int main()
{
//Part 1. Evaluating Hash Functions
int bloomsize = 100;
int x;
bloom_filter_t bloomfilter;
bloom_init(&bloomfilter, bloomsize);
printf ("Hash1: %i %i %i %i %i %i\n",hash1(&bloomfilter, 0),hash1(&bloomfilter, 1),
hash1(&bloomfilter, 2),hash1(&bloomfilter, 3),hash1(&bloomfilter, 13),
hash1(&bloomfilter, 97));
printf ("Hash2: %i %i %i %i %i %i\n",hash2(&bloomfilter, 0),hash2(&bloomfilter, 1),
hash2(&bloomfilter, 2),hash2(&bloomfilter, 3),hash2(&bloomfilter, 13),
hash2(&bloomfilter, 97));
bloom_destroy(&bloomfilter);
//Part 2:
printf("\nDoing Smoke Test.\n");
bloomsize = 1000;
bloom_init(&bloomfilter, bloomsize);
for (x= 0; x< 70; x++)
{
bloom_add(&bloomfilter, x);
}
int totalbits = 0;
for (x = 0; x< bloomsize; x++)
{
totalbits += get_bit(&bloomfilter, x);
}
printf("Total bits set: %i\n",totalbits);
bloom_destroy(&bloomfilter);
//Part 3
printf("\nDoing N_HASHES Test.\n");
int array1[100];
int array2[100];
gen_rand(array1, 100, 1000000);
gen_rand(array2, 100, 1000000);
run_test3(array1, array2, 100);
}
int main(int argc, char* argv[])
{
// Simulation configuration
int num_of_clients = 50;
// Indexing
int i,j,n,l;
// Temporary Logging
generalLog_filepath = TEST3_GENERAL_LOG;
starting_k = 5;
max_k = 20;
ignore_count = 3;
if( getenv("SUDO_UID") ) {
user_uid = atoi(getenv("SUDO_UID"));
}
else {
printf("You need sudo to run the test\n");
exit(0);
}
#ifdef HARD_UPPER_LIMIT
if( argc > 1 ) {
upper_limit = atoi(argv[1]);
}
#endif
if( argc > 2 ) {
num_of_clients = atoi(argv[2]);
}
seteuid(user_uid); setfsuid(user_uid);
setup_logs();
// Statistical variables
running_stats_t rs;
//set_default_running_stats( &rs );
create_service("group",group_count);
for( l=1; l <= sizeof(group_size_array)/sizeof(int); l++) {
group_size = group_size_array[l-1];
num_of_clients = group_size;
set_default_running_stats( &rs );
printf("===================Pre-test Runs=====================\n");
for( j = 0; j < ignore_count; j++ ) { // ignore first few iterations
timeLog_file = fopen( timeLog_filepath, "w" );
fclose(timeLog_file);
test3( timeLog_filepath, num_of_clients, 1);
}
printf("===================Starting KSM1=====================\n");
resultsLogRAW_file = fopen( resultsLogRAW_filepath, "a" );
fprintf(resultsLogRAW_file,
"===================Starting KSM1=====================\n");
if(resultsLogRAW_file) fclose(resultsLogRAW_file);
run_test3(&rs, num_of_clients, 1);
log_data( test3_dat_ksm1_filepath, group_size, &rs );
set_default_running_stats( &rs );
printf("===================Pre-test Runs=====================\n");
for( j = 0; j < ignore_count; j++ ) { // ignore first few iterations
timeLog_file = fopen( timeLog_filepath, "w" );
fclose(timeLog_file);
test3( timeLog_filepath, num_of_clients, 2);
}
printf("===================Starting KSM2=====================\n");
resultsLogRAW_file = fopen( resultsLogRAW_filepath, "a" );
fprintf(resultsLogRAW_file,
"===================Starting KSM2=====================\n");
if(resultsLogRAW_file) fclose(resultsLogRAW_file);
run_test3(&rs, num_of_clients, 2);
log_data( test3_dat_ksm2_filepath, group_size, &rs );
}
delete_service("group",group_count);
merge_data(test3_dat_filepath, test3_dat_ksm1_filepath,
test3_dat_ksm2_filepath);
remove(test3_dat_ksm1_filepath);
remove(test3_dat_ksm2_filepath);
remove(timeLog_filepath);
return 0;
}