NSW_TrigRawDataContainerCnv Node1 NSW_TrigRawDataContainerCnv + NSW_TrigRawDataContainerCnv() + ~NSW_TrigRawDataContainerCnv() + createPersistent() + createTransient() Node2 NSW_TrigRawDataContainer CnvBase # createPersistent() # createPersistentWithKey() # createTransient() # createTransientWithKey() Node2->Node1 Node3 T_AthenaPoolCustomCnvWith Key< TRANS, PERS > + T_AthenaPoolCustomCnvWithKey() # createPersistentWithKey() # createTransientWithKey() # poolReadObject() # poolReadObject() # keepPoolObj() # transToPers() # persToTrans() # DataObjectToPers() # DataObjectToPool() # PoolToDataObject() # cleanUp() Node3->Node2 Node4 T_AthenaPoolCustCnv < TRANS, PERS > + classID() # T_AthenaPoolCustCnv() # initialize() # setPlacementForP() # DataObjectToPers() # DataObjectToPool() # PoolToDataObject() # objectToPool() # poolToObject() # transToPers() # persToTrans() # compareClassGuid() # setToken() Node4->Node3 Node31 std::map< std::string, std::vector< std::unique _ptr< RpcSectorLogicContainer _p1 > > > Node31->Node3 #m_persObjLists Node22 std::mutex Node22->Node3 #m_pListMutex Node34 Muon::NSW_TrigRawDataContainer Cnv_p1 + createTransient() + persToTrans() + transToPers() Node34->Node1 -m_TPConverter_p1 Node35 T_AthenaPoolTPCnvBase < NSW_TrigRawDataContainer, NSW_TrigRawDataContainer_p1 > + TPConverterBase() + ~TPConverterBase() + virt_toPersistent() + virt_toPersistentWithKey() + pstoreToTrans() Node35->Node34 Node36 TPPolyCnvBase< TRANS, TRANS, PERS > + TPPolyCnvBase() + ~TPPolyCnvBase() + createTransient() + createTransientWithKey() + virt_createTransFromPStore() + virt_createTransFromPStore WithKey() Node36->Node35 Node48 Muon::NSW_TrigRawDataSegment Cnv_p1 + createTransient() + persToTrans() + transToPers() Node48->Node34 -m_segmentCnv_p1