void RealtimeModel::InsertPacket(PacketInfoEx *pi)
{
// One day is 86400 seconds, each second 4 bytes, which sums up to be 337.5KB.
// 10 processed with tx/rx rate: 6.75MB
// Insert a RtModelItem if PUID not Exist
Lock();
if( _items.count(pi->puid) == 0 )
{
_items[pi->puid] = RtModelItem();
}
Unlock();
// Fill Vectors
Fill();
// Add the Packet's Size to Vectors
Lock();
RtModelItem &item = _items[pi->puid];
RtModelItem &itemAll = _items[PROCESS_ALL];
if( pi->dir == DIR_UP )
{
item.rate_tx_1s.back() += pi->size;
item.rate_tx_10s.back() += pi->size;
item.rate_tx_60s.back() += pi->size;
itemAll.rate_tx_1s.back() += pi->size;
itemAll.rate_tx_10s.back() += pi->size;
itemAll.rate_tx_60s.back() += pi->size;
}
else if( pi->dir == DIR_DOWN )
{
item.rate_rx_1s.back() += pi->size;
item.rate_rx_10s.back() += pi->size;
item.rate_rx_60s.back() += pi->size;
itemAll.rate_rx_1s.back() += pi->size;
itemAll.rate_rx_10s.back() += pi->size;
itemAll.rate_rx_60s.back() += pi->size;
}
Unlock();
}
void RealtimeModel::InsertPacket(PacketInfoEx *pi)
{
// Each process uses about 4k * 6 * 4B = 96 KB memoory
// 100 processes use about 9.6 MB
// Insert a RtModelItem if PUID not Exist
Lock();
if (_items.count(pi->puid) == 0 )
{
_items[pi->puid] = RtModelItem();
}
Unlock();
// Fill Vectors
Fill();
// Add the Packet's Size to Vectors
Lock();
RtModelItem &item = _items[pi->puid];
RtModelItem &itemAll = _items[PROCESS_ALL];
if (pi->dir == DIR_UP )
{
item.rate_tx_1s.back() += pi->size;
item.rate_tx_10s.back() += pi->size;
item.rate_tx_60s.back() += pi->size;
itemAll.rate_tx_1s.back() += pi->size;
itemAll.rate_tx_10s.back() += pi->size;
itemAll.rate_tx_60s.back() += pi->size;
}
else if (pi->dir == DIR_DOWN )
{
item.rate_rx_1s.back() += pi->size;
item.rate_rx_10s.back() += pi->size;
item.rate_rx_60s.back() += pi->size;
itemAll.rate_rx_1s.back() += pi->size;
itemAll.rate_rx_10s.back() += pi->size;
itemAll.rate_rx_60s.back() += pi->size;
}
Unlock();
}
RealtimeModel::RealtimeModel()
{
_startTime = (int)time(0);
_items[PROCESS_ALL] = RtModelItem();
}
