def check_answer(self,answer): if not (answer['incorrect_bit'] != None and answer['incorrect_bit'].isdigit()): return False code_word_string = '' for code in self.code_word: code_word_string += code return int(answer['incorrect_bit']) == \ hamming_util.check_code_word(code_word_string,self.parity)
def check_answer(self, answer):
if not (answer['incorrect_bit'] != None
and answer['incorrect_bit'].isdigit()):
return False
code_word_string = ''
for code in self.code_word:
code_word_string += code
return int(answer['incorrect_bit']) == \
hamming_util.check_code_word(code_word_string,self.parity)
def check_answer(self, answer):
# fill code_word with bits specified by answer
new_code_word = ''
for i, bit in enumerate(self.code_word, 1):
if bit == None:
bit = answer['bit_' + str(i)]
# every input must be binary
if bit not in ['0', '1']:
return False
new_code_word += bit
# check correctness of new_code_word
return hamming_util.check_code_word(new_code_word, self.parity) == 0
def check_answer(self,answer): # fill code_word with bits specified by answer new_code_word = '' for i,bit in enumerate(self.code_word,1): if bit == None: bit = answer['bit_' + str(i)] # every input must be binary if bit not in ['0','1']: return False new_code_word += bit # check correctness of new_code_word return hamming_util.check_code_word( new_code_word,self.parity) == 0