public void Dispose_should_mark_endpoint_disposed()
{
var endpoint = new MonitorableEndpoint(new EndpointIdentity(Guid.Empty, "monitor", "address"), MonitorMock.Mock("monitor"));
Assert.False(endpoint.IsDisposed);
endpoint.Dispose();
Assert.True(endpoint.IsDisposed);
}
public void Dispose_should_mark_endpoint_disposed()
{
var endpoint = new MonitorableEndpoint(new EndpointIdentity(Guid.Empty, "monitor", "address"), MonitorMock.Mock("monitor"));
Assert.False(endpoint.IsDisposed);
endpoint.Dispose();
Assert.True(endpoint.IsDisposed);
}
private void SetupEndpointMonitorOnTimeLineToRunNTimes(MonitorableEndpoint endpoint, string eventName, int noOfHealthChecks, CancellationToken cancellationToken)
{
int repeats = 0;
_mockHealthMonitor.Setup(m => m.CheckHealthAsync(endpoint.Identity.Address, cancellationToken))
.Returns(() => _awaitableFactory.Execute(() =>
{
if (++repeats >= noOfHealthChecks)
{
endpoint.Dispose();
}
return(new HealthInfo(HealthStatus.Healthy));
})
.WithTimeline(eventName).RunAsync());
}
private void SetupEndpointMonitorOnTimeLineToRunNTimes(MonitorableEndpoint endpoint, string eventName, int noOfHealthChecks, CancellationToken cancellationToken)
{
int repeats = 0;
_mockHealthMonitor.Setup(m => m.CheckHealthAsync(endpoint.Identity.Address, cancellationToken))
.Returns(() => _awaitableFactory.Execute(() =>
{
if (++repeats >= noOfHealthChecks)
endpoint.Dispose();
return new HealthInfo(HealthStatus.Healthy);
})
.WithTimeline(eventName).RunAsync());
}