public ThreadModelAttribute(ThreadModel model)
{
ThreadModel value = model & ~ThreadModel.AllowEveryCaller;
if ((value < ThreadModel.MainThread) || (value > ThreadModel.Concurrent))
{
throw new ArgumentException(model.ToString() + " is not a valid ThreadModel value.");
}
Model = model & (ThreadModel)0x0007;
AllowsEveryCaller = (model & ThreadModel.AllowEveryCaller) != 0;
}
private ThreadModelAttribute BasicCheck (ThreadModel model, bool every)
{
string name = model.ToString ();
ThreadModelAttribute tma = new ThreadModelAttribute (model);
Assert.AreEqual (model & ~ThreadModel.AllowEveryCaller, tma.Model, name);
Assert.AreEqual (every, tma.AllowsEveryCaller, name + ".AllowsEveryCaller");
Assert.AreEqual (every, tma.ToString ().Contains ("AllowEveryCaller"), "ToString()");
int code = tma.GetHashCode ();
tma.AllowsEveryCaller = !tma.AllowsEveryCaller;
Assert.AreNotEqual (code, tma.GetHashCode (), name + "!HashCode");
tma.AllowsEveryCaller = !tma.AllowsEveryCaller;
return tma;
}
private ThreadModelAttribute BasicCheck(ThreadModel model, bool every)
{
string name = model.ToString();
ThreadModelAttribute tma = new ThreadModelAttribute(model);
Assert.AreEqual(model & ~ThreadModel.AllowEveryCaller, tma.Model, name);
Assert.AreEqual(every, tma.AllowsEveryCaller, name + ".AllowsEveryCaller");
Assert.AreEqual(every, tma.ToString().Contains("AllowEveryCaller"), "ToString()");
int code = tma.GetHashCode();
tma.AllowsEveryCaller = !tma.AllowsEveryCaller;
Assert.AreNotEqual(code, tma.GetHashCode(), name + "!HashCode");
tma.AllowsEveryCaller = !tma.AllowsEveryCaller;
return(tma);
}
