public async void should_retrieve_builds_for_all_available_devices()
{
var inputDevice = Substitute.For<IInputDevice>();
var connection = Substitute.For<ITeamCityConnection>();
connection.GetBuild(Arg.Any<string>()).ReturnsForAnyArgs("<builds />");
var outputDevice1 = Substitute.For<IOutputDevice>();
outputDevice1.IsAvailable.Returns(true);
var inputs1 = new[] { buildId1, buildId2 };
var outputDevice2 = Substitute.For<IOutputDevice>();
outputDevice2.IsAvailable.Returns(false);
var inputs2 = new[] { buildId3 };
var monitor = new TeamCityMonitor(inputDevice, d => connection);
monitor.AddBuilds(outputDevice1, inputs1);
monitor.AddBuilds(outputDevice2, inputs2);
await monitor.BeginMonitoring();
await Task.WhenAll(
connection.Received().GetBuild(buildId1),
connection.Received().GetBuild(buildId2),
connection.DidNotReceive().GetBuild(buildId3));
}
public async void should_not_retrieve_builds_if_output_device_unavailable()
{
var inputDevice = Substitute.For<IInputDevice>();
var connection = Substitute.For<ITeamCityConnection>();
connection.GetBuild(Arg.Any<string>()).ReturnsForAnyArgs("<builds />");
var outputDevice = Substitute.For<IOutputDevice>();
outputDevice.IsAvailable.Returns(false);
var inputs = new[] { buildId1 };
var monitor = new TeamCityMonitor(inputDevice, d => connection);
monitor.AddBuilds(outputDevice, inputs);
await monitor.BeginMonitoring();
await connection.DidNotReceiveWithAnyArgs().GetBuild(buildId1);
}