void QosProcessorThreaded::testCheckNonOkRules()
{
ruleDB_t *new_rules = NULL;
try
{
log->log(ch, "starting testCheckNonOkRules");
const string ruleFile = DEF_SYSCONFDIR "/example_rules2.xml";
new_rules = rulem->parseRules(ruleFile);
log->log(ch, "numRules %d", (int) new_rules->size() );
log->log(ch, "after loading the rules");
Event * evt = new checkRulesQoSProcessorEvent(*new_rules);
qosProcessorPtr->addEvent(evt);
// sleep waiting to execute the check method.
unsigned int microseconds = 1000000;
usleep(microseconds);
eventVec_t e;
qosProcessorPtr->handleFDEvent(&e, NULL, NULL, NULL);
// We just have to have 1 new event.
CPPUNIT_ASSERT( e.size() == 1 );
ruleDBIter_t it;
for (it = new_rules->begin(); it != new_rules->end(); ++it)
{
Rule *rule = *it;
log->log(ch, "Rule %s.%s - Status:%d", rule->getSetName().c_str(), rule->getRuleName().c_str(), (int) rule->getState());
CPPUNIT_ASSERT( rule->getState() == RS_ERROR );
}
// Release the memory created.
for (it = new_rules->begin(); it != new_rules->end(); ++it)
{
Rule *rule = *it;
saveDelete(rule);
}
saveDelete(new_rules);
log->log(ch, "ending testCheckNonOkRules");
}
catch (Error &e)
{
cout << "Error:" << e.getError() << endl;
}
}
void QosProcessor_Test::testCheckNonOkRules()
{
ruleDB_t *new_rules = NULL;
try
{
log->log(ch, "starting testCheckNonOkRules");
const string ruleFile = DEF_SYSCONFDIR "/example_rules2.xml";
new_rules = rulem->parseRules(ruleFile);
log->log(ch, "numRules %d", (int) new_rules->size() );
qosProcessorPtr->checkRules(new_rules, evnt);
ruleDBIter_t it;
for (it = new_rules->begin(); it != new_rules->end(); ++it)
{
Rule *rule = *it;
log->log(ch, "Rule %s.%s - Status:%d", rule->getSetName().c_str(), rule->getRuleName().c_str(), (int) rule->getState());
CPPUNIT_ASSERT( rule->getState() == RS_ERROR );
}
// Release the memory created.
for (it = new_rules->begin(); it != new_rules->end(); ++it)
{
Rule *rule = *it;
saveDelete(rule);
}
saveDelete(new_rules);
log->log(ch, "ending testCheckNonOkRules");
}
catch (Error &e)
{
cout << "Error:" << e.getError() << endl;
}
}
void Undo::saveDeletes(const QValueList<KAEvent> &events)
{
int count = events.count();
if(count == 1)
saveDelete(events.first());
else if(count > 1)
{
new UndoDeletes(UNDO, events);
for(QValueList<KAEvent>::ConstIterator it = events.begin(); it != events.end(); ++it)
removeRedos((*it).id()); // remove any redos which are made invalid by these deletions
emitChanged();
}
}
void QosProcessorThreaded::testAddDeleteRules()
{
ruleDB_t *new_rules = NULL;
unsigned int microseconds = 1000000;
Event * evt = NULL;
eventVec_t eVec;
try
{
log->log(ch, "starting testAddDeleteRules");
const string ruleFile = DEF_SYSCONFDIR "/example_rules1.xml";
new_rules = rulem->parseRules(ruleFile);
qosProcessorPtr->checkRules(new_rules, evnt);
ruleDBIter_t it;
for (it = new_rules->begin(); it != new_rules->end(); ++it)
{
Rule *rule = *it;
log->log(ch, "Rule %s.%s - Status:%d", rule->getSetName().c_str(), rule->getRuleName().c_str(), (int) rule->getState());
}
log->log(ch, "after loading the rules");
evt = new addRulesQoSProcesorEvent(*new_rules);
qosProcessorPtr->addEvent(evt);
// sleep waiting to execute the check method.
usleep(microseconds);
qosProcessorPtr->handleFDEvent(&eVec, NULL, NULL, NULL);
// We just have to have 1 new event.
// One of the events corresponds to the answer, the other three correspond to activate events.
CPPUNIT_ASSERT( eVec.size() == 4 );
for (it = new_rules->begin(); it != new_rules->end(); ++it)
{
Rule *rule = *it;
log->log(ch, "Rule %s.%s - Status:%d", rule->getSetName().c_str(), rule->getRuleName().c_str(), (int) rule->getState());
CPPUNIT_ASSERT( rule->getState() == RS_ACTIVE );
}
log->log(ch, "after loading the rules");
evt = new delRulesQoSProcesorEvent(*new_rules);
qosProcessorPtr->addEvent(evt);
// sleep waiting to execute the check method.
usleep(microseconds);
qosProcessorPtr->handleFDEvent(&eVec, NULL, NULL, NULL);
// We just have to have 1 new event.
CPPUNIT_ASSERT( eVec.size() == 5);
for (it = new_rules->begin(); it != new_rules->end(); ++it)
{
Rule *rule = *it;
log->log(ch, "Rule %s.%s - Status:%d", rule->getSetName().c_str(), rule->getRuleName().c_str(), (int) rule->getState());
CPPUNIT_ASSERT( rule->getState() == RS_DONE );
}
// Release the memory created.
for (it = new_rules->begin(); it != new_rules->end(); ++it)
{
Rule *rule = *it;
saveDelete(rule);
}
saveDelete(new_rules);
log->log(ch, "ending testAddDeleteRules");
}
catch (Error &e)
{
cout << "Error:" << e.getError() << endl;
}
}
