def __get_smart_from_json_conversion(cls, key, value, json_name="json", array=False):
ref_type, possible_refs = cls.__get_possible_refs(value)
if array:
from_json = "newObject.{0}.append(".format(utils.to_camel_case(key))
else:
from_json = "newObject.{0} = ".format(utils.to_camel_case(key))
if ref_type == u"full":
from_json += "{0}.fromJson({1}[\"{2}\"]!)".format(utils.to_camel_case(possible_refs[0], capital=True), json_name, key)
if array:
from_json += ") "
from_json += cls.__get_other_possible_refs(possible_refs)
elif ref_type == u"id":
from_json += "{0}[\"{1}\"].intValue".format(json_name, key)
if array:
from_json += ")\n"
elif ref_type == u"uri":
from_json += "{0}[\"{1}\"].stringValue".format(json_name, key)
if array:
from_json += ")\n"
else:
raise ConfigurationFileException("Wrong reference type specified for key {0}: {1}. Use: [full, id, uri]"
.format(key, ref_type))
return from_json
def __get_smart_to_json_conversion_for_array(cls, key, value):
ref_type, possible_refs = cls.__get_possible_refs(value)
if ref_type == u"full":
to_json = "var {0}Array = [JSON]()\n".format(utils.to_camel_case(key))
to_json += "\t\tfor obj in self.{0}".format(utils.to_camel_case(key)) + " {\n"
to_json += "\t\t\t {0}Array.append(obj.toJson())\n".format(utils.to_camel_case(key))
to_json += "\t\t}\n"
to_json += "\t\tjson[\"{0}\"] = {1}Array".format(key, utils.to_camel_case(key))
return to_json
else:
return "json[\"{0}\"].arrayValue = self.{1}".format(key, utils.to_camel_case(key))
def test_server_update_user_portfolio_endpoint(self):
server = BackendServer(host=self.host, port=self.port)
server.start()
# make a request on the end point as get
resp = requests.get(
f"http://{self.host}:{self.port}/api/update_user_portfolio")
self.assertEqual(resp.status_code, 405)
# make valid request to the endpoint
json_data = dict()
json_data["currency"] = Currencies.GBP.name
json_data["email"] = "*****@*****.**"
# generate asset and liabilities data
cash, use, invested, current, long = utils.get_test_assets_and_liabilities(
)
# cash Assets
vals = {utils.to_camel_case(k): v for k, v in cash.__dict__.items()}
vals["other"] = cash.other.__dict__
json_data["cashAssets"] = vals
# use Assets
vals = {utils.to_camel_case(k): v for k, v in use.__dict__.items()}
vals["other"] = use.other.__dict__
json_data["useAssets"] = vals
# invested Assets
vals = {
utils.to_camel_case(k): v
for k, v in invested.__dict__.items()
}
vals["otherTax"] = invested.other_tax.__dict__
vals["otherBusiness"] = invested.other_business.__dict__
json_data["investedAssets"] = vals
vals = {utils.to_camel_case(k): v for k, v in current.__dict__.items()}
vals["other"] = current.other.__dict__
json_data["currentLiabilities"] = vals
vals = {utils.to_camel_case(k): v for k, v in long.__dict__.items()}
vals["other"] = long.other.__dict__
json_data["longTermLiabilities"] = vals
resp = requests.post(
f"http://{self.host}:{self.port}/api/update_user_portfolio",
json=json_data)
self.assertEqual(resp.status_code, 200)
server.stop()
def __get_from_json_conversion(cls, key, value):
if value.startswith(u":"):
from_json = cls.__get_smart_from_json_conversion(key, value[1:])
elif value.startswith(u"["):
from_json = "newObject.{0} = []\n".format(utils.to_camel_case(key))
from_json += "\t\tfor subJson in json[\"{0}\"] ".format(key) + "{\n"
from_json += "\t\t\t" + cls.__get_smart_from_json_conversion(key, value[2:-1], "subJson", True)
from_json += "\n\t\t}"
else:
from_json = "newObject.{0} = json[\"{1}\"].{2}".format(utils.to_camel_case(key), key, SWIFTY_JSON_TYPES_MAP[value])
if value == u"date":
from_json = "//" + from_json + "\t// please add appropriate conversion!"
return from_json
def __get_smart_to_json_conversion(cls, key, value):
ref_type, possible_refs = cls.__get_possible_refs(value)
to_json = "json[\"{0}\"]".format(key)
if ref_type == u"full":
to_json += " = self.{0}.toJson()".format(utils.to_camel_case(key, capital=False))
del possible_refs[0]
to_json += cls.__get_other_possible_refs(possible_refs)
elif ref_type == u"id":
to_json += ".intValue = self.{0}".format(utils.to_camel_case(key))
elif ref_type == u"uri":
to_json += ".stringValue = self.{0}".format(utils.to_camel_case(key))
else:
raise ConfigurationFileException("Wrong reference type specified for key {0}: {1}. Use: [full, id, uri]"
.format(key, ref_type))
return to_json
def build(current_dict: defaultdict, headings: [], element: JsonSchemaElement):
heading = to_camel_case(headings[0])
if len(headings) > 1:
next_dict = defaultdict()
current_dict[heading] = next_dict
sub_headings = headings[1:]
build(next_dict, sub_headings, element)
else:
current_dict[heading] = element.default_value
def update_element_output_name_with_object_delimiter(
delimited_heading: [], element: JsonSchemaElement):
output_name: str = ""
for i, heading in enumerate(delimited_heading):
output_name += to_camel_case(heading)
if i < len(delimited_heading) - 1:
output_name += const.OBJECT_DELIMITER
element.output_name = output_name
def __getattr__(self, item):
"""
Cog specific getattr to attempt resolving other cog names. Basically a dynamic alias system.
:param item: Name of the attribute to get
:return: Cog instance if one exists on the bot
"""
cog = self.bot.cogs.get(utils.to_camel_case(item))
if cog is None:
raise AttributeError
return cog
def test_case_converters():
test_str = "lower_snake_case"
expected = "LowerSnakeCase"
result = utils.to_camel_case(test_str)
assert result == expected, "Snake case not converted to upper camel case"
expected = "lowerSnakeCase"
result = utils.to_camel_case(test_str, False)
assert result == expected, "Snake case not converted to lower camel case"
test_str = "UpperCamelCase"
expected = "upper_camel_case"
result = utils.to_snake_case(test_str)
assert result == expected, "Camel case not converted to lower snake case"
expected = "UPPER_CAMEL_CASE"
result = utils.to_snake_case(test_str, True)
assert result == expected, "Camel case not converted to upper snake case"
def _parse_heading(heading: str):
is_array = const.ARRAY_INDICATOR_KEY in heading
if is_array:
heading = heading.replace(const.ARRAY_INDICATOR_KEY, "")
if "{" and "=" and "}" in heading:
index_left = heading.rindex("{")
index_right = heading.rindex("}")
if index_left < index_right:
equals_indexes = get_indexes_of_equal_signs(heading)
if is_equality_assignment_between_braces(equals_indexes,
index_left, index_right):
extracted_heading = to_camel_case(heading[0:index_left])
properties_substring = heading[index_left +
1:index_right].lower()
return extracted_heading, properties_substring, is_array
return to_camel_case(heading), None, is_array
def __get_other_possible_refs(cls, refs):
del refs[0]
result = ""
if len(refs) > 0:
result = "\t// or "
for ref in refs:
result += "{0} ".format(utils.to_camel_case(ref, capital=True))
result += "- please choose appropriate conversion"
return result
def __get_member_declaration(self, key, value):
# exception for fields describing objects themselves, not other references to other objects
member_name = utils.to_camel_case(key)
if value.startswith(u"["):
member_type = self.__get_member_type(value[1:-1], True)
else:
member_type = self.__get_member_type(value)
member_declaration = "var {0}: {1}".format(member_name, member_type)
return member_declaration
def __build(self):
for p in self.__cfg:
spec = {}
if type(p) == str:
# assuming this doesn't require a spec
classname = to_camel_case(p)
elif 'kind' in p:
classname = to_camel_case(p['kind'])
else:
logging.error("Don't know how to parse : " + str(p))
raise ValueError
if 'spec' in p:
spec = p['spec']
try:
self.__nodes.append(globals()[classname](spec))
except KeyError as e:
logging.fatal("Couldn't not create object of class " +
classname + str(e))
# wire them up in sequence only TODO: support complex plumbing
for o in range(0, len(self.__nodes) - 1):
self.__nodes[o].hook(self.__nodes[o + 1])
def __get_member_user_type(cls, value, array=False):
ref_type, possible_refs = cls.__get_possible_refs(value)
if ref_type == u"full":
output = utils.to_camel_case(possible_refs[0], capital=True) + "?"
if array:
output = "[{0}]".format(output)
del possible_refs[0]
if len(possible_refs) > 0:
output += "\t//"
for ref in possible_refs:
output += " or " + utils.to_camel_case(ref, capital=True) + "?"
output += " - please choose appropriate type"
elif ref_type == u"id":
output = "Int?"
elif ref_type == u"uri":
output = "String?"
else:
output = ""
return output
def as_json_dict(self):
data = {}
for key, value in self.__dict__.items():
camel_key = utils.to_camel_case(key)
if isinstance(value, (list, tuple, set)):
data[camel_key] = list()
for item in value:
if hasattr(item, 'as_json_dict'):
data[camel_key].append(item.as_json_dict())
else:
data[camel_key].append(item)
elif hasattr(value, 'as_json_dict'):
data[camel_key] = value.as_json_dict()
elif value is not None:
data[camel_key] = value
return data
def get(self):
with model.session_scope() as session:
user_session = self.get_user_session(session)
user_session.policy.verify('conf_view')
settings = {}
for name, schema in config.SCHEMA.items():
if config.is_private(name, schema):
continue
s = schema.copy()
s['name'] = to_camel_case(name)
if 'default_file_path' in s:
del s['default_file_path']
s['value'] = config.get_setting(session, name)
settings[name] = s
self.set_header("Content-Type", "application/json")
self.write(json_encode(ToSon()(settings)))
self.finish()
def generate(self):
output = DISCLAIMER + "\n\n"
for parsed_value in self.parsed_values:
class_name = utils.to_camel_case(parsed_value[self.file_name_key][0:-5], capital=True)
origin = ""
if ORIGIN_KEY in parsed_value:
origin = "which was generated from json file: {0}".format(parsed_value[ORIGIN_KEY])
parsed_value.pop(ORIGIN_KEY, None)
output += "// generated from config file: {0} {1}\n".format(parsed_value[self.file_name_key], origin)
output += "class {0}".format(class_name) + " {\n"
parsed_value.pop(self.file_name_key, None)
to_json_body = ""
from_json_body = ""
for key in parsed_value:
value = parsed_value[key]
#key = self.__remove_id_and_uri(key)
member_declaration = self.__get_member_declaration(key, value)
to_json = self.__get_to_json_conversion(key, value)
from_json = self.__get_from_json_conversion(key, value)
to_json_body += "\t\t{0}\n".format(to_json)
from_json_body += "\t\t{0}\n".format(from_json)
output += "\t{0}\n".format(member_declaration)
output += "\n"
to_json = self.__add_to_json_method(to_json_body)
from_json = self.__add_from_json_method(from_json_body, class_name)
output += "{0}\n\n{1}\n".format(from_json, to_json)
output += "}\n\n"
if self.persist_output:
self.output = output
else:
print output
def test_to_camel_case():
text = "A simple text With SoMe WeIrD cHaracteR"
result = tested_utils.to_camel_case(text)
assert result == "ASimpleTextWithSomeWeirdCharacter"
def __get_to_json_conversion(cls, key, value):
if value.startswith(u":"):
to_json = cls.__get_smart_to_json_conversion(key, value[1:])
elif value.startswith(u"["):
to_json = cls.__get_smart_to_json_conversion_for_array(key, value[2:-1])
else:
to_json = "json[\"{0}\"].{1} = self.{2}".format(key, SWIFTY_JSON_TYPES_MAP[value], utils.to_camel_case(key))
if value == u"date":
to_json = "//" + to_json + "\t// please add appropriate conversion!"
return to_json