public void CreateUnmanagedIntContext()
{
_unmanagedInt = new LockFreeValue <int>(0);
_unmanagedIntBarrier = new ManualResetEvent(false);
_unmanagedIntThreads = new List <Thread>();
PrepareThreads(NumThreads, _unmanagedIntBarrier, WithUnmanagedInt_Entry, _unmanagedIntThreads);
}
public void CreateAtomicValUnmanagedContext()
{
_atomicValUnmanaged = new LockFreeValue <Vector2>(new Vector2(-1f, -1f));
_atomicValUnmanagedBarrier = new ManualResetEvent(false);
_atomicValUnmanagedThreads = new List <Thread>();
BenchmarkUtils.PrepareThreads(NumThreads, _atomicValUnmanagedBarrier, WithAtomicValUnmanaged_Entry, _atomicValUnmanagedThreads);
}
public void CheckNoCustomEqualityForUnmanagedVals()
{
var initialVal = new DummyImmutableValAlphaOnlyEquatable(10, 20);
var atomic = new LockFreeValue <DummyImmutableValAlphaOnlyEquatable>(initialVal);
Assert.False(atomic.TryExchange(new DummyImmutableValAlphaOnlyEquatable(), new DummyImmutableValAlphaOnlyEquatable(initialVal.Alpha, initialVal.Bravo + 20)).ValueWasSet);
}
public void CreateAtomicValContext()
{
_atomicVal = new LockFreeValue <Vector2>(new Vector2(5f, 10f));
_atomicValBarrier = new ManualResetEvent(false);
_atomicValThreads = new List <Thread>();
_atomicValRemainingThreadCount = new LockFreeInt32(NumThreads);
BenchmarkUtils.PrepareThreads(NumThreads, _atomicValBarrier, WithAtomicVal_EntryA, _atomicValThreads);
BenchmarkUtils.PrepareThreads(NumThreads, _atomicValBarrier, WithAtomicVal_EntryB, _atomicValThreads);
}
