/// <summary>Setter for policy map used to create a classifier. Either this property
/// or the exception classifier directly should be set, but not both.</summary>
/// <param name="policyMap">A map of Exception type to <see cref="IRetryPolicy"/> that will be used to create a <see cref="IClassifier{C,T}"/> to locate a policy.</param>
public void SetPolicyMap(IDictionary <Type, IRetryPolicy> policyMap)
{
var subclassClassifier = new SubclassClassifier <Exception, IRetryPolicy>(policyMap, new NeverRetryPolicy());
this.ExceptionClassifier = subclassClassifier;
}
/// <summary>Setter for policy map used to create a classifier. Either this property
/// or the exception classifier directly should be set, but not both.</summary>
/// <param name="policyMap">A map of Exception type to <see cref="IRetryPolicy"/> that will be used to create a <see cref="IClassifier{C,T}"/> to locate a policy.</param>
public void SetPolicyMap(IDictionary<Type, IRetryPolicy> policyMap)
{
var subclassClassifier = new SubclassClassifier<Exception, IRetryPolicy>(policyMap, new NeverRetryPolicy());
this.ExceptionClassifier = subclassClassifier;
}
public void TestClassifyNullNonDefault()
{
classifier = new SubclassClassifier<Exception, string>("foo");
Assert.AreEqual("foo", classifier.Classify(null));
}
public void Setup()
{
this.classifier = new SubclassClassifier<Exception, string>();
}
public void TestClassifyNullNonDefault()
{
classifier = new SubclassClassifier <Exception, string>("foo");
Assert.AreEqual("foo", classifier.Classify(null));
}
public void Setup()
{
this.classifier = new SubclassClassifier <Exception, string>();
}
