int main(void) {
parse_config_file(".config");
setup_pci(card_id);
pci.sendVetoClear();
close_pci();
return 0;
}
int main(void) {
unsigned long int total_number_of_quarter_events_to_read_per_fiber_channel = 0;
parse_config_file(".config");
setup_pci(card_id);
readout_all_pending_data();
close_pci();
return 0;
}
int main(void) {
unsigned long int total_number_of_quarter_events_to_read_per_fiber_channel = 0;
parse_config_file(".config");
setup_pci(card_id);
usleep(10000);
send_soft_trigger_request_command_packet();
usleep(10000);
close_pci();
return 0;
}
int main(void) {
parse_config_file(".config");
setup_pci(card_id);
should_soft_trigger = true;
readout_all_pending_data();
set_some_DACs_to(0, 0xe);
//set_all_DACs_to(0);
//set_all_DACs_to_built_in_nominal_values();
close_pci();
return 0;
}
int main(void) {
// setup:
parse_config_file(".config");
open_status_file_for_reading_and_writing();
read_status_file();
create_directory_if_necessary(location_of_raw_datafiles);
generate_new_base_filename();
setup_pci(card_id);
readout_all_pending_data();
setup_filenames_for_fiber();
if (init_camac("CAMAC_config.txt")) {
cerr << "ERROR: could not connect to CAMAC crate" << endl;
// exit(7);
}
// if (CAMAC_initialized) {
// CAMAC_initialize_3377s();
open_CAMAC_file();
// }
setup_to_catch_ctrl_c(close_all_files);
open_logfile();
open_files_for_all_enabled_fiber_channels();
unsigned short int beginning_window = 0;
unsigned short int ending_window = 63;
set_start_and_end_windows(beginning_window, ending_window);
usleep(50000);
// testing:
should_soft_trigger = true;
// actual running:
while (1) {
wait_for_start_of_spill();
while (spill_is_active()) {
readout_an_event(true);
read_data_from_CAMAC_and_write_to_CAMAC_file();
// CAMAC_read_3377s();
printf("\n");
}
// increment_spill_number();
// write_status_file();
// generate_new_base_filename();
// split_fiber_file_to_prepare_for_next_spill();
// split_CAMAC_file_to_prepare_for_next_spill();
// usleep(250000);
// sync();
}
// cleanup:
close_all_files();
return 0;
}
int main(void) {
unsigned long int total_number_of_quarter_events_to_read_per_fiber_channel = 0;
parse_config_file(".config");
setup_pci(card_id);
should_soft_trigger = true;
readout_all_pending_data();
setup_feedback_enables_and_goals(1);
close_pci();
return 0;
}
int main(void) {
unsigned long int total_number_of_quarter_events_to_read_per_fiber_channel = 0;
parse_config_file(".config");
setup_pci(card_id);
should_soft_trigger = true;
readout_all_pending_data();
//set_all_DACs_to(0);
set_all_DACs_to_built_in_nominal_values();
//setup_filenames_for_fiber();
//open_files_for_output_and_read_N_events(total_number_of_quarter_events_to_read_per_fiber_channel);
close_pci();
return 0;
}
int main(void) {
unsigned long int total_number_of_quarter_events_to_read_per_fiber_channel = 0;
parse_config_file(".config");
setup_pci(card_id);
should_soft_trigger = true;
readout_all_pending_data();
setup_filenames_for_fiber();
// setup_to_catch_ctrl_c(close_all_files);
// open_logfile();
// open_files_for_all_enabled_fiber_channels();
send_command_packet_to_all_enabled_channels(0xeeeee01a, 0x0000077b); // set trigger thresholds for all channels
// close_all_fiber_files();
close_pci();
return 0;
}
static void extract_e820(void)
{
int id = fw_cfg_file_id("etc/e820");
uint32_t size;
int nr_map;
int i;
if (id == -1)
panic();
size = fw_cfg_file_size(id);
nr_map = size / sizeof(e820->map[0]) + 4;
fw_cfg_file_select(id);
e820 = malloc(offsetof(struct e820map, map[nr_map]));
e820->nr_map = nr_map;
e820->map[0] = (struct e820entry)
{ .addr = 0, .size = 639 * 1024, .type = E820_RAM }; /* low RAM */
e820->map[1] = (struct e820entry)
{ .addr = 639 * 1024, .size = 1024, .type = E820_RESERVED }; /* EBDA */
e820->map[2] = (struct e820entry)
{ .addr = 0xd0000, .size = 128 * 1024, .type = E820_NVS }; /* ACPI tables */
e820->map[3] = (struct e820entry)
{ .addr = 0xf0000, .size = 64 * 1024, .type = E820_RESERVED }; /* firmware */
fw_cfg_read(&e820->map[4], size);
for (i = 4; i < e820->nr_map; i++)
if (e820->map[i].addr == 0) {
lowmem = e820->map[i].size;
e820->map[i].addr = 1024 * 1024;
e820->map[i].size -= 1024 * 1024;
break;
}
e820_seg = ((uintptr_t) e820) >> 4;
}
static bool detect_cbfs_and_boot(void)
{
size_t sz;
void *base = pflash_base(1, &sz);
if (!base)
return false;
return boot_from_cbfs(base, sz);
}
int main(void)
{
setup_hw();
// Now go to the F-segment: we need to move away from flash area
// in order to probe CBFS!
asm("ljmp $0x8, $1f; 1:");
setup_pci();
setup_idt();
fw_cfg_setup();
extract_acpi();
extract_e820();
// extract_smbios();
if (!detect_cbfs_and_boot())
boot_from_fwcfg();
panic();
}
void main(void)
{
setup_serial();
setup_acpi();
setup_pci();
}
