/* -*- mode: js2; js2-basic-offset: 4; indent-tabs-mode: nil -*- */ const Clutter = imports.gi.Clutter; const Gio = imports.gi.Gio; const Gtk = imports.gi.Gtk; const Shell = imports.gi.Shell; const Main = imports.ui.main; const THUMBNAIL_ICON_MARGIN = 2; function DocInfo(recentInfo) { this._init(recentInfo); } DocInfo.prototype = { _init : function(recentInfo) { this._recentInfo = recentInfo; this.name = recentInfo.get_display_name(); this.uri = recentInfo.get_uri(); this.mimeType = recentInfo.get_mime_type(); }, getIcon : function(size) { let icon = new Clutter.Texture(); let iconPixbuf; if (this.uri.match("^file://")) iconPixbuf = Shell.get_thumbnail(this.uri, this.mimeType); if (iconPixbuf) { // We calculate the width and height of the texture so as // to preserve the aspect ratio of the thumbnail. Because // the images generated based on thumbnails don't have an // internal padding like system icons do, we create a // slightly smaller texture and then create a group around // it for padding purposes let scalingFactor = (size - THUMBNAIL_ICON_MARGIN * 2) / Math.max(iconPixbuf.get_width(), iconPixbuf.get_height()); icon.set_width(Math.ceil(iconPixbuf.get_width() * scalingFactor)); icon.set_height(Math.ceil(iconPixbuf.get_height() * scalingFactor)); Shell.clutter_texture_set_from_pixbuf(icon, iconPixbuf); let group = new Clutter.Group({ width: size, height: size }); group.add_actor(icon); icon.set_position(THUMBNAIL_ICON_MARGIN, THUMBNAIL_ICON_MARGIN); return group; } else { Shell.clutter_texture_set_from_pixbuf(icon, this._recentInfo.get_icon(size)); return icon; } }, launch : function() { // While using Gio.app_info_launch_default_for_uri() would be // shorter in terms of lines of code, we are not doing so // because that would duplicate the work of retrieving the // mime type. let appInfo = Gio.app_info_get_default_for_type(this.mimeType, true); if (appInfo != null) { appInfo.launch_uris([this.uri], Main.createAppLaunchContext()); } else { log("Failed to get default application info for mime type " + mimeType + ". Will try to use the last application that registered the document."); let appName = this._recentInfo.last_application(); let [success, appExec, count, time] = this._recentInfo.get_application_info(appName); if (success) { log("Will open a document with the following command: " + appExec); // TODO: Change this once better support for creating // GAppInfo is added to GtkRecentInfo, as right now // this relies on the fact that the file uri is // already a part of appExec, so we don't supply any // files to appInfo.launch(). // The 'command line' passed to // create_from_command_line is allowed to contain // '%' macros that are expanded to file // name / icon name, etc, so we need to escape % as %% appExec = appExec.replace(/%/g, "%%"); let appInfo = Gio.app_info_create_from_commandline(appExec, null, 0, null); // The point of passing an app launch context to // launch() is mostly to get startup notification and // associated benefits like the app appearing on the // right desktop; but it doesn't really work for now // because with the way we create the appInfo we // aren't reading the application's desktop file, and // thus don't find the StartupNotify=true in it. So, // despite passing the app launch context, no startup // notification occurs. appInfo.launch([], Main.createAppLaunchContext()); } else { log("Failed to get application info for " + this.uri); } } }, exists : function() { return this._recentInfo.exists(); }, lastVisited : function() { // We actually used get_modified() instead of get_visited() // here, as GtkRecentInfo doesn't updated get_visited() // correctly. See // http://bugzilla.gnome.org/show_bug.cgi?id=567094 return this._recentInfo.get_modified(); } };