//constructor
public Enumerator(ProcessInfoCollection procCollection)
{
position = -1;
processCollection = procCollection;
}
//constructor
public Enumerator(ProcessInfoCollection procCollection)
{
position = -1;
processCollection = procCollection;
}
private Dictionary<int, bool> threadViewAscendingSort; //used to determine if a given columns is sorted and in what direction
#endregion Fields
#region Constructors
public MainGui()
{
InitializeComponent();
mainStrings = new ResourceManager(typeof(Properties.Resources));
genProcessData = new GeneralProcessData();
//currently diaplyed general information
selectedGeneralInformation = new List<string>();
selectedGeneralInformation.AddRange(new string[] {
genProcessData.GeneralStrings.GetString("physicalMem"),
genProcessData.GeneralStrings.GetString("virtualMem"),
genProcessData.GeneralStrings.GetString("timeInGC"),
genProcessData.GeneralStrings.GetString("processDescription"),
genProcessData.GeneralStrings.GetString("cpuUsage"),
genProcessData.GeneralStrings.GetString("cpuTime"),
genProcessData.GeneralStrings.GetString("managedHeap")}
);
//array of label objects to populate general data into it
labelGroup = new List<Label>();
labelGroup.AddRange(new Label[] { label1, label2, label3, label4, label5,
label6, label7, label8, label9, label10,label11,label12});
//initialize priorities
priorityPosition = new Dictionary<ProcessPriorityClass, int>();
priorityPosition[ProcessPriorityClass.RealTime] = 0;
priorityPosition[ProcessPriorityClass.High] = 1;
priorityPosition[ProcessPriorityClass.AboveNormal] = 2;
priorityPosition[ProcessPriorityClass.Normal] = 3;
priorityPosition[ProcessPriorityClass.BelowNormal] = 4;
priorityPosition[ProcessPriorityClass.Idle] = 5;
//set up sorting process columns
processViewAscendingSort = new Dictionary<int, bool>();
processViewAscendingSort[(int)ProcessColumnsEnum.Process] = false;
processViewAscendingSort[(int)ProcessColumnsEnum.ID] = false;
//set up sorting for thread columns
threadViewAscendingSort = new Dictionary<int, bool>();
threadViewAscendingSort[(int)ThreadColumnsEnum.ID] = false;
threadViewAscendingSort[(int)ThreadColumnsEnum.Reason] = false;
threadViewAscendingSort[(int)ThreadColumnsEnum.State] = false;
listProcessIds = new List<int>();//list of process ids
listThreadIds = new List<int>(); //list of thread ids
monitorList = new Dictionary<int, List<int>>();//maping of process ids to threads beings logged
monitorFiles = new Dictionary<int, string>();//mapping of process id to file name to save log to
threadSelectedIdList = new List<int>(); //currently selected threads
processes = ProcessInfoCollection.SingleProcessCollection;
currentlySelectedProcess = -1;
rightPanelWidth = -1;
prefForm = new PreferenceForm();
try
{
//customizable preferences
//this is where I will read from the settings file and get last saved data
//default preferences
processListRefreshRate = Properties.Settings.Default.processRefreshRate;
threadListRefreshRate = Properties.Settings.Default.threadRefreshRate;
stackRefreshRate = Properties.Settings.Default.stackRefreshRate;
loggingRate = Properties.Settings.Default.loggingRate;
stackTraceDepth = Properties.Settings.Default.stackDepth;
}
catch (FileNotFoundException)
{
}
//set the timer interval
processRefreshTimer.Interval = processListRefreshRate;
threadRefreshTimer.Interval = threadListRefreshRate;
stackRefreshTimer.Interval = stackRefreshRate;
stackLogTimer.Interval = loggingRate;
}