public virtual bool Verify(DeserializeStatus status, TCalculatorResultType receivedValue, TCalculatorResultType computedValue)
{
bool success = receivedValue.Equals(computedValue);
if (!success)
{
AddFailedMessage(status, receivedValue, computedValue);
}
return(success);
}
public override bool Verify(DeserializeStatus status, byte[] receivedValue, byte[] computedValue)
{
bool returnValue;
if (receivedValue == null && computedValue == null)
{
returnValue = true;
}
else if (receivedValue == null || computedValue == null)
{
returnValue = false;
}
else
{
returnValue = receivedValue.SequenceEqual(computedValue);
}
if (!returnValue)
{
AddFailedMessage(status, receivedValue, computedValue);
}
return(returnValue);
}
public override byte[] Deserialize(byte[] bytes, ref int currentArrayIndex, int length, ref DeserializeStatus status)
{
byte[] deserializedValue = ArrayOps.GetSubArray(bytes, currentArrayIndex, length);
currentArrayIndex += length;
return(deserializedValue);
}
public override TListType DeserializeList <TListType>(byte[] bytes, ref int currentArrayIndex, int length, ref DeserializeStatus status)
{
// If the list type is just a byte array we only need to do the regular byte array
if (typeof(TListType) == typeof(byte[]))
{
return((TListType)(object)Deserialize(bytes, ref currentArrayIndex, length, ref status));
}
return(base.DeserializeList <TListType>(bytes, ref currentArrayIndex, length, ref status));
}
public override string Deserialize(byte[] bytes, ref int currentArrayIndex, int length, ref DeserializeStatus status)
{
// TODO: In SerializerClassGeneration need to figure out the fieldLengthExpression
if (length == -1)
{
length = GetLength();
}
string returnValue = GetStringFromByteArray(bytes, currentArrayIndex, length);
currentArrayIndex += length;
return(returnValue);
}
public virtual TListType DeserializeList <TListType>(byte[] bytes, ref int currentArrayIndex, int length, ref DeserializeStatus status)
where TListType : IList, IEnumerable <T>, new()
{
TListType returnList = new TListType();
for (int endIndexSomeList = (currentArrayIndex + length); (currentArrayIndex < endIndexSomeList);)
{
// Note that we don't really have any idea of the length to pass into deserialize for the individual elements
// so they have to be able to figure it out for themselves
T element = Deserialize(bytes, ref currentArrayIndex, -1, ref status);
returnList.Add(element);
}
return(returnList);
}
public abstract T Deserialize(byte[] bytes, ref int currentArrayIndex, int length, ref DeserializeStatus status);
public override TEnumType Deserialize(byte[] bytes, ref int currentArrayIndex, int length, ref DeserializeStatus status)
{
if (length == -1)
{
length = GetLength();
}
TEnumType returnValue = ArrayOps.GetEnum <TEnumType>(bytes, currentArrayIndex, length, _propertyInfo.MessagePropertyAttribute.Endianness);
currentArrayIndex += length;
return(returnValue);
}
public override TNumericType Deserialize(byte[] bytes, ref int currentArrayIndex, int length, ref DeserializeStatus status)
{
if (length == -1)
{
length = GetLength();
}
TNumericType returnValue = (TNumericType)Convert.ChangeType(GetValueFromBcdArray(bytes, currentArrayIndex, length), typeof(TNumericType));
currentArrayIndex += length;
return(returnValue);
}
public override DateTime Deserialize(byte[] bytes, ref int currentArrayIndex, int length, ref DeserializeStatus status)
{
// TODO: Should the length parameter be checked against GetOutputLength?
int outputLength = GetOutputLength();
DateTime returnValue = DateTime.ParseExact(ArrayOps.GetHexStringFromArray(bytes, currentArrayIndex, outputLength), _propertyInfo.MessagePropertyAttribute.Format, null);
currentArrayIndex += outputLength;
return(returnValue);
}
protected virtual void AddFailedMessage(DeserializeStatus status, TCalculatorResultType receivedValue, TCalculatorResultType computedValue)
{
status.Messages.Add($"Verify failed on calculated field {_calculatedFieldInfo.CalculatorResultPropertyInfo.PropertyInfo.Name} of type {_name} using calculator {GetType().Name} with received value {ToString(receivedValue)} and computed value {ToString(computedValue)}");
}
public virtual bool Verify(DeserializeStatus status, TCalculatorResultType receivedValue, params byte[][] arrays)
{
TCalculatorResultType computedValue = Calculate(arrays);
return(Verify(status, receivedValue, computedValue));
}
public abstract object Deserialize(byte[] bytes, ref int currentArrayIndex, DeserializeStatus status);
// Called by the generated class when verifying a calculated field
protected virtual TListType DeserializeList <TListType, TResultType>(TypeSerializerBase <TResultType> serializer, byte[] bytes, ref int currentArrayIndex, int length, DeserializeStatus status, params List <byte[]>[] arrays)
where TListType : IList, IEnumerable <TResultType>, new()
{
int startArrayIndex = currentArrayIndex;
TListType result = serializer.DeserializeList <TListType>(bytes, ref currentArrayIndex, length, ref status);
int endArrayIndex = currentArrayIndex;
byte[] array = ArrayOps.GetSubArray(bytes, startArrayIndex, endArrayIndex - startArrayIndex);
foreach (List <byte[]> currentArray in arrays)
{
currentArray.Add(array);
}
return(result);
}