public static void Main (string[] args) { Application.Init (); if (args.Length == 0) { ShowHelp (); return; } if (args [0] == "-c") { if (args.Length != 2) { ShowHelp (); return; } service = InstrumentationService.GetRemoteService (args[1]); try { service.GetCategories (); } catch (Exception ex) { MessageDialog md = new MessageDialog (null, DialogFlags.Modal, MessageType.Error, ButtonsType.Close, "Could not connect to instrumentation service: " + ex.Message); md.Run (); md.Destroy (); return; } } else if (args.Length == 1) { LoadServiceData (args[0]); } else { ShowHelp (); return; } InstrumentationViewerDialog win = new InstrumentationViewerDialog (); win.Show (); Application.Run (); }
public static void Main (string[] args) { Application.Init (); if (args.Length == 0) { ShowHelp (); return; } if (args [0] == "-c") { if (args.Length != 2) { ShowHelp (); return; } service = InstrumentationService.GetRemoteService (args[1]); try { service.GetCategories (); } catch (Exception ex) { MessageDialog md = new MessageDialog (null, DialogFlags.Modal, MessageType.Error, ButtonsType.Close, "Could not connect to instrumentation service: " + ex.Message); md.Run (); md.Destroy (); return; } } else if (args.Length == 1) { LoadServiceData (args[0]); } else { ShowHelp (); return; } InstrumentationViewerDialog win = new InstrumentationViewerDialog (); win.Show (); if (MacIntegration.PlatformDetection.IsMac) { try { Carbon.SetProcessName ("MDMonitor"); ApplicationEvents.Quit += delegate (object sender, ApplicationQuitEventArgs e) { Application.Quit (); e.Handled = true; }; ApplicationEvents.Reopen += delegate (object sender, ApplicationEventArgs e) { if (win != null) { win.Deiconify (); win.Visible = true; e.Handled = true; } }; } catch (Exception ex) { Console.Error.WriteLine ("Installing Mac AppleEvent handlers failed. Skipping.\n" + ex); } try { win.InstallMacGlobalMenu (); } catch (Exception ex) { Console.Error.WriteLine ("Installing Mac IGE Main Menu failed. Skipping.\n" + ex); } } Application.Run (); }
public static void Main(string[] args) { Application.Init(); if (args.Length == 0) { ShowHelp(); return; } if (args [0] == "-c") { if (args.Length != 2) { ShowHelp(); return; } service = InstrumentationService.GetRemoteService(args[1]); try { service.GetCategories(); } catch (Exception ex) { MessageDialog md = new MessageDialog(null, DialogFlags.Modal, MessageType.Error, ButtonsType.Close, "Could not connect to instrumentation service: " + ex.Message); md.Run(); md.Destroy(); return; } } else if (args.Length == 1) { LoadServiceData(args[0]); } else { ShowHelp(); return; } InstrumentationViewerDialog win = new InstrumentationViewerDialog(); win.Show(); Application.Run(); }
public InstrumenationChartView (InstrumentationViewerDialog parent) { Build (); this.parent = parent; // The list for the List Mode listViewStore = new ListStore (typeof(ListViewValueInfo), typeof(Gdk.Pixbuf), typeof (string), typeof(string), typeof(string), typeof (string), typeof (string)); listView = new TreeView (); listView.Model = listViewStore; CellRendererText crx = new CellRendererText (); listView.AppendColumn ("Timestamp", crx, "text", 3); TreeViewColumn col = new TreeViewColumn (); col.Title = "Counter"; CellRendererPixbuf crp = new CellRendererPixbuf (); col.PackStart (crp, false); col.AddAttribute (crp, "pixbuf", 1); col.PackStart (crx, true); col.AddAttribute (crx, "text", 2); listView.AppendColumn (col); listView.AppendColumn ("Count", crx, "text", 4); listView.AppendColumn ("Total Count", crx, "text", 5); listView.AppendColumn ("Time", crx, "text", 6); listView.RowActivated += HandleListViewRowActivated; listViewScrolled = new ScrolledWindow (); listViewScrolled.Add (listView); listViewScrolled.ShadowType = ShadowType.In; listViewScrolled.HscrollbarPolicy = PolicyType.Automatic; listViewScrolled.VscrollbarPolicy = PolicyType.Automatic; listViewScrolled.ShowAll (); boxCharts.PackStart (listViewScrolled, true, true, 0); // The series list seriesStore = new ListStore (typeof(bool), typeof(Gdk.Pixbuf), typeof (string), typeof(ChartSerieInfo), typeof(String), typeof(String), typeof (String)); listSeries.Model = seriesStore; col = new TreeViewColumn (); col.Title = "Counter"; CellRendererToggle crt = new CellRendererToggle (); col.PackStart (crt, false); col.AddAttribute (crt, "active", 0); crp = new CellRendererPixbuf (); col.PackStart (crp, false); col.AddAttribute (crp, "pixbuf", 1); crx = new CellRendererText (); col.PackStart (crx, true); col.AddAttribute (crx, "text", 2); listSeries.AppendColumn (col); listSeries.AppendColumn ("Last", crx, "text", 4); listSeries.AppendColumn ("Sel", crx, "text", 5); listSeries.AppendColumn ("Diff", crx, "text", 6); crt.Toggled += SerieToggled; countChart = new BasicChart (); countAxisY = new IntegerAxis (true); countAxisX = new DateTimeAxis (true); countChart.AddAxis (countAxisX, AxisPosition.Bottom); countChart.AddAxis (countAxisY, AxisPosition.Right); countChart.OriginY = 0; countChart.StartY = 0; // countChart.EndY = 100; countChart.AllowSelection = true; countChart.SetAutoScale (AxisDimension.Y, false, true); countChart.SelectionStart.LabelAxis = countAxisX; countChart.SelectionEnd.LabelAxis = countAxisX; countChart.SelectionChanged += CountChartSelectionChanged; timeChart = new BasicChart (); timeAxisY = new IntegerAxis (true); timeAxisX = new DateTimeAxis (true); timeChart.AddAxis (timeAxisX, AxisPosition.Bottom); timeChart.AddAxis (timeAxisY, AxisPosition.Right); timeChart.OriginY = 0; timeChart.StartY = 0; timeChart.EndY = 100; timeChart.AllowSelection = true; // timeChart.SetAutoScale (AxisDimension.Y, true, true); timeChart.SelectionStart.LabelAxis = timeAxisX; timeChart.SelectionEnd.LabelAxis = timeAxisX; frameCharts.PackStart (countChart, true, true, 0); frameCharts.PackStart (timeChart, true, true, 0); frameCharts.ShowAll (); if (App.FromFile) { if (visibleTime > App.Service.EndTime - App.Service.StartTime) visibleTime = App.Service.EndTime - App.Service.StartTime; startTime = App.Service.StartTime; endTime = startTime + visibleTime; } else { endTime = DateTime.Now; startTime = endTime - visibleTime; } DateTime st = App.Service.StartTime; if (st > startTime) st = startTime; chartScroller.Adjustment.Lower = st.Ticks; UpdateCharts (); chartScroller.Value = chartScroller.Adjustment.Upper; if (!App.FromFile) StartAutoscroll (); toggleTimeView.Active = true; }
public InstrumenationChartView(InstrumentationViewerDialog parent) { Build(); this.parent = parent; // The list for the List Mode listViewStore = new ListStore(typeof(ListViewValueInfo), typeof(Gdk.Pixbuf), typeof(string), typeof(string), typeof(string), typeof(string), typeof(string)); listView = new TreeView(); listView.Model = listViewStore; CellRendererText crx = new CellRendererText(); listView.AppendColumn("Timestamp", crx, "text", 3); TreeViewColumn col = new TreeViewColumn(); col.Title = "Counter"; CellRendererPixbuf crp = new CellRendererPixbuf(); col.PackStart(crp, false); col.AddAttribute(crp, "pixbuf", 1); col.PackStart(crx, true); col.AddAttribute(crx, "text", 2); listView.AppendColumn(col); listView.AppendColumn("Count", crx, "text", 4); listView.AppendColumn("Total Count", crx, "text", 5); listView.AppendColumn("Time", crx, "text", 6); listView.RowActivated += HandleListViewRowActivated; listViewScrolled = new ScrolledWindow(); listViewScrolled.Add(listView); listViewScrolled.ShadowType = ShadowType.In; listViewScrolled.HscrollbarPolicy = PolicyType.Automatic; listViewScrolled.VscrollbarPolicy = PolicyType.Automatic; listViewScrolled.ShowAll(); boxCharts.PackStart(listViewScrolled, true, true, 0); // The series list seriesStore = new ListStore(typeof(bool), typeof(Gdk.Pixbuf), typeof(string), typeof(ChartSerieInfo), typeof(String), typeof(String), typeof(String)); listSeries.Model = seriesStore; col = new TreeViewColumn(); col.Title = "Counter"; CellRendererToggle crt = new CellRendererToggle(); col.PackStart(crt, false); col.AddAttribute(crt, "active", 0); crp = new CellRendererPixbuf(); col.PackStart(crp, false); col.AddAttribute(crp, "pixbuf", 1); crx = new CellRendererText(); col.PackStart(crx, true); col.AddAttribute(crx, "text", 2); listSeries.AppendColumn(col); listSeries.AppendColumn("Last", crx, "text", 4); listSeries.AppendColumn("Sel", crx, "text", 5); listSeries.AppendColumn("Diff", crx, "text", 6); crt.Toggled += SerieToggled; countChart = new BasicChart(); countAxisY = new IntegerAxis(true); countAxisX = new DateTimeAxis(true); countChart.AddAxis(countAxisX, AxisPosition.Bottom); countChart.AddAxis(countAxisY, AxisPosition.Right); countChart.OriginY = 0; countChart.StartY = 0; // countChart.EndY = 100; countChart.AllowSelection = true; countChart.SetAutoScale(AxisDimension.Y, false, true); countChart.SelectionStart.LabelAxis = countAxisX; countChart.SelectionEnd.LabelAxis = countAxisX; countChart.SelectionChanged += CountChartSelectionChanged; timeChart = new BasicChart(); timeAxisY = new IntegerAxis(true); timeAxisX = new DateTimeAxis(true); timeChart.AddAxis(timeAxisX, AxisPosition.Bottom); timeChart.AddAxis(timeAxisY, AxisPosition.Right); timeChart.OriginY = 0; timeChart.StartY = 0; timeChart.EndY = 100; timeChart.AllowSelection = true; // timeChart.SetAutoScale (AxisDimension.Y, true, true); timeChart.SelectionStart.LabelAxis = timeAxisX; timeChart.SelectionEnd.LabelAxis = timeAxisX; frameCharts.PackStart(countChart, true, true, 0); frameCharts.PackStart(timeChart, true, true, 0); frameCharts.ShowAll(); if (App.FromFile) { if (visibleTime > App.Service.EndTime - App.Service.StartTime) { visibleTime = App.Service.EndTime - App.Service.StartTime; } startTime = App.Service.StartTime; endTime = startTime + visibleTime; } else { endTime = DateTime.Now; startTime = endTime - visibleTime; } DateTime st = App.Service.StartTime; if (st > startTime) { st = startTime; } chartScroller.Adjustment.Lower = st.Ticks; UpdateCharts(); chartScroller.Value = chartScroller.Adjustment.Upper; if (!App.FromFile) { StartAutoscroll(); } toggleTimeView.Active = true; }
public static void Main(string[] args) { Application.Init(); if (args.Length == 0) { ShowHelp(); return; } if (args [0] == "-c") { if (args.Length != 2) { ShowHelp(); return; } service = InstrumentationService.GetRemoteService(args[1]); try { service.GetCategories(); } catch (Exception ex) { MessageDialog md = new MessageDialog(null, DialogFlags.Modal, MessageType.Error, ButtonsType.Close, "Could not connect to instrumentation service: " + ex.Message); md.Run(); md.Destroy(); return; } } else if (args.Length == 1) { LoadServiceData(args[0]); } else { ShowHelp(); return; } InstrumentationViewerDialog win = new InstrumentationViewerDialog(); win.Show(); if (MacIntegration.PlatformDetection.IsMac) { try { Carbon.SetProcessName("MDMonitor"); ApplicationEvents.Quit += delegate(object sender, ApplicationQuitEventArgs e) { Application.Quit(); e.Handled = true; }; ApplicationEvents.Reopen += delegate(object sender, ApplicationEventArgs e) { if (win != null) { win.Deiconify(); win.Visible = true; e.Handled = true; } }; } catch (Exception ex) { Console.Error.WriteLine("Installing Mac AppleEvent handlers failed. Skipping.\n" + ex); } try { win.InstallMacGlobalMenu(); } catch (Exception ex) { Console.Error.WriteLine("Installing Mac IGE Main Menu failed. Skipping.\n" + ex); } } Application.Run(); }