human
Solve the following python programming problem given the following code:
def minimum_entropy_match_sequence(password, matches) : 
    '
    Returns minimum entropy

    Takes a list of overlapping matches, returns the non-overlapping sublist with
    minimum entropy. O(nm) dp alg for length-n password with m candidate matches.
    ' 
    bruteforce_cardinality = calc_bruteforce_cardinality (password) 
    up_to_k = ([0] * len (password)) 
    backpointers = [] 
    for k in range (0, len (password)) : 
        up_to_k [k] = (get (up_to_k, (k - 1)) + lg (bruteforce_cardinality)) 
        backpointers.append (None) 
        for match in matches : 
            if (match ['j'] != k) : 
                continue 
(i, j) = (match ['i'], match ['j']) 
            up_to = get (up_to_k, (i - 1)) 
            candidate_entropy = (up_to + calc_entropy (up_to)) 
            if (candidate_entropy < up_to_k [j]) : 
                up_to_k [j] = candidate_entropy 
                backpointers [j] = match 
match_sequence = [] 
    k = (len (password) - 1) 
    while (k >= 0) : 
        match = backpointers [k] 
        if match : 
            match_sequence.append (match) 
            k = (match ['i'] - 1) 
else : 
            k -= 1 
match_sequence.reverse () 
    def make_bruteforce_match(i, j) : 
        return { 
            'pattern' : 'bruteforce', 
            'i' : i, 
            'j' : j, 
            'token' : password [i : (j + 1)], 
            'entropy' : lg (math.pow (bruteforce_cardinality, ((j - i) + 1))), 
            'cardinality' : bruteforce_cardinality, 
} 
k = 0 
    match_sequence_copy = [] 
    for match in match_sequence : 
        (i, j) = (match ['i'], match ['j']) 
        if ((i - k) > 0) : 
            match_sequence_copy.append (make_bruteforce_match (k, (i - 1))) 
k = (j + 1) 
        match_sequence_copy.append (match) 
if (k < len (password)) : 
        match_sequence_copy.append (make_bruteforce_match (k, (len (password) - 1))) 
match_sequence = match_sequence_copy 
    min_entropy = (0 if (len (password) == 0) else up_to_k [(len (password) - 1)]) 
    crack_time...

    
    

    Fix the buggy line: candidate_entropy = (up_to + calc_entropy (up_to))
assistant
#Here is Python program to fix the buggy line: candidate_entropy = (up_to + calc_entropy (up_to))
.

candidate_entropy = (up_to + calc_entropy (match))