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!7

sclass Process {
  S processID, name, commandLine;
  long residentSize;
  double cpuUsage; // percent per core
  
  sS _fieldOrder = "processID name commandLine residentSize cpuUsage";
}

cm ProcessList > DynObjectTable<Process> {
  switchable bool showTiming;
  switchable double interval = 3.0;
  switchable double firstInterval = 1.0;
  switchable bool sortBySize;
  
  start {
    dontPersist();
    itemToMap = func(Process p) -> Map { humanizeKeys(
      applyFunctionToMapValue('cpuUsage, f iround_spacePercentSign,
      applyFunctionToMapValue('residentSize, f str_toM,
        objectToMap_honorFieldOrder(p)))) };
    actualUpdate(); // to make sort keys work
    dm_doEvery(firstInterval, interval, r actualUpdate);
    dm_reloadOnFieldChange interval();
    dm_reloadOnFieldChange sortBySize();
  }
  
  visualize {
    JComponent c = centerAndSouthWithMargins(super.visualize(),
      dm_calculatedRightAlignedLabel(() -> "Updated every " + (interval == 1 ? "second" : formatDouble(interval, 1) + " seconds")));
    
    addRowSorter_desc(table, sortBySize ? 3 : 4); // Resident Size / CPU
    var cmp = alphaNumComparator_skipCommas();
    rowSorter_setComparators(table, 3, cmp, 2, cmp, 4, cmp);
    swing { ((DefaultRowSorter) table.getRowSorter()).sort(); }
    
    tablePopupMenuItem(table(), "Kill!", rThread { killProcess(selected().processID) });
    
    ret c;
  }
  
  void actualUpdate enter {
    L<OSProcess> list = timedIf(showTiming, func -> L<OSProcess> { oshi_listProcesses_withoutOpenFiles() });
    setData(map(list, func(OSProcess p) -> Process {
      nu(Process,
        processID := str(p.getProcessID()),
        name := p.getName(),
        commandLine := p.getCommandLine(),
        residentSize := p.getResidentSetSize(),
        cpuUsage := oshi_calcProcessCPUUsage_v2(p))
    }));
  }
}