public void WithSingleValueReturns()
{
// These vars basically used to ensure the compiler doesn't optimise away the return values entirely
var longResultVar = 0L;
var intResultVar = 0;
var refResultVar = "";
var valResultVar = 0L;
for (var i = 0; i < NumIterations; ++i)
{
longResultVar += _fastAtomicInt64.FastIncrement();
longResultVar += _fastAtomicInt64.FastDecrement();
longResultVar += _fastAtomicInt64.FastExchange(i);
intResultVar += _fastAtomicInt32.FastIncrement();
intResultVar += _fastAtomicInt32.FastDecrement();
intResultVar += _fastAtomicInt32.FastTryExchange(i, i - 1) == i - 1 ? 1 : 0;
var newUser = new User(i, "Xenoprimate");
refResultVar = _fastAtomicRef.FastExchange(newUser).Name;
refResultVar = _fastAtomicRef.FastTryExchange(new User(i * 2, "Ben"), newUser).LoginID == newUser.LoginID ? refResultVar : String.Empty;
valResultVar += _fastAtomicVal8.FastExchange(new Val8(i)).A;
valResultVar += _fastAtomicVal16.FastTryExchange(new Val16(i + 1), new Val16(i)).A == i ? 0 : 1;
valResultVar += _fastAtomicVal32.FastExchange(new Val32(i)).A;
valResultVar += _fastAtomicVal64.FastTryExchange(new Val64(i + 1), new Val64(i)).A == i ? 0 : 1;
SimulateContention(ContentionLevel);
}
if (longResultVar != 1499996500003L || intResultVar != -728379967 || !refResultVar.Equals("Ben", StringComparison.Ordinal) || valResultVar != 999997000002L)
{
throw new ApplicationException("This will never happen; it's just here to force the compiler not to optimise away these vars. These results were measured before.");
}
}