ByteScope

pm list packages

read-only

Lists installed packages, optionally with the APK path, uid, version code and installer.

Command
adb shell pm list packages
Commands
Packages (pm)
Risk
read-only

Syntax

pm list packages [-f] [-U] [--show-versioncode] [-i] [-s | -3 | -e | -d | -u] [--user <id>] [<name filter>]

Flags and arguments

TokenMeaning
-fAlso print the APK path the package was installed from.
-UAndroid 8.0+Also print the uid.
--show-versioncodeAndroid 8.0+Also print the version code.
-iAlso print the installer package. One extra binder call per package.
-sSystem packages only.
-3Third-party packages only.
-ePackages currently enabled for the queried user.
-dPackages currently disabled for the queried user.
-uInclude packages uninstalled with data kept, which makes this list a superset of the default one.
--user <id>Ask about one Android user. Without it the shell command queries every user, so a package disabled for user 0 but enabled in a work profile lands in both the -e and -d lists.

Examples

  • pm list packages -3

    Everything you installed yourself.

  • pm list packages -f -U --show-versioncode

    The full inventory in one pass: path, uid and version code per package.

  • pm list packages -d --user 0

    What is currently disabled for the primary user.

  • pm list packages -u

    Includes packages removed with `pm uninstall -k`, which is how you find what can still be restored.

Reading the output

Sample output

package:/data/app/~~kO7bJ9w==/com.example-Ay8s2Q==/base.apk=com.example versionCode:4711 installer=com.android.vending uid:10234

One line per package, built left to right by the platform: the literal `package:` prefix, the APK path when you asked for it, then the package name, then the optional suffixes. Read it from the right — peel off `uid:`, `installer=`, `stopped=` and `versionCode:` in turn and what remains is the name, because a modern APK path contains `=` characters of its own.

Output fields

FieldMeaning
package:Fixed prefix on every line.
<path>=The APK path, present only with -f. Ends at the last `=`.
versionCode:<n>The long version code, with --show-versioncode.
stopped=<bool>Whether the package is in the stopped state.
installer=<pkg>Who installed it, with -i. Preceded by two spaces, not one, and printed as the four letters `null` for a preinstalled app.
uid:<n>[,<n>]The uid, with -U. A comma-separated list when the package exists for more than one Android user.

What access it needs

Nothing beyond an authorised `adb` connection — no root, no `adb root`, no `su`. `pm` is a one-line shell script that runs `cmd package "$@"` (AOSP `cmds/pm/pm.sh`), so the listing is answered with the identity of the `shell` user on the other end of the cable, and every flag on this page is read-only: nothing here installs, removes or disables anything. The access question that does bite is which stream you keep. `BasicShellCommandHandler.exec` writes its failure banner and the stack trace to stderr, so a listing collected with `2>/dev/null` turns a refused call into an empty list, which reads exactly like a phone with no apps on it. Collect with `2>&1` and check the first line before believing a short answer.

Failure messages, decoded

MessageMeaning
Error: Unknown option: -UAndroid 7.1 and earlier do not know `-U` or `--show-versioncode`. `runListPackages` prints this and returns without listing a single package, so the result is empty rather than merely missing a column — re-run without the flag instead of concluding the phone has no apps.
Exception occurred while executing 'list':`BasicShellCommandHandler.exec` caught a `Throwable` and wrote this line plus the stack trace to stderr. The line after it names the cause: a `java.lang.SecurityException` means the call was refused, not that nothing is installed. You only see any of it if you kept stderr.
cmd: Can't find service: package`cmd` could not find the `package` service to hand the subcommand to. Expected while the device is still booting, before `system_server` has published it — wait for boot to finish and ask again rather than treating it as a broken device.

Version and vendor notes

  • `-U` and `--show-versioncode` arrived in Android 8.0. An older build answers an unknown option with `Error: Unknown option: -U` and then lists nothing at all, so an empty result means the command failed, not that the phone has no apps.
  • On Android 10 and later the APK path contains several `=` characters (`/data/app/~~kO7bJ9w==/com.foo-Ay8s2Q==/base.apk`), so the path and the name are split on the last one.
  • A name appearing in both the `-e` and `-d` lists is not a contradiction: the enabled state is per Android user and the command defaults to all of them. Pass `--user 0`.

We have a UI for this

Android Debloat Tool runs this command over USB and parses what comes back — a Chromium browser, no SDK, nothing uploaded.

Open Android Debloat Tool

Related commands

Commands that turn up in the same session as pm list packages.

CommandWhat it does
pm pathPrints the absolute paths of the APK files that make up an installed package.
pm uninstallRemoves a package, or removes it for one Android user only — which is how a preinstalled app is disposed of without root.
pm disable-userSwitches a package off for one Android user without removing it — the reversible alternative to uninstalling.
dumpsys packageEverything the package manager knows about one app: version, paths, flags, install source and per-user state.

More Packages (pm) commands

CommandWhat it does
pm clearWipes an app's data — or, on Android 13 and later, only its cache.
pm trim-cachesAsks the system to drop cached files until the given amount of free space exists.
pm installInstalls one APK that is already on the device, which is what `adb install` does under the hood.
pm install-createOpens an install session so several APKs — a base plus its splits — are installed as one atomic unit.

Checked against AOSP, toybox and kernel sources while writing the parsers behind our Web ADB tools. Where a behaviour genuinely varies by Android version or manufacturer, this page says so instead of giving a number that would be wrong on half the phones out there.

Frequently asked questions

How do I run an adb shell command?

Switch on developer options and USB debugging on the phone, plug it in, then run adb shell <command> from a machine with platform-tools installed — or run adb shell on its own to get an interactive prompt and type the command without the prefix. If the command produces binary output, such as a screenshot, use adb exec-out instead of adb shell: the plain shell service attaches a terminal, which rewrites newline bytes and corrupts the data.

Do adb shell commands need root?

Not the ones on this reference. They run as the shell user, which can manage packages for its own Android user, read most dumpsys services, write the settings provider, inject input and read shared storage. Root is only needed for things this reference deliberately avoids — reading another app's private data (except through run-as on a debuggable build), writing system partitions, or reading /data/anr directly.

Why does the output look different on my phone?

Either the Android version or the manufacturer. Some flags and fields arrived in a specific release, and those are noted per command. The rest is OEM patching, which hits dumpsys hardest: a dump is debug output whose text is whatever the service author last printed, and manufacturers change it and backport their changes. Read fields by name rather than by position, and treat an unfamiliar shape as a difference rather than as a failure.

Can I run this from a browser instead of a terminal?

For many commands, yes — the Web ADB tools on this site talk to a phone over WebUSB from a Chromium-based desktop browser, with no SDK installed and nothing uploaded. Each page links to the tool that runs its command, when one exists. Two limits are worth knowing: only one program can hold the ADB interface at a time, so a desktop adb server has to be stopped first, and adb forward and adb reverse cannot work in a browser at all.

Would rather click than type? The Web ADB Toolkit runs commands like this from a browser over USB. Or browse every command.