def __parse_msg(self, msgname, obj):
req = obj.get("request")
res = obj.get("response")
if req is None:
raise SchemaParseException("No request specified: " +
obj.__str__())
if res is None:
raise SchemaParseException("No response specified: " +
obj.__str__())
fields = dict()
for field in req:
fieldname = field.get("name")
if fieldname is None:
raise SchemaParseException("No param name: " + field.__str__())
fieldtype = field.get("type")
if fieldtype is None:
raise SchemaParseException("No param type: " + field.__str__())
fields[fieldname] = schema.Field(
fieldname, schema._parse(fieldtype, self.__types))
request = schema._RecordSchema(fields)
response = schema._parse(res, self.__types)
erorrs = list()
erorrs.append(_SYSTEM_ERROR)
errs = obj.get("errors")
if errs is not None:
if not isinstance(errs, list):
raise SchemaParseException("Errors not an array: " +
errs.__str__())
for err in errs:
name = err.__str__()
sch = self.__types.get(name)
if sch is None:
raise SchemaParseException("Undefined error: " +
name.__str__())
if sch.iserror is False:
raise SchemaParseException("Not an error: " +
name.__str__())
erorrs.append(sch)
return self.Message(self, msgname, request, response,
schema._UnionSchema(erorrs))
def _parse(self, obj):
if obj.get("namespace") is not None:
self.__namespace = obj.get("namespace")
if obj.get("protocol") is None:
raise SchemaParseException("No protocol name specified: "+obj.__str__())
self.__name = obj.get("protocol")
defs = obj.get("types")
if defs is not None:
if not isinstance(defs, list):
raise SchemaParseException("Types not an array: "+defs.__str__())
for type in defs:
if not isinstance(type, object):
raise SchemaParseException("Types not an object: "+type.__str__())
schema._parse(type, self.__types)
msgs = obj.get("messages")
if msgs is not None:
for k,v in msgs.items():
self.__messages[k] = self.__parse_msg(k,v)
def __parse_msg(self, msgname, obj):
req = obj.get("request")
res = obj.get("response")
if req is None:
raise SchemaParseException("No request specified: "+obj.__str__())
if res is None:
raise SchemaParseException("No response specified: "+obj.__str__())
fields = dict()
for field in req:
fieldname = field.get("name")
if fieldname is None:
raise SchemaParseException("No param name: "+field.__str__())
fieldtype = field.get("type")
if fieldtype is None:
raise SchemaParseException("No param type: "+field.__str__())
fields[fieldname] = schema.Field(fieldname,
schema._parse(fieldtype, self.__types))
request = schema._RecordSchema(fields)
response = schema._parse(res, self.__types)
erorrs = list()
erorrs.append(_SYSTEM_ERROR)
errs = obj.get("errors")
if errs is not None:
if not isinstance(errs, list):
raise SchemaParseException("Errors not an array: "+errs.__str__())
for err in errs:
name = err.__str__()
sch = self.__types.get(name)
if sch is None:
raise SchemaParseException("Undefined error: "+name.__str__())
if sch.iserror is False:
raise SchemaParseException("Not an error: "+name.__str__())
erorrs.append(sch)
return self.Message(self, msgname, request, response,
schema._UnionSchema(erorrs))
def _parse(self, obj):
if obj.get("namespace") is not None:
self.__namespace = obj.get("namespace")
if obj.get("protocol") is None:
raise SchemaParseException("No protocol name specified: " +
obj.__str__())
self.__name = obj.get("protocol")
defs = obj.get("types")
if defs is not None:
if not isinstance(defs, list):
raise SchemaParseException("Types not an array: " +
defs.__str__())
for type in defs:
if not isinstance(type, object):
raise SchemaParseException("Types not an object: " +
type.__str__())
schema._parse(type, self.__types)
msgs = obj.get("messages")
if msgs is not None:
for k, v in msgs.items():
self.__messages[k] = self.__parse_msg(k, v)
