Blog Entry (c) Wednesday, August 21, 2024, by James Pate Williams, Jr. Single Precision (64-Bit) Version of Pollard’s P-1 Factoring Method

prime number sieve creation
time in seconds = 3.483000
number to be factored or 0 to quit:
2111222333
1 11 1 p
2 17 1 p
3 11289959 1 p
factoring time in seconds = 0.063000
number to be factored or 0 to quit:
1234567890
1 2 1 p
2 3 2 p
3 5 1 p
4 3607 1 p
5 3803 1 p
factoring time in seconds = 0.133000
number to be factored or 0 to quit:
2^30+0
prime powers are not allowed
number to be factored or 0 to quit:
0

Blog Entry (c) Tuesday, August 20, 2024, by James Pate Williams, Jr. More Goldwasser-Kilian Primality Results (64-Bit Version which I call Single Precision)

Blog Entry Wednesday, August 14, 2024 (c) James Pate Williams, Jr. Goldwasser-Kilian Primality Test

The Goldwasser-Kilian Primality proving algorithm was the first method to utilize elliptic curves to generate primality proving certificates. What follows is a file of two certificates and the single precision C source code.