ShorAlgoForAllNumbers

contains solution of uncrackable shor's algorithm using data structures and parallel processing

import shor_package
from shor_package import runShorAlgo
NEWLINE_CHAR = "\n"
for string in ["4","6","10","19","9992","999999992","1234","1234567898"]:
    # print(string)
    out = runShorAlgo.parallel_for_loop_factor(int(string))
    print(f"Factors of {string} using for loop: {out}")
    print(NEWLINE_CHAR)

for string in ["2"*10,"2"*20,"2"*50,"2"*100,"2"*200]:
    print(len(string))
    fast_out = runShorAlgo.parallel_for_loop_factor(int(string))
    print(f"Factors of {string} using parallel for loop: {fast_out}")
    print(NEWLINE_CHAR)
length = 100
string = ""
for i in range(1, length+1):
    string += str(random.randint(1,9))
n=len(string)
if int(string[n-1])%2==1:
    string = string[:-1] + "2"
print(string)
print(len(string))
fast_out = runShorAlgo.parallel_for_loop_factor(int(string))
print(f"Factors of {string} using parallel for loop: {fast_out}")

for length in [10, 11, 12, 13, 14, 15, 16]:
    string = ""
    for i in range(1, length+1):
        string += str(9)
    n=len(string)
    if int(string[n-1])%2==1:
        string = string[:-1] + "2"
    print(string)
    print(len(string))
    fast_out = runShorAlgo.parallel_for_loop_factor(int(string))
    print(f"Factors of {string} using parallel for loop: {fast_out}")

    print("\n\n")

for length in [20]:
    string = ""
    for i in range(1, length+1):
        string += str(9)
    n=len(string)
    if int(string[n-1])%2==1:
        string = string[:-1] + "2"
    print(string)
    print(len(string))
    fast_out = runShorAlgo.parallel_for_loop_factor(int(string))
    print(f"Factors of {string} using parallel for loop: {fast_out}")

    print("\n\n")

string = "11"
print(string)
out = runShorAlgo.parallel_for_loop_factor(int(string))
print(f"Factors of {string} using for loop: {out}")

length = 100
string = ""
for i in range(1, length+1):
    string += str(random.randint(1,9))
n=len(string)
if int(string[n-1])%2==1:
    string = string[:-1] + "1"
print(string)
print(len(string))
fast_out = runShorAlgo.parallel_for_loop_factor(int(string))
print(f"Factors of {string} using parallel for loop: {fast_out}")