public void ComplexFilter()
{
var uniquePhrase = "Test_For_Uniqueness";
var exceptionFiltered = false;
var exceptionCollection = new List <Exception> {
new Exception("exception One"), new Exception(uniquePhrase)
};
var exception = new ComplexException("Message", false, exceptionCollection);
var thrower = new ExceptionThrower(exception);
try
{
thrower.Throw();
}
catch (ComplexException caught) when(!caught.NestedExceptions.Any())
{
Assert.Fail("Should not get to this part.");
}
catch (ComplexException caught) when(caught.NestedExceptions.Any(nested => nested.Message.Contains(uniquePhrase)))
{
exceptionFiltered = true;
}
Assert.IsTrue(exceptionFiltered);
}
public void BasicFilter()
{
var exceptionFiltered = false;
var exception = new ComplexException("message", true);
var thrower = new ExceptionThrower(exception);
try
{
thrower.Throw();
}
catch (ComplexException caught) when (caught.CriticalError)
{
exceptionFiltered = true;
}
Assert.IsTrue(exceptionFiltered);
}
public void BasicFilter()
{
var exceptionFiltered = false;
var exception = new ComplexException("message", true);
var thrower = new ExceptionThrower(exception);
try
{
thrower.Throw();
}
catch (ComplexException caught) when(caught.CriticalError)
{
exceptionFiltered = true;
}
Assert.IsTrue(exceptionFiltered);
}
public void ComplexFilter()
{
var uniquePhrase = "Test_For_Uniqueness";
var exceptionFiltered = false;
var exceptionCollection = new List<Exception> { new Exception ("exception One"), new Exception(uniquePhrase) };
var exception = new ComplexException("Message", false, exceptionCollection);
var thrower = new ExceptionThrower(exception);
try
{
thrower.Throw();
}
catch (ComplexException caught) when (!caught.NestedExceptions.Any())
{
Assert.Fail("Should not get to this part.");
}
catch (ComplexException caught) when (caught.NestedExceptions.Any(nested => nested.Message.Contains(uniquePhrase)))
{
exceptionFiltered = true;
}
Assert.IsTrue(exceptionFiltered);
}