def test_nsorted__reverse(self):
'''
'''
for argument, expected in zip(self.arguments, self.expected):
iterable = sortext.nsorted(argument, reverse=True)
expected.reverse()
self.assertEqual(iterable, expected)
def test_nsorted__key(self):
'''
'''
argument = [('Screw', 'S100'), ('Bolt', 'B20'), ('Switch', 'S50')]
expected = [('Bolt', 'B20'), ('Switch', 'S50'), ('Screw', 'S100')]
iterable = sortext.nsorted(argument, key=itemgetter(1))
self.assertEqual(iterable, expected)
def test_nsorted__reverse(self):
'''
'''
for argument, expected in zip(self.arguments, self.expected):
iterable = sortext.nsorted(argument, reverse=True)
expected.reverse()
self.assertEqual(iterable, expected)
def test_nsorted__key(self):
'''
'''
argument = [('Screw', 'S100'), ('Bolt', 'B20'), ('Switch', 'S50')]
expected = [('Bolt', 'B20'), ('Switch', 'S50'), ('Screw', 'S100')]
iterable = sortext.nsorted(argument, key=itemgetter(1))
self.assertEqual(iterable, expected)
def get_aileron_detents():
'''
Get all aileron detents from all supported aircraft types
:returns: list of detent values
:rtype: list
'''
detents = set()
for x in mi.AILERON_MODEL_MAP, mi.AILERON_SERIES_MAP, mi.AILERON_FAMILY_MAP:
detents.update(chain.from_iterable(x.itervalues()))
return sortext.nsorted(detents)
def get_flap_detents():
'''
Get all flap combinations from all supported aircraft types
:returns: list of detent values
:rtype: list
'''
detents = set()
for x in mi.FLAP_MODEL_MAP, mi.FLAP_SERIES_MAP, mi.FLAP_FAMILY_MAP:
detents.update(chain.from_iterable(x.itervalues()))
return sortext.nsorted(detents)
def get_aileron_detents():
'''
Get all aileron detents from all supported aircraft types
:returns: list of detent values
:rtype: list
'''
detents = set()
for x in mi.AILERON_MODEL_MAP, mi.AILERON_SERIES_MAP, mi.AILERON_FAMILY_MAP:
detents.update(chain.from_iterable(x.itervalues()))
return sortext.nsorted(detents)
def get_flap_detents():
'''
Get all flap combinations from all supported aircraft types
:returns: list of detent values
:rtype: list
'''
detents = set()
for x in mi.FLAP_MODEL_MAP, mi.FLAP_SERIES_MAP, mi.FLAP_FAMILY_MAP:
detents.update(chain.from_iterable(x.itervalues()))
return sortext.nsorted(detents)
def get_conf_detents():
'''
Get all conf combinations from all supported aircraft types
:returns: list of detent values
:rtype: list
'''
extract = dict.iterkeys
detents = set()
for x in mi.CONF_MODEL_MAP, mi.CONF_SERIES_MAP, mi.CONF_FAMILY_MAP:
detents.update(chain.from_iterable(imap(extract, x.itervalues())))
return sortext.nsorted(detents)
def get_conf_detents():
'''
Get all conf combinations from all supported aircraft types
:returns: list of detent values
:rtype: list
'''
extract = dict.iterkeys
detents = set()
for x in mi.CONF_MODEL_MAP, mi.CONF_SERIES_MAP, mi.CONF_FAMILY_MAP:
detents.update(chain.from_iterable(imap(extract, x.itervalues())))
return sortext.nsorted(detents)
def get_lever_detents():
'''
Get all lever detents from all supported aircraft types
:returns: list of detent values
:rtype: list
'''
extract = lambda x: (v[1] for v in x.iterkeys())
detents = set(map(str, get_flap_detents())) # initialise with flap detents
for x in mi.LEVER_MODEL_MAP, mi.LEVER_SERIES_MAP, mi.LEVER_FAMILY_MAP:
detents.update(chain.from_iterable(imap(extract, x.itervalues())))
detents.update(constants.LEVER_STATES.values()) # include conf lever states
return sortext.nsorted(detents)
def get_lever_detents():
'''
Get all lever detents from all supported aircraft types
:returns: list of detent values
:rtype: list
'''
extract = lambda x: (v[1] for v in x.iterkeys())
detents = set(map(str, get_flap_detents())) # initialise with flap detents
for x in mi.LEVER_MODEL_MAP, mi.LEVER_SERIES_MAP, mi.LEVER_FAMILY_MAP:
detents.update(chain.from_iterable(imap(extract, x.itervalues())))
detents.update(
constants.LEVER_STATES.values()) # include conf lever states
return sortext.nsorted(detents)
def test_nsorted(self):
'''
'''
for argument, expected in zip(self.arguments, self.expected):
iterable = sortext.nsorted(argument)
self.assertEqual(iterable, expected)
def test_nsorted(self):
'''
'''
for argument, expected in zip(self.arguments, self.expected):
iterable = sortext.nsorted(argument)
self.assertEqual(iterable, expected)
