public new static OrExpression Deserialize(Stream ms, Vehicle vec)
{
byte[] bytes = BitConverter.GetBytes(0);
ms.Read(bytes, 0, bytes.Length);
int num = BitConverter.ToInt32(bytes, 0);
OrExpression orExpression = new OrExpression();
for (int i = 0; i < num; i++)
{
orExpression.AddOperand(RuleExpression.Deserialize(ms, vec));
}
return(orExpression);
}
public static RuleExpression Deserialize(Stream ms, Vehicle vec)
{
EExpressionType type = (EExpressionType)((byte)ms.ReadByte());
switch (type)
{
case EExpressionType.COMP:
return(CompareExpression.Deserialize(ms, vec));
case EExpressionType.AND:
return(AndExpression.Deserialize(ms, vec));
case EExpressionType.OR:
return(OrExpression.Deserialize(ms, vec));
case EExpressionType.NOT:
return(NotExpression.Deserialize(ms, vec));
case EExpressionType.DATE:
return(DateExpression.Deserialize(ms, vec));
case EExpressionType.ISTUFE:
case EExpressionType.VALID_FROM:
case EExpressionType.VALID_TO:
case EExpressionType.COUNTRY:
case EExpressionType.ECUGROUP:
case EExpressionType.ECUVARIANT:
case EExpressionType.ECUCLIQUE:
case EExpressionType.EQUIPMENT:
case EExpressionType.SALAPA:
case EExpressionType.SIFA:
case EExpressionType.ECUREPRESENTATIVE:
case EExpressionType.ECUPROGRAMMINGVARIANT:
return(SingleAssignmentExpression.Deserialize(ms, type, vec));
case EExpressionType.CHARACTERISTIC:
return(CharacteristicExpression.Deserialize(ms, vec));
case EExpressionType.MANUFACTORINGDATE:
return(ManufactoringDateExpression.Deserialize(ms, vec));
case EExpressionType.ISTUFEX:
return(IStufeXExpression.Deserialize(ms, vec));
}
throw new Exception("Unknown Expression-Type");
}