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https://github.com/degitx/cpk

Light and fast package manager on C/C++ for C/C++/Python/Rust/Js packages
https://github.com/degitx/cpk

c chatgpt cpk cpp cross-platform crossplatform javascript package-manager python rust

Last synced: 1 day ago
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Light and fast package manager on C/C++ for C/C++/Python/Rust/Js packages

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README 

        
# Cpk Package manager 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](https://github.com/DEgITx/cpk/releases). CPK is console based utility, so extact archive and add CPK utility to PATH of the system.



## Usage



### Installing packages

```sh

cpk install package

```

Install 2 packages package=1.0 version and package2 latest version

```sh

cpk install [email protected] package2

```



### Publish own package

Publish your own package (inside directory of project):

```sh

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:

```sh

cpk packages

```



### Update packages

Update all packages:

```sh

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:

```json

{

	"package": "example",

	"dependencies": {

		"zlib": ""

	}

}

```



and use



```sh

cpk publish

```

command to publish you own package



[https://cpkpkg.com/YOUR_PACKAGE](https://cpkpkg.com/zlib) - 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

```sh

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:

```sh

# Insead of using:

# cmake ../

# use follow:

cpk cmake ../

```



The package will be founded in your project:



```cmake

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



```sh

mkdir build

cd build

cmake -DCMAKE_BUILD_TYPE=Release ../

make -j8

```



We recomend to build cpk using ninja + mingw:



```sh

mkdir build

cd build

cmake -G Ninja -DCMAKE_BUILD_TYPE=Release ../

ninja

```



## License

[MIT](https://github.com/DEgiTx/cpk/blob/master/LICENSE)



## 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)