public EvaluationResult([CanBeNull] ICanBeAnalyzed obj, bool passed, string description,
ICanBeEvaluated archRule, Architecture architecture)
{
EvaluatedObject = obj;
Passed = passed;
Description = description;
ArchRule = archRule;
Architecture = architecture;
}
public static IPredicate <T> AreNot(ICanBeAnalyzed firstObject, params ICanBeAnalyzed[] moreObjects)
{
var objects = new List <ICanBeAnalyzed> {
firstObject
}.Concat(moreObjects).OfType <T>();
var description = moreObjects.Aggregate("are not \"" + firstObject.FullName + "\"",
(current, obj) => current + " or \"" + obj.FullName + "\"");
return(new EnumerablePredicate <T>(e => e.Except(objects), description));
}
public TRuleTypeShouldConjunction AreNot(ICanBeAnalyzed firstObject, params ICanBeAnalyzed[] moreObjects)
{
_ruleCreator.ContinueComplexCondition(
ObjectPredicatesDefinition <TReferenceType> .AreNot(firstObject, moreObjects));
return(Create <TRuleTypeShouldConjunction, TRuleType>(_ruleCreator));
}
public ConditionResult(ICanBeAnalyzed analyzedObject, bool pass, string failDescription = null)
{
Pass = pass;
AnalyzedObject = analyzedObject;
FailDescription = pass ? null : failDescription;
}
public TGivenRuleTypeConjunction AreNot(ICanBeAnalyzed firstObject, params ICanBeAnalyzed[] moreObjects)
{
_ruleCreator.AddPredicate(ObjectPredicatesDefinition <TRuleType> .AreNot(firstObject, moreObjects));
return(Create <TGivenRuleTypeConjunction, TRuleType>(_ruleCreator));
}
public TRuleTypeShouldConjunction Be(ICanBeAnalyzed firstObject, params ICanBeAnalyzed[] moreObjects)
{
_ruleCreator.AddCondition(ObjectConditionsDefinition <TRuleType> .Be(firstObject, moreObjects));
return(Create <TRuleTypeShouldConjunction, TRuleType>(_ruleCreator));
}
