genf.py

import itertools
import pyexcel as pe

outs=open('faulty_output.txt', 'w')
a = 2 ** 3
total=list()


def truth_push(input_result):
    newstring = str(input_result[0])
    for ch in range(1,len(input_result)):
        newstring+=str(input_result[ch])
    levels.append(newstring)

def truth_fix(input_result):
    for n, i in enumerate(input_result):
        if i == True:
            result[n] = 1
        if i == False:
            result[n] = 0

def getheader(cc):
    che=['Level-0']
    for ch in range(cc):
        che.append('Level - '+str(ch+1))
        if ch == cc-1:
            che.append('Level-'+str(ch+2))
    return che

def getheaders(cc,lines):
    che=[lines]
    for ch in range(cc):
        che.append(lines)
        if ch == cc-1:
            che.append(lines)
    return che


lines =str('a,b,c')
lines=lines.replace(',','')

testPatterns = table = list(itertools.product([0, 1], repeat=3))
for p in testPatterns:
    levels = list()
    a,b,c = p
    result = [a,b,c]
    truth_push(result)

    a=a and b
    b=a
    #Bridging

    c = a ^ c
    result = [a,b,c]
    truth_fix(result)
    truth_push(result)

    b = c ^ b
    result = [a,b,c]
    truth_fix(result)
    truth_push(result)

    a = (b and c) ^ a
    result = [a,b,c]
    truth_fix(result)
    truth_push(result)

    c = (a and b) ^ c
    result = [a,b,c]
    truth_fix(result)
    truth_push(result)

    c = b ^ c
    result = [a,b,c]
    truth_fix(result)
    truth_push(result)

    a=a and b
    b=a
    #Bridging
    total.append(levels)
count = 4

che=list()

che=getheader(count)


ches=getheaders(count,lines)

total.insert(0,che)

total.insert(1,ches)

sheet=pe.Sheet(total)

outs.write(str(sheet.content))

sheet.save_as('/home/joy/Desktop/test/testsf.csv')