f=open('New Text Document.txt','w')
def getCombos(digits, caps, numbers):
    if(caps == True):
        if(numbers == True):
            for x in range(33, 126):
               for y in range(33, 126):
                   for z in range(33, 126):
                       print(chr(x) + "" + chr(y) + "" + chr(z))
                       f.write(chr(x) + "" + chr(y) + "" + chr(z) + "n")

getCombos(3, True, True)

f=open('New Text Document.txt','w')
def getCombos(digits, caps, numbers):
    if(caps == True):
        if(numbers == True):
            for x in range(33, 126):
               for y in range(33, 126):
                   for z in range(33, 126):
                       for m in range(33, 126):
                       print(chr(x) + "" + chr(y) + "" + chr(z) + "" + char(m))


getCombos(3, True, True)

def getCombos(digits, caps, numbers):
    # Build set of choices appropriately based on caps and numbers
    choices = list(range(33, 126))
    for vals in itertools.product(choices, repeat=digits):
        print ''.join(map(chr, vals))

getCombos(3, True, True)

def print_combos(digits, prefix):
    if digits == 0:
        print(prefix)
        return
    for x in range(10):
        print_combos(digits - 1, '{},{}'.format(prefix, x))

print_combos(4, '')

def getCombos(digits, caps, numbers):
    if caps:
        if numbers:
            # ...

with open('New Text Document.txt','w') as f:
    getCombos(3, True, True)

std::string cvt(int in, int lower, int range) {
    std::string ret;
    while (in) {
        ret.push_back(in % range + lower);
        in /= range;
    }
    return ret;
}

void gen_combos(int digits) {
    int lower = 33;
    int upper = 126;
    int range = upper - lower;

    int max = std::pow(range, digits);

    for (int i = 0; i < max; ++i)
        std::cout << cvt(i, lower, range) << "n";
}

if (x):
    if (y):
        // ...