public TRuleTypeShouldConjunction AreAssignableTo(IEnumerable <string> patterns,
bool useRegularExpressions = false)
{
_ruleCreator.ContinueComplexCondition(
TypePredicatesDefinition <TReferenceType> .AreAssignableTo(patterns, useRegularExpressions));
return(Create <TRuleTypeShouldConjunction, TRuleType>(_ruleCreator));
}
public TGivenRuleTypeConjunction AreAssignableTo(IEnumerable <string> patterns,
bool useRegularExpressions = false)
{
_ruleCreator.AddPredicate(
TypePredicatesDefinition <TRuleType> .AreAssignableTo(patterns, useRegularExpressions));
return(Create <TGivenRuleTypeConjunction, TRuleType>(_ruleCreator));
}
public TGivenRuleTypeConjunction AreNotNested()
{
_ruleCreator.AddPredicate(TypePredicatesDefinition <TRuleType> .AreNotNested());
return(Create <TGivenRuleTypeConjunction, TRuleType>(_ruleCreator));
}
public TGivenRuleTypeConjunction DoNotHaveMemberWithName(string name)
{
_ruleCreator.AddPredicate(TypePredicatesDefinition <TRuleType> .DoNotHaveMemberWithName(name));
return(Create <TGivenRuleTypeConjunction, TRuleType>(_ruleCreator));
}
public TGivenRuleTypeConjunction DoNotResideInAssembly(Assembly assembly, params Assembly[] moreAssemblies)
{
_ruleCreator.AddPredicate(
TypePredicatesDefinition <TRuleType> .DoNotResideInAssembly(assembly, moreAssemblies));
return(Create <TGivenRuleTypeConjunction, TRuleType>(_ruleCreator));
}
public TGivenRuleTypeConjunction DoNotResideInAssembly(string pattern, bool useRegularExpressions = false)
{
_ruleCreator.AddPredicate(
TypePredicatesDefinition <TRuleType> .DoNotResideInAssembly(pattern, useRegularExpressions));
return(Create <TGivenRuleTypeConjunction, TRuleType>(_ruleCreator));
}
public TRuleTypeShouldConjunction DoNotResideInAssembly(Assembly assembly, params Assembly[] moreAssemblies)
{
_ruleCreator.ContinueComplexCondition(
TypePredicatesDefinition <TReferenceType> .DoNotResideInAssembly(assembly, moreAssemblies));
return(Create <TRuleTypeShouldConjunction, TRuleType>(_ruleCreator));
}
public TGivenRuleTypeConjunction ImplementInterface(string pattern, bool useRegularExpressions = false)
{
_ruleCreator.AddPredicate(
TypePredicatesDefinition <TRuleType> .ImplementInterface(pattern, useRegularExpressions));
return(Create <TGivenRuleTypeConjunction, TRuleType>(_ruleCreator));
}
public TRuleTypeShouldConjunction ImplementInterface(string pattern, bool useRegularExpressions = false)
{
_ruleCreator.ContinueComplexCondition(
TypePredicatesDefinition <TReferenceType> .ImplementInterface(pattern, useRegularExpressions));
return(Create <TRuleTypeShouldConjunction, TRuleType>(_ruleCreator));
}
public TRuleTypeShouldConjunction AreAssignableTo(IEnumerable <Type> types)
{
_ruleCreator.ContinueComplexCondition(TypePredicatesDefinition <TReferenceType> .AreAssignableTo(types));
return(Create <TRuleTypeShouldConjunction, TRuleType>(_ruleCreator));
}
public TRuleTypeShouldConjunction AreAssignableTo(Type firstType, params Type[] moreTypes)
{
_ruleCreator.ContinueComplexCondition(
TypePredicatesDefinition <TReferenceType> .AreAssignableTo(firstType, moreTypes));
return(Create <TRuleTypeShouldConjunction, TRuleType>(_ruleCreator));
}
public TRuleTypeShouldConjunction AreNotNested()
{
_ruleCreator.ContinueComplexCondition(TypePredicatesDefinition <TReferenceType> .AreNotNested());
return(Create <TRuleTypeShouldConjunction, TRuleType>(_ruleCreator));
}
public TRuleTypeShouldConjunction DoNotHaveMemberWithName(string name)
{
_ruleCreator.ContinueComplexCondition(
TypePredicatesDefinition <TReferenceType> .DoNotHaveMethodMemberWithName(name));
return(Create <TRuleTypeShouldConjunction, TRuleType>(_ruleCreator));
}
public TGivenRuleTypeConjunction AreAssignableTo(Type firstType, params Type[] moreTypes)
{
_ruleCreator.AddPredicate(TypePredicatesDefinition <TRuleType> .AreAssignableTo(firstType, moreTypes));
return(Create <TGivenRuleTypeConjunction, TRuleType>(_ruleCreator));
}
public TRuleTypeShouldConjunction ImplementInterface(Type intf)
{
_ruleCreator.ContinueComplexCondition(
TypePredicatesDefinition <TReferenceType> .ImplementInterface(intf));
return(Create <TRuleTypeShouldConjunction, TRuleType>(_ruleCreator));
}
public TGivenRuleTypeConjunction AreAssignableTo(IEnumerable <Type> types)
{
_ruleCreator.AddPredicate(TypePredicatesDefinition <TRuleType> .AreAssignableTo(types));
return(Create <TGivenRuleTypeConjunction, TRuleType>(_ruleCreator));
}
public TGivenRuleTypeConjunction AreNotAssignableTo(IObjectProvider <IType> types)
{
_ruleCreator.AddPredicate(TypePredicatesDefinition <TRuleType> .AreNotAssignableTo(types));
return(Create <TGivenRuleTypeConjunction, TRuleType>(_ruleCreator));
}
public TGivenRuleTypeConjunction ImplementInterface(Type intf)
{
_ruleCreator.AddPredicate(
TypePredicatesDefinition <TRuleType> .ImplementInterface(intf));
return(Create <TGivenRuleTypeConjunction, TRuleType>(_ruleCreator));
}
public TRuleTypeShouldConjunction DoNotResideInAssembly(string pattern, bool useRegularExpressions = false)
{
_ruleCreator.ContinueComplexCondition(
TypePredicatesDefinition <TReferenceType> .DoNotResideInAssembly(pattern, useRegularExpressions));
return(Create <TRuleTypeShouldConjunction, TRuleType>(_ruleCreator));
}