# Commander.js [![Build Status](https://github.com/tj/commander.js/workflows/build/badge.svg)](https://github.com/tj/commander.js/actions?query=workflow%3A%22build%22) [![NPM Version](http://img.shields.io/npm/v/commander.svg?style=flat)](https://www.npmjs.org/package/commander) [![NPM Downloads](https://img.shields.io/npm/dm/commander.svg?style=flat)](https://npmcharts.com/compare/commander?minimal=true) [![Install Size](https://packagephobia.now.sh/badge?p=commander)](https://packagephobia.now.sh/result?p=commander) The complete solution for [node.js](http://nodejs.org) command-line interfaces. Read this in other languages: English | [简体中文](./Readme_zh-CN.md) - [Commander.js](#commanderjs) - [Installation](#installation) - [Declaring _program_ variable](#declaring-program-variable) - [Options](#options) - [Common option types, boolean and value](#common-option-types-boolean-and-value) - [Default option value](#default-option-value) - [Other option types, negatable boolean and boolean|value](#other-option-types-negatable-boolean-and-booleanvalue) - [Required option](#required-option) - [Variadic option](#variadic-option) - [Version option](#version-option) - [More configuration](#more-configuration) - [Custom option processing](#custom-option-processing) - [Commands](#commands) - [Specify the argument syntax](#specify-the-argument-syntax) - [Action handler](#action-handler) - [Stand-alone executable (sub)commands](#stand-alone-executable-subcommands) - [Automated help](#automated-help) - [Custom help](#custom-help) - [Display help from code](#display-help-from-code) - [.usage and .name](#usage-and-name) - [.helpOption(flags, description)](#helpoptionflags-description) - [.addHelpCommand()](#addhelpcommand) - [More configuration](#more-configuration-1) - [Custom event listeners](#custom-event-listeners) - [Bits and pieces](#bits-and-pieces) - [.parse() and .parseAsync()](#parse-and-parseasync) - [Parsing Configuration](#parsing-configuration) - [Legacy options as properties](#legacy-options-as-properties) - [TypeScript](#typescript) - [createCommand()](#createcommand) - [Node options such as `--harmony`](#node-options-such-as---harmony) - [Debugging stand-alone executable subcommands](#debugging-stand-alone-executable-subcommands) - [Override exit and output handling](#override-exit-and-output-handling) - [Additional documentation](#additional-documentation) - [Examples](#examples) - [Support](#support) - [Commander for enterprise](#commander-for-enterprise) For information about terms used in this document see: [terminology](./docs/terminology.md) ## Installation ```bash npm install commander ``` ## Declaring _program_ variable Commander exports a global object which is convenient for quick programs. This is used in the examples in this README for brevity. ```js const { program } = require('commander'); program.version('0.0.1'); ``` For larger programs which may use commander in multiple ways, including unit testing, it is better to create a local Command object to use. ```js const { Command } = require('commander'); const program = new Command(); program.version('0.0.1'); ``` For named imports in ECMAScript modules, import from `commander/esm.mjs`. ```js // index.mjs import { Command } from 'commander/esm.mjs'; const program = new Command(); ``` And in TypeScript: ```ts // index.ts import { Command } from 'commander'; const program = new Command(); ``` ## Options Options are defined with the `.option()` method, also serving as documentation for the options. Each option can have a short flag (single character) and a long name, separated by a comma or space or vertical bar ('|'). The parsed options can be accessed by calling `.opts()` on a `Command` object, and are passed to the action handler. Multi-word options such as "--template-engine" are camel-cased, becoming `program.opts().templateEngine` etc. Multiple short flags may optionally be combined in a single argument following the dash: boolean flags, followed by a single option taking a value (possibly followed by the value). For example `-a -b -p 80` may be written as `-ab -p80` or even `-abp80`. You can use `--` to indicate the end of the options, and any remaining arguments will be used without being interpreted. By default options on the command line are not positional, and can be specified before or after other arguments. ### Common option types, boolean and value The two most used option types are a boolean option, and an option which takes its value from the following argument (declared with angle brackets like `--expect `). Both are `undefined` unless specified on command line. Example file: [options-common.js](./examples/options-common.js) ```js program .option('-d, --debug', 'output extra debugging') .option('-s, --small', 'small pizza size') .option('-p, --pizza-type ', 'flavour of pizza'); program.parse(process.argv); const options = program.opts(); if (options.debug) console.log(options); console.log('pizza details:'); if (options.small) console.log('- small pizza size'); if (options.pizzaType) console.log(`- ${options.pizzaType}`); ``` ```bash $ pizza-options -d { debug: true, small: undefined, pizzaType: undefined } pizza details: $ pizza-options -p error: option '-p, --pizza-type ' argument missing $ pizza-options -ds -p vegetarian { debug: true, small: true, pizzaType: 'vegetarian' } pizza details: - small pizza size - vegetarian $ pizza-options --pizza-type=cheese pizza details: - cheese ``` `program.parse(arguments)` processes the arguments, leaving any args not consumed by the program options in the `program.args` array. The parameter is optional and defaults to `process.argv`. ### Default option value You can specify a default value for an option which takes a value. Example file: [options-defaults.js](./examples/options-defaults.js) ```js program .option('-c, --cheese ', 'add the specified type of cheese', 'blue'); program.parse(); console.log(`cheese: ${program.opts().cheese}`); ``` ```bash $ pizza-options cheese: blue $ pizza-options --cheese stilton cheese: stilton ``` ### Other option types, negatable boolean and boolean|value You can define a boolean option long name with a leading `no-` to set the option value to false when used. Defined alone this also makes the option true by default. If you define `--foo` first, adding `--no-foo` does not change the default value from what it would otherwise be. You can specify a default boolean value for a boolean option and it can be overridden on command line. Example file: [options-negatable.js](./examples/options-negatable.js) ```js program .option('--no-sauce', 'Remove sauce') .option('--cheese ', 'cheese flavour', 'mozzarella') .option('--no-cheese', 'plain with no cheese') .parse(); const options = program.opts(); const sauceStr = options.sauce ? 'sauce' : 'no sauce'; const cheeseStr = (options.cheese === false) ? 'no cheese' : `${options.cheese} cheese`; console.log(`You ordered a pizza with ${sauceStr} and ${cheeseStr}`); ``` ```bash $ pizza-options You ordered a pizza with sauce and mozzarella cheese $ pizza-options --sauce error: unknown option '--sauce' $ pizza-options --cheese=blue You ordered a pizza with sauce and blue cheese $ pizza-options --no-sauce --no-cheese You ordered a pizza with no sauce and no cheese ``` You can specify an option which may be used as a boolean option but may optionally take an option-argument (declared with square brackets like `--optional [value]`). Example file: [options-boolean-or-value.js](./examples/options-boolean-or-value.js) ```js program .option('-c, --cheese [type]', 'Add cheese with optional type'); program.parse(process.argv); const options = program.opts(); if (options.cheese === undefined) console.log('no cheese'); else if (options.cheese === true) console.log('add cheese'); else console.log(`add cheese type ${options.cheese}`); ``` ```bash $ pizza-options no cheese $ pizza-options --cheese add cheese $ pizza-options --cheese mozzarella add cheese type mozzarella ``` For information about possible ambiguous cases, see [options taking varying arguments](./docs/options-taking-varying-arguments.md). ### Required option You may specify a required (mandatory) option using `.requiredOption`. The option must have a value after parsing, usually specified on the command line, or perhaps from a default value (say from environment). The method is otherwise the same as `.option` in format, taking flags and description, and optional default value or custom processing. Example file: [options-required.js](./examples/options-required.js) ```js program .requiredOption('-c, --cheese ', 'pizza must have cheese'); program.parse(); ``` ```bash $ pizza error: required option '-c, --cheese ' not specified ``` ### Variadic option You may make an option variadic by appending `...` to the value placeholder when declaring the option. On the command line you can then specify multiple option-arguments, and the parsed option value will be an array. The extra arguments are read until the first argument starting with a dash. The special argument `--` stops option processing entirely. If a value is specified in the same argument as the option then no further values are read. Example file: [options-variadic.js](./examples/options-variadic.js) ```js program .option('-n, --number ', 'specify numbers') .option('-l, --letter [letters...]', 'specify letters'); program.parse(); console.log('Options: ', program.opts()); console.log('Remaining arguments: ', program.args); ``` ```bash $ collect -n 1 2 3 --letter a b c Options: { number: [ '1', '2', '3' ], letter: [ 'a', 'b', 'c' ] } Remaining arguments: [] $ collect --letter=A -n80 operand Options: { number: [ '80' ], letter: [ 'A' ] } Remaining arguments: [ 'operand' ] $ collect --letter -n 1 -n 2 3 -- operand Options: { number: [ '1', '2', '3' ], letter: true } Remaining arguments: [ 'operand' ] ``` For information about possible ambiguous cases, see [options taking varying arguments](./docs/options-taking-varying-arguments.md). ### Version option The optional `version` method adds handling for displaying the command version. The default option flags are `-V` and `--version`, and when present the command prints the version number and exits. ```js program.version('0.0.1'); ``` ```bash $ ./examples/pizza -V 0.0.1 ``` You may change the flags and description by passing additional parameters to the `version` method, using the same syntax for flags as the `option` method. ```js program.version('0.0.1', '-v, --vers', 'output the current version'); ``` ### More configuration You can add most options using the `.option()` method, but there are some additional features available by constructing an `Option` explicitly for less common cases. Example file: [options-extra.js](./examples/options-extra.js) ```js program .addOption(new Option('-s, --secret').hideHelp()) .addOption(new Option('-t, --timeout ', 'timeout in seconds').default(60, 'one minute')) .addOption(new Option('-d, --drink ', 'drink size').choices(['small', 'medium', 'large'])); ``` ```bash $ extra --help Usage: help [options] Options: -t, --timeout timeout in seconds (default: one minute) -d, --drink drink cup size (choices: "small", "medium", "large") -h, --help display help for command $ extra --drink huge error: option '-d, --drink ' argument 'huge' is invalid. Allowed choices are small, medium, large. ``` ### Custom option processing You may specify a function to do custom processing of option-arguments. The callback function receives two parameters, the user specified option-argument and the previous value for the option. It returns the new value for the option. This allows you to coerce the option-argument to the desired type, or accumulate values, or do entirely custom processing. You can optionally specify the default/starting value for the option after the function parameter. Example file: [options-custom-processing.js](./examples/options-custom-processing.js) ```js function myParseInt(value, dummyPrevious) { // parseInt takes a string and a radix const parsedValue = parseInt(value, 10); if (isNaN(parsedValue)) { throw new commander.InvalidOptionArgumentError('Not a number.'); } return parsedValue; } function increaseVerbosity(dummyValue, previous) { return previous + 1; } function collect(value, previous) { return previous.concat([value]); } function commaSeparatedList(value, dummyPrevious) { return value.split(','); } program .option('-f, --float ', 'float argument', parseFloat) .option('-i, --integer ', 'integer argument', myParseInt) .option('-v, --verbose', 'verbosity that can be increased', increaseVerbosity, 0) .option('-c, --collect ', 'repeatable value', collect, []) .option('-l, --list ', 'comma separated list', commaSeparatedList) ; program.parse(); const options = program.opts(); if (options.float !== undefined) console.log(`float: ${options.float}`); if (options.integer !== undefined) console.log(`integer: ${options.integer}`); if (options.verbose > 0) console.log(`verbosity: ${options.verbose}`); if (options.collect.length > 0) console.log(options.collect); if (options.list !== undefined) console.log(options.list); ``` ```bash $ custom -f 1e2 float: 100 $ custom --integer 2 integer: 2 $ custom -v -v -v verbose: 3 $ custom -c a -c b -c c [ 'a', 'b', 'c' ] $ custom --list x,y,z [ 'x', 'y', 'z' ] ``` ## Commands You can specify (sub)commands using `.command()` or `.addCommand()`. There are two ways these can be implemented: using an action handler attached to the command, or as a stand-alone executable file (described in more detail later). The subcommands may be nested ([example](./examples/nestedCommands.js)). In the first parameter to `.command()` you specify the command name and any command-arguments. The arguments may be `` or `[optional]`, and the last argument may also be `variadic...`. You can use `.addCommand()` to add an already configured subcommand to the program. For example: ```js // Command implemented using action handler (description is supplied separately to `.command`) // Returns new command for configuring. program .command('clone [destination]') .description('clone a repository into a newly created directory') .action((source, destination) => { console.log('clone command called'); }); // Command implemented using stand-alone executable file (description is second parameter to `.command`) // Returns `this` for adding more commands. program .command('start ', 'start named service') .command('stop [service]', 'stop named service, or all if no name supplied'); // Command prepared separately. // Returns `this` for adding more commands. program .addCommand(build.makeBuildCommand()); ``` Configuration options can be passed with the call to `.command()` and `.addCommand()`. Specifying `hidden: true` will remove the command from the generated help output. Specifying `isDefault: true` will run the subcommand if no other subcommand is specified ([example](./examples/defaultCommand.js)). ### Specify the argument syntax You use `.arguments` to specify the expected command-arguments for the top-level command, and for subcommands they are usually included in the `.command` call. Angled brackets (e.g. ``) indicate required command-arguments. Square brackets (e.g. `[optional]`) indicate optional command-arguments. You can optionally describe the arguments in the help by supplying a hash as second parameter to `.description()`. Example file: [arguments.js](./examples/arguments.js) ```js program .version('0.1.0') .arguments(' [password]') .description('test command', { username: 'user to login', password: 'password for user, if required' }) .action((username, password) => { console.log('username:', username); console.log('environment:', password || 'no password given'); }); ``` The last argument of a command can be variadic, and only the last argument. To make an argument variadic you append `...` to the argument name. For example: ```js program .version('0.1.0') .command('rmdir ') .action(function (dirs) { dirs.forEach((dir) => { console.log('rmdir %s', dir); }); }); ``` The variadic argument is passed to the action handler as an array. ### Action handler The action handler gets passed a parameter for each command-argument you declared, and two additional parameters which are the parsed options and the command object itself. Example file: [thank.js](./examples/thank.js) ```js program .arguments('') .option('-t, --title ', 'title to use before name') .option('-d, --debug', 'display some debugging') .action((name, options, command) => { if (options.debug) { console.error('Called %s with options %o', command.name(), options); } const title = options.title ? `${options.title} ` : ''; console.log(`Thank-you ${title}${name}`); }); ``` You may supply an `async` action handler, in which case you call `.parseAsync` rather than `.parse`. ```js async function run() { /* code goes here */ } async function main() { program .command('run') .action(run); await program.parseAsync(process.argv); } ``` A command's options and arguments on the command line are validated when the command is used. Any unknown options or missing arguments will be reported as an error. You can suppress the unknown option checks with `.allowUnknownOption()`. By default it is not an error to pass more arguments than declared, but you can make this an error with `.allowExcessArguments(false)`. ### Stand-alone executable (sub)commands When `.command()` is invoked with a description argument, this tells Commander that you're going to use stand-alone executables for subcommands. Commander will search the executables in the directory of the entry script (like `./examples/pm`) with the name `program-subcommand`, like `pm-install`, `pm-search`. You can specify a custom name with the `executableFile` configuration option. You handle the options for an executable (sub)command in the executable, and don't declare them at the top-level. Example file: [pm](./examples/pm) ```js program .version('0.1.0') .command('install [name]', 'install one or more packages') .command('search [query]', 'search with optional query') .command('update', 'update installed packages', { executableFile: 'myUpdateSubCommand' }) .command('list', 'list packages installed', { isDefault: true }); program.parse(process.argv); ``` If the program is designed to be installed globally, make sure the executables have proper modes, like `755`. ## Automated help The help information is auto-generated based on the information commander already knows about your program. The default help option is `-h,--help`. Example file: [pizza](./examples/pizza) ```bash $ node ./examples/pizza --help Usage: pizza [options] An application for pizza ordering Options: -p, --peppers Add peppers -c, --cheese Add the specified type of cheese (default: "marble") -C, --no-cheese You do not want any cheese -h, --help display help for command ``` A `help` command is added by default if your command has subcommands. It can be used alone, or with a subcommand name to show further help for the subcommand. These are effectively the same if the `shell` program has implicit help: ```bash shell help shell --help shell help spawn shell spawn --help ``` ### Custom help You can add extra text to be displayed along with the built-in help. Example file: [custom-help](./examples/custom-help) ```js program .option('-f, --foo', 'enable some foo'); program.addHelpText('after', ` Example call: $ custom-help --help`); ``` Yields the following help output: ```Text Usage: custom-help [options] Options: -f, --foo enable some foo -h, --help display help for command Example call: $ custom-help --help ``` The positions in order displayed are: - `beforeAll`: add to the program for a global banner or header - `before`: display extra information before built-in help - `after`: display extra information after built-in help - `afterAll`: add to the program for a global footer (epilog) The positions "beforeAll" and "afterAll" apply to the command and all its subcommands. The second parameter can be a string, or a function returning a string. The function is passed a context object for your convenience. The properties are: - error: a boolean for whether the help is being displayed due to a usage error - command: the Command which is displaying the help ### Display help from code `.help()`: display help information and exit immediately. You can optionally pass `{ error: true }` to display on stderr and exit with an error status. `.outputHelp()`: output help information without exiting. You can optionally pass `{ error: true }` to display on stderr. `.helpInformation()`: get the built-in command help information as a string for processing or displaying yourself. ### .usage and .name These allow you to customise the usage description in the first line of the help. The name is otherwise deduced from the (full) program arguments. Given: ```js program .name("my-command") .usage("[global options] command") ``` The help will start with: ```Text Usage: my-command [global options] command ``` ### .helpOption(flags, description) By default every command has a help option. Override the default help flags and description. Pass false to disable the built-in help option. ```js program .helpOption('-e, --HELP', 'read more information'); ``` ### .addHelpCommand() A help command is added by default if your command has subcommands. You can explicitly turn on or off the implicit help command with `.addHelpCommand()` and `.addHelpCommand(false)`. You can both turn on and customise the help command by supplying the name and description: ```js program.addHelpCommand('assist [command]', 'show assistance'); ``` ### More configuration The built-in help is formatted using the Help class. You can configure the Help behaviour by modifying data properties and methods using `.configureHelp()`, or by subclassing using `.createHelp()` if you prefer. The data properties are: - `helpWidth`: specify the wrap width, useful for unit tests - `sortSubcommands`: sort the subcommands alphabetically - `sortOptions`: sort the options alphabetically There are methods getting the visible lists of arguments, options, and subcommands. There are methods for formatting the items in the lists, with each item having a _term_ and _description_. Take a look at `.formatHelp()` to see how they are used. Example file: [configure-help.js](./examples/configure-help.js) ``` program.configureHelp({ sortSubcommands: true, subcommandTerm: (cmd) => cmd.name() // Just show the name, instead of short usage. }); ``` ## Custom event listeners You can execute custom actions by listening to command and option events. ```js program.on('option:verbose', function () { process.env.VERBOSE = this.opts().verbose; }); program.on('command:*', function (operands) { console.error(`error: unknown command '${operands[0]}'`); const availableCommands = program.commands.map(cmd => cmd.name()); mySuggestBestMatch(operands[0], availableCommands); process.exitCode = 1; }); ``` ## Bits and pieces ### .parse() and .parseAsync() The first argument to `.parse` is the array of strings to parse. You may omit the parameter to implicitly use `process.argv`. If the arguments follow different conventions than node you can pass a `from` option in the second parameter: - 'node': default, `argv[0]` is the application and `argv[1]` is the script being run, with user parameters after that - 'electron': `argv[1]` varies depending on whether the electron application is packaged - 'user': all of the arguments from the user For example: ```js program.parse(process.argv); // Explicit, node conventions program.parse(); // Implicit, and auto-detect electron program.parse(['-f', 'filename'], { from: 'user' }); ``` ### Parsing Configuration If the default parsing does not suit your needs, there are some behaviours to support other usage patterns. By default program options are recognised before and after subcommands. To only look for program options before subcommands, use `.enablePositionalOptions()`. This lets you use an option for a different purpose in subcommands. Example file: [positional-options.js](./examples/positional-options.js) With positional options, the `-b` is a program option in the first line and a subcommand option in the second line: ```sh program -b subcommand program subcommand -b ``` By default options are recognised before and after command-arguments. To only process options that come before the command-arguments, use `.passThroughOptions()`. This lets you pass the arguments and following options through to another program without needing to use `--` to end the option processing. To use pass through options in a subcommand, the program needs to enable positional options. Example file: [pass-through-options.js](./examples/pass-through-options.js) With pass through options, the `--port=80` is a program option in the first line and passed through as a command-argument in the second line: ```sh program --port=80 arg program arg --port=80 ``` By default the option processing shows an error for an unknown option. To have an unknown option treated as an ordinary command-argument and continue looking for options, use `.allowUnknownOption()`. This lets you mix known and unknown options. By default the argument processing does not display an error for more command-arguments than expected. To display an error for excess arguments, use`.allowExcessArguments(false)`. ### Legacy options as properties Before Commander 7, the option values were stored as properties on the command. This was convenient to code but the downside was possible clashes with existing properties of `Command`. You can revert to the old behaviour to run unmodified legacy code by using `.storeOptionsAsProperties()`. ```js program .storeOptionsAsProperties() .option('-d, --debug') .action((commandAndOptions) => { if (commandAndOptions.debug) { console.error(`Called ${commandAndOptions.name()}`); } }); ``` ### TypeScript If you use `ts-node` and stand-alone executable subcommands written as `.ts` files, you need to call your program through node to get the subcommands called correctly. e.g. ```bash node -r ts-node/register pm.ts ``` ### createCommand() This factory function creates a new command. It is exported and may be used instead of using `new`, like: ```js const { createCommand } = require('commander'); const program = createCommand(); ``` `createCommand` is also a method of the Command object, and creates a new command rather than a subcommand. This gets used internally when creating subcommands using `.command()`, and you may override it to customise the new subcommand (example file [custom-command-class.js](./examples/custom-command-class.js)). ### Node options such as `--harmony` You can enable `--harmony` option in two ways: - Use `#! /usr/bin/env node --harmony` in the subcommands scripts. (Note Windows does not support this pattern.) - Use the `--harmony` option when call the command, like `node --harmony examples/pm publish`. The `--harmony` option will be preserved when spawning subcommand process. ### Debugging stand-alone executable subcommands An executable subcommand is launched as a separate child process. If you are using the node inspector for [debugging](https://nodejs.org/en/docs/guides/debugging-getting-started/) executable subcommands using `node --inspect` et al, the inspector port is incremented by 1 for the spawned subcommand. If you are using VSCode to debug executable subcommands you need to set the `"autoAttachChildProcesses": true` flag in your launch.json configuration. ### Override exit and output handling By default Commander calls `process.exit` when it detects errors, or after displaying the help or version. You can override this behaviour and optionally supply a callback. The default override throws a `CommanderError`. The override callback is passed a `CommanderError` with properties `exitCode` number, `code` string, and `message`. The default override behaviour is to throw the error, except for async handling of executable subcommand completion which carries on. The normal display of error messages or version or help is not affected by the override which is called after the display. ```js program.exitOverride(); try { program.parse(process.argv); } catch (err) { // custom processing... } ``` By default Commander is configured for a command-line application and writes to stdout and stderr. You can modify this behaviour for custom applications. In addition, you can modify the display of error messages. Example file: [configure-output.js](./examples/configure-output.js) ```js function errorColor(str) { // Add ANSI escape codes to display text in red. return `\x1b[31m${str}\x1b[0m`; } program .configureOutput({ // Visibly override write routines as example! writeOut: (str) => process.stdout.write(`[OUT] ${str}`), writeErr: (str) => process.stdout.write(`[ERR] ${str}`), // Highlight errors in color. outputError: (str, write) => write(errorColor(str)) }); ``` ### Additional documentation There is more information available about: - [deprecated](./docs/deprecated.md) features still supported for backwards compatibility - [options taking varying arguments](./docs/options-taking-varying-arguments.md) ## Examples In a single command program, you might not need an action handler. Example file: [pizza](./examples/pizza) ```js const { program } = require('commander'); program .description('An application for pizza ordering') .option('-p, --peppers', 'Add peppers') .option('-c, --cheese ', 'Add the specified type of cheese', 'marble') .option('-C, --no-cheese', 'You do not want any cheese'); program.parse(); const options = program.opts(); console.log('you ordered a pizza with:'); if (options.peppers) console.log(' - peppers'); const cheese = !options.cheese ? 'no' : options.cheese; console.log(' - %s cheese', cheese); ``` In a multi-command program, you will have action handlers for each command (or stand-alone executables for the commands). Example file: [deploy](./examples/deploy) ```js const { Command } = require('commander'); const program = new Command(); program .version('0.0.1') .option('-c, --config ', 'set config path', './deploy.conf'); program .command('setup [env]') .description('run setup commands for all envs') .option('-s, --setup_mode ', 'Which setup mode to use', 'normal') .action((env, options) => { env = env || 'all'; console.log('read config from %s', program.opts().config); console.log('setup for %s env(s) with %s mode', env, options.setup_mode); }); program .command('exec

c	File Name	Size	files	T	Date
zip	typings/	21672	1	---	2025-04-22 22:59:17
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-	LICENSE	1098		%	2025-04-22 22:59:17
-	Readme.md	32975		md	2025-04-22 22:59:17
-	esm.mjs	202		mjs	2025-04-22 22:59:17
-	index.js	67953		js	2025-04-22 22:59:17
-	package-support.json	231		json	2025-04-22 22:59:17
-	package.json	1767		json	2025-04-22 22:59:17

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