public UnitProcess(string clientId, string startDir)
{
int clientPort = GetClientPort();
if (clientId == null)
{
clientId = GetClientId().ToString();
}
this.ID = clientId;
string localArgs = "--id=" + clientId + " --driver=tcp://" +
Util.IPAddressString + ':' + Util.DriverPort + '/' +
CommConstants.DriverService + " --bbServer=";
if (Util.ExternalBBServer != null)
{
localArgs += Util.ExternalBBServer + ' ' + clientPort;
}
else
{
localArgs += "tcp://" + Util.IPAddressString + ':' + Util.DriverPort +
'/' + CommConstants.BBService + ' ' + clientPort;
}
lock (((ICollection)ProcessIDMap).SyncRoot)
{
ProcessIDMap[clientId] = m_clientEvent;
}
bool procStarted;
bool hasCoverage = "true".Equals(Environment.GetEnvironmentVariable(
"COVERAGE_ENABLED"));
if (hasCoverage)
{
string coveragePrefix = "coverage-" + clientId;
procStarted = Util.StartProcess("ncover.console.exe", "//x "
+ coveragePrefix + ".xml " + ClientProcName + " " + localArgs,
Util.LogFile == null, startDir, true, true, true, out m_process);
}
else
{
procStarted = Util.StartProcess(ClientProcName, localArgs,
Util.LogFile == null, startDir, false, false, false, true, out m_process);
}
if (!procStarted)
{
throw new AssertionException("FATAL: Could not start client: " +
ClientProcName);
}
m_clientComm = ServerConnection <IClientComm> .Connect("tcp://" +
Util.IPAddressString + ':' + clientPort + '/' + CommConstants.ClientService);
m_timeout = false;
m_exiting = false;
m_startDir = startDir;
}
private void ExitClient(int waitMillis, bool force)
{
if (m_clientComm != null)
{
Thread killThread = new Thread(ExitClient);
killThread.Start();
if (waitMillis > 0)
{
if (!killThread.Join(waitMillis))
{
Util.Log(Util.LogLevel.Error,
"Timed out waiting for client {0} to exit.", ID);
}
}
if (m_process != null && !m_process.HasExited)
{
if (waitMillis > 0)
{
m_process.WaitForExit(waitMillis);
}
}
if (m_process != null && !m_process.HasExited)
{
try
{
m_process.Kill();
}
catch
{
}
if (waitMillis > 0)
{
m_process.WaitForExit(waitMillis);
}
}
m_clientComm = null;
}
}
/// <summary>
/// Create a UnitProcess object by launching a client using a launcher. The
/// launcher is launched on the remote host using psexec.
/// </summary>
public UnitProcess(string clientId, int clientNum, string psexecPath,
string psexecArgs, string hostName, string sharePath, string shareName,
string startDir, Dictionary <string, string> envs,
int launcherPort, Dictionary <string, UnitProcess> launcherProcesses, string logPath)
{
UnitProcess launcherProcess = null;
if (!launcherProcesses.ContainsKey(hostName))
{
launcherProcess = CreateLauncherUsingPsexec(GetClientId().ToString(),
psexecPath, psexecArgs, hostName, sharePath, shareName, startDir,
launcherPort, logPath);
launcherProcesses.Add(hostName, launcherProcess);
}
else
{
launcherProcess = launcherProcesses[hostName];
}
string clientProcPath = ClientProcName;
string remoteArgs;
string runDir = null;
if (sharePath != null)
{
runDir = Util.AssemblyDir.Replace(sharePath.ToLower(), shareName);
clientProcPath = runDir + Path.DirectorySeparatorChar + ClientProcName;
clientProcPath = clientProcPath.Replace('/', '\\');
}
int clientPort = GetClientPort();
if (clientId == null)
{
clientId = GetClientId().ToString();
}
this.ID = clientId;
string envStr = string.Empty;
if (envs != null)
{
m_envs = envs;
foreach (KeyValuePair <string, string> envNameValue in envs)
{
string envValue = envNameValue.Value.Replace(sharePath, shareName);
envStr += " --env:" + envNameValue.Key + "=\"" + envValue + '\"';
}
}
string bbServer;
if (Util.ExternalBBServer != null)
{
bbServer = Util.ExternalBBServer;
}
else
{
bbServer = "tcp://" + Util.IPAddressString + ':' + Util.DriverPort +
'/' + CommConstants.BBService;
}
remoteArgs = " --id=" + clientId + " --num=" + clientNum + envStr +
" --startdir=\"" + (startDir == null ? runDir : startDir) +
"\" --driver=tcp://" + Util.IPAddressString + ':' + Util.DriverPort +
'/' + CommConstants.DriverService + " --bbServer=\"" + bbServer +
"\" " + clientPort;
try
{
IClientCommV2 clientComm = launcherProcess.m_clientComm as IClientCommV2;
Process proc;
if (!clientComm.LaunchNewClient(clientProcPath, remoteArgs, out proc))
{
throw new AssertionException("Failed to start client: " +
clientId);
}
m_process = proc;
lock (((ICollection)ProcessIDMap).SyncRoot)
{
ProcessIDMap[clientId] = m_clientEvent;
}
if (!m_clientEvent.WaitOne(MaxStartWaitMillis, false))
{
throw new AssertionException("Timed out waiting for client to start.");
}
m_clientComm = ServerConnection <IClientComm> .Connect("tcp://" +
hostName + ':' + clientPort + '/' + CommConstants.ClientService);
m_process = m_clientComm.GetClientProcess();
m_psexecPath = psexecPath;
m_psexecArgs = psexecArgs;
m_hostName = hostName;
m_timeout = false;
m_exiting = false;
m_sharePath = sharePath;
m_shareName = shareName;
m_startDir = startDir;
}
catch (Exception ex)
{
throw new AssertionException(string.Format("FATAL: Could not start " +
"client: {1}{0}\ton host: {2}{0}\tusing: FwkLauncher{0}" +
"\tException: {3}", Environment.NewLine, clientProcPath, hostName,
ex));
}
}
public UnitProcess(string clientId, int clientNum, string sshPath,
string sshArgs, string hostName, string sharePath, string shareName,
string startDir, Dictionary <string, string> envs)
{
string clientProcPath = ClientProcName;
string remoteArgs;
string runDir = null;
if (sharePath != null)
{
runDir = Util.AssemblyDir.Replace(sharePath.ToLower(), shareName);
clientProcPath = runDir + Path.DirectorySeparatorChar + ClientProcName;
clientProcPath = clientProcPath.Replace('\\', '/');
}
int clientPort = GetClientPort();
if (clientId == null)
{
clientId = GetClientId().ToString();
}
this.ID = clientId;
string envStr = string.Empty;
if (envs != null)
{
m_envs = envs;
foreach (KeyValuePair <string, string> envNameValue in envs)
{
string envValue = envNameValue.Value.Replace(sharePath, shareName);
envStr += " '--env:" + envNameValue.Key + '=' + envValue + '\'';
}
}
string bbServer;
if (Util.ExternalBBServer != null)
{
bbServer = Util.ExternalBBServer;
}
else
{
bbServer = "tcp://" + Util.IPAddressString + ':' + Util.DriverPort +
'/' + CommConstants.BBService;
}
remoteArgs = sshArgs + ' ' + hostName + " '" + clientProcPath +
"' --id=" + clientId + " --num=" + clientNum + envStr +
" '--startdir=" + (startDir == null ? runDir : startDir) +
"' '--driver=tcp://" + Util.IPAddressString + ':' + Util.DriverPort +
'/' + CommConstants.DriverService + "' '--bbServer=" + bbServer +
"' " + clientPort;
try
{
lock (((ICollection)ProcessIDMap).SyncRoot)
{
ProcessIDMap[clientId] = m_clientEvent;
}
if (!Util.StartProcess(sshPath, remoteArgs, Util.LogFile == null,
null, false, false, false, out m_process))
{
throw new AssertionException("Failed to start the client.");
}
if (!m_clientEvent.WaitOne(MaxStartWaitMillis, false))
{
throw new AssertionException("Timed out waiting for client to start.");
}
m_clientComm = ServerConnection <IClientComm> .Connect("tcp://" +
hostName + ':' + clientPort + '/' + CommConstants.ClientService);
m_process = m_clientComm.GetClientProcess();
m_sshPath = sshPath;
m_sshArgs = sshArgs;
m_hostName = hostName;
m_timeout = false;
m_exiting = false;
m_sharePath = sharePath;
m_shareName = shareName;
m_startDir = startDir;
}
catch (Exception ex)
{
throw new AssertionException(string.Format("FATAL: Could not start " +
"client: {1}{0}\ton host: {2}{0}\tusing remote shell: {3}{0}" +
"\tException: {4}", Environment.NewLine, clientProcPath, hostName,
sshPath, ex));
}
}