public override bool Evaluate(Vehicle vec, IFFMDynamicResolver ffmResolver, ValidationRuleInternalResults internalResult)
{
bool flag = false;
internalResult.RuleExpression = this;
foreach (RuleExpression ruleExpression in this.operands)
{
flag |= RuleExpression.Evaluate(vec, ruleExpression, ffmResolver, internalResult);
}
return(flag);
}
public static bool Evaluate(Vehicle vec, RuleExpression exp, IFFMDynamicResolver ffmResolver, ValidationRuleInternalResults internalResult = null)
{
if (internalResult == null)
{
internalResult = new ValidationRuleInternalResults();
}
if (exp is AndExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is OrExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is CharacteristicExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is DateExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is EcuCliqueExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is NotExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is SaLaPaExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is CountryExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is IStufeExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is IStufeXExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is EquipmentExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is ValidFromExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is ValidToExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is SiFaExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is EcuRepresentativeExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is ManufactoringDateExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is EcuVariantExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
if (exp is EcuProgrammingVariantExpression)
{
return(exp.Evaluate(vec, ffmResolver, internalResult));
}
return(false);
}