EStatus StationDump(const Station* pThis)
{
DUMP_PRINT("Station: [id=%d]", (int)pThis->id);
DUMP_PRINT("Outbox:");
CHECK(ListEnumerate(pThis->pOutbox, (ItemEnumerator)&StationDumpPacketEntry, NULL));
DUMP_INSTANCE(Routing, pThis->pRouting);
DUMP_INSTANCE(Scheduler, pThis->pScheduler);
return eSTATUS_COMMON_OK;
}
_enResult CMemMgr::Dump(FILE* pf)
{
CMemNode* pclMemNode;
CMemNodeMap::iterator mi;
uint32 u32TotalSize = 0;
AUTO_MUTEX(m_thisMutexId);
for(mi = m_clMemNodeMap.begin(); mi != m_clMemNodeMap.end(); mi++)
{
pclMemNode = (*mi).second;
DUMP_PRINT(pf, "CMemMgr::Dump MemPtr %p, Type %s, Size %d, Alloc at %s %d\r\n",
pclMemNode->pMemPointer, pclMemNode->strType.c_str(), pclMemNode->u32Size, pclMemNode->pchFileName, pclMemNode->u32LineNum);
u32TotalSize += pclMemNode->u32Size;
}
DUMP_PRINT(pf, "Total allocated memory size is %d byets!\r\n", u32TotalSize);
return SUCC;
}
Boolean StationDumpPacketEntry(PacketEntry* pEntry, void* pArg)
{
DUMP_PRINT("PacketEntry: [retriesCount=%d, nextRetryTime=%f]", pEntry->retriesCount, pEntry->nextRetryTime);
DUMP_INSTANCE(Packet, pEntry->pPacket);
return TRUE;
}
