//! Reads the list of enabled sensors from Eucalyptus configuration
//! files and ensures that only those are enabled on the system.
int update_sensors_list()
{
int ret = EUCA_OK;
char **names = NULL;
char *tmpstr = configFileValue(SENSOR_LIST_CONF_PARAM_NAME);
if (tmpstr == NULL) {
LOGDEBUG("%s parameter is missing from config file\n", SENSOR_LIST_CONF_PARAM_NAME);
} else {
names = from_var_to_char_list(tmpstr);
EUCA_FREE(tmpstr);
}
char **sensors = { NULL }; // if no config value or an empty list
if (names != NULL) {
sensors = names;
}
ret = conf_stats((const char **)sensors);
if (names) {
for (int i=0; names[i]; i++) {
EUCA_FREE(names[i]);
}
EUCA_FREE(names);
}
return ret;
}
//! Do a full init and execution run. Tests end-to-end
static int test_stats_run(const char *config_file_path) {
print_header(__func__);
char *(*check_call)() = testing_service_check_call;
char *(*state_call)() = testing_service_state_call;
const char *test_home = getenv(EUCALYPTUS_ENV_VAR_NAME);
//Init the config file stuff
LOGDEBUG("Setting up config files and values for init test\n");
char configFiles[1][EUCA_MAX_PATH];
bzero(configFiles[0], EUCA_MAX_PATH);
euca_strncpy(configFiles[0], config_file_path, EUCA_MAX_PATH);
configInitValues(configEntryKeysRestart, configEntryKeysNoRestart);
readConfigFile(configFiles, 1);
LOGDEBUG("Getting sensor list to validate config works\n");
char *test_value = configFileValue(SENSOR_LIST_CONF_PARAM_NAME);
if(!test_value) {
LOGERROR("Config setup didn't work. Null value found\n");
return EUCA_ERROR;
} else {
LOGINFO("Config file has enabled stats: %s\n", test_value);
}
LOGDEBUG("Done with config file checks\n");
flush_sensor_registry(); //just to be sure from other tests
initialize_message_sensor("testservice", 60, 60, test_get_msg_stats, test_set_msg_stats);
initialize_service_state_sensor("testservice", 60, 60, state_call, check_call);
if(init_stats(test_home, "testservice", test_lock, test_unlock) != EUCA_OK) {
LOGERROR("Error initialing stats\n");
flush_sensor_registry();
return EUCA_ERROR;
}
LOGINFO("Setting some message stats and doing an internal run\n");
//populate some stats for the message stats
update_message_stats(test_msg_stats, "fakemessage", 500, 0);
update_message_stats(test_msg_stats, "fakemessageDescribe", 250, 0);
update_message_stats(test_msg_stats, "fakemessageRun", 200, 0);
int ret = internal_sensor_pass(TRUE);
flush_sensor_registry();
return ret;
}
QString sandboxPath( SandboxPath pathType )
{
switch( pathType )
{
case SP_EXE:
{
QString tmp = QCoreApplication::applicationFilePath();
return tmp;
}
case SP_APP:
{
return QCoreApplication::applicationDirPath()+QString("/");
}
case SP_MEDIA:
{
QVariant mediaRelPath = configFileValue("config","mediaPath","media");
QString mediaDir = sandboxPath(SP_APP) + mediaRelPath.toString() + "/";
/* 最後に本当にそのディレクトリがあるかをチェック */
QDir dir(mediaDir);
if( !dir.exists( mediaDir ) )
{
//nlPrintf( "media directory is not found\n" );
return "";
}
return mediaDir;
}
case SP_MESH:
return sandboxPath(SP_MEDIA)+QString("mesh/");
case SP_SHADER:
return sandboxPath(SP_MEDIA)+QString("shader/");
case SP_RENDERTARGET:
return sandboxPath(SP_MEDIA)+QString("rendertarget/");
case SP_PATH:
return sandboxPath(SP_MEDIA)+QString("path/");
case SP_MUSIC:
return sandboxPath(SP_MEDIA)+QString("music/");
case SP_SCENE:
return sandboxPath(SP_MEDIA)+QString("scene/");
case SP_TMP:
return sandboxPath(SP_APP)+QString("/tmp/");
}
return "";
}
//! A single sensor pass. Runs each sensor and emits the result using
//! the configured emitter.
//!
int internal_sensor_pass(int return_on_fail) {
LOGTRACE("Executing internal sensor pass\n");
json_object *result;
int i = 0;
int is_enabled = FALSE;
int ret = EUCA_OK;
//Get the sensor list from the config
char **names = NULL;
char *tmpstr = configFileValue(SENSOR_LIST_CONF_PARAM_NAME);
if (tmpstr == NULL) {
LOGDEBUG("%s parameter is missing from config file\n", SENSOR_LIST_CONF_PARAM_NAME);
} else {
names = from_var_to_char_list(tmpstr);
EUCA_FREE(tmpstr);
}
char **sensors = { NULL }; // if no config value or an empty list
if (names != NULL) {
sensors = names;
}
//Enter the execution loop
if(get_lock_fn != NULL) {
get_lock_fn();
} else {
LOGERROR("Cannot run internal sensor pass because no lock provided to protect data.\n");
//Free up the sensor listing
if (names) {
for (int i=0; names[i]; i++) {
EUCA_FREE(names[i]);
}
EUCA_FREE(names);
}
return EUCA_ERROR;
}
LOGTRACE("Running %d sensors\n", sensor_registry.sensor_count);
for(i = 0; i < sensor_registry.sensor_count; i++) {
LOGTRACE("Checking sensor %s is enabled\n", sensor_registry.sensors[i]->sensor_name);
is_enabled = get_new_config_status(sensor_registry.sensors[i]->config_name, (const char**)sensors);
if(is_enabled && sensor_registry.sensors[i]->sensor_function != NULL) {
result = sensor_registry.sensors[i]->sensor_function();
if(result == NULL) {
LOGERROR("Error encountered getting internal sensor output from sensor %s\n", sensor_registry.sensors[i]->sensor_name);
ret = EUCA_ERROR;
} else {
LOGTRACE("Offering event for emitter: %s\n", json_object_to_json_string(result));
if(emitter_offer_event(result) != EUCA_OK) {
LOGERROR("Error emitting event from internal sensor %s\n", sensor_registry.sensors[i]->sensor_name);
ret = EUCA_ERROR;
} else {
LOGTRACE("Event offered to emitter successfully\n");
}
}
} else {
LOGTRACE("Sensor %s not enabled, skipping execution\n", sensor_registry.sensors[i]->sensor_name);
}
//Update the state of the sensor as needed.
if(sensor_registry.sensors[i]->state_toggle_callback != NULL) {
//Must be idempotent
LOGTRACE("Calling toggle callback on sensor %s with enabled=%d\n", sensor_registry.sensors[i]->sensor_name, is_enabled);
sensor_registry.sensors[i]->state_toggle_callback(is_enabled);
}
if(return_on_fail && ret != EUCA_OK) {
goto cleanup;
}
}
cleanup:
if(release_lock_fn != NULL) {
release_lock_fn();
LOGTRACE("Released lock for stats during sensor pass\n");
} else {
LOGERROR("No lock release function found, this could result in deadlock or leaks. Continuing to exit sensor pass function\n");
}
//Free up the sensor listing
if (names) {
for (int i=0; names[i]; i++) {
EUCA_FREE(names[i]);
}
EUCA_FREE(names);
}
return ret;
}