human
Solve the following python programming problem given the following code:
@ staticmethod 
def resolve_jump_targets(bytecode, new_co) : 
    '
      Resolves targets of jumps. Since we add new bytecode, absolute (resp. relative)
      jump address (resp. offset) can change and we need to track the changes to find
      the new targets.

      The resolver works in two phases:

      1. Create the list of bytecode indices based on the size of the
         opcode and its argument.
      2. For each jump opcode, take its argument and resolve it in the same
         part of the bytecode (e.g., instrument bytecode or original bytecode).

      :param bytecode: The structure computed by ``get_final_bytecode`` which overlays
                       the final bytecode sequences and its origin.
      :param new_co: The currently created ``CodeObject``.
    ' 
    new_bytecode = [] 
    bc_indices = Merger.build_bytecode_offsets (new_co, bytecode) 
    length = len (bc_indices) 
    def find_target_index(target, j, instr_counter, current_index, op) : 
        direction = 1 
        is_absolute = False 
        if (op in opcode.hasjabs) : 
            direction = (1 if (target > current_index) else (- 1)) 
            is_absolute = True 
else : 
            direction = (1 if (target >= 0) else (- 1)) 
bound = ((- 1) if (direction < 0) else length) 
        k = j 
        while (k != bound) : 
            if ((bytecode [k] [0] [0] == target) and (bytecode [k] [1] == instr_counter)) : 
                return k 
k += direction 
k = j 
        current_pos = bc_indices [j] 
        increment = ((bytecode [j] [0] [3] - bytecode [j] [0] [0]) if is_absolute else (bytecode [j] [0] [3] + 3)) 
        idx = bc_indices.index ((current_pos + increment)) 
        return idx 
i = 0 
    for bc_tpl in bytecode : 
        (op, arg, index, instr) = (bc_tpl [0] [2], bc_tpl [0] [3], bc_tpl [0] [0], bc_tpl [1]) 
        if (not CodeObject.is_jump_op (op)) : 
            new_bytecode.append (((bc_indices [i], bc_tpl [0] [1], bc_tpl [0] [2], bc_tpl [0] [3], bc_tpl [0] [4], bc_tpl [0] [5]), instr)) 
else : 
         ...

    
    

    Fix the buggy line: target_index = find_target_index (target_address, i, instr, new_address, op)
assistant
#Here is Python program to fix the buggy line: target_index = find_target_index (target_address, i, instr, new_address, op)
.

target_index = find_target_index (target_address, i, instr, index, op)