def create_from_name_and_dictionary(self, name, datas):
"""Return a populated object Parameter from dictionary datas
"""
parameter = ObjectParameter()
self.set_common_datas(parameter, name, datas)
if "optional" in datas:
parameter.optional = to_bool(datas["optional"])
if "type" in datas:
parameter.type = str(datas["type"])
if "generic" in datas:
parameter.generic = to_bool(datas["generic"])
return parameter
def create_from_name_and_dictionary(self, name, datas):
"""Return a populated object Parameter from dictionary datas
"""
parameter = ObjectParameter()
self.set_common_datas(parameter, name, datas)
if "optional" in datas:
parameter.optional = to_bool(datas["optional"])
if "type" in datas:
parameter.type = str(datas["type"])
if "generic" in datas:
parameter.generic = to_bool(datas["generic"])
return parameter
def create_from_dictionary(self, datas):
"""Return a populated object ResponseCode from dictionary datas
"""
if "code" not in datas:
raise ValueError("A response code must contain a code in \"%s\"." % repr(datas))
code = ObjectResponseCode()
self.set_common_datas(code, str(datas["code"]), datas)
code.code = int(datas["code"])
if "message" in datas:
code.message = str(datas["message"])
elif code.code in self.default_messages.keys():
code.message = self.default_messages[code.code]
if "generic" in datas:
code.generic = to_bool(datas["generic"])
return code
def set_common_datas(self, element, name, datas):
"""Populated common data for an element from dictionnary datas
"""
element.name = str(name)
if "description" in datas:
element.description = str(datas["description"]).strip()
if isinstance(element, Sampleable) and element.sample is None and "sample" in datas:
element.sample = str(datas["sample"]).strip()
if isinstance(element, Displayable):
if "display" in datas:
element.display = to_bool(datas["display"])
if "label" in datas:
element.label = datas["label"]
else:
element.label = element.name
def create_from_dictionary(self, datas):
"""Return a populated object ResponseCode from dictionary datas
"""
if "code" not in datas:
raise ValueError("A response code must contain a code in \"%s\"." %
repr(datas))
code = ObjectResponseCode()
self.set_common_datas(code, str(datas["code"]), datas)
code.code = int(datas["code"])
if "message" in datas:
code.message = str(datas["message"])
elif code.code in self.default_messages.keys():
code.message = self.default_messages[code.code]
if "generic" in datas:
code.generic = to_bool(datas["generic"])
return code
def merge_extends(self,
target,
extends,
inherit_key="inherit",
inherit=False):
"""Merge extended dicts
"""
if isinstance(target, dict):
if inherit and inherit_key in target and not to_bool(
target[inherit_key]):
return
if not isinstance(extends, dict):
raise ValueError("Unable to merge: Dictionnary expected")
for key in extends:
if key not in target:
target[str(key)] = extends[key]
else:
self.merge_extends(target[key], extends[key], inherit_key,
True)
elif isinstance(target, list):
if not isinstance(extends, list):
raise ValueError("Unable to merge: List expected")
target += extends
def delete_removed(self, datas):
"""Delete sub properties flagged as removed
"""
if isinstance(datas, dict):
if self.removed_key in datas and to_bool(datas[self.removed_key]):
return None
new_datas = {}
for key in datas:
cleaned = self.delete_removed(datas[key])
if cleaned is not None:
new_datas[key] = cleaned
return new_datas
elif isinstance(datas, list):
new_datas = []
for item in datas:
cleaned = self.delete_removed(item)
if cleaned is not None:
new_datas.append(cleaned)
return new_datas
else:
return datas
def delete_removed(self, datas):
"""Delete sub properties flagged as removed
"""
if isinstance(datas, dict):
if self.removed_key in datas and to_bool(datas[self.removed_key]):
return None
new_datas = {}
for key in datas:
cleaned = self.delete_removed(datas[key])
if cleaned is not None:
new_datas[key] = cleaned
return new_datas
elif isinstance(datas, list):
new_datas = []
for item in datas:
cleaned = self.delete_removed(item)
if cleaned is not None:
new_datas.append(cleaned)
return new_datas
else:
return datas
def create_from_name_and_dictionary(self, name, datas):
"""Return a populated object Object from dictionary datas
"""
if "type" not in datas:
raise ValueError("Missing type in object \"%s\" \"%s\"." % (name, repr(datas)))
str_type = str(datas["type"]).lower()
if not str_type in ObjectRaw.Types:
type = ObjectRaw.Types("type")
else:
type = ObjectRaw.Types(str_type)
if type is ObjectRaw.Types.object:
object = ObjectObject()
object.properties = self.create_dictionary_of_element_from_dictionary("properties", datas)
elif type is ObjectRaw.Types.array:
object = ObjectArray()
if "items" in datas:
object.items = self.create_from_name_and_dictionary("items", datas["items"])
if "sample_count" in datas:
object.sample_count = int(datas["sample_count"])
elif type is ObjectRaw.Types.number:
object = ObjectNumber()
elif type is ObjectRaw.Types.string:
object = ObjectString()
elif type is ObjectRaw.Types.bool:
object = ObjectBool()
if "sample" in datas:
object.sample = to_bool(datas["sample"])
elif type is ObjectRaw.Types.reference:
object = ObjectReference()
if "reference" in datas:
object.reference_name = str(datas["reference"])
elif type is ObjectRaw.Types.type:
object = ObjectType()
object.type_name = str(datas["type"])
elif type is ObjectRaw.Types.none:
object = ObjectNone()
elif type is ObjectRaw.Types.dynamic:
object = ObjectDynamic()
if "items" in datas:
object.items = self.create_from_name_and_dictionary("items", datas["items"])
if "sample" in datas:
if isinstance(datas["sample"], dict):
object.sample = {}
for k, v in datas["sample"].items():
object.sample[str(k)] = str(v)
else:
raise ValueError("A dictionnary is expected for dynamic\s object in \"%s\"" % name)
elif type is ObjectRaw.Types.const:
object = ObjectConst()
if "const_type" in datas:
const_type = str(datas["const_type"])
if not const_type in ObjectConst.Types:
raise ValueError("Const type \"%s\" unknwon" % const_type)
else:
const_type = ObjectConst.Types.string
object.const_type = const_type
if not "value" in datas:
raise ValueError("Missing const value")
object.value = datas["value"]
elif type is ObjectRaw.Types.enum:
object = ObjectEnum()
if not "values" in datas or not isinstance(datas['values'], list):
raise ValueError("Missing enum values")
object.values = [str(value) for value in datas["values"]]
if "descriptions" in datas and isinstance(datas['descriptions'], dict):
for (value_name, value_description) in datas["descriptions"].items():
value = EnumValue()
value.name = value_name
value.description = value_description
object.descriptions.append(value)
descriptions = [description.name for description in object.descriptions]
for value_name in [value for value in object.values if value not in descriptions]:
value = EnumValue()
value.name = value_name
object.descriptions.append(value)
else:
object = ObjectRaw()
self.set_common_datas(object, name, datas)
object.type = type
if "optional" in datas:
object.optional = to_bool(datas["optional"])
return object
def create_from_name_and_dictionary(self, name, datas):
"""Return a populated object Object from dictionary datas
"""
if "type" not in datas:
raise ValueError("Missing type in object \"%s\" \"%s\"." %
(name, repr(datas)))
str_type = str(datas["type"]).lower()
if not str_type in ObjectRaw.Types:
type = ObjectRaw.Types("type")
else:
type = ObjectRaw.Types(str_type)
if type is ObjectRaw.Types.object:
object = ObjectObject()
object.properties = self.create_dictionary_of_element_from_dictionary(
"properties", datas)
elif type is ObjectRaw.Types.array:
object = ObjectArray()
if "items" in datas:
object.items = self.create_from_name_and_dictionary(
"items", datas["items"])
if "sample_count" in datas:
object.sample_count = int(datas["sample_count"])
elif type is ObjectRaw.Types.number:
object = ObjectNumber()
elif type is ObjectRaw.Types.string:
object = ObjectString()
elif type is ObjectRaw.Types.bool:
object = ObjectBool()
if "sample" in datas:
object.sample = to_bool(datas["sample"])
elif type is ObjectRaw.Types.reference:
object = ObjectReference()
if "reference" in datas:
object.reference_name = str(datas["reference"])
elif type is ObjectRaw.Types.type:
object = ObjectType()
object.type_name = str(datas["type"])
elif type is ObjectRaw.Types.none:
object = ObjectNone()
elif type is ObjectRaw.Types.dynamic:
object = ObjectDynamic()
if "items" in datas:
object.items = self.create_from_name_and_dictionary(
"items", datas["items"])
if "sample" in datas:
if isinstance(datas["sample"], dict):
object.sample = {}
for k, v in datas["sample"].items():
object.sample[str(k)] = str(v)
else:
raise ValueError(
"A dictionnary is expected for dynamic\s object in \"%s\""
% name)
elif type is ObjectRaw.Types.const:
object = ObjectConst()
if "const_type" in datas:
const_type = str(datas["const_type"])
if not const_type in ObjectConst.Types:
raise ValueError("Const type \"%s\" unknwon" % const_type)
else:
const_type = ObjectConst.Types.string
object.const_type = const_type
if not "value" in datas:
raise ValueError("Missing const value")
object.value = datas["value"]
elif type is ObjectRaw.Types.enum:
object = ObjectEnum()
if not "values" in datas or not isinstance(datas['values'], list):
raise ValueError("Missing enum values")
object.values = [str(value) for value in datas["values"]]
if "descriptions" in datas and isinstance(datas['descriptions'],
dict):
for (value_name,
value_description) in datas["descriptions"].items():
value = EnumValue()
value.name = value_name
value.description = value_description
object.descriptions.append(value)
descriptions = [
description.name for description in object.descriptions
]
for value_name in [
value for value in object.values
if value not in descriptions
]:
value = EnumValue()
value.name = value_name
object.descriptions.append(value)
else:
object = ObjectRaw()
self.set_common_datas(object, name, datas)
object.type = type
if "optional" in datas:
object.optional = to_bool(datas["optional"])
return object