Output

Salt: D1CE20E851F7DD8D70C5C6B045D3B5800F7CBEEC
Verifier: 6B920A43C958E0DEB0F1A395DFD647044F566925AA4FC589E4AA179B703C09B80FD95249EBD59FA4EFF05F4058AB961395F482312A80D8883C0D5E4E21C1AE574CD2B92330730F4B3755A8BA07FA8A1C181E1CFFEAA9838EB09B10E8941418B960A8E255A08C9530564483386AC4B09299492A094537974B96E2FADC92186563
A is valid mod N
B is valid mod N
Client Key: 8CF16D124BBE47D480585A47AA799FA684307589AD74B0C064C1E61460897F226B631BF563E9CD5BC31B000FC1616DA0E7B445504A76FB1A067FA6142F2FC6C181FE2DCAE7EDDB6749A795F248C5E597212D7688DF8AD60137610CD5E0ACFEF8DCB63B95230D3EA77081F9850F11EAE53B86313230B62529CD19F123847D5A7E
Server Key: 8CF16D124BBE47D480585A47AA799FA684307589AD74B0C064C1E61460897F226B631BF563E9CD5BC31B000FC1616DA0E7B445504A76FB1A067FA6142F2FC6C181FE2DCAE7EDDB6749A795F248C5E597212D7688DF8AD60137610CD5E0ACFEF8DCB63B95230D3EA77081F9850F11EAE53B86313230B62529CD19F123847D5A7E

srptest.go

package main

import (
  "openssl/srp"
  "fmt"
)

func main() {
	g, N := srp.Get_default_gN("1024")
	s, v := srp.Create_verifier_BN("bob", "poo", g, N)
	salt, verifier := *s, *v
	fmt.Printf("Salt: %s\nVerifier: %s\n", srp.BN_bn2hex(salt), srp.BN_bn2hex(verifier))
	a := srp.BN_rand(32, -1, 0)
	A := srp.Calc_A(a, N, g)
	if (srp.Verify_A_mod_N(A, N)) {
		fmt.Printf("A is valid mod N\n")
	} else {
		fmt.Printf("A is not valid mod N\n")
	}
	b := srp.BN_rand(32, -1, 0)
	B := srp.Calc_B(b, N, g, verifier)
	if (srp.Verify_B_mod_N(B, N)) {
		fmt.Printf("B is valid mod N\n")
	} else {
		fmt.Printf("B is not valid mod N\n")
	}
	x := srp.Calc_x(salt, "bob", "poo")
	u := srp.Calc_u(A, B, N)
	cK := srp.Calc_client_key(N, B, g, x, a, u)
	fmt.Printf("Client Key: %s\n", srp.BN_bn2hex(cK))

	sK := srp.Calc_server_key(A, verifier, u, b, N)
	fmt.Printf("Server Key: %s\n", srp.BN_bn2hex(sK))
}