/* start equaliser process */
int htxd_start_equaliser(void)
{
int rc = 0;
pid_t equaliser_pid;
char temp_str[128];
equaliser_pid = htxd_create_child_process();
switch(equaliser_pid)
{
case 0:
htxd_equaliser();
sprintf(temp_str, "htxd_start_equaliser: returned from htxd_equaliser, exiting...");
HTXD_TRACE(LOG_ON, temp_str);
exit(0);
break;
case -1:
sprintf(temp_str, "Unable to fork for equaliser process. errno = %d", errno);
htxd_send_message(temp_str, errno, HTX_SYS_HARD_ERROR, HTX_SYS_MSG);
break;
default:
printf("DEBUG: equaliser process started with pid <%d>\n", equaliser_pid);
htxd_set_equaliser_pid(equaliser_pid);
#ifdef __HTX_LINUX__
if ((htxd_get_equaliser_offline_cpu_flag()) == 1) {
rc = do_the_bind_proc(equaliser_pid);
if (rc < 0) {
sprintf(temp_str, "binding equaliser process to core 0 failed.\n");
htxd_send_message(temp_str, 0, HTX_SYS_INFO, HTX_SYS_MSG);
}
}
#endif
break;
}
return 0;
}
/* hxsstas : read exerciser info from shared memory and store it /tmp/htxstats file */
int htxd_load_hxstats(void)
{
int hxstats_pid, rc = 0;
char hxsstats_path[512], temp_str[300];
hxstats_pid = htxd_create_child_process();
switch(hxstats_pid)
{
case 0:
strcpy(hxsstats_path, global_htx_home_dir);
strcat(hxsstats_path, "/bin/hxstats");
sprintf(temp_str, "%s/htxstats", global_htx_log_dir);
execl(hxsstats_path, "hxstats", temp_str, "30", (char *) 0 );
sprintf(temp_str, "htxd_load_hxstats: hxstats load failed, execl failed with errno <%d>", errno);
HTXD_TRACE(LOG_ON, temp_str);
exit(errno);
case -1:
sprintf(temp_str, "htxd_load_hxstats: htxd_create_child_process returned -1 with errno <%d>", errno);
HTXD_TRACE(LOG_ON, temp_str);
exit(-1);
default:
htxd_set_htx_stats_pid(hxstats_pid);
}
htxd_reset_FD_close_on_exec_flag();
#ifdef __HTX_LINUX__
if ((htxd_get_equaliser_offline_cpu_flag()) == 1) {
rc = do_the_bind_proc(hxstats_pid);
if (rc < 0) {
sprintf(temp_str, "binding hxstats process to core 0 failed.");
htxd_send_message(temp_str, 0, HTX_SYS_INFO, HTX_SYS_MSG);
}
}
#endif
return 0;
}
/* select mdt command main function */
int htxd_option_method_select_mdt(char **result, htxd_command *p_command)
{
htxd *htxd_instance;
htxd_ecg_info * p_ecg_info_list;
htxd_ecg_info * p_ecg_info_to_select;
char command_ecg_name[MAX_ECG_NAME_LENGTH];
htxd_ecg_manager *ecg_manager;
char trace_str[512], cmd[128];
char temp_str[512];
HTXD_FUNCTION_TRACE(FUN_ENTRY, "htxd_option_method_select_mdt");
/* htxd instance will be created only first time */
htxd_instance = htxd_get_instance();
*result = malloc(1024);
ecg_manager = htxd_get_ecg_manager();
strcpy(command_ecg_name, p_command->ecg_name);
if(htxd_instance->is_mdt_created == 0) {
htxd_execute_shell_profile();
htxd_instance->is_mdt_created = 1;
}
if(htxd_instance->run_state == HTXD_DAEMON_STATE_SELECTED_MDT) {
if(strcmp(command_ecg_name, ecg_manager->selected_ecg_name) == 0) {
sprintf(*result, "Failed to select specified ecg/mdt(%s), same ecg/mdt is already selected", command_ecg_name);
} else {
sprintf(*result, "Failed to select specified ecg/mdt(%s), another ecg/mdt(%s) is already selected", command_ecg_name, ecg_manager->selected_ecg_name);
}
return 1;
}
if(htxd_instance->run_state == HTXD_DAEMON_STATE_RUNNING_MDT) {
if(strcmp(command_ecg_name, ecg_manager->running_ecg_name) == 0) {
sprintf(*result, "Failed to select specified ecg/mdt(%s), same ecg/mdt is being run", command_ecg_name);
} else {
sprintf(*result, "Failed to select specified ecg/mdt(%s), another ecg/mdt(%s) is being run", command_ecg_name, ecg_manager->running_ecg_name);
}
return 1;
}
sprintf(trace_str, "ECG name from command = <%s>", command_ecg_name);
HTXD_TRACE(LOG_OFF, trace_str);
if(command_ecg_name[0] == '\0') {
sprintf(command_ecg_name, "%s/mdt/%s", global_htx_home_dir, DEFAULT_ECG_NAME);
}
if(htxd_is_file_exist(command_ecg_name) == FALSE) {
sprintf(*result, "specified mdt(%s) is invalid", command_ecg_name);
HTXD_TRACE(LOG_OFF, "htxd_is_file_exist() could not find the ECG file");
return 1;
}
if(ecg_manager == NULL) {
HTXD_TRACE(LOG_OFF, "ecg manager is creating");
ecg_manager = create_ecg_manager();
if(ecg_manager == NULL) {
HTXD_TRACE(LOG_OFF, "e_ecg_manager() failed to create ecg manager");
return 1;
}
htxd_instance->p_ecg_manager = ecg_manager;
htxd_send_message ("HTX Daemon wakeup for responding", 0, HTX_SYS_INFO, HTX_SYS_MSG);
}
p_ecg_info_list = htxd_get_ecg_info_list(htxd_instance->p_ecg_manager);
while(p_ecg_info_list != NULL) {
if( strcmp(command_ecg_name, p_ecg_info_list->ecg_name) == 0) {
sprintf(*result, "specified ECG (%s) is already running", command_ecg_name);
HTXD_TRACE(LOG_OFF, "specified ECG is already running");
return 1;
}
p_ecg_info_list = p_ecg_info_list->ecg_info_next;
}
htxd_set_daemon_state(HTXD_DAEMON_STATE_SELECTING_MDT);
/* copy run mdt to current mdt */
sprintf(temp_str, "cp %s %s/mdt/mdt ; sync", command_ecg_name, global_htx_home_dir);
system(temp_str);
/* update for camss mdt */
if( strstr(command_ecg_name, "camss") != NULL) {
sprintf(trace_str, "updating camss mdt <%s>", command_ecg_name);
HTXD_TRACE(LOG_OFF, trace_str);
sprintf(cmd, "%s/etc/scripts/%s %s", global_htx_home_dir, CAMSS_MDT_UPDATE_SCRIPT, command_ecg_name);
system(cmd);
}
/* execute run setup script for this MDT */
htxd_execute_run_setup_script(command_ecg_name);
/* allocating required IPCs and initialize the value at shared memory*/
HTXD_TRACE(LOG_OFF, "run initializing ecg_info");
htxd_init_ecg_info(ecg_manager, command_ecg_name);
/* start hxsmsg process if it is not already started */
if(htxd_get_htx_msg_pid() == 0) {
sprintf(temp_str, "%s/%s", global_htx_home_dir, HTXD_AUTOSTART_FILE);
if(htxd_is_file_exist(temp_str) == FALSE) { /* incase of bootme do not truncate error file */
htxd_truncate_error_file();
}
htxd_truncate_message_file();
htxd_load_hxsmsg(htxd_instance->p_profile);
HTXD_TRACE(LOG_ON, "run started htxsmsg process");
}
strcpy(ecg_manager->selected_ecg_name, command_ecg_name);
/* to DEBUG */
/* htxd_display_ecg_info_list();
htxd_display_exer_table();
*/
p_ecg_info_to_select = ecg_manager->current_loading_ecg_info;
if(p_ecg_info_to_select->ecg_exerciser_entries == 0){
sprintf(*result, "No device is present in ECG <%s>, could not start any device", command_ecg_name);
} else if(p_ecg_info_to_select->ecg_shm_exerciser_entries == 0){
sprintf(*result, "No device is started under ECG <%s>, since all the devices are already loaded under another ECG(s)", command_ecg_name);
} else if (p_ecg_info_to_select->ecg_exerciser_entries != p_ecg_info_to_select->ecg_shm_exerciser_entries) {
sprintf(*result, "ECG (%s) is slected\nWARNING: few devices are unable to start since they may be already loaded under another ECG(s)", command_ecg_name);
} else {
sprintf(*result, "ECG (%s) is selected", command_ecg_name);
sprintf(trace_str, "date +\"ECG (%s) was selected on %%x at %%X %%Z\" >>%s/%s", command_ecg_name, global_htxd_log_dir, HTXD_START_STOP_LOG);
system(trace_str);
}
htxd_send_message (*result, 0, HTX_SYS_INFO, HTX_SYS_MSG);
HTXD_TRACE(LOG_ON, *result);
htxd_set_daemon_state(HTXD_DAEMON_STATE_SELECTED_MDT);
HTXD_FUNCTION_TRACE(FUN_EXIT, "htxd_option_method_select_mdt");
return 0;
}
/* run command main function */
int htxd_option_method_run_mdt(char **result, htxd_command *p_command)
{
htxd *htxd_instance;
htxd_ecg_info * p_ecg_info_list;
htxd_ecg_info * p_ecg_info_to_run;
char command_ecg_name[MAX_ECG_NAME_LENGTH];
htxd_ecg_manager *ecg_manager;
char trace_str[512], cmd[128];
int return_code;
char temp_str[512];
HTXD_FUNCTION_TRACE(FUN_ENTRY, "htxd_option_method_run_mdt");
/* htxd instance will be created only first time */
htxd_instance = htxd_get_instance();
strcpy(command_ecg_name, p_command->ecg_name);
sprintf(trace_str, "ECG name from command = <%s>", command_ecg_name);
HTXD_TRACE(LOG_OFF, trace_str);
htxd_ecg_shutdown_flag = FALSE;
ecg_manager = htxd_get_ecg_manager();
if(command_ecg_name[0] == '\0') {
sprintf(command_ecg_name, "%s/mdt/%s", global_htx_home_dir, DEFAULT_ECG_NAME);
}
if(htxd_instance->is_mdt_created == 0) {
htxd_execute_shell_profile();
htxd_instance->is_mdt_created = 1;
}
*result = malloc(1024);
if(htxd_is_file_exist(command_ecg_name) == FALSE) {
sprintf(*result, "specified mdt(%s) is invalid", command_ecg_name);
HTXD_TRACE(LOG_OFF, "htxd_is_file_exist() could not find the ECG file");
return 1;
}
if(ecg_manager == NULL) {
HTXD_TRACE(LOG_OFF, "ecg manager is creating");
ecg_manager = create_ecg_manager();
if(ecg_manager == NULL) {
HTXD_TRACE(LOG_OFF, "e_ecg_manager() failed to create ecg manager");
return 1;
}
htxd_instance->p_ecg_manager = ecg_manager;
}
/* start hxsmsg process if it is not already started */
if(htxd_get_htx_msg_pid() == 0) {
sprintf(temp_str, "%s/%s", global_htx_home_dir, HTXD_AUTOSTART_FILE);
if(htxd_is_file_exist(temp_str) == FALSE) { /* incase of bootme do not truncate error file */
htxd_truncate_error_file();
}
htxd_truncate_message_file();
htxd_load_hxsmsg(htxd_instance->p_profile);
HTXD_TRACE(LOG_ON, "run started htxsmsg process");
htxd_send_message ("HTX Daemon wakeup for responding", 0, HTX_SYS_INFO, HTX_SYS_MSG);
}
if(htxd_is_daemon_selected() != TRUE) {
p_ecg_info_list = htxd_get_ecg_info_list(htxd_instance->p_ecg_manager);
while(p_ecg_info_list != NULL) {
if( strcmp(command_ecg_name, p_ecg_info_list->ecg_name) == 0) {
sprintf(*result, "specified ECG (%s) is already running", command_ecg_name);
HTXD_TRACE(LOG_OFF, "specified ECG is already running");
return 1;
}
p_ecg_info_list = p_ecg_info_list->ecg_info_next;
}
sprintf(trace_str, "start activating MDT <%s>", command_ecg_name);
htxd_send_message (trace_str, 0, HTX_SYS_INFO, HTX_SYS_MSG);
HTXD_TRACE(LOG_ON, trace_str);
/* copy run mdt to current mdt */
sprintf(temp_str, "cp %s %s/mdt/mdt ; sync", command_ecg_name, global_htx_home_dir);
system(temp_str);
/* update for camss mdt */
if( strstr(command_ecg_name, "camss") != NULL) {
sprintf(trace_str, "updating camss mdt <%s>", command_ecg_name);
HTXD_TRACE(LOG_OFF, trace_str);
sprintf(cmd, "%s/etc/scripts/%s %s", global_htx_home_dir, CAMSS_MDT_UPDATE_SCRIPT, command_ecg_name);
system(cmd);
}
/* execute run setup script for this MDT */
htxd_execute_run_setup_script(command_ecg_name);
/* allocating required IPCs and initialize the value at shared memory*/
HTXD_TRACE(LOG_OFF, "run initializing ecg_info");
htxd_init_ecg_info(ecg_manager, command_ecg_name);
} else {
if(strcmp(command_ecg_name, ecg_manager->selected_ecg_name) != 0) {
sprintf(*result, "Failed to run specified ecg/mdt (%s), another ecg/mdt (%s) is already selected", command_ecg_name, ecg_manager->selected_ecg_name);
return 1;
}
ecg_manager->selected_ecg_name[0] = '\0';
}
htxd_set_daemon_state(HTXD_DAEMON_STATE_STARTING_MDT);
ecg_manager->current_loading_ecg_info->ecg_run_start_time = (int) time((time_t *) 0);
/* initializing syscfg */
if(htxd_is_init_syscfg() != TRUE) {
return_code = init_syscfg();
if (return_code != 0) {
sprintf(*result, "Internal error: failed to initialize syscfg with error code <%d>", return_code);
HTXD_TRACE(LOG_ON, *result);
return return_code;
}
htxd_set_init_syscfg_flag(TRUE);
}
/* start all devices in the ecg */
HTXD_TRACE(LOG_OFF, "run activating all devices under the ECG");
htxd_activate_all_ecg_devices(ecg_manager);
/* start hxstats process if it is not already started */
if(htxd_get_htx_stats_pid() == 0) {
htxd_load_hxstats();
HTXD_TRACE(LOG_ON, "run started htxstats process");
}
#ifdef __HTXD_DR__
/* start DR child process */
if(htxd_get_dr_child_pid() == 0) {
htxd_start_DR_child();
HTXD_TRACE(LOG_ON, "run started DR child process");
}
#endif
#ifdef __HTX_LINUX__
/* start hotplug monitor */
if( htxd_is_hotplug_monitor_initialized() != TRUE && htxd_get_equaliser_offline_cpu_flag() != 1) {
htxd_start_hotplug_monitor(&(htxd_instance->p_hotplug_monitor_thread));
HTXD_TRACE(LOG_ON, "run started hotplug monitor");
}
#endif
/* start equaliser process */
if( htxd_check_for_equaliser_start(ecg_manager) == TRUE) {
htxd_start_equaliser();
HTXD_TRACE(LOG_ON, "run started equaliser process");
}
/* start hang monitor thread */
if(htxd_is_hang_monitor_initialized() != TRUE) {
htxd_start_hang_monitor(&(htxd_instance->p_hang_monitor_thread));
HTXD_TRACE(LOG_ON, "run started hang monitor thread");
}
/* start stop_watch monitor thread */
if(htxd_is_stop_watch_monitor_initialized() != TRUE) {
htxd_start_stop_watch_monitor(&(htxd_instance->stop_watch_monitor_thread));
HTXD_TRACE(LOG_ON, "run started stop watch monitor thread");
}
htxd_set_test_running_state(HTXD_TEST_ACTIVATED);
strcpy(ecg_manager->running_ecg_name, command_ecg_name);
/* to DEBUG */
/* htxd_display_ecg_info_list();
htxd_display_exer_table();
*/
p_ecg_info_to_run = ecg_manager->current_loading_ecg_info;
if(p_ecg_info_to_run->ecg_exerciser_entries == 0){
sprintf(*result, "No device is present in ECG <%s>, could not start any device", command_ecg_name);
} else if(p_ecg_info_to_run->ecg_shm_exerciser_entries == 0){
sprintf(*result, "No device is started under ECG <%s>, since all the devices are already loaded under another ECG(s)", command_ecg_name);
} else if (p_ecg_info_to_run->ecg_exerciser_entries != p_ecg_info_to_run->ecg_shm_exerciser_entries) {
sprintf(*result, "ECG (%s) Activated\nWARNING: few devices are unable to start since they may be already loaded under another ECG(s)", command_ecg_name);
} else {
sprintf(*result, "ECG (%s) Activated.", command_ecg_name);
sprintf(trace_str, "date +\"ECG (%s) was activated on %%x at %%X %%Z\" >>%s/%s", command_ecg_name, global_htxd_log_dir, HTXD_START_STOP_LOG);
system(trace_str);
}
/* have to set shm key to system header shared memory so that htx stats is able to connect */
htxd_set_system_header_info_shm_with_current_shm_key(p_ecg_info_to_run->ecg_shm_key);
htxd_send_message (*result, 0, HTX_SYS_INFO, HTX_SYS_MSG);
htxd_set_daemon_state(HTXD_DAEMON_STATE_RUNNING_MDT);
HTXD_TRACE(LOG_ON, *result);
HTXD_FUNCTION_TRACE(FUN_EXIT, "htxd_option_method_run_mdt");
return 0;
}
/* load exerciser : start exerciser process */
int htxd_load_exerciser(struct htxshm_HE *p_HE)
{
int exerciser_pid;
int temp_int;
char exerciser_path[512];
char exerciser_name[64];
char device_name[64];
char run_mode[64];
char rule_path[64];
int emc_mode;
char trace_str[256];
HTXD_FUNCTION_TRACE(FUN_ENTRY, "htxd_load_exerciser");
sprintf(trace_str, "loading exerciser <%s>", p_HE->sdev_id);
HTXD_TRACE(LOG_OFF, trace_str);
exerciser_pid = htxd_create_child_process();
switch(exerciser_pid)
{
case 0:
setsid();
temp_int = p_HE->priority;
nice(temp_int);
sleep(5); /* let daemon update shared memory */
strcpy(exerciser_name, p_HE->HE_name);
if (strcmp(p_HE->HE_name, "hxemem64") == 0) {
putenv("CORE_NOSHM=true");
}
if (strcmp(p_HE->HE_name, "hxepowermixer") == 0) {
putenv("MEMORY_AFFINITY=MCM");
}
strcpy(exerciser_path, global_htx_home_dir);
strcat(exerciser_path, "/bin/");
strcat(exerciser_path, exerciser_name);
strcpy(device_name, "/dev/");
strcat(device_name, p_HE->sdev_id);
emc_mode = htxd_get_emc_mode();
if(emc_mode == 1) {
strcpy(run_mode, "EMC");
} else {
strcpy(run_mode, "REG");
}
if(emc_mode == 1) {
if(p_HE->emc_rules[0] != '/') {
sprintf(rule_path, "%s/rules/emc/%s", global_htx_home_dir, p_HE->emc_rules);
} else {
strcpy(rule_path, p_HE->emc_rules);
}
} else {
if(p_HE->reg_rules[0] != '/') {
sprintf(rule_path, "%s/rules/reg/%s", global_htx_home_dir, p_HE->reg_rules);
} else {
strcpy(rule_path, p_HE->reg_rules);
}
}
/* system("export EXTSHM=OFF"); */
unsetenv("EXTSHM");
if ( (execl(exerciser_path, exerciser_name, device_name, run_mode, rule_path, (char *) 0) ) == -1) {
sprintf(trace_str, "execl() failed exerciser_path <%s> exerciser_name <%s> errno = <%d>\n", exerciser_path, exerciser_name, errno);
htxd_send_message (trace_str, 0, HTX_SYS_SOFT_ERROR, HTX_SYS_MSG);
HTXD_TRACE(LOG_ON, trace_str);
exit(-1);
}
case -1:
sprintf(trace_str, "exerciser <%s> fork failed with error <%d>", p_HE->sdev_id, errno);
HTXD_TRACE(LOG_ON, trace_str);
return -1;
default:
p_HE->PID = exerciser_pid;
htxd_update_exer_pid_in_exer_list(htxd_get_exer_table(), p_HE->sdev_id, exerciser_pid);
sprintf(trace_str, "exerciser <%s> forked with PID <%d>", p_HE->sdev_id, p_HE->PID);
HTXD_TRACE(LOG_OFF, trace_str);
break;
}
htxd_reset_FD_close_on_exec_flag();
HTXD_FUNCTION_TRACE(FUN_EXIT, "htxd_load_exerciser");
return 0;
}
/* hxsmsg : picks messages from HTX message queue and stores the messages in files */
int htxd_load_hxsmsg(htxd_profile *p_profile)
{
int hxsmsg_pid, rc = 0;
char hxsmsg_path[512], temp_str[256];
char auto_start_flag_string[8];
hxsmsg_pid = htxd_create_child_process();
switch(hxsmsg_pid)
{
case 0:
strcpy(hxsmsg_path, global_htx_home_dir);
strcat(hxsmsg_path, "/bin/hxsmsg");
sprintf(temp_str, "%s/%s", global_htx_home_dir, HTXD_AUTOSTART_FILE);
if(htxd_is_file_exist(temp_str) == FALSE) {
strcpy(auto_start_flag_string, "no");
} else {
strcpy(auto_start_flag_string, "yes");
}
execl( hxsmsg_path,
"hxsmsg",
p_profile->max_htxerr_size,
p_profile->max_htxmsg_size,
p_profile->max_htxerr_save_size,
p_profile->max_htxmsg_save_size,
p_profile->htxerr_wrap,
p_profile->htxmsg_wrap,
p_profile->htxmsg_archive,
auto_start_flag_string,
p_profile->stress_device,
p_profile->stress_cycle,
(char *) 0);
sprintf(temp_str, "htxd_load_hxsmsg: hxsmsg load failedi, execl returned with errno <errno : %d> !!!", errno);
HTXD_TRACE(LOG_ON, temp_str);
exit(errno);
case -1:
return -1;
break;
default:
htxd_set_htx_msg_pid(hxsmsg_pid);
#ifdef __HTX_LINUX__
if ((htxd_get_equaliser_offline_cpu_flag()) == 1) {
rc = do_the_bind_proc(hxsmsg_pid);
if (rc < 0) {
sprintf(temp_str, "binding hxsmsg process to core 0 failed.");
htxd_send_message(temp_str, 0, HTX_SYS_INFO, HTX_SYS_MSG);
HTXD_TRACE(LOG_ON, temp_str);
}
}
#endif
break;
}
htxd_reset_FD_close_on_exec_flag();
return 0;
}
/* putting daemon back to idle state */
int htxd_idle_daemon(void)
{
int return_code;
char trace_string[256];
pid_t htx_stats_pid;
pid_t htx_msg_pid;
pid_t htx_equaliser_pid;
htxd *htxd_instance;
#ifdef __HTXD_DR__
pid_t htx_dr_child_pid;
#endif
if(htxd_is_hang_monitor_initialized() == TRUE) {
htxd_instance = htxd_get_instance();
htxd_stop_hang_monitor(&(htxd_instance->p_hang_monitor_thread));
htxd_remove_hang_monitor();
sprintf(trace_string, "stopping hang monitor thread");
HTXD_TRACE(LOG_OFF, trace_string);
}
if(htxd_is_time_driven_run_monitor_initialized() == TRUE) {
htxd_instance = htxd_get_instance();
htxd_stop_time_driven_run_monitor(&(htxd_instance->p_time_driven_run_monitor_thread));
htxd_remove_time_driven_run_monitor();
sprintf(trace_string, "stopping time_driven_run monitor thread");
HTXD_TRACE(LOG_OFF, trace_string);
}
if(htxd_is_stop_watch_monitor_initialized() == TRUE) {
htxd_instance = htxd_get_instance();
htxd_stop_stop_watch_monitor(&(htxd_instance->stop_watch_monitor_thread));
htxd_remove_stop_watch_monitor();
sprintf(trace_string, "stopping stop watch monitor thread");
HTXD_TRACE(LOG_OFF, trace_string);
}
htx_stats_pid = htxd_get_htx_stats_pid();
if (htx_stats_pid != 0) {
htxd_send_SIGTERM(htx_stats_pid);
sprintf(trace_string, "sent SIGTERM to hxstats process, pid <%d>", htx_stats_pid);
HTXD_TRACE(LOG_OFF, trace_string);
}
#ifdef __HTX_LINUX__
if(htxd_is_hotplug_monitor_initialized() == TRUE) {
htxd_instance = htxd_get_instance();
htxd_stop_hotplug_monitor(&(htxd_instance->p_hotplug_monitor_thread));
htxd_remove_hotplug_monitor();
sprintf(trace_string, "stopping hotplug monitor thread");
HTXD_TRACE(LOG_OFF, trace_string);
}
#endif
#ifdef __HTXD_DR__
htx_dr_child_pid = htxd_get_dr_child_pid();
if (htx_dr_child_pid != 0) {
htxd_send_SIGTERM(htx_dr_child_pid);
sprintf(trace_string, "sent SIGTERM to DR child process, pid <%d>", htx_dr_child_pid);
HTXD_TRACE(LOG_OFF, trace_string);
}
#endif
htx_equaliser_pid = htxd_get_equaliser_pid();
if(htx_equaliser_pid != 0) {
htxd_send_SIGTERM(htx_equaliser_pid);
sprintf(trace_string, "sent SIGTERM to equaliser process, pid <%d>", htx_equaliser_pid);
HTXD_TRACE(LOG_OFF, trace_string);
}
htxd_send_message ("Final message from test: System into idle state", 0, HTX_SYS_INFO, HTX_SYS_FINAL_MSG);
sprintf(trace_string, "sent test final message to hxsmsg process");
HTXD_TRACE(LOG_OFF, trace_string);
while(1) {
#ifdef __HTXD_DR__
if( (htx_stats_pid == 0) && (htx_dr_child_pid == 0) ) {
break;
}
htx_stats_pid = htxd_get_htx_stats_pid();
htx_dr_child_pid = htxd_get_dr_child_pid();
sleep(1);
#else
if(htx_stats_pid == 0) {
break;
}
htx_stats_pid = htxd_get_htx_stats_pid();
sleep(1);
#endif
}
while(1) {
htx_msg_pid = htxd_get_htx_msg_pid();
if(htx_msg_pid == 0) {
sprintf(trace_string, "hxsmsg is stopped");
HTXD_TRACE(LOG_OFF, trace_string);
break;
}
sleep(1);
sprintf(trace_string, "wating for exiting hxsmsg process, pid <%d>", htx_msg_pid);
HTXD_TRACE(LOG_ON, trace_string);
}
while(1) {
htx_equaliser_pid = htxd_get_equaliser_pid();
if(htx_equaliser_pid == 0) {
sprintf(trace_string, "equaliser is stopped");
HTXD_TRACE(LOG_OFF, trace_string);
break;
}
sleep(1);
sprintf(trace_string, "wating for exiting equaliser process, pid <%d>", htx_equaliser_pid);
HTXD_TRACE(LOG_ON, trace_string);
}
if (htxd_is_init_syscfg() == TRUE) {
return_code = detach_syscfg();
if(return_code != 0) {
sprintf(trace_string, "Internal error: failed to detach syscfg with error code <%d>", return_code);
HTXD_TRACE(LOG_ON, trace_string);
}
htxd_set_init_syscfg_flag(FALSE);
}
htxd_cleanup_system_shm();
htxd_set_daemon_state(HTXD_DAEMON_STATE_IDLE);
htxd_set_test_running_state(HTXD_TEST_HALTED);
sprintf(trace_string, "daemon is in idle state now");
HTXD_TRACE(LOG_OFF, trace_string);
return 0;
}
/* get equaliser flag value from ECG */
int htxd_init_equaliser_info( htxd_ecg_info *p_ecg_info)
{
int return_code;
CFG__SFT * mdt_fd = NULL;
char default_mdt_snz[4096];
char temp_str[128];
p_ecg_info->ecg_equaliser_info.enable_flag = 0;
p_ecg_info->ecg_equaliser_info.debug_flag = 0;
p_ecg_info->ecg_equaliser_info.config_file[0] = '\0';
p_ecg_info->ecg_equaliser_info.wof_test = 0;
mdt_fd = cfgcopsf (p_ecg_info->ecg_name);
if (mdt_fd == (CFG__SFT *) NULL) {
sprintf (temp_str, "ERROR: Unable to open ECG file again.n");
return -1;
}
return_code = cfgcrdsz (mdt_fd, default_mdt_snz, sizeof (default_mdt_snz), "default");
if (return_code == CFG_SUCC) {
return_code = cfgcskwd("equaliser_flag", default_mdt_snz, temp_str);
if(return_code == CFG_SUCC) {
p_ecg_info->ecg_equaliser_info.enable_flag = atoi(htxd_unquote(temp_str));
}
if(p_ecg_info->ecg_equaliser_info.enable_flag == 1) {
putenv("EQUALISER_FLAG=1");
return_code = cfgcskwd("cfg_file", default_mdt_snz, temp_str);
if(return_code == CFG_SUCC) {
strcpy( p_ecg_info->ecg_equaliser_info.config_file, htxd_unquote(temp_str));
htxd_set_equaliser_conf_file(p_ecg_info->ecg_equaliser_info.config_file);
}
return_code = cfgcskwd("equaliser_debug_flag", default_mdt_snz, temp_str);
if(return_code == CFG_SUCC) {
p_ecg_info->ecg_equaliser_info.debug_flag = atoi(htxd_unquote(temp_str));
htxd_set_equaliser_debug_flag(p_ecg_info->ecg_equaliser_info.debug_flag);
}
return_code = cfgcskwd("wof_test", default_mdt_snz, temp_str);
if(return_code == CFG_SUCC) {
p_ecg_info->ecg_equaliser_info.wof_test = atoi(htxd_unquote(temp_str));
htxd_set_equaliser_wof_test_flag(p_ecg_info->ecg_equaliser_info.wof_test);
#ifdef __HTX_LINUX__
/* Also, get the SMT for core 0, if WOF test is enabled as this will be
* while binding the threads/processes to core 0.
*/
if (p_ecg_info->ecg_equaliser_info.wof_test == 1) {
smt = get_smt_status(0);
return_code = do_the_bind_proc(getpid());
if (return_code < 0) {
sprintf(temp_str, "Binding of htxd process to core 0 failed.\n");
htxd_send_message(temp_str, 0, HTX_SYS_INFO, HTX_SYS_MSG);
}
}
#endif
}
htxd_set_equaliser_shm_addr(p_ecg_info->ecg_shm_addr);
htxd_set_equaliser_semhe_id(p_ecg_info->ecg_sem_id);
} else {
}
if (cfgcclsf (mdt_fd) != CFG_SUCC) {
}
}
return 0;
}
/* putting daemon back to idle state */
int htxd_idle_daemon(void)
{
int return_code;
char trace_string[256];
pid_t htx_stats_pid;
htxd *htxd_instance;
#ifdef __HTXD_DR__
pid_t htx_dr_child_pid;
#endif
if(htxd_is_hang_monitor_initialized() == TRUE) {
htxd_instance = htxd_get_instance();
htxd_stop_hang_monitor(&(htxd_instance->p_hang_monitor_thread));
htxd_remove_hang_monitor();
}
htx_stats_pid = htxd_get_htx_stats_pid();
if (htx_stats_pid != 0) {
htxd_send_SIGTERM(htx_stats_pid);
}
#ifdef __HTX_LINUX__
if(htxd_is_hotplug_monitor_initialized() == TRUE) {
htxd_instance = htxd_get_instance();
htxd_stop_hotplug_monitor(&(htxd_instance->p_hotplug_monitor_thread));
htxd_remove_hotplug_monitor();
}
#endif
#ifdef __HTXD_DR__
htx_dr_child_pid = htxd_get_dr_child_pid();
if (htx_dr_child_pid != 0) {
htxd_send_SIGTERM(htx_dr_child_pid);
}
#endif
htxd_send_message ("System into idle state", 0, HTX_SYS_INFO, HTX_SYS_FINAL_MSG);
while(1) {
#ifdef __HTXD_DR__
if( (htx_stats_pid == 0) && (htx_dr_child_pid == 0) ) {
break;
}
htx_stats_pid = htxd_get_htx_stats_pid();
htx_dr_child_pid = htxd_get_dr_child_pid();
sleep(1);
#else
if(htx_stats_pid == 0) {
break;
}
htx_stats_pid = htxd_get_htx_stats_pid();
sleep(1);
#endif
}
if (htxd_is_init_syscfg() == TRUE) {
return_code = detach_syscfg();
if(return_code != 0) {
sprintf(trace_string, "Internal error: failed to detach syscfg with error code <%d>", return_code);
HTXD_TRACE(LOG_ON, trace_string);
}
htxd_set_init_syscfg_flag(FALSE);
}
htxd_cleanup_system_shm();
return 0;
}
