public void VerifyNewBreakersInheritExistingState()
{
var aThread = new Thread(DoThreadWork); // trip a breaker in a new thread
var randoBreaker = new Breaker(typeof(SomeRandomClass)); // setup a new breaker, for a breaker that previously tripped
Assert.IsTrue(randoBreaker.IsOpen); // verify the new breaker is open, even though it hasn't tripped
// TODO: This is a behavior test for synchronous order, thread probably doesn't matter here...
}
public void TestFixtureSetUp()
{
// wire-up an Action delegate, this is designed to throw exceptions...
this.aFailingAction = this.DoException;
// wire-up a circuit breaker
this.sbBreaker = new Breaker(typeof(StringBuilder));
// verify core functionality before running other tests
this.VerifyClosedAndOpenBehavior();
}
static void Main(string[] args)
{
var testData = new List<Test>();
testData.Add(new Test { Id = 1, Desc = "Fu" });
testData.Add(new Test { Id = 2, Desc = "bar" });
var breaker = new Breaker(typeof(StringBuilder));
Action someAction;
someAction = someMethod;
breaker.ExecuteAction(someAction);
}
public AbstractCommand(ICircuit circuit)
{
Circuit = circuit;
Breaker = new Breaker(Circuit);
}
public void VerifyNewBreakerObservesStateChangesFromOtherClients()
{
var randoBreaker = new Breaker(typeof(SomeRandomClass)); // setup a new breaker
var aThread = new Thread(DoThreadWork); // trip a breaker tracking the same type in a different thread
Assert.IsTrue(randoBreaker.IsOpen); // verify the breaker is open, even though a client in another thread tripped it
}
private void DoThreadWork()
{
var randoBreaker = new Breaker(typeof(SomeRandomClass)); // setup a new breaker
Assert.IsTrue(randoBreaker.IsClosed, "This random breaker is open and should be closed!");
try
{
randoBreaker.ExecuteAction(this.DoException);
}
catch (CircuitBreakerOpenException)
{
// nom;
}
}
