public void TestBinaryDeserialize()
{
BinarySerial serializer = new BinarySerial();
BinaryModel model = serializer.DeserializeBinaryData();
Assert.AreEqual(model.Commmand, serializer.GetModel().Commmand);
}
public void TestBinarySerialize()
{
BinarySerial serializer = new BinarySerial();
serializer.SerializeBinaryData();
Assert.IsTrue(File.Exists(serializer.GetOutputPath()));
}
protected override bool OnTest()
{
Logger.Log("Running BinarySerializable Test...");
BinarySerial bin1 = new(10);
// Try saving text1 to file. `ToFile<T>` is a convenience method that opens a
// file stream and calls `SaveToStream` on the object.
if (!BinarySerializable.ToFile(bin1, BinarySerialPath, true))
{
return(Logger.LogReturn("Failed! Unable to serialize to file.", false));
}
// Try loading previously saved object from file. `FromFile<T>` is a convenience
// method that opens a file stream and calls `LoadFromStream` on the object.
BinarySerial bin2 = BinarySerializable.FromFile <BinarySerial>(BinarySerialPath);
if (bin2 == null)
{
return(Logger.LogReturn("Failed! Unable to deserialize from file.", false));
}
// Comparing saved and loaded data.
if (bin1.NumberData != bin2.NumberData ||
!bin1.TextData.Equals(bin2.TextData))
{
return(Logger.LogReturn("Failed! Deserialized object contains different values.", false));
}
bin1.Dispose();
bin2.Dispose();
try
{
File.Delete(BinarySerialPath);
}
catch
{
Logger.Log($"Failed! Unable to delete { BinarySerialPath }.", LogType.Warning);
}
return(Logger.LogReturn("BinarySerializable test succeeded!", true));
}
