/// <summary>
/// Construct a task object.
/// </summary>
Task(TaskData data, string filepath, TaskManager manager)
{
this.data = data;
this.filepath = filepath;
this.manager = manager;
FillDataFromSumary();
save_timeout = new InterruptableTimeout();
save_timeout.Timeout += SaveTimeout;
// If an OriginNoteUri exists, make sure the note
// actually exists. If it doesn't, clean it up
string origin_note_uri = OriginNoteUri;
if (origin_note_uri != null && origin_note_uri != string.Empty)
{
Note note =
Tomboy.DefaultNoteManager.FindByUri(origin_note_uri);
if (note == null)
{
OriginNoteUri = String.Empty;
}
}
}
public override void Shutdown ()
{
if (timeout_owner) {
NoteOfTheDay.CleanupOld (manager);
timeout.Timeout -= CheckNewDay;
timeout.Cancel();
timeout = null;
}
initialized = false;
}
public override void Initialize ()
{
if (timeout == null) {
timeout = new InterruptableTimeout ();
timeout.Timeout += CheckNewDay;
timeout.Reset (0);
timeout_owner = true;
}
manager = Tomboy.DefaultNoteManager;
initialized = true;
}
public override void Initialize()
{
if (timeout == null)
{
timeout = new InterruptableTimeout();
timeout.Timeout += CheckNewDay;
timeout.Reset(0);
timeout_owner = true;
}
manager = Tomboy.DefaultNoteManager;
initialized = true;
}
public override void Shutdown()
{
if (timeout_owner)
{
NoteOfTheDay.CleanupOld(manager);
timeout.Timeout -= CheckNewDay;
timeout.Cancel();
timeout = null;
}
initialized = false;
}
public override void Initialize ()
{
// TODO: When/how best to handle this? Okay to install wdfs while Tomboy is running? When set up mount path, timer, etc, then?
if (IsSupported) {
// Determine mount path, etc
SetUpMountPath ();
// Setup unmount timer
unmountTimeout = new InterruptableTimeout ();
unmountTimeout.Timeout += UnmountTimeout;
Tomboy.ExitingEvent += TomboyExitHandler;
}
initialized = true;
}
public override void Initialize()
{
// TODO: When/how best to handle this? Okay to install wdfs while Tomboy is running? When set up mount path, timer, etc, then?
if (IsSupported)
{
// Determine mount path, etc
SetUpMountPath();
// Setup unmount timer
unmountTimeout = new InterruptableTimeout();
unmountTimeout.Timeout += UnmountTimeout;
Tomboy.ExitingEvent += TomboyExitHandler;
}
initialized = true;
}
public EncryptedFileSystemSyncServer(string localSyncPath, byte[] _password, object _initParam)
{
myKey = _password;
serverPath = localSyncPath;
cachePath = Services.NativeApplication.CacheDirectory;
cachePath = Path.Combine(cachePath, "sync_temp");
lockPath = Path.Combine(serverPath, "lock");
manifestPath = Path.Combine(serverPath, "manifest.xml");
// setup sync-temp-folder
if (!Directory.Exists(cachePath))
{
Directory.CreateDirectory(cachePath);
}
else
{
// Empty the temp dir
Logger.Debug("purging directory " + cachePath);
foreach (string oldFile in Directory.GetFiles(cachePath))
{
try
{
File.Delete(oldFile);
}
catch { }
}
Logger.Debug("purging done");
}
Logger.Debug("setupWorkDir");
SetupWorkDirectory(_initParam);
Logger.Debug("setupWorkDir done");
Logger.Debug("getRevision");
newRevision = LatestRevision + 1;
newRevisionPath = GetRevisionDirPath(newRevision);
Logger.Debug("getRevision done");
Logger.Debug("final stuff");
lockTimeout = new InterruptableTimeout();
lockTimeout.Timeout += LockTimeout;
syncLock = new SyncLockInfo();
Logger.Debug("final stuff done");
}
public EncryptedFileSystemSyncServer(string localSyncPath, byte[] _password, object _initParam)
{
myKey = _password;
serverPath = localSyncPath;
cachePath = Services.NativeApplication.CacheDirectory;
cachePath = Path.Combine(cachePath, "sync_temp");
lockPath = Path.Combine(serverPath, "lock");
manifestPath = Path.Combine(serverPath, "manifest.xml");
// setup sync-temp-folder
if (!Directory.Exists(cachePath))
{
Directory.CreateDirectory(cachePath);
}
else
{
// Empty the temp dir
Logger.Debug("purging directory " + cachePath);
foreach (string oldFile in Directory.GetFiles(cachePath))
{
try
{
File.Delete(oldFile);
}
catch { }
}
Logger.Debug("purging done");
}
Logger.Debug("setupWorkDir");
SetupWorkDirectory(_initParam);
Logger.Debug("setupWorkDir done");
Logger.Debug("getRevision");
newRevision = LatestRevision + 1;
newRevisionPath = GetRevisionDirPath(newRevision);
Logger.Debug("getRevision done");
Logger.Debug("final stuff");
lockTimeout = new InterruptableTimeout();
lockTimeout.Timeout += LockTimeout;
syncLock = new SyncLockInfo();
Logger.Debug("final stuff done");
}
public FileSystemSyncServer (string localSyncPath)
{
serverPath = localSyncPath;
if (!Directory.Exists (serverPath))
throw new DirectoryNotFoundException (serverPath);
cachePath = Services.NativeApplication.CacheDirectory;
lockPath = Path.Combine (serverPath, "lock");
manifestPath = Path.Combine (serverPath, "manifest.xml");
newRevision = LatestRevision + 1;
newRevisionPath = GetRevisionDirPath (newRevision);
lockTimeout = new InterruptableTimeout ();
lockTimeout.Timeout += LockTimeout;
syncLock = new SyncLockInfo ();
}
/// <summary>
/// Construct a task object.
/// </summary>
Task (TaskData data, string filepath, TaskManager manager)
{
this.data = data;
this.filepath = filepath;
this.manager = manager;
save_timeout = new InterruptableTimeout ();
save_timeout.Timeout += SaveTimeout;
// If an OriginNoteUri exists, make sure the note
// actually exists. If it doesn't, clean it up
string origin_note_uri = OriginNoteUri;
if (origin_note_uri != null && origin_note_uri != string.Empty) {
Note note =
Tomboy.DefaultNoteManager.FindByUri (origin_note_uri);
if (note == null)
OriginNoteUri = String.Empty;
}
}
public FileSystemSyncServer(string localSyncPath)
{
serverPath = localSyncPath;
if (!Directory.Exists(serverPath))
{
throw new DirectoryNotFoundException(serverPath);
}
cachePath = Services.NativeApplication.CacheDirectory;
lockPath = Path.Combine(serverPath, "lock");
manifestPath = Path.Combine(serverPath, "manifest.xml");
newRevision = LatestRevision + 1;
newRevisionPath = GetRevisionDirPath(newRevision);
lockTimeout = new InterruptableTimeout();
lockTimeout.Timeout += LockTimeout;
syncLock = new SyncLockInfo();
}
public override void OnNoteOpened()
{
voice_note_path = Note.FilePath + ".ogg";
has_voice_note = VoiceNoteExists();
if (has_voice_note)
{
Window.Icon = icon;
}
AddToolItem(separator, -1);
AddToolItem(record_button, -1);
AddToolItem(play_button, -1);
AddToolItem(stop_button, -1);
AddPluginMenuItem(delete_item);
play_button.Sensitive = has_voice_note;
stop_button.Sensitive = false;
Window.Hidden += OnStopButtonClicked;
button_manager = new InterruptableTimeout();
button_manager.Timeout += UpdateButtons;
}
public override void OnNoteOpened ()
{
menu = new Gtk.Menu ();
menu.Hidden += OnMenuHidden;
menu.ShowAll ();
Gtk.Image tasqueImage = new Gtk.Image (TasqueIcon);
tasqueImage.Show ();
menuToolButton =
new Gtk.MenuToolButton (tasqueImage, Catalog.GetString ("Tasque"));
menuToolButton.Menu = menu;
menuToolButton.Clicked += OnMenuToolButtonClicked;
menuToolButton.ShowMenu += OnMenuItemActivated;
menuToolButton.Sensitive = false;
menuToolButton.Show ();
AddToolItem (menuToolButton, -1);
// Sensitize the Task button on text selection
markSetTimeout = new InterruptableTimeout();
markSetTimeout.Timeout += UpdateTaskButtonSensitivity;
Note.Buffer.MarkSet += OnSelectionMarkSet;
}
public override void OnNoteOpened()
{
menu = new Gtk.Menu();
menu.Hidden += OnMenuHidden;
menu.ShowAll();
Gtk.Image tasqueImage = new Gtk.Image(TasqueIcon);
tasqueImage.Show();
menuToolButton =
new Gtk.MenuToolButton(tasqueImage, Catalog.GetString("Tasque"));
menuToolButton.Menu = menu;
menuToolButton.Clicked += OnMenuToolButtonClicked;
menuToolButton.ShowMenu += OnMenuItemActivated;
menuToolButton.Sensitive = false;
menuToolButton.Show();
AddToolItem(menuToolButton, -1);
// Sensitize the Task button on text selection
markSetTimeout = new InterruptableTimeout();
markSetTimeout.Timeout += UpdateTaskButtonSensitivity;
Note.Buffer.MarkSet += OnSelectionMarkSet;
}
Note (NoteData data, string filepath, NoteManager manager)
{
this.data = new NoteDataBufferSynchronizer (data);
this.filepath = filepath;
this.manager = manager;
// Make sure each of the tags that NoteData found point to the
// instance of this note.
foreach (Tag tag in data.Tags.Values) {
AddTag (tag);
}
save_timeout = new InterruptableTimeout ();
save_timeout.Timeout += SaveTimeout;
childWidgetQueue = new Queue <ChildWidgetData> ();
is_deleting = false;
save_errordlg_active = false;
}
void UpdateSearch ()
{
if (note_changed_timeout == null) {
note_changed_timeout = new InterruptableTimeout ();
note_changed_timeout.Timeout += NoteChangedTimeout;
}
if (SearchText == null) {
PerformSearch (false);
} else {
note_changed_timeout.Reset (500);
}
}
public override void OnNoteOpened ()
{
voice_note_path = Note.FilePath + ".ogg";
has_voice_note = VoiceNoteExists ();
if (has_voice_note)
Window.Icon = icon;
AddToolItem (separator, -1);
AddToolItem (record_button, -1);
AddToolItem (play_button, -1);
AddToolItem (stop_button, -1);
AddPluginMenuItem (delete_item);
play_button.Sensitive = has_voice_note;
stop_button.Sensitive = false;
Window.Hidden += OnStopButtonClicked;
button_manager = new InterruptableTimeout ();
button_manager.Timeout += UpdateButtons;
}
void OnEntryChanged (object sender, EventArgs args)
{
if (entry_changed_timeout == null) {
entry_changed_timeout = new InterruptableTimeout ();
entry_changed_timeout.Timeout += EntryChangedTimeout;
}
if (SearchText == null) {
clear_search_button.Sensitive = false;
PerformSearch ();
} else {
entry_changed_timeout.Reset (500);
clear_search_button.Sensitive = true;
}
RestoreMatchesWindow ();
}
// Called after .5 seconds of typing inactivity to update
// the search when the text of a note changes. This prevents
// the search from running on every single change made in a
// note.
void NoteChangedTimeout (object sender, EventArgs args)
{
note_changed_timeout = null;
if (SearchText == null)
return;
PerformSearch (false);
}
//
// Construct a window to display a note
//
// Currently a toolbar with Link, Search, Text, Delete buttons
// and a Gtk.TextView as the body.
//
public NoteWindow (Note note)
: base (note.Title)
{
this.note = note;
this.IconName = "tomboy";
this.SetDefaultSize (450, 360);
Resizable = true;
accel_group = new Gtk.AccelGroup ();
AddAccelGroup (accel_group);
text_menu = new NoteTextMenu (accel_group, note.Buffer, note.Buffer.Undoer);
// Add the Find menu item to the toolbar Text menu. It
// should only show up in the toplevel Text menu, since
// the context menu already has a Find submenu.
Gtk.SeparatorMenuItem spacer = new Gtk.SeparatorMenuItem ();
spacer.Show ();
text_menu.Append (spacer);
Gtk.ImageMenuItem find_item =
new Gtk.ImageMenuItem (Catalog.GetString("Find in This Note"));
find_item.Image = new Gtk.Image (Gtk.Stock.Find, Gtk.IconSize.Menu);
find_item.Activated += FindActivate;
find_item.AddAccelerator ("activate",
accel_group,
(uint) Gdk.Key.f,
Gdk.ModifierType.ControlMask,
Gtk.AccelFlags.Visible);
find_item.Show ();
text_menu.Append (find_item);
plugin_menu = MakePluginMenu ();
toolbar = MakeToolbar ();
toolbar.Show ();
template_widget = MakeTemplateBar ();
// The main editor widget
editor = new NoteEditor (note.Buffer);
editor.PopulatePopup += OnPopulatePopup;
editor.Show ();
// Sensitize the Link toolbar button on text selection
mark_set_timeout = new InterruptableTimeout();
mark_set_timeout.Timeout += UpdateLinkButtonSensitivity;
note.Buffer.MarkSet += OnSelectionMarkSet;
// FIXME: I think it would be really nice to let the
// window get bigger up till it grows more than
// 60% of the screen, and then show scrollbars.
editor_window = new Gtk.ScrolledWindow ();
editor_window.HscrollbarPolicy = Gtk.PolicyType.Automatic;
editor_window.VscrollbarPolicy = Gtk.PolicyType.Automatic;
editor_window.Add (editor);
editor_window.Show ();
FocusChild = editor;
find_bar = new NoteFindBar (note);
find_bar.Visible = false;
find_bar.NoShowAll = true;
find_bar.Hidden += FindBarHidden;
Gtk.VBox box = new Gtk.VBox (false, 2);
box.PackStart (toolbar, false, false, 0);
box.PackStart (template_widget, false, false, 0);
box.PackStart (editor_window, true, true, 0);
box.PackStart (find_bar, false, false, 0);
box.Show ();
// Don't set up Ctrl-W or Ctrl-N if Emacs is in use
bool using_emacs = false;
string gtk_key_theme = (string)
Preferences.Get ("/desktop/gnome/interface/gtk_key_theme");
if (gtk_key_theme != null && gtk_key_theme.CompareTo ("Emacs") == 0)
using_emacs = true;
// NOTE: Since some of our keybindings are only
// available in the context menu, and the context menu
// is created on demand, register them with the
// global keybinder
global_keys = new GlobalKeybinder (accel_group);
// Close window (Ctrl-W)
if (!using_emacs)
global_keys.AddAccelerator (new EventHandler (CloseWindowHandler),
(uint) Gdk.Key.w,
Gdk.ModifierType.ControlMask,
Gtk.AccelFlags.Visible);
// Escape has been moved to be handled by a KeyPress Handler so that
// Escape can be used to close the FindBar.
// Close all windows on current Desktop (Ctrl-Q)
global_keys.AddAccelerator (new EventHandler (CloseAllWindowsHandler),
(uint) Gdk.Key.q,
Gdk.ModifierType.ControlMask,
Gtk.AccelFlags.Visible);
// Find Next (Ctrl-G)
global_keys.AddAccelerator (new EventHandler (FindNextActivate),
(uint) Gdk.Key.g,
Gdk.ModifierType.ControlMask,
Gtk.AccelFlags.Visible);
// Find Previous (Ctrl-Shift-G)
global_keys.AddAccelerator (new EventHandler (FindPreviousActivate),
(uint) Gdk.Key.g,
(Gdk.ModifierType.ControlMask |
Gdk.ModifierType.ShiftMask),
Gtk.AccelFlags.Visible);
// Open Help (F1)
global_keys.AddAccelerator (new EventHandler (OpenHelpActivate),
(uint) Gdk.Key.F1,
0,
0);
// Create a new note
if (!using_emacs)
global_keys.AddAccelerator (new EventHandler (CreateNewNote),
(uint) Gdk.Key.n,
Gdk.ModifierType.ControlMask,
Gtk.AccelFlags.Visible);
// Have Esc key close the find bar or note window
KeyPressEvent += KeyPressed;
// Increase Indent
global_keys.AddAccelerator (new EventHandler (ChangeDepthRightHandler),
(uint) Gdk.Key.Right,
Gdk.ModifierType.Mod1Mask,
Gtk.AccelFlags.Visible);
// Decrease Indent
global_keys.AddAccelerator (new EventHandler (ChangeDepthLeftHandler),
(uint) Gdk.Key.Left,
Gdk.ModifierType.Mod1Mask,
Gtk.AccelFlags.Visible);
this.Add (box);
}
void OnFindEntryActivated (object sender, EventArgs args)
{
if (entry_changed_timeout != null) {
entry_changed_timeout.Cancel ();
entry_changed_timeout = null;
}
if (prev_search_text != null &&
SearchText != null &&
prev_search_text.CompareTo (SearchText) == 0)
next_button.Click ();
else
PerformSearch (true);
}
void OnFindEntryChanged (object sender, EventArgs args)
{
if (entry_changed_timeout == null) {
entry_changed_timeout = new InterruptableTimeout ();
entry_changed_timeout.Timeout += EntryChangedTimeout;
}
if (SearchText == null) {
PerformSearch (false);
} else {
entry_changed_timeout.Reset (500);
}
}
// Called after .5 seconds of typing inactivity, or on explicit
// activate. Redo the search and update the results...
void EntryChangedTimeout (object sender, EventArgs args)
{
entry_changed_timeout = null;
if (SearchText == null)
return;
PerformSearch (true);
}
