int
main(int argc, char **argv)
{
uint16_t i;
PQ_PARAM_SET_ID plist[] = {
XXX_20140508_401,
XXX_20140508_439,
XXX_20140508_593,
XXX_20140508_743,
XXX_20151024_401,
XXX_20151024_443,
XXX_20151024_563,
XXX_20151024_743,
XXX_20151024_907,
};
size_t numParams = sizeof(plist)/sizeof(PQ_PARAM_SET_ID);
for(i = 0; i<numParams; i++)
{
bench_param_set(plist[i]);
}
rng_cleanup();
exit(EXIT_SUCCESS);
}
int
main(int argc, char **argv)
{
uint16_t i;
PQ_PARAM_SET_ID plist[] = {
DRAFT_401,
DRAFT_439,
DRAFT_593,
DRAFT_743
};
size_t numParams = sizeof(plist)/sizeof(PQ_PARAM_SET_ID);
for(i = 0; i<numParams; i++)
{
g_loop = 0;
g_max = 0;
g_max2 = 0;
bench_param_set(plist[i]);
}
rng_cleanup();
exit(EXIT_SUCCESS);
}
/*!
* Function to handle "Security Alarm" indication from SCC.
*
* This function is registered with the Security Monitor ans the callback
* function for the RNG driver. Upon alarm, it will shut down the driver so
* that no more random data can be retrieved.
*
* @return void
*/
static void rng_sec_failure(void)
{
os_printk(KERN_ALERT "RNG Driver: Security Failure Alarm received.\n");
rng_cleanup();
return;
}
int
main(int argc, char **argv)
{
uint16_t i;
PQ_PARAM_SET_ID plist[] = {DRAFT_401, DRAFT_439, DRAFT_593, DRAFT_743};
size_t numParams = sizeof(plist)/sizeof(PQ_PARAM_SET_ID);
for(i = 0; i<numParams; i++)
{
testPack(plist[i]);
testKeyGen(plist[i]);
testSet(plist[i]);
}
rng_cleanup();
exit(EXIT_SUCCESS);
}
int
bench_param_set(PQ_PARAM_SET_ID id)
{
int i;
int valid = 0;
PQ_PARAM_SET *P;
size_t privkey_blob_len;
size_t pubkey_blob_len;
unsigned char *privkey_blob;
unsigned char *pubkey_blob;
unsigned char msg[256] = {0};
uint16_t msg_len = 256;
unsigned char *sigs;
size_t packed_sig_len;
clock_t c0;
clock_t c1;
rng_init();
if(!(P = pq_get_param_set_by_id(id)))
{
exit(EXIT_FAILURE);
}
fprintf(stderr, "------ Testing parameter set %s. %d trials. ------\n", P->name, TRIALS);
printf("------ Testing parameter set %s. %d trials. ------\n", P->name, TRIALS);
pq_gen_key(P, &privkey_blob_len, NULL, &pubkey_blob_len, NULL);
printf("privkey_blob_len: %d\n", (int) privkey_blob_len);
printf("pubkey_blob_len: %d\n", (int) pubkey_blob_len);
privkey_blob = malloc(privkey_blob_len);
pubkey_blob = malloc(pubkey_blob_len);
c0 = clock();
for(i=0; i<TRIALS; i++) {
msg[(i&0xff)]++; /* Hash a different message each time */
pq_gen_key(P, &privkey_blob_len, privkey_blob,
&pubkey_blob_len, pubkey_blob);
}
c1 = clock();
printf("Time/key: %fs\n", (float) (c1 - c0)/(TRIALS*CLOCKS_PER_SEC));
pq_sign(&packed_sig_len, NULL, privkey_blob_len, privkey_blob, pubkey_blob_len, pubkey_blob, 0, NULL);
// cuda_pq_sign(&packed_sig_len, NULL, privkey_blob_len, privkey_blob, pubkey_blob_len, pubkey_blob, 0, NULL); // !!!cuda
printf("packed_sig_len %d\n", (int)packed_sig_len);
sigs = malloc(TRIALS * packed_sig_len);
memset(msg, 0, 256);
valid = 0;
// attempts = 0;
// t_prep = 0;
// t_dowhile = 0;
// t_writeback = 0;
cuda_prep(id);
c0 = clock();
for(i=0; i<TRIALS; i++) {
msg[(i&0xff)]++; /* Hash a different message each time */
/* valid += (PQNTRU_OK == pq_sign(&packed_sig_len, sigs + (i*packed_sig_len),
privkey_blob_len, privkey_blob,
pubkey_blob_len, pubkey_blob,
msg_len, msg));
*/
valid += (PQNTRU_OK ==
cuda_pq_sign( &packed_sig_len, sigs + (i*packed_sig_len),
privkey_blob_len,
privkey_blob,
pubkey_blob_len,
pubkey_blob,
msg_len, msg ) ); // !!! cuda
}
c1 = clock();
cuda_clean();
// printf("Probability of validity: %f\n", (double)valid/attempts);
printf("Time/signature: %f msec\n", 1000*(double)(c1 - c0)/(TRIALS*CLOCKS_PER_SEC));
// printf("\tInputTime/signature: %f msec\n", t_prep/TRIALS);
// printf("\tSigningTime/signature: %f msec\n", t_dowhile/TRIALS);
// printf("\t\tSigningTime/attempt: %f msec\n", t_dowhile*numBlocks/attempts);
// printf("\tOutputTime/signature: %f msec\n", t_writeback/TRIALS);
printf("Good signatures %d/%d\n", valid, TRIALS);
memset(msg, 0, 256);
valid = 0;
c0 = clock();
for(i=0; i<TRIALS; i++) {
msg[(i&0xff)]++;
valid += (PQNTRU_OK == pq_verify(packed_sig_len, sigs + (i*packed_sig_len),
pubkey_blob_len, pubkey_blob,
msg_len, msg));
}
c1 = clock();
printf("Time/verification: %fs\n", (float) (c1 - c0)/(TRIALS*CLOCKS_PER_SEC));
printf("Verified %d/%d\n\n\n", (int)valid, (int)TRIALS);
free(sigs);
free(privkey_blob);
free(pubkey_blob);
rng_cleanup();
return EXIT_SUCCESS;
}
int
bench_param_set(PQ_PARAM_SET_ID id)
{
int i,j;
int valid = 0;
PQ_PARAM_SET *P;
size_t privkey_blob_len;
size_t pubkey_blob_len;
unsigned char *privkey_blob;
unsigned char *pubkey_blob;
unsigned char msg[256] = {0};
uint16_t msg_len = 256;
unsigned char *sigs;
size_t packed_sig_len;
uint64_t *pre_processing;
size_t no_of_data = TRIALS*10;
clock_t c0;
clock_t c1;
rng_init();
if(!(P = pq_get_param_set_by_id(id)))
{
exit(EXIT_FAILURE);
}
fprintf(stderr, "Testing parameter set %s. %d trials.\n", P->name, TRIALS);
pq_gen_key(P, &privkey_blob_len, NULL, &pubkey_blob_len, NULL);
//printf("privkey_blob_len: %d\n", (int) privkey_blob_len);
//printf("pubkey_blob_len: %d\n", (int) pubkey_blob_len);
privkey_blob = malloc(privkey_blob_len);
pubkey_blob = malloc(pubkey_blob_len);
pre_processing = malloc(2 * no_of_data * POLYNOMIAL_BYTES(P));
memset (pre_processing, 0, 2 * no_of_data * POLYNOMIAL_BYTES(P));
c0 = clock();
for(i=0; i<TRIALS; i++) {
msg[(i&0xff)]++; /* Hash a different message each time */
pq_gen_key(P, &privkey_blob_len, privkey_blob,
&pubkey_blob_len, pubkey_blob);
}
c1 = clock();
printf("Time/key: %fs\n", (float) (c1 - c0)/(TRIALS*CLOCKS_PER_SEC));
pq_sign(&packed_sig_len, NULL, privkey_blob_len, privkey_blob, pubkey_blob_len, pubkey_blob, 0, NULL);
printf("packed_sig_len %d\n", (int)packed_sig_len);
sigs = malloc(TRIALS * packed_sig_len);
memset(msg, 0, 256);
valid = 0;
/* pre_compute the data for signing */
c0 = clock();
pq_pre_process (pre_processing, no_of_data,
privkey_blob_len, privkey_blob,
pubkey_blob_len, pubkey_blob);
c1 = clock();
printf("Time/pre_data: %fs\n", (float) (c1 - c0)/(no_of_data*CLOCKS_PER_SEC));
c0 = clock();
for(i=0; i<TRIALS; i++) {
msg[(i&0xff)]++; /* Hash a different message each time */
valid += (PQNTRU_OK == pq_sign_pp(&packed_sig_len, sigs + (i*packed_sig_len),
no_of_data, pre_processing,
privkey_blob_len, privkey_blob,
pubkey_blob_len, pubkey_blob,
msg_len, msg));
}
c1 = clock();
printf("Time/signature: %fs\n", (float) (c1 - c0)/(TRIALS*CLOCKS_PER_SEC));
printf("Good signatures %d/%d\n", valid, TRIALS);
printf("avg loop %f\n", ((float)TRIALS)/g_loop);
printf("max |a*f| %d/%d\n", g_max, (int) P->B_s);
printf("max |a*g| %d/%d\n", g_max2, (int) P->B_t);
memset(msg, 0, 256);
valid = 0;
c0 = clock();
for(i=0; i<TRIALS; i++) {
msg[(i&0xff)]++;
valid += (PQNTRU_OK == pq_verify(packed_sig_len, sigs + (i*packed_sig_len),
pubkey_blob_len, pubkey_blob,
msg_len, msg));
}
c1 = clock();
printf("Time/verification: %fs\n", (float) (c1 - c0)/(TRIALS*CLOCKS_PER_SEC));
printf("Verified %d/%d\n\n\n", (int)valid, (int)TRIALS);
free(sigs);
free(privkey_blob);
free(pubkey_blob);
rng_cleanup();
return EXIT_SUCCESS;
}
