/// <summary>
/// Creates an instance of the equivalency assertions options based on defaults previously configured by the caller.
/// </summary>
protected SelfReferenceEquivalencyAssertionOptions(IEquivalencyAssertionOptions defaults)
{
allowInfiniteRecursion = defaults.AllowInfiniteRecursion;
isRecursive = defaults.IsRecursive;
cyclicReferenceHandling = defaults.CyclicReferenceHandling;
allowInfiniteRecursion = defaults.AllowInfiniteRecursion;
enumEquivalencyHandling = defaults.EnumEquivalencyHandling;
useRuntimeTyping = defaults.UseRuntimeTyping;
includeProperties = defaults.IncludeProperties;
includeFields = defaults.IncludeFields;
selectionRules.AddRange(defaults.SelectionRules);
userEquivalencySteps.AddRange(defaults.UserEquivalencySteps);
matchingRules.AddRange(defaults.MatchingRules);
orderingRules = new OrderingRuleCollection(defaults.OrderingRules);
RemoveSelectionRule <AllPublicPropertiesSelectionRule>();
RemoveSelectionRule <AllPublicFieldsSelectionRule>();
}
/// <summary>
/// Creates an instance of the equivalency assertions options based on defaults previously configured by the caller.
/// </summary>
protected SelfReferenceEquivalencyAssertionOptions(IEquivalencyAssertionOptions defaults)
{
isRecursive = defaults.IsRecursive;
cyclicReferenceHandling = defaults.CyclicReferenceHandling;
allowInfiniteRecursion = defaults.AllowInfiniteRecursion;
enumEquivalencyHandling = defaults.EnumEquivalencyHandling;
useRuntimeTyping = defaults.UseRuntimeTyping;
includeProperties = defaults.IncludeProperties;
includeFields = defaults.IncludeFields;
selectionRules.AddRange(defaults.SelectionRules);
userEquivalencySteps.AddRange(defaults.UserEquivalencySteps);
matchingRules.AddRange(defaults.MatchingRules);
orderingRules = new OrderingRuleCollection(defaults.OrderingRules);
ConversionSelector = defaults.ConversionSelector.Clone();
getDefaultEqualityStrategy = defaults.GetEqualityStrategy;
TraceWriter = defaults.TraceWriter;
RemoveSelectionRule <AllPublicPropertiesSelectionRule>();
RemoveSelectionRule <AllPublicFieldsSelectionRule>();
}
/// <summary>
/// Creates an instance of the equivalency assertions options based on defaults previously configured by the caller.
/// </summary>
protected EquivalencyAssertionOptionsBase(IEquivalencyAssertionOptions defaults)
{
allowInfiniteRecursion = defaults.AllowInfiniteRecursion;
isRecursive = defaults.IsRecursive;
cyclicReferenceHandling = defaults.CyclicReferenceHandling;
allowInfiniteRecursion = defaults.AllowInfiniteRecursion;
enumEquivalencyHandling = defaults.EnumEquivalencyHandling;
useRuntimeTyping = defaults.UseRuntimeTyping;
includeProperties = defaults.IncludeProperties;
includeFields = defaults.IncludeFields;
selectionRules.AddRange(defaults.SelectionRules.Where(IsNotStandardSelectionRule));
if (IncludesIncludingSelectionRule(defaults.SelectionRules))
{
mustAddSelectionRules = false;
}
userEquivalencySteps.AddRange(defaults.UserEquivalencySteps);
matchingRules.AddRange(defaults.MatchingRules);
orderingRules = new OrderingRuleCollection(defaults.OrderingRules);
}
/// <summary>
/// Causes to compare Enum members using their underlying value only.
/// </summary>
/// <remarks>
/// This is the default.
/// </remarks>
public TSelf ComparingEnumsByValue()
{
enumEquivalencyHandling = EnumEquivalencyHandling.ByValue;
return((TSelf)this);
}
