How can I list all packages I've installed from a particular repository?
How can I list all installed packages that are not available from the main Ubuntu archives, and also see which repositories they came from? (If I knew the answer to this question, I could grep that list for a particular PPA name to find out the answer to my first question.)
There seems to be no record of the origin of an installed package.
If you are fine with getting the location from whence a package of the
same name would be downloaded from, this is available through
apt-cache policy. The following (rather ugly) script does the trick
for me:
LC_ALL=C dpkg-query --showformat='${Package}:${Status}\n' -W '*' \
| fgrep ':install ok installed' \
| cut -d: -f1 \
| (while read pkg; do
inst_version=$(apt-cache policy $pkg \
| fgrep Installed: \
| awk '{ print $2 }');
origin=$(apt-cache policy "$pkg" \
| fgrep " *** ${inst_version}" -C1 \
| tail -n 1 \
| cut -c12-);
echo $pkg $origin;
done)
Note that it's quite fragile, as it makes assumptions about the output
of apt-cache policy, which might change across versions...
Open Synaptic Package Manager and click the "Origin" button on the bottom of the left sidebar. It will list your sources. Select a source to see the available/installed packages.
Expand the "Installed Software" item in Ubuntu Software Center. You'll see a list of all the different repositories that you've enabled. Clicking on the repo will show you the packages you've installed from each.
Something like this Python script should find all non-Ubuntu packages installed on your machine:
#!/usr/bin/env python3
#
# This lists all packages not from Ubuntu's (e.g. main/universe) repositories
# To use, simply download/copy into a .py file and run with:
# python3 list_non_ubuntu.py
#
# If you receive an import error, you may need to install python3-apt first with e.g.
# sudo apt install python3-apt
# but this is often not necessary
import apt
cache = apt.Cache()
package_count = 0
for package in cache:
if (
package.is_installed
and package.candidate.origins[0].origin != "Ubuntu"
):
package_origin = package.candidate.origins[0]
print(
package.name,
# See https://apt-team.pages.debian.net/python-apt/library/apt.package.html#apt.package.Origin
# for further details on the meanings of the below
package_origin.origin, # The Origin, as set in the Release file
package_origin.archive, # The archive (eg. Ubuntu release name)
package_origin.component, # The component (eg. main/universe)
package_origin.site, # The hostname of the site.
# package_origin.label, # The Label, as set in the Release file
# package_origin.trusted, # Origin trusted (Release file signed by key in apt keyring)
)
package_count += 1
print(package_count, "packages not from Ubuntu")
On my machine this took under 5 seconds to run, compared to over 8 minutes for the current top answer (from Riccardo/Pablo). Output is in the format:
$ python3 list_non_ubuntu.py
azure-cli azure-cli focal focal main packages.microsoft.com
google-chrome-stable Google LLC stable main dl.google.com
[...]
signal-desktop . xenial xenial main updates.signal.org
8 packages not from Ubuntu
You could then add an additional and package.candidate.origins[0].site == "[ppa-domain.com]" after the .origin != "Ubuntu" if you only want ones from a particular ppa.
This script lists packages that are installed and available in the PPA:
#!/bin/sh
# Give PPA name as an argument, e.g. ppa:oibaf/graphics-drivers
name1="$(echo "$1"|cut -d: -f2|cut -d/ -f1)"
name2="$(echo "$1"|cut -d/ -f2)"
awk '$1 == "Package:" { if (a[$2]++ == 0) print $2; }' \
/var/lib/apt/lists/*"$name1"*"$name2"*Packages |
xargs dpkg-query -W -f='${Status} ${Package}\n' 2>/dev/null | awk '/^[^ ]+ ok installed/{print $4}'
I applied this.
BTW, as for removing PPA from use, use ppa-purge program; I have created an improved version of it here.
If you have a system without a Wayland/X server (like a Raspberry Pi), the answers of andrewsomething and lovinglinux cannot be used. The answer of jarno limits the use case to PPAs only, although the question is of general interest. The scripts from Riccardo Murri and Graham Dunn are quite slow due to the repeated apt-cache policy calls (like about 10 minutes runtime).
So this is my call solving the general case on a shell being a lot faster (like less than 10 seconds runtime)
apt list --installed 2> /dev/null \
| cut -d/ -f1 \
| parallel -n200 apt-cache policy \
| rg '^(\S+)[\s\S]+?\* (?:\S+\s+){3}(\S+)' -Uor '$1 $2'
apt list --installed gets a list of all installed packages ignoring apt's message about possible future format changes with 2> /dev/null and extracting only the package names with cut by using / as a delimiter with -d/ and returning the first field with -f1.
Then, apt-cache policy is used to get more information about all the packages. This could be executed with xargs, as apt-cache expects its input as command line argument. As this is the remaining performance-critical part, GNU parallel from package parallel is used instead to run multiple apt-cache processes in parallel looking up 200 packages with each using -n200. Note, that xargs can run multiple commands in parallel, too, but synchronizes output on newline, which is not correct here in general.
Finally, apt-cache's output is parsed with rg from package ripgrep which is a very fast and multiline capable grep successor with -U allowing to output two regular expression capture groups with -or '$1 $2'. The regular expression captures the package name with ^(\S+), skips to the last star marking the installed repository with [\s\S]+?\* , then skips three words with (?:\S+\s+){3} and finally captures the repository with (\S+).
Just to add an aptitude solution for the sake of how to use aptitude search (which I might probably soon forget how to use :-D), I created a little bash function which you can store into your ~/.bashrc file :
function listInstalledPackagesFromRepo {
local architecture=$(dpkg --print-architecture)
local repo="${1/ppa:/}"
aptitude search -F '%p' "?origin(${repo/\//-}\>) ( ?architecture($architecture) | ?architecture(all) ) ?installed"
}
This aptitude call can even be simplified like this :
aptitude search -F '%p' "?origin(${repo/\//-}\>) ?installed"
And here's an example of how to call this function :
$ listInstalledPackagesFromRepo ppa:noobslab/macbuntu
albert
libgee2
libgnome-menu2
macbuntu-os-icons-v1804
macbuntu-os-ithemes-v1804
macbuntu-os-plank-theme-v1804
slingscold
And finally a much more efficient way to do it :
$ grep-dctrl -n -sPackage . /var/lib/apt/lists/*${repo/\//_}_*Packages | xargs dpkg-query -W --showformat='${Package} is ${Status}\n' 2>/dev/null | awk '/ installed/{print$1}' | sort -u
Or if you don't have grep-dctrl :
$ grep -h -P -o "^Package: \K.*" /var/lib/apt/lists/*${repo/\//_}_*Packages | xargs dpkg-query -W --showformat='${Package} is ${Status}\n' 2>/dev/null | awk '/ installed/{print$1}' | sort -u
Under Quantal (12.10), the space in the origin line needs to be removed.
LC_ALL=C dpkg-query --showformat='${Package}:${Status}\n' -W '*' \
| fgrep ':install ok installed' \
| cut -d: -f1 \
| (while read pkg; do
inst_version=$(apt-cache policy $pkg \
| fgrep Installed: \
| cut -d: -f2-);
origin=$(apt-cache policy "$pkg" \
| fgrep " ***${inst_version}" -C1 \
| tail -n 1 \
| cut -c12-);
echo $pkg $origin;
done)
Most installed packages (on my machines) come from the default repository for the distro. The below pipeline (inspired by Patrick Häcker's answer to this question) lists packages from other repositories.
Outputs installed packages' name and source (url) in two columns, grouped by source. Uses rg/ripgrep.
dpkg --get-selections \
| grep --extended-regexp $'\tinstall' \
| cut --fields 1 \
| xargs --max-args 100 apt-cache policy \
| rg --multiline --replace $'$1\t$2\n' -- '^(\S+?):(?:.*\n)+?^ \*+.*\n +\d+ (\S+)(?: .*\n)+' \
| grep --invert-match "$(apt-cache policy linux-base | rg --only-matching --replace '$1' -- ' {8}\d+ (\S+)' | head --lines 1)\$" \
| sort --key 2 \
| column --table
Example output:
cri-tools https://apt.kubernetes.io
kubeadm https://apt.kubernetes.io
kubectl https://apt.kubernetes.io
kubelet https://apt.kubernetes.io
kubernetes-cni https://apt.kubernetes.io
containerd.io https://download.docker.com/linux/ubuntu
docker-buildx-plugin https://download.docker.com/linux/ubuntu
docker-ce-cli https://download.docker.com/linux/ubuntu
docker-ce-rootless-extras https://download.docker.com/linux/ubuntu
docker-ce https://download.docker.com/linux/ubuntu
docker-compose-plugin https://download.docker.com/linux/ubuntu
