public CThread(int iterations, ThreadFunc func, object oParam, ITestOutputHelper output)
{
//Note: notice there are no "setters" on this class, so you can't reuse this class
//for other thread functions, you need one class per thread function. This is exaclty
//how the System.Thread class works, you can't reuse it, once the thread is complete, its done
//so all the state set is for that thread...
_rThread = new Thread(new ThreadStart(InternalThreadStart));
_threadfunc = func;
_nIterations = iterations;
_oParam = oParam;
_output = output;
}
public virtual void Add(int threads, int iterations, ThreadFunc func, object param)
{
for(int i=0; i<threads; i++)
Add(new TestThread(iterations, func, param));
}
public virtual void Add(int threads, ThreadFunc func, object param)
{
//Default to one iteration
Add(threads, 1, func, param);
}
public virtual void Add(ThreadFunc func, object param)
{
Add(1, func, param);
}
public TestThread(int iterations, ThreadFunc func, object param)
{
//Note: notice there are no "setters" on this class, so you can't reuse this class
//for other thread functions, you need one class per thread function. This is exaclty
//how the System.Thread class works, you can't reuse it, once the thread is complete, its done
//so all the state set is for that thread...
_thread = new Thread(new ThreadStart(InternalThreadStart));
_func = func;
_iterations = iterations;
_param = param;
}
//Constructor
public TestThread(ThreadFunc func, object param)
: this(1, func, param)
{
//Default to 1 iteration
}
//Constructor
public CThread(ThreadFunc func, object oParam, ITestOutputHelper output)
: this(1, func, oParam, output)
{
//Default to 1 iteration
}
public void Add(int cThreads, int iterations, ThreadFunc func, object oParam)
{
for (int i = 0; i < cThreads; i++)
Add(new CThread(iterations, func, oParam, _output));
}
public void Add(int cThreads, ThreadFunc func, object oParam)
{
//Default to one iteration
Add(cThreads, 1, func, oParam);
}
public void Add(ThreadFunc func, object oParam)
{
Add(1, func, oParam);
}
