semvec/pypi-packages huggingface dataset:
notabot 2.0.2
Automated codesigning and notarization of a macOS app.
Requires Python: >=3.8
Keywords: app, codesign, notarize

Notabot
=======

This python package provides one class, Notarizer, which is intended as a base
class for a python object which automatically notarizes a signed macOS application
bundle.  The subclass which does the actual notarization needs to provide a
method build_dmg which builds the disk image that will be used to distribute
the app.

Apple's notarization process involves a complex dance which is performed by
this object.  First the signed app is packaged in a disk image and sent to
Apple for notarization.  Then the notarization ticket is stapled to the app
and the app is repackaged in a new disk image which is signed and sent to Apple
for a second notarization.  Finally the notarization ticket can be stapled
to the disk image itself.

The credentials and parameters which are needed for the various notarization
steps are provided in a config file which should be in the current
directory and should have the following structure:

.. code-block::

  [developer]
  username = <your app store id or email>
  password = <your app-specific password>
  identity = <the signing identity you used to sign your app>

  [app]
  app_name = <name of the app>
  app_path = <path to the application bundle>
  dmg_path = <path to the disk image that your build_dmg method will create>
  bundle_id = <an (arbitrary) bundle identifier that you provide for the request>

This package is available from pypi:

.. code-block::

  pip install notabot
pyadsb 0.0.3
Functionality for encoding/decoding ADSB messages written in pure Python 3
Requires Python: >=3.8
Keywords: adsb, ads-b, aircraft, mode-s

# adsb
ADSB and Mode-S decoder/encoder

The `Adsb` class provides `parse` and `encode` functions for creating `Adsb` objects from a bytes object, and encoding an object to bytes respectively.

The `Tracker` class implements a simple aircraft tracker that detects vehicles and collects and updates information about them. The `Tracker` class is meant primarily as an example application.

<b>Example</b>: decoding messages given either as `bytes` or `int`:
```
from adsb import Adsb

print(Adsb.parse(0x8D40621D58C382D690C8AC2863A7))
print(Adsb.parse(b'\x8D\x48\x40\xD6\x20\x2C\xC3\x71\xC3\x2C\xE0\x57\x60\x98')
```

<b>Example</b>: tracking aircrafts:
```
from adsb import Tracker

tracker = Tracker()
for msg in readline():
    m = Adsb.parse(msg.strip().encode())
    tracker.process(m)
```