import { errors, ts, StandardizedFilePath } from "@ts-morph/common";

/** Holds the compiler options. */
export declare class CompilerOptionsContainer extends SettingsContainer<ts.CompilerOptions> {
    constructor();
    /**
     * Sets one or all of the compiler options.
     *
     * WARNING: Setting the compiler options will cause a complete reparse of all the source files.
     * @param settings - Compiler options to set.
     */
    set(settings: Partial<ts.CompilerOptions>): void;
    /** Gets the encoding from the compiler options or returns utf-8. */
    getEncoding(): string;
}

/** Represents a file system that can be interacted with. */
export interface FileSystemHost {
    /** Gets if this file system is case sensitive. */
    isCaseSensitive(): boolean;
    /** Asynchronously deletes the specified file or directory. */
    delete(path: string): Promise<void>;
    /** Synchronously deletes the specified file or directory */
    deleteSync(path: string): void;
    /**
     * Reads all the child directories and files.
     * @remarks Implementers should have this return the full file path.
     */
    readDirSync(dirPath: string): string[];
    /** Asynchronously reads a file at the specified path. */
    readFile(filePath: string, encoding?: string): Promise<string>;
    /** Synchronously reads a file at the specified path. */
    readFileSync(filePath: string, encoding?: string): string;
    /** Asynchronously writes a file to the file system. */
    writeFile(filePath: string, fileText: string): Promise<void>;
    /** Synchronously writes a file to the file system. */
    writeFileSync(filePath: string, fileText: string): void;
    /** Asynchronously creates a directory at the specified path. */
    mkdir(dirPath: string): Promise<void>;
    /** Synchronously creates a directory at the specified path. */
    mkdirSync(dirPath: string): void;
    /** Asynchronously moves a file or directory. */
    move(srcPath: string, destPath: string): Promise<void>;
    /** Synchronously moves a file or directory. */
    moveSync(srcPath: string, destPath: string): void;
    /** Asynchronously copies a file or directory. */
    copy(srcPath: string, destPath: string): Promise<void>;
    /** Synchronously copies a file or directory. */
    copySync(srcPath: string, destPath: string): void;
    /** Asynchronously checks if a file exists. */
    fileExists(filePath: string): Promise<boolean>;
    /** Synchronously checks if a file exists. */
    fileExistsSync(filePath: string): boolean;
    /** Asynchronously checks if a directory exists. */
    directoryExists(dirPath: string): Promise<boolean>;
    /** Synchronously checks if a directory exists. */
    directoryExistsSync(dirPath: string): boolean;
    /** See https://nodejs.org/api/fs.html#fs_fs_realpathsync_path_options */
    realpathSync(path: string): string;
    /** Gets the current directory of the environment. */
    getCurrentDirectory(): string;
    /** Uses pattern matching to find files or directories. */
    glob(patterns: ReadonlyArray<string>): Promise<string[]>;
    /** Synchronously uses pattern matching to find files or directories. */
    globSync(patterns: ReadonlyArray<string>): string[];
}

/** An implementation of a file system that exists in memory only. */
export declare class InMemoryFileSystemHost implements FileSystemHost {
    /** Constructor. */
    constructor();
    /** @inheritdoc */
    isCaseSensitive(): boolean;
    /** @inheritdoc */
    delete(path: string): Promise<void>;
    /** @inheritdoc */
    deleteSync(path: string): void;
    /** @inheritdoc */
    readDirSync(dirPath: string): string[];
    /** @inheritdoc */
    readFile(filePath: string, encoding?: string): Promise<string>;
    /** @inheritdoc */
    readFileSync(filePath: string, encoding?: string): string;
    /** @inheritdoc */
    writeFile(filePath: string, fileText: string): Promise<void>;
    /** @inheritdoc */
    writeFileSync(filePath: string, fileText: string): void;
    /** @inheritdoc */
    mkdir(dirPath: string): Promise<void>;
    /** @inheritdoc */
    mkdirSync(dirPath: string): void;
    /** @inheritdoc */
    move(srcPath: string, destPath: string): Promise<void>;
    /** @inheritdoc */
    moveSync(srcPath: string, destPath: string): void;
    /** @inheritdoc */
    copy(srcPath: string, destPath: string): Promise<void>;
    /** @inheritdoc */
    copySync(srcPath: string, destPath: string): void;
    /** @inheritdoc */
    fileExists(filePath: string): Promise<boolean>;
    /** @inheritdoc */
    fileExistsSync(filePath: string): boolean;
    /** @inheritdoc */
    directoryExists(dirPath: string): Promise<boolean>;
    /** @inheritdoc */
    directoryExistsSync(dirPath: string): boolean;
    /** @inheritdoc */
    realpathSync(path: string): string;
    /** @inheritdoc */
    getCurrentDirectory(): string;
    /** @inheritdoc */
    glob(patterns: ReadonlyArray<string>): Promise<string[]>;
    /** @inheritdoc */
    globSync(patterns: ReadonlyArray<string>): string[];
}

/** Host for implementing custom module and/or type reference directive resolution. */
export interface ResolutionHost {
    resolveModuleNames?: ts.LanguageServiceHost["resolveModuleNames"];
    getResolvedModuleWithFailedLookupLocationsFromCache?: ts.LanguageServiceHost["getResolvedModuleWithFailedLookupLocationsFromCache"];
    resolveTypeReferenceDirectives?: ts.LanguageServiceHost["resolveTypeReferenceDirectives"];
}

/**
 * Factory used to create a resolution host.
 * @remarks The compiler options are retrieved via a function in order to get the project's current compiler options.
 */
export declare type ResolutionHostFactory = (moduleResolutionHost: ts.ModuleResolutionHost, getCompilerOptions: () => ts.CompilerOptions) => ResolutionHost;
/** Collection of reusable resolution hosts. */
export declare const ResolutionHosts: {
        deno: ResolutionHostFactory;
    };

export declare abstract class SettingsContainer<T extends object> {
    protected _settings: T;
    /**
     * Constructor.
     * @param defaultSettings - The settings to use by default.
     */
    constructor(defaultSettings: T);
    /** Resets the settings to the default. */
    reset(): void;
    /** Gets a copy of the settings as an object. */
    get(): T;
    /**
     * Sets one or all of the settings.
     * @param settings - Settings to set.
     */
    set(settings: Partial<T>): void;
    /**
     * Subscribe to modifications in the settings container.
     * @param action - Action to execute when the settings change.
     */
    onModified(action: () => void): void;
}

declare const ArgumentError: typeof errors.ArgumentError;
declare const ArgumentNullOrWhitespaceError: typeof errors.ArgumentNullOrWhitespaceError;
declare const ArgumentOutOfRangeError: typeof errors.ArgumentOutOfRangeError;
declare const ArgumentTypeError: typeof errors.ArgumentTypeError;
declare const BaseError: typeof errors.BaseError;
declare const DirectoryNotFoundError: typeof errors.DirectoryNotFoundError;
declare const FileNotFoundError: typeof errors.FileNotFoundError;
declare const InvalidOperationError: typeof errors.InvalidOperationError;
declare const NotImplementedError: typeof errors.NotImplementedError;
declare const NotSupportedError: typeof errors.NotSupportedError;
declare const PathNotFoundError: typeof errors.PathNotFoundError;

export declare class Directory {
    private __context;
    private _path;
    private _pathParts;
    private _emitInternal;
    private constructor();
    /**
     * Checks if this directory is an ancestor of the provided directory.
     * @param possibleDescendant - Directory or source file that's a possible descendant.
     */
    isAncestorOf(possibleDescendant: Directory | SourceFile): boolean;
    /**
     * Checks if this directory is a descendant of the provided directory.
     * @param possibleAncestor - Directory or source file that's a possible ancestor.
     */
    isDescendantOf(possibleAncestor: Directory): boolean;
    /** Gets the path to the directory. */
    getPath(): StandardizedFilePath;
    /** Gets the directory path's base name. */
    getBaseName(): string;
    /** Gets the parent directory or throws if it doesn't exist or was never added to the project. */
    getParentOrThrow(): Directory;
    /** Gets the parent directory if it exists and was added to the project. */
    getParent(): Directory | undefined;
    /**
     * Gets a child directory with the specified path or throws if not found.
     * @param path - Relative path from this directory or absolute path.
     */
    getDirectoryOrThrow(path: string): Directory;
    /**
     * Gets a child directory by the specified condition or throws if not found.
     * @param condition - Condition to check the directory with.
     */
    getDirectoryOrThrow(condition: (directory: Directory) => boolean): Directory;
    /**
     * Gets a directory with the specified path or undefined if not found.
     * @param path - Relative path from this directory or absolute path.
     */
    getDirectory(path: string): Directory | undefined;
    /**
     * Gets a child directory by the specified condition or undefined if not found.
     * @param condition - Condition to check the directory with.
     */
    getDirectory(condition: (directory: Directory) => boolean): Directory | undefined;
    /**
     * Gets a child source file with the specified path or throws if not found.
     * @param path - Relative or absolute path to the file.
     */
    getSourceFileOrThrow(path: string): SourceFile;
    /**
     * Gets a child source file by the specified condition or throws if not found.
     * @param condition - Condition to check the source file with.
     */
    getSourceFileOrThrow(condition: (sourceFile: SourceFile) => boolean): SourceFile;
    /**
     * Gets a child source file with the specified path or undefined if not found.
     * @param path - Relative or absolute path to the file.
     */
    getSourceFile(path: string): SourceFile | undefined;
    /**
     * Gets a child source file by the specified condition or undefined if not found.
     * @param condition - Condition to check the source file with.
     */
    getSourceFile(condition: (sourceFile: SourceFile) => boolean): SourceFile | undefined;
    /** Gets the child directories. */
    getDirectories(): Directory[];
    /** Gets the source files within this directory. */
    getSourceFiles(): SourceFile[];
    /**
     * Gets all the source files added to the project relative to the directory that match a pattern.
     * @param globPattern - Glob pattern for filtering out the source files.
     */
    getSourceFiles(globPattern: string): SourceFile[];
    /**
     * Gets all the source files added to the project relative to the directory that match the provided patterns.
     * @param globPatterns - Glob patterns for filtering out the source files.
     */
    getSourceFiles(globPatterns: ReadonlyArray<string>): SourceFile[];
    /** Gets the source files in the current directory and all the descendant directories. */
    getDescendantSourceFiles(): SourceFile[];
    /** Gets the descendant directories. */
    getDescendantDirectories(): Directory[];
    /**
     * Add source files based on file globs.
     * @param fileGlobs - File glob or globs to add files based on.
     * @returns The matched source files.
     */
    addSourceFilesAtPaths(fileGlobs: string | ReadonlyArray<string>): SourceFile[];
    /**
     * Adds an existing directory from the relative path or directory name, or returns undefined if it doesn't exist.
     *
     * Will return the directory if it was already added.
     * @param relativeOrAbsoluteDirPath - Directory name or path to the directory that should be added.
     * @param options - Options.
     */
    addDirectoryAtPathIfExists(relativeOrAbsoluteDirPath: string, options?: DirectoryAddOptions): Directory | undefined;
    /**
     * Adds an existing directory from the relative path or directory name, or throws if it doesn't exist.
     *
     * Will return the directory if it was already added.
     * @param relativeOrAbsoluteDirPath - Directory name or path to the directory that should be added.
     * @throws DirectoryNotFoundError if the directory does not exist.
     */
    addDirectoryAtPath(relativeOrAbsoluteDirPath: string, options?: DirectoryAddOptions): Directory;
    /**
     * Creates a directory if it doesn't exist.
     * @param relativeOrAbsoluteDirPath - Relative or absolute path to the directory that should be created.
     */
    createDirectory(relativeOrAbsoluteDirPath: string): Directory;
    /**
     * Creates a source file, relative to this directory.
     *
     * Note: The file will not be created and saved to the file system until .save() is called on the source file.
     * @param relativeFilePath - Relative file path of the source file to create.
     * @param sourceFileText - Text, structure, or writer function to create the source file text with.
     * @param options - Options.
     * @throws - InvalidOperationError if a source file already exists at the provided file name.
     */
    createSourceFile(relativeFilePath: string, sourceFileText?: string | OptionalKind<SourceFileStructure> | WriterFunction, options?: SourceFileCreateOptions): SourceFile;
    /**
     * Adds an existing source file, relative to this directory, or returns undefined.
     *
     * Will return the source file if it was already added.
     * @param relativeFilePath - Relative file path to add.
     */
    addSourceFileAtPathIfExists(relativeFilePath: string): SourceFile | undefined;
    /**
     * Adds an existing source file, relative to this directory, or throws if it doesn't exist.
     *
     * Will return the source file if it was already added.
     * @param relativeFilePath - Relative file path to add.
     * @throws FileNotFoundError when the file doesn't exist.
     */
    addSourceFileAtPath(relativeFilePath: string): SourceFile;
    /**
     * Emits the files in the directory.
     * @param options - Options for emitting.
     */
    emit(options?: {
            emitOnlyDtsFiles?: boolean;
            outDir?: string;
            declarationDir?: string;
        }): Promise<DirectoryEmitResult>;
    /**
     * Emits the files in the directory synchronously.
     *
     * Remarks: This might be very slow compared to the asynchronous version if there are a lot of files.
     * @param options - Options for emitting.
     */
    emitSync(options?: {
            emitOnlyDtsFiles?: boolean;
            outDir?: string;
            declarationDir?: string;
        }): DirectoryEmitResult;
    /**
     * Copies the directory to a subdirectory of the specified directory.
     * @param dirPathOrDirectory Directory path or directory object to copy the directory to.
     * @param options Options for copying.
     * @returns The new copied directory.
     */
    copyToDirectory(dirPathOrDirectory: string | Directory, options?: DirectoryCopyOptions): Directory;
    /**
     * Copies the directory to a new directory.
     * @param relativeOrAbsolutePath - The relative or absolute path to the new directory.
     * @param options - Options.
     * @returns The directory the copy was made to.
     */
    copy(relativeOrAbsolutePath: string, options?: DirectoryCopyOptions): Directory;
    /**
     * Immediately copies the directory to the specified path asynchronously.
     * @param relativeOrAbsolutePath - Directory path as an absolute or relative path.
     * @param options - Options for moving the directory.
     * @remarks If includeTrackedFiles is true, then it will execute the pending operations in the current directory.
     */
    copyImmediately(relativeOrAbsolutePath: string, options?: DirectoryCopyOptions): Promise<Directory>;
    /**
     * Immediately copies the directory to the specified path synchronously.
     * @param relativeOrAbsolutePath - Directory path as an absolute or relative path.
     * @param options - Options for moving the directory.
     * @remarks If includeTrackedFiles is true, then it will execute the pending operations in the current directory.
     */
    copyImmediatelySync(relativeOrAbsolutePath: string, options?: DirectoryCopyOptions): Directory;
    /**
     * Moves the directory to a subdirectory of the specified directory.
     * @param dirPathOrDirectory Directory path or directory object to move the directory to.
     * @param options Options for moving.
     */
    moveToDirectory(dirPathOrDirectory: string | Directory, options?: DirectoryMoveOptions): this;
    /**
     * Moves the directory to a new path.
     * @param relativeOrAbsolutePath - Directory path as an absolute or relative path.
     * @param options - Options for moving the directory.
     */
    move(relativeOrAbsolutePath: string, options?: DirectoryMoveOptions): this;
    /**
     * Immediately moves the directory to a new path asynchronously.
     * @param relativeOrAbsolutePath - Directory path as an absolute or relative path.
     * @param options - Options for moving the directory.
     */
    moveImmediately(relativeOrAbsolutePath: string, options?: DirectoryMoveOptions): Promise<this>;
    /**
     * Immediately moves the directory to a new path synchronously.
     * @param relativeOrAbsolutePath - Directory path as an absolute or relative path.
     * @param options - Options for moving the directory.
     */
    moveImmediatelySync(relativeOrAbsolutePath: string, options?: DirectoryMoveOptions): this;
    /**
     * Recreates the directory.
     * @remarks This will delete all the descendant source files and directories in memory and queue a delete & mkdir to the file system.
     */
    clear(): void;
    /**
     * Asynchronously recreates the directory.
     * @remarks This will delete all the descendant source files and directories in memory and push a delete & mkdir to the file system.
     */
    clearImmediately(): Promise<void>;
    /**
     * Synchronously recreates the directory.
     * @remarks This will delete all the descendant source files and directories in memory and push a delete & mkdir to the file system.
     */
    clearImmediatelySync(): void;
    /**
     * Queues a deletion of the directory to the file system.
     *
     * The directory will be deleted when calling ast.save(). If you wish to delete the file immediately, then use deleteImmediately().
     */
    delete(): void;
    /** Asyncronously deletes the directory and all its descendants from the file system. */
    deleteImmediately(): Promise<void>;
    /** Synchronously deletes the directory and all its descendants from the file system. */
    deleteImmediatelySync(): void;
    /**
     * Forgets the directory and all its descendants from the Project.
     *
     * Note: Does not delete the directory from the file system.
     */
    forget(): void;
    /** Asynchronously saves the directory and all the unsaved source files to the disk. */
    save(): Promise<void>;
    /** Synchronously saves the directory and all the unsaved source files to the disk. */
    saveSync(): void;
    /**
     * Gets the relative path to the specified path.
     * @param fileOrDirPath - The file or directory path.
     */
    getRelativePathTo(fileOrDirPath: string): string;
    /**
     * Gets the relative path to another source file.
     * @param sourceFile - Source file.
     */
    getRelativePathTo(sourceFile: SourceFile): string;
    /**
     * Gets the relative path to another directory.
     * @param directory - Directory.
     */
    getRelativePathTo(directory: Directory): string;
    /**
     * Gets the relative path to the specified file path as a module specifier.
     * @param filePath - File path.
     * @remarks To get to a directory, provide `path/to/directory/index.ts`.
     */
    getRelativePathAsModuleSpecifierTo(filePath: string): string;
    /**
     * Gets the relative path to the specified source file as a module specifier.
     * @param sourceFile - Source file.
     */
    getRelativePathAsModuleSpecifierTo(sourceFile: SourceFile): string;
    /**
     * Gets the relative path to the specified directory as a module specifier.
     * @param directory - Directory.
     */
    getRelativePathAsModuleSpecifierTo(directory: Directory): string;
    /** Gets the project. */
    getProject(): Project;
    /** Gets if the directory was forgotten. */
    wasForgotten(): boolean;
}

export interface DirectoryAddOptions {
    /**
     * Whether to also recursively add all the directory's descendant directories.
     * @remarks Defaults to false.
     */
    recursive?: boolean;
}

export interface DirectoryCopyOptions extends SourceFileCopyOptions {
    /**
     * Includes all the files in the directory and sub-directory when copying.
     * @remarks - Defaults to true.
     */
    includeUntrackedFiles?: boolean;
}

export declare class DirectoryEmitResult {
    private readonly _skippedFilePaths;
    private readonly _outputFilePaths;
    private constructor();
    /** Gets a collections of skipped file paths. */
    getSkippedFilePaths(): StandardizedFilePath[];
    /** Gets the output file paths. */
    getOutputFilePaths(): StandardizedFilePath[];
}

export interface DirectoryMoveOptions extends SourceFileMoveOptions {
}

/** Occurs when there is a problem doing a manipulation. */
export declare class ManipulationError extends errors.InvalidOperationError {
    readonly filePath: string;
    readonly oldText: string;
    readonly newText: string;
    constructor(filePath: string, oldText: string, newText: string, errorMessage: string);
}

/** Project that holds source files. */
export declare class Project {
    /**
     * Initializes a new instance.
     * @param options - Optional options.
     */
    constructor(options?: ProjectOptions);
    /** Gets the manipulation settings. */
    get manipulationSettings(): ManipulationSettingsContainer;
    /** Gets the compiler options for modification. */
    get compilerOptions(): CompilerOptionsContainer;
    /**
     * Adds the source files the project's source files depend on to the project.
     * @returns The added source files.
     * @remarks * This should be done after source files are added to the project, preferably once to
     * avoid doing more work than necessary.
     * * This is done by default when creating a Project and providing a tsconfig.json and
     * not specifying to not add the source files.
     */
    resolveSourceFileDependencies(): SourceFile[];
    /**
     * Adds an existing directory from the path or returns undefined if it doesn't exist.
     *
     * Will return the directory if it was already added.
     * @param dirPath - Path to add the directory at.
     * @param options - Options.
     */
    addDirectoryAtPathIfExists(dirPath: string, options?: DirectoryAddOptions): Directory | undefined;
    /**
     * Adds an existing directory from the path or throws if it doesn't exist.
     *
     * Will return the directory if it was already added.
     * @param dirPath - Path to add the directory at.
     * @param options - Options.
     * @throws DirectoryNotFoundError when the directory does not exist.
     */
    addDirectoryAtPath(dirPath: string, options?: DirectoryAddOptions): Directory;
    /**
     * Creates a directory at the specified path.
     * @param dirPath - Path to create the directory at.
     */
    createDirectory(dirPath: string): Directory;
    /**
     * Gets a directory by the specified path or throws if it doesn't exist.
     * @param dirPath - Path to create the directory at.
     */
    getDirectoryOrThrow(dirPath: string): Directory;
    /**
     * Gets a directory by the specified path or returns undefined if it doesn't exist.
     * @param dirPath - Directory path.
     */
    getDirectory(dirPath: string): Directory | undefined;
    /** Gets all the directories. */
    getDirectories(): Directory[];
    /** Gets the directories without a parent. */
    getRootDirectories(): Directory[];
    /**
     * Adds source files based on file globs.
     * @param fileGlobs - File glob or globs to add files based on.
     * @returns The matched source files.
     */
    addSourceFilesAtPaths(fileGlobs: string | ReadonlyArray<string>): SourceFile[];
    /**
     * Adds a source file from a file path if it exists or returns undefined.
     *
     * Will return the source file if it was already added.
     * @param filePath - File path to get the file from.
     */
    addSourceFileAtPathIfExists(filePath: string): SourceFile | undefined;
    /**
     * Adds an existing source file from a file path or throws if it doesn't exist.
     *
     * Will return the source file if it was already added.
     * @param filePath - File path to get the file from.
     * @throws FileNotFoundError when the file is not found.
     */
    addSourceFileAtPath(filePath: string): SourceFile;
    /**
     * Adds all the source files from the specified tsconfig.json.
     *
     * Note that this is done by default when specifying a tsconfig file in the constructor and not explicitly setting the
     * `skipAddingFilesFromTsConfig` option to `true`.
     * @param tsConfigFilePath - File path to the tsconfig.json file.
     */
    addSourceFilesFromTsConfig(tsConfigFilePath: string): SourceFile[];
    /**
     * Creates a source file at the specified file path with the specified text.
     *
     * Note: The file will not be created and saved to the file system until .save() is called on the source file.
     * @param filePath - File path of the source file.
     * @param sourceFileText - Text, structure, or writer function for the source file text.
     * @param options - Options.
     * @throws - InvalidOperationError if a source file already exists at the provided file path.
     */
    createSourceFile(filePath: string, sourceFileText?: string | OptionalKind<SourceFileStructure> | WriterFunction, options?: SourceFileCreateOptions): SourceFile;
    /**
     * Removes a source file from the project.
     * @param sourceFile - Source file to remove.
     * @returns True if removed.
     */
    removeSourceFile(sourceFile: SourceFile): boolean;
    /**
     * Gets a source file by a file name or file path. Throws an error if it doesn't exist.
     * @param fileNameOrPath - File name or path that the path could end with or equal.
     */
    getSourceFileOrThrow(fileNameOrPath: string): SourceFile;
    /**
     * Gets a source file by a search function. Throws an error if it doesn't exist.
     * @param searchFunction - Search function.
     */
    getSourceFileOrThrow(searchFunction: (file: SourceFile) => boolean): SourceFile;
    /**
     * Gets a source file by a file name or file path. Returns undefined if none exists.
     * @param fileNameOrPath - File name or path that the path could end with or equal.
     */
    getSourceFile(fileNameOrPath: string): SourceFile | undefined;
    /**
     * Gets a source file by a search function. Returns undefined if none exists.
     * @param searchFunction - Search function.
     */
    getSourceFile(searchFunction: (file: SourceFile) => boolean): SourceFile | undefined;
    /** Gets all the source files added to the project. */
    getSourceFiles(): SourceFile[];
    /**
     * Gets all the source files added to the project that match a pattern.
     * @param globPattern - Glob pattern for filtering out the source files.
     */
    getSourceFiles(globPattern: string): SourceFile[];
    /**
     * Gets all the source files added to the project that match the passed in patterns.
     * @param globPatterns - Glob patterns for filtering out the source files.
     */
    getSourceFiles(globPatterns: ReadonlyArray<string>): SourceFile[];
    /**
     * Gets the specified ambient module symbol or returns undefined if not found.
     * @param moduleName - The ambient module name with or without quotes.
     */
    getAmbientModule(moduleName: string): Symbol | undefined;
    /**
     * Gets the specified ambient module symbol or throws if not found.
     * @param moduleName - The ambient module name with or without quotes.
     */
    getAmbientModuleOrThrow(moduleName: string): Symbol;
    /** Gets the ambient module symbols (ex. modules in the @types folder or node_modules). */
    getAmbientModules(): Symbol[];
    /** Saves all the unsaved source files to the file system and deletes all deleted files. */
    save(): Promise<void>;
    /**
     * Synchronously saves all the unsaved source files to the file system and deletes all deleted files.
     *
     * Remarks: This might be very slow compared to the asynchronous version if there are a lot of files.
     */
    saveSync(): void;
    /**
     * Enables logging to the console.
     * @param enabled - Enabled.
     */
    enableLogging(enabled?: boolean): void;
    /** Gets the pre-emit diagnostics. */
    getPreEmitDiagnostics(): Diagnostic[];
    /** Gets the language service. */
    getLanguageService(): LanguageService;
    /** Gets the program. */
    getProgram(): Program;
    /** Gets the type checker. */
    getTypeChecker(): TypeChecker;
    /** Gets the file system. */
    getFileSystem(): FileSystemHost;
    /**
     * Asynchronously emits all the source files to the file system as JavaScript files.
     * @param emitOptions - Optional emit options.
     */
    emit(emitOptions?: EmitOptions): Promise<EmitResult>;
    /**
     * Synchronously emits all the source files to the file system as JavaScript files.
     * @param emitOptions - Optional emit options.
     */
    emitSync(emitOptions?: EmitOptions): EmitResult;
    /**
     * Emits all the source files to memory.
     * @param emitOptions - Optional emit options.
     */
    emitToMemory(emitOptions?: EmitOptions): MemoryEmitResult;
    /** Gets the compiler options. */
    getCompilerOptions(): CompilerOptions;
    /** Gets the diagnostics found when parsing the tsconfig.json file provided in the project's constructor. */
    getConfigFileParsingDiagnostics(): Diagnostic[];
    /**
     * Creates a writer with the current manipulation settings.
     * @remarks Generally it's best to use a provided writer, but this may be useful in some scenarios.
     */
    createWriter(): CodeBlockWriter;
    /**
     * Forgets the nodes created in the scope of the passed in block.
     *
     * This is an advanced method that can be used to easily "forget" all the nodes created within the scope of the block.
     * @param block - Block of code to run. Use the `remember` callback or return a node to remember it.
     */
    forgetNodesCreatedInBlock<T = void>(block: (remember: (...node: Node[]) => void) => T): T;
    /**
     * Forgets the nodes created in the scope of the passed in block asynchronously.
     *
     * This is an advanced method that can be used to easily "forget" all the nodes created within the scope of the block.
     * @param block - Block of code to run. Use the `remember` callback or return a node to remember it.
     */
    forgetNodesCreatedInBlock<T = void>(block: (remember: (...node: Node[]) => void) => Promise<T>): Promise<T>;
    /**
     * Formats an array of diagnostics with their color and context into a string.
     * @param diagnostics - Diagnostics to get a string of.
     * @param options - Collection of options. For example, the new line character to use (defaults to the OS' new line character).
     */
    formatDiagnosticsWithColorAndContext(diagnostics: ReadonlyArray<Diagnostic>, opts?: {
            newLineChar?: "\n" | "\r\n";
        }): string;
    /** Gets a ts.ModuleResolutionHost for the project. */
    getModuleResolutionHost(): ts.ModuleResolutionHost;
}

/** Options for creating a project. */
export interface ProjectOptions {
    /** Compiler options */
    compilerOptions?: CompilerOptions;
    /** File path to the tsconfig.json file. */
    tsConfigFilePath?: string;
    /** Whether to skip adding the source files from the specified tsconfig.json. @default false */
    skipAddingFilesFromTsConfig?: boolean;
    /** Skip resolving file dependencies when providing a ts config file path and adding the files from tsconfig. @default false */
    skipFileDependencyResolution?: boolean;
    /**
     * Skip loading the lib files. Unlike the compiler API, ts-morph does not load these
     * from the node_modules folder, but instead loads them from some other JS code
     * and uses a fake path for their existence. If you want to use a custom lib files
     * folder path, then provide one using the libFolderPath options.
     * @default false
     */
    skipLoadingLibFiles?: boolean;
    /** The folder to use for loading lib files. */
    libFolderPath?: string;
    /** Manipulation settings */
    manipulationSettings?: Partial<ManipulationSettings>;
    /** Whether to use an in-memory file system. @default false */
    useInMemoryFileSystem?: boolean;
    /**
     * Optional file system host. Useful for mocking access to the file system.
     * @remarks Consider using `useInMemoryFileSystem` instead.
     */
    fileSystem?: FileSystemHost;
    /** Creates a resolution host for specifying custom module and/or type reference directive resolution. */
    resolutionHost?: ResolutionHostFactory;
}

/** Options for creating a source file. */
export interface SourceFileCreateOptions {
    /**
     * Whether a source file should be overwritten if it exists. Defaults to false.
     * @remarks When false, the method will throw when a file exists.
     */
    overwrite?: boolean;
    /** Specifies the script kind of the source file. */
    scriptKind?: ScriptKind;
}

export declare type Constructor<T> = new (...args: any[]) => T;
export declare type InstanceOf<T> = T extends new (...args: any[]) => infer U ? U : never;
export declare type WriterFunction = (writer: CodeBlockWriter) => void;
/**
 * Creates a wrapped node from a compiler node.
 * @param node - Node to create a wrapped node from.
 * @param info - Info for creating the wrapped node.
 */
export declare function createWrappedNode<T extends ts.Node = ts.Node>(node: T, opts?: CreateWrappedNodeOptions): CompilerNodeToWrappedType<T>;

export interface CreateWrappedNodeOptions {
    /** Compiler options. */
    compilerOptions?: CompilerOptions;
    /** Optional source file of the node. Will make it not bother going up the tree to find the source file. */
    sourceFile?: ts.SourceFile;
    /** Type checker. */
    typeChecker?: ts.TypeChecker;
}

/**
 * Prints the provided node using the compiler's printer.
 * @param node - Compiler node.
 * @param options - Options.
 * @remarks If the node was not constructed with the compiler API factory methods and the node
 * does not have parents set, then use the other overload that accepts a source file.
 */
export declare function printNode(node: ts.Node, options?: PrintNodeOptions): string;
/**
 * Prints the provided node using the compiler's printer.
 * @param node - Compiler node.
 * @param sourceFile - Compiler source file.
 * @param options - Options.
 */
export declare function printNode(node: ts.Node, sourceFile: ts.SourceFile, options?: PrintNodeOptions): string;

/** Options for printing a node. */
export interface PrintNodeOptions {
    /** Whether to remove comments or not. */
    removeComments?: boolean;
    /**
     * New line kind.
     *
     * Defaults to line feed.
     */
    newLineKind?: NewLineKind;
    /**
     * From the compiler api: "A value indicating the purpose of a node. This is primarily used to
     * distinguish between an `Identifier` used in an expression position, versus an
     * `Identifier` used as an `IdentifierName` as part of a declaration. For most nodes you
     * should just pass `Unspecified`."
     *
     * Defaults to `Unspecified`.
     */
    emitHint?: EmitHint;
    /**
     * The script kind.
     *
     * @remarks This is only useful when passing in a compiler node that was constructed
     * with the compiler API factory methods.
     *
     * Defaults to TSX.
     */
    scriptKind?: ScriptKind;
}

export declare type SourceFileReferencingNodes = ImportDeclaration | ExportDeclaration | ImportEqualsDeclaration | CallExpression;

export interface CompilerOptionsFromTsConfigOptions {
    encoding?: string;
    fileSystem?: FileSystemHost;
}

export interface CompilerOptionsFromTsConfigResult {
    options: CompilerOptions;
    errors: Diagnostic[];
}

/**
 * Gets the compiler options from a specified tsconfig.json
 * @param filePath - File path to the tsconfig.json.
 * @param options - Options.
 */
export declare function getCompilerOptionsFromTsConfig(filePath: string, options?: CompilerOptionsFromTsConfigOptions): CompilerOptionsFromTsConfigResult;

/** Functions for writing code. */
export declare class Writers {
    private constructor();
    /**
     * Gets a writer function for writing the provided object as an object literal expression.
     * @param obj - Object to write.
     */
    static object(obj: {
            [key: string]: WriterFunctionOrValue | undefined;
        }): WriterFunction;
    /** Gets a writer function for writing an object type. */
    static objectType(structure: TypeElementMemberedNodeStructure): WriterFunction;
    /** Gets a writer function for writing a union type (ex. `FirstType | SecondType`). */
    static unionType(firstType: WriterFunctionOrValue, secondType: WriterFunctionOrValue, ...additionalTypes: WriterFunctionOrValue[]): (writer: CodeBlockWriter) => void;
    /** Gets a writer function for writing an intersection type (ex. `FirstType & SecondType`). */
    static intersectionType(firstType: WriterFunctionOrValue, secondType: WriterFunctionOrValue, ...additionalTypes: WriterFunctionOrValue[]): (writer: CodeBlockWriter) => void;
    /** Gets a writer function for writing a type assertion (ex. `type as assertionType`). */
    static assertion(type: WriterFunctionOrValue, assertionType: WriterFunctionOrValue): (writer: CodeBlockWriter) => void;
    /**
     * Gets a writer function for writing a return statement returning the provided value (ex. `return value;`).
     * @param value - Value to be returned.
     */
    static returnStatement(value: WriterFunctionOrValue): WriterFunction;
}

/** @deprecated Use `Writers`. */
declare const WriterFunctions: typeof Writers;
export declare type WriterFunctionOrValue = string | number | WriterFunction;
/** @deprecated Use static methods on `Node`. */
export declare const TypeGuards: typeof Node;
export declare type PropertyName = Identifier | StringLiteral | NumericLiteral | ComputedPropertyName | PrivateIdentifier;
export declare type ModuleName = Identifier | StringLiteral;
export declare type AccessorDeclaration = GetAccessorDeclaration | SetAccessorDeclaration;
export declare type ArrayBindingElement = BindingElement | OmittedExpression;
export declare type BindingName = Identifier | BindingPattern;
export declare type BindingPattern = ObjectBindingPattern | ArrayBindingPattern;
export declare type BooleanLiteral = TrueLiteral | FalseLiteral;
export declare type CallLikeExpression = CallExpression | NewExpression | TaggedTemplateExpression | Decorator | JsxOpeningLikeElement;
export declare type EntityNameExpression = Identifier | PropertyAccessExpression;
export declare type DeclarationName = Identifier | PrivateIdentifier | StringLiteralLike | NumericLiteral | ComputedPropertyName | ElementAccessExpression | BindingPattern | EntityNameExpression;
export declare type EntityName = Identifier | QualifiedName;
export declare type JsxChild = JsxText | JsxExpression | JsxElement | JsxSelfClosingElement | JsxFragment;
export declare type JsxAttributeLike = JsxAttribute | JsxSpreadAttribute;
export declare type JsxOpeningLikeElement = JsxSelfClosingElement | JsxOpeningElement;
export declare type JsxTagNameExpression = Identifier | ThisExpression | JsxTagNamePropertyAccess;

export interface JsxTagNamePropertyAccess extends PropertyAccessExpression {
    getExpression(): JsxTagNameExpression;
}

export declare type ObjectLiteralElementLike = PropertyAssignment | ShorthandPropertyAssignment | SpreadAssignment | MethodDeclaration | AccessorDeclaration;
export declare type CaseOrDefaultClause = CaseClause | DefaultClause;
export declare type ModuleReference = EntityName | ExternalModuleReference;
export declare type StringLiteralLike = StringLiteral | NoSubstitutionTemplateLiteral;
export declare type TypeElementTypes = PropertySignature | MethodSignature | ConstructSignatureDeclaration | CallSignatureDeclaration | IndexSignatureDeclaration;
export declare type TemplateLiteral = TemplateExpression | NoSubstitutionTemplateLiteral;
/**
 * Local target declarations.
 * @remarks This may be missing some types. Please open an issue if this returns a type not listed here.
 */
export declare type LocalTargetDeclarations = SourceFile | ClassDeclaration | InterfaceDeclaration | EnumDeclaration | FunctionDeclaration | VariableDeclaration | TypeAliasDeclaration | ModuleDeclaration | ExportAssignment;
/**
 * Declarations that can be exported from a module.
 * @remarks This may be missing some types. Please open an issue if this returns a type not listed here.
 */
export declare type ExportedDeclarations = ClassDeclaration | InterfaceDeclaration | EnumDeclaration | FunctionDeclaration | VariableDeclaration | TypeAliasDeclaration | ModuleDeclaration | Expression | SourceFile;
export declare function AmbientableNode<T extends Constructor<AmbientableNodeExtensionType>>(Base: T): Constructor<AmbientableNode> & T;

export interface AmbientableNode {
    /** If the node has the declare keyword. */
    hasDeclareKeyword(): boolean;
    /** Gets the declare keyword or undefined if none exists. */
    getDeclareKeyword(): Node | undefined;
    /** Gets the declare keyword or throws if it doesn't exist. */
    getDeclareKeywordOrThrow(): Node;
    /** Gets if the node is ambient. */
    isAmbient(): boolean;
    /**
     * Sets if this node has a declare keyword.
     * @param value - To add the declare keyword or not.
     */
    setHasDeclareKeyword(value?: boolean): this;
}

declare type AmbientableNodeExtensionType = Node & ModifierableNode;
export declare function ArgumentedNode<T extends Constructor<ArgumentedNodeExtensionType>>(Base: T): Constructor<ArgumentedNode> & T;

export interface ArgumentedNode {
    /** Gets all the arguments of the node. */
    getArguments(): Node[];
    /**
     * Adds an argument.
     * @param argumentText - Argument text to add.
     */
    addArgument(argumentText: string | WriterFunction): Node;
    /**
     * Adds arguments.
     * @param argumentTexts - Argument texts to add.
     */
    addArguments(argumentTexts: ReadonlyArray<string | WriterFunction> | WriterFunction): Node[];
    /**
     * Inserts an argument.
     * @param index - Child index to insert at.
     * @param argumentText - Argument text to insert.
     */
    insertArgument(index: number, argumentText: string | WriterFunction): Node;
    /**
     * Inserts arguments.
     * @param index - Child index to insert at.
     * @param argumentTexts - Argument texts to insert.
     */
    insertArguments(index: number, argumentTexts: ReadonlyArray<string | WriterFunction> | WriterFunction): Node[];
    /**
     * Removes an argument.
     * @param arg - Argument to remove.
     */
    removeArgument(arg: Node): this;
    /**
     * Removes an argument.
     * @param index - Index to remove.
     */
    removeArgument(index: number): this;
}

declare type ArgumentedNodeExtensionType = Node<ts.Node & {
        arguments?: ts.NodeArray<ts.Node>;
    }>;
export declare function AsyncableNode<T extends Constructor<AsyncableNodeExtensionType>>(Base: T): Constructor<AsyncableNode> & T;

export interface AsyncableNode {
    /** If it's async. */
    isAsync(): boolean;
    /** Gets the async keyword or undefined if none exists. */
    getAsyncKeyword(): Node<ts.AsyncKeyword> | undefined;
    /** Gets the async keyword or throws if none exists. */
    getAsyncKeywordOrThrow(): Node<ts.AsyncKeyword>;
    /**
     * Sets if the node is async.
     * @param value - If it should be async or not.
     */
    setIsAsync(value: boolean): this;
}

declare type AsyncableNodeExtensionType = Node & ModifierableNode;
export declare function AwaitableNode<T extends Constructor<AwaitableNodeExtensionType>>(Base: T): Constructor<AwaitableNode> & T;

export interface AwaitableNode {
    /** If it's an awaited node. */
    isAwaited(): boolean;
    /** Gets the await token or undefined if none exists. */
    getAwaitKeyword(): Node<ts.AwaitKeywordToken> | undefined;
    /** Gets the await token or throws if none exists. */
    getAwaitKeywordOrThrow(): Node<ts.AwaitKeywordToken>;
    /**
     * Sets if the node is awaited.
     * @param value - If it should be awaited or not.
     */
    setIsAwaited(value: boolean): this;
}

declare type AwaitableNodeExtensionType = Node<ts.Node & {
        awaitModifier?: ts.AwaitKeywordToken;
    }>;
export declare function BodiedNode<T extends Constructor<BodiedNodeExtensionType>>(Base: T): Constructor<BodiedNode> & T;

export interface BodiedNode {
    /** Gets the body. */
    getBody(): Node;
    /**
     * Sets the body text.
     * @param textOrWriterFunction - Text or writer function to set as the body.
     */
    setBodyText(textOrWriterFunction: string | WriterFunction): this;
    /** Gets the body text without leading whitespace, leading indentation, or trailing whitespace. */
    getBodyText(): string;
}

declare type BodiedNodeExtensionType = Node<ts.Node & {
        body: ts.Node;
    }>;
export declare function BodyableNode<T extends Constructor<BodyableNodeExtensionType>>(Base: T): Constructor<BodyableNode> & T;

export interface BodyableNode {
    /** Gets the body or throws an error if it doesn't exist. */
    getBodyOrThrow(): Node;
    /** Gets the body if it exists. */
    getBody(): Node | undefined;
    /** Gets the body text without leading whitespace, leading indentation, or trailing whitespace. Returns undefined if there is no body. */
    getBodyText(): string | undefined;
    /** Gets if the node has a body. */
    hasBody(): boolean;
    /**
     * Sets the body text. A body is required to do this operation.
     * @param textOrWriterFunction - Text or writer function to set as the body.
     */
    setBodyText(textOrWriterFunction: string | WriterFunction): this;
    /** Adds a body if it doesn't exists. */
    addBody(): this;
    /** Removes the body if it exists. */
    removeBody(): this;
}

declare type BodyableNodeExtensionType = Node<ts.Node & {
        body?: ts.Node;
    }>;
export declare function ChildOrderableNode<T extends Constructor<ChildOrderableNodeExtensionType>>(Base: T): Constructor<ChildOrderableNode> & T;

export interface ChildOrderableNode {
    /** Sets the child order of the node within the parent. */
    setOrder(order: number): this;
}

declare type ChildOrderableNodeExtensionType = Node;
export declare function DecoratableNode<T extends Constructor<DecoratableNodeExtensionType>>(Base: T): Constructor<DecoratableNode> & T;

export interface DecoratableNode {
    /**
     * Gets a decorator or undefined if it doesn't exist.
     * @param name - Name of the parameter.
     */
    getDecorator(name: string): Decorator | undefined;
    /**
     * Gets a decorator or undefined if it doesn't exist.
     * @param findFunction - Function to use to find the parameter.
     */
    getDecorator(findFunction: (declaration: Decorator) => boolean): Decorator | undefined;
    /**
     * Gets a decorator or throws if it doesn't exist.
     * @param name - Name of the parameter.
     */
    getDecoratorOrThrow(name: string): Decorator;
    /**
     * Gets a decorator or throws if it doesn't exist.
     * @param findFunction - Function to use to find the parameter.
     */
    getDecoratorOrThrow(findFunction: (declaration: Decorator) => boolean): Decorator;
    /** Gets all the decorators of the node. */
    getDecorators(): Decorator[];
    /**
     * Adds a decorator.
     * @param structure - Structure of the decorator.
     */
    addDecorator(structure: OptionalKind<DecoratorStructure>): Decorator;
    /**
     * Adds decorators.
     * @param structures - Structures of the decorators.
     */
    addDecorators(structures: ReadonlyArray<OptionalKind<DecoratorStructure>>): Decorator[];
    /**
     * Inserts a decorator.
     * @param index - Child index to insert at. Specify a negative index to insert from the reverse.
     * @param structure - Structure of the decorator.
     */
    insertDecorator(index: number, structure: OptionalKind<DecoratorStructure>): Decorator;
    /**
     * Insert decorators.
     * @param index - Child index to insert at.
     * @param structures - Structures to insert.
     */
    insertDecorators(index: number, structures: ReadonlyArray<OptionalKind<DecoratorStructure>>): Decorator[];
}

declare type DecoratableNodeExtensionType = Node<ts.Node>;
export declare function DotDotDotTokenableNode<T extends Constructor<DotDotDotTokenableNodeExtensionType>>(Base: T): Constructor<DotDotDotTokenableNode> & T;

export interface DotDotDotTokenableNode {
    /** Gets the dot dot dot token (...) if it exists or returns undefined */
    getDotDotDotToken(): Node<ts.DotDotDotToken> | undefined;
    /** Gets the dot dot dot token (...) if it exists or throws if not. */
    getDotDotDotTokenOrThrow(): Node<ts.DotDotDotToken>;
}

declare type DotDotDotTokenableNodeExtensionType = Node<ts.Node & {
        dotDotDotToken?: ts.DotDotDotToken;
    }>;
export declare function ExclamationTokenableNode<T extends Constructor<ExclamationTokenableNodeExtensionType>>(Base: T): Constructor<ExclamationTokenableNode> & T;

export interface ExclamationTokenableNode {
    /** If it has a exclamation token. */
    hasExclamationToken(): boolean;
    /** Gets the exclamation token node or returns undefined if it doesn't exist. */
    getExclamationTokenNode(): Node<ts.ExclamationToken> | undefined;
    /** Gets the exclamation token node or throws. */
    getExclamationTokenNodeOrThrow(): Node<ts.ExclamationToken>;
    /**
     * Sets if this node has a exclamation token.
     * @param value - If it should have a exclamation token or not.
     */
    setHasExclamationToken(value: boolean): this;
}

declare type ExclamationTokenableNodeExtensionType = Node<ts.Node & {
        exclamationToken?: ts.ExclamationToken;
    }>;
export declare function ExportableNode<T extends Constructor<ExportableNodeExtensionType>>(Base: T): Constructor<ExportableNode> & T;

export interface ExportableNode extends ExportGetableNode {
    /**
     * Sets if this node is a default export of a file.
     * @param value - If it should be a default export or not.
     */
    setIsDefaultExport(value: boolean): this;
    /**
     * Sets if the node is exported.
     *
     * Note: Will remove the default keyword if set.
     * @param value - If it should be exported or not.
     */
    setIsExported(value: boolean): this;
}

declare type ExportableNodeExtensionType = Node & ModifierableNode;
export declare function ExportGetableNode<T extends Constructor<ExportGetableNodeExtensionType>>(Base: T): Constructor<ExportGetableNode> & T;

export interface ExportGetableNode {
    /** If the node has the export keyword. */
    hasExportKeyword(): boolean;
    /** Gets the export keyword or undefined if none exists. */
    getExportKeyword(): Node | undefined;
    /** Gets the export keyword or throws if none exists. */
    getExportKeywordOrThrow(): Node;
    /** If the node has the default keyword. */
    hasDefaultKeyword(): boolean;
    /** Gets the default keyword or undefined if none exists. */
    getDefaultKeyword(): Node | undefined;
    /** Gets the default keyword or throws if none exists. */
    getDefaultKeywordOrThrow(): Node;
    /** Gets if the node is exported from a namespace, is a default export, or is a named export. */
    isExported(): boolean;
    /** Gets if this node is a default export of a file. */
    isDefaultExport(): boolean;
    /** Gets if this node is a named export of a file. */
    isNamedExport(): boolean;
}

declare type ExportGetableNodeExtensionType = Node;
export declare function ExtendsClauseableNode<T extends Constructor<ExtendsClauseableNodeExtensionType>>(Base: T): Constructor<ExtendsClauseableNode> & T;

export interface ExtendsClauseableNode {
    /** Gets the extends clauses. */
    getExtends(): ExpressionWithTypeArguments[];
    /**
     * Adds multiple extends clauses.
     * @param texts - Texts to add for the extends clause.
     */
    addExtends(texts: ReadonlyArray<string | WriterFunction> | WriterFunction): ExpressionWithTypeArguments[];
    /**
     * Adds an extends clause.
     * @param text - Text to add for the extends clause.
     */
    addExtends(text: string): ExpressionWithTypeArguments;
    /**
     * Inserts multiple extends clauses.
     * @param texts - Texts to insert for the extends clause.
     */
    insertExtends(index: number, texts: ReadonlyArray<string | WriterFunction> | WriterFunction): ExpressionWithTypeArguments[];
    /**
     * Inserts an extends clause.
     * @param text - Text to insert for the extends clause.
     */
    insertExtends(index: number, text: string): ExpressionWithTypeArguments;
    /**
     * Removes the extends at the specified index.
     * @param index - Index to remove.
     */
    removeExtends(index: number): this;
    /**
     * Removes the specified extends.
     * @param extendsNode - Node of the extend to remove.
     */
    removeExtends(extendsNode: ExpressionWithTypeArguments): this;
}

declare type ExtendsClauseableNodeExtensionType = Node & HeritageClauseableNode;
export declare function GeneratorableNode<T extends Constructor<GeneratorableNodeExtensionType>>(Base: T): Constructor<GeneratorableNode> & T;

export interface GeneratorableNode {
    /** If it's a generator function. */
    isGenerator(): boolean;
    /** Gets the asterisk token or undefined if none exists. */
    getAsteriskToken(): Node<ts.AsteriskToken> | undefined;
    /** Gets the asterisk token or throws if none exists. */
    getAsteriskTokenOrThrow(): Node<ts.AsteriskToken>;
    /**
     * Sets if the node is a generator.
     * @param value - If it should be a generator or not.
     */
    setIsGenerator(value: boolean): this;
}

declare type GeneratorableNodeExtensionType = Node<ts.Node & {
        asteriskToken?: ts.AsteriskToken;
    }>;
export declare function HeritageClauseableNode<T extends Constructor<HeritageClauseableNodeExtensionType>>(Base: T): Constructor<HeritageClauseableNode> & T;

export interface HeritageClauseableNode {
    /** Gets the heritage clauses of the node. */
    getHeritageClauses(): HeritageClause[];
    /**
     * Gets the heritage clause by kind.
     * @kind - Kind of heritage clause.
     */
    getHeritageClauseByKind(kind: SyntaxKind.ExtendsKeyword | SyntaxKind.ImplementsKeyword): HeritageClause | undefined;
    /**
     * Gets the heritage clause by kind or throws if it doesn't exist.
     * @kind - Kind of heritage clause.
     */
    getHeritageClauseByKindOrThrow(kind: SyntaxKind.ExtendsKeyword | SyntaxKind.ImplementsKeyword): HeritageClause;
}

declare type HeritageClauseableNodeExtensionType = Node<ts.Node & {
        heritageClauses?: ts.NodeArray<ts.HeritageClause>;
    }>;
export declare function ImplementsClauseableNode<T extends Constructor<ImplementsClauseableNodeExtensionType>>(Base: T): Constructor<ImplementsClauseableNode> & T;

export interface ImplementsClauseableNode {
    /** Gets the implements clauses. */
    getImplements(): ExpressionWithTypeArguments[];
    /**
     * Adds an implements clause.
     * @param text - Text to add for the implements clause.
     */
    addImplements(text: string): ExpressionWithTypeArguments;
    /**
     * Adds multiple implements clauses.
     * @param text - Texts to add for the implements clause.
     */
    addImplements(text: ReadonlyArray<string | WriterFunction> | WriterFunction): ExpressionWithTypeArguments[];
    /**
     * Inserts an implements clause.
     * @param text - Text to insert for the implements clause.
     */
    insertImplements(index: number, texts: ReadonlyArray<string | WriterFunction> | WriterFunction): ExpressionWithTypeArguments[];
    /**
     * Inserts multiple implements clauses.
     * @param text - Texts to insert for the implements clause.
     */
    insertImplements(index: number, text: string): ExpressionWithTypeArguments;
    /**
     * Removes the implements at the specified index.
     * @param index - Index to remove.
     */
    removeImplements(index: number): this;
    /**
     * Removes the specified implements.
     * @param implementsNode - Node of the implements to remove.
     */
    removeImplements(implementsNode: ExpressionWithTypeArguments): this;
}

declare type ImplementsClauseableNodeExtensionType = Node & HeritageClauseableNode;
export declare function InitializerExpressionableNode<T extends Constructor<InitializerExpressionableNodeExtensionType>>(Base: T): Constructor<InitializerExpressionableNode> & T;

export interface InitializerExpressionableNode extends InitializerExpressionGetableNode {
    /** Removes the initializer. */
    removeInitializer(): this;
    /**
     * Sets the initializer.
     * @param text - Text or writer function to set for the initializer.
     */
    setInitializer(textOrWriterFunction: string | WriterFunction): this;
}

declare type InitializerExpressionableNodeExtensionType = Node<ts.Node & {
        initializer?: ts.Expression;
    }>;
export declare function InitializerExpressionGetableNode<T extends Constructor<InitializerExpressionGetableNodeExtensionType>>(Base: T): Constructor<InitializerExpressionGetableNode> & T;

export interface InitializerExpressionGetableNode {
    /** Gets if node has an initializer. */
    hasInitializer(): boolean;
    /** Gets the initializer. */
    getInitializer(): Expression | undefined;
    /** Gets the initializer if it's a certain kind or throws. */
    getInitializerIfKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToExpressionMappings[TKind];
    /** Gets the initializer if it's a certain kind. */
    getInitializerIfKind<TKind extends SyntaxKind>(kind: TKind): KindToExpressionMappings[TKind] | undefined;
    /** Gets the initializer or throw. */
    getInitializerOrThrow(): Expression;
}

declare type InitializerExpressionGetableNodeExtensionType = Node<ts.Node & {
        initializer?: ts.Expression;
    }>;
export declare function JSDocableNode<T extends Constructor<JSDocableNodeExtensionType>>(Base: T): Constructor<JSDocableNode> & T;

export interface JSDocableNode {
    /** Gets the JS doc nodes. */
    getJsDocs(): JSDoc[];
    /**
     * Adds a JS doc.
     * @param structure - Structure to add.
     */
    addJsDoc(structure: OptionalKind<JSDocStructure> | string | WriterFunction): JSDoc;
    /**
     * Adds JS docs.
     * @param structures - Structures to add.
     */
    addJsDocs(structures: ReadonlyArray<OptionalKind<JSDocStructure> | string | WriterFunction>): JSDoc[];
    /**
     * Inserts a JS doc.
     * @param index - Child index to insert at.
     * @param structure - Structure to insert.
     */
    insertJsDoc(index: number, structure: OptionalKind<JSDocStructure> | string | WriterFunction): JSDoc;
    /**
     * Inserts JS docs.
     * @param index - Child index to insert at.
     * @param structures - Structures to insert.
     */
    insertJsDocs(index: number, structures: ReadonlyArray<OptionalKind<JSDocStructure> | string | WriterFunction>): JSDoc[];
}

declare type JSDocableNodeExtensionType = Node<ts.Node & {
        jsDoc?: ts.NodeArray<ts.JSDoc>;
    }>;
export declare function LiteralLikeNode<T extends Constructor<LiteralLikeNodeExtensionType>>(Base: T): Constructor<LiteralLikeNode> & T;

export interface LiteralLikeNode {
    /** Get text of the literal. */
    getLiteralText(): string;
    /** Gets if the literal is terminated. */
    isTerminated(): boolean;
    /** Gets if the literal has an extended unicode escape. */
    hasExtendedUnicodeEscape(): boolean;
}

declare type LiteralLikeNodeExtensionType = Node<ts.LiteralLikeNode>;
export declare function ModifierableNode<T extends Constructor<ModifierableNodeExtensionType>>(Base: T): Constructor<ModifierableNode> & T;

export interface ModifierableNode {
    /** Gets the node's modifiers. */
    getModifiers(): Node[];
    /**
     * Gets the first modifier of the specified syntax kind or throws if none found.
     * @param kind - Syntax kind.
     */
    getFirstModifierByKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /**
     * Gets the first modifier of the specified syntax kind or undefined if none found.
     * @param kind - Syntax kind.
     */
    getFirstModifierByKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /**
     * Gets if it has the specified modifier.
     * @param kind - Syntax kind to check for.
     */
    hasModifier(kind: SyntaxKind): boolean;
    /**
     * Gets if it has the specified modifier.
     * @param text - Text to check for.
     */
    hasModifier(text: ModifierTexts): boolean;
    /**
     * Toggles a modifier.
     * @param text - Text to toggle the modifier for.
     * @param value - Optional toggling value.
     */
    toggleModifier(text: ModifierTexts, value?: boolean): this;
}

declare type ModifierableNodeExtensionType = Node;
export declare type ModifierTexts = "export" | "default" | "declare" | "abstract" | "public" | "protected" | "private" | "readonly" | "static" | "async" | "const" | "override";
export declare function ModuledNode<T extends Constructor<ModuledNodeExtensionType>>(Base: T): Constructor<ModuledNode> & T;

export interface ModuledNode {
    /**
     * Adds an import.
     * @param structure - Structure that represents the import.
     */
    addImportDeclaration(structure: OptionalKind<ImportDeclarationStructure>): ImportDeclaration;
    /**
     * Adds imports.
     * @param structures - Structures that represent the imports.
     */
    addImportDeclarations(structures: ReadonlyArray<OptionalKind<ImportDeclarationStructure>>): ImportDeclaration[];
    /**
     * Insert an import.
     * @param index - Child index to insert at.
     * @param structure - Structure that represents the import.
     */
    insertImportDeclaration(index: number, structure: OptionalKind<ImportDeclarationStructure>): ImportDeclaration;
    /**
     * Inserts imports.
     * @param index - Child index to insert at.
     * @param structures - Structures that represent the imports to insert.
     */
    insertImportDeclarations(index: number, structures: ReadonlyArray<OptionalKind<ImportDeclarationStructure>>): ImportDeclaration[];
    /**
     * Gets the first import declaration that matches a condition, or undefined if it doesn't exist.
     * @param condition - Condition to get the import declaration by.
     */
    getImportDeclaration(condition: (importDeclaration: ImportDeclaration) => boolean): ImportDeclaration | undefined;
    /**
     * Gets the first import declaration that matches a module specifier, or undefined if it doesn't exist.
     * @param module - Module specifier to get the import declaration by.
     */
    getImportDeclaration(moduleSpecifier: string): ImportDeclaration | undefined;
    /**
     * Gets the first import declaration that matches a condition, or throws if it doesn't exist.
     * @param condition - Condition to get the import declaration by.
     */
    getImportDeclarationOrThrow(condition: (importDeclaration: ImportDeclaration) => boolean): ImportDeclaration;
    /**
     * Gets the first import declaration that matches a module specifier, or throws if it doesn't exist.
     * @param module - Module specifier to get the import declaration by.
     */
    getImportDeclarationOrThrow(moduleSpecifier: string): ImportDeclaration;
    /** Get the module's import declarations. */
    getImportDeclarations(): ImportDeclaration[];
    /**
     * Add export declarations.
     * @param structure - Structure that represents the export.
     */
    addExportDeclaration(structure: OptionalKind<ExportDeclarationStructure>): ExportDeclaration;
    /**
     * Add export declarations.
     * @param structures - Structures that represent the exports.
     */
    addExportDeclarations(structures: ReadonlyArray<OptionalKind<ExportDeclarationStructure>>): ExportDeclaration[];
    /**
     * Insert an export declaration.
     * @param index - Child index to insert at.
     * @param structure - Structure that represents the export.
     */
    insertExportDeclaration(index: number, structure: OptionalKind<ExportDeclarationStructure>): ExportDeclaration;
    /**
     * Insert export declarations.
     * @param index - Child index to insert at.
     * @param structures - Structures that represent the exports to insert.
     */
    insertExportDeclarations(index: number, structures: ReadonlyArray<OptionalKind<ExportDeclarationStructure>>): ExportDeclaration[];
    getExportDeclaration(condition: (exportDeclaration: ExportDeclaration) => boolean): ExportDeclaration | undefined;
    /**
     * Gets the first export declaration that matches a module specifier, or undefined if it doesn't exist.
     * @param module - Module specifier to get the export declaration by.
     */
    getExportDeclaration(moduleSpecifier: string): ExportDeclaration | undefined;
    /**
     * Gets the first export declaration that matches a condition, or throws if it doesn't exist.
     * @param condition - Condition to get the export declaration by.
     */
    getExportDeclarationOrThrow(condition: (exportDeclaration: ExportDeclaration) => boolean): ExportDeclaration;
    /**
     * Gets the first export declaration that matches a module specifier, or throws if it doesn't exist.
     * @param module - Module specifier to get the export declaration by.
     */
    getExportDeclarationOrThrow(moduleSpecifier: string): ExportDeclaration;
    /** Get the export declarations. */
    getExportDeclarations(): ExportDeclaration[];
    /**
     * Add export assignments.
     * @param structure - Structure that represents the export.
     */
    addExportAssignment(structure: OptionalKind<ExportAssignmentStructure>): ExportAssignment;
    /**
     * Add export assignments.
     * @param structures - Structures that represent the exports.
     */
    addExportAssignments(structures: ReadonlyArray<OptionalKind<ExportAssignmentStructure>>): ExportAssignment[];
    /**
     * Insert an export assignment.
     * @param index - Child index to insert at.
     * @param structure - Structure that represents the export.
     */
    insertExportAssignment(index: number, structure: OptionalKind<ExportAssignmentStructure>): ExportAssignment;
    /**
     * Insert export assignments into a file.
     * @param index - Child index to insert at.
     * @param structures - Structures that represent the exports to insert.
     */
    insertExportAssignments(index: number, structures: ReadonlyArray<OptionalKind<ExportAssignmentStructure>>): ExportAssignment[];
    /**
     * Gets the first export assignment that matches a condition, or undefined if it doesn't exist.
     * @param condition - Condition to get the export assignment by.
     */
    getExportAssignment(condition: (exportAssignment: ExportAssignment) => boolean): ExportAssignment | undefined;
    /**
     * Gets the first export assignment that matches a condition, or throws if it doesn't exist.
     * @param condition - Condition to get the export assignment by.
     */
    getExportAssignmentOrThrow(condition: (exportAssignment: ExportAssignment) => boolean): ExportAssignment;
    /** Get the file's export assignments. */
    getExportAssignments(): ExportAssignment[];
    /** Gets the default export symbol. */
    getDefaultExportSymbol(): Symbol | undefined;
    /** Gets the default export symbol or throws if it doesn't exist. */
    getDefaultExportSymbolOrThrow(): Symbol;
    /** Gets the export symbols. */
    getExportSymbols(): Symbol[];
    /**
     * Gets all the declarations that are exported from the module.
     *
     * The key is the name it's exported on and the value is the array of declarations for that name.
     *
     * This will include declarations that are transitively exported from other modules. If you mean to get the export
     * declarations then use `.getExportDeclarations()`.
     */
    getExportedDeclarations(): ReadonlyMap<string, ExportedDeclarations[]>;
    /** Removes any "export default". */
    removeDefaultExport(defaultExportSymbol?: Symbol | undefined): this;
}

declare type ModuledNodeExtensionType = Node<ts.SourceFile | ts.ModuleDeclaration> & StatementedNode;
export declare function BindingNamedNode<T extends Constructor<BindingNamedNodeExtensionType>>(Base: T): Constructor<BindingNamedNode> & T;

export interface BindingNamedNode extends BindingNamedNodeSpecific, ReferenceFindableNode, RenameableNode {
}

declare type BindingNamedNodeExtensionType = NamedNodeBaseExtensionType<ts.BindingName>;
export declare type BindingNamedNodeSpecific = NamedNodeSpecificBase<BindingName>;
export declare function ModuleNamedNode<T extends Constructor<ModuleNamedNodeExtensionType>>(Base: T): Constructor<ModuleNamedNode> & T;

export interface ModuleNamedNode extends ModuleNamedNodeSpecific, ReferenceFindableNode, RenameableNode {
}

declare type ModuleNamedNodeExtensionType = NamedNodeBaseExtensionType<ts.ModuleName>;
export declare type ModuleNamedNodeSpecific = NamedNodeSpecificBase<ModuleName>;
export declare function NameableNode<T extends Constructor<NameableNodeExtensionType>>(Base: T): Constructor<NameableNode> & T;

export interface NameableNode extends NameableNodeSpecific, ReferenceFindableNode, RenameableNode {
}

declare type NameableNodeExtensionType = Node<ts.Node & {
        name?: ts.Identifier;
    }>;

export interface NameableNodeSpecific {
    /** Gets the name node if it exists. */
    getNameNode(): Identifier | undefined;
    /** Gets the name node if it exists, or throws. */
    getNameNodeOrThrow(): Identifier;
    /** Gets the name if it exists. */
    getName(): string | undefined;
    /** Gets the name if it exists, or throws. */
    getNameOrThrow(): string;
    /** Removes the name from the node. */
    removeName(): this;
}

export declare function NamedNode<T extends Constructor<NamedNodeExtensionType>>(Base: T): Constructor<NamedNode> & T;

export interface NamedNode extends NamedNodeSpecific, ReferenceFindableNode, RenameableNode {
}

declare type NamedNodeExtensionType = NamedNodeBaseExtensionType<ts.Identifier>;
export declare type NamedNodeSpecific = NamedNodeSpecificBase<Identifier>;
export declare function NamedNodeBase<TCompilerNode extends ts.Node, U extends Constructor<NamedNodeBaseExtensionType<TCompilerNode>>>(Base: U): Constructor<NamedNodeSpecificBase<CompilerNodeToWrappedType<TCompilerNode>>> & U;

export interface NamedNodeSpecificBase<TNode extends Node> {
    /** Gets the name node. */
    getNameNode(): TNode;
    /** Gets the name as a string. */
    getName(): string;
}

declare type NamedNodeBaseExtensionType<TCompilerNode extends ts.Node> = Node<ts.Node & {
        name: TCompilerNode;
    }>;
export declare function PropertyNamedNode<T extends Constructor<PropertyNamedNodeExtensionType>>(Base: T): Constructor<PropertyNamedNode> & T;

export interface PropertyNamedNode extends PropertyNamedNodeSpecific, ReferenceFindableNode, RenameableNode {
}

declare type PropertyNamedNodeExtensionType = NamedNodeBaseExtensionType<ts.PropertyName>;
export declare type PropertyNamedNodeSpecific = NamedNodeSpecificBase<PropertyName>;
export declare function ReferenceFindableNode<T extends Constructor<ReferenceFindableNodeExtensionType>>(Base: T): Constructor<ReferenceFindableNode> & T;

export interface ReferenceFindableNode {
    /** Finds the references of the definition of the node. */
    findReferences(): ReferencedSymbol[];
    /** Finds the nodes that reference the definition of the node. */
    findReferencesAsNodes(): Node[];
}

declare type ReferenceFindableNodeExtensionType = Node<ts.Node & {
        name?: ts.PropertyName | ts.BindingName | ts.DeclarationName | ts.StringLiteral;
    }>;
export declare function RenameableNode<T extends Constructor<RenameableNodeExtensionType>>(Base: T): Constructor<RenameableNode> & T;

export interface RenameableNode {
    /**
     * Renames the name of the node.
     * @param newName - New name.
     * @param options - Options for renaming.
     */
    rename(newName: string, options?: RenameOptions): this;
}

declare type RenameableNodeExtensionType = Node<ts.Node>;
export declare function OverrideableNode<T extends Constructor<OverrideableNodeExtensionType>>(Base: T): Constructor<OverrideableNode> & T;

export interface OverrideableNode {
    /** If it has an override keyword. */
    hasOverrideKeyword(): boolean;
    /** Gets the override keyword or undefined if none exists. */
    getOverrideKeyword(): Node<ts.OverrideKeyword> | undefined;
    /** Gets the override keyword or throws if none exists. */
    getOverrideKeywordOrThrow(): Node<ts.Modifier>;
    /**
     * Sets if the node has an override keyword.
     * @param value - If it should have an override keyword or not.
     */
    setHasOverrideKeyword(value: boolean): this;
}

declare type OverrideableNodeExtensionType = Node & ModifierableNode;
export declare function ParameteredNode<T extends Constructor<ParameteredNodeExtensionType>>(Base: T): Constructor<ParameteredNode> & T;

export interface ParameteredNode {
    /**
     * Gets a parameter or undefined if it doesn't exist.
     * @param name - Name of the parameter.
     */
    getParameter(name: string): ParameterDeclaration | undefined;
    /**
     * Gets a parameter or undefined if it doesn't exist.
     * @param findFunction - Function to use to find the parameter.
     */
    getParameter(findFunction: (declaration: ParameterDeclaration) => boolean): ParameterDeclaration | undefined;
    /**
     * Gets a parameter or throws if it doesn't exist.
     * @param name - Name of the parameter.
     */
    getParameterOrThrow(name: string): ParameterDeclaration;
    /**
     * Gets a parameter or throws if it doesn't exist.
     * @param findFunction - Function to use to find the parameter.
     */
    getParameterOrThrow(findFunction: (declaration: ParameterDeclaration) => boolean): ParameterDeclaration;
    /** Gets all the parameters of the node. */
    getParameters(): ParameterDeclaration[];
    /**
     * Adds a parameter.
     * @param structure - Structure of the parameter.
     */
    addParameter(structure: OptionalKind<ParameterDeclarationStructure>): ParameterDeclaration;
    /**
     * Adds parameters.
     * @param structures - Structures of the parameters.
     */
    addParameters(structures: ReadonlyArray<OptionalKind<ParameterDeclarationStructure>>): ParameterDeclaration[];
    /**
     * Inserts parameters.
     * @param index - Child index to insert at.
     * @param structures - Parameters to insert.
     */
    insertParameters(index: number, structures: ReadonlyArray<OptionalKind<ParameterDeclarationStructure>>): ParameterDeclaration[];
    /**
     * Inserts a parameter.
     * @param index - Child index to insert at.
     * @param structures - Parameter to insert.
     */
    insertParameter(index: number, structure: OptionalKind<ParameterDeclarationStructure>): ParameterDeclaration;
}

declare type ParameteredNodeExtensionType = Node<ts.Node & {
        parameters: ts.NodeArray<ts.ParameterDeclaration>;
    }>;
export declare function QuestionDotTokenableNode<T extends Constructor<QuestionDotTokenableNodeExtensionType>>(Base: T): Constructor<QuestionDotTokenableNode> & T;

export interface QuestionDotTokenableNode {
    /** If it has a question dot token. */
    hasQuestionDotToken(): boolean;
    /** Gets the question dot token node or returns undefined if it doesn't exist. */
    getQuestionDotTokenNode(): Node<ts.QuestionDotToken> | undefined;
    /** Gets the question dot token node or throws. */
    getQuestionDotTokenNodeOrThrow(): Node<ts.QuestionDotToken>;
    /**
     * Sets if this node has a question dot token.
     * @param value - If it should have a question dot token or not.
     */
    setHasQuestionDotToken(value: boolean): this;
}

declare type QuestionDotTokenableNodeExtensionType = Node<ts.Node & {
        questionDotToken?: ts.QuestionDotToken;
    }>;
export declare function QuestionTokenableNode<T extends Constructor<QuestionTokenableNodeExtensionType>>(Base: T): Constructor<QuestionTokenableNode> & T;

export interface QuestionTokenableNode {
    /** If it has a question token. */
    hasQuestionToken(): boolean;
    /** Gets the question token node or returns undefined if it doesn't exist. */
    getQuestionTokenNode(): Node<ts.QuestionToken> | undefined;
    /** Gets the question token node or throws. */
    getQuestionTokenNodeOrThrow(): Node<ts.QuestionToken>;
    /**
     * Sets if this node has a question token.
     * @param value - If it should have a question token or not.
     */
    setHasQuestionToken(value: boolean): this;
}

declare type QuestionTokenableNodeExtensionType = Node<ts.Node & {
        questionToken?: ts.QuestionToken;
    }>;
export declare function ReadonlyableNode<T extends Constructor<ReadonlyableNodeExtensionType>>(Base: T): Constructor<ReadonlyableNode> & T;

export interface ReadonlyableNode {
    /** Gets if it's readonly. */
    isReadonly(): boolean;
    /** Gets the readonly keyword, or undefined if none exists. */
    getReadonlyKeyword(): Node | undefined;
    /** Gets the readonly keyword, or throws if none exists. */
    getReadonlyKeywordOrThrow(): Node;
    /**
     * Sets if this node is readonly.
     * @param value - If readonly or not.
     */
    setIsReadonly(value: boolean): this;
}

declare type ReadonlyableNodeExtensionType = Node & ModifierableNode;
export declare function ReturnTypedNode<T extends Constructor<ReturnTypedNodeExtensionType>>(Base: T): Constructor<ReturnTypedNode> & T;

export interface ReturnTypedNode {
    /** Gets the return type. */
    getReturnType(): Type;
    /** Gets the return type node or undefined if none exists. */
    getReturnTypeNode(): TypeNode | undefined;
    /** Gets the return type node or throws if none exists. */
    getReturnTypeNodeOrThrow(): TypeNode;
    /**
     * Sets the return type of the node.
     * @param textOrWriterFunction - Text or writer function to set the return type with.
     */
    setReturnType(textOrWriterFunction: string | WriterFunction): this;
    /** Removes the return type. */
    removeReturnType(): this;
    /** Gets the signature of the node from the type checker. */
    getSignature(): Signature;
}

declare type ReturnTypedNodeExtensionType = Node<ts.SignatureDeclaration>;
export declare function ScopeableNode<T extends Constructor<ScopeableNodeExtensionType>>(Base: T): Constructor<ScopeableNode> & T;

export interface ScopeableNode {
    /**
     * Gets the scope.
     */
    getScope(): Scope | undefined;
    /**
     * Sets the scope.
     * @param scope - Scope to set to.
     */
    setScope(scope: Scope | undefined): this;
    /** Gets if the node has a scope keyword. */
    hasScopeKeyword(): boolean;
}

declare type ScopeableNodeExtensionType = Node & ModifierableNode;
export declare function ScopedNode<T extends Constructor<ScopedNodeExtensionType>>(Base: T): Constructor<ScopedNode> & T;

export interface ScopedNode {
    /** Gets the scope. */
    getScope(): Scope;
    /**
     * Sets the scope.
     * @param scope - Scope to set to.
     */
    setScope(scope: Scope | undefined): this;
    /** Gets if the node has a scope keyword. */
    hasScopeKeyword(): boolean;
}

declare type ScopedNodeExtensionType = Node & ModifierableNode;
export declare function SignaturedDeclaration<T extends Constructor<SignaturedDeclarationExtensionType>>(Base: T): Constructor<SignaturedDeclaration> & T;

export interface SignaturedDeclaration extends ParameteredNode, ReturnTypedNode {
}

declare type SignaturedDeclarationExtensionType = Node<ts.SignatureDeclaration>;
export declare function StaticableNode<T extends Constructor<StaticableNodeExtensionType>>(Base: T): Constructor<StaticableNode> & T;

export interface StaticableNode {
    /** Gets if it's static. */
    isStatic(): boolean;
    /** Gets the static keyword, or undefined if none exists. */
    getStaticKeyword(): Node | undefined;
    /** Gets the static keyword, or throws if none exists. */
    getStaticKeywordOrThrow(): Node;
    /**
     * Sets if the node is static.
     * @param value - If it should be static or not.
     */
    setIsStatic(value: boolean): this;
}

declare type StaticableNodeExtensionType = Node & ModifierableNode;
export declare function TextInsertableNode<T extends Constructor<TextInsertableNodeExtensionType>>(Base: T): Constructor<TextInsertableNode> & T;

export interface TextInsertableNode {
    /**
     * Inserts text within the body of the node.
     *
     * WARNING: This will forget any previously navigated descendant nodes.
     * @param pos - Position to insert at.
     * @param textOrWriterFunction - Text to insert.
     */
    insertText(pos: number, textOrWriterFunction: string | WriterFunction): this;
    /**
     * Replaces text within the body of the node.
     *
     * WARNING: This will forget any previously navigated descendant nodes.
     * @param range - Start and end position of the text to replace.
     * @param textOrWriterFunction - Text to replace the range with.
     */
    replaceText(range: [number, number], textOrWriterFunction: string | WriterFunction): this;
    /** Removes all the text within the node */
    removeText(): this;
    /**
     * Removes text within the body of the node.
     *
     * WARNING: This will forget any previously navigated descendant nodes.
     * @param pos - Start position to remove.
     * @param end - End position to remove.
     */
    removeText(pos: number, end: number): this;
}

declare type TextInsertableNodeExtensionType = Node;
export declare function TypeArgumentedNode<T extends Constructor<TypeArgumentedNodeExtensionType>>(Base: T): Constructor<TypeArgumentedNode> & T;

export interface TypeArgumentedNode {
    /** Gets all the type arguments of the node. */
    getTypeArguments(): TypeNode[];
    /**
     * Adds a type argument.
     * @param argumentText - Argument text to add.
     */
    addTypeArgument(argumentText: string): TypeNode;
    /**
     * Adds type arguments.
     * @param argumentTexts - Argument texts to add.
     */
    addTypeArguments(argumentTexts: ReadonlyArray<string>): TypeNode[];
    /**
     * Inserts a type argument.
     * @param index - Child index to insert at.
     * @param argumentText - Argument text to insert.
     */
    insertTypeArgument(index: number, argumentText: string): TypeNode;
    /**
     * Inserts type arguments.
     * @param index - Child index to insert at.
     * @param argumentTexts - Argument texts to insert.
     */
    insertTypeArguments(index: number, argumentTexts: ReadonlyArray<string>): TypeNode[];
    /**
     * Removes a type argument.
     * @param typeArg - Type argument to remove.
     */
    removeTypeArgument(typeArg: Node): this;
    /**
     * Removes a type argument.
     * @param index - Index to remove.
     */
    removeTypeArgument(index: number): this;
}

declare type TypeArgumentedNodeExtensionType = Node<ts.Node & {
        typeArguments?: ts.NodeArray<ts.TypeNode>;
    }>;
export declare function TypedNode<T extends Constructor<TypedNodeExtensionType>>(Base: T): Constructor<TypedNode> & T;

export interface TypedNode {
    /** Gets the type node or undefined if none exists. */
    getTypeNode(): TypeNode | undefined;
    /** Gets the type node or throws if none exists. */
    getTypeNodeOrThrow(): TypeNode;
    /**
     * Sets the type.
     * @param textOrWriterFunction - Text or writer function to set the type with.
     */
    setType(textOrWriterFunction: string | WriterFunction): this;
    /** Removes the type. */
    removeType(): this;
}

declare type TypedNodeExtensionType = Node<ts.Node & {
        type?: ts.TypeNode;
    }>;
export declare function TypeElementMemberedNode<T extends Constructor<TypeElementMemberedNodeExtensionType>>(Base: T): Constructor<TypeElementMemberedNode> & T;

export interface TypeElementMemberedNode {
    /**
     * Adds a member.
     * @param member - Member to add.
     */
    addMember(member: string | WriterFunction | TypeElementMemberStructures): TypeElementTypes | CommentTypeElement;
    /**
     * Adds members.
     * @param members - Collection of members to add.
     */
    addMembers(members: string | WriterFunction | ReadonlyArray<string | WriterFunction | TypeElementMemberStructures>): (TypeElementTypes | CommentTypeElement)[];
    /**
     * Inserts a member.
     * @param index - Child index to insert at.
     * @param member - Member to insert.
     */
    insertMember(index: number, member: string | WriterFunction | TypeElementMemberStructures): TypeElementTypes | CommentTypeElement;
    /**
     * Inserts members.
     * @param index - Child index to insert at.
     * @param members - Collection of members to insert.
     */
    insertMembers(index: number, members: string | WriterFunction | ReadonlyArray<string | WriterFunction | TypeElementMemberStructures>): (TypeElementTypes | CommentTypeElement)[];
    /**
     * Add construct signature.
     * @param structure - Structure representing the construct signature.
     */
    addConstructSignature(structure: OptionalKind<ConstructSignatureDeclarationStructure>): ConstructSignatureDeclaration;
    /**
     * Add construct signatures.
     * @param structures - Structures representing the construct signatures.
     */
    addConstructSignatures(structures: ReadonlyArray<OptionalKind<ConstructSignatureDeclarationStructure>>): ConstructSignatureDeclaration[];
    /**
     * Insert construct signature.
     * @param index - Child index to insert at.
     * @param structure - Structure representing the construct signature.
     */
    insertConstructSignature(index: number, structure: OptionalKind<ConstructSignatureDeclarationStructure>): ConstructSignatureDeclaration;
    /**
     * Insert construct signatures.
     * @param index - Child index to insert at.
     * @param structures - Structures representing the construct signatures.
     */
    insertConstructSignatures(index: number, structures: ReadonlyArray<OptionalKind<ConstructSignatureDeclarationStructure>>): ConstructSignatureDeclaration[];
    /**
     * Gets the first construct signature by a find function.
     * @param findFunction - Function to find the construct signature by.
     */
    getConstructSignature(findFunction: (member: ConstructSignatureDeclaration) => boolean): ConstructSignatureDeclaration | undefined;
    /**
     * Gets the first construct signature by a find function or throws if not found.
     * @param findFunction - Function to find the construct signature by.
     */
    getConstructSignatureOrThrow(findFunction: (member: ConstructSignatureDeclaration) => boolean): ConstructSignatureDeclaration;
    /** Gets the interface construct signatures. */
    getConstructSignatures(): ConstructSignatureDeclaration[];
    /**
     * Add call signature.
     * @param structure - Structure representing the call signature.
     */
    addCallSignature(structure: OptionalKind<CallSignatureDeclarationStructure>): CallSignatureDeclaration;
    /**
     * Add call signatures.
     * @param structures - Structures representing the call signatures.
     */
    addCallSignatures(structures: ReadonlyArray<OptionalKind<CallSignatureDeclarationStructure>>): CallSignatureDeclaration[];
    /**
     * Insert call signature.
     * @param index - Child index to insert at.
     * @param structure - Structure representing the call signature.
     */
    insertCallSignature(index: number, structure: OptionalKind<CallSignatureDeclarationStructure>): CallSignatureDeclaration;
    /**
     * Insert call signatures.
     * @param index - Child index to insert at.
     * @param structures - Structures representing the call signatures.
     */
    insertCallSignatures(index: number, structures: ReadonlyArray<OptionalKind<CallSignatureDeclarationStructure>>): CallSignatureDeclaration[];
    /**
     * Gets the first call signature by a find function.
     * @param findFunction - Function to find the call signature by.
     */
    getCallSignature(findFunction: (member: CallSignatureDeclaration) => boolean): CallSignatureDeclaration | undefined;
    /**
     * Gets the first call signature by a find function or throws if not found.
     * @param findFunction - Function to find the call signature by.
     */
    getCallSignatureOrThrow(findFunction: (member: CallSignatureDeclaration) => boolean): CallSignatureDeclaration;
    /** Gets the interface call signatures. */
    getCallSignatures(): CallSignatureDeclaration[];
    /**
     * Add index signature.
     * @param structure - Structure representing the index signature.
     */
    addIndexSignature(structure: OptionalKind<IndexSignatureDeclarationStructure>): IndexSignatureDeclaration;
    /**
     * Add index signatures.
     * @param structures - Structures representing the index signatures.
     */
    addIndexSignatures(structures: ReadonlyArray<OptionalKind<IndexSignatureDeclarationStructure>>): IndexSignatureDeclaration[];
    /**
     * Insert index signature.
     * @param index - Child index to insert at.
     * @param structure - Structure representing the index signature.
     */
    insertIndexSignature(index: number, structure: OptionalKind<IndexSignatureDeclarationStructure>): IndexSignatureDeclaration;
    /**
     * Insert index signatures.
     * @param index - Child index to insert at.
     * @param structures - Structures representing the index signatures.
     */
    insertIndexSignatures(index: number, structures: ReadonlyArray<OptionalKind<IndexSignatureDeclarationStructure>>): IndexSignatureDeclaration[];
    /**
     * Gets the first index signature by a find function.
     * @param findFunction - Function to find the index signature by.
     */
    getIndexSignature(findFunction: (member: IndexSignatureDeclaration) => boolean): IndexSignatureDeclaration | undefined;
    /**
     * Gets the first index signature by a find function or throws if not found.
     * @param findFunction - Function to find the index signature by.
     */
    getIndexSignatureOrThrow(findFunction: (member: IndexSignatureDeclaration) => boolean): IndexSignatureDeclaration;
    /** Gets the interface index signatures. */
    getIndexSignatures(): IndexSignatureDeclaration[];
    /**
     * Add method.
     * @param structure - Structure representing the method.
     */
    addMethod(structure: OptionalKind<MethodSignatureStructure>): MethodSignature;
    /**
     * Add methods.
     * @param structures - Structures representing the methods.
     */
    addMethods(structures: ReadonlyArray<OptionalKind<MethodSignatureStructure>>): MethodSignature[];
    /**
     * Insert method.
     * @param index - Child index to insert at.
     * @param structure - Structure representing the method.
     */
    insertMethod(index: number, structure: OptionalKind<MethodSignatureStructure>): MethodSignature;
    /**
     * Insert methods.
     * @param index - Child index to insert at.
     * @param structures - Structures representing the methods.
     */
    insertMethods(index: number, structures: ReadonlyArray<OptionalKind<MethodSignatureStructure>>): MethodSignature[];
    /**
     * Gets the first method by name.
     * @param name - Name.
     */
    getMethod(name: string): MethodSignature | undefined;
    /**
     * Gets the first method by a find function.
     * @param findFunction - Function to find the method by.
     */
    getMethod(findFunction: (member: MethodSignature) => boolean): MethodSignature | undefined;
    /**
     * Gets the first method by name or throws if not found.
     * @param name - Name.
     */
    getMethodOrThrow(name: string): MethodSignature;
    /**
     * Gets the first method by a find function or throws if not found.
     * @param findFunction - Function to find the method by.
     */
    getMethodOrThrow(findFunction: (member: MethodSignature) => boolean): MethodSignature;
    /** Gets the interface method signatures. */
    getMethods(): MethodSignature[];
    /**
     * Add property.
     * @param structure - Structure representing the property.
     */
    addProperty(structure: OptionalKind<PropertySignatureStructure>): PropertySignature;
    /**
     * Add properties.
     * @param structures - Structures representing the properties.
     */
    addProperties(structures: ReadonlyArray<OptionalKind<PropertySignatureStructure>>): PropertySignature[];
    /**
     * Insert property.
     * @param index - Child index to insert at.
     * @param structure - Structure representing the property.
     */
    insertProperty(index: number, structure: OptionalKind<PropertySignatureStructure>): PropertySignature;
    /**
     * Insert properties.
     * @param index - Child index to insert at.
     * @param structures - Structures representing the properties.
     */
    insertProperties(index: number, structures: ReadonlyArray<OptionalKind<PropertySignatureStructure>>): PropertySignature[];
    /**
     * Gets the first property by name.
     * @param name - Name.
     */
    getProperty(name: string): PropertySignature | undefined;
    /**
     * Gets the first property by a find function.
     * @param findFunction - Function to find the property by.
     */
    getProperty(findFunction: (member: PropertySignature) => boolean): PropertySignature | undefined;
    /**
     * Gets the first property by name or throws if not found.
     * @param name - Name.
     */
    getPropertyOrThrow(name: string): PropertySignature;
    /**
     * Gets the first property by a find function or throws if not found.
     * @param findFunction - Function to find the property by.
     */
    getPropertyOrThrow(findFunction: (member: PropertySignature) => boolean): PropertySignature;
    /** Gets the interface property signatures. */
    getProperties(): PropertySignature[];
    /** Gets all the members. */
    getMembers(): TypeElementTypes[];
    /** Gets all the members with comment type elements. */
    getMembersWithComments(): (TypeElementTypes | CommentTypeElement)[];
}

declare type TypeElementMemberedNodeExtensionType = Node<ts.Node & {
        members: ts.NodeArray<ts.TypeElement>;
    }>;
export declare function TypeParameteredNode<T extends Constructor<TypeParameteredNodeExtensionType>>(Base: T): Constructor<TypeParameteredNode> & T;

export interface TypeParameteredNode {
    /**
     * Gets a type parameter or undefined if it doesn't exist.
     * @param name - Name of the parameter.
     */
    getTypeParameter(name: string): TypeParameterDeclaration | undefined;
    /**
     * Gets a type parameter or undefined if it doesn't exist.
     * @param findFunction - Function to use to find the type parameter.
     */
    getTypeParameter(findFunction: (declaration: TypeParameterDeclaration) => boolean): TypeParameterDeclaration | undefined;
    /**
     * Gets a type parameter or throws if it doesn't exist.
     * @param name - Name of the parameter.
     */
    getTypeParameterOrThrow(name: string): TypeParameterDeclaration;
    /**
     * Gets a type parameter or throws if it doesn't exist.
     * @param findFunction - Function to use to find the type parameter.
     */
    getTypeParameterOrThrow(findFunction: (declaration: TypeParameterDeclaration) => boolean): TypeParameterDeclaration;
    /** Gets the type parameters. */
    getTypeParameters(): TypeParameterDeclaration[];
    /**
     * Adds a type parameter.
     * @param structure - Structure of the type parameter.
     */
    addTypeParameter(structure: OptionalKind<TypeParameterDeclarationStructure> | string): TypeParameterDeclaration;
    /**
     * Adds type parameters.
     * @param structures - Structures of the type parameters.
     */
    addTypeParameters(structures: ReadonlyArray<OptionalKind<TypeParameterDeclarationStructure> | string>): TypeParameterDeclaration[];
    /**
     * Inserts a type parameter.
     * @param index - Child index to insert at. Specify a negative index to insert from the reverse.
     * @param structure - Structure of the type parameter.
     */
    insertTypeParameter(index: number, structure: OptionalKind<TypeParameterDeclarationStructure> | string): TypeParameterDeclaration;
    /**
     * Inserts type parameters.
     * @param index - Child index to insert at. Specify a negative index to insert from the reverse.
     * @param structures - Structures of the type parameters.
     */
    insertTypeParameters(index: number, structures: ReadonlyArray<OptionalKind<TypeParameterDeclarationStructure> | string>): TypeParameterDeclaration[];
}

declare type TypeParameteredNodeExtensionType = Node<ts.Node & {
        typeParameters?: ts.NodeArray<ts.TypeParameterDeclaration>;
    }>;
export declare function UnwrappableNode<T extends Constructor<UnwrappableNodeExtensionType>>(Base: T): Constructor<UnwrappableNode> & T;

export interface UnwrappableNode {
    /** Replaces the node's text with its body's statements. */
    unwrap(): void;
}

declare type UnwrappableNodeExtensionType = Node;

export declare class ArrayBindingPattern extends Node<ts.ArrayBindingPattern> {
    /** Gets the array binding pattern's elements. */
    getElements(): (BindingElement | OmittedExpression)[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ArrayBindingPattern>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ArrayBindingPattern>>;
}

declare const BindingElementBase: Constructor<DotDotDotTokenableNode> & Constructor<InitializerExpressionableNode> & Constructor<BindingNamedNode> & typeof Node;

export declare class BindingElement extends BindingElementBase<ts.BindingElement> {
    /**
     * Gets binding element's property name node or throws if not found.
     *
     * For example in `const { a: b } = { a: 5 }`, `a` would be the property name.
     */
    getPropertyNameNodeOrThrow(): PropertyName;
    /**
     * Gets binding element's property name node or returns undefined if not found.
     *
     * For example in `const { a: b } = { a: 5 }`, `a` would be the property name.
     */
    getPropertyNameNode(): PropertyName | undefined;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.BindingElement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.BindingElement>>;
}

export declare class ObjectBindingPattern extends Node<ts.ObjectBindingPattern> {
    /** Gets the object binding pattern's elements. */
    getElements(): BindingElement[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ObjectBindingPattern>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ObjectBindingPattern>>;
}

export declare function AbstractableNode<T extends Constructor<AbstractableNodeExtensionType>>(Base: T): Constructor<AbstractableNode> & T;

export interface AbstractableNode {
    /** Gets if the node is abstract. */
    isAbstract(): boolean;
    /** Gets the abstract keyword or undefined if it doesn't exist. */
    getAbstractKeyword(): Node | undefined;
    /** Gets the abstract keyword or throws if it doesn't exist. */
    getAbstractKeywordOrThrow(): Node;
    /**
     * Sets if the node is abstract.
     * @param isAbstract - If it should be abstract or not.
     */
    setIsAbstract(isAbstract: boolean): this;
}

declare type AbstractableNodeExtensionType = Node & ModifierableNode;
export declare function ClassLikeDeclarationBase<T extends Constructor<ClassLikeDeclarationBaseExtensionType>>(Base: T): Constructor<ClassLikeDeclarationBase> & T;

export interface ClassLikeDeclarationBase extends NameableNode, TextInsertableNode, ImplementsClauseableNode, HeritageClauseableNode, AbstractableNode, JSDocableNode, TypeParameteredNode, DecoratableNode, ModifierableNode, ClassLikeDeclarationBaseSpecific {
}

declare function ClassLikeDeclarationBaseSpecific<T extends Constructor<ClassLikeDeclarationBaseSpecificExtensionType>>(Base: T): Constructor<ClassLikeDeclarationBaseSpecific> & T;

interface ClassLikeDeclarationBaseSpecific {
    /**
     * Sets the extends expression.
     * @param text - Text to set as the extends expression.
     */
    setExtends(text: string | WriterFunction): this;
    /** Removes the extends expression, if it exists. */
    removeExtends(): this;
    /** Gets the extends expression or throws if it doesn't exist. */
    getExtendsOrThrow(): ExpressionWithTypeArguments;
    /** Gets the extends expression or returns undefined if it doesn't exist. */
    getExtends(): ExpressionWithTypeArguments | undefined;
    /**
     * Inserts a class member.
     * @param member - Class member to insert.
     */
    addMember(member: string | WriterFunction | ClassMemberStructures): ClassMemberTypes | CommentClassElement;
    /**
     * Inserts class members.
     * @param members - Collection of class members to insert.
     */
    addMembers(members: string | WriterFunction | ReadonlyArray<string | WriterFunction | ClassMemberStructures>): (ClassMemberTypes | CommentClassElement)[];
    /**
     * Inserts a class member.
     * @param index - Child index to insert at.
     * @param member - Class member to insert.
     */
    insertMember(index: number, member: string | WriterFunction | ClassMemberStructures): ClassMemberTypes | CommentClassElement;
    /**
     * Inserts class members.
     * @param index - Child index to insert at.
     * @param members - Collection of class members to insert.
     */
    insertMembers(index: number, members: string | WriterFunction | ReadonlyArray<string | WriterFunction | ClassMemberStructures>): (ClassMemberTypes | CommentClassElement)[];
    /**
     * Adds a constructor.
     * @param structure - Structure of the constructor.
     */
    addConstructor(structure?: OptionalKind<ConstructorDeclarationStructure>): ConstructorDeclaration;
    /**
     * Adds constructors.
     * @param structures - Structures of the constructor.
     */
    addConstructors(structures: ReadonlyArray<OptionalKind<ConstructorDeclarationStructure>>): ConstructorDeclaration[];
    /**
     * Inserts a constructor.
     * @param index - Child index to insert at.
     * @param structure - Structure of the constructor.
     */
    insertConstructor(index: number, structure?: OptionalKind<ConstructorDeclarationStructure>): ConstructorDeclaration;
    /**
     * Inserts constructors.
     * @param index - Child index to insert at.
     * @param structures - Structures of the constructor.
     */
    insertConstructors(index: number, structures: ReadonlyArray<OptionalKind<ConstructorDeclarationStructure>>): ConstructorDeclaration[];
    /** Gets the constructor declarations. */
    getConstructors(): ConstructorDeclaration[];
    /**
     * Adds a static block.
     * @param structure - Structure of the static block.
     */
    addStaticBlock(structure?: OptionalKind<ClassStaticBlockDeclarationStructure>): ClassStaticBlockDeclaration;
    /**
     * Adds static block.
     * @param structures - Structures of the static block.
     */
    addStaticBlocks(structures: ReadonlyArray<OptionalKind<ClassStaticBlockDeclarationStructure>>): ClassStaticBlockDeclaration[];
    /**
     * Inserts a static block.
     * @param index - Child index to insert at.
     * @param structure - Structure of the static block.
     */
    insertStaticBlock(index: number, structure?: OptionalKind<ClassStaticBlockDeclarationStructure>): ClassStaticBlockDeclaration;
    /**
     * Inserts static blocks.
     * @param index - Child index to insert at.
     * @param structures - Structures of the static blocks.
     */
    insertStaticBlocks(index: number, structures: ReadonlyArray<OptionalKind<ClassStaticBlockDeclarationStructure>>): ClassStaticBlockDeclaration[];
    /** Gets the static blocks. */
    getStaticBlocks(): ClassStaticBlockDeclaration[];
    /**
     * Add get accessor.
     * @param structure - Structure representing the get accessor.
     */
    addGetAccessor(structure: OptionalKind<GetAccessorDeclarationStructure>): GetAccessorDeclaration;
    /**
     * Add properties.
     * @param structures - Structures representing the properties.
     */
    addGetAccessors(structures: ReadonlyArray<OptionalKind<GetAccessorDeclarationStructure>>): GetAccessorDeclaration[];
    /**
     * Insert get accessor.
     * @param index - Child index to insert at.
     * @param structure - Structure representing the get accessor.
     */
    insertGetAccessor(index: number, structure: OptionalKind<GetAccessorDeclarationStructure>): GetAccessorDeclaration;
    /**
     * Insert properties.
     * @param index - Child index to insert at.
     * @param structures - Structures representing the properties.
     */
    insertGetAccessors(index: number, structures: ReadonlyArray<OptionalKind<GetAccessorDeclarationStructure>>): GetAccessorDeclaration[];
    /**
     * Add set accessor.
     * @param structure - Structure representing the set accessor.
     */
    addSetAccessor(structure: OptionalKind<SetAccessorDeclarationStructure>): SetAccessorDeclaration;
    /**
     * Add properties.
     * @param structures - Structures representing the properties.
     */
    addSetAccessors(structures: ReadonlyArray<OptionalKind<SetAccessorDeclarationStructure>>): SetAccessorDeclaration[];
    /**
     * Insert set accessor.
     * @param index - Child index to insert at.
     * @param structure - Structure representing the set accessor.
     */
    insertSetAccessor(index: number, structure: OptionalKind<SetAccessorDeclarationStructure>): SetAccessorDeclaration;
    /**
     * Insert properties.
     * @param index - Child index to insert at.
     * @param structures - Structures representing the properties.
     */
    insertSetAccessors(index: number, structures: ReadonlyArray<OptionalKind<SetAccessorDeclarationStructure>>): SetAccessorDeclaration[];
    /**
     * Add property.
     * @param structure - Structure representing the property.
     */
    addProperty(structure: OptionalKind<PropertyDeclarationStructure>): PropertyDeclaration;
    /**
     * Add properties.
     * @param structures - Structures representing the properties.
     */
    addProperties(structures: ReadonlyArray<OptionalKind<PropertyDeclarationStructure>>): PropertyDeclaration[];
    /**
     * Insert property.
     * @param index - Child index to insert at.
     * @param structure - Structure representing the property.
     */
    insertProperty(index: number, structure: OptionalKind<PropertyDeclarationStructure>): PropertyDeclaration;
    /**
     * Insert properties.
     * @param index - Child index to insert at.
     * @param structures - Structures representing the properties.
     */
    insertProperties(index: number, structures: ReadonlyArray<OptionalKind<PropertyDeclarationStructure>>): PropertyDeclaration[];
    /**
     * Add method.
     * @param structure - Structure representing the method.
     */
    addMethod(structure: OptionalKind<MethodDeclarationStructure>): MethodDeclaration;
    /**
     * Add methods.
     * @param structures - Structures representing the methods.
     */
    addMethods(structures: ReadonlyArray<OptionalKind<MethodDeclarationStructure>>): MethodDeclaration[];
    /**
     * Insert method.
     * @param index - Child index to insert at.
     * @param structure - Structure representing the method.
     */
    insertMethod(index: number, structure: OptionalKind<MethodDeclarationStructure>): MethodDeclaration;
    /**
     * Insert methods.
     * @param index - Child index to insert at.
     * @param structures - Structures representing the methods.
     */
    insertMethods(index: number, structures: ReadonlyArray<OptionalKind<MethodDeclarationStructure>>): MethodDeclaration[];
    /**
     * Gets the first instance property by name.
     * @param name - Name.
     */
    getInstanceProperty(name: string): ClassInstancePropertyTypes | undefined;
    /**
     * Gets the first instance property by a find function.
     * @param findFunction - Function to find an instance property by.
     */
    getInstanceProperty(findFunction: (prop: ClassInstancePropertyTypes) => boolean): ClassInstancePropertyTypes | undefined;
    /**
     * Gets the first instance property by name or throws if not found.
     * @param name - Name.
     */
    getInstancePropertyOrThrow(name: string): ClassInstancePropertyTypes;
    /**
     * Gets the first instance property by a find function or throws if not found.
     * @param findFunction - Function to find an instance property by.
     */
    getInstancePropertyOrThrow(findFunction: (prop: ClassInstancePropertyTypes) => boolean): ClassInstancePropertyTypes;
    /** Gets the class instance property declarations. */
    getInstanceProperties(): ClassInstancePropertyTypes[];
    /**
     * Gets the first static property by name.
     * @param name - Name.
     */
    getStaticProperty(name: string): ClassStaticPropertyTypes | undefined;
    /**
     * Gets the first static property by a find function.
     * @param findFunction - Function to find a static property by.
     */
    getStaticProperty(findFunction: (prop: ClassStaticPropertyTypes) => boolean): ClassStaticPropertyTypes | undefined;
    /**
     * Gets the first static property by name or throws if not found.
     * @param name - Name.
     */
    getStaticPropertyOrThrow(name: string): ClassStaticPropertyTypes;
    /**
     * Gets the first static property by a find function. or throws if not found.
     * @param findFunction - Function to find a static property by.
     */
    getStaticPropertyOrThrow(findFunction: (prop: ClassStaticPropertyTypes) => boolean): ClassStaticPropertyTypes;
    /** Gets the class instance property declarations. */
    getStaticProperties(): ClassStaticPropertyTypes[];
    /**
     * Gets the first property declaration by name.
     * @param name - Name.
     */
    getProperty(name: string): PropertyDeclaration | undefined;
    /**
     * Gets the first property declaration by a find function.
     * @param findFunction - Function to find a property declaration by.
     */
    getProperty(findFunction: (property: PropertyDeclaration) => boolean): PropertyDeclaration | undefined;
    /**
     * Gets the first property declaration by name or throws if it doesn't exist.
     * @param name - Name.
     */
    getPropertyOrThrow(name: string): PropertyDeclaration;
    /**
     * Gets the first property declaration by a find function or throws if it doesn't exist.
     * @param findFunction - Function to find a property declaration by.
     */
    getPropertyOrThrow(findFunction: (property: PropertyDeclaration) => boolean): PropertyDeclaration;
    /** Gets the class property declarations regardless of whether it's an instance of static property. */
    getProperties(): PropertyDeclaration[];
    /**
     * Gets the first get accessor declaration by name.
     * @param name - Name.
     */
    getGetAccessor(name: string): GetAccessorDeclaration | undefined;
    /**
     * Gets the first get accessor declaration by a find function.
     * @param findFunction - Function to find a get accessor declaration by.
     */
    getGetAccessor(findFunction: (getAccessor: GetAccessorDeclaration) => boolean): GetAccessorDeclaration | undefined;
    /**
     * Gets the first get accessor declaration by name or throws if it doesn't exist.
     * @param name - Name.
     */
    getGetAccessorOrThrow(name: string): GetAccessorDeclaration;
    /**
     * Gets the first get accessor declaration by a find function or throws if it doesn't exist.
     * @param findFunction - Function to find a get accessor declaration by.
     */
    getGetAccessorOrThrow(findFunction: (getAccessor: GetAccessorDeclaration) => boolean): GetAccessorDeclaration;
    /** Gets the class get accessor declarations regardless of whether it's an instance of static getAccessor. */
    getGetAccessors(): GetAccessorDeclaration[];
    /**
     * Sets the first set accessor declaration by name.
     * @param name - Name.
     */
    getSetAccessor(name: string): SetAccessorDeclaration | undefined;
    /**
     * Sets the first set accessor declaration by a find function.
     * @param findFunction - Function to find a set accessor declaration by.
     */
    getSetAccessor(findFunction: (setAccessor: SetAccessorDeclaration) => boolean): SetAccessorDeclaration | undefined;
    /**
     * Sets the first set accessor declaration by name or throws if it doesn't exist.
     * @param name - Name.
     */
    getSetAccessorOrThrow(name: string): SetAccessorDeclaration;
    /**
     * Sets the first set accessor declaration by a find function or throws if it doesn't exist.
     * @param findFunction - Function to find a set accessor declaration by.
     */
    getSetAccessorOrThrow(findFunction: (setAccessor: SetAccessorDeclaration) => boolean): SetAccessorDeclaration;
    /** Sets the class set accessor declarations regardless of whether it's an instance of static setAccessor. */
    getSetAccessors(): SetAccessorDeclaration[];
    /**
     * Gets the first method declaration by name.
     * @param name - Name.
     */
    getMethod(name: string): MethodDeclaration | undefined;
    /**
     * Gets the first method declaration by a find function.
     * @param findFunction - Function to find a method declaration by.
     */
    getMethod(findFunction: (method: MethodDeclaration) => boolean): MethodDeclaration | undefined;
    /**
     * Gets the first method declaration by name or throws if it doesn't exist.
     * @param name - Name.
     */
    getMethodOrThrow(name: string): MethodDeclaration;
    /**
     * Gets the first method declaration by a find function or throws if it doesn't exist.
     * @param findFunction - Function to find a method declaration by.
     */
    getMethodOrThrow(findFunction: (method: MethodDeclaration) => boolean): MethodDeclaration;
    /** Gets the class method declarations regardless of whether it's an instance of static method. */
    getMethods(): MethodDeclaration[];
    /**
     * Gets the first instance method by name.
     * @param name - Name.
     */
    getInstanceMethod(name: string): MethodDeclaration | undefined;
    /**
     * Gets the first instance method by a find function.
     * @param findFunction - Function to find an instance method by.
     */
    getInstanceMethod(findFunction: (method: MethodDeclaration) => boolean): MethodDeclaration | undefined;
    /**
     * Gets the first instance method by name or throws if not found.
     * @param name - Name.
     */
    getInstanceMethodOrThrow(name: string): MethodDeclaration;
    /**
     * Gets the first instance method by a find function. or throws if not found.
     * @param findFunction - Function to find an instance method by.
     */
    getInstanceMethodOrThrow(findFunction: (method: MethodDeclaration) => boolean): MethodDeclaration;
    /** Gets the class instance method declarations. */
    getInstanceMethods(): MethodDeclaration[];
    /**
     * Gets the first static method by name.
     * @param name - Name.
     */
    getStaticMethod(name: string): MethodDeclaration | undefined;
    /**
     * Gets the first static method by a find function.
     * @param findFunction - Function to find a static method by.
     */
    getStaticMethod(findFunction: (method: MethodDeclaration) => boolean): MethodDeclaration | undefined;
    /**
     * Gets the first static method by name or throws if not found.
     * @param name - Name.
     */
    getStaticMethodOrThrow(name: string): MethodDeclaration;
    /**
     * Gets the first static method by a find function. or throws if not found.
     * @param findFunction - Function to find a static method by.
     */
    getStaticMethodOrThrow(findFunction: (method: MethodDeclaration) => boolean): MethodDeclaration;
    /** Gets the class instance method declarations. */
    getStaticMethods(): MethodDeclaration[];
    /**
     * Gets the first instance member by name.
     * @param name - Name.
     */
    getInstanceMember(name: string): ClassInstanceMemberTypes | undefined;
    /**
     * Gets the first instance member by a find function.
     * @param findFunction - Function to find the instance member by.
     */
    getInstanceMember(findFunction: (member: ClassInstanceMemberTypes) => boolean): ClassInstanceMemberTypes | undefined;
    /**
     * Gets the first instance member by name or throws if not found.
     * @param name - Name.
     */
    getInstanceMemberOrThrow(name: string): ClassInstanceMemberTypes;
    /**
     * Gets the first instance member by a find function. or throws if not found.
     * @param findFunction - Function to find the instance member by.
     */
    getInstanceMemberOrThrow(findFunction: (member: ClassInstanceMemberTypes) => boolean): ClassInstanceMemberTypes;
    /** Gets the instance members. */
    getInstanceMembers(): ClassInstanceMemberTypes[];
    /**
     * Gets the first static member by name.
     * @param name - Name.
     */
    getStaticMember(name: string): ClassStaticMemberTypes | undefined;
    /**
     * Gets the first static member by a find function.
     * @param findFunction - Function to find an static method by.
     */
    getStaticMember(findFunction: (member: ClassStaticMemberTypes) => boolean): ClassStaticMemberTypes | undefined;
    /**
     * Gets the first static member by name or throws if not found.
     * @param name - Name.
     */
    getStaticMemberOrThrow(name: string): ClassStaticMemberTypes;
    /**
     * Gets the first static member by a find function. or throws if not found.
     * @param findFunction - Function to find an static method by.
     */
    getStaticMemberOrThrow(findFunction: (member: ClassStaticMemberTypes) => boolean): ClassStaticMemberTypes;
    /** Gets the static members. */
    getStaticMembers(): ClassStaticMemberTypes[];
    /** Gets the class' members regardless of whether it's an instance of static member. */
    getMembers(): ClassMemberTypes[];
    /** Gets the class' members with comment class elements. */
    getMembersWithComments(): (ClassMemberTypes | CommentClassElement)[];
    /**
     * Gets the first member by name.
     * @param name - Name.
     */
    getMember(name: string): ClassMemberTypes | undefined;
    /**
     * Gets the first member by a find function.
     * @param findFunction - Function to find an method by.
     */
    getMember(findFunction: (member: ClassMemberTypes) => boolean): ClassMemberTypes | undefined;
    /**
     * Gets the first member by name or throws if not found.
     * @param name - Name.
     */
    getMemberOrThrow(name: string): ClassMemberTypes;
    /**
     * Gets the first member by a find function. or throws if not found.
     * @param findFunction - Function to find an method by.
     */
    getMemberOrThrow(findFunction: (member: ClassMemberTypes) => boolean): ClassMemberTypes;
    /**
     * Gets the base types.
     *
     * This is useful to use if the base could possibly be a mixin.
     */
    getBaseTypes(): Type[];
    /**
     * Gets the base class or throws.
     *
     * Note: Use getBaseTypes if you need to get the mixins.
     */
    getBaseClassOrThrow(): ClassDeclaration;
    /**
     * Gets the base class.
     *
     * Note: Use getBaseTypes if you need to get the mixins.
     */
    getBaseClass(): ClassDeclaration | undefined;
    /** Gets all the derived classes. */
    getDerivedClasses(): ClassDeclaration[];
}

export declare type ClassPropertyTypes = PropertyDeclaration | GetAccessorDeclaration | SetAccessorDeclaration;
export declare type ClassInstancePropertyTypes = ClassPropertyTypes | ParameterDeclaration;
export declare type ClassInstanceMemberTypes = MethodDeclaration | ClassInstancePropertyTypes;
export declare type ClassStaticPropertyTypes = PropertyDeclaration | GetAccessorDeclaration | SetAccessorDeclaration;
export declare type ClassStaticMemberTypes = MethodDeclaration | ClassStaticBlockDeclaration | ClassStaticPropertyTypes;
export declare type ClassMemberTypes = MethodDeclaration | PropertyDeclaration | GetAccessorDeclaration | SetAccessorDeclaration | ConstructorDeclaration | ClassStaticBlockDeclaration;
declare type ClassLikeDeclarationBaseExtensionType = Node<ts.ClassLikeDeclarationBase>;
declare type ClassLikeDeclarationBaseSpecificExtensionType = Node<ts.ClassLikeDeclarationBase> & HeritageClauseableNode & ModifierableNode & NameableNode;
declare const ClassDeclarationBase: Constructor<ModuleChildableNode> & Constructor<AmbientableNode> & Constructor<ExportableNode> & Constructor<ClassLikeDeclarationBase> & typeof Statement;

export declare class ClassDeclaration extends ClassDeclarationBase<ts.ClassDeclaration> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ClassDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): ClassDeclarationStructure;
    /**
     * Extracts an interface declaration structure from the class.
     * @param name - Name of the interface. Falls back to the same name as the class and then the filepath's base name.
     */
    extractInterface(name?: string): InterfaceDeclarationStructure;
    /**
     * Extracts an interface declaration structure from the static part of the class.
     * @param name - Name of the interface.
     */
    extractStaticInterface(name: string): InterfaceDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ClassDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ClassDeclaration>>;
}

export declare class ClassElement<T extends ts.ClassElement = ts.ClassElement> extends Node<T> {
    /** Removes the class member. */
    remove(): void;
}

declare const ClassExpressionBase: Constructor<ClassLikeDeclarationBase> & typeof PrimaryExpression;

export declare class ClassExpression extends ClassExpressionBase<ts.ClassExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ClassExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ClassExpression>>;
}

declare const ClassStaticBlockDeclarationBase: Constructor<ChildOrderableNode> & Constructor<TextInsertableNode> & Constructor<StatementedNode> & Constructor<JSDocableNode> & Constructor<BodiedNode> & typeof ClassElement;

export declare class ClassStaticBlockDeclaration extends ClassStaticBlockDeclarationBase<ts.ClassStaticBlockDeclaration> {
    /**
     * Method that exists for the sake of making code compile that looks for the name of static members.
     * This always returns "static".
     */
    getName(): "static";
    /**
     * Method that exists for the sake of making code compile that looks for this method on class members.
     * This always returns true.
     */
    isStatic(): true;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ClassStaticBlockDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): ClassStaticBlockDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ClassStaticBlockDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ClassStaticBlockDeclaration>>;
}

export declare class CommentClassElement extends ClassElement<CompilerCommentClassElement> {
}

declare const ConstructorDeclarationBase: Constructor<ReferenceFindableNode> & Constructor<ChildOrderableNode> & Constructor<TextInsertableNode> & Constructor<OverloadableNode> & Constructor<ScopedNode> & Constructor<FunctionLikeDeclaration> & Constructor<BodyableNode> & typeof ClassElement;
declare const ConstructorDeclarationOverloadBase: Constructor<TypeParameteredNode> & Constructor<JSDocableNode> & Constructor<ChildOrderableNode> & Constructor<TextInsertableNode> & Constructor<ScopedNode> & Constructor<ModifierableNode> & Constructor<SignaturedDeclaration> & typeof ClassElement;

export declare class ConstructorDeclaration extends ConstructorDeclarationBase<ts.ConstructorDeclaration> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ConstructorDeclarationStructure>): this;
    /**
     * Add a constructor overload.
     * @param structure - Structure to add.
     */
    addOverload(structure: OptionalKind<ConstructorDeclarationOverloadStructure>): ConstructorDeclaration;
    /**
     * Add constructor overloads.
     * @param structures - Structures to add.
     */
    addOverloads(structures: ReadonlyArray<OptionalKind<ConstructorDeclarationOverloadStructure>>): ConstructorDeclaration[];
    /**
     * Inserts a constructor overload.
     * @param index - Child index to insert at.
     * @param structure - Structures to insert.
     */
    insertOverload(index: number, structure: OptionalKind<ConstructorDeclarationOverloadStructure>): ConstructorDeclaration;
    /**
     * Inserts constructor overloads.
     * @param index - Child index to insert at.
     * @param structures - Structures to insert.
     */
    insertOverloads(index: number, structures: ReadonlyArray<OptionalKind<ConstructorDeclarationOverloadStructure>>): ConstructorDeclaration[];
    /** Gets the structure equivalent to this node. */
    getStructure(): ConstructorDeclarationStructure | ConstructorDeclarationOverloadStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ConstructorDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ConstructorDeclaration>>;
}

declare const GetAccessorDeclarationBase: Constructor<ChildOrderableNode> & Constructor<TextInsertableNode> & Constructor<DecoratableNode> & Constructor<AbstractableNode> & Constructor<ScopedNode> & Constructor<StaticableNode> & Constructor<FunctionLikeDeclaration> & Constructor<BodyableNode> & Constructor<PropertyNamedNode> & typeof ClassElement;

export declare class GetAccessorDeclaration extends GetAccessorDeclarationBase<ts.GetAccessorDeclaration> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<GetAccessorDeclarationStructure>): this;
    /** Gets the corresponding set accessor if one exists. */
    getSetAccessor(): SetAccessorDeclaration | undefined;
    /** Gets the corresponding set accessor or throws if not exists. */
    getSetAccessorOrThrow(): SetAccessorDeclaration;
    /** Gets the structure equivalent to this node. */
    getStructure(): GetAccessorDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.GetAccessorDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.GetAccessorDeclaration>>;
}

declare const MethodDeclarationBase: Constructor<ChildOrderableNode> & Constructor<TextInsertableNode> & Constructor<OverrideableNode> & Constructor<OverloadableNode> & Constructor<BodyableNode> & Constructor<DecoratableNode> & Constructor<AbstractableNode> & Constructor<ScopedNode> & Constructor<QuestionTokenableNode> & Constructor<StaticableNode> & Constructor<AsyncableNode> & Constructor<GeneratorableNode> & Constructor<FunctionLikeDeclaration> & Constructor<PropertyNamedNode> & typeof ClassElement;
declare const MethodDeclarationOverloadBase: Constructor<JSDocableNode> & Constructor<ChildOrderableNode> & Constructor<TextInsertableNode> & Constructor<OverrideableNode> & Constructor<ScopedNode> & Constructor<TypeParameteredNode> & Constructor<AbstractableNode> & Constructor<QuestionTokenableNode> & Constructor<StaticableNode> & Constructor<AsyncableNode> & Constructor<ModifierableNode> & Constructor<GeneratorableNode> & Constructor<SignaturedDeclaration> & typeof ClassElement;

export declare class MethodDeclaration extends MethodDeclarationBase<ts.MethodDeclaration> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<MethodDeclarationStructure>): this;
    /**
     * Add a method overload.
     * @param structure - Structure to add.
     */
    addOverload(structure: OptionalKind<MethodDeclarationOverloadStructure>): MethodDeclaration;
    /**
     * Add method overloads.
     * @param structures - Structures to add.
     */
    addOverloads(structures: ReadonlyArray<OptionalKind<MethodDeclarationOverloadStructure>>): MethodDeclaration[];
    /**
     * Inserts a method overload.
     * @param index - Child index to insert at.
     * @param structure - Structures to insert.
     */
    insertOverload(index: number, structure: OptionalKind<MethodDeclarationOverloadStructure>): MethodDeclaration;
    /**
     * Inserts method overloads.
     * @param index - Child index to insert at.
     * @param structures - Structures to insert.
     */
    insertOverloads(index: number, structures: ReadonlyArray<OptionalKind<MethodDeclarationOverloadStructure>>): MethodDeclaration[];
    /** Gets the structure equivalent to this node. */
    getStructure(): MethodDeclarationStructure | MethodDeclarationOverloadStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.MethodDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.MethodDeclaration>>;
}

declare const PropertyDeclarationBase: Constructor<ChildOrderableNode> & Constructor<OverrideableNode> & Constructor<AmbientableNode> & Constructor<DecoratableNode> & Constructor<AbstractableNode> & Constructor<ScopedNode> & Constructor<StaticableNode> & Constructor<JSDocableNode> & Constructor<ReadonlyableNode> & Constructor<ExclamationTokenableNode> & Constructor<QuestionTokenableNode> & Constructor<InitializerExpressionableNode> & Constructor<TypedNode> & Constructor<PropertyNamedNode> & Constructor<ModifierableNode> & typeof ClassElement;

export declare class PropertyDeclaration extends PropertyDeclarationBase<ts.PropertyDeclaration> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<PropertyDeclarationStructure>): this;
    /** Removes the property. */
    remove(): void;
    /** Gets the structure equivalent to this node. */
    getStructure(): PropertyDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.PropertyDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.PropertyDeclaration>>;
}

declare const SetAccessorDeclarationBase: Constructor<ChildOrderableNode> & Constructor<TextInsertableNode> & Constructor<DecoratableNode> & Constructor<AbstractableNode> & Constructor<ScopedNode> & Constructor<StaticableNode> & Constructor<FunctionLikeDeclaration> & Constructor<BodyableNode> & Constructor<PropertyNamedNode> & typeof ClassElement;

export declare class SetAccessorDeclaration extends SetAccessorDeclarationBase<ts.SetAccessorDeclaration> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<SetAccessorDeclarationStructure>): this;
    /** Gets the corresponding get accessor if one exists. */
    getGetAccessor(): GetAccessorDeclaration | undefined;
    /** Gets the corresponding get accessor or throws if not exists. */
    getGetAccessorOrThrow(): GetAccessorDeclaration;
    /** Gets the structure equivalent to this node. */
    getStructure(): SetAccessorDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.SetAccessorDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.SetAccessorDeclaration>>;
}

export declare class CommentRange extends TextRange<ts.CommentRange> {
    private constructor();
    /** Gets the comment syntax kind. */
    getKind(): ts.CommentKind;
}

export declare abstract class CompilerCommentNode implements ts.Node {
    private _fullStart;
    private _start;
    private _sourceFile;
    pos: number;
    end: number;
    kind: SyntaxKind.SingleLineCommentTrivia | SyntaxKind.MultiLineCommentTrivia;
    flags: ts.NodeFlags;
    decorators?: ts.NodeArray<ts.Decorator> | undefined;
    modifiers?: ts.NodeArray<ts.Modifier> | undefined;
    parent: ts.Node;
    protected constructor();
    getSourceFile(): ts.SourceFile;
    getChildCount(sourceFile?: ts.SourceFile | undefined): number;
    getChildAt(index: number, sourceFile?: ts.SourceFile | undefined): ts.Node;
    getChildren(sourceFile?: ts.SourceFile | undefined): ts.Node[];
    getStart(sourceFile?: ts.SourceFile | undefined, includeJsDocComment?: boolean | undefined): number;
    getFullStart(): number;
    getEnd(): number;
    getWidth(sourceFile?: ts.SourceFileLike | undefined): number;
    getFullWidth(): number;
    getLeadingTriviaWidth(sourceFile?: ts.SourceFile | undefined): number;
    getFullText(sourceFile?: ts.SourceFile | undefined): string;
    getText(sourceFile?: ts.SourceFile | undefined): string;
    getFirstToken(sourceFile?: ts.SourceFile | undefined): ts.Node | undefined;
    getLastToken(sourceFile?: ts.SourceFile | undefined): ts.Node | undefined;
    forEachChild<T>(cbNode: (node: ts.Node) => T | undefined, cbNodeArray?: ((nodes: ts.NodeArray<ts.Node>) => T | undefined) | undefined): T | undefined;
}

export declare class CompilerCommentStatement extends CompilerCommentNode implements ts.Statement {
    _statementBrand: any;
}

export declare class CompilerCommentClassElement extends CompilerCommentNode implements ts.ClassElement {
    _classElementBrand: any;
    _declarationBrand: any;
}

export declare class CompilerCommentTypeElement extends CompilerCommentNode implements ts.TypeElement {
    _typeElementBrand: any;
    _declarationBrand: any;
}

export declare class CompilerCommentObjectLiteralElement extends CompilerCommentNode implements ts.ObjectLiteralElement {
    _declarationBrand: any;
    _objectLiteralBrand: any;
    declarationBrand: any;
}

export declare class CompilerCommentEnumMember extends CompilerCommentNode implements ts.Node {
}

export declare type NodePropertyToWrappedType<NodeType extends ts.Node, KeyName extends keyof NodeType, NonNullableNodeType = NonNullable<NodeType[KeyName]>> = NodeType[KeyName] extends ts.NodeArray<infer ArrayNodeTypeForNullable> | undefined ? CompilerNodeToWrappedType<ArrayNodeTypeForNullable>[] | undefined : NodeType[KeyName] extends ts.NodeArray<infer ArrayNodeType> ? CompilerNodeToWrappedType<ArrayNodeType>[] : NodeType[KeyName] extends ts.Node ? CompilerNodeToWrappedType<NodeType[KeyName]> : NonNullableNodeType extends ts.Node ? CompilerNodeToWrappedType<NonNullableNodeType> | undefined : NodeType[KeyName];
export declare type NodeParentType<NodeType extends ts.Node> = NodeType extends ts.SourceFile ? undefined : ts.Node extends NodeType ? CompilerNodeToWrappedType<NodeType["parent"]> | undefined : CompilerNodeToWrappedType<NodeType["parent"]>;

export declare class Node<NodeType extends ts.Node = ts.Node> {
    /** Gets if the node is an AnyKeyword. */
    static readonly isAnyKeyword: (node: Node | undefined) => node is Expression;
    /** Gets if the node is an ArrayBindingPattern. */
    static readonly isArrayBindingPattern: (node: Node | undefined) => node is ArrayBindingPattern;
    /** Gets if the node is an ArrayLiteralExpression. */
    static readonly isArrayLiteralExpression: (node: Node | undefined) => node is ArrayLiteralExpression;
    /** Gets if the node is an ArrowFunction. */
    static readonly isArrowFunction: (node: Node | undefined) => node is ArrowFunction;
    /** Gets if the node is an AsExpression. */
    static readonly isAsExpression: (node: Node | undefined) => node is AsExpression;
    /** Gets if the node is an AwaitExpression. */
    static readonly isAwaitExpression: (node: Node | undefined) => node is AwaitExpression;
    /** Gets if the node is a BigIntLiteral. */
    static readonly isBigIntLiteral: (node: Node | undefined) => node is BigIntLiteral;
    /** Gets if the node is a BinaryExpression. */
    static readonly isBinaryExpression: (node: Node | undefined) => node is BinaryExpression;
    /** Gets if the node is a BindingElement. */
    static readonly isBindingElement: (node: Node | undefined) => node is BindingElement;
    /** Gets if the node is a Block. */
    static readonly isBlock: (node: Node | undefined) => node is Block;
    /** Gets if the node is a BooleanKeyword. */
    static readonly isBooleanKeyword: (node: Node | undefined) => node is Expression;
    /** Gets if the node is a BreakStatement. */
    static readonly isBreakStatement: (node: Node | undefined) => node is BreakStatement;
    /** Gets if the node is a CallExpression. */
    static readonly isCallExpression: (node: Node | undefined) => node is CallExpression;
    /** Gets if the node is a CaseBlock. */
    static readonly isCaseBlock: (node: Node | undefined) => node is CaseBlock;
    /** Gets if the node is a CaseClause. */
    static readonly isCaseClause: (node: Node | undefined) => node is CaseClause;
    /** Gets if the node is a CatchClause. */
    static readonly isCatchClause: (node: Node | undefined) => node is CatchClause;
    /** Gets if the node is a ClassDeclaration. */
    static readonly isClassDeclaration: (node: Node | undefined) => node is ClassDeclaration;
    /** Gets if the node is a ClassExpression. */
    static readonly isClassExpression: (node: Node | undefined) => node is ClassExpression;
    /** Gets if the node is a ClassStaticBlockDeclaration. */
    static readonly isClassStaticBlockDeclaration: (node: Node | undefined) => node is ClassStaticBlockDeclaration;
    /** Gets if the node is a CommaListExpression. */
    static readonly isCommaListExpression: (node: Node | undefined) => node is CommaListExpression;
    /** Gets if the node is a ComputedPropertyName. */
    static readonly isComputedPropertyName: (node: Node | undefined) => node is ComputedPropertyName;
    /** Gets if the node is a ConditionalExpression. */
    static readonly isConditionalExpression: (node: Node | undefined) => node is ConditionalExpression;
    /** Gets if the node is a ContinueStatement. */
    static readonly isContinueStatement: (node: Node | undefined) => node is ContinueStatement;
    /** Gets if the node is a DebuggerStatement. */
    static readonly isDebuggerStatement: (node: Node | undefined) => node is DebuggerStatement;
    /** Gets if the node is a Decorator. */
    static readonly isDecorator: (node: Node | undefined) => node is Decorator;
    /** Gets if the node is a DefaultClause. */
    static readonly isDefaultClause: (node: Node | undefined) => node is DefaultClause;
    /** Gets if the node is a DeleteExpression. */
    static readonly isDeleteExpression: (node: Node | undefined) => node is DeleteExpression;
    /** Gets if the node is a DoStatement. */
    static readonly isDoStatement: (node: Node | undefined) => node is DoStatement;
    /** Gets if the node is an ElementAccessExpression. */
    static readonly isElementAccessExpression: (node: Node | undefined) => node is ElementAccessExpression;
    /** Gets if the node is an EmptyStatement. */
    static readonly isEmptyStatement: (node: Node | undefined) => node is EmptyStatement;
    /** Gets if the node is an EnumDeclaration. */
    static readonly isEnumDeclaration: (node: Node | undefined) => node is EnumDeclaration;
    /** Gets if the node is an EnumMember. */
    static readonly isEnumMember: (node: Node | undefined) => node is EnumMember;
    /** Gets if the node is an ExportAssignment. */
    static readonly isExportAssignment: (node: Node | undefined) => node is ExportAssignment;
    /** Gets if the node is an ExportDeclaration. */
    static readonly isExportDeclaration: (node: Node | undefined) => node is ExportDeclaration;
    /** Gets if the node is an ExportSpecifier. */
    static readonly isExportSpecifier: (node: Node | undefined) => node is ExportSpecifier;
    /** Gets if the node is an ExpressionStatement. */
    static readonly isExpressionStatement: (node: Node | undefined) => node is ExpressionStatement;
    /** Gets if the node is an ExpressionWithTypeArguments. */
    static readonly isExpressionWithTypeArguments: (node: Node | undefined) => node is ExpressionWithTypeArguments;
    /** Gets if the node is an ExternalModuleReference. */
    static readonly isExternalModuleReference: (node: Node | undefined) => node is ExternalModuleReference;
    /** Gets if the node is a ForInStatement. */
    static readonly isForInStatement: (node: Node | undefined) => node is ForInStatement;
    /** Gets if the node is a ForOfStatement. */
    static readonly isForOfStatement: (node: Node | undefined) => node is ForOfStatement;
    /** Gets if the node is a ForStatement. */
    static readonly isForStatement: (node: Node | undefined) => node is ForStatement;
    /** Gets if the node is a FunctionDeclaration. */
    static readonly isFunctionDeclaration: (node: Node | undefined) => node is FunctionDeclaration;
    /** Gets if the node is a FunctionExpression. */
    static readonly isFunctionExpression: (node: Node | undefined) => node is FunctionExpression;
    /** Gets if the node is a HeritageClause. */
    static readonly isHeritageClause: (node: Node | undefined) => node is HeritageClause;
    /** Gets if the node is a Identifier. */
    static readonly isIdentifier: (node: Node | undefined) => node is Identifier;
    /** Gets if the node is a IfStatement. */
    static readonly isIfStatement: (node: Node | undefined) => node is IfStatement;
    /** Gets if the node is a ImportClause. */
    static readonly isImportClause: (node: Node | undefined) => node is ImportClause;
    /** Gets if the node is a ImportDeclaration. */
    static readonly isImportDeclaration: (node: Node | undefined) => node is ImportDeclaration;
    /** Gets if the node is a ImportEqualsDeclaration. */
    static readonly isImportEqualsDeclaration: (node: Node | undefined) => node is ImportEqualsDeclaration;
    /** Gets if the node is a ImportSpecifier. */
    static readonly isImportSpecifier: (node: Node | undefined) => node is ImportSpecifier;
    /** Gets if the node is a InferKeyword. */
    static readonly isInferKeyword: (node: Node | undefined) => node is Node<ts.Token<SyntaxKind.InferKeyword>>;
    /** Gets if the node is a InterfaceDeclaration. */
    static readonly isInterfaceDeclaration: (node: Node | undefined) => node is InterfaceDeclaration;
    /** Gets if the node is a JSDocAugmentsTag. */
    static readonly isJSDocAugmentsTag: (node: Node | undefined) => node is JSDocAugmentsTag;
    /** Gets if the node is a JSDocAuthorTag. */
    static readonly isJSDocAuthorTag: (node: Node | undefined) => node is JSDocAuthorTag;
    /** Gets if the node is a JSDocCallbackTag. */
    static readonly isJSDocCallbackTag: (node: Node | undefined) => node is JSDocCallbackTag;
    /** Gets if the node is a JSDocClassTag. */
    static readonly isJSDocClassTag: (node: Node | undefined) => node is JSDocClassTag;
    /** Gets if the node is a JSDocDeprecatedTag. */
    static readonly isJSDocDeprecatedTag: (node: Node | undefined) => node is JSDocDeprecatedTag;
    /** Gets if the node is a JSDocEnumTag. */
    static readonly isJSDocEnumTag: (node: Node | undefined) => node is JSDocEnumTag;
    /** Gets if the node is a JSDocFunctionType. */
    static readonly isJSDocFunctionType: (node: Node | undefined) => node is JSDocFunctionType;
    /** Gets if the node is a JSDocImplementsTag. */
    static readonly isJSDocImplementsTag: (node: Node | undefined) => node is JSDocImplementsTag;
    /** Gets if the node is a JSDocLink. */
    static readonly isJSDocLink: (node: Node | undefined) => node is JSDocLink;
    /** Gets if the node is a JSDocLinkCode. */
    static readonly isJSDocLinkCode: (node: Node | undefined) => node is JSDocLinkCode;
    /** Gets if the node is a JSDocLinkPlain. */
    static readonly isJSDocLinkPlain: (node: Node | undefined) => node is JSDocLinkPlain;
    /** Gets if the node is a JSDocMemberName. */
    static readonly isJSDocMemberName: (node: Node | undefined) => node is JSDocMemberName;
    /** Gets if the node is a JSDocOverrideTag. */
    static readonly isJSDocOverrideTag: (node: Node | undefined) => node is JSDocOverrideTag;
    /** Gets if the node is a JSDocParameterTag. */
    static readonly isJSDocParameterTag: (node: Node | undefined) => node is JSDocParameterTag;
    /** Gets if the node is a JSDocPrivateTag. */
    static readonly isJSDocPrivateTag: (node: Node | undefined) => node is JSDocPrivateTag;
    /** Gets if the node is a JSDocPropertyTag. */
    static readonly isJSDocPropertyTag: (node: Node | undefined) => node is JSDocPropertyTag;
    /** Gets if the node is a JSDocProtectedTag. */
    static readonly isJSDocProtectedTag: (node: Node | undefined) => node is JSDocProtectedTag;
    /** Gets if the node is a JSDocPublicTag. */
    static readonly isJSDocPublicTag: (node: Node | undefined) => node is JSDocPublicTag;
    /** Gets if the node is a JSDocReadonlyTag. */
    static readonly isJSDocReadonlyTag: (node: Node | undefined) => node is JSDocReadonlyTag;
    /** Gets if the node is a JSDocReturnTag. */
    static readonly isJSDocReturnTag: (node: Node | undefined) => node is JSDocReturnTag;
    /** Gets if the node is a JSDocSeeTag. */
    static readonly isJSDocSeeTag: (node: Node | undefined) => node is JSDocSeeTag;
    /** Gets if the node is a JSDocSignature. */
    static readonly isJSDocSignature: (node: Node | undefined) => node is JSDocSignature;
    /** Gets if the node is a JSDocTemplateTag. */
    static readonly isJSDocTemplateTag: (node: Node | undefined) => node is JSDocTemplateTag;
    /** Gets if the node is a JSDocText. */
    static readonly isJSDocText: (node: Node | undefined) => node is JSDocText;
    /** Gets if the node is a JSDocThisTag. */
    static readonly isJSDocThisTag: (node: Node | undefined) => node is JSDocThisTag;
    /** Gets if the node is a JSDocTypeExpression. */
    static readonly isJSDocTypeExpression: (node: Node | undefined) => node is JSDocTypeExpression;
    /** Gets if the node is a JSDocTypeTag. */
    static readonly isJSDocTypeTag: (node: Node | undefined) => node is JSDocTypeTag;
    /** Gets if the node is a JSDocTypedefTag. */
    static readonly isJSDocTypedefTag: (node: Node | undefined) => node is JSDocTypedefTag;
    /** Gets if the node is a JsxAttribute. */
    static readonly isJsxAttribute: (node: Node | undefined) => node is JsxAttribute;
    /** Gets if the node is a JsxClosingElement. */
    static readonly isJsxClosingElement: (node: Node | undefined) => node is JsxClosingElement;
    /** Gets if the node is a JsxClosingFragment. */
    static readonly isJsxClosingFragment: (node: Node | undefined) => node is JsxClosingFragment;
    /** Gets if the node is a JsxElement. */
    static readonly isJsxElement: (node: Node | undefined) => node is JsxElement;
    /** Gets if the node is a JsxExpression. */
    static readonly isJsxExpression: (node: Node | undefined) => node is JsxExpression;
    /** Gets if the node is a JsxFragment. */
    static readonly isJsxFragment: (node: Node | undefined) => node is JsxFragment;
    /** Gets if the node is a JsxOpeningElement. */
    static readonly isJsxOpeningElement: (node: Node | undefined) => node is JsxOpeningElement;
    /** Gets if the node is a JsxOpeningFragment. */
    static readonly isJsxOpeningFragment: (node: Node | undefined) => node is JsxOpeningFragment;
    /** Gets if the node is a JsxSelfClosingElement. */
    static readonly isJsxSelfClosingElement: (node: Node | undefined) => node is JsxSelfClosingElement;
    /** Gets if the node is a JsxSpreadAttribute. */
    static readonly isJsxSpreadAttribute: (node: Node | undefined) => node is JsxSpreadAttribute;
    /** Gets if the node is a JsxText. */
    static readonly isJsxText: (node: Node | undefined) => node is JsxText;
    /** Gets if the node is a LabeledStatement. */
    static readonly isLabeledStatement: (node: Node | undefined) => node is LabeledStatement;
    /** Gets if the node is a MetaProperty. */
    static readonly isMetaProperty: (node: Node | undefined) => node is MetaProperty;
    /** Gets if the node is a MethodDeclaration. */
    static readonly isMethodDeclaration: (node: Node | undefined) => node is MethodDeclaration;
    /** Gets if the node is a MethodSignature. */
    static readonly isMethodSignature: (node: Node | undefined) => node is MethodSignature;
    /** Gets if the node is a ModuleBlock. */
    static readonly isModuleBlock: (node: Node | undefined) => node is ModuleBlock;
    /** Gets if the node is a ModuleDeclaration. */
    static readonly isModuleDeclaration: (node: Node | undefined) => node is ModuleDeclaration;
    /** Gets if the node is a NamedExports. */
    static readonly isNamedExports: (node: Node | undefined) => node is NamedExports;
    /** Gets if the node is a NamedImports. */
    static readonly isNamedImports: (node: Node | undefined) => node is NamedImports;
    /** Gets if the node is a NamedTupleMember. */
    static readonly isNamedTupleMember: (node: Node | undefined) => node is NamedTupleMember;
    /** Gets if the node is a NamespaceExport. */
    static readonly isNamespaceExport: (node: Node | undefined) => node is NamespaceExport;
    /** Gets if the node is a NamespaceImport. */
    static readonly isNamespaceImport: (node: Node | undefined) => node is NamespaceImport;
    /** Gets if the node is a NeverKeyword. */
    static readonly isNeverKeyword: (node: Node | undefined) => node is Node<ts.Token<SyntaxKind.NeverKeyword>>;
    /** Gets if the node is a NewExpression. */
    static readonly isNewExpression: (node: Node | undefined) => node is NewExpression;
    /** Gets if the node is a NoSubstitutionTemplateLiteral. */
    static readonly isNoSubstitutionTemplateLiteral: (node: Node | undefined) => node is NoSubstitutionTemplateLiteral;
    /** Gets if the node is a NonNullExpression. */
    static readonly isNonNullExpression: (node: Node | undefined) => node is NonNullExpression;
    /** Gets if the node is a NotEmittedStatement. */
    static readonly isNotEmittedStatement: (node: Node | undefined) => node is NotEmittedStatement;
    /** Gets if the node is a NumberKeyword. */
    static readonly isNumberKeyword: (node: Node | undefined) => node is Expression;
    /** Gets if the node is a NumericLiteral. */
    static readonly isNumericLiteral: (node: Node | undefined) => node is NumericLiteral;
    /** Gets if the node is a ObjectBindingPattern. */
    static readonly isObjectBindingPattern: (node: Node | undefined) => node is ObjectBindingPattern;
    /** Gets if the node is a ObjectKeyword. */
    static readonly isObjectKeyword: (node: Node | undefined) => node is Expression;
    /** Gets if the node is a ObjectLiteralExpression. */
    static readonly isObjectLiteralExpression: (node: Node | undefined) => node is ObjectLiteralExpression;
    /** Gets if the node is a OmittedExpression. */
    static readonly isOmittedExpression: (node: Node | undefined) => node is OmittedExpression;
    /** Gets if the node is a ParenthesizedExpression. */
    static readonly isParenthesizedExpression: (node: Node | undefined) => node is ParenthesizedExpression;
    /** Gets if the node is a PartiallyEmittedExpression. */
    static readonly isPartiallyEmittedExpression: (node: Node | undefined) => node is PartiallyEmittedExpression;
    /** Gets if the node is a PostfixUnaryExpression. */
    static readonly isPostfixUnaryExpression: (node: Node | undefined) => node is PostfixUnaryExpression;
    /** Gets if the node is a PrefixUnaryExpression. */
    static readonly isPrefixUnaryExpression: (node: Node | undefined) => node is PrefixUnaryExpression;
    /** Gets if the node is a PrivateIdentifier. */
    static readonly isPrivateIdentifier: (node: Node | undefined) => node is PrivateIdentifier;
    /** Gets if the node is a PropertyAccessExpression. */
    static readonly isPropertyAccessExpression: (node: Node | undefined) => node is PropertyAccessExpression;
    /** Gets if the node is a PropertyAssignment. */
    static readonly isPropertyAssignment: (node: Node | undefined) => node is PropertyAssignment;
    /** Gets if the node is a PropertyDeclaration. */
    static readonly isPropertyDeclaration: (node: Node | undefined) => node is PropertyDeclaration;
    /** Gets if the node is a PropertySignature. */
    static readonly isPropertySignature: (node: Node | undefined) => node is PropertySignature;
    /** Gets if the node is a QualifiedName. */
    static readonly isQualifiedName: (node: Node | undefined) => node is QualifiedName;
    /** Gets if the node is a RegularExpressionLiteral. */
    static readonly isRegularExpressionLiteral: (node: Node | undefined) => node is RegularExpressionLiteral;
    /** Gets if the node is a ReturnStatement. */
    static readonly isReturnStatement: (node: Node | undefined) => node is ReturnStatement;
    /** Gets if the node is a SemicolonToken. */
    static readonly isSemicolonToken: (node: Node | undefined) => node is Node<ts.Token<SyntaxKind.SemicolonToken>>;
    /** Gets if the node is a ShorthandPropertyAssignment. */
    static readonly isShorthandPropertyAssignment: (node: Node | undefined) => node is ShorthandPropertyAssignment;
    /** Gets if the node is a SourceFile. */
    static readonly isSourceFile: (node: Node | undefined) => node is SourceFile;
    /** Gets if the node is a SpreadAssignment. */
    static readonly isSpreadAssignment: (node: Node | undefined) => node is SpreadAssignment;
    /** Gets if the node is a SpreadElement. */
    static readonly isSpreadElement: (node: Node | undefined) => node is SpreadElement;
    /** Gets if the node is a StringKeyword. */
    static readonly isStringKeyword: (node: Node | undefined) => node is Expression;
    /** Gets if the node is a StringLiteral. */
    static readonly isStringLiteral: (node: Node | undefined) => node is StringLiteral;
    /** Gets if the node is a SwitchStatement. */
    static readonly isSwitchStatement: (node: Node | undefined) => node is SwitchStatement;
    /** Gets if the node is a SymbolKeyword. */
    static readonly isSymbolKeyword: (node: Node | undefined) => node is Expression;
    /** Gets if the node is a SyntaxList. */
    static readonly isSyntaxList: (node: Node | undefined) => node is SyntaxList;
    /** Gets if the node is a TaggedTemplateExpression. */
    static readonly isTaggedTemplateExpression: (node: Node | undefined) => node is TaggedTemplateExpression;
    /** Gets if the node is a TemplateExpression. */
    static readonly isTemplateExpression: (node: Node | undefined) => node is TemplateExpression;
    /** Gets if the node is a TemplateHead. */
    static readonly isTemplateHead: (node: Node | undefined) => node is TemplateHead;
    /** Gets if the node is a TemplateMiddle. */
    static readonly isTemplateMiddle: (node: Node | undefined) => node is TemplateMiddle;
    /** Gets if the node is a TemplateSpan. */
    static readonly isTemplateSpan: (node: Node | undefined) => node is TemplateSpan;
    /** Gets if the node is a TemplateTail. */
    static readonly isTemplateTail: (node: Node | undefined) => node is TemplateTail;
    /** Gets if the node is a ThrowStatement. */
    static readonly isThrowStatement: (node: Node | undefined) => node is ThrowStatement;
    /** Gets if the node is a TryStatement. */
    static readonly isTryStatement: (node: Node | undefined) => node is TryStatement;
    /** Gets if the node is a TypeAliasDeclaration. */
    static readonly isTypeAliasDeclaration: (node: Node | undefined) => node is TypeAliasDeclaration;
    /** Gets if the node is a TypeOfExpression. */
    static readonly isTypeOfExpression: (node: Node | undefined) => node is TypeOfExpression;
    /** Gets if the node is a UndefinedKeyword. */
    static readonly isUndefinedKeyword: (node: Node | undefined) => node is Expression;
    /** Gets if the node is a VariableDeclaration. */
    static readonly isVariableDeclaration: (node: Node | undefined) => node is VariableDeclaration;
    /** Gets if the node is a VariableDeclarationList. */
    static readonly isVariableDeclarationList: (node: Node | undefined) => node is VariableDeclarationList;
    /** Gets if the node is a VariableStatement. */
    static readonly isVariableStatement: (node: Node | undefined) => node is VariableStatement;
    /** Gets if the node is a VoidExpression. */
    static readonly isVoidExpression: (node: Node | undefined) => node is VoidExpression;
    /** Gets if the node is a WhileStatement. */
    static readonly isWhileStatement: (node: Node | undefined) => node is WhileStatement;
    /** Gets if the node is a WithStatement. */
    static readonly isWithStatement: (node: Node | undefined) => node is WithStatement;
    /** Gets if the node is a YieldExpression. */
    static readonly isYieldExpression: (node: Node | undefined) => node is YieldExpression;
    protected constructor();
    /** Gets the underlying compiler node. */
    get compilerNode(): NodeType;
    /**
     * Releases the node and all its descendants from the underlying node cache and ast.
     *
     * This is useful if you want to improve the performance of manipulation by not tracking this node anymore.
     */
    forget(): void;
    /** Forgets the descendants of this node. */
    forgetDescendants(): this;
    /**
     * Gets if the compiler node was forgotten.
     *
     * This will be true when the compiler node was forgotten or removed.
     */
    wasForgotten(): boolean;
    /** Gets the syntax kind. */
    getKind(): SyntaxKind;
    /** Gets the syntax kind name. */
    getKindName(): string;
    /** Gets the node's flags. */
    getFlags(): ts.NodeFlags;
    /**
     * Prints the node using the compiler's printer.
     * @param options - Options.
     */
    print(options?: PrintNodeOptions): string;
    /** Gets the symbol or throws an error if it doesn't exist. */
    getSymbolOrThrow(): Symbol;
    /** Gets the compiler symbol or undefined if it doesn't exist. */
    getSymbol(): Symbol | undefined;
    /**
     * Gets the symbols in the scope of the node.
     *
     * Note: This will always return the local symbols. If you want the export symbol from a local symbol, then
     * use the `#getExportSymbol()` method on the symbol.
     * @param meaning - Meaning of symbol to filter by.
     */
    getSymbolsInScope(meaning: SymbolFlags): Symbol[];
    /**
     * Gets the specified local symbol by name or throws if it doesn't exist.
     *
     * WARNING: The symbol table of locals is not exposed publicly by the compiler. Use this at your own risk knowing it may break.
     * @param name - Name of the local symbol.
     */
    getLocalOrThrow(name: string): Symbol;
    /**
     * Gets the specified local symbol by name or returns undefined if it doesn't exist.
     *
     * WARNING: The symbol table of locals is not exposed publicly by the compiler. Use this at your own risk knowing it may break.
     * @param name - Name of the local symbol.
     */
    getLocal(name: string): Symbol | undefined;
    /**
     * Gets the symbols within the current scope.
     *
     * WARNING: The symbol table of locals is not exposed publicly by the compiler. Use this at your own risk knowing it may break.
     */
    getLocals(): Symbol[];
    /** Gets the type of the node. */
    getType(): Type;
    /**
     * If the node contains the provided range (inclusive).
     * @param pos - Start position.
     * @param end - End position.
     */
    containsRange(pos: number, end: number): boolean;
    /**
     * Gets if the specified position is within a string.
     * @param pos - Position.
     */
    isInStringAtPos(pos: number): boolean;
    /**
     * Gets the node as the specified kind if it is equal to that kind, otherwise throws.
     * @param kind - Syntax kind.
     */
    asKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /**
     * Gets the node as the specified kind if it is equal to that kind, otherwise returns undefined.
     * @param kind - Syntax kind.
     */
    asKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /**
     * Gets the first child by a condition or throws.
     * @param condition - Condition.
     */
    getFirstChildOrThrow<T extends Node>(condition?: (node: Node) => node is T): T;
    /**
     * Gets the first child by a condition or throws.
     * @param condition - Condition.
     */
    getFirstChildOrThrow(condition?: (node: Node) => boolean): Node;
    /**
     * Gets the first child by a condition.
     * @param condition - Condition.
     */
    getFirstChild<T extends Node>(condition?: (node: Node) => node is T): T | undefined;
    /**
     * Gets the first child by a condition.
     * @param condition - Condition.
     */
    getFirstChild(condition?: (node: Node) => boolean): Node | undefined;
    /**
     * Gets the last child by a condition or throws.
     * @param condition - Condition.
     */
    getLastChildOrThrow<T extends Node>(condition?: (node: Node) => node is T): T;
    /**
     * Gets the last child by a condition or throws.
     * @param condition - Condition.
     */
    getLastChildOrThrow(condition?: (node: Node) => boolean): Node;
    /**
     * Gets the last child by a condition.
     * @param condition - Condition.
     */
    getLastChild<T extends Node>(condition?: (node: Node) => node is T): T | undefined;
    /**
     * Gets the last child by a condition.
     * @param condition - Condition.
     */
    getLastChild(condition?: (node: Node) => boolean): Node | undefined;
    /**
     * Gets the first descendant by a condition or throws.
     * @param condition - Condition.
     */
    getFirstDescendantOrThrow<T extends Node>(condition?: (node: Node) => node is T): T;
    /**
     * Gets the first descendant by a condition or throws.
     * @param condition - Condition.
     */
    getFirstDescendantOrThrow(condition?: (node: Node) => boolean): Node;
    /**
     * Gets the first descendant by a condition.
     * @param condition - Condition.
     */
    getFirstDescendant<T extends Node>(condition?: (node: Node) => node is T): T | undefined;
    /**
     * Gets the first descendant by a condition.
     * @param condition - Condition.
     */
    getFirstDescendant(condition?: (node: Node) => boolean): Node | undefined;
    /**
     * Gets the previous sibling or throws.
     * @param condition - Optional condition for getting the previous sibling.
     */
    getPreviousSiblingOrThrow<T extends Node>(condition?: (node: Node) => node is T): T;
    /**
     * Gets the previous sibling or throws.
     * @param condition - Optional condition for getting the previous sibling.
     */
    getPreviousSiblingOrThrow(condition?: (node: Node) => boolean): Node;
    /**
     * Gets the previous sibling.
     * @param condition - Optional condition for getting the previous sibling.
     */
    getPreviousSibling<T extends Node>(condition?: (node: Node) => node is T): T | undefined;
    /**
     * Gets the previous sibling.
     * @param condition - Optional condition for getting the previous sibling.
     */
    getPreviousSibling(condition?: (node: Node) => boolean): Node | undefined;
    /**
     * Gets the next sibling or throws.
     * @param condition - Optional condition for getting the next sibling.
     */
    getNextSiblingOrThrow<T extends Node>(condition?: (node: Node) => node is T): T;
    /**
     * Gets the next sibling or throws.
     * @param condition - Optional condition for getting the next sibling.
     */
    getNextSiblingOrThrow(condition?: (node: Node) => boolean): Node;
    /**
     * Gets the next sibling.
     * @param condition - Optional condition for getting the next sibling.
     */
    getNextSibling<T extends Node>(condition?: (node: Node) => node is T): T | undefined;
    /**
     * Gets the next sibling.
     * @param condition - Optional condition for getting the next sibling.
     */
    getNextSibling(condition?: (node: Node) => boolean): Node | undefined;
    /**
     * Gets the previous siblings.
     *
     * Note: Closest sibling is the zero index.
     */
    getPreviousSiblings(): Node[];
    /**
     * Gets the next siblings.
     *
     * Note: Closest sibling is the zero index.
     */
    getNextSiblings(): Node[];
    /** Gets all the children of the node. */
    getChildren(): Node[];
    /**
     * Gets the child at the specified index.
     * @param index - Index of the child.
     */
    getChildAtIndex(index: number): Node;
    /** Gets the child syntax list or throws if it doesn't exist. */
    getChildSyntaxListOrThrow(): SyntaxList;
    /** Gets the child syntax list if it exists. */
    getChildSyntaxList(): SyntaxList | undefined;
    /**
     * Invokes the `cbNode` callback for each child and the `cbNodeArray` for every array of nodes stored in properties of the node.
     * If `cbNodeArray` is not defined, then it will pass every element of the array to `cbNode`.
     * @returns The first truthy value returned by a callback.
     * @param cbNode - Callback invoked for each child.
     * @param cbNodeArray - Callback invoked for each array of nodes.
     */
    forEachChild<T>(cbNode: (node: Node) => T | undefined, cbNodeArray?: (nodes: Node[]) => T | undefined): T | undefined;
    /**
     * Invokes the `cbNode` callback for each descendant and the `cbNodeArray` for every array of nodes stored in properties of the node and descendant nodes.
     * If `cbNodeArray` is not defined, then it will pass every element of the array to `cbNode`.
     *
     * @returns The first truthy value returned by a callback.
     * @remarks There exists a `traversal` object on the second parameter that allows various control of iteration.
     * @param cbNode - Callback invoked for each descendant.
     * @param cbNodeArray - Callback invoked for each array of nodes.
     */
    forEachDescendant<T>(cbNode: (node: Node, traversal: ForEachDescendantTraversalControl) => T | undefined, cbNodeArray?: (nodes: Node[], traversal: ForEachDescendantTraversalControl) => T | undefined): T | undefined;
    /** Gets the child nodes passed to the delegate of `node.forEachChild(child => {})` as an array. */
    forEachChildAsArray(): Node<ts.Node>[];
    /** Gets the descendant nodes passed to the delegate of `node.forEachDescendant(descendant => {})` as an array. */
    forEachDescendantAsArray(): Node<ts.Node>[];
    /** Gets the node's descendants. */
    getDescendants(): Node[];
    /** Gets the node's descendant statements and any arrow function statement-like expressions (ex. returns the expression `5` in `() => 5`). */
    getDescendantStatements(): (Statement | Expression)[];
    /** Gets the number of children the node has. */
    getChildCount(): number;
    /**
     * Gets the child at the provided text position, or undefined if not found.
     * @param pos - Text position to search for.
     */
    getChildAtPos(pos: number): Node | undefined;
    /**
     * Gets the most specific descendant at the provided text position, or undefined if not found.
     * @param pos - Text position to search for.
     */
    getDescendantAtPos(pos: number): Node | undefined;
    /**
     * Gets the most specific descendant at the provided start text position with the specified width, or undefined if not found.
     * @param start - Start text position to search for.
     * @param width - Text length of the node to search for.
     */
    getDescendantAtStartWithWidth(start: number, width: number): Node | undefined;
    /** Gets the source file text position where the node starts that includes the leading trivia (comments and whitespace). */
    getPos(): number;
    /**
     * Gets the source file text position where the node ends.
     *
     * @remarks This does not include the following trivia (comments and whitespace).
     */
    getEnd(): number;
    /**
     * Gets the source file text position where the node starts that does not include the leading trivia (comments and whitespace).
     * @param includeJsDocComments - Whether to include the JS doc comments.
     */
    getStart(includeJsDocComments?: boolean): number;
    /** Gets the source file text position of the end of the last significant token or the start of the source file. */
    getFullStart(): number;
    /** Gets the first source file text position that is not whitespace taking into account comment nodes and a previous node's trailing trivia. */
    getNonWhitespaceStart(): number;
    /**
     * Gets the text length of the node without trivia.
     * @param includeJsDocComments - Whether to include the JS doc comments in the width or not.
     */
    getWidth(includeJsDocComments?: boolean): number;
    /** Gets the text length of the node with trivia. */
    getFullWidth(): number;
    /** Gets the node's leading trivia's text length. */
    getLeadingTriviaWidth(): number;
    /** Gets the text length from the end of the current node to the next significant token or new line. */
    getTrailingTriviaWidth(): number;
    /** Gets the text position of the next significant token or new line. */
    getTrailingTriviaEnd(): number;
    /**
     * Gets the text without leading trivia (comments and whitespace).
     * @param includeJsDocComments - Whether to include the js doc comments when getting the text.
     */
    getText(includeJsDocComments?: boolean): string;
    /**
     * Gets the text without leading trivia (comments and whitespace).
     * @param options - Options for getting the text.
     */
    getText(options: {
            trimLeadingIndentation?: boolean;
            includeJsDocComments?: boolean;
        }): string;
    /** Gets the full text with leading trivia (comments and whitespace). */
    getFullText(): string;
    /** Gets the combined modifier flags. */
    getCombinedModifierFlags(): ts.ModifierFlags;
    /** Gets the source file. */
    getSourceFile(): SourceFile;
    /** Gets the project. */
    getProject(): Project;
    /**
     * Gets a compiler node property wrapped in a Node.
     * @param propertyName - Property name.
     */
    getNodeProperty<KeyType extends keyof LocalNodeType, LocalNodeType extends ts.Node = NodeType>(propertyName: KeyType): NodePropertyToWrappedType<LocalNodeType, KeyType>;
    /** Goes up the tree getting all the parents in ascending order. */
    getAncestors(): Node[];
    /** Get the node's parent. */
    getParent(): Node<ts.Node> | undefined;
    /** Gets the parent or throws an error if it doesn't exist. */
    getParentOrThrow(): Node<ts.Node>;
    /**
     * Goes up the parents (ancestors) of the node while a condition is true.
     * Throws if the initial parent doesn't match the condition.
     * @param condition - Condition that tests the parent to see if the expression is true.
     */
    getParentWhileOrThrow<T extends Node>(condition: (parent: Node, node: Node) => parent is T): T;
    /**
     * Goes up the parents (ancestors) of the node while a condition is true.
     * Throws if the initial parent doesn't match the condition.
     * @param condition - Condition that tests the parent to see if the expression is true.
     */
    getParentWhileOrThrow(condition: (parent: Node, node: Node) => boolean): Node;
    /**
     * Goes up the parents (ancestors) of the node while a condition is true.
     * Returns undefined if the initial parent doesn't match the condition.
     * @param condition - Condition that tests the parent to see if the expression is true.
     */
    getParentWhile<T extends Node>(condition: (parent: Node, child: Node) => parent is T): T | undefined;
    /**
     * Goes up the parents (ancestors) of the node while a condition is true.
     * Returns undefined if the initial parent doesn't match the condition.
     * @param condition - Condition that tests the parent to see if the expression is true.
     */
    getParentWhile(condition: (parent: Node, child: Node) => boolean): Node | undefined;
    /**
     * Goes up the parents (ancestors) of the node while the parent is the specified syntax kind.
     * Throws if the initial parent is not the specified syntax kind.
     * @param kind - Syntax kind to check for.
     */
    getParentWhileKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /**
     * Goes up the parents (ancestors) of the node while the parent is the specified syntax kind.
     * Returns undefined if the initial parent is not the specified syntax kind.
     * @param kind - Syntax kind to check for.
     */
    getParentWhileKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /** Gets the last token of this node. Usually this is a close brace. */
    getLastToken(): Node;
    /** Gets if this node is in a syntax list. */
    isInSyntaxList(): boolean;
    /** Gets the parent if it's a syntax list or throws an error otherwise. */
    getParentSyntaxListOrThrow(): SyntaxList;
    /** Gets the parent if it's a syntax list. */
    getParentSyntaxList(): SyntaxList | undefined;
    /** Gets the child index of this node relative to the parent. */
    getChildIndex(): number;
    /** Gets the indentation level of the current node. */
    getIndentationLevel(): number;
    /** Gets the child indentation level of the current node. */
    getChildIndentationLevel(): number;
    /**
     * Gets the indentation text.
     * @param offset - Optional number of levels of indentation to add or remove.
     */
    getIndentationText(offset?: number): string;
    /**
     * Gets the next indentation level text.
     * @param offset - Optional number of levels of indentation to add or remove.
     */
    getChildIndentationText(offset?: number): string;
    /**
     * Gets the position of the start of the line that this node starts on.
     * @param includeJsDocComments - Whether to include the JS doc comments or not.
     */
    getStartLinePos(includeJsDocComments?: boolean): number;
    /**
     * Gets the line number at the start of the node.
     * @param includeJsDocComments - Whether to include the JS doc comments or not.
     */
    getStartLineNumber(includeJsDocComments?: boolean): number;
    /** Gets the line number of the end of the node. */
    getEndLineNumber(): number;
    /** Gets if this is the first node on the current line. */
    isFirstNodeOnLine(): boolean;
    /**
     * Replaces the text of the current node with new text.
     *
     * This will forget the current node and return a new node that can be asserted or type guarded to the correct type.
     * @param textOrWriterFunction - Text or writer function to replace with.
     * @returns The new node.
     * @remarks This will replace the text from the `Node#getStart(true)` position (start position with js docs) to `Node#getEnd()`.
     * Use `Node#getText(true)` to get all the text that will be replaced.
     */
    replaceWithText(textOrWriterFunction: string | WriterFunction): Node;
    /**
     * Prepends the specified whitespace to current node.
     * @param textOrWriterFunction - Text or writer function.
     */
    prependWhitespace(textOrWriterFunction: string | WriterFunction): void;
    /**
     * Appends the specified whitespace to current node.
     * @param textOrWriterFunction - Text or writer function.
     */
    appendWhitespace(textOrWriterFunction: string | WriterFunction): void;
    /**
     * Formats the node's text using the internal TypeScript formatting API.
     * @param settings - Format code settings.
     */
    formatText(settings?: FormatCodeSettings): void;
    /**
     * Transforms the node using the compiler api nodes and functions (experimental).
     *
     * WARNING: This will forget descendants of transformed nodes.
     * @example Increments all the numeric literals in a source file.
     * ```ts
     * sourceFile.transform(traversal => {
     *   const node = traversal.visitChildren(); // recommend always visiting the children first (post order)
     *   if (ts.isNumericLiteral(node))
     *     return ts.createNumericLiteral((parseInt(node.text, 10) + 1).toString());
     *   return node;
     * });
     * ```
     * @example Updates the class declaration node without visiting the children.
     * ```ts
     * const classDec = sourceFile.getClassOrThrow("MyClass");
     * classDec.transform(traversal => {
     *   const node = traversal.currentNode;
     *   return ts.updateClassDeclaration(node, undefined, undefined, ts.createIdentifier("MyUpdatedClass"), undefined, undefined, []);
     * });
     * ```
     */
    transform(visitNode: (traversal: TransformTraversalControl) => ts.Node): this;
    /** Gets the leading comment ranges of the current node. */
    getLeadingCommentRanges(): CommentRange[];
    /** Gets the trailing comment ranges of the current node. */
    getTrailingCommentRanges(): CommentRange[];
    /**
     * Gets the children based on a kind.
     * @param kind - Syntax kind.
     */
    getChildrenOfKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind][];
    /**
     * Gets the first child by syntax kind or throws an error if not found.
     * @param kind - Syntax kind.
     */
    getFirstChildByKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /**
     * Gets the first child by syntax kind.
     * @param kind - Syntax kind.
     */
    getFirstChildByKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /**
     * Gets the first child if it matches the specified syntax kind or throws an error if not found.
     * @param kind - Syntax kind.
     */
    getFirstChildIfKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /**
     * Gets the first child if it matches the specified syntax kind.
     * @param kind - Syntax kind.
     */
    getFirstChildIfKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /**
     * Gets the last child by syntax kind or throws an error if not found.
     * @param kind - Syntax kind.
     */
    getLastChildByKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /**
     * Gets the last child by syntax kind.
     * @param kind - Syntax kind.
     */
    getLastChildByKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /**
     * Gets the last child if it matches the specified syntax kind or throws an error if not found.
     * @param kind - Syntax kind.
     */
    getLastChildIfKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /**
     * Gets the last child if it matches the specified syntax kind.
     * @param kind - Syntax kind.
     */
    getLastChildIfKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /**
     * Gets the child at the specified index if it's the specified kind or throws an exception.
     * @param index - Child index to get.
     * @param kind - Expected kind.
     */
    getChildAtIndexIfKindOrThrow<TKind extends SyntaxKind>(index: number, kind: TKind): KindToNodeMappings[TKind];
    /**
     * Gets the child at the specified index if it's the specified kind or returns undefined.
     * @param index - Child index to get.
     * @param kind - Expected kind.
     */
    getChildAtIndexIfKind<TKind extends SyntaxKind>(index: number, kind: TKind): KindToNodeMappings[TKind] | undefined;
    /**
     * Gets the previous sibiling if it matches the specified kind, or throws.
     * @param kind - Kind to check.
     */
    getPreviousSiblingIfKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /**
     * Gets the next sibiling if it matches the specified kind, or throws.
     * @param kind - Kind to check.
     */
    getNextSiblingIfKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /**
     * Gets the previous sibling if it matches the specified kind.
     * @param kind - Kind to check.
     */
    getPreviousSiblingIfKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /**
     * Gets the next sibling if it matches the specified kind.
     * @param kind - Kind to check.
     */
    getNextSiblingIfKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /** Gets the parent if it matches a certain condition or throws. */
    getParentIfOrThrow<T extends Node>(condition: (parent: Node | undefined, node: Node) => parent is T): T;
    /** Gets the parent if it matches a certain condition or throws. */
    getParentIfOrThrow(condition: (parent: Node | undefined, node: Node) => boolean): Node;
    /** Gets the parent if it matches a certain condition. */
    getParentIf<T extends Node>(condition: (parent: Node | undefined, node: Node) => parent is T): T | undefined;
    /** Gets the parent if it matches a certain condition. */
    getParentIf(condition: (parent: Node | undefined, node: Node) => boolean): Node | undefined;
    /** Gets the parent if it's a certain syntax kind or throws. */
    getParentIfKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /** Gets the parent if it's a certain syntax kind. */
    getParentIfKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /**
     * Gets the first ancestor by syntax kind or throws if not found.
     * @param kind - Syntax kind.
     */
    getFirstAncestorByKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /**
     * Get the first ancestor by syntax kind.
     * @param kind - Syntax kind.
     */
    getFirstAncestorByKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /**
     * Gets the first ancestor that matches the provided condition or throws if not found.
     * @param condition - Condition to match.
     */
    getFirstAncestorOrThrow<T extends Node>(condition?: (node: Node) => node is T): T;
    /**
     * Gets the first ancestor that matches the provided condition or throws if not found.
     * @param condition - Condition to match.
     */
    getFirstAncestorOrThrow(condition?: (node: Node) => boolean): Node;
    /**
     * Gets the first ancestor that matches the provided condition or returns undefined if not found.
     * @param condition - Condition to match.
     */
    getFirstAncestor<T extends Node>(condition?: (node: Node) => node is T): T | undefined;
    /**
     * Gets the first ancestor that matches the provided condition or returns undefined if not found.
     * @param condition - Condition to match.
     */
    getFirstAncestor(condition?: (node: Node) => boolean): Node | undefined;
    /**
     * Gets the descendants that match a specified syntax kind.
     * @param kind - Kind to check.
     */
    getDescendantsOfKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind][];
    /**
     * Gets the first descendant by syntax kind or throws.
     * @param kind - Syntax kind.
     */
    getFirstDescendantByKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind];
    /**
     * Gets the first descendant by syntax kind.
     * @param kind - Syntax kind.
     */
    getFirstDescendantByKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappings[TKind] | undefined;
    /**
     * Gets if the node has an expression.
     * @param node - Node to check.
     */
    static hasExpression<T extends Node>(node: T): node is T & {
            getExpression(): Expression;
        };
    /**
     * Gets if the node has a name.
     * @param node - Node to check.
     */
    static hasName<T extends Node>(node: T): node is T & {
            getName(): string;
            getNameNode(): Node;
        };
    /**
     * Gets if the node has a body.
     * @param node - Node to check.
     */
    static hasBody<T extends Node>(node: T): node is T & {
            getBody(): Node;
        };
    /** Creates a type guard for syntax kinds. */
    static is<TKind extends keyof KindToNodeMappings>(kind: TKind): (node: Node | undefined) => node is KindToNodeMappings[TKind];
    /** Gets if the provided value is a Node. */
    static isNode(value: unknown): value is Node;
    /** Gets if the provided node is a comment node. */
    static isCommentNode(node: Node | undefined): node is CommentStatement | CommentClassElement | CommentTypeElement | CommentObjectLiteralElement | CommentEnumMember;
    /** Gets if the provided node is a CommentStatement. */
    static isCommentStatement(node: Node | undefined): node is CommentStatement;
    /** Gets if the provided node is a CommentClassElement. */
    static isCommentClassElement(node: Node | undefined): node is CommentClassElement;
    /** Gets if the provided value is a CommentTypeElement. */
    static isCommentTypeElement(node: Node | undefined): node is CommentTypeElement;
    /** Gets if the provided node is a CommentObjectLiteralElement. */
    static isCommentObjectLiteralElement(node: Node | undefined): node is CommentObjectLiteralElement;
    /** Gets if the provided node is a CommentEnumMember. */
    static isCommentEnumMember(node: Node | undefined): node is CommentEnumMember;
    /**
     * Gets if the node is an AbstractableNode.
     * @param node - Node to check.
     */
    static isAbstractableNode<T extends Node>(node: T | undefined): node is AbstractableNode & AbstractableNodeExtensionType & T;
    /**
     * Gets if the node is an AmbientableNode.
     * @param node - Node to check.
     */
    static isAmbientableNode<T extends Node>(node: T | undefined): node is AmbientableNode & AmbientableNodeExtensionType & T;
    /**
     * Gets if the node is an ArgumentedNode.
     * @param node - Node to check.
     */
    static isArgumentedNode<T extends Node>(node: T | undefined): node is ArgumentedNode & ArgumentedNodeExtensionType & T;
    /**
     * Gets if the node is an ArrayTypeNode.
     * @param node - Node to check.
     */
    static isArrayTypeNode(node: Node | undefined): node is ArrayTypeNode;
    /**
     * Gets if the node is an AsyncableNode.
     * @param node - Node to check.
     */
    static isAsyncableNode<T extends Node>(node: T | undefined): node is AsyncableNode & AsyncableNodeExtensionType & T;
    /**
     * Gets if the node is an AwaitableNode.
     * @param node - Node to check.
     */
    static isAwaitableNode<T extends Node>(node: T | undefined): node is AwaitableNode & AwaitableNodeExtensionType & T;
    /**
     * Gets if the node is a BindingNamedNode.
     * @param node - Node to check.
     */
    static isBindingNamedNode<T extends Node>(node: T | undefined): node is BindingNamedNode & BindingNamedNodeExtensionType & T;
    /**
     * Gets if the node is a BodiedNode.
     * @param node - Node to check.
     */
    static isBodiedNode<T extends Node>(node: T | undefined): node is BodiedNode & BodiedNodeExtensionType & T;
    /**
     * Gets if the node is a BodyableNode.
     * @param node - Node to check.
     */
    static isBodyableNode<T extends Node>(node: T | undefined): node is BodyableNode & BodyableNodeExtensionType & T;
    /**
     * Gets if the node is a CallSignatureDeclaration.
     * @param node - Node to check.
     */
    static isCallSignatureDeclaration(node: Node | undefined): node is CallSignatureDeclaration;
    /**
     * Gets if the node is a ChildOrderableNode.
     * @param node - Node to check.
     */
    static isChildOrderableNode<T extends Node>(node: T | undefined): node is ChildOrderableNode & ChildOrderableNodeExtensionType & T;
    /**
     * Gets if the node is a ClassLikeDeclarationBase.
     * @param node - Node to check.
     */
    static isClassLikeDeclarationBase<T extends Node>(node: T | undefined): node is ClassLikeDeclarationBase & ClassLikeDeclarationBaseExtensionType & T;
    /**
     * Gets if the node is a ConditionalTypeNode.
     * @param node - Node to check.
     */
    static isConditionalTypeNode(node: Node | undefined): node is ConditionalTypeNode;
    /**
     * Gets if the node is a ConstructSignatureDeclaration.
     * @param node - Node to check.
     */
    static isConstructSignatureDeclaration(node: Node | undefined): node is ConstructSignatureDeclaration;
    /**
     * Gets if the node is a ConstructorDeclaration.
     * @param node - Node to check.
     */
    static isConstructorDeclaration(node: Node | undefined): node is ConstructorDeclaration;
    /**
     * Gets if the node is a ConstructorTypeNode.
     * @param node - Node to check.
     */
    static isConstructorTypeNode(node: Node | undefined): node is ConstructorTypeNode;
    /**
     * Gets if the node is a DecoratableNode.
     * @param node - Node to check.
     */
    static isDecoratableNode<T extends Node>(node: T | undefined): node is DecoratableNode & DecoratableNodeExtensionType & T;
    /**
     * Gets if the node is a DotDotDotTokenableNode.
     * @param node - Node to check.
     */
    static isDotDotDotTokenableNode<T extends Node>(node: T | undefined): node is DotDotDotTokenableNode & DotDotDotTokenableNodeExtensionType & T;
    /**
     * Gets if the node is an ExclamationTokenableNode.
     * @param node - Node to check.
     */
    static isExclamationTokenableNode<T extends Node>(node: T | undefined): node is ExclamationTokenableNode & ExclamationTokenableNodeExtensionType & T;
    /**
     * Gets if the node is an ExportGetableNode.
     * @param node - Node to check.
     */
    static isExportGetableNode<T extends Node>(node: T | undefined): node is ExportGetableNode & ExportGetableNodeExtensionType & T;
    /**
     * Gets if the node is an ExportableNode.
     * @param node - Node to check.
     */
    static isExportableNode<T extends Node>(node: T | undefined): node is ExportableNode & ExportableNodeExtensionType & T;
    /**
     * Gets if the node is an Expression.
     * @param node - Node to check.
     */
    static isExpression(node: Node | undefined): node is Expression;
    /**
     * Gets if the node is an ExpressionableNode.
     * @param node - Node to check.
     */
    static isExpressionableNode<T extends Node>(node: T | undefined): node is ExpressionableNode & ExpressionableNodeExtensionType & T;
    /**
     * Gets if the node is an ExpressionedNode.
     * @param node - Node to check.
     */
    static isExpressionedNode<T extends Node>(node: T | undefined): node is ExpressionedNode & ExpressionedNodeExtensionType & T;
    /**
     * Gets if the node is an ExtendsClauseableNode.
     * @param node - Node to check.
     */
    static isExtendsClauseableNode<T extends Node>(node: T | undefined): node is ExtendsClauseableNode & ExtendsClauseableNodeExtensionType & T;
    /**
     * Gets if the node is a FalseLiteral.
     * @param node - Node to check.
     */
    static isFalseLiteral(node: Node | undefined): node is FalseLiteral;
    /**
     * Gets if the node is a FunctionLikeDeclaration.
     * @param node - Node to check.
     */
    static isFunctionLikeDeclaration<T extends Node>(node: T | undefined): node is FunctionLikeDeclaration & FunctionLikeDeclarationExtensionType & T;
    /**
     * Gets if the node is a FunctionTypeNode.
     * @param node - Node to check.
     */
    static isFunctionTypeNode(node: Node | undefined): node is FunctionTypeNode;
    /**
     * Gets if the node is a GeneratorableNode.
     * @param node - Node to check.
     */
    static isGeneratorableNode<T extends Node>(node: T | undefined): node is GeneratorableNode & GeneratorableNodeExtensionType & T;
    /**
     * Gets if the node is a GetAccessorDeclaration.
     * @param node - Node to check.
     */
    static isGetAccessorDeclaration(node: Node | undefined): node is GetAccessorDeclaration;
    /**
     * Gets if the node is a HeritageClauseableNode.
     * @param node - Node to check.
     */
    static isHeritageClauseableNode<T extends Node>(node: T | undefined): node is HeritageClauseableNode & HeritageClauseableNodeExtensionType & T;
    /**
     * Gets if the node is a ImplementsClauseableNode.
     * @param node - Node to check.
     */
    static isImplementsClauseableNode<T extends Node>(node: T | undefined): node is ImplementsClauseableNode & ImplementsClauseableNodeExtensionType & T;
    /**
     * Gets if the node is a ImportExpression.
     * @param node - Node to check.
     */
    static isImportExpression(node: Node | undefined): node is ImportExpression;
    /**
     * Gets if the node is a ImportTypeNode.
     * @param node - Node to check.
     */
    static isImportTypeNode(node: Node | undefined): node is ImportTypeNode;
    /**
     * Gets if the node is a IndexSignatureDeclaration.
     * @param node - Node to check.
     */
    static isIndexSignatureDeclaration(node: Node | undefined): node is IndexSignatureDeclaration;
    /**
     * Gets if the node is a IndexedAccessTypeNode.
     * @param node - Node to check.
     */
    static isIndexedAccessTypeNode(node: Node | undefined): node is IndexedAccessTypeNode;
    /**
     * Gets if the node is a InferTypeNode.
     * @param node - Node to check.
     */
    static isInferTypeNode(node: Node | undefined): node is InferTypeNode;
    /**
     * Gets if the node is a InitializerExpressionGetableNode.
     * @param node - Node to check.
     */
    static isInitializerExpressionGetableNode<T extends Node>(node: T | undefined): node is InitializerExpressionGetableNode & InitializerExpressionGetableNodeExtensionType & T;
    /**
     * Gets if the node is a InitializerExpressionableNode.
     * @param node - Node to check.
     */
    static isInitializerExpressionableNode<T extends Node>(node: T | undefined): node is InitializerExpressionableNode & InitializerExpressionableNodeExtensionType & T;
    /**
     * Gets if the node is a IntersectionTypeNode.
     * @param node - Node to check.
     */
    static isIntersectionTypeNode(node: Node | undefined): node is IntersectionTypeNode;
    /**
     * Gets if the node is a IterationStatement.
     * @param node - Node to check.
     */
    static isIterationStatement(node: Node | undefined): node is IterationStatement;
    /**
     * Gets if the node is a JSDoc.
     * @param node - Node to check.
     */
    static isJSDoc(node: Node | undefined): node is JSDoc;
    /**
     * Gets if the node is a JSDocPropertyLikeTag.
     * @param node - Node to check.
     */
    static isJSDocPropertyLikeTag<T extends Node>(node: T | undefined): node is JSDocPropertyLikeTag & JSDocPropertyLikeTagExtensionType & T;
    /**
     * Gets if the node is a JSDocTag.
     * @param node - Node to check.
     */
    static isJSDocTag(node: Node | undefined): node is JSDocTag;
    /**
     * Gets if the node is a JSDocType.
     * @param node - Node to check.
     */
    static isJSDocType(node: Node | undefined): node is JSDocType;
    /**
     * Gets if the node is a JSDocTypeExpressionableTag.
     * @param node - Node to check.
     */
    static isJSDocTypeExpressionableTag<T extends Node>(node: T | undefined): node is JSDocTypeExpressionableTag & JSDocTypeExpressionableTagExtensionType & T;
    /**
     * Gets if the node is a JSDocTypeParameteredTag.
     * @param node - Node to check.
     */
    static isJSDocTypeParameteredTag<T extends Node>(node: T | undefined): node is JSDocTypeParameteredTag & JSDocTypeParameteredTagExtensionType & T;
    /**
     * Gets if the node is a JSDocUnknownTag.
     * @param node - Node to check.
     */
    static isJSDocUnknownTag(node: Node | undefined): node is JSDocUnknownTag;
    /**
     * Gets if the node is a JSDocableNode.
     * @param node - Node to check.
     */
    static isJSDocableNode<T extends Node>(node: T | undefined): node is JSDocableNode & JSDocableNodeExtensionType & T;
    /**
     * Gets if the node is a JsxAttributedNode.
     * @param node - Node to check.
     */
    static isJsxAttributedNode<T extends Node>(node: T | undefined): node is JsxAttributedNode & JsxAttributedNodeExtensionType & T;
    /**
     * Gets if the node is a JsxTagNamedNode.
     * @param node - Node to check.
     */
    static isJsxTagNamedNode<T extends Node>(node: T | undefined): node is JsxTagNamedNode & JsxTagNamedNodeExtensionType & T;
    /**
     * Gets if the node is a LeftHandSideExpression.
     * @param node - Node to check.
     */
    static isLeftHandSideExpression(node: Node | undefined): node is LeftHandSideExpression;
    /**
     * Gets if the node is a LeftHandSideExpressionedNode.
     * @param node - Node to check.
     */
    static isLeftHandSideExpressionedNode<T extends Node>(node: T | undefined): node is LeftHandSideExpressionedNode & LeftHandSideExpressionedNodeExtensionType & T;
    /**
     * Gets if the node is a LiteralExpression.
     * @param node - Node to check.
     */
    static isLiteralExpression(node: Node | undefined): node is LiteralExpression;
    /**
     * Gets if the node is a LiteralLikeNode.
     * @param node - Node to check.
     */
    static isLiteralLikeNode<T extends Node>(node: T | undefined): node is LiteralLikeNode & LiteralLikeNodeExtensionType & T;
    /**
     * Gets if the node is a LiteralTypeNode.
     * @param node - Node to check.
     */
    static isLiteralTypeNode(node: Node | undefined): node is LiteralTypeNode;
    /**
     * Gets if the node is a MappedTypeNode.
     * @param node - Node to check.
     */
    static isMappedTypeNode(node: Node | undefined): node is MappedTypeNode;
    /**
     * Gets if the node is a MemberExpression.
     * @param node - Node to check.
     */
    static isMemberExpression(node: Node | undefined): node is MemberExpression;
    /**
     * Gets if the node is a ModifierableNode.
     * @param node - Node to check.
     */
    static isModifierableNode<T extends Node>(node: T | undefined): node is ModifierableNode & ModifierableNodeExtensionType & T;
    /**
     * Gets if the node is a ModuleChildableNode.
     * @param node - Node to check.
     */
    static isModuleChildableNode<T extends Node>(node: T | undefined): node is ModuleChildableNode & ModuleChildableNodeExtensionType & T;
    /**
     * Gets if the node is a ModuleNamedNode.
     * @param node - Node to check.
     */
    static isModuleNamedNode<T extends Node>(node: T | undefined): node is ModuleNamedNode & ModuleNamedNodeExtensionType & T;
    /**
     * Gets if the node is a ModuledNode.
     * @param node - Node to check.
     */
    static isModuledNode<T extends Node>(node: T | undefined): node is ModuledNode & ModuledNodeExtensionType & T;
    /**
     * Gets if the node is a NameableNode.
     * @param node - Node to check.
     */
    static isNameableNode<T extends Node>(node: T | undefined): node is NameableNode & NameableNodeExtensionType & T;
    /**
     * Gets if the node is a NamedNode.
     * @param node - Node to check.
     */
    static isNamedNode<T extends Node>(node: T | undefined): node is NamedNode & NamedNodeExtensionType & T;
    /**
     * Gets if the node is a NullLiteral.
     * @param node - Node to check.
     */
    static isNullLiteral(node: Node | undefined): node is NullLiteral;
    /**
     * Gets if the node is a OverloadableNode.
     * @param node - Node to check.
     */
    static isOverloadableNode<T extends Node>(node: T | undefined): node is OverloadableNode & OverloadableNodeExtensionType & T;
    /**
     * Gets if the node is a OverrideableNode.
     * @param node - Node to check.
     */
    static isOverrideableNode<T extends Node>(node: T | undefined): node is OverrideableNode & OverrideableNodeExtensionType & T;
    /**
     * Gets if the node is a ParameterDeclaration.
     * @param node - Node to check.
     */
    static isParameterDeclaration(node: Node | undefined): node is ParameterDeclaration;
    /**
     * Gets if the node is a ParameteredNode.
     * @param node - Node to check.
     */
    static isParameteredNode<T extends Node>(node: T | undefined): node is ParameteredNode & ParameteredNodeExtensionType & T;
    /**
     * Gets if the node is a ParenthesizedTypeNode.
     * @param node - Node to check.
     */
    static isParenthesizedTypeNode(node: Node | undefined): node is ParenthesizedTypeNode;
    /**
     * Gets if the node is a PrimaryExpression.
     * @param node - Node to check.
     */
    static isPrimaryExpression(node: Node | undefined): node is PrimaryExpression;
    /**
     * Gets if the node is a PropertyNamedNode.
     * @param node - Node to check.
     */
    static isPropertyNamedNode<T extends Node>(node: T | undefined): node is PropertyNamedNode & PropertyNamedNodeExtensionType & T;
    /**
     * Gets if the node is a QuestionDotTokenableNode.
     * @param node - Node to check.
     */
    static isQuestionDotTokenableNode<T extends Node>(node: T | undefined): node is QuestionDotTokenableNode & QuestionDotTokenableNodeExtensionType & T;
    /**
     * Gets if the node is a QuestionTokenableNode.
     * @param node - Node to check.
     */
    static isQuestionTokenableNode<T extends Node>(node: T | undefined): node is QuestionTokenableNode & QuestionTokenableNodeExtensionType & T;
    /**
     * Gets if the node is a ReadonlyableNode.
     * @param node - Node to check.
     */
    static isReadonlyableNode<T extends Node>(node: T | undefined): node is ReadonlyableNode & ReadonlyableNodeExtensionType & T;
    /**
     * Gets if the node is a ReferenceFindableNode.
     * @param node - Node to check.
     */
    static isReferenceFindableNode<T extends Node>(node: T | undefined): node is ReferenceFindableNode & ReferenceFindableNodeExtensionType & T;
    /**
     * Gets if the node is a RenameableNode.
     * @param node - Node to check.
     */
    static isRenameableNode<T extends Node>(node: T | undefined): node is RenameableNode & RenameableNodeExtensionType & T;
    /**
     * Gets if the node is a ReturnTypedNode.
     * @param node - Node to check.
     */
    static isReturnTypedNode<T extends Node>(node: T | undefined): node is ReturnTypedNode & ReturnTypedNodeExtensionType & T;
    /**
     * Gets if the node is a ScopeableNode.
     * @param node - Node to check.
     */
    static isScopeableNode<T extends Node>(node: T | undefined): node is ScopeableNode & ScopeableNodeExtensionType & T;
    /**
     * Gets if the node is a ScopedNode.
     * @param node - Node to check.
     */
    static isScopedNode<T extends Node>(node: T | undefined): node is ScopedNode & ScopedNodeExtensionType & T;
    /**
     * Gets if the node is a SetAccessorDeclaration.
     * @param node - Node to check.
     */
    static isSetAccessorDeclaration(node: Node | undefined): node is SetAccessorDeclaration;
    /**
     * Gets if the node is a SignaturedDeclaration.
     * @param node - Node to check.
     */
    static isSignaturedDeclaration<T extends Node>(node: T | undefined): node is SignaturedDeclaration & SignaturedDeclarationExtensionType & T;
    /**
     * Gets if the node is a Statement.
     * @param node - Node to check.
     */
    static isStatement(node: Node | undefined): node is Statement;
    /**
     * Gets if the node is a StatementedNode.
     * @param node - Node to check.
     */
    static isStatementedNode<T extends Node>(node: T | undefined): node is StatementedNode & StatementedNodeExtensionType & T;
    /**
     * Gets if the node is a StaticableNode.
     * @param node - Node to check.
     */
    static isStaticableNode<T extends Node>(node: T | undefined): node is StaticableNode & StaticableNodeExtensionType & T;
    /**
     * Gets if the node is a SuperExpression.
     * @param node - Node to check.
     */
    static isSuperExpression(node: Node | undefined): node is SuperExpression;
    /**
     * Gets if the node is a TemplateLiteralTypeNode.
     * @param node - Node to check.
     */
    static isTemplateLiteralTypeNode(node: Node | undefined): node is TemplateLiteralTypeNode;
    /**
     * Gets if the node is a TextInsertableNode.
     * @param node - Node to check.
     */
    static isTextInsertableNode<T extends Node>(node: T | undefined): node is TextInsertableNode & TextInsertableNodeExtensionType & T;
    /**
     * Gets if the node is a ThisExpression.
     * @param node - Node to check.
     */
    static isThisExpression(node: Node | undefined): node is ThisExpression;
    /**
     * Gets if the node is a ThisTypeNode.
     * @param node - Node to check.
     */
    static isThisTypeNode(node: Node | undefined): node is ThisTypeNode;
    /**
     * Gets if the node is a TrueLiteral.
     * @param node - Node to check.
     */
    static isTrueLiteral(node: Node | undefined): node is TrueLiteral;
    /**
     * Gets if the node is a TupleTypeNode.
     * @param node - Node to check.
     */
    static isTupleTypeNode(node: Node | undefined): node is TupleTypeNode;
    /**
     * Gets if the node is a TypeArgumentedNode.
     * @param node - Node to check.
     */
    static isTypeArgumentedNode<T extends Node>(node: T | undefined): node is TypeArgumentedNode & TypeArgumentedNodeExtensionType & T;
    /**
     * Gets if the node is a TypeAssertion.
     * @param node - Node to check.
     */
    static isTypeAssertion(node: Node | undefined): node is TypeAssertion;
    /**
     * Gets if the node is a TypeElement.
     * @param node - Node to check.
     */
    static isTypeElement(node: Node | undefined): node is TypeElement;
    /**
     * Gets if the node is a TypeElementMemberedNode.
     * @param node - Node to check.
     */
    static isTypeElementMemberedNode<T extends Node>(node: T | undefined): node is TypeElementMemberedNode & TypeElementMemberedNodeExtensionType & T;
    /**
     * Gets if the node is a TypeLiteralNode.
     * @param node - Node to check.
     */
    static isTypeLiteralNode(node: Node | undefined): node is TypeLiteralNode;
    /**
     * Gets if the node is a TypeNode.
     * @param node - Node to check.
     */
    static isTypeNode(node: Node | undefined): node is TypeNode;
    /**
     * Gets if the node is a TypeParameterDeclaration.
     * @param node - Node to check.
     */
    static isTypeParameterDeclaration(node: Node | undefined): node is TypeParameterDeclaration;
    /**
     * Gets if the node is a TypeParameteredNode.
     * @param node - Node to check.
     */
    static isTypeParameteredNode<T extends Node>(node: T | undefined): node is TypeParameteredNode & TypeParameteredNodeExtensionType & T;
    /**
     * Gets if the node is a TypePredicateNode.
     * @param node - Node to check.
     */
    static isTypePredicateNode(node: Node | undefined): node is TypePredicateNode;
    /**
     * Gets if the node is a TypeReferenceNode.
     * @param node - Node to check.
     */
    static isTypeReferenceNode(node: Node | undefined): node is TypeReferenceNode;
    /**
     * Gets if the node is a TypedNode.
     * @param node - Node to check.
     */
    static isTypedNode<T extends Node>(node: T | undefined): node is TypedNode & TypedNodeExtensionType & T;
    /**
     * Gets if the node is a UnaryExpression.
     * @param node - Node to check.
     */
    static isUnaryExpression(node: Node | undefined): node is UnaryExpression;
    /**
     * Gets if the node is a UnaryExpressionedNode.
     * @param node - Node to check.
     */
    static isUnaryExpressionedNode<T extends Node>(node: T | undefined): node is UnaryExpressionedNode & UnaryExpressionedNodeExtensionType & T;
    /**
     * Gets if the node is a UnionTypeNode.
     * @param node - Node to check.
     */
    static isUnionTypeNode(node: Node | undefined): node is UnionTypeNode;
    /**
     * Gets if the node is a UnwrappableNode.
     * @param node - Node to check.
     */
    static isUnwrappableNode<T extends Node>(node: T | undefined): node is UnwrappableNode & UnwrappableNodeExtensionType & T;
    /**
     * Gets if the node is a UpdateExpression.
     * @param node - Node to check.
     */
    static isUpdateExpression(node: Node | undefined): node is UpdateExpression;
}

export declare enum Scope {
    Public = "public",
    Protected = "protected",
    Private = "private"
}

export declare class SyntaxList extends Node<ts.SyntaxList> {
    /**
     * Adds text at the end of the current children.
     * @param textOrWriterFunction - Text to add or function that provides a writer to write with.
     * @returns The children that were added.
     */
    addChildText(textOrWriterFunction: string | WriterFunction | ReadonlyArray<string | WriterFunction>): Node<ts.Node>[];
    /**
     * Inserts text at the specified child index.
     * @param index - Child index to insert at.
     * @param textOrWriterFunction - Text to insert or function that provides a writer to write with.
     * @returns The children that were inserted.
     */
    insertChildText(index: number, textOrWriterFunction: string | WriterFunction | ReadonlyArray<string | WriterFunction>): Node<ts.Node>[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.SyntaxList>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.SyntaxList>>;
}

export declare class TextRange<TRange extends ts.TextRange = ts.TextRange> {
    protected constructor();
    /** Gets the underlying compiler object. */
    get compilerObject(): TRange;
    /** Gets the source file of the text range. */
    getSourceFile(): SourceFile;
    /** Gets the position. */
    getPos(): number;
    /** Gets the end. */
    getEnd(): number;
    /** Gets the width of the text range. */
    getWidth(): number;
    /** Gets the text of the text range. */
    getText(): string;
    /**
     * Gets if the text range was forgotten.
     *
     * This will be true after any manipulations have occured to the source file this text range was generated from.
     */
    wasForgotten(): boolean;
}

export interface ForEachDescendantTraversalControl {
    /** Stops traversal. */
    stop(): void;
    /** Skips traversal of the current node's descendants. */
    skip(): void;
    /** Skips traversal of the current node, siblings, and all their descendants. */
    up(): void;
}

export interface TransformTraversalControl {
    /**
     * The node currently being transformed.
     * @remarks Use the result of `.visitChildren()` instead before transforming if visiting the children.
     */
    currentNode: ts.Node;
    /** Visits the children of the current node and returns a new node for the current node. */
    visitChildren(): ts.Node;
}

export declare type CompilerNodeToWrappedType<T extends ts.Node> = T extends ts.ObjectDestructuringAssignment ? ObjectDestructuringAssignment : T extends ts.ArrayDestructuringAssignment ? ArrayDestructuringAssignment : T extends ts.SuperElementAccessExpression ? SuperElementAccessExpression : T extends ts.SuperPropertyAccessExpression ? SuperPropertyAccessExpression : T extends ts.AssignmentExpression<infer U> ? AssignmentExpression<ts.AssignmentExpression<U>> : T["kind"] extends keyof ImplementedKindToNodeMappings ? ImplementedKindToNodeMappings[T["kind"]] : T extends ts.SyntaxList ? SyntaxList : T extends ts.JSDocTypeExpression ? JSDocTypeExpression : T extends ts.JSDocType ? JSDocType : T extends ts.TypeNode ? TypeNode : T extends ts.JSDocTag ? JSDocTag : T extends ts.LiteralExpression ? LiteralExpression : T extends ts.PrimaryExpression ? PrimaryExpression : T extends ts.MemberExpression ? MemberExpression : T extends ts.LeftHandSideExpression ? LeftHandSideExpression : T extends ts.UpdateExpression ? UpdateExpression : T extends ts.UnaryExpression ? UnaryExpression : T extends ts.Expression ? Expression : T extends ts.IterationStatement ? IterationStatement : T extends CompilerCommentStatement ? CommentStatement : T extends CompilerCommentClassElement ? CommentClassElement : T extends CompilerCommentTypeElement ? CommentTypeElement : T extends CompilerCommentObjectLiteralElement ? CommentObjectLiteralElement : T extends CompilerCommentEnumMember ? CommentEnumMember : T extends ts.TypeElement ? TypeElement : T extends ts.Statement ? Statement : T extends ts.ClassElement ? ClassElement : T extends ts.ObjectLiteralElement ? ObjectLiteralElement : Node<T>;
declare const DecoratorBase: Constructor<LeftHandSideExpressionedNode> & typeof Node;

export declare class Decorator extends DecoratorBase<ts.Decorator> {
    /** Gets the decorator name. */
    getName(): string;
    /** Gets the name node of the decorator. */
    getNameNode(): Identifier;
    /** Gets the full decorator name. */
    getFullName(): string;
    /** Gets if the decorator is a decorator factory. */
    isDecoratorFactory(): boolean;
    /**
     * Set if this decorator is a decorator factory.
     * @param isDecoratorFactory - If it should be a decorator factory or not.
     */
    setIsDecoratorFactory(isDecoratorFactory: boolean): this;
    /** Gets the call expression if a decorator factory, or throws. */
    getCallExpressionOrThrow(): CallExpression;
    /** Gets the call expression if a decorator factory. */
    getCallExpression(): CallExpression | undefined;
    /** Gets the decorator's arguments from its call expression. */
    getArguments(): Node[];
    /** Gets the decorator's type arguments from its call expression. */
    getTypeArguments(): TypeNode[];
    /**
     * Adds a type argument.
     * @param argumentTexts - Argument text.
     */
    addTypeArgument(argumentText: string): TypeNode<ts.TypeNode>;
    /**
     * Adds type arguments.
     * @param argumentTexts - Argument texts.
     */
    addTypeArguments(argumentTexts: ReadonlyArray<string>): TypeNode<ts.TypeNode>[];
    /**
     * Inserts a type argument.
     * @param index - Child index to insert at.
     * @param argumentTexts - Argument text.
     */
    insertTypeArgument(index: number, argumentText: string): TypeNode<ts.TypeNode>;
    /**
     * Inserts type arguments.
     * @param index - Child index to insert at.
     * @param argumentTexts - Argument texts.
     */
    insertTypeArguments(index: number, argumentTexts: ReadonlyArray<string>): TypeNode<ts.TypeNode>[];
    /**
     * Removes a type argument.
     * @param typeArg - Type argument to remove.
     */
    removeTypeArgument(typeArg: Node): this;
    /**
     * Removes a type argument.
     * @param index - Index to remove.
     */
    removeTypeArgument(index: number): this;
    /**
     * Adds an argument.
     * @param argumentTexts - Argument text.
     */
    addArgument(argumentText: string | WriterFunction): Node<ts.Node>;
    /**
     * Adds arguments.
     * @param argumentTexts - Argument texts.
     */
    addArguments(argumentTexts: ReadonlyArray<string | WriterFunction> | WriterFunction): Node<ts.Node>[];
    /**
     * Inserts an argument.
     * @param index - Child index to insert at.
     * @param argumentTexts - Argument text.
     */
    insertArgument(index: number, argumentText: string | WriterFunction): Node<ts.Node>;
    /**
     * Inserts arguments.
     * @param index - Child index to insert at.
     * @param argumentTexts - Argument texts.
     */
    insertArguments(index: number, argumentTexts: ReadonlyArray<string | WriterFunction> | WriterFunction): Node<ts.Node>[];
    /**
     * Removes an argument based on the node.
     * @param node - Argument's node to remove.
     */
    removeArgument(node: Node): this;
    /**
     * Removes an argument based on the specified index.
     * @param index - Index to remove.
     */
    removeArgument(index: number): this;
    /** Removes this decorator. */
    remove(): void;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<DecoratorStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): DecoratorStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.Decorator>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.Decorator>>;
}

export declare function JSDocPropertyLikeTag<T extends Constructor<JSDocPropertyLikeTagExtensionType>>(Base: T): Constructor<JSDocPropertyLikeTag> & T;

export interface JSDocPropertyLikeTag {
    /** Gets the type expression node of the JS doc tag if it exists. */
    getTypeExpression(): JSDocTypeExpression | undefined;
    /** Gets the type expression node of the JS doc tag or throws if it doesn't exist. */
    getTypeExpressionOrThrow(): JSDocTypeExpression;
    /** Gets the name of the JS doc property like tag. */
    getName(): string;
    /** Gets the name node of the JS doc property like tag. */
    getNameNode(): EntityName;
    /** Checks if the JS doc property like tag is bracketed. */
    isBracketed(): boolean;
}

declare type JSDocPropertyLikeTagExtensionType = Node<ts.JSDocPropertyLikeTag> & JSDocTag;
export declare function JSDocTypeExpressionableTag<T extends Constructor<JSDocTypeExpressionableTagExtensionType>>(Base: T): Constructor<JSDocTypeExpressionableTag> & T;

export interface JSDocTypeExpressionableTag {
    /** Gets the type expression node of the JS doc tag if it exists. */
    getTypeExpression(): JSDocTypeExpression | undefined;
    /** Gets the type expression node of the JS doc tag or throws if it doesn't exist. */
    getTypeExpressionOrThrow(): JSDocTypeExpression;
}

declare type JSDocTypeExpressionableTagExtensionType = Node<ts.Node & {
        typeExpression: ts.JSDocTypeExpression | undefined;
    }> & JSDocTag;
export declare function JSDocTypeParameteredTag<T extends Constructor<JSDocTypeParameteredTagExtensionType>>(Base: T): Constructor<JSDocTypeParameteredTag> & T;

export interface JSDocTypeParameteredTag {
    /** Gets the type parameters. */
    getTypeParameters(): TypeParameterDeclaration[];
}

declare type JSDocTypeParameteredTagExtensionType = Node<ts.Node & {
        typeParameters: ts.NodeArray<ts.TypeParameterDeclaration>;
    }> & JSDocTag;
declare const JSDocBase: typeof Node;

/** JS doc node. */
export declare class JSDoc extends JSDocBase<ts.JSDoc> {
    /** Gets if this JS doc spans multiple lines. */
    isMultiLine(): boolean;
    /** Gets the tags of the JSDoc. */
    getTags(): JSDocTag[];
    /** Gets the JSDoc's text without the surrounding slashes and stars. */
    getInnerText(): string;
    /** Gets the comment property. Use `#getCommentText()` to get the text of the JS doc comment if necessary. */
    getComment(): string | (JSDocText | JSDocLink | JSDocLinkCode | JSDocLinkPlain | undefined)[] | undefined;
    /** Gets the text of the JS doc comment. */
    getCommentText(): string | undefined;
    /**
     * Gets the description from the JS doc comment.
     * @remarks This will contain a leading newline if the jsdoc is multi-line.
     */
    getDescription(): string;
    /**
     * Sets the description.
     * @param textOrWriterFunction - Text or writer function to set.
     */
    setDescription(textOrWriterFunction: string | WriterFunction): this;
    /**
     * Adds a JS doc tag.
     * @param structure - Tag structure to add.
     */
    addTag(structure: OptionalKind<JSDocTagStructure>): JSDocTag<ts.JSDocTag>;
    /**
     * Adds JS doc tags.
     * @param structures - Tag structures to add.
     */
    addTags(structures: ReadonlyArray<OptionalKind<JSDocTagStructure>>): JSDocTag<ts.JSDocTag>[];
    /**
     * Inserts a JS doc tag at the specified index.
     * @param index - Index to insert at.
     * @param structure - Tag structure to insert.
     */
    insertTag(index: number, structure: OptionalKind<JSDocTagStructure>): JSDocTag<ts.JSDocTag>;
    /**
     * Inserts JS doc tags at the specified index.
     * @param index - Index to insert at.
     * @param structures - Tag structures to insert.
     */
    insertTags(index: number, structures: ReadonlyArray<OptionalKind<JSDocTagStructure>>): JSDocTag<ts.JSDocTag>[];
    /** Removes this JSDoc. */
    remove(): void;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<JSDocStructure>): Node<ts.Node>;
    /** Gets the structure equivalent to this node. */
    getStructure(): JSDocStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDoc>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDoc>>;
}

/** JS doc augments tag node. */
export declare class JSDocAugmentsTag extends JSDocTag<ts.JSDocAugmentsTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocAugmentsTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocAugmentsTag>>;
}

/** JS doc author tag node. */
export declare class JSDocAuthorTag extends JSDocTag<ts.JSDocAuthorTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocAuthorTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocAuthorTag>>;
}

/** JS doc callback tag node. */
export declare class JSDocCallbackTag extends JSDocTag<ts.JSDocCallbackTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocCallbackTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocCallbackTag>>;
}

/** JS doc class tag node. */
export declare class JSDocClassTag extends JSDocTag<ts.JSDocClassTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocClassTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocClassTag>>;
}

/** JS doc deprecated tag node. */
export declare class JSDocDeprecatedTag extends JSDocTag<ts.JSDocDeprecatedTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocDeprecatedTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocDeprecatedTag>>;
}

/** JS doc enum tag node. */
export declare class JSDocEnumTag extends JSDocTag<ts.JSDocEnumTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocEnumTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocEnumTag>>;
}

declare const JSDocFunctionTypeBase: Constructor<SignaturedDeclaration> & typeof JSDocType;

/** JS doc function type. */
export declare class JSDocFunctionType extends JSDocFunctionTypeBase<ts.JSDocFunctionType> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocFunctionType>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocFunctionType>>;
}

/** JS doc implements tag node. */
export declare class JSDocImplementsTag extends JSDocTag<ts.JSDocImplementsTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocImplementsTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocImplementsTag>>;
}

/** JS doc link node. */
export declare class JSDocLink extends Node<ts.JSDocLink> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocLink>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocLink>>;
}

/** JS doc link code node. */
export declare class JSDocLinkCode extends Node<ts.JSDocLinkCode> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocLinkCode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocLinkCode>>;
}

/** JS doc link plain node. */
export declare class JSDocLinkPlain extends Node<ts.JSDocLinkPlain> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocLinkPlain>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocLinkPlain>>;
}

/** JS doc member name node. */
export declare class JSDocMemberName extends Node<ts.JSDocMemberName> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocMemberName>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocMemberName>>;
}

/** JS doc override tag node. */
export declare class JSDocOverrideTag extends JSDocTag<ts.JSDocOverrideTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocOverrideTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocOverrideTag>>;
}

declare const JSDocParameterTagBase: Constructor<JSDocPropertyLikeTag> & typeof JSDocTag;

/** JS doc parameter tag node. */
export declare class JSDocParameterTag extends JSDocParameterTagBase<ts.JSDocParameterTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocParameterTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocParameterTag>>;
}

/** JS doc private tag node. */
export declare class JSDocPrivateTag extends JSDocTag<ts.JSDocPrivateTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocPrivateTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocPrivateTag>>;
}

declare const JSDocPropertyTagBase: Constructor<JSDocPropertyLikeTag> & typeof JSDocTag;

/** JS doc property tag node. */
export declare class JSDocPropertyTag extends JSDocPropertyTagBase<ts.JSDocPropertyTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocPropertyTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocPropertyTag>>;
}

/** JS doc protected tag node. */
export declare class JSDocProtectedTag extends JSDocTag<ts.JSDocProtectedTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocProtectedTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocProtectedTag>>;
}

/** JS doc public tag node. */
export declare class JSDocPublicTag extends JSDocTag<ts.JSDocPublicTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocPublicTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocPublicTag>>;
}

/** JS doc readonly tag node. */
export declare class JSDocReadonlyTag extends JSDocTag<ts.JSDocReadonlyTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocReadonlyTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocReadonlyTag>>;
}

declare const JSDocReturnTagBase: Constructor<JSDocTypeExpressionableTag> & typeof JSDocTag;

/** JS doc return tag node. */
export declare class JSDocReturnTag extends JSDocReturnTagBase<ts.JSDocReturnTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocReturnTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocReturnTag>>;
}

declare const JSDocSeeTagBase: Constructor<JSDocTypeExpressionableTag> & typeof JSDocTag;

/** JS doc "see" tag node. */
export declare class JSDocSeeTag extends JSDocSeeTagBase<ts.JSDocSeeTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocSeeTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocSeeTag>>;
}

/** JS doc signature node. */
export declare class JSDocSignature extends JSDocType<ts.JSDocSignature> {
    /** Gets the type node of the JS doc signature. */
    getTypeNode(): JSDocReturnTag | undefined;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocSignature>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocSignature>>;
}

declare const JSDocTagBase: typeof Node;

/** JS doc tag node. */
export declare class JSDocTag<NodeType extends ts.JSDocTag = ts.JSDocTag> extends JSDocTagBase<NodeType> {
    /** Gets the tag's name as a string (ex. returns `"param"` for `&#64;param`). */
    getTagName(): string;
    /** Gets the tag name node (ex. Returns the `param` identifier for `&#64;param`). */
    getTagNameNode(): Identifier;
    /**
     * Sets the tag name.
     * @param tagName - The new name to use.
     * @returns The current node or new node if the node kind changed.
     * @remarks This will forget the current node if the JSDocTag kind changes. Use the return value if you're changing the kind.
     */
    setTagName(tagName: string): Node<ts.Node>;
    /** Gets the tag's comment property. Use `#getCommentText()` to get the text of the JS doc tag comment if necessary. */
    getComment(): string | (JSDocText | JSDocLink | JSDocLinkCode | JSDocLinkPlain | undefined)[] | undefined;
    /** Gets the text of the JS doc tag comment (ex. `"Some description."` for `&#64;param value Some description.`). */
    getCommentText(): string | undefined;
    /** Removes the JS doc comment. */
    remove(): void;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     * @returns The node or the node that replaced the existing node (ex. when changing from a JSDocParameterTag to something else).
     */
    set(structure: Partial<JSDocTagStructure>): Node<ts.Node>;
    /** @inheritdoc */
    replaceWithText(textOrWriterFunction: string | WriterFunction): Node;
    /** Gets a structure that represents this JS doc tag node. */
    getStructure(): JSDocTagStructure;
}

/** JS doc tag info. */
export declare class JSDocTagInfo {
    private constructor();
    /** Gets the compiler JS doc tag info. */
    get compilerObject(): ts.JSDocTagInfo;
    /** Gets the name. */
    getName(): string;
    /** Gets the text. */
    getText(): ts.SymbolDisplayPart[];
}

declare const JSDocTemplateTagBase: Constructor<JSDocTypeParameteredTag> & typeof JSDocTag;

/** JS doc template tag node. */
export declare class JSDocTemplateTag extends JSDocTemplateTagBase<ts.JSDocTemplateTag> {
    /** Gets the template tag's constraint if it exists or returns undefined. */
    getConstraint(): JSDocTypeExpression | undefined;
    /** Gets the template tag's constraint if it exists or throws otherwise. */
    getConstraintOrThrow(): JSDocTypeExpression;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocTemplateTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocTemplateTag>>;
}

/** JS doc text node. */
export declare class JSDocText extends Node<ts.JSDocText> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocText>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocText>>;
}

declare const JSDocThisTagBase: Constructor<JSDocTypeExpressionableTag> & typeof JSDocTag;

/** JS doc "this" tag node. */
export declare class JSDocThisTag extends JSDocThisTagBase<ts.JSDocThisTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocThisTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocThisTag>>;
}

/** JS doc type node. */
export declare class JSDocType<T extends ts.JSDocType = ts.JSDocType> extends TypeNode<T> {
}

/** JS doc type def tag node. */
export declare class JSDocTypedefTag extends JSDocTag<ts.JSDocTypedefTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocTypedefTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocTypedefTag>>;
}

/** JS doc type expression node. */
export declare class JSDocTypeExpression extends TypeNode<ts.JSDocTypeExpression> {
    /** Gets the type node of the JS doc type expression. */
    getTypeNode(): TypeNode<ts.TypeNode>;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocTypeExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocTypeExpression>>;
}

/** JS doc type tag node. */
export declare class JSDocTypeTag extends JSDocTag<ts.JSDocTypeTag> {
    /** Gets the type expression node of the JS doc property type tag. */
    getTypeExpression(): JSDocTypeExpression | undefined;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocTypeTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocTypeTag>>;
}

/** JS doc unknown tag node. */
export declare class JSDocUnknownTag extends JSDocTag<ts.JSDocUnknownTag> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JSDocUnknownTag>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JSDocUnknownTag>>;
}

export declare class CommentEnumMember extends Node<CompilerCommentEnumMember> {
    /** Removes this enum member comment. */
    remove(): void;
}

declare const EnumDeclarationBase: Constructor<TextInsertableNode> & Constructor<ModuleChildableNode> & Constructor<JSDocableNode> & Constructor<AmbientableNode> & Constructor<ExportableNode> & Constructor<ModifierableNode> & Constructor<NamedNode> & typeof Statement;

export declare class EnumDeclaration extends EnumDeclarationBase<ts.EnumDeclaration> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<EnumDeclarationStructure>): this;
    /**
     * Adds a member to the enum.
     * @param structure - Structure of the enum.
     */
    addMember(structure: OptionalKind<EnumMemberStructure>): EnumMember;
    /**
     * Adds a member to the enum.
     * @param structure - Structure of the enum.
     */
    addMember(structure: OptionalKind<EnumMemberStructure> | WriterFunction | string): EnumMember | CommentEnumMember;
    /**
     * Adds members to the enum.
     * @param structures - Structures of the enums.
     */
    addMembers(structures: ReadonlyArray<OptionalKind<EnumMemberStructure>>): EnumMember[];
    /**
     * Adds members to the enum.
     * @param structures - Structures of the enums.
     */
    addMembers(structures: ReadonlyArray<OptionalKind<EnumMemberStructure> | WriterFunction | string> | string | WriterFunction): (EnumMember | CommentEnumMember)[];
    /**
     * Inserts a member to the enum.
     * @param index - Child index to insert at.
     * @param structure - Structure of the enum.
     */
    insertMember(index: number, structure: OptionalKind<EnumMemberStructure>): EnumMember;
    /**
     * Inserts a member to the enum.
     * @param index - Child index to insert at.
     * @param structure - Structure of the enum.
     */
    insertMember(index: number, structure: OptionalKind<EnumMemberStructure> | WriterFunction | string): EnumMember | CommentEnumMember;
    /**
     * Inserts members to an enum.
     * @param index - Child index to insert at.
     * @param structures - Structures of the enums.
     */
    insertMembers(index: number, structures: ReadonlyArray<OptionalKind<EnumMemberStructure>>): EnumMember[];
    /**
     * Inserts members to an enum.
     * @param index - Child index to insert at.
     * @param structures - Structures of the enums.
     */
    insertMembers(index: number, structures: ReadonlyArray<OptionalKind<EnumMemberStructure> | WriterFunction | string> | WriterFunction | string): (EnumMember | CommentEnumMember)[];
    /**
     * Gets an enum member.
     * @param name - Name of the member.
     */
    getMember(name: string): EnumMember | undefined;
    /**
     * Gets an enum member.
     * @param findFunction - Function to use to find the member.
     */
    getMember(findFunction: (declaration: EnumMember) => boolean): EnumMember | undefined;
    /**
     * Gets an enum member or throws if not found.
     * @param name - Name of the member.
     */
    getMemberOrThrow(name: string): EnumMember;
    /**
     * Gets an enum member or throws if not found.
     * @param findFunction - Function to use to find the member.
     */
    getMemberOrThrow(findFunction: (declaration: EnumMember) => boolean): EnumMember;
    /** Gets the enum's members. */
    getMembers(): EnumMember[];
    /** Gets the enum's members with comment enum members. */
    getMembersWithComments(): (EnumMember | CommentEnumMember)[];
    /** Toggle if it's a const enum. */
    setIsConstEnum(value: boolean): this;
    /** Gets if it's a const enum. */
    isConstEnum(): boolean;
    /** Gets the const enum keyword or undefined if not exists. */
    getConstKeyword(): Node<ts.Node> | undefined;
    /** Gets the structure equivalent to this node. */
    getStructure(): EnumDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.EnumDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.EnumDeclaration>>;
}

declare const EnumMemberBase: Constructor<JSDocableNode> & Constructor<InitializerExpressionableNode> & Constructor<PropertyNamedNode> & typeof Node;

export declare class EnumMember extends EnumMemberBase<ts.EnumMember> {
    /** Gets the constant value of the enum. */
    getValue(): string | number | undefined;
    /**
     * Sets the enum value.
     *
     * This is a helper method. Use `#setInitializer` if you want to set the initializer
     * to something other than a string or number.
     * @param value - Enum value.
     */
    setValue(value: string | number): this;
    /** Removes this enum member. */
    remove(): void;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<EnumMemberStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): EnumMemberStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.EnumMember>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.EnumMember>>;
}

declare const ArrayDestructuringAssignmentBase: typeof AssignmentExpression;

export declare class ArrayDestructuringAssignment extends ArrayDestructuringAssignmentBase<ts.ArrayDestructuringAssignment> {
    /** Gets the left array literal expression of the array destructuring assignment. */
    getLeft(): ArrayLiteralExpression;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ArrayDestructuringAssignment>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ArrayDestructuringAssignment>>;
}

export declare class ArrayLiteralExpression extends PrimaryExpression<ts.ArrayLiteralExpression> {
    /** Gets the array's elements. */
    getElements(): Expression[];
    /**
     * Adds an element to the array.
     * @param textOrWriterFunction - Text to add as an element.
     * @param options - Options.
     */
    addElement(textOrWriterFunction: string | WriterFunction, options?: {
            useNewLines?: boolean;
        }): Expression<ts.Expression>;
    /**
     * Adds elements to the array.
     * @param textsOrWriterFunction - Texts to add as elements.
     * @param options - Options.
     */
    addElements(textsOrWriterFunction: ReadonlyArray<string | WriterFunction> | WriterFunction, options?: {
            useNewLines?: boolean;
        }): Expression<ts.Expression>[];
    /**
     * Insert an element into the array.
     * @param index - Child index to insert at.
     * @param text - Text to insert as an element.
     * @param options - Options.
     */
    insertElement(index: number, textOrWriterFunction: string | WriterFunction, options?: {
            useNewLines?: boolean;
        }): Expression<ts.Expression>;
    /**
     * Insert elements into the array.
     * @param index - Child index to insert at.
     * @param textsOrWriterFunction - Texts to insert as elements.
     * @param options - Options.
     */
    insertElements(index: number, textsOrWriterFunction: ReadonlyArray<string | WriterFunction> | WriterFunction, options?: {
            useNewLines?: boolean;
        }): Expression<ts.Expression>[];
    /**
     * Removes an element from the array.
     * @param index - Index to remove from.
     */
    removeElement(index: number): void;
    /**
     * Removes an element from the array.
     * @param element - Element to remove.
     */
    removeElement(element: Expression): void;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ArrayLiteralExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ArrayLiteralExpression>>;
}

declare const AsExpressionBase: Constructor<TypedNode> & Constructor<ExpressionedNode> & typeof Expression;

export declare class AsExpression extends AsExpressionBase<ts.AsExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.AsExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.AsExpression>>;
}

declare const AssignmentExpressionBase: typeof BinaryExpression;

export declare class AssignmentExpression<T extends ts.AssignmentExpression<ts.AssignmentOperatorToken> = ts.AssignmentExpression<ts.AssignmentOperatorToken>> extends AssignmentExpressionBase<T> {
    /** Gets the operator token of the assignment expression. */
    getOperatorToken(): Node<ts.AssignmentOperatorToken>;
}

declare const AwaitExpressionBase: Constructor<UnaryExpressionedNode> & typeof UnaryExpression;

export declare class AwaitExpression extends AwaitExpressionBase<ts.AwaitExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.AwaitExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.AwaitExpression>>;
}

declare const BinaryExpressionBase: typeof Expression;

export declare class BinaryExpression<T extends ts.BinaryExpression = ts.BinaryExpression> extends BinaryExpressionBase<T> {
    /** Gets the left side of the binary expression. */
    getLeft(): Expression;
    /** Gets the operator token of the binary expression. */
    getOperatorToken(): Node<ts.BinaryOperatorToken>;
    /** Gets the right side of the binary expression. */
    getRight(): Expression;
}

declare const CallExpressionBase: Constructor<TypeArgumentedNode> & Constructor<ArgumentedNode> & Constructor<QuestionDotTokenableNode> & Constructor<LeftHandSideExpressionedNode> & typeof LeftHandSideExpression;

export declare class CallExpression<T extends ts.CallExpression = ts.CallExpression> extends CallExpressionBase<T> {
    /** Gets the return type of the call expression. */
    getReturnType(): Type;
}

declare const CommaListExpressionBase: typeof Expression;

export declare class CommaListExpression extends CommaListExpressionBase<ts.CommaListExpression> {
    /** Gets the elements. */
    getElements(): Expression[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.CommaListExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.CommaListExpression>>;
}

declare const ConditionalExpressionBase: typeof Expression;

export declare class ConditionalExpression extends ConditionalExpressionBase<ts.ConditionalExpression> {
    /** Gets the condition of the conditional expression. */
    getCondition(): Expression;
    /** Gets the question token of the conditional expression. */
    getQuestionToken(): Node<ts.QuestionToken>;
    /** Gets the when true expression of the conditional expression. */
    getWhenTrue(): Expression;
    /** Gets the colon token of the conditional expression. */
    getColonToken(): Node<ts.ColonToken>;
    /** Gets the when false expression of the conditional expression. */
    getWhenFalse(): Expression;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ConditionalExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ConditionalExpression>>;
}

declare const DeleteExpressionBase: Constructor<UnaryExpressionedNode> & typeof UnaryExpression;

export declare class DeleteExpression extends DeleteExpressionBase<ts.DeleteExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.DeleteExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.DeleteExpression>>;
}

declare const ElementAccessExpressionBase: Constructor<QuestionDotTokenableNode> & Constructor<LeftHandSideExpressionedNode> & typeof MemberExpression;

export declare class ElementAccessExpression<T extends ts.ElementAccessExpression = ts.ElementAccessExpression> extends ElementAccessExpressionBase<T> {
    /** Gets this element access expression's argument expression or undefined if none exists. */
    getArgumentExpression(): Expression | undefined;
    /** Gets this element access expression's argument expression or throws if none exists. */
    getArgumentExpressionOrThrow(): Expression<ts.Expression>;
}

export declare class Expression<T extends ts.Expression = ts.Expression> extends Node<T> {
    /** Gets the contextual type of the expression. */
    getContextualType(): Type | undefined;
}

export declare function ExpressionableNode<T extends Constructor<ExpressionableNodeExtensionType>>(Base: T): Constructor<ExpressionableNode> & T;

export interface ExpressionableNode {
    /** Gets the expression if it exists or returns undefined. */
    getExpression(): Expression | undefined;
    /** Gets the expression if it exists or throws. */
    getExpressionOrThrow(): Expression;
    /** Gets the expression if it is of the specified syntax kind or returns undefined. */
    getExpressionIfKind<TKind extends SyntaxKind>(kind: TKind): KindToExpressionMappings[TKind] | undefined;
    /** Gets the expression if it is of the specified syntax kind or throws. */
    getExpressionIfKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToExpressionMappings[TKind];
}

declare type ExpressionableNodeExtensionType = Node<ts.Node & {
        expression?: ts.Expression;
    }>;
export declare function BaseExpressionedNode<T extends Constructor<ExpressionedNodeExtensionType>, TExpression extends Node = CompilerNodeToWrappedType<InstanceOf<T>["compilerNode"]>>(Base: T): Constructor<BaseExpressionedNode<TExpression>> & T;

export interface BaseExpressionedNode<TExpression extends Node> {
    /** Gets the expression. */
    getExpression(): TExpression;
    /**
     * Gets the expression if its of a certain kind or returns undefined.
     * @param kind - Syntax kind of the expression.
     */
    getExpressionIfKind<TKind extends SyntaxKind>(kind: TKind): KindToExpressionMappings[TKind] | undefined;
    /**
     * Gets the expression if its of a certain kind or throws.
     * @param kind - Syntax kind of the expression.
     */
    getExpressionIfKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToExpressionMappings[TKind];
    /**
     * Sets the expression.
     * @param textOrWriterFunction - Text to set the expression with.
     */
    setExpression(textOrWriterFunction: string | WriterFunction): this;
}

export declare function ExpressionedNode<T extends Constructor<ExpressionedNodeExtensionType>>(Base: T): Constructor<ExpressionedNode> & T;

export interface ExpressionedNode extends BaseExpressionedNode<Expression> {
}

declare type ExpressionedNodeExtensionType = Node<ts.Node & {
        expression: ts.Expression;
    }>;
export declare function ImportExpressionedNode<T extends Constructor<ImportExpressionedNodeExtensionType>>(Base: T): Constructor<ImportExpressionedNode> & T;

export interface ImportExpressionedNode extends BaseExpressionedNode<ImportExpression> {
}

declare type ImportExpressionedNodeExtensionType = Node<ts.Node & {
        expression: ts.ImportExpression;
    }>;
export declare function LeftHandSideExpressionedNode<T extends Constructor<LeftHandSideExpressionedNodeExtensionType>>(Base: T): Constructor<LeftHandSideExpressionedNode> & T;

export interface LeftHandSideExpressionedNode extends BaseExpressionedNode<LeftHandSideExpression> {
}

declare type LeftHandSideExpressionedNodeExtensionType = Node<ts.Node & {
        expression: ts.LeftHandSideExpression;
    }>;
export declare function SuperExpressionedNode<T extends Constructor<SuperExpressionedNodeExtensionType>>(Base: T): Constructor<SuperExpressionedNode> & T;

export interface SuperExpressionedNode extends BaseExpressionedNode<SuperExpression> {
}

declare type SuperExpressionedNodeExtensionType = Node<ts.Node & {
        expression: ts.SuperExpression;
    }>;
export declare function UnaryExpressionedNode<T extends Constructor<UnaryExpressionedNodeExtensionType>>(Base: T): Constructor<UnaryExpressionedNode> & T;

export interface UnaryExpressionedNode extends BaseExpressionedNode<UnaryExpression> {
}

declare type UnaryExpressionedNodeExtensionType = Node<ts.Node & {
        expression: ts.UnaryExpression;
    }>;
declare const ImportExpressionBase: typeof PrimaryExpression;

export declare class ImportExpression extends ImportExpressionBase<ts.ImportExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ImportExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ImportExpression>>;
}

export declare class LeftHandSideExpression<T extends ts.LeftHandSideExpression = ts.LeftHandSideExpression> extends UpdateExpression<T> {
}

declare const LiteralExpressionBase: Constructor<LiteralLikeNode> & typeof PrimaryExpression;

export declare class LiteralExpression<T extends ts.LiteralExpression = ts.LiteralExpression> extends LiteralExpressionBase<T> {
}

export declare class MemberExpression<T extends ts.MemberExpression = ts.MemberExpression> extends LeftHandSideExpression<T> {
}

declare const MetaPropertyBase: Constructor<NamedNode> & typeof PrimaryExpression;

export declare class MetaProperty extends MetaPropertyBase<ts.MetaProperty> {
    /** Gets the keyword token. */
    getKeywordToken(): SyntaxKind.ImportKeyword | SyntaxKind.NewKeyword;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.MetaProperty>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.MetaProperty>>;
}

declare const NewExpressionBase: Constructor<TypeArgumentedNode> & Constructor<ArgumentedNode> & Constructor<LeftHandSideExpressionedNode> & typeof PrimaryExpression;

export declare class NewExpression extends NewExpressionBase<ts.NewExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.NewExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.NewExpression>>;
}

declare const NonNullExpressionBase: Constructor<ExpressionedNode> & typeof LeftHandSideExpression;

export declare class NonNullExpression extends NonNullExpressionBase<ts.NonNullExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.NonNullExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.NonNullExpression>>;
}

export declare class CommentObjectLiteralElement extends ObjectLiteralElement<CompilerCommentObjectLiteralElement> {
}

declare const ObjectDestructuringAssignmentBase: typeof AssignmentExpression;

export declare class ObjectDestructuringAssignment extends ObjectDestructuringAssignmentBase<ts.ObjectDestructuringAssignment> {
    /** Gets the left object literal expression of the object destructuring assignment. */
    getLeft(): ObjectLiteralExpression;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ObjectDestructuringAssignment>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ObjectDestructuringAssignment>>;
}

export declare class ObjectLiteralElement<T extends ts.ObjectLiteralElement = ts.ObjectLiteralElement> extends Node<T> {
    /** Removes the object literal element from the object literal expression. */
    remove(): void;
}

declare const ObjectLiteralExpressionBase: typeof PrimaryExpression;

export declare class ObjectLiteralExpression extends ObjectLiteralExpressionBase<ts.ObjectLiteralExpression> {
    /**
     * Gets the first property by the provided name or throws.
     * @param name - Name of the property.
     */
    getPropertyOrThrow(name: string): ObjectLiteralElementLike;
    /**
     * Gets the first property that matches the provided find function or throws.
     * @param findFunction - Find function.
     */
    getPropertyOrThrow(findFunction: (property: ObjectLiteralElementLike) => boolean): ObjectLiteralElementLike;
    /**
     * Gets the first property by the provided name or returns undefined.
     * @param name - Name of the property.
     */
    getProperty(name: string): ObjectLiteralElementLike | undefined;
    /**
     * Gets the first property that matches the provided find function or returns undefined.
     * @param findFunction - Find function.
     */
    getProperty(findFunction: (property: ObjectLiteralElementLike) => boolean): ObjectLiteralElementLike | undefined;
    /** Gets the properties. */
    getProperties(): ObjectLiteralElementLike[];
    /** Gets the properties with comment object literal elements. */
    getPropertiesWithComments(): (ObjectLiteralElementLike | CommentObjectLiteralElement)[];
    /**
     * Adds the specified property to the object literal expression.
     *
     * Note: If you only want to add a property assignment, then it might be more convenient to use #addPropertyAssignment.
     * @structure - The structure to add.
     */
    addProperty(structure: string | WriterFunction | ObjectLiteralExpressionPropertyStructures): CommentObjectLiteralElement | ObjectLiteralElementLike;
    /**
     * Adds the specified properties to the object literal expression.
     *
     * Note: If you only want to add property assignments, then it might be more convenient to use #addPropertyAssignments.
     * @structures - The structures to add.
     */
    addProperties(structures: string | WriterFunction | ReadonlyArray<string | WriterFunction | ObjectLiteralExpressionPropertyStructures>): (CommentObjectLiteralElement | ObjectLiteralElementLike)[];
    /**
     * Inserts the specified property to the object literal expression.
     *
     * Note: If you only want to insert a property assignment, then it might be more convenient to use #insertPropertyAssignment.
     * @index - The index to insert at.
     * @structure - The structure to insert.
     */
    insertProperty(index: number, structure: string | WriterFunction | ObjectLiteralExpressionPropertyStructures): CommentObjectLiteralElement | ObjectLiteralElementLike;
    /**
     * Inserts the specified properties to the object literal expression.
     *
     * Note: If you only want to insert property assignments, then it might be more convenient to use #insertPropertyAssignments.
     * @index - The index to insert at.
     * @structures - The structures to insert.
     */
    insertProperties(index: number, structures: string | WriterFunction | ReadonlyArray<string | WriterFunction | ObjectLiteralExpressionPropertyStructures>): (CommentObjectLiteralElement | ObjectLiteralElementLike)[];
    /**
     * Adds a property assignment.
     * @param structure - Structure that represents the property assignment to add.
     */
    addPropertyAssignment(structure: OptionalKind<PropertyAssignmentStructure>): PropertyAssignment;
    /**
     * Adds property assignments.
     * @param structures - Structure that represents the property assignments to add.
     */
    addPropertyAssignments(structures: ReadonlyArray<OptionalKind<PropertyAssignmentStructure>>): PropertyAssignment[];
    /**
     * Inserts a property assignment at the specified index.
     * @param index - Child index to insert at.
     * @param structure - Structure that represents the property assignment to insert.
     */
    insertPropertyAssignment(index: number, structure: OptionalKind<PropertyAssignmentStructure>): PropertyAssignment;
    /**
     * Inserts property assignments at the specified index.
     * @param index - Child index to insert at.
     * @param structures - Structures that represent the property assignments to insert.
     */
    insertPropertyAssignments(index: number, structures: ReadonlyArray<OptionalKind<PropertyAssignmentStructure>>): PropertyAssignment[];
    /**
     * Adds a shorthand property assignment.
     * @param structure - Structure that represents the shorthand property assignment to add.
     */
    addShorthandPropertyAssignment(structure: OptionalKind<ShorthandPropertyAssignmentStructure>): ShorthandPropertyAssignment;
    /**
     * Adds shorthand property assignments.
     * @param structures - Structure that represents the shorthand property assignments to add.
     */
    addShorthandPropertyAssignments(structures: ReadonlyArray<OptionalKind<ShorthandPropertyAssignmentStructure>>): ShorthandPropertyAssignment[];
    /**
     * Inserts a shorthand property assignment at the specified index.
     * @param index - Child index to insert at.
     * @param structure - Structure that represents the shorthand property assignment to insert.
     */
    insertShorthandPropertyAssignment(index: number, structure: OptionalKind<ShorthandPropertyAssignmentStructure>): ShorthandPropertyAssignment;
    /**
     * Inserts shorthand property assignments at the specified index.
     * @param index - Child index to insert at.
     * @param structures - Structures that represent the shorthand property assignments to insert.
     */
    insertShorthandPropertyAssignments(index: number, structures: ReadonlyArray<OptionalKind<ShorthandPropertyAssignmentStructure>>): ShorthandPropertyAssignment[];
    /**
     * Adds a spread assignment.
     * @param structure - Structure that represents the spread assignment to add.
     */
    addSpreadAssignment(structure: OptionalKind<SpreadAssignmentStructure>): SpreadAssignment;
    /**
     * Adds spread assignments.
     * @param structures - Structure that represents the spread assignments to add.
     */
    addSpreadAssignments(structures: ReadonlyArray<OptionalKind<SpreadAssignmentStructure>>): SpreadAssignment[];
    /**
     * Inserts a spread assignment at the specified index.
     * @param index - Child index to insert at.
     * @param structure - Structure that represents the spread assignment to insert.
     */
    insertSpreadAssignment(index: number, structure: OptionalKind<SpreadAssignmentStructure>): SpreadAssignment;
    /**
     * Inserts spread assignments at the specified index.
     * @param index - Child index to insert at.
     * @param structures - Structures that represent the spread assignments to insert.
     */
    insertSpreadAssignments(index: number, structures: ReadonlyArray<OptionalKind<SpreadAssignmentStructure>>): SpreadAssignment[];
    /**
     * Adds a method.
     * @param structure - Structure that represents the method to add.
     */
    addMethod(structure: OptionalKind<MethodDeclarationStructure>): MethodDeclaration;
    /**
     * Adds methods.
     * @param structures - Structure that represents the methods to add.
     */
    addMethods(structures: ReadonlyArray<OptionalKind<MethodDeclarationStructure>>): MethodDeclaration[];
    /**
     * Inserts a method at the specified index.
     * @param index - Child index to insert at.
     * @param structure - Structure that represents the method to insert.
     */
    insertMethod(index: number, structure: OptionalKind<MethodDeclarationStructure>): MethodDeclaration;
    /**
     * Inserts methods at the specified index.
     * @param index - Child index to insert at.
     * @param structures - Structures that represent the methods to insert.
     */
    insertMethods(index: number, structures: ReadonlyArray<OptionalKind<MethodDeclarationStructure>>): MethodDeclaration[];
    /**
     * Adds a get accessor.
     * @param structure - Structure that represents the property assignment to add.
     */
    addGetAccessor(structure: OptionalKind<GetAccessorDeclarationStructure>): GetAccessorDeclaration;
    /**
     * Adds get accessors.
     * @param structures - Structure that represents the get accessors to add.
     */
    addGetAccessors(structures: ReadonlyArray<OptionalKind<GetAccessorDeclarationStructure>>): GetAccessorDeclaration[];
    /**
     * Inserts a get accessor at the specified index.
     * @param index - Child index to insert at.
     * @param structure - Structure that represents the get accessor to insert.
     */
    insertGetAccessor(index: number, structure: OptionalKind<GetAccessorDeclarationStructure>): GetAccessorDeclaration;
    /**
     * Inserts get accessors at the specified index.
     * @param index - Child index to insert at.
     * @param structures - Structures that represent the get accessors to insert.
     */
    insertGetAccessors(index: number, structures: ReadonlyArray<OptionalKind<GetAccessorDeclarationStructure>>): GetAccessorDeclaration[];
    /**
     * Adds a set accessor.
     * @param structure - Structure that represents the property assignment to add.
     */
    addSetAccessor(structure: OptionalKind<SetAccessorDeclarationStructure>): SetAccessorDeclaration;
    /**
     * Adds set accessors.
     * @param structures - Structure that represents the set accessors to add.
     */
    addSetAccessors(structures: ReadonlyArray<OptionalKind<SetAccessorDeclarationStructure>>): SetAccessorDeclaration[];
    /**
     * Inserts a set accessor at the specified index.
     * @param index - Child index to insert at.
     * @param structure - Structure that represents the set accessor to insert.
     */
    insertSetAccessor(index: number, structure: OptionalKind<SetAccessorDeclarationStructure>): SetAccessorDeclaration;
    /**
     * Inserts set accessors at the specified index.
     * @param index - Child index to insert at.
     * @param structures - Structures that represent the set accessors to insert.
     */
    insertSetAccessors(index: number, structures: ReadonlyArray<OptionalKind<SetAccessorDeclarationStructure>>): SetAccessorDeclaration[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ObjectLiteralExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ObjectLiteralExpression>>;
}

declare const PropertyAssignmentBase: Constructor<InitializerExpressionGetableNode> & Constructor<QuestionTokenableNode> & Constructor<PropertyNamedNode> & typeof ObjectLiteralElement;

export declare class PropertyAssignment extends PropertyAssignmentBase<ts.PropertyAssignment> {
    /**
     * Removes the initializer and returns the new shorthand property assignment.
     *
     * Note: The current node will no longer be valid because it's no longer a property assignment.
     */
    removeInitializer(): ShorthandPropertyAssignment;
    /**
     * Sets the initializer.
     * @param textOrWriterFunction - New text ot set for the initializer.
     */
    setInitializer(textOrWriterFunction: string | WriterFunction): this;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<PropertyAssignmentStructure>): this | ShorthandPropertyAssignment;
    /** Gets the structure equivalent to this node. */
    getStructure(): PropertyAssignmentStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.PropertyAssignment>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.PropertyAssignment>>;
}

declare const ShorthandPropertyAssignmentBase: Constructor<InitializerExpressionGetableNode> & Constructor<QuestionTokenableNode> & Constructor<NamedNode> & typeof ObjectLiteralElement;

export declare class ShorthandPropertyAssignment extends ShorthandPropertyAssignmentBase<ts.ShorthandPropertyAssignment> {
    /** Gets if the shorthand property assignment has an object assignment initializer. */
    hasObjectAssignmentInitializer(): boolean;
    /** Gets the object assignment initializer or throws if it doesn't exist. */
    getObjectAssignmentInitializerOrThrow(): Expression<ts.Expression>;
    /** Gets the object assignment initializer if it exists. */
    getObjectAssignmentInitializer(): Expression | undefined;
    /** Gets the equals token or throws if it doesn't exist. */
    getEqualsTokenOrThrow(): Node<ts.EqualsToken>;
    /** Gets the equals token if it exists. */
    getEqualsToken(): Node<ts.EqualsToken> | undefined;
    /**
     * Remove the object assignment initializer.
     *
     * This is only useful to remove bad code.
     */
    removeObjectAssignmentInitializer(): this;
    /**
     * Sets the initializer.
     *
     * Note: The current node will no longer be valid because it's no longer a shorthand property assignment.
     * @param text - New text to set for the initializer.
     */
    setInitializer(text: string): PropertyAssignment;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ShorthandPropertyAssignmentStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): ShorthandPropertyAssignmentStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ShorthandPropertyAssignment>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ShorthandPropertyAssignment>>;
}

declare const SpreadAssignmentBase: Constructor<ExpressionedNode> & typeof ObjectLiteralElement;

export declare class SpreadAssignment extends SpreadAssignmentBase<ts.SpreadAssignment> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<SpreadAssignmentStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): SpreadAssignmentStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.SpreadAssignment>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.SpreadAssignment>>;
}

declare const OmittedExpressionBase: typeof Expression;

export declare class OmittedExpression extends OmittedExpressionBase<ts.OmittedExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.OmittedExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.OmittedExpression>>;
}

declare const ParenthesizedExpressionBase: Constructor<ExpressionedNode> & typeof Expression;

export declare class ParenthesizedExpression extends ParenthesizedExpressionBase<ts.ParenthesizedExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ParenthesizedExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ParenthesizedExpression>>;
}

declare const PartiallyEmittedExpressionBase: Constructor<ExpressionedNode> & typeof Expression;

export declare class PartiallyEmittedExpression extends PartiallyEmittedExpressionBase<ts.PartiallyEmittedExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.PartiallyEmittedExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.PartiallyEmittedExpression>>;
}

declare const PostfixUnaryExpressionBase: typeof UnaryExpression;

export declare class PostfixUnaryExpression extends PostfixUnaryExpressionBase<ts.PostfixUnaryExpression> {
    /** Gets the operator token of the postfix unary expression. */
    getOperatorToken(): ts.PostfixUnaryOperator;
    /** Gets the operand of the postfix unary expression. */
    getOperand(): LeftHandSideExpression;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.PostfixUnaryExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.PostfixUnaryExpression>>;
}

declare const PrefixUnaryExpressionBase: typeof UnaryExpression;

export declare class PrefixUnaryExpression extends PrefixUnaryExpressionBase<ts.PrefixUnaryExpression> {
    /** Gets the operator token of the prefix unary expression. */
    getOperatorToken(): ts.PrefixUnaryOperator;
    /** Gets the operand of the prefix unary expression. */
    getOperand(): UnaryExpression;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.PrefixUnaryExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.PrefixUnaryExpression>>;
}

export declare class PrimaryExpression<T extends ts.PrimaryExpression = ts.PrimaryExpression> extends MemberExpression<T> {
}

declare const PropertyAccessExpressionBase: Constructor<NamedNode> & Constructor<QuestionDotTokenableNode> & Constructor<LeftHandSideExpressionedNode> & typeof MemberExpression;

export declare class PropertyAccessExpression<T extends ts.PropertyAccessExpression = ts.PropertyAccessExpression> extends PropertyAccessExpressionBase<T> {
}

declare const SpreadElementBase: Constructor<ExpressionedNode> & typeof Expression;

export declare class SpreadElement extends SpreadElementBase<ts.SpreadElement> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.SpreadElement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.SpreadElement>>;
}

declare const SuperElementAccessExpressionBase: Constructor<SuperExpressionedNode> & typeof ElementAccessExpression;

export declare class SuperElementAccessExpression extends SuperElementAccessExpressionBase<ts.SuperElementAccessExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.SuperElementAccessExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.SuperElementAccessExpression>>;
}

declare const SuperExpressionBase: typeof PrimaryExpression;

export declare class SuperExpression extends SuperExpressionBase<ts.SuperExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.SuperExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.SuperExpression>>;
}

declare const SuperPropertyAccessExpressionBase: Constructor<SuperExpressionedNode> & typeof PropertyAccessExpression;

export declare class SuperPropertyAccessExpression extends SuperPropertyAccessExpressionBase<ts.SuperPropertyAccessExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.SuperPropertyAccessExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.SuperPropertyAccessExpression>>;
}

declare const ThisExpressionBase: typeof PrimaryExpression;

export declare class ThisExpression extends ThisExpressionBase<ts.ThisExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ThisExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ThisExpression>>;
}

declare const TypeAssertionBase: Constructor<TypedNode> & Constructor<UnaryExpressionedNode> & typeof UnaryExpression;

export declare class TypeAssertion extends TypeAssertionBase<ts.TypeAssertion> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TypeAssertion>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TypeAssertion>>;
}

declare const TypeOfExpressionBase: Constructor<UnaryExpressionedNode> & typeof UnaryExpression;

export declare class TypeOfExpression extends TypeOfExpressionBase<ts.TypeOfExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TypeOfExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TypeOfExpression>>;
}

export declare class UnaryExpression<T extends ts.UnaryExpression = ts.UnaryExpression> extends Expression<T> {
}

export declare class UpdateExpression<T extends ts.UpdateExpression = ts.UpdateExpression> extends UnaryExpression<T> {
}

declare const VoidExpressionBase: Constructor<UnaryExpressionedNode> & typeof UnaryExpression;

export declare class VoidExpression extends VoidExpressionBase<ts.VoidExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.VoidExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.VoidExpression>>;
}

declare const YieldExpressionBase: Constructor<ExpressionableNode> & Constructor<GeneratorableNode> & typeof Expression;

export declare class YieldExpression extends YieldExpressionBase<ts.YieldExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.YieldExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.YieldExpression>>;
}

declare const ArrowFunctionBase: Constructor<TextInsertableNode> & Constructor<BodiedNode> & Constructor<AsyncableNode> & Constructor<FunctionLikeDeclaration> & typeof Expression;

export declare class ArrowFunction extends ArrowFunctionBase<ts.ArrowFunction> {
    /** Gets the equals greater than token of the arrow function. */
    getEqualsGreaterThan(): Node<ts.Token<SyntaxKind.EqualsGreaterThanToken>>;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ArrowFunction>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ArrowFunction>>;
}

declare const FunctionDeclarationBase: Constructor<UnwrappableNode> & Constructor<TextInsertableNode> & Constructor<OverloadableNode> & Constructor<BodyableNode> & Constructor<AsyncableNode> & Constructor<GeneratorableNode> & Constructor<AmbientableNode> & Constructor<ExportableNode> & Constructor<FunctionLikeDeclaration> & Constructor<ModuleChildableNode> & Constructor<NameableNode> & typeof Statement;
declare const FunctionDeclarationOverloadBase: Constructor<UnwrappableNode> & Constructor<TextInsertableNode> & Constructor<AsyncableNode> & Constructor<GeneratorableNode> & Constructor<SignaturedDeclaration> & Constructor<AmbientableNode> & Constructor<ModuleChildableNode> & Constructor<JSDocableNode> & Constructor<TypeParameteredNode> & Constructor<ExportableNode> & Constructor<ModifierableNode> & typeof Statement;

export declare class FunctionDeclaration extends FunctionDeclarationBase<ts.FunctionDeclaration> {
    /**
     * Adds a function overload.
     * @param structure - Structure of the overload.
     */
    addOverload(structure: OptionalKind<FunctionDeclarationOverloadStructure>): FunctionDeclaration;
    /**
     * Adds function overloads.
     * @param structures - Structures of the overloads.
     */
    addOverloads(structures: ReadonlyArray<OptionalKind<FunctionDeclarationOverloadStructure>>): FunctionDeclaration[];
    /**
     * Inserts a function overload.
     * @param index - Child index to insert at.
     * @param structure - Structure of the overload.
     */
    insertOverload(index: number, structure: OptionalKind<FunctionDeclarationOverloadStructure>): FunctionDeclaration;
    /**
     * Inserts function overloads.
     * @param index - Child index to insert at.
     * @param structure - Structures of the overloads.
     */
    insertOverloads(index: number, structures: ReadonlyArray<OptionalKind<FunctionDeclarationOverloadStructure>>): FunctionDeclaration[];
    /** Removes this function declaration. */
    remove(): void;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<FunctionDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): FunctionDeclarationStructure | FunctionDeclarationOverloadStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.FunctionDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.FunctionDeclaration>>;
}

declare const FunctionExpressionBase: Constructor<JSDocableNode> & Constructor<TextInsertableNode> & Constructor<BodiedNode> & Constructor<AsyncableNode> & Constructor<GeneratorableNode> & Constructor<StatementedNode> & Constructor<TypeParameteredNode> & Constructor<SignaturedDeclaration> & Constructor<ModifierableNode> & Constructor<NameableNode> & typeof PrimaryExpression;

export declare class FunctionExpression extends FunctionExpressionBase<ts.FunctionExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.FunctionExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.FunctionExpression>>;
}

export declare function FunctionLikeDeclaration<T extends Constructor<FunctionLikeDeclarationExtensionType>>(Base: T): Constructor<FunctionLikeDeclaration> & T;

export interface FunctionLikeDeclaration extends JSDocableNode, TypeParameteredNode, SignaturedDeclaration, StatementedNode, ModifierableNode {
}

declare type FunctionLikeDeclarationExtensionType = Node<ts.FunctionLikeDeclaration>;
export declare function OverloadableNode<T extends Constructor<OverloadableNodeExtensionType>>(Base: T): Constructor<OverloadableNode> & T;

/** Node that supports overloads. */
export interface OverloadableNode {
    /** Gets all the overloads associated with this node. */
    getOverloads(): this[];
    /** Gets the implementation or undefined if it doesn't exist. */
    getImplementation(): this | undefined;
    /** Gets the implementation or throws if it doesn't exist. */
    getImplementationOrThrow(): this;
    /** Gets if this is not the implementation. */
    isOverload(): boolean;
    /** Gets if this is the implementation. */
    isImplementation(): boolean;
}

declare type OverloadableNodeExtensionType = Node & BodyableNode;
declare const ParameterDeclarationBase: Constructor<OverrideableNode> & Constructor<QuestionTokenableNode> & Constructor<DecoratableNode> & Constructor<ScopeableNode> & Constructor<ReadonlyableNode> & Constructor<ModifierableNode> & Constructor<DotDotDotTokenableNode> & Constructor<TypedNode> & Constructor<InitializerExpressionableNode> & Constructor<BindingNamedNode> & typeof Node;

export declare class ParameterDeclaration extends ParameterDeclarationBase<ts.ParameterDeclaration> {
    /** Gets if it's a rest parameter. */
    isRestParameter(): boolean;
    /** Gets if this is a property with a scope, readonly, or override keyword (found in class constructors). */
    isParameterProperty(): boolean;
    /**
     * Sets if it's a rest parameter.
     * @param value - Sets if it's a rest parameter or not.
     */
    setIsRestParameter(value: boolean): this;
    /** Gets if it's optional. */
    isOptional(): boolean;
    /** Remove this parameter. */
    remove(): void;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ParameterDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): ParameterDeclarationStructure;
    /**
     * Sets if this node has a question token.
     * @param value - If it should have a question token or not.
     */
    setHasQuestionToken(value: boolean): this;
    /**
     * Sets the initializer.
     * @param text - Text or writer function to set for the initializer.
     */
    setInitializer(textOrWriterFunction: string | WriterFunction): this;
    /**
     * Sets the type.
     * @param textOrWriterFunction - Text or writer function to set the type with.
     */
    setType(textOrWriterFunction: string | WriterFunction): this;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ParameterDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ParameterDeclaration>>;
}

export declare class HeritageClause extends Node<ts.HeritageClause> {
    /** Gets all the type nodes for the heritage clause. */
    getTypeNodes(): ExpressionWithTypeArguments[];
    /** Gets the heritage clause token. */
    getToken(): SyntaxKind.ExtendsKeyword | SyntaxKind.ImplementsKeyword;
    /**
     * Remove the expression from the heritage clause.
     * @param index - Index of the expression to remove.
     */
    removeExpression(index: number): this;
    /**
     * Removes the expression from the heritage clause.
     * @param expressionNode - Expression to remove.
     */
    removeExpression(expressionNode: ExpressionWithTypeArguments): this;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.HeritageClause>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.HeritageClause>>;
}

declare const CallSignatureDeclarationBase: Constructor<TypeParameteredNode> & Constructor<ChildOrderableNode> & Constructor<JSDocableNode> & Constructor<SignaturedDeclaration> & typeof TypeElement;

export declare class CallSignatureDeclaration extends CallSignatureDeclarationBase<ts.CallSignatureDeclaration> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<CallSignatureDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): CallSignatureDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.CallSignatureDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.CallSignatureDeclaration>>;
}

export declare class CommentTypeElement extends TypeElement<CompilerCommentTypeElement> {
}

declare const ConstructSignatureDeclarationBase: Constructor<TypeParameteredNode> & Constructor<ChildOrderableNode> & Constructor<JSDocableNode> & Constructor<SignaturedDeclaration> & typeof TypeElement;

export declare class ConstructSignatureDeclaration extends ConstructSignatureDeclarationBase<ts.ConstructSignatureDeclaration> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ConstructSignatureDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): ConstructSignatureDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ConstructSignatureDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ConstructSignatureDeclaration>>;
}

declare const IndexSignatureDeclarationBase: Constructor<ReturnTypedNode> & Constructor<ChildOrderableNode> & Constructor<JSDocableNode> & Constructor<ReadonlyableNode> & Constructor<ModifierableNode> & typeof TypeElement;

export declare class IndexSignatureDeclaration extends IndexSignatureDeclarationBase<ts.IndexSignatureDeclaration> {
    /** Gets the key name. */
    getKeyName(): string;
    /**
     * Sets the key name.
     * @param name - New name.
     */
    setKeyName(name: string): void;
    /** Gets the key name node. */
    getKeyNameNode(): BindingName;
    /** Gets the key type. */
    getKeyType(): Type;
    /**
     * Sets the key type.
     * @param type - Type.
     */
    setKeyType(type: string): this;
    /** Gets the key type node. */
    getKeyTypeNode(): TypeNode;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<IndexSignatureDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): IndexSignatureDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.IndexSignatureDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.IndexSignatureDeclaration>>;
}

declare const InterfaceDeclarationBase: Constructor<TypeElementMemberedNode> & Constructor<TextInsertableNode> & Constructor<ExtendsClauseableNode> & Constructor<HeritageClauseableNode> & Constructor<TypeParameteredNode> & Constructor<JSDocableNode> & Constructor<AmbientableNode> & Constructor<ModuleChildableNode> & Constructor<ExportableNode> & Constructor<ModifierableNode> & Constructor<NamedNode> & typeof Statement;

export declare class InterfaceDeclaration extends InterfaceDeclarationBase<ts.InterfaceDeclaration> {
    /** Gets the base types. */
    getBaseTypes(): Type[];
    /** Gets the base declarations. */
    getBaseDeclarations(): (TypeAliasDeclaration | InterfaceDeclaration | ClassDeclaration)[];
    /**
     * Gets all the implementations of the interface.
     *
     * This is similar to "go to implementation."
     */
    getImplementations(): ImplementationLocation[];
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<InterfaceDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): InterfaceDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.InterfaceDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.InterfaceDeclaration>>;
}

declare const MethodSignatureBase: Constructor<ChildOrderableNode> & Constructor<JSDocableNode> & Constructor<QuestionTokenableNode> & Constructor<TypeParameteredNode> & Constructor<SignaturedDeclaration> & Constructor<PropertyNamedNode> & typeof TypeElement;

export declare class MethodSignature extends MethodSignatureBase<ts.MethodSignature> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<MethodSignatureStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): MethodSignatureStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.MethodSignature>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.MethodSignature>>;
}

declare const PropertySignatureBase: Constructor<ChildOrderableNode> & Constructor<JSDocableNode> & Constructor<ReadonlyableNode> & Constructor<QuestionTokenableNode> & Constructor<InitializerExpressionableNode> & Constructor<TypedNode> & Constructor<PropertyNamedNode> & Constructor<ModifierableNode> & typeof TypeElement;

export declare class PropertySignature extends PropertySignatureBase<ts.PropertySignature> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<PropertySignatureStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): PropertySignatureStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.PropertySignature>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.PropertySignature>>;
}

export declare class TypeElement<TNode extends ts.TypeElement = ts.TypeElement> extends Node<TNode> {
    /** Removes the member. */
    remove(): void;
}

export declare function JsxAttributedNode<T extends Constructor<JsxAttributedNodeExtensionType>>(Base: T): Constructor<JsxAttributedNode> & T;

export interface JsxAttributedNode {
    /** Gets the JSX element's attributes. */
    getAttributes(): JsxAttributeLike[];
    /**
     * Gets an attribute by name or returns undefined when it can't be found.
     * @param name - Name to search for.
     */
    getAttribute(name: string): JsxAttributeLike | undefined;
    /**
     * Gets an attribute by a find function or returns undefined when it can't be found.
     * @param findFunction - Find function.
     */
    getAttribute(findFunction: (attribute: JsxAttributeLike) => boolean): JsxAttributeLike | undefined;
    /**
     * Gets an attribute by name or throws when it can't be found.
     * @param name - Name to search for.
     */
    getAttributeOrThrow(name: string): JsxAttributeLike;
    /**
     * Gets an attribute by a find function or throws when it can't be found.
     * @param findFunction - Find function.
     */
    getAttributeOrThrow(findFunction: (attribute: JsxAttributeLike) => boolean): JsxAttributeLike;
    /** Adds an attribute into the element. */
    addAttribute(attribute: OptionalKind<JsxAttributeStructure> | OptionalKind<JsxSpreadAttributeStructure>): JsxAttributeLike;
    /** Adds attributes into the element. */
    addAttributes(attributes: ReadonlyArray<OptionalKind<JsxAttributeStructure> | OptionalKind<JsxSpreadAttributeStructure>>): JsxAttributeLike[];
    /** Inserts an attribute into the element. */
    insertAttribute(index: number, attribute: OptionalKind<JsxAttributeStructure> | OptionalKind<JsxSpreadAttributeStructure>): JsxAttributeLike;
    /** Inserts attributes into the element. */
    insertAttributes(index: number, attributes: ReadonlyArray<OptionalKind<JsxAttributeStructure> | OptionalKind<JsxSpreadAttributeStructure>>): JsxAttributeLike[];
}

declare type JsxAttributedNodeExtensionType = Node<ts.Node & {
        attributes: ts.JsxAttributes;
    }> & JsxTagNamedNode;
export declare function JsxTagNamedNode<T extends Constructor<JsxTagNamedNodeExtensionType>>(Base: T): Constructor<JsxTagNamedNode> & T;

export interface JsxTagNamedNode {
    /** Gets the tag name of the JSX closing element. */
    getTagNameNode(): JsxTagNameExpression;
}

declare type JsxTagNamedNodeExtensionType = Node<ts.Node & {
        tagName: ts.JsxTagNameExpression;
    }>;
declare const JsxAttributeBase: Constructor<NamedNode> & typeof Node;

export declare class JsxAttribute extends JsxAttributeBase<ts.JsxAttribute> {
    /** Gets the JSX attribute's initializer or throws if it doesn't exist. */
    getInitializerOrThrow(): StringLiteral | JsxExpression;
    /** Gets the JSX attribute's initializer or returns undefined if it doesn't exist. */
    getInitializer(): StringLiteral | JsxExpression | undefined;
    /**
     * Sets the initializer.
     * @param textOrWriterFunction - Text or writer function to set the initializer with.
     * @remarks You need to provide the quotes or braces.
     */
    setInitializer(textOrWriterFunction: string | WriterFunction): this;
    /** Removes the initializer. */
    removeInitializer(): this;
    /** Removes the JSX attribute. */
    remove(): void;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<JsxAttributeStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): JsxAttributeStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JsxAttribute>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JsxAttribute>>;
}

declare const JsxClosingElementBase: Constructor<JsxTagNamedNode> & typeof Node;

export declare class JsxClosingElement extends JsxClosingElementBase<ts.JsxClosingElement> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JsxClosingElement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JsxClosingElement>>;
}

export declare class JsxClosingFragment extends Expression<ts.JsxClosingFragment> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JsxClosingFragment>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JsxClosingFragment>>;
}

declare const JsxElementBase: typeof PrimaryExpression;

export declare class JsxElement extends JsxElementBase<ts.JsxElement> {
    /** Gets the children of the JSX element. */
    getJsxChildren(): JsxChild[];
    /** Gets the opening element. */
    getOpeningElement(): JsxOpeningElement;
    /** Gets the closing element. */
    getClosingElement(): JsxClosingElement;
    /**
     * Sets the body text.
     * @param textOrWriterFunction - Text or writer function to set as the body.
     */
    setBodyText(textOrWriterFunction: string | WriterFunction): this;
    /**
     * Sets the body text without surrounding new lines.
     * @param textOrWriterFunction - Text to set as the body.
     */
    setBodyTextInline(textOrWriterFunction: string | WriterFunction): this;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<JsxElementStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): JsxElementStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JsxElement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JsxElement>>;
}

declare const JsxExpressionBase: Constructor<ExpressionableNode> & Constructor<DotDotDotTokenableNode> & typeof Expression;

export declare class JsxExpression extends JsxExpressionBase<ts.JsxExpression> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JsxExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JsxExpression>>;
}

export declare class JsxFragment extends PrimaryExpression<ts.JsxFragment> {
    /** Gets the children of the JSX fragment. */
    getJsxChildren(): JsxChild[];
    /** Gets the opening fragment. */
    getOpeningFragment(): JsxOpeningFragment;
    /** Gets the closing fragment. */
    getClosingFragment(): JsxClosingFragment;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JsxFragment>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JsxFragment>>;
}

declare const JsxOpeningElementBase: Constructor<JsxAttributedNode> & Constructor<JsxTagNamedNode> & typeof Expression;

export declare class JsxOpeningElement extends JsxOpeningElementBase<ts.JsxOpeningElement> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JsxOpeningElement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JsxOpeningElement>>;
}

export declare class JsxOpeningFragment extends Expression<ts.JsxOpeningFragment> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JsxOpeningFragment>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JsxOpeningFragment>>;
}

declare const JsxSelfClosingElementBase: Constructor<JsxAttributedNode> & Constructor<JsxTagNamedNode> & typeof PrimaryExpression;

export declare class JsxSelfClosingElement extends JsxSelfClosingElementBase<ts.JsxSelfClosingElement> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<JsxSelfClosingElementStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): JsxSelfClosingElementStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JsxSelfClosingElement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JsxSelfClosingElement>>;
}

declare const JsxSpreadAttributeBase: Constructor<ExpressionedNode> & typeof Node;

export declare class JsxSpreadAttribute extends JsxSpreadAttributeBase<ts.JsxSpreadAttribute> {
    /** Removes the JSX spread attribute. */
    remove(): void;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<JsxSpreadAttributeStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): JsxSpreadAttributeStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JsxSpreadAttribute>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JsxSpreadAttribute>>;
}

declare const JsxTextBase: Constructor<LiteralLikeNode> & typeof Node;

export declare class JsxText extends JsxTextBase<ts.JsxText> {
    /** Gets if the JSX text contains only white spaces. */
    containsOnlyTriviaWhiteSpaces(): boolean;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.JsxText>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.JsxText>>;
}

export interface ImplementedKindToNodeMappings {
    [SyntaxKind.SourceFile]: SourceFile;
    [SyntaxKind.ArrayBindingPattern]: ArrayBindingPattern;
    [SyntaxKind.ArrayLiteralExpression]: ArrayLiteralExpression;
    [SyntaxKind.ArrayType]: ArrayTypeNode;
    [SyntaxKind.ArrowFunction]: ArrowFunction;
    [SyntaxKind.AsExpression]: AsExpression;
    [SyntaxKind.AwaitExpression]: AwaitExpression;
    [SyntaxKind.BigIntLiteral]: BigIntLiteral;
    [SyntaxKind.BindingElement]: BindingElement;
    [SyntaxKind.BinaryExpression]: BinaryExpression;
    [SyntaxKind.Block]: Block;
    [SyntaxKind.BreakStatement]: BreakStatement;
    [SyntaxKind.CallExpression]: CallExpression;
    [SyntaxKind.CallSignature]: CallSignatureDeclaration;
    [SyntaxKind.CaseBlock]: CaseBlock;
    [SyntaxKind.CaseClause]: CaseClause;
    [SyntaxKind.CatchClause]: CatchClause;
    [SyntaxKind.ClassDeclaration]: ClassDeclaration;
    [SyntaxKind.ClassExpression]: ClassExpression;
    [SyntaxKind.ClassStaticBlockDeclaration]: ClassStaticBlockDeclaration;
    [SyntaxKind.ConditionalType]: ConditionalTypeNode;
    [SyntaxKind.Constructor]: ConstructorDeclaration;
    [SyntaxKind.ConstructorType]: ConstructorTypeNode;
    [SyntaxKind.ConstructSignature]: ConstructSignatureDeclaration;
    [SyntaxKind.ContinueStatement]: ContinueStatement;
    [SyntaxKind.CommaListExpression]: CommaListExpression;
    [SyntaxKind.ComputedPropertyName]: ComputedPropertyName;
    [SyntaxKind.ConditionalExpression]: ConditionalExpression;
    [SyntaxKind.DebuggerStatement]: DebuggerStatement;
    [SyntaxKind.Decorator]: Decorator;
    [SyntaxKind.DefaultClause]: DefaultClause;
    [SyntaxKind.DeleteExpression]: DeleteExpression;
    [SyntaxKind.DoStatement]: DoStatement;
    [SyntaxKind.ElementAccessExpression]: ElementAccessExpression;
    [SyntaxKind.EmptyStatement]: EmptyStatement;
    [SyntaxKind.EnumDeclaration]: EnumDeclaration;
    [SyntaxKind.EnumMember]: EnumMember;
    [SyntaxKind.ExportAssignment]: ExportAssignment;
    [SyntaxKind.ExportDeclaration]: ExportDeclaration;
    [SyntaxKind.ExportSpecifier]: ExportSpecifier;
    [SyntaxKind.ExpressionWithTypeArguments]: ExpressionWithTypeArguments;
    [SyntaxKind.ExpressionStatement]: ExpressionStatement;
    [SyntaxKind.ExternalModuleReference]: ExternalModuleReference;
    [SyntaxKind.QualifiedName]: QualifiedName;
    [SyntaxKind.ForInStatement]: ForInStatement;
    [SyntaxKind.ForOfStatement]: ForOfStatement;
    [SyntaxKind.ForStatement]: ForStatement;
    [SyntaxKind.FunctionDeclaration]: FunctionDeclaration;
    [SyntaxKind.FunctionExpression]: FunctionExpression;
    [SyntaxKind.FunctionType]: FunctionTypeNode;
    [SyntaxKind.GetAccessor]: GetAccessorDeclaration;
    [SyntaxKind.HeritageClause]: HeritageClause;
    [SyntaxKind.Identifier]: Identifier;
    [SyntaxKind.IfStatement]: IfStatement;
    [SyntaxKind.ImportClause]: ImportClause;
    [SyntaxKind.ImportDeclaration]: ImportDeclaration;
    [SyntaxKind.ImportEqualsDeclaration]: ImportEqualsDeclaration;
    [SyntaxKind.ImportSpecifier]: ImportSpecifier;
    [SyntaxKind.ImportType]: ImportTypeNode;
    [SyntaxKind.IndexedAccessType]: IndexedAccessTypeNode;
    [SyntaxKind.IndexSignature]: IndexSignatureDeclaration;
    [SyntaxKind.InferType]: InferTypeNode;
    [SyntaxKind.InterfaceDeclaration]: InterfaceDeclaration;
    [SyntaxKind.IntersectionType]: IntersectionTypeNode;
    [SyntaxKind.JSDocAugmentsTag]: JSDocAugmentsTag;
    [SyntaxKind.JSDocAuthorTag]: JSDocAuthorTag;
    [SyntaxKind.JSDocCallbackTag]: JSDocCallbackTag;
    [SyntaxKind.JSDocClassTag]: JSDocClassTag;
    [SyntaxKind.JSDocDeprecatedTag]: JSDocDeprecatedTag;
    [SyntaxKind.JSDocEnumTag]: JSDocEnumTag;
    [SyntaxKind.JSDocFunctionType]: JSDocFunctionType;
    [SyntaxKind.JSDocImplementsTag]: JSDocImplementsTag;
    [SyntaxKind.JSDocLink]: JSDocLink;
    [SyntaxKind.JSDocLinkCode]: JSDocLinkCode;
    [SyntaxKind.JSDocLinkPlain]: JSDocLinkPlain;
    [SyntaxKind.JSDocMemberName]: JSDocMemberName;
    [SyntaxKind.JSDocOverrideTag]: JSDocOverrideTag;
    [SyntaxKind.JSDocParameterTag]: JSDocParameterTag;
    [SyntaxKind.JSDocPrivateTag]: JSDocPrivateTag;
    [SyntaxKind.JSDocPropertyTag]: JSDocPropertyTag;
    [SyntaxKind.JSDocProtectedTag]: JSDocProtectedTag;
    [SyntaxKind.JSDocPublicTag]: JSDocPublicTag;
    [SyntaxKind.JSDocReturnTag]: JSDocReturnTag;
    [SyntaxKind.JSDocReadonlyTag]: JSDocReadonlyTag;
    [SyntaxKind.JSDocSeeTag]: JSDocSeeTag;
    [SyntaxKind.JSDocSignature]: JSDocSignature;
    [SyntaxKind.JSDocTag]: JSDocUnknownTag;
    [SyntaxKind.JSDocTemplateTag]: JSDocTemplateTag;
    [SyntaxKind.JSDocText]: JSDocText;
    [SyntaxKind.JSDocThisTag]: JSDocThisTag;
    [SyntaxKind.JSDocTypeExpression]: JSDocTypeExpression;
    [SyntaxKind.JSDocTypeTag]: JSDocTypeTag;
    [SyntaxKind.JSDocTypedefTag]: JSDocTypedefTag;
    [SyntaxKind.JsxAttribute]: JsxAttribute;
    [SyntaxKind.JsxClosingElement]: JsxClosingElement;
    [SyntaxKind.JsxClosingFragment]: JsxClosingFragment;
    [SyntaxKind.JsxElement]: JsxElement;
    [SyntaxKind.JsxExpression]: JsxExpression;
    [SyntaxKind.JsxFragment]: JsxFragment;
    [SyntaxKind.JsxOpeningElement]: JsxOpeningElement;
    [SyntaxKind.JsxOpeningFragment]: JsxOpeningFragment;
    [SyntaxKind.JsxSelfClosingElement]: JsxSelfClosingElement;
    [SyntaxKind.JsxSpreadAttribute]: JsxSpreadAttribute;
    [SyntaxKind.JsxText]: JsxText;
    [SyntaxKind.LabeledStatement]: LabeledStatement;
    [SyntaxKind.LiteralType]: LiteralTypeNode;
    [SyntaxKind.MappedType]: MappedTypeNode;
    [SyntaxKind.MetaProperty]: MetaProperty;
    [SyntaxKind.MethodDeclaration]: MethodDeclaration;
    [SyntaxKind.MethodSignature]: MethodSignature;
    [SyntaxKind.ModuleBlock]: ModuleBlock;
    [SyntaxKind.ModuleDeclaration]: ModuleDeclaration;
    [SyntaxKind.NamedExports]: NamedExports;
    [SyntaxKind.NamedImports]: NamedImports;
    [SyntaxKind.NamedTupleMember]: NamedTupleMember;
    [SyntaxKind.NamespaceExport]: NamespaceExport;
    [SyntaxKind.NamespaceImport]: NamespaceImport;
    [SyntaxKind.NewExpression]: NewExpression;
    [SyntaxKind.NonNullExpression]: NonNullExpression;
    [SyntaxKind.NotEmittedStatement]: NotEmittedStatement;
    [SyntaxKind.NoSubstitutionTemplateLiteral]: NoSubstitutionTemplateLiteral;
    [SyntaxKind.NumericLiteral]: NumericLiteral;
    [SyntaxKind.ObjectBindingPattern]: ObjectBindingPattern;
    [SyntaxKind.ObjectLiteralExpression]: ObjectLiteralExpression;
    [SyntaxKind.OmittedExpression]: OmittedExpression;
    [SyntaxKind.Parameter]: ParameterDeclaration;
    [SyntaxKind.ParenthesizedExpression]: ParenthesizedExpression;
    [SyntaxKind.ParenthesizedType]: ParenthesizedTypeNode;
    [SyntaxKind.PartiallyEmittedExpression]: PartiallyEmittedExpression;
    [SyntaxKind.PostfixUnaryExpression]: PostfixUnaryExpression;
    [SyntaxKind.PrefixUnaryExpression]: PrefixUnaryExpression;
    [SyntaxKind.PrivateIdentifier]: PrivateIdentifier;
    [SyntaxKind.PropertyAccessExpression]: PropertyAccessExpression;
    [SyntaxKind.PropertyAssignment]: PropertyAssignment;
    [SyntaxKind.PropertyDeclaration]: PropertyDeclaration;
    [SyntaxKind.PropertySignature]: PropertySignature;
    [SyntaxKind.RegularExpressionLiteral]: RegularExpressionLiteral;
    [SyntaxKind.ReturnStatement]: ReturnStatement;
    [SyntaxKind.SetAccessor]: SetAccessorDeclaration;
    [SyntaxKind.ShorthandPropertyAssignment]: ShorthandPropertyAssignment;
    [SyntaxKind.SpreadAssignment]: SpreadAssignment;
    [SyntaxKind.SpreadElement]: SpreadElement;
    [SyntaxKind.StringLiteral]: StringLiteral;
    [SyntaxKind.SwitchStatement]: SwitchStatement;
    [SyntaxKind.SyntaxList]: SyntaxList;
    [SyntaxKind.TaggedTemplateExpression]: TaggedTemplateExpression;
    [SyntaxKind.TemplateExpression]: TemplateExpression;
    [SyntaxKind.TemplateHead]: TemplateHead;
    [SyntaxKind.TemplateLiteralType]: TemplateLiteralTypeNode;
    [SyntaxKind.TemplateMiddle]: TemplateMiddle;
    [SyntaxKind.TemplateSpan]: TemplateSpan;
    [SyntaxKind.TemplateTail]: TemplateTail;
    [SyntaxKind.ThisType]: ThisTypeNode;
    [SyntaxKind.ThrowStatement]: ThrowStatement;
    [SyntaxKind.TryStatement]: TryStatement;
    [SyntaxKind.TupleType]: TupleTypeNode;
    [SyntaxKind.TypeAliasDeclaration]: TypeAliasDeclaration;
    [SyntaxKind.TypeAssertionExpression]: TypeAssertion;
    [SyntaxKind.TypeLiteral]: TypeLiteralNode;
    [SyntaxKind.TypeParameter]: TypeParameterDeclaration;
    [SyntaxKind.TypePredicate]: TypePredicateNode;
    [SyntaxKind.TypeReference]: TypeReferenceNode;
    [SyntaxKind.UnionType]: UnionTypeNode;
    [SyntaxKind.VariableDeclaration]: VariableDeclaration;
    [SyntaxKind.VariableDeclarationList]: VariableDeclarationList;
    [SyntaxKind.VariableStatement]: VariableStatement;
    [SyntaxKind.JSDocComment]: JSDoc;
    [SyntaxKind.TypeOfExpression]: TypeOfExpression;
    [SyntaxKind.WhileStatement]: WhileStatement;
    [SyntaxKind.WithStatement]: WithStatement;
    [SyntaxKind.YieldExpression]: YieldExpression;
    [SyntaxKind.SemicolonToken]: Node<ts.Token<SyntaxKind.SemicolonToken>>;
    [SyntaxKind.InferKeyword]: Node<ts.Token<SyntaxKind.InferKeyword>>;
    [SyntaxKind.NeverKeyword]: Node<ts.Token<SyntaxKind.NeverKeyword>>;
    [SyntaxKind.AnyKeyword]: Expression;
    [SyntaxKind.BooleanKeyword]: Expression;
    [SyntaxKind.NumberKeyword]: Expression;
    [SyntaxKind.ObjectKeyword]: Expression;
    [SyntaxKind.StringKeyword]: Expression;
    [SyntaxKind.SymbolKeyword]: Expression;
    [SyntaxKind.UndefinedKeyword]: Expression;
    [SyntaxKind.FalseKeyword]: FalseLiteral;
    [SyntaxKind.ImportKeyword]: ImportExpression;
    [SyntaxKind.NullKeyword]: NullLiteral;
    [SyntaxKind.SuperKeyword]: SuperExpression;
    [SyntaxKind.ThisKeyword]: ThisExpression;
    [SyntaxKind.TrueKeyword]: TrueLiteral;
    [SyntaxKind.VoidExpression]: VoidExpression;
}

export interface KindToNodeMappings extends ImplementedKindToNodeMappings {
    [kind: number]: Node;
}

export interface KindToExpressionMappings {
    [kind: number]: Node;
    [SyntaxKind.ArrayLiteralExpression]: ArrayLiteralExpression;
    [SyntaxKind.ArrowFunction]: ArrowFunction;
    [SyntaxKind.AsExpression]: AsExpression;
    [SyntaxKind.AwaitExpression]: AwaitExpression;
    [SyntaxKind.BigIntLiteral]: BigIntLiteral;
    [SyntaxKind.BinaryExpression]: BinaryExpression;
    [SyntaxKind.CallExpression]: CallExpression;
    [SyntaxKind.ClassExpression]: ClassExpression;
    [SyntaxKind.CommaListExpression]: CommaListExpression;
    [SyntaxKind.ConditionalExpression]: ConditionalExpression;
    [SyntaxKind.DeleteExpression]: DeleteExpression;
    [SyntaxKind.ElementAccessExpression]: ElementAccessExpression;
    [SyntaxKind.FunctionExpression]: FunctionExpression;
    [SyntaxKind.Identifier]: Identifier;
    [SyntaxKind.JsxClosingFragment]: JsxClosingFragment;
    [SyntaxKind.JsxElement]: JsxElement;
    [SyntaxKind.JsxExpression]: JsxExpression;
    [SyntaxKind.JsxFragment]: JsxFragment;
    [SyntaxKind.JsxOpeningElement]: JsxOpeningElement;
    [SyntaxKind.JsxOpeningFragment]: JsxOpeningFragment;
    [SyntaxKind.JsxSelfClosingElement]: JsxSelfClosingElement;
    [SyntaxKind.MetaProperty]: MetaProperty;
    [SyntaxKind.NewExpression]: NewExpression;
    [SyntaxKind.NonNullExpression]: NonNullExpression;
    [SyntaxKind.NoSubstitutionTemplateLiteral]: NoSubstitutionTemplateLiteral;
    [SyntaxKind.NumericLiteral]: NumericLiteral;
    [SyntaxKind.ObjectLiteralExpression]: ObjectLiteralExpression;
    [SyntaxKind.OmittedExpression]: OmittedExpression;
    [SyntaxKind.ParenthesizedExpression]: ParenthesizedExpression;
    [SyntaxKind.PartiallyEmittedExpression]: PartiallyEmittedExpression;
    [SyntaxKind.PostfixUnaryExpression]: PostfixUnaryExpression;
    [SyntaxKind.PrefixUnaryExpression]: PrefixUnaryExpression;
    [SyntaxKind.PropertyAccessExpression]: PropertyAccessExpression;
    [SyntaxKind.RegularExpressionLiteral]: RegularExpressionLiteral;
    [SyntaxKind.SpreadElement]: SpreadElement;
    [SyntaxKind.StringLiteral]: StringLiteral;
    [SyntaxKind.TaggedTemplateExpression]: TaggedTemplateExpression;
    [SyntaxKind.TemplateExpression]: TemplateExpression;
    [SyntaxKind.TypeAssertionExpression]: TypeAssertion;
    [SyntaxKind.TypeOfExpression]: TypeOfExpression;
    [SyntaxKind.YieldExpression]: YieldExpression;
    [SyntaxKind.AnyKeyword]: Expression;
    [SyntaxKind.BooleanKeyword]: Expression;
    [SyntaxKind.NumberKeyword]: Expression;
    [SyntaxKind.ObjectKeyword]: Expression;
    [SyntaxKind.StringKeyword]: Expression;
    [SyntaxKind.SymbolKeyword]: Expression;
    [SyntaxKind.UndefinedKeyword]: Expression;
    [SyntaxKind.FalseKeyword]: FalseLiteral;
    [SyntaxKind.ImportKeyword]: ImportExpression;
    [SyntaxKind.NullKeyword]: NullLiteral;
    [SyntaxKind.SuperKeyword]: SuperExpression;
    [SyntaxKind.ThisKeyword]: ThisExpression;
    [SyntaxKind.TrueKeyword]: TrueLiteral;
    [SyntaxKind.VoidExpression]: VoidExpression;
}

declare const BigIntLiteralBase: typeof LiteralExpression;

export declare class BigIntLiteral extends BigIntLiteralBase<ts.BigIntLiteral> {
    /**
     * Gets the BigInt literal value.
     *
     * Assert this as a `bigint` in environments that support it.
     */
    getLiteralValue(): unknown;
    /**
     * Sets the bigint literal value.
     * @param value - Value to set (must provide a bigint here at runtime).
     */
    setLiteralValue(value: unknown): this;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.BigIntLiteral>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.BigIntLiteral>>;
}

declare const TrueLiteralBase: typeof PrimaryExpression;

export declare class TrueLiteral extends TrueLiteralBase<ts.TrueLiteral> {
    /** Gets the literal value. */
    getLiteralValue(): boolean;
    /**
     * Sets the literal value.
     *
     * Note: This forgets the current node and returns the new node if the value changes.
     * @param value - Value to set.
     */
    setLiteralValue(value: boolean): this | FalseLiteral;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TrueLiteral>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TrueLiteral>>;
}

declare const FalseLiteralBase: typeof PrimaryExpression;

export declare class FalseLiteral extends FalseLiteralBase<ts.FalseLiteral> {
    /** Gets the literal value. */
    getLiteralValue(): boolean;
    /**
     * Sets the literal value.
     *
     * Note: This forgets the current node and returns the new node if the value changes.
     * @param value - Value to set.
     */
    setLiteralValue(value: boolean): this | TrueLiteral;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.FalseLiteral>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.FalseLiteral>>;
}

declare const NullLiteralBase: typeof PrimaryExpression;

export declare class NullLiteral extends NullLiteralBase<ts.NullLiteral> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.NullLiteral>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.NullLiteral>>;
}

declare const NumericLiteralBase: typeof LiteralExpression;

export declare class NumericLiteral extends NumericLiteralBase<ts.NumericLiteral> {
    /** Gets the literal value. */
    getLiteralValue(): number;
    /**
     * Sets the literal value.
     * @param value - Value to set.
     */
    setLiteralValue(value: number): this;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.NumericLiteral>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.NumericLiteral>>;
}

/** Quote type for a string literal. */
export declare enum QuoteKind {
    /** Single quote */
    Single = "'",
    /** Double quote */
    Double = "\""
}

declare const RegularExpressionLiteralBase: typeof LiteralExpression;

export declare class RegularExpressionLiteral extends RegularExpressionLiteralBase<ts.RegularExpressionLiteral> {
    /** Gets the literal value. */
    getLiteralValue(): RegExp;
    /**
     * Sets the literal value according to a pattern and some flags.
     * @param pattern - Pattern.
     * @param flags - Flags.
     */
    setLiteralValue(pattern: string, flags?: string): this;
    /**
     * Sets the literal value according to a regular expression object.
     * @param regExp - Regular expression.
     */
    setLiteralValue(regExp: RegExp): this;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.RegularExpressionLiteral>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.RegularExpressionLiteral>>;
}

declare const StringLiteralBase: typeof LiteralExpression;

export declare class StringLiteral extends StringLiteralBase<ts.StringLiteral> {
    /**
     * Gets the literal value.
     *
     * This is equivalent to .getLiteralText() for string literals and only exists for consistency with other literals.
     */
    getLiteralValue(): string;
    /**
     * Sets the literal value.
     * @param value - Value to set.
     */
    setLiteralValue(value: string): this;
    /** Gets the quote kind. */
    getQuoteKind(): QuoteKind;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.StringLiteral>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.StringLiteral>>;
}

declare const NoSubstitutionTemplateLiteralBase: typeof LiteralExpression;

export declare class NoSubstitutionTemplateLiteral extends NoSubstitutionTemplateLiteralBase<ts.NoSubstitutionTemplateLiteral> {
    /** Gets the literal value. */
    getLiteralValue(): string;
    /**
     * Sets the literal value.
     *
     * Note: This could possibly replace the node if you add a tagged template.
     * @param value - Value to set.
     * @returns The new node if the kind changed; the current node otherwise.
     */
    setLiteralValue(value: string): TemplateLiteral;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.NoSubstitutionTemplateLiteral>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.NoSubstitutionTemplateLiteral>>;
}

export declare class TaggedTemplateExpression extends MemberExpression<ts.TaggedTemplateExpression> {
    /** Gets the tag. */
    getTag(): LeftHandSideExpression;
    /** Gets the template literal. */
    getTemplate(): TemplateLiteral;
    /**
     * Removes the tag from the tagged template.
     * @returns The new template expression.
     */
    removeTag(): TemplateLiteral;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TaggedTemplateExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TaggedTemplateExpression>>;
}

declare const TemplateExpressionBase: typeof PrimaryExpression;

export declare class TemplateExpression extends TemplateExpressionBase<ts.TemplateExpression> {
    /** Gets the template head. */
    getHead(): TemplateHead;
    /** Gets the template spans. */
    getTemplateSpans(): TemplateSpan[];
    /**
     * Sets the literal value.
     *
     * Note: This could possibly replace the node if you remove all the tagged templates.
     * @param value - Value to set.
     * @returns The new node if the kind changed; the current node otherwise.
     */
    setLiteralValue(value: string): TemplateLiteral;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TemplateExpression>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TemplateExpression>>;
}

declare const TemplateHeadBase: Constructor<LiteralLikeNode> & typeof Node;

export declare class TemplateHead extends TemplateHeadBase<ts.TemplateHead> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TemplateHead>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TemplateHead>>;
}

declare const TemplateMiddleBase: Constructor<LiteralLikeNode> & typeof Node;

export declare class TemplateMiddle extends TemplateMiddleBase<ts.TemplateMiddle> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TemplateMiddle>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TemplateMiddle>>;
}

declare const TemplateSpanBase: Constructor<ExpressionedNode> & typeof Node;

export declare class TemplateSpan extends TemplateSpanBase<ts.TemplateSpan> {
    /** Gets the template literal. */
    getLiteral(): TemplateMiddle | TemplateTail;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TemplateSpan>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TemplateSpan>>;
}

declare const TemplateTailBase: Constructor<LiteralLikeNode> & typeof Node;

export declare class TemplateTail extends TemplateTailBase<ts.TemplateTail> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TemplateTail>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TemplateTail>>;
}

declare const ExportAssignmentBase: Constructor<ExpressionedNode> & typeof Statement;

export declare class ExportAssignment extends ExportAssignmentBase<ts.ExportAssignment> {
    /**
     * Gets if this is an export equals assignment.
     *
     * If this is false, then it's `export default`.
     */
    isExportEquals(): boolean;
    /**
     * Sets if this is an export equals assignment or export default.
     * @param value - Whether it should be an export equals assignment.
     */
    setIsExportEquals(value: boolean): this;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ExportAssignmentStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): ExportAssignmentStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ExportAssignment>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ExportAssignment>>;
}

declare const ExportDeclarationBase: typeof Statement;

export declare class ExportDeclaration extends ExportDeclarationBase<ts.ExportDeclaration> {
    /** Gets if this export declaration is type only. */
    isTypeOnly(): boolean;
    /** Sets if this export declaration is type only. */
    setIsTypeOnly(value: boolean): this;
    /** Gets the namespace export or returns undefined if it doesn't exist. (ex. `* as ns`, but not `*`). */
    getNamespaceExport(): NamespaceExport | undefined;
    /** Gets the namespace export or throws if it doesn't exist. (ex. `* as ns`, but not `*`) */
    getNamespaceExportOrThrow(): NamespaceExport;
    /** Sets the namespace export name. */
    setNamespaceExport(name: string): this;
    /**
     * Sets the import specifier.
     * @param text - Text to set as the module specifier.
     */
    setModuleSpecifier(text: string): this;
    /**
     * Sets the import specifier.
     * @param sourceFile - Source file to set the module specifier from.
     */
    setModuleSpecifier(sourceFile: SourceFile): this;
    /** Gets the module specifier or undefined if it doesn't exist. */
    getModuleSpecifier(): StringLiteral | undefined;
    /** Gets the module specifier value or undefined if it doesn't exist. */
    getModuleSpecifierValue(): string | undefined;
    /** Gets the source file referenced in the module specifier or throws if it can't find it or it doesn't exist. */
    getModuleSpecifierSourceFileOrThrow(): SourceFile;
    /** Gets the source file referenced in the module specifier. */
    getModuleSpecifierSourceFile(): SourceFile | undefined;
    /** Gets if the module specifier starts with `./` or `../`. */
    isModuleSpecifierRelative(): boolean;
    /** Removes the module specifier. */
    removeModuleSpecifier(): this;
    /** Gets if the module specifier exists */
    hasModuleSpecifier(): boolean;
    /** Gets if this export declaration is a namespace export. */
    isNamespaceExport(): boolean;
    /** Gets if the export declaration has named exports. */
    hasNamedExports(): boolean;
    /**
     * Adds a named export.
     * @param namedExport - Structure, name, or writer function to write the named export.
     */
    addNamedExport(namedExport: OptionalKind<ExportSpecifierStructure> | string | WriterFunction): ExportSpecifier;
    /**
     * Adds named exports.
     * @param namedExports - Structures, names, or writer function to write the named exports.
     */
    addNamedExports(namedExports: ReadonlyArray<OptionalKind<ExportSpecifierStructure> | string | WriterFunction> | WriterFunction): ExportSpecifier[];
    /**
     * Inserts a named export.
     * @param index - Child index to insert at.
     * @param namedExport - Structure, name, or writer function to write the named export.
     */
    insertNamedExport(index: number, namedExport: OptionalKind<ExportSpecifierStructure> | string | WriterFunction): ExportSpecifier;
    /**
     * Inserts named exports into the export declaration.
     * @param index - Child index to insert at.
     * @param namedExports - Structures, names, or writer funciton to write the named exports.
     */
    insertNamedExports(index: number, namedExports: ReadonlyArray<OptionalKind<ExportSpecifierStructure> | string | WriterFunction> | WriterFunction): ExportSpecifier[];
    /** Gets the named exports. */
    getNamedExports(): ExportSpecifier[];
    /** Changes the export declaration to namespace export. Removes all the named exports. */
    toNamespaceExport(): this;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ExportDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): ExportDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ExportDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ExportDeclaration>>;
}

declare const ExportSpecifierBase: typeof Node;

export declare class ExportSpecifier extends ExportSpecifierBase<ts.ExportSpecifier> {
    /** Sets the name of what's being exported. */
    setName(name: string): this;
    /** Gets the name of the export specifier. */
    getName(): string;
    /** Gets the name node of what's being exported. */
    getNameNode(): Identifier;
    /**
     * Sets the alias for the name being exported and renames all the usages.
     * @param alias - Alias to set.
     */
    renameAlias(alias: string): this;
    /**
     * Sets the alias without renaming all the usages.
     * @param alias - Alias to set.
     */
    setAlias(alias: string): this;
    /**
     * Removes the alias without renaming.
     * @remarks Use removeAliasWithRename() if you want it to rename any usages to the name of the export specifier.
     */
    removeAlias(): this;
    /** Removes the alias and renames any usages to the name of the export specifier. */
    removeAliasWithRename(): this;
    /** Gets the alias identifier, if it exists. */
    getAliasNode(): Identifier | undefined;
    /** Gets the export declaration associated with this export specifier. */
    getExportDeclaration(): ExportDeclaration;
    /** Gets the local target symbol of the export specifier or throws if it doesn't exist. */
    getLocalTargetSymbolOrThrow(): Symbol;
    /** Gets the local target symbol of the export specifier or undefined if it doesn't exist. */
    getLocalTargetSymbol(): Symbol | undefined;
    /** Gets all the declarations referenced by the export specifier. */
    getLocalTargetDeclarations(): LocalTargetDeclarations[];
    /** Removes the export specifier. */
    remove(): void;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ExportSpecifierStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): ExportSpecifierStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ExportSpecifier>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ExportSpecifier>>;
}

declare const ExternalModuleReferenceBase: Constructor<ExpressionableNode> & typeof Node;

export declare class ExternalModuleReference extends ExternalModuleReferenceBase<ts.ExternalModuleReference> {
    /** Gets the source file referenced or throws if it can't find it. */
    getReferencedSourceFileOrThrow(): SourceFile;
    /** Gets if the external module reference is relative. */
    isRelative(): boolean;
    /** Gets the source file referenced or returns undefined if it can't find it. */
    getReferencedSourceFile(): SourceFile | undefined;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ExternalModuleReference>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ExternalModuleReference>>;
}

declare const ImportClauseBase: typeof Node;

export declare class ImportClause extends ImportClauseBase<ts.ImportClause> {
    /** Gets if this import clause is type only. */
    isTypeOnly(): boolean;
    /** Sets if this import declaration is type only. */
    setIsTypeOnly(value: boolean): this;
    /** Gets the default import or throws if it doesn't exit. */
    getDefaultImportOrThrow(): Identifier;
    /** Gets the default import or returns undefined if it doesn't exist. */
    getDefaultImport(): Identifier | undefined;
    /** Gets the named bindings of the import clause or throws if it doesn't exist. */
    getNamedBindingsOrThrow(): NamespaceImport | NamedImports;
    /** Gets the named bindings of the import clause or returns undefined if it doesn't exist. */
    getNamedBindings(): NamespaceImport | NamedImports | undefined;
    /** Gets the namespace import if it exists or throws. */
    getNamespaceImportOrThrow(): Identifier;
    /** Gets the namespace import identifier, if it exists. */
    getNamespaceImport(): Identifier | undefined;
    /** Gets the namespace import identifier, if it exists. */
    getNamedImports(): ImportSpecifier[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ImportClause>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ImportClause>>;
}

declare const ImportDeclarationBase: typeof Statement;

export declare class ImportDeclaration extends ImportDeclarationBase<ts.ImportDeclaration> {
    /** Gets if this import declaration is type only. */
    isTypeOnly(): boolean;
    /** Sets if this import declaration is type only. */
    setIsTypeOnly(value: boolean): this;
    /**
     * Sets the import specifier.
     * @param text - Text to set as the module specifier.
     */
    setModuleSpecifier(text: string): this;
    /**
     * Sets the import specifier.
     * @param sourceFile - Source file to set the module specifier from.
     */
    setModuleSpecifier(sourceFile: SourceFile): this;
    /** Gets the module specifier. */
    getModuleSpecifier(): StringLiteral;
    /** Gets the module specifier string literal value. */
    getModuleSpecifierValue(): string;
    /** Gets the source file referenced in the module specifier or throws if it can't find it. */
    getModuleSpecifierSourceFileOrThrow(): SourceFile;
    /** Gets the source file referenced in the module specifier or returns undefined if it can't find it. */
    getModuleSpecifierSourceFile(): SourceFile | undefined;
    /** Gets if the module specifier starts with `./` or `../`. */
    isModuleSpecifierRelative(): boolean;
    /**
     * Sets the default import.
     * @param text - Text to set as the default import.
     * @remarks Use renameDefaultImport to rename.
     */
    setDefaultImport(text: string): this;
    /**
     * Renames or sets the provided default import.
     * @param text - Text to set or rename the default import with.
     */
    renameDefaultImport(text: string): this;
    /** Gets the default import or throws if it doesn't exit. */
    getDefaultImportOrThrow(): Identifier;
    /** Gets the default import or returns undefined if it doesn't exist. */
    getDefaultImport(): Identifier | undefined;
    /**
     * Sets the namespace import.
     * @param text - Text to set as the namespace import.
     * @throws - InvalidOperationError if a named import exists.
     */
    setNamespaceImport(text: string): this;
    /** Removes the namespace import. */
    removeNamespaceImport(): this;
    /** Removes the default import. */
    removeDefaultImport(): this;
    /** Gets the namespace import if it exists or throws. */
    getNamespaceImportOrThrow(): Identifier;
    /** Gets the namespace import identifier, if it exists. */
    getNamespaceImport(): Identifier | undefined;
    /**
     * Adds a named import.
     * @param namedImport - Name, structure, or writer to write the named import with.
     */
    addNamedImport(namedImport: OptionalKind<ImportSpecifierStructure> | string | WriterFunction): ImportSpecifier;
    /**
     * Adds named imports.
     * @param namedImport - Structures, names, or writer function to write the named import with.
     */
    addNamedImports(namedImports: ReadonlyArray<OptionalKind<ImportSpecifierStructure> | string | WriterFunction> | WriterFunction): ImportSpecifier[];
    /**
     * Inserts a named import.
     * @param index - Child index to insert at.
     * @param namedImport - Structure, name, or writer function to write the named import with.
     */
    insertNamedImport(index: number, namedImport: OptionalKind<ImportSpecifierStructure> | string | WriterFunction): ImportSpecifier;
    /**
     * Inserts named imports into the import declaration.
     * @param index - Child index to insert at.
     * @param namedImports - Structures, names, or writer function to write the named import with.
     */
    insertNamedImports(index: number, namedImports: ReadonlyArray<OptionalKind<ImportSpecifierStructure> | string | WriterFunction> | WriterFunction): ImportSpecifier[];
    /** Gets the named imports. */
    getNamedImports(): ImportSpecifier[];
    /**
     * Removes all the named imports.
     * @remarks To remove a single named import, get the named import and call `#remove()` on it.
     */
    removeNamedImports(): this;
    /** Gets the import clause or throws if it doesn't exist. */
    getImportClauseOrThrow(): ImportClause;
    /** Gets the import clause or returns undefined if it doesn't exist. */
    getImportClause(): ImportClause | undefined;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ImportDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): ImportDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ImportDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ImportDeclaration>>;
}

declare const ImportEqualsDeclarationBase: Constructor<JSDocableNode> & Constructor<NamedNode> & typeof Statement;

export declare class ImportEqualsDeclaration extends ImportEqualsDeclarationBase<ts.ImportEqualsDeclaration> {
    /** Gets if this import equals declaration is type only. */
    isTypeOnly(): boolean;
    /** Sets if this import equals declaration is type only. */
    setIsTypeOnly(value: boolean): this;
    /** Gets the module reference of the import equals declaration. */
    getModuleReference(): ModuleReference;
    /** Gets if the external module reference is relative. */
    isExternalModuleReferenceRelative(): boolean;
    /**
     * Sets the external module reference.
     * @param externalModuleReference - External module reference as a string.
     */
    setExternalModuleReference(externalModuleReference: string): this;
    /**
     * Sets the external module reference.
     * @param sourceFile - Source file to set the external module reference to.
     */
    setExternalModuleReference(sourceFile: SourceFile): this;
    /** Gets the source file referenced in the external module reference or throws if it doesn't exist. */
    getExternalModuleReferenceSourceFileOrThrow(): SourceFile;
    /** Gets the source file referenced in the external module reference or returns undefined if it doesn't exist. */
    getExternalModuleReferenceSourceFile(): SourceFile | undefined;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ImportEqualsDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ImportEqualsDeclaration>>;
}

declare const ImportSpecifierBase: typeof Node;

export declare class ImportSpecifier extends ImportSpecifierBase<ts.ImportSpecifier> {
    /**
     * Sets the identifier being imported.
     * @param name - Name being imported.
     */
    setName(name: string): this;
    /** Gets the name of the import specifier. */
    getName(): string;
    /** Gets the name node of what's being imported. */
    getNameNode(): Identifier;
    /**
     * Sets the alias for the name being imported and renames all the usages.
     * @param alias - Alias to set.
     */
    renameAlias(alias: string): this;
    /**
     * Sets the alias without renaming all the usages.
     * @param alias - Alias to set.
     */
    setAlias(alias: string): this;
    /**
     * Removes the alias without renaming.
     * @remarks Use removeAliasWithRename() if you want it to rename any usages to the name of the import specifier.
     */
    removeAlias(): this;
    /** Removes the alias and renames any usages to the name of the import specifier. */
    removeAliasWithRename(): this;
    /** Gets the alias identifier, if it exists. */
    getAliasNode(): Identifier | undefined;
    /** Gets the import declaration associated with this import specifier. */
    getImportDeclaration(): ImportDeclaration;
    /** Remove the import specifier. */
    remove(): void;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ImportSpecifierStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): ImportSpecifierStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ImportSpecifier>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ImportSpecifier>>;
}

declare const ModuleBlockBase: Constructor<StatementedNode> & typeof Statement;

export declare class ModuleBlock extends ModuleBlockBase<ts.ModuleBlock> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ModuleBlock>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ModuleBlock>>;
}

export declare function ModuleChildableNode<T extends Constructor<ModuleChildableNodeExtensionType>>(Base: T): Constructor<ModuleChildableNode> & T;

export interface ModuleChildableNode {
    /** Gets the parent module declaration or undefined if it doesn't exist. */
    getParentModule(): ModuleDeclaration | undefined;
    /** Gets the parent module declaration or throws if it doesn't exist. */
    getParentModuleOrThrow(): ModuleDeclaration;
}

declare type ModuleChildableNodeExtensionType = Node;
declare const ModuleDeclarationBase: Constructor<ModuledNode> & Constructor<UnwrappableNode> & Constructor<TextInsertableNode> & Constructor<BodyableNode> & Constructor<ModuleChildableNode> & Constructor<StatementedNode> & Constructor<JSDocableNode> & Constructor<AmbientableNode> & Constructor<ExportableNode> & Constructor<ModifierableNode> & Constructor<ModuleNamedNode> & typeof Statement;

export declare class ModuleDeclaration extends ModuleDeclarationBase<ts.ModuleDeclaration> {
    /** Gets the full name of the namespace. */
    getName(): string;
    /**
     * Sets the name without renaming references.
     * @param newName - New full namespace name.
     */
    setName(newName: string): this;
    /**
     * Renames the module name.
     *
     * Note: The TS compiler does not update module declarations for string literal module names unfortunately.
     * @param newName - New name.
     * @param options - Options for renaming.
     */
    rename(newName: string, options?: RenameOptions): this;
    /** Gets the name nodes or the string literal. */
    getNameNodes(): Identifier[] | StringLiteral;
    /** Gets if this namespace has a namespace keyword. */
    hasNamespaceKeyword(): boolean;
    /** Gets if this namespace has a namespace keyword. */
    hasModuleKeyword(): boolean;
    /**
     * Sets the namespace declaration kind.
     * @param kind - Kind to set.
     */
    setDeclarationKind(kind: ModuleDeclarationKind): this;
    /** Gets the namesapce declaration kind. */
    getDeclarationKind(): ModuleDeclarationKind;
    /** Gets the namespace or module keyword or returns undefined if it's global. */
    getDeclarationKindKeyword(): Node<ts.Node> | undefined;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<ModuleDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): ModuleDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ModuleDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ModuleDeclaration>>;
}

export declare enum ModuleDeclarationKind {
    Namespace = "namespace",
    Module = "module",
    Global = "global"
}

declare const NamedExportsBase: typeof Node;

export declare class NamedExports extends NamedExportsBase<ts.NamedExports> {
    /** Gets the export specifiers. */
    getElements(): ExportSpecifier[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.NamedExports>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.NamedExports>>;
}

declare const NamedImportsBase: typeof Node;

export declare class NamedImports extends NamedImportsBase<ts.NamedImports> {
    /** Gets the import specifiers. */
    getElements(): ImportSpecifier[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.NamedImports>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.NamedImports>>;
}

declare const NamespaceExportBase: Constructor<RenameableNode> & typeof Node;

export declare class NamespaceExport extends NamespaceExportBase<ts.NamespaceExport> {
    /** Sets the name of the namespace export. */
    setName(name: string): this;
    /** Gets the name of the namespace export. */
    getName(): string;
    /** Gets the namespace export's name node. */
    getNameNode(): Identifier;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.NamespaceExport>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.NamespaceExport>>;
}

declare const NamespaceImportBase: Constructor<RenameableNode> & typeof Node;

export declare class NamespaceImport extends NamespaceImportBase<ts.NamespaceImport> {
    /** Sets the name of the namespace import. */
    setName(name: string): this;
    /** Gets the name of the namespace import. */
    getName(): string;
    /** Gets the namespace import's name node. */
    getNameNode(): Identifier;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.NamespaceImport>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.NamespaceImport>>;
}

export declare class FileReference extends TextRange<ts.FileReference> {
    constructor(compilerObject: ts.FileReference, sourceFile: SourceFile);
    /** Gets the referenced file name. */
    getFileName(): string;
}

/** Result of refreshing a source file from the file system. */
export declare enum FileSystemRefreshResult {
    /** The source file did not change. */
    NoChange = 0,
    /** The source file was updated from the file system. */
    Updated = 1,
    /** The source file was deleted. */
    Deleted = 2
}

export interface SourceFileCopyOptions {
    overwrite?: boolean;
}

export interface SourceFileMoveOptions {
    overwrite?: boolean;
}

/** Options for emitting a source file. */
export interface SourceFileEmitOptions extends EmitOptionsBase {
}

declare const SourceFileBase: Constructor<ModuledNode> & Constructor<StatementedNode> & Constructor<TextInsertableNode> & typeof Node;

export declare class SourceFile extends SourceFileBase<ts.SourceFile> {
    private _refreshFromFileSystemInternal;
    private constructor();
    /** Gets the file path. */
    getFilePath(): StandardizedFilePath;
    /** Gets the file path's base name. */
    getBaseName(): string;
    /** Gets the file path's base name without the extension. */
    getBaseNameWithoutExtension(): string;
    /** Gets the file path's extension. */
    getExtension(): string;
    /** Gets the directory that the source file is contained in. */
    getDirectory(): Directory;
    /** Gets the directory path that the source file is contained in. */
    getDirectoryPath(): StandardizedFilePath;
    /** Gets the full text with leading trivia. */
    getFullText(): string;
    /**
     * Gets the line and column number at the provided position (1-indexed).
     * @param pos - Position in the source file.
     */
    getLineAndColumnAtPos(pos: number): {
            line: number;
            column: number;
        };
    /**
     * Gets the character count from the start of the line to the provided position.
     * @param pos - Position.
     */
    getLengthFromLineStartAtPos(pos: number): number;
    /**
     * Copies this source file to the specified directory.
     *
     * This will modify the module specifiers in the new file, if necessary.
     * @param dirPathOrDirectory Directory path or directory object to copy the file to.
     * @param options Options for copying.
     * @returns The source file the copy was made to.
     */
    copyToDirectory(dirPathOrDirectory: string | Directory, options?: SourceFileCopyOptions): SourceFile;
    /**
     * Copy this source file to a new file.
     *
     * This will modify the module specifiers in the new file, if necessary.
     * @param filePath - New file path. Can be relative to the original file or an absolute path.
     * @param options - Options for copying.
     */
    copy(filePath: string, options?: SourceFileCopyOptions): SourceFile;
    /**
     * Copy this source file to a new file and immediately saves it to the file system asynchronously.
     *
     * This will modify the module specifiers in the new file, if necessary.
     * @param filePath - New file path. Can be relative to the original file or an absolute path.
     * @param options - Options for copying.
     */
    copyImmediately(filePath: string, options?: SourceFileCopyOptions): Promise<SourceFile>;
    /**
     * Copy this source file to a new file and immediately saves it to the file system synchronously.
     *
     * This will modify the module specifiers in the new file, if necessary.
     * @param filePath - New file path. Can be relative to the original file or an absolute path.
     * @param options - Options for copying.
     */
    copyImmediatelySync(filePath: string, options?: SourceFileCopyOptions): SourceFile;
    /**
     * Moves this source file to the specified directory.
     *
     * This will modify the module specifiers in other files that specify this file and the module specifiers in the current file, if necessary.
     * @param dirPathOrDirectory Directory path or directory object to move the file to.
     * @param options Options for moving.
     */
    moveToDirectory(dirPathOrDirectory: string | Directory, options?: SourceFileMoveOptions): SourceFile;
    /**
     * Moves this source file to a new file.
     *
     * This will modify the module specifiers in other files that specify this file and the module specifiers in the current file, if necessary.
     * @param filePath - New file path. Can be relative to the original file or an absolute path.
     * @param options - Options for moving.
     */
    move(filePath: string, options?: SourceFileMoveOptions): SourceFile;
    /**
     * Moves this source file to a new file and asynchronously updates the file system immediately.
     *
     * This will modify the module specifiers in other files that specify this file and the module specifiers in the current file, if necessary.
     * @param filePath - New file path. Can be relative to the original file or an absolute path.
     * @param options - Options for moving.
     */
    moveImmediately(filePath: string, options?: SourceFileMoveOptions): Promise<SourceFile>;
    /**
     * Moves this source file to a new file and synchronously updates the file system immediately.
     *
     * This will modify the module specifiers in other files that specify this file and the module specifiers in the current file, if necessary.
     * @param filePath - New file path. Can be relative to the original file or an absolute path.
     * @param options - Options for moving.
     */
    moveImmediatelySync(filePath: string, options?: SourceFileMoveOptions): SourceFile;
    /**
     * Queues a deletion of the file to the file system.
     *
     * The file will be deleted when you call ast.save(). If you wish to immediately delete the file, then use deleteImmediately().
     */
    delete(): void;
    /** Asynchronously deletes the file from the file system. */
    deleteImmediately(): Promise<void>;
    /** Synchronously deletes the file from the file system. */
    deleteImmediatelySync(): void;
    /** Asynchronously saves this file with any changes. */
    save(): Promise<void>;
    /** Synchronously saves this file with any changes. */
    saveSync(): void;
    /** Gets any `/// <reference path="..." />` comments. */
    getPathReferenceDirectives(): FileReference[];
    /** Gets any `/// <reference types="..." />` comments. */
    getTypeReferenceDirectives(): FileReference[];
    /** Gets any `/// <reference lib="..." />` comments. */
    getLibReferenceDirectives(): FileReference[];
    /** Gets any source files that reference this source file. */
    getReferencingSourceFiles(): SourceFile[];
    /** Gets the import and exports in other source files that reference this source file. */
    getReferencingNodesInOtherSourceFiles(): SourceFileReferencingNodes[];
    /** Gets the string literals in other source files that reference this source file. */
    getReferencingLiteralsInOtherSourceFiles(): StringLiteral[];
    /** Gets the source files this source file references in string literals. */
    getReferencedSourceFiles(): SourceFile[];
    /** Gets the nodes that reference other source files in string literals. */
    getNodesReferencingOtherSourceFiles(): SourceFileReferencingNodes[];
    /**
     * Gets the string literals in this source file that references other source files.
     * @remarks This is similar to `getImportStringLiterals()`, but `getImportStringLiterals()`
     * will return import string literals that may not be referencing another source file
     * or have not been able to be resolved.
     */
    getLiteralsReferencingOtherSourceFiles(): StringLiteral[];
    /** Gets all the descendant string literals that reference a module. */
    getImportStringLiterals(): StringLiteral[];
    /** Gets the script target of the source file. */
    getLanguageVersion(): ScriptTarget;
    /** Gets the language variant of the source file. */
    getLanguageVariant(): LanguageVariant;
    /** Gets the script kind of the source file. */
    getScriptKind(): ScriptKind;
    /** Gets if this is a declaration file. */
    isDeclarationFile(): boolean;
    /** Gets if the source file was discovered while loading an external library. */
    isFromExternalLibrary(): boolean;
    /** Gets if the source file is a descendant of a node_modules directory. */
    isInNodeModules(): boolean;
    /** Gets if this source file has been saved or if the latest changes have been saved. */
    isSaved(): boolean;
    /** Gets the pre-emit diagnostics of the specified source file. */
    getPreEmitDiagnostics(): Diagnostic[];
    /**
     * Deindents the line at the specified position.
     * @param pos - Position.
     * @param times - Times to unindent. Specify a negative value to indent.
     */
    unindent(pos: number, times?: number): this;
    /**
     * Deindents the lines within the specified range.
     * @param positionRange - Position range.
     * @param times - Times to unindent. Specify a negative value to indent.
     */
    unindent(positionRange: [number, number], times?: number): this;
    /**
     * Indents the line at the specified position.
     * @param pos - Position.
     * @param times - Times to indent. Specify a negative value to unindent.
     */
    indent(pos: number, times?: number): this;
    /**
     * Indents the lines within the specified range.
     * @param positionRange - Position range.
     * @param times - Times to indent. Specify a negative value to unindent.
     */
    indent(positionRange: [number, number], times?: number): this;
    /** Asynchronously emits the source file as a JavaScript file. */
    emit(options?: SourceFileEmitOptions): Promise<EmitResult>;
    /** Synchronously emits the source file as a JavaScript file. */
    emitSync(options?: SourceFileEmitOptions): EmitResult;
    /**
     * Gets the emit output of this source file.
     * @param options - Emit options.
     */
    getEmitOutput(options?: {
            emitOnlyDtsFiles?: boolean;
        }): EmitOutput;
    /**
     * Formats the source file text using the internal TypeScript formatting API.
     * @param settings - Format code settings.
     */
    formatText(settings?: FormatCodeSettings): void;
    /**
     * Refresh the source file from the file system.
     *
     * WARNING: When updating from the file system, this will "forget" any previously navigated nodes.
     * @returns What action ended up taking place.
     */
    refreshFromFileSystem(): Promise<FileSystemRefreshResult>;
    /**
     * Synchronously refreshes the source file from the file system.
     *
     * WARNING: When updating from the file system, this will "forget" any previously navigated nodes.
     * @returns What action ended up taking place.
     */
    refreshFromFileSystemSync(): FileSystemRefreshResult;
    /**
     * Gets the relative path to the specified path.
     * @param fileOrDirPath - The file or directory path.
     */
    getRelativePathTo(fileOrDirPath: string): string;
    /**
     * Gets the relative path to another source file.
     * @param sourceFile - Source file.
     */
    getRelativePathTo(sourceFile: SourceFile): string;
    /**
     * Gets the relative path to another directory.
     * @param directory - Directory.
     */
    getRelativePathTo(directory: Directory): string;
    /**
     * Gets the relative path to the specified file path as a module specifier.
     * @param filePath - File path.
     * @remarks To get to a directory, provide `path/to/directory/index.ts`.
     */
    getRelativePathAsModuleSpecifierTo(filePath: string): string;
    /**
     * Gets the relative path to the specified source file as a module specifier.
     * @param sourceFile - Source file.
     */
    getRelativePathAsModuleSpecifierTo(sourceFile: SourceFile): string;
    /**
     * Gets the relative path to the specified directory as a module specifier.
     * @param directory - Directory.
     */
    getRelativePathAsModuleSpecifierTo(directory: Directory): string;
    /**
     * Subscribe to when the source file is modified.
     * @param subscription - Subscription.
     * @param subscribe - Optional and defaults to true. Use an explicit false to unsubscribe.
     */
    onModified(subscription: (sender: SourceFile) => void, subscribe?: boolean): this;
    /**
     * Organizes the imports in the file.
     *
     * WARNING! This will forget all the nodes in the file! It's best to do this after you're all done with the file.
     * @param formatSettings - Format code settings.
     * @param userPreferences - User preferences for refactoring.
     */
    organizeImports(formatSettings?: FormatCodeSettings, userPreferences?: UserPreferences): this;
    /**
     * Removes all unused declarations like interfaces, classes, enums, functions, variables, parameters,
     * methods, properties, imports, etc. from this file.
     *
     * Tip: For optimal results, sometimes this method needs to be called more than once. There could be nodes
     * that are only referenced in unused declarations and in this case, another call will also remove them.
     *
     * WARNING! This will forget all the nodes in the file! It's best to do this after you're all done with the file.
     * @param formatSettings - Format code settings.
     * @param userPreferences - User preferences for refactoring.
     */
    fixUnusedIdentifiers(formatSettings?: FormatCodeSettings, userPreferences?: UserPreferences): this;
    /**
     * Code fix to add import declarations for identifiers that are referenced, but not imported in the source file.
     * @param formatSettings - Format code settings.
     * @param userPreferences - User preferences for refactoring.
     */
    fixMissingImports(formatSettings?: FormatCodeSettings, userPreferences?: UserPreferences): this;
    /**
     * Applies the text changes to the source file.
     *
     * WARNING! This will forget all the nodes in the file! It's best to do this after you're all done with the file.
     * @param textChanges - Text changes.
     */
    applyTextChanges(textChanges: ReadonlyArray<ts.TextChange | TextChange>): this;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<SourceFileStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): SourceFileStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.SourceFile>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.SourceFile>>;
}

declare function CommonIdentifierBase<T extends Constructor<CommonIdentifierBaseExtensionType>>(Base: T): Constructor<CommonIdentifierBase> & T;

interface CommonIdentifierBase {
    /** Gets the text for the identifier. */
    getText(): string;
    /**
     * Gets the definition nodes of the identifier.
     * @remarks This is similar to "go to definition" and `.getDefinitions()`, but only returns the nodes.
     */
    getDefinitionNodes(): Node[];
    /**
     * Gets the definitions of the identifier.
     * @remarks This is similar to "go to definition." Use `.getDefinitionNodes()` if you only care about the nodes.
     */
    getDefinitions(): DefinitionInfo[];
}

declare type CommonIdentifierBaseExtensionType = Node<ts.Node & {
        text: string;
    }>;
declare const ComputedPropertyNameBase: Constructor<ExpressionedNode> & typeof Node;

export declare class ComputedPropertyName extends ComputedPropertyNameBase<ts.ComputedPropertyName> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ComputedPropertyName>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ComputedPropertyName>>;
}

declare const IdentifierBase: Constructor<CommonIdentifierBase> & Constructor<ReferenceFindableNode> & Constructor<RenameableNode> & typeof PrimaryExpression;

export declare class Identifier extends IdentifierBase<ts.Identifier> {
    /**
     * Gets the implementations of the identifier.
     *
     * This is similar to "go to implementation."
     */
    getImplementations(): ImplementationLocation[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.Identifier>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.Identifier>>;
}

declare const PrivateIdentifierBase: Constructor<CommonIdentifierBase> & Constructor<ReferenceFindableNode> & Constructor<RenameableNode> & typeof Node;

export declare class PrivateIdentifier extends PrivateIdentifierBase<ts.PrivateIdentifier> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.PrivateIdentifier>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.PrivateIdentifier>>;
}

export declare class QualifiedName extends Node<ts.QualifiedName> {
    /** Gets the left side of the qualified name. */
    getLeft(): EntityName;
    /** Gets the right identifier of the qualified name. */
    getRight(): Identifier;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.QualifiedName>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.QualifiedName>>;
}

declare const BlockBase: Constructor<TextInsertableNode> & Constructor<StatementedNode> & typeof Statement;

export declare class Block extends BlockBase<ts.Block> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.Block>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.Block>>;
}

export declare class BreakStatement extends Statement<ts.BreakStatement> {
    /** Gets this break statement's label or undefined if it does not exist. */
    getLabel(): Identifier | undefined;
    /** Gets this break statement's label or throw if it does not exist. */
    getLabelOrThrow(): Identifier;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.BreakStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.BreakStatement>>;
}

declare const CaseBlockBase: Constructor<TextInsertableNode> & typeof Node;

export declare class CaseBlock extends CaseBlockBase<ts.CaseBlock> {
    /** Gets the clauses. */
    getClauses(): CaseOrDefaultClause[];
    /**
     * Removes the clause at the specified index.
     * @param index - Index.
     */
    removeClause(index: number): this;
    /**
     * Removes the clauses in the specified range.
     * @param indexRange - Index range.
     */
    removeClauses(indexRange: [number, number]): this;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.CaseBlock>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.CaseBlock>>;
}

declare const CaseClauseBase: Constructor<ExpressionedNode> & Constructor<TextInsertableNode> & Constructor<StatementedNode> & typeof Node;

export declare class CaseClause extends CaseClauseBase<ts.CaseClause> {
    /** Removes this case clause. */
    remove(): void;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.CaseClause>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.CaseClause>>;
}

declare const CatchClauseBase: typeof Node;

export declare class CatchClause extends CatchClauseBase<ts.CatchClause> {
    /** Gets this catch clause's block. */
    getBlock(): Block;
    /** Gets this catch clause's variable declaration or undefined if none exists. */
    getVariableDeclaration(): VariableDeclaration | undefined;
    /** Gets this catch clause's variable declaration or throws if none exists. */
    getVariableDeclarationOrThrow(): VariableDeclaration;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.CatchClause>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.CatchClause>>;
}

export declare class CommentStatement extends Statement<CompilerCommentStatement> {
}

export declare class ContinueStatement extends Statement<ts.ContinueStatement> {
    /** Gets this continue statement's label or undefined if it does not exist. */
    getLabel(): Identifier | undefined;
    /** Gets this continue statement's label or throw if it does not exist. */
    getLabelOrThrow(): Identifier;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ContinueStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ContinueStatement>>;
}

declare const DebuggerStatementBase: typeof Statement;

export declare class DebuggerStatement extends DebuggerStatementBase<ts.DebuggerStatement> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.DebuggerStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.DebuggerStatement>>;
}

declare const DefaultClauseBase: Constructor<TextInsertableNode> & Constructor<StatementedNode> & typeof Node;

export declare class DefaultClause extends DefaultClauseBase<ts.DefaultClause> {
    /** Removes the default clause. */
    remove(): void;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.DefaultClause>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.DefaultClause>>;
}

declare const DoStatementBase: Constructor<ExpressionedNode> & typeof IterationStatement;

export declare class DoStatement extends DoStatementBase<ts.DoStatement> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.DoStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.DoStatement>>;
}

declare const EmptyStatementBase: typeof Statement;

export declare class EmptyStatement extends EmptyStatementBase<ts.EmptyStatement> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.EmptyStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.EmptyStatement>>;
}

declare const ExpressionStatementBase: Constructor<ExpressionedNode> & Constructor<JSDocableNode> & typeof Statement;

export declare class ExpressionStatement extends ExpressionStatementBase<ts.ExpressionStatement> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ExpressionStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ExpressionStatement>>;
}

declare const ForInStatementBase: Constructor<ExpressionedNode> & typeof IterationStatement;

export declare class ForInStatement extends ForInStatementBase<ts.ForInStatement> {
    /** Gets this for in statement's initializer. */
    getInitializer(): VariableDeclarationList | Expression;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ForInStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ForInStatement>>;
}

declare const ForOfStatementBase: Constructor<ExpressionedNode> & Constructor<AwaitableNode> & typeof IterationStatement;

export declare class ForOfStatement extends ForOfStatementBase<ts.ForOfStatement> {
    /** Gets this for of statement's initializer. */
    getInitializer(): VariableDeclarationList | Expression;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ForOfStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ForOfStatement>>;
}

declare const ForStatementBase: typeof IterationStatement;

export declare class ForStatement extends ForStatementBase<ts.ForStatement> {
    /** Gets this for statement's initializer or undefined if none exists. */
    getInitializer(): VariableDeclarationList | Expression | undefined;
    /** Gets this for statement's initializer or throws if none exists. */
    getInitializerOrThrow(): Expression<ts.Expression> | VariableDeclarationList;
    /** Gets this for statement's condition or undefined if none exists. */
    getCondition(): Expression | undefined;
    /** Gets this for statement's condition or throws if none exists. */
    getConditionOrThrow(): Expression<ts.Expression>;
    /** Gets this for statement's incrementor. */
    getIncrementor(): Expression | undefined;
    /** Gets this for statement's incrementor or throws if none exists. */
    getIncrementorOrThrow(): Expression<ts.Expression>;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ForStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ForStatement>>;
}

declare const IfStatementBase: Constructor<ExpressionedNode> & typeof Statement;

export declare class IfStatement extends IfStatementBase<ts.IfStatement> {
    /** Gets this if statement's then statement. */
    getThenStatement(): Statement;
    /** Gets this if statement's else statement. */
    getElseStatement(): Statement | undefined;
    /** @inheritdoc */
    remove(): void;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.IfStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.IfStatement>>;
}

export declare class IterationStatement<T extends ts.IterationStatement = ts.IterationStatement> extends Statement<T> {
    /** Gets this iteration statement's statement. */
    getStatement(): Statement;
}

declare const LabeledStatementBase: Constructor<JSDocableNode> & typeof Statement;

export declare class LabeledStatement extends LabeledStatementBase<ts.LabeledStatement> {
    /** Gets this labeled statement's label */
    getLabel(): Identifier;
    /** Gets this labeled statement's statement */
    getStatement(): Statement;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.LabeledStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.LabeledStatement>>;
}

declare const NotEmittedStatementBase: typeof Statement;

export declare class NotEmittedStatement extends NotEmittedStatementBase<ts.NotEmittedStatement> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.NotEmittedStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.NotEmittedStatement>>;
}

declare const ReturnStatementBase: Constructor<ExpressionableNode> & typeof Statement;

export declare class ReturnStatement extends ReturnStatementBase<ts.ReturnStatement> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ReturnStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ReturnStatement>>;
}

declare const StatementBase: Constructor<ChildOrderableNode> & typeof Node;

export declare class Statement<T extends ts.Statement = ts.Statement> extends StatementBase<T> {
    /** Removes the statement. */
    remove(): void;
}

export declare function StatementedNode<T extends Constructor<StatementedNodeExtensionType>>(Base: T): Constructor<StatementedNode> & T;

export interface StatementedNode {
    /** Gets the node's statements. */
    getStatements(): Statement[];
    /** Gets the node's statements with comment statements. */
    getStatementsWithComments(): Statement[];
    /**
     * Gets the first statement that matches the provided condition or returns undefined if it doesn't exist.
     * @param findFunction - Function to find the statement by.
     */
    getStatement<T extends Statement>(findFunction: (statement: Statement) => statement is T): T | undefined;
    /**
     * Gets the first statement that matches the provided condition or returns undefined if it doesn't exist.
     * @param findFunction - Function to find the statement by.
     */
    getStatement(findFunction: (statement: Statement) => boolean): Statement | undefined;
    /**
     * Gets the first statement that matches the provided condition or throws if it doesn't exist.
     * @param findFunction - Function to find the statement by.
     */
    getStatementOrThrow<T extends Statement>(findFunction: (statement: Statement) => statement is T): T;
    /**
     * Gets the first statement that matches the provided condition or throws if it doesn't exist.
     * @param findFunction - Function to find the statement by.
     */
    getStatementOrThrow(findFunction: (statement: Statement) => boolean): Statement;
    /**
     * Gets the first statement that matches the provided syntax kind or returns undefined if it doesn't exist.
     * @param kind - Syntax kind to find the node by.
     */
    getStatementByKind<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappingsWithCommentStatements[TKind] | undefined;
    /**
     * Gets the first statement that matches the provided syntax kind or throws if it doesn't exist.
     * @param kind - Syntax kind to find the node by.
     */
    getStatementByKindOrThrow<TKind extends SyntaxKind>(kind: TKind): KindToNodeMappingsWithCommentStatements[TKind];
    /**
     * Add statements.
     * @param statements - statements to add.
     * @returns The statements that were added.
     */
    addStatements(statements: string | WriterFunction | ReadonlyArray<string | WriterFunction | StatementStructures>): Statement[];
    /**
     * Inserts statements at the specified index.
     * @param index - Child index to insert at.
     * @param statements - Statements to insert.
     * @returns The statements that were inserted.
     */
    insertStatements(index: number, statements: string | WriterFunction | ReadonlyArray<string | WriterFunction | StatementStructures>): Statement[];
    /**
     * Removes the statement at the specified index.
     * @param index - Child index to remove the statement at.
     */
    removeStatement(index: number): this;
    /**
     * Removes the statements at the specified index range.
     * @param indexRange - The start and end inclusive index range to remove.
     */
    removeStatements(indexRange: [number, number]): this;
    /**
     * Adds an class declaration as a child.
     * @param structure - Structure of the class declaration to add.
     */
    addClass(structure: OptionalKind<ClassDeclarationStructure>): ClassDeclaration;
    /**
     * Adds class declarations as a child.
     * @param structures - Structures of the class declarations to add.
     */
    addClasses(structures: ReadonlyArray<OptionalKind<ClassDeclarationStructure>>): ClassDeclaration[];
    /**
     * Inserts an class declaration as a child.
     * @param index - Child index to insert at.
     * @param structure - Structure of the class declaration to insert.
     */
    insertClass(index: number, structure: OptionalKind<ClassDeclarationStructure>): ClassDeclaration;
    /**
     * Inserts class declarations as a child.
     * @param index - Child index to insert at.
     * @param structures - Structures of the class declarations to insert.
     */
    insertClasses(index: number, structures: ReadonlyArray<OptionalKind<ClassDeclarationStructure>>): ClassDeclaration[];
    /** Gets the direct class declaration children. */
    getClasses(): ClassDeclaration[];
    /**
     * Gets a class.
     * @param name - Name of the class.
     */
    getClass(name: string): ClassDeclaration | undefined;
    /**
     * Gets a class.
     * @param findFunction - Function to use to find the class.
     */
    getClass(findFunction: (declaration: ClassDeclaration) => boolean): ClassDeclaration | undefined;
    /**
     * Gets a class or throws if it doesn't exist.
     * @param name - Name of the class.
     */
    getClassOrThrow(name: string): ClassDeclaration;
    /**
     * Gets a class or throws if it doesn't exist.
     * @param findFunction - Function to use to find the class.
     */
    getClassOrThrow(findFunction: (declaration: ClassDeclaration) => boolean): ClassDeclaration;
    /**
     * Adds an enum declaration as a child.
     * @param structure - Structure of the enum declaration to add.
     */
    addEnum(structure: OptionalKind<EnumDeclarationStructure>): EnumDeclaration;
    /**
     * Adds enum declarations as a child.
     * @param structures - Structures of the enum declarations to add.
     */
    addEnums(structures: ReadonlyArray<OptionalKind<EnumDeclarationStructure>>): EnumDeclaration[];
    /**
     * Inserts an enum declaration as a child.
     * @param index - Child index to insert at.
     * @param structure - Structure of the enum declaration to insert.
     */
    insertEnum(index: number, structure: OptionalKind<EnumDeclarationStructure>): EnumDeclaration;
    /**
     * Inserts enum declarations as a child.
     * @param index - Child index to insert at.
     * @param structures - Structures of the enum declarations to insert.
     */
    insertEnums(index: number, structures: ReadonlyArray<OptionalKind<EnumDeclarationStructure>>): EnumDeclaration[];
    /** Gets the direct enum declaration children. */
    getEnums(): EnumDeclaration[];
    /**
     * Gets an enum.
     * @param name - Name of the enum.
     */
    getEnum(name: string): EnumDeclaration | undefined;
    /**
     * Gets an enum.
     * @param findFunction - Function to use to find the enum.
     */
    getEnum(findFunction: (declaration: EnumDeclaration) => boolean): EnumDeclaration | undefined;
    /**
     * Gets an enum or throws if it doesn't exist.
     * @param name - Name of the enum.
     */
    getEnumOrThrow(name: string): EnumDeclaration;
    /**
     * Gets an enum or throws if it doesn't exist.
     * @param findFunction - Function to use to find the enum.
     */
    getEnumOrThrow(findFunction: (declaration: EnumDeclaration) => boolean): EnumDeclaration;
    /**
     * Adds a function declaration as a child.
     * @param structure - Structure of the function declaration to add.
     */
    addFunction(structure: OptionalKind<FunctionDeclarationStructure>): FunctionDeclaration;
    /**
     * Adds function declarations as a child.
     * @param structures - Structures of the function declarations to add.
     */
    addFunctions(structures: ReadonlyArray<OptionalKind<FunctionDeclarationStructure>>): FunctionDeclaration[];
    /**
     * Inserts an function declaration as a child.
     * @param index - Child index to insert at.
     * @param structure - Structure of the function declaration to insert.
     */
    insertFunction(index: number, structure: OptionalKind<FunctionDeclarationStructure>): FunctionDeclaration;
    /**
     * Inserts function declarations as a child.
     * @param index - Child index to insert at.
     * @param structures - Structures of the function declarations to insert.
     */
    insertFunctions(index: number, structures: ReadonlyArray<OptionalKind<FunctionDeclarationStructure>>): FunctionDeclaration[];
    /** Gets the direct function declaration children. */
    getFunctions(): FunctionDeclaration[];
    /**
     * Gets a function.
     * @param name - Name of the function.
     */
    getFunction(name: string): FunctionDeclaration | undefined;
    /**
     * Gets a function.
     * @param findFunction - Function to use to find the function.
     */
    getFunction(findFunction: (declaration: FunctionDeclaration) => boolean): FunctionDeclaration | undefined;
    /**
     * Gets a function or throws if it doesn't exist.
     * @param name - Name of the function.
     */
    getFunctionOrThrow(name: string): FunctionDeclaration;
    /**
     * Gets a function or throws if it doesn't exist.
     * @param findFunction - Function to use to find the function.
     */
    getFunctionOrThrow(findFunction: (declaration: FunctionDeclaration) => boolean): FunctionDeclaration;
    /**
     * Adds a interface declaration as a child.
     * @param structure - Structure of the interface declaration to add.
     */
    addInterface(structure: OptionalKind<InterfaceDeclarationStructure>): InterfaceDeclaration;
    /**
     * Adds interface declarations as a child.
     * @param structures - Structures of the interface declarations to add.
     */
    addInterfaces(structures: ReadonlyArray<OptionalKind<InterfaceDeclarationStructure>>): InterfaceDeclaration[];
    /**
     * Inserts an interface declaration as a child.
     * @param index - Child index to insert at.
     * @param structure - Structure of the interface declaration to insert.
     */
    insertInterface(index: number, structure: OptionalKind<InterfaceDeclarationStructure>): InterfaceDeclaration;
    /**
     * Inserts interface declarations as a child.
     * @param index - Child index to insert at.
     * @param structures - Structures of the interface declarations to insert.
     */
    insertInterfaces(index: number, structures: ReadonlyArray<OptionalKind<InterfaceDeclarationStructure>>): InterfaceDeclaration[];
    /** Gets the direct interface declaration children. */
    getInterfaces(): InterfaceDeclaration[];
    /**
     * Gets an interface.
     * @param name - Name of the interface.
     */
    getInterface(name: string): InterfaceDeclaration | undefined;
    /**
     * Gets an interface.
     * @param findFunction - Function to use to find the interface.
     */
    getInterface(findFunction: (declaration: InterfaceDeclaration) => boolean): InterfaceDeclaration | undefined;
    /**
     * Gets an interface or throws if it doesn't exist.
     * @param name - Name of the interface.
     */
    getInterfaceOrThrow(name: string): InterfaceDeclaration;
    /**
     * Gets an interface or throws if it doesn't exist.
     * @param findFunction - Function to use to find the interface.
     */
    getInterfaceOrThrow(findFunction: (declaration: InterfaceDeclaration) => boolean): InterfaceDeclaration;
    /**
     * Adds a module declaration as a child.
     * @param structure - Structure of the namespace declaration to add.
     */
    addModule(structure: OptionalKind<ModuleDeclarationStructure>): ModuleDeclaration;
    /**
     * Adds module declarations as a child.
     * @param structures - Structures of the namespace declarations to add.
     */
    addModules(structures: ReadonlyArray<OptionalKind<ModuleDeclarationStructure>>): ModuleDeclaration[];
    /**
     * Inserts a module declaration as a child.
     * @param index - Child index to insert at.
     * @param structure - Structure of the namespace declaration to insert.
     */
    insertModule(index: number, structure: OptionalKind<ModuleDeclarationStructure>): ModuleDeclaration;
    /**
     * Inserts module declarations as children.
     * @param index - Child index to insert at.
     * @param structures - Structures of the namespace declarations to insert.
     */
    insertModules(index: number, structures: ReadonlyArray<OptionalKind<ModuleDeclarationStructure>>): ModuleDeclaration[];
    /** Gets the module declaration children. */
    getModules(): ModuleDeclaration[];
    /**
     * Gets a module declaration child by name.
     * @param name - Name of the namespace.
     */
    getModule(name: string): ModuleDeclaration | undefined;
    /**
     * Gets a module declaration child by condition.
     * @param findFunction - Function to use to find the namespace.
     */
    getModule(findFunction: (declaration: ModuleDeclaration) => boolean): ModuleDeclaration | undefined;
    /**
     * Gets a module declaration child by name or throws if it doesn't exist.
     * @param name - Name of the namespace.
     */
    getModuleOrThrow(name: string): ModuleDeclaration;
    /**
     * Gets a module declaration child by condition or throws if it doesn't exist.
     * @param findFunction - Function to use to find the namespace.
     */
    getModuleOrThrow(findFunction: (declaration: ModuleDeclaration) => boolean): ModuleDeclaration;
    /**
     * Adds a type alias declaration as a child.
     * @param structure - Structure of the type alias declaration to add.
     */
    addTypeAlias(structure: OptionalKind<TypeAliasDeclarationStructure>): TypeAliasDeclaration;
    /**
     * Adds type alias declarations as a child.
     * @param structures - Structures of the type alias declarations to add.
     */
    addTypeAliases(structures: ReadonlyArray<OptionalKind<TypeAliasDeclarationStructure>>): TypeAliasDeclaration[];
    /**
     * Inserts an type alias declaration as a child.
     * @param index - Child index to insert at.
     * @param structure - Structure of the type alias declaration to insert.
     */
    insertTypeAlias(index: number, structure: OptionalKind<TypeAliasDeclarationStructure>): TypeAliasDeclaration;
    /**
     * Inserts type alias declarations as a child.
     * @param index - Child index to insert at.
     * @param structures - Structures of the type alias declarations to insert.
     */
    insertTypeAliases(index: number, structures: ReadonlyArray<OptionalKind<TypeAliasDeclarationStructure>>): TypeAliasDeclaration[];
    /** Gets the direct type alias declaration children. */
    getTypeAliases(): TypeAliasDeclaration[];
    /**
     * Gets a type alias.
     * @param name - Name of the type alias.
     */
    getTypeAlias(name: string): TypeAliasDeclaration | undefined;
    /**
     * Gets a type alias.
     * @param findFunction - Function to use to find the type alias.
     */
    getTypeAlias(findFunction: (declaration: TypeAliasDeclaration) => boolean): TypeAliasDeclaration | undefined;
    /**
     * Gets a type alias or throws if it doesn't exist.
     * @param name - Name of the type alias.
     */
    getTypeAliasOrThrow(name: string): TypeAliasDeclaration;
    /**
     * Gets a type alias or throws if it doesn't exist.
     * @param findFunction - Function to use to find the type alias.
     */
    getTypeAliasOrThrow(findFunction: (declaration: TypeAliasDeclaration) => boolean): TypeAliasDeclaration;
    /**
     * Adds a variable statement.
     * @param structure - Structure of the variable statement.
     */
    addVariableStatement(structure: OptionalKind<VariableStatementStructure>): VariableStatement;
    /**
     * Adds variable statements.
     * @param structures - Structures of the variable statements.
     */
    addVariableStatements(structures: ReadonlyArray<OptionalKind<VariableStatementStructure>>): VariableStatement[];
    /**
     * Inserts a variable statement.
     * @param structure - Structure of the variable statement.
     */
    insertVariableStatement(index: number, structure: OptionalKind<VariableStatementStructure>): VariableStatement;
    /**
     * Inserts variable statements.
     * @param structures - Structures of the variable statements.
     */
    insertVariableStatements(index: number, structures: ReadonlyArray<OptionalKind<VariableStatementStructure>>): VariableStatement[];
    /** Gets the direct variable statement children. */
    getVariableStatements(): VariableStatement[];
    /**
     * Gets a variable statement.
     * @param name - Name of one of the variable statement's declarations.
     */
    getVariableStatement(name: string): VariableStatement | undefined;
    /**
     * Gets a variable statement.
     * @param findFunction - Function to use to find the variable statement.
     */
    getVariableStatement(findFunction: (declaration: VariableStatement) => boolean): VariableStatement | undefined;
    /**
     * Gets a variable statement or throws if it doesn't exist.
     * @param name - Name of one of the variable statement's declarations.
     */
    getVariableStatementOrThrow(name: string): VariableStatement;
    /**
     * Gets a variable statement or throws if it doesn't exist.
     * @param findFunction - Function to use to find the variable statement.
     */
    getVariableStatementOrThrow(findFunction: (declaration: VariableStatement) => boolean): VariableStatement;
    /**
     * Gets all the variable declarations within the variable statement children.
     * @remarks This does not return the variable declarations within for statements or for of statements.
     */
    getVariableDeclarations(): VariableDeclaration[];
    /**
     * Gets a variable declaration.
     * @param name - Name of the variable declaration.
     */
    getVariableDeclaration(name: string): VariableDeclaration | undefined;
    /**
     * Gets a variable declaration.
     * @param findFunction - Function to use to find the variable declaration.
     */
    getVariableDeclaration(findFunction: (declaration: VariableDeclaration) => boolean): VariableDeclaration | undefined;
    /**
     * Gets a variable declaration or throws if it doesn't exist.
     * @param name - Name of the variable declaration.
     */
    getVariableDeclarationOrThrow(name: string): VariableDeclaration;
    /**
     * Gets a variable declaration or throws if it doesn't exist.
     * @param findFunction - Function to use to find the variable declaration.
     */
    getVariableDeclarationOrThrow(findFunction: (declaration: VariableDeclaration) => boolean): VariableDeclaration;
}

declare type StatementedNodeExtensionType = Node<ts.SourceFile | ts.FunctionDeclaration | ts.ModuleDeclaration | ts.FunctionLikeDeclaration | ts.CaseClause | ts.DefaultClause | ts.ModuleBlock>;

export interface KindToNodeMappingsWithCommentStatements extends ImplementedKindToNodeMappings {
    [kind: number]: Node;
    [SyntaxKind.SingleLineCommentTrivia]: CommentStatement;
    [SyntaxKind.MultiLineCommentTrivia]: CommentStatement;
}

declare const SwitchStatementBase: Constructor<ExpressionedNode> & typeof Statement;

export declare class SwitchStatement extends SwitchStatementBase<ts.SwitchStatement> {
    /** Gets this switch statement's case block. */
    getCaseBlock(): CaseBlock;
    /** Gets the switch statement's case block's clauses. */
    getClauses(): CaseOrDefaultClause[];
    /**
     * Removes the specified clause based on the provided index.
     * @param index - Index.
     */
    removeClause(index: number): CaseBlock;
    /**
     * Removes the specified clauses based on the provided index range.
     * @param indexRange - Index range.
     */
    removeClauses(indexRange: [number, number]): CaseBlock;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.SwitchStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.SwitchStatement>>;
}

declare const ThrowStatementBase: Constructor<ExpressionedNode> & typeof Statement;

export declare class ThrowStatement extends ThrowStatementBase<ts.ThrowStatement> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ThrowStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ThrowStatement>>;
}

declare const TryStatementBase: typeof Statement;

export declare class TryStatement extends TryStatementBase<ts.TryStatement> {
    /** Gets this try statement's try block. */
    getTryBlock(): Block;
    /** Gets this try statement's catch clause or undefined if none exists. */
    getCatchClause(): CatchClause | undefined;
    /** Gets this try statement's catch clause or throws if none exists. */
    getCatchClauseOrThrow(): CatchClause;
    /** Gets this try statement's finally block or undefined if none exists. */
    getFinallyBlock(): Block | undefined;
    /** Gets this try statement's finally block or throws if none exists. */
    getFinallyBlockOrThrow(): Block;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TryStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TryStatement>>;
}

declare const VariableStatementBase: Constructor<ModuleChildableNode> & Constructor<JSDocableNode> & Constructor<AmbientableNode> & Constructor<ExportableNode> & Constructor<ModifierableNode> & typeof Statement;

export declare class VariableStatement extends VariableStatementBase<ts.VariableStatement> {
    /** Get variable declaration list. */
    getDeclarationList(): VariableDeclarationList;
    /** Get the variable declarations. */
    getDeclarations(): VariableDeclaration[];
    /** Gets the variable declaration kind. */
    getDeclarationKind(): VariableDeclarationKind;
    /** Gets the variable declaration kind keyword. */
    getDeclarationKindKeyword(): Node<ts.Node>;
    /**
     * Sets the variable declaration kind.
     * @param type - Type to set.
     */
    setDeclarationKind(type: VariableDeclarationKind): VariableDeclarationList;
    /**
     * Add a variable declaration to the statement.
     * @param structure - Structure representing the variable declaration to add.
     */
    addDeclaration(structure: OptionalKind<VariableDeclarationStructure>): VariableDeclaration;
    /**
     * Adds variable declarations to the statement.
     * @param structures - Structures representing the variable declarations to add.
     */
    addDeclarations(structures: ReadonlyArray<OptionalKind<VariableDeclarationStructure>>): VariableDeclaration[];
    /**
     * Inserts a variable declaration at the specified index within the statement.
     * @param index - Child index to insert at.
     * @param structure - Structure representing the variable declaration to insert.
     */
    insertDeclaration(index: number, structure: OptionalKind<VariableDeclarationStructure>): VariableDeclaration;
    /**
     * Inserts variable declarations at the specified index within the statement.
     * @param index - Child index to insert at.
     * @param structures - Structures representing the variable declarations to insert.
     */
    insertDeclarations(index: number, structures: ReadonlyArray<OptionalKind<VariableDeclarationStructure>>): VariableDeclaration[];
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<VariableStatementStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): VariableStatementStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.VariableStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.VariableStatement>>;
}

declare const WhileStatementBase: Constructor<ExpressionedNode> & typeof IterationStatement;

export declare class WhileStatement extends WhileStatementBase<ts.WhileStatement> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.WhileStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.WhileStatement>>;
}

declare const WithStatementBase: Constructor<ExpressionedNode> & typeof Statement;

export declare class WithStatement extends WithStatementBase<ts.WithStatement> {
    /** Gets this with statement's statement. */
    getStatement(): Statement;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.WithStatement>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.WithStatement>>;
}

export declare class ArrayTypeNode extends TypeNode<ts.ArrayTypeNode> {
    /** Gets the array type node's element type node. */
    getElementTypeNode(): TypeNode;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ArrayTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ArrayTypeNode>>;
}

export declare class ConditionalTypeNode extends TypeNode<ts.ConditionalTypeNode> {
    /**
     * Gets the conditional type node's check type.
     *
     * Ex. In `CheckType extends ExtendsType ? TrueType : FalseType` returns `CheckType`.
     */
    getCheckType(): TypeNode<ts.TypeNode>;
    /**
     * Gets the conditional type node's extends type.
     *
     * Ex. In `CheckType extends ExtendsType ? TrueType : FalseType` returns `ExtendsType`.
     */
    getExtendsType(): TypeNode<ts.TypeNode>;
    /**
     * Gets the conditional type node's true type.
     *
     * Ex. In `CheckType extends ExtendsType ? TrueType : FalseType` returns `TrueType`.
     */
    getTrueType(): TypeNode<ts.TypeNode>;
    /**
     * Gets the conditional type node's false type.
     *
     * Ex. In `CheckType extends ExtendsType ? TrueType : FalseType` returns `FalseType`.
     */
    getFalseType(): TypeNode<ts.TypeNode>;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ConditionalTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ConditionalTypeNode>>;
}

declare const ConstructorTypeNodeBase: Constructor<AbstractableNode> & Constructor<ModifierableNode> & typeof FunctionOrConstructorTypeNodeBase;

export declare class ConstructorTypeNode extends ConstructorTypeNodeBase<ts.ConstructorTypeNode> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ConstructorTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ConstructorTypeNode>>;
}

declare const ExpressionWithTypeArgumentsBase: Constructor<LeftHandSideExpressionedNode> & typeof TypeNode;

export declare class ExpressionWithTypeArguments extends ExpressionWithTypeArgumentsBase<ts.ExpressionWithTypeArguments> {
    /** Gets the type arguments. */
    getTypeArguments(): TypeNode[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ExpressionWithTypeArguments>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ExpressionWithTypeArguments>>;
}

declare const FunctionOrConstructorTypeNodeBaseBase: Constructor<SignaturedDeclaration> & typeof TypeNode;

export declare class FunctionOrConstructorTypeNodeBase<T extends ts.FunctionOrConstructorTypeNode = ts.FunctionOrConstructorTypeNode> extends FunctionOrConstructorTypeNodeBaseBase<T> {
}

declare const FunctionTypeNodeBase: Constructor<TypeParameteredNode> & typeof FunctionOrConstructorTypeNodeBase;

export declare class FunctionTypeNode extends FunctionTypeNodeBase<ts.FunctionTypeNode> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.FunctionTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.FunctionTypeNode>>;
}

declare const ImportTypeNodeBase: Constructor<TypeArgumentedNode> & typeof TypeNode;

export declare class ImportTypeNode extends ImportTypeNodeBase<ts.ImportTypeNode> {
    /**
     * Sets the argument text.
     * @param text - Text of the argument.
     */
    setArgument(text: string): this;
    /** Gets the argument passed into the import type. */
    getArgument(): TypeNode;
    /**
     * Sets the qualifier text.
     * @param text - Text.
     */
    setQualifier(text: string): this;
    /** Gets the qualifier of the import type if it exists or throws */
    getQualifierOrThrow(): EntityName;
    /** Gets the qualifier of the import type if it exists or returns undefined. */
    getQualifier(): EntityName | undefined;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ImportTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ImportTypeNode>>;
}

export declare class IndexedAccessTypeNode extends TypeNode<ts.IndexedAccessTypeNode> {
    /**
     * Gets the indexed access type node's object type node.
     *
     * This is `MyObjectType` in `MyObjectType["myIndex"]`.
     */
    getObjectTypeNode(): TypeNode;
    /**
     * Gets the indexed access type node's index type node.
     *
     * This is `"myIndex"` in `MyObjectType["myIndex"]`.
     */
    getIndexTypeNode(): TypeNode;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.IndexedAccessTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.IndexedAccessTypeNode>>;
}

export declare class InferTypeNode extends TypeNode<ts.InferTypeNode> {
    /**
     * Gets the infer type node's type parameter.
     *
     * Ex. In `infer R` returns `R`.
     */
    getTypeParameter(): TypeParameterDeclaration;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.InferTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.InferTypeNode>>;
}

export declare class IntersectionTypeNode extends TypeNode<ts.IntersectionTypeNode> {
    /** Gets the intersection type nodes. */
    getTypeNodes(): TypeNode[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.IntersectionTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.IntersectionTypeNode>>;
}

export declare class LiteralTypeNode extends TypeNode<ts.LiteralTypeNode> {
    /** Gets the literal type node's literal. */
    getLiteral(): NullLiteral | BooleanLiteral | LiteralExpression | PrefixUnaryExpression;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.LiteralTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.LiteralTypeNode>>;
}

export declare class MappedTypeNode extends TypeNode<ts.MappedTypeNode> {
    /** Gets the mapped type node's name type node if any. */
    getNameTypeNode(): TypeNode | undefined;
    /** Gets the mapped type node's name type node or throws if it doesn't exist. */
    getNameTypeNodeOrThrow(): TypeNode;
    /** Gets the mapped type's readonly token. */
    getReadonlyToken(): Node<ts.ReadonlyKeyword> | Node<ts.PlusToken> | Node<ts.MinusToken> | undefined;
    /** Gets the mapped type's readonly token or throws if not exist. */
    getReadonlyTokenOrThrow(): Node<ts.ReadonlyKeyword> | Node<ts.PlusToken> | Node<ts.MinusToken>;
    /** Gets the mapped type's question token. */
    getQuestionToken(): Node<ts.QuestionToken> | Node<ts.PlusToken> | Node<ts.MinusToken> | undefined;
    /** Gets the mapped type's question token or throws if not exist. */
    getQuestionTokenOrThrow(): Node<ts.QuestionToken> | Node<ts.PlusToken> | Node<ts.MinusToken>;
    /** Gets the mapped type node's type parameter. */
    getTypeParameter(): TypeParameterDeclaration;
    /** Gets the mapped type node's type node if it exists or returns undefined when not. */
    getTypeNode(): TypeNode | undefined;
    /** Gets the mapped type node's type node if it exists or throws when undefined. */
    getTypeNodeOrThrow(): TypeNode;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.MappedTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.MappedTypeNode>>;
}

declare const NamedTupleMemberBase: Constructor<TypedNode> & Constructor<QuestionTokenableNode> & Constructor<DotDotDotTokenableNode> & Constructor<JSDocableNode> & Constructor<NamedNode> & typeof TypeNode;

/**
 * A named/labeled tuple element.
 *
 * Ex. `start: number` in `type Range = [start: number, end: number]`
 */
export declare class NamedTupleMember extends NamedTupleMemberBase<ts.NamedTupleMember> {
    /** Gets the named tuple type's type. */
    getTypeNode(): TypeNode<ts.TypeNode>;
    /** Throws. This is not supported for NamedTupleMember. */
    removeType(): never;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.NamedTupleMember>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.NamedTupleMember>>;
}

export declare class ParenthesizedTypeNode extends TypeNode<ts.ParenthesizedTypeNode> {
    /** Gets the node within the parentheses. */
    getTypeNode(): TypeNode;
    /**
     * Sets the type within the parentheses.
     * @param textOrWriterFunction - Text or writer function to set the type with.
     */
    setType(textOrWriterFunction: string | WriterFunction): this;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ParenthesizedTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ParenthesizedTypeNode>>;
}

export declare class TemplateLiteralTypeNode extends TypeNode<ts.TemplateLiteralTypeNode> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TemplateLiteralTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TemplateLiteralTypeNode>>;
}

export declare class ThisTypeNode extends TypeNode<ts.ThisTypeNode> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.ThisTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.ThisTypeNode>>;
}

export declare class TupleTypeNode extends TypeNode<ts.TupleTypeNode> {
    /** Gets the tuple element type nodes. */
    getElements(): (TypeNode<ts.TypeNode> | NamedTupleMember)[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TupleTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TupleTypeNode>>;
}

declare const TypeAliasDeclarationBase: Constructor<TypeParameteredNode> & Constructor<TypedNode> & Constructor<JSDocableNode> & Constructor<AmbientableNode> & Constructor<ExportableNode> & Constructor<ModifierableNode> & Constructor<NamedNode> & typeof Statement;

export declare class TypeAliasDeclaration extends TypeAliasDeclarationBase<ts.TypeAliasDeclaration> {
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<TypeAliasDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): TypeAliasDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TypeAliasDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TypeAliasDeclaration>>;
}

declare const TypeLiteralNodeBase: Constructor<TypeElementMemberedNode> & typeof TypeNode;

export declare class TypeLiteralNode extends TypeLiteralNodeBase<ts.TypeLiteralNode> {
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TypeLiteralNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TypeLiteralNode>>;
}

export declare class TypeNode<T extends ts.TypeNode = ts.TypeNode> extends Node<T> {
}

declare const TypeParameterDeclarationBase: Constructor<NamedNode> & typeof Node;

export declare class TypeParameterDeclaration extends TypeParameterDeclarationBase<ts.TypeParameterDeclaration> {
    /** Gets the constraint of the type parameter. */
    getConstraint(): TypeNode | undefined;
    /** Gets the constraint of the type parameter or throws if it doesn't exist. */
    getConstraintOrThrow(): TypeNode<ts.TypeNode>;
    /**
     * Sets the type parameter constraint.
     * @param text - Text to set as the constraint.
     */
    setConstraint(text: string | WriterFunction): this;
    /** Removes the constraint type node. */
    removeConstraint(): this;
    /** Gets the default node of the type parameter. */
    getDefault(): TypeNode | undefined;
    /** Gets the default node of the type parameter or throws if it doesn't exist. */
    getDefaultOrThrow(): TypeNode<ts.TypeNode>;
    /**
     * Sets the type parameter default type node.
     * @param text - Text to set as the default type node.
     */
    setDefault(text: string | WriterFunction): this;
    /** Removes the default type node. */
    removeDefault(): this;
    /** Removes this type parameter. */
    remove(): void;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<TypeParameterDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): TypeParameterDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TypeParameterDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TypeParameterDeclaration>>;
}

/**
 * A type predicate node which says the specified parameter name is a specific type if the function returns true.
 *
 * Examples:
 * * `param is string` in `declare function isString(param: unknown): param is string;`.
 * * `asserts condition` in `declare function assert(condition: any): asserts condition;`.
 */
export declare class TypePredicateNode extends TypeNode<ts.TypePredicateNode> {
    /** Gets the parameter name node */
    getParameterNameNode(): Identifier | ThisTypeNode;
    /** Gets if the type predicate has an `asserts` modifier (ex. `asserts condition`). */
    hasAssertsModifier(): boolean;
    /** Gets the asserts modifier if it exists. */
    getAssertsModifier(): Node<ts.AssertsKeyword> | undefined;
    /** Gets the asserts modifier if it exists or throws otherwise. */
    getAssertsModifierOrThrow(): Node<ts.AssertsKeyword>;
    /** Gets the type name if it exists or returns undefined when it asserts a condition. */
    getTypeNode(): TypeNode | undefined;
    /** Gets the type name if it exists or throws when it asserts a condition. */
    getTypeNodeOrThrow(): TypeNode;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TypePredicateNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TypePredicateNode>>;
}

export declare class TypeReferenceNode extends TypeNode<ts.TypeReferenceNode> {
    /** Gets the type name. */
    getTypeName(): EntityName;
    /** Gets the type arguments. */
    getTypeArguments(): TypeNode[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.TypeReferenceNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.TypeReferenceNode>>;
}

export declare class UnionTypeNode extends TypeNode<ts.UnionTypeNode> {
    /** Gets the union type nodes. */
    getTypeNodes(): TypeNode[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.UnionTypeNode>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.UnionTypeNode>>;
}

declare const VariableDeclarationBase: Constructor<ExportGetableNode> & Constructor<ExclamationTokenableNode> & Constructor<TypedNode> & Constructor<InitializerExpressionableNode> & Constructor<BindingNamedNode> & typeof Node;

export declare class VariableDeclaration extends VariableDeclarationBase<ts.VariableDeclaration> {
    /** Removes this variable declaration. */
    remove(): void;
    /** Gets the corresponding variable statement if it exists. Throws for variable declarations in for statements. */
    getVariableStatementOrThrow(): VariableStatement;
    /** Gets the corresponding variable statement if it exists. Returns undefined for variable declarations in for statements. */
    getVariableStatement(): VariableStatement | undefined;
    /**
     * Sets the node from a structure.
     * @param structure - Structure to set the node with.
     */
    set(structure: Partial<VariableDeclarationStructure>): this;
    /** Gets the structure equivalent to this node. */
    getStructure(): VariableDeclarationStructure;
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.VariableDeclaration>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.VariableDeclaration>>;
}

export declare enum VariableDeclarationKind {
    Var = "var",
    Let = "let",
    Const = "const"
}

declare const VariableDeclarationListBase: Constructor<ModifierableNode> & typeof Node;

export declare class VariableDeclarationList extends VariableDeclarationListBase<ts.VariableDeclarationList> {
    /** Get the variable declarations. */
    getDeclarations(): VariableDeclaration[];
    /** Gets the variable declaration kind. */
    getDeclarationKind(): VariableDeclarationKind;
    /** Gets the variable declaration kind keyword. */
    getDeclarationKindKeyword(): Node;
    /**
     * Sets the variable declaration kind.
     * @param type - Type to set.
     */
    setDeclarationKind(type: VariableDeclarationKind): this;
    /**
     * Add a variable declaration to the statement.
     * @param structure - Structure representing the variable declaration to add.
     */
    addDeclaration(structure: OptionalKind<VariableDeclarationStructure>): VariableDeclaration;
    /**
     * Adds variable declarations to the statement.
     * @param structures - Structures representing the variable declarations to add.
     */
    addDeclarations(structures: ReadonlyArray<OptionalKind<VariableDeclarationStructure>>): VariableDeclaration[];
    /**
     * Inserts a variable declaration at the specified index within the statement.
     * @param index - Child index to insert at.
     * @param structure - Structure representing the variable declaration to insert.
     */
    insertDeclaration(index: number, structure: OptionalKind<VariableDeclarationStructure>): VariableDeclaration;
    /**
     * Inserts variable declarations at the specified index within the statement.
     * @param index - Child index to insert at.
     * @param structures - Structures representing the variable declarations to insert.
     */
    insertDeclarations(index: number, structures: ReadonlyArray<OptionalKind<VariableDeclarationStructure>>): VariableDeclaration[];
    /** @inheritdoc **/
    getParent(): NodeParentType<ts.VariableDeclarationList>;
    /** @inheritdoc **/
    getParentOrThrow(): NonNullable<NodeParentType<ts.VariableDeclarationList>>;
}

export declare class Signature {
    private constructor();
    /** Gets the underlying compiler signature. */
    get compilerSignature(): ts.Signature;
    /** Gets the type parameters. */
    getTypeParameters(): TypeParameter[];
    /** Gets the parameters. */
    getParameters(): Symbol[];
    /** Gets the signature return type. */
    getReturnType(): Type;
    /** Get the documentation comments. */
    getDocumentationComments(): SymbolDisplayPart[];
    /** Gets the JS doc tags. */
    getJsDocTags(): JSDocTagInfo[];
    /** Gets the signature's declaration. */
    getDeclaration(): MethodSignature | MethodDeclaration | ConstructorDeclaration | GetAccessorDeclaration | SetAccessorDeclaration | CallSignatureDeclaration | ConstructSignatureDeclaration | IndexSignatureDeclaration | FunctionTypeNode | ConstructorTypeNode | FunctionExpression | ArrowFunction | FunctionDeclaration | JSDocFunctionType;
}

export declare class Symbol {
    private constructor();
    /** Gets the underlying compiler symbol. */
    get compilerSymbol(): ts.Symbol;
    /** Gets the symbol name. */
    getName(): string;
    /** Gets the escaped name. */
    getEscapedName(): string;
    /** Gets the aliased symbol or throws if it doesn't exist. */
    getAliasedSymbolOrThrow(): Symbol;
    /** Follows a single alias to get the immediately aliased symbol or returns undefined if it doesn't exist. */
    getImmediatelyAliasedSymbol(): Symbol | undefined;
    /** Follows a single alias to get the immediately aliased symbol or throws if it doesn't exist. */
    getImmediatelyAliasedSymbolOrThrow(): Symbol;
    /** Gets the aliased symbol or returns undefined if it doesn't exist. */
    getAliasedSymbol(): Symbol | undefined;
    /**
     * Gets the export symbol of the symbol if its a local symbol with a corresponding export symbol. Otherwise returns the current symbol.
     *
     * The following is from the compiler API documentation:
     *
     * For example, at `export type T = number;`:
     *     - `getSymbolAtLocation` at the location `T` will return the exported symbol for `T`.
     *     - But the result of `getSymbolsInScope` will contain the *local* symbol for `T`, not the exported symbol.
     *     - Calling `getExportSymbol` on that local symbol will return the exported symbol.
     */
    getExportSymbol(): Symbol;
    /** Gets if the symbol is an alias. */
    isAlias(): boolean;
    /** Gets the symbol flags. */
    getFlags(): SymbolFlags;
    /**
     * Gets if the symbol has the specified flags.
     * @param flags - Flags to check if the symbol has.
     */
    hasFlags(flags: SymbolFlags): boolean;
    /** Gets the value declaration of a symbol or throws if it doesn't exist. */
    getValueDeclarationOrThrow(): Node;
    /** Gets the value declaration of the symbol or returns undefined if it doesn't exist. */
    getValueDeclaration(): Node | undefined;
    /** Gets the symbol declarations. */
    getDeclarations(): Node[];
    /**
     * Gets the export of the symbol by the specified name or throws if not exists.
     * @param name - Name of the export.
     */
    getExportOrThrow(name: string): Symbol;
    /**
     * Gets the export of the symbol by the specified name or returns undefined if not exists.
     * @param name - Name of the export.
     */
    getExport(name: string): Symbol | undefined;
    /** Gets the exports from the symbol. */
    getExports(): Symbol[];
    /**
     * Gets the global export of the symbol by the specified name or throws if not exists.
     * @param name - Name of the global export.
     */
    getGlobalExportOrThrow(name: string): Symbol;
    /**
     * Gets the global export of the symbol by the specified name or returns undefined if not exists.
     * @param name - Name of the global export.
     */
    getGlobalExport(name: string): Symbol | undefined;
    /** Gets the global exports from the symbol. */
    getGlobalExports(): Symbol[];
    /**
     * Gets the member of the symbol by the specified name or throws if not exists.
     * @param name - Name of the export.
     */
    getMemberOrThrow(name: string): Symbol;
    /**
     * Gets the member of the symbol by the specified name or returns undefined if not exists.
     * @param name - Name of the member.
     */
    getMember(name: string): Symbol | undefined;
    /** Gets the members of the symbol */
    getMembers(): Symbol[];
    /** Gets the declared type of the symbol. */
    getDeclaredType(): Type;
    /**
     * Gets the type of the symbol at a location.
     * @param node - Location to get the type at for this symbol.
     */
    getTypeAtLocation(node: Node): Type<ts.Type>;
    /** Gets the fully qualified name. */
    getFullyQualifiedName(): string;
    /** Gets the JS doc tag infos of the symbol. */
    getJsDocTags(): JSDocTagInfo[];
}

export interface FormatCodeSettings extends ts.FormatCodeSettings {
    ensureNewLineAtEndOfFile?: boolean;
}

/** Options for renaming a node. */
export interface RenameOptions {
    /**
     * Whether comments referencing this node should be renamed.
     * @remarks False by default.
     */
    renameInComments?: boolean;
    /**
     * Whether strings referencing this node should be renamed.
     * @remarks False by default.
     */
    renameInStrings?: boolean;
    /**
     * Whether to enable renaming shorthand property assignments, binding elements, and import & export specifiers without changing behaviour.
     * @remarks Defaults to the `usePrefixAndSuffixTextForRename` manipulation setting.
     * This setting is only available when using TypeScript 3.4+.
     */
    usePrefixAndSuffixText?: boolean;
}

/** User preferences for refactoring. */
export interface UserPreferences extends ts.UserPreferences {
}

export declare class LanguageService {
    private constructor();
    /** Gets the compiler language service. */
    get compilerObject(): ts.LanguageService;
    /** Gets the language service's program. */
    getProgram(): Program;
    /**
     * Gets the definitions for the specified node.
     * @param node - Node.
     */
    getDefinitions(node: Node): DefinitionInfo[];
    /**
     * Gets the definitions at the specified position.
     * @param sourceFile - Source file.
     * @param pos - Position.
     */
    getDefinitionsAtPosition(sourceFile: SourceFile, pos: number): DefinitionInfo[];
    /**
     * Gets the implementations for the specified node.
     * @param node - Node.
     */
    getImplementations(node: Node): ImplementationLocation[];
    /**
     * Gets the implementations at the specified position.
     * @param sourceFile - Source file.
     * @param pos - Position.
     */
    getImplementationsAtPosition(sourceFile: SourceFile, pos: number): ImplementationLocation[];
    /**
     * Finds references based on the specified node.
     * @param node - Node to find references for.
     */
    findReferences(node: Node): ReferencedSymbol[];
    /**
     * Finds the nodes that reference the definition(s) of the specified node.
     * @param node - Node.
     */
    findReferencesAsNodes(node: Node): Node<ts.Node>[];
    /**
     * Finds references based on the specified position.
     * @param sourceFile - Source file.
     * @param pos - Position to find the reference at.
     */
    findReferencesAtPosition(sourceFile: SourceFile, pos: number): ReferencedSymbol[];
    /**
     * Find the rename locations for the specified node.
     * @param node - Node to get the rename locations for.
     * @param options - Options for renaming.
     */
    findRenameLocations(node: Node, options?: RenameOptions): RenameLocation[];
    /**
     * Gets the suggestion diagnostics.
     * @param filePathOrSourceFile - The source file or file path to get suggestions for.
     */
    getSuggestionDiagnostics(filePathOrSourceFile: SourceFile | string): DiagnosticWithLocation[];
    /**
     * Gets the formatting edits for a range.
     * @param filePath - File path.
     * @param range - Position range.
     * @param formatSettings - Format code settings.
     */
    getFormattingEditsForRange(filePath: string, range: [number, number], formatSettings: FormatCodeSettings): TextChange[];
    /**
     * Gets the formatting edits for a document.
     * @param filePath - File path of the source file.
     * @param formatSettings - Format code settings.
     */
    getFormattingEditsForDocument(filePath: string, formatSettings: FormatCodeSettings): TextChange[];
    /**
     * Gets the formatted text for a document.
     * @param filePath - File path of the source file.
     * @param formatSettings - Format code settings.
     */
    getFormattedDocumentText(filePath: string, formatSettings: FormatCodeSettings): string;
    /**
     * Gets the emit output of a source file.
     * @param sourceFile - Source file.
     * @param emitOnlyDtsFiles - Whether to only emit the d.ts files.
     */
    getEmitOutput(sourceFile: SourceFile, emitOnlyDtsFiles?: boolean): EmitOutput;
    /**
     * Gets the emit output of a source file.
     * @param filePath - File path.
     * @param emitOnlyDtsFiles - Whether to only emit the d.ts files.
     */
    getEmitOutput(filePath: string, emitOnlyDtsFiles?: boolean): EmitOutput;
    /**
     * Gets the indentation at the specified position.
     * @param sourceFile - Source file.
     * @param position - Position.
     * @param settings - Editor settings.
     */
    getIdentationAtPosition(sourceFile: SourceFile, position: number, settings?: EditorSettings): number;
    /**
     * Gets the indentation at the specified position.
     * @param filePath - File path.
     * @param position - Position.
     * @param settings - Editor settings.
     */
    getIdentationAtPosition(filePath: string, position: number, settings?: EditorSettings): number;
    /**
     * Gets the file text changes for organizing the imports in a source file.
     *
     * @param sourceFile - Source file.
     * @param formatSettings - Format code settings.
     * @param userPreferences - User preferences for refactoring.
     */
    organizeImports(sourceFile: SourceFile, formatSettings?: FormatCodeSettings, userPreferences?: UserPreferences): FileTextChanges[];
    /**
     * Gets the file text changes for organizing the imports in a source file.
     *
     * @param filePath - File path of the source file.
     * @param formatSettings - Format code settings.
     * @param userPreferences - User preferences for refactoring.
     */
    organizeImports(filePath: string, formatSettings?: FormatCodeSettings, userPreferences?: UserPreferences): FileTextChanges[];
    /**
     * Gets the edit information for applying a refactor at a the provided position in a source file.
     * @param filePathOrSourceFile - File path or source file to get the edits for.
     * @param formatSettings - Fomat code settings.
     * @param positionOrRange - Position in the source file where to apply given refactor.
     * @param refactorName - Refactor name.
     * @param actionName - Refactor action name.
     * @param preferences - User preferences for refactoring.
     */
    getEditsForRefactor(filePathOrSourceFile: string | SourceFile, formatSettings: FormatCodeSettings, positionOrRange: number | {
            getPos(): number;
            getEnd(): number;
        }, refactorName: string, actionName: string, preferences?: UserPreferences): RefactorEditInfo | undefined;
    /**
     * Gets file changes and actions to perform for the provided fixId.
     * @param filePathOrSourceFile - File path or source file to get the combined code fixes for.
     * @param fixId - Identifier for the code fix (ex. "fixMissingImport"). These ids are found in the `ts.codefix` namespace in the compiler api source.
     * @param formatSettings - Format code settings.
     * @param preferences - User preferences for refactoring.
     */
    getCombinedCodeFix(filePathOrSourceFile: string | SourceFile, fixId: {}, formatSettings?: FormatCodeSettings, preferences?: UserPreferences): CombinedCodeActions;
    /**
     * Gets the edit information for applying a code fix at the provided text range in a source file.
     * @param filePathOrSourceFile - File path or source file to get the code fixes for.
     * @param start - Start position of the text range to be fixed.
     * @param end - End position of the text range to be fixed.
     * @param errorCodes - One or more error codes associated with the code fixes to retrieve.
     * @param formatOptions - Format code settings.
     * @param preferences - User preferences for refactoring.
     */
    getCodeFixesAtPosition(filePathOrSourceFile: string | SourceFile, start: number, end: number, errorCodes: ReadonlyArray<number>, formatOptions?: FormatCodeSettings, preferences?: UserPreferences): CodeFixAction[];
}

/** Options for emitting from a Program. */
export interface ProgramEmitOptions extends EmitOptions {
    writeFile?: ts.WriteFileCallback;
}

/** Options for emitting. */
export interface EmitOptions extends EmitOptionsBase {
    /** Optional source file to only emit. */
    targetSourceFile?: SourceFile;
}

export interface EmitOptionsBase {
    /** Whether only .d.ts files should be emitted. */
    emitOnlyDtsFiles?: boolean;
    /** Transformers to act on the files when emitting. */
    customTransformers?: ts.CustomTransformers;
}

/** Wrapper around Program. */
export declare class Program {
    private constructor();
    /** Gets the underlying compiler program. */
    get compilerObject(): ts.Program;
    /** Get the program's type checker. */
    getTypeChecker(): TypeChecker;
    /**
     * Asynchronously emits the TypeScript files as JavaScript files.
     * @param options - Options for emitting.
     */
    emit(options?: ProgramEmitOptions): Promise<EmitResult>;
    /**
     * Synchronously emits the TypeScript files as JavaScript files.
     * @param options - Options for emitting.
     * @remarks Use `emit()` as the asynchronous version will be much faster.
     */
    emitSync(options?: ProgramEmitOptions): EmitResult;
    /**
     * Emits the TypeScript files to JavaScript files to memory.
     * @param options - Options for emitting.
     */
    emitToMemory(options?: EmitOptions): MemoryEmitResult;
    /**
     * Gets the syntactic diagnostics.
     * @param sourceFile - Optional source file to filter by.
     */
    getSyntacticDiagnostics(sourceFile?: SourceFile): DiagnosticWithLocation[];
    /**
     * Gets the semantic diagnostics.
     * @param sourceFile - Optional source file to filter by.
     */
    getSemanticDiagnostics(sourceFile?: SourceFile): Diagnostic[];
    /**
     * Gets the declaration diagnostics.
     * @param sourceFile - Optional source file to filter by.
     */
    getDeclarationDiagnostics(sourceFile?: SourceFile): DiagnosticWithLocation[];
    /** Gets the global diagnostics. */
    getGlobalDiagnostics(): Diagnostic[];
    /** Gets the diagnostics found when parsing the tsconfig.json file. */
    getConfigFileParsingDiagnostics(): Diagnostic[];
    /** Gets the emit module resolution kind. */
    getEmitModuleResolutionKind(): ModuleResolutionKind;
    /**
     * Gets if the provided source file was discovered while loading an external library.
     * @param sourceFile - Source file.
     */
    isSourceFileFromExternalLibrary(sourceFile: SourceFile): boolean;
}

/** Represents a code action. */
export declare class CodeAction<TCompilerObject extends ts.CodeAction = ts.CodeAction> {
    protected constructor();
    /** Gets the compiler object. */
    get compilerObject(): TCompilerObject;
    /** Description of the code action. */
    getDescription(): string;
    /** Text changes to apply to each file as part of the code action. */
    getChanges(): FileTextChanges[];
}

/** Represents a code fix action. */
export declare class CodeFixAction extends CodeAction<ts.CodeFixAction> {
    /** Short name to identify the fix, for use by telemetry. */
    getFixName(): string;
    /**
     * If present, one may call 'getCombinedCodeFix' with this fixId.
     * This may be omitted to indicate that the code fix can't be applied in a group.
     */
    getFixId(): {} | undefined;
    /** Gets the description of the code fix when fixing everything. */
    getFixAllDescription(): string | undefined;
}

/**
 * Represents file changes.
 *
 * @remarks Commands are currently not implemented.
 */
export declare class CombinedCodeActions {
    private constructor();
    /** Gets the compiler object. */
    get compilerObject(): ts.CombinedCodeActions;
    /** Text changes to apply to each file. */
    getChanges(): FileTextChanges[];
    /**
     * Executes the combined code actions.
     *
     * WARNING: This will cause all nodes to be forgotten in the changed files.
     * @options - Options used when applying the changes.
     */
    applyChanges(options?: ApplyFileTextChangesOptions): this;
}

/** Definition info. */
export declare class DefinitionInfo<TCompilerObject extends ts.DefinitionInfo = ts.DefinitionInfo> extends DocumentSpan<TCompilerObject> {
    protected constructor();
    /** Gets the kind. */
    getKind(): ts.ScriptElementKind;
    /** Gets the name. */
    getName(): string;
    /** Gets the container kind. */
    getContainerKind(): ts.ScriptElementKind;
    /** Gets the container name. */
    getContainerName(): string;
    /** Gets the declaration node. */
    getDeclarationNode(): Node | undefined;
}

/** Diagnostic. */
export declare class Diagnostic<TCompilerObject extends ts.Diagnostic = ts.Diagnostic> {
    protected constructor();
    /** Gets the underlying compiler diagnostic. */
    get compilerObject(): TCompilerObject;
    /** Gets the source file. */
    getSourceFile(): SourceFile | undefined;
    /** Gets the message text. */
    getMessageText(): string | DiagnosticMessageChain;
    /** Gets the line number. */
    getLineNumber(): number | undefined;
    /** Gets the start. */
    getStart(): number | undefined;
    /** Gets the length. */
    getLength(): number | undefined;
    /** Gets the diagnostic category. */
    getCategory(): DiagnosticCategory;
    /** Gets the code of the diagnostic. */
    getCode(): number;
    /** Gets the source. */
    getSource(): string | undefined;
}

/** Diagnostic message chain. */
export declare class DiagnosticMessageChain {
    private constructor();
    /** Gets the underlying compiler object. */
    get compilerObject(): ts.DiagnosticMessageChain;
    /** Gets the message text. */
    getMessageText(): string;
    /** Gets the next diagnostic message chains in the chain. */
    getNext(): DiagnosticMessageChain[] | undefined;
    /** Gets the code of the diagnostic message chain. */
    getCode(): number;
    /** Gets the category of the diagnostic message chain. */
    getCategory(): DiagnosticCategory;
}

export declare class DiagnosticWithLocation extends Diagnostic<ts.DiagnosticWithLocation> {
    private constructor();
    /** Gets the line number. */
    getLineNumber(): number;
    /** Gets the start. */
    getStart(): number;
    /** Gets the length */
    getLength(): number;
    /** Gets the source file. */
    getSourceFile(): SourceFile;
}

/** Document span. */
export declare class DocumentSpan<TCompilerObject extends ts.DocumentSpan = ts.DocumentSpan> {
    protected constructor();
    /** Gets the compiler object. */
    get compilerObject(): TCompilerObject;
    /** Gets the source file this reference is in. */
    getSourceFile(): SourceFile;
    /** Gets the text span. */
    getTextSpan(): TextSpan;
    /** Gets the node at the start of the text span. */
    getNode(): Node<ts.Node>;
    /** Gets the original text span if the span represents a location that was remapped. */
    getOriginalTextSpan(): TextSpan | undefined;
    /** Gets the original file name if the span represents a location that was remapped. */
    getOriginalFileName(): string | undefined;
}

/** Output of an emit on a single file. */
export declare class EmitOutput {
    private constructor();
    /** TypeScript compiler emit result. */
    get compilerObject(): ts.EmitOutput;
    /** Gets if the emit was skipped. */
    getEmitSkipped(): boolean;
    /** Gets the output files. */
    getOutputFiles(): OutputFile[];
}

/** Result of an emit. */
export declare class EmitResult {
    protected constructor();
    /** TypeScript compiler emit result. */
    get compilerObject(): ts.EmitResult;
    /** If the emit was skipped. */
    getEmitSkipped(): boolean;
    /**
     * Contains declaration emit diagnostics.
     *
     * If the `noEmitOnError` compiler option is true, this will also include the program's semantic, syntactic, global, options, and if enabled declaration diagnostics.
     * @remarks If you are looking for non-declaration emit diagnostics, then call `Project#getPreEmitDiagnostics()` or get specific diagnostics available from the program.
     */
    getDiagnostics(): Diagnostic<ts.Diagnostic>[];
}

export interface ApplyFileTextChangesOptions {
    /** If a file should be overwritten when the file text change is for a new file, but the file currently exists. */
    overwrite?: boolean;
}

export declare class FileTextChanges {
    private constructor();
    /** Gets the file path. */
    getFilePath(): string;
    /** Gets the source file if it was in the cache at the time of this class' creation. */
    getSourceFile(): SourceFile | undefined;
    /** Gets the text changes */
    getTextChanges(): TextChange[];
    /**
     * Applies the text changes to the file. This modifies and possibly creates a new source file.
     *
     * WARNING: This will forget any previously navigated descendant nodes in the source file.
     * @param options - Options for applying the text changes to the file.
     */
    applyChanges(options?: ApplyFileTextChangesOptions): this | undefined;
    /** Gets if this change is for creating a new file. */
    isNewFile(): boolean;
}

export declare class ImplementationLocation extends DocumentSpan<ts.ImplementationLocation> {
    private constructor();
    /** Gets the kind. */
    getKind(): ts.ScriptElementKind;
    /** Gets the display parts. */
    getDisplayParts(): SymbolDisplayPart[];
}

/** The emitted file in memory. */
export interface MemoryEmitResultFile {
    /** File path that was emitted to. */
    filePath: StandardizedFilePath;
    /** The text that was emitted. */
    text: string;
    /** Whether the byte order mark should be written. */
    writeByteOrderMark: boolean;
}

/** Result of an emit to memory. */
export declare class MemoryEmitResult extends EmitResult {
    private readonly _files;
    private constructor();
    /** Gets the files that were emitted to memory. */
    getFiles(): MemoryEmitResultFile[];
    /** Asynchronously writes the files to the file system. */
    saveFiles(): Promise<void[]>;
    /**
     * Synchronously writes the files to the file system.
     * @remarks Use `saveFiles()` as the asynchronous version will be much faster.
     */
    saveFilesSync(): void;
}

/** Output file of an emit. */
export declare class OutputFile {
    private constructor();
    /** TypeScript compiler output file. */
    get compilerObject(): ts.OutputFile;
    /** Gets the file path. */
    getFilePath(): StandardizedFilePath;
    /** Gets whether the byte order mark should be written. */
    getWriteByteOrderMark(): boolean;
    /** Gets the file text. */
    getText(): string;
}

/** Set of edits to make in response to a refactor action, plus an optional location where renaming should be invoked from. */
export declare class RefactorEditInfo {
    private constructor();
    /** Gets the compiler refactor edit info. */
    get compilerObject(): ts.RefactorEditInfo;
    /** Gets refactor file text changes */
    getEdits(): FileTextChanges[];
    /** Gets the file path for a rename refactor. */
    getRenameFilePath(): string | undefined;
    /** Location where renaming should be invoked from. */
    getRenameLocation(): number | undefined;
    /**
     * Executes the combined code actions.
     *
     * WARNING: This will cause all nodes to be forgotten in the changed files.
     * @options - Options used when applying the changes.
     */
    applyChanges(options?: ApplyFileTextChangesOptions): this;
}

/** Referenced symbol. */
export declare class ReferencedSymbol {
    private constructor();
    /** Gets the compiler referenced symbol. */
    get compilerObject(): ts.ReferencedSymbol;
    /** Gets the definition. */
    getDefinition(): ReferencedSymbolDefinitionInfo;
    /** Gets the references. */
    getReferences(): ReferenceEntry[];
}

export declare class ReferencedSymbolDefinitionInfo extends DefinitionInfo<ts.ReferencedSymbolDefinitionInfo> {
    private constructor();
    /** Gets the display parts. */
    getDisplayParts(): SymbolDisplayPart[];
}

export declare class ReferenceEntry extends DocumentSpan<ts.ReferenceEntry> {
    private constructor();
    isWriteAccess(): boolean;
    /** If this is the definition reference. */
    isDefinition(): boolean;
    isInString(): true | undefined;
}

/** Rename location. */
export declare class RenameLocation extends DocumentSpan<ts.RenameLocation> {
    /** Gets the text to insert before the rename. */
    getPrefixText(): string | undefined;
    /** Gets the text to insert after the rename. */
    getSuffixText(): string | undefined;
}

/** Symbol display part. */
export declare class SymbolDisplayPart {
    private constructor();
    /** Gets the compiler symbol display part. */
    get compilerObject(): ts.SymbolDisplayPart;
    /** Gets the text. */
    getText(): string;
    /**
     * Gets the kind.
     *
     * Examples: "text", "lineBreak"
     */
    getKind(): string;
}

/** Represents a text change. */
export declare class TextChange {
    private constructor();
    /** Gets the compiler text change. */
    get compilerObject(): ts.TextChange;
    /** Gets the text span. */
    getSpan(): TextSpan;
    /** Gets the new text. */
    getNewText(): string;
}

/** Represents a span of text. */
export declare class TextSpan {
    private constructor();
    /** Gets the compiler text span. */
    get compilerObject(): ts.TextSpan;
    /** Gets the start. */
    getStart(): number;
    /** Gets the start + length. */
    getEnd(): number;
    /** Gets the length. */
    getLength(): number;
}

/** Wrapper around the TypeChecker. */
export declare class TypeChecker {
    private constructor();
    /** Gets the compiler's TypeChecker. */
    get compilerObject(): ts.TypeChecker;
    /** Gets the ambient module symbols (ex. modules in the @types folder or node_modules). */
    getAmbientModules(): Symbol[];
    /**
     * Gets the apparent type of a type.
     * @param type - Type to get the apparent type of.
     */
    getApparentType(type: Type): Type<ts.Type>;
    /**
     * Gets the constant value of a declaration.
     * @param node - Node to get the constant value from.
     */
    getConstantValue(node: EnumMember): string | number | undefined;
    /**
     * Gets the fully qualified name of a symbol.
     * @param symbol - Symbol to get the fully qualified name of.
     */
    getFullyQualifiedName(symbol: Symbol): string;
    /**
     * Gets the type at the specified location.
     * @param node - Node to get the type for.
     */
    getTypeAtLocation(node: Node): Type;
    /**
     * Gets the contextual type of an expression.
     * @param expression - Expression.
     */
    getContextualType(expression: Expression): Type | undefined;
    /**
     * Gets the type of a symbol at the specified location.
     * @param symbol - Symbol to get the type for.
     * @param node - Location to get the type for.
     */
    getTypeOfSymbolAtLocation(symbol: Symbol, node: Node): Type;
    /**
     * Gets the declared type of a symbol.
     * @param symbol - Symbol to get the type for.
     */
    getDeclaredTypeOfSymbol(symbol: Symbol): Type;
    /**
     * Gets the symbol at the specified location or undefined if none exists.
     * @param node - Node to get the symbol for.
     */
    getSymbolAtLocation(node: Node): Symbol | undefined;
    /**
     * Gets the aliased symbol of a symbol.
     * @param symbol - Symbol to get the alias symbol of.
     */
    getAliasedSymbol(symbol: Symbol): Symbol | undefined;
    /**
     * Follow a single alias to get the immediately aliased symbol.
     * @param symbol - Symbol to get the immediate alias symbol of.
     */
    getImmediatelyAliasedSymbol(symbol: Symbol): Symbol | undefined;
    /**
     * Gets the export symbol of a local symbol with a corresponding export symbol. Otherwise returns the input symbol.
     *
     * The following is from the compiler API documentation:
     *
     * For example, at `export type T = number;`:
     *     - `getSymbolAtLocation` at the location `T` will return the exported symbol for `T`.
     *     - But the result of `getSymbolsInScope` will contain the *local* symbol for `T`, not the exported symbol.
     *     - Calling `getExportSymbolOfSymbol` on that local symbol will return the exported symbol.
     */
    getExportSymbolOfSymbol(symbol: Symbol): Symbol;
    /**
     * Gets the properties of a type.
     * @param type - Type.
     */
    getPropertiesOfType(type: Type): Symbol[];
    /**
     * Gets the type text
     * @param type - Type to get the text of.
     * @param enclosingNode - Enclosing node.
     * @param typeFormatFlags - Type format flags.
     */
    getTypeText(type: Type, enclosingNode?: Node, typeFormatFlags?: TypeFormatFlags): string;
    /**
     * Gets the return type of a signature.
     * @param signature - Signature to get the return type of.
     */
    getReturnTypeOfSignature(signature: Signature): Type;
    /**
     * Gets a signature from a node.
     * @param node - Node to get the signature from.
     */
    getSignatureFromNode(node: Node<ts.SignatureDeclaration>): Signature | undefined;
    /**
     * Gets the exports of a module.
     * @param moduleSymbol - Module symbol.
     */
    getExportsOfModule(moduleSymbol: Symbol): Symbol[];
    /**
     * Gets the local target symbol of the provided export specifier.
     * @param exportSpecifier - Export specifier.
     */
    getExportSpecifierLocalTargetSymbol(exportSpecifier: ExportSpecifier): Symbol | undefined;
    /**
     * Gets the resolved signature from a node or returns undefined if the signature can't be resolved.
     * @param node - Node to get the signature from.
     */
    getResolvedSignature(node: CallLikeExpression): Signature | undefined;
    /**
     * Gets the resolved signature from a node or throws if the signature cannot be resolved.
     * @param node - Node to get the signature from.
     */
    getResolvedSignatureOrThrow(node: CallLikeExpression): Signature;
    /**
     * Gets the base type of a literal type.
     *
     * For example, for a number literal type it will return the number type.
     * @param type - Literal type to get the base type of.
     */
    getBaseTypeOfLiteralType(type: Type): Type<ts.Type>;
    /**
     * Gets the symbols in the scope of the provided node.
     *
     * Note: This will always return the local symbols. If you want the export symbol from a local symbol, then
     * use the `#getExportSymbolOfSymbol(symbol)` method.
     * @param node - Node to check the scope for.
     * @param meaning - Meaning of symbol to filter by.
     */
    getSymbolsInScope(node: Node, meaning: SymbolFlags): Symbol[];
    /**
     * Gets the type arguments from a type reference.
     * @param typeReference - Type reference.
     */
    getTypeArguments(typeReference: Type): Type<ts.Type>[];
}

export declare class Type<TType extends ts.Type = ts.Type> {
    protected constructor();
    /** Gets the underlying compiler type. */
    get compilerType(): TType;
    /**
     * Gets the type text.
     * @param enclosingNode - The enclosing node.
     * @param typeFormatFlags - Format flags for the type text.
     */
    getText(enclosingNode?: Node, typeFormatFlags?: TypeFormatFlags): string;
    /** Gets the alias symbol if it exists. */
    getAliasSymbol(): Symbol | undefined;
    /** Gets the alias symbol if it exists, or throws. */
    getAliasSymbolOrThrow(): Symbol;
    /** Gets the alias type arguments. */
    getAliasTypeArguments(): Type[];
    /** Gets the apparent type. */
    getApparentType(): Type;
    /** Gets the array element type or throws if it doesn't exist (ex. for `T[]` it would be `T`). */
    getArrayElementTypeOrThrow(): Type<ts.Type>;
    /** Gets the array element type or returns undefined if it doesn't exist (ex. for `T[]` it would be `T`). */
    getArrayElementType(): Type<ts.Type> | undefined;
    /** Gets the base types. */
    getBaseTypes(): Type<ts.BaseType>[];
    /**
     * Gets the base type of a literal type.
     *
     * For example, for a number literal type it will return the number type.
     */
    getBaseTypeOfLiteralType(): Type<ts.Type>;
    /** Gets the call signatures. */
    getCallSignatures(): Signature[];
    /** Gets the construct signatures. */
    getConstructSignatures(): Signature[];
    /** Gets the constraint or throws if it doesn't exist. */
    getConstraintOrThrow(): Type<ts.Type>;
    /** Gets the constraint or returns undefined if it doesn't exist. */
    getConstraint(): Type<ts.Type> | undefined;
    /** Gets the default type or throws if it doesn't exist. */
    getDefaultOrThrow(): Type<ts.Type>;
    /** Gets the default type or returns undefined if it doesn't exist. */
    getDefault(): Type<ts.Type> | undefined;
    /** Gets the properties of the type. */
    getProperties(): Symbol[];
    /**
     * Gets a property or throws if it doesn't exist.
     * @param name - By a name.
     */
    getPropertyOrThrow(name: string): Symbol;
    /**
     * Gets a property or throws if it doesn't exist.
     * @param findFunction - Function for searching for a property.
     */
    getPropertyOrThrow(findFunction: (declaration: Symbol) => boolean): Symbol;
    /**
     * Gets a property or returns undefined if it does not exist.
     * @param name - By a name.
     */
    getProperty(name: string): Symbol | undefined;
    /**
     * Gets a property or returns undefined if it does not exist.
     * @param findFunction - Function for searching for a property.
     */
    getProperty(findFunction: (declaration: Symbol) => boolean): Symbol | undefined;
    /** Gets the apparent properties of the type. */
    getApparentProperties(): Symbol[];
    /**
     * Gets an apparent property.
     * @param name - By a name.
     * @param findFunction - Function for searching for an apparent property.
     */
    getApparentProperty(name: string): Symbol | undefined;
    getApparentProperty(findFunction: (declaration: Symbol) => boolean): Symbol | undefined;
    /** Gets if the type is possibly null or undefined. */
    isNullable(): boolean;
    /** Gets the non-nullable type. */
    getNonNullableType(): Type;
    /** Gets the number index type. */
    getNumberIndexType(): Type | undefined;
    /** Gets the string index type. */
    getStringIndexType(): Type | undefined;
    /**
     * Returns the generic type when the type is a type reference, returns itself when it's
     * already a generic type, or otherwise returns undefined.
     *
     * For example:
     *
     * - Given type reference `Promise<string>` returns `Promise<T>`.
     * - Given generic type `Promise<T>` returns the same `Promise<T>`.
     * - Given `string` returns `undefined`.
     */
    getTargetType(): Type<ts.GenericType> | undefined;
    /**
     * Returns the generic type when the type is a type reference, returns itself when it's
     * already a generic type, or otherwise throws an error.
     *
     * For example:
     *
     * - Given type reference `Promise<string>` returns `Promise<T>`.
     * - Given generic type `Promise<T>` returns the same `Promise<T>`.
     * - Given `string` throws an error.
     */
    getTargetTypeOrThrow(): Type<ts.GenericType>;
    /** Gets type arguments. */
    getTypeArguments(): Type[];
    /** Gets the individual element types of the tuple. */
    getTupleElements(): Type[];
    /** Gets the union types (ex. for `T | U` it returns the array `[T, U]`). */
    getUnionTypes(): Type[];
    /** Gets the intersection types (ex. for `T & U` it returns the array `[T, U]`). */
    getIntersectionTypes(): Type[];
    /** Gets the value of a literal or returns undefined if this is not a literal type. */
    getLiteralValue(): string | number | ts.PseudoBigInt | undefined;
    /** Gets the value of the literal or throws if this is not a literal type. */
    getLiteralValueOrThrow(): string | number | ts.PseudoBigInt;
    /**
     * Gets the fresh type of the literal or returns undefined if this is not a literal type.
     *
     * Note: I have no idea what this means. Please help contribute to these js docs if you know.
     */
    getLiteralFreshType(): Type<ts.LiteralType> | undefined;
    /**
     * Gets the fresh type of the literal or throws if this is not a literal type.
     *
     * Note: I have no idea what this means. Please help contribute to these js docs if you know.
     */
    getLiteralFreshTypeOrThrow(): Type<ts.LiteralType>;
    /**
     * Gets the regular type of the literal or returns undefined if this is not a literal type.
     *
     * Note: I have no idea what this means. Please help contribute to these js docs if you know.
     */
    getLiteralRegularType(): Type<ts.LiteralType> | undefined;
    /**
     * Gets the regular type of the literal or throws if this is not a literal type.
     *
     * Note: I have no idea what this means. Please help contribute to these js docs if you know.
     */
    getLiteralRegularTypeOrThrow(): Type<ts.LiteralType>;
    /** Gets the symbol of the type. */
    getSymbol(): Symbol | undefined;
    /** Gets the symbol of the type or throws. */
    getSymbolOrThrow(): Symbol;
    /** Gets if this is an anonymous type. */
    isAnonymous(): boolean;
    /** Gets if this is an any type. */
    isAny(): boolean;
    /** Gets if this is an array type. */
    isArray(): boolean;
    /** Gets if this is a boolean type. */
    isBoolean(): boolean;
    /** Gets if this is a string type. */
    isString(): boolean;
    /** Gets if this is a number type. */
    isNumber(): boolean;
    /** Gets if this is a literal type. */
    isLiteral(): boolean;
    /** Gets if this is a boolean literal type. */
    isBooleanLiteral(): boolean;
    /** Gets if this is an enum literal type. */
    isEnumLiteral(): boolean;
    /** Gets if this is a number literal type. */
    isNumberLiteral(): boolean;
    /** Gets if this is a string literal type. */
    isStringLiteral(): boolean;
    /** Gets if this is a class type. */
    isClass(): boolean;
    /** Gets if this is a class or interface type. */
    isClassOrInterface(): boolean;
    /** Gets if this is an enum type. */
    isEnum(): boolean;
    /** Gets if this is an interface type. */
    isInterface(): boolean;
    /** Gets if this is an object type. */
    isObject(): boolean;
    /** Gets if this is a type parameter. */
    isTypeParameter(): this is TypeParameter;
    /** Gets if this is a tuple type. */
    isTuple(): boolean;
    /** Gets if this is a union type. */
    isUnion(): boolean;
    /** Gets if this is an intersection type. */
    isIntersection(): boolean;
    /** Gets if this is a union or intersection type. */
    isUnionOrIntersection(): boolean;
    /** Gets if this is the unknown type. */
    isUnknown(): boolean;
    /** Gets if this is the null type. */
    isNull(): boolean;
    /** Gets if this is the undefined type. */
    isUndefined(): boolean;
    /** Gets the type flags. */
    getFlags(): TypeFlags;
    /**
     * Gets the object flags.
     * @remarks Returns 0 for a non-object type.
     */
    getObjectFlags(): 0 | ObjectFlags;
}

export declare class TypeParameter extends Type<ts.TypeParameter> {
    /** Gets the constraint or throws if it doesn't exist. */
    getConstraintOrThrow(): Type;
    /** Gets the constraint type. */
    getConstraint(): Type | undefined;
    /** Gets the default type or throws if it doesn't exist. */
    getDefaultOrThrow(): Type;
    /** Gets the default type or undefined if it doesn't exist. */
    getDefault(): Type | undefined;
}

/** Kinds of indentation */
export declare enum IndentationText {
    /** Two spaces */
    TwoSpaces = "  ",
    /** Four spaces */
    FourSpaces = "    ",
    /** Eight spaces */
    EightSpaces = "        ",
    /** Tab */
    Tab = "\t"
}

/** Manipulation settings. */
export interface ManipulationSettings extends SupportedFormatCodeSettingsOnly {
    /** Indentation text */
    indentationText: IndentationText;
    /** New line kind */
    newLineKind: NewLineKind;
    /** Quote type used for string literals. */
    quoteKind: QuoteKind;
    /**
     * Whether to enable renaming shorthand property assignments, binding elements,
     * and import & export specifiers without changing behaviour.
     * @remarks Defaults to true.
     * This setting is only available when using TypeScript 3.4+.
     */
    usePrefixAndSuffixTextForRename: boolean;
    /** Whether to use trailing commas when inserting or removing nodes. */
    useTrailingCommas: boolean;
}

/** FormatCodeSettings that are currently supported in the library. */
export interface SupportedFormatCodeSettings extends SupportedFormatCodeSettingsOnly, EditorSettings {
}

/** FormatCodeSettings that are currently supported in the library. */
export interface SupportedFormatCodeSettingsOnly {
    /**
     * Whether to insert a space after opening and before closing non-empty braces.
     *
     * ex. `import { Item } from "./Item";` or `import {Item} from "./Item";`
     * @remarks Defaults to true.
     */
    insertSpaceAfterOpeningAndBeforeClosingNonemptyBraces: boolean;
}

/** Holds the manipulation settings. */
export declare class ManipulationSettingsContainer extends SettingsContainer<ManipulationSettings> {
    private _editorSettings;
    private _formatCodeSettings;
    private _userPreferences;
    constructor();
    /** Gets the editor settings based on the current manipulation settings. */
    getEditorSettings(): Readonly<EditorSettings>;
    /** Gets the format code settings. */
    getFormatCodeSettings(): Readonly<SupportedFormatCodeSettings>;
    /** Gets the user preferences. */
    getUserPreferences(): Readonly<UserPreferences>;
    /** Gets the quote kind used for string literals. */
    getQuoteKind(): QuoteKind;
    /** Gets the new line kind. */
    getNewLineKind(): NewLineKind;
    /** Gets the new line kind as a string. */
    getNewLineKindAsString(): "\r\n" | "\n";
    /** Gets the indentation text. */
    getIndentationText(): IndentationText;
    /** Gets whether to use prefix and suffix text when renaming. */
    getUsePrefixAndSuffixTextForRename(): boolean;
    /** Gets whether trailing commas should be used. */
    getUseTrailingCommas(): boolean;
    /**
     * Sets one or all of the settings.
     * @param settings - Settings to set.
     */
    set(settings: Partial<ManipulationSettings>): void;
}

export declare type StatementStructures = ClassDeclarationStructure | EnumDeclarationStructure | FunctionDeclarationStructure | InterfaceDeclarationStructure | ModuleDeclarationStructure | TypeAliasDeclarationStructure | ImportDeclarationStructure | ExportDeclarationStructure | ExportAssignmentStructure | VariableStatementStructure;
export declare type ClassMemberStructures = ConstructorDeclarationStructure | GetAccessorDeclarationStructure | SetAccessorDeclarationStructure | MethodDeclarationStructure | PropertyDeclarationStructure | ClassStaticBlockDeclarationStructure;
export declare type TypeElementMemberStructures = CallSignatureDeclarationStructure | ConstructSignatureDeclarationStructure | IndexSignatureDeclarationStructure | MethodSignatureStructure | PropertySignatureStructure;
export declare type InterfaceMemberStructures = TypeElementMemberStructures;
export declare type ObjectLiteralExpressionPropertyStructures = PropertyAssignmentStructure | ShorthandPropertyAssignmentStructure | SpreadAssignmentStructure | GetAccessorDeclarationStructure | SetAccessorDeclarationStructure | MethodDeclarationStructure;
export declare type JsxStructures = JsxAttributeStructure | JsxSpreadAttributeStructure | JsxElementStructure | JsxSelfClosingElementStructure;
export declare type Structures = StatementStructures | ClassMemberStructures | EnumMemberStructure | InterfaceMemberStructures | ObjectLiteralExpressionPropertyStructures | JsxStructures | FunctionDeclarationOverloadStructure | MethodDeclarationOverloadStructure | ConstructorDeclarationOverloadStructure | ParameterDeclarationStructure | TypeParameterDeclarationStructure | SourceFileStructure | ExportSpecifierStructure | ImportSpecifierStructure | VariableDeclarationStructure | JSDocStructure | JSDocTagStructure | DecoratorStructure;

export interface AbstractableNodeStructure {
    isAbstract?: boolean;
}

export interface AmbientableNodeStructure {
    hasDeclareKeyword?: boolean;
}

export interface AsyncableNodeStructure {
    isAsync?: boolean;
}

export interface AwaitableNodeStructure {
    isAwaited?: boolean;
}

export interface DecoratableNodeStructure {
    decorators?: OptionalKind<DecoratorStructure>[];
}

export interface ExclamationTokenableNodeStructure {
    hasExclamationToken?: boolean;
}

export interface ExportableNodeStructure {
    isExported?: boolean;
    isDefaultExport?: boolean;
}

export interface ExtendsClauseableNodeStructure {
    extends?: (string | WriterFunction)[] | WriterFunction;
}

export interface GeneratorableNodeStructure {
    isGenerator?: boolean;
}

export interface ImplementsClauseableNodeStructure {
    implements?: (string | WriterFunction)[] | WriterFunction;
}

export interface InitializerExpressionableNodeStructure {
    initializer?: string | WriterFunction;
}

export interface JSDocableNodeStructure {
    docs?: (OptionalKind<JSDocStructure> | string)[];
}

export interface BindingNamedNodeStructure {
    name: string;
}

export interface ModuleNamedNodeStructure {
    name: string;
}

export interface NameableNodeStructure {
    name?: string;
}

export interface NamedNodeStructure {
    name: string;
}

export interface PropertyNameableNodeStructure {
    name?: string;
}

export interface PropertyNamedNodeStructure {
    name: string;
}

export interface OverrideableNodeStructure {
    hasOverrideKeyword?: boolean;
}

export interface ParameteredNodeStructure {
    parameters?: OptionalKind<ParameterDeclarationStructure>[];
}

export interface QuestionDotTokenableNodeStructure {
    hasQuestionDotToken?: boolean;
}

export interface QuestionTokenableNodeStructure {
    hasQuestionToken?: boolean;
}

export interface ReadonlyableNodeStructure {
    isReadonly?: boolean;
}

export interface ReturnTypedNodeStructure {
    returnType?: string | WriterFunction;
}

export interface ScopeableNodeStructure {
    scope?: Scope;
}

export interface ScopedNodeStructure {
    scope?: Scope;
}

export interface SignaturedDeclarationStructure extends ParameteredNodeStructure, ReturnTypedNodeStructure {
}

export interface StaticableNodeStructure {
    isStatic?: boolean;
}

export interface TypedNodeStructure {
    type?: string | WriterFunction;
}

export interface TypeElementMemberedNodeStructure {
    callSignatures?: OptionalKind<CallSignatureDeclarationStructure>[];
    constructSignatures?: OptionalKind<ConstructSignatureDeclarationStructure>[];
    indexSignatures?: OptionalKind<IndexSignatureDeclarationStructure>[];
    methods?: OptionalKind<MethodSignatureStructure>[];
    properties?: OptionalKind<PropertySignatureStructure>[];
}

export interface TypeParameteredNodeStructure {
    typeParameters?: (OptionalKind<TypeParameterDeclarationStructure> | string)[];
}

export interface ClassLikeDeclarationBaseStructure extends NameableNodeStructure, ClassLikeDeclarationBaseSpecificStructure, ImplementsClauseableNodeStructure, DecoratableNodeStructure, TypeParameteredNodeStructure, JSDocableNodeStructure, AbstractableNodeStructure {
}

interface ClassLikeDeclarationBaseSpecificStructure {
    extends?: string | WriterFunction;
    ctors?: OptionalKind<ConstructorDeclarationStructure>[];
    properties?: OptionalKind<PropertyDeclarationStructure>[];
    getAccessors?: OptionalKind<GetAccessorDeclarationStructure>[];
    setAccessors?: OptionalKind<SetAccessorDeclarationStructure>[];
    methods?: OptionalKind<MethodDeclarationStructure>[];
}

export interface ClassDeclarationStructure extends Structure, ClassLikeDeclarationBaseStructure, ClassDeclarationSpecificStructure, AmbientableNodeStructure, ExportableNodeStructure {
    /**
     * The class name.
     * @remarks Can be undefined. For example: `export default class { ... }`
     */
    name?: string;
}

interface ClassDeclarationSpecificStructure extends KindedStructure<StructureKind.Class> {
}

export interface ClassStaticBlockDeclarationStructure extends Structure, ClassStaticBlockDeclarationSpecificStructure, JSDocableNodeStructure, StatementedNodeStructure {
}

interface ClassStaticBlockDeclarationSpecificStructure extends KindedStructure<StructureKind.ClassStaticBlock> {
}

export interface ConstructorDeclarationStructure extends Structure, ConstructorDeclarationSpecificStructure, ScopedNodeStructure, FunctionLikeDeclarationStructure {
}

interface ConstructorDeclarationSpecificStructure extends KindedStructure<StructureKind.Constructor> {
    overloads?: OptionalKind<ConstructorDeclarationOverloadStructure>[];
}

export interface ConstructorDeclarationOverloadStructure extends Structure, ConstructorDeclarationOverloadSpecificStructure, ScopedNodeStructure, SignaturedDeclarationStructure, TypeParameteredNodeStructure, JSDocableNodeStructure {
}

interface ConstructorDeclarationOverloadSpecificStructure extends KindedStructure<StructureKind.ConstructorOverload> {
}

export interface GetAccessorDeclarationStructure extends Structure, GetAccessorDeclarationSpecificStructure, PropertyNamedNodeStructure, StaticableNodeStructure, DecoratableNodeStructure, AbstractableNodeStructure, ScopedNodeStructure, FunctionLikeDeclarationStructure {
}

interface GetAccessorDeclarationSpecificStructure extends KindedStructure<StructureKind.GetAccessor> {
}

export interface MethodDeclarationStructure extends Structure, MethodDeclarationSpecificStructure, PropertyNamedNodeStructure, StaticableNodeStructure, DecoratableNodeStructure, AbstractableNodeStructure, ScopedNodeStructure, AsyncableNodeStructure, GeneratorableNodeStructure, FunctionLikeDeclarationStructure, QuestionTokenableNodeStructure, OverrideableNodeStructure {
}

interface MethodDeclarationSpecificStructure extends KindedStructure<StructureKind.Method> {
    overloads?: OptionalKind<MethodDeclarationOverloadStructure>[];
}

export interface MethodDeclarationOverloadStructure extends Structure, MethodDeclarationOverloadSpecificStructure, StaticableNodeStructure, AbstractableNodeStructure, ScopedNodeStructure, AsyncableNodeStructure, GeneratorableNodeStructure, SignaturedDeclarationStructure, TypeParameteredNodeStructure, JSDocableNodeStructure, QuestionTokenableNodeStructure, OverrideableNodeStructure {
}

interface MethodDeclarationOverloadSpecificStructure extends KindedStructure<StructureKind.MethodOverload> {
}

export interface PropertyDeclarationStructure extends Structure, PropertyDeclarationSpecificStructure, PropertyNamedNodeStructure, TypedNodeStructure, QuestionTokenableNodeStructure, ExclamationTokenableNodeStructure, StaticableNodeStructure, ScopedNodeStructure, JSDocableNodeStructure, ReadonlyableNodeStructure, InitializerExpressionableNodeStructure, DecoratableNodeStructure, AbstractableNodeStructure, AmbientableNodeStructure, OverrideableNodeStructure {
}

interface PropertyDeclarationSpecificStructure extends KindedStructure<StructureKind.Property> {
}

export interface SetAccessorDeclarationStructure extends Structure, SetAccessorDeclarationSpecificStructure, PropertyNamedNodeStructure, StaticableNodeStructure, DecoratableNodeStructure, AbstractableNodeStructure, ScopedNodeStructure, FunctionLikeDeclarationStructure {
}

interface SetAccessorDeclarationSpecificStructure extends KindedStructure<StructureKind.SetAccessor> {
}

export interface DecoratorStructure extends Structure, DecoratorSpecificStructure {
}

interface DecoratorSpecificStructure extends KindedStructure<StructureKind.Decorator> {
    name: string;
    /**
     * Arguments for a decorator factory.
     * @remarks Provide an empty array to make the structure a decorator factory.
     */
    arguments?: (string | WriterFunction)[] | WriterFunction;
    typeArguments?: string[];
}

export interface JSDocStructure extends Structure, JSDocSpecificStructure {
}

interface JSDocSpecificStructure extends KindedStructure<StructureKind.JSDoc> {
    /**
     * The description of the JS doc.
     * @remarks To force this to be multi-line, add a newline to the front of the string.
     */
    description?: string | WriterFunction;
    /** JS doc tags (ex. `&#64;param value - Some description.`). */
    tags?: OptionalKind<JSDocTagStructure>[];
}

export interface JSDocTagStructure extends Structure, JSDocTagSpecificStructure {
}

interface JSDocTagSpecificStructure extends KindedStructure<StructureKind.JSDocTag> {
    /** The name for the JS doc tag that comes after the "at" symbol. */
    tagName: string;
    /** The text that follows the tag name. */
    text?: string | WriterFunction;
}

export interface EnumDeclarationStructure extends Structure, NamedNodeStructure, EnumDeclarationSpecificStructure, JSDocableNodeStructure, AmbientableNodeStructure, ExportableNodeStructure {
}

interface EnumDeclarationSpecificStructure extends KindedStructure<StructureKind.Enum> {
    isConst?: boolean;
    members?: OptionalKind<EnumMemberStructure>[];
}

export interface EnumMemberStructure extends Structure, EnumMemberSpecificStructure, PropertyNamedNodeStructure, JSDocableNodeStructure, InitializerExpressionableNodeStructure {
}

interface EnumMemberSpecificStructure extends KindedStructure<StructureKind.EnumMember> {
    /** Convenience property for setting the initializer. */
    value?: number | string;
}

export interface ExpressionedNodeStructure {
    expression: string | WriterFunction;
}

export interface PropertyAssignmentStructure extends Structure, PropertyAssignmentSpecificStructure, PropertyNamedNodeStructure {
}

interface PropertyAssignmentSpecificStructure extends KindedStructure<StructureKind.PropertyAssignment> {
    initializer: string | WriterFunction;
}

export interface ShorthandPropertyAssignmentStructure extends Structure, ShorthandPropertyAssignmentSpecificStructure, NamedNodeStructure {
}

interface ShorthandPropertyAssignmentSpecificStructure extends KindedStructure<StructureKind.ShorthandPropertyAssignment> {
}

export interface SpreadAssignmentStructure extends Structure, SpreadAssignmentSpecificStructure, ExpressionedNodeStructure {
}

interface SpreadAssignmentSpecificStructure extends KindedStructure<StructureKind.SpreadAssignment> {
}

export interface FunctionDeclarationStructure extends Structure, FunctionDeclarationSpecificStructure, NameableNodeStructure, FunctionLikeDeclarationStructure, AsyncableNodeStructure, GeneratorableNodeStructure, AmbientableNodeStructure, ExportableNodeStructure {
}

interface FunctionDeclarationSpecificStructure extends KindedStructure<StructureKind.Function> {
    overloads?: OptionalKind<FunctionDeclarationOverloadStructure>[];
}

export interface FunctionDeclarationOverloadStructure extends Structure, FunctionDeclarationOverloadSpecificStructure, SignaturedDeclarationStructure, TypeParameteredNodeStructure, JSDocableNodeStructure, AsyncableNodeStructure, GeneratorableNodeStructure, AmbientableNodeStructure, ExportableNodeStructure {
}

interface FunctionDeclarationOverloadSpecificStructure extends KindedStructure<StructureKind.FunctionOverload> {
}

export interface FunctionLikeDeclarationStructure extends SignaturedDeclarationStructure, TypeParameteredNodeStructure, JSDocableNodeStructure, StatementedNodeStructure {
}

export interface ParameterDeclarationStructure extends Structure, BindingNamedNodeStructure, TypedNodeStructure, ReadonlyableNodeStructure, DecoratableNodeStructure, QuestionTokenableNodeStructure, ScopeableNodeStructure, InitializerExpressionableNodeStructure, ParameterDeclarationSpecificStructure, OverrideableNodeStructure {
}

interface ParameterDeclarationSpecificStructure extends KindedStructure<StructureKind.Parameter> {
    isRestParameter?: boolean;
}

export interface CallSignatureDeclarationStructure extends Structure, CallSignatureDeclarationSpecificStructure, JSDocableNodeStructure, SignaturedDeclarationStructure, TypeParameteredNodeStructure {
}

interface CallSignatureDeclarationSpecificStructure extends KindedStructure<StructureKind.CallSignature> {
}

export interface ConstructSignatureDeclarationStructure extends Structure, ConstructSignatureDeclarationSpecificStructure, JSDocableNodeStructure, SignaturedDeclarationStructure, TypeParameteredNodeStructure {
}

interface ConstructSignatureDeclarationSpecificStructure extends KindedStructure<StructureKind.ConstructSignature> {
}

export interface IndexSignatureDeclarationStructure extends Structure, IndexSignatureDeclarationSpecificStructure, JSDocableNodeStructure, ReadonlyableNodeStructure, ReturnTypedNodeStructure {
}

interface IndexSignatureDeclarationSpecificStructure extends KindedStructure<StructureKind.IndexSignature> {
    keyName?: string;
    keyType?: string;
}

export interface InterfaceDeclarationStructure extends Structure, NamedNodeStructure, InterfaceDeclarationSpecificStructure, ExtendsClauseableNodeStructure, TypeParameteredNodeStructure, JSDocableNodeStructure, AmbientableNodeStructure, ExportableNodeStructure, TypeElementMemberedNodeStructure {
}

interface InterfaceDeclarationSpecificStructure extends KindedStructure<StructureKind.Interface> {
}

export interface MethodSignatureStructure extends Structure, PropertyNamedNodeStructure, MethodSignatureSpecificStructure, QuestionTokenableNodeStructure, JSDocableNodeStructure, SignaturedDeclarationStructure, TypeParameteredNodeStructure {
}

interface MethodSignatureSpecificStructure extends KindedStructure<StructureKind.MethodSignature> {
}

export interface PropertySignatureStructure extends Structure, PropertySignatureSpecificStructure, PropertyNamedNodeStructure, TypedNodeStructure, QuestionTokenableNodeStructure, JSDocableNodeStructure, ReadonlyableNodeStructure, InitializerExpressionableNodeStructure {
}

interface PropertySignatureSpecificStructure extends KindedStructure<StructureKind.PropertySignature> {
}

export interface JsxAttributedNodeStructure {
    attributes?: (OptionalKind<JsxAttributeStructure> | JsxSpreadAttributeStructure)[];
}

export interface JsxTagNamedNodeStructure {
    name: string;
}

export interface JsxAttributeStructure extends Structure, JsxAttributeSpecificStructure, NamedNodeStructure {
}

interface JsxAttributeSpecificStructure extends KindedStructure<StructureKind.JsxAttribute> {
    initializer?: string;
}

export interface JsxElementStructure extends Structure, JsxElementSpecificStructure {
}

interface JsxElementSpecificStructure extends KindedStructure<StructureKind.JsxElement> {
    name: string;
    attributes?: (OptionalKind<JsxAttributeStructure> | JsxSpreadAttributeStructure)[];
    children?: (OptionalKind<JsxElementStructure> | JsxSelfClosingElementStructure)[];
    bodyText?: string;
}

export interface JsxSelfClosingElementStructure extends Structure, JsxTagNamedNodeStructure, JsxSelfClosingElementSpecificStructure, JsxAttributedNodeStructure {
}

interface JsxSelfClosingElementSpecificStructure extends KindedStructure<StructureKind.JsxSelfClosingElement> {
}

export interface JsxSpreadAttributeStructure extends Structure, JsxSpreadAttributeSpecificStructure {
}

interface JsxSpreadAttributeSpecificStructure extends KindedStructure<StructureKind.JsxSpreadAttribute> {
    expression: string;
}

export interface ExportAssignmentStructure extends Structure, ExportAssignmentSpecificStructure {
}

interface ExportAssignmentSpecificStructure extends KindedStructure<StructureKind.ExportAssignment> {
    isExportEquals?: boolean;
    expression: string | WriterFunction;
}

export interface ExportDeclarationStructure extends Structure, ExportDeclarationSpecificStructure {
}

interface ExportDeclarationSpecificStructure extends KindedStructure<StructureKind.ExportDeclaration> {
    isTypeOnly?: boolean;
    namespaceExport?: string;
    namedExports?: (string | OptionalKind<ExportSpecifierStructure> | WriterFunction)[] | WriterFunction;
    moduleSpecifier?: string;
}

export interface ExportSpecifierStructure extends Structure, ExportSpecifierSpecificStructure {
}

interface ExportSpecifierSpecificStructure extends KindedStructure<StructureKind.ExportSpecifier> {
    name: string;
    alias?: string;
}

export interface ImportDeclarationStructure extends Structure, ImportDeclarationSpecificStructure {
}

interface ImportDeclarationSpecificStructure extends KindedStructure<StructureKind.ImportDeclaration> {
    isTypeOnly?: boolean;
    defaultImport?: string;
    namespaceImport?: string;
    namedImports?: (OptionalKind<ImportSpecifierStructure> | string | WriterFunction)[] | WriterFunction;
    moduleSpecifier: string;
}

export interface ImportSpecifierStructure extends Structure, ImportSpecifierSpecificStructure {
}

interface ImportSpecifierSpecificStructure extends KindedStructure<StructureKind.ImportSpecifier> {
    name: string;
    alias?: string;
}

export interface ModuleDeclarationStructure extends Structure, ModuleNamedNodeStructure, ModuleDeclarationSpecificStructure, JSDocableNodeStructure, AmbientableNodeStructure, ExportableNodeStructure, StatementedNodeStructure {
}

interface ModuleDeclarationSpecificStructure extends KindedStructure<StructureKind.Module> {
    /**
     * The module declaration kind.
     *
     * @remarks Defaults to "namespace".
     */
    declarationKind?: ModuleDeclarationKind;
}

export interface SourceFileStructure extends Structure, SourceFileSpecificStructure, StatementedNodeStructure {
}

interface SourceFileSpecificStructure {
    kind: StructureKind.SourceFile;
}

export interface StatementedNodeStructure {
    statements?: (string | WriterFunction | StatementStructures)[] | string | WriterFunction;
}

export interface VariableDeclarationStructure extends Structure, VariableDeclarationSpecificStructure, BindingNamedNodeStructure, InitializerExpressionableNodeStructure, TypedNodeStructure, ExclamationTokenableNodeStructure {
}

interface VariableDeclarationSpecificStructure extends KindedStructure<StructureKind.VariableDeclaration> {
}

export interface VariableStatementStructure extends Structure, VariableStatementSpecificStructure, JSDocableNodeStructure, AmbientableNodeStructure, ExportableNodeStructure {
}

interface VariableStatementSpecificStructure extends KindedStructure<StructureKind.VariableStatement> {
    declarationKind?: VariableDeclarationKind;
    declarations: OptionalKind<VariableDeclarationStructure>[];
}

export interface Structure {
    /** Leading comments or whitespace. */
    leadingTrivia?: string | WriterFunction | (string | WriterFunction)[];
    /** Trailing comments or whitespace. */
    trailingTrivia?: string | WriterFunction | (string | WriterFunction)[];
}

/** Type guards for use on structures. */
export declare const Structure: {
        /**
         * Gets if the provided structure has a name.
         */
        readonly hasName: <T extends Structure>(structure: T) => structure is T & {
            name: string;
        };
        /** Gets if the provided structure is a ClassDeclarationStructure. */
        readonly isClass: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ClassDeclarationStructure;
        /** Gets if the provided structure is a ClassLikeDeclarationBaseStructure. */
        readonly isClassLikeDeclarationBase: <T_1 extends Structure & {
            kind: StructureKind;
        }>(structure: T_1) => structure is T_1 & ClassLikeDeclarationBaseStructure;
        /** Gets if the provided structure is a NameableNodeStructure. */
        readonly isNameable: <T_2 extends Structure & {
            kind: StructureKind;
        }>(structure: T_2) => structure is T_2 & NameableNodeStructure;
        /** Gets if the provided structure is a ImplementsClauseableNodeStructure. */
        readonly isImplementsClauseable: <T_3 extends Structure & {
            kind: StructureKind;
        }>(structure: T_3) => structure is T_3 & ImplementsClauseableNodeStructure;
        /** Gets if the provided structure is a DecoratableNodeStructure. */
        readonly isDecoratable: <T_4 extends Structure & {
            kind: StructureKind;
        }>(structure: T_4) => structure is T_4 & DecoratableNodeStructure;
        /** Gets if the provided structure is a TypeParameteredNodeStructure. */
        readonly isTypeParametered: <T_5 extends Structure & {
            kind: StructureKind;
        }>(structure: T_5) => structure is T_5 & TypeParameteredNodeStructure;
        /** Gets if the provided structure is a JSDocableNodeStructure. */
        readonly isJSDocable: <T_6 extends Structure & {
            kind: StructureKind;
        }>(structure: T_6) => structure is T_6 & JSDocableNodeStructure;
        /** Gets if the provided structure is a AbstractableNodeStructure. */
        readonly isAbstractable: <T_7 extends Structure & {
            kind: StructureKind;
        }>(structure: T_7) => structure is T_7 & AbstractableNodeStructure;
        /** Gets if the provided structure is a AmbientableNodeStructure. */
        readonly isAmbientable: <T_8 extends Structure & {
            kind: StructureKind;
        }>(structure: T_8) => structure is T_8 & AmbientableNodeStructure;
        /** Gets if the provided structure is a ExportableNodeStructure. */
        readonly isExportable: <T_9 extends Structure & {
            kind: StructureKind;
        }>(structure: T_9) => structure is T_9 & ExportableNodeStructure;
        /** Gets if the provided structure is a ClassStaticBlockDeclarationStructure. */
        readonly isClassStaticBlock: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ClassStaticBlockDeclarationStructure;
        /** Gets if the provided structure is a StaticableNodeStructure. */
        readonly isStaticable: <T_10 extends Structure & {
            kind: StructureKind;
        }>(structure: T_10) => structure is T_10 & StaticableNodeStructure;
        /** Gets if the provided structure is a FunctionLikeDeclarationStructure. */
        readonly isFunctionLike: <T_11 extends Structure & {
            kind: StructureKind;
        }>(structure: T_11) => structure is T_11 & FunctionLikeDeclarationStructure;
        /** Gets if the provided structure is a SignaturedDeclarationStructure. */
        readonly isSignatured: <T_12 extends Structure & {
            kind: StructureKind;
        }>(structure: T_12) => structure is T_12 & SignaturedDeclarationStructure;
        /** Gets if the provided structure is a ParameteredNodeStructure. */
        readonly isParametered: <T_13 extends Structure & {
            kind: StructureKind;
        }>(structure: T_13) => structure is T_13 & ParameteredNodeStructure;
        /** Gets if the provided structure is a ReturnTypedNodeStructure. */
        readonly isReturnTyped: <T_14 extends Structure & {
            kind: StructureKind;
        }>(structure: T_14) => structure is T_14 & ReturnTypedNodeStructure;
        /** Gets if the provided structure is a StatementedNodeStructure. */
        readonly isStatemented: <T_15 extends Structure & {
            kind: StructureKind;
        }>(structure: T_15) => structure is T_15 & StatementedNodeStructure;
        /** Gets if the provided structure is a ConstructorDeclarationStructure. */
        readonly isConstructor: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ConstructorDeclarationStructure;
        /** Gets if the provided structure is a ScopedNodeStructure. */
        readonly isScoped: <T_16 extends Structure & {
            kind: StructureKind;
        }>(structure: T_16) => structure is T_16 & ScopedNodeStructure;
        /** Gets if the provided structure is a ConstructorDeclarationOverloadStructure. */
        readonly isConstructorDeclarationOverload: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ConstructorDeclarationOverloadStructure;
        /** Gets if the provided structure is a GetAccessorDeclarationStructure. */
        readonly isGetAccessor: (structure: Structure & {
            kind: StructureKind;
        }) => structure is GetAccessorDeclarationStructure;
        /** Gets if the provided structure is a PropertyNamedNodeStructure. */
        readonly isPropertyNamed: <T_17 extends Structure & {
            kind: StructureKind;
        }>(structure: T_17) => structure is T_17 & PropertyNamedNodeStructure;
        /** Gets if the provided structure is a MethodDeclarationStructure. */
        readonly isMethod: (structure: Structure & {
            kind: StructureKind;
        }) => structure is MethodDeclarationStructure;
        /** Gets if the provided structure is a AsyncableNodeStructure. */
        readonly isAsyncable: <T_18 extends Structure & {
            kind: StructureKind;
        }>(structure: T_18) => structure is T_18 & AsyncableNodeStructure;
        /** Gets if the provided structure is a GeneratorableNodeStructure. */
        readonly isGeneratorable: <T_19 extends Structure & {
            kind: StructureKind;
        }>(structure: T_19) => structure is T_19 & GeneratorableNodeStructure;
        /** Gets if the provided structure is a QuestionTokenableNodeStructure. */
        readonly isQuestionTokenable: <T_20 extends Structure & {
            kind: StructureKind;
        }>(structure: T_20) => structure is T_20 & QuestionTokenableNodeStructure;
        /** Gets if the provided structure is a OverrideableNodeStructure. */
        readonly isOverrideable: <T_21 extends Structure & {
            kind: StructureKind;
        }>(structure: T_21) => structure is T_21 & OverrideableNodeStructure;
        /** Gets if the provided structure is a MethodDeclarationOverloadStructure. */
        readonly isMethodDeclarationOverload: (structure: Structure & {
            kind: StructureKind;
        }) => structure is MethodDeclarationOverloadStructure;
        /** Gets if the provided structure is a PropertyDeclarationStructure. */
        readonly isProperty: (structure: Structure & {
            kind: StructureKind;
        }) => structure is PropertyDeclarationStructure;
        /** Gets if the provided structure is a TypedNodeStructure. */
        readonly isTyped: <T_22 extends Structure & {
            kind: StructureKind;
        }>(structure: T_22) => structure is T_22 & TypedNodeStructure;
        /** Gets if the provided structure is a ExclamationTokenableNodeStructure. */
        readonly isExclamationTokenable: <T_23 extends Structure & {
            kind: StructureKind;
        }>(structure: T_23) => structure is T_23 & ExclamationTokenableNodeStructure;
        /** Gets if the provided structure is a ReadonlyableNodeStructure. */
        readonly isReadonlyable: <T_24 extends Structure & {
            kind: StructureKind;
        }>(structure: T_24) => structure is T_24 & ReadonlyableNodeStructure;
        /** Gets if the provided structure is a InitializerExpressionableNodeStructure. */
        readonly isInitializerExpressionable: <T_25 extends Structure & {
            kind: StructureKind;
        }>(structure: T_25) => structure is T_25 & InitializerExpressionableNodeStructure;
        /** Gets if the provided structure is a SetAccessorDeclarationStructure. */
        readonly isSetAccessor: (structure: Structure & {
            kind: StructureKind;
        }) => structure is SetAccessorDeclarationStructure;
        /** Gets if the provided structure is a DecoratorStructure. */
        readonly isDecorator: (structure: Structure & {
            kind: StructureKind;
        }) => structure is DecoratorStructure;
        /** Gets if the provided structure is a JSDocStructure. */
        readonly isJSDoc: (structure: Structure & {
            kind: StructureKind;
        }) => structure is JSDocStructure;
        /** Gets if the provided structure is a JSDocTagStructure. */
        readonly isJSDocTag: (structure: Structure & {
            kind: StructureKind;
        }) => structure is JSDocTagStructure;
        /** Gets if the provided structure is a EnumDeclarationStructure. */
        readonly isEnum: (structure: Structure & {
            kind: StructureKind;
        }) => structure is EnumDeclarationStructure;
        /** Gets if the provided structure is a NamedNodeStructure. */
        readonly isNamed: <T_26 extends Structure & {
            kind: StructureKind;
        }>(structure: T_26) => structure is T_26 & NamedNodeStructure;
        /** Gets if the provided structure is a EnumMemberStructure. */
        readonly isEnumMember: (structure: Structure & {
            kind: StructureKind;
        }) => structure is EnumMemberStructure;
        /** Gets if the provided structure is a FunctionDeclarationStructure. */
        readonly isFunction: (structure: Structure & {
            kind: StructureKind;
        }) => structure is FunctionDeclarationStructure;
        /** Gets if the provided structure is a FunctionDeclarationOverloadStructure. */
        readonly isFunctionDeclarationOverload: (structure: Structure & {
            kind: StructureKind;
        }) => structure is FunctionDeclarationOverloadStructure;
        /** Gets if the provided structure is a ParameterDeclarationStructure. */
        readonly isParameter: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ParameterDeclarationStructure;
        /** Gets if the provided structure is a BindingNamedNodeStructure. */
        readonly isBindingNamed: <T_27 extends Structure & {
            kind: StructureKind;
        }>(structure: T_27) => structure is T_27 & BindingNamedNodeStructure;
        /** Gets if the provided structure is a ScopeableNodeStructure. */
        readonly isScopeable: <T_28 extends Structure & {
            kind: StructureKind;
        }>(structure: T_28) => structure is T_28 & ScopeableNodeStructure;
        /** Gets if the provided structure is a CallSignatureDeclarationStructure. */
        readonly isCallSignature: (structure: Structure & {
            kind: StructureKind;
        }) => structure is CallSignatureDeclarationStructure;
        /** Gets if the provided structure is a ConstructSignatureDeclarationStructure. */
        readonly isConstructSignature: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ConstructSignatureDeclarationStructure;
        /** Gets if the provided structure is a IndexSignatureDeclarationStructure. */
        readonly isIndexSignature: (structure: Structure & {
            kind: StructureKind;
        }) => structure is IndexSignatureDeclarationStructure;
        /** Gets if the provided structure is a InterfaceDeclarationStructure. */
        readonly isInterface: (structure: Structure & {
            kind: StructureKind;
        }) => structure is InterfaceDeclarationStructure;
        /** Gets if the provided structure is a ExtendsClauseableNodeStructure. */
        readonly isExtendsClauseable: <T_29 extends Structure & {
            kind: StructureKind;
        }>(structure: T_29) => structure is T_29 & ExtendsClauseableNodeStructure;
        /** Gets if the provided structure is a TypeElementMemberedNodeStructure. */
        readonly isTypeElementMembered: <T_30 extends Structure & {
            kind: StructureKind;
        }>(structure: T_30) => structure is T_30 & TypeElementMemberedNodeStructure;
        /** Gets if the provided structure is a MethodSignatureStructure. */
        readonly isMethodSignature: (structure: Structure & {
            kind: StructureKind;
        }) => structure is MethodSignatureStructure;
        /** Gets if the provided structure is a PropertySignatureStructure. */
        readonly isPropertySignature: (structure: Structure & {
            kind: StructureKind;
        }) => structure is PropertySignatureStructure;
        /** Gets if the provided structure is a JsxAttributeStructure. */
        readonly isJsxAttribute: (structure: Structure & {
            kind: StructureKind;
        }) => structure is JsxAttributeStructure;
        /** Gets if the provided structure is a JsxElementStructure. */
        readonly isJsxElement: (structure: Structure & {
            kind: StructureKind;
        }) => structure is JsxElementStructure;
        /** Gets if the provided structure is a JsxSelfClosingElementStructure. */
        readonly isJsxSelfClosingElement: (structure: Structure & {
            kind: StructureKind;
        }) => structure is JsxSelfClosingElementStructure;
        /** Gets if the provided structure is a JsxTagNamedNodeStructure. */
        readonly isJsxTagNamed: <T_31 extends Structure & {
            kind: StructureKind;
        }>(structure: T_31) => structure is T_31 & JsxTagNamedNodeStructure;
        /** Gets if the provided structure is a JsxAttributedNodeStructure. */
        readonly isJsxAttributed: <T_32 extends Structure & {
            kind: StructureKind;
        }>(structure: T_32) => structure is T_32 & JsxAttributedNodeStructure;
        /** Gets if the provided structure is a JsxSpreadAttributeStructure. */
        readonly isJsxSpreadAttribute: (structure: Structure & {
            kind: StructureKind;
        }) => structure is JsxSpreadAttributeStructure;
        /** Gets if the provided structure is a ExportAssignmentStructure. */
        readonly isExportAssignment: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ExportAssignmentStructure;
        /** Gets if the provided structure is a ExportDeclarationStructure. */
        readonly isExportDeclaration: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ExportDeclarationStructure;
        /** Gets if the provided structure is a ExportSpecifierStructure. */
        readonly isExportSpecifier: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ExportSpecifierStructure;
        /** Gets if the provided structure is a ImportDeclarationStructure. */
        readonly isImportDeclaration: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ImportDeclarationStructure;
        /** Gets if the provided structure is a ImportSpecifierStructure. */
        readonly isImportSpecifier: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ImportSpecifierStructure;
        /** Gets if the provided structure is a ModuleDeclarationStructure. */
        readonly isModule: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ModuleDeclarationStructure;
        /** Gets if the provided structure is a ModuleNamedNodeStructure. */
        readonly isModuleNamed: <T_33 extends Structure & {
            kind: StructureKind;
        }>(structure: T_33) => structure is T_33 & ModuleNamedNodeStructure;
        /** Gets if the provided structure is a SourceFileStructure. */
        readonly isSourceFile: (structure: Structure & {
            kind: StructureKind;
        }) => structure is SourceFileStructure;
        /** Gets if the provided structure is a VariableDeclarationStructure. */
        readonly isVariableDeclaration: (structure: Structure & {
            kind: StructureKind;
        }) => structure is VariableDeclarationStructure;
        /** Gets if the provided structure is a VariableStatementStructure. */
        readonly isVariableStatement: (structure: Structure & {
            kind: StructureKind;
        }) => structure is VariableStatementStructure;
        /** Gets if the provided structure is a TypeAliasDeclarationStructure. */
        readonly isTypeAlias: (structure: Structure & {
            kind: StructureKind;
        }) => structure is TypeAliasDeclarationStructure;
        /** Gets if the provided structure is a TypeParameterDeclarationStructure. */
        readonly isTypeParameter: (structure: Structure & {
            kind: StructureKind;
        }) => structure is TypeParameterDeclarationStructure;
        /** Gets if the provided structure is a PropertyAssignmentStructure. */
        readonly isPropertyAssignment: (structure: Structure & {
            kind: StructureKind;
        }) => structure is PropertyAssignmentStructure;
        /** Gets if the provided structure is a ShorthandPropertyAssignmentStructure. */
        readonly isShorthandPropertyAssignment: (structure: Structure & {
            kind: StructureKind;
        }) => structure is ShorthandPropertyAssignmentStructure;
        /** Gets if the provided structure is a SpreadAssignmentStructure. */
        readonly isSpreadAssignment: (structure: Structure & {
            kind: StructureKind;
        }) => structure is SpreadAssignmentStructure;
        /** Gets if the provided structure is a ExpressionedNodeStructure. */
        readonly isExpressioned: <T_34 extends Structure & {
            kind: StructureKind;
        }>(structure: T_34) => structure is T_34 & ExpressionedNodeStructure;
    };

export interface KindedStructure<TKind extends StructureKind> {
    kind: TKind;
}

export declare enum StructureKind {
    CallSignature = 0,
    Class = 1,
    ClassStaticBlock = 2,
    ConstructSignature = 3,
    Constructor = 4,
    ConstructorOverload = 5,
    Decorator = 6,
    Enum = 7,
    EnumMember = 8,
    ExportAssignment = 9,
    ExportDeclaration = 10,
    ExportSpecifier = 11,
    Function = 12,
    FunctionOverload = 13,
    GetAccessor = 14,
    ImportDeclaration = 15,
    ImportSpecifier = 16,
    IndexSignature = 17,
    Interface = 18,
    JsxAttribute = 19,
    JsxSpreadAttribute = 20,
    JsxElement = 21,
    JsxSelfClosingElement = 22,
    JSDoc = 23,
    JSDocTag = 24,
    Method = 25,
    MethodOverload = 26,
    MethodSignature = 27,
    Module = 28,
    Parameter = 29,
    Property = 30,
    PropertyAssignment = 31,
    PropertySignature = 32,
    SetAccessor = 33,
    ShorthandPropertyAssignment = 34,
    SourceFile = 35,
    SpreadAssignment = 36,
    TypeAlias = 37,
    TypeParameter = 38,
    VariableDeclaration = 39,
    VariableStatement = 40
}

export interface TypeAliasDeclarationStructure extends Structure, TypeAliasDeclarationSpecificStructure, NamedNodeStructure, TypedNodeStructure, TypeParameteredNodeStructure, JSDocableNodeStructure, AmbientableNodeStructure, ExportableNodeStructure {
    type: string | WriterFunction;
}

interface TypeAliasDeclarationSpecificStructure extends KindedStructure<StructureKind.TypeAlias> {
    type: string | WriterFunction;
}

export interface TypeParameterDeclarationStructure extends Structure, TypeParameterDeclarationSpecificStructure, NamedNodeStructure {
}

interface TypeParameterDeclarationSpecificStructure extends KindedStructure<StructureKind.TypeParameter> {
    constraint?: string | WriterFunction;
    default?: string | WriterFunction;
}

export declare type OptionalKind<TStructure extends {
        kind?: StructureKind;
    }> = Pick<TStructure, Exclude<keyof TStructure, "kind">> & Partial<Pick<TStructure, "kind">>;
/**
 * Iterates over the elements in the provided array.
 * @param structures - Array of structures to iterate over.
 * @param callback - Callback to do on each element in the array. Returning a truthy value will return that value in the main function call.
 */
export declare function forEachStructureChild<TStructure>(structures: ReadonlyArray<Structures>, callback: (child: Structures) => TStructure | void): TStructure | undefined;
/**
 * Iterates over the children of the provided array.
 * @remarks If the children do not have a `kind` property, it will be automatically added.
 * @param structure - Structure to iterate over.
 * @param callback - Callback to do on each child of the provided structure. Returning a truthy value will return that value in the main function call.
 */
export declare function forEachStructureChild<TStructure>(structure: Structures, callback: (child: Structures) => TStructure | void): TStructure | undefined;
import { CompilerOptions, DiagnosticCategory, EditorSettings, EmitHint, LanguageVariant, ModuleKind, ModuleResolutionKind, NewLineKind, NodeFlags, ObjectFlags, ScriptKind, ScriptTarget, SymbolFlags, SyntaxKind, TypeFlags, TypeFormatFlags } from "@ts-morph/common";
export { ts, CompilerOptions, DiagnosticCategory, EditorSettings, EmitHint, LanguageVariant, ModuleKind, ModuleResolutionKind, NewLineKind, NodeFlags, ObjectFlags, ScriptKind, ScriptTarget, SymbolFlags, SyntaxKind, TypeFlags, TypeFormatFlags };

/** Code writer that assists with formatting and visualizing blocks of JavaScript or TypeScript code. */
export declare class CodeBlockWriter {
    /**
     * Constructor.
     * @param opts - Options for the writer.
     */
    constructor(opts?: Partial<CodeBlockWriterOptions>);
    /** Gets the options. */
    getOptions(): CodeBlockWriterOptions;
    /**
     * Queues the indentation level for the next lines written.
     * @param indentationLevel - Indentation level to queue.
     */
    queueIndentationLevel(indentationLevel: number): this;
    /**
     * Queues the indentation level for the next lines written using the provided indentation text.
     * @param whitespaceText - Gets the indentation level from the indentation text.
     */
    queueIndentationLevel(whitespaceText: string): this;
    /**
     * Writes the text within the provided action with hanging indentation.
     * @param action - Action to perform with hanging indentation.
     */
    hangingIndent(action: () => void): this;
    /**
     * Writes the text within the provided action with hanging indentation unless writing a block.
     * @param action - Action to perform with hanging indentation unless a block is written.
     */
    hangingIndentUnlessBlock(action: () => void): this;
    /**
     * Sets the current indentation level.
     * @param indentationLevel - Indentation level to be at.
     */
    setIndentationLevel(indentationLevel: number): this;
    /**
     * Sets the current indentation using the provided indentation text.
     * @param whitespaceText - Gets the indentation level from the indentation text.
     */
    setIndentationLevel(whitespaceText: string): this;
    /**
     * Sets the indentation level within the provided action and restores the writer's indentation
     * state afterwards.
     * @remarks Restores the writer's state after the action.
     * @param indentationLevel - Indentation level to set.
     * @param action - Action to perform with the indentation.
     */
    withIndentationLevel(indentationLevel: number, action: () => void): this;
    /**
     * Sets the indentation level with the provided indentation text within the provided action
     * and restores the writer's indentation state afterwards.
     * @param whitespaceText - Gets the indentation level from the indentation text.
     * @param action - Action to perform with the indentation.
     */
    withIndentationLevel(whitespaceText: string, action: () => void): this;
    /** Gets the current indentation level. */
    getIndentationLevel(): number;
    /**
     * Writes a block using braces.
     * @param block - Write using the writer within this block.
     */
    block(block?: () => void): this;
    /**
     * Writes an inline block with braces.
     * @param block - Write using the writer within this block.
     */
    inlineBlock(block?: () => void): this;
    /** Indents the code one level for the current line. */
    indent(times?: number): this;
    /**
     * Indents a block of code.
     * @param block - Block to indent.
     */
    indent(block: () => void): this;
    /**
     * Conditionally writes a line of text.
     * @param condition - Condition to evaluate.
     * @param textFunc - A function that returns a string to write if the condition is true.
     */
    conditionalWriteLine(condition: boolean | undefined, textFunc: () => string): this;
    /**
     * Conditionally writes a line of text.
     * @param condition - Condition to evaluate.
     * @param text - Text to write if the condition is true.
     */
    conditionalWriteLine(condition: boolean | undefined, text: string): this;
    /**
     * Writes a line of text.
     * @param text - String to write.
     */
    writeLine(text: string): this;
    /** Writes a newline if the last line was not a newline. */
    newLineIfLastNot(): this;
    /** Writes a blank line if the last written text was not a blank line. */
    blankLineIfLastNot(): this;
    /**
     * Writes a blank line if the condition is true.
     * @param condition - Condition to evaluate.
     */
    conditionalBlankLine(condition: boolean | undefined): this;
    /** Writes a blank line. */
    blankLine(): this;
    /**
     * Writes a newline if the condition is true.
     * @param condition - Condition to evaluate.
     */
    conditionalNewLine(condition: boolean | undefined): this;
    /** Writes a newline. */
    newLine(): this;
    /** Writes a quote character. */
    quote(): this;
    /**
     * Writes text surrounded in quotes.
     * @param text - Text to write.
     */
    quote(text: string): this;
    /** Writes a space if the last character was not a space. */
    spaceIfLastNot(): this;
    /**
     * Writes a space.
     * @param times - Number of times to write a space.
     */
    space(times?: number): this;
    /** Writes a tab if the last character was not a tab. */
    tabIfLastNot(): this;
    /**
     * Writes a tab.
     * @param times - Number of times to write a tab.
     */
    tab(times?: number): this;
    /**
     * Conditionally writes text.
     * @param condition - Condition to evaluate.
     * @param textFunc - A function that returns a string to write if the condition is true.
     */
    conditionalWrite(condition: boolean | undefined, textFunc: () => string): this;
    /**
     * Conditionally writes text.
     * @param condition - Condition to evaluate.
     * @param text - Text to write if the condition is true.
     */
    conditionalWrite(condition: boolean | undefined, text: string): this;
    /**
     * Writes the provided text.
     * @param text - Text to write.
     */
    write(text: string): this;
    /** Writes text to exit a comment if in a comment. */
    closeComment(): this;
    /**
     * Inserts text at the provided position.
     *
     * This method is "unsafe" because it won't update the state of the writer unless
     * inserting at the end position. It is biased towards being fast at inserting closer
     * to the start or end, but slower to insert in the middle. Only use this if
     * absolutely necessary.
     * @param pos - Position to insert at.
     * @param text - Text to insert.
     */
    unsafeInsert(pos: number, text: string): this;
    /** Gets the length of the string in the writer. */
    getLength(): number;
    /** Gets if the writer is currently in a comment. */
    isInComment(): boolean;
    /** Gets if the writer is currently at the start of the first line of the text, block, or indentation block. */
    isAtStartOfFirstLineOfBlock(): boolean;
    /** Gets if the writer is currently on the first line of the text, block, or indentation block. */
    isOnFirstLineOfBlock(): boolean;
    /** Gets if the writer is currently in a string. */
    isInString(): boolean;
    /** Gets if the last chars written were for a newline. */
    isLastNewLine(): boolean;
    /** Gets if the last chars written were for a blank line. */
    isLastBlankLine(): boolean;
    /** Gets if the last char written was a space. */
    isLastSpace(): boolean;
    /** Gets if the last char written was a tab. */
    isLastTab(): boolean;
    /** Gets the last char written. */
    getLastChar(): string | undefined;
    /**
     * Gets if the writer ends with the provided text.
     * @param text - Text to check if the writer ends with the provided text.
     */
    endsWith(text: string): boolean;
    /**
     * Iterates over the writer characters in reverse order. The iteration stops when a non-null or
     * undefined value is returned from the action. The returned value is then returned by the method.
     *
     * @remarks It is much more efficient to use this method rather than `#toString()` since `#toString()`
     * will combine the internal array into a string.
     */
    iterateLastChars<T>(action: (char: string, index: number) => T | undefined): T | undefined;
    /**
     * Iterates over the writer character char codes in reverse order. The iteration stops when a non-null or
     * undefined value is returned from the action. The returned value is then returned by the method.
     *
     * @remarks It is much more efficient to use this method rather than `#toString()` since `#toString()`
     * will combine the internal array into a string. Additionally, this is slightly more efficient that
     * `iterateLastChars` as this won't allocate a string per character.
     */
    iterateLastCharCodes<T>(action: (charCode: number, index: number) => T | undefined): T | undefined;
    /** Gets the writer's text. */
    toString(): string;
}

/** Options for the writer. */
export interface CodeBlockWriterOptions {
    /**
     * Newline character.
     * @remarks Defaults to \n.
     */
    newLine: "\n" | "\r\n";
    /**
     * Number of spaces to indent when `useTabs` is false.
     * @remarks Defaults to 4.
     */
    indentNumberOfSpaces: number;
    /**
     * Whether to use tabs (true) or spaces (false).
     * @remarks Defaults to false.
     */
    useTabs: boolean;
    /**
     * Whether to use a single quote (true) or double quote (false).
     * @remarks Defaults to false.
     */
    useSingleQuote: boolean;
}