t_fillist *check_and_set(char *buf, t_fillist *all, t_fillist *lst)
{
if (check_one(buf))
{
lst = new_fillist_elem(lst, buf);
if (check_two(all, lst))
return (lst);
}
error();
return (NULL);
}
char* check_option(char **in,int n,int which,int type)
{
char test,*ret=NULL,wasfound=0,ok=1;
int i;
for (i=1;i<n;i++) {
if (in[i] != NULL) {
test= (in[i][0] == '-') && (in[i][1] == which);
if (test) {
wasfound=1;
if (type != 'n') {
if (strlen(in[i]) > 2) {
switch(type) {
case 'u': check_unsigned(in[i]+2,which);break;
case 'd': check_integer(in[i]+2,which);break;
case 'f': check_float(in[i]+2,which);break;
case '2': check_two(in[i]+2,which);break;
case '3': check_three(in[i]+2,which);break;
}
if (ret != NULL)
free(ret);
check_alloc(ret=(char*)calloc(strlen(in[i]+2)+1,(size_t)1));
strcpy(ret,in[i]+2);
in[i]=NULL;
}
else {
in[i]=NULL;
i++;
if (i < n) {
if (in[i] != NULL) {
switch(type) {
case 'u': check_unsigned(in[i],which);break;
case 'd': check_integer(in[i],which);break;
case 'f': check_float(in[i],which);break;
case '2': check_two(in[i],which);break;
case '3': check_three(in[i]+2,which);break;
case 'o': ok=check_optional(in[i],which);break;
}
if (ok) {
if (ret != NULL)
free(ret);
check_alloc(ret=(char*)calloc(strlen(in[i])+1,(size_t)1));
strcpy(ret,in[i]);
in[i]=NULL;
}
else {
i--;
if (ret != NULL)
free(ret);
ret=NULL;
}
}
}
else {
if (ret != NULL) {
free(ret);
ret=NULL;
}
}
}
}
else {
in[i]=NULL;
}
}
}
}
if (((type == 'o') || (type == 'n')) && (ret == NULL) && wasfound)
return "";
if (wasfound && (ret == NULL)) {
fprintf(stderr,"The option -%c needs some value. Exiting!\n",which);
exit(CHECK_OPTION_C_NO_VALUE);
}
return ret;
}
TEST(fs_config, odm_files_alias) {
check_two(__for_testing_only__android_files, "files", "odm/");
}
TEST(fs_config, odm_dirs_alias) {
check_two(__for_testing_only__android_dirs, "dirs", "odm/");
}
TEST(fs_config, vendor_files_alias) {
check_two(__for_testing_only__android_files, "files", "vendor/");
}
TEST(fs_config, vendor_dirs_alias) {
check_two(__for_testing_only__android_dirs, "dirs", "vendor/");
}
void driver() // Called for each thread
{
const int num_to_check = 100;
// Calculated values
int64_t max_location = num_particles * sparsity;
int64_t half_radius = int64_t((double(radius)/2) * double(sparsity));
// Allocation
xlocation_array = new int64_t[num_particles];
weight_array = new int64_t[num_particles];
radius_array = new int64_t[num_particles];
answer_array = new int64_t[num_particles];
sort_array = new particle_t[num_particles];
check_particle_array = new int64_t[num_to_check];
check_answer_array = new int64_t[num_to_check];
double sort_elapsed_time = 0.0;
double compute_elapsed_time = 0.0;
for (int trial = 1; trial <= num_trials; trial++) {
// fill_rand(num_particles, xlocation_array, max_location);
for (int64_t i = 0; i<num_particles; i++) {
xlocation_array[i] = ppp::bigrand(max_location, 3);
weight_array[i] = ppp::bigrand(max_weight);
radius_array[i] = half_radius + ppp::bigrand(half_radius);
answer_array[i] = 0;
}
/////////////////////////
// Put in AOS (array of structures form)
for (int64_t i = 0; i<num_particles; i++) {
sort_array[i].xlocation = xlocation_array[i];
sort_array[i].weight = weight_array[i];
sort_array[i].radius = radius_array[i];
}
// Sort
double sort_start_time = ppp::get_seconds();
ppp::parallel_sort(sort_array, 0, num_particles);
double sort_end_time = ppp::get_seconds();
double sort_seconds = sort_end_time - sort_start_time;
// Check the sort
int64_t prior = 0;
for (int64_t i = 0; i<num_particles; i++) {
assert(prior <= sort_array[i].xlocation); // Check the sort
prior = sort_array[i].xlocation;
}
// Put in SOA (structure of arrays form)
for (int64_t i = 0; i<num_particles; i++) {
xlocation_array[i] = sort_array[i].xlocation;
weight_array[i] = sort_array[i].weight;
radius_array[i] = sort_array[i].radius;
}
// Pre-calculate values for randomized spot checking
for (int64_t i = 0; i<num_to_check; i++) {
int64_t particle_to_check = ppp::bigrand(num_particles);
check_particle_array[i] = particle_to_check;
check_answer_array[i] = check_two(particle_to_check, num_particles, xlocation_array, weight_array, radius_array);
}
double compute_start_time = ppp::get_seconds();
ComputationTwo f(num_particles, xlocation_array, weight_array, radius_array, answer_array);
ppp::parallel_for(0, num_particles, &f, grainsize);
// compute_two(num_particles, xlocation_array, weight_array, radius_array, answer_array);
double compute_end_time = ppp::get_seconds();
double compute_seconds = compute_end_time - compute_start_time;
/////////////////////////
// Check the pre-calculated answers for randomized spot checking
for (int64_t i = 0; i<num_to_check; i++) {
int64_t particle_to_check = check_particle_array[i];
int64_t expected_answer = check_answer_array[i];
int64_t calculated_answer = answer_array[particle_to_check];
if (expected_answer != calculated_answer) {
std::cout << "ERROR: particle " << particle_to_check << " had value `" << calculated_answer
<< "` not the expected value `" << expected_answer << "`\n";
}
}
std::cout << "trial: " << trial << ", ";
std::cout << "user: "******", ";
std::cout << "host: " << ppp::gethost() << ", ";
std::cout << "threads: " << num_threads << ", ";
std::cout << "particles: " << num_particles << ", ";
std::cout << "grainsize: " << grainsize << ", ";
std::cout << "sort_seconds: " << sort_seconds << ", ";
std::cout << "compute_seconds: " << compute_seconds << "\n";
sort_elapsed_time += sort_seconds;
compute_elapsed_time += compute_seconds;
}
std::cout << "average: ";
std::cout << "user: "******", ";
std::cout << "host: " << ppp::gethost() << ", ";
std::cout << "threads: " << num_threads << ", ";
std::cout << "particles: " << num_particles << ", ";
std::cout << "grainsize: " << grainsize << ", ";
std::cout << "sort_seconds: " << sort_elapsed_time/double(num_trials) << ", ";
std::cout << "compute_seconds: " << compute_elapsed_time/double(num_trials) << "\n";
}