static void dispose_event(int fd){
eventTotal++;
if(fd == raw_sock){
retrieve_raw_sockets(fd);
}else{
struct receiver_msg_st * msg = msg_copyer_recv(fd);
if(NULL == msg ){
fprintf(stderr,"socket error:\n");
exit(1);
}
//it changes source port for this packet
(msg->tcp_header).source=remote_port;
//it is tricked as if from tested machine
#if (MULTI_THREADS)
putPacketToPool((const char*)msg,sizeof(receiver_msg_st));
#else
process((char*)msg);
#endif
}
if((eventTotal%1000000)==0)
{
//retrieve memory usage by this process
//if more than 0.5G,then suicide
int pid=getpid();
char path[512];
sprintf(path,"/proc/%d/status",pid);
checkMemoryUsage(path);
}
}
void MemMan::alloc(MemHandle *bsMem, uint32 pSize, uint16 pCond) {
_alloced += pSize;
bsMem->data = (void*)malloc(pSize);
if (!bsMem->data)
error("MemMan::alloc(): Can't alloc %d bytes of memory.", pSize);
bsMem->cond = pCond;
bsMem->size = pSize;
if (pCond == MEM_CAN_FREE) {
warning("%d Bytes alloced as FREEABLE.", pSize); // why should one want to alloc mem if it can be freed?
addToFreeList(bsMem);
} else if (bsMem->next || bsMem->prev) // it's in our _freeAble list, remove it from there
removeFromFreeList(bsMem);
checkMemoryUsage();
}
