tstyche/dist/api.d.ts

Everything You Need for Type Testing.

import type ts from 'typescript';

declare enum CancellationReason {
    ConfigChange = "configChange",
    ConfigError = "configError",
    FailFast = "failFast",
    WatchClose = "watchClose"
}

declare class CancellationToken {
    #private;
    cancel(reason: CancellationReason): void;
    isCancellationRequested(): boolean;
    getReason(): CancellationReason | undefined;
    reset(): void;
}

declare class Cli {
    #private;
    run(commandLine: ReadonlyArray<string>, cancellationToken?: CancellationToken): Promise<number>;
}

declare enum DiagnosticCategory {
    Error = "error",
    Warning = "warning"
}

interface SuppressedError {
    directive: TextRange;
    ignore: boolean;
    argument?: TextRange;
    diagnostics: Array<ts.Diagnostic>;
}

declare enum TestTreeNodeBrand {
    Describe = "describe",
    Test = "test",
    It = "it",
    Expect = "expect"
}

declare enum TestTreeNodeFlags {
    None = 0,
    Only = 1,
    Skip = 2,
    Todo = 4
}

declare class TestTreeNode {
    brand: TestTreeNodeBrand;
    children: Array<TestTreeNode | ExpectNode>;
    diagnostics: Set<ts.Diagnostic>;
    flags: TestTreeNodeFlags;
    name: string;
    node: ts.CallExpression;
    parent: TestTree | TestTreeNode;
    constructor(compiler: typeof ts, brand: TestTreeNodeBrand, node: ts.CallExpression, parent: TestTree | TestTreeNode, flags: TestTreeNodeFlags);
}

declare class ExpectNode extends TestTreeNode {
    abilityDiagnostics: Set<ts.Diagnostic>;
    isNot: boolean;
    matcherNode: ts.CallExpression | ts.Decorator;
    matcherNameNode: ts.PropertyAccessExpression;
    modifierNode: ts.PropertyAccessExpression;
    notNode: ts.PropertyAccessExpression | undefined;
    source: ts.NodeArray<ts.Expression> | ts.NodeArray<ts.TypeNode>;
    target: ts.NodeArray<ts.Expression> | ts.NodeArray<ts.TypeNode> | undefined;
    constructor(compiler: typeof ts, brand: TestTreeNodeBrand, node: ts.CallExpression, parent: TestTree | TestTreeNode, flags: TestTreeNodeFlags, matcherNode: ts.CallExpression | ts.Decorator, matcherNameNode: ts.PropertyAccessExpression, modifierNode: ts.PropertyAccessExpression, notNode: ts.PropertyAccessExpression | undefined);
}

declare class TestTree {
    children: Array<TestTreeNode | ExpectNode>;
    diagnostics: Set<ts.Diagnostic>;
    hasOnly: boolean;
    sourceFile: ts.SourceFile;
    suppressedErrors: Array<SuppressedError> | undefined;
    constructor(diagnostics: Set<ts.Diagnostic>, sourceFile: ts.SourceFile);
}

declare class DiagnosticOrigin {
    assertionNode: ExpectNode | undefined;
    end: number;
    sourceFile: ts.SourceFile | JsonSourceFile;
    start: number;
    constructor(start: number, end: number, sourceFile: ts.SourceFile | JsonSourceFile, assertionNode?: ExpectNode);
    static fromAssertion(assertionNode: ExpectNode): DiagnosticOrigin;
    static fromNode(node: ts.Node, assertionNode?: ExpectNode): DiagnosticOrigin;
}

declare class Diagnostic {
    category: DiagnosticCategory;
    code: string | undefined;
    origin: DiagnosticOrigin | undefined;
    related: Array<Diagnostic> | undefined;
    text: string | Array<string>;
    constructor(text: string | Array<string>, category: DiagnosticCategory, origin?: DiagnosticOrigin);
    add(options: {
        code?: string | undefined;
        related?: Array<Diagnostic> | undefined;
    }): this;
    static error(text: string | Array<string>, origin?: DiagnosticOrigin): Diagnostic;
    extendWith(text: string | Array<string>, origin?: DiagnosticOrigin): Diagnostic;
    static fromDiagnostics(diagnostics: Array<ts.Diagnostic>): Array<Diagnostic>;
    static warning(text: string | Array<string>, origin?: DiagnosticOrigin): Diagnostic;
}

declare function diagnosticBelongsToNode(diagnostic: ts.Diagnostic, node: ts.NodeArray<ts.Node> | ts.Node): boolean;
declare function getDiagnosticMessageText(diagnostic: ts.Diagnostic): string | Array<string>;
declare function getTextSpanEnd(span: ts.TextSpan): number;
declare function isDiagnosticWithLocation(diagnostic: ts.Diagnostic): diagnostic is ts.DiagnosticWithLocation;

type DiagnosticsHandler<T extends Diagnostic | Array<Diagnostic> = Diagnostic> = (this: void, diagnostics: T) => void;

declare class JsonSourceFile {
    #private;
    fileName: string;
    text: string;
    constructor(fileName: string, text: string);
    getLineStarts(): Array<number>;
    getLineAndCharacterOfPosition(position: number): {
        line: number;
        character: number;
    };
}

interface CommandLineOptions {
    config?: string;
    failFast?: boolean;
    fetch?: boolean;
    help?: boolean;
    list?: boolean;
    listFiles?: boolean;
    only?: string;
    prune?: boolean;
    quiet?: boolean;
    reporters?: Array<string>;
    root?: string;
    showConfig?: boolean;
    skip?: string;
    target?: Array<string>;
    tsconfig?: string;
    update?: boolean;
    verbose?: boolean;
    version?: boolean;
    watch?: boolean;
}
interface ConfigFileOptions {
    checkDeclarationFiles?: boolean;
    checkSuppressedErrors?: boolean;
    failFast?: boolean;
    fixtureFileMatch?: Array<string>;
    quiet?: boolean;
    rejectAnyType?: boolean;
    rejectNeverType?: boolean;
    reporters?: Array<string>;
    target?: Array<string>;
    testFileMatch?: Array<string>;
    tsconfig?: string;
    verbose?: boolean;
}

interface InlineConfig {
    fixme?: boolean;
    if?: {
        target?: Array<string>;
    };
    template?: boolean;
}
interface ResolvedConfig extends Omit<CommandLineOptions, "config" | "root" | keyof ConfigFileOptions>, Required<ConfigFileOptions> {
    configFilePath: string;
    pathMatch: Array<string>;
    rootPath: string;
}
interface TextRange {
    start: number;
    end: number;
    text: string;
}
interface DirectiveRange {
    sourceFile: ts.SourceFile;
    namespace: TextRange;
    directive?: TextRange;
    argument?: TextRange;
}

declare class Config {
    #private;
    static parseCommandLine(commandLine: ReadonlyArray<string>): Promise<{
        commandLineOptions: CommandLineOptions;
        pathMatch: Array<string>;
    }>;
    static parseConfigFile(configPath?: string | undefined, rootPath?: string | undefined): Promise<{
        configFileOptions: ConfigFileOptions;
    }>;
    static resolve(options?: {
        configFileOptions?: ConfigFileOptions;
        commandLineOptions?: CommandLineOptions;
        pathMatch?: Array<string>;
    }): ResolvedConfig;
    static resolveConfigFilePath(configPath?: string | undefined, rootPath?: string | undefined): string;
    static resolveRootPath(rootPath?: string | undefined): string;
}

declare enum OptionBrand {
    String = "string",
    SemverRange = "range",
    Number = "number",
    Boolean = "boolean",
    True = "true",
    List = "list"
}

declare class ConfigDiagnosticText {
    static expected(element: string): string;
    static expectsListItemType(optionName: string, optionBrand: OptionBrand): string;
    static expectsValue(optionName: string): string;
    static fileDoesNotExist(filePath: string): string;
    static fileMatchPatternCannotStartWith(optionName: string, segment: string): Array<string>;
    static inspectSupportedVersions(): string;
    static moduleWasNotFound(specifier: string): string;
    static optionValueMustBe(optionName: string, optionBrand: OptionBrand): string;
    static rangeIsNotValid(value: string): string;
    static rangeDoesNotMatchSupported(value: string): string;
    static rangeUsage(): Array<string>;
    static seen(element: string): string;
    static unexpected(element: string): string;
    static unknownOption(optionName: string): string;
    static versionIsNotSupported(value: string): string;
    static watchCannotBeEnabled(): string;
}

declare class Directive {
    #private;
    static getDirectiveRange(compiler: typeof ts, owner: TestTreeNode, directiveText: string): DirectiveRange | undefined;
    static getDirectiveRanges(compiler: typeof ts, node: ts.Node): Array<DirectiveRange> | undefined;
    static getInlineConfig(ranges: Array<DirectiveRange> | DirectiveRange | undefined): Promise<InlineConfig | undefined>;
}

declare const defaultOptions: Required<ConfigFileOptions>;

declare enum OptionGroup {
    CommandLine = 2,
    ConfigFile = 4,
    InlineConditions = 8
}

interface BaseOptionDefinition {
    brand: OptionBrand;
    description: string;
    group: OptionGroup;
    name: string;
}
interface PrimitiveTypeOptionDefinition extends BaseOptionDefinition {
    brand: OptionBrand.String | OptionBrand.SemverRange | OptionBrand.Number | OptionBrand.Boolean | OptionBrand.True;
}
interface ItemDefinition {
    brand: OptionBrand.String;
    name: string;
}
interface ListTypeOptionDefinition extends BaseOptionDefinition {
    brand: OptionBrand.List;
    items: ItemDefinition;
}
type OptionDefinition = PrimitiveTypeOptionDefinition | ListTypeOptionDefinition;
declare class Options {
    #private;
    static for(optionGroup: OptionGroup): Map<string, OptionDefinition>;
    static isJsonString(text: string): boolean;
    static resolve(optionName: string, optionValue: string, basePath?: string): string;
    static validate(optionName: string, optionValue: string, onDiagnostics: DiagnosticsHandler, origin?: DiagnosticOrigin): Promise<void>;
}

interface EnvironmentOptions {
    isCi: boolean;
    noColor: boolean;
    noInteractive: boolean;
    npmRegistry: string;
    storePath: string;
    timeout: number;
    typescriptModule: string | undefined;
}

declare const environmentOptions: EnvironmentOptions;

interface Reporter {
    on: (event: ReporterEvent) => void;
}
type ReporterEvent = Exclude<Event, ["config:error" | "select:error", {}]>;

declare abstract class BaseReporter implements Reporter {
    protected resolvedConfig: ResolvedConfig;
    constructor(resolvedConfig: ResolvedConfig);
    abstract on([event, payload]: ReporterEvent): void;
}

declare class DotReporter extends BaseReporter {
    #private;
    on([event, payload]: ReporterEvent): void;
}

declare class ListReporter extends BaseReporter {
    #private;
    on([event, payload]: ReporterEvent): void;
}

declare class SetupReporter {
    on([event, payload]: ReporterEvent): void;
}

declare class SummaryReporter extends BaseReporter {
    on([event, payload]: ReporterEvent): void;
}

declare class WatchReporter extends BaseReporter {
    on([event, payload]: ReporterEvent): void;
}

declare enum ProjectConfigKind {
    Discovered = 0,
    Default = 1,
    Provided = 2,
    Synthetic = 3
}

declare enum ResultStatus {
    Runs = "runs",
    Passed = "passed",
    Matched = "matched",
    Failed = "failed",
    Fixme = "fixme",
    Skipped = "skipped",
    Ignored = "ignored",
    Todo = "todo"
}

type ProjectConfig = {
    kind: ProjectConfigKind;
    specifier: string;
};
type TargetResultStatus = ResultStatus.Runs | ResultStatus.Passed | ResultStatus.Failed;
type TargetCounts = {
    [K in Exclude<TargetResultStatus, ResultStatus.Runs>]: number;
};
type FileResultStatus = ResultStatus.Runs | ResultStatus.Passed | ResultStatus.Failed;
type FileCounts = {
    [K in Exclude<FileResultStatus, ResultStatus.Runs>]: number;
};
type TestResultStatus = ResultStatus.Runs | ResultStatus.Passed | ResultStatus.Failed | ResultStatus.Skipped | ResultStatus.Fixme | ResultStatus.Todo;
type TestCounts = {
    [K in Exclude<TestResultStatus, ResultStatus.Runs>]: number;
};
type AssertionResultStatus = ResultStatus.Runs | ResultStatus.Passed | ResultStatus.Failed | ResultStatus.Skipped | ResultStatus.Fixme | ResultStatus.Todo;
type AssertionCounts = {
    [K in Exclude<AssertionResultStatus, ResultStatus.Runs>]: number;
};
type SuppressedResultStatus = ResultStatus.Matched | ResultStatus.Failed | ResultStatus.Ignored;
type SuppressedCounts = {
    [K in SuppressedResultStatus]: number;
};
type ResultCounts = TargetCounts | FileCounts | TestCounts | AssertionCounts | SuppressedCounts;
interface ResultTiming {
    start: number;
    end: number;
}

declare class ExpectResult {
    expect: ExpectNode;
    parent: TestResult | undefined;
    status: AssertionResultStatus;
    timing: ResultTiming;
    constructor(expect: ExpectNode, parent?: TestResult);
}

declare class TestResult {
    assertionCounts: AssertionCounts;
    parent: DescribeResult | undefined;
    results: Array<ExpectResult>;
    status: ResultStatus;
    test: TestTreeNode;
    timing: ResultTiming;
    constructor(test: TestTreeNode, parent?: DescribeResult);
}

declare class DescribeResult {
    describe: TestTreeNode;
    parent: DescribeResult | undefined;
    results: Array<DescribeResult | TestResult>;
    timing: ResultTiming;
    constructor(describe: TestTreeNode, parent?: DescribeResult);
}

declare class FileLocation {
    #private;
    path: string;
    position: number | undefined;
    constructor(file: string | URL, position?: number);
}

declare class FileResult {
    assertionCounts: AssertionCounts;
    file: FileLocation;
    results: Array<DescribeResult | TestResult | ExpectResult>;
    suppressedCounts: SuppressedCounts;
    status: FileResultStatus;
    testCounts: TestCounts;
    timing: ResultTiming;
    constructor(file: FileLocation);
}

declare class ProjectResult {
    compilerVersion: string;
    projectConfig: ProjectConfig;
    results: Array<FileResult>;
    constructor(compilerVersion: string, projectConfig: ProjectConfig);
}

declare class TargetResult {
    files: Array<FileLocation>;
    results: Map<string | undefined, ProjectResult>;
    status: TargetResultStatus;
    target: string;
    timing: ResultTiming;
    constructor(target: string, files: Array<FileLocation>);
}

declare class Result {
    assertionCounts: AssertionCounts;
    fileCounts: FileCounts;
    files: Array<FileLocation>;
    results: Array<TargetResult>;
    suppressedCounts: SuppressedCounts;
    targetCounts: TargetCounts;
    testCounts: TestCounts;
    timing: ResultTiming;
    constructor(files: Array<FileLocation>);
}

declare class SuppressedResult {
    suppressed: SuppressedError;
    constructor(suppressed: SuppressedError);
}

type Event = ["config:error", {
    diagnostics: Array<Diagnostic>;
}] | ["select:error", {
    diagnostics: Array<Diagnostic>;
}] | ["run:start", {
    result: Result;
}] | ["run:end", {
    result: Result;
}] | ["store:adds", {
    packagePath: string;
    packageVersion: string;
}] | ["store:error", {
    diagnostics: Array<Diagnostic>;
}] | ["target:start", {
    result: TargetResult;
}] | ["target:end", {
    result: TargetResult;
}] | ["project:uses", {
    compilerVersion: string;
    projectConfig: ProjectConfig;
}] | ["project:error", {
    diagnostics: Array<Diagnostic>;
}] | ["file:start", {
    result: FileResult;
}] | ["file:error", {
    diagnostics: Array<Diagnostic>;
    result: FileResult;
}] | ["file:end", {
    result: FileResult;
}] | ["directive:error", {
    diagnostics: Array<Diagnostic>;
}] | ["collect:start", {
    tree: TestTree;
}] | ["collect:error", {
    diagnostics: Array<Diagnostic>;
}] | ["collect:node", {
    node: TestTreeNode | ExpectNode;
}] | ["collect:end", {
    tree: TestTree;
}] | ["describe:start", {
    result: DescribeResult;
}] | ["describe:end", {
    result: DescribeResult;
}] | ["test:start", {
    result: TestResult;
}] | ["test:error", {
    diagnostics: Array<Diagnostic>;
    result: TestResult;
}] | ["test:fail", {
    result: TestResult;
}] | ["test:pass", {
    result: TestResult;
}] | ["test:skip", {
    result: TestResult;
}] | ["test:fixme", {
    result: TestResult;
}] | ["test:todo", {
    result: TestResult;
}] | ["expect:start", {
    result: ExpectResult;
}] | ["expect:error", {
    diagnostics: Array<Diagnostic>;
    result: ExpectResult;
}] | ["expect:fail", {
    diagnostics: Array<Diagnostic>;
    result: ExpectResult;
}] | ["expect:pass", {
    result: ExpectResult;
}] | ["expect:skip", {
    result: ExpectResult;
}] | ["expect:fixme", {
    result: ExpectResult;
}] | ["suppressed:error", {
    diagnostics: Array<Diagnostic>;
    result: SuppressedResult;
}] | ["suppressed:match", {
    result: SuppressedResult;
}] | ["suppressed:ignore", {
    result: SuppressedResult;
}] | ["watch:error", {
    diagnostics: Array<Diagnostic>;
}];
interface EventHandler {
    on: (event: Event) => void;
}

declare class EventEmitter {
    #private;
    static instanceCount: number;
    constructor();
    addHandler(handler: EventHandler): void;
    addReporter(reporter: Reporter): void;
    static dispatch(event: Event): void;
    removeHandler(handler: EventHandler): void;
    removeReporter(reporter: Reporter): void;
    removeHandlers(): void;
    removeReporters(): void;
}

declare enum Color {
    Reset = "0",
    Red = "31",
    Green = "32",
    Yellow = "33",
    Blue = "34",
    Magenta = "35",
    Cyan = "36",
    Gray = "90"
}

type ScribblerNode = Array<ScribblerNode> | ScribblerJsx.Element | string | number | undefined;
type FunctionComponent = (props: Record<string, unknown>) => ScribblerJsx.Element;
declare namespace ScribblerJsx {
    interface Element {
        props: Record<string, unknown>;
        type: FunctionComponent | number | string;
    }
    interface IntrinsicElements {
        ansi: {
            escapes: Color | Array<Color>;
        };
        newLine: {};
        text: {
            children: Array<ScribblerNode>;
            indent: number;
        };
    }
}

interface LineProps {
    children?: ScribblerNode;
    color?: Color;
    indent?: number;
}
declare function Line({ children, color, indent }: LineProps): ScribblerJsx.Element;

interface ScribblerOptions {
    newLine?: string;
    noColor?: boolean;
}
declare class Scribbler {
    #private;
    constructor(options?: ScribblerOptions);
    render(element: ScribblerJsx.Element): string;
}

interface TextProps {
    children?: ScribblerNode;
    color?: Color | undefined;
    indent?: number | undefined;
}
declare function Text({ children, color, indent }: TextProps): ScribblerJsx.Element;

declare function addsText(packageVersion: string, packagePath: string, options?: {
    short?: boolean;
}): ScribblerJsx.Element;

declare function describeNameText(name: string, indent?: number): ScribblerJsx.Element;

interface CodeFrameOptions {
    linesAbove?: number;
    linesBelow?: number;
    showBreadcrumbs?: boolean;
}

declare function diagnosticText(diagnostic: Diagnostic, codeFrameOptions?: CodeFrameOptions): ScribblerJsx.Element;

declare function dotText(status: ResultStatus): ScribblerJsx.Element;

declare function fileStatusText(status: FileResultStatus, file: FileLocation): ScribblerJsx.Element;

declare function formattedText(input: string | Array<string> | Record<string, unknown>): ScribblerJsx.Element;

declare function helpText(options: Map<string, OptionDefinition>, version: string): ScribblerJsx.Element;

interface WriteStream {
    write(text: string): void;
}
declare class StreamController {
    #private;
    constructor(stream: WriteStream);
    disable(): void;
    enable(): void;
    write(text: string): void;
}

declare class OutputService {
    #private;
    static errorStream: StreamController;
    static outputStream: StreamController;
    static clearTerminal(): void;
    static eraseLastLine(): void;
    static writeBlankLine(count?: number): void;
    static writeError(element: ScribblerJsx.Element | Array<ScribblerJsx.Element>): void;
    static writeMessage(element: ScribblerJsx.Element | Array<ScribblerJsx.Element>): void;
    static writeWarning(element: ScribblerJsx.Element | Array<ScribblerJsx.Element>): void;
}

declare function prologueText(runnerVersion: string, rootPath: string): ScribblerJsx.Element;

interface SummaryTextOptions {
    targetCounts: ResultCounts;
    fileCounts: ResultCounts;
    testCounts: ResultCounts;
    assertionCounts: ResultCounts;
    suppressedCounts: SuppressedCounts;
    timing: ResultTiming;
}
declare function summaryText({ targetCounts, fileCounts, testCounts, assertionCounts, suppressedCounts, timing, }: SummaryTextOptions): ScribblerJsx.Element;

declare function testNameText(status: Exclude<TestResultStatus, ResultStatus.Runs>, name: string, indent?: number): ScribblerJsx.Element;

declare function usesText(compilerVersion: string, projectConfig: ProjectConfig, options?: {
    short?: boolean;
}): ScribblerJsx.Element;

declare function waitingForFileChangesText(): ScribblerJsx.Element;

declare function watchUsageText(): ScribblerJsx.Element;

declare class Path {
    static normalizeSlashes: (filePath: string) => string;
    static dirname(filePath: string): string;
    static join(...filePaths: Array<string>): string;
    static relative(from: string, to: string): string;
    static resolve(...filePaths: Array<string>): string;
}

declare class Runner {
    #private;
    static version: string;
    constructor(resolvedConfig: ResolvedConfig);
    run(files: Array<string | URL | FileLocation>, cancellationToken?: CancellationToken): Promise<void>;
}

declare class Select {
    #private;
    static isFixtureFile(filePath: string, resolvedConfig: ResolvedConfig): boolean;
    static isTestFile(filePath: string, resolvedConfig: ResolvedConfig): boolean;
    static selectFiles(resolvedConfig: ResolvedConfig): Promise<Array<string>>;
}

declare class SelectDiagnosticText {
    #private;
    static noTestFilesWereLeft(resolvedConfig: ResolvedConfig): Array<string>;
    static noTestFilesWereSelected(resolvedConfig: ResolvedConfig): Array<string>;
}

interface ManifestData {
    $version?: string;
    lastUpdated?: number;
    minorVersions: Array<string>;
    npmRegistry: string;
    packages: Record<string, {
        integrity: string;
        tarball: string;
    }>;
    resolutions: Record<string, string>;
    versions: Array<string>;
}
declare class Manifest {
    #private;
    $version: string;
    lastUpdated: number;
    minorVersions: Array<string>;
    npmRegistry: string;
    packages: Record<string, {
        integrity: string;
        tarball: string;
    }>;
    resolutions: Record<string, string>;
    versions: Array<string>;
    constructor(data: ManifestData);
    isOutdated(options?: {
        ageTolerance?: number;
    }): boolean;
    static parse(text: string): Manifest | undefined;
    resolve(tag: string): string | undefined;
    stringify(): string;
}

declare class Store {
    #private;
    static manifest: Manifest | undefined;
    static fetch(tag: string): Promise<void>;
    static load(tag: string): Promise<typeof ts | undefined>;
    static open(): Promise<void>;
    static prune(): Promise<void>;
    static update(): Promise<void>;
    static validateTag(tag: string): Promise<boolean | undefined>;
}

declare class Version {
    #private;
    static isGreaterThan(source: string, target: string): boolean;
    static isIncluded(source: string, range: Array<string>): boolean;
    static isSatisfiedWith(source: string, target: string): boolean;
}

export { BaseReporter, CancellationReason, CancellationToken, Cli, Color, Config, ConfigDiagnosticText, DescribeResult, Diagnostic, DiagnosticCategory, DiagnosticOrigin, Directive, DotReporter, EventEmitter, ExpectResult, FileLocation, FileResult, Line, ListReporter, OptionBrand, OptionGroup, Options, OutputService, Path, ProjectConfigKind, ProjectResult, Result, ResultStatus, Runner, Scribbler, ScribblerJsx, Select, SelectDiagnosticText, SetupReporter, Store, StreamController, SummaryReporter, SuppressedResult, TargetResult, TestResult, Text, Version, WatchReporter, addsText, defaultOptions, describeNameText, diagnosticBelongsToNode, diagnosticText, dotText, environmentOptions, fileStatusText, formattedText, getDiagnosticMessageText, getTextSpanEnd, helpText, isDiagnosticWithLocation, prologueText, summaryText, testNameText, usesText, waitingForFileChangesText, watchUsageText };
export type { AssertionCounts, AssertionResultStatus, CodeFrameOptions, CommandLineOptions, ConfigFileOptions, DiagnosticsHandler, DirectiveRange, EnvironmentOptions, Event, EventHandler, FileCounts, FileResultStatus, InlineConfig, ItemDefinition, OptionDefinition, ProjectConfig, Reporter, ReporterEvent, ResolvedConfig, ResultCounts, ResultTiming, ScribblerOptions, SuppressedCounts, SuppressedResultStatus, TargetCounts, TargetResultStatus, TestCounts, TestResultStatus, TextRange, WriteStream };