public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case REMOVE_PLAYLIST_ITEMS: return(this.RemovePlaylistItems()); case CROP_PLAYLIST_ITEMS: return(this.CropPlaylistItems()); case LOCATE_PLAYLIST_ITEMS: return(this.LocatePlaylistItems()); #if NET40 //ListView grouping is too slow under net40 due to lack of virtualization. #else case TOGGLE_GROUPING: this.Grouping.Toggle(); this.Configuration.Save(); break; #endif } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public async Task InvokeAsync(IInvocationComponent component) { var id = default(int); if (!int.TryParse(component.Id, out id)) { return; } var column = this.PlaylistBrowser.GetColumns().FirstOrDefault( _column => _column.Id == id ); if (column == null) { return; } column.Enabled = !column.Enabled; using (var database = this.DatabaseFactory.Create()) { using (var transaction = database.BeginTransaction(database.PreferredIsolationLevel)) { var set = database.Set <PlaylistColumn>(transaction); await set.AddOrUpdateAsync(column).ConfigureAwait(false); transaction.Commit(); } } await this.SignalEmitter.Send(new Signal(this, CommonSignals.PlaylistColumnsUpdated, new[] { column })).ConfigureAwait(false); }
public Task InvokeAsync(IInvocationComponent component) { if (string.Equals(component.Id, SETTINGS, StringComparison.OrdinalIgnoreCase)) { return(Windows.ShowDialog <PlaylistSettingsDialog>(this.Core, Strings.General_Settings)); } var id = default(int); if (!int.TryParse(component.Id, out id)) { #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif } var column = this.PlaylistBrowser.GetColumns().FirstOrDefault( _column => _column.Id == id ); if (column != null) { column.Enabled = !column.Enabled; this.Update(column, true); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public MenuItem(IInvocableComponent component, IInvocationComponent invocation) : this() { this.Component = component; this.Invocation = invocation; this.Invocation.AttributesChanged += this.OnAttributesChanged; }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case LOOKUP_TAGS: switch (component.Category) { case InvocationComponent.CATEGORY_LIBRARY: return(this.FetchTagsLibrary()); case InvocationComponent.CATEGORY_PLAYLIST: return(this.FetchTagsPlaylist()); } break; case LOOKUP_ARTWORK: switch (component.Category) { case InvocationComponent.CATEGORY_LIBRARY: return(this.FetchArtworkLibrary()); case InvocationComponent.CATEGORY_PLAYLIST: return(this.FetchArtworkPlaylist()); } break; } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case TOPMOST: this.Topmost.Toggle(); this.Configuration.Save(); break; case SHOW_ARTWORK: this.ShowArtwork.Toggle(); this.Configuration.Save(); break; case SHOW_PLAYLIST: this.ShowPlaylist.Toggle(); this.Configuration.Save(); break; case QUIT: return(Windows.Shutdown()); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public virtual Task InvokeAsync(IInvocationComponent component) { #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { this.Bars.Value = this.Bars.Options.FirstOrDefault(option => string.Equals(option.Id, component.Id)); #if NET40 return(TaskEx.Run(() => this.Configuration.Save())); #else return(Task.Run(() => this.Configuration.Save())); #endif }
public Task InvokeAsync(IInvocationComponent component) { this.Mode.Value = this.Mode.Options.FirstOrDefault(option => string.Equals(option.Id, component.Id)); this.Configuration.Save(); #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case TOGGLE_GROUPING: this.Grouping.Toggle(); this.Configuration.Save(); break; } return(Task.CompletedTask); }
protected virtual MenuItem GetItem(IList <MenuItem> items, IInvocationComponent invocation, string[] path) { var item = default(MenuItem); foreach (var segment in path) { item = this.GetItem(items, invocation, segment); items = item.Children; } return(item); }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case OPEN_ARCHIVE: return(this.OpenArchive()); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case DESIGN: return(Windows.Invoke(() => this.IsDesigning = !this.IsDesigning)); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { if (string.Equals(component.Id, this.ShowCounters.Id, StringComparison.OrdinalIgnoreCase)) { this.ShowCounters.Toggle(); this.Configuration.Save(); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case REFRESH_IMAGES: return(this.RefreshImages()); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case ENCODE: return(this.Encode()); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case CLEAR_PLAYLIST: return(this.Clear(this.SelectedPlaylist)); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case EDIT_METADATA: return(this.SignalEmitter.Send(new Signal(this, CommonSignals.PluginInvocation, component))); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case TOGGLE_SORTING: this.Sorting.Toggle(); this.Configuration.Save(); break; } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case SET_LIBRARY_RATING: return(this.SetLibraryRating(component.Name)); case SET_PLAYLIST_RATING: return(this.SetPlaylistRating(component.Name)); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case NEW: return(this.New()); case MANAGE: return(this.Manage()); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public virtual Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case CLEAR: return(this.Clear()); case EXIT: return(this.Exit()); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case SETTINGS: if (BassAsioDevice.IsInitialized && BassAsioDevice.Info != null) { BassAsioDevice.Info.ControlPanel(); } break; } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case QUIT: return(Windows.Invoke(() => { this.Disable(); this.OnClose(this, EventArgs.Empty); })); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case OPEN_CD: var drive = CdUtils.GetDrive(component.Name); if (drive == CdUtils.NO_DRIVE) { break; } return(this.OpenCd(drive)); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case PlaylistBehaviourConfiguration.ORDER_DEFAULT_OPTION: case PlaylistBehaviourConfiguration.ORDER_SHUFFLE_TRACKS: case PlaylistBehaviourConfiguration.ORDER_SHUFFLE_ALBUMS: case PlaylistBehaviourConfiguration.ORDER_SHUFFLE_ARTISTS: this.Order.Value = this.Order.GetOption(component.Id); this.Configuration.Save(); break; } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case SHUFFLE: this.Shuffle.Toggle(); #if NET40 return(TaskEx.Run(() => this.Configuration.Save())); #else return(Task.Run(() => this.Configuration.Save())); #endif } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }
public override Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case FREEZE_LEFT: return(Windows.Invoke(() => this.SplitterDirection = Enum.GetName(typeof(Dock), Dock.Left))); case FREEZE_RIGHT: return(Windows.Invoke(() => this.SplitterDirection = Enum.GetName(typeof(Dock), Dock.Right))); case COLLAPSE_LEFT: return(Windows.Invoke(() => this.CollapseLeft = !this.CollapseLeft)); case COLLAPSE_RIGHT: return(Windows.Invoke(() => this.CollapseRight = !this.CollapseRight)); } return(base.InvokeAsync(component)); }
public override Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case FREEZE_TOP: return(Windows.Invoke(() => this.SplitterDirection = Enum.GetName(typeof(Dock), Dock.Top))); case FREEZE_BOTTOM: return(Windows.Invoke(() => this.SplitterDirection = Enum.GetName(typeof(Dock), Dock.Bottom))); case COLLAPSE_TOP: return(Windows.Invoke(() => this.CollapseTop = !this.CollapseTop)); case COLLAPSE_BOTTOM: return(Windows.Invoke(() => this.CollapseBottom = !this.CollapseBottom)); } return(base.InvokeAsync(component)); }
public Task InvokeAsync(IInvocationComponent component) { switch (component.Id) { case APPEND_PLAYLIST: return(this.AddToPlaylist(false)); case REPLACE_PLAYLIST: return(this.AddToPlaylist(true)); case SET_RATING: return(this.SetRating(component.Name)); } #if NET40 return(TaskEx.FromResult(false)); #else return(Task.CompletedTask); #endif }