public async void WorkerClient_Builds_On_Request()
{
//arrange
BuildResultDto actualResult = null; //hold actual result
var buildRequest = new BuildRequestDto
{
SessionId = arrangement.SessionId,
RunOnSuccess = false,
SourceCode = MockSourceCodeRepository.Get_Working_SimpleOutput_Code()
};
//act
arrangement.WorkerService.StartListening();
arrangement.WorkerService.WorkerConnected += (TcpClient workerClient, string sessionId) => {
arrangement.WorkerService.SendWorkerMessage(workerClient, MessageType.ServerBuildRequest, buildRequest);
};
arrangement.WorkerService.WorkerCompletedBuild += delegate(TcpClient workerClient, BuildResultDto message) {
arrangement.Worker?.Stop();
arrangement.WorkerService?.StopListening();
actualResult = message;
};
await arrangement.Worker.Start(arrangement.ServiceHostName, arrangement.ServicePort, arrangement.SessionId);
//assert
Assert.True(actualResult.IsSuccess);
}
public async void WorkerClient_Build_Fails_When_Ambiguous_EntryPoint()
{
//arrange
BuildResultDto actualResult = null; //hold actual result
var buildRequest = new BuildRequestDto
{
SessionId = arrangement.SessionId,
RunOnSuccess = true,
SourceCode = MockSourceCodeRepository.Get_AmbiguousMain_Code()
};
//act
arrangement.WorkerService.StartListening();
arrangement.WorkerService.WorkerConnected += (TcpClient workerClient, string sessionId) => {
arrangement.WorkerService.SendWorkerMessage(workerClient, MessageType.ServerBuildRequest, buildRequest);
};
arrangement.WorkerService.WorkerCompletedBuild += delegate(TcpClient workerClient, BuildResultDto message) {
arrangement.Worker?.Stop();
arrangement.WorkerService?.StopListening();
actualResult = message;
};
await arrangement.Worker.Start(arrangement.ServiceHostName, arrangement.ServicePort, arrangement.SessionId);
//assert
Assert.False(actualResult.IsSuccess);
//CS0017 = Program has more than one entry point defined. Compile with /main to specify the type that contains the entry point.
Assert.Equal("CS0017", actualResult.BuildErrors.First().Id);
}
public async void WorkerClient_Reports_ExecutionState()
{
//arrange
Queue <ExecutionStateDto> actualStates = new Queue <ExecutionStateDto>(); //hold actual result
var buildRequest = new BuildRequestDto
{
SessionId = arrangement.SessionId,
RunOnSuccess = true,
SourceCode = MockSourceCodeRepository.Get_Working_SimpleOutput_Code()
};
//act
arrangement.WorkerService.StartListening();
arrangement.WorkerService.WorkerConnected += (TcpClient workerClient, string sessionId) => {
arrangement.WorkerService.SendWorkerMessage(workerClient, MessageType.ServerBuildRequest, buildRequest);
};
arrangement.WorkerService.WorkerExecutionStateChanged += delegate(TcpClient workerClient, ExecutionStateDto message) {
var outputtest = message.Output?.Replace("\r", "[CR]")?.Replace("\n", "LF");
actualStates.Enqueue(message);
if (actualStates.Count >= 4)
{
arrangement.Worker?.Stop();
arrangement.WorkerService?.StopListening();
}
};
await arrangement.Worker.Start(arrangement.ServiceHostName, arrangement.ServicePort, arrangement.SessionId);
//assert
ExecutionStateDto nextState;
nextState = actualStates.Dequeue();
Assert.Equal(RemoteAppState.Running, nextState.State);
nextState = actualStates.Dequeue();
Assert.Equal(RemoteAppState.WriteOutput, nextState.State);
Assert.Equal("All your base are belong to us.", nextState.Output);
nextState = actualStates.Dequeue();
Assert.Equal(RemoteAppState.WriteOutput, nextState.State);
Assert.Contains("\n", nextState.Output);
nextState = actualStates.Dequeue();
Assert.Equal(RemoteAppState.Ended, nextState.State);
}
