public ClosedCircuitBreakerStateTests()
{
_switch = Substitute.For <ICircuitBreakerSwitch>();
var invoker = Substitute.For <ICircuitBreakerInvoker>();
_sut = new ClosedCircuitBreakerState(_switch, invoker, MaxFailures, _timeout);
}
public Type()
{
State = new ClosedCircuitBreakerState(
Substitute.For<CircuitBreakerSwitch>(),
Substitute.For<CircuitBreakerInvoker>(TaskScheduler.Default),
2,
TimeSpan.FromMilliseconds(10)
);
}
public ClosedCircuitBreakerStateTests()
{
_switch = Substitute.For<ICircuitBreakerSwitch>();
_invoker = Substitute.For<ICircuitBreakerInvoker>();
_sut = new ClosedCircuitBreakerState(_switch, _invoker, MaxFailures, Timeout);
}
public ExecutionFailed()
{
State = new ClosedCircuitBreakerState(
_breakerSwitch,
Substitute.For<CircuitBreakerInvoker>(TaskScheduler.Default),
2,
TimeSpan.FromMilliseconds(10)
);
}
public void ProxiesCallToTheInvoker()
{
var breakerSwitch = Substitute.For<CircuitBreakerSwitch>();
var invoker = Substitute.For<CircuitBreakerInvoker>(TaskScheduler.Default);
var timeout = TimeSpan.FromMilliseconds(10);
using (var state = new ClosedCircuitBreakerState(breakerSwitch, invoker, 1, timeout))
{
state.Invoke(() => "whatever");
invoker.Received().Invoke(state, Arg.Any<Func<string>>(), timeout);
}
}
