original_docstring: Read the tackle file and initialize input_dict.
docstring: Read the tackle file and initialize input_dict.
docstring_tokens: Read the tackle file and initialize input_dict .
code: def extract_base_file(context: 'Context'):
      """Read the tackle file and initialize input_dict."""
      path = os.path.join(context.input_dir, context.input_file)
      input_dict = read_config_file(path)
      context.input_dict = input_dict
  
      if input_dict is None:
          raise EmptyTackleFileException(f"No tackle file found at {path}.")
  
      # TODO: Experimental feature that could be integrated later
      # # Extract handlers
      # for k, v in list(input_dict.items()):
      #     if k.startswith('__'):
      #         # Run pre-execution handlers and remove from input
      #         run_handler(context, k[2:], v)
      #         input_dict.pop(k)
      #     if k.endswith('__'):
      #         # Store post-execution handlers and remove from input
      #         # TODO: Execute post exec handlers
      #         context.post_exec_handlers.append({k[:-2]: v})
      #         input_dict.pop(k)
  
      context.input_dict = input_dict
code_tokens: def extract_base_file ( context : 'Context' ) : path = os . path . join ( context . input_dir , context . input_file ) input_dict = read_config_file ( path ) context . input_dict = input_dict if input_dict is None : raise EmptyTackleFileException ( f"No tackle file found at {path}." ) context . input_dict = input_dict
short_docstring: Read the tackle file and initialize input_dict.
short_docstring_tokens: Read the tackle file and initialize input_dict .
comment: """Read the tackle file and initialize input_dict."""$SEP$# TODO: Experimental feature that could be integrated later$SEP$# # Extract handlers$SEP$# for k, v in list(input_dict.items()):$SEP$#     if k.startswith('__'):$SEP$#         # Run pre-execution handlers and remove from input$SEP$#         run_handler(context, k[2:], v)$SEP$#         input_dict.pop(k)$SEP$#     if k.endswith('__'):$SEP$#         # Store post-execution handlers and remove from input$SEP$#         # TODO: Execute post exec handlers$SEP$#         context.post_exec_handlers.append({k[:-2]: v})$SEP$#         input_dict.pop(k)