contains a list of static styling values like so:
 *
 * <div class="foo bar baz" style="width:100px; height:200px;">
 *
 * Then the initial styles for that will look like so:
 *
 * Styles:
 * ```
 * StylingContext[InitialStylesIndex] = [
 *   null, null, 'width', '100px', height, '200px'
 * ]
 * ```
 *
 * Classes:
 * ```
 * StylingContext[InitialClassesIndex] = [
 *   null, null, 'foo', true, 'bar', true, 'baz', true
 * ]
 * ```
 *
 * Initial style and class entries have their own arrays. This is because
 * it's easier to add to the end of one array and not then have to update
 * every context entries' pointer index to the newly offseted values.
 *
 * When property bindinds are added to a context then initial style/class
 * values will also be inserted into the array. This is to create a space
 * in the situation when a follow-up directive inserts static styling into
 * the array. By default, style values are `null` and class values are
 * `false` when inserted by property bindings.
 *
 * For example:
 * ```
 * <div class="foo bar baz"
 *      [class.car]="myCarExp"
 *      style="width:100px; height:200px;"
 *      [style.opacity]="myOpacityExp">
 * ```
 *
 * Will construct initial styling values that look like:
 *
 * Styles:
 * ```
 * StylingContext[InitialStylesIndex] = [
 *   null, null, 'width', '100px', height, '200px', 'opacity', null
 * ]
 * ```
 *
 * Classes:
 * ```
 * StylingContext[InitialClassesIndex] = [
 *   null, null, 'foo', true, 'bar', true, 'baz', true, 'car', false
 * ]
 * ```
 *
 * Now if a directive comes along and introduces `car` as a static
 * class value or `opacity` then those values will be filled into
 * the initial styles array.
 *
 * For example:
 *
 * ```
 * @Directive({
 *   selector: 'opacity-car-directive',
 *   host: {
 *     'style': 'opacity:0.5',
 *     'class': 'car'
 *   }
 * })
 * class OpacityCarDirective {}
 * ```
 *
 * This will render itself as:
 *
 * Styles:
 * ```
 * StylingContext[InitialStylesIndex] = [
 *   null, null, 'width', '100px', height, '200px', 'opacity', '0.5'
 * ]
 * ```
 *
 * Classes:
 * ```
 * StylingContext[InitialClassesIndex] = [
 *   null, null, 'foo', true, 'bar', true, 'baz', true, 'car', true
 * ]
 * ```
 */
declare const enum InitialStylingValuesIndex {
    /**
     * The first value is always `null` so that `styles[0] == null` for unassigned values
     */
    DefaultNullValuePosition = 0,
    /**
     * Used for non-styling code to examine what the style or className string is:
     * styles: ['width', '100px', 0, 'opacity', null, 0, 'height', '200px', 0]
     *    => initialStyles[CachedStringValuePosition] = 'width:100px;height:200px';
     * classes: ['foo', true, 0, 'bar', false, 0, 'baz', true, 0]
     *    => initialClasses[CachedStringValuePosition] = 'foo bar';
     *
     * Note that this value is `null` by default and it will only be populated
     * once `getInitialStyleStringValue` or `getInitialClassNameValue` is executed.
     */
    CachedStringValuePosition = 1,
    /**
     * Where the style or class values start in the tuple
     */
    KeyValueStartPosition = 2,
    /**
     * The offset value (index + offset) for the property value for each style/class entry
     */
    PropOffset = 0,
    /**
     * The offset value (index + offset) for the style/class value for each style/class entry
     */
    ValueOffset = 1,
    /**
     * The offset value (index + offset) for the style/class directive owner for each style/class
       entry
     */
    DirectiveOwnerOffset = 2,
    /**
     * The first bit set aside to mark if the initial style was already rendere
     */
    AppliedFlagBitPosition = 0,
    AppliedFlagBitLength = 1,
    /**
     * The total size for each style/class entry (prop + value + directiveOwner)
     */
    Size = 3
}

/**
 * Type of the Inject metadata.
 *
 * @publicApi
 */
export declare interface Inject {
    /**
     * A [DI token](guide/glossary#di-token) that maps to the dependency to be injected.
     */
    token: any;
}

/**
 * Inject decorator and metadata.
 *
 * @Annotation
 * @publicApi
 */
export declare const Inject: InjectDecorator;

/**
 * Injects a token from the currently active injector.
 *
 * Must be used in the context of a factory function such as one defined for an
 * `InjectionToken`. Throws an error if not called from such a context.
 *
 * Within such a factory function, using this function to request injection of a dependency
 * is faster and more type-safe than providing an additional array of dependencies
 * (as has been common with `useFactory` providers).
 *
 * @param token The injection token for the dependency to be injected.
 * @param flags Optional flags that control how injection is executed.
 * The flags correspond to injection strategies that can be specified with
 * parameter decorators `@Host`, `@Self`, `@SkipSef`, and `@Optional`.
 * @returns True if injection is successful, null otherwise.
 *
 * @usageNotes
 *
 * ### Example
 *
 * {@example core/di/ts/injector_spec.ts region='ShakableInjectionToken'}
 *
 * @publicApi
 */
export declare const inject: typeof ɵɵinject;

/**
 * Type of the Injectable metadata.
 *
 * @publicApi
 */
export declare interface Injectable {
    /**
     * Determines which injectors will provide the injectable,
     * by either associating it with an @NgModule or other `InjectorType`,
     * or by specifying that this injectable should be provided in the
     * 'root' injector, which will be the application-level injector in most apps.
     */
    providedIn?: Type<any> | 'root' | null;
}

/**
 * Injectable decorator and metadata.
 *
 * @Annotation
 * @publicApi
 */
export declare const Injectable: InjectableDecorator;

/**
 * Type of the Injectable decorator / constructor function.
 *
 * @publicApi
 */
export declare interface InjectableDecorator {
    /**
     * Marks a class as available to `Injector` for creation.
     *
     * @see [Introduction to Services and DI](guide/architecture-services)
     * @see [Dependency Injection Guide](guide/dependency-injection)
     *
     * @usageNotes
     *
     * The following example shows how service classes are properly marked as
     * injectable.
     *
     * <code-example path="core/di/ts/metadata_spec.ts" region="Injectable"></code-example>
     *
     */
    (): TypeDecorator;
    (options?: {
        providedIn: Type<any> | 'root' | null;
    } & InjectableProvider): TypeDecorator;
    new (): Injectable;
    new (options?: {
        providedIn: Type<any> | 'root' | null;
    } & InjectableProvider): Injectable;
}

/**
 * Injectable providers used in `@Injectable` decorator.
 *
 * @publicApi
 */
export declare type InjectableProvider = ValueSansProvider | ExistingSansProvider | StaticClassSansProvider | ConstructorSansProvider | FactorySansProvider | ClassSansProvider;

/**
 * A `Type` which has an `InjectableDef` static field.
 *
 * `InjectableDefType`s contain their own Dependency Injection metadata and are usable in an
 * `InjectorDef`-based `StaticInjector.
 *
 * @publicApi
 */
export declare interface InjectableType<T> extends Type<T> {
    /**
     * Opaque type whose structure is highly version dependent. Do not rely on any properties.
     */
    ngInjectableDef: never;
}

/** Returns a ChangeDetectorRef (a.k.a. a ViewRef) */
declare function injectChangeDetectorRef(): ChangeDetectorRef;


/**
 * Type of the Inject decorator / constructor function.
 *
 * @publicApi
 */
export declare interface InjectDecorator {
    /**
     * A parameter decorator on a dependency parameter of a class constructor
     * that specifies a custom provider of the dependency.
     *
     * Learn more in the ["Dependency Injection Guide"](guide/dependency-injection).
     *
     * @usageNotes
     * The following example shows a class constructor that specifies a
     * custom provider of a dependency using the parameter decorator.
     *
     * When `@Inject()` is not present, the injector uses the type annotation of the
     * parameter as the provider.
     *
     * <code-example path="core/di/ts/metadata_spec.ts"
     * region="InjectWithoutDecorator"></code-example>
     */
    (token: any): any;
    new (token: any): Inject;
}

/**
 * Creates an ElementRef from the most recent node.
 *
 * @returns The ElementRef instance to use
 */
declare function injectElementRef(ElementRefToken: typeof ElementRef): ElementRef;


/**
 * Injection flags for DI.
 *
 * @publicApi
 */
export declare enum InjectFlags {
    /** Check self and check parent injector if needed */
    Default = 0,
    /**
     * Specifies that an injector should retrieve a dependency from any injector until reaching the
     * host element of the current component. (Only used with Element Injector)
     */
    Host = 1,
    /** Don't ascend to ancestors of the node requesting injection. */
    Self = 2,
    /** Skip the node that is requesting injection. */
    SkipSelf = 4,
    /** Inject `defaultValue` instead if token not found. */
    Optional = 8
}

/**
 * Creates a token that can be used in a DI Provider.
 *
 * Use an `InjectionToken` whenever the type you are injecting is not reified (does not have a
 * runtime representation) such as when injecting an interface, callable type, array or
 * parameterized type.
 *
 * `InjectionToken` is parameterized on `T` which is the type of object which will be returned by
 * the `Injector`. This provides additional level of type safety.
 *
 * ```
 * interface MyInterface {...}
 * var myInterface = injector.get(new InjectionToken<MyInterface>('SomeToken'));
 * // myInterface is inferred to be MyInterface.
 * ```
 *
 * When creating an `InjectionToken`, you can optionally specify a factory function which returns
 * (possibly by creating) a default value of the parameterized type `T`. This sets up the
 * `InjectionToken` using this factory as a provider as if it was defined explicitly in the
 * application's root injector. If the factory function, which takes zero arguments, needs to inject
 * dependencies, it can do so using the `inject` function. See below for an example.
 *
 * Additionally, if a `factory` is specified you can also specify the `providedIn` option, which
 * overrides the above behavior and marks the token as belonging to a particular `@NgModule`. As
 * mentioned above, `'root'` is the default value for `providedIn`.
 *
 * @usageNotes
 * ### Basic Example
 *
 * ### Plain InjectionToken
 *
 * {@example core/di/ts/injector_spec.ts region='InjectionToken'}
 *
 * ### Tree-shakable InjectionToken
 *
 * {@example core/di/ts/injector_spec.ts region='ShakableInjectionToken'}
 *
 *
 * @publicApi
 */
export declare class InjectionToken<T> {
    protected _desc: string;
    readonly ngInjectableDef: never | undefined;
    constructor(_desc: string, options?: {
        providedIn?: Type<any> | 'root' | null;
        factory: () => T;
    });
    toString(): string;
}

/**
 * An InjectionToken that gets the current `Injector` for `createInjector()`-style injectors.
 *
 * Requesting this token instead of `Injector` allows `StaticInjector` to be tree-shaken from a
 * project.
 *
 * @publicApi
 */
export declare const INJECTOR: InjectionToken<Injector>;

/**
 * Concrete injectors implement this interface.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @usageNotes
 * ### Example
 *
 * {@example core/di/ts/injector_spec.ts region='Injector'}
 *
 * `Injector` returns itself when given `Injector` as a token:
 *
 * {@example core/di/ts/injector_spec.ts region='injectInjector'}
 *
 * @publicApi
 */
export declare abstract class Injector {
    static THROW_IF_NOT_FOUND: Object;
    static NULL: Injector;
    /**
     * Retrieves an instance from the injector based on the provided token.
     * @returns The instance from the injector if defined, otherwise the `notFoundValue`.
     * @throws When the `notFoundValue` is `undefined` or `Injector.THROW_IF_NOT_FOUND`.
     */
    abstract get<T>(token: Type<T> | InjectionToken<T>, notFoundValue?: T, flags?: InjectFlags): T;
    /**
     * @deprecated from v4.0.0 use Type<T> or InjectionToken<T>
     * @suppress {duplicate}
     */
    abstract get(token: any, notFoundValue?: any): any;
    /**
     * @deprecated from v5 use the new signature Injector.create(options)
     */
    static create(providers: StaticProvider[], parent?: Injector): Injector;
    static create(options: {
        providers: StaticProvider[];
        parent?: Injector;
        name?: string;
    }): Injector;
    /** @nocollapse */
    static ngInjectableDef: never;
}

declare const INJECTOR_2 = 10;

/**
 * A type which has an `InjectorDef` static field.
 *
 * `InjectorDefTypes` can be used to configure a `StaticInjector`.
 *
 * @publicApi
 */
export declare interface InjectorType<T> extends Type<T> {
    /**
     * Opaque type whose structure is highly version dependent. Do not rely on any properties.
     */
    ngInjectorDef: never;
}

/**
 * Describes the `InjectorDef` equivalent of a `ModuleWithProviders`, an `InjectorDefType` with an
 * associated array of providers.
 *
 * Objects of this type can be listed in the imports section of an `InjectorDef`.
 *
 * NOTE: This is a private type and should not be exported
 */
declare interface InjectorTypeWithProviders<T> {
    ngModule: InjectorType<T>;
    providers?: (Type<any> | ValueProvider | ExistingProvider | FactoryProvider | ConstructorProvider | StaticClassProvider | ClassProvider | any[])[];
}

/** Injects a Renderer2 for the current component. */
declare function injectRenderer2(): Renderer2;

/**
 * Creates a TemplateRef given a node.
 *
 * @returns The TemplateRef instance to use
 */
declare function injectTemplateRef<T>(TemplateRefToken: typeof TemplateRef, ElementRefToken: typeof ElementRef): TemplateRef<T> | null;

/**
 * Creates a ViewContainerRef and stores it on the injector. Or, if the ViewContainerRef
 * already exists, retrieves the existing ViewContainerRef.
 *
 * @returns The ViewContainerRef instance to use
 */
declare function injectViewContainerRef(ViewContainerRefToken: typeof ViewContainerRef, ElementRefToken: typeof ElementRef): ViewContainerRef;

/**
 * Type of metadata for an `Input` property.
 *
 * @publicApi
 */
export declare interface Input {
    /**
     * The name of the DOM property to which the input property is bound.
     */
    bindingPropertyName?: string;
}

/**
 * @Annotation
 * @publicApi
 */
export declare const Input: InputDecorator;

/**
 * @publicApi
 */
export declare interface InputDecorator {
    /**
    * Decorator that marks a class field as an input property and supplies configuration metadata.
    * The input property is bound to a DOM property in the template. During change detection,
    * Angular automatically updates the data property with the DOM property's value.
    *
    * @usageNotes
    *
    * You can supply an optional name to use in templates when the
    * component is instantiated, that maps to the
    * name of the bound property. By default, the original
    * name of the bound property is used for input binding.
    *
    * The following example creates a component with two input properties,
    * one of which is given a special binding name.
    *
    * ```typescript
    * @Component({
    *   selector: 'bank-account',
    *   template: `
    *     Bank Name: {{bankName}}
    *     Account Id: {{id}}
    *   `
    * })
    * class BankAccount {
    *   // This property is bound using its original name.
    *   @Input() bankName: string;
    *   // this property value is bound to a different property name
    *   // when this component is instantiated in a template.
    *   @Input('account-id') id: string;
    *
    *   // this property is not bound, and is not automatically updated by Angular
    *   normalizedBankName: string;
    * }
    *
    * @Component({
    *   selector: 'app',
    *   template: `
    *     <bank-account bankName="RBC" account-id="4747"></bank-account>
    *   `
    * })
    * class App {}
    * ```
    */
    (bindingPropertyName?: string): any;
    new (bindingPropertyName?: string): any;
}

declare interface InternalNgModuleRef<T> extends NgModuleRef<T> {
    _bootstrapComponents: Type<any>[];
}

declare interface InternalViewRef extends ViewRef {
    detachFromAppRef(): void;
    attachToAppRef(appRef: ApplicationRef): void;
}


/**
 * Returns whether Angular is in development mode. After called once,
 * the value is locked and won't change any more.
 *
 * By default, this is true, unless a user calls `enableProdMode` before calling this.
 *
 * @publicApi
 */
export declare function isDevMode(): boolean;

/**
 * Record representing the item change information.
 *
 * @publicApi
 */
export declare interface IterableChangeRecord<V> {
    /** Current index of the item in `Iterable` or null if removed. */
    readonly currentIndex: number | null;
    /** Previous index of the item in `Iterable` or null if added. */
    readonly previousIndex: number | null;
    /** The item. */
    readonly item: V;
    /** Track by identity as computed by the `TrackByFunction`. */
    readonly trackById: any;
}

declare class IterableChangeRecord_<V> implements IterableChangeRecord<V> {
    item: V;
    trackById: any;
    currentIndex: number | null;
    previousIndex: number | null;
    constructor(item: V, trackById: any);
}

/**
 * An object describing the changes in the `Iterable` collection since last time
 * `IterableDiffer#diff()` was invoked.
 *
 * @publicApi
 */
export declare interface IterableChanges<V> {
    /**
     * Iterate over all changes. `IterableChangeRecord` will contain information about changes
     * to each item.
     */
    forEachItem(fn: (record: IterableChangeRecord<V>) => void): void;
    /**
     * Iterate over a set of operations which when applied to the original `Iterable` will produce the
     * new `Iterable`.
     *
     * NOTE: These are not necessarily the actual operations which were applied to the original
     * `Iterable`, rather these are a set of computed operations which may not be the same as the
     * ones applied.
     *
     * @param record A change which needs to be applied
     * @param previousIndex The `IterableChangeRecord#previousIndex` of the `record` refers to the
     *        original `Iterable` location, where as `previousIndex` refers to the transient location
     *        of the item, after applying the operations up to this point.
     * @param currentIndex The `IterableChangeRecord#currentIndex` of the `record` refers to the
     *        original `Iterable` location, where as `currentIndex` refers to the transient location
     *        of the item, after applying the operations up to this point.
     */
    forEachOperation(fn: (record: IterableChangeRecord<V>, previousIndex: number | null, currentIndex: number | null) => void): void;
    /**
     * Iterate over changes in the order of original `Iterable` showing where the original items
     * have moved.
     */
    forEachPreviousItem(fn: (record: IterableChangeRecord<V>) => void): void;
    /** Iterate over all added items. */
    forEachAddedItem(fn: (record: IterableChangeRecord<V>) => void): void;
    /** Iterate over all moved items. */
    forEachMovedItem(fn: (record: IterableChangeRecord<V>) => void): void;
    /** Iterate over all removed items. */
    forEachRemovedItem(fn: (record: IterableChangeRecord<V>) => void): void;
    /** Iterate over all items which had their identity (as computed by the `TrackByFunction`)
     * changed. */
    forEachIdentityChange(fn: (record: IterableChangeRecord<V>) => void): void;
}

/**
 * A strategy for tracking changes over time to an iterable. Used by {@link NgForOf} to
 * respond to changes in an iterable by effecting equivalent changes in the DOM.
 *
 * @publicApi
 */
export declare interface IterableDiffer<V> {
    /**
     * Compute a difference between the previous state and the new `object` state.
     *
     * @param object containing the new value.
     * @returns an object describing the difference. The return value is only valid until the next
     * `diff()` invocation.
     */
    diff(object: NgIterable<V>): IterableChanges<V> | null;
}

/**
 * Provides a factory for {@link IterableDiffer}.
 *
 * @publicApi
 */
export declare interface IterableDifferFactory {
    supports(objects: any): boolean;
    create<V>(trackByFn?: TrackByFunction<V>): IterableDiffer<V>;
}

/**
 * A repository of different iterable diffing strategies used by NgFor, NgClass, and others.
 *
 * @publicApi
 */
export declare class IterableDiffers {
    /** @nocollapse */
    static ngInjectableDef: never;
    /**
     * @deprecated v4.0.0 - Should be private
     */
    factories: IterableDifferFactory[];
    constructor(factories: IterableDifferFactory[]);
    static create(factories: IterableDifferFactory[], parent?: IterableDiffers): IterableDiffers;
    /**
     * Takes an array of {@link IterableDifferFactory} and returns a provider used to extend the
     * inherited {@link IterableDiffers} instance with the provided factories and return a new
     * {@link IterableDiffers} instance.
     *
     * @usageNotes
     * ### Example
     *
     * The following example shows how to extend an existing list of factories,
     * which will only be applied to the injector for this component and its children.
     * This step is all that's required to make a new {@link IterableDiffer} available.
     *
     * ```
     * @Component({
     *   viewProviders: [
     *     IterableDiffers.extend([new ImmutableListDiffer()])
     *   ]
     * })
     * ```
     */
    static extend(factories: IterableDifferFactory[]): StaticProvider;
    find(iterable: any): IterableDifferFactory;
}

/**
 * Record representing the item change information.
 *
 * @publicApi
 */
export declare interface KeyValueChangeRecord<K, V> {
    /**
     * Current key in the Map.
     */
    readonly key: K;
    /**
     * Current value for the key or `null` if removed.
     */
    readonly currentValue: V | null;
    /**
     * Previous value for the key or `null` if added.
     */
    readonly previousValue: V | null;
}

/**
 * An object describing the changes in the `Map` or `{[k:string]: string}` since last time
 * `KeyValueDiffer#diff()` was invoked.
 *
 * @publicApi
 */
export declare interface KeyValueChanges<K, V> {
    /**
     * Iterate over all changes. `KeyValueChangeRecord` will contain information about changes
     * to each item.
     */
    forEachItem(fn: (r: KeyValueChangeRecord<K, V>) => void): void;
    /**
     * Iterate over changes in the order of original Map showing where the original items
     * have moved.
     */
    forEachPreviousItem(fn: (r: KeyValueChangeRecord<K, V>) => void): void;
    /**
     * Iterate over all keys for which values have changed.
     */
    forEachChangedItem(fn: (r: KeyValueChangeRecord<K, V>) => void): void;
    /**
     * Iterate over all added items.
     */
    forEachAddedItem(fn: (r: KeyValueChangeRecord<K, V>) => void): void;
    /**
     * Iterate over all removed items.
     */
    forEachRemovedItem(fn: (r: KeyValueChangeRecord<K, V>) => void): void;
}

/**
 * A differ that tracks changes made to an object over time.
 *
 * @publicApi
 */
export declare interface KeyValueDiffer<K, V> {
    /**
     * Compute a difference between the previous state and the new `object` state.
     *
     * @param object containing the new value.
     * @returns an object describing the difference. The return value is only valid until the next
     * `diff()` invocation.
     */
    diff(object: Map<K, V>): KeyValueChanges<K, V> | null;
    /**
     * Compute a difference between the previous state and the new `object` state.
     *
     * @param object containing the new value.
     * @returns an object describing the difference. The return value is only valid until the next
     * `diff()` invocation.
     */
    diff(object: {
        [key: string]: V;
    }): KeyValueChanges<string, V> | null;
}

/**
 * Provides a factory for {@link KeyValueDiffer}.
 *
 * @publicApi
 */
export declare interface KeyValueDifferFactory {
    /**
     * Test to see if the differ knows how to diff this kind of object.
     */
    supports(objects: any): boolean;
    /**
     * Create a `KeyValueDiffer`.
     */
    create<K, V>(): KeyValueDiffer<K, V>;
}

/**
 * A repository of different Map diffing strategies used by NgClass, NgStyle, and others.
 *
 * @publicApi
 */
export declare class KeyValueDiffers {
    /** @nocollapse */
    static ngInjectableDef: never;
    /**
     * @deprecated v4.0.0 - Should be private.
     */
    factories: KeyValueDifferFactory[];
    constructor(factories: KeyValueDifferFactory[]);
    static create<S>(factories: KeyValueDifferFactory[], parent?: KeyValueDiffers): KeyValueDiffers;
    /**
     * Takes an array of {@link KeyValueDifferFactory} and returns a provider used to extend the
     * inherited {@link KeyValueDiffers} instance with the provided factories and return a new
     * {@link KeyValueDiffers} instance.
     *
     * @usageNotes
     * ### Example
     *
     * The following example shows how to extend an existing list of factories,
     * which will only be applied to the injector for this component and its children.
     * This step is all that's required to make a new {@link KeyValueDiffer} available.
     *
     * ```
     * @Component({
     *   viewProviders: [
     *     KeyValueDiffers.extend([new ImmutableMapDiffer()])
     *   ]
     * })
     * ```
     */
    static extend<S>(factories: KeyValueDifferFactory[]): StaticProvider;
    find(kv: any): KeyValueDifferFactory;
}

/**
 * The state associated with a container.
 *
 * This is an array so that its structure is closer to LView. This helps
 * when traversing the view tree (which is a mix of containers and component
 * views), so we can jump to viewOrContainer[NEXT] in the same way regardless
 * of type.
 */
declare interface LContainer extends Array<any> {
    /**
     * The host element of this LContainer.
     *
     * The host could be an LView if this container is on a component node.
     * In that case, the component LView is its HOST.
     *
     * It could also be a styling context if this is a node with a style/class
     * binding.
     */
    readonly [HOST]: RElement | RComment | StylingContext | ɵangular_packages_core_core_bm;
    /**
     * This is a type field which allows us to differentiate `LContainer` from `StylingContext` in an
     * efficient way. The value is always set to `true`
     */
    [TYPE]: true;
    /**
     * The next active index in the views array to read or write to. This helps us
     * keep track of where we are in the views array.
     * In the case the LContainer is created for a ViewContainerRef,
     * it is set to null to identify this scenario, as indices are "absolute" in that case,
     * i.e. provided directly by the user of the ViewContainerRef API.
     */
    [ACTIVE_INDEX]: number;
    /**
     * Access to the parent view is necessary so we can propagate back
     * up from inside a container to parent[NEXT].
     */
    [PARENT]: ɵangular_packages_core_core_bm;
    /**
     * This allows us to jump from a container to a sibling container or component
     * view with the same parent, so we can remove listeners efficiently.
     */
    [NEXT]: ɵangular_packages_core_core_bm | LContainer | null;
    /**
     * Queries active for this container - all the views inserted to / removed from
     * this container are reported to queries referenced here.
     */
    [QUERIES]: LQueries | null;
    /**
     * Pointer to the `TNode` which represents the host of the container.
     */
    [T_HOST]: TNode;
    /** The comment element that serves as an anchor for this LContainer. */
    readonly [NATIVE]: RComment;
    /**
     * Array of `ViewRef`s used by any `ViewContainerRef`s that point to this container.
     *
     * This is lazily initialized by `ViewContainerRef` when the first view is inserted.
     */
    [VIEW_REFS]: ViewRef[] | null;
}

/**
 * Provide this token to set the locale of your application.
 * It is used for i18n extraction, by i18n pipes (DatePipe, I18nPluralPipe, CurrencyPipe,
 * DecimalPipe and PercentPipe) and by ICU expressions.
 *
 * See the [i18n guide](guide/i18n#setting-up-locale) for more information.
 *
 * @usageNotes
 * ### Example
 *
 * ```typescript
 * import { LOCALE_ID } from '@angular/core';
 * import { platformBrowserDynamic } from '@angular/platform-browser-dynamic';
 * import { AppModule } from './app/app.module';
 *
 * platformBrowserDynamic().bootstrapModule(AppModule, {
 *   providers: [{provide: LOCALE_ID, useValue: 'en-US' }]
 * });
 * ```
 *
 * @publicApi
 */
export declare const LOCALE_ID: InjectionToken<string>;

/**
 * Type for a function that extracts a value for a local refs.
 * Example:
 * - `<div #nativeDivEl>` - `nativeDivEl` should point to the native `<div>` element;
 * - `<ng-template #tplRef>` - `tplRef` should point to the `TemplateRef` instance;
 */
declare type LocalRefExtractor = (tNode: TNodeWithLocalRefs, currentView: ɵangular_packages_core_core_bm) => any;

/** Used for tracking queries (e.g. ViewChild, ContentChild). */
declare interface LQueries {
    /**
     * The parent LQueries instance.
     *
     * When there is a content query, a new LQueries instance is created to avoid mutating any
     * existing LQueries. After we are done searching content children, the parent property allows
     * us to traverse back up to the original LQueries instance to continue to search for matches
     * in the main view.
     */
    parent: LQueries | null;
    /**
     * The index of the node on which this LQueries instance was created / cloned in a given LView.
     *
     * This index is stored to minimize LQueries cloning: we can observe that LQueries can be mutated
     * only under 2 conditions:
     * - we are crossing an element that has directives with content queries (new queries are added);
     * - we are descending into element hierarchy (creating a child element of an existing element)
     * and the current LQueries object is tracking shallow queries (shallow queries are removed).
     *
     * Since LQueries are not cloned systematically we need to know exactly where (on each element)
     * cloning occurred, so we can properly restore the set of tracked queries when going up the
     * elements hierarchy.
     *
     * Always set to -1 for view queries as view queries are created before we process any node in a
     * given view.
     */
    nodeIndex: number;
    /**
     * Ask queries to prepare a copy of itself. This ensures that:
     * - tracking new queries on content nodes doesn't mutate list of queries tracked on a parent
     * node;
     * - we don't track shallow queries when descending into elements hierarchy.
     *
     * We will clone LQueries before constructing content queries
     */
    clone(tNode: TNode): LQueries;
    /**
     * Notify `LQueries` that a new `TNode` has been created and needs to be added to query results
     * if matching query predicate.
     */
    addNode(tNode: ɵangular_packages_core_core_bg | TContainerNode | TElementContainerNode): void;
    /**
     * Notify `LQueries` that a new `TNode` has been created and needs to be added to query results
     * if matching query predicate. This is a special mode invoked if the query container has to
     * be created out of order (e.g. view created in the constructor of a directive).
     */
    insertNodeBeforeViews(tNode: ɵangular_packages_core_core_bg | TContainerNode | TElementContainerNode): void;
    /**
     * Notify `LQueries` that a new LContainer was added to ivy data structures. As a result we need
     * to prepare room for views that might be inserted into this container.
     */
    container(): LQueries | null;
    /**
     * Notify `LQueries` that a new `LView` has been created. As a result we need to prepare room
     * and collect nodes that match query predicate.
     */
    createView(): LQueries | null;
    /**
     * Notify `LQueries` that a new `LView` has been added to `LContainer`. As a result all
     * the matching nodes from this view should be added to container's queries.
     */
    insertView(newViewIndex: number): void;
    /**
     * Notify `LQueries` that an `LView` has been removed from `LContainer`. As a result all
     * the matching nodes from this view should be removed from container's queries.
     */
    removeView(): void;
    /**
     * Add additional `QueryList` to track.
     *
     * @param queryList `QueryList` to update with changes.
     * @param predicate Either `Type` or selector array of [key, value] predicates.
     * @param descend If true the query will recursively apply to the children.
     * @param read Indicates which token should be read from DI for this query.
     */
    track<T>(queryList: QueryList<T>, predicate: Type<any> | string[], descend?: boolean, read?: Type<T>): void;
}

/**
 * Array-based representation of a key/value array.
 *
 * The format of the array is "property", "value", "property2",
 * "value2", etc...
 *
 * The first value in the array is reserved to store the instance
 * of the key/value array that was used to populate the property/
 * value entries that take place in the remainder of the array.
 */
declare interface LStylingMap extends Array<{} | string | number | null> {
    [LStylingMapIndex.RawValuePosition]: {} | string | null;
}

/**
 * An index of position and offset points for any data stored within a `LStylingMap` instance.
 */
declare const enum LStylingMapIndex {
    /** The location of the raw key/value map instance used last to populate the array entries */
    RawValuePosition = 0,
    /** Where the values start in the array */
    ValuesStartPosition = 1,
    /** The size of each property/value entry */
    TupleSize = 2,
    /** The offset for the property entry in the tuple */
    PropOffset = 0,
    /** The offset for the value entry in the tuple */
    ValueOffset = 1
}

/** Flags associated with an LView (saved in LView[FLAGS]) */
declare const enum LViewFlags {
    /** The state of the init phase on the first 2 bits */
    InitPhaseStateIncrementer = 1,
    InitPhaseStateMask = 3,
    /**
     * Whether or not the view is in creationMode.
     *
     * This must be stored in the view rather than using `data` as a marker so that
     * we can properly support embedded views. Otherwise, when exiting a child view
     * back into the parent view, `data` will be defined and `creationMode` will be
     * improperly reported as false.
     */
    CreationMode = 4,
    /**
     * Whether or not this LView instance is on its first processing pass.
     *
     * An LView instance is considered to be on its "first pass" until it
     * has completed one creation mode run and one update mode run. At this
     * time, the flag is turned off.
     */
    FirstLViewPass = 8,
    /** Whether this view has default change detection strategy (checks always) or onPush */
    CheckAlways = 16,
    /**
     * Whether or not manual change detection is turned on for onPush components.
     *
     * This is a special mode that only marks components dirty in two cases:
     * 1) There has been a change to an @Input property
     * 2) `markDirty()` has been called manually by the user
     *
     * Note that in this mode, the firing of events does NOT mark components
     * dirty automatically.
     *
     * Manual mode is turned off by default for backwards compatibility, as events
     * automatically mark OnPush components dirty in View Engine.
     *
     * TODO: Add a public API to ChangeDetectionStrategy to turn this mode on
     */
    ManualOnPush = 32,
    /** Whether or not this view is currently dirty (needing check) */
    Dirty = 64,
    /** Whether or not this view is currently attached to change detection tree. */
    Attached = 128,
    /** Whether or not this view is destroyed. */
    Destroyed = 256,
    /** Whether or not this view is the root view */
    IsRoot = 512,
    /**
     * Index of the current init phase on last 22 bits
     */
    IndexWithinInitPhaseIncrementer = 1024,
    IndexWithinInitPhaseShift = 10,
    IndexWithinInitPhaseReset = 1023
}

/**
 * Used a reference for all multi styling values (values that are assigned via the
 * `[style]` and `[class]` bindings).
 *
 * Single-styling properties (things set via `[style.prop]` and `[class.name]` bindings)
 * are not handled using the same approach as multi-styling bindings (such as `[style]`
 * `[class]` bindings).
 *
 * Multi-styling bindings rely on a diffing algorithm to figure out what properties have been added,
 * removed and modified. Multi-styling properties are also evaluated across directives--which means
 * that Angular supports having multiple directives all write to the same `[style]` and `[class]`
 * bindings (using host bindings) even if the `[style]` and/or `[class]` bindings are being written
 * to on the template element.
 *
 * All multi-styling values that are written to an element (whether it be from the template or any
 * directives attached to the element) are all written into the `MapBasedOffsetValues` array. (Note
 * that there are two arrays: one for styles and another for classes.)
 *
 * This array is shaped in the following way:
 *
 * [0]  = The total amount of unique multi-style or multi-class entries that exist currently in the
 *        context.
 * [1+] = Contains an entry of four values ... Each entry is a value assigned by a
 * `[style]`/`[class]`
 *        binding (we call this a **source**).
 *
 *        An example entry looks like so (at a given `i` index):
 *        [i + 0] = Whether or not the value is dirty
 *
 *        [i + 1] = The index of where the map-based values
 *                  (for this **source**) start within the context
 *
 *        [i + 2] = The untouched, last set value of the binding
 *
 *        [i + 3] = The total amount of unqiue binding values that were
 *                  extracted and set into the context. (Note that this value does
 *                  not reflect the total amount of values within the binding
 *                  value (since it's a map), but instead reflects the total values
 *                  that were not used by another directive).
 *
 * Each time a directive (or template) writes a value to a `[class]`/`[style]` binding then the
 * styling diffing algorithm code will decide whether or not to update the value based on the
 * following rules:
 *
 * 1. If a more important directive (either the template or a directive that was registered
 *    beforehand) has written a specific styling value into the context then any follow-up styling
 *    values (set by another directive via its `[style]` and/or `[class]` host binding) will not be
 *    able to set it. This is because the former directive has priorty.
 * 2. Only if a former directive has set a specific styling value to null (whether by actually
 *    setting it to null or not including it in is map value) then a less imporatant directive can
 *    set its own value.
 *
 * ## How the map-based styling algorithm updates itself
 */
declare interface MapBasedOffsetValues extends Array<any> {
    [MapBasedOffsetValuesIndex.EntriesCountPosition]: number;
}

declare const enum MapBasedOffsetValuesIndex {
    EntriesCountPosition = 0,
    ValuesStartPosition = 1,
    DirtyFlagOffset = 0,
    PositionStartOffset = 1,
    ValueOffset = 2,
    ValueCountOffset = 3,
    Size = 4
}

/**
 * Use this enum at bootstrap as an option of `bootstrapModule` to define the strategy
 * that the compiler should use in case of missing translations:
 * - Error: throw if you have missing translations.
 * - Warning (default): show a warning in the console and/or shell.
 * - Ignore: do nothing.
 *
 * See the [i18n guide](guide/i18n#missing-translation) for more information.
 *
 * @usageNotes
 * ### Example
 * ```typescript
 * import { MissingTranslationStrategy } from '@angular/core';
 * import { platformBrowserDynamic } from '@angular/platform-browser-dynamic';
 * import { AppModule } from './app/app.module';
 *
 * platformBrowserDynamic().bootstrapModule(AppModule, {
 *   missingTranslation: MissingTranslationStrategy.Error
 * });
 * ```
 *
 * @publicApi
 */
export declare enum MissingTranslationStrategy {
    Error = 0,
    Warning = 1,
    Ignore = 2
}

/**
 * Combination of NgModuleFactory and ComponentFactorys.
 *
 * @publicApi
 */
export declare class ModuleWithComponentFactories<T> {
    ngModuleFactory: NgModuleFactory<T>;
    componentFactories: ComponentFactory<any>[];
    constructor(ngModuleFactory: NgModuleFactory<T>, componentFactories: ComponentFactory<any>[]);
}

/**
 * A wrapper around an NgModule that associates it with the providers.
 *
 * @param T the module type. In Ivy applications, this must be explicitly
 * provided.
 *
 * @publicApi
 */
export declare interface ModuleWithProviders<T = any /** TODO(alxhub): remove default when callers pass explicit type param */> {
    ngModule: Type<T>;
    providers?: Provider[];
}

declare const NATIVE = 7;

declare const NEXT = 4;

declare interface NgContentDef {
    /**
     * this index is checked against NodeDef.ngContentIndex to find the nodes
     * that are matched by this ng-content.
     * Note that a NodeDef with an ng-content can be reprojected, i.e.
     * have a ngContentIndex on its own.
     */
    index: number;
}

/**
 * A type describing supported iterable types.
 *
 * @publicApi
 */
export declare type NgIterable<T> = Array<T> | Iterable<T>;

/**
 * Type of the NgModule metadata.
 *
 * @publicApi
 */
export declare interface NgModule {
    /**
     * The set of injectable objects that are available in the injector
     * of this module.
     *
     * @see [Dependency Injection guide](guide/dependency-injection)
     * @see [NgModule guide](guide/providers)
     *
     * @usageNotes
     *
     * Dependencies whose providers are listed here become available for injection
     * into any component, directive, pipe or service that is a child of this injector.
     * The NgModule used for bootstrapping uses the root injector, and can provide dependencies
     * to any part of the app.
     *
     * A lazy-loaded module has its own injector, typically a child of the app root injector.
     * Lazy-loaded services are scoped to the lazy-loaded module's injector.
     * If a lazy-loaded module also provides the `UserService`, any component created
     * within that module's context (such as by router navigation) gets the local instance
     * of the service, not the instance in the root injector.
     * Components in external modules continue to receive the instance provided by their injectors.
     *
     * ### Example
     *
     * The following example defines a class that is injected in
     * the HelloWorld NgModule:
     *
     * ```
     * class Greeter {
     *    greet(name:string) {
     *      return 'Hello ' + name + '!';
     *    }
     * }
     *
     * @NgModule({
     *   providers: [
     *     Greeter
     *   ]
     * })
     * class HelloWorld {
     *   greeter:Greeter;
     *
     *   constructor(greeter:Greeter) {
     *     this.greeter = greeter;
     *   }
     * }
     * ```
     */
    providers?: Provider[];
    /**
     * The set of components, directives, and pipes ([declarables](guide/glossary#declarable))
     * that belong to this module.
     *
     * @usageNotes
     *
     * The set of selectors that are available to a template include those declared here, and
     * those that are exported from imported NgModules.
     *
     * Declarables must belong to exactly one module.
     * The compiler emits an error if you try to declare the same class in more than one module.
     * Be careful not to declare a class that is imported from another module.
     *
     * ### Example
     *
     * The following example allows the CommonModule to use the `NgFor`
     * directive.
     *
     * ```javascript
     * @NgModule({
     *   declarations: [NgFor]
     * })
     * class CommonModule {
     * }
     * ```
     */
    declarations?: Array<Type<any> | any[]>;
    /**
     * The set of NgModules whose exported [declarables](guide/glossary#declarable)
     * are available to templates in this module.
     *
     * @usageNotes
     *
     * A template can use exported declarables from any
     * imported module, including those from modules that are imported indirectly
     * and re-exported.
     * For example, `ModuleA` imports `ModuleB`, and also exports
     * it, which makes the declarables from `ModuleB` available
     * wherever `ModuleA` is imported.
     *
     * ### Example
     *
     * The following example allows MainModule to use anything exported by
     * `CommonModule`:
     *
     * ```javascript
     * @NgModule({
     *   imports: [CommonModule]
     * })
     * class MainModule {
     * }
     * ```
     *
     */
    imports?: Array<Type<any> | ModuleWithProviders<{}> | any[]>;
    /**
     * The set of components, directives, and pipes declared in this
     * NgModule that can be used in the template of any component that is part of an
     * NgModule that imports this NgModule. Exported declarations are the module's public API.
     *
     * A declarable belongs to one and only one NgModule.
     * A module can list another module among its exports, in which case all of that module's
     * public declaration are exported.
     *
     * @usageNotes
     *
     * Declarations are private by default.
     * If this ModuleA does not export UserComponent, then only the components within this
     * ModuleA can use UserComponent.
     *
     * ModuleA can import ModuleB and also export it, making exports from ModuleB
     * available to an NgModule that imports ModuleA.
     *
     * ### Example
     *
     * The following example exports the `NgFor` directive from CommonModule.
     *
     * ```javascript
     * @NgModule({
     *   exports: [NgFor]
     * })
     * class CommonModule {
     * }
     * ```
     */
    exports?: Array<Type<any> | any[]>;
    /**
     * The set of components to compile when this NgModule is defined,
     * so that they can be dynamically loaded into the view.
     *
     * For each component listed here, Angular creates a `ComponentFactory`
     * and stores it in the `ComponentFactoryResolver`.
     *
     * Angular automatically adds components in the module's bootstrap
     * and route definitions into the `entryComponents` list. Use this
     * option to add components that are bootstrapped
     * using one of the imperative techniques, such as `ViewContainerRef.createComponent()`.
     *
     * @see [Entry Components](guide/entry-components)
     */
    entryComponents?: Array<Type<any> | any[]>;
    /**
     * The set of components that are bootstrapped when
     * this module is bootstrapped. The components listed here
     * are automatically added to `entryComponents`.
     */
    bootstrap?: Array<Type<any> | any[]>;
    /**
     * The set of schemas that declare elements to be allowed in the NgModule.
     * Elements and properties that are neither Angular components nor directives
     * must be declared in a schema.
     *
     * Allowed value are `NO_ERRORS_SCHEMA` and `CUSTOM_ELEMENTS_SCHEMA`.
     *
     * @security When using one of `NO_ERRORS_SCHEMA` or `CUSTOM_ELEMENTS_SCHEMA`
     * you must ensure that allowed elements and properties securely escape inputs.
     */
    schemas?: Array<SchemaMetadata | any[]>;
    /**
     * A name or path that uniquely identifies this NgModule in `getModuleFactory`.
     * If left `undefined`, the NgModule is not registered with
     * `getModuleFactory`.
     */
    id?: string;
    /**
     * If true, this module will be skipped by the AOT compiler and so will always be compiled
     * using JIT.
     *
     * This exists to support future Ivy work and has no effect currently.
     */
    jit?: true;
}

/**
 * @Annotation
 * @publicApi
 */
export declare const NgModule: NgModuleDecorator;

/**
 * Type of the NgModule decorator / constructor function.
 *
 * @publicApi
 */
export declare interface NgModuleDecorator {
    /**
     * Decorator that marks a class as an NgModule and supplies configuration metadata.
     */
    (obj?: NgModule): TypeDecorator;
    new (obj?: NgModule): NgModule;
}

declare interface NgModuleDefinition extends Definition<NgModuleDefinitionFactory> {
    providers: NgModuleProviderDef[];
    providersByKey: {
        [tokenKey: string]: NgModuleProviderDef;
    };
    modules: any[];
    isRoot: boolean;
}

declare interface NgModuleDefinitionFactory extends DefinitionFactory<NgModuleDefinition> {
}

/**
 * @publicApi
 */
export declare abstract class NgModuleFactory<T> {
    abstract readonly moduleType: Type<T>;
    abstract create(parentInjector: Injector | null): NgModuleRef<T>;
}

/**
 * Used to load ng module factories.
 *
 * @publicApi
 * @deprecated the `string` form of `loadChildren` is deprecated, and `NgModuleFactoryLoader` is
 * part of its implementation. See `LoadChildren` for more details.
 */
export declare abstract class NgModuleFactoryLoader {
    abstract load(path: string): Promise<NgModuleFactory<any>>;
}

declare interface NgModuleProviderDef {
    flags: ɵNodeFlags;
    index: number;
    token: any;
    value: any;
    deps: DepDef[];
}

/**
 * Represents an instance of an NgModule created via a {@link NgModuleFactory}.
 *
 * `NgModuleRef` provides access to the NgModule Instance as well other objects related to this
 * NgModule Instance.
 *
 * @publicApi
 */
export declare abstract class NgModuleRef<T> {
    /**
     * The injector that contains all of the providers of the NgModule.
     */
    abstract readonly injector: Injector;
    /**
     * The ComponentFactoryResolver to get hold of the ComponentFactories
     * declared in the `entryComponents` property of the module.
     */
    abstract readonly componentFactoryResolver: ComponentFactoryResolver;
    /**
     * The NgModule instance.
     */
    abstract readonly instance: T;
    /**
     * Destroys the module instance and all of the data structures associated with it.
     */
    abstract destroy(): void;
    /**
     * Allows to register a callback that will be called when the module is destroyed.
     */
    abstract onDestroy(callback: () => void): void;
}

/**
 * A token for third-party components that can register themselves with NgProbe.
 *
 * @publicApi
 */
export declare class NgProbeToken {
    name: string;
    token: any;
    constructor(name: string, token: any);
}

/**
 * An injectable service for executing work inside or outside of the Angular zone.
 *
 * The most common use of this service is to optimize performance when starting a work consisting of
 * one or more asynchronous tasks that don't require UI updates or error handling to be handled by
 * Angular. Such tasks can be kicked off via {@link #runOutsideAngular} and if needed, these tasks
 * can reenter the Angular zone via {@link #run}.
 *
 * <!-- TODO: add/fix links to:
 *   - docs explaining zones and the use of zones in Angular and change-detection
 *   - link to runOutsideAngular/run (throughout this file!)
 *   -->
 *
 * @usageNotes
 * ### Example
 *
 * ```
 * import {Component, NgZone} from '@angular/core';
 * import {NgIf} from '@angular/common';
 *
 * @Component({
 *   selector: 'ng-zone-demo',
 *   template: `
 *     <h2>Demo: NgZone</h2>
 *
 *     <p>Progress: {{progress}}%</p>
 *     <p *ngIf="progress >= 100">Done processing {{label}} of Angular zone!</p>
 *
 *     <button (click)="processWithinAngularZone()">Process within Angular zone</button>
 *     <button (click)="processOutsideOfAngularZone()">Process outside of Angular zone</button>
 *   `,
 * })
 * export class NgZoneDemo {
 *   progress: number = 0;
 *   label: string;
 *
 *   constructor(private _ngZone: NgZone) {}
 *
 *   // Loop inside the Angular zone
 *   // so the UI DOES refresh after each setTimeout cycle
 *   processWithinAngularZone() {
 *     this.label = 'inside';
 *     this.progress = 0;
 *     this._increaseProgress(() => console.log('Inside Done!'));
 *   }
 *
 *   // Loop outside of the Angular zone
 *   // so the UI DOES NOT refresh after each setTimeout cycle
 *   processOutsideOfAngularZone() {
 *     this.label = 'outside';
 *     this.progress = 0;
 *     this._ngZone.runOutsideAngular(() => {
 *       this._increaseProgress(() => {
 *         // reenter the Angular zone and display done
 *         this._ngZone.run(() => { console.log('Outside Done!'); });
 *       });
 *     });
 *   }
 *
 *   _increaseProgress(doneCallback: () => void) {
 *     this.progress += 1;
 *     console.log(`Current progress: ${this.progress}%`);
 *
 *     if (this.progress < 100) {
 *       window.setTimeout(() => this._increaseProgress(doneCallback), 10);
 *     } else {
 *       doneCallback();
 *     }
 *   }
 * }
 * ```
 *
 * @publicApi
 */
export declare class NgZone {
    readonly hasPendingMicrotasks: boolean;
    readonly hasPendingMacrotasks: boolean;
    /**
     * Whether there are no outstanding microtasks or macrotasks.
     */
    readonly isStable: boolean;
    /**
     * Notifies when code enters Angular Zone. This gets fired first on VM Turn.
     */
    readonly onUnstable: EventEmitter<any>;
    /**
     * Notifies when there is no more microtasks enqueued in the current VM Turn.
     * This is a hint for Angular to do change detection, which may enqueue more microtasks.
     * For this reason this event can fire multiple times per VM Turn.
     */
    readonly onMicrotaskEmpty: EventEmitter<any>;
    /**
     * Notifies when the last `onMicrotaskEmpty` has run and there are no more microtasks, which
     * implies we are about to relinquish VM turn.
     * This event gets called just once.
     */
    readonly onStable: EventEmitter<any>;
    /**
     * Notifies that an error has been delivered.
     */
    readonly onError: EventEmitter<any>;
    constructor({ enableLongStackTrace }: {
        enableLongStackTrace?: boolean | undefined;
    });
    static isInAngularZone(): boolean;
    static assertInAngularZone(): void;
    static assertNotInAngularZone(): void;
    /**
     * Executes the `fn` function synchronously within the Angular zone and returns value returned by
     * the function.
     *
     * Running functions via `run` allows you to reenter Angular zone from a task that was executed
     * outside of the Angular zone (typically started via {@link #runOutsideAngular}).
     *
     * Any future tasks or microtasks scheduled from within this function will continue executing from
     * within the Angular zone.
     *
     * If a synchronous error happens it will be rethrown and not reported via `onError`.
     */
    run<T>(fn: (...args: any[]) => T, applyThis?: any, applyArgs?: any[]): T;
    /**
     * Executes the `fn` function synchronously within the Angular zone as a task and returns value
     * returned by the function.
     *
     * Running functions via `run` allows you to reenter Angular zone from a task that was executed
     * outside of the Angular zone (typically started via {@link #runOutsideAngular}).
     *
     * Any future tasks or microtasks scheduled from within this function will continue executing from
     * within the Angular zone.
     *
     * If a synchronous error happens it will be rethrown and not reported via `onError`.
     */
    runTask<T>(fn: (...args: any[]) => T, applyThis?: any, applyArgs?: any[], name?: string): T;
    /**
     * Same as `run`, except that synchronous errors are caught and forwarded via `onError` and not
     * rethrown.
     */
    runGuarded<T>(fn: (...args: any[]) => T, applyThis?: any, applyArgs?: any[]): T;
    /**
     * Executes the `fn` function synchronously in Angular's parent zone and returns value returned by
     * the function.
     *
     * Running functions via {@link #runOutsideAngular} allows you to escape Angular's zone and do
     * work that
     * doesn't trigger Angular change-detection or is subject to Angular's error handling.
     *
     * Any future tasks or microtasks scheduled from within this function will continue executing from
     * outside of the Angular zone.
     *
     * Use {@link #run} to reenter the Angular zone and do work that updates the application model.
     */
    runOutsideAngular<T>(fn: (...args: any[]) => T): T;
}

/**
 * Defines a schema that allows any property on any element.
 *
 * @publicApi
 */
export declare const NO_ERRORS_SCHEMA: SchemaMetadata;

declare interface NodeCheckFn {
    (view: ViewData, nodeIndex: number, argStyle: ɵArgumentType.Dynamic, values: any[]): any;
    (view: ViewData, nodeIndex: number, argStyle: ɵArgumentType.Inline, v0?: any, v1?: any, v2?: any, v3?: any, v4?: any, v5?: any, v6?: any, v7?: any, v8?: any, v9?: any): any;
}

/**
 * Node instance data.
 *
 * We have a separate type per NodeType to save memory
 * (TextData | ElementData | ProviderData | PureExpressionData | QueryList<any>)
 *
 * To keep our code monomorphic,
 * we prohibit using `NodeData` directly but enforce the use of accessors (`asElementData`, ...).
 * This way, no usage site can get a `NodeData` from view.nodes and then use it for different
 * purposes.
 */
declare class NodeData {
    private __brand;
}

/**
 * A node definition in the view.
 *
 * Note: We use one type for all nodes so that loops that loop over all nodes
 * of a ViewDefinition stay monomorphic!
 */
declare interface NodeDef {
    flags: ɵNodeFlags;
    nodeIndex: number;
    checkIndex: number;
    parent: NodeDef | null;
    renderParent: NodeDef | null;
    /** this is checked against NgContentDef.index to find matched nodes */
    ngContentIndex: number | null;
    /** number of transitive children */
    childCount: number;
    /** aggregated NodeFlags for all transitive children (does not include self) **/
    childFlags: ɵNodeFlags;
    /** aggregated NodeFlags for all direct children (does not include self) **/
    directChildFlags: ɵNodeFlags;
    bindingIndex: number;
    bindings: BindingDef[];
    bindingFlags: ɵBindingFlags;
    outputIndex: number;
    outputs: OutputDef[];
    /**
     * references that the user placed on the element
     */
    references: {
        [refId: string]: ɵQueryValueType;
    };
    /**
     * ids and value types of all queries that are matched by this node.
     */
    matchedQueries: {
        [queryId: number]: ɵQueryValueType;
    };
    /** Binary or of all matched query ids of this node. */
    matchedQueryIds: number;
    /**
     * Binary or of all query ids that are matched by one of the children.
     * This includes query ids from templates as well.
     * Used as a bloom filter.
     */
    childMatchedQueries: number;
    element: ElementDef | null;
    provider: ProviderDef | null;
    text: TextDef | null;
    query: QueryDef | null;
    ngContent: NgContentDef | null;
}

/**
 * Function to call console.error at the right source location. This is an indirection
 * via another function as browser will log the location that actually called
 * `console.error`.
 */
declare interface NodeLogger {
    (): () => void;
}

/**
 * Object Oriented style of API needed to create elements and text nodes.
 *
 * This is the native browser API style, e.g. operations are methods on individual objects
 * like HTMLElement. With this style, no additional code is needed as a facade
 * (reducing payload size).
 * */
declare interface ObjectOrientedRenderer3 {
    createComment(data: string): RComment;
    createElement(tagName: string): RElement;
    createElementNS(namespace: string, tagName: string): RElement;
    createTextNode(data: string): RText;
    querySelector(selectors: string): RElement | null;
}

/**
 * @description
 * A lifecycle hook that is called when any data-bound property of a directive changes.
 * Define an `ngOnChanges()` method to handle the changes.
 *
 * @see `DoCheck`
 * @see `OnInit`
 * @see [Lifecycle Hooks](guide/lifecycle-hooks#onchanges) guide
 *
 * @usageNotes
 * The following snippet shows how a component can implement this interface to
 * define an on-changes handler for an input property.
 *
 * {@example core/ts/metadata/lifecycle_hooks_spec.ts region='OnChanges'}
 *
 * @publicApi
 */
export declare interface OnChanges {
    /**
     * A callback method that is invoked immediately after the
     * default change detector has checked data-bound properties
     * if at least one has changed, and before the view and content
     * children are checked.
     * @param changes The changed properties.
     */
    ngOnChanges(changes: SimpleChanges): void;
}

/**
 * A lifecycle hook that is called when a directive, pipe, or service is destroyed.
 * Use for any custom cleanup that needs to occur when the
 * instance is destroyed.
 * @see [Lifecycle Hooks](guide/lifecycle-hooks#onchanges) guide
 *
 * @usageNotes
 * The following snippet shows how a component can implement this interface
 * to define its own custom clean-up method.
 *
 * {@example core/ts/metadata/lifecycle_hooks_spec.ts region='OnDestroy'}
 *
 * @publicApi
 */
export declare interface OnDestroy {
    /**
     * A callback method that performs custom clean-up, invoked immediately
     * after a directive, pipe, or service instance is destroyed.
     */
    ngOnDestroy(): void;
}

/**
 * @description
 * A lifecycle hook that is called after Angular has initialized
 * all data-bound properties of a directive.
 * Define an `ngOnInit()` method to handle any additional initialization tasks.
 *
 * @see `AfterContentInit`
 * @see [Lifecycle Hooks](guide/lifecycle-hooks#onchanges) guide
 *
 * @usageNotes
 * The following snippet shows how a component can implement this interface to
 * define its own initialization method.
 *
 * {@example core/ts/metadata/lifecycle_hooks_spec.ts region='OnInit'}
 *
 * @publicApi
 */
export declare interface OnInit {
    /**
     * A callback method that is invoked immediately after the
     * default change detector has checked the directive's
     * data-bound properties for the first time,
     * and before any of the view or content children have been checked.
     * It is invoked only once when the directive is instantiated.
     */
    ngOnInit(): void;
}

declare interface OpaqueViewState {
    '__brand__': 'Brand for OpaqueViewState that nothing will match';
}

/**
 * Type of the Optional metadata.
 *
 * @publicApi
 */
export declare interface Optional {
}

/**
 * Optional decorator and metadata.
 *
 * @Annotation
 * @publicApi
 */
export declare const Optional: OptionalDecorator;

/**
 * Type of the Optional decorator / constructor function.
 *
 * @publicApi
 */
export declare interface OptionalDecorator {
    /**
     * A parameter decorator to be used on constructor parameters,
     * which marks the parameter as being an optional dependency.
     * The DI framework provides null if the dependency is not found.
     *
     * Can be used together with other parameter decorators
     * that modify how dependency injection operates.
     *
     * Learn more in the ["Dependency Injection Guide"](guide/dependency-injection).
     *
     * @usageNotes
     *
     * The following code allows the possibility of a null result:
     *
     * <code-example path="core/di/ts/metadata_spec.ts" region="Optional"></code-example>
     *
     */
    (): any;
    new (): Optional;
}

/**
 * Type of the Output metadata.
 *
 * @publicApi
 */
export declare interface Output {
    /**
    * The name of the DOM property to which the output property is bound.
    */
    bindingPropertyName?: string;
}

/**
 * @Annotation
 * @publicApi
 */
export declare const Output: OutputDecorator;

/**
 * Type of the Output decorator / constructor function.
 *
 * @publicApi
 */
export declare interface OutputDecorator {
    /**
    * Decorator that marks a class field as an output property and supplies configuration metadata.
    * The DOM property bound to the output property is automatically updated during change detection.
    *
    * @usageNotes
    *
    * You can supply an optional name to use in templates when the
    * component is instantiated, that maps to the
    * name of the bound property. By default, the original
    * name of the bound property is used for output binding.
    *
    * See `Input` decorator for an example of providing a binding name.
    *
    */
    (bindingPropertyName?: string): any;
    new (bindingPropertyName?: string): any;
}

declare interface OutputDef {
    type: OutputType;
    target: 'window' | 'document' | 'body' | 'component' | null;
    eventName: string;
    propName: string | null;
}

declare const enum OutputType {
    ElementOutput = 0,
    DirectiveOutput = 1
}

/**
 * A token which indicates the root directory of the application
 * @publicApi
 */
export declare const PACKAGE_ROOT_URL: InjectionToken<string>;

declare const PARENT = 3;

/**
 * Type of the Pipe metadata.
 *
 * @publicApi
 */
export declare interface Pipe {
    /**
     * The pipe name to use in template bindings.
     *
     */
    name: string;
    /**
     * When true, the pipe is pure, meaning that the
     * `transform()` method is invoked only when its input arguments
     * change. Pipes are pure by default.
     *
     * If the pipe has internal state (that is, the result
     * depends on state other than its arguments), set `pure` to false.
     * In this case, the pipe is invoked on each change-detection cycle,
     * even if the arguments have not changed.
     */
    pure?: boolean;
}

/**
 * @Annotation
 * @publicApi
 */
export declare const Pipe: PipeDecorator;

/**
 * Type of the Pipe decorator / constructor function.
 *
 * @publicApi
 */
export declare interface PipeDecorator {
    /**
     *
     * Decorator that marks a class as pipe and supplies configuration metadata.
     *
     * A pipe class must implement the `PipeTransform` interface.
     * For example, if the name is "myPipe", use a template binding expression
     * such as the following:
     *
     * ```
     * {{ exp | myPipe }}
     * ```
     *
     * The result of the expression is passed to the pipe's `transform()` method.
     *
     * A pipe must belong to an NgModule in order for it to be available
     * to a template. To make it a member of an NgModule,
     * list it in the `declarations` field of the `NgModule` metadata.
     *
     */
    (obj: Pipe): TypeDecorator;
    /**
     * See the `Pipe` decorator.
     */
    new (obj: Pipe): Pipe;
}

declare type PipeDefList = ɵPipeDef<any>[];

/**
 * Type used for PipeDefs on component definition.
 *
 * The function is necessary to be able to support forward declarations.
 */
declare type PipeDefListOrFactory = (() => PipeDefList) | PipeDefList;


/**
 * To create a Pipe, you must implement this interface.
 *
 * Angular invokes the `transform` method with the value of a binding
 * as the first argument, and any parameters as the second argument in list form.
 *
 * @usageNotes
 * ### Example
 *
 * The `RepeatPipe` below repeats the value as many times as indicated by the first argument:
 *
 * ```
 * import {Pipe, PipeTransform} from '@angular/core';
 *
 * @Pipe({name: 'repeat'})
 * export class RepeatPipe implements PipeTransform {
 *   transform(value: any, times: number) {
 *     return value.repeat(times);
 *   }
 * }
 * ```
 *
 * Invoking `{{ 'ok' | repeat:3 }}` in a template produces `okokok`.
 *
 * @publicApi
 */
export declare interface PipeTransform {
    transform(value: any, ...args: any[]): any;
}

declare type PipeTypesOrFactory = (() => DirectiveTypeList) | DirectiveTypeList;

/**
 * A token that indicates an opaque platform id.
 * @publicApi
 */
export declare const PLATFORM_ID: InjectionToken<Object>;

/**
 * A function that will be executed when a platform is initialized.
 * @publicApi
 */
export declare const PLATFORM_INITIALIZER: InjectionToken<(() => void)[]>;

/**
 * This platform has to be included in any other platform
 *
 * @publicApi
 */
export declare const platformCore: (extraProviders?: StaticProvider[] | undefined) => PlatformRef;

/**
 * The Angular platform is the entry point for Angular on a web page. Each page
 * has exactly one platform, and services (such as reflection) which are common
 * to every Angular application running on the page are bound in its scope.
 *
 * A page's platform is initialized implicitly when a platform is created via a platform factory
 * (e.g. {@link platformBrowser}), or explicitly by calling the {@link createPlatform} function.
 *
 * @publicApi
 */
export declare class PlatformRef {
    private _injector;
    private _modules;
    private _destroyListeners;
    private _destroyed;
    /**
     * Creates an instance of an `@NgModule` for the given platform
     * for offline compilation.
     *
     * @usageNotes
     * ### Simple Example
     *
     * ```typescript
     * my_module.ts:
     *
     * @NgModule({
     *   imports: [BrowserModule]
     * })
     * class MyModule {}
     *
     * main.ts:
     * import {MyModuleNgFactory} from './my_module.ngfactory';
     * import {platformBrowser} from '@angular/platform-browser';
     *
     * let moduleRef = platformBrowser().bootstrapModuleFactory(MyModuleNgFactory);
     * ```
     */
    bootstrapModuleFactory<M>(moduleFactory: NgModuleFactory<M>, options?: BootstrapOptions): Promise<NgModuleRef<M>>;
    /**
     * Creates an instance of an `@NgModule` for a given platform using the given runtime compiler.
     *
     * @usageNotes
     * ### Simple Example
     *
     * ```typescript
     * @NgModule({
     *   imports: [BrowserModule]
     * })
     * class MyModule {}
     *
     * let moduleRef = platformBrowser().bootstrapModule(MyModule);
     * ```
     *
     */
    bootstrapModule<M>(moduleType: Type<M>, compilerOptions?: (CompilerOptions & BootstrapOptions) | Array<CompilerOptions & BootstrapOptions>): Promise<NgModuleRef<M>>;
    private _moduleDoBootstrap;
    /**
     * Register a listener to be called when the platform is disposed.
     */
    onDestroy(callback: () => void): void;
    /**
     * Retrieve the platform {@link Injector}, which is the parent injector for
     * every Angular application on the page and provides singleton providers.
     */
    readonly injector: Injector;
    /**
     * Destroy the Angular platform and all Angular applications on the page.
     */
    destroy(): void;
    readonly destroyed: boolean;
}

declare interface PlatformReflectionCapabilities {
    isReflectionEnabled(): boolean;
    factory(type: Type<any>): Function;
    hasLifecycleHook(type: any, lcProperty: string): boolean;
    guards(type: any): {
        [key: string]: any;
    };
    /**
     * Return a list of annotations/types for constructor parameters
     */
    parameters(type: Type<any>): any[][];
    /**
     * Return a list of annotations declared on the class
     */
    annotations(type: Type<any>): any[];
    /**
     * Return a object literal which describes the annotations on Class fields/properties.
     */
    propMetadata(typeOrFunc: Type<any>): {
        [key: string]: any[];
    };
    getter(name: string): ɵGetterFn;
    setter(name: string): ɵSetterFn;
    method(name: string): ɵMethodFn;
    importUri(type: Type<any>): string;
    resourceUri(type: Type<any>): string;
    resolveIdentifier(name: string, moduleUrl: string, members: string[], runtime: any): any;
    resolveEnum(enumIdentifier: any, name: string): any;
}

declare interface PlayerBuilder extends BindingStore {
    buildPlayer(currentPlayer: ɵPlayer | null, isFirstRender: boolean): ɵPlayer | undefined | null;
}

/**
 * The context that stores all the active players and queued player factories present on an element.
 */
declare interface PlayerContext extends Array<null | number | ɵPlayer | PlayerBuilder> {
    [PlayerIndex.NonBuilderPlayersStart]: number;
    [PlayerIndex.ClassMapPlayerBuilderPosition]: PlayerBuilder | null;
    [PlayerIndex.ClassMapPlayerPosition]: ɵPlayer | null;
    [PlayerIndex.StyleMapPlayerBuilderPosition]: PlayerBuilder | null;
    [PlayerIndex.StyleMapPlayerPosition]: ɵPlayer | null;
}

declare const enum PlayerIndex {
    NonBuilderPlayersStart = 0,
    ClassMapPlayerBuilderPosition = 1,
    ClassMapPlayerPosition = 2,
    StyleMapPlayerBuilderPosition = 3,
    StyleMapPlayerPosition = 4,
    PlayerBuildersStartPosition = 1,
    SinglePlayerBuildersStartPosition = 5,
    PlayerAndPlayerBuildersTupleSize = 2,
    PlayerOffsetPosition = 1
}

/**
 * A boolean-valued function over a value, possibly including context information
 * regarding that value's position in an array.
 *
 * @publicApi
 */
export declare interface Predicate<T> {
    (value: T): boolean;
}

declare const PREORDER_HOOK_FLAGS = 18;

/** More flags associated with an LView (saved in LView[FLAGS_MORE]) */
declare const enum PreOrderHookFlags {
    /** The index of the next pre-order hook to be called in the hooks array, on the first 16
       bits */
    IndexOfTheNextPreOrderHookMaskMask = 65535,
    /**
     * The number of init hooks that have already been called, on the last 16 bits
     */
    NumberOfInitHooksCalledIncrementer = 65536,
    NumberOfInitHooksCalledShift = 16,
    NumberOfInitHooksCalledMask = 4294901760
}

/**
 * Procedural style of API needed to create elements and text nodes.
 *
 * In non-native browser environments (e.g. platforms such as web-workers), this is the
 * facade that enables element manipulation. This also facilitates backwards compatibility
 * with Renderer2.
 */
declare interface ProceduralRenderer3 {
    destroy(): void;
    createComment(value: string): RComment;
    createElement(name: string, namespace?: string | null): RElement;
    createText(value: string): RText;
    /**
     * This property is allowed to be null / undefined,
     * in which case the view engine won't call it.
     * This is used as a performance optimization for production mode.
     */
    destroyNode?: ((node: RNode) => void) | null;
    appendChild(parent: RElement, newChild: RNode): void;
    insertBefore(parent: RNode, newChild: RNode, refChild: RNode | null): void;
    removeChild(parent: RElement, oldChild: RNode, isHostElement?: boolean): void;
    selectRootElement(selectorOrNode: string | any): RElement;
    parentNode(node: RNode): RElement | null;
    nextSibling(node: RNode): RNode | null;
    setAttribute(el: RElement, name: string, value: string, namespace?: string | null): void;
    removeAttribute(el: RElement, name: string, namespace?: string | null): void;
    addClass(el: RElement, name: string): void;
    removeClass(el: RElement, name: string): void;
    setStyle(el: RElement, style: string, value: any, flags?: RendererStyleFlags2 | RendererStyleFlags3): void;
    removeStyle(el: RElement, style: string, flags?: RendererStyleFlags2 | RendererStyleFlags3): void;
    setProperty(el: RElement, name: string, value: any): void;
    setValue(node: RText | RComment, value: string): void;
    listen(target: GlobalTargetName | RNode, eventName: string, callback: (event: any) => boolean | void): () => void;
}

/**
 * Describes a function that is used to process provider list (for example in case of provider
 * overrides).
 */
declare type ProcessProvidersFunction = (providers: Provider[]) => Provider[];

/**
 * List of slots for a projection. A slot can be either based on a parsed CSS selector
 * which will be used to determine nodes which are projected into that slot.
 *
 * When set to "*", the slot is reserved and can be used for multi-slot projection
 * using {@link ViewContainerRef#createComponent}. The last slot that specifies the
 * wildcard selector will retrieve all projectable nodes which do not match any selector.
 */
declare type ProjectionSlots = (ɵCssSelectorList | '*')[];

/**
 * This mapping is necessary so we can set input properties and output listeners
 * properly at runtime when property names are minified or aliased.
 *
 * Key: unminified / public input or output name
 * Value: array containing minified / internal name and related directive index
 *
 * The value must be an array to support inputs and outputs with the same name
 * on the same node.
 */
declare type PropertyAliases = {
    [key: string]: PropertyAliasValue;
};

/**
 * Store the runtime input or output names for all the directives.
 *
 * i+0: directive instance index
 * i+1: publicName
 * i+2: privateName
 *
 * e.g. [0, 'change', 'change-minified']
 */
declare type PropertyAliasValue = (number | string)[];

/**
 * Describes how the `Injector` should be configured.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @see `TypeProvider`
 * @see `ClassProvider`
 * @see `StaticProvider`
 *
 * @publicApi
 */
export declare type Provider = TypeProvider | ValueProvider | ClassProvider | ConstructorProvider | ExistingProvider | FactoryProvider | any[];

declare interface ProviderDef {
    token: any;
    value: any;
    deps: DepDef[];
}

declare interface ProviderOverride {
    token: any;
    flags: ɵNodeFlags;
    value: any;
    deps: ([ɵDepFlags, any] | any)[];
    deprecatedBehavior: boolean;
}

/**
 * Testability API.
 * `declare` keyword causes tsickle to generate externs, so these methods are
 * not renamed by Closure Compiler.
 * @publicApi
 */
declare interface PublicTestability {
    isStable(): boolean;
    whenStable(callback: Function, timeout?: number, updateCallback?: Function): void;
    findProviders(using: any, provider: string, exactMatch: boolean): any[];
}

declare const QUERIES = 5;

/**
 * Type of the Query metadata.
 *
 * @publicApi
 */
export declare interface Query {
    descendants: boolean;
    first: boolean;
    read: any;
    isViewQuery: boolean;
    selector: any;
    static: boolean;
}

/**
 * Base class for query metadata.
 *
 * @see `ContentChildren`.
 * @see `ContentChild`.
 * @see `ViewChildren`.
 * @see `ViewChild`.
 *
 * @publicApi
 */
export declare abstract class Query {
}

declare interface QueryBindingDef {
    propName: string;
    bindingType: ɵQueryBindingType;
}

declare interface QueryDef {
    id: number;
    filterId: number;
    bindings: QueryBindingDef[];
}

/**
 * An unmodifiable list of items that Angular keeps up to date when the state
 * of the application changes.
 *
 * The type of object that {@link ViewChildren}, {@link ContentChildren}, and {@link QueryList}
 * provide.
 *
 * Implements an iterable interface, therefore it can be used in both ES6
 * javascript `for (var i of items)` loops as well as in Angular templates with
 * `*ngFor="let i of myList"`.
 *
 * Changes can be observed by subscribing to the changes `Observable`.
 *
 * NOTE: In the future this class will implement an `Observable` interface.
 *
 * @usageNotes
 * ### Example
 * ```typescript
 * @Component({...})
 * class Container {
 *   @ViewChildren(Item) items:QueryList<Item>;
 * }
 * ```
 *
 * @publicApi
 */
export declare class QueryList<T> {
    readonly dirty = true;
    private _results;
    readonly changes: Observable<any>;
    readonly length: number;
    readonly first: T;
    readonly last: T;
    constructor();
    /**
     * See
     * [Array.map](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array/map)
     */
    map<U>(fn: (item: T, index: number, array: T[]) => U): U[];
    /**
     * See
     * [Array.filter](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array/filter)
     */
    filter(fn: (item: T, index: number, array: T[]) => boolean): T[];
    /**
     * See
     * [Array.find](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array/find)
     */
    find(fn: (item: T, index: number, array: T[]) => boolean): T | undefined;
    /**
     * See
     * [Array.reduce](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array/reduce)
     */
    reduce<U>(fn: (prevValue: U, curValue: T, curIndex: number, array: T[]) => U, init: U): U;
    /**
     * See
     * [Array.forEach](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array/forEach)
     */
    forEach(fn: (item: T, index: number, array: T[]) => void): void;
    /**
     * See
     * [Array.some](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array/some)
     */
    some(fn: (value: T, index: number, array: T[]) => boolean): boolean;
    /**
     * Returns a copy of the internal results list as an Array.
     */
    toArray(): T[];
    toString(): string;
    /**
     * Updates the stored data of the query list, and resets the `dirty` flag to `false`, so that
     * on change detection, it will not notify of changes to the queries, unless a new change
     * occurs.
     *
     * @param resultsTree The results tree to store
     */
    reset(resultsTree: Array<T | any[]>): void;
    /**
     * Triggers a change event by emitting on the `changes` {@link EventEmitter}.
     */
    notifyOnChanges(): void;
    /** internal */
    setDirty(): void;
    /** internal */
    destroy(): void;
}

declare class R3Injector {
    readonly parent: Injector;
    /**
     * Map of tokens to records which contain the instances of those tokens.
     */
    private records;
    /**
     * The transitive set of `InjectorType`s which define this injector.
     */
    private injectorDefTypes;
    /**
     * Set of values instantiated by this injector which contain `ngOnDestroy` lifecycle hooks.
     */
    private onDestroy;
    /**
     * Flag indicating this injector provides the APP_ROOT_SCOPE token, and thus counts as the
     * root scope.
     */
    private readonly isRootInjector;
    readonly source: string | null;
    /**
     * Flag indicating that this injector was previously destroyed.
     */
    readonly destroyed: boolean;
    private _destroyed;
    constructor(def: InjectorType<any>, additionalProviders: StaticProvider[] | null, parent: Injector, source?: string | null);
    /**
     * Destroy the injector and release references to every instance or provider associated with it.
     *
     * Also calls the `OnDestroy` lifecycle hooks of every instance that was created for which a
     * hook was found.
     */
    destroy(): void;
    get<T>(token: Type<T> | InjectionToken<T>, notFoundValue?: any, flags?: InjectFlags): T;
    toString(): string;
    private assertNotDestroyed;
    /**
     * Add an `InjectorType` or `InjectorTypeWithProviders` and all of its transitive providers
     * to this injector.
     *
     * If an `InjectorTypeWithProviders` that declares providers besides the type is specified,
     * the function will return "true" to indicate that the providers of the type definition need
     * to be processed. This allows us to process providers of injector types after all imports of
     * an injector definition are processed. (following View Engine semantics: see FW-1349)
     */
    private processInjectorType;
    /**
     * Process a `SingleProvider` and add it.
     */
    private processProvider;
    private hydrate;
    private injectableDefInScope;
}

declare interface Range {
}

declare interface RComment extends RNode {
    textContent: string | null;
}

declare interface RCssStyleDeclaration {
    removeProperty(propertyName: string): string;
    setProperty(propertyName: string, value: string | null, priority?: string): void;
}

declare interface RDomTokenList {
    add(token: string): void;
    remove(token: string): void;
}

/**
 * A ReflectiveDependency injection container used for instantiating objects and resolving
 * dependencies.
 *
 * An `Injector` is a replacement for a `new` operator, which can automatically resolve the
 * constructor dependencies.
 *
 * In typical use, application code asks for the dependencies in the constructor and they are
 * resolved by the `Injector`.
 *
 * @usageNotes
 * ### Example
 *
 * The following example creates an `Injector` configured to create `Engine` and `Car`.
 *
 * ```typescript
 * @Injectable()
 * class Engine {
 * }
 *
 * @Injectable()
 * class Car {
 *   constructor(public engine:Engine) {}
 * }
 *
 * var injector = ReflectiveInjector.resolveAndCreate([Car, Engine]);
 * var car = injector.get(Car);
 * expect(car instanceof Car).toBe(true);
 * expect(car.engine instanceof Engine).toBe(true);
 * ```
 *
 * Notice, we don't use the `new` operator because we explicitly want to have the `Injector`
 * resolve all of the object's dependencies automatically.
 *
 * @deprecated from v5 - slow and brings in a lot of code, Use `Injector.create` instead.
 * @publicApi
 */
export declare abstract class ReflectiveInjector implements Injector {
    /**
     * Turns an array of provider definitions into an array of resolved providers.
     *
     * A resolution is a process of flattening multiple nested arrays and converting individual
     * providers into an array of `ResolvedReflectiveProvider`s.
     *
     * @usageNotes
     * ### Example
     *
     * ```typescript
     * @Injectable()
     * class Engine {
     * }
     *
     * @Injectable()
     * class Car {
     *   constructor(public engine:Engine) {}
     * }
     *
     * var providers = ReflectiveInjector.resolve([Car, [[Engine]]]);
     *
     * expect(providers.length).toEqual(2);
     *
     * expect(providers[0] instanceof ResolvedReflectiveProvider).toBe(true);
     * expect(providers[0].key.displayName).toBe("Car");
     * expect(providers[0].dependencies.length).toEqual(1);
     * expect(providers[0].factory).toBeDefined();
     *
     * expect(providers[1].key.displayName).toBe("Engine");
     * });
     * ```
     *
     */
    static resolve(providers: Provider[]): ResolvedReflectiveProvider[];
    /**
     * Resolves an array of providers and creates an injector from those providers.
     *
     * The passed-in providers can be an array of `Type`, `Provider`,
     * or a recursive array of more providers.
     *
     * @usageNotes
     * ### Example
     *
     * ```typescript
     * @Injectable()
     * class Engine {
     * }
     *
     * @Injectable()
     * class Car {
     *   constructor(public engine:Engine) {}
     * }
     *
     * var injector = ReflectiveInjector.resolveAndCreate([Car, Engine]);
     * expect(injector.get(Car) instanceof Car).toBe(true);
     * ```
     */
    static resolveAndCreate(providers: Provider[], parent?: Injector): ReflectiveInjector;
    /**
     * Creates an injector from previously resolved providers.
     *
     * This API is the recommended way to construct injectors in performance-sensitive parts.
     *
     * @usageNotes
     * ### Example
     *
     * ```typescript
     * @Injectable()
     * class Engine {
     * }
     *
     * @Injectable()
     * class Car {
     *   constructor(public engine:Engine) {}
     * }
     *
     * var providers = ReflectiveInjector.resolve([Car, Engine]);
     * var injector = ReflectiveInjector.fromResolvedProviders(providers);
     * expect(injector.get(Car) instanceof Car).toBe(true);
     * ```
     */
    static fromResolvedProviders(providers: ResolvedReflectiveProvider[], parent?: Injector): ReflectiveInjector;
    /**
     * Parent of this injector.
     *
     * <!-- TODO: Add a link to the section of the user guide talking about hierarchical injection.
     * -->
     */
    abstract readonly parent: Injector | null;
    /**
     * Resolves an array of providers and creates a child injector from those providers.
     *
     * <!-- TODO: Add a link to the section of the user guide talking about hierarchical injection.
     * -->
     *
     * The passed-in providers can be an array of `Type`, `Provider`,
     * or a recursive array of more providers.
     *
     * @usageNotes
     * ### Example
     *
     * ```typescript
     * class ParentProvider {}
     * class ChildProvider {}
     *
     * var parent = ReflectiveInjector.resolveAndCreate([ParentProvider]);
     * var child = parent.resolveAndCreateChild([ChildProvider]);
     *
     * expect(child.get(ParentProvider) instanceof ParentProvider).toBe(true);
     * expect(child.get(ChildProvider) instanceof ChildProvider).toBe(true);
     * expect(child.get(ParentProvider)).toBe(parent.get(ParentProvider));
     * ```
     */
    abstract resolveAndCreateChild(providers: Provider[]): ReflectiveInjector;
    /**
     * Creates a child injector from previously resolved providers.
     *
     * <!-- TODO: Add a link to the section of the user guide talking about hierarchical injection.
     * -->
     *
     * This API is the recommended way to construct injectors in performance-sensitive parts.
     *
     * @usageNotes
     * ### Example
     *
     * ```typescript
     * class ParentProvider {}
     * class ChildProvider {}
     *
     * var parentProviders = ReflectiveInjector.resolve([ParentProvider]);
     * var childProviders = ReflectiveInjector.resolve([ChildProvider]);
     *
     * var parent = ReflectiveInjector.fromResolvedProviders(parentProviders);
     * var child = parent.createChildFromResolved(childProviders);
     *
     * expect(child.get(ParentProvider) instanceof ParentProvider).toBe(true);
     * expect(child.get(ChildProvider) instanceof ChildProvider).toBe(true);
     * expect(child.get(ParentProvider)).toBe(parent.get(ParentProvider));
     * ```
     */
    abstract createChildFromResolved(providers: ResolvedReflectiveProvider[]): ReflectiveInjector;
    /**
     * Resolves a provider and instantiates an object in the context of the injector.
     *
     * The created object does not get cached by the injector.
     *
     * @usageNotes
     * ### Example
     *
     * ```typescript
     * @Injectable()
     * class Engine {
     * }
     *
     * @Injectable()
     * class Car {
     *   constructor(public engine:Engine) {}
     * }
     *
     * var injector = ReflectiveInjector.resolveAndCreate([Engine]);
     *
     * var car = injector.resolveAndInstantiate(Car);
     * expect(car.engine).toBe(injector.get(Engine));
     * expect(car).not.toBe(injector.resolveAndInstantiate(Car));
     * ```
     */
    abstract resolveAndInstantiate(provider: Provider): any;
    /**
     * Instantiates an object using a resolved provider in the context of the injector.
     *
     * The created object does not get cached by the injector.
     *
     * @usageNotes
     * ### Example
     *
     * ```typescript
     * @Injectable()
     * class Engine {
     * }
     *
     * @Injectable()
     * class Car {
     *   constructor(public engine:Engine) {}
     * }
     *
     * var injector = ReflectiveInjector.resolveAndCreate([Engine]);
     * var carProvider = ReflectiveInjector.resolve([Car])[0];
     * var car = injector.instantiateResolved(carProvider);
     * expect(car.engine).toBe(injector.get(Engine));
     * expect(car).not.toBe(injector.instantiateResolved(carProvider));
     * ```
     */
    abstract instantiateResolved(provider: ResolvedReflectiveProvider): any;
    abstract get(token: any, notFoundValue?: any): any;
}


/**
 * A unique object used for retrieving items from the {@link ReflectiveInjector}.
 *
 * Keys have:
 * - a system-wide unique `id`.
 * - a `token`.
 *
 * `Key` is used internally by {@link ReflectiveInjector} because its system-wide unique `id` allows
 * the
 * injector to store created objects in a more efficient way.
 *
 * `Key` should not be created directly. {@link ReflectiveInjector} creates keys automatically when
 * resolving
 * providers.
 *
 * @deprecated No replacement
 * @publicApi
 */
export declare class ReflectiveKey {
    token: Object;
    id: number;
    readonly displayName: string;
    /**
     * Private
     */
    constructor(token: Object, id: number);
    /**
     * Retrieves a `Key` for a token.
     */
    static get(token: Object): ReflectiveKey;
    /**
     * @returns the number of keys registered in the system.
     */
    static readonly numberOfKeys: number;
}

/**
 * Subset of API needed for writing attributes, properties, and setting up
 * listeners on Element.
 */
declare interface RElement extends RNode {
    style: RCssStyleDeclaration;
    classList: RDomTokenList;
    className: string;
    setAttribute(name: string, value: string): void;
    removeAttribute(name: string): void;
    setAttributeNS(namespaceURI: string, qualifiedName: string, value: string): void;
    addEventListener(type: string, listener: EventListener, useCapture?: boolean): void;
    removeEventListener(type: string, listener?: EventListener, options?: boolean): void;
    setProperty?(name: string, value: any): void;
}

/**
 * @deprecated Use `RendererType2` (and `Renderer2`) instead.
 * @publicApi
 */
export declare class RenderComponentType {
    id: string;
    templateUrl: string;
    slotCount: number;
    encapsulation: ViewEncapsulation;
    styles: Array<string | any[]>;
    animations: any;
    constructor(id: string, templateUrl: string, slotCount: number, encapsulation: ViewEncapsulation, styles: Array<string | any[]>, animations: any);
}

declare const RENDERER = 12;

/**
 * @deprecated Use the `Renderer2` instead.
 * @publicApi
 */
export declare abstract class Renderer {
    abstract selectRootElement(selectorOrNode: string | any, debugInfo?: ɵRenderDebugInfo): any;
    abstract createElement(parentElement: any, name: string, debugInfo?: ɵRenderDebugInfo): any;
    abstract createViewRoot(hostElement: any): any;
    abstract createTemplateAnchor(parentElement: any, debugInfo?: ɵRenderDebugInfo): any;
    abstract createText(parentElement: any, value: string, debugInfo?: ɵRenderDebugInfo): any;
    abstract projectNodes(parentElement: any, nodes: any[]): void;
    abstract attachViewAfter(node: any, viewRootNodes: any[]): void;
    abstract detachView(viewRootNodes: any[]): void;
    abstract destroyView(hostElement: any, viewAllNodes: any[]): void;
    abstract listen(renderElement: any, name: string, callback: Function): Function;
    abstract listenGlobal(target: string, name: string, callback: Function): Function;
    abstract setElementProperty(renderElement: any, propertyName: string, propertyValue: any): void;
    abstract setElementAttribute(renderElement: any, attributeName: string, attributeValue?: string): void;
    /**
     * Used only in debug mode to serialize property changes to dom nodes as attributes.
     */
    abstract setBindingDebugInfo(renderElement: any, propertyName: string, propertyValue: string): void;
    abstract setElementClass(renderElement: any, className: string, isAdd: boolean): void;
    abstract setElementStyle(renderElement: any, styleName: string, styleValue?: string): void;
    abstract invokeElementMethod(renderElement: any, methodName: string, args?: any[]): void;
    abstract setText(renderNode: any, text: string): void;
    abstract animate(element: any, startingStyles: any, keyframes: any[], duration: number, delay: number, easing: string, previousPlayers?: any[]): any;
}

/**
 * Extend this base class to implement custom rendering. By default, Angular
 * renders a template into DOM. You can use custom rendering to intercept
 * rendering calls, or to render to something other than DOM.
 *
 * Create your custom renderer using `RendererFactory2`.
 *
 * Use a custom renderer to bypass Angular's templating and
 * make custom UI changes that can't be expressed declaratively.
 * For example if you need to set a property or an attribute whose name is
 * not statically known, use the `setProperty()` or
 * `setAttribute()` method.
 *
 * @publicApi
 */
export declare abstract class Renderer2 {
    /**
     * Use to store arbitrary developer-defined data on a renderer instance,
     * as an object containing key-value pairs.
     * This is useful for renderers that delegate to other renderers.
     */
    abstract readonly data: {
        [key: string]: any;
    };
    /**
     * Implement this callback to destroy the renderer or the host element.
     */
    abstract destroy(): void;
    /**
     * Implement this callback to create an instance of the host element.
     * @param name An identifying name for the new element, unique within the namespace.
     * @param namespace The namespace for the new element.
     * @returns The new element.
     */
    abstract createElement(name: string, namespace?: string | null): any;
    /**
     * Implement this callback to add a comment to the DOM of the host element.
     * @param value The comment text.
     * @returns The modified element.
     */
    abstract createComment(value: string): any;
    /**
     * Implement this callback to add text to the DOM of the host element.
     * @param value The text string.
     * @returns The modified element.
     */
    abstract createText(value: string): any;
    /**
     * If null or undefined, the view engine won't call it.
     * This is used as a performance optimization for production mode.
     */
    destroyNode: ((node: any) => void) | null;
    /**
     * Appends a child to a given parent node in the host element DOM.
     * @param parent The parent node.
     * @param newChild The new child node.
     */
    abstract appendChild(parent: any, newChild: any): void;
    /**
     * Implement this callback to insert a child node at a given position in a parent node
     * in the host element DOM.
     * @param parent The parent node.
     * @param newChild The new child nodes.
     * @param refChild The existing child node that should precede the new node.
     */
    abstract insertBefore(parent: any, newChild: any, refChild: any): void;
    /**
     * Implement this callback to remove a child node from the host element's DOM.
     * @param parent The parent node.
     * @param oldChild The child node to remove.
     * @param isHostElement Optionally signal to the renderer whether this element is a host element
     * or not
     */
    abstract removeChild(parent: any, oldChild: any, isHostElement?: boolean): void;
    /**
     * Implement this callback to prepare an element to be bootstrapped
     * as a root element, and return the element instance.
     * @param selectorOrNode The DOM element.
     * @param preserveContent Whether the contents of the root element
     * should be preserved, or cleared upon bootstrap (default behavior).
     * Use with `ViewEncapsulation.ShadowDom` to allow simple native
     * content projection via `<slot>` elements.
     * @returns The root element.
     */
    abstract selectRootElement(selectorOrNode: string | any, preserveContent?: boolean): any;
    /**
     * Implement this callback to get the parent of a given node
     * in the host element's DOM.
     * @param node The child node to query.
     * @returns The parent node, or null if there is no parent.
     * For WebWorkers, always returns true.
     * This is because the check is synchronous,
     * and the caller can't rely on checking for null.
     */
    abstract parentNode(node: any): any;
    /**
     * Implement this callback to get the next sibling node of a given node
     * in the host element's DOM.
     * @returns The sibling node, or null if there is no sibling.
     * For WebWorkers, always returns a value.
     * This is because the check is synchronous,
     * and the caller can't rely on checking for null.
     */
    abstract nextSibling(node: any): any;
    /**
     * Implement this callback to set an attribute value for an element in the DOM.
     * @param el The element.
     * @param name The attribute name.
     * @param value The new value.
     * @param namespace The namespace.
     */
    abstract setAttribute(el: any, name: string, value: string, namespace?: string | null): void;
    /**
     * Implement this callback to remove an attribute from an element in the DOM.
     * @param el The element.
     * @param name The attribute name.
     * @param namespace The namespace.
     */
    abstract removeAttribute(el: any, name: string, namespace?: string | null): void;
    /**
     * Implement this callback to add a class to an element in the DOM.
     * @param el The element.
     * @param name The class name.
     */
    abstract addClass(el: any, name: string): void;
    /**
     * Implement this callback to remove a class from an element in the DOM.
     * @param el The element.
     * @param name The class name.
     */
    abstract removeClass(el: any, name: string): void;
    /**
     * Implement this callback to set a CSS style for an element in the DOM.
     * @param el The element.
     * @param style The name of the style.
     * @param value The new value.
     * @param flags Flags for style variations. No flags are set by default.
     */
    abstract setStyle(el: any, style: string, value: any, flags?: RendererStyleFlags2): void;
    /**
     * Implement this callback to remove the value from a CSS style for an element in the DOM.
     * @param el The element.
     * @param style The name of the style.
     * @param flags Flags for style variations to remove, if set. ???
     */
    abstract removeStyle(el: any, style: string, flags?: RendererStyleFlags2): void;
    /**
     * Implement this callback to set the value of a property of an element in the DOM.
     * @param el The element.
     * @param name The property name.
     * @param value The new value.
     */
    abstract setProperty(el: any, name: string, value: any): void;
    /**
     * Implement this callback to set the value of a node in the host element.
     * @param node The node.
     * @param value The new value.
     */
    abstract setValue(node: any, value: string): void;
    /**
     * Implement this callback to start an event listener.
     * @param target The context in which to listen for events. Can be
     * the entire window or document, the body of the document, or a specific
     * DOM element.
     * @param eventName The event to listen for.
     * @param callback A handler function to invoke when the event occurs.
     * @returns An "unlisten" function for disposing of this handler.
     */
    abstract listen(target: 'window' | 'document' | 'body' | any, eventName: string, callback: (event: any) => boolean | void): () => void;
}

declare type Renderer3 = ObjectOrientedRenderer3 | ProceduralRenderer3;

declare const RENDERER_FACTORY = 11;

/**
 * Creates and initializes a custom renderer that implements the `Renderer2` base class.
 *
 * @publicApi
 */
export declare abstract class RendererFactory2 {
    /**
     * Creates and initializes a custom renderer for a host DOM element.
     * @param hostElement The element to render.
     * @param type The base class to implement.
     * @returns The new custom renderer instance.
     */
    abstract createRenderer(hostElement: any, type: RendererType2 | null): Renderer2;
    /**
     * A callback invoked when rendering has begun.
     */
    abstract begin?(): void;
    /**
     * A callback invoked when rendering has completed.
     */
    abstract end?(): void;
    /**
     * Use with animations test-only mode. Notifies the test when rendering has completed.
     * @returns The asynchronous result of the developer-defined function.
     */
    abstract whenRenderingDone?(): Promise<any>;
}

declare interface RendererFactory3 {
    createRenderer(hostElement: RElement | null, rendererType: RendererType2 | null): Renderer3;
    begin?(): void;
    end?(): void;
}

/**
 * Flags for renderer-specific style modifiers.
 * @publicApi
 */
export declare enum RendererStyleFlags2 {
    /**
     * Marks a style as important.
     */
    Important = 1,
    /**
     * Marks a style as using dash case naming (this-is-dash-case).
     */
    DashCase = 2
}

declare enum RendererStyleFlags3 {
    Important = 1,
    DashCase = 2
}

/**
 * Used by `RendererFactory2` to associate custom rendering data and styles
 * with a rendering implementation.
 *  @publicApi
 */
export declare interface RendererType2 {
    /**
     * A unique identifying string for the new renderer, used when creating
     * unique styles for encapsulation.
     */
    id: string;
    /**
     * The view encapsulation type, which determines how styles are applied to
     * DOM elements. One of
     * - `Emulated` (default): Emulate native scoping of styles.
     * - `Native`: Use the native encapsulation mechanism of the renderer.
     * - `ShadowDom`: Use modern [Shadow
     * DOM](https://w3c.github.io/webcomponents/spec/shadow/) and
     * create a ShadowRoot for component's host element.
     * - `None`: Do not provide any template or style encapsulation.
     */
    encapsulation: ViewEncapsulation;
    /**
     * Defines CSS styles to be stored on a renderer instance.
     */
    styles: (string | any[])[];
    /**
     * Defines arbitrary developer-defined data to be stored on a renderer instance.
     * This is useful for renderers that delegate to other renderers.
     */
    data: {
        [kind: string]: any;
    };
}

/**
 * An internal resolved representation of a factory function created by resolving `Provider`.
 * @publicApi
 */
export declare class ResolvedReflectiveFactory {
    /**
     * Factory function which can return an instance of an object represented by a key.
     */
    factory: Function;
    /**
     * Arguments (dependencies) to the `factory` function.
     */
    dependencies: ɵangular_packages_core_core_d[];
    constructor(
    /**
     * Factory function which can return an instance of an object represented by a key.
     */
    factory: Function, 
    /**
     * Arguments (dependencies) to the `factory` function.
     */
    dependencies: ɵangular_packages_core_core_d[]);
}

/**
 * An internal resolved representation of a `Provider` used by the `Injector`.
 *
 * @usageNotes
 * This is usually created automatically by `Injector.resolveAndCreate`.
 *
 * It can be created manually, as follows:
 *
 * ### Example
 *
 * ```typescript
 * var resolvedProviders = Injector.resolve([{ provide: 'message', useValue: 'Hello' }]);
 * var injector = Injector.fromResolvedProviders(resolvedProviders);
 *
 * expect(injector.get('message')).toEqual('Hello');
 * ```
 *
 * @publicApi
 */
export declare interface ResolvedReflectiveProvider {
    /**
     * A key, usually a `Type<any>`.
     */
    key: ReflectiveKey;
    /**
     * Factory function which can return an instance of an object represented by a key.
     */
    resolvedFactories: ResolvedReflectiveFactory[];
    /**
     * Indicates if the provider is a multi-provider or a regular provider.
     */
    multiProvider: boolean;
}

/**
 * Lazily retrieves the reference value from a forwardRef.
 *
 * Acts as the identity function when given a non-forward-ref value.
 *
 * @usageNotes
 * ### Example
 *
 * {@example core/di/ts/forward_ref/forward_ref_spec.ts region='resolve_forward_ref'}
 *
 * @see `forwardRef`
 * @publicApi
 */
export declare function resolveForwardRef<T>(type: T): T;

/** Subset of API needed for appending elements and text nodes. */
declare interface RNode {
    /**
     * Returns the parent Element, Document, or DocumentFragment
     */
    parentNode: RNode | null;
    /**
     * Returns the parent Element if there is one
     */
    parentElement: RElement | null;
    /**
     * Gets the Node immediately following this one in the parent's childNodes
     */
    nextSibling: RNode | null;
    /**
     * Removes a child from the current node and returns the removed node
     * @param oldChild the child node to remove
     */
    removeChild(oldChild: RNode): RNode;
    /**
     * Insert a child node.
     *
     * Used exclusively for adding View root nodes into ViewAnchor location.
     */
    insertBefore(newChild: RNode, refChild: RNode | null, isViewRoot: boolean): void;
    /**
     * Append a child node.
     *
     * Used exclusively for building up DOM which are static (ie not View roots)
     */
    appendChild(newChild: RNode): RNode;
}

/**
 * RootContext contains information which is shared for all components which
 * were bootstrapped with {@link renderComponent}.
 */
declare interface RootContext {
    /**
     * A function used for scheduling change detection in the future. Usually
     * this is `requestAnimationFrame`.
     */
    scheduler: (workFn: () => void) => void;
    /**
     * A promise which is resolved when all components are considered clean (not dirty).
     *
     * This promise is overwritten every time a first call to {@link markDirty} is invoked.
     */
    clean: Promise<null>;
    /**
     * RootComponents - The components that were instantiated by the call to
     * {@link renderComponent}.
     */
    components: {}[];
    /**
     * The player flushing handler to kick off all animations
     */
    playerHandler: ɵPlayerHandler | null;
    /**
     * What render-related operations to run once a scheduler has been set
     */
    flags: RootContextFlags;
}

declare const enum RootContextFlags {
    Empty = 0,
    DetectChanges = 1,
    FlushPlayers = 2
}

declare interface RootData {
    injector: Injector;
    ngModule: NgModuleRef<any>;
    projectableNodes: any[][];
    selectorOrNode: any;
    renderer: Renderer2;
    rendererFactory: RendererFactory2;
    errorHandler: ErrorHandler;
    sanitizer: Sanitizer;
}

/**
 * Injectable service that provides a low-level interface for modifying the UI.
 *
 * Use this service to bypass Angular's templating and make custom UI changes that can't be
 * expressed declaratively. For example if you need to set a property or an attribute whose name is
 * not statically known, use {@link Renderer#setElementProperty setElementProperty} or
 * {@link Renderer#setElementAttribute setElementAttribute} respectively.
 *
 * If you are implementing a custom renderer, you must implement this interface.
 *
 * The default Renderer implementation is `DomRenderer`. Also available is `WebWorkerRenderer`.
 *
 * @deprecated Use `RendererFactory2` instead.
 * @publicApi
 */
export declare abstract class RootRenderer {
    abstract renderComponent(componentType: RenderComponentType): Renderer;
}

declare interface RText extends RNode {
    textContent: string | null;
}

declare const SANITIZER = 13;

/**
 * Sanitizer is used by the views to sanitize potentially dangerous values.
 *
 * @publicApi
 */
export declare abstract class Sanitizer {
    abstract sanitize(context: SecurityContext, value: {} | string | null): string | null;
}


/**
 * Function used to sanitize the value before writing it into the renderer.
 */
declare type SanitizerFn = (value: any, tagName?: string, propName?: string) => string;


/**
 * A schema definition associated with an NgModule.
 *
 * @see `@NgModule`, `CUSTOM_ELEMENTS_SCHEMA`, `NO_ERRORS_SCHEMA`
 *
 * @param name The name of a defined schema.
 *
 * @publicApi
 */
export declare interface SchemaMetadata {
    name: string;
}

declare interface Scope {
    (...args: any[] /** TODO #9100 */): any;
}


/**
 * A SecurityContext marks a location that has dangerous security implications, e.g. a DOM property
 * like `innerHTML` that could cause Cross Site Scripting (XSS) security bugs when improperly
 * handled.
 *
 * See DomSanitizer for more details on security in Angular applications.
 *
 * @publicApi
 */
export declare enum SecurityContext {
    NONE = 0,
    HTML = 1,
    STYLE = 2,
    SCRIPT = 3,
    URL = 4,
    RESOURCE_URL = 5
}

/** Flags used to build up CssSelectors */
declare const enum SelectorFlags {
    /** Indicates this is the beginning of a new negative selector */
    NOT = 1,
    /** Mode for matching attributes */
    ATTRIBUTE = 2,
    /** Mode for matching tag names */
    ELEMENT = 4,
    /** Mode for matching class names */
    CLASS = 8
}

/**
 * Type of the Self metadata.
 *
 * @publicApi
 */
export declare interface Self {
}

/**
 * Self decorator and metadata.
 *
 * @Annotation
 * @publicApi
 */
export declare const Self: SelfDecorator;

/**
 * Type of the Self decorator / constructor function.
 *
 * @publicApi
 */
export declare interface SelfDecorator {
    /**
     * A parameter decorator to be used on constructor parameters,
     * which tells the DI framework to start dependency resolution from the local injector.
     *
     * Resolution works upward through the injector hierarchy, so the children
     * of this class must configure their own providers or be prepared for a null result.
     *
     * @usageNotes
     *
     * In the following example, the dependency can be resolved
     * by the local injector when instantiating the class itself, but not
     * when instantiating a child.
     *
     * <code-example path="core/di/ts/metadata_spec.ts" region="Self"></code-example>
     *
     *
     * @see `SkipSelf`
     * @see `Optional`
     *
     */
    (): any;
    new (): Self;
}

/**
 * Set the {@link GetTestability} implementation used by the Angular testing framework.
 * @publicApi
 */
export declare function setTestabilityGetter(getter: GetTestability): void;


/**
 * Represents a basic change from a previous to a new value for a single
 * property on a directive instance. Passed as a value in a
 * {@link SimpleChanges} object to the `ngOnChanges` hook.
 *
 * @see `OnChanges`
 *
 * @publicApi
 */
export declare class SimpleChange {
    previousValue: any;
    currentValue: any;
    firstChange: boolean;
    constructor(previousValue: any, currentValue: any, firstChange: boolean);
    /**
     * Check whether the new value is the first value assigned.
     */
    isFirstChange(): boolean;
}

/**
 * A hashtable of changes represented by {@link SimpleChange} objects stored
 * at the declared property name they belong to on a Directive or Component. This is
 * the type passed to the `ngOnChanges` hook.
 *
 * @see `OnChanges`
 *
 * @publicApi
 */
export declare interface SimpleChanges {
    [propName: string]: SimpleChange;
}

/**
 * An array that contains the index pointer values for every single styling property
 * that exists in the context and for every directive. It also contains the total
 * single styles and single classes that exists in the context as the first two values.
 *
 * Let's say we have the following template code:
 *
 * <div [style.width]="myWidth"
 *      [style.height]="myHeight"
 *      [class.flipped]="flipClass"
 *      directive-with-opacity>
 *      directive-with-foo-bar-classes>
 *
 * We have two directive and template-binding sources,
 * 2 + 1 styles and 1 + 1 classes. When the bindings are
 * registered the SinglePropOffsets array will look like so:
 *
 * s_0/c_0 = template directive value
 * s_1/c_1 = directive one (directive-with-opacity)
 * s_2/c_2 = directive two (directive-with-foo-bar-classes)
 *
 * [3, 2, 2, 1, s_00, s01, c_01, 1, 0, s_10, 0, 1, c_20
 */
declare interface SinglePropOffsetValues extends Array<number> {
    [SinglePropOffsetValuesIndex.StylesCountPosition]: number;
    [SinglePropOffsetValuesIndex.ClassesCountPosition]: number;
}

/**
 * An enum that outlines the offset/position values for each single prop/class entry
 * that are housed inside of [SinglePropOffsetValues].
 */
declare const enum SinglePropOffsetValuesIndex {
    StylesCountPosition = 0,
    ClassesCountPosition = 1,
    ValueStartPosition = 2
}

/**
 * Type of the SkipSelf metadata.
 *
 * @publicApi
 */
export declare interface SkipSelf {
}

/**
 * SkipSelf decorator and metadata.
 *
 * @Annotation
 * @publicApi
 */
export declare const SkipSelf: SkipSelfDecorator;

/**
 * Type of the SkipSelf decorator / constructor function.
 *
 * @publicApi
 */
export declare interface SkipSelfDecorator {
    /**
     * A parameter decorator to be used on constructor parameters,
     * which tells the DI framework to start dependency resolution from the parent injector.
     * Resolution works upward through the injector hierarchy, so the local injector
     * is not checked for a provider.
     *
     * @usageNotes
     *
     * In the following example, the dependency can be resolved when
     * instantiating a child, but not when instantiating the class itself.
     *
     * <code-example path="core/di/ts/metadata_spec.ts" region="SkipSelf"></code-example>
     *
     * Learn more in the
     * [Dependency Injection guide](guide/dependency-injection-in-action#skip).
     *
     * @see `Self`
     * @see `Optional`
     *
     */
    (): any;
    new (): SkipSelf;
}

/**
 * Configures the `Injector` to return an instance of `useClass` for a token.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @usageNotes
 *
 * ### Example
 *
 * {@example core/di/ts/provider_spec.ts region='StaticClassProvider'}
 *
 * Note that following two providers are not equal:
 *
 * {@example core/di/ts/provider_spec.ts region='StaticClassProviderDifference'}
 *
 * ### Multi-value example
 *
 * {@example core/di/ts/provider_spec.ts region='MultiProviderAspect'}
 *
 * @publicApi
 */
declare interface StaticClassProvider extends StaticClassSansProvider {
    /**
     * An injection token. (Typically an instance of `Type` or `InjectionToken`, but can be `any`).
     */
    provide: any;
    /**
     * If true, then injector returns an array of instances. This is useful to allow multiple
     * providers spread across many files to provide configuration information to a common token.
     */
    multi?: boolean;
}

/**
 * Configures the `Injector` to return an instance of `useClass` for a token.
 * Base for `StaticClassProvider` decorator.
 *
 * @publicApi
 */
declare interface StaticClassSansProvider {
    /**
     * An optional class to instantiate for the `token`. (If not provided `provide` is assumed to be a
     * class to instantiate)
     */
    useClass: Type<any>;
    /**
     * A list of `token`s which need to be resolved by the injector. The list of values is then
     * used as arguments to the `useClass` constructor.
     */
    deps: any[];
}

/**
 * Describes how the `Injector` should be configured in a static way (Without reflection).
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @see `ValueProvider`
 * @see `ExistingProvider`
 * @see `FactoryProvider`
 *
 * @publicApi
 */
export declare type StaticProvider = ValueProvider | ExistingProvider | StaticClassProvider | ConstructorProvider | FactoryProvider | any[];

/**
 * Used to intercept and sanitize style values before they are written to the renderer.
 *
 * This function is designed to be called in two modes. When a value is not provided
 * then the function will return a boolean whether a property will be sanitized later.
 * If a value is provided then the sanitized version of that will be returned.
 */
declare interface StyleSanitizeFn {
    (prop: string, value: string | null, mode?: StyleSanitizeMode): any;
}

/**
 * A series of flags to instruct a style sanitizer to either validate
 * or sanitize a value.
 *
 * Because sanitization is dependent on the style property (i.e. style
 * sanitization for `width` is much different than for `background-image`)
 * the sanitization function (e.g. `StyleSanitizerFn`) needs to check a
 * property value first before it actually sanitizes any values.
 *
 * This enum exist to allow a style sanitization function to either only
 * do validation (check the property to see whether a value will be
 * sanitized or not) or to sanitize the value (or both).
 *
 * @publicApi
 */
declare const enum StyleSanitizeMode {
    /** Just check to see if the property is required to be sanitized or not */
    ValidateProperty = 1,
    /** Skip checking the property; just sanitize the value */
    SanitizeOnly = 2,
    /** Check the property and (if true) then sanitize the value */
    ValidateAndSanitize = 3
}

/**
 * The styling context acts as a styling manifest (shaped as an array) for determining which
 * styling properties have been assigned via the provided `updateStylingMap`, `updateStyleProp`
 * and `updateClassProp` functions. It also stores the static style/class values that were
 * extracted from the template by the compiler.
 *
 * A context is created by Angular when:
 * 1. An element contains static styling values (like style="..." or class="...")
 * 2. An element contains single property binding values (like [style.prop]="x" or
 * [class.prop]="y")
 * 3. An element contains multi property binding values (like [style]="x" or [class]="y")
 * 4. A directive contains host bindings for static, single or multi styling properties/bindings.
 * 5. An animation player is added to an element via `addPlayer`
 *
 * Note that even if an element contains static styling then this context will be created and
 * attached to it. The reason why this happens (instead of treating styles/classes as regular
 * HTML attributes) is because the style/class bindings must be able to default themselves back
 * to their respective static values when they are set to null.
 *
 * Say for example we have this:
 * ```
 * <!-- when `myWidthExp=null` then a width of `100px`
 *      will be used a default value for width -->
 * <div style="width:100px" [style.width]="myWidthExp"></div>
 * ```
 *
 * Even in the situation where there are no bindings, the static styling is still placed into the
 * context because there may be another directive on the same element that has styling.
 *
 * When Angular initializes styling data for an element then it will first register the static
 * styling values on the element using one of these two instructions:
 *
 * 1. elementStart or element (within the template function of a component)
 * 2. elementHostAttrs (for directive host bindings)
 *
 * In either case, a styling context will be created and stored within an element's `LViewData`.
 * Once the styling context is created then single and multi properties can be stored within it.
 * For this to happen, the following function needs to be called:
 *
 * `styling` (called with style properties, class properties and a sanitizer + a directive
 * instance).
 *
 * When this instruction is called it will populate the styling context with the provided style
 * and class names into the context.
 *
 * The context itself looks like this:
 *
 * context = [
 *   // 0-8: header values (about 8 entries of configuration data)
 *   // 9+: this is where each entry is stored:
 * ]
 *
 * Let's say we have the following template code:
 *
 * ```
 * <div class="foo bar"
 *      style="width:200px; color:red"
 *      [style.width]="myWidthExp"
 *      [style.height]="myHeightExp"
 *      [class.baz]="myBazExp">
 * ```
 *
 * The context generated from these values will look like this (note that
 * for each binding name (the class and style bindings) the values will
 * be inserted twice into the array (once for single property entries and
 * again for multi property entries).
 *
 * context = [
 *   // 0-8: header values (about 8 entries of configuration data)
 *   // 9+: this is where each entry is stored:
 *
 *   // SINGLE PROPERTIES
 *   configForWidth,
 *   'width'
 *   myWidthExp, // the binding value not the binding itself
 *   0, // the directive owner
 *
 *   configForHeight,
 *   'height'
 *   myHeightExp, // the binding value not the binding itself
 *   0, // the directive owner
 *
 *   configForBazClass,
 *   'baz
 *   myBazClassExp, // the binding value not the binding itself
 *   0, // the directive owner
 *
 *   // MULTI PROPERTIES
 *   configForWidth,
 *   'width'
 *   myWidthExp, // the binding value not the binding itself
 *   0, // the directive owner
 *
 *   configForHeight,
 *   'height'
 *   myHeightExp, // the binding value not the binding itself
 *   0, // the directive owner
 *
 *   configForBazClass,
 *   'baz
 *   myBazClassExp, // the binding value not the binding itself
 *   0, // the directive owner
 * ]
 *
 * The configuration values are left out of the example above because
 * the ordering of them could change between code patches. Please read the
 * documentation below to get a better understand of what the configuration
 * values are and how they work.
 *
 * Each time a binding property is updated (whether it be through a single
 * property instruction like `styleProp`, `classProp`,
 * `styleMap` or `classMap`) then the values in the context will be updated as
 * well.
 *
 * If for example `[style.width]` updates to `555px` then its value will be reflected
 * in the context as so:
 *
 * context = [
 *   // ...
 *   configForWidth, // this will be marked DIRTY
 *   'width'
 *   '555px',
 *   0,
 *   //..
 * ]
 *
 * The context and directive data will also be marked dirty.
 *
 * Despite the context being updated, nothing has been rendered on screen (not styles or
 * classes have been set on the element). To kick off rendering for an element the following
 * function needs to be run `stylingApply`.
 *
 * `stylingApply` will run through the context and find each dirty value and render them onto
 * the element. Once complete, all styles/classes will be set to clean. Because of this, the render
 * function will now know not to rerun itself again if called again unless new style/class values
 * have changed.
 *
 * ## Directives
 * Directive style/class values (which are provided through host bindings) are also supported and
 * housed within the same styling context as are template-level style/class properties/bindings
 * So long as they are all assigned to the same element, both directive-level and template-level
 * styling bindings share the same context.
 *
 * Each of the following instructions supports accepting a directive instance as an input parameter:
 *
 * - `elementHostAttrs`
 * - `styling`
 * - `styleProp`
 * - `classProp`
 * - `styleMap`
 * - `classMap`
 * - `stylingApply`
 *
 * Each time a directive value is passed in, it will be converted into an index by examining the
 * directive registry (which lives in the context configuration area). The index is then used
 * to help single style properties figure out where a value is located in the context.
 *
 *
 * ## Single-level styling bindings (`[style.prop]` and `[class.name]`)
 *
 * Both `[style.prop]` and `[class.name]` bindings are run through the `updateStyleProp`
 * and `updateClassProp` functions respectively. They work by examining the provided
 * `offset` value and are able to locate the exact spot in the context where the
 * matching style is located.
 *
 * Both `[style.prop]` and `[class.name]` bindings are able to process these values
 * from directive host bindings. When evaluated (from the host binding function) the
 * `directiveRef` value is then passed in.
 *
 * If two directives or a directive + a template binding both write to the same style/class
 * binding then the styling context code will decide which one wins based on the following
 * rule:
 *
 * 1. If the template binding has a value then it always wins
 * 2. Otherwise whichever first-registered directive that has that value first will win
 *
 * The code example helps make this clear:
 *
 * ```
 * <!--
 * <div [style.width]="myWidth"
 *      [my-width-directive]="'600px'">
 * -->
 *
 * @Directive({
 *  selector: '[my-width-directive']
 * })
 * class MyWidthDirective {
 *   @Input('my-width-directive')
 *   @HostBinding('style.width')
 *   public width = null;
 * }
 * ```
 *
 * Since there is a style binding for width present on the element (`[style.width]`) then
 * it will always win over the width binding that is present as a host binding within
 * the `MyWidthDirective`. However, if `[style.width]` renders as `null` (so `myWidth=null`)
 * then the `MyWidthDirective` will be able to write to the `width` style within the context.
 * Simply put, whichever directive writes to a value first ends up having ownership of it as
 * long as the template didn't set anything.
 *
 * The way in which the ownership is facilitated is through index value. The earliest directives
 * get the smallest index values (with 0 being reserved for the template element bindings). Each
 * time a value is written from a directive or the template bindings, the value itself gets
 * assigned the directive index value in its data. If another directive writes a value again then
 * its directive index gets compared against the directive index that exists on the element. Only
 * when the new value's directive index is less than the existing directive index then the new
 * value will be written to the context. But, if the existing value is null then the new value is
 * written by the less important directive.
 *
 * Each directive also has its own sanitizer and dirty flags. These values are consumed within the
 * rendering function.
 *
 *
 * ## Multi-level styling bindings (`[style]` and `[class]`)
 *
 * Multi-level styling bindings are treated as less important (less specific) as single-level
 * bindings (things like `[style.prop]` and `[class.name]`).
 *
 * Multi-level bindings are still applied to the context in a similar way as are single level
 * bindings, but this process works by diffing the new multi-level values (which are key/value
 * maps) against the existing set of styles that live in the context. Each time a new map value
 * is detected (via identity check) then it will loop through the values and figure out what
 * has changed and reorder the context array to match the ordering of the keys. This reordering
 * of the context makes sure that follow-up traversals of the context when updated against the
 * key/value map are as close as possible to o(n) (where "n" is the size of the key/value map).
 *
 * If a `directiveRef` value is passed in then the styling algorithm code will take the directive's
 * prioritization index into account and update the values with respect to more important
 * directives. This means that if a value such as `width` is updated in two different `[style]`
 * bindings (say one on the template and another within a directive that sits on the same element)
 * then the algorithm will decide how to update the value based on the following heuristic:
 *
 * 1. If the template binding has a value then it always wins
 * 2. If not then whichever first-registered directive that has that value first will win
 *
 * It will also update the value if it was set to `null` by a previous directive (or the template).
 *
 * Each time a value is updated (or removed) then the context will change shape to better match
 * the ordering of the styling data as well as the ordering of each directive that contains styling
 * data. (See `patchStylingMapIntoContext` inside of class_and_style_bindings.ts to better
 * understand how this works.)
 *
 * ## Rendering
 * The rendering mechanism (when the styling data is applied on screen) occurs via the
 * `stylingApply` function and is designed to run after **all** styling functions have been
 * evaluated. The rendering algorithm will loop over the context and only apply the styles that are
 * flagged as dirty (either because they are new, updated or have been removed via multi or
 * single bindings).
 */
declare interface StylingContext extends Array<{
    [key: string]: any;
} | number | string | boolean | RElement | StyleSanitizeFn | PlayerContext | null> {
    /**
     * Location of element that is used as a target for this context.
     */
    [StylingIndex.ElementPosition]: LContainer | ɵangular_packages_core_core_bm | RElement | null;
    /**
     * A numeric value representing the configuration status (whether the context is dirty or not)
     * mixed together (using bit shifting) with a index value which tells the starting index value
     * of where the multi style entries begin.
     */
    [StylingIndex.MasterFlagPosition]: number;
    /**
     * Location of the collection of directives for this context
     */
    [StylingIndex.DirectiveRegistryPosition]: DirectiveRegistryValues;
    /**
     * Location of all static styles values
     */
    [StylingIndex.InitialStyleValuesPosition]: InitialStylingValues;
    /**
     * Location of all static class values
     */
    [StylingIndex.InitialClassValuesPosition]: InitialStylingValues;
    /**
     * A numeric value representing the class index offset value. Whenever a single class is
     * applied (using `classProp`) it should have an styling index value that doesn't
     * need to take into account any style values that exist in the context.
     */
    [StylingIndex.SinglePropOffsetPositions]: SinglePropOffsetValues;
    /**
     * The last class value that was interpreted by `styleMap`. This is cached
     * So that the algorithm can exit early incase the value has not changed.
     */
    [StylingIndex.CachedMultiClasses]: any | MapBasedOffsetValues;
    /**
     * The last style value that was interpreted by `classMap`. This is cached
     * So that the algorithm can exit early incase the value has not changed.
     */
    [StylingIndex.CachedMultiStyles]: any | MapBasedOffsetValues;
    /**
     * A queue of all hostStyling instructions.
     *
     * This array (queue) is populated only when host-level styling instructions
     * (e.g. `hostStyleMap` and `hostClassProp`) are used to apply style and
     * class values via host bindings to the host element. Despite these being
     * standard angular instructions, they are not designed to immediately apply
     * their values to the styling context when executed. What happens instead is
     * a queue is constructed and each instruction is populated into the queue.
     * Then, once the style/class values are set to flush (via `stylingApply` or
     * `hostStylingApply`), the queue is flushed and the values are rendered onto
     * the host element.
     */
    [StylingIndex.HostInstructionsQueue]: HostInstructionsQueue | null;
    /**
     * Location of animation context (which contains the active players) for this element styling
     * context.
     */
    [StylingIndex.PlayerContext]: PlayerContext | null;
}

/** Used as numeric pointer values to determine what cells to update in the `StylingContext` */
declare const enum StylingIndex {
    ElementPosition = 0,
    MasterFlagPosition = 1,
    DirectiveRegistryPosition = 2,
    InitialStyleValuesPosition = 3,
    InitialClassValuesPosition = 4,
    SinglePropOffsetPositions = 5,
    CachedMultiClasses = 6,
    CachedMultiStyles = 7,
    HostInstructionsQueue = 8,
    PlayerContext = 9,
    SingleStylesStartPosition = 10,
    FlagsOffset = 0,
    PropertyOffset = 1,
    ValueOffset = 2,
    PlayerBuilderIndexOffset = 3,
    Size = 4,
    BitCountSize = 14,
    BitMask = 16383
}

/**
 * NgModuleFactoryLoader that uses SystemJS to load NgModuleFactory
 * @publicApi
 * @deprecated the `string` form of `loadChildren` is deprecated, and `SystemJsNgModuleLoader` is
 * part of its implementation. See `LoadChildren` for more details.
 */
export declare class SystemJsNgModuleLoader implements NgModuleFactoryLoader {
    private _compiler;
    private _config;
    constructor(_compiler: Compiler, config?: SystemJsNgModuleLoaderConfig);
    load(path: string): Promise<NgModuleFactory<any>>;
    private loadAndCompile;
    private loadFactory;
}

/**
 * Configuration for SystemJsNgModuleLoader.
 * token.
 *
 * @publicApi
 * @deprecated the `string` form of `loadChildren` is deprecated, and `SystemJsNgModuleLoaderConfig`
 * is part of its implementation. See `LoadChildren` for more details.
 */
export declare abstract class SystemJsNgModuleLoaderConfig {
    /**
     * Prefix to add when computing the name of the factory module for a given module name.
     */
    factoryPathPrefix: string;
    /**
     * Suffix to add when computing the name of the factory module for a given module name.
     */
    factoryPathSuffix: string;
}

declare const T_HOST = 6;

/**
 * A combination of:
 * - Attribute names and values.
 * - Special markers acting as flags to alter attributes processing.
 * - Parsed ngProjectAs selectors.
 */
declare type TAttributes = (string | ɵAttributeMarker | CssSelector)[];

/** Static data for an LContainer */
declare interface TContainerNode extends TNode {
    /**
     * Index in the data[] array.
     *
     * If it's -1, this is a dynamically created container node that isn't stored in
     * data[] (e.g. when you inject ViewContainerRef) .
     */
    index: number;
    child: null;
    /**
     * Container nodes will have parents unless:
     *
     * - They are the first node of a component or embedded view
     * - They are dynamically created
     */
    parent: ɵangular_packages_core_core_bg | TElementContainerNode | null;
    tViews: TView | TView[] | null;
    projection: null;
}

/**
 * Static data that corresponds to the instance-specific data array on an LView.
 *
 * Each node's static data is stored in tData at the same index that it's stored
 * in the data array.  Any nodes that do not have static data store a null value in
 * tData to avoid a sparse array.
 *
 * Each pipe's definition is stored here at the same index as its pipe instance in
 * the data array.
 *
 * Each host property's name is stored here at the same index as its value in the
 * data array.
 *
 * Each property binding name is stored here at the same index as its value in
 * the data array. If the binding is an interpolation, the static string values
 * are stored parallel to the dynamic values. Example:
 *
 * id="prefix {{ v0 }} a {{ v1 }} b {{ v2 }} suffix"
 *
 * LView       |   TView.data
 *------------------------
 *  v0 value   |   'a'
 *  v1 value   |   'b'
 *  v2 value   |   id � prefix � suffix
 *
 * Injector bloom filters are also stored here.
 */
declare type TData = (TNode | ɵPipeDef<any> | ɵDirectiveDef<any> | ɵComponentDef<any> | number | Type<any> | InjectionToken<any> | TI18n | I18nUpdateOpCodes | null | string)[];

/** Static data for an <ng-container> */
declare interface TElementContainerNode extends TNode {
    /** Index in the LView[] array. */
    index: number;
    child: ɵangular_packages_core_core_bg | TTextNode | TContainerNode | TElementContainerNode | TProjectionNode | null;
    parent: ɵangular_packages_core_core_bg | TElementContainerNode | null;
    tViews: null;
    projection: null;
}

/**
 * Represents an embedded template that can be used to instantiate embedded views.
 * To instantiate embedded views based on a template, use the `ViewContainerRef`
 * method `createEmbeddedView()`.
 *
 * Access a `TemplateRef` instance by placing a directive on an `<ng-template>`
 * element (or directive prefixed with `*`). The `TemplateRef` for the embedded view
 * is injected into the constructor of the directive,
 * using the `TemplateRef` token.
 *
 * You can also use a `Query` to find a `TemplateRef` associated with
 * a component or a directive.
 *
 * @see `ViewContainerRef`
 * @see [Navigate the Component Tree with DI](guide/dependency-injection-navtree)
 *
 * @publicApi
 */
export declare abstract class TemplateRef<C> {
    /**
     * The anchor element in the parent view for this embedded view.
     *
     * The data-binding and injection contexts of embedded views created from this `TemplateRef`
     * inherit from the contexts of this location.
     *
     * Typically new embedded views are attached to the view container of this location, but in
     * advanced use-cases, the view can be attached to a different container while keeping the
     * data-binding and injection context from the original location.
     *
     */
    abstract readonly elementRef: ElementRef;
    /**
     * Instantiates an embedded view based on this template,
     * and attaches it to the view container.
     * @param context The data-binding context of the embedded view, as declared
     * in the `<ng-template>` usage.
     * @returns The new embedded view object.
     */
    abstract createEmbeddedView(context: C): EmbeddedViewRef<C>;
}

/**
 * The Testability service provides testing hooks that can be accessed from
 * the browser and by services such as Protractor. Each bootstrapped Angular
 * application on the page will have an instance of Testability.
 * @publicApi
 */
export declare class Testability implements PublicTestability {
    private _ngZone;
    private _pendingCount;
    private _isZoneStable;
    private _callbacks;
    private taskTrackingZone;
    constructor(_ngZone: NgZone);
    private _watchAngularEvents;
    /**
     * Increases the number of pending request
     * @deprecated pending requests are now tracked with zones.
     */
    increasePendingRequestCount(): number;
    /**
     * Decreases the number of pending request
     * @deprecated pending requests are now tracked with zones
     */
    decreasePendingRequestCount(): number;
    /**
     * Whether an associated application is stable
     */
    isStable(): boolean;
    private _runCallbacksIfReady;
    private getPendingTasks;
    private addCallback;
    /**
     * Wait for the application to be stable with a timeout. If the timeout is reached before that
     * happens, the callback receives a list of the macro tasks that were pending, otherwise null.
     *
     * @param doneCb The callback to invoke when Angular is stable or the timeout expires
     *    whichever comes first.
     * @param timeout Optional. The maximum time to wait for Angular to become stable. If not
     *    specified, whenStable() will wait forever.
     * @param updateCb Optional. If specified, this callback will be invoked whenever the set of
     *    pending macrotasks changes. If this callback returns true doneCb will not be invoked
     *    and no further updates will be issued.
     */
    whenStable(doneCb: Function, timeout?: number, updateCb?: Function): void;
    /**
     * Get the number of pending requests
     * @deprecated pending requests are now tracked with zones
     */
    getPendingRequestCount(): number;
    /**
     * Find providers by name
     * @param using The root element to search from
     * @param provider The name of binding variable
     * @param exactMatch Whether using exactMatch
     */
    findProviders(using: any, provider: string, exactMatch: boolean): any[];
}

/**
 * A global registry of {@link Testability} instances for specific elements.
 * @publicApi
 */
export declare class TestabilityRegistry {
    constructor();
    /**
     * Registers an application with a testability hook so that it can be tracked
     * @param token token of application, root element
     * @param testability Testability hook
     */
    registerApplication(token: any, testability: Testability): void;
    /**
     * Unregisters an application.
     * @param token token of application, root element
     */
    unregisterApplication(token: any): void;
    /**
     * Unregisters all applications
     */
    unregisterAllApplications(): void;
    /**
     * Get a testability hook associated with the application
     * @param elem root element
     */
    getTestability(elem: any): Testability | null;
    /**
     * Get all registered testabilities
     */
    getAllTestabilities(): Testability[];
    /**
     * Get all registered applications(root elements)
     */
    getAllRootElements(): any[];
    /**
     * Find testability of a node in the Tree
     * @param elem node
     * @param findInAncestors whether finding testability in ancestors if testability was not found in
     * current node
     */
    findTestabilityInTree(elem: Node, findInAncestors?: boolean): Testability | null;
}

declare interface TextDef {
    prefix: string;
}

/**
 * Store information for the i18n translation block.
 */
declare interface TI18n {
    /**
     * Number of slots to allocate in expando.
     *
     * This is the max number of DOM elements which will be created by this i18n + ICU blocks. When
     * the DOM elements are being created they are stored in the EXPANDO, so that update OpCodes can
     * write into them.
     */
    vars: number;
    /**
     * A set of OpCodes which will create the Text Nodes and ICU anchors for the translation blocks.
     *
     * NOTE: The ICU anchors are filled in with ICU Update OpCode.
     */
    create: I18nMutateOpCodes;
    /**
     * A set of OpCodes which will be executed on each change detection to determine if any changes to
     * DOM are required.
     */
    update: I18nUpdateOpCodes;
    /**
     * A list of ICUs in a translation block (or `null` if block has no ICUs).
     *
     * Example:
     * Given: `<div i18n>You have {count, plural, ...} and {state, switch, ...}</div>`
     * There would be 2 ICUs in this array.
     *   1. `{count, plural, ...}`
     *   2. `{state, switch, ...}`
     */
    icus: TIcu[] | null;
}

declare interface TIcu {
    /**
     * Defines the ICU type of `select` or `plural`
     */
    type: IcuType;
    /**
     * Number of slots to allocate in expando for each case.
     *
     * This is the max number of DOM elements which will be created by this i18n + ICU blocks. When
     * the DOM elements are being created they are stored in the EXPANDO, so that update OpCodes can
     * write into them.
     */
    vars: number[];
    /**
     * An optional array of child/sub ICUs.
     *
     * In case of nested ICUs such as:
     * ```
     * {�0�, plural,
     *   =0 {zero}
     *   other {�0� {�1�, select,
     *                     cat {cats}
     *                     dog {dogs}
     *                     other {animals}
     *                   }!
     *   }
     * }
     * ```
     * When the parent ICU is changing it must clean up child ICUs as well. For this reason it needs
     * to know which child ICUs to run clean up for as well.
     *
     * In the above example this would be:
     * ```ts
     * [
     *   [],   // `=0` has no sub ICUs
     *   [1],  // `other` has one subICU at `1`st index.
     * ]
     * ```
     *
     * The reason why it is Array of Arrays is because first array represents the case, and second
     * represents the child ICUs to clean up. There may be more than one child ICUs per case.
     */
    childIcus: number[][];
    /**
     * A list of case values which the current ICU will try to match.
     *
     * The last value is `other`
     */
    cases: any[];
    /**
     * A set of OpCodes to apply in order to build up the DOM render tree for the ICU
     */
    create: I18nMutateOpCodes[];
    /**
     * A set of OpCodes to apply in order to destroy the DOM render tree for the ICU.
     */
    remove: I18nMutateOpCodes[];
    /**
     * A set of OpCodes to apply in order to update the DOM render tree for the ICU bindings.
     */
    update: I18nUpdateOpCodes[];
}

/**
 * Binding data (flyweight) for a particular node that is shared between all templates
 * of a specific type.
 *
 * If a property is:
 *    - PropertyAliases: that property's data was generated and this is it
 *    - Null: that property's data was already generated and nothing was found.
 *    - Undefined: that property's data has not yet been generated
 *
 * see: https://en.wikipedia.org/wiki/Flyweight_pattern for more on the Flyweight pattern
 */
declare interface TNode {
    /** The type of the TNode. See TNodeType. */
    type: TNodeType;
    /**
     * Index of the TNode in TView.data and corresponding native element in LView.
     *
     * This is necessary to get from any TNode to its corresponding native element when
     * traversing the node tree.
     *
     * If index is -1, this is a dynamically created container node or embedded view node.
     */
    index: number;
    /**
     * The index of the closest injector in this node's LView.
     *
     * If the index === -1, there is no injector on this node or any ancestor node in this view.
     *
     * If the index !== -1, it is the index of this node's injector OR the index of a parent injector
     * in the same view. We pass the parent injector index down the node tree of a view so it's
     * possible to find the parent injector without walking a potentially deep node tree. Injector
     * indices are not set across view boundaries because there could be multiple component hosts.
     *
     * If tNode.injectorIndex === tNode.parent.injectorIndex, then the index belongs to a parent
     * injector.
     */
    injectorIndex: number;
    /**
     * Stores starting index of the directives.
     */
    directiveStart: number;
    /**
     * Stores final exclusive index of the directives.
     */
    directiveEnd: number;
    /**
     * Stores the first index where property binding metadata is stored for
     * this node.
     */
    propertyMetadataStartIndex: number;
    /**
     * Stores the exclusive final index where property binding metadata is
     * stored for this node.
     */
    propertyMetadataEndIndex: number;
    /**
     * Stores if Node isComponent, isProjected, hasContentQuery, hasClassInput and hasStyleInput
     */
    flags: TNodeFlags;
    /**
     * This number stores two values using its bits:
     *
     * - the index of the first provider on that node (first 16 bits)
     * - the count of view providers from the component on this node (last 16 bits)
     */
    providerIndexes: TNodeProviderIndexes;
    /** The tag name associated with this node. */
    tagName: string | null;
    /**
     * Attributes associated with an element. We need to store attributes to support various use-cases
     * (attribute injection, content projection with selectors, directives matching).
     * Attributes are stored statically because reading them from the DOM would be way too slow for
     * content projection and queries.
     *
     * Since attrs will always be calculated first, they will never need to be marked undefined by
     * other instructions.
     *
     * For regular attributes a name of an attribute and its value alternate in the array.
     * e.g. ['role', 'checkbox']
     * This array can contain flags that will indicate "special attributes" (attributes with
     * namespaces, attributes extracted from bindings and outputs).
     */
    attrs: TAttributes | null;
    /**
     * A set of local names under which a given element is exported in a template and
     * visible to queries. An entry in this array can be created for different reasons:
     * - an element itself is referenced, ex.: `<div #foo>`
     * - a component is referenced, ex.: `<my-cmpt #foo>`
     * - a directive is referenced, ex.: `<my-cmpt #foo="directiveExportAs">`.
     *
     * A given element might have different local names and those names can be associated
     * with a directive. We store local names at even indexes while odd indexes are reserved
     * for directive index in a view (or `-1` if there is no associated directive).
     *
     * Some examples:
     * - `<div #foo>` => `["foo", -1]`
     * - `<my-cmpt #foo>` => `["foo", myCmptIdx]`
     * - `<my-cmpt #foo #bar="directiveExportAs">` => `["foo", myCmptIdx, "bar", directiveIdx]`
     * - `<div #foo #bar="directiveExportAs">` => `["foo", -1, "bar", directiveIdx]`
     */
    localNames: (string | number)[] | null;
    /** Information about input properties that need to be set once from attribute data. */
    initialInputs: InitialInputData | null | undefined;
    /**
     * Input data for all directives on this node.
     *
     * - `undefined` means that the prop has not been initialized yet,
     * - `null` means that the prop has been initialized but no inputs have been found.
     */
    inputs: PropertyAliases | null | undefined;
    /**
     * Output data for all directives on this node.
     *
     * - `undefined` means that the prop has not been initialized yet,
     * - `null` means that the prop has been initialized but no outputs have been found.
     */
    outputs: PropertyAliases | null | undefined;
    /**
     * The TView or TViews attached to this node.
     *
     * If this TNode corresponds to an LContainer with inline views, the container will
     * need to store separate static data for each of its view blocks (TView[]). Otherwise,
     * nodes in inline views with the same index as nodes in their parent views will overwrite
     * each other, as they are in the same template.
     *
     * Each index in this array corresponds to the static data for a certain
     * view. So if you had V(0) and V(1) in a container, you might have:
     *
     * [
     *   [{tagName: 'div', attrs: ...}, null],     // V(0) TView
     *   [{tagName: 'button', attrs ...}, null]    // V(1) TView
     *
     * If this TNode corresponds to an LContainer with a template (e.g. structural
     * directive), the template's TView will be stored here.
     *
     * If this TNode corresponds to an element, tViews will be null .
     */
    tViews: TView | TView[] | null;
    /**
     * The next sibling node. Necessary so we can propagate through the root nodes of a view
     * to insert them or remove them from the DOM.
     */
    next: TNode | null;
    /**
     * The next projected sibling. Since in Angular content projection works on the node-by-node basis
     * the act of projecting nodes might change nodes relationship at the insertion point (target
     * view). At the same time we need to keep initial relationship between nodes as expressed in
     * content view.
     */
    projectionNext: TNode | null;
    /**
     * First child of the current node.
     *
     * For component nodes, the child will always be a ContentChild (in same view).
     * For embedded view nodes, the child will be in their child view.
     */
    child: TNode | null;
    /**
     * Parent node (in the same view only).
     *
     * We need a reference to a node's parent so we can append the node to its parent's native
     * element at the appropriate time.
     *
     * If the parent would be in a different view (e.g. component host), this property will be null.
     * It's important that we don't try to cross component boundaries when retrieving the parent
     * because the parent will change (e.g. index, attrs) depending on where the component was
     * used (and thus shouldn't be stored on TNode). In these cases, we retrieve the parent through
     * LView.node instead (which will be instance-specific).
     *
     * If this is an inline view node (V), the parent will be its container.
     */
    parent: ɵangular_packages_core_core_bg | TContainerNode | null;
    stylingTemplate: StylingContext | null;
    /**
     * List of projected TNodes for a given component host element OR index into the said nodes.
     *
     * For easier discussion assume this example:
     * `<parent>`'s view definition:
     * ```
     * <child id="c1">content1</child>
     * <child id="c2"><span>content2</span></child>
     * ```
     * `<child>`'s view definition:
     * ```
     * <ng-content id="cont1"></ng-content>
     * ```
     *
     * If `Array.isArray(projection)` then `TNode` is a host element:
     * - `projection` stores the content nodes which are to be projected.
     *    - The nodes represent categories defined by the selector: For example:
     *      `<ng-content/><ng-content select="abc"/>` would represent the heads for `<ng-content/>`
     *      and `<ng-content select="abc"/>` respectively.
     *    - The nodes we store in `projection` are heads only, we used `.next` to get their
     *      siblings.
     *    - The nodes `.next` is sorted/rewritten as part of the projection setup.
     *    - `projection` size is equal to the number of projections `<ng-content>`. The size of
     *      `c1` will be `1` because `<child>` has only one `<ng-content>`.
     * - we store `projection` with the host (`c1`, `c2`) rather than the `<ng-content>` (`cont1`)
     *   because the same component (`<child>`) can be used in multiple locations (`c1`, `c2`) and as
     *   a result have different set of nodes to project.
     * - without `projection` it would be difficult to efficiently traverse nodes to be projected.
     *
     * If `typeof projection == 'number'` then `TNode` is a `<ng-content>` element:
     * - `projection` is an index of the host's `projection`Nodes.
     *   - This would return the first head node to project:
     *     `getHost(currentTNode).projection[currentTNode.projection]`.
     * - When projecting nodes the parent node retrieved may be a `<ng-content>` node, in which case
     *   the process is recursive in nature.
     *
     * If `projection` is of type `RNode[][]` than we have a collection of native nodes passed as
     * projectable nodes during dynamic component creation.
     */
    projection: (TNode | RNode[])[] | number | null;
    /**
     * A buffer of functions that will be called once `elementEnd` (or `element`) completes.
     *
     * Due to the nature of how directives work in Angular, some directive code may
     * need to fire after any template-level code runs. If present, this array will
     * be flushed (each function will be invoked) once the associated element is
     * created.
     *
     * If an element is created multiple times then this function will be populated
     * with functions each time the creation block is called.
     */
    onElementCreationFns: Function[] | null;
    newStyles: TStylingContext | null;
    newClasses: TStylingContext | null;
}

/**
 * Corresponds to the TNode.flags property.
 */
declare const enum TNodeFlags {
    /** This bit is set if the node is a component */
    isComponent = 1,
    /** This bit is set if the node has been projected */
    isProjected = 2,
    /** This bit is set if any directive on this node has content queries */
    hasContentQuery = 4,
    /** This bit is set if the node has any "class" inputs */
    hasClassInput = 8,
    /** This bit is set if the node has any "style" inputs */
    hasStyleInput = 16,
    /** This bit is set if the node has been detached by i18n */
    isDetached = 32
}

/**
 * Corresponds to the TNode.providerIndexes property.
 */
declare const enum TNodeProviderIndexes {
    /** The index of the first provider on this node is encoded on the least significant bits */
    ProvidersStartIndexMask = 65535,
    /** The count of view providers from the component on this node is encoded on the 16 most
       significant bits */
    CptViewProvidersCountShift = 16,
    CptViewProvidersCountShifter = 65536
}

/**
 * TNodeType corresponds to the {@link TNode} `type` property.
 */
declare const enum TNodeType {
    /**
     * The TNode contains information about an {@link LContainer} for embedded views.
     */
    Container = 0,
    /**
     * The TNode contains information about an `<ng-content>` projection
     */
    Projection = 1,
    /**
     * The TNode contains information about an {@link LView}
     */
    View = 2,
    /**
     * The TNode contains information about a DOM element aka {@link RNode}.
     */
    Element = 3,
    /**
     * The TNode contains information about an `<ng-container>` element {@link RNode}.
     */
    ElementContainer = 4,
    /**
     * The TNode contains information about an ICU comment used in `i18n`.
     */
    IcuContainer = 5
}

/**
 * Type representing a set of TNodes that can have local refs (`#foo`) placed on them.
 */
declare type TNodeWithLocalRefs = TContainerNode | ɵangular_packages_core_core_bg | TElementContainerNode;

/** Static data for an LProjectionNode  */
declare interface TProjectionNode extends TNode {
    /** Index in the data[] array */
    child: null;
    /**
     * Projection nodes will have parents unless they are the first node of a component
     * or embedded view (which means their parent is in a different view and must be
     * retrieved using LView.node).
     */
    parent: ɵangular_packages_core_core_bg | TElementContainerNode | null;
    tViews: null;
    /** Index of the projection node. (See TNode.projection for more info.) */
    projection: number;
}

/**
 * An optional function passed into the `NgForOf` directive that defines how to track
 * changes for items in an iterable.
 * The function takes the iteration index and item ID.
 * When supplied, Angular tracks changes by the return value of the function.
 *
 * @publicApi
 */
export declare interface TrackByFunction<T> {
    (index: number, item: T): any;
}

/**
 * Use this token at bootstrap to provide the content of your translation file (`xtb`,
 * `xlf` or `xlf2`) when you want to translate your application in another language.
 *
 * See the [i18n guide](guide/i18n#merge) for more information.
 *
 * @usageNotes
 * ### Example
 *
 * ```typescript
 * import { TRANSLATIONS } from '@angular/core';
 * import { platformBrowserDynamic } from '@angular/platform-browser-dynamic';
 * import { AppModule } from './app/app.module';
 *
 * // content of your translation file
 * const translations = '....';
 *
 * platformBrowserDynamic().bootstrapModule(AppModule, {
 *   providers: [{provide: TRANSLATIONS, useValue: translations }]
 * });
 * ```
 *
 * @publicApi
 */
export declare const TRANSLATIONS: InjectionToken<string>;

/**
 * Provide this token at bootstrap to set the format of your {@link TRANSLATIONS}: `xtb`,
 * `xlf` or `xlf2`.
 *
 * See the [i18n guide](guide/i18n#merge) for more information.
 *
 * @usageNotes
 * ### Example
 *
 * ```typescript
 * import { TRANSLATIONS_FORMAT } from '@angular/core';
 * import { platformBrowserDynamic } from '@angular/platform-browser-dynamic';
 * import { AppModule } from './app/app.module';
 *
 * platformBrowserDynamic().bootstrapModule(AppModule, {
 *   providers: [{provide: TRANSLATIONS_FORMAT, useValue: 'xlf' }]
 * });
 * ```
 *
 * @publicApi
 */
export declare const TRANSLATIONS_FORMAT: InjectionToken<string>;

/**
 * A branded trusted string used with sanitization of `html` strings.
 *
 * See: {@link bypassSanitizationTrustHtml} and {@link htmlSanitizer}.
 */
declare interface TrustedHtmlString extends TrustedString {
    [BRAND]: BypassType.Html;
}

/**
 * A branded trusted string used with sanitization of `resourceUrl` strings.
 *
 * See: {@link bypassSanitizationTrustResourceUrl} and {@link resourceUrlSanitizer}.
 */
declare interface TrustedResourceUrlString extends TrustedString {
    [BRAND]: BypassType.ResourceUrl;
}

/**
 * A branded trusted string used with sanitization of `url` strings.
 *
 * See: {@link bypassSanitizationTrustScript} and {@link scriptSanitizer}.
 */
declare interface TrustedScriptString extends TrustedString {
    [BRAND]: BypassType.Script;
}

/**
 * A branded trusted string used with sanitization.
 *
 * See: {@link TrustedHtmlString}, {@link TrustedResourceUrlString}, {@link TrustedScriptString},
 * {@link TrustedStyleString}, {@link TrustedUrlString}
 */
declare interface TrustedString extends String {
    [BRAND]: BypassType;
}

/**
 * A branded trusted string used with sanitization of `style` strings.
 *
 * See: {@link bypassSanitizationTrustStyle} and {@link styleSanitizer}.
 */
declare interface TrustedStyleString extends TrustedString {
    [BRAND]: BypassType.Style;
}

/**
 * A branded trusted string used with sanitization of `url` strings.
 *
 * See: {@link bypassSanitizationTrustUrl} and {@link urlSanitizer}.
 */
declare interface TrustedUrlString extends TrustedString {
    [BRAND]: BypassType.Url;
}

/**
 * Tsickle has a bug where it creates an infinite loop for a function returning itself.
 * This is a temporary type that will be removed when the issue is resolved.
 * https://github.com/angular/tsickle/issues/1009)
 */
declare type TsickleIssue1009 = any;

/**
 * A series of flags used to configure the config value present within a
 * `TStylingContext` value.
 */
declare const enum TStylingConfigFlags {
    /**
     * The initial state of the styling context config
     */
    Initial = 0,
    /**
     * A flag which marks the context as being locked.
     *
     * The styling context is constructed across an element template
     * function as well as any associated hostBindings functions. When
     * this occurs, the context itself is open to mutation and only once
     * it has been flushed once then it will be locked for good (no extra
     * bindings can be added to it).
     */
    Locked = 1
}

/**
 * --------
 *
 * This file contains the core interfaces for styling in Angular.
 *
 * To learn more about the algorithm see `TStylingContext`.
 *
 * --------
 */
/**
 * A static-level representation of all style or class bindings/values
 * associated with a `TNode`.
 *
 * The `TStylingContext` unites all template styling bindings (i.e.
 * `[class]` and `[style]` bindings) as well as all host-level
 * styling bindings (for components and directives) together into
 * a single manifest. It is used each time there are one or more
 * styling bindings present for an element.
 *
 * The styling context is stored on a `TNode` on and there are
 * two instances of it: one for classes and another for styles.
 *
 * ```typescript
 * tNode.styles = [ ... a context only for styles ... ];
 * tNode.classes = [ ... a context only for classes ... ];
 * ```
 *
 * Due to the fact the the `TStylingContext` is stored on a `TNode`
 * this means that all data within the context is static. Instead of
 * storing actual styling binding values, the lView binding index values
 * are stored within the context. (static nature means it is more compact.)

 *
 * ```typescript
 * // <div [class.active]="c"  // lView binding index = 20
 * //      [style.width]="x"   // lView binding index = 21
 * //      [style.height]="y"> // lView binding index = 22
 * tNode.stylesContext = [
 *   0, // the context config value
 *
 *   0b001, // guard mask for width
 *   2, // total entries for width
 *   'width', // the property name
 *   21, // the binding location for the "x" binding in the lView
 *   null,
 *
 *   0b010, // guard mask for height
 *   2, // total entries for height
 *   'height', // the property name
 *   22, // the binding location for the "y" binding in the lView
 *   null,
 * ];
 *
 * tNode.classesContext = [
 *   0, // the context config value
 *
 *   0b001, // guard mask for active
 *   2, // total entries for active
 *   'active', // the property name
 *   20, // the binding location for the "c" binding in the lView
 *   null,
 * ];
 * ```
 *
 * Entry value present in an entry (called a tuple) within the
 * styling context is as follows:
 *
 * ```typescript
 * context = [
 *   CONFIG, // the styling context config value
 *   //...
 *   guardMask,
 *   totalEntries,
 *   propName,
 *   bindingIndices...,
 *   defaultValue
 * ];
 * ```
 *
 * Below is a breakdown of each value:
 *
 * - **guardMask**:
 *   A numeric value where each bit represents a binding index
 *   location. Each binding index location is assigned based on
 *   a local counter value that increments each time an instruction
 *   is called:
 *
 * ```
 * <div [style.width]="x"   // binding index = 21 (counter index = 0)
 *      [style.height]="y"> // binding index = 22 (counter index = 1)
 * ```
 *
 *   In the example code above, if the `width` value where to change
 *   then the first bit in the local bit mask value would be flipped
 *   (and the second bit for when `height`).
 *
 *   If and when there are more than 32 binding sources in the context
 *   (more than 32 `[style/class]` bindings) then the bit masking will
 *   overflow and we are left with a situation where a `-1` value will
 *   represent the bit mask. Due to the way that JavaScript handles
 *   negative values, when the bit mask is `-1` then all bits within
 *   that value will be automatically flipped (this is a quick and
 *   efficient way to flip all bits on the mask when a special kind
 *   of caching scenario occurs or when there are more than 32 bindings).
 *
 * - **totalEntries**:
 *   Each property present in the contains various binding sources of
 *   where the styling data could come from. This includes template
 *   level bindings, directive/component host bindings as well as the
 *   default value (or static value) all writing to the same property.
 *   This value depicts how many binding source entries exist for the
 *   property.
 *
 *   The reason why the totalEntries value is needed is because the
 *   styling context is dynamic in size and it's not possible
 *   for the flushing or update algorithms to know when and where
 *   a property starts and ends without it.
 *
 * - **propName**:
 *   The CSS property name or class name (e.g `width` or `active`).
 *
 * - **bindingIndices...**:
 *   A series of numeric binding values that reflect where in the
 *   lView to find the style/class values associated with the property.
 *   Each value is in order in terms of priority (templates are first,
 *   then directives and then components). When the context is flushed
 *   and the style/class values are applied to the element (this happens
 *   inside of the `stylingApply` instruction) then the flushing code
 *   will keep checking each binding index against the associated lView
 *   to find the first style/class value that is non-null.
 *
 * - **defaultValue**:
 *   This is the default that will always be applied to the element if
 *   and when all other binding sources return a result that is null.
 *   Usually this value is null but it can also be a static value that
 *   is intercepted when the tNode is first constructured (e.g.
 *   `<div style="width:200px">` has a default value of `200px` for
 *   the `width` property).
 *
 * Each time a new binding is encountered it is registered into the
 * context. The context then is continually updated until the first
 * styling apply call has been called (this is triggered by the
 * `stylingApply()` instruction for the active element).
 *
 * # How Styles/Classes are Rendered
 * Each time a styling instruction (e.g. `[class.name]`, `[style.prop]`,
 * etc...) is executed, the associated `lView` for the view is updated
 * at the current binding location. Also, when this happens, a local
 * counter value is incremented. If the binding value has changed then
 * a local `bitMask` variable is updated with the specific bit based
 * on the counter value.
 *
 * Below is a lightweight example of what happens when a single style
 * property is updated (i.e. `<div [style.prop]="val">`):
 *
 * ```typescript
 * function updateStyleProp(prop: string, value: string) {
 *   const lView = getLView();
 *   const bindingIndex = BINDING_INDEX++;
 *   const indexForStyle = localStylesCounter++;
 *   if (lView[bindingIndex] !== value) {
 *     lView[bindingIndex] = value;
 *     localBitMaskForStyles |= 1 << indexForStyle;
 *   }
 * }
 * ```
 *
 * ## The Apply Algorithm
 * As explained above, each time a binding updates its value, the resulting
 * value is stored in the `lView` array. These styling values have yet to
 * be flushed to the element.
 *
 * Once all the styling instructions have been evaluated, then the styling
 * context(s) are flushed to the element. When this happens, the context will
 * be iterated over (property by property) and each binding source will be
 * examined and the first non-null value will be applied to the element.
 *
 * Let's say that we the following template code:
 *
 * ```html
 * <div [style.width]="w1" dir-that-set-width="w2"></div>
 * ```
 *
 * There are two styling bindings in the code above and they both write
 * to the `width` property. When styling is flushed on the element, the
 * algorithm will try and figure out which one of these values to write
 * to the element.
 *
 * In order to figure out which value to apply, the following
 * binding prioritization is adhered to:
 *
 *   1. First template-level styling bindings are applied (if present).
 *      This includes things like `[style.width]` and `[class.active]`.
 *
 *   2. Second are styling-level host bindings present in directives.
 *      (if there are sub/super directives present then the sub directives
 *      are applied first).
 *
 *   3. Third are styling-level host bindings present in components.
 *      (if there are sub/super components present then the sub directives
 *      are applied first).
 *
 * This means that in the code above the styling binding present in the
 * template is applied first and, only if its falsy, then the directive
 * styling binding for width will be applied.
 *
 * ### What about map-based styling bindings?
 * Map-based styling bindings are activated when there are one or more
 * `[style]` and/or `[class]` bindings present on an element. When this
 * code is activated, the apply algorithm will iterate over each map
 * entry and apply each styling value to the element with the same
 * prioritization rules as above.
 *
 * For the algorithm to apply styling values efficiently, the
 * styling map entries must be applied in sync (property by property)
 * with prop-based bindings. (The map-based algorithm is described
 * more inside of the `render3/styling_next/map_based_bindings.ts` file.)
 *
 * ## Sanitization
 * Sanitization is used to prevent invalid style values from being applied to
 * the element.
 *
 * It is enabled in two cases:
 *
 *   1. The `styleSanitizer(sanitizerFn)` instruction was called (just before any other
 *      styling instructions are run).
 *
 *   2. The component/directive `LView` instance has a sanitizer object attached to it
 *      (this happens when `renderComponent` is executed with a `sanitizer` value or
 *      if the ngModule contains a sanitizer provider attached to it).
 *
 * If and when sanitization is active then all property/value entries will be evaluated
 * through the active sanitizer before they are applied to the element (or the styling
 * debug handler).
 *
 * If a `Sanitizer` object is used (via the `LView[SANITIZER]` value) then that object
 * will be used for every property.
 *
 * If a `StyleSanitizerFn` function is used (via the `styleSanitizer`) then it will be
 * called in two ways:
 *
 *   1. property validation mode: this will be called early to mark whether a property
 *      should be sanitized or not at during the flushing stage.
 *
 *   2. value sanitization mode: this will be called during the flushing stage and will
 *      run the sanitizer function against the value before applying it to the element.
 *
 * If sanitization returns an empty value then that empty value will be applied
 * to the element.
 */
declare interface TStylingContext extends Array<number | string | number | boolean | null | LStylingMap> {
    /** Configuration data for the context */
    [TStylingContextIndex.ConfigPosition]: TStylingConfigFlags;
    /** Temporary value used to track directive index entries until
       the old styling code is fully removed. The reason why this
       is required is to figure out which directive is last and,
       when encountered, trigger a styling flush to happen */
    [TStylingContextIndex.MaxDirectiveIndexPosition]: number;
    /** The bit guard value for all map-based bindings on an element */
    [TStylingContextIndex.MapBindingsBitGuardPosition]: number;
    /** The total amount of map-based bindings present on an element */
    [TStylingContextIndex.MapBindingsValuesCountPosition]: number;
    /** The prop value for map-based bindings (there actually isn't a
     * value at all, but this is just used in the context to avoid
     * having any special code to update the binding information for
     * map-based entries). */
    [TStylingContextIndex.MapBindingsPropPosition]: string;
}

/**
 * An index of position and offset values used to natigate the `TStylingContext`.
 */
declare const enum TStylingContextIndex {
    ConfigPosition = 0,
    MaxDirectiveIndexPosition = 1,
    MapBindingsPosition = 2,
    MapBindingsBitGuardPosition = 2,
    MapBindingsValuesCountPosition = 3,
    MapBindingsPropPosition = 4,
    MapBindingsBindingsStartPosition = 5,
    ConfigAndGuardOffset = 0,
    ValuesCountOffset = 1,
    PropOffset = 2,
    BindingsStartOffset = 3
}

/** Static data for a text node */
declare interface TTextNode extends TNode {
    /** Index in the data[] array */
    index: number;
    child: null;
    /**
     * Text nodes will have parents unless they are the first node of a component or
     * embedded view (which means their parent is in a different view and must be
     * retrieved using LView.node).
     */
    parent: ɵangular_packages_core_core_bg | TElementContainerNode | null;
    tViews: null;
    projection: null;
}

declare const TVIEW = 1;

/**
 * The static data for an LView (shared between all templates of a
 * given type).
 *
 * Stored on the `ComponentDef.tView`.
 */
declare interface TView {
    /**
     * ID for inline views to determine whether a view is the same as the previous view
     * in a certain position. If it's not, we know the new view needs to be inserted
     * and the one that exists needs to be removed (e.g. if/else statements)
     *
     * If this is -1, then this is a component view or a dynamically created view.
     */
    readonly id: number;
    /**
     * This is a blueprint used to generate LView instances for this TView. Copying this
     * blueprint is faster than creating a new LView from scratch.
     */
    blueprint: ɵangular_packages_core_core_bm;
    /**
     * The template function used to refresh the view of dynamically created views
     * and components. Will be null for inline views.
     */
    template: ComponentTemplate<{}> | null;
    /**
     * A function containing query-related instructions.
     */
    viewQuery: ViewQueriesFunction<{}> | null;
    /**
     * Pointer to the host `TNode` (not part of this TView).
     *
     * If this is a `TViewNode` for an `LViewNode`, this is an embedded view of a container.
     * We need this pointer to be able to efficiently find this node when inserting the view
     * into an anchor.
     *
     * If this is a `TElementNode`, this is the view of a root component. It has exactly one
     * root TNode.
     *
     * If this is null, this is the view of a component that is not at root. We do not store
     * the host TNodes for child component views because they can potentially have several
     * different host TNodes, depending on where the component is being used. These host
     * TNodes cannot be shared (due to different indices, etc).
     */
    node: TViewNode | ɵangular_packages_core_core_bg | null;
    /** Whether or not this template has been processed. */
    firstTemplatePass: boolean;
    /** Static data equivalent of LView.data[]. Contains TNodes, PipeDefInternal or TI18n. */
    data: TData;
    /**
     * The binding start index is the index at which the data array
     * starts to store bindings only. Saving this value ensures that we
     * will begin reading bindings at the correct point in the array when
     * we are in update mode.
     */
    bindingStartIndex: number;
    /**
     * The index where the "expando" section of `LView` begins. The expando
     * section contains injectors, directive instances, and host binding values.
     * Unlike the "consts" and "vars" sections of `LView`, the length of this
     * section cannot be calculated at compile-time because directives are matched
     * at runtime to preserve locality.
     *
     * We store this start index so we know where to start checking host bindings
     * in `setHostBindings`.
     */
    expandoStartIndex: number;
    /**
     * Whether or not there are any static view queries tracked on this view.
     *
     * We store this so we know whether or not we should do a view query
     * refresh after creation mode to collect static query results.
     */
    staticViewQueries: boolean;
    /**
     * Whether or not there are any static content queries tracked on this view.
     *
     * We store this so we know whether or not we should do a content query
     * refresh after creation mode to collect static query results.
     */
    staticContentQueries: boolean;
    /**
     * The index where the viewQueries section of `LView` begins. This section contains
     * view queries defined for a component/directive.
     *
     * We store this start index so we know where the list of view queries starts.
     * This is required when we invoke view queries at runtime. We invoke queries one by one and
     * increment query index after each iteration. This information helps us to reset index back to
     * the beginning of view query list before we invoke view queries again.
     */
    viewQueryStartIndex: number;
    /**
     * A reference to the first child node located in the view.
     */
    firstChild: TNode | null;
    /**
     * Set of instructions used to process host bindings efficiently.
     *
     * See VIEW_DATA.md for more information.
     */
    expandoInstructions: ExpandoInstructions | null;
    /**
     * Full registry of directives and components that may be found in this view.
     *
     * It's necessary to keep a copy of the full def list on the TView so it's possible
     * to render template functions without a host component.
     */
    directiveRegistry: DirectiveDefList | null;
    /**
     * Full registry of pipes that may be found in this view.
     *
     * The property is either an array of `PipeDefs`s or a function which returns the array of
     * `PipeDefs`s. The function is necessary to be able to support forward declarations.
     *
     * It's necessary to keep a copy of the full def list on the TView so it's possible
     * to render template functions without a host component.
     */
    pipeRegistry: PipeDefList | null;
    /**
     * Array of ngOnInit, ngOnChanges and ngDoCheck hooks that should be executed for this view in
     * creation mode.
     *
     * Even indices: Directive index
     * Odd indices: Hook function
     */
    preOrderHooks: HookData | null;
    /**
     * Array of ngOnChanges and ngDoCheck hooks that should be executed for this view in update mode.
     *
     * Even indices: Directive index
     * Odd indices: Hook function
     */
    preOrderCheckHooks: HookData | null;
    /**
     * Array of ngAfterContentInit and ngAfterContentChecked hooks that should be executed
     * for this view in creation mode.
     *
     * Even indices: Directive index
     * Odd indices: Hook function
     */
    contentHooks: HookData | null;
    /**
     * Array of ngAfterContentChecked hooks that should be executed for this view in update
     * mode.
     *
     * Even indices: Directive index
     * Odd indices: Hook function
     */
    contentCheckHooks: HookData | null;
    /**
     * Array of ngAfterViewInit and ngAfterViewChecked hooks that should be executed for
     * this view in creation mode.
     *
     * Even indices: Directive index
     * Odd indices: Hook function
     */
    viewHooks: HookData | null;
    /**
     * Array of ngAfterViewChecked hooks that should be executed for this view in
     * update mode.
     *
     * Even indices: Directive index
     * Odd indices: Hook function
     */
    viewCheckHooks: HookData | null;
    /**
     * Array of ngOnDestroy hooks that should be executed when this view is destroyed.
     *
     * Even indices: Directive index
     * Odd indices: Hook function
     */
    destroyHooks: HookData | null;
    /**
     * When a view is destroyed, listeners need to be released and outputs need to be
     * unsubscribed. This cleanup array stores both listener data (in chunks of 4)
     * and output data (in chunks of 2) for a particular view. Combining the arrays
     * saves on memory (70 bytes per array) and on a few bytes of code size (for two
     * separate for loops).
     *
     * If it's a native DOM listener or output subscription being stored:
     * 1st index is: event name  `name = tView.cleanup[i+0]`
     * 2nd index is: index of native element or a function that retrieves global target (window,
     *               document or body) reference based on the native element:
     *    `typeof idxOrTargetGetter === 'function'`: global target getter function
     *    `typeof idxOrTargetGetter === 'number'`: index of native element
     *
     * 3rd index is: index of listener function `listener = lView[CLEANUP][tView.cleanup[i+2]]`
     * 4th index is: `useCaptureOrIndx = tView.cleanup[i+3]`
     *    `typeof useCaptureOrIndx == 'boolean' : useCapture boolean
     *    `typeof useCaptureOrIndx == 'number':
     *         `useCaptureOrIndx >= 0` `removeListener = LView[CLEANUP][useCaptureOrIndx]`
     *         `useCaptureOrIndx <  0` `subscription = LView[CLEANUP][-useCaptureOrIndx]`
     *
     * If it's an output subscription or query list destroy hook:
     * 1st index is: output unsubscribe function / query list destroy function
     * 2nd index is: index of function context in LView.cleanupInstances[]
     *               `tView.cleanup[i+0].call(lView[CLEANUP][tView.cleanup[i+1]])`
     */
    cleanup: any[] | null;
    /**
     * A list of element indices for child components that will need to be
     * refreshed when the current view has finished its check. These indices have
     * already been adjusted for the HEADER_OFFSET.
     *
     */
    components: number[] | null;
    /**
     * A list of indices for child directives that have content queries.
     */
    contentQueries: number[] | null;
    /**
     * Set of schemas that declare elements to be allowed inside the view.
     */
    schemas: SchemaMetadata[] | null;
}

/** Static data for a view  */
declare interface TViewNode extends TNode {
    /** If -1, it's a dynamically created view. Otherwise, it is the view block ID. */
    index: number;
    child: ɵangular_packages_core_core_bg | TTextNode | TElementContainerNode | TContainerNode | TProjectionNode | null;
    parent: TContainerNode | null;
    tViews: null;
    projection: null;
}

/**
 * Special location which allows easy identification of type. If we have an array which was
 * retrieved from the `LView` and that array has `true` at `TYPE` location, we know it is
 * `LContainer`.
 */
declare const TYPE = 1;

/**
 * @description
 *
 * Represents a type that a Component or other object is instances of.
 *
 * An example of a `Type` is `MyCustomComponent` class, which in JavaScript is be represented by
 * the `MyCustomComponent` constructor function.
 *
 * @publicApi
 */
export declare const Type: FunctionConstructor;

export declare interface Type<T> extends Function {
    new (...args: any[]): T;
}

/**
 * An interface implemented by all Angular type decorators, which allows them to be used as ES7
 * decorators as well as
 * Angular DSL syntax.
 *
 * ES7 syntax:
 *
 * ```
 * @ng.Component({...})
 * class MyClass {...}
 * ```
 *
 * @publicApi
 */
export declare interface TypeDecorator {
    /**
     * Invoke as ES7 decorator.
     */
    <T extends Type<any>>(type: T): T;
    (target: Object, propertyKey?: string | symbol, parameterIndex?: number): void;
}

/**
 * Configures the `Injector` to return an instance of `Type` when `Type' is used as the token.
 *
 * Create an instance by invoking the `new` operator and supplying additional arguments.
 * This form is a short form of `TypeProvider`;
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @usageNotes
 *
 * ### Example
 *
 * {@example core/di/ts/provider_spec.ts region='TypeProvider'}
 *
 * @publicApi
 */
export declare interface TypeProvider extends Type<any> {
}

/**
 * Configures the `Injector` to return a value for a token.
 *
 * For more details, see the ["Dependency Injection Guide"](guide/dependency-injection).
 *
 * @usageNotes
 *
 * ### Example
 *
 * {@example core/di/ts/provider_spec.ts region='ValueProvider'}
 *
 * ### Multi-value example
 *
 * {@example core/di/ts/provider_spec.ts region='MultiProviderAspect'}
 *
 * @publicApi
 */
export declare interface ValueProvider extends ValueSansProvider {
    /**
     * An injection token. (Typically an instance of `Type` or `InjectionToken`, but can be `any`).
     */
    provide: any;
    /**
     * If true, then injector returns an array of instances. This is useful to allow multiple
     * providers spread across many files to provide configuration information to a common token.
     */
    multi?: boolean;
}

/**
 * Configures the `Injector` to return a value for a token.
 * Base for `ValueProvider` decorator.
 *
 * @publicApi
 */
export declare interface ValueSansProvider {
    /**
     * The value to inject.
     */
    useValue: any;
}

/**
 * @publicApi
 */
export declare const VERSION: Version;


/**
 * @description Represents the version of Angular
 *
 * @publicApi
 */
export declare class Version {
    full: string;
    readonly major: string;
    readonly minor: string;
    readonly patch: string;
    constructor(full: string);
}

declare const VIEW_REFS = 8;

/**
 * Type of the ViewChild metadata.
 *
 * @publicApi
 */
export declare type ViewChild = Query;

/**
 * ViewChild decorator and metadata.
 *
 * @Annotation
 * @publicApi
 */
export declare const ViewChild: ViewChildDecorator;

/**
 * Type of the ViewChild decorator / constructor function.
 *
 * @see `ViewChild`.
 * @publicApi
 */
export declare interface ViewChildDecorator {
    /**
     * @description
     * Property decorator that configures a view query.
     * The change detector looks for the first element or the directive matching the selector
     * in the view DOM. If the view DOM changes, and a new child matches the selector,
     * the property is updated.
     *
     * View queries are set before the `ngAfterViewInit` callback is called.
     *
     * **Metadata Properties**:
     *
     * * **selector** - the directive type or the name used for querying.
     * * **read** - read a different token from the queried elements.
     * * **static** - whether or not to resolve query results before change detection runs (i.e.
     * return static results only). If this option is not provided, the compiler will fall back
     * to its default behavior, which is to use query results to determine the timing of query
     * resolution. If any query results are inside a nested view (e.g. *ngIf), the query will be
     * resolved after change detection runs. Otherwise, it will be resolved before change detection
     * runs.
     *
     * Supported selectors include:
     *   * any class with the `@Component` or `@Directive` decorator
     *   * a template reference variable as a string (e.g. query `<my-component #cmp></my-component>`
     * with `@ViewChild('cmp')`)
     *   * any provider defined in the child component tree of the current component (e.g.
     * `@ViewChild(SomeService) someService: SomeService`)
     *   * any provider defined through a string token (e.g. `@ViewChild('someToken') someTokenVal:
     * any`)
     *   * a `TemplateRef` (e.g. query `<ng-template></ng-template>` with `@ViewChild(TemplateRef)
     * template;`)
     *
     * @usageNotes
     *
     * {@example core/di/ts/viewChild/view_child_example.ts region='Component'}
     *
     * ### Example
     *
     * {@example core/di/ts/viewChild/view_child_howto.ts region='HowTo'}
     *
     * ### Example
     *
     * {@example core/di/ts/viewChild/view_child_example.ts region='Component'}
     *
     * @Annotation
     */
    (selector: Type<any> | Function | string, opts: {
        read?: any;
        static: boolean;
    }): any;
    new (selector: Type<any> | Function | string, opts: {
        read?: any;
        static: boolean;
    }): ViewChild;
}

/**
 * Type of the ViewChildren metadata.
 *
 * @publicApi
 */
export declare type ViewChildren = Query;

/**
 * ViewChildren decorator and metadata.
 *
 * @Annotation
 * @publicApi
 */
export declare const ViewChildren: ViewChildrenDecorator;

/**
 * Type of the ViewChildren decorator / constructor function.
 *
 * @see `ViewChildren`.
 *
 * @publicApi
 */
export declare interface ViewChildrenDecorator {
    /**
     * Configures a view query.
     *
     * You can use ViewChildren to get the `QueryList` of elements or directives from the
     * view DOM. Any time a child element is added, removed, or moved, the query list will be updated,
     * and the changes observable of the query list will emit a new value.
     *
     * View queries are set before the `ngAfterViewInit` callback is called.
     *
     * **Metadata Properties**:
     *
     * * **selector** - the directive type or the name used for querying.
     * * **read** - read a different token from the queried elements.
     *
     * @usageNotes
     *
     * ### Example
     *
     * {@example core/di/ts/viewChildren/view_children_howto.ts region='HowTo'}
     *
     * ### Example
     *
     * {@example core/di/ts/viewChildren/view_children_example.ts region='Component'}
     *
     * @Annotation
     */
    (selector: Type<any> | Function | string, opts?: {
        read?: any;
    }): any;
    new (selector: Type<any> | Function | string, opts?: {
        read?: any;
    }): ViewChildren;
}

/**
 * Represents a container where one or more views can be attached to a component.
 *
 * Can contain *host views* (created by instantiating a
 * component with the `createComponent()` method), and *embedded views*
 * (created by instantiating a `TemplateRef` with the `createEmbeddedView()` method).
 *
 * A view container instance can contain other view containers,
 * creating a [view hierarchy](guide/glossary#view-tree).
 *
 * @see `ComponentRef`
 * @see `EmbeddedViewRef`
 *
 * @publicApi
 */
export declare abstract class ViewContainerRef {
    /**
     * Anchor element that specifies the location of this container in the containing view.
     * Each view container can have only one anchor element, and each anchor element
     * can have only a single view container.
     *
     * Root elements of views attached to this container become siblings of the anchor element in
     * the rendered view.
     *
     * Access the `ViewContainerRef` of an element by placing a `Directive` injected
     * with `ViewContainerRef` on the element, or use a `ViewChild` query.
     *
     * <!-- TODO: rename to anchorElement -->
     */
    abstract readonly element: ElementRef;
    /**
     * The [dependency injector](guide/glossary#injector) for this view container.
     */
    abstract readonly injector: Injector;
    /** @deprecated No replacement */
    abstract readonly parentInjector: Injector;
    /**
     * Destroys all views in this container.
     */
    abstract clear(): void;
    /**
     * Retrieves a view from this container.
     * @param index The 0-based index of the view to retrieve.
     * @returns The `ViewRef` instance, or null if the index is out of range.
     */
    abstract get(index: number): ViewRef | null;
    /**
     * Reports how many views are currently attached to this container.
     * @returns The number of views.
     */
    abstract readonly length: number;
    /**
     * Instantiates an embedded view and inserts it
     * into this container.
     * @param templateRef The HTML template that defines the view.
     * @param index The 0-based index at which to insert the new view into this container.
     * If not specified, appends the new view as the last entry.
     *
     * @returns The `ViewRef` instance for the newly created view.
     */
    abstract createEmbeddedView<C>(templateRef: TemplateRef<C>, context?: C, index?: number): EmbeddedViewRef<C>;
    /**
     * Instantiates a single component and inserts its host view into this container.
     *
     * @param componentFactory The factory to use.
     * @param index The index at which to insert the new component's host view into this container.
     * If not specified, appends the new view as the last entry.
     * @param injector The injector to use as the parent for the new component.
     * @param projectableNodes
     * @param ngModule
     *
     * @returns The new component instance, containing the host view.
     *
     */
    abstract createComponent<C>(componentFactory: ComponentFactory<C>, index?: number, injector?: Injector, projectableNodes?: any[][], ngModule?: NgModuleRef<any>): ComponentRef<C>;
    /**
     * Inserts a view into this container.
     * @param viewRef The view to insert.
     * @param index The 0-based index at which to insert the view.
     * If not specified, appends the new view as the last entry.
     * @returns The inserted `ViewRef` instance.
     *
     */
    abstract insert(viewRef: ViewRef, index?: number): ViewRef;
    /**
     * Moves a view to a new location in this container.
     * @param viewRef The view to move.
     * @param index The 0-based index of the new location.
     * @returns The moved `ViewRef` instance.
     */
    abstract move(viewRef: ViewRef, currentIndex: number): ViewRef;
    /**
     * Returns the index of a view within the current container.
     * @param viewRef The view to query.
     * @returns The 0-based index of the view's position in this container,
     * or `-1` if this container doesn't contain the view.
     */
    abstract indexOf(viewRef: ViewRef): number;
    /**
     * Destroys a view attached to this container
     * @param index The 0-based index of the view to destroy.
     * If not specified, the last view in the container is removed.
     */
    abstract remove(index?: number): void;
    /**
     * Detaches a view from this container without destroying it.
     * Use along with `insert()` to move a view within the current container.
     * @param index The 0-based index of the view to detach.
     * If not specified, the last view in the container is detached.
     */
    abstract detach(index?: number): ViewRef | null;
}

/**
 * View instance data.
 * Attention: Adding fields to this is performance sensitive!
 */
declare interface ViewData {
    def: ɵViewDefinition;
    root: RootData;
    renderer: Renderer2;
    parentNodeDef: NodeDef | null;
    parent: ViewData | null;
    viewContainerParent: ViewData | null;
    component: any;
    context: any;
    nodes: {
        [key: number]: NodeData;
    };
    state: ViewState;
    oldValues: any[];
    disposables: DisposableFn[] | null;
    initIndex: number;
}

declare interface ViewDefinitionFactory extends DefinitionFactory<ɵViewDefinition> {
}


/**
 * Defines template and style encapsulation options available for Component's {@link Component}.
 *
 * See {@link Component#encapsulation encapsulation}.
 *
 * @usageNotes
 * ### Example
 *
 * {@example core/ts/metadata/encapsulation.ts region='longform'}
 *
 * @publicApi
 */
export declare enum ViewEncapsulation {
    /**
     * Emulate `Native` scoping of styles by adding an attribute containing surrogate id to the Host
     * Element and pre-processing the style rules provided via {@link Component#styles styles} or
     * {@link Component#styleUrls styleUrls}, and adding the new Host Element attribute to all
     * selectors.
     *
     * This is the default option.
     */
    Emulated = 0,
    /**
     * @deprecated v6.1.0 - use {ViewEncapsulation.ShadowDom} instead.
     * Use the native encapsulation mechanism of the renderer.
     *
     * For the DOM this means using the deprecated [Shadow DOM
     * v0](https://w3c.github.io/webcomponents/spec/shadow/) and
     * creating a ShadowRoot for Component's Host Element.
     */
    Native = 1,
    /**
     * Don't provide any template or style encapsulation.
     */
    None = 2,
    /**
     * Use Shadow DOM to encapsulate styles.
     *
     * For the DOM this means using modern [Shadow
     * DOM](https://w3c.github.io/webcomponents/spec/shadow/) and
     * creating a ShadowRoot for Component's Host Element.
     */
    ShadowDom = 3
}

declare interface viewEngine_ChangeDetectorRef_interface extends ChangeDetectorRef {
}

declare interface ViewHandleEventFn {
    (view: ViewData, nodeIndex: number, eventName: string, event: any): boolean;
}

/**
 * Definition of what a view queries function should look like.
 */
declare type ViewQueriesFunction<T> = <U extends T>(rf: ɵRenderFlags, ctx: U) => void;

/**
 * Represents an Angular [view](guide/glossary#view),
 * specifically the [host view](guide/glossary#view-tree) that is defined by a component.
 * Also serves as the base class
 * that adds destroy methods for [embedded views](guide/glossary#view-tree).
 *
 * @see `EmbeddedViewRef`
 *
 * @publicApi
 */
export declare abstract class ViewRef extends ChangeDetectorRef {
    /**
     * Destroys this view and all of the data structures associated with it.
     */
    abstract destroy(): void;
    /**
     * Reports whether this view has been destroyed.
     * @returns True after the `destroy()` method has been called, false otherwise.
     */
    abstract readonly destroyed: boolean;
    /**
     * A lifecycle hook that provides additional developer-defined cleanup
     * functionality for views.
     * @param callback A handler function that cleans up developer-defined data
     * associated with a view. Called when the `destroy()` method is invoked.
     */
    abstract onDestroy(callback: Function): any /** TODO #9100 */;
}

declare class ViewRef_2<T> implements EmbeddedViewRef<T>, InternalViewRef, viewEngine_ChangeDetectorRef_interface {
    private _context;
    private _componentIndex;
    private _appRef;
    private _viewContainerRef;
    readonly rootNodes: any[];
    constructor(_lView: ɵangular_packages_core_core_bm, _context: T | null, _componentIndex: number);
    readonly context: T;
    readonly destroyed: boolean;
    destroy(): void;
    onDestroy(callback: Function): void;
    /**
     * Marks a view and all of its ancestors dirty.
     *
     * It also triggers change detection by calling `scheduleTick` internally, which coalesces
     * multiple `markForCheck` calls to into one change detection run.
     *
     * This can be used to ensure an {@link ChangeDetectionStrategy#OnPush OnPush} component is
     * checked when it needs to be re-rendered but the two normal triggers haven't marked it
     * dirty (i.e. inputs haven't changed and events haven't fired in the view).
     *
     * <!-- TODO: Add a link to a chapter on OnPush components -->
     *
     * @usageNotes
     * ### Example
     *
     * ```typescript
     * @Component({
     *   selector: 'my-app',
     *   template: `Number of ticks: {{numberOfTicks}}`
     *   changeDetection: ChangeDetectionStrategy.OnPush,
     * })
     * class AppComponent {
     *   numberOfTicks = 0;
     *
     *   constructor(private ref: ChangeDetectorRef) {
     *     setInterval(() => {
     *       this.numberOfTicks++;
     *       // the following is required, otherwise the view will not be updated
     *       this.ref.markForCheck();
     *     }, 1000);
     *   }
     * }
     * ```
     */
    markForCheck(): void;
    /**
     * Detaches the view from the change detection tree.
     *
     * Detached views will not be checked during change detection runs until they are
     * re-attached, even if they are dirty. `detach` can be used in combination with
     * {@link ChangeDetectorRef#detectChanges detectChanges} to implement local change
     * detection checks.
     *
     * <!-- TODO: Add a link to a chapter on detach/reattach/local digest -->
     * <!-- TODO: Add a live demo once ref.detectChanges is merged into master -->
     *
     * @usageNotes
     * ### Example
     *
     * The following example defines a component with a large list of readonly data.
     * Imagine the data changes constantly, many times per second. For performance reasons,
     * we want to check and update the list every five seconds. We can do that by detaching
     * the component's change detector and doing a local check every five seconds.
     *
     * ```typescript
     * class DataProvider {
     *   // in a real application the returned data will be different every time
     *   get data() {
     *     return [1,2,3,4,5];
     *   }
     * }
     *
     * @Component({
     *   selector: 'giant-list',
     *   template: `
     *     <li *ngFor="let d of dataProvider.data">Data {{d}}</li>
     *   `,
     * })
     * class GiantList {
     *   constructor(private ref: ChangeDetectorRef, private dataProvider: DataProvider) {
     *     ref.detach();
     *     setInterval(() => {
     *       this.ref.detectChanges();
     *     }, 5000);
     *   }
     * }
     *
     * @Component({
     *   selector: 'app',
     *   providers: [DataProvider],
     *   template: `
     *     <giant-list><giant-list>
     *   `,
     * })
     * class App {
     * }
     * ```
     */
    detach(): void;
    /**
     * Re-attaches a view to the change detection tree.
     *
     * This can be used to re-attach views that were previously detached from the tree
     * using {@link ChangeDetectorRef#detach detach}. Views are attached to the tree by default.
     *
     * <!-- TODO: Add a link to a chapter on detach/reattach/local digest -->
     *
     * @usageNotes
     * ### Example
     *
     * The following example creates a component displaying `live` data. The component will detach
     * its change detector from the main change detector tree when the component's live property
     * is set to false.
     *
     * ```typescript
     * class DataProvider {
     *   data = 1;
     *
     *   constructor() {
     *     setInterval(() => {
     *       this.data = this.data * 2;
     *     }, 500);
     *   }
     * }
     *
     * @Component({
     *   selector: 'live-data',
     *   inputs: ['live'],
     *   template: 'Data: {{dataProvider.data}}'
     * })
     * class LiveData {
     *   constructor(private ref: ChangeDetectorRef, private dataProvider: DataProvider) {}
     *
     *   set live(value) {
     *     if (value) {
     *       this.ref.reattach();
     *     } else {
     *       this.ref.detach();
     *     }
     *   }
     * }
     *
     * @Component({
     *   selector: 'my-app',
     *   providers: [DataProvider],
     *   template: `
     *     Live Update: <input type="checkbox" [(ngModel)]="live">
     *     <live-data [live]="live"><live-data>
     *   `,
     * })
     * class AppComponent {
     *   live = true;
     * }
     * ```
     */
    reattach(): void;
    /**
     * Checks the view and its children.
     *
     * This can also be used in combination with {@link ChangeDetectorRef#detach detach} to implement
     * local change detection checks.
     *
     * <!-- TODO: Add a link to a chapter on detach/reattach/local digest -->
     * <!-- TODO: Add a live demo once ref.detectChanges is merged into master -->
     *
     * @usageNotes
     * ### Example
     *
     * The following example defines a component with a large list of readonly data.
     * Imagine, the data changes constantly, many times per second. For performance reasons,
     * we want to check and update the list every five seconds.
     *
     * We can do that by detaching the component's change detector and doing a local change detection
     * check every five seconds.
     *
     * See {@link ChangeDetectorRef#detach detach} for more information.
     */
    detectChanges(): void;
    /**
     * Checks the change detector and its children, and throws if any changes are detected.
     *
     * This is used in development mode to verify that running change detection doesn't
     * introduce other changes.
     */
    checkNoChanges(): void;
    attachToViewContainerRef(vcRef: ViewContainerRef): void;
    detachFromAppRef(): void;
    attachToAppRef(appRef: ApplicationRef): void;
    private _lookUpContext;
}

/**
 * Bitmask of states
 */
declare const enum ViewState {
    BeforeFirstCheck = 1,
    FirstCheck = 2,
    Attached = 4,
    ChecksEnabled = 8,
    IsProjectedView = 16,
    CheckProjectedView = 32,
    CheckProjectedViews = 64,
    Destroyed = 128,
    InitState_Mask = 1792,
    InitState_BeforeInit = 0,
    InitState_CallingOnInit = 256,
    InitState_CallingAfterContentInit = 512,
    InitState_CallingAfterViewInit = 768,
    InitState_AfterInit = 1024,
    CatDetectChanges = 12,
    CatInit = 13
}

declare interface ViewUpdateFn {
    (check: NodeCheckFn, view: ViewData): void;
}

/**
 * Indicates that the result of a {@link Pipe} transformation has changed even though the
 * reference has not changed.
 *
 * Wrapped values are unwrapped automatically during the change detection, and the unwrapped value
 * is stored.
 *
 * Example:
 *
 * ```
 * if (this._latestValue === this._latestReturnedValue) {
 *    return this._latestReturnedValue;
 *  } else {
 *    this._latestReturnedValue = this._latestValue;
 *    return WrappedValue.wrap(this._latestValue); // this will force update
 *  }
 * ```
 *
 * @publicApi
 */
export declare class WrappedValue {
    /** @deprecated from 5.3, use `unwrap()` instead - will switch to protected */
    wrapped: any;
    constructor(value: any);
    /** Creates a wrapped value. */
    static wrap(value: any): WrappedValue;
    /**
     * Returns the underlying value of a wrapped value.
     * Returns the given `value` when it is not wrapped.
     **/
    static unwrap(value: any): any;
    /** Returns true if `value` is a wrapped value. */
    static isWrapped(value: any): value is WrappedValue;
}

/**
 * Create trace scope.
 *
 * Scopes must be strictly nested and are analogous to stack frames, but
 * do not have to follow the stack frames. Instead it is recommended that they follow logical
 * nesting. You may want to use
 * [Event
 * Signatures](http://google.github.io/tracing-framework/instrumenting-code.html#custom-events)
 * as they are defined in WTF.
 *
 * Used to mark scope entry. The return value is used to leave the scope.
 *
 *     var myScope = wtfCreateScope('MyClass#myMethod(ascii someVal)');
 *
 *     someMethod() {
 *        var s = myScope('Foo'); // 'Foo' gets stored in tracing UI
 *        // DO SOME WORK HERE
 *        return wtfLeave(s, 123); // Return value 123
 *     }
 *
 * Note, adding try-finally block around the work to ensure that `wtfLeave` gets called can
 * negatively impact the performance of your application. For this reason we recommend that
 * you don't add them to ensure that `wtfLeave` gets called. In production `wtfLeave` is a noop and
 * so try-finally block has no value. When debugging perf issues, skipping `wtfLeave`, do to
 * exception, will produce incorrect trace, but presence of exception signifies logic error which
 * needs to be fixed before the app should be profiled. Add try-finally only when you expect that
 * an exception is expected during normal execution while profiling.
 *
 * @publicApi
 * @deprecated the Web Tracing Framework is no longer supported in Angular
 */
export declare const wtfCreateScope: (signature: string, flags?: any) => WtfScopeFn;

/**
 * Ends a async time range operation.
 * [range] is the return value from [wtfStartTimeRange] Async ranges only work if WTF has been
 * enabled.
 * @publicApi
 * @deprecated the Web Tracing Framework is no longer supported in Angular
 */
export declare const wtfEndTimeRange: (range: any) => void;

/**
 * Used to mark end of Scope.
 *
 * - `scope` to end.
 * - `returnValue` (optional) to be passed to the WTF.
 *
 * Returns the `returnValue for easy chaining.
 * @publicApi
 * @deprecated the Web Tracing Framework is no longer supported in Angular
 */
export declare const wtfLeave: <T>(scope: any, returnValue?: T) => T;


/**
 * A scope function for the Web Tracing Framework (WTF).
 *
 * @publicApi
 * @deprecated the Web Tracing Framework is no longer supported in Angular
 */
export declare interface WtfScopeFn {
    (arg0?: any, arg1?: any): any;
}

/**
 * Used to mark Async start. Async are similar to scope but they don't have to be strictly nested.
 * The return value is used in the call to [endAsync]. Async ranges only work if WTF has been
 * enabled.
 *
 *     someMethod() {
 *        var s = wtfStartTimeRange('HTTP:GET', 'some.url');
 *        var future = new Future.delay(5).then((_) {
 *          wtfEndTimeRange(s);
 *        });
 *     }
 * @publicApi
 * @deprecated the Web Tracing Framework is no longer supported in Angular
 */
export declare const wtfStartTimeRange: (rangeType: string, action: string) => any;

/**
 * Sanitizes the given unsafe, untrusted HTML fragment, and returns HTML text that is safe to add to
 * the DOM in a browser environment.
 */
export declare function ɵ_sanitizeHtml(defaultDoc: any, unsafeHtmlInput: string): string;


/**
 * Sanitizes the given untrusted CSS style property value (i.e. not an entire object, just a single
 * value) and returns a value that is safe to use in a browser environment.
 */
export declare function ɵ_sanitizeStyle(value: string): string;


export declare function ɵ_sanitizeUrl(url: string): string;

/**
 * Adds a player to an element, directive or component instance that will later be
 * animated once change detection has passed.
 *
 * When a player is added to a reference it will stay active until `player.destroy()`
 * is called. Once called then the player will be removed from the active players
 * present on the associated ref instance.
 *
 * To get a list of all the active players on an element see [getPlayers].
 *
 * @param ref The element, directive or component that the player will be placed on.
 * @param player The player that will be triggered to play once change detection has run.
 */
export declare function ɵaddPlayer(ref: ComponentInstance | DirectiveInstance | HTMLElement, player: ɵPlayer): void;

export declare const ɵALLOW_MULTIPLE_PLATFORMS: InjectionToken<boolean>;

export declare function ɵand(flags: ɵNodeFlags, matchedQueriesDsl: null | [string | number, ɵQueryValueType][], ngContentIndex: null | number, childCount: number, handleEvent?: null | ElementHandleEventFn, templateFactory?: ViewDefinitionFactory): NodeDef;

export declare function ɵangular_packages_core_core_a<T>(token: Type<T> | InjectionToken<T>): T;

export declare function ɵangular_packages_core_core_a<T>(token: Type<T> | InjectionToken<T>, flags?: InjectFlags): T | null;

export declare class ɵangular_packages_core_core_b implements Injector {
    get(token: any, notFoundValue?: any): any;
}

export declare abstract class ɵangular_packages_core_core_ba {
    abstract readonly view: ViewData;
    abstract readonly nodeIndex: number | null;
    abstract readonly injector: Injector;
    abstract readonly component: any;
    abstract readonly providerTokens: any[];
    abstract readonly references: {
        [key: string]: any;
    };
    abstract readonly context: any;
    abstract readonly componentRenderElement: any;
    abstract readonly renderNode: any;
    abstract logError(console: Console, ...values: any[]): void;
}

/**
 * A change detection scheduler token for {@link RootContext}. This token is the default value used
 * for the default `RootContext` found in the {@link ROOT_CONTEXT} token.
 */
export declare const ɵangular_packages_core_core_bb: InjectionToken<(fn: () => void) => void>;

/**
 * Inject static attribute value into directive constructor.
 *
 * This method is used with `factory` functions which are generated as part of
 * `defineDirective` or `defineComponent`. The method retrieves the static value
 * of an attribute. (Dynamic attributes are not supported since they are not resolved
 *  at the time of injection and can change over time.)
 *
 * # Example
 * Given:
 * ```
 * @Component(...)
 * class MyComponent {
 *   constructor(@Attribute('title') title: string) { ... }
 * }
 * ```
 * When instantiated with
 * ```
 * <my-component title="Hello"></my-component>
 * ```
 *
 * Then factory method generated is:
 * ```
 * MyComponent.ngComponentDef = defineComponent({
 *   factory: () => new MyComponent(injectAttribute('title'))
 *   ...
 * })
 * ```
 *
 * @publicApi
 */
export declare function ɵangular_packages_core_core_bc(tNode: TNode, attrNameToInject: string): string | null;

export declare function ɵangular_packages_core_core_bd(): ɵangular_packages_core_core_bm;

export declare function ɵangular_packages_core_core_be(): TNode;

export declare function ɵangular_packages_core_core_bf<T = any>(level?: number): T;

/** Static data for an element  */
export declare interface ɵangular_packages_core_core_bg extends TNode {
    /** Index in the data[] array */
    index: number;
    child: ɵangular_packages_core_core_bg | TTextNode | TElementContainerNode | TContainerNode | TProjectionNode | null;
    /**
     * Element nodes will have parents unless they are the first node of a component or
     * embedded view (which means their parent is in a different view and must be
     * retrieved using viewData[HOST_NODE]).
     */
    parent: ɵangular_packages_core_core_bg | TElementContainerNode | null;
    tViews: null;
    /**
     * If this is a component TNode with projection, this will be an array of projected
     * TNodes or native nodes (see TNode.projection for more info). If it's a regular element node or
     * a component without projection, it will be null.
     */
    projection: (TNode | RNode[])[] | null;
}

/**
 * Detects which sanitizer to use for URL property, based on tag name and prop name.
 *
 * The rules are based on the RESOURCE_URL context config from
 * `packages/compiler/src/schema/dom_security_schema.ts`.
 * If tag and prop names don't match Resource URL schema, use URL sanitizer.
 */
export declare function ɵangular_packages_core_core_bh(tag: string, prop: string): typeof ɵɵsanitizeResourceUrl;

/**
 * Defines the shape which produces the Player.
 *
 * Used to produce a player that will be placed on an element that contains
 * styling bindings that make use of the player. This function is designed
 * to be used with `PlayerFactory`.
 */
export declare interface ɵangular_packages_core_core_bi {
    (element: HTMLElement, type: BindingType, values: {
        [key: string]: any;
    }, isFirstRender: boolean, currentPlayer: ɵPlayer | null): ɵPlayer | null;
}

export declare class ɵangular_packages_core_core_bj<T> {
    fn: ɵangular_packages_core_core_bi;
    value: T;
    '__brand__': 'Brand for PlayerFactory that nothing will match';
    constructor(fn: ɵangular_packages_core_core_bi, value: T);
}

export declare function ɵangular_packages_core_core_bk(name: string, props?: (...args: any[]) => any, parentClass?: any): any;

export declare function ɵangular_packages_core_core_bl(name: string, props?: (...args: any[]) => any, parentClass?: any, additionalProcessing?: (target: any, name: string, ...args: any[]) => void): any;

/**
 * `LView` stores all of the information needed to process the instructions as
 * they are invoked from the template. Each embedded view and component view has its
 * own `LView`. When processing a particular view, we set the `viewData` to that
 * `LView`. When that view is done processing, the `viewData` is set back to
 * whatever the original `viewData` was before (the parent `LView`).
 *
 * Keeping separate state for each view facilities view insertion / deletion, so we
 * don't have to edit the data array based on which views are present.
 */
export declare interface ɵangular_packages_core_core_bm extends Array<any> {
    /**
     * The host node for this LView instance, if this is a component view.
     *
     * If this is an embedded view, HOST will be null.
     *
     * If the component uses host bindings for styling that the `RElement` will be wrapped with
     * `StylingContext`.
     */
    [HOST]: RElement | StylingContext | null;
    /**
     * The static data for this view. We need a reference to this so we can easily walk up the
     * node tree in DI and get the TView.data array associated with a node (where the
     * directive defs are stored).
     */
    readonly [TVIEW]: TView;
    /** Flags for this view. See LViewFlags for more info. */
    [FLAGS]: LViewFlags;
    /**
     * This may store an {@link LView} or {@link LContainer}.
     *
     * `LView` - The parent view. This is needed when we exit the view and must restore the previous
     * LView. Without this, the render method would have to keep a stack of
     * views as it is recursively rendering templates.
     *
     * `LContainer` - The current view is part of a container, and is an embedded view.
     */
    [PARENT]: ɵangular_packages_core_core_bm | LContainer | null;
    /**
     *
     * The next sibling LView or LContainer.
     *
     * Allows us to propagate between sibling view states that aren't in the same
     * container. Embedded views already have a node.next, but it is only set for
     * views in the same container. We need a way to link component views and views
     * across containers as well.
     */
    [NEXT]: ɵangular_packages_core_core_bm | LContainer | null;
    /** Queries active for this view - nodes from a view are reported to those queries. */
    [QUERIES]: LQueries | null;
    /**
     * Pointer to the `TViewNode` or `TElementNode` which represents the root of the view.
     *
     * If `TViewNode`, this is an embedded view of a container. We need this to be able to
     * efficiently find the `LViewNode` when inserting the view into an anchor.
     *
     * If `TElementNode`, this is the LView of a component.
     *
     * If null, this is the root view of an application (root component is in this view).
     */
    [T_HOST]: TViewNode | ɵangular_packages_core_core_bg | null;
    /**
     * The binding index we should access next.
     *
     * This is stored so that bindings can continue where they left off
     * if a view is left midway through processing bindings (e.g. if there is
     * a setter that creates an embedded view, like in ngIf).
     */
    [BINDING_INDEX]: number;
    /**
     * When a view is destroyed, listeners need to be released and outputs need to be
     * unsubscribed. This context array stores both listener functions wrapped with
     * their context and output subscription instances for a particular view.
     *
     * These change per LView instance, so they cannot be stored on TView. Instead,
     * TView.cleanup saves an index to the necessary context in this array.
     */
    [CLEANUP]: any[] | null;
    /**
     * - For dynamic views, this is the context with which to render the template (e.g.
     *   `NgForContext`), or `{}` if not defined explicitly.
     * - For root view of the root component the context contains change detection data.
     * - For non-root components, the context is the component instance,
     * - For inline views, the context is null.
     */
    [CONTEXT]: {} | RootContext | null;
    /** An optional Module Injector to be used as fall back after Element Injectors are consulted. */
    readonly [INJECTOR_2]: Injector | null;
    /** Renderer to be used for this view. */
    [RENDERER_FACTORY]: RendererFactory3;
    /** Renderer to be used for this view. */
    [RENDERER]: Renderer3;
    /** An optional custom sanitizer. */
    [SANITIZER]: Sanitizer | null;
    /**
     * Reference to the first LView or LContainer beneath this LView in
     * the hierarchy.
     *
     * Necessary to store this so views can traverse through their nested views
     * to remove listeners and call onDestroy callbacks.
     */
    [CHILD_HEAD]: ɵangular_packages_core_core_bm | LContainer | null;
    /**
     * The last LView or LContainer beneath this LView in the hierarchy.
     *
     * The tail allows us to quickly add a new state to the end of the view list
     * without having to propagate starting from the first child.
     */
    [CHILD_TAIL]: ɵangular_packages_core_core_bm | LContainer | null;
    /**
     * Stores QueryLists associated with content queries of a directive. This data structure is
     * filled-in as part of a directive creation process and is later used to retrieve a QueryList to
     * be refreshed.
     */
    [CONTENT_QUERIES]: QueryList<any>[] | null;
    /**
     * View where this view's template was declared.
     *
     * Only applicable for dynamically created views. Will be null for inline/component views.
     *
     * The template for a dynamically created view may be declared in a different view than
     * it is inserted. We already track the "insertion view" (view where the template was
     * inserted) in LView[PARENT], but we also need access to the "declaration view"
     * (view where the template was declared). Otherwise, we wouldn't be able to call the
     * view's template function with the proper contexts. Context should be inherited from
     * the declaration view tree, not the insertion view tree.
     *
     * Example (AppComponent template):
     *
     * <ng-template #foo></ng-template>       <-- declared here -->
     * <some-comp [tpl]="foo"></some-comp>    <-- inserted inside this component -->
     *
     * The <ng-template> above is declared in the AppComponent template, but it will be passed into
     * SomeComp and inserted there. In this case, the declaration view would be the AppComponent,
     * but the insertion view would be SomeComp. When we are removing views, we would want to
     * traverse through the insertion view to clean up listeners. When we are calling the
     * template function during change detection, we need the declaration view to get inherited
     * context.
     */
    [DECLARATION_VIEW]: ɵangular_packages_core_core_bm | null;
    /**
     * More flags for this view. See PreOrderHookFlags for more info.
     */
    [PREORDER_HOOK_FLAGS]: PreOrderHookFlags;
}


/**
 * Convince closure compiler that the wrapped function has no side-effects.
 *
 * Closure compiler always assumes that `toString` has no side-effects. We use this quirk to
 * allow us to execute a function but have closure compiler mark the call as no-side-effects.
 * It is important that the return value for the `noSideEffects` function be assigned
 * to something which is retained otherwise the call to `noSideEffects` will be removed by closure
 * compiler.
 */
export declare function ɵangular_packages_core_core_bn(fn: () => void): string;

/** Retrieves a value from any `LView` or `TData`. */
export declare function ɵangular_packages_core_core_bo<T>(view: ɵangular_packages_core_core_bm | TData, index: number): T;

/**
 * Returns the `RootContext` instance that is associated with
 * the application where the target is situated. It does this by walking the parent views until it
 * gets to the root view, then getting the context off of that.
 *
 * @param viewOrComponent the `LView` or component to get the root context for.
 */
export declare function ɵangular_packages_core_core_bp(viewOrComponent: ɵangular_packages_core_core_bm | {}): RootContext;


export declare function ɵangular_packages_core_core_bq<T>(objWithPropertyToExtract: T): string;

export declare class ɵangular_packages_core_core_c implements ReflectiveInjector {
    private static INJECTOR_KEY;
    readonly parent: Injector | null;
    keyIds: number[];
    objs: any[];
    /**
     * Private
     */
    constructor(_providers: ResolvedReflectiveProvider[], _parent?: Injector);
    get(token: any, notFoundValue?: any): any;
    resolveAndCreateChild(providers: Provider[]): ReflectiveInjector;
    createChildFromResolved(providers: ResolvedReflectiveProvider[]): ReflectiveInjector;
    resolveAndInstantiate(provider: Provider): any;
    instantiateResolved(provider: ResolvedReflectiveProvider): any;
    getProviderAtIndex(index: number): ResolvedReflectiveProvider;
    private _getMaxNumberOfObjects;
    private _instantiateProvider;
    private _instantiate;
    private _getByReflectiveDependency;
    private _getByKey;
    private _getObjByKeyId;
    readonly displayName: string;
    toString(): string;
}

/**
 * `Dependency` is used by the framework to extend DI.
 * This is internal to Angular and should not be used directly.
 */
export declare class ɵangular_packages_core_core_d {
    key: ReflectiveKey;
    optional: boolean;
    visibility: Self | SkipSelf | null;
    constructor(key: ReflectiveKey, optional: boolean, visibility: Self | SkipSelf | null);
    static fromKey(key: ReflectiveKey): ɵangular_packages_core_core_d;
}

/**
 * Resolve a list of Providers.
 */
export declare function ɵangular_packages_core_core_e(providers: Provider[]): ResolvedReflectiveProvider[];

export declare function ɵangular_packages_core_core_f(): string;

/**
 * Creates an ElementRef given a node.
 *
 * @param ElementRefToken The ElementRef type
 * @param tNode The node for which you'd like an ElementRef
 * @param view The view to which the node belongs
 * @returns The ElementRef instance to use
 */
export declare function ɵangular_packages_core_core_g(ElementRefToken: typeof ElementRef, tNode: TNode, view: ɵangular_packages_core_core_bm): ElementRef;

/**
 * Creates a TemplateRef and stores it on the injector.
 *
 * @param TemplateRefToken The TemplateRef type
 * @param ElementRefToken The ElementRef type
 * @param hostTNode The node that is requesting a TemplateRef
 * @param hostView The view to which the node belongs
 * @returns The TemplateRef instance to use
 */
export declare function ɵangular_packages_core_core_h<T>(TemplateRefToken: typeof TemplateRef, ElementRefToken: typeof ElementRef, hostTNode: TNode, hostView: ɵangular_packages_core_core_bm): TemplateRef<T> | null;

/**
 * Creates a ViewRef and stores it on the injector as ChangeDetectorRef (public alias).
 *
 * @param hostTNode The node that is requesting a ChangeDetectorRef
 * @param hostView The view to which the node belongs
 * @param context The context for this change detector ref
 * @returns The ChangeDetectorRef to use
 */
export declare function ɵangular_packages_core_core_i(hostTNode: TNode, hostView: ɵangular_packages_core_core_bm, context: any): ChangeDetectorRef;

export declare function ɵangular_packages_core_core_j(id: string): NgModuleFactory<any>;

export declare class ɵangular_packages_core_core_k {
    readonly listeners: DebugEventListener[];
    readonly parent: DebugElement | null;
    readonly nativeNode: any;
    private readonly _debugContext;
    constructor(nativeNode: any, parent: DebugNode | null, _debugContext: ɵangular_packages_core_core_ba);
    readonly injector: Injector;
    readonly componentInstance: any;
    readonly context: any;
    readonly references: {
        [key: string]: any;
    };
    readonly providerTokens: any[];
}

export declare class ɵangular_packages_core_core_l extends ɵangular_packages_core_core_k implements DebugElement {
    readonly name: string;
    readonly properties: {
        [key: string]: any;
    };
    readonly attributes: {
        [key: string]: string | null;
    };
    readonly classes: {
        [key: string]: boolean;
    };
    readonly styles: {
        [key: string]: string | null;
    };
    readonly childNodes: DebugNode[];
    readonly nativeElement: any;
    constructor(nativeNode: any, parent: any, _debugContext: ɵangular_packages_core_core_ba);
    addChild(child: DebugNode): void;
    removeChild(child: DebugNode): void;
    insertChildrenAfter(child: DebugNode, newChildren: DebugNode[]): void;
    insertBefore(refChild: DebugNode, newChild: DebugNode): void;
    query(predicate: Predicate<DebugElement>): DebugElement;
    queryAll(predicate: Predicate<DebugElement>): DebugElement[];
    queryAllNodes(predicate: Predicate<DebugNode>): DebugNode[];
    readonly children: DebugElement[];
    triggerEventHandler(eventName: string, eventObj: any): void;
}

export declare class ɵangular_packages_core_core_m implements IterableDifferFactory {
    constructor();
    supports(obj: Object | null | undefined): boolean;
    create<V>(trackByFn?: TrackByFunction<V>): DefaultIterableDiffer<V>;
}

export declare class ɵangular_packages_core_core_n<K, V> implements KeyValueDifferFactory {
    constructor();
    supports(obj: any): boolean;
    create<K, V>(): KeyValueDiffer<K, V>;
}

export declare function ɵangular_packages_core_core_o(): IterableDiffers;

export declare function ɵangular_packages_core_core_p(): KeyValueDiffers;

export declare function ɵangular_packages_core_core_q(locale?: string): string;

/**
 * A built-in [dependency injection token](guide/glossary#di-token)
 * that is used to configure the root injector for bootstrapping.
 */
export declare const ɵangular_packages_core_core_r: StaticProvider[];

/**
 * Schedule work at next available slot.
 *
 * In Ivy this is just `requestAnimationFrame`. For compatibility reasons when bootstrapped
 * using `platformRef.bootstrap` we need to use `NgZone.onStable` as the scheduling mechanism.
 * This overrides the scheduling mechanism in Ivy to `NgZone.onStable`.
 *
 * @param ngZone NgZone to use for scheduling.
 */
export declare function ɵangular_packages_core_core_s(ngZone: NgZone): (fn: () => void) => void;

/**
 * True if WTF is enabled.
 */
export declare const ɵangular_packages_core_core_t: boolean;

export declare function ɵangular_packages_core_core_u(): boolean;

export declare function ɵangular_packages_core_core_v(signature: string, flags?: any): any;

export declare function ɵangular_packages_core_core_w<T>(scope: Scope): void;

export declare function ɵangular_packages_core_core_w<T>(scope: Scope, returnValue?: T): T;

export declare function ɵangular_packages_core_core_x(rangeType: string, action: string): Range;

export declare function ɵangular_packages_core_core_y(range: Range): void;

export declare function ɵangular_packages_core_core_z(checkIndex: number, flags: ɵNodeFlags, matchedQueriesDsl: [string | number, ɵQueryValueType][] | null, childCount: number, token: any, value: any, deps: ([ɵDepFlags, any] | any)[], bindings?: BindingDef[], outputs?: OutputDef[]): NodeDef;

/**
 * Providers that will generate a random APP_ID_TOKEN.
 * @publicApi
 */
export declare const ɵAPP_ID_RANDOM_PROVIDER: {
    provide: InjectionToken<string>;
    useFactory: typeof ɵangular_packages_core_core_f;
    deps: any[];
};

/**
 * An internal token whose presence in an injector indicates that the injector should treat itself
 * as a root scoped injector when processing requests for unknown tokens which may indicate
 * they are provided in the root scope.
 */
export declare const ɵAPP_ROOT: InjectionToken<boolean>;

export declare const enum ɵArgumentType {
    Inline = 0,
    Dynamic = 1
}

/**
 * A set of marker values to be used in the attributes arrays. These markers indicate that some
 * items are not regular attributes and the processing should be adapted accordingly.
 */
export declare const enum ɵAttributeMarker {
    /**
     * Marker indicates that the following 3 values in the attributes array are:
     * namespaceUri, attributeName, attributeValue
     * in that order.
     */
    NamespaceURI = 0,
    /**
      * Signals class declaration.
      *
      * Each value following `Classes` designates a class name to include on the element.
      * ## Example:
      *
      * Given:
      * ```
      * <div class="foo bar baz">...<d/vi>
      * ```
      *
      * the generated code is:
      * ```
      * var _c1 = [AttributeMarker.Classes, 'foo', 'bar', 'baz'];
      * ```
      */
    Classes = 1,
    /**
     * Signals style declaration.
     *
     * Each pair of values following `Styles` designates a style name and value to include on the
     * element.
     * ## Example:
     *
     * Given:
     * ```
     * <div style="width:100px; height:200px; color:red">...</div>
     * ```
     *
     * the generated code is:
     * ```
     * var _c1 = [AttributeMarker.Styles, 'width', '100px', 'height'. '200px', 'color', 'red'];
     * ```
     */
    Styles = 2,
    /**
     * Signals that the following attribute names were extracted from input or output bindings.
     *
     * For example, given the following HTML:
     *
     * ```
     * <div moo="car" [foo]="exp" (bar)="doSth()">
     * ```
     *
     * the generated code is:
     *
     * ```
     * var _c1 = ['moo', 'car', AttributeMarker.Bindings, 'foo', 'bar'];
     * ```
     */
    Bindings = 3,
    /**
     * Signals that the following attribute names were hoisted from an inline-template declaration.
     *
     * For example, given the following HTML:
     *
     * ```
     * <div *ngFor="let value of values; trackBy:trackBy" dirA [dirB]="value">
     * ```
     *
     * the generated code for the `template()` instruction would include:
     *
     * ```
     * ['dirA', '', AttributeMarker.Bindings, 'dirB', AttributeMarker.Template, 'ngFor', 'ngForOf',
     * 'ngForTrackBy', 'let-value']
     * ```
     *
     * while the generated code for the `element()` instruction inside the template function would
     * include:
     *
     * ```
     * ['dirA', '', AttributeMarker.Bindings, 'dirB']
     * ```
     */
    Template = 4,
    /**
     * Signals that the following attribute is `ngProjectAs` and its value is a parsed `CssSelector`.
     *
     * For example, given the following HTML:
     *
     * ```
     * <h1 attr="value" ngProjectAs="[title]">
     * ```
     *
     * the generated code for the `element()` instruction would include:
     *
     * ```
     * ['attr', 'value', AttributeMarker.ProjectAs, ['', 'title', '']]
     * ```
     */
    ProjectAs = 5,
    /**
     * Signals that the following attribute will be translated by runtime i18n
     *
     * For example, given the following HTML:
     *
     * ```
     * <div moo="car" foo="value" i18n-foo [bar]="binding" i18n-bar>
     * ```
     *
     * the generated code is:
     *
     * ```
     * var _c1 = ['moo', 'car', AttributeMarker.I18n, 'foo', 'bar'];
     */
    I18n = 6
}

export declare const enum ɵBindingFlags {
    TypeElementAttribute = 1,
    TypeElementClass = 2,
    TypeElementStyle = 4,
    TypeProperty = 8,
    SyntheticProperty = 16,
    SyntheticHostProperty = 32,
    CatSyntheticProperty = 48,
    Types = 15
}

/**
 * Combines the binding value and a factory for an animation player.
 *
 * Used to bind a player to an element template binding (currently only
 * `[style]`, `[style.prop]`, `[class]` and `[class.name]` bindings
 * supported). The provided `factoryFn` function will be run once all
 * the associated bindings have been evaluated on the element and is
 * designed to return a player which will then be placed on the element.
 *
 * @param factoryFn The function that is used to create a player
 *   once all the rendering-related (styling values) have been
 *   processed for the element binding.
 * @param value The raw value that will be exposed to the binding
 *   so that the binding can update its internal values when
 *   any changes are evaluated.
 */
export declare function ɵbindPlayerFactory<T>(factoryFn: ɵangular_packages_core_core_bi, value: T): ɵPlayerFactory;

/**
 * Mark `html` string as trusted.
 *
 * This function wraps the trusted string in `String` and brands it in a way which makes it
 * recognizable to {@link htmlSanitizer} to be trusted implicitly.
 *
 * @param trustedHtml `html` string which needs to be implicitly trusted.
 * @returns a `html` `String` which has been branded to be implicitly trusted.
 */
export declare function ɵbypassSanitizationTrustHtml(trustedHtml: string): TrustedHtmlString;

/**
 * Mark `url` string as trusted.
 *
 * This function wraps the trusted string in `String` and brands it in a way which makes it
 * recognizable to {@link resourceUrlSanitizer} to be trusted implicitly.
 *
 * @param trustedResourceUrl `url` string which needs to be implicitly trusted.
 * @returns a `url` `String` which has been branded to be implicitly trusted.
 */
export declare function ɵbypassSanitizationTrustResourceUrl(trustedResourceUrl: string): TrustedResourceUrlString;

/**
 * Mark `script` string as trusted.
 *
 * This function wraps the trusted string in `String` and brands it in a way which makes it
 * recognizable to {@link scriptSanitizer} to be trusted implicitly.
 *
 * @param trustedScript `script` string which needs to be implicitly trusted.
 * @returns a `script` `String` which has been branded to be implicitly trusted.
 */
export declare function ɵbypassSanitizationTrustScript(trustedScript: string): TrustedScriptString;

/**
 * Mark `style` string as trusted.
 *
 * This function wraps the trusted string in `String` and brands it in a way which makes it
 * recognizable to {@link styleSanitizer} to be trusted implicitly.
 *
 * @param trustedStyle `style` string which needs to be implicitly trusted.
 * @returns a `style` `String` which has been branded to be implicitly trusted.
 */
export declare function ɵbypassSanitizationTrustStyle(trustedStyle: string): TrustedStyleString;

/**
 * Mark `url` string as trusted.
 *
 * This function wraps the trusted string in `String` and brands it in a way which makes it
 * recognizable to {@link urlSanitizer} to be trusted implicitly.
 *
 * @param trustedUrl `url` string which needs to be implicitly trusted.
 * @returns a `url` `String` which has been branded to be implicitly trusted.
 */
export declare function ɵbypassSanitizationTrustUrl(trustedUrl: string): TrustedUrlString;

export declare function ɵccf(selector: string, componentType: Type<any>, viewDefFactory: ViewDefinitionFactory, inputs: {
    [propName: string]: string;
} | null, outputs: {
    [propName: string]: string;
}, ngContentSelectors: string[]): ComponentFactory<any>;

/**
 * Defines the possible states of the default change detector.
 * @see `ChangeDetectorRef`
 */
export declare enum ɵChangeDetectorStatus {
    /**
     * A state in which, after calling `detectChanges()`, the change detector
     * state becomes `Checked`, and must be explicitly invoked or reactivated.
     */
    CheckOnce = 0,
    /**
     * A state in which change detection is skipped until the change detector mode
     * becomes `CheckOnce`.
     */
    Checked = 1,
    /**
     * A state in which change detection continues automatically until explicitly
     * deactivated.
     */
    CheckAlways = 2,
    /**
     * A state in which a change detector sub tree is not a part of the main tree and
     * should be skipped.
     */
    Detached = 3,
    /**
     * Indicates that the change detector encountered an error checking a binding
     * or calling a directive lifecycle method and is now in an inconsistent state. Change
     * detectors in this state do not detect changes.
     */
    Errored = 4,
    /**
     * Indicates that the change detector has been destroyed.
     */
    Destroyed = 5
}

export declare function ɵclearOverrides(): void;

export declare function ɵclearResolutionOfComponentResourcesQueue(): Map<Type<any>, Component>;

export declare function ɵcmf(ngModuleType: Type<any>, bootstrapComponents: Type<any>[], defFactory: NgModuleDefinitionFactory): NgModuleFactory<any>;

export declare class ɵCodegenComponentFactoryResolver implements ComponentFactoryResolver {
    private _parent;
    private _ngModule;
    private _factories;
    constructor(factories: ComponentFactory<any>[], _parent: ComponentFactoryResolver, _ngModule: NgModuleRef<any>);
    resolveComponentFactory<T>(component: {
        new (...args: any[]): T;
    }): ComponentFactory<T>;
}

/**
 * Compile an Angular component according to its decorator metadata, and patch the resulting
 * ngComponentDef onto the component type.
 *
 * Compilation may be asynchronous (due to the need to resolve URLs for the component template or
 * other resources, for example). In the event that compilation is not immediate, `compileComponent`
 * will enqueue resource resolution into a global queue and will fail to return the `ngComponentDef`
 * until the global queue has been resolved with a call to `resolveComponentResources`.
 */
export declare function ɵcompileComponent(type: Type<any>, metadata: Component): void;

/**
 * Compile an Angular directive according to its decorator metadata, and patch the resulting
 * ngDirectiveDef onto the component type.
 *
 * In the event that compilation is not immediate, `compileDirective` will return a `Promise` which
 * will resolve when compilation completes and the directive becomes usable.
 */
export declare function ɵcompileDirective(type: Type<any>, directive: Directive): void;

/**
 * Compiles a module in JIT mode.
 *
 * This function automatically gets called when a class has a `@NgModule` decorator.
 */
export declare function ɵcompileNgModule(moduleType: Type<any>, ngModule?: NgModule): void;

/**
 * Compiles and adds the `ngModuleDef` and `ngInjectorDef` properties to the module class.
 *
 * It's possible to compile a module via this API which will allow duplicate declarations in its
 * root.
 */
export declare function ɵcompileNgModuleDefs(moduleType: ɵNgModuleType, ngModule: NgModule, allowDuplicateDeclarationsInRoot?: boolean): void;

export declare function ɵcompileNgModuleFactory__POST_R3__<M>(injector: Injector, options: CompilerOptions, moduleType: Type<M>): Promise<NgModuleFactory<M>>;

export declare function ɵcompilePipe(type: Type<any>, meta: Pipe): void;

export declare const ɵCompiler_compileModuleAndAllComponentsAsync__POST_R3__: <T>(moduleType: Type<T>) => Promise<ModuleWithComponentFactories<T>>;

export declare const ɵCompiler_compileModuleAndAllComponentsSync__POST_R3__: <T>(moduleType: Type<T>) => ModuleWithComponentFactories<T>;

export declare const ɵCompiler_compileModuleAsync__POST_R3__: <T>(moduleType: Type<T>) => Promise<NgModuleFactory<T>>;

export declare const ɵCompiler_compileModuleSync__POST_R3__: <T>(moduleType: Type<T>) => NgModuleFactory<T>;

/**
 * Runtime link information for Components.
 *
 * This is internal data structure used by the render to link
 * components into templates.
 *
 * NOTE: Always use `defineComponent` function to create this object,
 * never create the object directly since the shape of this object
 * can change between versions.
 *
 * See: {@link defineComponent}
 */
export declare interface ɵComponentDef<T> extends ɵDirectiveDef<T> {
    /**
     * Runtime unique component ID.
     */
    readonly id: string;
    /**
     * The View template of the component.
     */
    readonly template: ComponentTemplate<T>;
    /**
     * An array of `ngContent[selector]` values that were found in the template.
     */
    readonly ngContentSelectors?: string[];
    /**
     * A set of styles that the component needs to be present for component to render correctly.
     */
    readonly styles: string[];
    /**
     * The number of nodes, local refs, and pipes in this component template.
     *
     * Used to calculate the length of the component's LView array, so we
     * can pre-fill the array and set the binding start index.
     */
    readonly consts: number;
    /**
     * The number of bindings in this component template (including pure fn bindings).
     *
     * Used to calculate the length of the component's LView array, so we
     * can pre-fill the array and set the host binding start index.
     */
    readonly vars: number;
    /**
     * Query-related instructions for a component.
     */
    viewQuery: ViewQueriesFunction<T> | null;
    /**
     * The view encapsulation type, which determines how styles are applied to
     * DOM elements. One of
     * - `Emulated` (default): Emulate native scoping of styles.
     * - `Native`: Use the native encapsulation mechanism of the renderer.
     * - `ShadowDom`: Use modern [ShadowDOM](https://w3c.github.io/webcomponents/spec/shadow/) and
     *   create a ShadowRoot for component's host element.
     * - `None`: Do not provide any template or style encapsulation.
     */
    readonly encapsulation: ViewEncapsulation;
    /**
     * Defines arbitrary developer-defined data to be stored on a renderer instance.
     * This is useful for renderers that delegate to other renderers.
     */
    readonly data: {
        [kind: string]: any;
    };
    /** Whether or not this component's ChangeDetectionStrategy is OnPush */
    readonly onPush: boolean;
    /**
     * Registry of directives and components that may be found in this view.
     *
     * The property is either an array of `DirectiveDef`s or a function which returns the array of
     * `DirectiveDef`s. The function is necessary to be able to support forward declarations.
     */
    directiveDefs: DirectiveDefListOrFactory | null;
    /**
     * Registry of pipes that may be found in this view.
     *
     * The property is either an array of `PipeDefs`s or a function which returns the array of
     * `PipeDefs`s. The function is necessary to be able to support forward declarations.
     */
    pipeDefs: PipeDefListOrFactory | null;
    /**
     * The set of schemas that declare elements to be allowed in the component's template.
     */
    schemas: SchemaMetadata[] | null;
    /**
     * Ivy runtime uses this place to store the computed tView for the component. This gets filled on
     * the first run of component.
     */
    tView: TView | null;
    /**
     * Used to store the result of `noSideEffects` function so that it is not removed by closure
     * compiler. The property should never be read.
     */
    readonly _?: never;
}

/**
 * A subclass of `Type` which has a static `ngComponentDef`:`ComponentDef` field making it
 * consumable for rendering.
 */
export declare interface ɵComponentType<T> extends Type<T> {
    ngComponentDef: never;
}


export declare class ɵConsole {
    log(message: string): void;
    warn(message: string): void;
}

/**
 * Create a new `Injector` which is configured using a `defType` of `InjectorType<any>`s.
 *
 * @publicApi
 */
export declare function ɵcreateInjector(defType: any, parent?: Injector | null, additionalProviders?: StaticProvider[] | null, name?: string): Injector;

export declare function ɵcrt(values: {
    styles: (string | any[])[];
    encapsulation: ViewEncapsulation;
    data: {
        [kind: string]: any[];
    };
}): RendererType2;

/**
 * A list of CssSelectors.
 *
 * A directive or component can have multiple selectors. This type is used for
 * directive defs so any of the selectors in the list will match that directive.
 *
 * Original: 'form, [ngForm]'
 * Parsed: [['form'], ['', 'ngForm', '']]
 */
export declare type ɵCssSelectorList = CssSelector[];

/**
 * The locale id that the application is currently using (for translations and ICU expressions).
 * This is the ivy version of `LOCALE_ID` that was defined as an injection token for the view engine
 * but is now defined as a global value.
 */
export declare const ɵDEFAULT_LOCALE_ID = "en-US";

export declare const ɵdefaultIterableDiffers: IterableDiffers;

export declare const ɵdefaultKeyValueDiffers: KeyValueDiffers;

/**
 * Bitmask for DI flags
 */
export declare const enum ɵDepFlags {
    None = 0,
    SkipSelf = 1,
    Optional = 2,
    Self = 4,
    Value = 8
}


/**
 * Synchronously perform change detection on a component (and possibly its sub-components).
 *
 * This function triggers change detection in a synchronous way on a component. There should
 * be very little reason to call this function directly since a preferred way to do change
 * detection is to {@link markDirty} the component and wait for the scheduler to call this method
 * at some future point in time. This is because a single user action often results in many
 * components being invalidated and calling change detection on each component synchronously
 * would be inefficient. It is better to wait until all components are marked as dirty and
 * then perform single change detection across all of the components
 *
 * @param component The component which the change detection should be performed on.
 */
export declare function ɵdetectChanges<T>(component: T): void;


export declare function ɵdevModeEqual(a: any, b: any): boolean;

export declare function ɵdid(checkIndex: number, flags: ɵNodeFlags, matchedQueries: null | [string | number, ɵQueryValueType][], childCount: number, ctor: any, deps: ([ɵDepFlags, any] | any)[], props?: null | {
    [name: string]: [number, string];
}, outputs?: null | {
    [name: string]: string;
}): NodeDef;

/**
 * Runtime link information for Directives.
 *
 * This is internal data structure used by the render to link
 * directives into templates.
 *
 * NOTE: Always use `defineDirective` function to create this object,
 * never create the object directly since the shape of this object
 * can change between versions.
 *
 * @param Selector type metadata specifying the selector of the directive or component
 *
 * See: {@link defineDirective}
 */
export declare interface ɵDirectiveDef<T> extends ɵɵBaseDef<T> {
    /** Token representing the directive. Used by DI. */
    type: Type<T>;
    /** Function that resolves providers and publishes them into the DI system. */
    providersResolver: (<U extends T>(def: ɵDirectiveDef<U>, processProvidersFn?: ProcessProvidersFunction) => void) | null;
    /** The selectors that will be used to match nodes to this directive. */
    readonly selectors: ɵCssSelectorList;
    /**
     * Name under which the directive is exported (for use with local references in template)
     */
    readonly exportAs: string[] | null;
    /**
     * Factory function used to create a new directive instance.
     */
    factory: FactoryFn<T>;
    onChanges: (() => void) | null;
    onInit: (() => void) | null;
    doCheck: (() => void) | null;
    afterContentInit: (() => void) | null;
    afterContentChecked: (() => void) | null;
    afterViewInit: (() => void) | null;
    afterViewChecked: (() => void) | null;
    onDestroy: (() => void) | null;
    /**
     * The features applied to this directive
     */
    readonly features: DirectiveDefFeature[] | null;
    setInput: (<U extends T>(this: ɵDirectiveDef<U>, instance: U, value: any, publicName: string, privateName: string) => void) | null;
}

/**
 * A subclass of `Type` which has a static `ngDirectiveDef`:`DirectiveDef` field making it
 * consumable for rendering.
 */
export declare interface ɵDirectiveType<T> extends Type<T> {
    ngDirectiveDef: never;
}

/**
 * @deprecated Use the `Renderer2` instead.
 */
export declare interface ɵDirectRenderer {
    remove(node: any): void;
    appendChild(node: any, parent: any): void;
    insertBefore(node: any, refNode: any): void;
    nextSibling(node: any): any;
    parentElement(node: any): any;
}

export declare function ɵeld(checkIndex: number, flags: ɵNodeFlags, matchedQueriesDsl: null | [string | number, ɵQueryValueType][], ngContentIndex: null | number, childCount: number, namespaceAndName: string | null, fixedAttrs?: null | [string, string][], bindings?: null | [ɵBindingFlags, string, string | SecurityContext | null][], outputs?: null | ([string, string])[], handleEvent?: null | ElementHandleEventFn, componentView?: null | ViewDefinitionFactory, componentRendererType?: RendererType2 | null): NodeDef;

export declare const ɵEMPTY_ARRAY: any[];

export declare const ɵEMPTY_MAP: {
    [key: string]: any;
};

/**
 * Finds the locale data for a given locale.
 *
 * @param locale The locale code.
 * @returns The locale data.
 * @see [Internationalization (i18n) Guide](https://angular.io/guide/i18n)
 */
export declare function ɵfindLocaleData(locale: string): any;

/**
 * Loops over queued module definitions, if a given module definition has all of its
 * declarations resolved, it dequeues that module definition and sets the scope on
 * its declarations.
 */
export declare function ɵflushModuleScopingQueueAsMuchAsPossible(): void;

export declare function ɵgetComponentViewDefinitionFactory(componentFactory: ComponentFactory<any>): ViewDefinitionFactory;

export declare function ɵgetDebugNode__POST_R3__(nativeNode: Element): DebugElement__POST_R3__;

export declare function ɵgetDebugNode__POST_R3__(nativeNode: Node): DebugNode__POST_R3__;

export declare function ɵgetDebugNode__POST_R3__(nativeNode: null): null;

/**
 * Retrieves directives associated with a given DOM host element.
 *
 * @param target A DOM element, component or directive instance.
 *
 * @publicApi
 */
export declare function ɵgetDirectives(target: {}): Array<{}>;

/**
 * Retrieve the host element of the component.
 *
 * Use this function to retrieve the host element of the component. The host
 * element is the element which the component is associated with.
 *
 * @param directive Component or Directive for which the host element should be retrieved.
 *
 * @publicApi
 */
export declare function ɵgetHostElement<T>(directive: T): Element;

/**
 * Read the `ngInjectableDef` for `type` in a way which is immune to accidentally reading inherited
 * value.
 *
 * @param type A type which may have its own (non-inherited) `ngInjectableDef`.
 */
export declare function ɵgetInjectableDef<T>(type: any): ɵɵInjectableDef<T> | null;

/** Returns the matching `LContext` data for a given DOM node, directive or component instance.
 *
 * This function will examine the provided DOM element, component, or directive instance\'s
 * monkey-patched property to derive the `LContext` data. Once called then the monkey-patched
 * value will be that of the newly created `LContext`.
 *
 * If the monkey-patched value is the `LView` instance then the context value for that
 * target will be created and the monkey-patch reference will be updated. Therefore when this
 * function is called it may mutate the provided element\'s, component\'s or any of the associated
 * directive\'s monkey-patch values.
 *
 * If the monkey-patch value is not detected then the code will walk up the DOM until an element
 * is found which contains a monkey-patch reference. When that occurs then the provided element
 * will be updated with a new context (which is then returned). If the monkey-patch value is not
 * detected for a component/directive instance then it will throw an error (all components and
 * directives should be automatically monkey-patched by ivy).
 *
 * @param target Component, Directive or DOM Node.
 */
export declare function ɵgetLContext(target: any): ɵLContext | null;


/**
 * Retrieves the plural function used by ICU expressions to determine the plural case to use
 * for a given locale.
 * @param locale A locale code for the locale format rules to use.
 * @returns The plural function for the locale.
 * @see `NgPlural`
 * @see [Internationalization (i18n) Guide](https://angular.io/guide/i18n)
 */
export declare function ɵgetLocalePluralCase(locale: string): (value: number) => number;

export declare function ɵgetModuleFactory__POST_R3__(id: string): NgModuleFactory<any>;

/**
 * Returns a list of all the active players present on the provided ref instance (which can
 * be an instance of a directive, component or element).
 *
 * This function will only return players that have been added to the ref instance using
 * `addPlayer` or any players that are active through any template styling bindings
 * (`[style]`, `[style.prop]`, `[class]` and `[class.name]`).
 *
 * @publicApi
 */
export declare function ɵgetPlayers(ref: ComponentInstance | DirectiveInstance | HTMLElement): ɵPlayer[];

export declare type ɵGetterFn = (obj: any) => any;


export declare const ɵglobal: any;

/**
 * Set the configuration for `i18nLocalize`.
 *
 * @deprecated this method is temporary & should not be used as it will be removed soon
 */
export declare function ɵi18nConfigureLocalize(options?: I18nLocalizeOptions): void;

export declare function ɵinitServicesIfNeeded(): void;

export declare function ɵINJECTOR_IMPL__POST_R3__(providers: StaticProvider[], parent: Injector | undefined, name: string): Injector;

export declare function ɵinlineInterpolate(valueCount: number, c0: string, a1: any, c1: string, a2?: any, c2?: string, a3?: any, c3?: string, a4?: any, c4?: string, a5?: any, c5?: string, a6?: any, c6?: string, a7?: any, c7?: string, a8?: any, c8?: string, a9?: any, c9?: string): string;

export declare function ɵinterpolate(valueCount: number, constAndInterp: string[]): string;

export declare function ɵisBoundToModule__POST_R3__<C>(cf: ComponentFactory<C>): boolean;

/**
 * Reports whether a given strategy is currently the default for change detection.
 * @param changeDetectionStrategy The strategy to check.
 * @returns True if the given strategy is the current default, false otherwise.
 * @see `ChangeDetectorStatus`
 * @see `ChangeDetectorRef`
 */
export declare function ɵisDefaultChangeDetectionStrategy(changeDetectionStrategy: ChangeDetectionStrategy): boolean;

export declare function ɵisListLikeIterable(obj: any): boolean;

/**
 * Determine if the argument is an Observable
 */
export declare function ɵisObservable(obj: any | Observable<any>): obj is Observable<any>;

/**
 * Determine if the argument is shaped like a Promise
 */
export declare function ɵisPromise(obj: any): obj is Promise<any>;

export declare const ɵivyEnabled = false;

/**
 * The internal view context which is specific to a given DOM element, directive or
 * component instance. Each value in here (besides the LView and element node details)
 * can be present, null or undefined. If undefined then it implies the value has not been
 * looked up yet, otherwise, if null, then a lookup was executed and nothing was found.
 *
 * Each value will get filled when the respective value is examined within the getContext
 * function. The component, element and each directive instance will share the same instance
 * of the context.
 */
export declare interface ɵLContext {
    /**
     * The component's parent view data.
     */
    lView: ɵangular_packages_core_core_bm;
    /**
     * The index instance of the node.
     */
    nodeIndex: number;
    /**
     * The instance of the DOM node that is attached to the lNode.
     */
    native: RNode;
    /**
     * The instance of the Component node.
     */
    component: {} | null | undefined;
    /**
     * The list of active directives that exist on this element.
     */
    directives: any[] | null | undefined;
    /**
     * The map of local references (local reference name => element or directive instance) that exist
     * on this element.
     */
    localRefs: {
        [key: string]: any;
    } | null | undefined;
}

/**
 * Used to enable lifecycle hooks on the root component.
 *
 * Include this feature when calling `renderComponent` if the root component
 * you are rendering has lifecycle hooks defined. Otherwise, the hooks won't
 * be called properly.
 *
 * Example:
 *
 * ```
 * renderComponent(AppComponent, {features: [RootLifecycleHooks]});
 * ```
 */
export declare function ɵLifecycleHooksFeature(component: any, def: ɵComponentDef<any>): void;

/**
 * This const is used to store the locale data registered with `registerLocaleData`
 */
export declare const ɵLOCALE_DATA: {
    [localeId: string]: any;
};

/**
 * Index of each type of locale data from the locale data array
 */
export declare enum ɵLocaleDataIndex {
    LocaleId = 0,
    DayPeriodsFormat = 1,
    DayPeriodsStandalone = 2,
    DaysFormat = 3,
    DaysStandalone = 4,
    MonthsFormat = 5,
    MonthsStandalone = 6,
    Eras = 7,
    FirstDayOfWeek = 8,
    WeekendRange = 9,
    DateFormat = 10,
    TimeFormat = 11,
    DateTimeFormat = 12,
    NumberSymbols = 13,
    NumberFormats = 14,
    CurrencySymbol = 15,
    CurrencyName = 16,
    Currencies = 17,
    PluralCase = 18,
    ExtraData = 19
}


export declare function ɵlooseIdentical(a: any, b: any): boolean;

/**
 * @suppress {globalThis}
 */
export declare function ɵmakeDecorator<T>(name: string, props?: (...args: any[]) => any, parentClass?: any, additionalProcessing?: (type: Type<T>) => void, typeFn?: (type: Type<T>, ...args: any[]) => void): {
    new (...args: any[]): any;
    (...args: any[]): any;
    (...args: any[]): (cls: any) => any;
};

/**
 * Mark the component as dirty (needing change detection).
 *
 * Marking a component dirty will schedule a change detection on this
 * component at some point in the future. Marking an already dirty
 * component as dirty is a noop. Only one outstanding change detection
 * can be scheduled per component tree. (Two components bootstrapped with
 * separate `renderComponent` will have separate schedulers)
 *
 * When the root component is bootstrapped with `renderComponent`, a scheduler
 * can be provided.
 *
 * @param component Component to mark as dirty.
 *
 * @publicApi
 */
export declare function ɵmarkDirty<T>(component: T): void;

export declare type ɵMethodFn = (obj: any, args: any[]) => any;

export declare function ɵmod(providers: NgModuleProviderDef[]): NgModuleDefinition;

export declare function ɵmpd(flags: ɵNodeFlags, token: any, value: any, deps: ([ɵDepFlags, any] | any)[]): NgModuleProviderDef;

export declare function ɵncd(ngContentIndex: null | number, index: number): NodeDef;

export declare const ɵNG_BASE_DEF: string;


export declare const ɵNG_COMPONENT_DEF: string;

export declare const ɵNG_DIRECTIVE_DEF: string;

/**
 * If a directive is diPublic, bloomAdd sets a property on the type with this constant as
 * the key and the directive's unique ID as the value. This allows us to map directives to their
 * bloom filter bit for DI.
 */
export declare const ɵNG_ELEMENT_ID: string;

export declare const ɵNG_INJECTABLE_DEF: string;

export declare const ɵNG_INJECTOR_DEF: string;

export declare const ɵNG_MODULE_DEF: string;

export declare const ɵNG_PIPE_DEF: string;

/**
 * Runtime link information for NgModules.
 *
 * This is the internal data structure used by the runtime to assemble components, directives,
 * pipes, and injectors.
 *
 * NOTE: Always use `ɵɵdefineNgModule` function to create this object,
 * never create the object directly since the shape of this object
 * can change between versions.
 */
export declare interface ɵNgModuleDef<T> {
    /** Token representing the module. Used by DI. */
    type: T;
    /** List of components to bootstrap. */
    bootstrap: Type<any>[] | (() => Type<any>[]);
    /** List of components, directives, and pipes declared by this module. */
    declarations: Type<any>[] | (() => Type<any>[]);
    /** List of modules or `ModuleWithProviders` imported by this module. */
    imports: Type<any>[] | (() => Type<any>[]);
    /**
     * List of modules, `ModuleWithProviders`, components, directives, or pipes exported by this
     * module.
     */
    exports: Type<any>[] | (() => Type<any>[]);
    /**
     * Cached value of computed `transitiveCompileScopes` for this module.
     *
     * This should never be read directly, but accessed via `transitiveScopesFor`.
     */
    transitiveCompileScopes: ɵNgModuleTransitiveScopes | null;
    /** The set of schemas that declare elements to be allowed in the NgModule. */
    schemas: SchemaMetadata[] | null;
    /** Unique ID for the module with which it should be registered.  */
    id: string | null;
}

export declare class ɵNgModuleFactory<T> extends NgModuleFactory<T> {
    moduleType: Type<T>;
    constructor(moduleType: Type<T>);
    create(parentInjector: Injector | null): NgModuleRef<T>;
}

/**
 * Represents the expansion of an `NgModule` into its scopes.
 *
 * A scope is a set of directives and pipes that are visible in a particular context. Each
 * `NgModule` has two scopes. The `compilation` scope is the set of directives and pipes that will
 * be recognized in the templates of components declared by the module. The `exported` scope is the
 * set of directives and pipes exported by a module (that is, module B's exported scope gets added
 * to module A's compilation scope when module A imports B).
 */
export declare interface ɵNgModuleTransitiveScopes {
    compilation: {
        directives: Set<any>;
        pipes: Set<any>;
    };
    exported: {
        directives: Set<any>;
        pipes: Set<any>;
    };
    schemas: SchemaMetadata[] | null;
}

export declare interface ɵNgModuleType<T = any> extends Type<T> {
    ngModuleDef: ɵNgModuleDef<T>;
}


export declare interface ɵNO_CHANGE {
    brand: 'NO_CHANGE';
}

/** A special value which designates that a value has not changed. */
export declare const ɵNO_CHANGE: ɵNO_CHANGE;

/**
 * Bitmask for NodeDef.flags.
 * Naming convention:
 * - `Type...`: flags that are mutually exclusive
 * - `Cat...`: union of multiple `Type...` (short for category).
 */
export declare const enum ɵNodeFlags {
    None = 0,
    TypeElement = 1,
    TypeText = 2,
    ProjectedTemplate = 4,
    CatRenderNode = 3,
    TypeNgContent = 8,
    TypePipe = 16,
    TypePureArray = 32,
    TypePureObject = 64,
    TypePurePipe = 128,
    CatPureExpression = 224,
    TypeValueProvider = 256,
    TypeClassProvider = 512,
    TypeFactoryProvider = 1024,
    TypeUseExistingProvider = 2048,
    LazyProvider = 4096,
    PrivateProvider = 8192,
    TypeDirective = 16384,
    Component = 32768,
    CatProviderNoDirective = 3840,
    CatProvider = 20224,
    OnInit = 65536,
    OnDestroy = 131072,
    DoCheck = 262144,
    OnChanges = 524288,
    AfterContentInit = 1048576,
    AfterContentChecked = 2097152,
    AfterViewInit = 4194304,
    AfterViewChecked = 8388608,
    EmbeddedViews = 16777216,
    ComponentView = 33554432,
    TypeContentQuery = 67108864,
    TypeViewQuery = 134217728,
    StaticQuery = 268435456,
    DynamicQuery = 536870912,
    TypeNgModule = 1073741824,
    CatQuery = 201326592,
    Types = 201347067
}

/**
 * Provides a noop implementation of `NgZone` which does nothing. This zone requires explicit calls
 * to framework to perform rendering.
 */
export declare class ɵNoopNgZone implements NgZone {
    readonly hasPendingMicrotasks: boolean;
    readonly hasPendingMacrotasks: boolean;
    readonly isStable: boolean;
    readonly onUnstable: EventEmitter<any>;
    readonly onMicrotaskEmpty: EventEmitter<any>;
    readonly onStable: EventEmitter<any>;
    readonly onError: EventEmitter<any>;
    run(fn: () => any): any;
    runGuarded(fn: () => any): any;
    runOutsideAngular(fn: () => any): any;
    runTask<T>(fn: () => any): any;
}

export declare const ɵNOT_FOUND_CHECK_ONLY_ELEMENT_INJECTOR: {};

export declare function ɵnov(view: ViewData, index: number): any;

export declare function ɵoverrideComponentView(comp: Type<any>, componentFactory: ComponentFactory<any>): void;

export declare function ɵoverrideProvider(override: ProviderOverride): void;

export declare function ɵpad(checkIndex: number, argCount: number): NodeDef;

/**
 * Patch the definition of a component with directives and pipes from the compilation scope of
 * a given module.
 */
export declare function ɵpatchComponentDefWithScope<C>(componentDef: ɵComponentDef<C>, transitiveScopes: ɵNgModuleTransitiveScopes): void;

export declare function ɵpid(flags: ɵNodeFlags, ctor: any, deps: ([ɵDepFlags, any] | any)[]): NodeDef;

/**
 * Runtime link information for Pipes.
 *
 * This is internal data structure used by the renderer to link
 * pipes into templates.
 *
 * NOTE: Always use `definePipe` function to create this object,
 * never create the object directly since the shape of this object
 * can change between versions.
 *
 * See: {@link definePipe}
 */
export declare interface ɵPipeDef<T> {
    /**
     * Pipe name.
     *
     * Used to resolve pipe in templates.
     */
    readonly name: string;
    /**
     * Factory function used to create a new pipe instance.
     */
    factory: FactoryFn<T>;
    /**
     * Whether or not the pipe is pure.
     *
     * Pure pipes result only depends on the pipe input and not on internal
     * state of the pipe.
     */
    readonly pure: boolean;
    onDestroy: (() => void) | null;
}


/**
 * A shared interface which contains an animation player
 */
export declare interface ɵPlayer {
    parent?: ɵPlayer | null;
    state: ɵPlayState;
    play(): void;
    pause(): void;
    finish(): void;
    destroy(): void;
    addEventListener(state: ɵPlayState | string, cb: (data?: any) => any): void;
}

/**
 * Used as a reference to build a player from a styling template binding
 * (`[style]` and `[class]`).
 *
 * The `fn` function will be called once any styling-related changes are
 * evaluated on an element and is expected to return a player that will
 * be then run on the element.
 *
 * `[style]`, `[style.prop]`, `[class]` and `[class.name]` template bindings
 * all accept a `PlayerFactory` as input and this player factories.
 */
export declare interface ɵPlayerFactory {
    '__brand__': 'Brand for PlayerFactory that nothing will match';
}

/**
 * Designed to be used as an injection service to capture all animation players.
 *
 * When present all animation players will be passed into the flush method below.
 * This feature is designed to service application-wide animation testing, live
 * debugging as well as custom animation choreographing tools.
 */
export declare interface ɵPlayerHandler {
    /**
     * Designed to kick off the player at the end of change detection
     */
    flushPlayers(): void;
    /**
     * @param player The player that has been scheduled to run within the application.
     * @param context The context as to where the player was bound to
     */
    queuePlayer(player: ɵPlayer, context: ComponentInstance | DirectiveInstance | HTMLElement): void;
}

/**
 * The state of a given player
 *
 * Do not change the increasing nature of the numbers since the player
 * code may compare state by checking if a number is higher or lower than
 * a certain numeric value.
 */
export declare const enum ɵPlayState {
    Pending = 0,
    Running = 1,
    Paused = 2,
    Finished = 100,
    Destroyed = 200
}

export declare function ɵpod(checkIndex: number, propToIndex: {
    [p: string]: number;
}): NodeDef;

export declare function ɵppd(checkIndex: number, argCount: number): NodeDef;

export declare function ɵprd(flags: ɵNodeFlags, matchedQueries: null | [string | number, ɵQueryValueType][], token: any, value: any, deps: ([ɵDepFlags, any] | any)[]): NodeDef;

/**
 * Publishes a collection of default debug tools onto`window.ng`.
 *
 * These functions are available globally when Angular is in development
 * mode and are automatically stripped away from prod mode is on.
 */
export declare function ɵpublishDefaultGlobalUtils(): void;

/**
 * Publishes the given function to `window.ng` so that it can be
 * used from the browser console when an application is not in production.
 */
export declare function ɵpublishGlobalUtil(name: string, fn: Function): void;

export declare function ɵqud(flags: ɵNodeFlags, id: number, bindings: {
    [propName: string]: ɵQueryBindingType;
}): NodeDef;

export declare const enum ɵQueryBindingType {
    First = 0,
    All = 1
}

export declare const enum ɵQueryValueType {
    ElementRef = 0,
    RenderElement = 1,
    TemplateRef = 2,
    ViewContainerRef = 3,
    Provider = 4
}

export declare class ɵReflectionCapabilities implements PlatformReflectionCapabilities {
    private _reflect;
    constructor(reflect?: any);
    isReflectionEnabled(): boolean;
    factory<T>(t: Type<T>): (args: any[]) => T;
    private _ownParameters;
    parameters(type: Type<any>): any[][];
    private _ownAnnotations;
    annotations(typeOrFunc: Type<any>): any[];
    private _ownPropMetadata;
    propMetadata(typeOrFunc: any): {
        [key: string]: any[];
    };
    ownPropMetadata(typeOrFunc: any): {
        [key: string]: any[];
    };
    hasLifecycleHook(type: any, lcProperty: string): boolean;
    guards(type: any): {
        [key: string]: any;
    };
    getter(name: string): ɵGetterFn;
    setter(name: string): ɵSetterFn;
    method(name: string): ɵMethodFn;
    importUri(type: any): string;
    resourceUri(type: any): string;
    resolveIdentifier(name: string, moduleUrl: string, members: string[], runtime: any): any;
    resolveEnum(enumIdentifier: any, name: string): any;
}

/**
 * Registers a loaded module. Should only be called from generated NgModuleFactory code.
 * @publicApi
 */
export declare function ɵregisterModuleFactory(id: string, factory: NgModuleFactory<any>): void;

export declare function ɵregisterNgModuleType(ngModuleType: ɵNgModuleType): void;

/**
 * Render3 implementation of {@link viewEngine_ComponentFactory}.
 */
export declare class ɵRender3ComponentFactory<T> extends ComponentFactory<T> {
    private componentDef;
    private ngModule?;
    selector: string;
    componentType: Type<any>;
    ngContentSelectors: string[];
    isBoundToModule: boolean;
    readonly inputs: {
        propName: string;
        templateName: string;
    }[];
    readonly outputs: {
        propName: string;
        templateName: string;
    }[];
    /**
     * @param componentDef The component definition.
     * @param ngModule The NgModuleRef to which the factory is bound.
     */
    constructor(componentDef: ɵComponentDef<any>, ngModule?: NgModuleRef<any> | undefined);
    create(injector: Injector, projectableNodes?: any[][] | undefined, rootSelectorOrNode?: any, ngModule?: NgModuleRef<any> | undefined): ComponentRef<T>;
}

/**
 * Represents an instance of a Component created via a {@link ComponentFactory}.
 *
 * `ComponentRef` provides access to the Component Instance as well other objects related to this
 * Component Instance and allows you to destroy the Component Instance via the {@link #destroy}
 * method.
 *
 */
export declare class ɵRender3ComponentRef<T> extends ComponentRef<T> {
    location: ElementRef;
    private _rootLView;
    private _tNode;
    destroyCbs: (() => void)[] | null;
    instance: T;
    hostView: ViewRef_2<T>;
    changeDetectorRef: ChangeDetectorRef;
    componentType: Type<T>;
    constructor(componentType: Type<T>, instance: T, location: ElementRef, _rootLView: ɵangular_packages_core_core_bm, _tNode: ɵangular_packages_core_core_bg | TContainerNode | TElementContainerNode);
    readonly injector: Injector;
    destroy(): void;
    onDestroy(callback: () => void): void;
}

export declare class ɵRender3NgModuleRef<T> extends NgModuleRef<T> implements InternalNgModuleRef<T> {
    _parent: Injector | null;
    _bootstrapComponents: Type<any>[];
    _r3Injector: R3Injector;
    injector: Injector;
    instance: T;
    destroyCbs: (() => void)[] | null;
    constructor(ngModuleType: Type<T>, _parent: Injector | null);
    get(token: any, notFoundValue?: any, injectFlags?: InjectFlags): any;
    readonly componentFactoryResolver: ComponentFactoryResolver;
    destroy(): void;
    onDestroy(callback: () => void): void;
}

/**
 * Bootstraps a Component into an existing host element and returns an instance
 * of the component.
 *
 * Use this function to bootstrap a component into the DOM tree. Each invocation
 * of this function will create a separate tree of components, injectors and
 * change detection cycles and lifetimes. To dynamically insert a new component
 * into an existing tree such that it shares the same injection, change detection
 * and object lifetime, use {@link ViewContainer#createComponent}.
 *
 * @param componentType Component to bootstrap
 * @param options Optional parameters which control bootstrapping
 */
export declare function ɵrenderComponent<T>(componentType: ɵComponentType<T> | Type<T>, opts?: CreateComponentOptions): T;

/**
 * @deprecated Debug info is handled internally in the view engine now.
 */
export declare abstract class ɵRenderDebugInfo {
    abstract readonly injector: Injector;
    abstract readonly component: any;
    abstract readonly providerTokens: any[];
    abstract readonly references: {
        [key: string]: any;
    };
    abstract readonly context: any;
    abstract readonly source: string;
}

/**
 * Flags passed into template functions to determine which blocks (i.e. creation, update)
 * should be executed.
 *
 * Typically, a template runs both the creation block and the update block on initialization and
 * subsequent runs only execute the update block. However, dynamically created views require that
 * the creation block be executed separately from the update block (for backwards compat).
 */
export declare const enum ɵRenderFlags {
    Create = 1,
    Update = 2
}

export declare function ɵresetCompiledComponents(): void;

/**
 * Used to resolve resource URLs on `@Component` when used with JIT compilation.
 *
 * Example:
 * ```
 * @Component({
 *   selector: 'my-comp',
 *   templateUrl: 'my-comp.html', // This requires asynchronous resolution
 * })
 * class MyComponent{
 * }
 *
 * // Calling `renderComponent` will fail because `renderComponent` is a synchronous process
 * // and `MyComponent`'s `@Component.templateUrl` needs to be resolved asynchronously.
 *
 * // Calling `resolveComponentResources()` will resolve `@Component.templateUrl` into
 * // `@Component.template`, which allows `renderComponent` to proceed in a synchronous manner.
 *
 * // Use browser's `fetch()` function as the default resource resolution strategy.
 * resolveComponentResources(fetch).then(() => {
 *   // After resolution all URLs have been converted into `template` strings.
 *   renderComponent(MyComponent);
 * });
 *
 * ```
 *
 * NOTE: In AOT the resolution happens during compilation, and so there should be no need
 * to call this method outside JIT mode.
 *
 * @param resourceResolver a function which is responsible for returning a `Promise` to the
 * contents of the resolved URL. Browser's `fetch()` method is a good default implementation.
 */
export declare function ɵresolveComponentResources(resourceResolver: (url: string) => (Promise<string | {
    text(): Promise<string>;
}>)): Promise<void>;

/**
 * Adds decorator, constructor, and property metadata to a given type via static metadata fields
 * on the type.
 *
 * These metadata fields can later be read with Angular's `ReflectionCapabilities` API.
 *
 * Calls to `setClassMetadata` can be marked as pure, resulting in the metadata assignments being
 * tree-shaken away during production builds.
 */
export declare function ɵsetClassMetadata(type: Type<any>, decorators: any[] | null, ctorParameters: (() => any[]) | null, propDecorators: {
    [field: string]: any;
} | null): void;

export declare function ɵsetCurrentInjector(injector: Injector | null | undefined): Injector | undefined | null;

/**
 * Sets the locale id that will be used for translations and ICU expressions.
 * This is the ivy version of `LOCALE_ID` that was defined as an injection token for the view engine
 * but is now defined as a global value.
 *
 * @param localeId
 */
export declare function ɵsetLocaleId(localeId: string): void;


export declare type ɵSetterFn = (obj: any, value: any) => void;

/** Store a value in the `data` at a given `index`. */
export declare function ɵstore<T>(index: number, value: T): void;


export declare function ɵstringify(token: any): string;

export declare const ɵSWITCH_CHANGE_DETECTOR_REF_FACTORY__POST_R3__: typeof injectChangeDetectorRef;

export declare const ɵSWITCH_COMPILE_COMPONENT__POST_R3__: typeof ɵcompileComponent;

export declare const ɵSWITCH_COMPILE_DIRECTIVE__POST_R3__: typeof ɵcompileDirective;

export declare const ɵSWITCH_COMPILE_INJECTABLE__POST_R3__: typeof compileInjectable;

export declare const ɵSWITCH_COMPILE_NGMODULE__POST_R3__: typeof ɵcompileNgModule;

export declare const ɵSWITCH_COMPILE_PIPE__POST_R3__: typeof ɵcompilePipe;

export declare const ɵSWITCH_ELEMENT_REF_FACTORY__POST_R3__: typeof injectElementRef;


export declare const ɵSWITCH_IVY_ENABLED__POST_R3__ = true;

export declare const ɵSWITCH_RENDERER2_FACTORY__POST_R3__: typeof injectRenderer2;

export declare const ɵSWITCH_TEMPLATE_REF_FACTORY__POST_R3__: typeof injectTemplateRef;

export declare const ɵSWITCH_VIEW_CONTAINER_REF_FACTORY__POST_R3__: typeof injectViewContainerRef;

export declare function ɵted(checkIndex: number, ngContentIndex: number | null, staticText: string[]): NodeDef;

/**
 * Compute the pair of transitive scopes (compilation scope and exported scope) for a given module.
 *
 * This operation is memoized and the result is cached on the module's definition. It can be called
 * on modules with components that have not fully compiled yet, but the result should not be used
 * until they have.
 */
export declare function ɵtransitiveScopesFor<T>(moduleType: Type<T>, processNgModuleFn?: (ngModule: ɵNgModuleType) => void): ɵNgModuleTransitiveScopes;

export declare function ɵunv(view: ViewData, nodeIdx: number, bindingIdx: number, value: any): any;

export declare function ɵvid(flags: ɵViewFlags, nodes: NodeDef[], updateDirectives?: null | ViewUpdateFn, updateRenderer?: null | ViewUpdateFn): ɵViewDefinition;

export declare interface ɵViewDefinition extends Definition<ViewDefinitionFactory> {
    flags: ɵViewFlags;
    updateDirectives: ViewUpdateFn;
    updateRenderer: ViewUpdateFn;
    handleEvent: ViewHandleEventFn;
    /**
     * Order: Depth first.
     * Especially providers are before elements / anchors.
     */
    nodes: NodeDef[];
    /** aggregated NodeFlags for all nodes **/
    nodeFlags: ɵNodeFlags;
    rootNodeFlags: ɵNodeFlags;
    lastRenderRootNode: NodeDef | null;
    bindingCount: number;
    outputCount: number;
    /**
     * Binary or of all query ids that are matched by one of the nodes.
     * This includes query ids from templates as well.
     * Used as a bloom filter.
     */
    nodeMatchedQueries: number;
}

/**
 * Bitmask for ViewDefinition.flags.
 */
export declare const enum ɵViewFlags {
    None = 0,
    OnPush = 2
}

/**
 * Wait on component until it is rendered.
 *
 * This function returns a `Promise` which is resolved when the component's
 * change detection is executed. This is determined by finding the scheduler
 * associated with the `component`'s render tree and waiting until the scheduler
 * flushes. If nothing is scheduled, the function returns a resolved promise.
 *
 * Example:
 * ```
 * await whenRendered(myComponent);
 * ```
 *
 * @param component Component to wait upon
 * @returns Promise which resolves when the component is rendered.
 */
export declare function ɵwhenRendered(component: any): Promise<null>;


/**
 * Allocates the necessary amount of slots for host vars.
 *
 * @param count Amount of vars to be allocated
 *
 * @codeGenApi
 */
export declare function ɵɵallocHostVars(count: number): void;

/**
 * Updates the value of or removes a bound attribute on an Element.
 *
 * Used in the case of `[attr.title]="value"`
 *
 * @param name name The name of the attribute.
 * @param value value The attribute is removed when value is `null` or `undefined`.
 *                  Otherwise the attribute value is set to the stringified value.
 * @param sanitizer An optional function used to sanitize the value.
 * @param namespace Optional namespace to use when setting the attribute.
 *
 * @codeGenApi
 */
export declare function ɵɵattribute(name: string, value: any, sanitizer?: SanitizerFn | null, namespace?: string): TsickleIssue1009;

/**
 *
 * Update an interpolated attribute on an element with single bound value surrounded by text.
 *
 * Used when the value passed to a property has 1 interpolated value in it:
 *
 * ```html
 * <div attr.title="prefix{{v0}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵattributeInterpolate1('title', 'prefix', v0, 'suffix');
 * ```
 *
 * @param attrName The name of the attribute to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵattributeInterpolate1(attrName: string, prefix: string, v0: any, suffix: string, sanitizer?: SanitizerFn, namespace?: string): TsickleIssue1009;

/**
 *
 * Update an interpolated attribute on an element with 2 bound values surrounded by text.
 *
 * Used when the value passed to a property has 2 interpolated values in it:
 *
 * ```html
 * <div attr.title="prefix{{v0}}-{{v1}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵattributeInterpolate2('title', 'prefix', v0, '-', v1, 'suffix');
 * ```
 *
 * @param attrName The name of the attribute to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵattributeInterpolate2(attrName: string, prefix: string, v0: any, i0: string, v1: any, suffix: string, sanitizer?: SanitizerFn, namespace?: string): TsickleIssue1009;

/**
 *
 * Update an interpolated attribute on an element with 3 bound values surrounded by text.
 *
 * Used when the value passed to a property has 3 interpolated values in it:
 *
 * ```html
 * <div attr.title="prefix{{v0}}-{{v1}}-{{v2}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵattributeInterpolate3(
 * 'title', 'prefix', v0, '-', v1, '-', v2, 'suffix');
 * ```
 *
 * @param attrName The name of the attribute to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵattributeInterpolate3(attrName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, suffix: string, sanitizer?: SanitizerFn, namespace?: string): TsickleIssue1009;

/**
 *
 * Update an interpolated attribute on an element with 4 bound values surrounded by text.
 *
 * Used when the value passed to a property has 4 interpolated values in it:
 *
 * ```html
 * <div attr.title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵattributeInterpolate4(
 * 'title', 'prefix', v0, '-', v1, '-', v2, '-', v3, 'suffix');
 * ```
 *
 * @param attrName The name of the attribute to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param i2 Static value used for concatenation only.
 * @param v3 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵattributeInterpolate4(attrName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, suffix: string, sanitizer?: SanitizerFn, namespace?: string): TsickleIssue1009;

/**
 *
 * Update an interpolated attribute on an element with 5 bound values surrounded by text.
 *
 * Used when the value passed to a property has 5 interpolated values in it:
 *
 * ```html
 * <div attr.title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵattributeInterpolate5(
 * 'title', 'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, 'suffix');
 * ```
 *
 * @param attrName The name of the attribute to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param i2 Static value used for concatenation only.
 * @param v3 Value checked for change.
 * @param i3 Static value used for concatenation only.
 * @param v4 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵattributeInterpolate5(attrName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, suffix: string, sanitizer?: SanitizerFn, namespace?: string): TsickleIssue1009;

/**
 *
 * Update an interpolated attribute on an element with 6 bound values surrounded by text.
 *
 * Used when the value passed to a property has 6 interpolated values in it:
 *
 * ```html
 * <div attr.title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵattributeInterpolate6(
 *    'title', 'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, 'suffix');
 * ```
 *
 * @param attrName The name of the attribute to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param i2 Static value used for concatenation only.
 * @param v3 Value checked for change.
 * @param i3 Static value used for concatenation only.
 * @param v4 Value checked for change.
 * @param i4 Static value used for concatenation only.
 * @param v5 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵattributeInterpolate6(attrName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, suffix: string, sanitizer?: SanitizerFn, namespace?: string): TsickleIssue1009;

/**
 *
 * Update an interpolated attribute on an element with 7 bound values surrounded by text.
 *
 * Used when the value passed to a property has 7 interpolated values in it:
 *
 * ```html
 * <div attr.title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}-{{v6}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵattributeInterpolate7(
 *    'title', 'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, '-', v6, 'suffix');
 * ```
 *
 * @param attrName The name of the attribute to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param i2 Static value used for concatenation only.
 * @param v3 Value checked for change.
 * @param i3 Static value used for concatenation only.
 * @param v4 Value checked for change.
 * @param i4 Static value used for concatenation only.
 * @param v5 Value checked for change.
 * @param i5 Static value used for concatenation only.
 * @param v6 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵattributeInterpolate7(attrName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, i5: string, v6: any, suffix: string, sanitizer?: SanitizerFn, namespace?: string): TsickleIssue1009;

/**
 *
 * Update an interpolated attribute on an element with 8 bound values surrounded by text.
 *
 * Used when the value passed to a property has 8 interpolated values in it:
 *
 * ```html
 * <div attr.title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}-{{v6}}-{{v7}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵattributeInterpolate8(
 *  'title', 'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, '-', v6, '-', v7, 'suffix');
 * ```
 *
 * @param attrName The name of the attribute to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param i2 Static value used for concatenation only.
 * @param v3 Value checked for change.
 * @param i3 Static value used for concatenation only.
 * @param v4 Value checked for change.
 * @param i4 Static value used for concatenation only.
 * @param v5 Value checked for change.
 * @param i5 Static value used for concatenation only.
 * @param v6 Value checked for change.
 * @param i6 Static value used for concatenation only.
 * @param v7 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵattributeInterpolate8(attrName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, i5: string, v6: any, i6: string, v7: any, suffix: string, sanitizer?: SanitizerFn, namespace?: string): TsickleIssue1009;

/**
 * Update an interpolated attribute on an element with 8 or more bound values surrounded by text.
 *
 * Used when the number of interpolated values exceeds 7.
 *
 * ```html
 * <div
 *  title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}-{{v6}}-{{v7}}-{{v8}}-{{v9}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵattributeInterpolateV(
 *  'title', ['prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, '-', v6, '-', v7, '-', v9,
 *  'suffix']);
 * ```
 *
 * @param attrName The name of the attribute to update.
 * @param values The a collection of values and the strings in-between those values, beginning with
 * a string prefix and ending with a string suffix.
 * (e.g. `['prefix', value0, '-', value1, '-', value2, ..., value99, 'suffix']`)
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵattributeInterpolateV(attrName: string, values: any[], sanitizer?: SanitizerFn, namespace?: string): TsickleIssue1009;

/**
 * Runtime information for classes that are inherited by components or directives
 * that aren't defined as components or directives.
 *
 * This is an internal data structure used by the renderer to determine what inputs
 * and outputs should be inherited.
 *
 * See: {@link defineBase}
 *
 * @codeGenApi
 */
export declare interface ɵɵBaseDef<T> {
    /**
     * A dictionary mapping the inputs' minified property names to their public API names, which
     * are their aliases if any, or their original unminified property names
     * (as in `@Input('alias') propertyName: any;`).
     */
    readonly inputs: {
        [P in keyof T]: string;
    };
    /**
     * @deprecated This is only here because `NgOnChanges` incorrectly uses declared name instead of
     * public or minified name.
     */
    readonly declaredInputs: {
        [P in keyof T]: string;
    };
    /**
     * A dictionary mapping the outputs' minified property names to their public API names, which
     * are their aliases if any, or their original unminified property names
     * (as in `@Output('alias') propertyName: any;`).
     */
    readonly outputs: {
        [P in keyof T]: string;
    };
    /**
     * Function to create and refresh content queries associated with a given directive.
     */
    contentQueries: ContentQueriesFunction<T> | null;
    /**
     * Query-related instructions for a directive. Note that while directives don't have a
     * view and as such view queries won't necessarily do anything, there might be
     * components that extend the directive.
     */
    viewQuery: ViewQueriesFunction<T> | null;
    /**
     * Refreshes host bindings on the associated directive.
     */
    hostBindings: HostBindingsFunction<T> | null;
}

/**
 * Update class bindings using an object literal or class-string on an element.
 *
 * This instruction is meant to apply styling via the `[class]="exp"` template bindings.
 * When classes are applied to the element they will then be updated with
 * respect to any styles/classes set via `classProp`. If any
 * classes are set to falsy then they will be removed from the element.
 *
 * Note that the styling instruction will not be applied until `stylingApply` is called.
 * Note that this will the provided classMap value to the host element if this function is called
 * within a host binding.
 *
 * @param classes A key/value map or string of CSS classes that will be added to the
 *        given element. Any missing classes (that have already been applied to the element
 *        beforehand) will be removed (unset) from the element's list of CSS classes.
 *
 * @codeGenApi
 */
export declare function ɵɵclassMap(classes: {
    [styleName: string]: any;
} | ɵNO_CHANGE | string | null): void;

/**
 * Update a class binding on an element with the provided value.
 *
 * This instruction is meant to handle the `[class.foo]="exp"` case and,
 * therefore, the class binding itself must already be allocated using
 * `styling` within the creation block.
 *
 * @param classIndex Index of class to toggle. This index value refers to the
 *        index of the class in the class bindings array that was passed into
 *        `styling` (which is meant to be called before this
 *        function is).
 * @param value A true/false value which will turn the class on or off.
 * @param forceOverride Whether or not this value will be applied regardless
 *        of where it is being set within the styling priority structure.
 *
 * Note that this will apply the provided class value to the host element if this function
 * is called within a host binding.
 *
 * @codeGenApi
 */
export declare function ɵɵclassProp(classIndex: number, value: boolean | ɵPlayerFactory, forceOverride?: boolean): void;

/**
 * @codeGenApi
 */
export declare type ɵɵComponentDefWithMeta<T, Selector extends String, ExportAs extends string[], InputMap extends {
    [key: string]: string;
}, OutputMap extends {
    [key: string]: string;
}, QueryFields extends string[]> = ɵComponentDef<T>;

/**
* Registers a synthetic host listener (e.g. `(@foo.start)`) on a component.
*
* This instruction is for compatibility purposes and is designed to ensure that a
* synthetic host listener (e.g. `@HostListener('@foo.start')`) properly gets rendered
* in the component's renderer. Normally all host listeners are evaluated with the
* parent component's renderer, but, in the case of animation @triggers, they need
* to be evaluated with the sub component's renderer (because that's where the
* animation triggers are defined).
*
* Do not use this instruction as a replacement for `listener`. This instruction
* only exists to ensure compatibility with the ViewEngine's host binding behavior.
*
* @param eventName Name of the event
* @param listenerFn The function to be called when event emits
* @param useCapture Whether or not to use capture in event listener
* @param eventTargetResolver Function that returns global target information in case this listener
* should be attached to a global object like window, document or body
 *
 * @codeGenApi
*/
export declare function ɵɵcomponentHostSyntheticListener<T>(eventName: string, listenerFn: (e?: any) => any, useCapture?: boolean, eventTargetResolver?: GlobalTargetResolver): void;

/**
 * Creates an LContainer for inline views, e.g.
 *
 * % if (showing) {
 *   <div></div>
 * % }
 *
 * @param index The index of the container in the data array
 *
 * @codeGenApi
 */
export declare function ɵɵcontainer(index: number): void;

/**
 * Marks the end of the LContainer.
 *
 * Marking the end of LContainer is the time when to child views get inserted or removed.
 *
 * @codeGenApi
 */
export declare function ɵɵcontainerRefreshEnd(): void;

/**
 * Sets a container up to receive views.
 *
 * @param index The index of the container in the data array
 *
 * @codeGenApi
 */
export declare function ɵɵcontainerRefreshStart(index: number): void;

/**
 * Registers a QueryList, associated with a content query, for later refresh (part of a view
 * refresh).
 *
 * @param directiveIndex Current directive index
 * @param predicate The type for which the query will search
 * @param descend Whether or not to descend into children
 * @param read What to save in the query
 * @returns QueryList<T>
 *
 * @codeGenApi
 */
export declare function ɵɵcontentQuery<T>(directiveIndex: number, predicate: Type<any> | string[], descend: boolean, read: any): QueryList<T>;

/**
 * The default style sanitizer will handle sanitization for style properties by
 * sanitizing any CSS property that can include a `url` value (usually image-based properties)
 *
 * @publicApi
 */
export declare const ɵɵdefaultStyleSanitizer: StyleSanitizeFn;

/**
 * Create a base definition
 *
 * # Example
 * ```ts
 * class ShouldBeInherited {
 *   static ngBaseDef = ɵɵdefineBase({
 *      ...
 *   })
 * }
 * ```
 *
 * @param baseDefinition The base definition parameters
 *
 * @codeGenApi
 */
export declare function ɵɵdefineBase<T>(baseDefinition: {
    /**
     * A map of input names.
     *
     * The format is in: `{[actualPropertyName: string]:(string|[string, string])}`.
     *
     * Given:
     * ```
     * class MyComponent {
     *   @Input()
     *   publicInput1: string;
     *
     *   @Input('publicInput2')
     *   declaredInput2: string;
     * }
     * ```
     *
     * is described as:
     * ```
     * {
     *   publicInput1: 'publicInput1',
     *   declaredInput2: ['declaredInput2', 'publicInput2'],
     * }
     * ```
     *
     * Which the minifier may translate to:
     * ```
     * {
     *   minifiedPublicInput1: 'publicInput1',
     *   minifiedDeclaredInput2: [ 'declaredInput2', 'publicInput2'],
     * }
     * ```
     *
     * This allows the render to re-construct the minified, public, and declared names
     * of properties.
     *
     * NOTE:
     *  - Because declared and public name are usually same we only generate the array
     *    `['declared', 'public']` format when they differ.
     *  - The reason why this API and `outputs` API is not the same is that `NgOnChanges` has
     *    inconsistent behavior in that it uses declared names rather than minified or public. For
     *    this reason `NgOnChanges` will be deprecated and removed in future version and this
     *    API will be simplified to be consistent with `outputs`.
     */
    inputs?: {
        [P in keyof T]?: string | [string, string];
    };
    /**
     * A map of output names.
     *
     * The format is in: `{[actualPropertyName: string]:string}`.
     *
     * Which the minifier may translate to: `{[minifiedPropertyName: string]:string}`.
     *
     * This allows the render to re-construct the minified and non-minified names
     * of properties.
     */
    outputs?: {
        [P in keyof T]?: string;
    };
    /**
     * Function to create instances of content queries associated with a given directive.
     */
    contentQueries?: ContentQueriesFunction<T> | null;
    /**
     * Additional set of instructions specific to view query processing. This could be seen as a
     * set of instructions to be inserted into the template function.
     */
    viewQuery?: ViewQueriesFunction<T> | null;
    /**
     * Function executed by the parent template to allow children to apply host bindings.
     */
    hostBindings?: HostBindingsFunction<T>;
}): ɵɵBaseDef<T>;

/**
 * Create a component definition object.
 *
 *
 * # Example
 * ```
 * class MyDirective {
 *   // Generated by Angular Template Compiler
 *   // [Symbol] syntax will not be supported by TypeScript until v2.7
 *   static ngComponentDef = defineComponent({
 *     ...
 *   });
 * }
 * ```
 * @codeGenApi
 */
export declare function ɵɵdefineComponent<T>(componentDefinition: {
    /**
     * Directive type, needed to configure the injector.
     */
    type: Type<T>;
    /** The selectors that will be used to match nodes to this component. */
    selectors: ɵCssSelectorList;
    /**
     * Factory method used to create an instance of directive.
     */
    factory: FactoryFn<T>;
    /**
     * The number of nodes, local refs, and pipes in this component template.
     *
     * Used to calculate the length of this component's LView array, so we
     * can pre-fill the array and set the binding start index.
     */
    consts: number;
    /**
     * The number of bindings in this component template (including pure fn bindings).
     *
     * Used to calculate the length of this component's LView array, so we
     * can pre-fill the array and set the host binding start index.
     */
    vars: number;
    /**
     * A map of input names.
     *
     * The format is in: `{[actualPropertyName: string]:(string|[string, string])}`.
     *
     * Given:
     * ```
     * class MyComponent {
     *   @Input()
     *   publicInput1: string;
     *
     *   @Input('publicInput2')
     *   declaredInput2: string;
     * }
     * ```
     *
     * is described as:
     * ```
     * {
     *   publicInput1: 'publicInput1',
     *   declaredInput2: ['publicInput2', 'declaredInput2'],
     * }
     * ```
     *
     * Which the minifier may translate to:
     * ```
     * {
     *   minifiedPublicInput1: 'publicInput1',
     *   minifiedDeclaredInput2: ['publicInput2', 'declaredInput2'],
     * }
     * ```
     *
     * This allows the render to re-construct the minified, public, and declared names
     * of properties.
     *
     * NOTE:
     *  - Because declared and public name are usually same we only generate the array
     *    `['public', 'declared']` format when they differ.
     *  - The reason why this API and `outputs` API is not the same is that `NgOnChanges` has
     *    inconsistent behavior in that it uses declared names rather than minified or public. For
     *    this reason `NgOnChanges` will be deprecated and removed in future version and this
     *    API will be simplified to be consistent with `output`.
     */
    inputs?: {
        [P in keyof T]?: string | [string, string];
    };
    /**
     * A map of output names.
     *
     * The format is in: `{[actualPropertyName: string]:string}`.
     *
     * Which the minifier may translate to: `{[minifiedPropertyName: string]:string}`.
     *
     * This allows the render to re-construct the minified and non-minified names
     * of properties.
     */
    outputs?: {
        [P in keyof T]?: string;
    };
    /**
     * Function executed by the parent template to allow child directive to apply host bindings.
     */
    hostBindings?: HostBindingsFunction<T>;
    /**
     * Function to create instances of content queries associated with a given directive.
     */
    contentQueries?: ContentQueriesFunction<T>;
    /**
     * Defines the name that can be used in the template to assign this directive to a variable.
     *
     * See: {@link Directive.exportAs}
     */
    exportAs?: string[];
    /**
     * Template function use for rendering DOM.
     *
     * This function has following structure.
     *
     * ```
     * function Template<T>(ctx:T, creationMode: boolean) {
     *   if (creationMode) {
     *     // Contains creation mode instructions.
     *   }
     *   // Contains binding update instructions
     * }
     * ```
     *
     * Common instructions are:
     * Creation mode instructions:
     *  - `elementStart`, `elementEnd`
     *  - `text`
     *  - `container`
     *  - `listener`
     *
     * Binding update instructions:
     * - `bind`
     * - `elementAttribute`
     * - `elementProperty`
     * - `elementClass`
     * - `elementStyle`
     *
     */
    template: ComponentTemplate<T>;
    /**
     * An array of `ngContent[selector]` values that were found in the template.
     */
    ngContentSelectors?: string[];
    /**
     * Additional set of instructions specific to view query processing. This could be seen as a
     * set of instruction to be inserted into the template function.
     *
     * Query-related instructions need to be pulled out to a specific function as a timing of
     * execution is different as compared to all other instructions (after change detection hooks but
     * before view hooks).
     */
    viewQuery?: ViewQueriesFunction<T> | null;
    /**
     * A list of optional features to apply.
     *
     * See: {@link NgOnChangesFeature}, {@link ProvidersFeature}
     */
    features?: ComponentDefFeature[];
    /**
     * Defines template and style encapsulation options available for Component's {@link Component}.
     */
    encapsulation?: ViewEncapsulation;
    /**
     * Defines arbitrary developer-defined data to be stored on a renderer instance.
     * This is useful for renderers that delegate to other renderers.
     *
     * see: animation
     */
    data?: {
        [kind: string]: any;
    };
    /**
     * A set of styles that the component needs to be present for component to render correctly.
     */
    styles?: string[];
    /**
     * The strategy that the default change detector uses to detect changes.
     * When set, takes effect the next time change detection is triggered.
     */
    changeDetection?: ChangeDetectionStrategy;
    /**
     * Registry of directives and components that may be found in this component's view.
     *
     * The property is either an array of `DirectiveDef`s or a function which returns the array of
     * `DirectiveDef`s. The function is necessary to be able to support forward declarations.
     */
    directives?: DirectiveTypesOrFactory | null;
    /**
     * Registry of pipes that may be found in this component's view.
     *
     * The property is either an array of `PipeDefs`s or a function which returns the array of
     * `PipeDefs`s. The function is necessary to be able to support forward declarations.
     */
    pipes?: PipeTypesOrFactory | null;
    /**
     * The set of schemas that declare elements to be allowed in the component's template.
     */
    schemas?: SchemaMetadata[] | null;
}): never;

/**
 * Create a directive definition object.
 *
 * # Example
 * ```ts
 * class MyDirective {
 *   // Generated by Angular Template Compiler
 *   // [Symbol] syntax will not be supported by TypeScript until v2.7
 *   static ngDirectiveDef = ɵɵdefineDirective({
 *     ...
 *   });
 * }
 * ```
 *
 * @codeGenApi
 */
export declare const ɵɵdefineDirective: <T>(directiveDefinition: {
    /**
     * Directive type, needed to configure the injector.
     */
    type: Type<T>;
    /** The selectors that will be used to match nodes to this directive. */
    selectors: (string | SelectorFlags)[][];
    /**
     * Factory method used to create an instance of directive.
     */
    factory: FactoryFn<T>;
    /**
     * A map of input names.
     *
     * The format is in: `{[actualPropertyName: string]:(string|[string, string])}`.
     *
     * Given:
     * ```
     * class MyComponent {
     *   @Input()
     *   publicInput1: string;
     *
     *   @Input('publicInput2')
     *   declaredInput2: string;
     * }
     * ```
     *
     * is described as:
     * ```
     * {
     *   publicInput1: 'publicInput1',
     *   declaredInput2: ['declaredInput2', 'publicInput2'],
     * }
     * ```
     *
     * Which the minifier may translate to:
     * ```
     * {
     *   minifiedPublicInput1: 'publicInput1',
     *   minifiedDeclaredInput2: [ 'publicInput2', 'declaredInput2'],
     * }
     * ```
     *
     * This allows the render to re-construct the minified, public, and declared names
     * of properties.
     *
     * NOTE:
     *  - Because declared and public name are usually same we only generate the array
     *    `['declared', 'public']` format when they differ.
     *  - The reason why this API and `outputs` API is not the same is that `NgOnChanges` has
     *    inconsistent behavior in that it uses declared names rather than minified or public. For
     *    this reason `NgOnChanges` will be deprecated and removed in future version and this
     *    API will be simplified to be consistent with `output`.
     */
    inputs?: { [P in keyof T]?: string | [string, string] | undefined; } | undefined;
    /**
     * A map of output names.
     *
     * The format is in: `{[actualPropertyName: string]:string}`.
     *
     * Which the minifier may translate to: `{[minifiedPropertyName: string]:string}`.
     *
     * This allows the render to re-construct the minified and non-minified names
     * of properties.
     */
    outputs?: { [P in keyof T]?: string | undefined; } | undefined;
    /**
     * A list of optional features to apply.
     *
     * See: {@link NgOnChangesFeature}, {@link ProvidersFeature}, {@link InheritDefinitionFeature}
     */
    features?: DirectiveDefFeature[] | undefined;
    /**
     * Function executed by the parent template to allow child directive to apply host bindings.
     */
    hostBindings?: HostBindingsFunction<T> | undefined;
    /**
     * Function to create instances of content queries associated with a given directive.
     */
    contentQueries?: ContentQueriesFunction<T> | undefined;
    /**
     * Additional set of instructions specific to view query processing. This could be seen as a
     * set of instructions to be inserted into the template function.
     */
    viewQuery?: ViewQueriesFunction<T> | null | undefined;
    /**
     * Defines the name that can be used in the template to assign this directive to a variable.
     *
     * See: {@link Directive.exportAs}
     */
    exportAs?: string[] | undefined;
}) => never;

/**
 * Construct an `InjectableDef` which defines how a token will be constructed by the DI system, and
 * in which injectors (if any) it will be available.
 *
 * This should be assigned to a static `ngInjectableDef` field on a type, which will then be an
 * `InjectableType`.
 *
 * Options:
 * * `providedIn` determines which injectors will include the injectable, by either associating it
 *   with an `@NgModule` or other `InjectorType`, or by specifying that this injectable should be
 *   provided in the `'root'` injector, which will be the application-level injector in most apps.
 * * `factory` gives the zero argument function which will create an instance of the injectable.
 *   The factory can call `inject` to access the `Injector` and request injection of dependencies.
 *
 * @codeGenApi
 */
export declare function ɵɵdefineInjectable<T>(opts: {
    token: unknown;
    providedIn?: Type<any> | 'root' | 'any' | null;
    factory: () => T;
}): never;

/**
 * Construct an `InjectorDef` which configures an injector.
 *
 * This should be assigned to a static `ngInjectorDef` field on a type, which will then be an
 * `InjectorType`.
 *
 * Options:
 *
 * * `factory`: an `InjectorType` is an instantiable type, so a zero argument `factory` function to
 *   create the type must be provided. If that factory function needs to inject arguments, it can
 *   use the `inject` function.
 * * `providers`: an optional array of providers to add to the injector. Each provider must
 *   either have a factory or point to a type which has an `ngInjectableDef` static property (the
 *   type must be an `InjectableType`).
 * * `imports`: an optional array of imports of other `InjectorType`s or `InjectorTypeWithModule`s
 *   whose providers will also be added to the injector. Locally provided types will override
 *   providers from imports.
 *
 * @publicApi
 */
export declare function ɵɵdefineInjector(options: {
    factory: () => any;
    providers?: any[];
    imports?: any[];
}): never;

/**
 * @codeGenApi
 */
export declare function ɵɵdefineNgModule<T>(def: {
    /** Token representing the module. Used by DI. */
    type: T;
    /** List of components to bootstrap. */
    bootstrap?: Type<any>[] | (() => Type<any>[]);
    /** List of components, directives, and pipes declared by this module. */
    declarations?: Type<any>[] | (() => Type<any>[]);
    /** List of modules or `ModuleWithProviders` imported by this module. */
    imports?: Type<any>[] | (() => Type<any>[]);
    /**
     * List of modules, `ModuleWithProviders`, components, directives, or pipes exported by this
     * module.
     */
    exports?: Type<any>[] | (() => Type<any>[]);
    /** The set of schemas that declare elements to be allowed in the NgModule. */
    schemas?: SchemaMetadata[] | null;
    /** Unique ID for the module that is used with `getModuleFactory`. */
    id?: string | null;
}): never;

/**
 * Create a pipe definition object.
 *
 * # Example
 * ```
 * class MyPipe implements PipeTransform {
 *   // Generated by Angular Template Compiler
 *   static ngPipeDef = definePipe({
 *     ...
 *   });
 * }
 * ```
 * @param pipeDef Pipe definition generated by the compiler
 *
 * @codeGenApi
 */
export declare function ɵɵdefinePipe<T>(pipeDef: {
    /** Name of the pipe. Used for matching pipes in template to pipe defs. */
    name: string;
    /** Pipe class reference. Needed to extract pipe lifecycle hooks. */
    type: Type<T>;
    /** A factory for creating a pipe instance. */
    factory: FactoryFn<T>;
    /** Whether the pipe is pure. */
    pure?: boolean;
}): never;

/**
 * @codeGenApi
 */
export declare type ɵɵDirectiveDefWithMeta<T, Selector extends string, ExportAs extends string[], InputMap extends {
    [key: string]: string;
}, OutputMap extends {
    [key: string]: string;
}, QueryFields extends string[]> = ɵDirectiveDef<T>;

/**
 * Returns the value associated to the given token from the injectors.
 *
 * `directiveInject` is intended to be used for directive, component and pipe factories.
 *  All other injection use `inject` which does not walk the node injector tree.
 *
 * Usage example (in factory function):
 *
 * ```ts
 * class SomeDirective {
 *   constructor(directive: DirectiveA) {}
 *
 *   static ngDirectiveDef = ɵɵdefineDirective({
 *     type: SomeDirective,
 *     factory: () => new SomeDirective(ɵɵdirectiveInject(DirectiveA))
 *   });
 * }
 * ```
 * @param token the type or token to inject
 * @param flags Injection flags
 * @returns the value from the injector or `null` when not found
 *
 * @codeGenApi
 */
export declare function ɵɵdirectiveInject<T>(token: Type<T> | InjectionToken<T>): T;

export declare function ɵɵdirectiveInject<T>(token: Type<T> | InjectionToken<T>, flags: InjectFlags): T;

/**
 * Disables directive matching on element.
 *
 *  * Example:
 * ```
 * <my-comp my-directive>
 *   Should match component / directive.
 * </my-comp>
 * <div ngNonBindable>
 *   <!-- ɵɵdisableBindings() -->
 *   <my-comp my-directive>
 *     Should not match component / directive because we are in ngNonBindable.
 *   </my-comp>
 *   <!-- ɵɵenableBindings() -->
 * </div>
 * ```
 *
 * @codeGenApi
 */
export declare function ɵɵdisableBindings(): void;

/**
 * Creates an empty element using {@link elementStart} and {@link elementEnd}
 *
 * @param index Index of the element in the data array
 * @param name Name of the DOM Node
 * @param attrs Statically bound set of attributes, classes, and styles to be written into the DOM
 *              element on creation. Use [AttributeMarker] to denote the meaning of this array.
 * @param localRefs A set of local reference bindings on the element.
 *
 * @codeGenApi
 */
export declare function ɵɵelement(index: number, name: string, attrs?: TAttributes | null, localRefs?: string[] | null): void;

/**
 * Mark the end of the <ng-container>.
 *
 * @codeGenApi
 */
export declare function ɵɵelementContainerEnd(): void;

/**
 * Creates a logical container for other nodes (<ng-container>) backed by a comment node in the DOM.
 * The instruction must later be followed by `elementContainerEnd()` call.
 *
 * @param index Index of the element in the LView array
 * @param attrs Set of attributes to be used when matching directives.
 * @param localRefs A set of local reference bindings on the element.
 *
 * Even if this instruction accepts a set of attributes no actual attribute values are propagated to
 * the DOM (as a comment node can't have attributes). Attributes are here only for directive
 * matching purposes and setting initial inputs of directives.
 *
 * @codeGenApi
 */
export declare function ɵɵelementContainerStart(index: number, attrs?: TAttributes | null, localRefs?: string[] | null): void;

/**
 * Mark the end of the element.
 *
 * @codeGenApi
 */
export declare function ɵɵelementEnd(): void;

/**
 * Assign static attribute values to a host element.
 *
 * This instruction will assign static attribute values as well as class and style
 * values to an element within the host bindings function. Since attribute values
 * can consist of different types of values, the `attrs` array must include the values in
 * the following format:
 *
 * attrs = [
 *   // static attributes (like `title`, `name`, `id`...)
 *   attr1, value1, attr2, value,
 *
 *   // a single namespace value (like `x:id`)
 *   NAMESPACE_MARKER, namespaceUri1, name1, value1,
 *
 *   // another single namespace value (like `x:name`)
 *   NAMESPACE_MARKER, namespaceUri2, name2, value2,
 *
 *   // a series of CSS classes that will be applied to the element (no spaces)
 *   CLASSES_MARKER, class1, class2, class3,
 *
 *   // a series of CSS styles (property + value) that will be applied to the element
 *   STYLES_MARKER, prop1, value1, prop2, value2
 * ]
 *
 * All non-class and non-style attributes must be defined at the start of the list
 * first before all class and style values are set. When there is a change in value
 * type (like when classes and styles are introduced) a marker must be used to separate
 * the entries. The marker values themselves are set via entries found in the
 * [AttributeMarker] enum.
 *
 * NOTE: This instruction is meant to used from `hostBindings` function only.
 *
 * @param directive A directive instance the styling is associated with.
 * @param attrs An array of static values (attributes, classes and styles) with the correct marker
 * values.
 *
 * @codeGenApi
 */
export declare function ɵɵelementHostAttrs(attrs: TAttributes): void;

/**
 * Create DOM element. The instruction must later be followed by `elementEnd()` call.
 *
 * @param index Index of the element in the LView array
 * @param name Name of the DOM Node
 * @param attrs Statically bound set of attributes, classes, and styles to be written into the DOM
 *              element on creation. Use [AttributeMarker] to denote the meaning of this array.
 * @param localRefs A set of local reference bindings on the element.
 *
 * Attributes and localRefs are passed as an array of strings where elements with an even index
 * hold an attribute name and elements with an odd index hold an attribute value, ex.:
 * ['id', 'warning5', 'class', 'alert']
 *
 * @codeGenApi
 */
export declare function ɵɵelementStart(index: number, name: string, attrs?: TAttributes | null, localRefs?: string[] | null): void;

/**
 * Marks the end of an embedded view.
 *
 * @codeGenApi
 */
export declare function ɵɵembeddedViewEnd(): void;

/**
 * Marks the start of an embedded view.
 *
 * @param viewBlockId The ID of this view
 * @return boolean Whether or not this view is in creation mode
 *
 * @codeGenApi
 */
export declare function ɵɵembeddedViewStart(viewBlockId: number, consts: number, vars: number): ɵRenderFlags;

/**
 * Enables directive matching on elements.
 *
 *  * Example:
 * ```
 * <my-comp my-directive>
 *   Should match component / directive.
 * </my-comp>
 * <div ngNonBindable>
 *   <!-- ɵɵdisableBindings() -->
 *   <my-comp my-directive>
 *     Should not match component / directive because we are in ngNonBindable.
 *   </my-comp>
 *   <!-- ɵɵenableBindings() -->
 * </div>
 * ```
 *
 * @codeGenApi
 */
export declare function ɵɵenableBindings(): void;

/**
 * Returns the current OpaqueViewState instance.
 *
 * Used in conjunction with the restoreView() instruction to save a snapshot
 * of the current view and restore it when listeners are invoked. This allows
 * walking the declaration view tree in listeners to get vars from parent views.
 *
 * @codeGenApi
 */
export declare function ɵɵgetCurrentView(): OpaqueViewState;

/**
 * @codeGenApi
 */
export declare function ɵɵgetFactoryOf<T>(type: Type<any>): FactoryFn<T> | null;

/**
 * @codeGenApi
 */
export declare function ɵɵgetInheritedFactory<T>(type: Type<any>): (type: Type<T>) => T;

/**
 *
 * Use this instruction to create a translation block that doesn't contain any placeholder.
 * It calls both {@link i18nStart} and {@link i18nEnd} in one instruction.
 *
 * The translation `message` is the value which is locale specific. The translation string may
 * contain placeholders which associate inner elements and sub-templates within the translation.
 *
 * The translation `message` placeholders are:
 * - `�{index}(:{block})�`: *Binding Placeholder*: Marks a location where an expression will be
 *   interpolated into. The placeholder `index` points to the expression binding index. An optional
 *   `block` that matches the sub-template in which it was declared.
 * - `�#{index}(:{block})�`/`�/#{index}(:{block})�`: *Element Placeholder*:  Marks the beginning
 *   and end of DOM element that were embedded in the original translation block. The placeholder
 *   `index` points to the element index in the template instructions set. An optional `block` that
 *   matches the sub-template in which it was declared.
 * - `�*{index}:{block}�`/`�/*{index}:{block}�`: *Sub-template Placeholder*: Sub-templates must be
 *   split up and translated separately in each angular template function. The `index` points to the
 *   `template` instruction index. A `block` that matches the sub-template in which it was declared.
 *
 * @param index A unique index of the translation in the static block.
 * @param message The translation message.
 * @param subTemplateIndex Optional sub-template index in the `message`.
 *
 * @codeGenApi
 */
export declare function ɵɵi18n(index: number, message: string, subTemplateIndex?: number): void;

/**
 * Updates a translation block or an i18n attribute when the bindings have changed.
 *
 * @param index Index of either {@link i18nStart} (translation block) or {@link i18nAttributes}
 * (i18n attribute) on which it should update the content.
 *
 * @codeGenApi
 */
export declare function ɵɵi18nApply(index: number): void;

/**
 * Marks a list of attributes as translatable.
 *
 * @param index A unique index in the static block
 * @param values
 *
 * @codeGenApi
 */
export declare function ɵɵi18nAttributes(index: number, values: string[]): void;

/**
 * Translates a translation block marked by `i18nStart` and `i18nEnd`. It inserts the text/ICU nodes
 * into the render tree, moves the placeholder nodes and removes the deleted nodes.
 *
 * @codeGenApi
 */
export declare function ɵɵi18nEnd(): void;

/**
 * Stores the values of the bindings during each update cycle in order to determine if we need to
 * update the translated nodes.
 *
 * @param value The binding's value
 * @returns This function returns itself so that it may be chained
 * (e.g. `i18nExp(ctx.name)(ctx.title)`)
 *
 * @codeGenApi
 */
export declare function ɵɵi18nExp<T>(value: T): TsickleIssue1009;

/**
 * A goog.getMsg-like function for users that do not use Closure.
 *
 * This method is required as a *temporary* measure to prevent i18n tests from being blocked while
 * running outside of Closure Compiler. This method will not be needed once runtime translation
 * service support is introduced.
 *
 * @codeGenApi
 * @deprecated this method is temporary & should not be used as it will be removed soon
 */
export declare function ɵɵi18nLocalize(input: string, placeholders?: {
    [key: string]: string;
}): string;

/**
 * Handles message string post-processing for internationalization.
 *
 * Handles message string post-processing by transforming it from intermediate
 * format (that might contain some markers that we need to replace) to the final
 * form, consumable by i18nStart instruction. Post processing steps include:
 *
 * 1. Resolve all multi-value cases (like [�*1:1��#2:1�|�#4:1�|�5�])
 * 2. Replace all ICU vars (like "VAR_PLURAL")
 * 3. Replace all ICU references with corresponding values (like �ICU_EXP_ICU_1�)
 *    in case multiple ICUs have the same placeholder name
 *
 * @param message Raw translation string for post processing
 * @param replacements Set of replacements that should be applied
 *
 * @returns Transformed string that can be consumed by i18nStart instruction
 *
 * @codeGenApi
 */
export declare function ɵɵi18nPostprocess(message: string, replacements?: {
    [key: string]: (string | string[]);
}): string;

/**
 * Marks a block of text as translatable.
 *
 * The instructions `i18nStart` and `i18nEnd` mark the translation block in the template.
 * The translation `message` is the value which is locale specific. The translation string may
 * contain placeholders which associate inner elements and sub-templates within the translation.
 *
 * The translation `message` placeholders are:
 * - `�{index}(:{block})�`: *Binding Placeholder*: Marks a location where an expression will be
 *   interpolated into. The placeholder `index` points to the expression binding index. An optional
 *   `block` that matches the sub-template in which it was declared.
 * - `�#{index}(:{block})�`/`�/#{index}(:{block})�`: *Element Placeholder*:  Marks the beginning
 *   and end of DOM element that were embedded in the original translation block. The placeholder
 *   `index` points to the element index in the template instructions set. An optional `block` that
 *   matches the sub-template in which it was declared.
 * - `�!{index}(:{block})�`/`�/!{index}(:{block})�`: *Projection Placeholder*:  Marks the
 *   beginning and end of <ng-content> that was embedded in the original translation block.
 *   The placeholder `index` points to the element index in the template instructions set.
 *   An optional `block` that matches the sub-template in which it was declared.
 * - `�*{index}:{block}�`/`�/*{index}:{block}�`: *Sub-template Placeholder*: Sub-templates must be
 *   split up and translated separately in each angular template function. The `index` points to the
 *   `template` instruction index. A `block` that matches the sub-template in which it was declared.
 *
 * @param index A unique index of the translation in the static block.
 * @param message The translation message.
 * @param subTemplateIndex Optional sub-template index in the `message`.
 *
 * @codeGenApi
 */
export declare function ɵɵi18nStart(index: number, message: string, subTemplateIndex?: number): void;

/**
 * Merges the definition from a super class to a sub class.
 * @param definition The definition that is a SubClass of another directive of component
 *
 * @codeGenApi
 */
export declare function ɵɵInheritDefinitionFeature(definition: ɵDirectiveDef<any> | ɵComponentDef<any>): void;

/**
 * Generated instruction: Injects a token from the currently active injector.
 *
 * Must be used in the context of a factory function such as one defined for an
 * `InjectionToken`. Throws an error if not called from such a context.
 *
 * (Additional documentation moved to `inject`, as it is the public API, and an alias for this instruction)
 *
 * @see inject
 * @codeGenApi
 */
export declare function ɵɵinject<T>(token: Type<T> | InjectionToken<T>): T;

export declare function ɵɵinject<T>(token: Type<T> | InjectionToken<T>, flags?: InjectFlags): T | null;

/**
 * Information about how a type or `InjectionToken` interfaces with the DI system.
 *
 * At a minimum, this includes a `factory` which defines how to create the given type `T`, possibly
 * requesting injection of other types if necessary.
 *
 * Optionally, a `providedIn` parameter specifies that the given type belongs to a particular
 * `InjectorDef`, `NgModule`, or a special scope (e.g. `'root'`). A value of `null` indicates
 * that the injectable does not belong to any scope.
 *
 * NOTE: This is a private type and should not be exported
 *
 * @publicApi
 */
export declare interface ɵɵInjectableDef<T> {
    /**
     * Specifies that the given type belongs to a particular injector:
     * - `InjectorType` such as `NgModule`,
     * - `'root'` the root injector
     * - `'any'` all injectors.
     * - `null`, does not belong to any injector. Must be explicitly listed in the injector
     *   `providers`.
     */
    providedIn: InjectorType<any> | 'root' | 'any' | null;
    /**
     * The token to which this definition belongs.
     *
     * Note that this may not be the same as the type that the `factory` will create.
     */
    token: unknown;
    /**
     * Factory method to execute to create an instance of the injectable.
     */
    factory: (t?: Type<any>) => T;
    /**
     * In a case of no explicit injector, a location where the instance of the injectable is stored.
     */
    value: T | undefined;
}

/**
 * Facade for the attribute injection from DI.
 *
 * @codeGenApi
 */
export declare function ɵɵinjectAttribute(attrNameToInject: string): string | null;

/**
 * Information about the providers to be included in an `Injector` as well as how the given type
 * which carries the information should be created by the DI system.
 *
 * An `InjectorDef` can import other types which have `InjectorDefs`, forming a deep nested
 * structure of providers with a defined priority (identically to how `NgModule`s also have
 * an import/dependency structure).
 *
 * NOTE: This is a private type and should not be exported
 *
 * @publicApi
 */
export declare interface ɵɵInjectorDef<T> {
    factory: () => T;
    providers: (Type<any> | ValueProvider | ExistingProvider | FactoryProvider | ConstructorProvider | StaticClassProvider | ClassProvider | any[])[];
    imports: (InjectorType<any> | InjectorTypeWithProviders<any>)[];
}

/**
 * Creates an interpolation binding with 1 expression.
 *
 * @param prefix static value used for concatenation only.
 * @param v0 value checked for change.
 * @param suffix static value used for concatenation only.
 *
 * @codeGenApi
 */
export declare function ɵɵinterpolation1(prefix: string, v0: any, suffix: string): string | ɵNO_CHANGE;

/**
 * Creates an interpolation binding with 2 expressions.
 *
 * @codeGenApi
 */
export declare function ɵɵinterpolation2(prefix: string, v0: any, i0: string, v1: any, suffix: string): string | ɵNO_CHANGE;

/**
 * Creates an interpolation binding with 3 expressions.
 *
 * @codeGenApi
 */
export declare function ɵɵinterpolation3(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, suffix: string): string | ɵNO_CHANGE;

/**
 * Create an interpolation binding with 4 expressions.
 *
 * @codeGenApi
 */
export declare function ɵɵinterpolation4(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, suffix: string): string | ɵNO_CHANGE;

/**
 * Creates an interpolation binding with 5 expressions.
 *
 * @codeGenApi
 */
export declare function ɵɵinterpolation5(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, suffix: string): string | ɵNO_CHANGE;

/**
 * Creates an interpolation binding with 6 expressions.
 *
 * @codeGenApi
 */
export declare function ɵɵinterpolation6(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, suffix: string): string | ɵNO_CHANGE;

/**
 * Creates an interpolation binding with 7 expressions.
 *
 * @codeGenApi
 */
export declare function ɵɵinterpolation7(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, i5: string, v6: any, suffix: string): string | ɵNO_CHANGE;

/**
 * Creates an interpolation binding with 8 expressions.
 *
 * @codeGenApi
 */
export declare function ɵɵinterpolation8(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, i5: string, v6: any, i6: string, v7: any, suffix: string): string | ɵNO_CHANGE;

/**
 * Create interpolation bindings with a variable number of expressions.
 *
 * If there are 1 to 8 expressions `interpolation1()` to `interpolation8()` should be used instead.
 * Those are faster because there is no need to create an array of expressions and iterate over it.
 *
 * `values`:
 * - has static text at even indexes,
 * - has evaluated expressions at odd indexes.
 *
 * Returns the concatenated string when any of the arguments changes, `NO_CHANGE` otherwise.
 *
 * @codeGenApi
 */
export declare function ɵɵinterpolationV(values: any[]): string | ɵNO_CHANGE;

/**
 * Adds an event listener to the current node.
 *
 * If an output exists on one of the node's directives, it also subscribes to the output
 * and saves the subscription for later cleanup.
 *
 * @param eventName Name of the event
 * @param listenerFn The function to be called when event emits
 * @param useCapture Whether or not to use capture in event listener
 * @param eventTargetResolver Function that returns global target information in case this listener
 * should be attached to a global object like window, document or body
 *
 * @codeGenApi
 */
export declare function ɵɵlistener(eventName: string, listenerFn: (e?: any) => any, useCapture?: boolean, eventTargetResolver?: GlobalTargetResolver): void;

/**
 * Retrieves a value from current `viewData`.
 *
 * @codeGenApi
 */
export declare function ɵɵload<T>(index: number): T;

/**
 *
 * @codeGenApi
 */
export declare function ɵɵloadContentQuery<T>(): QueryList<T>;

/**
 * Loads current View Query and moves the pointer/index to the next View Query in LView.
 *
 * @codeGenApi
 */
export declare function ɵɵloadViewQuery<T>(): T;

/**
 * Sets the namespace used to create elements no `null`, which forces element creation to use
 * `createElement` rather than `createElementNS`.
 *
 * @codeGenApi
 */
export declare function ɵɵnamespaceHTML(): void;

/**
 * Sets the namespace used to create elements to `'http://www.w3.org/1998/MathML/'` in global state.
 *
 * @codeGenApi
 */
export declare function ɵɵnamespaceMathML(): void;

/**
 * Sets the namespace used to create elements to `'http://www.w3.org/2000/svg'` in global state.
 *
 * @codeGenApi
 */
export declare function ɵɵnamespaceSVG(): void;

/**
 * Retrieves a context at the level specified and saves it as the global, contextViewData.
 * Will get the next level up if level is not specified.
 *
 * This is used to save contexts of parent views so they can be bound in embedded views, or
 * in conjunction with reference() to bind a ref from a parent view.
 *
 * @param level The relative level of the view from which to grab context compared to contextVewData
 * @returns context
 *
 * @codeGenApi
 */
export declare function ɵɵnextContext<T = any>(level?: number): T;

/**
 * @publicApi
 */
export declare type ɵɵNgModuleDefWithMeta<T, Declarations, Imports, Exports> = ɵNgModuleDef<T>;

/**
 * The NgOnChangesFeature decorates a component with support for the ngOnChanges
 * lifecycle hook, so it should be included in any component that implements
 * that hook.
 *
 * If the component or directive uses inheritance, the NgOnChangesFeature MUST
 * be included as a feature AFTER {@link InheritDefinitionFeature}, otherwise
 * inherited properties will not be propagated to the ngOnChanges lifecycle
 * hook.
 *
 * Example usage:
 *
 * ```
 * static ngComponentDef = defineComponent({
 *   ...
 *   inputs: {name: 'publicName'},
 *   features: [NgOnChangesFeature()]
 * });
 * ```
 *
 * @codeGenApi
 */
export declare function ɵɵNgOnChangesFeature<T>(): DirectiveDefFeature;


/**
 * Create a pipe.
 *
 * @param index Pipe index where the pipe will be stored.
 * @param pipeName The name of the pipe
 * @returns T the instance of the pipe.
 *
 * @codeGenApi
 */
export declare function ɵɵpipe(index: number, pipeName: string): any;

/**
 * Invokes a pipe with 1 arguments.
 *
 * This instruction acts as a guard to {@link PipeTransform#transform} invoking
 * the pipe only when an input to the pipe changes.
 *
 * @param index Pipe index where the pipe was stored on creation.
 * @param slotOffset the offset in the reserved slot space
 * @param v1 1st argument to {@link PipeTransform#transform}.
 *
 * @codeGenApi
 */
export declare function ɵɵpipeBind1(index: number, slotOffset: number, v1: any): any;

/**
 * Invokes a pipe with 2 arguments.
 *
 * This instruction acts as a guard to {@link PipeTransform#transform} invoking
 * the pipe only when an input to the pipe changes.
 *
 * @param index Pipe index where the pipe was stored on creation.
 * @param slotOffset the offset in the reserved slot space
 * @param v1 1st argument to {@link PipeTransform#transform}.
 * @param v2 2nd argument to {@link PipeTransform#transform}.
 *
 * @codeGenApi
 */
export declare function ɵɵpipeBind2(index: number, slotOffset: number, v1: any, v2: any): any;

/**
 * Invokes a pipe with 3 arguments.
 *
 * This instruction acts as a guard to {@link PipeTransform#transform} invoking
 * the pipe only when an input to the pipe changes.
 *
 * @param index Pipe index where the pipe was stored on creation.
 * @param slotOffset the offset in the reserved slot space
 * @param v1 1st argument to {@link PipeTransform#transform}.
 * @param v2 2nd argument to {@link PipeTransform#transform}.
 * @param v3 4rd argument to {@link PipeTransform#transform}.
 *
 * @codeGenApi
 */
export declare function ɵɵpipeBind3(index: number, slotOffset: number, v1: any, v2: any, v3: any): any;

/**
 * Invokes a pipe with 4 arguments.
 *
 * This instruction acts as a guard to {@link PipeTransform#transform} invoking
 * the pipe only when an input to the pipe changes.
 *
 * @param index Pipe index where the pipe was stored on creation.
 * @param slotOffset the offset in the reserved slot space
 * @param v1 1st argument to {@link PipeTransform#transform}.
 * @param v2 2nd argument to {@link PipeTransform#transform}.
 * @param v3 3rd argument to {@link PipeTransform#transform}.
 * @param v4 4th argument to {@link PipeTransform#transform}.
 *
 * @codeGenApi
 */
export declare function ɵɵpipeBind4(index: number, slotOffset: number, v1: any, v2: any, v3: any, v4: any): any;

/**
 * Invokes a pipe with variable number of arguments.
 *
 * This instruction acts as a guard to {@link PipeTransform#transform} invoking
 * the pipe only when an input to the pipe changes.
 *
 * @param index Pipe index where the pipe was stored on creation.
 * @param slotOffset the offset in the reserved slot space
 * @param values Array of arguments to pass to {@link PipeTransform#transform} method.
 *
 * @codeGenApi
 */
export declare function ɵɵpipeBindV(index: number, slotOffset: number, values: any[]): any;

/**
 * @codeGenApi
 */
export declare type ɵɵPipeDefWithMeta<T, Name extends string> = ɵPipeDef<T>;

/**
 * Inserts previously re-distributed projected nodes. This instruction must be preceded by a call
 * to the projectionDef instruction.
 *
 * @param nodeIndex
 * @param selectorIndex:
 *        - 0 when the selector is `*` (or unspecified as this is the default value),
 *        - 1 based index of the selector from the {@link projectionDef}
 *
 * @codeGenApi
*/
export declare function ɵɵprojection(nodeIndex: number, selectorIndex?: number, attrs?: TAttributes): void;

/**
 * Instruction to distribute projectable nodes among <ng-content> occurrences in a given template.
 * It takes all the selectors from the entire component's template and decides where
 * each projected node belongs (it re-distributes nodes among "buckets" where each "bucket" is
 * backed by a selector).
 *
 * This function requires CSS selectors to be provided in 2 forms: parsed (by a compiler) and text,
 * un-parsed form.
 *
 * The parsed form is needed for efficient matching of a node against a given CSS selector.
 * The un-parsed, textual form is needed for support of the ngProjectAs attribute.
 *
 * Having a CSS selector in 2 different formats is not ideal, but alternatives have even more
 * drawbacks:
 * - having only a textual form would require runtime parsing of CSS selectors;
 * - we can't have only a parsed as we can't re-construct textual form from it (as entered by a
 * template author).
 *
 * @param projectionSlots? A collection of projection slots. A projection slot can be based
 *        on a parsed CSS selectors or set to the wildcard selector ("*") in order to match
 *        all nodes which do not match any selector. If not specified, a single wildcard
 *        selector projection slot will be defined.
 *
 * @codeGenApi
 */
export declare function ɵɵprojectionDef(projectionSlots?: ProjectionSlots): void;

/**
 * Update a property on a selected element.
 *
 * Operates on the element selected by index via the {@link select} instruction.
 *
 * If the property name also exists as an input property on one of the element's directives,
 * the component property will be set instead of the element property. This check must
 * be conducted at runtime so child components that add new `@Inputs` don't have to be re-compiled
 *
 * @param propName Name of property. Because it is going to DOM, this is not subject to
 *        renaming as part of minification.
 * @param value New value to write.
 * @param sanitizer An optional function used to sanitize the value.
 * @param nativeOnly Whether or not we should only set native properties and skip input check
 * (this is necessary for host property bindings)
 * @returns This function returns itself so that it may be chained
 * (e.g. `property('name', ctx.name)('title', ctx.title)`)
 *
 * @codeGenApi
 */
export declare function ɵɵproperty<T>(propName: string, value: T, sanitizer?: SanitizerFn | null, nativeOnly?: boolean): TsickleIssue1009;

/**
 *
 * Update an interpolated property on an element with a lone bound value
 *
 * Used when the value passed to a property has 1 interpolated value in it, an no additional text
 * surrounds that interpolated value:
 *
 * ```html
 * <div title="{{v0}}"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵpropertyInterpolate('title', v0);
 * ```
 *
 * If the property name also exists as an input property on one of the element's directives,
 * the component property will be set instead of the element property. This check must
 * be conducted at runtime so child components that add new `@Inputs` don't have to be re-compiled.
 *
 * @param propName The name of the property to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵpropertyInterpolate(propName: string, v0: any, sanitizer?: SanitizerFn): TsickleIssue1009;

/**
 *
 * Update an interpolated property on an element with single bound value surrounded by text.
 *
 * Used when the value passed to a property has 1 interpolated value in it:
 *
 * ```html
 * <div title="prefix{{v0}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵpropertyInterpolate1('title', 'prefix', v0, 'suffix');
 * ```
 *
 * If the property name also exists as an input property on one of the element's directives,
 * the component property will be set instead of the element property. This check must
 * be conducted at runtime so child components that add new `@Inputs` don't have to be re-compiled.
 *
 * @param propName The name of the property to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵpropertyInterpolate1(propName: string, prefix: string, v0: any, suffix: string, sanitizer?: SanitizerFn): TsickleIssue1009;

/**
 *
 * Update an interpolated property on an element with 2 bound values surrounded by text.
 *
 * Used when the value passed to a property has 2 interpolated values in it:
 *
 * ```html
 * <div title="prefix{{v0}}-{{v1}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵpropertyInterpolate2('title', 'prefix', v0, '-', v1, 'suffix');
 * ```
 *
 * If the property name also exists as an input property on one of the element's directives,
 * the component property will be set instead of the element property. This check must
 * be conducted at runtime so child components that add new `@Inputs` don't have to be re-compiled.
 *
 * @param propName The name of the property to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵpropertyInterpolate2(propName: string, prefix: string, v0: any, i0: string, v1: any, suffix: string, sanitizer?: SanitizerFn): TsickleIssue1009;

/**
 *
 * Update an interpolated property on an element with 3 bound values surrounded by text.
 *
 * Used when the value passed to a property has 3 interpolated values in it:
 *
 * ```html
 * <div title="prefix{{v0}}-{{v1}}-{{v2}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵpropertyInterpolate3(
 * 'title', 'prefix', v0, '-', v1, '-', v2, 'suffix');
 * ```
 *
 * If the property name also exists as an input property on one of the element's directives,
 * the component property will be set instead of the element property. This check must
 * be conducted at runtime so child components that add new `@Inputs` don't have to be re-compiled.
 *
 * @param propName The name of the property to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵpropertyInterpolate3(propName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, suffix: string, sanitizer?: SanitizerFn): TsickleIssue1009;

/**
 *
 * Update an interpolated property on an element with 4 bound values surrounded by text.
 *
 * Used when the value passed to a property has 4 interpolated values in it:
 *
 * ```html
 * <div title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵpropertyInterpolate4(
 * 'title', 'prefix', v0, '-', v1, '-', v2, '-', v3, 'suffix');
 * ```
 *
 * If the property name also exists as an input property on one of the element's directives,
 * the component property will be set instead of the element property. This check must
 * be conducted at runtime so child components that add new `@Inputs` don't have to be re-compiled.
 *
 * @param propName The name of the property to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param i2 Static value used for concatenation only.
 * @param v3 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵpropertyInterpolate4(propName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, suffix: string, sanitizer?: SanitizerFn): TsickleIssue1009;

/**
 *
 * Update an interpolated property on an element with 5 bound values surrounded by text.
 *
 * Used when the value passed to a property has 5 interpolated values in it:
 *
 * ```html
 * <div title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵpropertyInterpolate5(
 * 'title', 'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, 'suffix');
 * ```
 *
 * If the property name also exists as an input property on one of the element's directives,
 * the component property will be set instead of the element property. This check must
 * be conducted at runtime so child components that add new `@Inputs` don't have to be re-compiled.
 *
 * @param propName The name of the property to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param i2 Static value used for concatenation only.
 * @param v3 Value checked for change.
 * @param i3 Static value used for concatenation only.
 * @param v4 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵpropertyInterpolate5(propName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, suffix: string, sanitizer?: SanitizerFn): TsickleIssue1009;

/**
 *
 * Update an interpolated property on an element with 6 bound values surrounded by text.
 *
 * Used when the value passed to a property has 6 interpolated values in it:
 *
 * ```html
 * <div title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵpropertyInterpolate6(
 *    'title', 'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, 'suffix');
 * ```
 *
 * If the property name also exists as an input property on one of the element's directives,
 * the component property will be set instead of the element property. This check must
 * be conducted at runtime so child components that add new `@Inputs` don't have to be re-compiled.
 *
 * @param propName The name of the property to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param i2 Static value used for concatenation only.
 * @param v3 Value checked for change.
 * @param i3 Static value used for concatenation only.
 * @param v4 Value checked for change.
 * @param i4 Static value used for concatenation only.
 * @param v5 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵpropertyInterpolate6(propName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, suffix: string, sanitizer?: SanitizerFn): TsickleIssue1009;

/**
 *
 * Update an interpolated property on an element with 7 bound values surrounded by text.
 *
 * Used when the value passed to a property has 7 interpolated values in it:
 *
 * ```html
 * <div title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}-{{v6}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵpropertyInterpolate7(
 *    'title', 'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, '-', v6, 'suffix');
 * ```
 *
 * If the property name also exists as an input property on one of the element's directives,
 * the component property will be set instead of the element property. This check must
 * be conducted at runtime so child components that add new `@Inputs` don't have to be re-compiled.
 *
 * @param propName The name of the property to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param i2 Static value used for concatenation only.
 * @param v3 Value checked for change.
 * @param i3 Static value used for concatenation only.
 * @param v4 Value checked for change.
 * @param i4 Static value used for concatenation only.
 * @param v5 Value checked for change.
 * @param i5 Static value used for concatenation only.
 * @param v6 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵpropertyInterpolate7(propName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, i5: string, v6: any, suffix: string, sanitizer?: SanitizerFn): TsickleIssue1009;

/**
 *
 * Update an interpolated property on an element with 8 bound values surrounded by text.
 *
 * Used when the value passed to a property has 8 interpolated values in it:
 *
 * ```html
 * <div title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}-{{v6}}-{{v7}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵpropertyInterpolate8(
 *  'title', 'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, '-', v6, '-', v7, 'suffix');
 * ```
 *
 * If the property name also exists as an input property on one of the element's directives,
 * the component property will be set instead of the element property. This check must
 * be conducted at runtime so child components that add new `@Inputs` don't have to be re-compiled.
 *
 * @param propName The name of the property to update
 * @param prefix Static value used for concatenation only.
 * @param v0 Value checked for change.
 * @param i0 Static value used for concatenation only.
 * @param v1 Value checked for change.
 * @param i1 Static value used for concatenation only.
 * @param v2 Value checked for change.
 * @param i2 Static value used for concatenation only.
 * @param v3 Value checked for change.
 * @param i3 Static value used for concatenation only.
 * @param v4 Value checked for change.
 * @param i4 Static value used for concatenation only.
 * @param v5 Value checked for change.
 * @param i5 Static value used for concatenation only.
 * @param v6 Value checked for change.
 * @param i6 Static value used for concatenation only.
 * @param v7 Value checked for change.
 * @param suffix Static value used for concatenation only.
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵpropertyInterpolate8(propName: string, prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, i5: string, v6: any, i6: string, v7: any, suffix: string, sanitizer?: SanitizerFn): TsickleIssue1009;

/**
 * Update an interpolated property on an element with 8 or more bound values surrounded by text.
 *
 * Used when the number of interpolated values exceeds 7.
 *
 * ```html
 * <div
 *  title="prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}-{{v6}}-{{v7}}-{{v8}}-{{v9}}suffix"></div>
 * ```
 *
 * Its compiled representation is::
 *
 * ```ts
 * ɵɵpropertyInterpolateV(
 *  'title', ['prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, '-', v6, '-', v7, '-', v9,
 *  'suffix']);
 * ```
 *
 * If the property name also exists as an input property on one of the element's directives,
 * the component property will be set instead of the element property. This check must
 * be conducted at runtime so child components that add new `@Inputs` don't have to be re-compiled.
 *
 * @param propName The name of the property to update.
 * @param values The a collection of values and the strings inbetween those values, beginning with a
 * string prefix and ending with a string suffix.
 * (e.g. `['prefix', value0, '-', value1, '-', value2, ..., value99, 'suffix']`)
 * @param sanitizer An optional sanitizer function
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵpropertyInterpolateV(propName: string, values: any[], sanitizer?: SanitizerFn): TsickleIssue1009;

/**
 * This feature resolves the providers of a directive (or component),
 * and publish them into the DI system, making it visible to others for injection.
 *
 * For example:
 * ```ts
 * class ComponentWithProviders {
 *   constructor(private greeter: GreeterDE) {}
 *
 *   static ngComponentDef = defineComponent({
 *     type: ComponentWithProviders,
 *     selectors: [['component-with-providers']],
 *    factory: () => new ComponentWithProviders(directiveInject(GreeterDE as any)),
 *    consts: 1,
 *    vars: 1,
 *    template: function(fs: RenderFlags, ctx: ComponentWithProviders) {
 *      if (fs & RenderFlags.Create) {
 *        ɵɵtext(0);
 *      }
 *      if (fs & RenderFlags.Update) {
 *        ɵɵselect(0);
 *        ɵɵtextBinding(ctx.greeter.greet());
 *      }
 *    },
 *    features: [ProvidersFeature([GreeterDE])]
 *  });
 * }
 * ```
 *
 * @param definition
 *
 * @codeGenApi
 */
export declare function ɵɵProvidersFeature<T>(providers: Provider[], viewProviders?: Provider[]): (definition: ɵDirectiveDef<T>) => void;


/**
 * Bindings for pure functions are stored after regular bindings.
 *
 * |------consts------|---------vars---------|                 |----- hostVars (dir1) ------|
 * ------------------------------------------------------------------------------------------
 * | nodes/refs/pipes | bindings | fn slots  | injector | dir1 | host bindings | host slots |
 * ------------------------------------------------------------------------------------------
 *                    ^                      ^
 *      TView.bindingStartIndex      TView.expandoStartIndex
 *
 * Pure function instructions are given an offset from the binding root. Adding the offset to the
 * binding root gives the first index where the bindings are stored. In component views, the binding
 * root is the bindingStartIndex. In host bindings, the binding root is the expandoStartIndex +
 * any directive instances + any hostVars in directives evaluated before it.
 *
 * See VIEW_DATA.md for more information about host binding resolution.
 */
/**
 * If the value hasn't been saved, calls the pure function to store and return the
 * value. If it has been saved, returns the saved value.
 *
 * @param slotOffset the offset from binding root to the reserved slot
 * @param pureFn Function that returns a value
 * @param thisArg Optional calling context of pureFn
 * @returns value
 *
 * @codeGenApi
 */
export declare function ɵɵpureFunction0<T>(slotOffset: number, pureFn: () => T, thisArg?: any): T;

/**
 * If the value of the provided exp has changed, calls the pure function to return
 * an updated value. Or if the value has not changed, returns cached value.
 *
 * @param slotOffset the offset from binding root to the reserved slot
 * @param pureFn Function that returns an updated value
 * @param exp Updated expression value
 * @param thisArg Optional calling context of pureFn
 * @returns Updated or cached value
 *
 * @codeGenApi
 */
export declare function ɵɵpureFunction1(slotOffset: number, pureFn: (v: any) => any, exp: any, thisArg?: any): any;

/**
 * If the value of any provided exp has changed, calls the pure function to return
 * an updated value. Or if no values have changed, returns cached value.
 *
 * @param slotOffset the offset from binding root to the reserved slot
 * @param pureFn
 * @param exp1
 * @param exp2
 * @param thisArg Optional calling context of pureFn
 * @returns Updated or cached value
 *
 * @codeGenApi
 */
export declare function ɵɵpureFunction2(slotOffset: number, pureFn: (v1: any, v2: any) => any, exp1: any, exp2: any, thisArg?: any): any;

/**
 * If the value of any provided exp has changed, calls the pure function to return
 * an updated value. Or if no values have changed, returns cached value.
 *
 * @param slotOffset the offset from binding root to the reserved slot
 * @param pureFn
 * @param exp1
 * @param exp2
 * @param exp3
 * @param thisArg Optional calling context of pureFn
 * @returns Updated or cached value
 *
 * @codeGenApi
 */
export declare function ɵɵpureFunction3(slotOffset: number, pureFn: (v1: any, v2: any, v3: any) => any, exp1: any, exp2: any, exp3: any, thisArg?: any): any;

/**
 * If the value of any provided exp has changed, calls the pure function to return
 * an updated value. Or if no values have changed, returns cached value.
 *
 * @param slotOffset the offset from binding root to the reserved slot
 * @param pureFn
 * @param exp1
 * @param exp2
 * @param exp3
 * @param exp4
 * @param thisArg Optional calling context of pureFn
 * @returns Updated or cached value
 *
 * @codeGenApi
 */
export declare function ɵɵpureFunction4(slotOffset: number, pureFn: (v1: any, v2: any, v3: any, v4: any) => any, exp1: any, exp2: any, exp3: any, exp4: any, thisArg?: any): any;

/**
 * If the value of any provided exp has changed, calls the pure function to return
 * an updated value. Or if no values have changed, returns cached value.
 *
 * @param slotOffset the offset from binding root to the reserved slot
 * @param pureFn
 * @param exp1
 * @param exp2
 * @param exp3
 * @param exp4
 * @param exp5
 * @param thisArg Optional calling context of pureFn
 * @returns Updated or cached value
 *
 * @codeGenApi
 */
export declare function ɵɵpureFunction5(slotOffset: number, pureFn: (v1: any, v2: any, v3: any, v4: any, v5: any) => any, exp1: any, exp2: any, exp3: any, exp4: any, exp5: any, thisArg?: any): any;

/**
 * If the value of any provided exp has changed, calls the pure function to return
 * an updated value. Or if no values have changed, returns cached value.
 *
 * @param slotOffset the offset from binding root to the reserved slot
 * @param pureFn
 * @param exp1
 * @param exp2
 * @param exp3
 * @param exp4
 * @param exp5
 * @param exp6
 * @param thisArg Optional calling context of pureFn
 * @returns Updated or cached value
 *
 * @codeGenApi
 */
export declare function ɵɵpureFunction6(slotOffset: number, pureFn: (v1: any, v2: any, v3: any, v4: any, v5: any, v6: any) => any, exp1: any, exp2: any, exp3: any, exp4: any, exp5: any, exp6: any, thisArg?: any): any;

/**
 * If the value of any provided exp has changed, calls the pure function to return
 * an updated value. Or if no values have changed, returns cached value.
 *
 * @param slotOffset the offset from binding root to the reserved slot
 * @param pureFn
 * @param exp1
 * @param exp2
 * @param exp3
 * @param exp4
 * @param exp5
 * @param exp6
 * @param exp7
 * @param thisArg Optional calling context of pureFn
 * @returns Updated or cached value
 *
 * @codeGenApi
 */
export declare function ɵɵpureFunction7(slotOffset: number, pureFn: (v1: any, v2: any, v3: any, v4: any, v5: any, v6: any, v7: any) => any, exp1: any, exp2: any, exp3: any, exp4: any, exp5: any, exp6: any, exp7: any, thisArg?: any): any;

/**
 * If the value of any provided exp has changed, calls the pure function to return
 * an updated value. Or if no values have changed, returns cached value.
 *
 * @param slotOffset the offset from binding root to the reserved slot
 * @param pureFn
 * @param exp1
 * @param exp2
 * @param exp3
 * @param exp4
 * @param exp5
 * @param exp6
 * @param exp7
 * @param exp8
 * @param thisArg Optional calling context of pureFn
 * @returns Updated or cached value
 *
 * @codeGenApi
 */
export declare function ɵɵpureFunction8(slotOffset: number, pureFn: (v1: any, v2: any, v3: any, v4: any, v5: any, v6: any, v7: any, v8: any) => any, exp1: any, exp2: any, exp3: any, exp4: any, exp5: any, exp6: any, exp7: any, exp8: any, thisArg?: any): any;

/**
 * pureFunction instruction that can support any number of bindings.
 *
 * If the value of any provided exp has changed, calls the pure function to return
 * an updated value. Or if no values have changed, returns cached value.
 *
 * @param slotOffset the offset from binding root to the reserved slot
 * @param pureFn A pure function that takes binding values and builds an object or array
 * containing those values.
 * @param exps An array of binding values
 * @param thisArg Optional calling context of pureFn
 * @returns Updated or cached value
 *
 * @codeGenApi
 */
export declare function ɵɵpureFunctionV(slotOffset: number, pureFn: (...v: any[]) => any, exps: any[], thisArg?: any): any;

/**
 * Refreshes a query by combining matches from all active views and removing matches from deleted
 * views.
 *
 * @returns `true` if a query got dirty during change detection or if this is a static query
 * resolving in creation mode, `false` otherwise.
 *
 * @codeGenApi
 */
export declare function ɵɵqueryRefresh(queryList: QueryList<any>): boolean;

/**
 * Retrieves a local reference from the current contextViewData.
 *
 * If the reference to retrieve is in a parent view, this instruction is used in conjunction
 * with a nextContext() call, which walks up the tree and updates the contextViewData instance.
 *
 * @param index The index of the local ref in contextViewData.
 *
 * @codeGenApi
 */
export declare function ɵɵreference<T>(index: number): T;

/**
 *
 * @codeGenApi
 */
export declare function ɵɵresolveBody(element: RElement & {
    ownerDocument: Document;
}): {
    name: string;
    target: HTMLElement;
};

/**
 *
 * @codeGenApi
 */
export declare function ɵɵresolveDocument(element: RElement & {
    ownerDocument: Document;
}): {
    name: string;
    target: Document;
};

/**
 *
 * @codeGenApi
 */
export declare function ɵɵresolveWindow(element: RElement & {
    ownerDocument: Document;
}): {
    name: string;
    target: Window | null;
};

/**
 * Restores `contextViewData` to the given OpaqueViewState instance.
 *
 * Used in conjunction with the getCurrentView() instruction to save a snapshot
 * of the current view and restore it when listeners are invoked. This allows
 * walking the declaration view tree in listeners to get vars from parent views.
 *
 * @param viewToRestore The OpaqueViewState instance to restore.
 *
 * @codeGenApi
 */
export declare function ɵɵrestoreView(viewToRestore: OpaqueViewState): void;

/**
 * An `html` sanitizer which converts untrusted `html` **string** into trusted string by removing
 * dangerous content.
 *
 * This method parses the `html` and locates potentially dangerous content (such as urls and
 * javascript) and removes it.
 *
 * It is possible to mark a string as trusted by calling {@link bypassSanitizationTrustHtml}.
 *
 * @param unsafeHtml untrusted `html`, typically from the user.
 * @returns `html` string which is safe to display to user, because all of the dangerous javascript
 * and urls have been removed.
 *
 * @publicApi
 */
export declare function ɵɵsanitizeHtml(unsafeHtml: any): string;

/**
 * A `url` sanitizer which only lets trusted `url`s through.
 *
 * This passes only `url`s marked trusted by calling {@link bypassSanitizationTrustResourceUrl}.
 *
 * @param unsafeResourceUrl untrusted `url`, typically from the user.
 * @returns `url` string which is safe to bind to the `src` properties such as `<img src>`, because
 * only trusted `url`s have been allowed to pass.
 *
 * @publicApi
 */
export declare function ɵɵsanitizeResourceUrl(unsafeResourceUrl: any): string;

/**
 * A `script` sanitizer which only lets trusted javascript through.
 *
 * This passes only `script`s marked trusted by calling {@link
 * bypassSanitizationTrustScript}.
 *
 * @param unsafeScript untrusted `script`, typically from the user.
 * @returns `url` string which is safe to bind to the `<script>` element such as `<img src>`,
 * because only trusted `scripts` have been allowed to pass.
 *
 * @publicApi
 */
export declare function ɵɵsanitizeScript(unsafeScript: any): string;

/**
 * A `style` sanitizer which converts untrusted `style` **string** into trusted string by removing
 * dangerous content.
 *
 * This method parses the `style` and locates potentially dangerous content (such as urls and
 * javascript) and removes it.
 *
 * It is possible to mark a string as trusted by calling {@link bypassSanitizationTrustStyle}.
 *
 * @param unsafeStyle untrusted `style`, typically from the user.
 * @returns `style` string which is safe to bind to the `style` properties, because all of the
 * dangerous javascript and urls have been removed.
 *
 * @publicApi
 */
export declare function ɵɵsanitizeStyle(unsafeStyle: any): string;

/**
 * A `url` sanitizer which converts untrusted `url` **string** into trusted string by removing
 * dangerous
 * content.
 *
 * This method parses the `url` and locates potentially dangerous content (such as javascript) and
 * removes it.
 *
 * It is possible to mark a string as trusted by calling {@link bypassSanitizationTrustUrl}.
 *
 * @param unsafeUrl untrusted `url`, typically from the user.
 * @returns `url` string which is safe to bind to the `src` properties such as `<img src>`, because
 * all of the dangerous javascript has been removed.
 *
 * @publicApi
 */
export declare function ɵɵsanitizeUrl(unsafeUrl: any): string;

/**
 * Sanitizes URL, selecting sanitizer function based on tag and property names.
 *
 * This function is used in case we can't define security context at compile time, when only prop
 * name is available. This happens when we generate host bindings for Directives/Components. The
 * host element is unknown at compile time, so we defer calculation of specific sanitizer to
 * runtime.
 *
 * @param unsafeUrl untrusted `url`, typically from the user.
 * @param tag target element tag name.
 * @param prop name of the property that contains the value.
 * @returns `url` string which is safe to bind.
 *
 * @publicApi
 */
export declare function ɵɵsanitizeUrlOrResourceUrl(unsafeUrl: any, tag: string, prop: string): any;

/**
 * Selects an element for later binding instructions.
 *
 * Used in conjunction with instructions like {@link property} to act on elements with specified
 * indices, for example those created with {@link element} or {@link elementStart}.
 *
 * ```ts
 * (rf: RenderFlags, ctx: any) => {
 *   if (rf & 1) {
 *     element(0, 'div');
 *   }
 *   if (rf & 2) {
 *     select(0); // Select the <div/> created above.
 *     property('title', 'test');
 *   }
 *  }
 * ```
 * @param index the index of the item to act on with the following instructions
 *
 * @codeGenApi
 */
export declare function ɵɵselect(index: number): void;

/**
 * @codeGenApi
 */
export declare function ɵɵsetComponentScope(type: ɵComponentType<any>, directives: Type<any>[], pipes: Type<any>[]): void;

/**
 * Adds the module metadata that is necessary to compute the module's transitive scope to an
 * existing module definition.
 *
 * Scope metadata of modules is not used in production builds, so calls to this function can be
 * marked pure to tree-shake it from the bundle, allowing for all referenced declarations
 * to become eligible for tree-shaking as well.
 *
 * @codeGenApi
 */
export declare function ɵɵsetNgModuleScope(type: any, scope: {
    /** List of components, directives, and pipes declared by this module. */
    declarations?: Type<any>[] | (() => Type<any>[]);
    /** List of modules or `ModuleWithProviders` imported by this module. */
    imports?: Type<any>[] | (() => Type<any>[]);
    /**
     * List of modules, `ModuleWithProviders`, components, directives, or pipes exported by this
     * module.
     */
    exports?: Type<any>[] | (() => Type<any>[]);
}): void;

/**
 * Registers a QueryList, associated with a static content query, for later refresh
 * (part of a view refresh).
 *
 * @param directiveIndex Current directive index
 * @param predicate The type for which the query will search
 * @param descend Whether or not to descend into children
 * @param read What to save in the query
 * @returns QueryList<T>
 *
 * @codeGenApi
 */
export declare function ɵɵstaticContentQuery<T>(directiveIndex: number, predicate: Type<any> | string[], descend: boolean, read: any): void;

/**
 * Creates new QueryList for a static view query.
 *
 * @param predicate The type for which the query will search
 * @param descend Whether or not to descend into children
 * @param read What to save in the query
 *
 * @codeGenApi
 */
export declare function ɵɵstaticViewQuery<T>(predicate: Type<any> | string[], descend: boolean, read: any): void;

/**
 * Update style bindings using an object literal on an element.
 *
 * This instruction is meant to apply styling via the `[style]="exp"` template bindings.
 * When styles are applied to the element they will then be updated with respect to
 * any styles/classes set via `styleProp`. If any styles are set to falsy
 * then they will be removed from the element.
 *
 * Note that the styling instruction will not be applied until `stylingApply` is called.
 *
 * @param styles A key/value style map of the styles that will be applied to the given element.
 *        Any missing styles (that have already been applied to the element beforehand) will be
 *        removed (unset) from the element's styling.
 *
 * Note that this will apply the provided styleMap value to the host element if this function
 * is called within a host binding.
 *
 * @codeGenApi
 */
export declare function ɵɵstyleMap(styles: {
    [styleName: string]: any;
} | ɵNO_CHANGE | null): void;

/**
 * Update a style binding on an element with the provided value.
 *
 * If the style value is falsy then it will be removed from the element
 * (or assigned a different value depending if there are any styles placed
 * on the element with `styleMap` or any static styles that are
 * present from when the element was created with `styling`).
 *
 * Note that the styling element is updated as part of `stylingApply`.
 *
 * @param styleIndex Index of style to update. This index value refers to the
 *        index of the style in the style bindings array that was passed into
 *        `styling`.
 * @param value New value to write (falsy to remove).
 * @param suffix Optional suffix. Used with scalar values to add unit such as `px`.
 *        Note that when a suffix is provided then the underlying sanitizer will
 *        be ignored.
 * @param forceOverride Whether or not to update the styling value immediately
 *        (despite the other bindings possibly having priority)
 *
 * Note that this will apply the provided style value to the host element if this function is called
 * within a host binding.
 *
 * @codeGenApi
 */
export declare function ɵɵstyleProp(styleIndex: number, value: string | number | String | ɵPlayerFactory | null, suffix?: string | null, forceOverride?: boolean): void;

/**
 * Allocates style and class binding properties on the element during creation mode.
 *
 * This instruction is meant to be called during creation mode to register all
 * dynamic style and class bindings on the element. Note that this is only used
 * for binding values (see `elementStart` to learn how to assign static styling
 * values to an element).
 *
 * @param classBindingNames An array containing bindable class names.
 *        The `classProp` instruction refers to the class name by index in
 *        this array (i.e. `['foo', 'bar']` means `foo=0` and `bar=1`).
 * @param styleBindingNames An array containing bindable style properties.
 *        The `styleProp` instruction refers to the class name by index in
 *        this array (i.e. `['width', 'height']` means `width=0` and `height=1`).
 * @param styleSanitizer An optional sanitizer function that will be used to sanitize any CSS
 *        style values that are applied to the element (during rendering).
 *
 * Note that this will allocate the provided style/class bindings to the host element if
 * this function is called within a host binding.
 *
 * @codeGenApi
 */
export declare function ɵɵstyling(classBindingNames?: string[] | null, styleBindingNames?: string[] | null, styleSanitizer?: StyleSanitizeFn | null): void;

/**
 * Apply all style and class binding values to the element.
 *
 * This instruction is meant to be run after `styleMap`, `classMap`,
 * `styleProp` or `classProp` instructions have been run and will
 * only apply styling to the element if any styling bindings have been updated.
 *
 * @codeGenApi
 */
export declare function ɵɵstylingApply(): void;

/**
 * Creates an LContainer for an ng-template (dynamically-inserted view), e.g.
 *
 * <ng-template #foo>
 *    <div></div>
 * </ng-template>
 *
 * @param index The index of the container in the data array
 * @param templateFn Inline template
 * @param consts The number of nodes, local refs, and pipes for this template
 * @param vars The number of bindings for this template
 * @param tagName The name of the container element, if applicable
 * @param attrs The attrs attached to the container, if applicable
 * @param localRefs A set of local reference bindings on the element.
 * @param localRefExtractor A function which extracts local-refs values from the template.
 *        Defaults to the current element associated with the local-ref.
 *
 * @codeGenApi
 */
export declare function ɵɵtemplate(index: number, templateFn: ComponentTemplate<any> | null, consts: number, vars: number, tagName?: string | null, attrs?: TAttributes | null, localRefs?: string[] | null, localRefExtractor?: LocalRefExtractor): void;

/**
 * Retrieves `TemplateRef` instance from `Injector` when a local reference is placed on the
 * `<ng-template>` element.
 *
 * @codeGenApi
 */
export declare function ɵɵtemplateRefExtractor(tNode: TNode, currentView: ɵangular_packages_core_core_bm): TemplateRef<{}> | null;

/**
 * Create static text node
 *
 * @param index Index of the node in the data array
 * @param value Value to write. This value will be stringified.
 *
 * @codeGenApi
 */
export declare function ɵɵtext(index: number, value?: any): void;

/**
 * Create text node with binding
 * Bindings should be handled externally with the proper interpolation(1-8) method
 *
 * @param value Stringified value to write.
 *
 * @codeGenApi
 */
export declare function ɵɵtextBinding<T>(value: T | ɵNO_CHANGE): void;

/**
 *
 * Update text content with a lone bound value
 *
 * Used when a text node has 1 interpolated value in it, an no additional text
 * surrounds that interpolated value:
 *
 * ```html
 * <div>{{v0}}</div>
 * ```
 *
 * Its compiled representation is:
 *
 * ```ts
 * ɵɵtextInterpolate(v0);
 * ```
 * @returns itself, so that it may be chained.
 * @see textInterpolateV
 * @codeGenApi
 */
export declare function ɵɵtextInterpolate(v0: any): TsickleIssue1009;

/**
 *
 * Update text content with single bound value surrounded by other text.
 *
 * Used when a text node has 1 interpolated value in it:
 *
 * ```html
 * <div>prefix{{v0}}suffix</div>
 * ```
 *
 * Its compiled representation is:
 *
 * ```ts
 * ɵɵtextInterpolate1('prefix', v0, 'suffix');
 * ```
 * @returns itself, so that it may be chained.
 * @see textInterpolateV
 * @codeGenApi
 */
export declare function ɵɵtextInterpolate1(prefix: string, v0: any, suffix: string): TsickleIssue1009;

/**
 *
 * Update text content with 2 bound values surrounded by other text.
 *
 * Used when a text node has 2 interpolated values in it:
 *
 * ```html
 * <div>prefix{{v0}}-{{v1}}suffix</div>
 * ```
 *
 * Its compiled representation is:
 *
 * ```ts
 * ɵɵtextInterpolate2('prefix', v0, '-', v1, 'suffix');
 * ```
 * @returns itself, so that it may be chained.
 * @see textInterpolateV
 * @codeGenApi
 */
export declare function ɵɵtextInterpolate2(prefix: string, v0: any, i0: string, v1: any, suffix: string): TsickleIssue1009;

/**
 *
 * Update text content with 3 bound values surrounded by other text.
 *
 * Used when a text node has 3 interpolated values in it:
 *
 * ```html
 * <div>prefix{{v0}}-{{v1}}-{{v2}}suffix</div>
 * ```
 *
 * Its compiled representation is:
 *
 * ```ts
 * ɵɵtextInterpolate3(
 * 'prefix', v0, '-', v1, '-', v2, 'suffix');
 * ```
 * @returns itself, so that it may be chained.
 * @see textInterpolateV
 * @codeGenApi
 */
export declare function ɵɵtextInterpolate3(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, suffix: string): TsickleIssue1009;

/**
 *
 * Update text content with 4 bound values surrounded by other text.
 *
 * Used when a text node has 4 interpolated values in it:
 *
 * ```html
 * <div>prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}suffix</div>
 * ```
 *
 * Its compiled representation is:
 *
 * ```ts
 * ɵɵtextInterpolate4(
 * 'prefix', v0, '-', v1, '-', v2, '-', v3, 'suffix');
 * ```
 * @returns itself, so that it may be chained.
 * @see ɵɵtextInterpolateV
 * @codeGenApi
 */
export declare function ɵɵtextInterpolate4(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, suffix: string): TsickleIssue1009;

/**
 *
 * Update text content with 5 bound values surrounded by other text.
 *
 * Used when a text node has 5 interpolated values in it:
 *
 * ```html
 * <div>prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}suffix</div>
 * ```
 *
 * Its compiled representation is:
 *
 * ```ts
 * ɵɵtextInterpolate5(
 * 'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, 'suffix');
 * ```
 * @returns itself, so that it may be chained.
 * @see textInterpolateV
 * @codeGenApi
 */
export declare function ɵɵtextInterpolate5(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, suffix: string): TsickleIssue1009;

/**
 *
 * Update text content with 6 bound values surrounded by other text.
 *
 * Used when a text node has 6 interpolated values in it:
 *
 * ```html
 * <div>prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}suffix</div>
 * ```
 *
 * Its compiled representation is:
 *
 * ```ts
 * ɵɵtextInterpolate6(
 *    'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, 'suffix');
 * ```
 *
 * @param i4 Static value used for concatenation only.
 * @param v5 Value checked for change. @returns itself, so that it may be chained.
 * @see textInterpolateV
 * @codeGenApi
 */
export declare function ɵɵtextInterpolate6(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, suffix: string): TsickleIssue1009;

/**
 *
 * Update text content with 7 bound values surrounded by other text.
 *
 * Used when a text node has 7 interpolated values in it:
 *
 * ```html
 * <div>prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}-{{v6}}suffix</div>
 * ```
 *
 * Its compiled representation is:
 *
 * ```ts
 * ɵɵtextInterpolate7(
 *    'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, '-', v6, 'suffix');
 * ```
 * @returns itself, so that it may be chained.
 * @see textInterpolateV
 * @codeGenApi
 */
export declare function ɵɵtextInterpolate7(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, i5: string, v6: any, suffix: string): TsickleIssue1009;

/**
 *
 * Update text content with 8 bound values surrounded by other text.
 *
 * Used when a text node has 8 interpolated values in it:
 *
 * ```html
 * <div>prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}-{{v6}}-{{v7}}suffix</div>
 * ```
 *
 * Its compiled representation is:
 *
 * ```ts
 * ɵɵtextInterpolate8(
 *  'prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, '-', v6, '-', v7, 'suffix');
 * ```
 * @returns itself, so that it may be chained.
 * @see textInterpolateV
 * @codeGenApi
 */
export declare function ɵɵtextInterpolate8(prefix: string, v0: any, i0: string, v1: any, i1: string, v2: any, i2: string, v3: any, i3: string, v4: any, i4: string, v5: any, i5: string, v6: any, i6: string, v7: any, suffix: string): TsickleIssue1009;

/**
 * Update text content with 9 or more bound values other surrounded by text.
 *
 * Used when the number of interpolated values exceeds 8.
 *
 * ```html
 * <div>prefix{{v0}}-{{v1}}-{{v2}}-{{v3}}-{{v4}}-{{v5}}-{{v6}}-{{v7}}-{{v8}}-{{v9}}suffix</div>
 * ```
 *
 * Its compiled representation is:
 *
 * ```ts
 * ɵɵtextInterpolateV(
 *  ['prefix', v0, '-', v1, '-', v2, '-', v3, '-', v4, '-', v5, '-', v6, '-', v7, '-', v9,
 *  'suffix']);
 * ```
 *.
 * @param values The a collection of values and the strings in between those values, beginning with
 * a string prefix and ending with a string suffix.
 * (e.g. `['prefix', value0, '-', value1, '-', value2, ..., value99, 'suffix']`)
 *
 * @returns itself, so that it may be chained.
 * @codeGenApi
 */
export declare function ɵɵtextInterpolateV(values: any[]): TsickleIssue1009;

/**
 * Updates a synthetic host binding (e.g. `[@foo]`) on a component.
 *
 * This instruction is for compatibility purposes and is designed to ensure that a
 * synthetic host binding (e.g. `@HostBinding('@foo')`) properly gets rendered in
 * the component's renderer. Normally all host bindings are evaluated with the parent
 * component's renderer, but, in the case of animation @triggers, they need to be
 * evaluated with the sub component's renderer (because that's where the animation
 * triggers are defined).
 *
 * Do not use this instruction as a replacement for `elementProperty`. This instruction
 * only exists to ensure compatibility with the ViewEngine's host binding behavior.
 *
 * @param index The index of the element to update in the data array
 * @param propName Name of property. Because it is going to DOM, this is not subject to
 *        renaming as part of minification.
 * @param value New value to write.
 * @param sanitizer An optional function used to sanitize the value.
 * @param nativeOnly Whether or not we should only set native properties and skip input check
 * (this is necessary for host property bindings)
 *
 * @codeGenApi
 */
export declare function ɵɵupdateSyntheticHostBinding<T>(propName: string, value: T | ɵNO_CHANGE, sanitizer?: SanitizerFn | null, nativeOnly?: boolean): void;

/**
 * Creates new QueryList, stores the reference in LView and returns QueryList.
 *
 * @param predicate The type for which the query will search
 * @param descend Whether or not to descend into children
 * @param read What to save in the query
 * @returns QueryList<T>
 *
 * @codeGenApi
 */
export declare function ɵɵviewQuery<T>(predicate: Type<any> | string[], descend: boolean, read: any): QueryList<T>;

export { }