public static void RunTest()
{
// Allocate the objects.
s_lifeTimeManager = new ObjectLifeTimeManager();
LifeTimeStrategy ltStrategy;
int threadMediumLifeTime = s_mediumLifeTime;
int threadShortLifeTime = s_shortLifeTime;
int threadMediumDataSize = s_mediumDataSize;
int threadShortDataSize = s_shortDataSize;
int threadMediumDataCount = s_mediumDataCount;
int threadShortDataCount = s_shortDataCount;
float threadPercentPinned = s_percentPinned;
float threadPercentWeak = s_percentWeak;
bool threadRunFinalizer = s_runFinalizer;
string threadStrategy = s_strategy;
string threadObjectGraph = s_objectGraph;
if (threadObjectGraph.ToLower() == "tree")
{
s_lifeTimeManager.SetObjectContainer(new BinaryTreeObjectContainer <LifeTime>());
}
else
{
s_lifeTimeManager.SetObjectContainer(new ArrayObjectContainer <LifeTime>());
}
s_lifeTimeManager.Init(threadShortDataCount + threadMediumDataCount);
if (threadStrategy.ToLower() == "random")
{
ltStrategy = new RandomLifeTimeStrategy(threadMediumLifeTime, threadShortLifeTime, threadMediumDataCount, threadShortDataCount);
}
else
{
// may be we need to specify the elapsed time.
ltStrategy = new TimeBasedLifeTimeStrategy();
}
s_lifeTimeManager.LifeTimeStrategy = ltStrategy;
s_lifeTimeManager.objectDied += new ObjectDiedEventHandler(objectDied);
for (int i = 0; i < threadShortDataCount + threadMediumDataCount; ++i)
{
bool pinned = false;
if (threadPercentPinned != 0)
{
pinned = (i % ((int)(1 / threadPercentPinned)) == 0);
}
bool weak = false;
if (threadPercentWeak != 0)
{
weak = (i % ((int)(1 / threadPercentWeak)) == 0);
}
ObjectWrapper oWrapper = new ObjectWrapper(threadRunFinalizer, pinned, weak);
if (i < threadShortDataCount)
{
oWrapper.DataSize = threadShortDataSize;
oWrapper.LifeTime = LifeTimeENUM.Short;
}
else
{
oWrapper.DataSize = threadMediumDataSize;
oWrapper.LifeTime = LifeTimeENUM.Medium;
}
s_lifeTimeManager.AddObject(oWrapper, i);
}
lock (s_objLock)
{
Console.WriteLine("Thread {0} Running With Configuration: ", System.Threading.Thread.CurrentThread.ManagedThreadId);
Console.WriteLine("==============================");
Console.WriteLine("[Thread] Medium Lifetime " + threadMediumLifeTime);
Console.WriteLine("[Thread] Short Lifetime " + threadShortLifeTime);
Console.WriteLine("[Thread] Medium Data Size " + threadMediumDataSize);
Console.WriteLine("[Thread] Short Data Size " + threadShortDataSize);
Console.WriteLine("[Thread] Medium Data Count " + threadMediumDataCount);
Console.WriteLine("[Thread] Short Data Count " + threadShortDataCount);
Console.WriteLine("[Thread] % Pinned " + threadPercentPinned);
Console.WriteLine("[Thread] % Weak " + threadPercentWeak);
Console.WriteLine("[Thread] RunFinalizers " + threadRunFinalizer);
Console.WriteLine("[Thread] Strategy " + threadStrategy);
Console.WriteLine("[Thread] Object Graph " + threadObjectGraph);
Console.WriteLine("==============================");
}
for (int i = 0; i < s_countIters; ++i)
{
// Run the test.
s_lifeTimeManager.Run();
if (s_outputFrequency > 0)
{
lock (s_objLock)
{
s_currentIterations++;
if (s_currentIterations % s_outputFrequency == 0)
{
Console.WriteLine("Iterations = {0}", s_currentIterations);
Console.WriteLine("AllocatedMemory = {0} bytes", GC.GetTotalMemory(false));
//get the number of collections and the elapsed time for this group of iterations
int[] collectionCount = new int[3];
for (int j = 0; j < 3; j++)
{
collectionCount[j] = GC.CollectionCount(j);
}
int[] newCollections = new int[3];
for (int j = 0; j < 3; j++)
{
newCollections[j] = collectionCount[j] - s_currentCollections[j];
}
//update the running count of collections
for (int j = 0; j < 3; j++)
{
s_currentCollections[j] = collectionCount[j];
}
Console.WriteLine("Gen 0 Collections = {0}", newCollections[0]);
Console.WriteLine("Gen 1 Collections = {0}", newCollections[1]);
Console.WriteLine("Gen 2 Collections = {0}", newCollections[2]);
s_stopWatch.Stop();
Console.Write("Elapsed time: ");
System.TimeSpan tSpan = s_stopWatch.Elapsed;
if (tSpan.Days > 0)
{
Console.Write("{0} days, ", tSpan.Days);
}
if (tSpan.Hours > 0)
{
Console.Write("{0} hours, ", tSpan.Hours);
}
if (tSpan.Minutes > 0)
{
Console.Write("{0} minutes, ", tSpan.Minutes);
}
Console.Write("{0} seconds, ", tSpan.Seconds);
Console.Write("{0} milliseconds", tSpan.Milliseconds);
s_totalTime += tSpan;
s_stopWatch.Reset();
s_stopWatch.Start();
Console.Write(" (Total time: ");
if (s_totalTime.Days > 0)
{
Console.Write("{0} days, ", s_totalTime.Days);
}
if (s_totalTime.Hours > 0)
{
Console.Write("{0} hours, ", s_totalTime.Hours);
}
if (s_totalTime.Minutes > 0)
{
Console.Write("{0} minutes, ", s_totalTime.Minutes);
}
Console.Write("{0} seconds, ", s_totalTime.Seconds);
Console.WriteLine("{0} milliseconds)", s_totalTime.Milliseconds);
Console.WriteLine("----------------------------------");
}
}
}
}
}
public static void RunTest(object threadInfoObj)
{
// Allocate the objects.
lifeTimeManager = new ObjectLifeTimeManager();
LifeTimeStrategy ltStrategy;
int threadMediumLifeTime = mediumLifeTime;
int threadShortLifeTime = shortLifeTime;
int threadMediumDataSize = mediumDataSize;
int threadShortDataSize = shortDataSize;
int threadMediumDataCount = mediumDataCount;
int threadShortDataCount = shortDataCount;
float threadPercentPinned = percentPinned;
float threadPercentWeak = percentWeak;
bool threadRunFinalizer = runFinalizer;
string threadStrategy = strategy;
string threadObjectGraph = objectGraph;
if (threadObjectGraph.ToLower() == "tree")
{
lifeTimeManager.SetObjectContainer(new BinaryTreeObjectContainer<LifeTime>());
}
else
{
lifeTimeManager.SetObjectContainer(new ArrayObjectContainer<LifeTime>());
}
lifeTimeManager.Init(threadShortDataCount + threadMediumDataCount);
if (threadStrategy.ToLower()=="random")
{
ltStrategy = new RandomLifeTimeStrategy(threadMediumLifeTime, threadShortLifeTime, threadMediumDataCount, threadShortDataCount);
}
else
{
// may be we need to specify the elapsed time.
ltStrategy = new TimeBasedLifeTimeStrategy();
}
lifeTimeManager.LifeTimeStrategy = ltStrategy;
lifeTimeManager.objectDied += new ObjectDiedEventHandler(objectDied);
for (int i=0; i < threadShortDataCount + threadMediumDataCount; ++i)
{
bool pinned = false;
if (threadPercentPinned!=0)
{
pinned = (i % ((int)(1/threadPercentPinned))==0);
}
bool weak = false;
if (threadPercentWeak!=0)
{
weak = (i % ((int)(1/threadPercentWeak))==0);
}
ObjectWrapper oWrapper = new ObjectWrapper(threadRunFinalizer, pinned, weak);
if (i < threadShortDataCount)
{
oWrapper.DataSize = threadShortDataSize;
oWrapper.LifeTime = LifeTimeENUM.Short;
}
else
{
oWrapper.DataSize = threadMediumDataSize;
oWrapper.LifeTime = LifeTimeENUM.Medium;
}
lifeTimeManager.AddObject(oWrapper, i);
}
for (int i = 0; i < countIters; ++i)
{
// Run the test.
lifeTimeManager.Run();
}
}
public static void RunTest(object threadInfoObj)
{
// Allocate the objects.
lifeTimeManager = new ObjectLifeTimeManager();
LifeTimeStrategy ltStrategy;
int threadMediumLifeTime = mediumLifeTime;
int threadShortLifeTime = shortLifeTime;
int threadMediumDataSize = mediumDataSize;
int threadShortDataSize = shortDataSize;
int threadMediumDataCount = mediumDataCount;
int threadShortDataCount = shortDataCount;
float threadPercentPinned = percentPinned;
float threadPercentWeak = percentWeak;
bool threadRunFinalizer = runFinalizer;
string threadStrategy = strategy;
string threadObjectGraph = objectGraph;
if (threadObjectGraph.ToLower() == "tree")
{
lifeTimeManager.SetObjectContainer(new BinaryTreeObjectContainer <LifeTime>());
}
else
{
lifeTimeManager.SetObjectContainer(new ArrayObjectContainer <LifeTime>());
}
lifeTimeManager.Init(threadShortDataCount + threadMediumDataCount);
if (threadStrategy.ToLower() == "random")
{
ltStrategy = new RandomLifeTimeStrategy(threadMediumLifeTime, threadShortLifeTime, threadMediumDataCount, threadShortDataCount);
}
else
{
// may be we need to specify the elapsed time.
ltStrategy = new TimeBasedLifeTimeStrategy();
}
lifeTimeManager.LifeTimeStrategy = ltStrategy;
lifeTimeManager.objectDied += new ObjectDiedEventHandler(objectDied);
for (int i = 0; i < threadShortDataCount + threadMediumDataCount; ++i)
{
bool pinned = false;
if (threadPercentPinned != 0)
{
pinned = (i % ((int)(1 / threadPercentPinned)) == 0);
}
bool weak = false;
if (threadPercentWeak != 0)
{
weak = (i % ((int)(1 / threadPercentWeak)) == 0);
}
ObjectWrapper oWrapper = new ObjectWrapper(threadRunFinalizer, pinned, weak);
if (i < threadShortDataCount)
{
oWrapper.DataSize = threadShortDataSize;
oWrapper.LifeTime = LifeTimeENUM.Short;
}
else
{
oWrapper.DataSize = threadMediumDataSize;
oWrapper.LifeTime = LifeTimeENUM.Medium;
}
lifeTimeManager.AddObject(oWrapper, i);
}
for (int i = 0; i < countIters; ++i)
{
// Run the test.
lifeTimeManager.Run();
}
}