def _faker_factory(_loc=None, _where=''):
if _loc is None:
_loc = _locale
if isinstance(_loc, list):
if all(isinstance(s, basestring) for s in _loc):
# then method
# TODO is the all above necessary? Maybe any would do?
# dict(dir(_where), **locals()) how to get it?
@classmethod
def choice_(cls):
return format_(random.choice(_loc), current=cls)
return choice_
else:
# it's a class
assert (not any(isinstance(s, basestring) for s in _loc))
# fingers crossed
if all(isinstance(s, list) for s in _loc):
# I'm assuming everything in each list is a string... why wouldn't it be?
# I'm just going to arbitrarily use space here
@classmethod
def choice_(cls):
return format_(' '.join(
map(random.choice, L) for L in _loc),
current=cls)
return choice_
else: # pragma: no cover
assert False # let's hope not
elif isinstance(_loc, dict):
klass_names = _loc.keys()
klasses = {}
for kname in klass_names:
if isinstance(_loc[kname], list):
# then possibly method
klasses[kname] = _faker_factory(_loc[kname],
_where='%s.%s' %
(_where, kname))
else:
# then dictionary and definitely a class
klassy_name = to_camel(kname)
# it jolly well ought to be a dict
assert (isinstance(_loc[kname], dict))
ty_dict = dict(
(k,
_faker_factory(_loc=v, _where='%s.%s' % (_where, kname)))
for k, v in _loc[kname].items())
klasses[klassy_name] = type(klassy_name, (BaseFake, ), ty_dict)
return klasses
def _faker_factory(_loc=None, _where=""):
if _loc is None:
_loc = _locale
if isinstance(_loc, list):
if all(isinstance(s, basestring) for s in _loc):
# then method
# TODO is the all above necessary? Maybe any would do?
# dict(dir(_where), **locals()) how to get it?
@classmethod
def choice_(cls):
return format_(random.choice(_loc), current=cls)
return choice_
else:
# it's a class
assert not any(isinstance(s, basestring) for s in _loc)
# fingers crossed
if all(isinstance(s, list) for s in _loc):
# I'm assuming everything in each list is a string... why wouldn't it be?
# I'm just going to arbitrarily use space here
@classmethod
def choice_(cls):
return format_(" ".join(map(random.choice, L) for L in _loc), current=cls)
return choice_
else: # pragma: no cover
assert False # let's hope not
elif isinstance(_loc, dict):
klass_names = _loc.keys()
klasses = {}
for kname in klass_names:
if isinstance(_loc[kname], list):
# then possibly method
klasses[kname] = _faker_factory(_loc[kname], _where="%s.%s" % (_where, kname))
else:
# then dictionary and definitely a class
klassy_name = to_camel(kname)
# it jolly well ought to be a dict
assert isinstance(_loc[kname], dict)
ty_dict = dict(
(k, _faker_factory(_loc=v, _where="%s.%s" % (_where, kname))) for k, v in _loc[kname].items()
)
klasses[klassy_name] = type(klassy_name, (BaseFake,), ty_dict)
return klasses
def __init__(self, lang_code='en'):
main_lang = lang_code.split('-')[0]
if main_lang in all_locales:
self._locale = all_locales[main_lang]['faker'].copy()
# update with other locale e.g. en-ca
# TODO this may have to be a recursive update (don't overwrite
# nested)
self._locale.update(all_locales[lang_code]['faker'])
else:
try:
self._locale = all_locales[lang_code]['faker']
except (KeyError,):
raise KeyError(
"lang-code '%s' is either not supported or not recognised.")
self._methods = {}
for topic, methods in self._locale.items():
Topic = to_camel(topic)
topic_dict = {}
for method, data in methods.items():
if isinstance(data, list):
# This bit is a little hacky
if method == 'bs' or method == 'buzzwords':
def choice(self=self, data=data):
words = map(random.choice, data)
return self._format(' '.join(words))
else:
def choice(self=self, data=data):
return self._format(random.choice(data))
topic_dict[method] = choice
self._methods.update([(method, choice), (
'.'.join([Topic, method]), choice)])
elif isinstance(data, dict):
# TODO refactor
sub_topic = method
SubTopic = to_camel(sub_topic)
sub_topic_dict = {}
for m, d in data.items():
if isinstance(d, list):
def choice(self=self, d=d):
return self._format(random.choice(d))
sub_topic_dict[m] = choice
self._methods.update([(m, choice), (
'.'.join([Topic, SubTopic, m]), choice)])
else:
raise NotImplementedError
sub_topics = BaseFakeTopic(
name=SubTopic, topic_dict=sub_topic_dict)
topic_dict[SubTopic] = sub_topics
else:
# This bit is a little hacky
if method == 'postcode': # then it's a regex
def choice(self=self, data=data):
return xeger(data[1:-1])
topic_dict[method] = choice
self._methods.update([(method, choice), (
'.'.join([Topic, method]), choice)])
else:
raise NotImplementedError
topics = BaseFakeTopic(name=Topic, topic_dict=topic_dict)
self.__dict__[Topic] = topics
def __init__(self, lang_code='en'):
main_lang = lang_code.split('-')[0]
try:
if main_lang in all_locales:
self._locale = all_locales[main_lang]['faker'].copy()
recursive_update(self._locale, all_locales[lang_code]['faker'])
else:
self._locale = all_locales[lang_code]['faker']
except KeyError:
raise KeyError(
"lang-code '%s' is either not supported or not recognised.")
self._methods = {}
for topic, methods in self._locale.items():
Topic = to_camel(topic)
topic_dict = {}
for method, data in methods.items():
if isinstance(data, list):
# This bit is a little hacky
if method == 'bs' or method == 'buzzwords':
def choice(self=self, data=data):
words = map(random.choice, data)
return self._format(' '.join(words))
else:
def choice(self=self, data=data):
return self._format(random.choice(data))
topic_dict[method] = choice
self._methods.update([(method, choice),
('.'.join([Topic, method]), choice)])
elif isinstance(data, dict):
# TODO refactor
sub_topic = method
SubTopic = to_camel(sub_topic)
sub_topic_dict = {}
for m, d in data.items():
if isinstance(d, list):
def choice(self=self, d=d):
return self._format(random.choice(d))
sub_topic_dict[m] = choice
self._methods.update([
(m, choice),
('.'.join([Topic, SubTopic, m]), choice)
])
else:
raise NotImplementedError
sub_topics = BaseFakeTopic(name=SubTopic,
topic_dict=sub_topic_dict)
topic_dict[SubTopic] = sub_topics
else:
# This bit is a little hacky
if method == 'postcode': # then it's a regex
def choice(self=self, data=data):
return xeger(data[1:-1])
topic_dict[method] = choice
self._methods.update([(method, choice),
('.'.join([Topic,
method]), choice)])
else:
raise NotImplementedError
topics = BaseFakeTopic(name=Topic, topic_dict=topic_dict)
self.__dict__[Topic] = topics