semvec/pypi-packages huggingface dataset:
mandy 0.1.4
a terse command-line options parser
License: BSD
Keywords: optparse option parsing command commandline simple

.. image:: http://gfxmonk.net/dist/status/project/mandy.png


"mandy" is a simple com(mand)-line option parser (see the tenuous name link there?)

It uses the standard optparse library, but makes common functionality
easy to write (and read!). Argument type checking is trivial, and you
can supply your own validation actions to further check
application-specific logic.

An illustrative example::

	import mandy
	class Main(mandy.Command):
		# you should define `configure` and `run` methods for your
		# command to work
		
		def configure(self):
			# --name (string)
			self.opt('name', default='(unnamed)', desc="set the name")
			
			# -n [1-5], default of 1
			self.opt('num-things', int, short='n', long=None, default=1,
			         action=between_one_and_five, desc="num items (1-5)")
			
			# --frob or --no-frob
			self.opt('frob', bool, default=True, desc="use frobbing")
			
			# --debug (--no-debug is not added since opposite is False)
			self.opt('debug', bool, default=False, opposite=False,
			         desc="Set Debug mode")
			
			# --do-thing=yes/no (explicit value)
			# (on/off, true/false, yes/no and 1/0 all work for boolean values)
			self.opt('do-thing', bool, default=False, explicit=True, desc="yes/no")
			
			# arg is the same as opt, but without long/short options,
			# and optional default values
			# this makes:
			#    command [options] foo1 foo2 [bar] baz
			self.arg('foo1')
			self.arg('foo2', bool)
			self.arg('bar', default=None)
			self.arg('baz')
		
		def run(self, opts):
			# opts includes your named options and arguments as attributes
			print "you set name to %s" % (opts.name)
			
			# since you can have options that aren't valid python attributes,
			# you can also treat opts as a dict:
			print "and there are %s things" % opts['num-things']

	def between_one_and_five(num):
		if not (num >= 1 and num <= 5):
			raise RuntimeError("number must be between one and five")
			
	if __name__ == '__main__':
		Main()

this produces the following when run with --help::
	
	Usage: example.py [options] foo1 foo2 [bar] baz
	
	Options:
	  -h, --help           show this help message and exit
	  --name=NAME          set the name
	  -n N                 num items (1-5)
	  --frob               use frobbing
	  --no-frob            
	  --debug              Set Debug mode
	  --do-thing=DO_THING  yes/no
tai64n 0.3.3
Converts TAI64(n) string to datetime.datetime (UTC) object.
License: BSD

========
tai64n
========

A module to convert a hex encoded tai64n string to a datetime.datetime object and
to convert between TAI and UTC standard time.


TAI, TAI64, TAI64n
==================

    TAI stands for Temps Atomique International, the current international real-time standard. One TAI second is defined as the duration of 9192631770 periods of the radiation corresponding to the transition between the two hyperfine levels of the ground state of the cesium atom.

http://cr.yp.to/libtai/tai64.html#tai64n


Module Functions
================

``decode_tai64n("400000004a3239350292c294")``
    converts a 16 or 24 bytes long hex TAI64(n) string to a datetime.datetime UTC object
``utc2tai(datetime.datetime.now())``
    converts datetime.datetime UTC object to a datetime.datetime TAI object