public override void Install(IDictionary stateSaver)
{
// this is only for debugging - it allows you to attach a debugger to the installer instance
//System.Diagnostics.Debugger.Launch();
// make sure to call the base class' Install() method
base.Install(stateSaver);
// this is where the user selected to install the files
string installFolder = Context.Parameters["tempdir"];
// this is the name of the subfolder used to contain all of your display's files
string folderName = Context.Parameters["folderName"];
// detect if/where growl is installed
Growl.CoreLibrary.Detector detector = new Growl.CoreLibrary.Detector();
if (detector.IsInstalled)
{
// growl was detected - read the Display folder location
string displayFolder = Path.Combine(detector.DisplaysFolder, folderName);
// save our display folder information for later (uninstallation)
stateSaver.Add("DISPLAY_FOLDER", displayFolder);
// make sure our subfolder exists
if (!Directory.Exists(displayFolder))
{
Directory.CreateDirectory(displayFolder);
}
// copy files from temp location to actual location.
// (our files were originally installed in a Files subfolder of the path the user selected)
string sourceFolder = Path.Combine(installFolder, "Files");
DirectoryInfo d = new DirectoryInfo(sourceFolder);
FileInfo[] files = d.GetFiles();
Queue <FileInfo> queue = new Queue <FileInfo>(files);
foreach (FileInfo file in queue)
{
// move each file from the Files folder to our display folder
file.MoveTo(Path.Combine(displayFolder, file.Name));
}
// clean up the temporary Files folder
Directory.Delete(sourceFolder);
}
else
{
// growl was not detected on this machine
throw new InstallException("The Growl Display Installer requires that Growl for Windows already be installed on the system.");
}
}
public override void Install(IDictionary stateSaver)
{
// this is only for debugging - it allows you to attach a debugger to the installer instance
//System.Diagnostics.Debugger.Launch();
// make sure to call the base class' Install() method
base.Install(stateSaver);
// this is where the user selected to install the files
string installFolder = Context.Parameters["tempdir"];
// this is the name of the subfolder used to contain all of your display's files
string folderName = Context.Parameters["folderName"];
// detect if/where growl is installed
Growl.CoreLibrary.Detector detector = new Growl.CoreLibrary.Detector();
if (detector.IsInstalled)
{
// growl was detected - read the Display folder location
string displayFolder = Path.Combine(detector.DisplaysFolder, folderName);
// save our display folder information for later (uninstallation)
stateSaver.Add("DISPLAY_FOLDER", displayFolder);
// make sure our subfolder exists
if (!Directory.Exists(displayFolder))
Directory.CreateDirectory(displayFolder);
// copy files from temp location to actual location.
// (our files were originally installed in a Files subfolder of the path the user selected)
string sourceFolder = Path.Combine(installFolder, "Files");
DirectoryInfo d = new DirectoryInfo(sourceFolder);
FileInfo[] files = d.GetFiles();
Queue<FileInfo> queue = new Queue<FileInfo>(files);
foreach (FileInfo file in queue)
{
// move each file from the Files folder to our display folder
file.MoveTo(Path.Combine(displayFolder, file.Name));
}
// clean up the temporary Files folder
Directory.Delete(sourceFolder);
}
else
{
// growl was not detected on this machine
throw new InstallException("The Growl Display Installer requires that Growl for Windows already be installed on the system.");
}
}
public void Run()
{
if (!this.running)
{
this.running = true;
InitializeComponent();
// SUPER IMPORTANT - since we are using the contextMenu as the synchronizing object, its .Handle must be created first
// this will force creation of the handle without showing the menu
Utility.WriteDebugInfo("ContextMenu Handle: {0}", this.contextMenu.Handle);
// scaling factor
float currentDPI = 0;
using (Graphics g = this.contextMenu.CreateGraphics())
{
currentDPI = g.DpiX;
}
ApplicationMain.ScalingFactor = currentDPI / 96;
// configure the controller
this.controller = Controller.GetController();
this.controller.FailedToStart += new EventHandler <PortConflictEventArgs>(controller_FailedToStart);
this.controller.FailedToStartUDPLegacy += new EventHandler <PortConflictEventArgs>(controller_FailedToStartUDPLegacy);
this.controller.Initialize(Application.ExecutablePath, this.contextMenu);
this.wpr = new WndProcReader(WndProc);
StartGrowl();
OnProgramRunning(this, EventArgs.Empty);
HandleSystemNotifications();
// signal the ProgramLoadedResetEvent so anybody that was waiting on it can start their work
ProgramLoadedResetEvent.Set();
// Normally we shouldnt ever explicitly call GC.Collect(), but since many of the prefs
// are read from files on disk, they usually end up on the Large Object Heap. LOH objects
// only get collected in Gen2 collections, so we want to do this here before the app
// really gets going to clean up our initialization process.
Utility.WriteDebugInfo("Program loaded. Force GC to clean up LOH");
ApplicationMain.ForceGC();
// auto updater
this.updater = new Updater(Application.StartupPath);
this.updater.CheckForUpdateComplete += new CheckForUpdateCompleteEventHandler(updater_CheckForUpdateComplete);
this.autoUpdateTimer.Interval = 20 * 1000;
this.autoUpdateTimer.Tick += new EventHandler(autoUpdateTimer_Tick);
this.autoUpdateTimer.Start();
// while it may seem strange to call the Detector to see if we are installed, it is the best way
// to ensure that plugins/displays see the same values that we do
Growl.CoreLibrary.Detector detector = new Growl.CoreLibrary.Detector();
if (!detector.IsInstalled)
{
// something is not right with the registry setting, so lets fix it now
Microsoft.Win32.RegistryKey key = Microsoft.Win32.Registry.CurrentUser.OpenSubKey(Growl.CoreLibrary.Detector.REGISTRY_KEY, true);
if (key == null)
{
key = Microsoft.Win32.Registry.CurrentUser.CreateSubKey(Growl.CoreLibrary.Detector.REGISTRY_KEY);
}
using (key)
{
key.SetValue(null, Application.ExecutablePath);
}
}
}
}
public void Run()
{
if (!this.running)
{
this.running = true;
InitializeComponent();
// SUPER IMPORTANT - since we are using the contextMenu as the synchronizing object, its .Handle must be created first
// this will force creation of the handle without showing the menu
Utility.WriteDebugInfo("ContextMenu Handle: {0}", this.contextMenu.Handle);
// scaling factor
float currentDPI = 0;
using (Graphics g = this.contextMenu.CreateGraphics())
{
currentDPI = g.DpiX;
}
ApplicationMain.ScalingFactor = currentDPI / 96;
// configure the controller
this.controller = Controller.GetController();
this.controller.FailedToStart += new EventHandler<PortConflictEventArgs>(controller_FailedToStart);
this.controller.FailedToStartUDPLegacy += new EventHandler<PortConflictEventArgs>(controller_FailedToStartUDPLegacy);
this.controller.Initialize(Application.ExecutablePath, this.contextMenu);
this.wpr = new WndProcReader(WndProc);
StartGrowl();
OnProgramRunning(this, EventArgs.Empty);
HandleSystemNotifications();
// signal the ProgramLoadedResetEvent so anybody that was waiting on it can start their work
ProgramLoadedResetEvent.Set();
// Normally we shouldnt ever explicitly call GC.Collect(), but since many of the prefs
// are read from files on disk, they usually end up on the Large Object Heap. LOH objects
// only get collected in Gen2 collections, so we want to do this here before the app
// really gets going to clean up our initialization process.
Utility.WriteDebugInfo("Program loaded. Force GC to clean up LOH");
ApplicationMain.ForceGC();
// auto updater
this.updater = new Updater(Application.StartupPath);
this.updater.CheckForUpdateComplete += new CheckForUpdateCompleteEventHandler(updater_CheckForUpdateComplete);
this.autoUpdateTimer.Interval = 20 * 1000;
this.autoUpdateTimer.Tick += new EventHandler(autoUpdateTimer_Tick);
this.autoUpdateTimer.Start();
// while it may seem strange to call the Detector to see if we are installed, it is the best way
// to ensure that plugins/displays see the same values that we do
Growl.CoreLibrary.Detector detector = new Growl.CoreLibrary.Detector();
if (!detector.IsInstalled)
{
// something is not right with the registry setting, so lets fix it now
Microsoft.Win32.RegistryKey key = Microsoft.Win32.Registry.CurrentUser.OpenSubKey(Growl.CoreLibrary.Detector.REGISTRY_KEY, true);
if (key == null)
key = Microsoft.Win32.Registry.CurrentUser.CreateSubKey(Growl.CoreLibrary.Detector.REGISTRY_KEY);
using (key)
{
key.SetValue(null, Application.ExecutablePath);
}
}
}
}
