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pip (also known by Python 3's alias pip3) is a package-management system written in Python and is used to install and manage software packages. [4] The Python Software Foundation recommends using pip for installing Python applications and its dependencies during deployment. [5] Pip connects to an online repository of public packages, called the ...
This file should be stored as part of the installation process as handled by RPM, deb, or other packaging system or by compiling from source code. A .pc file contains various information such as the location of header files, library binaries and various descriptive information. It may also include a list of dependent libraries that programs ...
For example, in GoboLinux a recipe file contains information on how to download, unpack, compile and install a package using its Compile tool. In both cases, the user must provide the computing power and time needed to compile the app, and is legally responsible for the consequences of compiling the package.
Due to installation issues (permissions needed for system installation, lagging system packages, etc.), there is hererocks, a package available at the Python Package Index that can be installed via pip and provides installations of Lua and LuaRocks into a local directory upon demand. [5]
Munki is a collection of open-source tools which manage software installation and configuration when used together with a web server-based repository of packages and package metadata. It is typically used by system administrators who need to manage software installations on large numbers of macOS computers, typically in enterprise and education ...
Pip, a package manager used to install and manage Python software packages such as those from the Python Package Index (PyPI) software repository; PiTiVi, a non-linear video editor; Portage, the heart of Gentoo Linux, an advanced package management system based on the BSD-style ports system
The Python Distribution Utilities (distutils) Python module was first added to the Python standard library in the 1.6.1 release, in September 2000, and in the 2.0 release, in October 2000, nine years after the first Python release in February 1991, with the goal of simplifying the process of installing third-party Python packages.
PackageKit runs as a system-activated daemon, named packagekitd, which abstracts out differences between the different systems. A library called libpackagekit allows other programs to interact with PackageKit. [7] Features include: installing local files, ServicePack media and packages from remote sources; authorization using Polkit