Solver.py

import CaesarCipher as c
import Atbash as a
import AsciiValues as av
import Base64Solver as b

def try_solve(text, allTests, caesar, RSA, base64, atbash, ascii):
    solved = []

    text_type = input_is_num_or_hex(text)       # to avoid redundant checks i.e. testing a number for caesar shifts
    if text_type == "s" or text_type == "h":    # we have to test string ciphers for hex to because it is possible that
                                                # a hex valid string is also a valid cipher text sadly
        if caesar or allTests:
            solved.append(c.solveCaesarCipher(text))
        if atbash or allTests:
            solved.append(a.solveAtbashCipher(text))

    if ascii or allTests:
        solved.append(av.solveAsciiValues(text, text_type))

    if base64 or allTests:
        solved.append(b.solvebase64values(text))

#    if len(solved) == 0:
        #print("""\n \tWe couldn't solve %s :(  We may not currently support the ciphertype that encrypts your message,
        #or the translated message may not have appeared in our dictionary. If this is the case, you can check all of the
        #output above to check if your solution was generated.""" % text)

        print("""\n\n\tAll likely solutions to the inputted text:
________________________________________________
            """)
        for s in solved:
            print("\t" + str(s))
        print("________________________________________________")


def input_is_num_or_hex(text):
    text = text.split(" ")
    try:
        for t in text:
            t = int(t, 10)
        return "n"
    except ValueError:
        try:
            for h in text:
                h = int(h, 16)
            return "h"
        except ValueError:
            return "s"