human
Solve the following python programming problem given the following code:
def make_timsort_impl(wrap, make_temp_area) : 
    make_temp_area = wrap (make_temp_area) 
    intp = types.intp 
    zero = intp (0) 
    @ wrap 
    def has_values(keys, values) : 
        return (values is not keys) 
@ wrap 
    def merge_init(keys) : 
        '
        Initialize a MergeState for a non-keyed sort.
        ' 
        temp_size = min (((len (keys) // 2) + 1), MERGESTATE_TEMP_SIZE) 
        temp_keys = make_temp_area (keys, temp_size) 
        temp_values = temp_keys 
        pending = ([MergeRun (zero, zero)] * MAX_MERGE_PENDING) 
        return MergeState (intp (MIN_GALLOP), temp_keys, temp_values, pending, zero) 
@ wrap 
    def merge_init_with_values(keys, values) : 
        '
        Initialize a MergeState for a keyed sort.
        ' 
        temp_size = min (((len (keys) // 2) + 1), MERGESTATE_TEMP_SIZE) 
        temp_keys = make_temp_area (keys, temp_size) 
        temp_values = make_temp_area (values, temp_size) 
        pending = ([MergeRun (zero, zero)] * MAX_MERGE_PENDING) 
        return MergeState (intp (MIN_GALLOP), temp_keys, temp_values, pending, zero) 
@ wrap 
    def merge_append(ms, run) : 
        '
        Append a run on the merge stack.
        ' 
        n = ms.n 
        assert (n < MAX_MERGE_PENDING) 
        ms.pending [n] = run 
        return MergeState (ms.min_gallop, ms.keys, ms.values, ms.pending, (n + 1)) 
@ wrap 
    def merge_pop(ms) : 
        '
        Pop the top run from the merge stack.
        ' 
        return MergeState (ms.min_gallop, ms.keys, ms.values, ms.pending, (ms.n - 1)) 
@ wrap 
    def merge_getmem(ms, need) : 
        "
        Ensure enough temp memory for 'need' items is available.
        " 
        alloced = len (ms.keys) 
        if (need <= alloced) : 
            return ms 
while (alloced < need) : 
            alloced = (alloced << 1) 
temp_keys = make_temp_area (ms.keys, alloced) 
        if has_values (ms.keys, ms.values) : 
            temp_values = make_temp_area (ms.values, alloced) 
else : 
            temp_values =...

    
    

    Fix the buggy line: return TimsortImplementation (wrap, count_run, binarysort, gallop_left, gallop_right, merge_init, merge_append, merge_pop, merge_compute_minrun, merge_lo, merge_hi, merge_at, merge_force_collapse, merge_collapse, sortslice_copy, run_timsort_with_values)
assistant
#Here is Python code to fix the buggy line: return TimsortImplementation (wrap, count_run, binarysort, gallop_left, gallop_right, merge_init, merge_append, merge_pop, merge_compute_minrun, merge_lo, merge_hi, merge_at, merge_force_collapse, merge_collapse, sortslice_copy, run_timsort_with_values)
.

return TimsortImplementation (wrap, count_run, binarysort, gallop_left, gallop_right, merge_init, merge_append, merge_pop, merge_compute_minrun, merge_lo, merge_hi, merge_at, merge_force_collapse, merge_collapse, def run_timsort(, run_timsort_with_values)