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#!/opt/rh/gcc-toolset-11/root/usr/bin/stap

global processes, stime, virtmem, rssmem, shrmem, utime, proc_state
global tot_intervals, sec_counter

// configuration options:
// -G sort=[pid|process|state|virtmem|rssmem|shrdmem|stime|utime]
// -G sortdir=[increase|decrease]
// -G show=#
// -G interval=#
// -G clear_screen=[y|n]
global sort="stime", sortdir="decrease", show=25, interval=5, clear_screen="n"

probe scheduler.ctxswitch {
  //don't let the process name get overwritten 
  if (processes[prev_pid] == "" || prev_task_name != "")
    processes[prev_pid] = prev_task_name

  if (task_stime() > stime[prev_pid]){
    stime[prev_pid] = task_stime()
    utime[prev_pid] = task_utime()
    virtmem[prev_pid] = proc_mem_size(prev_pid)
    rssmem[prev_pid] = proc_mem_rss(prev_pid)
    shrmem[prev_pid] = proc_mem_shr(prev_pid)
  }

  // update the state if we've encountered the process before
  if (processes[prev_pid] != "")
    proc_state[prev_pid] = prevtsk_state
}

probe scheduler.process_exit {
  proc_state[pid] = 65
}

function print_pid_info (proc_pid){
    // calc the state of the process
    if (proc_state[proc_pid] == 0) state = "R"
    else if  (proc_state[proc_pid] == 1) state = "S"
    else if  (proc_state[proc_pid] == 2) state = "D"
    else if  (proc_state[proc_pid] == 4 || proc_state[proc_pid] == 8) state = "T"
    else if  (proc_state[proc_pid] == 16) state = "Z"
    else if  (proc_state[proc_pid] == 32) state = "EXIT_DEAD"
    else if  (proc_state[proc_pid] == 65) state = "DEAD"
    else state = "DEAD" // let's assume the worst

    printf("%8d %20s %10s %12d %12d %12d %16d %16d\n",
           proc_pid,
           processes[proc_pid],
           state,
           virtmem[proc_pid] * mem_page_size(),
           rssmem[proc_pid] * mem_page_size(),
           shrmem[proc_pid] * mem_page_size(),
           stime[proc_pid],
           utime[proc_pid])
}

function print_info (){
  tot_processes = 0;

  // count the number of processes
  foreach ([a] in processes)
    tot_processes ++;

  if (clear_screen == "y")
    ansi_clear_screen()
  else
    println();

  printf("%d seconds: showing %d out of %d tasks\n",
         tot_intervals*interval, ((show>tot_processes) ? tot_processes : show), 
         tot_processes)

  printf("%8s %20s %10s %12s %12s %12s %16s %16s\n",
         "PID", "Process", "State", "VirtMem", "RSSMem", "ShrdMem", "CPU Time", "User Time")

  if (sortdir == "increase") {
    if (sort == "pid") foreach ([proc_pid+] in processes limit show) print_pid_info(proc_pid)
    if (sort == "process") foreach ([proc_pid] in processes+ limit show) print_pid_info(proc_pid)
    if (sort == "state") foreach ([proc_pid] in proc_state+ limit show) print_pid_info(proc_pid)
    if (sort == "virtmem") foreach ([proc_pid] in virtmem+ limit show) print_pid_info(proc_pid)
    if (sort == "rssmem") foreach ([proc_pid] in rssmem+ limit show) print_pid_info(proc_pid)
    if (sort == "shrdmem") foreach ([proc_pid] in shrmem+ limit show) print_pid_info(proc_pid)
    if (sort == "stime") foreach ([proc_pid] in stime+ limit show) print_pid_info(proc_pid)
    if (sort == "utime") foreach ([proc_pid] in utime+ limit show) print_pid_info(proc_pid)
  } else if (sortdir == "decrease") {
    if (sort == "pid") foreach ([proc_pid-] in processes limit show) print_pid_info(proc_pid)
    if (sort == "process") foreach ([proc_pid] in processes- limit show) print_pid_info(proc_pid)
    if (sort == "state") foreach ([proc_pid] in proc_state- limit show) print_pid_info(proc_pid)
    if (sort == "virtmem") foreach ([proc_pid] in virtmem- limit show) print_pid_info(proc_pid)
    if (sort == "rssmem") foreach ([proc_pid] in rssmem- limit show) print_pid_info(proc_pid)
    if (sort == "shrdmem") foreach ([proc_pid] in shrmem- limit show) print_pid_info(proc_pid)
    if (sort == "stime") foreach ([proc_pid] in stime- limit show) print_pid_info(proc_pid)
    if (sort == "utime") foreach ([proc_pid] in utime- limit show) print_pid_info(proc_pid)
  }


  if (clear_screen != "y")
    println("-----------------------------------------------------------------------------------------------------------------")
}

probe timer.s(1) {
  if (++sec_counter >= interval){
    tot_intervals++
    print_info()
    sec_counter = 0;
  }
}