int MeshTest::svc_i(void* arg) {
printf("Starting RPC test...\n");
RPCService* s = new RPCService();
UUIDPtr sid;
s->getSID(sid);
UUIDPtr iid;
ServiceParams* params = 0;
if (m_ft) {
FTServiceParamsPtr ftParams(new FTServiceParams(m_replicasNo, 0));
params = new ServiceParams(sid, ftParams);
} else {
params = new ServiceParams(sid);
}
ServiceParamsPtr paramsPtr(params);
try {
UUIDPtr deployUUIDD;
m_runtime->startService(sid, paramsPtr, iid, deployUUIDD);
ClientParamsPtr cp(new ClientParams(QoS::HRT, CPUQoS::MAX_RT_PRIO));
OverlayInterface* overlay = m_runtime->getOverlayInterface();
//overlay->getDiscovery()->executeQuery()
return 0;
} catch (ServiceException& se) {
printf("MeshTest:: failed to bootstrap rpc service\n");
return -1;
}
return -1;
}
void MeshTest::performFaultInPrimary(UUIDPtr& primaryUUID) {
RPCService s;
UUIDPtr sid;
s.getSID(sid);
UUIDPtr iid;
ServiceParams* params = 0;
params = new ServiceParams(sid);
//NO-FT
//ServiceParams* params = new ServiceParams(sid);
ServiceParamsPtr paramsPtr(params);
ServiceClient* c = 0;
RPCServiceClient* rpcClient = 0;
RPCRuntimeManagerObjectClient* rpcManagerObjectClient = 0;
try {
m_runtime->startService(sid, primaryUUID, paramsPtr, iid);
ClientParamsPtr cp(new ClientParams(QoS::HRT, CPUQoS::MAX_RT_PRIO));
c = m_runtime->getClient(sid, iid, cp);
rpcClient = static_cast<RPCServiceClient*> (c);
rpcManagerObjectClient = new RPCRuntimeManagerObjectClient(rpcClient);
rpcManagerObjectClient->hardFault();
} catch (ServiceException& se) {
printf("failed to inject fault\n");
}
if (rpcManagerObjectClient != 0) {
delete rpcManagerObjectClient;
}
}