public void TestSoftCacheValue()
{
bool wasStrong = CacheValue <object> .FutureInstancesWillBeStrong;
CacheValue <object> .SetStrength(CacheValueStrength.Soft);
assertFalse("setStrength(SOFT).futureInstancesWillBeStrong()",
CacheValue <object> .FutureInstancesWillBeStrong);
CacheValue <Object> sv = CacheValue <object> .GetInstance(this);
assertFalse("soft CacheValue not isNull()", sv.IsNull);
Object v = sv.Get();
assertTrue("soft CacheValue get()==same or null", v == this || v == null);
assertTrue("soft CacheValue reset==same", sv.ResetIfCleared(this) == this);
if (wasStrong)
{
CacheValue <object> .SetStrength(CacheValueStrength.Strong);
}
}
public void TestStrongCacheValue()
{
bool wasStrong = CacheValue <object> .FutureInstancesWillBeStrong;
CacheValue <object> .SetStrength(CacheValueStrength.Strong);
assertTrue("setStrength(STRONG).futureInstancesWillBeStrong()",
CacheValue <object> .FutureInstancesWillBeStrong);
CacheValue <Object> sv = CacheValue <Object> .GetInstance(this);
assertFalse("strong CacheValue not isNull()", sv.IsNull);
assertTrue("strong CacheValue get()==same", sv.Get() == this);
// A strong CacheValue never changes value.
// The implementation does not check that the new value is equal to the old one,
// or even of equal type, so it does not matter which new value we pass in.
assertTrue("strong CacheValue reset==same", sv.ResetIfCleared("") == this);
if (!wasStrong)
{
CacheValue <object> .SetStrength(CacheValueStrength.Soft);
}
}
