declare module "task.transforms" {
    import { Task } from "task.resolve";
    export interface TaskTransform {
        predicate: (incoming: Task) => boolean;
        fn: (incoming: Task) => Task;
    }
    /**
     * Task Transformations
     * This gives an opportunity to change a task just before error collection
     */
    export const transforms: {
        "@sh from File": {
            predicate(incoming: Task): boolean;
            fn(incoming: Task): Task;
        };
    };
    /**
     * Allow transformations on tasks before error collections
     */
    export function applyTransforms(incoming: Task): Task;
}
declare module "task.sequence.factories" {
    import { Task } from "task.resolve";
    import { CommandTrigger } from "command.run";
    import { TaskStats } from "task.runner";
    export enum SequenceItemTypes {
        SeriesGroup,
        ParallelGroup,
        Task,
    }
    export interface SequenceItem {
        type: SequenceItemTypes;
        taskName?: string;
        task?: Task;
        items: SequenceItem[];
        factory?: (opts: any, ctx: CommandTrigger, observer: Rx.Observer<any>) => any;
        fnName?: string;
        options?: any;
        subTaskName?: string;
        stats?: TaskStats;
        seqUID: number;
        skipped?: boolean;
        viaName?: string;
    }
    export interface SequenceSeriesGroup {
        taskName: string;
        skipped: boolean;
        items: any[];
    }
    export interface SequenceParallelGroup extends SequenceSeriesGroup {
    }
    export interface SequenceTask {
        fnName: string;
        factory: TaskFactory;
        task: Task;
        options: any;
        subTaskName?: string;
        viaName?: string;
    }
    export interface TaskFactory {
        (task: Task, trigger: CommandTrigger): any;
        tasks?: TaskFactory[];
        name?: string;
    }
    export function createSequenceTaskItem(incoming: SequenceTask): SequenceItem;
    export function createSequenceSeriesGroup(incoming: SequenceSeriesGroup): SequenceItem;
    export function createSequenceParallelGroup(incoming: SequenceParallelGroup): SequenceItem;
}
declare module "task.return.values" {
    export default function handleReturnType(output: any, cb: () => void): any;
}
declare module "watch.preprocess" {
    export interface OutgoingWatchTask {
        rawInput: string;
        taskName: string;
        patterns: string[];
        tasks: string[];
    }
    export function preprocessWatchTask(taskName: string): OutgoingWatchTask;
}
declare module "watch.errors" {
    import { CrossbowInput } from "index";
    import { OutgoingWatchTask } from "watch.preprocess";
    export enum WatchTaskErrorTypes {
        WatchTaskNameNotFound,
    }
    export interface WatchTaskError {
        type: WatchTaskErrorTypes;
    }
    export interface WatchTaskNameNotFoundError extends WatchTaskError {
        taskName: string;
    }
    export function gatherWatchTaskErrors(outgoing: OutgoingWatchTask, input: CrossbowInput): WatchTaskError[];
}
declare module "watch.resolve" {
    import { WatchOptions } from "chokidar";
    import { WatchTaskError } from "watch.errors";
    import { CrossbowInput } from "index";
    import { Tasks } from "task.resolve";
    import { SequenceItem } from "task.sequence.factories";
    import { Runner } from "task.runner";
    import { CommandTrigger } from "command.run";
    import { TaskCollection } from "task.resolve";
    export const defaultWatchOptions: CBWatchOptions;
    export interface CBWatchOptions extends WatchOptions {
        throttle: number;
        debounce: number;
        delay: number;
        block: boolean;
    }
    export interface WatchTask {
        before: string[];
        options: CBWatchOptions;
        watchers: Watcher[];
        name: string;
        errors: WatchTaskError[];
        patterns?: string[];
        tasks?: string[];
    }
    export interface Watcher {
        patterns: string[];
        tasks: TaskCollection;
        options: any;
        watcherUID: string;
        _tasks?: Tasks;
        _sequence?: SequenceItem[];
        _runner?: Runner;
        parent?: string;
    }
    export interface WatchTasks {
        valid: WatchTask[];
        invalid: WatchTask[];
        all: WatchTask[];
    }
    export function resolveWatchTasks(taskNames: string[], trigger: CommandTrigger): WatchTasks;
    /**
     * The goal of this function is to produce a flat array containing tasks as strings
     * this allows us to feed that into the task resolution stuff
     */
    export function resolveBeforeTasks(beforeFlagsFromCliOrConfig: string[], input: CrossbowInput, watchTasks: WatchTask[]): string[];
}
declare module "task.sequence" {
    import { Task } from "task.resolve";
    import { CommandTrigger } from "command.run";
    import { Runner } from "task.runner";
    import { SequenceItem } from "task.sequence.factories";
    import { TaskReport } from "task.runner";
    export function createFlattenedSequence(tasks: Task[], trigger: CommandTrigger): SequenceItem[];
    /**
     * If the current TaskType is an InlineFunction or
     * module to be run,
     */
    export interface ITaskOptions {
        _default?: any;
        [index: string]: any;
    }
    /**
     *           ******************
     * Where the **--~~Magic~~--** happens!!!
     *           ******************
     *
     * Creating a task runner in crossbow is really about
     * wrapping the process of running the tasks in a way
     * that allows comprehensive logging/reporting
     *
     * Series & Parallel have different semantics and are
     * therefor handled separately.
     *
     * Note that everything here is completely lazy and
     * nothing will be executed until a user calls subscribe
     */
    export function createRunner(items: SequenceItem[], trigger: CommandTrigger): Runner;
    /**
     * After a bunch of tasks have run, we need to link up task-ended reports
     * with their original position in the sequence. This will allow us to
     * reconstruct the task render-tree but also show any tasks that errored
     * or did not complete
     * @param sequence
     * @param reports
     * @returns {*}
     */
    export function decorateSequenceWithReports(sequence: SequenceItem[], reports: TaskReport[]): any;
    /**
     * Look at every item in the sequence tree and count how many
     * error have occured
     */
    export function countSequenceErrors(items: SequenceItem[]): number;
    export function collectSkippedTasks(items: SequenceItem[], initial: any): SequenceItem[];
    export function collectRunnableTasks(items: SequenceItem[], initial: SequenceItem[]): SequenceItem[];
}
declare module "watch.before" {
    import { WatchTasks } from "watch.resolve";
    import { Tasks } from "task.resolve";
    import { SequenceItem } from "task.sequence.factories";
    import { CommandTrigger } from "command.run";
    export interface BeforeTasks {
        runner: any;
        beforeTasksAsCliInput: string[];
        tasks: Tasks;
        sequence: SequenceItem[];
    }
    export function getBeforeTaskRunner(trigger: CommandTrigger, watchTasks: WatchTasks): BeforeTasks;
}
declare module "watch.runner" {
    import { WatchTasks } from "watch.resolve";
    import { Watcher } from "watch.resolve";
    import { CommandTrigger } from "command.run";
    import { BeforeTasks } from "watch.before";
    export interface WatchRunners {
        all: Watcher[];
        valid: Watcher[];
        invalid: Watcher[];
    }
    export interface WatchTaskRunner {
        tasks: WatchTasks;
        runners: WatchRunners;
        before: BeforeTasks;
    }
    export function createWatchRunners(watchTasks: WatchTasks, ctx: CommandTrigger): WatchRunners;
}
declare module "reporters/task.list" {
    import { Task } from "task.resolve";
    import { WatchRunners } from "watch.runner";
    import { TaskReport } from "task.runner";
    export interface WriteableStream {
        columns: number;
    }
    export function getSimpleTaskList(tasks: Task[], longest: number): string[];
    export function twoCol(tasks: Task[], longest: number): Array<string[]>;
    export function twoColWatchers(runners: WatchRunners): Array<string[]>;
    export function _taskReport(report: TaskReport): string;
    export function duration(ms: any): string;
}
declare module "file.utils" {
    import { CrossbowConfiguration } from "config";
    import { InputFiles, InputError } from "task.utils";
    import { CrossbowInput } from "index";
    import { ParsedPath } from "path";
    import Rx = require("rx");
    export interface ExternalFile {
        rawInput: string;
        resolved: string;
        relative: string;
        errors: InputError[];
        parsed: ParsedPath;
    }
    export interface FileNotFoundError extends InputError {
    }
    export interface ExternalFileContent extends ExternalFile {
        content: string;
        data?: any;
    }
    export interface ExternalFileInput extends ExternalFile {
        input: CrossbowInput | any;
    }
    /**
     * Try to auto-load configuration files
     * from the users CWD
     */
    export function retrieveDefaultInputFiles(config: CrossbowConfiguration): InputFiles;
    /**
     * Try to load cbfiles (like gulp) from the users
     * working directory
     * @param config
     * @returns {InputFiles}
     */
    export function retrieveCBFiles(config: CrossbowConfiguration): InputFiles;
    /**
     * Try to retrieve input files from disk.
     * This is different from regular file reading as
     * we deliver errors with context
     */
    export function readInputFiles(paths: string[], cwd: string): InputFiles;
    export function readFilesFromDiskWithContent(paths: string[], cwd: string): ExternalFileContent[];
    export function readFileContent(file: ExternalFile): string;
    export function writeFileToDisk(file: ExternalFile, content: string): void;
    export function getStubFileWithContent(path: string, cwd: string): ExternalFileContent;
    export function readOrCreateJsonFile(path: string, cwd: string): ExternalFileContent;
    export function getStubFile(path: string, cwd: string): ExternalFile;
    /**
     * Take an array of paths and return file info + errors if they don't exist
     * @param paths
     * @param cwd
     * @returns {ExternalFile[]}
     */
    export function readFilesFromDisk(paths: string[], cwd: string): ExternalFile[];
    /**
     * Attempt to use the LOCALLY installed crossbow version
     * first, this will ensure anything registered with .task etc
     * can be picked up by global installs too.
     * @param config
     * @returns {InputFiles}
     */
    export function getRequirePaths(config: CrossbowConfiguration): InputFiles;
    export function getExternalFiles(dirpaths: string[], cwd: string): ExternalFile[];
    export function getPossibleTasksFromDirectories(dirpaths: string[], cwd: string): string[];
    export interface IHashItem {
        userInput: string;
        resolved: string;
        hash: string;
        changed: boolean;
    }
    export interface IHashInput {
        userInput: string;
        pathObj: ExternalFile;
    }
    export interface IHashResults {
        output: IHashItem[];
        markedHashes: IHashItem[];
    }
    export enum HashDirErrorTypes {
        HashNotADirectory,
        HashPathNotFound,
    }
    export interface HashDirError extends Error {
        code: string;
        path: string;
        syscall: string;
    }
    export function hashItems(dirs: string[], cwd: string, existingHashes: IHashItem[]): Rx.Observable<IHashResults>;
}
declare module "command.init" {
    import { CrossbowConfiguration } from "config";
    import { CrossbowInput, CLI, CrossbowReporter } from "index";
    import Rx = require("rx");
    import * as file from "file.utils";
    import { ExternalFile } from "file.utils";
    export enum InitConfigFileErrorTypes {
        InitInputFileExists,
        InitInputFileTypeNotSupported,
    }
    export interface InitConfigError {
        type: InitConfigFileErrorTypes;
    }
    export interface InitConfigFileExistsError extends InitConfigError {
        file: file.ExternalFile;
    }
    export interface InitConfigFileTypeNotSupported extends InitConfigError {
        providedType: InitConfigFileTypes;
        supportedTypes: {};
    }
    export interface InitCommandOutput {
        existingFilesInCwd: ExternalFile[];
        matchingFiles: ExternalFile[];
        errors: InitConfigError[];
        outputFilePath?: string;
        outputFileName?: string;
        templateFilePath?: string;
    }
    export type InitCommandComplete = Rx.Observable<{
        setup: InitCommandOutput;
    }>;
    export enum InitConfigFileTypes {
        yaml,
        js,
        json,
        cbfile,
    }
    export default function handleIncomingInitCommand(cli: CLI, input: CrossbowInput, config: CrossbowConfiguration, reporter: CrossbowReporter): Rx.Observable<{
        setup: InitCommandOutput;
    }>;
}
declare module "logger" {
    let logger: any;
    export default logger;
    export const compile: any;
    export const prefix: string;
    export const createAst: any;
    export const clean: any;
}
declare module "command.docs" {
    import { CrossbowConfiguration } from "config";
    import { CrossbowInput, CLI, CrossbowReporter } from "index";
    import { Tasks } from "task.resolve";
    import Rx = require("rx");
    import * as file from "file.utils";
    export interface DocsError {
        type: DocsErrorTypes;
    }
    export interface DocsInputFileNotFoundError extends DocsError {
        file: file.ExternalFile;
    }
    export interface DocsOutputFileExistsError extends DocsInputFileNotFoundError {
    }
    export enum DocsErrorTypes {
        DocsInputFileNotFound,
        DocsOutputFileExists,
    }
    export const docStartComment: string;
    export const docEndComment: string;
    export const hasRegExp: RegExp;
    export const hasExistingComments: (inputString: any) => boolean;
    export const readmeRegExp: RegExp;
    export interface DocsFileOutput {
        file: file.ExternalFile;
        content: string;
    }
    export interface DocsCommandOutput {
        tasks: Tasks;
        errors: DocsError[];
        markdown?: string;
        output?: DocsFileOutput[];
    }
    export type DocsCommandComplete = Rx.Observable<{
        setup: DocsCommandOutput;
    }>;
    export default function handleIncomingDocsCommand(cli: CLI, input: CrossbowInput, config: CrossbowConfiguration, reporter: CrossbowReporter): Rx.Observable<{
        setup: DocsCommandOutput;
    }>;
}
declare module "watch.shorthand" {
    import { CommandTrigger } from "command.run";
    export interface UnwrappedTask {
        patterns: string[];
        tasks: string[];
        i: number;
        name: string;
    }
    export function getModifiedWatchContext(trigger: CommandTrigger): CommandTrigger;
    /**
     * take the following:
     *  $ crossbow watch "*.js -> (lint) (unit)"
     *
     *  and convert it into
     *  patterns: ["*.js"]
     *  tasks: ["lint", "unit"]
     */
    export function unwrapShorthand(incoming: string, i: number): UnwrappedTask;
}
declare module "watch.utils" {
    export function stripBlacklisted(incoming: string[]): string[];
}
declare module "command.watch.interactive" {
    import Rx = require("rx");
    import { CLI, CrossbowInput } from "index";
    import { CrossbowConfiguration } from "config";
    export interface WatchAnswers {
        watch: string[];
    }
    export default function promptForWatchCommand(cli: CLI, input: CrossbowInput, config: CrossbowConfiguration): Rx.Observable<WatchAnswers>;
}
declare module "command.watch" {
    import { CommandTrigger } from "command.run";
    import { CrossbowConfiguration } from "config";
    import { CrossbowInput, CLI, CrossbowReporter } from "index";
    import { WatchRunners } from "watch.runner";
    import { WatchTasks } from "watch.resolve";
    import { BeforeTasks } from "watch.before";
    import Rx = require("rx");
    import { WatchTaskReport, WatchRunnerComplete } from "watch.file-watcher";
    import { ReportTypes } from "reporter.resolve";
    export interface CrossbowError extends Error {
        _cb: boolean;
    }
    export interface WatchCommandSetupErrors {
        type: ReportTypes;
    }
    export interface WatchCommandOutput {
        setup: WatchCommandSetup;
        update$: Rx.Observable<WatchReport>;
    }
    export interface WatchCommandSetup {
        beforeTasks?: BeforeTasks;
        watchTasks?: WatchTasks;
        watchRunners?: WatchRunners;
        errors: WatchCommandSetupErrors[];
    }
    export type WatchCommmandComplete = Rx.Observable<WatchCommandOutput>;
    export interface WatchReport {
        type: WatchCommandEventTypes;
        data: WatchTaskReport | WatchRunnerComplete;
    }
    export enum WatchCommandEventTypes {
        SetupError,
        FileEvent,
        WatchTaskReport,
        WatchRunnerComplete,
        BeforeTasksComplete,
    }
    export default function handleIncomingWatchCommand(cli: CLI, input: CrossbowInput, config: CrossbowConfiguration, reporter: CrossbowReporter): WatchCommmandComplete;
    export function getWatchCommandSetup(trigger: CommandTrigger): WatchCommandSetup;
}
declare module "watch.file-watcher" {
    import { Watcher } from "watch.resolve";
    import { CommandTrigger } from "command.run";
    import { TaskReport } from "task.runner";
    import Rx = require("rx");
    import { SequenceItem } from "task.sequence.factories";
    import { CrossbowReporter } from "index";
    import { WatchCommandEventTypes } from "command.watch";
    export interface WatchEventWithContext {
        watchEvent: WatchEvent;
        watcher: Watcher;
    }
    export interface WatchEvent {
        event: string;
        path: string;
        watcherUID: string;
    }
    export interface WatchTaskReport {
        taskReport: TaskReport;
        watchEvent: WatchEvent;
        count: number;
    }
    export interface WatchRunnerComplete {
        sequence: SequenceItem[];
        reports: TaskReport[];
        errors: TaskReport[];
        watchEvent: WatchEvent;
        runtime: number;
    }
    /**
     * Create a stream that is the combination of all watchers
     */
    export function createObservablesForWatchers(watchers: Watcher[], trigger: CommandTrigger): Rx.Observable<{
        type: WatchCommandEventTypes;
        data: WatchTaskReport | WatchRunnerComplete;
    }>;
    /**
     * Create a file-system watcher that will emit <WatchEvent>
     */
    export function createObservableForWatcher(watcher: Watcher, trigger: CommandTrigger): Rx.Observable<WatchEvent>;
    export function getFileChangeStream(watcher: Watcher, reporter: CrossbowReporter): Rx.Observable<WatchEvent>;
}
declare module "command.tasks" {
    import { CrossbowConfiguration } from "config";
    import { CrossbowInput, CLI, CrossbowReporter } from "index";
    import { Tasks, Task } from "task.resolve";
    import Rx = require("rx");
    export interface TaskGroup {
        title: string;
        tasks: Tasks;
    }
    export interface TaskCommandSetup {
        groups: TaskGroup[];
        tasks: Task[];
        errors: Error[];
    }
    export interface TasksCommandCompletionReport {
        setup: TaskCommandSetup;
    }
    export type TasksCommandComplete = Rx.Observable<TasksCommandCompletionReport>;
    export default function handleIncomingTasksCommand(cli: CLI, input: CrossbowInput, config: CrossbowConfiguration, reporter: CrossbowReporter): TasksCommandComplete;
}
declare module "command.watchers" {
    import { CrossbowConfiguration } from "config";
    import { CrossbowInput, CLI, CrossbowReporter } from "index";
    import Rx = require("rx");
    import { WatchTasks } from "watch.resolve";
    import { WatchRunners } from "watch.runner";
    import { ReportTypes } from "reporter.resolve";
    export interface WatchersCommandError {
        type: ReportTypes;
    }
    export interface WatchersCommandOutput {
        watchTasks?: WatchTasks;
        runners?: WatchRunners;
        errors: WatchersCommandError[];
    }
    export type WatchersCommandComplete = Rx.Observable<{
        setup: WatchersCommandOutput;
    }>;
    export default function handleIncomingWatchersCommand(cli: CLI, input: CrossbowInput, config: CrossbowConfiguration, reporter: CrossbowReporter): Rx.Observable<{
        setup: WatchersCommandOutput;
    }>;
}
declare module "reporter.resolve" {
    import { CrossbowConfiguration, OutgoingSignals } from "config";
    import { CrossbowInput, CLI } from "index";
    import { ExternalFile, ExternalFileInput, ExternalFileContent, HashDirErrorTypes } from "file.utils";
    import { TaskReport } from "task.runner";
    import { CommandTrigger } from "command.run";
    import { SequenceItem } from "task.sequence.factories";
    import { InitConfigFileExistsError, InitConfigFileTypeNotSupported } from "command.init";
    import { ParsedPath } from "path";
    import { Task, TaskCollection } from "task.resolve";
    import { WatchTask, Watcher, WatchTasks } from "watch.resolve";
    import { DocsInputFileNotFoundError, DocsOutputFileExistsError } from "command.docs";
    import Rx = require("rx");
    import { WatchEvent } from "watch.file-watcher";
    import { TaskCommandSetup } from "command.tasks";
    import { WatchersCommandOutput } from "command.watchers";
    export interface Reporter {
        errors: {}[];
        type: ReporterTypes;
        callable?: Function;
        sources: ExternalFile[];
    }
    export enum ReporterErrorTypes {
        ReporterFileNotFound,
        ReporterTypeNotSupported,
    }
    export interface ReporterError {
        type: ReporterErrorTypes;
        file?: ExternalFile;
    }
    export interface ReporterFileNotFoundError extends ReporterError {
    }
    export interface ReporterTypeNotSupportedError extends ReporterError {
    }
    export enum ReporterTypes {
        InlineFunction,
        ExternalFile,
        UnsupportedValue,
        Muted,
    }
    export interface Reporters {
        all: Reporter[];
        valid: Reporter[];
        invalid: Reporter[];
    }
    export enum ReportTypes {
        DuplicateInputFile,
        InputFileCreated,
        InitInputFileTypeNotSupported,
        InputError,
        InputFileNotFound,
        InvalidReporter,
        UsingInputFile,
        TaskList,
        TaskTree,
        TaskErrors,
        TaskReport,
        NoTasksAvailable,
        NoTasksProvided,
        SimpleTaskList,
        BeforeWatchTaskErrors,
        BeforeTaskList,
        BeforeTasksDidNotComplete,
        BeforeTasksSummary,
        WatchTaskTasksErrors,
        WatchTaskErrors,
        WatchTaskReport,
        NoFilesMatched,
        NoWatchersAvailable,
        NoWatchTasksProvided,
        Watchers,
        WatcherNames,
        WatcherTriggeredTasksCompleted,
        WatcherTriggeredTasks,
        WatcherSummary,
        DocsAddedToFile,
        DocsGenerated,
        DocsInputFileNotFound,
        DocsOutputFileExists,
        DocsInvalidTasksSimple,
        HashDirError,
        Summary,
        SignalReceived,
        CLIParserOutput,
    }
    export interface IncomingReport {
        type: ReportTypes;
        data?: any;
    }
    export interface OutgoingReport {
        origin: ReportTypes;
        data: string[];
    }
    export interface UsingConfigFileReport {
        sources: ExternalFileInput[];
    }
    export interface InputFileNotFoundReport {
        sources: ExternalFileInput[];
    }
    export interface InputErrorReport {
        errors: any[];
        sources: ExternalFileInput[];
    }
    export interface TaskReportReport {
        report: TaskReport;
        config: CrossbowConfiguration;
    }
    export interface SignalReceivedReport {
        code: number;
    }
    export interface SummaryReport {
        sequence: SequenceItem[];
        cli: CLI;
        config: CrossbowConfiguration;
        runtime: number;
        errors: TaskReport[];
    }
    export interface BeforeTasksSummaryReport {
        sequence: SequenceItem[];
        cli: CLI;
        config: CrossbowConfiguration;
        runtime: number;
        errors: TaskReport[];
    }
    export interface WatcherSummaryReport {
        sequence: SequenceItem[];
        cli: CLI;
        config: CrossbowConfiguration;
        runtime: number;
        errors: TaskReport[];
        watchEvent: WatchEvent;
        watcher: Watcher;
    }
    export interface TaskListReport {
        sequence: SequenceItem[];
        cli: CLI;
        titlePrefix: string;
        config: CrossbowConfiguration;
    }
    export interface SimpleTaskListReport {
        setup: TaskCommandSetup;
    }
    export interface InvalidReporterReport {
        reporters: Reporters;
    }
    export interface DuplicateConfigFile {
        error: InitConfigFileExistsError;
    }
    export interface ConfigFileCreatedReport {
        parsed: ParsedPath;
    }
    export interface InitInputFileTypeNotSupportedReport {
        error: InitConfigFileTypeNotSupported;
    }
    export interface TaskTreeReport {
        tasks: Task[];
        config: CrossbowConfiguration;
        title: string;
    }
    export interface TaskErrorsReport {
        tasks: Task[];
        taskCollection: TaskCollection;
        input: CrossbowInput;
        config: CrossbowConfiguration;
    }
    export interface WatchersReport {
        watchTasks: WatchTask[];
    }
    export interface BeforeWatchTaskErrorsReport {
        watchTasks: WatchTasks;
        trigger: CommandTrigger;
    }
    export interface BeforeTaskListReport {
        sequence: SequenceItem[];
        cli: CLI;
        config: CrossbowConfiguration;
    }
    export interface BeforeTasksDidNotCompleteReport {
        error: Error;
    }
    export interface WatchTaskTasksErrorsReport {
        tasks: Task[];
        runner: Watcher;
        config: CrossbowConfiguration;
    }
    export interface WatchTaskErrorsReport {
        watchTasks: WatchTask[];
    }
    export interface WatchTaskReportReport {
        report: TaskReport;
        trigger: CommandTrigger;
    }
    export interface WatcherTriggeredTasksReport {
        index: number;
        taskCollection: TaskCollection;
    }
    export interface WatcherTriggeredTasksCompletedReport {
        index: number;
        taskCollection: TaskCollection;
        time: number;
    }
    export interface WatcherNamesReport {
        setup: WatchersCommandOutput;
    }
    export interface NoFilesMatchedReport {
        watcher: Watcher;
    }
    export interface DocsInputFileNotFoundReport {
        error: DocsInputFileNotFoundError;
    }
    export interface DocsAddedToFileReport {
        file: ExternalFileContent;
    }
    export interface DocsOutputFileExistsReport {
        error: DocsOutputFileExistsError;
    }
    export interface HashError extends Error {
        type: HashDirErrorTypes;
    }
    export interface HashDirErrorReport {
        error: HashError;
        cwd: string;
    }
    export function getReporters(config: CrossbowConfiguration, input: CrossbowInput): Reporters;
    export type OutgoingReporter = Rx.Subject<OutgoingReport>;
    export function getOutputObserver(mergedConfig: CrossbowConfiguration, outputObserver: OutgoingReporter): Rx.Observable<OutgoingReport>;
    export function getSignalReporter(mergedConfig: CrossbowConfiguration, signalObserver?: OutgoingSignals): OutgoingSignals;
    export function getDefaultReporter(): any;
}
declare module "reporters/defaultReporter" {
    import { SequenceItem } from "task.sequence.factories";
    import { CrossbowConfiguration } from "config";
    import { Task } from "task.resolve";
    import * as reports from "reporter.resolve";
    export const enum LogLevel {
        Short = 0,
        Verbose = 1,
    }
    export default function (report: reports.IncomingReport, observer: Rx.Observer<reports.OutgoingReport>): void;
    export const reporterFunctions: {
        [x: number]: ((report: reports.UsingConfigFileReport) => string) | ((report: reports.InputErrorReport) => string[]) | ((report: reports.InvalidReporterReport) => string[]) | ((report: reports.DuplicateConfigFile) => string[]) | ((report: reports.ConfigFileCreatedReport) => string[]) | ((report: reports.InitInputFileTypeNotSupportedReport) => string[]) | ((report: reports.SimpleTaskListReport) => string[]) | ((report: reports.TaskTreeReport) => string[]) | ((report: reports.TaskListReport) => string) | ((report: reports.TaskErrorsReport) => string[]) | ((report: reports.TaskReportReport) => string) | ((report: reports.BeforeWatchTaskErrorsReport) => string[]) | ((report: reports.BeforeTaskListReport) => string[]) | ((report: reports.BeforeTasksDidNotCompleteReport) => string[]) | ((report: reports.WatchTaskTasksErrorsReport) => string[]) | ((report: reports.WatchTaskErrorsReport) => string[]) | ((report: reports.WatchTaskReportReport) => string) | ((report: reports.WatcherNamesReport) => string[]) | ((report: reports.NoFilesMatchedReport) => string) | ((report: reports.WatcherTriggeredTasksReport) => string) | (() => void) | ((report: reports.DocsInputFileNotFoundReport) => string[]) | ((report: reports.DocsAddedToFileReport) => string) | ((report: reports.SignalReceivedReport) => string[]);
    };
    /**
     * There are multiple ways to output trees to the screen,
     * so this helper function helps to normalize the output
     * by providing the same padding on all but the first line.
     */
    export function multiLineTree(tree: string): string;
    export interface CrossbowError extends Error {
        _cbError?: boolean;
        _cbExitCode?: number;
    }
    export function getStack(stack: string[], config: CrossbowConfiguration): string[];
    /**
     * Show a tree of function calls
     */
    export function reportSequenceTree(sequence: SequenceItem[], config: CrossbowConfiguration, title: any, showStats?: boolean): string;
    export function reportTaskTree(tasks: Task[], config: CrossbowConfiguration, title: string): string[];
    export function getErrors(task: any): any;
    export function getCleanLabel(task: Task): string;
    export function getLabel(task: Task): string;
}
declare module "task.runner" {
    import { Tasks } from "task.resolve";
    import { SequenceItem } from "task.sequence.factories";
    import { CommandTrigger } from "command.run";
    import Rx = require("rx");
    import Immutable = require("immutable");
    export interface Runner {
        series: (ctx?: RunContext) => Rx.Observable<TaskReport>;
        parallel: (ctx?: RunContext) => Rx.Observable<TaskReport>;
        sequence: SequenceItem[];
    }
    export interface TaskRunner {
        tasks: Tasks;
        sequence: SequenceItem[];
        runner: Runner;
    }
    export interface TaskStats {
        startTime: number;
        endTime: number;
        duration: number;
        started: boolean;
        completed: boolean;
        errors: Error[];
        skipped?: boolean;
        skippedReadon?: TaskSkipReasons;
    }
    export interface TaskErrorStats {
        endTime: number;
        completed: boolean;
        errors: Error[];
        cbError?: boolean;
        cbExitCode?: number;
    }
    export interface Report {
        item: SequenceItem;
        type: TaskReportType;
    }
    export enum TaskReportType {
        start,
        end,
        error,
    }
    export enum TaskSkipReasons {
        SkipFlag,
        IfChanged,
    }
    export interface TaskReport extends Report {
        stats: TaskStats;
    }
    export interface TaskErrorReport extends Report {
        stats: TaskErrorStats;
    }
    export type RunContext = Immutable.Map<string, any>;
    /**
     * This creates a wrapper around the actual function that will be run.
     * This done to allow the before/after reporting to work as expected for consumers
     */
    export function time(scheduler?: any): any;
    export function createObservableFromSequenceItem(item: SequenceItem, trigger: CommandTrigger, ctx: RunContext): Rx.Observable<{}>;
    /**
     * Create a new stats object with startTime
     */
    export function getStartStats(startTime: number, additional?: {
        [index: string]: any;
    }): TaskStats;
}
declare module "task.utils" {
    import { CrossbowConfiguration } from "config";
    import { CommandTrigger } from "command.run";
    import { ExternalFileInput, ExternalFile } from "file.utils";
    import { Task } from "task.resolve";
    import { CrossbowInput } from "index";
    export enum InputErrorTypes {
        InputFileNotFound,
        NoTasksAvailable,
        NoWatchersAvailable,
        FileNotFound,
        NotAFile,
        InvalidYaml,
        InvalidInput,
        InvalidJson,
    }
    export interface InputFileNotFoundError extends InputError {
    }
    export interface NoTasksAvailableError extends InputError {
    }
    export interface NoWatchersAvailableError extends InputError {
    }
    export interface InputError {
        type: InputErrorTypes;
    }
    export interface InputFiles {
        all: ExternalFileInput[];
        valid: ExternalFileInput[];
        invalid: ExternalFileInput[];
    }
    export function locateModule(config: CrossbowConfiguration, taskName: string): ExternalFile[];
    export function getChildTaskNames(task: Task): string[];
    /**
     * Convert a JS object into ENV vars
     * eg:
     *    var obj = {
     *      options: {
     *        docker: {
     *          port: 8000
     *        }
     *      }
     *    }
     * ->
     *    envifyObject(obj, 'CB', 'OPTIONS')
     * ->
     *    CB_OPTIONS_DOCKER_PORT=8000
     */
    export function envifyObject(object: any, prefix: string, objectKeyName: string): any;
    export function excludeKeys(input: any, blacklist: string[]): any;
    export function getCBEnv(trigger: CommandTrigger): {};
    export function getFunctionName(fn: any): string;
    export const removeNewlines: (x: string) => string;
    export const escapeNewLines: (x: string) => string;
    export const removeTrailingNewlines: (x: string) => string;
    export function stringifyObj(incoming: any, max?: number): string;
    export function isPlainObject(val: any): boolean;
    export function isString(val: any): boolean;
    export function isFunction(val: any): boolean;
    export function isReport(report: any): boolean;
    export function isPrivateTask(taskName: string): boolean;
    export function isPublicTask(taskName: string): boolean;
    export function isParentGroupName(name: string): RegExpMatchArray;
    export function isParentRef(name: string, names: string[]): boolean;
    export function getChildItems(name: string, input: any): any;
    export function getPossibleTaskNames(input: CrossbowInput): any[];
    export function getChildName(name: any): any;
    export function isInternal(incoming: string): boolean;
    export function isSupportedFileType(incoming: any): boolean;
    export function _e(x: any): any;
    export function __e(x: any): any;
    export function longestString(col: string[]): number;
    export function getLongestTaskName(tasks: Task[]): number;
    export function padLine(incoming: any, max?: any): any;
    export function concatProps(tasks: any, initial: string[], propname: string): string[];
}
declare module "task.errors" {
    import { Task } from "task.resolve";
    import { CommandTrigger } from "command.run";
    import { ExternalFile } from "file.utils";
    export enum TaskErrorTypes {
        TaskNotFound,
        SubtasksNotInConfig,
        SubtaskNotProvided,
        SubtaskNotProvidedForParent,
        SubtaskNotFound,
        SubtaskWildcardNotAvailable,
        AdaptorNotFound,
        FlagNotFound,
        CBFlagNotProvided,
        InvalidTaskInput,
        CircularReference,
        FileTypeNotSupported,
    }
    export function gatherTaskErrors(task: Task, trigger: CommandTrigger): TaskError[];
    export interface TaskError {
        type: TaskErrorTypes;
    }
    export interface TaskNotFoundError extends TaskError {
        taskName: string;
        cwd: string;
        possible: string[];
    }
    export interface SubtasksNotInConfigError extends TaskError {
        name: string;
    }
    export interface SubtaskNotProvidedError extends TaskError {
        name: string;
    }
    export interface SubtaskNotProvidedForParentError extends TaskError {
        name: string;
        available: string[];
    }
    export interface SubtaskWildcardNotAvailableError extends TaskError {
        name: string;
    }
    export interface SubtaskNotFoundError extends TaskError {
        name: string;
    }
    export interface AdaptorNotFoundError extends TaskError {
        taskName: string;
    }
    export interface InvalidTaskInputError extends TaskError {
        input: any;
    }
    export interface CBFlagNotFoundError extends TaskError {
        taskName: string;
    }
    export interface CBFlagNotProvidedError extends TaskError {
        taskName: string;
    }
    export interface CircularReferenceError extends TaskError {
        incoming: Task;
        parents: string[];
    }
    export interface FileTypeNotSupportedError extends TaskError {
        taskName: string;
        externalFile: ExternalFile;
    }
}
declare module "cli.parse" {
    import { CLI } from "index";
    export interface FlagOption {
        alias?: string;
        type?: CliFlagTypes;
        help?: string;
    }
    export interface FlagWithValues {
        name?: string;
        type?: CliFlagTypes;
        values?: any[];
        help?: string;
    }
    /**
     * As given by the user, eg:
     *
     * { verbose: {alias: 'v', count: true } }
     */
    export interface FlagOptions {
        [flagname: string]: FlagOption;
    }
    export interface Flags {
        [flagname: string]: FlagWithValues;
        help?: boolean;
        version?: boolean;
    }
    export interface FlagsWithValues extends FlagOption {
        values: string[];
    }
    export enum CliFlagTypes {
        Array,
        String,
        Boolean,
        Number,
        Count,
    }
    export interface CliInputAndFlags {
        input: string[];
        flags: Array<string[]>;
    }
    export interface FlagsOutput extends CLI {
        command: string;
        input: string[];
        rawFlags: Array<string[]>;
        flagValues: FlagWithValues;
        flags: Flags;
        trailing: string;
    }
    /**
     * Accept either string or array input
     */
    export default function parse(input: string | string[], opts?: FlagOptions): FlagsOutput;
}
declare module "task.preprocess" {
    import { Task } from "task.resolve";
    import { CrossbowInput } from "index";
    import { TaskRunModes, IncomingTaskItem } from "task.resolve";
    import { CommandTrigger } from "command.run";
    export function preprocessTask(taskName: IncomingTaskItem, trigger: CommandTrigger, parents: string[]): Task;
    export interface TaskLiteral {
        tasks?: IncomingTaskItem[];
        runMode?: TaskRunModes;
        input?: string;
        adaptor?: string;
        command?: string;
        description?: string;
    }
    export function handleObjectInput(taskLiteral: TaskLiteral, input: any, parents: any): any;
    export function handleArrayInput(taskItems: any[], input: CrossbowInput, parents: string[]): Task;
    export interface SplitTaskAndFlags {
        taskName: string;
        cbflags: string[];
        flags: {};
        query: any;
    }
}
declare module "task.tree.transforms" {
    import { Task } from "task.resolve";
    export interface TaskTreeTransform {
        predicate: (incoming: Task[]) => boolean;
        fn: (incoming: Task[]) => Task[];
    }
    export const transforms: {
        "Add skipped property to children": {
            predicate(tasks: Task[]): boolean;
            fn(tasks: Task[]): Task[];
        };
        "Add if property to children": {
            predicate(tasks: Task[]): boolean;
            fn(tasks: Task[]): Task[];
        };
        "Pass options/flags/query from Groups -> Tasks": {
            predicate(): boolean;
            fn(tasks: Task[]): Task[];
        };
    };
    /**
     * Allow transformations on tasks before error collections
     */
    export function applyTreeTransforms(incoming: Task[]): Task[];
}
declare module "task.resolve" {
    import { TaskError } from "task.errors";
    import { CrossbowInput } from "index";
    import { CommandTrigger } from "command.run";
    import { Task, Tasks } from "task.resolve";
    import { ExternalFile } from "file.utils";
    /**
     * Function.name is es6 & >
     */
    export interface CBFunction extends Function {
        name: string;
    }
    export type IncomingTaskItem = string | CBFunction | Task;
    export type IncomingInlineArray = {
        tasks: Array<IncomingTaskItem>;
        runMode: TaskRunModes;
    };
    export type TaskCollection = Array<IncomingTaskItem>;
    export enum TaskTypes {
        ExternalTask,
        Adaptor,
        TaskGroup,
        ParentGroup,
        InlineFunction,
    }
    export enum TaskOriginTypes {
        CrossbowConfig,
        NpmScripts,
        FileSystem,
        Adaptor,
        InlineFunction,
        InlineArray,
        InlineObject,
        InlineChildObject,
    }
    export enum TaskRunModes {
        series,
        parallel,
    }
    /**
     * Factory for creating a new Task Item
     * @param {object} obj
     * @returns {object}
     */
    export function createTask(obj: any): Task;
    /**
     * When a circular reference is detected, exit with the appropriate error
     */
    export function createCircularReferenceTask(incoming: Task, parents: string[]): Task;
    /**
     * Match a task name with a top-level value from 'tasks'
     */
    export function getTopLevelValue(baseTaskName: string, input: CrossbowInput): any;
    /**
     * Anything that begins @ is always an adaptor and will skip
     * file i/o etc.
     * @param taskName
     * @param parents
     * @returns {Task}
     */
    export function createAdaptorTask(taskName: any, parents: any): Task;
    /**
     * Look at a hash and determine if the incoming 'taskName'
     * could match a valid taskName.
     * eg:
     *  $ crossbow run shane
     *
     * -> matches:   'shane' & 'shane@p'
     */
    export function maybeTaskNames(tasks: {}, taskName: string): string[];
    export function resolveTasks(taskCollection: TaskCollection, trigger: CommandTrigger): Tasks;
    export interface Task {
        adaptor?: string;
        command?: string;
        valid: boolean;
        taskName: string;
        baseTaskName: string;
        subTasks: string[];
        externalTasks: ExternalFile[];
        tasks: Task[];
        rawInput: string;
        parents: string[];
        errors: TaskError[];
        runMode: TaskRunModes;
        startTime?: number;
        endTime?: number;
        duration?: number;
        query: any;
        flags: any;
        options: any;
        cbflags: string[];
        origin: TaskOriginTypes;
        type: TaskTypes;
        inlineFunctions: Array<CBFunction>;
        env: any;
        description: string;
        skipped: boolean;
        ifChanged: string[];
    }
    export interface TasknameWithOrigin {
        items: string[];
        origin: TaskOriginTypes;
    }
    export interface Tasks {
        valid: Task[];
        invalid: Task[];
        all: Task[];
    }
}
declare module "config" {
    import { TaskRunModes } from "task.resolve";
    import { LogLevel } from "reporters/defaultReporter";
    import { OutgoingReport } from "reporter.resolve";
    import { InitConfigFileTypes } from "command.init";
    import { WatchEvent } from "watch.file-watcher";
    import { ExternalFile } from "file.utils";
    import Rx = require("rx");
    export enum SignalTypes {
        Exit,
        FileWrite,
    }
    export interface CBSignal<T> {
        type: SignalTypes;
        data?: T;
    }
    export type OutgoingSignals = Rx.Subject<CBSignal<ExitSignal | FileWriteSignal>>;
    export interface ExitSignal {
        code: number;
    }
    export interface FileWriteSignal {
        file: ExternalFile;
        content: string;
    }
    export interface CrossbowConfiguration {
        cwd: string;
        runMode: TaskRunModes;
        verbose: LogLevel;
        parallel: boolean;
        fail: boolean;
        force: boolean;
        reporter: string;
        handoff: boolean;
        input: string[];
        interactive: boolean;
        outputOnly: boolean;
        suppressOutput: boolean;
        progress: boolean;
        cbfile?: string;
        dump: boolean;
        envPrefix: string;
        env: any;
        before: string[];
        type?: InitConfigFileTypes;
        debug: boolean;
        reporters: Array<string | Function>;
        skip: string[];
        tasksDir: string[];
        nodeModulesPaths: string[];
        block?: boolean;
        debounce?: boolean;
        throttle?: boolean;
        fromJson?: string;
        file?: string;
        output?: string;
        dryRun?: boolean;
        dryRunDuration?: number;
        outputObserver?: Rx.Observable<OutgoingReport>;
        fileChangeObserver?: Rx.Observable<WatchEvent>;
        signalObserver?: OutgoingSignals;
        scheduler?: Rx.IScheduler;
    }
    /**
     * Merge default with incoming opts.
     * Also deal with single char flag
     * @returns {*}
     */
    export function merge(opts: CrossbowConfiguration | any): CrossbowConfiguration;
}
declare module "input.resolve" {
    import { CrossbowInput } from "index";
    import { CrossbowConfiguration } from "config";
    import * as file from "file.utils";
    export enum InputTypes {
        DefaultExternalFile,
        ExternalFile,
        InlineObject,
        CBFile,
        InlineJSON,
    }
    export interface UserInput {
        errors: any[];
        sources: file.ExternalFileInput[];
        type: InputTypes;
        inputs: CrossbowInput[];
    }
    export function getInputs(config: CrossbowConfiguration, inlineInput?: any): UserInput;
    /**
     * `Input` is the object that is looked at to resolve tasks/options and
     * watchers
     */
    export function generateBaseInput(incoming: CrossbowInput | any): CrossbowInput;
}
declare module "index" {
    import { CrossbowConfiguration, OutgoingSignals } from "config";
    import { UserInput } from "input.resolve";
    import * as reports from "reporter.resolve";
    import { OutgoingReporter } from "reporter.resolve";
    export interface CLI {
        input: string[];
        flags: any;
        trailing?: string;
        command?: string;
    }
    export interface CrossbowInput {
        tasks: any;
        watch: any;
        options: any;
        env?: any;
        config?: any;
    }
    export interface CrossbowReporter {
        (report: reports.IncomingReport): void;
    }
    export interface PreparedInputErrors {
        type: reports.ReportTypes;
    }
    export interface PreparedInput {
        cli: CLI;
        config: CrossbowConfiguration;
        reportFn?: CrossbowReporter;
        userInput: UserInput;
        errors: PreparedInputErrors[];
    }
    /**
     * Handle any type of init. It could be from the CLI, or via the API.
     * eg, any command from the CLI ultimately ends up in the following call
     *    $  crossbow run task1 -c conf/cb.js
     *    -> handleIncoming({
     *          input: ['run', 'task1'],
     *          flags: {c: 'conf/cb.js'}
     *       });
     */
    export function prepareInput(cli: CLI, input?: CrossbowInput | any, outputObserver?: OutgoingReporter, signalObserver?: OutgoingSignals): PreparedInput;
    /**
     * This the the proxy that allows command/run mode to be handled
     * @param preparedInput
     */
    export function handleIncoming<ReturnType>(preparedInput: PreparedInput): ReturnType;
    /**
     * This is the default export that can be
     * used as a convenience method.
     * Note: types are lost when using this method.
     */
    export default function (cli: CLI, input?: CrossbowInput): any;
}
declare module "command.run.interactive" {
    import Rx = require("rx");
    import { CLI, CrossbowInput, CrossbowReporter } from "index";
    import { CrossbowConfiguration } from "config";
    import { Task } from "task.resolve";
    export interface Answers {
        tasks: string[];
    }
    export default function prompt(cli: CLI, input: CrossbowInput, config: CrossbowConfiguration, reporter: CrossbowReporter): Rx.Observable<Answers>;
    export function getTaskList(tasks: Task[]): {
        name: any;
        value: string;
    }[];
}
declare module "command.run.context" {
    import { Task } from "task.resolve";
    import Immutable = require("immutable");
    import { CommandTrigger } from "command.run";
    import Rx = require("rx");
    /**
     * A task context is just an Immutable Map of key=>value pairs
     * that may be used to provide addition context to the task running
     * environment. This is especially useful in situations where you need
     * to do something that MUST block the task running altogether. An example
     * would be hashing files/directories to determine if a task/group of tasks should
     * run.
     */
    export default function getContext(tasks: Task[], trigger: CommandTrigger): Rx.Observable<Immutable.Map<string, any>>;
}
declare module "command.run.execute" {
    import { CommandTrigger } from "command.run";
    import { Tasks } from "task.resolve";
    import { SequenceItem } from "task.sequence.factories";
    import { Runner } from "task.runner";
    import { TaskReport } from "task.runner";
    import Rx = require("rx");
    import { CrossbowConfiguration } from "config";
    import { CLI } from "index";
    export enum RunCommandReportTypes {
        NoTasks,
        Setup,
        Complete,
        TaskReport,
    }
    export interface RunCommandSetupErrors {
        type: RunCommandReportTypes;
    }
    export type RunComplete = Rx.Observable<RunActions>;
    export interface RunActions {
        setup: RunCommandSetup;
        update$: Rx.Observable<TaskReport>;
    }
    export interface RunCommandSetup {
        tasks?: Tasks;
        sequence?: SequenceItem[];
        errors: RunCommandSetupErrors[];
    }
    export interface RunCommandCompletionReport {
        tasks: Tasks;
        sequence: SequenceItem[];
        runner: Runner;
        config: CrossbowConfiguration;
        reports?: TaskReport[];
        decoratedSequence?: SequenceItem[];
        runtime?: number;
        errors: RunCommandSetupErrors[];
        taskErrors: TaskReport[];
        cli: CLI;
    }
    export default function executeRunCommand(trigger: CommandTrigger): RunActions;
}
declare module "command.run" {
    import Rx = require("rx");
    import { CLI, CrossbowInput, CrossbowReporter } from "index";
    import { CrossbowConfiguration } from "config";
    import { SequenceItem } from "task.sequence.factories";
    import { Tasks } from "task.resolve";
    import { Runner } from "task.runner";
    import Immutable = require("immutable");
    import { RunComplete } from "command.run.execute";
    import { WatchEvent } from "watch.file-watcher";
    import { Watcher } from "watch.resolve";
    export interface CommandTrigger {
        type: TriggerTypes;
        cli: CLI;
        input: CrossbowInput;
        config: CrossbowConfiguration;
        tracker?: any;
        tracker$?: any;
        shared?: Rx.BehaviorSubject<Immutable.Map<string, any>>;
        reporter: CrossbowReporter;
        watchEvent?: WatchEvent;
        watcher?: Watcher;
    }
    export interface RunCommandSetup {
        tasks: Tasks;
        sequence: SequenceItem[];
        runner: Runner;
    }
    export enum TriggerTypes {
        command,
        watcher,
    }
    export function getRunCommandSetup(trigger: CommandTrigger): RunCommandSetup;
    export default function handleIncomingRunCommand(cli: CLI, input: CrossbowInput, config: CrossbowConfiguration, reporter: CrossbowReporter): RunComplete;
}
declare module "adaptors/@npm" {
    import { CommandTrigger } from "command.run";
    import { CrossbowConfiguration } from "config";
    import { Task } from "task.resolve";
    import { EventEmitter } from "events";
    export interface CommandOptions {
        cwd: string;
        env: any;
        stdio: any;
    }
    export interface CrossbowSpawnError extends Error {
        code: string;
        errno: string;
        syscall: string;
        file: string;
    }
    export interface CBEmitter extends EventEmitter {
        stdin: any;
        stdout: any;
        stderr: any;
        raw: any;
        kill: any;
    }
    function runCommand(args: string[], options: CommandOptions): CBEmitter;
    /**
     * Add the local ./node_modules/.bin directory to the beginning
     * of the users PATH - this will allow it to find local scripts
     * @param {process.env} process
     * @param {Immutable.Map} config
     * @returns {object}
     */
    function getEnv(process: any, config: CrossbowConfiguration): any;
    export interface CommandArgs {
        stringInput?: string;
        cmd?: string[];
        errors: Error[];
    }
    function getArgs(command: string): CommandArgs;
    export function teardown(emitter: any, task: Task): void;
    export function getStdio(trigger: CommandTrigger): (string | NodeJS.WritableStream | NodeJS.ReadableStream)[];
    export function handleExit(emitter: any, done: any): void;
    /**
     * The main export is the function this will be run in the sequence
     * @returns {Function}
     */
    export default function (task: Task, trigger: CommandTrigger): (opts: any, ctx: any, done: any) => () => void;
    export { runCommand, getArgs, getEnv };
}
declare module "adaptors/@cb" {
    import { CommandTrigger } from "command.run";
    import { Task } from "task.resolve";
    export default function (task: Task, trigger: CommandTrigger): (options: any, ctx: any, done: any) => any;
}
declare module "adaptors" {
    import { CommandTrigger } from "command.run";
    import { Task } from "task.resolve";
    const adaptors: {
        "shell": {
            validate: () => boolean;
            create: any;
        };
        "sh": {
            validate: () => boolean;
            create: any;
        };
        "bg": {
            validate: () => boolean;
            create: any;
        };
        "bgnpm": {
            validate: () => boolean;
            create: any;
        };
        "npm": {
            validate: () => boolean;
            create: (task: Task, trigger: CommandTrigger) => (opts: any, ctx: any, done: any) => () => void;
        };
        "cb": {
            validate: () => boolean;
            create: (task: Task, trigger: CommandTrigger) => (options: any, ctx: any, done: any) => any;
        };
    };
    export = adaptors;
}
declare module "adaptors/@bg" {
}
declare module "adaptors/@shell" {
}
declare module "cli.commands" {
    export interface CommandOption {
        alias: string[];
        description: string;
        opts: string[];
        help: string;
    }
    export interface CLICommands {
        [command: string]: CommandOption;
    }
    export const commands: CLICommands;
    export function twoColFromJson(json: any, rightSidePropertyName: string, leftside?: Function): string;
}
declare module "cli" {
    import { CLICommands } from "cli.commands";
    import { FlagsOutput } from "cli.parse";
    export interface PostCLIParse {
        cli: FlagsOutput;
        execute: boolean;
        output: string[];
    }
    export default function (args: string[]): PostCLIParse;
    export function getCommand(incoming: string, commands: CLICommands): string[];
}
declare module "cb" {
    import { TaskReport } from "task.runner";
    import { RunCommandSetup } from "command.run";
    export interface CLIResults {
        setup: RunCommandSetup;
        reports: TaskReport[];
        timestamp: number;
    }
}
declare module "command.run.post-execution" {
    import { RunCommandCompletionReport } from "command.run.execute";
    export function postCliExecution(complete: RunCommandCompletionReport): void;
}
declare module "command.run.pre-execution" {
    import { Task } from "task.resolve";
    import { CommandTrigger } from "command.run";
    import Rx = require("rx");
    export function createHashes(tasks: Task[], trigger: CommandTrigger): Rx.Observable<{
        [index: string]: any;
    }>;
}
declare module "public/create" {
    import { CBWatchOptions } from "watch.resolve";
    import { CrossbowConfiguration } from "config";
    import { WatchReport } from "command.watch";
    import { CLI } from "index";
    import IDisposable = Rx.IDisposable;
    let input: {
        tasks: {};
        watch: {};
        options: {};
        env: {};
        config: CrossbowConfiguration;
        cli: CLI;
        reporter: () => void;
    };
    export const api: {
        input: {
            tasks: {};
            watch: {};
            options: {};
            env: {};
            config: CrossbowConfiguration;
            cli: CLI;
            reporter: () => void;
        };
        env: (obj: any) => void;
        config: (obj: any) => void;
        task: (taskname: string) => {
            options: (hash: any) => void;
        };
        group: (groupName: string, tasks: {}) => void;
        options: (incoming: {}) => void;
        watch: (patterns: string[], tasks: string[], options?: CBWatchOptions) => IDisposable;
        watcher: (patterns: string[], tasks: string[], options?: CBWatchOptions) => Rx.Observable<WatchReport>;
    };
    export default input;
}
declare module "public/index" {
}
declare module "reporters/error.AdaptorNotFound" {
}
declare module "reporters/error.CBFlagNotProvided" {
}
declare module "reporters/error.CircularReference" {
}
declare module "reporters/error.DocsInputFileNotFound" {
}
declare module "reporters/error.DocsOutputFileExists" {
}
declare module "reporters/error.FileTypeNotSupported" {
}
declare module "reporters/error.HashNotADirectory" {
}
declare module "reporters/error.HashPathNotFound" {
}
declare module "reporters/error.InitInputFileExists" {
}
declare module "reporters/error.InitInputFileTypeNotSupported" {
}
declare module "reporters/error.InputFileNotFound" {
}
declare module "reporters/error.InvalidInput" {
}
declare module "reporters/error.InvalidJson" {
}
declare module "reporters/error.InvalidTaskInput" {
}
declare module "reporters/error.InvalidYaml" {
}
declare module "reporters/error.NoTasksAvailable" {
}
declare module "reporters/error.NoWatchersAvailable" {
}
declare module "reporters/error.ReporterFileNotFound" {
}
declare module "reporters/error.ReporterTypeNotSupported" {
}
declare module "reporters/error.SubtaskNotFound" {
}
declare module "reporters/error.SubtaskNotProvided" {
}
declare module "reporters/error.SubtaskNotProvidedForParent" {
}
declare module "reporters/error.SubtasksNotInConfig" {
}
declare module "reporters/error.SubtaskWildcardNotAvailable" {
}
declare module "reporters/error.TaskNotFound" {
}
declare module "reporters/error.WatchTaskNameNotFound" {
}