void insert_(ulong ts, UDT u)
{
SNode n = u.m_pSNode;
// do not insert repeated node
if (n.m_iHeapLoc >= 0)
{
return;
}
m_iLastEntry++;
m_pHeap[m_iLastEntry] = n;
n.m_llTimeStamp = ts;
int q = m_iLastEntry;
int p = q;
while (p != 0)
{
p = (q - 1) >> 1;
if (m_pHeap[p].m_llTimeStamp > m_pHeap[q].m_llTimeStamp)
{
SNode t = m_pHeap[p];
m_pHeap[p] = m_pHeap[q];
m_pHeap[q] = t;
t.m_iHeapLoc = q;
q = p;
}
else
{
break;
}
}
n.m_iHeapLoc = q;
// an earlier event has been inserted, wake up sending worker
if (n.m_iHeapLoc == 0)
{
m_pTimer.interrupt();
}
// first entry, activate the sending queue
if (0 == m_iLastEntry)
{
m_pWindowCond.Set();
}
}
void remove_(UDT u)
{
SNode n = u.m_pSNode;
if (n.m_iHeapLoc >= 0)
{
// remove the node from heap
m_pHeap[n.m_iHeapLoc] = m_pHeap[m_iLastEntry];
m_iLastEntry--;
m_pHeap[n.m_iHeapLoc].m_iHeapLoc = n.m_iHeapLoc;
int q = n.m_iHeapLoc;
int p = q * 2 + 1;
while (p <= m_iLastEntry)
{
if ((p + 1 <= m_iLastEntry) && (m_pHeap[p].m_llTimeStamp > m_pHeap[p + 1].m_llTimeStamp))
{
p++;
}
if (m_pHeap[q].m_llTimeStamp > m_pHeap[p].m_llTimeStamp)
{
SNode t = m_pHeap[p];
m_pHeap[p] = m_pHeap[q];
m_pHeap[p].m_iHeapLoc = p;
m_pHeap[q] = t;
m_pHeap[q].m_iHeapLoc = q;
q = p;
p = q * 2 + 1;
}
else
{
break;
}
}
n.m_iHeapLoc = -1;
}
// the only event has been deleted, wake up immediately
if (0 == m_iLastEntry)
{
m_pTimer.interrupt();
}
}
