def read_object(self,
expected_type_reader=None,
type_params=None,
expected_type=None):
type_id = self.read_7bit_encoded_int()
if type_id == 0:
# null object
return None
try:
type_reader = self.type_readers[type_id - 1]
except IndexError:
raise ReaderError("type id out of range: {} > {}".format(
type_id, len(self.type_readers)))
if expected_type_reader is not None:
try:
if expected_type_reader.is_generic_type and expected_type_reader.target_type is None:
expected_type = generic_reader_type(
expected_type_reader, type_params)
elif expected_type_reader.is_enum_type:
expected_type = generic_reader_type(
EnumReader, [expected_type_reader.target_type])
else:
expected_type = expected_type_reader.target_type
except AttributeError:
raise ReaderError("bad expected_type_reader: '{}'".format(
expected_type_reader))
if expected_type is not None:
if type_reader.target_type != expected_type:
raise ReaderError("Unexpected type: '{}' != '{}'".format(
type_reader.target_type, expected_type))
return type_reader.read()
def read(self):
if self.file_platform == PLATFORM_WINDOWS:
name = self.stream.read_string()
cubemap = self.stream.read_object(Texture2DReader)
size = self.stream.read_vector3()
geometry = self.stream.read_object(
ShaderInstancedIndexedPrimitivesReader,
[VertexPositionNormalTextureInstanceReader, MatrixReader])
actor_type = self.stream.read_object(ActorTypeReader)
no_silhouette = self.stream.read_boolean()
return ArtObjectPC(name, cubemap, size, geometry, actor_type,
no_silhouette)
else:
name = self.stream.read_string()
cubemap_path = self.stream.read_string()
size = self.stream.read_vector3()
geometry = self.stream.read_object(
ShaderInstancedIndexedPrimitivesReader,
[VertexPositionNormalTextureInstanceReader, MatrixReader])
actor_type = self.stream.read_object(ActorTypeReader)
no_silhouette = self.stream.read_boolean()
laser_outlets = self.stream.read_object(
ReflectiveReader,
[generic_reader_type(SetReader, [FaceOrientationReader])])
return ArtObject(name, cubemap_path, size, geometry, actor_type,
no_silhouette, laser_outlets)
def read_object(self,
expected_type_reader=None,
type_params=None,
expected_type=None):
type_id = self.read_7bit_encoded_int()
if type_id == 0:
# null object
return None
try:
type_reader = self.type_readers[type_id - 1]
except IndexError:
raise ReaderError("type id out of range: {} > {}".format(
type_id, len(self.type_readers)))
if expected_type_reader is not None:
try:
if expected_type_reader.is_generic_type and expected_type_reader.target_type is None:
expected_type = generic_reader_type(
expected_type_reader, type_params)
elif expected_type_reader.is_enum_type:
expected_type = generic_reader_type(
EnumReader, [expected_type_reader.target_type])
else:
expected_type = expected_type_reader.target_type
except AttributeError:
raise ReaderError("bad expected_type_reader: '{}'".format(
expected_type_reader))
if expected_type is not None:
if expected_type != 'System.Object':
if type_reader.target_type != expected_type:
# check parent type readers
for cls in type_reader.__class__.__mro__:
if hasattr(cls, 'target_type'):
if cls.target_type == expected_type:
break
else:
raise ReaderError(
"Unexpected type: '{}' != '{}'".format(
type_reader.target_type, expected_type))
return type_reader.read()
def read_object(self, expected_type_reader=None, type_params=None, expected_type=None):
type_id = self.read_7bit_encoded_int()
if type_id == 0:
# null object
return None
try:
type_reader = self.type_readers[type_id - 1]
except IndexError:
raise ReaderError("type id out of range: {} > {}".format(type_id, len(self.type_readers)))
if expected_type_reader is not None:
try:
if expected_type_reader.is_generic_type and expected_type_reader.target_type is None:
expected_type = generic_reader_type(expected_type_reader, type_params)
elif expected_type_reader.is_enum_type:
expected_type = generic_reader_type(EnumReader, [expected_type_reader.target_type])
else:
expected_type = expected_type_reader.target_type
except AttributeError:
raise ReaderError("bad expected_type_reader: '{}'".format(expected_type_reader))
if expected_type is not None:
if type_reader.target_type != expected_type:
raise ReaderError("Unexpected type: '{}' != '{}'".format(type_reader.target_type, expected_type))
return type_reader.read()
def read(self):
if self.file_platform == PLATFORM_WINDOWS:
name = self.stream.read_string()
cubemap = self.stream.read_object(Texture2DReader)
size = self.stream.read_vector3()
geometry = self.stream.read_object(ShaderInstancedIndexedPrimitivesReader,
[VertexPositionNormalTextureInstanceReader, MatrixReader])
actor_type = self.stream.read_object(ActorTypeReader)
no_silhouette = self.stream.read_boolean()
return ArtObjectPC(name, cubemap, size, geometry, actor_type, no_silhouette)
else:
name = self.stream.read_string()
cubemap_path = self.stream.read_string()
size = self.stream.read_vector3()
geometry = self.stream.read_object(ShaderInstancedIndexedPrimitivesReader,
[VertexPositionNormalTextureInstanceReader, MatrixReader])
actor_type = self.stream.read_object(ActorTypeReader)
no_silhouette = self.stream.read_boolean()
laser_outlets = self.stream.read_object(ReflectiveReader, [generic_reader_type(SetReader,
[FaceOrientationReader])])
return ArtObject(name, cubemap_path, size, geometry, actor_type, no_silhouette, laser_outlets)
