import { result } from './utils';
import type { InMemoryFileSystem } from '../compiler/sys/in-memory-fs';
import type { CPSerializable } from './child_process';
import type { BuildEvents, BuildLog, BuildResultsComponentGraph, CompilerBuildResults, CompilerFsStats, CompilerRequestResponse, CompilerSystem, Config, CopyResults, DevServerConfig, DevServerEditor, Diagnostic, Logger, LoggerLineUpdater, LoggerTimeSpan, OptimizeCssInput, OptimizeCssOutput, OutputTarget, OutputTargetWww, PageReloadStrategy, PrerenderConfig, StyleDoc, TaskCommand, ValidatedConfig } from './stencil-public-compiler';
import type { JsonDocMethodParameter } from './stencil-public-docs';
import type { ComponentInterface, ListenTargetOptions, VNode } from './stencil-public-runtime';
export interface SourceMap {
    file: string;
    mappings: string;
    names: string[];
    sourceRoot?: string;
    sources: string[];
    sourcesContent?: string[];
    version: number;
}
export interface PrintLine {
    lineIndex: number;
    lineNumber: number;
    text: string;
    errorCharStart: number;
    errorLength?: number;
}
export interface AssetsMeta {
    absolutePath: string;
    cmpRelativePath: string;
    originalComponentPath: string;
}
export interface ParsedImport {
    importPath: string;
    basename: string;
    ext: string;
    data: ImportData;
}
export interface ImportData {
    tag?: string;
    encapsulation?: string;
    mode?: string;
}
export interface SerializeImportData extends ImportData {
    importeePath: string;
    importerPath?: string;
}
export interface BuildFeatures {
    style: boolean;
    mode: boolean;
    formAssociated: boolean;
    shadowDom: boolean;
    shadowDelegatesFocus: boolean;
    scoped: boolean;
    /**
     * Every component has a render function
     */
    allRenderFn: boolean;
    /**
     * At least one component has a render function
     */
    hasRenderFn: boolean;
    vdomRender: boolean;
    vdomAttribute: boolean;
    vdomClass: boolean;
    vdomFunctional: boolean;
    vdomKey: boolean;
    vdomListener: boolean;
    vdomPropOrAttr: boolean;
    vdomRef: boolean;
    vdomStyle: boolean;
    vdomText: boolean;
    vdomXlink: boolean;
    slotRelocation: boolean;
    slot: boolean;
    svg: boolean;
    element: boolean;
    event: boolean;
    hostListener: boolean;
    hostListenerTargetWindow: boolean;
    hostListenerTargetDocument: boolean;
    hostListenerTargetBody: boolean;
    /**
     * @deprecated Prevented from new apps, but left in for older collections
     */
    hostListenerTargetParent: boolean;
    hostListenerTarget: boolean;
    method: boolean;
    prop: boolean;
    propMutable: boolean;
    state: boolean;
    watchCallback: boolean;
    member: boolean;
    updatable: boolean;
    propBoolean: boolean;
    propNumber: boolean;
    propString: boolean;
    lifecycle: boolean;
    cmpDidLoad: boolean;
    cmpShouldUpdate: boolean;
    cmpWillLoad: boolean;
    cmpDidUpdate: boolean;
    cmpWillUpdate: boolean;
    cmpWillRender: boolean;
    cmpDidRender: boolean;
    cmpDidUnload: boolean;
    connectedCallback: boolean;
    disconnectedCallback: boolean;
    asyncLoading: boolean;
    observeAttribute: boolean;
    reflect: boolean;
    taskQueue: boolean;
}
export interface BuildConditionals extends Partial<BuildFeatures> {
    hotModuleReplacement?: boolean;
    isDebug?: boolean;
    isTesting?: boolean;
    isDev?: boolean;
    devTools?: boolean;
    invisiblePrehydration?: boolean;
    hydrateServerSide?: boolean;
    hydrateClientSide?: boolean;
    lifecycleDOMEvents?: boolean;
    cssAnnotations?: boolean;
    lazyLoad?: boolean;
    profile?: boolean;
    constructableCSS?: boolean;
    appendChildSlotFix?: boolean;
    slotChildNodesFix?: boolean;
    scopedSlotTextContentFix?: boolean;
    cloneNodeFix?: boolean;
    hydratedAttribute?: boolean;
    hydratedClass?: boolean;
    hydratedSelectorName?: string;
    initializeNextTick?: boolean;
    scriptDataOpts?: boolean;
    shadowDomShim?: boolean;
    asyncQueue?: boolean;
    transformTagName?: boolean;
    attachStyles?: boolean;
    experimentalSlotFixes?: boolean;
    experimentalScopedSlotChanges?: boolean;
}
export type ModuleFormat = 'amd' | 'cjs' | 'es' | 'iife' | 'system' | 'umd' | 'commonjs' | 'esm' | 'module' | 'systemjs';
export interface RollupResultModule {
    id: string;
}
export interface RollupResults {
    modules: RollupResultModule[];
}
export interface UpdatedLazyBuildCtx {
    name: 'esm-browser' | 'esm' | 'cjs' | 'system';
    buildCtx: BuildCtx;
}
export interface BuildCtx {
    buildId: number;
    buildResults: CompilerBuildResults;
    buildStats?: result.Result<CompilerBuildStats, {
        diagnostics: Diagnostic[];
    }>;
    buildMessages: string[];
    bundleBuildCount: number;
    collections: CollectionCompilerMeta[];
    compilerCtx: CompilerCtx;
    esmBrowserComponentBundle: ReadonlyArray<BundleModule>;
    esmComponentBundle: ReadonlyArray<BundleModule>;
    es5ComponentBundle: ReadonlyArray<BundleModule>;
    systemComponentBundle: ReadonlyArray<BundleModule>;
    commonJsComponentBundle: ReadonlyArray<BundleModule>;
    components: ComponentCompilerMeta[];
    componentGraph: Map<string, string[]>;
    config: ValidatedConfig;
    createTimeSpan(msg: string, debug?: boolean): LoggerTimeSpan;
    data: any;
    debug: (msg: string) => void;
    diagnostics: Diagnostic[];
    dirsAdded: string[];
    dirsDeleted: string[];
    entryModules: EntryModule[];
    filesAdded: string[];
    filesChanged: string[];
    filesDeleted: string[];
    filesUpdated: string[];
    filesWritten: string[];
    globalStyle: string | undefined;
    hasConfigChanges: boolean;
    hasError: boolean;
    hasFinished: boolean;
    hasHtmlChanges: boolean;
    hasPrintedResults: boolean;
    hasServiceWorkerChanges: boolean;
    hasScriptChanges: boolean;
    hasStyleChanges: boolean;
    hasWarning: boolean;
    hydrateAppFilePath: string;
    indexBuildCount: number;
    indexDoc: Document;
    isRebuild: boolean;
    /**
     * A collection of Stencil's intermediate representation of components, tied to the current build
     */
    moduleFiles: Module[];
    packageJson: PackageJsonData;
    pendingCopyTasks: Promise<CopyResults>[];
    progress(task: BuildTask): void;
    requiresFullBuild: boolean;
    rollupResults?: RollupResults;
    scriptsAdded: string[];
    scriptsDeleted: string[];
    startTime: number;
    styleBuildCount: number;
    stylesPromise: Promise<void>;
    stylesUpdated: BuildStyleUpdate[];
    timeSpan: LoggerTimeSpan;
    timestamp: string;
    transpileBuildCount: number;
    validateTypesBuild?(): Promise<void>;
    validateTypesHandler?: (results: any) => Promise<void>;
    validateTypesPromise?: Promise<any>;
}
export interface BuildStyleUpdate {
    styleTag: string;
    styleText: string;
    styleMode: string;
}
export type BuildTask = any;
export interface CompilerBuildStats {
    timestamp: string;
    compiler: {
        name: string;
        version: string;
    };
    app: {
        namespace: string;
        fsNamespace: string;
        components: number;
        entries: number;
        bundles: number;
        outputs: any;
    };
    options: {
        minifyJs: boolean;
        minifyCss: boolean;
        hashFileNames: boolean;
        hashedFileNameLength: number;
        buildEs5: boolean | 'prod';
    };
    formats: {
        esmBrowser: ReadonlyArray<CompilerBuildStatBundle>;
        esm: ReadonlyArray<CompilerBuildStatBundle>;
        es5: ReadonlyArray<CompilerBuildStatBundle>;
        system: ReadonlyArray<CompilerBuildStatBundle>;
        commonjs: ReadonlyArray<CompilerBuildStatBundle>;
    };
    components: BuildComponent[];
    entries: EntryModule[];
    rollupResults: RollupResults;
    sourceGraph?: BuildSourceGraph;
    componentGraph: BuildResultsComponentGraph;
    collections: CompilerBuildStatCollection[];
}
export interface CompilerBuildStatCollection {
    name: string;
    source: string;
    tags: string[][];
}
export interface CompilerBuildStatBundle {
    key: string;
    components: string[];
    bundleId: string;
    fileName: string;
    imports: string[];
    originalByteSize: number;
}
export interface BuildSourceGraph {
    [filePath: string]: string[];
}
export interface BuildComponent {
    tag: string;
    dependencyOf?: string[];
    dependencies?: string[];
}
export type SourceTarget = 'es5' | 'es2017' | 'latest';
/**
 * A note regarding Rollup types:
 * As of this writing, there is no great way to import external types for packages that are directly embedded in the
 * Stencil source. As a result, some types are duplicated here for Rollup that will be used within the codebase.
 * Updates to rollup may require these typings to be updated.
 */
export type RollupResult = RollupChunkResult | RollupAssetResult;
export interface RollupAssetResult {
    type: 'asset';
    fileName: string;
    content: string;
}
export interface RollupChunkResult {
    type: 'chunk';
    entryKey: string;
    fileName: string;
    code: string;
    isEntry: boolean;
    isComponent: boolean;
    isCore: boolean;
    isIndex: boolean;
    isBrowserLoader: boolean;
    imports: string[];
    moduleFormat: ModuleFormat;
    map?: RollupSourceMap;
}
export interface RollupSourceMap {
    file: string;
    mappings: string;
    names: string[];
    sources: string[];
    sourcesContent: string[];
    version: number;
    toString(): string;
    toUrl(): string;
}
/**
 * Result of Stencil compressing, mangling, and otherwise 'minifying' JavaScript
 */
export type OptimizeJsResult = {
    output: string;
    diagnostics: Diagnostic[];
    sourceMap?: SourceMap;
};
export interface BundleModule {
    entryKey: string;
    rollupResult: RollupChunkResult;
    cmps: ComponentCompilerMeta[];
    output: BundleModuleOutput;
}
export interface BundleModuleOutput {
    bundleId: string;
    fileName: string;
    code: string;
}
export interface Cache {
    get(key: string): Promise<string | null>;
    put(key: string, value: string): Promise<boolean>;
    has(key: string): Promise<boolean>;
    createKey(domain: string, ...args: any[]): Promise<string>;
    commit(): Promise<void>;
    clear(): void;
    clearDiskCache(): Promise<void>;
    getMemoryStats(): string;
    initCacheDir(): Promise<void>;
}
export interface CollectionCompilerMeta {
    collectionName: string;
    moduleId?: string;
    moduleDir: string;
    moduleFiles: Module[];
    global?: Module;
    compiler?: CollectionCompilerVersion;
    isInitialized?: boolean;
    hasExports?: boolean;
    dependencies?: string[];
    bundles?: {
        components: string[];
    }[];
}
export interface CollectionCompilerVersion {
    name: string;
    version: string;
    typescriptVersion?: string;
}
export interface CollectionManifest {
    entries?: CollectionComponentEntryPath[];
    collections?: CollectionDependencyManifest[];
    global?: string;
    compiler?: CollectionCompilerVersion;
    bundles?: CollectionBundleManifest[];
}
export type CollectionComponentEntryPath = string;
export interface CollectionBundleManifest {
    components: string[];
}
export interface CollectionDependencyManifest {
    name: string;
    tags: string[];
}
export interface CollectionCompiler {
    name: string;
    version: string;
    typescriptVersion?: string;
}
export interface CollectionDependencyData {
    name: string;
    tags: string[];
}
export interface CompilerCtx {
    version: number;
    activeBuildId: number;
    activeDirsAdded: string[];
    activeDirsDeleted: string[];
    activeFilesAdded: string[];
    activeFilesDeleted: string[];
    activeFilesUpdated: string[];
    addWatchDir: (path: string, recursive: boolean) => void;
    addWatchFile: (path: string) => void;
    cache: Cache;
    cssModuleImports: Map<string, string[]>;
    cachedGlobalStyle: string;
    collections: CollectionCompilerMeta[];
    compilerOptions: any;
    events: BuildEvents;
    fs: InMemoryFileSystem;
    hasSuccessfulBuild: boolean;
    isActivelyBuilding: boolean;
    lastBuildResults: CompilerBuildResults;
    /**
     * A mapping of a file path to a Stencil {@link Module}
     */
    moduleMap: ModuleMap;
    nodeMap: NodeMap;
    resolvedCollections: Set<string>;
    rollupCacheHydrate: any;
    rollupCacheLazy: any;
    rollupCacheNative: any;
    styleModeNames: Set<string>;
    changedModules: Set<string>;
    changedFiles: Set<string>;
    worker?: CompilerWorkerContext;
    rollupCache: Map<string, any>;
    reset(): void;
}
export type NodeMap = WeakMap<any, ComponentCompilerMeta>;
/**
 * Record, for a specific component, whether or not it has various features
 * which need to be handled correctly in the compilation pipeline.
 *
 * Note: this must be serializable to JSON.
 */
export interface ComponentCompilerFeatures {
    hasAttribute: boolean;
    hasAttributeChangedCallbackFn: boolean;
    hasComponentWillLoadFn: boolean;
    hasComponentDidLoadFn: boolean;
    hasComponentShouldUpdateFn: boolean;
    hasComponentWillUpdateFn: boolean;
    hasComponentDidUpdateFn: boolean;
    hasComponentWillRenderFn: boolean;
    hasComponentDidRenderFn: boolean;
    hasComponentDidUnloadFn: boolean;
    hasConnectedCallbackFn: boolean;
    hasDisconnectedCallbackFn: boolean;
    hasElement: boolean;
    hasEvent: boolean;
    hasLifecycle: boolean;
    hasListener: boolean;
    hasListenerTarget: boolean;
    hasListenerTargetWindow: boolean;
    hasListenerTargetDocument: boolean;
    hasListenerTargetBody: boolean;
    /**
     * @deprecated Prevented from new apps, but left in for older collections
     */
    hasListenerTargetParent: boolean;
    hasMember: boolean;
    hasMethod: boolean;
    hasMode: boolean;
    hasProp: boolean;
    hasPropBoolean: boolean;
    hasPropNumber: boolean;
    hasPropString: boolean;
    hasPropMutable: boolean;
    hasReflect: boolean;
    hasRenderFn: boolean;
    hasState: boolean;
    hasStyle: boolean;
    hasVdomAttribute: boolean;
    hasVdomClass: boolean;
    hasVdomFunctional: boolean;
    hasVdomKey: boolean;
    hasVdomListener: boolean;
    hasVdomPropOrAttr: boolean;
    hasVdomRef: boolean;
    hasVdomRender: boolean;
    hasVdomStyle: boolean;
    hasVdomText: boolean;
    hasVdomXlink: boolean;
    hasWatchCallback: boolean;
    htmlAttrNames: string[];
    htmlTagNames: string[];
    htmlParts: string[];
    isUpdateable: boolean;
    /**
     * A plain component is one that doesn't have:
     * - any members decorated with `@Prop()`, `@State()`, `@Element()`, `@Method()`
     * - any methods decorated with `@Listen()`
     * - any styles
     * - any lifecycle methods, including `render()`
     */
    isPlain: boolean;
    /**
     * A collection of tag names of web components that a component references in its JSX/h() function
     */
    potentialCmpRefs: string[];
}
/**
 * Metadata about a given component
 *
 * Note: must be serializable to JSON!
 */
export interface ComponentCompilerMeta extends ComponentCompilerFeatures {
    assetsDirs: CompilerAssetDir[];
    /**
     * The name to which an `ElementInternals` object (the return value of
     * `HTMLElement.attachInternals`) should be attached at runtime. If this is
     * `null` then `attachInternals` should not be called.
     */
    attachInternalsMemberName: string | null;
    componentClassName: string;
    /**
     * A list of web component tag names that are either:
     * - directly referenced in a Stencil component's JSX/h() function
     * - are referenced by a web component that is directly referenced in a Stencil component's JSX/h() function
     */
    dependencies: string[];
    /**
     * A list of web component tag names that either:
     * - directly reference the current component directly in their JSX/h() function
     * - indirectly/transitively reference the current component directly in their JSX/h() function
     */
    dependents: string[];
    /**
     * A list of web component tag names that are directly referenced in a Stencil component's JSX/h() function
     */
    directDependencies: string[];
    /**
     * A list of web component tag names that the current component directly in their JSX/h() function
     */
    directDependents: string[];
    docs: CompilerJsDoc;
    elementRef: string;
    encapsulation: Encapsulation;
    events: ComponentCompilerEvent[];
    excludeFromCollection: boolean;
    /**
     * Whether or not the component is form-associated
     */
    formAssociated: boolean;
    internal: boolean;
    isCollectionDependency: boolean;
    jsFilePath: string;
    listeners: ComponentCompilerListener[];
    methods: ComponentCompilerMethod[];
    properties: ComponentCompilerProperty[];
    shadowDelegatesFocus: boolean;
    sourceFilePath: string;
    sourceMapPath: string;
    states: ComponentCompilerState[];
    styleDocs: CompilerStyleDoc[];
    styles: StyleCompiler[];
    tagName: string;
    virtualProperties: ComponentCompilerVirtualProperty[];
    watchers: ComponentCompilerWatch[];
}
/**
 * The supported style encapsulation modes on a Stencil component:
 * 1. 'shadow' - native Shadow DOM
 * 2. 'scoped' - encapsulated styles and polyfilled slots
 * 3. 'none' - a basic HTML element
 */
export type Encapsulation = 'shadow' | 'scoped' | 'none';
/**
 * Intermediate Representation (IR) of a static property on a Stencil component
 */
export interface ComponentCompilerStaticProperty {
    mutable: boolean;
    optional: boolean;
    required: boolean;
    type: ComponentCompilerPropertyType;
    complexType: ComponentCompilerPropertyComplexType;
    attribute?: string;
    reflect?: boolean;
    docs: CompilerJsDoc;
    defaultValue?: string;
}
/**
 * Intermediate Representation (IR) of a property on a Stencil component
 */
export interface ComponentCompilerProperty extends ComponentCompilerStaticProperty {
    name: string;
    internal: boolean;
}
export interface ComponentCompilerVirtualProperty {
    name: string;
    type: string;
    docs: string;
}
export type ComponentCompilerPropertyType = 'any' | 'string' | 'boolean' | 'number' | 'unknown';
/**
 * Information about a type used in a Stencil component or exported
 * from a Stencil project.
 */
export interface ComponentCompilerPropertyComplexType {
    /**
     * The string of the original type annotation in the Stencil source code
     */
    original: string;
    /**
     * A 'resolved' type, where e.g. imported types have been resolved and inlined
     *
     * For instance, an annotation like `(foo: Foo) => string;` will be
     * converted to `(foo: { foo: string }) => string;`.
     */
    resolved: string;
    /**
     * A record of the types which were referenced in the assorted type
     * annotation in the original source file.
     */
    references: ComponentCompilerTypeReferences;
}
/**
 * A record of `ComponentCompilerTypeReference` entities.
 *
 * Each key in this record is intended to be the names of the types used by a component. However, this is not enforced
 * by the type system (I.E. any string can be used as a key).
 *
 * Note any key can be a user defined type or a TypeScript standard type.
 */
export type ComponentCompilerTypeReferences = Record<string, ComponentCompilerTypeReference>;
/**
 * Describes a reference to a type used by a component.
 */
export interface ComponentCompilerTypeReference {
    /**
     * A type may be defined:
     * - locally (in the same file as the component that uses it)
     * - globally
     * - by importing it into a file (and is defined elsewhere)
     */
    location: 'local' | 'global' | 'import';
    /**
     * The path to the type reference, if applicable (global types should not need a path associated with them)
     */
    path?: string;
    /**
     * An ID for this type which is unique within a Stencil project.
     */
    id: string;
}
/**
 * Information about a type which is referenced by another type on a Stencil
 * component, for instance a {@link ComponentCompilerPropertyComplexType} or a
 * {@link ComponentCompilerEventComplexType}.
 */
export interface ComponentCompilerReferencedType {
    /**
     * The path to the module where the type is declared.
     */
    path: string;
    /**
     * The string of the original type annotation in the Stencil source code
     */
    declaration: string;
    /**
     * An extracted docstring
     */
    docstring: string;
}
export interface ComponentCompilerStaticEvent {
    name: string;
    method: string;
    bubbles: boolean;
    cancelable: boolean;
    composed: boolean;
    docs: CompilerJsDoc;
    complexType: ComponentCompilerEventComplexType;
}
export interface ComponentCompilerEvent extends ComponentCompilerStaticEvent {
    internal: boolean;
}
export interface ComponentCompilerEventComplexType {
    original: string;
    resolved: string;
    references: ComponentCompilerTypeReferences;
}
export interface ComponentCompilerListener {
    name: string;
    method: string;
    capture: boolean;
    passive: boolean;
    target: ListenTargetOptions | undefined;
}
export interface ComponentCompilerStaticMethod {
    docs: CompilerJsDoc;
    complexType: ComponentCompilerMethodComplexType;
}
export interface ComponentCompilerMethodComplexType {
    signature: string;
    parameters: JsonDocMethodParameter[];
    references: ComponentCompilerTypeReferences;
    return: string;
}
export interface ComponentCompilerWatch {
    propName: string;
    methodName: string;
}
export interface ComponentCompilerMethod extends ComponentCompilerStaticMethod {
    name: string;
    internal: boolean;
}
export interface ComponentCompilerState {
    name: string;
}
/**
 * Representation of JSDoc that is pulled off a node in the AST
 */
export interface CompilerJsDoc {
    /**
     * The text associated with the JSDoc
     */
    text: string;
    /**
     * Tags included in the JSDoc
     */
    tags: CompilerJsDocTagInfo[];
}
/**
 * Representation of a tag that exists in a JSDoc
 */
export interface CompilerJsDocTagInfo {
    /**
     * The name of the tag - e.g. `@deprecated`
     */
    name: string;
    /**
     * Additional text that is associated with the tag - e.g. `@deprecated use v2 of this API`
     */
    text?: string;
}
/**
 * The (internal) representation of a CSS block comment in a CSS, Sass, etc. file. This data structure is used during
 * the initial compilation phases of Stencil, as a piece of {@link ComponentCompilerMeta}.
 */
export interface CompilerStyleDoc {
    /**
     * The name of the CSS property
     */
    name: string;
    /**
     * The user-defined description of the CSS property
     */
    docs: string;
    /**
     * The JSDoc-style annotation (e.g. `@prop`) that was used in the block comment to detect the comment.
     * Used to inform Stencil where the start of a new property's description starts (and where the previous description
     * ends).
     */
    annotation: 'prop';
    /**
     * The Stencil style-mode that is associated with this property.
     */
    mode: string;
}
export interface CompilerAssetDir {
    absolutePath?: string;
    cmpRelativePath?: string;
    originalComponentPath?: string;
}
export interface ComponentCompilerData {
    exportLine: string;
    filePath: string;
    cmp: ComponentCompilerMeta;
    uniqueComponentClassName?: string;
    importLine?: string;
}
export interface ComponentConstructor {
    is?: string;
    properties?: ComponentConstructorProperties;
    watchers?: ComponentConstructorWatchers;
    events?: ComponentConstructorEvent[];
    listeners?: ComponentConstructorListener[];
    style?: string;
    styleId?: string;
    encapsulation?: ComponentConstructorEncapsulation;
    observedAttributes?: string[];
    cmpMeta?: ComponentRuntimeMeta;
    isProxied?: boolean;
    isStyleRegistered?: boolean;
}
/**
 * A mapping from class member names to a list of methods which are watching
 * them.
 */
export interface ComponentConstructorWatchers {
    [propName: string]: string[];
}
export interface ComponentTestingConstructor extends ComponentConstructor {
    COMPILER_META: ComponentCompilerMeta;
    prototype?: {
        componentWillLoad?: Function;
        componentWillUpdate?: Function;
        componentWillRender?: Function;
        __componentWillLoad?: Function | null;
        __componentWillUpdate?: Function | null;
        __componentWillRender?: Function | null;
    };
}
export interface ComponentNativeConstructor extends ComponentConstructor {
    cmpMeta: ComponentRuntimeMeta;
}
export type ComponentConstructorEncapsulation = 'shadow' | 'scoped' | 'none';
export interface ComponentConstructorProperties {
    [propName: string]: ComponentConstructorProperty;
}
export interface ComponentConstructorProperty {
    attribute?: string;
    elementRef?: boolean;
    method?: boolean;
    mutable?: boolean;
    reflect?: boolean;
    state?: boolean;
    type?: ComponentConstructorPropertyType;
    watchCallbacks?: string[];
}
export type ComponentConstructorPropertyType = StringConstructor | BooleanConstructor | NumberConstructor | 'string' | 'boolean' | 'number';
export interface ComponentConstructorEvent {
    name: string;
    method: string;
    bubbles: boolean;
    cancelable: boolean;
    composed: boolean;
}
export interface ComponentConstructorListener {
    name: string;
    method: string;
    capture?: boolean;
    passive?: boolean;
}
export interface DevClientWindow extends Window {
    ['s-dev-server']: boolean;
    ['s-initial-load']: boolean;
    ['s-build-id']: number;
    WebSocket: new (socketUrl: string, protos: string[]) => WebSocket;
    devServerConfig?: DevClientConfig;
}
export interface DevClientConfig {
    basePath: string;
    editors: DevServerEditor[];
    reloadStrategy: PageReloadStrategy;
    socketUrl?: string;
}
export interface HttpRequest {
    method: 'GET' | 'POST' | 'PUT' | 'DELETE' | 'HEAD' | 'OPTIONS';
    acceptHeader: string;
    url: URL;
    searchParams: URLSearchParams;
    pathname?: string;
    filePath?: string;
    stats?: CompilerFsStats;
    headers?: {
        [name: string]: string;
    };
    host?: string;
}
export interface DevServerMessage {
    startServer?: DevServerConfig;
    closeServer?: boolean;
    serverStarted?: DevServerConfig;
    serverClosed?: boolean;
    buildStart?: boolean;
    buildLog?: BuildLog;
    buildResults?: CompilerBuildResults;
    requestBuildResults?: boolean;
    error?: {
        message?: string;
        type?: string;
        stack?: any;
    };
    isActivelyBuilding?: boolean;
    compilerRequestPath?: string;
    compilerRequestResults?: CompilerRequestResponse;
    requestLog?: {
        method: string;
        url: string;
        status: number;
    };
}
export type DevServerSendMessage = (msg: DevServerMessage) => void;
export interface DevServerContext {
    connectorHtml: string;
    dirTemplate: string;
    getBuildResults: () => Promise<CompilerBuildResults>;
    getCompilerRequest: (path: string) => Promise<CompilerRequestResponse>;
    isServerListening: boolean;
    logRequest: (req: HttpRequest, status: number) => void;
    prerenderConfig: PrerenderConfig;
    serve302: (req: any, res: any, pathname?: string) => void;
    serve404: (req: any, res: any, xSource: string, content?: string) => void;
    serve500: (req: any, res: any, error: any, xSource: string) => void;
    sys: CompilerSystem;
}
export type InitServerProcess = (sendMsg: (msg: DevServerMessage) => void) => (msg: DevServerMessage) => void;
export interface DevResponseHeaders {
    'cache-control'?: string;
    expires?: string;
    'content-type'?: string;
    'content-length'?: number;
    date?: string;
    'access-control-allow-origin'?: string;
    'access-control-expose-headers'?: string;
    'content-encoding'?: 'gzip';
    vary?: 'Accept-Encoding';
    server?: string;
    'x-directory-index'?: string;
    'x-source'?: string;
}
export interface OpenInEditorData {
    file?: string;
    line?: number;
    column?: number;
    open?: string;
    editor?: string;
    exists?: boolean;
    error?: string;
}
export interface EntryModule {
    entryKey: string;
    cmps: ComponentCompilerMeta[];
}
/**
 * An interface extending `HTMLElement` which describes the fields added onto
 * host HTML elements by the Stencil runtime.
 */
export interface HostElement extends HTMLElement {
    connectedCallback?: () => void;
    attributeChangedCallback?: (attribName: string, oldVal: string, newVal: string, namespace: string) => void;
    disconnectedCallback?: () => void;
    host?: Element;
    forceUpdate?: () => void;
    /**
     * Unique stencil id for this element
     */
    ['s-id']?: string;
    /**
     * Content Reference:
     * Reference to the HTML Comment that's placed inside of the
     * host element's original content. This comment is used to
     * always represent where host element's light dom is.
     */
    ['s-cr']?: RenderNode;
    /**
     * Lifecycle ready
     */
    ['s-lr']?: boolean;
    /**
     * A reference to the `ElementInternals` object for the current host
     *
     * This is used for maintaining a reference to the object between HMR
     * refreshes in the lazy build.
     *
     * "stencil-element-internals"
     */
    ['s-ei']?: ElementInternals;
    /**
     * On Render Callbacks:
     * Array of callbacks to fire off after it has rendered.
     */
    ['s-rc']?: (() => void)[];
    /**
     * Scope Id
     * The scope id of this component when using scoped css encapsulation
     * or using shadow dom but the browser doesn't support it
     */
    ['s-sc']?: string;
    /**
     * Scope Ids
     * All the possible scope ids of this component when using scoped css encapsulation
     * or using shadow dom but the browser doesn't support it
     */
    ['s-scs']?: string[];
    /**
     * Hot Module Replacement, dev mode only
     *
     * This function should be defined by the HMR-supporting runtime and should
     * do the work of actually updating the component in-place.
     */
    ['s-hmr']?: (versionId: string) => void;
    ['s-p']?: Promise<void>[];
    componentOnReady?: () => Promise<this>;
}
export interface HydrateResults {
    buildId: string;
    diagnostics: Diagnostic[];
    url: string;
    host: string;
    hostname: string;
    href: string;
    port: string;
    pathname: string;
    search: string;
    hash: string;
    html: string;
    components: HydrateComponent[];
    anchors: HydrateAnchorElement[];
    imgs: HydrateImgElement[];
    scripts: HydrateScriptElement[];
    styles: HydrateStyleElement[];
    staticData: HydrateStaticData[];
    title: string;
    hydratedCount: number;
    httpStatus: number;
}
export interface HydrateComponent {
    tag: string;
    mode: string;
    count: number;
    depth: number;
}
export interface HydrateElement {
    [attrName: string]: string | undefined;
}
export interface HydrateAnchorElement extends HydrateElement {
    href?: string;
    target?: string;
}
export interface HydrateImgElement extends HydrateElement {
    src?: string;
}
export interface HydrateScriptElement extends HydrateElement {
    src?: string;
    type?: string;
}
export interface HydrateStyleElement extends HydrateElement {
    href?: string;
}
export interface HydrateStaticData {
    id: string;
    type: string;
    content: string;
}
export interface JsDoc {
    name: string;
    documentation: string;
    type: string;
    tags: JSDocTagInfo[];
    default?: string;
    parameters?: JsDoc[];
    returns?: {
        type: string;
        documentation: string;
    };
}
export interface JSDocTagInfo {
    name: string;
    text?: string;
}
/**
 * A mapping from a TypeScript or JavaScript source file path on disk, to a Stencil {@link Module}.
 *
 * It is advised that the key (path) be normalized before storing/retrieving the `Module` to avoid unnecessary lookup
 * failures.
 */
export type ModuleMap = Map<string, Module>;
/**
 * Stencil's Intermediate Representation (IR) of a module, bundling together
 * various pieces of information like the classes declared within it, the path
 * to the original source file, HTML tag names defined in the file, and so on.
 *
 * Note that this gets serialized/parsed as JSON and therefore cannot contain a
 * `Map` or a `Set`.
 */
export interface Module {
    cmps: ComponentCompilerMeta[];
    /**
     * A collection of modules that a component will need. The modules in this list must have import statements generated
     * in order for the component to function.
     */
    coreRuntimeApis: string[];
    /**
     * A collection of modules that a component will need for a specific output target. The modules in this list must
     * have import statements generated in order for the component to function, but only for a specific output target.
     */
    outputTargetCoreRuntimeApis: Partial<Record<OutputTarget['type'], string[]>>;
    collectionName: string;
    dtsFilePath: string;
    excludeFromCollection: boolean;
    externalImports: string[];
    htmlAttrNames: string[];
    htmlTagNames: string[];
    htmlParts: string[];
    isCollectionDependency: boolean;
    isLegacy: boolean;
    jsFilePath: string;
    localImports: string[];
    originalImports: string[];
    originalCollectionComponentPath: string;
    potentialCmpRefs: string[];
    sourceFilePath: string;
    staticSourceFile: any;
    staticSourceFileText: string;
    sourceMapPath: string;
    sourceMapFileText: string;
    hasVdomAttribute: boolean;
    hasVdomClass: boolean;
    hasVdomFunctional: boolean;
    hasVdomKey: boolean;
    hasVdomListener: boolean;
    hasVdomPropOrAttr: boolean;
    hasVdomRef: boolean;
    hasVdomRender: boolean;
    hasVdomStyle: boolean;
    hasVdomText: boolean;
    hasVdomXlink: boolean;
}
export interface Plugin {
    name?: string;
    pluginType?: string;
    load?: (id: string, context: PluginCtx) => Promise<string> | string;
    resolveId?: (importee: string, importer: string, context: PluginCtx) => Promise<string> | string;
    transform?: (sourceText: string, id: string, context: PluginCtx) => Promise<PluginTransformResults> | PluginTransformResults | string;
}
export interface PluginTransformResults {
    code?: string;
    map?: string;
    id?: string;
    diagnostics?: Diagnostic[];
    dependencies?: string[];
}
export interface PluginCtx {
    config: Config;
    sys: CompilerSystem;
    fs: InMemoryFileSystem;
    cache: Cache;
    diagnostics: Diagnostic[];
}
export interface PrerenderUrlResults {
    anchorUrls: string[];
    diagnostics: Diagnostic[];
    filePath: string;
}
export interface PrerenderUrlRequest {
    appDir: string;
    buildId: string;
    baseUrl: string;
    componentGraphPath: string;
    devServerHostUrl: string;
    hydrateAppFilePath: string;
    isDebug: boolean;
    prerenderConfigPath: string;
    staticSite: boolean;
    templateId: string;
    url: string;
    writeToFilePath: string;
}
export interface PrerenderManager {
    config: Config;
    prerenderUrlWorker: (prerenderRequest: PrerenderUrlRequest) => Promise<PrerenderUrlResults>;
    devServerHostUrl: string;
    diagnostics: Diagnostic[];
    hydrateAppFilePath: string;
    isDebug: boolean;
    logCount: number;
    outputTarget: OutputTargetWww;
    prerenderConfig: PrerenderConfig;
    prerenderConfigPath: string;
    progressLogger?: LoggerLineUpdater;
    resolve: Function;
    staticSite: boolean;
    templateId: string;
    componentGraphPath: string;
    urlsProcessing: Set<string>;
    urlsPending: Set<string>;
    urlsCompleted: Set<string>;
    maxConcurrency: number;
}
/**
 * Generic node that represents all of the
 * different types of nodes we'd see when rendering
 */
export interface RenderNode extends HostElement {
    /**
     * Shadow root's host
     */
    host?: Element;
    /**
     * On Ref Function:
     * Callback function to be called when the slotted node ref is ready.
     */
    ['s-rf']?: (elm: Element) => unknown;
    /**
     * Is initially hidden
     * Whether this node was originally rendered with the `hidden` attribute.
     *
     * Used to reset the `hidden` state of a node during slot relocation.
     */
    ['s-ih']?: boolean;
    /**
     * Is Content Reference Node:
     * This node is a content reference node.
     */
    ['s-cn']?: boolean;
    /**
     * Is a slot reference node:
     * This is a node that represents where a slot
     * was originally located.
     */
    ['s-sr']?: boolean;
    /**
     * Slot name
     */
    ['s-sn']?: string;
    /**
     * Host element tag name:
     * The tag name of the host element that this
     * node was created in.
     */
    ['s-hn']?: string;
    /**
     * Slot host tag name:
     * This is the tag name of the element where this node
     * has been moved to during slot relocation.
     *
     * This allows us to check if the node has been moved and prevent
     * us from thinking a node _should_ be moved when it may already be in
     * its final destination.
     *
     * This value is set to `undefined` whenever the node is put back into its original location.
     */
    ['s-sh']?: string;
    /**
     * Original Location Reference:
     * A reference pointing to the comment
     * which represents the original location
     * before it was moved to its slot.
     */
    ['s-ol']?: RenderNode;
    /**
     * Node reference:
     * This is a reference for a original location node
     * back to the node that's been moved around.
     */
    ['s-nr']?: RenderNode;
    /**
     * Scope Id
     */
    ['s-si']?: string;
    /**
     * Host Id (hydrate only)
     */
    ['s-host-id']?: number;
    /**
     * Node Id (hydrate only)
     */
    ['s-node-id']?: number;
    /**
     * Used to know the components encapsulation.
     * empty "" for shadow, "c" from scoped
     */
    ['s-en']?: '' | /*shadow*/ 'c';
}
export type LazyBundlesRuntimeData = LazyBundleRuntimeData[];
export type LazyBundleRuntimeData = [
    /** bundleIds */
    string,
    ComponentRuntimeMetaCompact[]
];
export type ComponentRuntimeMetaCompact = [
    /** flags */
    number,
    /** tagname */
    string,
    /** members */
    {
        [memberName: string]: ComponentRuntimeMember;
    }?,
    /** listeners */
    ComponentRuntimeHostListener[]?,
    /** watchers */
    ComponentConstructorWatchers?
];
/**
 * Runtime metadata for a Stencil component
 */
export interface ComponentRuntimeMeta {
    /**
     * This number is used to hold a series of bitflags for various features we
     * support on components. The flags which this value is intended to store are
     * documented in the {@link CMP_FLAGS} enum.
     */
    $flags$: number;
    /**
     * Just what it says on the tin - the tag name for the component, as set in
     * the `@Component` decorator.
     */
    $tagName$: string;
    /**
     * A map of the component's members, which could include fields decorated
     * with `@Prop`, `@State`, etc as well as methods.
     */
    $members$?: ComponentRuntimeMembers;
    /**
     * Information about listeners on the component.
     */
    $listeners$?: ComponentRuntimeHostListener[];
    /**
     * Tuples containing information about `@Prop` fields on the component which
     * are set to be reflected (i.e. kept in sync) as HTML attributes when
     * updated.
     */
    $attrsToReflect$?: ComponentRuntimeReflectingAttr[];
    /**
     * Information about which class members have watchers attached on the component.
     */
    $watchers$?: ComponentConstructorWatchers;
    /**
     * A bundle ID used for lazy loading.
     */
    $lazyBundleId$?: string;
}
/**
 * A mapping of the names of members on the component to some runtime-specific
 * information about them.
 */
export interface ComponentRuntimeMembers {
    [memberName: string]: ComponentRuntimeMember;
}
/**
 * A tuple with information about a class member that's relevant at runtime.
 * The fields are:
 *
 * 1. A number used to hold bitflags for component members. The bit flags which
 * this is intended to store are documented in the {@link MEMBER_FLAGS} enum.
 * 2. The attribute name to observe.
 */
export type ComponentRuntimeMember = [number, string?];
/**
 * A tuple holding information about a host listener which is relevant at
 * runtime. The field are:
 *
 * 1. A number used to hold bitflags for listeners. The bit flags which this is
 * intended to store are documented in the {@link LISTENER_FLAGS} enum.
 * 2. The event name.
 * 3. The method name.
 */
export type ComponentRuntimeHostListener = [number, string, string];
/**
 * A tuple containing information about props which are "reflected" at runtime,
 * meaning that HTML attributes on the component instance are kept in sync with
 * the prop value.
 *
 * The fields are:
 *
 * 1. the prop name
 * 2. the prop attribute.
 */
export type ComponentRuntimeReflectingAttr = [string, string | undefined];
/**
 * A runtime component reference, consistent of either a host element _or_ an
 * empty object. This is used in particular in a few different places as the
 * keys in a `WeakMap` which maps {@link HostElement} instances to their
 * associated {@link HostRef} instance.
 */
export type RuntimeRef = HostElement | {};
/**
 * Interface used to track an Element, it's virtual Node (`VNode`), and other data
 */
export interface HostRef {
    $ancestorComponent$?: HostElement;
    $flags$: number;
    $cmpMeta$: ComponentRuntimeMeta;
    $hostElement$: HostElement;
    $instanceValues$?: Map<string, any>;
    $lazyInstance$?: ComponentInterface;
    /**
     * A promise that gets resolved if `BUILD.asyncLoading` is enabled and after the `componentDidLoad`
     * and before the `componentDidUpdate` lifecycle events are triggered.
     */
    $onReadyPromise$?: Promise<HostElement>;
    /**
     * A callback which resolves {@link HostRef.$onReadyPromise$}
     * @param elm host element
     */
    $onReadyResolve$?: (elm: HostElement) => void;
    /**
     * A promise which resolves with the host component once it has finished rendering
     * for the first time. This is primarily used to wait for the first `update` to be
     * called on a component.
     */
    $onInstancePromise$?: Promise<HostElement>;
    /**
     * A callback which resolves {@link HostRef.$onInstancePromise$}
     * @param elm host element
     */
    $onInstanceResolve$?: (elm: HostElement) => void;
    /**
     * A promise which resolves when the component has finished rendering for the first time.
     * It is called after {@link HostRef.$onInstancePromise$} resolves.
     */
    $onRenderResolve$?: () => void;
    $vnode$?: VNode;
    $queuedListeners$?: [string, any][];
    $rmListeners$?: (() => void)[];
    $modeName$?: string;
    $renderCount$?: number;
}
export interface PlatformRuntime {
    /**
     * This number is used to hold a series of bitflags for various features we
     * support within the runtime. The flags which this value is intended to store are
     * documented in the {@link PLATFORM_FLAGS} enum.
     */
    $flags$: number;
    /**
     * Holds a map of nodes to be hydrated.
     */
    $orgLocNodes$?: Map<string, RenderNode>;
    /**
     * Holds the resource url for given platform environment.
     */
    $resourcesUrl$: string;
    /**
     * The nonce value to be applied to all script/style tags at runtime.
     * If `null`, the nonce attribute will not be applied.
     */
    $nonce$?: string | null;
    /**
     * A utility function that executes a given function and returns the result.
     * @param c The callback function to execute
     */
    jmp: (c: Function) => any;
    /**
     * A wrapper for {@link https://developer.mozilla.org/en-US/docs/Web/API/Window/requestAnimationFrame `requestAnimationFrame`}
     */
    raf: (c: FrameRequestCallback) => number;
    /**
     * A wrapper for {@link https://developer.mozilla.org/en-US/docs/Web/API/EventTarget/addEventListener `addEventListener`}
     */
    ael: (el: EventTarget, eventName: string, listener: EventListenerOrEventListenerObject, options: boolean | AddEventListenerOptions) => void;
    /**
     * A wrapper for {@link https://developer.mozilla.org/en-US/docs/Web/API/EventTarget/removeEventListener `removeEventListener`}
     */
    rel: (el: EventTarget, eventName: string, listener: EventListenerOrEventListenerObject, options: boolean | AddEventListenerOptions) => void;
    /**
     * A wrapper for creating a {@link https://developer.mozilla.org/docs/Web/API/CustomEvent `CustomEvent`}
     */
    ce: (eventName: string, opts?: any) => CustomEvent;
}
export type StyleMap = Map<string, CSSStyleSheet | string>;
export type RootAppliedStyleMap = WeakMap<Element, Set<string>>;
export interface ScreenshotConnector {
    initBuild(opts: ScreenshotConnectorOptions): Promise<void>;
    completeBuild(masterBuild: ScreenshotBuild): Promise<ScreenshotBuildResults>;
    getMasterBuild(): Promise<ScreenshotBuild>;
    pullMasterBuild(): Promise<void>;
    publishBuild(buildResults: ScreenshotBuildResults): Promise<ScreenshotBuildResults>;
    getScreenshotCache(): Promise<ScreenshotCache>;
    updateScreenshotCache(screenshotCache: ScreenshotCache, buildResults: ScreenshotBuildResults): Promise<ScreenshotCache>;
    generateJsonpDataUris(build: ScreenshotBuild): Promise<void>;
    sortScreenshots(screenshots: Screenshot[]): Screenshot[];
    toJson(masterBuild: ScreenshotBuild, screenshotCache: ScreenshotCache): string;
}
export interface ScreenshotBuildResults {
    appNamespace: string;
    masterBuild: ScreenshotBuild;
    currentBuild: ScreenshotBuild;
    compare: ScreenshotCompareResults;
}
export interface ScreenshotCompareResults {
    id: string;
    a: {
        id: string;
        message: string;
        author: string;
        url: string;
        previewUrl: string;
    };
    b: {
        id: string;
        message: string;
        author: string;
        url: string;
        previewUrl: string;
    };
    timestamp: number;
    url: string;
    appNamespace: string;
    diffs: ScreenshotDiff[];
}
export interface ScreenshotConnectorOptions {
    buildId: string;
    buildMessage: string;
    buildAuthor?: string;
    buildUrl?: string;
    previewUrl?: string;
    appNamespace: string;
    buildTimestamp: number;
    logger: Logger;
    rootDir: string;
    cacheDir: string;
    packageDir: string;
    screenshotDirName?: string;
    imagesDirName?: string;
    buildsDirName?: string;
    currentBuildDir?: string;
    updateMaster?: boolean;
    allowableMismatchedPixels?: number;
    allowableMismatchedRatio?: number;
    pixelmatchThreshold?: number;
    waitBeforeScreenshot?: number;
    pixelmatchModulePath?: string;
}
export interface ScreenshotBuildData {
    buildId: string;
    rootDir: string;
    screenshotDir: string;
    imagesDir: string;
    buildsDir: string;
    currentBuildDir: string;
    updateMaster: boolean;
    allowableMismatchedPixels: number;
    allowableMismatchedRatio: number;
    pixelmatchThreshold: number;
    masterScreenshots: {
        [screenshotId: string]: string;
    };
    cache: {
        [cacheKey: string]: number;
    };
    timeoutBeforeScreenshot: number;
    pixelmatchModulePath: string;
}
export interface PixelMatchInput {
    imageAPath: string;
    imageBPath: string;
    width: number;
    height: number;
    pixelmatchThreshold: number;
}
export interface ScreenshotBuild {
    id: string;
    message: string;
    author?: string;
    url?: string;
    previewUrl?: string;
    appNamespace: string;
    timestamp: number;
    screenshots: Screenshot[];
}
export interface ScreenshotCache {
    timestamp?: number;
    lastBuildId?: string;
    size?: number;
    items?: {
        /**
         * Cache key
         */
        key: string;
        /**
         * Timestamp used to remove the oldest data
         */
        ts: number;
        /**
         * Mismatched pixels
         */
        mp: number;
    }[];
}
export interface Screenshot {
    id: string;
    desc?: string;
    image: string;
    device?: string;
    userAgent?: string;
    width: number;
    height: number;
    deviceScaleFactor?: number;
    hasTouch?: boolean;
    isLandscape?: boolean;
    isMobile?: boolean;
    testPath?: string;
    diff?: ScreenshotDiff;
}
export interface ScreenshotDiff {
    mismatchedPixels: number;
    id: string;
    desc?: string;
    imageA?: string;
    imageB?: string;
    device?: string;
    userAgent?: string;
    width: number;
    height: number;
    deviceScaleFactor?: number;
    hasTouch?: boolean;
    isLandscape?: boolean;
    isMobile?: boolean;
    allowableMismatchedPixels: number;
    allowableMismatchedRatio: number;
    testPath?: string;
    cacheKey?: string;
}
export interface ScreenshotOptions {
    /**
     * When true, takes a screenshot of the full scrollable page.
     * Default: `false`
     */
    fullPage?: boolean;
    /**
     * An object which specifies clipping region of the page.
     */
    clip?: ScreenshotBoundingBox;
    /**
     * Hides default white background and allows capturing screenshots with transparency.
     * Default: `false`
     */
    omitBackground?: boolean;
    /**
     * Matching threshold, ranges from `0` to 1. Smaller values make the comparison
     * more sensitive. Defaults to the testing config `pixelmatchThreshold` value;
     */
    pixelmatchThreshold?: number;
}
export interface ScreenshotBoundingBox {
    /**
     * The x-coordinate of top-left corner.
     */
    x: number;
    /**
     * The y-coordinate of top-left corner.
     */
    y: number;
    /**
     * The width in pixels.
     */
    width: number;
    /**
     * The height in pixels.
     */
    height: number;
}
export interface StyleCompiler {
    modeName: string;
    styleId: string;
    styleStr: string;
    styleIdentifier: string;
    externalStyles: ExternalStyleCompiler[];
}
export interface ExternalStyleCompiler {
    absolutePath: string;
    relativePath: string;
    originalComponentPath: string;
}
export interface CompilerModeStyles {
    [modeName: string]: string[];
}
export interface CssImportData {
    srcImport: string;
    updatedImport?: string;
    url: string;
    filePath: string;
    altFilePath?: string;
    styleText?: string | null;
}
export interface CssToEsmImportData {
    srcImportText: string;
    varName: string;
    url: string;
    filePath: string;
}
/**
 * Input CSS to be transformed into ESM
 */
export interface TransformCssToEsmInput {
    input: string;
    module?: 'cjs' | 'esm' | string;
    file?: string;
    tag?: string;
    encapsulation?: string;
    /**
     * The mode under which the CSS will be applied.
     *
     * Corresponds to a key used when `@Component`'s `styleUrls` field is an object:
     * ```ts
     * @Component({
     *   tag: 'todo-list',
     *   styleUrls: {
     *      ios: 'todo-list.ios.scss',
     *      md: 'todo-list.md.scss',
     *   }
     * })
     * ```
     * In the example above, two `TransformCssToEsmInput`s should be created, one for 'ios' and one for 'md' (this field
     * is not shared by multiple fields, nor is it a composite of multiple modes).
     */
    mode?: string;
    commentOriginalSelector?: boolean;
    sourceMap?: boolean;
    minify?: boolean;
    docs?: boolean;
    autoprefixer?: any;
    styleImportData?: string;
}
export interface TransformCssToEsmOutput {
    styleText: string;
    output: string;
    map: any;
    diagnostics: Diagnostic[];
    defaultVarName: string;
    styleDocs: StyleDoc[];
    imports: {
        varName: string;
        importPath: string;
    }[];
}
export interface PackageJsonData {
    name?: string;
    version?: string;
    main?: string;
    description?: string;
    bin?: {
        [key: string]: string;
    };
    browser?: string;
    module?: string;
    'jsnext:main'?: string;
    'collection:main'?: string;
    unpkg?: string;
    collection?: string;
    types?: string;
    files?: string[];
    ['dist-tags']?: {
        latest: string;
    };
    dependencies?: {
        [moduleId: string]: string;
    };
    devDependencies?: {
        [moduleId: string]: string;
    };
    repository?: {
        type?: string;
        url?: string;
    };
    private?: boolean;
    scripts?: {
        [runName: string]: string;
    };
    license?: string;
    keywords?: string[];
}
export interface Workbox {
    generateSW(swConfig: any): Promise<any>;
    generateFileManifest(): Promise<any>;
    getFileManifestEntries(): Promise<any>;
    injectManifest(swConfig: any): Promise<any>;
    copyWorkboxLibraries(wwwDir: string): Promise<any>;
}
declare global {
    namespace jest {
        interface Matchers<R, T> {
            /**
             * Compares HTML, but first normalizes the HTML so all
             * whitespace, attribute order and css class order are
             * the same. When given an element, it will compare
             * the element's `outerHTML`. When given a Document Fragment,
             * such as a Shadow Root, it'll compare its `innerHTML`.
             * Otherwise it'll compare two strings representing HTML.
             */
            toEqualHtml(expectHtml: string): void;
            /**
             * Compares HTML light DOM only, but first normalizes the HTML so all
             * whitespace, attribute order and css class order are
             * the same. When given an element, it will compare
             * the element's `outerHTML`. When given a Document Fragment,
             * such as a Shadow Root, it'll compare its `innerHTML`.
             * Otherwise it'll compare two strings representing HTML.
             */
            toEqualLightHtml(expectLightHtml: string): void;
            /**
             * When given an element, it'll compare the element's
             * `textContent`. Otherwise it'll compare two strings. This
             * matcher will also `trim()` each string before comparing.
             */
            toEqualText(expectTextContent: string): void;
            /**
             * Checks if an element simply has the attribute. It does
             * not check any values of the attribute
             */
            toHaveAttribute(expectAttrName: string): void;
            /**
             * Checks if an element's attribute value equals the expect value.
             */
            toEqualAttribute(expectAttrName: string, expectAttrValue: any): void;
            /**
             * Checks if an element's has each of the expected attribute
             * names and values.
             */
            toEqualAttributes(expectAttrs: {
                [attrName: string]: any;
            }): void;
            /**
             * Checks if an element has the expected css class.
             */
            toHaveClass(expectClassName: string): void;
            /**
             * Checks if an element has each of the expected css classes
             * in the array.
             */
            toHaveClasses(expectClassNames: string[]): void;
            /**
             * Checks if an element has the exact same css classes
             * as the expected array of css classes.
             */
            toMatchClasses(expectClassNames: string[]): void;
            /**
             * When given an EventSpy, checks if the event has been
             * received or not.
             */
            toHaveReceivedEvent(): void;
            /**
             * When given an EventSpy, checks how many times the
             * event has been received.
             */
            toHaveReceivedEventTimes(count: number): void;
            /**
             * When given an EventSpy, checks the event has
             * received the correct custom event `detail` data.
             */
            toHaveReceivedEventDetail(eventDetail: any): void;
            /**
             * When given an EventSpy, checks the first event has
             * received the correct custom event `detail` data.
             */
            toHaveFirstReceivedEventDetail(eventDetail: any): void;
            /**
             * When given an EventSpy, checks the event at an index
             * has received the correct custom event `detail` data.
             */
            toHaveNthReceivedEventDetail(index: number, eventDetail: any): void;
            /**
             * Used to evaluate the results of `compareScreenshot()`, such as
             * `expect(compare).toMatchScreenshot()`. The `allowableMismatchedRatio`
             * value from the testing config is used by default if
             * `MatchScreenshotOptions` were not provided.
             */
            toMatchScreenshot(opts?: MatchScreenshotOptions): void;
        }
    }
}
export interface MatchScreenshotOptions {
    /**
     * The `allowableMismatchedPixels` value is the total number of pixels
     * that can be mismatched until the test fails. For example, if the value
     * is `100`, and if there were `101` pixels that were mismatched then the
     * test would fail. If the `allowableMismatchedRatio` is provided it will
     * take precedence, otherwise `allowableMismatchedPixels` will be used.
     */
    allowableMismatchedPixels?: number;
    /**
     * The `allowableMismatchedRatio` ranges from `0` to `1` and is used to
     * determine an acceptable ratio of pixels that can be mismatched before
     * the image is considered to have changes. Realistically, two screenshots
     * representing the same content may have a small number of pixels that
     * are not identical due to anti-aliasing, which is perfectly normal. The
     * `allowableMismatchedRatio` is the number of pixels that were mismatched,
     * divided by the total number of pixels in the screenshot. For example,
     * a ratio value of `0.06` means 6% of the pixels can be mismatched before
     * the image is considered to have changes. If the `allowableMismatchedRatio`
     * is provided it will take precedence, otherwise `allowableMismatchedPixels`
     * will be used.
     */
    allowableMismatchedRatio?: number;
}
export interface EventSpy {
    events: SerializedEvent[];
    eventName: string;
    firstEvent: SerializedEvent;
    lastEvent: SerializedEvent;
    length: number;
    next(): Promise<{
        done: boolean;
        value: SerializedEvent;
    }>;
}
export interface SerializedEvent {
    bubbles: boolean;
    cancelBubble: boolean;
    cancelable: boolean;
    composed: boolean;
    currentTarget: any;
    defaultPrevented: boolean;
    detail: any;
    eventPhase: any;
    isTrusted: boolean;
    returnValue: any;
    srcElement: any;
    target: any;
    timeStamp: number;
    type: string;
    isSerializedEvent: boolean;
}
export interface EventInitDict {
    bubbles?: boolean;
    cancelable?: boolean;
    composed?: boolean;
    detail?: any;
}
export interface JestEnvironmentGlobal {
    __NEW_TEST_PAGE__: () => Promise<any>;
    __CLOSE_OPEN_PAGES__: () => Promise<any>;
    loadTestWindow: (testWindow: any) => Promise<void>;
    h: any;
    resourcesUrl: string;
    currentSpec?: {
        id?: string;
        description: string;
        fullName: string;
        testPath: string | null;
    };
    env: {
        [prop: string]: string;
    };
    screenshotDescriptions: Set<string>;
}
export interface E2EProcessEnv {
    STENCIL_COMMIT_ID?: string;
    STENCIL_COMMIT_MESSAGE?: string;
    STENCIL_REPO_URL?: string;
    STENCIL_SCREENSHOT_CONNECTOR?: string;
    STENCIL_SCREENSHOT_SERVER?: string;
    __STENCIL_EMULATE_CONFIGS__?: string;
    __STENCIL_ENV__?: string;
    __STENCIL_EMULATE__?: string;
    __STENCIL_BROWSER_URL__?: string;
    __STENCIL_APP_SCRIPT_URL__?: string;
    __STENCIL_APP_STYLE_URL__?: string;
    __STENCIL_BROWSER_WS_ENDPOINT__?: string;
    __STENCIL_BROWSER_WAIT_UNTIL?: string;
    __STENCIL_SCREENSHOT__?: 'true';
    __STENCIL_SCREENSHOT_BUILD__?: string;
    __STENCIL_SCREENSHOT_TIMEOUT_MS__?: string;
    __STENCIL_E2E_TESTS__?: 'true';
    __STENCIL_E2E_DEVTOOLS__?: 'true';
    __STENCIL_SPEC_TESTS__?: 'true';
    __STENCIL_PUPPETEER_MODULE__?: string;
    __STENCIL_PUPPETEER_VERSION__?: number;
    __STENCIL_DEFAULT_TIMEOUT__?: string;
    /**
     * Property for injecting transformAliasedImportPaths into the Jest context
     */
    __STENCIL_TRANSPILE_PATHS__?: 'true' | 'false';
}
export interface AnyHTMLElement extends HTMLElement {
    [key: string]: any;
}
export interface SpecPage {
    /**
     * Mocked testing `document.body`.
     */
    body: HTMLBodyElement;
    /**
     * Mocked testing `document`.
     */
    doc: HTMLDocument;
    /**
     * The first component found within the mocked `document.body`. If a component isn't found, then it'll return `document.body.firstElementChild`.
     */
    root?: AnyHTMLElement;
    /**
     * Similar to `root`, except returns the component instance. If a root component was not found it'll return `null`.
     */
    rootInstance?: any;
    /**
     * Convenience function to set `document.body.innerHTML` and `waitForChanges()`. Function argument should be a HTML string.
     */
    setContent: (html: string) => Promise<any>;
    /**
     * After changes have been made to a component, such as a update to a property or attribute, the test page does not automatically apply the changes. In order to wait for, and apply the update, call `await page.waitForChanges()`.
     */
    waitForChanges: () => Promise<any>;
    /**
     * Mocked testing `window`.
     */
    win: Window;
    build: BuildConditionals;
    flushLoadModule: (bundleId?: string) => Promise<any>;
    flushQueue: () => Promise<any>;
    styles: Map<string, string>;
}
/**
 * Options pertaining to the creation and functionality of a {@link SpecPage}
 */
export interface NewSpecPageOptions {
    /**
     * An array of components to test. Component classes can be imported into the spec file, then their reference should be added to the `component` array in order to be used throughout the test.
     */
    components: any[];
    /**
     * Sets the mocked `document.cookie`.
     */
    cookie?: string;
    /**
     * Sets the mocked `dir` attribute on `<html>`.
     */
    direction?: string;
    /**
     * If `false`, do not flush the render queue on initial test setup.
     */
    flushQueue?: boolean;
    /**
     * The initial HTML used to generate the test. This can be useful to construct a collection of components working together, and assign HTML attributes. This value sets the mocked `document.body.innerHTML`.
     */
    html?: string;
    /**
     * The initial JSX used to generate the test.
     * Use `template` when you want to initialize a component using their properties, instead of their HTML attributes.
     * It will render the specified template (JSX) into `document.body`.
     */
    template?: () => any;
    /**
     * Sets the mocked `lang` attribute on `<html>`.
     */
    language?: string;
    /**
     * Useful for debugging hydrating components client-side. Sets that the `html` option already includes annotated prerender attributes and comments.
     */
    hydrateClientSide?: boolean;
    /**
     * Useful for debugging hydrating components server-side. The output HTML will also include prerender annotations.
     */
    hydrateServerSide?: boolean;
    /**
     * Sets the mocked `document.referrer`.
     */
    referrer?: string;
    /**
     * Manually set if the mocked document supports Shadow DOM or not. Default is `true`.
     */
    supportsShadowDom?: boolean;
    /**
     * When a component is pre-rendered it includes HTML annotations, such as `s-id` attributes and `<!-t.0->` comments. This information is used by client-side hydrating. Default is `false`.
     */
    includeAnnotations?: boolean;
    /**
     * Sets the mocked browser's `location.href`.
     */
    url?: string;
    /**
     * Sets the mocked browser's `navigator.userAgent`.
     */
    userAgent?: string;
    /**
     * By default, any changes to component properties and attributes must `page.waitForChanges()` in order to test the updates. As an option, `autoApplyChanges` continuously flushes the queue on the background. Default is `false`.
     */
    autoApplyChanges?: boolean;
    /**
     * By default, styles are not attached to the DOM and they are not reflected in the serialized HTML.
     * Setting this option to `true` will include the component's styles in the serializable output.
     */
    attachStyles?: boolean;
    /**
     * Set {@link BuildConditionals} for testing based off the metadata of the component under test.
     * When `true` all `BuildConditionals` will be assigned to the global testing `BUILD` object, regardless of their
     * value. When `false`, only `BuildConditionals` with a value of `true` will be assigned to the `BUILD` object.
     */
    strictBuild?: boolean;
    /**
     * Default values to be set on the platform runtime object {@see PlatformRuntime} when creating
     * the spec page.
     */
    platform?: Partial<PlatformRuntime>;
}
/**
 * A record of `TypesMemberNameData` entities.
 *
 * Each key in this record is intended to be the path to a file that declares one or more types used by a component.
 * However, this is not enforced by the type system - users of this interface should not make any assumptions regarding
 * the format of the path used as a key (relative vs. absolute)
 */
export interface TypesImportData {
    [key: string]: TypesMemberNameData[];
}
/**
 * A type describing how Stencil may alias an imported type to avoid naming collisions when performing operations such
 * as generating `components.d.ts` files.
 */
export interface TypesMemberNameData {
    /**
     * The name of the type as it's used within a file.
     */
    localName: string;
    /**
     * An alias that Stencil may apply to the `localName` to avoid naming collisions. This name does not appear in the
     * file that is using `localName`.
     */
    importName?: string;
}
export interface TypesModule {
    isDep: boolean;
    tagName: string;
    tagNameAsPascal: string;
    htmlElementName: string;
    component: string;
    jsx: string;
    element: string;
}
export type TypeInfo = {
    name: string;
    type: string;
    optional: boolean;
    required: boolean;
    internal: boolean;
    jsdoc?: string;
}[];
export type ChildType = VNode | number | string;
export type PropsType = VNodeProdData | number | string | null;
export interface VNodeProdData {
    key?: string | number;
    class?: {
        [className: string]: boolean;
    } | string;
    className?: {
        [className: string]: boolean;
    } | string;
    style?: any;
    [key: string]: any;
}
/**
 * An abstraction to bundle up four methods which _may_ be handled by
 * dispatching work to workers running in other OS threads or may be called
 * synchronously. Environment and `CompilerSystem` related setup code will
 * determine which one, but in either case the call sites for these methods can
 * dispatch to this shared interface.
 */
export interface CompilerWorkerContext {
    optimizeCss(inputOpts: OptimizeCssInput): Promise<OptimizeCssOutput>;
    prepareModule(input: string, minifyOpts: any, transpile: boolean, inlineHelpers: boolean): Promise<{
        output: string;
        diagnostics: Diagnostic[];
        sourceMap?: SourceMap;
    }>;
    prerenderWorker(prerenderRequest: PrerenderUrlRequest): Promise<PrerenderUrlResults>;
    transformCssToEsm(input: TransformCssToEsmInput): Promise<TransformCssToEsmOutput>;
}
/**
 * The methods that are supported on a {@link d.CompilerWorkerContext}
 */
export type WorkerContextMethod = keyof CompilerWorkerContext;
/**
 * A little type guard which will cause a type error if the parameter `T` does
 * not satisfy {@link CPSerializable} (i.e. if it's not possible to cleanly
 * serialize it for message passing via an IPC channel).
 */
type IPCSerializable<T extends CPSerializable> = T;
/**
 * A manifest for a job that a worker thread should carry out, as determined by
 * and dispatched from the main thread. This includes the name of the task to do
 * and any arguments necessary to carry it out properly.
 *
 * This message must satisfy {@link CPSerializable} so it can be sent from the
 * main thread to a worker thread via an IPC channel
 */
export type MsgToWorker<T extends WorkerContextMethod> = IPCSerializable<{
    stencilId: number;
    method: T;
    args: Parameters<CompilerWorkerContext[T]>;
}>;
/**
 * A manifest for a job that a worker thread should carry out, as determined by
 * and dispatched from the main thread. This includes the name of the task to do
 * and any arguments necessary to carry it out properly.
 *
 * This message must satisfy {@link CPSerializable} so it can be sent from the
 * main thread to a worker thread via an IPC channel
 */
export type MsgFromWorker<T extends WorkerContextMethod> = IPCSerializable<{
    stencilId?: number;
    stencilRtnValue: ReturnType<CompilerWorkerContext[T]>;
    stencilRtnError: string | null;
}>;
/**
 * A description of a task which should be passed to a worker in another
 * thread. This interface differs from {@link MsgToWorker} in that it doesn't
 * have to be serializable for transmission through an IPC channel, so we can
 * hold things like a `resolve` and `reject` callback to use when the task
 * completes.
 */
export interface CompilerWorkerTask {
    stencilId: number;
    inputArgs: any[];
    resolve: (val: any) => any;
    reject: (msg: string) => any;
    retries: number;
}
/**
 * A handler for IPC messages from the main thread to a worker thread. This
 * involves dispatching an action specified by a {@link MsgToWorker} object to a
 * {@link CompilerWorkerContext}.
 *
 * @param msgToWorker the message to handle
 * @returns the return value of the specified function
 */
export type WorkerMsgHandler = <T extends WorkerContextMethod>(msgToWorker: MsgToWorker<T>) => ReturnType<CompilerWorkerContext[T]>;
export interface TranspileModuleResults {
    sourceFilePath: string;
    code: string;
    map: any;
    diagnostics: Diagnostic[];
    moduleFile: Module;
}
export interface ValidateTypesResults {
    diagnostics: Diagnostic[];
    dirPaths: string[];
    filePaths: string[];
}
export interface TerminalInfo {
    /**
     * Whether this is in CI or not.
     */
    readonly ci: boolean;
    /**
     * Whether the terminal is an interactive TTY or not.
     */
    readonly tty: boolean;
}
/**
 * The task to run in order to collect the duration data point.
 */
export type TelemetryCallback = (...args: any[]) => void | Promise<void>;
/**
 * The model for the data that's tracked.
 */
export interface TrackableData {
    arguments: string[];
    build: string;
    component_count?: number;
    config: Config;
    cpu_model: string | undefined;
    duration_ms: number | undefined;
    has_app_pwa_config: boolean;
    os_name: string | undefined;
    os_version: string | undefined;
    packages: string[];
    packages_no_versions?: string[];
    rollup: string;
    stencil: string;
    system: string;
    system_major?: string;
    targets: string[];
    task: TaskCommand | null;
    typescript: string;
    yarn: boolean;
}
/**
 * Used as the object sent to the server. Value is the data tracked.
 */
export interface Metric {
    name: string;
    timestamp: string;
    source: 'stencil_cli';
    value: TrackableData;
    session_id: string;
}
export interface TelemetryConfig {
    'telemetry.stencil'?: boolean;
    'tokens.telemetry'?: string;
}
export {};