** Description changed:

  [ Availability ]
  
  The package is already available in universe.
  
  [ Rationale ]
  
  The intent is to seed the package in the Ubuntu Server & Desktop for
  Raspberry Pi images. The purpose of the package is to warn about sub-
  standard or deficient power supplies on the Raspberry Pi 5 boards.
  
  [ Security ]
  
  The are no current CVEs for the project, but it is extremely new so this
  is no surprise. Canonical is the upstream for the project.
  
+ There are no binaries in /sbin or /usr/sbin. The pemmican-server package
+ installs an MOTD plugin (one-shot run on user login). The pemmican-
+ desktop package installs two user (not system) services; pemmican-reset
+ is a one-shot service equivalent to the MOTD plugin; pemmican-monitor is
+ a simple-type service that monitors for overcurrent/undervolt events
+ from udev, dispatching notifications via DBus.
+ 
+ The package opens no listening ports, and has no externally accessible
+ end-points.
+ 
  [ Quality Assurance ]
  
- There are no currently outstanding bugs for the package in Launchpad
- (again, it's new). The project contains a full coverage test suite, that
- is run during package build, and includes a DEP-8 test which also runs
- the test suite. The package includes a d/watch file.
+ The package works well right after install. There are no currently
+ outstanding bugs for the package in Launchpad (again, it's new). The
+ project contains a full coverage test suite, that is run during package
+ build, and includes a DEP-8 test which also runs the test suite.
+ 
+ The package includes a functioning d/watch file. Lintian overrides are
+ not present, and lintian output is clean. The package relies on no
+ demoted or obsolete packages, and has no python2 or GTK2 dependencies.
+ The package will be installed by default on pre-installed Pi images, but
+ does not use debconf.
+ 
+ The packaging is fairly basic:
+ https://git.launchpad.net/ubuntu/+source/pemmican/tree/debian/rules
  
  [ UI Standards ]
  
  The user interface is fairly minimal. On server images, it operates as
- an motd plugin, outputting a few lines of text in the event of reset due
+ an MOTD plugin, outputting a few lines of text in the event of reset due
  to brownout, or power supplies that fail to negotiate a 5A feed. On
  desktop images, it provides notifications by way of the DBus-based
  notification service (which appear as notifications at the top-center of
  the GNOME desktop).
  
- All text output by the application is localizable although no
- translations currently exist in the package.
+ All text output by the application is localizable (via the standard
+ gettext system), although no translations currently exist in the
+ package. No desktop file is shipped because the application runs as a
+ user-level systemd service on login.
  
  [ Dependencies ]
  
  All runtime dependencies of the project are in main.
  
  [ Standards Compliance ]
  
  The package follows up to date Debian policy (4.6.2) and debhelper
  compatibility (13). The packaging format is 3.0 quilt, and in most other
  respects the packaging is very simple.
  
  [ Maintenance / Owner ]
  
- The package will be maintained by the foundations team.
+ The package will be maintained by the foundations team. The team is not
+ yet subscribed to package bugs, but will be before promotion (as the
+ upstream author, and a foundations team member, I'm currently subscribed
+ to bugs, but I acknowledge the wider team will require a subscription).
+ 
+ The package does not use static builds, nor vendored code. The package
+ is not rust based.
  
  [ Background Information ]
  
  The project mirrors capabilities present in RaspiOS to notify the user
  of undervolt or overcurrent situations, resets caused by brownout, and
  power supplies that fail to negotiate the 5A that the Pi 5 requires for
  "full" operation (including USB/NVMe boot, and full provision of power
  to the USB ports). Unfortunately the RaspiOS implementation is tied to
  the wayfire panel in use on their desktop, so we could not directly re-
  use it.
  
  However, the logic involved is simple (check device-tree nodes on boot,
  monitor certain udev events), so this project re-implements it using the
  MOTD and DBus notification mechanisms instead (which should also operate
  reliably on all flavours of Ubuntu).
  
  Relevant links:
  
  * https://github.com/waveform80/pemmican (source code)
  * https://pemmican.readthedocs.io/ (docs)

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https://bugs.launchpad.net/bugs/2055434

Title:
  [MIR] pemmican

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