private void ParseGarbage(string line, int trackOn)
{
if (trackOn == -1)
{
if (line.Trim() != "")
{
Garbage.Add(line);
}
}
else
{
m_Tracks[trackOn].AddGarbage(line);
}
}
public static void Collect()
{
if (Garbage.clothesline != null)
{
return; // there's only one GC, which never ends
}
Garbage.clothesline = Garbage.myOwnHook; // can't use static initializer cause of ordering issues
hook previous = myOwnHook;
for (hook current = myOwnHook; ProgramStillRunning || myOwnHook.next != myOwnHook; previous = current, current = current.next)
{
if (previous == myOwnHook || current == myOwnHook)
{ // never operate on the myownhook--myownhook.next border, because that's where new items are added async-ly
cycle++;
continue;
}
if (current.destroyMe != null)
{
// call the dying object's destructor. If it doesn't want to be destroyed, (and it's young), skip it for now.
if (!current.destroyMe.apoptosis())
{
if (cycle - current.age < 20)
{
continue;
}
}
// loop through all ref values held by the class and move them to the clothesline
foreach (var property in current.destroyMe.allRefProperties())
{
Garbage.Add(current.destroyMe.ValueOfProperty(property));
//current.destroyMe.property = null;
}
// now remove this class from its hook
memory.dealloc(current.destroyMe);
current.destroyMe = null;
}
// now that the object is gone, remove its hook from the clothesline
lock (semaphore)
previous.next = current.next;
current.next = null;
// and destroy the hook itself
memory.dealloc(current);
// Set Current back to something on the clothesline.
current = previous;
}
}