public void TestSimpleImportTransformInteger()
{
BitmaskTransform tx = new BitmaskTransform();
tx.ID = "EnableAccount3";
tx.Flag = 2;
tx.Operation = BitwiseOperation.Or;
this.re.config.Transforms.Add(tx);
this.ExecuteImportTest(
AttributeType.Integer,
AttributeType.Integer,
new List <Transform>()
{
tx
},
new List <object>()
{
514L
},
new List <object>()
{
512L
}
);
}
public void BitmaskPrimaryInputTestOr()
{
BitmaskTransform transform = new BitmaskTransform();
transform.Flag = 2;
transform.Operation = BitwiseOperation.Or;
this.ExecuteTestBitwiseTransformPrimaryInput(transform, 512, 514);
}
public void PerformanceTest()
{
BitmaskTransform transform = new BitmaskTransform();
transform.Flag = 2;
transform.Operation = BitwiseOperation.Or;
UnitTestControl.PerformanceTest(() =>
{
Assert.AreEqual(514L, transform.TransformValue(512).First());
}, 900000);
}
public void TestSerialization()
{
UniqueIDCache.ClearIdCache();
BitmaskTransform transformToSeralize = new BitmaskTransform();
transformToSeralize.ID = "test001";
transformToSeralize.Flag = 2;
transformToSeralize.Operation = BitwiseOperation.And;
UniqueIDCache.ClearIdCache();
BitmaskTransform deserializedTransform = (BitmaskTransform)UnitTestControl.XmlSerializeRoundTrip <Transform>(transformToSeralize);
Assert.AreEqual(transformToSeralize.ID, deserializedTransform.ID);
Assert.AreEqual(transformToSeralize.Flag, deserializedTransform.Flag);
Assert.AreEqual(transformToSeralize.Operation, deserializedTransform.Operation);
}
private void ExecuteTestBitwiseTransformPrimaryInput(BitmaskTransform transform, long sourceValue, long expectedValue)
{
long outValue = (long)transform.TransformValue(sourceValue).FirstOrDefault();
Assert.AreEqual(expectedValue, outValue);
}
public BitmaskTransformViewModel(BitmaskTransform model)
: base(model)
{
this.model = model;
}
