def main(argv):
numeric = 0
# I'm too lazy too look up getopt documentation
if len(sys.argv) > 1:
if sys.argv[1] == '-n':
numeric = 1
maxbook = 0
maxquestiosn = 0
m = samples.dict()
for book,q in m.keys():
if maxbook < book:
maxbook = book
if q > maxquestiosn:
maxquestiosn = q
for b in range(1, maxbook+1):
sys.stdout.write('%02d ' % (b))
for q in range(1,maxquestiosn+1):
a = m.get( (b,q), ' ')
outa = a
if a != ' ':
if numeric:
outa = str(ord(a)-ord('a'))
assert len(outa) == 1
# check for known patterns
for function,color in checkers:
r = function(m, b, q, a)
# doesn't match pattern?
if r > 0:
outa = "\x1b[%sm%s\x1b[0m" % (color, outa)
break
sys.stdout.write(outa)
if (q % 15) == 0:
sys.stdout.write(' ')
sys.stdout.write('\n')
pattern_number = (question - 1) / 15 # For each 15 questions the pattern changes (1-15 != 16-30 != ...) question = (question % 15) if (question % 15) > 0 else 15 # Need question numbers ranging from 1 to 15 #print 'pattern_number', pattern_number #print 'new_question', question #print 'calc_candidate', ((book+question)%16) pattern = pattern_list[pattern_number] return pattern[(book+question)%16] correct = 0 unknown = 0 errors = 0 m = samples.dict() for b,q in m.keys(): print 'book', b a = m[b,q] expected = answer(b, q) if expected: if a == expected: correct += 1 else: print "ERROR: b%d, q%d. collected sample: %s. calculated answer: %s" % (b, q, a, expected) errors += 1 else: unknown += 1 print "Correct answers: %d. Unknown answers: %d" % (correct, unknown) if errors:
