def organize_collection(self):
tokens = []
for file_item in self.vhdl_source_file_list:
vhdl_object = VHD(file_item)
with open(file_item, 'r') as file:
content = file.read()
# Lexer
lex = Lexer(content)
tokens = lex.tokenize()
# Parser
parser = Parser(tokens)
# Get the vhdl objects dependencies
dep_list = parser.get_dependency()
# Get the type of vhdl object
vhdl_type = parser.get_type()
# vhdl object
# Set the name of vhdl object
vhdl_object.set_name(vhdl_type)
# Set the type of vhdl object
vhdl_object.set_type(vhdl_type)
# Set the vhdl object dependencies
vhdl_object.add_dependency(dep_list)
# Add vhdl object to list
self.vhdl_obj_list.append(vhdl_object)
vhdl_object.get_generics(tokens)
self._sort_compile_order(self.vhdl_obj_list)
def organize_collection(self) -> list :
"""
With all files in collection do:
1. Create a vhdl_object() object
2. Tokenize file
3. Parse file
4. Read file dependencies
5. Read type of file
6. Set vhdl_object name, type and dependencies.
7. Add vhdl_object to vhdl_object_list
8. Detect vhdl_object generics
-> Final, sort vhdl_objects by dependency.
"""
for file_item in self.vhdl_source_file_list:
# Get new VHDL object
vhdl_object = VHD(file_item)
# Read file content
with open(file_item, 'r') as file:
content = file.read()
# Get tokens from Lexer
lexer = Lexer(content)
tokens = lexer.get_tokens()
# Parser
parser = Parser(tokens)
# Get the vhdl objects dependencies
dep_list = parser.get_dependency()
# Get the type of vhdl object
vhdl_type = parser.get_type()
# VHDL object
# Set the name of vhdl object
vhdl_object.set_name(vhdl_type)
# Set the type of vhdl object
vhdl_object.set_type(vhdl_type)
# Set the vhdl object dependencies
vhdl_object.add_dependency(dep_list)
# Add vhdl object to list
self.vhdl_obj_list.append(vhdl_object)
#vhdl_object.get_generics(tokens)
# Organize VHDL objects by internal dependeny
return self._sort_compile_order(self.vhdl_obj_list)