Examples of java.lang.ProcessBuilder$Redirect

java.lang.ProcessBuilder
Represents a source of subprocess input or a destination of subprocess output. Each {@code Redirect} instance is one of the following:
- the special value {@link #PIPE Redirect.PIPE}
- the special value {@link #INHERIT Redirect.INHERIT}
- a redirection to read from a file, created by an invocation of {@link Redirect#from Redirect.from(File)}
- a redirection to write to a file, created by an invocation of {@link Redirect#to Redirect.to(File)}
- a redirection to append to a file, created by an invocation of {@link Redirect#appendTo Redirect.appendTo(File)}
Each of the above categories has an associated unique {@link Type Type}. @since 1.7

   * launchLdtpProcess (private) Launch LDTP executable
   */
  private void launchLdtpProcess() {
    if (windowsEnv)
      // Launch Windows LDTP
      pb = new ProcessBuilder("CobraWinLDTP.exe");
    else
      // Launch Linux LDTP
      pb = new ProcessBuilder("ldtp");
    try {
      // Start the process
      p = pb.start();
      // Add a hook to kill the process
      // started by current Ldtp instance

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      }
    }
    
    public int exec(String as[]) throws JCException {
      if (m_bShowCommand) { m_sp.addLine(f.toSpacedString(as)); }
      ProcessBuilder pb = new ProcessBuilder(as);
      pb.redirectErrorStream(true);
      java.lang.Process p = null;
      StreamCopyThread sct = null; 
      try {
        p = pb.start();
        InputStream is = p.getInputStream();
        sct = new StreamCopyThread(is, m_sp);
        sct.start();
        p.waitFor();
      }

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   * launchLdtpProcess (private) Launch LDTP executable
   */
  private void launchLdtpProcess() {
    if (windowsEnv)
      // Launch Windows LDTP
      pb = new ProcessBuilder("CobraWinLDTP.exe");
    else
      // Launch Linux LDTP
      pb = new ProcessBuilder("ldtp");
    try {
      // Start the process
      p = pb.start();
      // Add a hook to kill the process
      // started by current Ldtp instance

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    if (AppContext.RUN != null) {
      AppContext.RUN.ui.debug(
          workingDirectory + "$ " + Joiner.on(" ").join(cmdArgs));
    }


    ProcessBuilder pb = new ProcessBuilder(cmdArgs);
    if (workingDirectory != null && !workingDirectory.isEmpty()) {
      pb.directory(new File(workingDirectory));
    }
    Process p;
    int returnStatus;
    String stdoutData, stderrData;
    try {
      p = pb.start();
      p.getOutputStream().close();
      // We need to read data from the output steams.
      // Why? Because if we don't read from them, then the process we have started will fill the
      // buffers and block. We will be in a deadlock.
      // If there were only one stream, we could just do repeated calls to read() until we got

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    getQueueInfoCommand[1] = torqueServer;
    getQueueInfoCommand[2] = sb.toString();


    String command = getQueueInfoCommand[0] + " " + getQueueInfoCommand[1]
        + " " + getQueueInfoCommand[2];
    ProcessBuilder pb = new ProcessBuilder(getQueueInfoCommand);


    Process p = pb.start();


    Timer timeout = new Timer();
    TorqueTimerTask torqueTimerTask = new TorqueTimerTask(p, command);
    timeout.schedule(torqueTimerTask, TorqueTimerTask.timeoutInterval * 1000);

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    qstatCommand[1] = torqueServer;
    qstatCommand[2] = sb.toString();


    String command = qstatCommand[0] + " " + qstatCommand[1] + " "
        + qstatCommand[2];
    ProcessBuilder pb = new ProcessBuilder(qstatCommand);
    Process p = pb.start();


    Timer timeout = new Timer();
    TorqueTimerTask torqueTimerTask = new TorqueTimerTask(p, command);
    timeout.schedule(torqueTimerTask, TorqueTimerTask.timeoutInterval * 1000);

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    traceJobCommand[1] = torqueServer;
    traceJobCommand[2] = sb.toString();


    String command = traceJobCommand[0] + " " + traceJobCommand[1] + " "
        + traceJobCommand[2];
    ProcessBuilder pb = new ProcessBuilder(traceJobCommand);


    Process p = pb.start();


    Timer timeout = new Timer();
    TorqueTimerTask torqueTimerTask = new TorqueTimerTask(p, command);
    timeout.schedule(torqueTimerTask, TorqueTimerTask.timeoutInterval * 1000);

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