int32_t
Tester::GetInterval()
{
Object::AttributeMap args;
MethodResponse result;
Object::Vector list;
sm->getObjects(list, "condortriggerservice");
if (0 < list.size())
{
cout << "Retrieving Interval" << endl;
Object& triggerService = *list.begin();
triggerService.invokeMethod("GetEvalInterval", args, result);
cout << "Result: code=" << result.code << " text=" << result.text << endl << endl;
}
return atoll(result.arguments.begin()->second->str().c_str());
}
void
Tester::RemoveTrigger(uint32_t id)
{
Object::AttributeMap args;
MethodResponse result;
Object::Vector list;
sm->getObjects(list, "condortriggerservice");
if (0 < list.size())
{
cout << "Removing Trigger ID: " << id << endl;
Object& triggerService = *list.begin();
args.addUint("TriggerID", id);
triggerService.invokeMethod("RemoveTrigger", args, result);
cout << "Result: code=" << result.code << " text=" << result.text << endl << endl;
}
}
void
Tester::ChangeTriggerText(uint32_t id, const char* text)
{
Object::AttributeMap args;
MethodResponse result;
Object::Vector list;
sm->getObjects(list, "condortriggerservice");
if (0 < list.size())
{
cout << "Changing Trigger Text to : " << text << endl;
Object& triggerService = *list.begin();
args.addUint("TriggerID", id);
args.addString("Text", std::string(text));
triggerService.invokeMethod("SetTriggerText", args, result);
cout << "Result: code=" << result.code << " text=" << result.text << endl << endl;
}
}
void
Tester::SetInterval(int32_t interval)
{
Object::AttributeMap args;
MethodResponse result;
Object::Vector list;
// Hack. Can safely be removed once qmf is fixed
sm->getObjects(list, "agent");
sm->getObjects(list, "condortriggerservice");
if (0 < list.size())
{
cout << "Setting Interval to " << interval << endl;
Object& triggerService = *list.begin();
args.addInt("Interval", interval);
triggerService.invokeMethod("SetEvalInterval", args, result);
cout << "Result: code=" << result.code << " text=" << result.text << endl << endl;
}
}
void
Tester::AddTrigger(const char* name, const char* query, const char* text)
{
Object::AttributeMap args;
MethodResponse result;
Object::Vector list;
cout << "AddTrigger called" << endl;
sm->getObjects(list, "condortriggerservice");
cout << "# of objects: " << list.size() << endl;
if (0 < list.size())
{
cout << "Adding Trigger: " << name << endl;
Object& triggerService = *list.begin();
args.addString("Name", std::string(name));
args.addString("Query", std::string(query));
args.addString("Text", std::string(text));
triggerService.invokeMethod("AddTrigger", args, result);
cout << "Result: code=" << result.code << " text=" << result.text << endl << endl;
}
}
list<string>
SimpleConsole::findAbsentNodes()
{
list<string> missing;
Object::Vector objs;
try {
sessionManager->getObjects(objs, "Node");
} catch(...) {
cout << "Failed to get roster of Nodes" << endl;
return missing;
}
cout << "Roster contains " << objs.size() << " nodes" << endl;
for (Object::Vector::const_iterator obj = objs.begin();
objs.end() != obj;
obj++) {
cout << " . " << obj->attrString("name") << endl;
missing.push_back(obj->attrString("name"));
}
try {
sessionManager->getObjects(objs, "master");
} catch(...) {
cout << "Failed to get list of present Nodes" << endl;
return missing;
}
cout << objs.size() << " nodes present" << endl;
for (Object::Vector::const_iterator obj = objs.begin();
objs.end() != obj;
obj++) {
missing.remove(obj->attrString("Name"));
}
cout << "Found " << missing.size() << " missing nodes" << endl;
return missing;
}
int run(int argc, char** argv)
{
//
// Tune the settings for this application: We will operate synchronously only, we don't
// wish to use the bandwidth needed to aysnchronously receive objects or events.
//
SessionManager::Settings sessionSettings;
sessionSettings.rcvObjects = false;
sessionSettings.rcvEvents = false;
sessionSettings.rcvHeartbeats = false;
SessionManager sm(this, sessionSettings);
//
// Connect to the brokers.
//
for (int idx = 1; idx < argc; idx++) {
qpid::client::ConnectionSettings connSettings;
connSettings.host = "localhost";
connSettings.port = atoi(argv[idx]);
Broker* broker = sm.addBroker(connSettings);
Mutex::ScopedLock l(lock);
brokerMap[broker] = false; // initially assume broker is disconnected
}
//
// Periodically poll the first connected broker.
//
while (!stopping) {
//
// Find an operational broker
//
Broker* operationalBroker = 0;
{
Mutex::ScopedLock l(lock);
for (map<Broker*, bool>::iterator iter = brokerMap.begin();
iter != brokerMap.end(); iter++) {
if (iter->second) {
operationalBroker = iter->first;
break;
}
}
}
if (operationalBroker != 0) {
Object::Vector list;
sm.getObjects(list, "queue", operationalBroker);
for (Object::Vector::iterator i = list.begin(); i != list.end(); i++) {
cout << "queue: " << i->attrString("name");
cout << " bindingCount=" << i->attrUint64("bindingCount") << endl;
}
} else {
cout << "No operational brokers" << endl;
}
qpid::sys::sleep(10);
if (stopping)
break;
}
{
//
// The following code structure uses the mutex to protect the broker map while
// ensuring that sm.delBroker is called without the mutex held (which leads to
// a deadlock).
//
Mutex::ScopedLock l(lock);
map<Broker*, bool>::iterator iter = brokerMap.begin();
while (iter != brokerMap.end()) {
Broker* broker = iter->first;
brokerMap.erase(iter);
{
Mutex::ScopedUnlock ul(lock);
sm.delBroker(broker);
}
iter = brokerMap.begin();
}
}
return 0;
}
int main_int(int argc, char** argv)
{
SessionManager* smgr;
Tester engine;
Object::Vector list;
Object::AttributeMap args;
// ClassKey ckey;
MethodResponse result;
std::string id;
const char* host = argc>1 ? argv[1] : "127.0.0.1";
int port = argc>2 ? atoi(argv[2]) : 5672;
uint32_t trigger_id;
int32_t interval;
time_t first_event, second_event;
engine.init(host, port);
smgr = engine.GetSessionManager();
smgr->getObjects(list, "agent");
smgr->getObjects(list, "condortrigger");
cout << "Currently installed triggers:" << endl;
for (Object::Vector::iterator iter = list.begin(); iter != list.end(); iter++)
{
cout << "Trigger ID: " << atoll(iter->getIndex().c_str()) << endl;
iter->invokeMethod("GetTriggerName", args, result);
cout << "Trigger Name: " << result.arguments.begin()->second->str() << endl;
iter->invokeMethod("GetTriggerQuery", args, result);
cout << "Trigger Query: " << result.arguments.begin()->second->str() << endl;
iter->invokeMethod("GetTriggerText", args, result);
cout << "Trigger Text: " << result.arguments.begin()->second->str() << endl << endl;
}
// Set the evaluation interval to 5 seconds
engine.SetInterval(5);
interval = engine.GetInterval();
if (interval != 5)
{
cout << "Error: Interval was not to 5 seconds" << endl;
}
// Add a trigger and verify an event is received
engine.AddTrigger("TestTrigger", "(SlotID == 1)", "$(Machine) has a slot 1");
while (false == engine.GetEventReceived())
{
sleep(1);
}
first_event = time(NULL);
engine.ResetEventReceived();
while (false == engine.GetEventReceived())
{
sleep(1);
}
second_event = time(NULL);
engine.ResetEventReceived();
if ((second_event - first_event) > 6)
{
cout << "Error: Trigger evaluations occurring greater than evey 5 seconds" << endl;
}
else
{
cout << "Trigger evaluations occurring every 5 seconds" << endl;
}
// Retrieve the ID of the trigger added
smgr->getObjects(list, "agent");
smgr->getObjects(list, "condortrigger");
for (Object::Vector::iterator iter = list.begin(); iter != list.end(); iter++)
{
iter->invokeMethod("GetTriggerName", args, result);
if (result.arguments.begin()->second->str() == "TestTrigger")
{
cout << "Getting trigger id" << endl;
trigger_id = atoll(iter->getIndex().c_str());
break;
}
}
// Change the trigger Name and verify an event is received
engine.ChangeTriggerName(trigger_id, "Changed Test Trigger");
while (false == engine.GetEventReceived())
{
sleep(1);
}
engine.ResetEventReceived();
// Change the trigger query and text and verify an event is received
engine.ChangeTriggerQuery(trigger_id, "(SlotID > 0)");
engine.ChangeTriggerText(trigger_id, "$(Machine) has a slot $(SlotID)");
while (false == engine.GetEventReceived())
{
sleep(1);
}
engine.ResetEventReceived();
// Remove the trigger
engine.RemoveTrigger(trigger_id);
return 0;
}