private void SendCommandRequest()
{
bool successful = false;
while (successful == false)
{
try
{
mClient = new TcpClient(mTestServer, Definitions.mPortNumber);
Log("Sending CommandRequest; connected to " + mTestServer + ".");
ATCommandRequest request = new ATCommandRequest()
{
ServiceState = mServiceState
};
// Send the CommandRequest message with data
byte[] data = JsonHelper.ToByteStream <ATCommandRequest>(request);
Send(AutomationTestMessageID.GetCommandRequest, data);
// Bail out
successful = true;
}
catch
{
Log("No response for CommandRequest.");
CloseConnection();
Thread.Sleep(mDelayBetweenRequestsMs);
}
}
}
internal Tuple <TestJobCommandData, string> HandleGetCommand(ATCommandRequest request)
{
Log("HandleGetCommand, Busy: " + mBusy + ", VM Busy: " + mVMInstanceBusy + ", ServiceState=" + request.ServiceState);
var command = TestJobCommandData.GetNextCommand(mData.VMInstanceID);
if (command == null)
{
Log("Requesting next command for VMInstanceID " + mData.VMInstanceID + ": no command was returned.");
return(null);
}
Log("Next command for VMInstanceID " + mData.VMInstanceID + ": '" + command.TestCommandString + "' with ID " + command.TestCommandID +
", ExecutionOrder " + command.ExecutionOrder + ", MaxExecutionOrder " + command.MaxExecutionOrder);
var result = HandleTestJobCommand(command); // Tuple.Item1: handled locally; Item2: result of local action
if (result.Item1 == true)
{
// upload results
TestResults testResults = new TestResults()
{
Passed = (result.Item2 == true ? 1 : 0),
Warnings = 0,
Failed = (result.Item2 == false ? 1 : 0),
Skipped = 0
};
var testJobState = command.MarkAsDone(mData.VMInstanceID, testResults, false, "Handled by TestServer.", string.Empty, string.Empty);
if (command.MaxExecutionOrder == command.ExecutionOrder || testJobState > 4)
{
Log("End of TestJob reached; resetting the VM. TestJobState " + testJobState);
SendEmail(command.TestJobID, command.UserName);
CleanupVM();
}
// get ready for the next command request
command = null;
return(null);
}
else
{
// Command needs to be handled by the VM
StartInactivityTimer(command);
mVMInstanceBusy = true;
return(Tuple.Create(command, "N/A"));
}
}
private void HandleGetCommand(int dataLength)
{
byte[] data = ReadBuffer(dataLength);
ATCommandRequest request = JsonHelper.ToObject <ATCommandRequest>(data);
try
{
var command = mVMInstance.HandleGetCommand(request);
if (command == null)
{
// no need to respond
}
else
{
var item = command.Item1;
ATCommandResponse response = new ATCommandResponse()
{
TestSuiteID = item.TestSuiteID,
TestJobID = item.TestJobID,
TestCommandID = item.TestCommandID,
TestCommand = item.TestCommandString,
TimeoutMinutes = item.TimeoutMinutes,
TestPackageDirectory = item.TestPackageDirectory,
TestSuiteDirectory = item.TestSuiteDirectory,
Version = item.Version,
LicenseKey = item.LicenseKey,
DownloadLink = item.DownloadLink,
Snapshot = command.Item2,
MaxExecutionOrder = command.Item1.MaxExecutionOrder,
ExecutionOrder = command.Item1.ExecutionOrder,
UserName = command.Item1.UserName,
RunCount = command.Item1.RunCount
};
data = JsonHelper.ToByteStream <ATCommandResponse>(response);
SendData(AutomationTestMessageID.GetCommandResponse, data);
}
}
catch (Exception ex)
{
Log("Exception: " + ex);
}
}
