CPK Package Manager

https://cpkpkg.com - official repository site (search, download, information about packages)

CPK Package Manager

Very light and easy and fast native package manager to install C/C++ (priority), JS, Python, Rust packages and compile sources when it needed. Same package can be in muitple form for different languages.

Main purpose of this package manager to have simple C/C++ manager with possibility to post packages like npm, and also provide functionality to support same algorithms and code base for different programming languages, so if someone wanna quicksort package in their project on Python - they will get it, and if need the same one for C++ he will get it with simillar command.

CPK has possibility to search and install packages using GPT neural network by given description, generate example code for installed libraries using cpk nn command. So you can not only install libraries, but find needed and use them immediately.

Cross-platform. Implemented on C/C++ and provided for Linux, Mac OS, Windows arch.

Features

• Lightweight, written on C/C++
• Cross-platform. Prebuilds packages for popular systems (like Windows, Linux, macOS), just download and ready to use. (Recommended add to path var)
• Publishing your own package immediately with "cpk publish" command inside project directory. Package ready to be used on other side right after with "cpk install". (no intermediate moderation etc...)
• Everyone can publish the own package library or binary with one simple command.
• Keep installation & popularity statistic to recommend most popular packages and libs (can be yours).
• Using external effective build managers: like cmake, mingw32.
• Easy to use configuration for packages: json based package config (very similar to npm).
• Use the builded packages and libraries in your project with simple cpk command alias. For example: cpk cmake -G Ninja ../ will apply all needed libraries in your project.
• Use GPT to search packages by description and your needes without actual knowing of package name.
• Generate example code using GPT to any of the libraries right after library installation.

Download/install

Download last available version on CPK at download page. CPK is console based utility, so extact archive and add CPK utility to PATH of the system.

Usage

Installing packages

cpk install package

Install 2 packages package=1.0 version and package2 latest version

cpk install [email protected] package2

Publish own package

Publish your own package (inside directory of project):

cpk publish

After command execution the package must become published/updated on https://cpkpkg.com

List of available packages

List of available packages for install:

cpk packages

Update packages

Update all packages:

cpk update

Publish own package

CPK package manager created to distribute any kind of open source packages, but we want to guarantee that any package can be used in commertial software in any form of use. So we recomend to use licenses like BSD or MIT if it possible.

to publish your package you can create cpk.json with following very basic config with package name and list of dependencies:

{
	"package": "example",
	"dependencies": {
		"zlib": ""
	}
}

and use

cpk publish

command to publish you own package

https://cpkpkg.com/YOUR_PACKAGE - After publishing the package, it will displayed on reposity site.

Use of installed packages in your project

For example you installed zlib library that your project required

cpk install zlib

and you want to use it inside your project. You just need to execute cmake command for your project with cpk alias, like this:

# Insead of using:
# cmake ../
# use follow:
cpk cmake ../

The package will be founded in your project:

cmake_minimum_required(VERSION 3.1)
project(zlib-test)

# The library will be founded with cpk
find_package(ZLIB REQUIRED)

It is also possible to execute with gcc, clang and other build tools (not only cmake types of project).

How does it work ?

CPK will capture cmake command arguments and will add it own libraries and include pathes to cmake execution:

In this example it's reaply arguments using sysroot with generated cmake -DCMAKE_PREFIX_PATH argument.

Use ChatGPT as part of CPK

Search packages by description

You can find any needed packages without knowing it names.

Use:

cpk nn search Library to extract zip archives

You will suggested to install libzip packages or other alternative.

Available commands

Available commands and options:

• install PACKAGE - Install package
• publish - Publish current package
• update - Update tree of packages
• packages - List of available packages
• info PACKAGE - Recive information about package (like descriptions, downloads, version and so on)
• nn search [description] - use to find any package/library accroding any description using ChatGPT. Like: "library to open and extract zip files". It will suggess to install libzip package.
• [build command] - like cpk cmake -G Ninja ../ to build project used installed libraries
• -h - Help
• -v - version of CPK

Build CPK Client by own

mkdir build
cd build
cmake -DCMAKE_BUILD_TYPE=Release ../
make -j8

We recomend to build cpk using ninja + mingw:

mkdir build
cd build
cmake -G Ninja -DCMAKE_BUILD_TYPE=Release ../
ninja

License

MIT

Comparing with other package managers

Conan

• No python and pip manager is required to start work with. The cpk in binary and source form on C/C++
• No python required to create package, configuration of packages is with simple json syntax declared in cpk.json
• Publishing package mechanism is easy
• Open-source backend as part of cpk
• Neural networks features (like search/install packages without knowing package real name or generate example library code)

Vcpkg

• Don't need to build cpk like vcpkg, cpk binaries is also presented for most popular OS's. Just download archive with cpk binary and add it to path
• Easy to start work with from the box (easy installing and publishing)
• To start usage the package add "cpk" before cpk command is enought "cpk cmake ../" will take care for dependencies in your project.
• Open-source backend as part of cpk
• Neural networks features (like search/install packages without knowing package real name or generate example library code)