private List <ClrThread> CreateThreadList()
{
IThreadStoreData threadStore = GetThreadStoreData();
ulong finalizer = ulong.MaxValue - 1;
if (threadStore != null)
{
finalizer = threadStore.Finalizer;
}
List <ClrThread> threads = new List <ClrThread>();
ulong addr = GetFirstThread();
IThreadData thread = GetThread(addr);
// Ensure we don't hit an infinite loop
HashSet <ulong> seen = new HashSet <ulong> {
addr
};
while (thread != null)
{
threads.Add(new DesktopThread(this, thread, addr, addr == finalizer));
addr = thread.Next;
if (seen.Contains(addr) || addr == 0)
{
break;
}
seen.Add(addr);
thread = GetThread(addr);
}
return(threads);
}
private void InitThreads()
{
if (_threads == null)
{
IThreadStoreData threadStore = GetThreadStoreData();
ulong finalizer = ulong.MaxValue - 1;
if (threadStore != null)
{
finalizer = threadStore.Finalizer;
}
List <ClrThread> threads = new List <ClrThread>();
// Give a max number of threads to walk to ensure no infinite loops due to data
// inconsistency.
int max = 4098;
ulong addr = GetFirstThread();
IThreadData thread = GetThread(addr);
while (max-- > 0 && thread != null)
{
threads.Add(new DesktopThread(this, thread, addr, addr == finalizer));
addr = thread.Next;
thread = GetThread(addr);
}
_threads = threads;
}
}
internal override ulong GetFirstThread()
{
IThreadStoreData tsData = GetThreadStoreData();
if (tsData == null)
{
return(0);
}
return(tsData.FirstThread);
}
private void InitThreads()
{
IThreadStoreData tsData = GetThreadStoreData();
List <ClrThread> threads = new List <ClrThread>(tsData.Count);
ulong addr = tsData.FirstThread;
IThreadData thread = GetThread(tsData.FirstThread);
for (int i = 0; thread != null; i++)
{
threads.Add(new NativeThread(this, thread, addr, tsData.Finalizer == addr));
addr = thread.Next;
thread = GetThread(addr);
}
_threads = threads.ToArray();
}
internal override ulong GetFirstThread()
{
IThreadStoreData threadStore = GetThreadStoreData();
return(threadStore != null ? threadStore.FirstThread : 0);
}
