def create_patchers_from_file(file):
"""Create patchers from a file."""
raw_data = GameConfigObj(file)
binary = raw_data.pop(Key.BINARY, None)
if binary is not None:
binary = Key.as_str(manager, binary)
srv_check = Key.as_bool(manager, raw_data.pop(Key.SRV_CHECK, "True"))
# Parse patcher data
patcher_data = parse_data(manager, raw_data, (
(Key.BINARY, Key.as_str, binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, 0),
(Key.LEVEL, Key.as_int, 0),
(Key.SRV_CHECK, Key.as_bool, srv_check),
(Key.SIZE, Key.as_int, NO_DEFAULT),
("op_codes", Key.as_identifier, None),
))
# Create the patchers
return Patchers({
name: Patcher(get_pointer(*data[:5]), *data[5:])
for name, data in patcher_data
})
def create_function_typedefs_from_file(self, f):
"""Create function typedefs from a file."""
# Read the data
raw_data = ConfigObj(f, file_error=True)
# Prepare typedefs
typedefs = parse_data(
raw_data, ((Key.ARGS, Key.as_args_tuple, ()),
(Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.CDECL),
(Key.DOC, str, None)))
# Create the typedefs
for name, data in typedefs:
self.function_typedef(name, *data)
def get_pointer_from_dict(raw_data, manager=manager):
pointer_dict = dict()
binary = raw_data.pop(Key.BINARY, None)
if binary is not None:
binary = Key.as_str(manager, binary)
srv_check = Key.as_bool(manager, raw_data.pop(Key.SRV_CHECK, "True"))
# Prepare binary pointers
ptrs = parse_data(manager, raw_data.pop("binary_pointer", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT),
(Key.LEVEL, Key.as_int, 0),
(Key.SRV_CHECK, Key.as_bool, srv_check)))
# Create the pointers
for name, data in ptrs:
pointer_dict[name] = get_pointer(*data)
# Prepare pointers
ptrs = parse_data(manager, raw_data,
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT),
(Key.LEVEL, Key.as_int, 0),
(Key.SRV_CHECK, Key.as_bool, srv_check)))
# Create the pointers
for name, data in ptrs:
pointer_dict[name] = get_pointer(*data)
return pointer_dict
def create_global_pointers_from_file(self, f):
"""Create global pointers from a file."""
# Parse pointer data
pointers = parse_data(self, GameConfigObj(f), (
(Key.BINARY, Key.as_str, NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, 0),
(Key.LEVEL, Key.as_int, 0),
(Key.SRV_CHECK, Key.as_bool, True),
))
# Create the global pointer objects
for name, data in pointers:
cls = self.get_class(name)
if cls is None:
raise NameError('Unknown class "{0}".'.format(name))
self.global_pointer(cls, *data)
def create_pipe_from_dict(self, raw_data):
"""Create a pipe from a dictionary."""
# Prepare functions
funcs = parse_data(
self, raw_data,
((Key.BINARY, Key.as_str, NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.ARGS, Key.as_args_tuple,
()), (Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.CDECL),
(Key.SRV_CHECK, Key.as_bool, True), (Key.DOC, Key.as_str, None)))
# Create the functions
cls_dict = {}
for name, data in funcs:
cls_dict[name] = self.pipe_function(*data)
return self.create_pipe(cls_dict)
def create_function_typedefs_from_file(self, f):
"""Create function typedefs from a file."""
# Read the data
raw_data = ConfigObj(f, file_error=True)
# Prepare typedefs
typedefs = parse_data(
raw_data,
(
(Key.ARGS, Key.as_args_tuple, ()),
(Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.CDECL),
(Key.DOC, str, None)
)
)
# Create the typedefs
for name, data in typedefs:
self.function_typedef(name, *data)
def create_global_pointers_from_file(self, f):
"""Create global pointers from a file."""
# Parse pointer data
pointers = parse_data(
ConfigObj(f, file_error=True),
(
(Key.BINARY, str, NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, int, 0),
(Key.LEVEL, int, 0),
(Key.SRV_CHECK, Key.as_bool, True),
)
)
# Create the global pointer objects
for name, data in pointers:
cls = self.get_class(name)
if cls is None:
raise NameError('Unknown class "{0}".'.format(name))
self.global_pointer(cls, *data)
def create_pipe_from_dict(self, raw_data):
"""Create a pipe from a dictionary."""
# Prepare functions
funcs = parse_data(
raw_data,
(
(Key.BINARY, str, NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.ARGS, Key.as_args_tuple, ()),
(Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.CDECL),
(Key.SRV_CHECK, Key.as_bool, True),
(Key.DOC, str, None)
)
)
# Create the functions
cls_dict = {}
for name, data in funcs:
cls_dict[name] = self.pipe_function(*data)
return self.create_pipe(cls_dict)
def create_type_from_dict(self, type_name, raw_data, bases=(CustomType,)):
"""Create and registers a new type from a dictionary."""
# Prepare general type information
data = tuple(parse_data(
# Discard all subkeys and add the new dict to a another dict to
# make it work with parse_data(). Okay, this can be improved...
{0: dict((k, v) for k, v in raw_data.items() if not isinstance(
v, dict))},
(
(Key.BINARY, str, CustomType._binary),
(Key.SRV_CHECK, Key.as_bool, CustomType._srv_check),
(Key.SIZE, int, CustomType._size)
)
))[0][1]
cls_dict = dict(zip(('_binary', '_srv_check', '_size'), data))
# Prepare pointer and instance attributes
for method in (self.instance_attribute, self.pointer_attribute):
attributes = parse_data(
raw_data.get(method.__name__, {}),
(
(Key.TYPE_NAME, Key.as_attribute_type, NO_DEFAULT),
(Key.OFFSET, int, NO_DEFAULT),
(Key.DOC, str, None)
)
)
# Create the attributes
for name, data in attributes:
cls_dict[name] = method(*data)
# Prepare arrays
for method in (
self.static_instance_array,
self.dynamic_instance_array,
self.static_pointer_array,
self.dynamic_pointer_array):
arrays = parse_data(
raw_data.get(method.__name__, {}),
(
(Key.TYPE_NAME, Key.as_attribute_type, NO_DEFAULT),
(Key.OFFSET, int, NO_DEFAULT),
(Key.LENGTH, int, None),
(Key.DOC, str, None)
)
)
# Create the arrays
for name, data in arrays:
cls_dict[name] = method(*data)
# Prepare virtual functions
vfuncs = parse_data(
raw_data.get('virtual_function', {}),
(
(Key.OFFSET, int, NO_DEFAULT),
(Key.ARGS, Key.as_args_tuple, ()),
(Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.THISCALL),
(Key.DOC, str, None)
)
)
# Create the virtual functions
for name, data in vfuncs:
cls_dict[name] = self.virtual_function(*data)
# Prepare functions
funcs = parse_data(
raw_data.get('function', {}),
(
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.ARGS, Key.as_args_tuple, ()),
(Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.THISCALL),
(Key.DOC, str, None)
)
)
# Create the functions
for name, data in funcs:
cls_dict[name] = self.function(*data)
# Now create and register the type
return self(type_name, bases, cls_dict)
def create_type_from_dict(self, type_name, raw_data, bases=(CustomType, )):
"""Create and registers a new type from a dictionary."""
# Prepare general type information
data = tuple(
parse_data(
self,
# Discard all subkeys and add the new dict to a another dict to
# make it work with parse_data(). Okay, this can be improved...
{
0:
dict((k, v) for k, v in raw_data.items()
if not isinstance(v, dict))
},
((Key.BINARY, Key.as_str, CustomType._binary),
(Key.SRV_CHECK, Key.as_bool, CustomType._srv_check),
(Key.SIZE, Key.as_int, CustomType._size))))[0][1]
cls_dict = dict(zip(('_binary', '_srv_check', '_size'), data))
# Prepare pointer and instance attributes
for method in (self.instance_attribute, self.pointer_attribute):
attributes = parse_data(
self, raw_data.get(method.__name__, {}),
((Key.TYPE_NAME, Key.as_attribute_type, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT),
(Key.DOC, Key.as_str, None)))
# Create the attributes
for name, data in attributes:
cls_dict[name] = method(*data)
# Prepare arrays
for method in (self.static_instance_array, self.dynamic_instance_array,
self.static_pointer_array, self.dynamic_pointer_array):
arrays = parse_data(
self, raw_data.get(method.__name__, {}),
((Key.TYPE_NAME, Key.as_attribute_type, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT),
(Key.LENGTH, Key.as_int, None), (Key.DOC, Key.as_str, None)))
# Create the arrays
for name, data in arrays:
cls_dict[name] = method(*data)
# Prepare virtual functions
vfuncs = parse_data(
self, raw_data.get('virtual_function', {}),
((Key.OFFSET, Key.as_int, NO_DEFAULT),
(Key.ARGS, Key.as_args_tuple,
()), (Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.THISCALL),
(Key.DOC, Key.as_str, None)))
# Create the virtual functions
for name, data in vfuncs:
cls_dict[name] = self.virtual_function(*data)
# Prepare functions
funcs = parse_data(
self, raw_data.get('function', {}),
((Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.ARGS, Key.as_args_tuple,
()), (Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.THISCALL),
(Key.DOC, Key.as_str, None)))
# Create the functions
for name, data in funcs:
cls_dict[name] = self.function(*data)
# Now create and register the type
return self(type_name, bases, cls_dict)
def get_data_from_dict(raw_data):
data_dict = dict()
binary = raw_data.get(Key.BINARY, None)
if binary is not None:
binary = Key.as_str(manager, binary)
srv_check = Key.as_bool(manager, raw_data.get(Key.SRV_CHECK, "True"))
for method_name in ("instance_attribute", "pointer_attribute",
"static_instance_array", "dynamic_instance_array",
"static_pointer_array", "dynamic_pointer_array",
"virtual_function"):
offsets_data = parse_data(manager, raw_data.get(method_name, {}),
((Key.OFFSET, Key.as_int, NO_DEFAULT), ))
for name, data in offsets_data:
data_dict[name] = data[0]
pointers_data = parse_data(manager, raw_data.get(
"function", {}), ((Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.SRV_CHECK, Key.as_bool, srv_check)))
for name, data in pointers_data:
data_dict[name] = find_binary(*data[1:]).find_address(data[0]).address
for method_name in ("binary_attribute", "binary_array"):
offsets_data = parse_data(
manager, raw_data.get(method_name, {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.SIZE, Key.as_int, 4),
(Key.SRV_CHECK, Key.as_bool, srv_check)))
for name, data in offsets_data:
data_dict[name] = get_offset(*data)
offsets_data = parse_data(manager,
raw_data.get("binary_virtual_function", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT),
(Key.SIZE, Key.as_int, 4),
(Key.SRV_CHECK, Key.as_bool, srv_check)))
for name, data in offsets_data:
data_dict[name] = get_offset(*data) // 4
pointers_data = parse_data(
manager, raw_data.get("binary_absolute_function", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.LEVEL, Key.as_int, 1),
(Key.SRV_CHECK, Key.as_bool, srv_check)))
for name, data in pointers_data:
data_dict[name] = get_pointer(*data).address
pointers_data = parse_data(
manager, raw_data.get("binary_relative_function", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.SIZE, Key.as_int, 4),
(Key.SRV_CHECK, Key.as_bool, srv_check)))
for name, data in pointers_data:
data_dict[name] = get_relative_pointer(*data).address
pointers_data = parse_data(
manager, raw_data.get("binary_pointer", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.LEVEL, Key.as_int, 0),
(Key.SRV_CHECK, Key.as_bool, srv_check)))
for name, data in pointers_data:
data_dict[name] = get_pointer(*data).address
return data_dict
def get_type_from_dict(raw_data, manager=manager):
type_dict = dict()
binary = raw_data.get(Key.BINARY, None)
if binary is not None:
binary = Key.as_str(manager, binary)
type_dict["_binary"] = binary
srv_check = raw_data.get(Key.SRV_CHECK, None)
if srv_check is not None:
srv_check = Key.as_bool(manager, srv_check)
type_dict["_srv_check"] = srv_check
else:
srv_check = True
size = raw_data.get(Key.SIZE, None)
if size is not None:
type_dict["_size"] = Key.as_int(manager, size)
# Prepare pointer and instance attributes
for method in (manager.instance_attribute, manager.pointer_attribute):
attributes = parse_data(
manager, raw_data.get(method.__name__, {}),
((Key.TYPE_NAME, Key.as_attribute_type, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT),
(Key.DOC, Key.as_str, None)))
# Create the attributes
for name, data in attributes:
type_dict[name] = method(*data)
# Prepare arrays
for method in (manager.static_instance_array,
manager.dynamic_instance_array,
manager.static_pointer_array,
manager.dynamic_pointer_array):
arrays = parse_data(
manager, raw_data.get(method.__name__, {}),
((Key.TYPE_NAME, Key.as_attribute_type, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT),
(Key.LENGTH, Key.as_int, None), (Key.DOC, Key.as_str, None)))
# Create the arrays
for name, data in arrays:
type_dict[name] = method(*data)
# Prepare virtual functions
vfuncs = parse_data(
manager, raw_data.get("virtual_function", {}),
((Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.ARGS, Key.as_args_tuple,
()),
(Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.THISCALL),
(Key.DOC, Key.as_str, None)))
# Create the virtual functions
for name, data in vfuncs:
type_dict[name] = manager.virtual_function(*data)
# Prepare functions
funcs = parse_data(
manager, raw_data.get("function", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.SRV_CHECK, Key.as_bool, srv_check),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.ARGS, Key.as_args_tuple,
()), (Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.THISCALL),
(Key.DOC, Key.as_str, None)))
# Create the functions
for name, data in funcs:
ptr = find_binary(*data[:2]).find_address(data[2])
type_dict[name] = manager.function_pointer(ptr, *data[3:])
# Via binary.
# Prepare binary attributes
attributes = parse_data(
manager, raw_data.get("binary_attribute", {}),
(("method", Key.as_str, "instance_attribute"),
(Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.SIZE, Key.as_int, 4),
(Key.SRV_CHECK, Key.as_bool, srv_check),
(Key.TYPE_NAME, Key.as_attribute_type, NO_DEFAULT),
(Key.DOC, Key.as_str, None)))
# Create the attributes
for name, data in attributes:
method = getattr(manager, data[0])
offset = get_offset(*data[1:6])
type_dict[name] = method(data[6], offset, data[7])
# Prepare binary arrays
arrays = parse_data(
manager, raw_data.get("binary_array", {}),
(("method", Key.as_str, "static_instance_array"),
(Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.SIZE, Key.as_int, 4),
(Key.SRV_CHECK, Key.as_bool, srv_check),
(Key.TYPE_NAME, Key.as_attribute_type, NO_DEFAULT),
(Key.LENGTH, Key.as_int, None), (Key.DOC, Key.as_str, None)))
# Create the arrays
for name, data in arrays:
method = getattr(manager, data[0])
offset = get_offset(*data[1:6])
type_dict[name] = method(data[6], offset, data[7], data[8])
# Prepare binary virtual functions
vfuncs = parse_data(
manager, raw_data.get("binary_virtual_function", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.SIZE, Key.as_int, 4),
(Key.SRV_CHECK, Key.as_bool, srv_check), (Key.ARGS, Key.as_args_tuple,
()),
(Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.THISCALL),
(Key.DOC, Key.as_str, None)))
# Create the virtual functions
for name, data in vfuncs:
index = get_offset(*data[:5]) // 4
type_dict[name] = manager.virtual_function(index, *data[5:])
# Prepare binary absolute functions
funcs = parse_data(
manager, raw_data.get("binary_absolute_function", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.LEVEL, Key.as_int, 1),
(Key.SRV_CHECK, Key.as_bool, srv_check), (Key.ARGS, Key.as_args_tuple,
()),
(Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.THISCALL),
(Key.DOC, Key.as_str, None)))
# Create the functions
for name, data in funcs:
ptr = get_pointer(*data[:5])
type_dict[name] = manager.function_pointer(ptr, *data[5:])
# Prepare binary relative functions
funcs = parse_data(
manager, raw_data.get("binary_relative_function", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.SIZE, Key.as_int, 4),
(Key.SRV_CHECK, Key.as_bool, srv_check), (Key.ARGS, Key.as_args_tuple,
()),
(Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.THISCALL),
(Key.DOC, Key.as_str, None)))
# Create the functions
for name, data in funcs:
ptr = get_relative_pointer(*data[:5])
type_dict[name] = manager.function_pointer(ptr, *data[5:])
# Prepare binary pointers
ptrs = parse_data(manager, raw_data.get("binary_pointer", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT),
(Key.LEVEL, Key.as_int, 0),
(Key.SRV_CHECK, Key.as_bool, srv_check)))
# Create the pointers
for name, data in ptrs:
type_dict[name] = get_pointer(*data)
return type_dict
def get_function_from_dict(raw_data, manager=manager):
function_dict = dict()
binary = raw_data.pop(Key.BINARY, None)
if binary is not None:
binary = Key.as_str(manager, binary)
srv_check = Key.as_bool(manager, raw_data.pop(Key.SRV_CHECK, "True"))
# Prepare functions
funcs = parse_data(
manager, raw_data.pop("function", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.ARGS, Key.as_args_tuple,
()), (Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.CDECL),
(Key.SRV_CHECK, Key.as_bool, srv_check), (Key.DOC, Key.as_str, None)))
# Create the functions
for name, data in funcs:
function_dict[name] = manager.pipe_function(*data)
# Prepare binary absolute functions
funcs = parse_data(
manager, raw_data.pop("binary_absolute_function", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.LEVEL, Key.as_int, 1),
(Key.SRV_CHECK, Key.as_bool, srv_check), (Key.ARGS, Key.as_args_tuple,
()),
(Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.CDECL),
(Key.DOC, Key.as_str, None)))
# Create the functions
for name, data in funcs:
ptr = get_pointer(*data[:5])
function_dict[name] = manager.pipe_function_pointer(ptr, *data[5:])
# Prepare binary relative functions
funcs = parse_data(
manager, raw_data.pop("binary_relative_function", {}),
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.OFFSET, Key.as_int, NO_DEFAULT), (Key.SIZE, Key.as_int, 4),
(Key.SRV_CHECK, Key.as_bool, srv_check), (Key.ARGS, Key.as_args_tuple,
()),
(Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.CDECL),
(Key.DOC, Key.as_str, None)))
# Create the functions
for name, data in funcs:
ptr = get_relative_pointer(*data[:5])
function_dict[name] = manager.pipe_function_pointer(ptr, *data[5:])
# Prepare functions
funcs = parse_data(
manager, raw_data,
((Key.BINARY, Key.as_str,
binary if binary is not None else NO_DEFAULT),
(Key.IDENTIFIER, Key.as_identifier, NO_DEFAULT),
(Key.ARGS, Key.as_args_tuple,
()), (Key.RETURN_TYPE, Key.as_return_type, DataType.VOID),
(Key.CONVENTION, Key.as_convention, Convention.CDECL),
(Key.SRV_CHECK, Key.as_bool, srv_check), (Key.DOC, Key.as_str, None)))
# Create the functions
for name, data in funcs:
function_dict[name] = manager.pipe_function(*data)
return function_dict
