/*
* 2nd two parameters are
* only used if this is an HRT
*/
void
main (unsigned long mbd,
unsigned long magic,
unsigned long mycpuid,
unsigned long apicid)
{
if (mb_is_hrt_environ(mbd)) {
if (mycpuid == 0) {
hrt_bsp_init(mbd, magic, mycpuid);
} else {
hrt_ap_init(mbd, mycpuid);
}
} else {
/* fall back to normal init */
default_init(mbd, magic, mycpuid);
}
}
// main
int main (void)
{
// initialize display
default_init();
uint8_t i;
for (i = 0; msg_one[i] != '\0'; i++) send_char(msg_one[i]);
set_addr_ddram(0x40);
DATA_PORT = 0; // so that command is not repeated
_delay_us(50);
for (i = 0; msg_two[i] != '\0'; i++) send_char(msg_two[i]);
// forever
while (1)
{
_delay_ms(500);
send_cmd(SHIFT_L);
}
}
static int farm_init(void)
{
sd_dprintf("use farm store driver");
if (create_directory(obj_path) < 0)
goto err;
if (!is_xattr_enabled(obj_path)) {
sd_eprintf("xattrs are not enabled on %s", obj_path);
goto err;
}
if (snap_init() < 0)
goto err;
if (default_init() < 0)
goto err;
return SD_RES_SUCCESS;
err:
return SD_RES_EIO;
}
static int farm_init(const char *p)
{
dprintf("use farm store driver\n");
if (create_directory(p) < 0)
goto err;
if (!is_xattr_enabled(p)) {
eprintf("xattrs are not enabled on %s\n", p);
goto err;
}
if (snap_init() < 0)
goto err;
if (default_init(p) < 0)
goto err;
return SD_RES_SUCCESS;
err:
return SD_RES_EIO;
}
/*
* Initialize functions
*/
void initialize_internal_variables(char **argv){
INFO_MSG("Initializing internal variables");
#ifdef PRINT_INFO
int kk=0;
INFO_MSG("Printing info");
for(kk=1; kk<38; kk++)
fprintf(stdout, "argv[%d]: %s \n", kk, argv[kk]);
#endif
int count=1;
// Basic working file urls
Urls.a_outputs = argv[count++];
Urls.halo_file = argv[count++];
Urls.profiles_file = argv[count++];
Urls.pk_file = argv[count++];
// Basic simulation and analysis settings
Settings.box_size = atof(argv[count++]);
Settings.n_part_1D = atoi(argv[count++]);
Settings.n_bins = atoi(argv[count++]);
Settings.n_bins_th = atoi(argv[count++]);
Settings.r_bins = atoi(argv[count++]);
Settings.pk_skip = atoi(argv[count++]);
Settings.halo_skip = atoi(argv[count++]);
Settings.cat_number = atoi(argv[count++]);
Settings.fit = atoi(argv[count++]);
Settings.zStart = atof(argv[count++]);
Settings.mass_min = atof(argv[count++]);
Settings.Mmin = atof(argv[count++]);
Settings.Mmax = atof(argv[count++]);
Settings.Rmin = atof(argv[count++]);
Settings.Rmax = atof(argv[count++]);
Settings.n_min = atof(argv[count++]);
Settings.use_n_min = atof(argv[count++]);
Settings.n_haloes_to_use = atoi(argv[count++]);
Settings.use_criterion = atoi(argv[count++]);
// Cosmological parameters
Cosmo.h = atof(argv[count++]);
Cosmo.sigma8 = atof(argv[count++]);
Cosmo.OmegaM = atof(argv[count++]);
Cosmo.OmegaL = atof(argv[count++]);
Cosmo.delta_c = atof(argv[count++]);
Cosmo.spin = atof(argv[count++]);
Cosmo.virial = atof(argv[count++]);
GrowthFac.scale_k = atof(argv[count++]);
NumDen.zMax = atof(argv[count++]);
// Other urls related parameters
Urls.output_prefix = argv[count++];
Urls.halo_list = argv[count++];
Urls.profile_list = argv[count++];
Urls.subhalo_list = argv[count++];
Urls.pk_list = argv[count++];
Urls.nCatalogueFiles = atoi(argv[count++]);
set_halo_selection_criterion();
default_init();
}
