def init_output_var(test_case):
global_var_data_type = "Struct_Uint8Data_Typedef"
return_obj_data_type = "Struct_Uint8Data_Typedef"
# Initialize return object
for obj in test_case.return_objs:
if "True" == obj.is_pointer:
if 8 == Config.system_register_size:
return_obj_data_type = "Struct_Uint8PtrData_Typedef"
if 16 == Config.system_register_size:
return_obj_data_type = "Struct_Uint16PtrData_Typedef"
if 32 == Config.system_register_size:
return_obj_data_type = "Struct_Uint64PtrData_Typedef"
GenUtils.gen_comment_line(gen_source_file, "Declare object to store returning value")
GenUtils.gen_var_declaration(gen_source_file, return_obj_data_type, obj.gen_name)
# Declare a temporary pointer to stored the returning address.
if "True" == obj.is_pointer:
GenUtils.source_file("uint8_t *result_ptr;")
# Initialize global variables
for var in test_case.global_vars:
GenUtils.gen_comment_line(gen_source_file, "Declare object to check value of " + var.actual_mem)
GenUtils.gen_var_declaration(gen_source_file, global_var_data_type, var.gen_name)
GenUtils.gen_break_line(gen_source_file)
def init_param(test_case):
for param in test_case.params:
GenUtils.gen_comment_line(gen_source_file, "Initialize " + param.gen_name)
if param.is_struct_type == "False":
GenUtils.gen_var_definition(gen_source_file, param.type, param.param_name, param.init_value)
else:
GenUtils.gen_var_declaration(gen_source_file, param.type, param.param_name)
# Split the structure init contents into lines and store in an array
struct_member_init = param.init_value.split("\n")
for statement in struct_member_init:
GenUtils.source_file(param.param_name + "." + statement + ";")
GenUtils.gen_break_line(gen_source_file)