def _message_send_constructor(self, descriptor, m_type):
if m_type == "server":
return
f = self._file
if len(descriptor) <= 2:
return
def write_constructor_args(field_name, field_type, last, *_):
field_name = util.format_to_camel(field_name)
spacing = " " if last else ", "
f.write("%s %s%s" % (field_type, field_name, spacing))
def write_fields_init(field_name, *_):
field_name = util.format_to_camel(field_name)
f.write("%sthis.%s = %s;\n" % (TAB3, field_name, field_name))
f.write("%spublic %s( " % (TAB2, util.format_to_pascal(descriptor[0])))
util.iterate_message_fields(descriptor, write_constructor_args)
f.write(")\n")
f.write("%s{\n" % TAB2)
f.write("%s%s();\n" % (TAB3, self._send_stream_creator_name))
util.iterate_message_fields(descriptor, write_fields_init)
f.write("%s}\n" % TAB2)
def _message_send_constructor(self, descriptor, m_type):
if m_type == 'server':
return
f = self._file
if len(descriptor) <= 2:
return
def write_constructor_args(field_name, field_type, last, *_):
field_name = util.format_to_camel(field_name)
spacing = ' ' if last else ', '
f.write('%s %s%s' % (field_type, field_name, spacing))
def write_fields_init(field_name, *_):
field_name = util.format_to_camel(field_name)
f.write('%sthis.%s = %s;\n' % (TAB3, field_name, field_name))
f.write('%spublic %s( ' % (TAB2, util.format_to_pascal(descriptor[0])))
util.iterate_message_fields(descriptor, write_constructor_args)
f.write(')\n')
f.write('%s{\n' % TAB2)
f.write('%s%s();\n' % (
TAB3,
self._send_stream_creator_name,
))
util.iterate_message_fields(descriptor, write_fields_init)
f.write('%s}\n' % TAB2)
def _message_class_header(self, descriptor, message_id):
f = self._file
def write_field_definition(field_name, field_type, *_):
field_name = util.format_to_camel(field_name)
field_type = util.format_to_pascal(
field_type) if field_type in self._custom_enums else field_type
f.write('%spublic readonly %s %s;\n' % (
TAB2,
field_type,
field_name,
))
cls_name = util.format_to_pascal(descriptor[0])
f.write('%spublic class %s : %s\n' % (
TAB,
cls_name,
self._base_class_name,
))
f.write('%s{\n' % TAB)
f.write('%spublic static byte ID { get { return %i; } }\n' % (
TAB2,
message_id,
))
f.write('%spublic override byte %s() { return %i; }\n' % (
TAB2,
self._get_id_method_name,
message_id,
))
if len(descriptor) <= 2:
return
util.iterate_message_fields(descriptor, write_field_definition)
f.write('%s\n' % TAB)
def write_field_definition(field_name, field_type, *_):
field_name = util.format_to_camel(field_name)
field_type = util.format_to_pascal(
field_type) if field_type in self._custom_enums else field_type
f.write('%spublic readonly %s %s;\n' % (
TAB2,
field_type,
field_name,
))
def _generate_enum(self, enum_descriptor):
BaseGenerator._generate_enum(self, enum_descriptor)
f = self._file
cls_name = util.format_to_pascal(enum_descriptor["cls"])
f.write("%spublic enum %s\n" % (TAB, cls_name))
f.write("%s{\n" % TAB)
for enum_field in enum_descriptor["fields"]:
f.write("%s%s,\n" % (TAB2, enum_field.upper()))
f.write("%s}\n\n" % TAB)
def read_from_byte_array(field_name, field_type, *_):
field_name = util.format_to_camel(field_name)
if field_type == "string" and _[1] == "long":
f.write("%svar len = reader.ReadInt16();\n" % (TAB3,))
f.write("%schar[] strRaw = reader.ReadChars(len);\n" % (TAB3,))
f.write("%s%s = new string(strRaw);\n" % (TAB3, field_name))
else:
method = reader_method(field_type)
if field_type in self._custom_enums:
f.write("%s%s = (%s)reader.%s();\n" % (TAB3, field_name, util.format_to_pascal(field_type), method))
elif method is not None:
f.write("%s%s = reader.%s();\n" % (TAB3, field_name, method))
def _message_receive_constructor(self, descriptor, m_type):
if m_type == 'client':
return
f = self._file
def reader_method(field_type):
if field_type == 'byte' or field_type in self._custom_enums:
return 'ReadByte'
if field_type == 'short':
return 'ReadInt16'
if field_type == 'int':
return 'ReadInt32'
if field_type == 'string':
return 'ReadString'
if field_type in ['string[]', 'byte[]', 'short[]']:
return None
assert False
def read_from_byte_array(field_name, field_type, *_):
field_name = util.format_to_camel(field_name)
if field_type == 'string' and _[1] == 'long':
f.write('%svar len = reader.ReadInt16();\n' % (TAB3, ))
f.write('%schar[] strRaw = reader.ReadChars(len);\n' %
(TAB3, ))
f.write('%s%s = new string(strRaw);\n' % (TAB3, field_name))
else:
method = reader_method(field_type)
if field_type in self._custom_enums:
f.write('%s%s = (%s)reader.%s();\n' % (
TAB3,
field_name,
util.format_to_pascal(field_type),
method,
))
elif method is not None:
f.write('%s%s = reader.%s();\n' % (
TAB3,
field_name,
method,
))
cls_name = util.format_to_pascal(descriptor[0])
f.write('%spublic %s(byte[] source)\n' % (TAB2, cls_name))
f.write('%s{\n' % TAB2)
f.write('%s%s(source);\n' % (
TAB3,
self._receive_stream_creator_name,
))
util.iterate_message_fields(descriptor, read_from_byte_array)
f.write('%s}\n' % TAB2)
def _generate_enum(self, enum_descriptor):
BaseGenerator._generate_enum(self, enum_descriptor)
f = self._file
cls_name = util.format_to_pascal(enum_descriptor['cls'])
f.write('%spublic enum %s\n' % (
TAB,
cls_name,
))
f.write('%s{\n' % TAB)
for enum_field in enum_descriptor['fields']:
f.write('%s%s,\n' % (
TAB2,
enum_field.upper(),
))
f.write('%s}\n\n' % TAB)
def _message_class_header(self, descriptor, message_id):
f = self._file
def write_field_definition(field_name, field_type, *_):
field_name = util.format_to_camel(field_name)
field_type = util.format_to_pascal(field_type) if field_type in self._custom_enums else field_type
f.write("%spublic readonly %s %s;\n" % (TAB2, field_type, field_name))
cls_name = util.format_to_pascal(descriptor[0])
f.write("%spublic class %s : %s\n" % (TAB, cls_name, self._base_class_name))
f.write("%s{\n" % TAB)
f.write("%spublic static byte ID { get { return %i; } }\n" % (TAB2, message_id))
f.write("%spublic override byte %s() { return %i; }\n" % (TAB2, self._get_id_method_name, message_id))
if len(descriptor) <= 2:
return
util.iterate_message_fields(descriptor, write_field_definition)
f.write("%s\n" % TAB)
def _generate_enum(self, enum_descriptor):
BaseGenerator._generate_enum(self, enum_descriptor)
f = self._file
cls_name = util.format_to_pascal(enum_descriptor['cls'])
f.write('# noinspection PyClassHasNoInit\n')
f.write('class %s():\n' % cls_name)
f.write('%s' % TAB)
fields = enum_descriptor['fields']
l = len(fields)
for i in xrange(l):
if i == l - 1:
f.write('%s = range(%i)\n' % (fields[i].upper(), l))
else:
f.write('%s, ' % fields[i].upper())
f.write('\n')
f.write('\n')
def _message_receive_constructor(self, descriptor, m_type):
if m_type == "client":
return
f = self._file
def reader_method(field_type):
if field_type == "byte" or field_type in self._custom_enums:
return "ReadByte"
if field_type == "short":
return "ReadInt16"
if field_type == "int":
return "ReadInt32"
if field_type == "string":
return "ReadString"
if field_type in ["string[]", "byte[]", "short[]"]:
return None
assert False
def read_from_byte_array(field_name, field_type, *_):
field_name = util.format_to_camel(field_name)
if field_type == "string" and _[1] == "long":
f.write("%svar len = reader.ReadInt16();\n" % (TAB3,))
f.write("%schar[] strRaw = reader.ReadChars(len);\n" % (TAB3,))
f.write("%s%s = new string(strRaw);\n" % (TAB3, field_name))
else:
method = reader_method(field_type)
if field_type in self._custom_enums:
f.write("%s%s = (%s)reader.%s();\n" % (TAB3, field_name, util.format_to_pascal(field_type), method))
elif method is not None:
f.write("%s%s = reader.%s();\n" % (TAB3, field_name, method))
cls_name = util.format_to_pascal(descriptor[0])
f.write("%spublic %s(byte[] source)\n" % (TAB2, cls_name))
f.write("%s{\n" % TAB2)
f.write("%s%s(source);\n" % (TAB3, self._receive_stream_creator_name))
util.iterate_message_fields(descriptor, read_from_byte_array)
f.write("%s}\n" % TAB2)
def _message_class_header(self, descriptor, message_id):
f = self._file
def write_field_definition(field_name, field_type, *_):
default_value = util.default_for_type(field_type, self._custom_enums)
if field_type in self._custom_enums:
default_value = util.format_to_pascal(
self._custom_enums[field_type]['cls']) + '.' + default_value.upper()
f.write('%sself.%s = %s\n' % (TAB2, field_name, default_value, ))
def add_field_format(field_name, field_type, *_):
fmt = util.field_format(field_type,
_[1] if field_type == 'string' else None,
self._custom_enums)
f.write(fmt)
cls_name = util.format_to_pascal(descriptor[0])
f.write('\n')
f.write('\n')
f.write('class %s(%s):\n' % (cls_name, self._base_class_name, ))
f.write('%sID = %i\n' % (TAB, message_id))
f.write('\n')
f.write('%s@property\n' % TAB)
f.write('%sdef %s(self):\n' % (TAB, self._get_id_method_name, ))
f.write('%sreturn %i\n' % (TAB2, message_id, ))
f.write('\n')
f.write('%sdef __init__(self):\n' % TAB)
f.write('%s%s.__init__(self)\n' % (TAB2, self._base_class_name, ))
util.iterate_message_fields(descriptor, write_field_definition)
f.write('\n')
f.write('%sself._format += "' % TAB2)
util.iterate_message_fields(descriptor, add_field_format)
f.write('"\n')
f.write('%sself._struct = struct.Struct(self._format)\n' % TAB2)
def read_from_byte_array(field_name, field_type, *_):
field_name = util.format_to_camel(field_name)
if field_type == 'string' and _[1] == 'long':
f.write('%svar len = reader.ReadInt16();\n' % (TAB3, ))
f.write('%schar[] strRaw = reader.ReadChars(len);\n' %
(TAB3, ))
f.write('%s%s = new string(strRaw);\n' % (TAB3, field_name))
else:
method = reader_method(field_type)
if field_type in self._custom_enums:
f.write('%s%s = (%s)reader.%s();\n' % (
TAB3,
field_name,
util.format_to_pascal(field_type),
method,
))
elif method is not None:
f.write('%s%s = reader.%s();\n' % (
TAB3,
field_name,
method,
))
def write_field_definition(field_name, field_type, *_):
field_name = util.format_to_camel(field_name)
field_type = util.format_to_pascal(field_type) if field_type in self._custom_enums else field_type
f.write("%spublic readonly %s %s;\n" % (TAB2, field_type, field_name))
def write_field_definition(field_name, field_type, *_):
default_value = util.default_for_type(field_type, self._custom_enums)
if field_type in self._custom_enums:
default_value = util.format_to_pascal(
self._custom_enums[field_type]['cls']) + '.' + default_value.upper()
f.write('%sself.%s = %s\n' % (TAB2, field_name, default_value, ))
