xpm

Description:

xpm

xpm - uniX Package Manager #

What is xpm? #
XPM is a package manager for unix systems like Linux, BSD, MacOS, etc. It can be a wrapper for native package managers or a package manager itself by using its way of installing packages. For the list of packages available, see xpm-popular.
Our key values #

Easy to install, update, upgrade, remove, search (and filter)
No questions asked, can run in a non-interactive way
Easy to create new installers or a full repository
Be agnostic, following unix standards and relying on very known tools
Include many popular distros, including macOS and Android (termux)
Prefer native pm way and falls back to xpm way


Consider XPM as release candidate in Linux, beta in macOS, and alpha in Windows. It's not ready for production, but it's ready for testing and feedback.

Why use xpm? #

Easy to install using flatpak, snap, appimage, default package manager or automatic fallback to xpm way
High effort to run in non-interactive way, simple decisions are made automatically and always open-source
Search are fast and growing filter options
You don't need to know the package manager of your distro
You don't need to know the package name that the package manager uses
Easy to choose channels (stable, beta, nightly, etc)
Single base to install packages in any distro

Installation #
Just run the following command in your terminal:
curl -sL xpm.link | sh
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Usage #
To search for a package:
xpm <package>
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To install a package:
xpm i <package>
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To remove a package:
xpm r <package>
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For all commands, run xpm --help

How it works #
XPM provides a set of tools to let community create their installers, or a group of installers (repository). The only requirement is to follow the xpm spec. The spec is a set of bash functions that must be implemented in order to be a valid installer. The only required methods in the bash file is validate the others are optional but highly recommended: install_any, remove_any, install_apt, install_pacman, etc.
Architecture #
XPM takes care of detecting the operating system and the package manager, and then it calls the installer. The installer is a bash script that follows the xpm spec. Before call the bash script, it provides important variables to the script, like the package manager available, xpm commands to let download files, move to binary system folder, change permissions, move, copy, delete files, and even create shortcuts. All of this without need to know or rely in the operating system.
XPM tries to use the native package manager way, but if it's not available, it will use its own way. For example, if you are using a debian based distro, and you want to install micro (an text editor in terminal), it will use apt to install it. But if you are using a distro that doesn't have apt, it will use xpm to install it. The same happens with pacman and dnf, and others. If you want to know more about how it works, you can read the xpm spec.
Contribute with installer scripts #
We have a main repository with many popular installer scripts, but we need more. If you want to contribute with an installer script, you can make a PR to xpm-popular. The installer script are bash script. If you want to create a repository with your own installers, you can do it. Just follow the xpm spec.
Contribute to XPM #

We rely on dart lang. If you want to contribute, just follow good practices and make a PR. We will review it and merge it if it's ok.
Don't forget to run the tests before make a PR:
dart pub get && dart format --fix . && dart analyze && dart test
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The binaries are automatically generated and published in the releases page.
License #
Our code uses BSD 4-Clause “Original” or “Old” License
Dart SDK and his own packages are licensed under the BSD 3-Clause "New" or "Revised" License
XPM Specification #
The xpm spec is a set of bash functions that must be implemented in order to be a valid installer. The only required methods in the bash file is validate the others are optional but highly recommended: install_any, remove_any, install_apt, install_pacman, and others see below.
The main house of the installer scripts are the repository xpm-popular. Every program has its own folder, and inside of it, there is a bash file that implements the xpm spec. For example, the micro installer script. Optionally, the root directory of the repository can have a base.bash file with common code for all installers, its is included in every installer script.
Every script should follow the specs and be considered valid to be included in the repository. The specs are:
Read-only variables #
The following variables should be set by the installer script, in the example below, the micro installer script:
# The name of the package
readonly xNAME="micro"
# The version of the package, important for updates
readonly xVERSION="2.0.11"
# A short friendly title of the package
readonly xTITLE="Micro Text Editor"
# A description of the package
readonly xDESC="A modern and intuitive terminal-based text editor"
# The url of the package (OPTIONAL)
readonly xURL="https://micro-editor.github.io"
# The architecture supported by the package
readonly xARCHS=('linux64' 'linux32' 'linux-arm' 'linux-arm64' 'macos-arm64' 'macos' 'win32' 'win64' 'freebsd64' 'freebsd32' 'openbsd64' 'openbsd32' 'netbsd64' 'netbsd32')
# The license of the package, can be an url or a initialisms like MIT, BSD, etc.
readonly xLICENSE="https://raw.githubusercontent.com/zyedidia/micro/v$xVERSION/LICENSE"
# The name(s) of the binary file(s) generated (OPTIONAL)
# If not informed, the xNAME variable will be used in validate() function as $1
readonly xPROVIDES=("micro")

# If you inform here, there is no need to implement install_apt() and remove_apt(), the same for pacman, dnf, etc. Because xpm will use the xDEFAULT variable to call the most standard command to install. This is optional, but highly recommended. And will be helpful in the future for bulk installs.
readonly xDEFAULT=('apt' 'pacman' 'dnf' 'choco' 'brew' 'termux')
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Variables available #
The following variables are provided by xpm to the installer script, and are optional to use:
$1 inside every function which starts with install_ or remove_.
Returns path to the package manager binary available (apt, pacman, dnf, etc) it comes with some flags like -y for non-interactive install, sudo is automatically added, and for most update commands. For example: sudo apt install -y micro or sudo pacman -S micro.
example:
install_apt() {
$1 install $xNAME # with -y, with sudo if available
}
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$XPM
Returns the path to the xpm binary.
$xCHANNEL
Returns the channel of the package, if it's a stable version, or a beta version, or a nightly version. Default is empty which means latest stable.
$xARCH
Returns the current architecture of the system. For example: x86_64, arm64, arm, etc.
$xOS
Returns the current operating system. For example: linux, macos, windows, android, etc.
$isLinux
Returns true if the system is linux, otherwise returns false.
$isMacOS
Returns true if the system is macos, otherwise returns false.
$isWindows
Returns true if the system is windows, otherwise returns false.
$isAndroid
Returns true if the system is android, otherwise returns false.
$xBIN
Returns the binary folder of the system. For example: /usr/bin, /usr/local/bin, /data/data/com.termux/files/usr/bin, etc.
$xHOME
Returns the home folder of the system. For example: /home/user, /data/data/com.termux/files/home, /Users/user, /root, etc.
$xTMP
Returns a the temporary folder of the system. For example: /tmp/[package], /data/data/com.termux/files/usr/tmp/[package], /var/tmp/[package], etc.
$xSUDO
Returns the sudo command if available, otherwise returns empty.
$hasFlatpak
Returns true if the system has flatpak installed, otherwise returns false. If true, the $1 variable is the path to the flatpak binary. If flatpak and snap are installed, flatpak takes precedence.
$hasSnap
Returns true if the system has snap installed, otherwise returns false. If true, the $1 variable is the path to the snap binary.
Methods available #
validate()
This function is the only required and must be implemented. It should validate if the package is installed or not. If the package is installed, it should return 0, otherwise, it should return non-zero. $1 is $xNAME, or $xPROVIDES if it is informed.
The following functions can be used by the installer script, and are optional to use:
install_any() and remove_any()
These functions are called if no better option is available. It is the most techinical function because let you use anything to install/uninstall in any unix-like system and should not rely in any other package manager, only XPM and its commands available. We recommend to use well known unix tools like, cp, mv, wget, curl, tar, gzip, etc. And you can always use $XPM commands that keeping growing.
install_apt() and remove_apt()
These functions are called if the system has apt package manager installed. It should install/uninstall the package using apt. $1 is the path to the apt (or similar) binary, and alread includes -y and sudo if available.
install_pacman() and remove_pacman()
Same as above, but for pacman/paru/yay.
install_dnf() and remove_dnf()
Same as above, but for dnf.
install_brew() and remove_brew()
Same as above, but for brew.
install_choco() and remove_choco()
Same as above, but for choco (or scoop).
install_termux() and remove_termux()
Same as above, but for termux.
install_flatpak() and remove_flatpak
Same as above, but for flatpak. $1 is the path to the flatpak binary.
install_snap() and remove_snap()
Same as above, but for snap. $1 is the path to the snap binary.
install_appimage() and remove_appimage()
AppImage has no install/uninstall command, so you just download the AppImage file and move it to the $xBIN folder. You can also use $XPM commands to help you. For example: $XPM get http://url/to/appimage --bin --name $xNAME --no-progress
install_zypper() and remove_zypper()
Same as above, but for zypper. $1 includes --non-interactive, with sudo if available.
install_swupd() and remove_swupd()
Same as above, but for swupd. $1 with sudo if available. But NOT includes -y because it comes after bundle-add/bundle-remove command.
XPM commands available #
The commands available to use in the installer script by calling $XPM <command>. Below the list of commands available by calling $XPM help:
Universal package manager for any unix-like distro including macOS

Usage: xpm <command> [arguments]

Global options:
-h, --help Print this usage information.
-v, --version Prints the version of xpm.

Available commands:

For developers
check Checks the build.sh package file specified
checksum Check the checksum of a file
file File operations like copy, move, delete, make executable, etc.
get Download file from the internet
log Output info, warning, and error messages
make Makes a build.sh package file
repo Manage registered repositories
shortcut Create a shortcut on the system/desktop

For humans
install Install a package.
refresh Refresh the package list
remove Removes a package
search Search for a package
upgrade Upgrade one, many or all packages

Run "xpm help <command>" for more information about a command.
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Download file from the internet

Usage: xpm get <url>
-h, --help Print this usage information.
-o, --out=<path> Output file path with filename
-u, --user-agent=<<string>> Identification of the software accessing the internet
--no-user-agent Disable user agent
-n, --name Define the name of the downloaded file without defining the path (only works without --out)
-x, --exec Make executable the downloaded file (unix only)
-b, --bin Install to bin folder of the system
--no-progress Disable progress bar
--md5=<hash> Check MD5 hash
--sha1=<hash> Check SHA1 hash
--sha256=<hash> Check SHA256 hash
--sha512=<hash> Check SHA512 hash
--sha224=<hash> Check SHA224 hash
--sha384=<hash> Check SHA384 hash
--sha512-224=<hash> Check SHA512/224 hash
--sha512-256=<hash> Check SHA512/256 hash
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Output info, warning, and error messages
If the first argument is 'info', 'warning', 'error', or 'tip', the second argument will be output as that type of message. Otherwise, the arguments will be output as a log message.

Usage: xpm log [info|warning|error|tip] <message>
-h, --help Print this usage information.
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Create a shortcut on the system/desktop

Usage: xpm shortcut [arguments]
-h, --help Print this usage information.
-n, --name=<name> (mandatory) Name of the application
-p, --path=<path> Path of the executable
-i, --icon=<name|path> Name or path of the icon
-d, --description=<description> Description of the application
-c, --category=<category[,category2]> Categories, multiple times or once using comma
-s, --[no-]sudo Run as sudo
(defaults to on)
-r, --remove Remove shortcut
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As you can see, the commands available for developers are the same available for humans, but the commands for developers are more technical and can be used to create a package.


$XPM returns dinamically the path to the xpm binary, so you can use it in your script.

Full example for firefox browser #
#!/usr/bin/env bash
# shellcheck disable=SC2034 disable=SC2154 disable=SC2164 disable=SC2103

readonly xNAME="firefox"
readonly xVERSION="113.0.1"
readonly xTITLE="Mozilla Firefox"
readonly xDESC="A free and open-source web browser developed by the Mozilla Foundation and its subsidiary, the Mozilla Corporation"
readonly xURL="https://www.mozilla.org/firefox"
readonly xARCHS=('linux64' 'linux32' 'linux-arm' 'linux-arm64' 'macos-arm64' 'macos' 'win32' 'win64' 'freebsd64' 'freebsd32' 'openbsd64' 'openbsd32' 'netbsd64' 'netbsd32')
readonly xLICENSE="MPL GPL LGPL"
readonly xPROVIDES=("firefox")

# by using xDEFAULT, it uses $xNAME as the package name and there is no need to use separate functions for each package manager
readonly xDEFAULT=('apt' 'pacman' 'dnf' 'choco' 'brew' 'snap')

validate() {
if [[ $hasFlatpak == true && $(flatpak list | grep $xNAME) ]]; then
exit 0
fi
if [[ -x "$(command -v "$1")" ]]; then
exit 0
fi

exit 1
}

install_any() {
local file
file="$($XPM get "http://archive.mozilla.org/pub/firefox/releases/$xVERSION/linux-x86_64/en-US/firefox-$xVERSION.tar.bz2" --no-progress --no-user-agent --name="$xNAME-$xVERSION.tar.bz2")"
$xSUDO mkdir -p "/opt/$xNAME"
$xSUDO tar xvf "$file" -C "/opt"
$xSUDO ln -sf "/opt/$xNAME/$xNAME" "$xBIN/$xNAME"
$XPM shortcut --name="$xNAME" --path="$xNAME" --icon="/opt/$xNAME/browser/chrome/icons/default/default128.png" --description="$xDESC" --category="Network"
}

remove_any() {
$xSUDO rm -rf "/opt/$xNAME"
$xSUDO rm -f "$xBIN/$xNAME"
$XPM shortcut --remove --name="$xNAME"
}

install_zypper() { # $1 means zypper with sudo if available, so: [sudo] zypper --non-interactive install [package]
$1 install mozillaFirefox
}

remove_zypper() { # $1 means zypper with sudo if available, so: [sudo] zypper --non-interactive remove [package]
$1 remove mozillaFirefox
}

install_flatpak() { # $1 means flatpak with sudo if available
$1 install flathub org.mozilla.firefox
}

remove_flatpak() {
$1 remove org.mozilla.firefox
}
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Full example for micro text editor #
#!/usr/bin/env bash
# shellcheck disable=SC2034
# USE THIS FILE AS TEMPLATE FOR YOUR SCRIPT

readonly xNAME="micro"
readonly xVERSION="2.0.11"
readonly xTITLE="Micro Text Editor"
readonly xDESC="A modern and intuitive terminal-based text editor"
readonly xURL="https://micro-editor.github.io"
readonly xARCHS=('linux64' 'linux32' 'linux-arm' 'linux-arm64' 'macos-arm64' 'macos' 'win32' 'win64' 'freebsd64' 'freebsd32' 'openbsd64' 'openbsd32' 'netbsd64' 'netbsd32')
readonly xLICENSE="https://raw.githubusercontent.com/zyedidia/micro/v$xVERSION/LICENSE"
readonly xPROVIDES=("micro")

# Here you can inform if this package is well-known to some package manager and is installed using xNAME
# it is good for batch install and remove, when informed here, you can safely remove install_(PM here)
# and remove_(PM here) function. Example: readonly xDEFAULT='apt' let omit install_apt and remove_apt
readonly xDEFAULT=('apt')

# variables which is dinamically set and available for use
# $xCHANNEL
# the default channel is empty, which means the latest stable version
# user can change using -c or --channel flag
# $hasSnap, $isFlatpack
# these boolean variables are set to true if the package manager is available and selected
# $XPM is the path to xpm executable
# $xSUDO is the sudo command, if available. Most commands already add sudo if available
# $xBIN is the path to first bin folder on PATH.

# the only required function is validate. install_any and remove_any are very important, but not required.
validate() {
if [[ $hasFlatpak == true && $(flatpak list | grep $xNAME) ]]; then
exit 0
fi
if [[ -x "$(command -v "$1")" ]]; then
exit 0
fi

exit 1
}

install_any() {
# shellcheck disable=SC1090
sh "$($XPM get https://getmic.ro --exec --no-progress --no-user-agent)"
$XPM file bin $xNAME --sudo --exec
}

remove_any() {
$XPM file unbin $xNAME --sudo --force
}

# apt update will be called before install_apt and remove_apt
install_apt() { # $1 means an executable compatible with apt (Debian, Ubuntu)
$1 install $xNAME # with -y, with sudo if available
}

remove_apt() { # $1 means apt compatible, with sudo if available
$1 remove $xNAME # with -y, with sudo if available
}

# pacman -Syu will be called before install_pacman and remove_pacman
install_pacman() { # $1 means an executable compatible with pacman (Arch Linux)
$1 -S $xNAME # with --noconfirm, with sudo if available only for pacman
}

remove_pacman() { # $1 means pacman compatible
$1 -R $xNAME # with --noconfirm, with sudo if available only for pacman
}

# dnf update will be called before install_dnf and remove_dnf
install_dnf() { # $1 means an executable compatible with dnf (Fedora)
$1 install $xNAME # with -y, with sudo if available
}

remove_dnf() { # $1 means dnf compatible with -y, with sudo if available
$1 remove -y $xNAME # with -y, with sudo if available
}

install_snap() { # $1 means an executable compatible with snap
$1 install $xNAME --classic
}

remove_snap() { # $1 means snap compatible
$1 remove $xNAME
}

install_flatpak() { # $1 means an executable compatible with flatpak
$1 install flathub io.github.zyedidia.micro
}

remove_flatpak() { # $1 means flatpak compatible
$1 remove io.github.zyedidia.micro
}

# choco update will be called before install_choco and remove_choco
install_choco() { # $1 means an executable compatible with chocolatey (Windows)
$1 install $xNAME
}

remove_choco() { # $1 means choco compatible with -y
$1 remove $xNAME
}

# brew update will be called before install_brew and remove_brew
install_brew() { # $1 means an executable compatible with brew (macOS)
$1 install $xNAME
}

remove_brew() {
$1 remove $xNAME
}

install_zypper() { # $1 means an executable compatible with zypper (openSUSE) or zypper with -y
$1 install "$xNAME-editor" # with --non-interactive, with sudo if available
}

remove_zypper() { # $1 means zypper compatible with -y
$1 remove "$xNAME-editor" # with --non-interactive, with sudo if available
}

install_termux() { # $1 means an executable compatible with pkg (Termux Android) with -y
$1 install $xNAME # with -y, with sudo if available
}

remove_termux() { # $1 means pkg compatible with -y
$1 remove $xNAME # with -y, with sudo if available
}

install_swupd() { # $1 means an executable compatible with swupd (Clear Linux), with -y, with sudo if available
$1 bundle-add go-basic # we don't really need go, but it's just an example
install_any
}

remove_swupd() { # $1 means swupd compatible with -y, with sudo if available
$1 bundle-remove --orphans
remove_any
}
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This is a full example of a package installer script. It is the installer script of micro, a terminal-based text editor.

Full example for Stremio #
#!/usr/bin/env bash
# shellcheck disable=SC2034 disable=SC2154 disable=SC2164 disable=SC2103
# thanks to https://github.com/alexandru-balan/Stremio-Install-Scripts

readonly xNAME="stremio"
readonly xVERSION="4.4.159"
readonly xTITLE="Stremio"
readonly xDESC="A modern media center that's a one-stop solution for your video entertainment"
readonly xURL="https://www.stremio.com/"
readonly xARCHS=('linux64' 'linux32' 'linux-arm' 'linux-arm64' 'macos-arm64' 'macos' 'win32' 'win64' 'freebsd64' 'freebsd32' 'openbsd64' 'openbsd32' 'netbsd64' 'netbsd32')
readonly xLICENSE="GPL-3.0"

readonly xDEFAULT=('brew')

validate() {
if [[ $hasFlatpak == true && $(flatpak list | grep $xNAME) ]]; then
exit 0
fi
if [[ -d "/Applications/Stremio.app" ]]; then
exit 0
fi
if [[ -x "$(command -v "$1")" ]]; then
exit 0
fi

exit 1
}

install_any() {
cd "$xTMP"
# git clone only if directory doesn't exist
[[ ! -d stremio-shell ]] && git clone --recurse-submodules -j8 https://github.com/Stremio/stremio-shell.git
cd stremio-shell
git pull --recurse-submodules -j8
make -f release.makefile
$xSUDO make -f release.makefile install
$xSUDO ./dist-utils/common/postinstall
}

remove_any() {
$xSUDO rm -rf /usr/local/share/applications/smartcode-stremio.desktop /usr/share/applications/smartcode-stremio.desktop /usr/bin/stremio /opt/stremio
}

install_apt() {
# @TODO support beta version
# $1 is apt with sudo if available
$1 install git wget cmake librsvg2-bin qtcreator qt5-qmake g++ pkgconf libssl-dev libmpv-dev libqt5webview5-dev libkf5webengineviewer-dev qml-module-qtwebchannel qml-module-qt-labs-platform qml-module-qtwebengine qml-module-qtquick-dialogs qml-module-qtquick-controls qtdeclarative5-dev qml-module-qt-labs-settings qml-module-qt-labs-folderlistmodel

install_any "$@"
}

remove_apt() {
remove_any "$@"
}

install_pacman() {
# $1 has sudo if $1 is pacman
$1 -S "$xNAME-beta"
}

remove_pacman() {
$1 -R "$xNAME-beta"
}

install_dnf() {
# $1 is dnf with sudo if available
$1 install git nodejs wget librsvg2-devel librsvg2-tools mpv-libs-devel qt5-qtbase-devel qt5-qtwebengine-devel qt5-qtquickcontrols qt5-qtquickcontrols2 openssl-devel gcc g++ make glibc-devel kernel-headers binutils

install_any "$@"
}

remove_dnf() {
remove_any "$@"
}

install_swupd() {
# $1 is swupd with sudo if available
$1 bundle-add -y git nodejs-basic wget mpv qt-basic-dev devpkg-qtwebengine lib-qt5webengine c-basic

install_any "$@"
}

remove_swupd() {
remove_any "$@"
}

install_zypper() {
# $1 is zypper with sudo if available
$1 install git nodejs20 mpv-devel rsvg-convert wget libqt5-qtbase-devel libqt5-qtwebengine-devel \
wget libqt5-qtquickcontrols libopenssl-devel gcc gcc-c++ make glibc-devel kernel-devel binutils ||
echo "zypper says some packages are already installed. Proceeding..."

install_any "$@"
}

remove_zypper() {
remove_any "$@"
}

install_flatpak() { # $1 means an executable compatible with flatpack with sudo if available
$1 install flathub com.stremio.Stremio
}

remove_flatpak() { # $1 means an executable compatible with flatpack with sudo if available
$1 uninstall com.stremio.Stremio
}
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Full example for VLC #
#!/usr/bin/env bash
# shellcheck disable=SC2034 disable=SC2154 disable=SC2164 disable=SC2103

readonly xNAME="vlc"
readonly xVERSION="3.0.18"
readonly xTITLE="VLC media player"
readonly xDESC="A free and open-source, portable, cross-platform media player software and streaming media server"
readonly xURL="https://www.videolan.org/vlc"
readonly xARCHS=('linux64' 'linux32' 'linux-arm' 'linux-arm64' 'macos-arm64' 'macos' 'win32' 'win64' 'freebsd64' 'freebsd32' 'openbsd64' 'openbsd32' 'netbsd64' 'netbsd32')
readonly xLICENSE="GPL-2.0-only"

readonly xDEFAULT=('apt' 'pacman' 'dnf' 'choco' 'brew' 'zypper' 'snap')

validate() {
if [[ $hasFlatpak == true && $(flatpak list | grep $xNAME) ]]; then
exit 0
fi
if [[ -x "$(command -v "$1")" ]]; then
exit 0
fi

exit 1
}

install_flatpak() {
# $1 is flatpak with sudo if available
$1 install flathub org.videolan.VLC
}

remove_flatpak() {
# $1 is flatpak with sudo if available
$1 remove org.videolan.VLC
}

install_appimage() {
local binary="https://github.com/ivan-hc/VLC-appimage/releases/download/continuous/VLC_media_player-3.0.19-20230521-with-plugins-x86_64.AppImage"
local sha256="b892ddab8120ad117073ca4c89b5b079abd09f6d8eabdcf49578df25d4e2b762"
$XPM get --no-progress --no-user-agent --name="$xNAME" --exec --bin --sha256="$sha256"
$XPM shortcut --name="$xNAME" --path="$xBIN/$xNAME" --description="$xDESC" --category="Multimedia"
}

remove_appimage() {
$XPM file unbin $xNAME --sudo --force
$XPM shortcut --remove --name="$xNAME" --sudo
}
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These scripts are available in the xpm-popular repository, where you can find the installer script of the most popular packages. You can use it as a reference to create your own installer script. Keep in mind that if you informed the a package manager in the xDEFAULT variable (bash array), you can safely remove the install_(PM) and remove_(PM) functions.