static Xcls_WindowRooView  _WindowRooView;

public class Xcls_WindowRooView : Object
{
	public Gtk.Box el;
	private Xcls_WindowRooView  _this;

	public static Xcls_WindowRooView singleton()
	{
		if (_WindowRooView == null) {
		    _WindowRooView= new Xcls_WindowRooView();
		}
		return _WindowRooView;
	}
	public Xcls_notebook notebook;
	public Xcls_label_preview label_preview;
	public Xcls_label_code label_code;
	public Xcls_paned paned;
	public Xcls_viewbox viewbox;
	public Xcls_AutoRedraw AutoRedraw;
	public Xcls_view view;
	public Xcls_inspectorcontainer inspectorcontainer;
	public Xcls_sourceviewscroll sourceviewscroll;
	public Xcls_sourceview sourceview;
	public Xcls_buffer buffer;
	public Xcls_search_entry search_entry;
	public Xcls_search_results search_results;
	public Xcls_nextBtn nextBtn;
	public Xcls_backBtn backBtn;
	public Xcls_search_settings search_settings;
	public Xcls_case_sensitive case_sensitive;
	public Xcls_regex regex;
	public Xcls_multiline multiline;

		// my vars (def)
	public Gtk.Widget lastObj;
	public Xcls_MainWindow main_window;
	public int last_error_counter;
	public int last_search_end;
	public GtkSource.SearchContext searchcontext;
	public JsRender.JsRender file;

	// ctor
	public Xcls_WindowRooView()
	{
		_this = this;
		this.el = new Gtk.Box( Gtk.Orientation.VERTICAL, 0 );

		// my vars (dec)
		this.lastObj = null;
		this.last_error_counter = 0;
		this.last_search_end = 0;
		this.file = null;

		// set gobject values
		this.el.hexpand = true;
		this.el.vexpand = true;
		new Xcls_notebook( _this );
		this.el.append( _this.notebook.el );
	}

	// user defined functions
	public void loadFile (JsRender.JsRender file)
	{
	    this.file = file;
	    this.view.renderJS(true);
	    this.notebook.el.page = 0;// gtk preview 
	    this.sourceview.loadFile();   
	    this.last_error_counter = -1;
	    this.updateErrorMarks();
	}
	public void highlightNodeAtLine (int ln) {
	
	
		 
		// highlight node...
		
			
	    var node = _this.file.lineToNode(ln+1);
	 
	    if (node == null) {
	        //print("can not find node\n");
	        return;
	    }
	    var prop = node.lineToProp(ln+1);
	    print("prop : %s", prop == null ? "???" : prop.name);
	        
	        
	    // ---------- this selects the tree's node...
	    
	    var ltree = _this.main_window.windowstate.left_tree;
	   ltree.model.selectNode(node);
	        
	    //_this.sourceview.allow_node_scroll = false; /// block node scrolling..
		       
	   
	    //print("changing cursor on tree..\n");
	   
	
	    
	    // let's try allowing editing on the methods.
	    // a little klunky at present..
		_this.sourceview.prop_selected = "";
		/*
	    if (prop != null) {
			//see if we can find it..
			var kv = prop.split(":");
			if (kv[0] == "p") {
			
	    		//var k = prop.get_key(kv[1]);
	    		// fixme -- need to determine if it's an editable property...
	    		_this.sourceview.prop_selected = prop;
	    		
			} else if (kv[0] == "l") {
				 _this.sourceview.prop_selected = prop;
				
			}
	    }
	    */
	   // ltree.view.el.set_cursor(new Gtk.TreePath.from_string(tp), null, false); 
	   _this.sourceview.nodeSelected(node,false);
	    
	            // scrolling is disabled... as node selection calls scroll 10ms after it changes.
	      //      GLib.Timeout.add_full(GLib.Priority.DEFAULT,100 , () => {
		  //          this.allow_node_scroll = true;
		  //          return false;
	      //      });
	      //  }
			
			
			
			
			
			
			
			
			
			 
	
	}
	public void requestRedraw () {
	    this.view.renderJS(false);
	    this.sourceview.loadFile();   
	}
	public void forwardSearch (bool change_focus) {
	
		if (this.searchcontext == null) {
			return;
		}
		this.notebook.el.page = 1;
		Gtk.TextIter beg, st,en;
		bool has_wrapped_around;
		var buf = this.sourceview.el.get_buffer();
		buf.get_iter_at_offset(out beg, this.last_search_end);
		if (!this.searchcontext.forward(beg, out st, out en, out has_wrapped_around)) {
			this.last_search_end = 0;
			return;
		}
		this.last_search_end = en.get_offset();
		if (change_focus) {
			this.sourceview.el.grab_focus();
		}
		buf.place_cursor(st);
		
	 
		 
		this.sourceview.el.scroll_to_iter(st,  0.0f, true, 0.0f, 0.5f);
		
		
		var ln = st.get_line();
		
		this.highlightNodeAtLine(ln);
	}
	public void backSearch (bool change_focus) {
	
		if (this.searchcontext == null) {
			return;
		} 
		
		Gtk.TextIter beg, st,en;
		bool has_wrapped_around;
		this.buffer.el.get_iter_at_offset(out beg, this.last_search_end -1 );
		
		if (!this.searchcontext.backward(beg, out st, out en, out has_wrapped_around)) {
		
			this.last_search_end = 0;
			return;
		}
		this.last_search_end = en.get_offset();
		if (change_focus) {
			this.sourceview.el.grab_focus();
		}
		this.buffer.el.place_cursor(st);
		this.sourceview.el.scroll_to_iter(st,  0.1f, true, 0.0f, 0.5f);
		var ln = st.get_line();
		this.highlightNodeAtLine(ln);
		
	 
	}
	public int search (string in_txt) {
		this.notebook.el.page = 1;
		
	 
	   
		var s = new GtkSource.SearchSettings();
		s.case_sensitive = _this.case_sensitive.el.active;
		s.regex_enabled = _this.regex.el.active;	
		s.wrap_around = false;
		
		this.searchcontext = new GtkSource.SearchContext(this.buffer.el,s);
		this.searchcontext.set_highlight(true);
		var txt = in_txt;
		
		if (_this.multiline.el.active) {
			txt = in_txt.replace("\\n", "\n");
		}
		
		s.set_search_text(txt);
		Gtk.TextIter beg, st,en;
		bool has_wrapped_around;
		this.buffer.el.get_start_iter(out beg);
		this.searchcontext.forward(beg, out st, out en, out has_wrapped_around);
		this.last_search_end = 0;
		
		return this.searchcontext.get_occurrences_count();
	
	 
	    
	
	}
	public void createThumb () {
	    
	    
	    if (this.file == null) {
	        return;
	    }
	    
		if (this.notebook.el.page > 0 ) {
	        return;
	    }
	    
	 	this.file.widgetToIcon(this.view.el); 
	
	    
	     
	    
	     
	}
	public void updateErrorMarks () {
		
	 
	
		var buf = _this.buffer.el;
		Gtk.TextIter start;
		Gtk.TextIter end;     
		buf.get_bounds (out start, out end);
	
	
	 
		GLib.debug("highlight errors");		 
	
		 // we should highlight other types of errors..
	
	 
	
		 
		if (_this.file == null) {
			GLib.debug("file is null?");
			return;
	
		}
		var ar = this.file.getErrors();
		if (ar.size < 1) {
			buf.remove_tag_by_name ("ERR", start, end);
			buf.remove_tag_by_name ("WARN", start, end);
			buf.remove_tag_by_name ("DEPR", start, end);
			buf.remove_source_marks (start, end, null);
			this.last_error_counter = file.error_counter ;
			GLib.debug("higjlight has no errors");
			return;
		}
	 	if (this.last_error_counter == file.error_counter) {
			return;
		}
	
		var tlines = buf.get_line_count () +1;
		
	 
		 
		buf.remove_source_marks (start, end, null);
		buf.remove_tag_by_name ("ERR", start, end);
		buf.remove_tag_by_name ("WARN", start, end);
		buf.remove_tag_by_name ("DEPR", start, end);
		foreach(var diag in ar) { 
		
			
		     Gtk.TextIter iter;
	//        print("get inter\n");
		    var eline = (int)diag.range.start.line ;
		    var eline_to = (int)diag.range.end.line;
		    if (eline > tlines || eline < 0) {
		        return;
		    }
		   
		    
		    buf.get_iter_at_line( out iter, eline);
		   
		  	 buf.get_iter_at_line_offset( out start, 
	 	    	eline, (int)diag.range.start.character); 
	 	    buf.get_iter_at_line_offset( out end, 
	 	    	eline_to, (int)diag.range.end.character); 
	 	    	
		    buf.apply_tag_by_name(diag.category, start, end);
		   
		   
			var msg = "Line: %d %s : %s".printf(eline+1, diag.category, diag.message);
		    buf.create_source_mark( msg, diag.category, iter);
		    GLib.debug("set line %d to %s", eline, msg);
		    //this.marks.set(eline, msg);
		}
		this.last_error_counter = file.error_counter ;
	
	
	
	 
	
	}
	public void scroll_to_line (int line) {
	   // code preview...
	   
	   GLib.Timeout.add(100, () => {
	   
			this.notebook.el.set_current_page( 1 );
		   
		   
			  var buf = this.sourceview.el.get_buffer();
		 
			var sbuf = (GtkSource.Buffer) buf;
	
	
			Gtk.TextIter iter;   
			sbuf.get_iter_at_line(out iter,  line);
			this.sourceview.el.scroll_to_iter(iter,  0.1f, true, 0.0f, 0.5f);
			return false;
		});   
	
	   
	}
	public class Xcls_notebook : Object
	{
		public Gtk.Notebook el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_notebook(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.notebook = this;
			this.el = new Gtk.Notebook();

			// my vars (dec)

			// set gobject values
			this.el.vexpand = true;
			new Xcls_label_preview( _this );
			new Xcls_label_code( _this );
			new Xcls_paned( _this );
			this.el.append_page ( _this.paned.el , _this.label_preview.el );
			var child_4 = new Xcls_Box13( _this );
			child_4.ref();
			this.el.append_page ( child_4.el , _this.label_code.el );
		}

		// user defined functions
	}
	public class Xcls_label_preview : Object
	{
		public Gtk.Label el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_label_preview(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.label_preview = this;
			this.el = new Gtk.Label( "Preview" );

			// my vars (dec)

			// set gobject values
		}

		// user defined functions
	}

	public class Xcls_label_code : Object
	{
		public Gtk.Label el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_label_code(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.label_code = this;
			this.el = new Gtk.Label( "Preview Generated Code" );

			// my vars (dec)

			// set gobject values
		}

		// user defined functions
	}

	public class Xcls_paned : Object
	{
		public Gtk.Paned el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_paned(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.paned = this;
			this.el = new Gtk.Paned( Gtk.Orientation.VERTICAL );

			// my vars (dec)

			// set gobject values
			this.el.vexpand = true;
			new Xcls_viewbox( _this );
			this.el.set_start_child ( _this.viewbox.el  );
			new Xcls_inspectorcontainer( _this );
			this.el.set_end_child ( _this.inspectorcontainer.el  );
		}

		// user defined functions
	}
	public class Xcls_viewbox : Object
	{
		public Gtk.Box el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_viewbox(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.viewbox = this;
			this.el = new Gtk.Box( Gtk.Orientation.VERTICAL, 0 );

			// my vars (dec)

			// set gobject values
			this.el.homogeneous = false;
			this.el.vexpand = true;
			var child_1 = new Xcls_Box7( _this );
			child_1.ref();
			this.el.append( child_1.el );
			new Xcls_view( _this );
			this.el.append( _this.view.el );
		}

		// user defined functions
	}
	public class Xcls_Box7 : Object
	{
		public Gtk.Box el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_Box7(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			this.el = new Gtk.Box( Gtk.Orientation.HORIZONTAL, 0 );

			// my vars (dec)

			// set gobject values
			this.el.homogeneous = true;
			this.el.height_request = 20;
			this.el.vexpand = false;
			var child_1 = new Xcls_Button8( _this );
			child_1.ref();
			this.el.append( child_1.el );
			new Xcls_AutoRedraw( _this );
			this.el.append( _this.AutoRedraw.el );
			var child_3 = new Xcls_Button10( _this );
			child_3.ref();
			this.el.append( child_3.el );
		}

		// user defined functions
	}
	public class Xcls_Button8 : Object
	{
		public Gtk.Button el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_Button8(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			this.el = new Gtk.Button();

			// my vars (dec)

			// set gobject values
			this.el.label = "Redraw";

			//listeners
			this.el.clicked.connect( ( ) => {
			    _this.view.renderJS(  true);
			});
		}

		// user defined functions
	}

	public class Xcls_AutoRedraw : Object
	{
		public Gtk.CheckButton el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_AutoRedraw(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.AutoRedraw = this;
			this.el = new Gtk.CheckButton();

			// my vars (dec)

			// set gobject values
			this.el.active = true;
			this.el.label = "Auto Redraw On";

			//listeners
			this.el.toggled.connect( (state) => {
			    this.el.set_label(this.el.active  ? "Auto Redraw On" : "Auto Redraw Off");
			});
		}

		// user defined functions
	}

	public class Xcls_Button10 : Object
	{
		public Gtk.Button el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_Button10(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			this.el = new Gtk.Button();

			// my vars (dec)

			// set gobject values
			this.el.label = "Full Redraw";

			//listeners
			this.el.clicked.connect( () => {
			  _this.view.redraws = 99;
			 //   _this.view.el.web_context.clear_cache();  
			  //_this.view.renderJS(true);
			  FakeServerCache.clear();
			  _this.view.reInit();
			 
			});
		}

		// user defined functions
	}


	public class Xcls_view : Object
	{
		public WebKit.WebView el;
		private Xcls_WindowRooView  _this;


			// my vars (def)
		public WebKit.WebInspector inspector;
		public bool pendingRedraw;
		public int redraws;
		public bool refreshRequired;
		public string runjs;
		public string runhtml;
		public string renderedData;
		public GLib.DateTime lastRedraw;

		// ctor
		public Xcls_view(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.view = this;
			this.el = new WebKit.WebView();

			// my vars (dec)
			this.pendingRedraw = false;
			this.redraws = 0;
			this.refreshRequired = false;
			this.runjs = "";
			this.runhtml = "";
			this.renderedData = "";
			this.lastRedraw = null;

			// set gobject values
			this.el.vexpand = true;

			// init method

			{
			    // this may not work!?
			    var settings =  this.el.get_settings();
			    settings.enable_developer_extras = true;
			    
			    
			    var fs= new FakeServer(this.el);
			    fs.ref();
			    // this was an attempt to change the url perms.. did not work..
			    // settings.enable_file_access_from_file_uris = true;
			    // settings.enable_offline_web_application_cache - true;
			    // settings.enable_universal_access_from_file_uris = true;
			   
			     
			    
			    
			    
			
			     // FIXME - base url of script..
			     // we need it so some of the database features work.
			    this.el.load_html( "Render not ready" , 
			            //fixme - should be a config option!
			            // or should we catch stuff and fix it up..
			            "http://localhost/app.Builder/"
			    );
			   
			        
			   //this.el.open('file:///' + __script_path__ + '/../builder.html');
			    /*
			    Gtk.drag_dest_set
			    (
			            this.el,              //
			            Gtk.DestDefaults.MOTION  | Gtk.DestDefaults.HIGHLIGHT,
			            null,            // list of targets
			            Gdk.DragAction.COPY         // what to do with data after dropped 
			    );
			                            
			   // print("RB: TARGETS : " + LeftTree.atoms["STRING"]);
			    Gtk.drag_dest_set_target_list(this.el, this.get('/Window').targetList);
			    */
			    GLib.Timeout.add_seconds(1,  ()  =>{
			         //print("run refresh?");
			         if (this.el == null) {
			            return false;
			         }
			         this.runRefresh(); 
			         return true;
			     });
			    
			    
			}

			//listeners
			this.el.script_dialog.connect( (dialog) => {
			    
			    
			    if (this.el == null) {
			        return true;
			    }
			    
			     var msg = dialog.get_message();
			     if (msg.length < 4) {
			        return false;
			     }
			     
			     GLib.debug("script dialog got %s", msg);
			     
			     if (msg.substring(0,4) != "IPC:") {
			         return false;
			     }
			     var ar = msg.split(":", 3);
			    if (ar.length < 3) {
			        return false;
			    }
			
			    switch(ar[1]) {
			        case "SAVEHTML":
				        GLib.debug("GOT saveHTML %d", ar[2].length);
			            _this.file.saveHTML(ar[2]);
			            _this.createThumb();
			            return true;
			        default:
			            return false;
			    }
			    
			});
			this.el.ready_to_show.connect( ( ) => {
			  this.initInspector();
			
			});
			this.el.load_changed.connect( (le) => {
			    if (le != WebKit.LoadEvent.FINISHED) {
			        return;
			    }
			    if (this.runjs.length < 1) {
			        return;
			    }
			  //  this.el.run_javascript(this.runjs, null);
			     FakeServerCache.remove(    this.runjs);
			    this.runjs = "";
			});
		}

		// user defined functions
		public void initInspector () {
		    
		 
		          
		   // this.inspector.open_window.connect(() => {
		         this.inspector = this.el.get_inspector();
		         
		         this.inspector.open_window.connect(() => {
		        print("inspector attach\n");
		        var wv = this.inspector.get_web_view();
		        if (wv != null) {
		            print("got inspector web view\n");
		            
		            var cn = _this.inspectorcontainer.el.get_first_child();
		            if (cn != null) {
		                 _this.inspectorcontainer.el.remove(cn);
		             }
		            
		            _this.inspectorcontainer.el.append(wv);
		            wv.show();
		        } else {
			         print("got inspector web view FAILED\n");
		            //this.inspector.close();
		            
		            //this.inspector = null;
		           
		 
		        }
		      return true;
		       
		   });
		     this.inspector.show();
		         
		    
		  
		}
		public void renderJS (bool force) {
		
		    // this is the public redraw call..
		    // we refresh in a loop privately..
		    var autodraw = _this.AutoRedraw.el.active;
		    if (!autodraw && !force) {
		        print("Skipping redraw - no force, and autodraw off");
		        return;
		    }
		     
		    this.refreshRequired  = true;
		}
		public void reInit () {
		   print("reInit?");
		         // if this happens destroy the webkit..
		         // recreate it..
		     this.el.stop_loading();
		         
		     if (_this.viewbox.el.get_parent() == null) {
		        return;
		     }
		         
		         /*
		    _this.viewbox.el.remove(_this.viewcontainer.el);
		    //_this.paned.el.remove(_this.inspectorcontainer.el);        
		         
		         // destory seems to cause problems.
		         //this.el.destroy();
		        //_this.viewcontainer.el.destroy();
		         //_this.inspectorcontainer.el.destroy();
		     var  inv =new Xcls_inspectorcontainer(_this);
		      
		      _this.paned.el.set_end_child(inv.el);
		      _this.inspectorcontainer = inv;
		      
		     this.el = null;         
		     var nv =new Xcls_viewcontainer(_this);
		    // nv.ref();
		     _this.viewbox.el.append(nv.el);
		         
		         _this.viewcontainer = nv;
		     inv.el.show();
		     nv.el.show();
		         //while(Gtk.events_pending ()) Gtk.main_iteration ();
		         //_this.view.renderJS(true); 
		     _this.view.refreshRequired  = true;
		     
		     */
		}
		public void runRefresh () 
		{
		    // this is run every 2 seconds from the init..
		
		  
		    
		    if (!this.refreshRequired) {
		       // print("no refresh required");
		        return;
		    }
		
		    if (this.lastRedraw != null) {
		       // do not redraw if last redraw was less that 5 seconds ago.
		       if ((int64)(new DateTime.now_local()).difference(this.lastRedraw) < 5000 ) {
		            return;
		        }
		    }
		    
		    if (_this.file == null) {
		        return;
		    }
		    
		    
		     this.refreshRequired = false;
		   //  print("HTML RENDERING");
		     
		     
		     //this.get('/BottomPane').el.show();
		     //this.get('/BottomPane').el.set_current_page(2);// webkit inspector
		    _this.file.webkit_page_id  = this.el.get_page_id();
		    
		    var js = _this.file.toSourcePreview();
		
		    if (js.length < 1) {
		        print("no data");
		        return;
		    }
		//    var  data = js[0];
		    this.redraws++;
		  
		    var project = (Project.Roo) _this.file.project;  
		
		     //print (project.fn);
		     // set it to non-empty.
		     
		//     runhtml = runhtml.length ?  runhtml : '<script type="text/javascript"></script>'; 
		
		
		//   this.runhtml  = this.runhtml || '';
		 
		 
		    // then we need to reload the browser using
		    // load_html_string..
		
		    // then trigger a redraw once it's loaded..
		    this.pendingRedraw = true;
		
		    var runhtml = "<script type=\"text/javascript\">\n" ;
		    string builderhtml;
		    
		    try {
		        GLib.FileUtils.get_contents(BuilderApplication.configDirectory() + "/resources/roo.builder.js", out builderhtml);
		    } catch (Error e) {
		        builderhtml = "";
		    }
		
		    runhtml += builderhtml + "\n";
		    runhtml += "</script>\n" ;
		
		    // fix to make sure they are the same..
		    this.runhtml = project.runhtml;
		    // need to modify paths
		
		    string inhtml;
		    var base_template = project.base_template;
		    
		    if (base_template.length > 0 && !FileUtils.test(
		        BuilderApplication.configDirectory() + "/resources/" +  base_template, FileTest.EXISTS)  
		        ) {
		           print("invalid base_template name - using default:  %s\n", base_template);
		           base_template = "";
		    
		    }
		    try {
		        GLib.FileUtils.get_contents(
		            BuilderApplication.configDirectory() + "/resources/" + 
		                (base_template.length > 0 ? base_template :  "roo.builder.html")
		                , out inhtml);
		    
		    } catch (Error e) {
		        inhtml = "";
		    }    
		    this.renderedData = js;
		
		
		    string js_src = js + "
		Roo.onReady(function() {
		if (" + _this.file.name +".show) {
				" + _this.file.name +".show({});
				(function() {  
					Builder.saveHTML.defer(100, Builder);
				}).defer(100);
		}
		Roo.XComponent.build();
		});\n";
			
		   // print("render js: " + js);
		    //if (!this.ready) {
		  //      console.log('not loaded yet');
		    //}
		    this.lastRedraw = new DateTime.now_local();
		
		
		    //this.runjs = js_src;
		    var fc =    FakeServerCache.factory_with_data(js_src);
		    this.runjs = fc.fname;
		    
		        var html = inhtml.replace("</head>", runhtml + this.runhtml + 
		            "<script type=\"text/javascript\" src=\"xhttp://localhost" + fc.fname + "\"></script>" +   
		              //  "<script type=\"text/javascript\">\n" +
		              //  js_src + "\n" + 
		              //  "</script>" + 
		                        
		        "</head>");
		        //print("LOAD HTML " + html);
		        
		         var rootURL = project.rootURL;
		   
		        
		        
		        this.el.load_html( html , 
		            //fixme - should be a config option!
		            (rootURL.length > 0 ? rootURL : "xhttp://localhost/roobuilder/")
		        );
		          this.initInspector();   
		    // force the inspector...        
		       //   this.initInspector();
		        
		        // - no need for this, the builder javascript will call it when build is complete
		        //GLib.Timeout.add_seconds(1, () => {
		        //    this.el.run_javascript("Builder.saveHTML()",null);
		        //    return false;
		        //});
		//     print( "before render" +    this.lastRedraw);
		//    print( "after render" +    (new Date()));
		    
		}
	}


	public class Xcls_inspectorcontainer : Object
	{
		public Gtk.Box el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_inspectorcontainer(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.inspectorcontainer = this;
			this.el = new Gtk.Box( Gtk.Orientation.VERTICAL, 0 );

			// my vars (dec)

			// set gobject values
			this.el.vexpand = true;
		}

		// user defined functions
	}


	public class Xcls_Box13 : Object
	{
		public Gtk.Box el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_Box13(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			this.el = new Gtk.Box( Gtk.Orientation.VERTICAL, 0 );

			// my vars (dec)

			// set gobject values
			this.el.vexpand = true;
			new Xcls_sourceviewscroll( _this );
			this.el.append( _this.sourceviewscroll.el );
			var child_2 = new Xcls_Box18( _this );
			child_2.ref();
			this.el.append( child_2.el );
		}

		// user defined functions
	}
	public class Xcls_sourceviewscroll : Object
	{
		public Gtk.ScrolledWindow el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_sourceviewscroll(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.sourceviewscroll = this;
			this.el = new Gtk.ScrolledWindow();

			// my vars (dec)

			// set gobject values
			this.el.vexpand = true;
			new Xcls_sourceview( _this );
			this.el.set_child ( _this.sourceview.el  );
		}

		// user defined functions
	}
	public class Xcls_sourceview : Object
	{
		public GtkSource.View el;
		private Xcls_WindowRooView  _this;


			// my vars (def)
		public int editable_start_pos;
		public bool loading;
		public bool button_is_pressed;
		public string prop_selected;
		public bool key_is_pressed;
		public Gtk.CssProvider css;
		public JsRender.Node? node_selected;

		// ctor
		public Xcls_sourceview(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.sourceview = this;
			this.el = new GtkSource.View();

			// my vars (dec)
			this.editable_start_pos = -1;
			this.loading = true;
			this.button_is_pressed = false;
			this.prop_selected = "";
			this.key_is_pressed = false;
			this.node_selected = null;

			// set gobject values
			this.el.name = "roo-view";
			this.el.editable = false;
			this.el.show_line_marks = true;
			this.el.show_line_numbers = true;
			new Xcls_buffer( _this );
			this.el.set_buffer ( _this.buffer.el  );
			var child_2 = new Xcls_EventControllerKey17( _this );
			child_2.ref();
			this.el.add_controller ( child_2.el  );

			// init method

			{
			
				this.css = new Gtk.CssProvider();
				 
				this.css.load_from_string(
					"#roo-view { font:  10px monospace; }"
				);
			
				Gtk.StyleContext.add_provider_for_display(
					this.el.get_display(),
					this.css,
					Gtk.STYLE_PROVIDER_PRIORITY_APPLICATION
				);
					
				 
			
				this.loading = true;
				//var buf = this.el.get_buffer();
				//buf.notify.connect(this.onCursorChanged);
			
			
				var attrs = new GtkSource.MarkAttributes();
				attrs.set_icon_name ( "process-stop");    
				attrs.query_tooltip_text.connect(( mark) => {
					//print("tooltip query? %s\n", mark.name);
					return mark.name;
				});
			
				this.el.set_mark_attributes ("ERR", attrs, 1);
			
				 var wattrs = new GtkSource.MarkAttributes();
				wattrs.set_icon_name ( "process-stop");    
				wattrs.query_tooltip_text.connect(( mark) => {
					//print("tooltip query? %s\n", mark.name);
					return mark.name;
				});
			
				this.el.set_mark_attributes ("WARN", wattrs, 1);
			
			
			
				 var dattrs = new GtkSource.MarkAttributes();
				dattrs.set_icon_name ( "process-stop");    
				dattrs.query_tooltip_text.connect(( mark) => {
					//print("tooltip query? %s\n", mark.name);
					return mark.name;
				});
			
				this.el.set_mark_attributes ("DEPR", dattrs, 1);
			
			
				var gattrs = new GtkSource.MarkAttributes();
				var  grey =   Gdk.RGBA();
				grey.parse ( "#ccc");
				gattrs.set_background ( grey);
			
			
				this.el.set_mark_attributes ("grey", gattrs, 1);
			
			
			 
			
			
				}

			//listeners
			this.el.query_tooltip.connect( (x, y, keyboard_tooltip, tooltip) => {
				
				//GLib.debug("query tooltip");
				Gtk.TextIter iter;
				int trailing;
				
				var yoff = (int) _this.sourceviewscroll.el.vadjustment.value;
				
				this.el.get_iter_at_position (out iter, out trailing,  x,  y + yoff);
				 
				var l = iter.get_line();
				//GLib.debug("query tooltip line %d", (int) l);
				var marks = _this.buffer.el.get_source_marks_at_line(l, null);
				//GLib.debug("query tooltip line marks %d", (int) marks.length());
				var str = "";
				marks.@foreach((m) => { 
					//GLib.debug("got mark %s", m.name);
					str += (str.length > 0 ? "\n" : "") + m.name;
				});
				// true if there is a mark..
				if (str.length > 0 ) {
						tooltip.set_text( str);
				}
				return str.length > 0 ? true : false;
			
			});
		}

		// user defined functions
		public void loadFile ( ) {
		    this.loading = true;
		    
		    
		    // get the cursor and scroll position....
		    var buf = this.el.get_buffer();
			var cpos = buf.cursor_position;
		    
		   print("BEFORE LOAD cursor = %d\n", cpos);
		   
		    var vadj_pos = this.el.get_vadjustment().get_value();
		   
		    
		 
		    buf.set_text("",0);
		    var sbuf = (GtkSource.Buffer) buf;
		
		    
		
		    if (_this.file == null || _this.file.xtype != "Roo") {
		        print("xtype != Roo");
		        this.loading = false;
		        return;
		    }
		    
		    // get the string from the rendered tree...
		     
		     var str = _this.file.toSource();
		     
		//    print("setting str %d\n", str.length);
		    buf.set_text(str, str.length);
		    var lm = GtkSource.LanguageManager.get_default();
		     
		    //?? is javascript going to work as js?
		    
		    ((GtkSource.Buffer)(buf)) .set_language(lm.get_language(_this.file.language));
		  
		    
		    _this.main_window.windowstate.updateErrorMarksAll();
		    
		    //  restore the cursor position?
		    // after reloading the contents.
		     GLib.Timeout.add(500, () => {
				_this.buffer.in_cursor_change = true;
		        print("RESORTING cursor to = %d\n", cpos);
				Gtk.TextIter cpos_iter;
				buf.get_iter_at_offset(out cpos_iter, cpos);
				buf.place_cursor(cpos_iter); 
				
				this.el.get_vadjustment().set_value(vadj_pos);;
				_this.buffer.in_cursor_change = false;
		 
				
				
				//_this.buffer.checkSyntax();
				return false;
			});
				
		    this.loading = false; 
		    _this.buffer.dirty = false;
		}
		public void nodeSelected (JsRender.Node? sel, bool scroll) {
		  
		    
		    if (this.loading) {
		    	return;
			}
		    // this is connected in widnowstate
		    print("Roo-view - node selected\n");
		    var buf = this.el.get_buffer();
		 
		    var sbuf = (GtkSource.Buffer) buf;
		
		    
		    
		   
		    // clear all the marks..
		     Gtk.TextIter start;
		    Gtk.TextIter end;     
		        
		    sbuf.get_bounds (out start, out end);
		    sbuf.remove_source_marks (start, end, "grey");
		    
		        this.node_selected = sel;
		     if (sel == null) {
		        // no highlighting..
		        return;
		    }
		    Gtk.TextIter iter;   
		    sbuf.get_iter_at_line(out iter,  sel.line_start);
		    
		    
		    Gtk.TextIter cur_iter;
		    sbuf.get_iter_at_offset(out cur_iter, sbuf.cursor_position);
		    
		    //var cur_line = cur_iter.get_line();
		    //if (cur_line > sel.line_start && cur_line < sel.line_end) {
		    
		    //} else {
		    if (! _this.buffer.in_cursor_change) {
		    	this.el.scroll_to_iter(iter,  0.1f, true, 0.0f, 0.5f);
			}
		    
		     
		    
		    for (var i = 0; i < buf.get_line_count();i++) {
		        if (i < sel.line_start || i > sel.line_end) {
		           
		            sbuf.get_iter_at_line(out iter, i);
		            sbuf.create_source_mark(null, "grey", iter);
		            
		        }
		    
		    }
		    
		
		}
		public void updateGreySelection (bool scroll) { 
			var sel = this.node_selected;
			print("node selected\n");
		    var buf = this.el.get_buffer();
		    var sbuf = (GtkSource.Buffer) buf;
		
		   
		   this.clearGreySelection();
		   
		   
		   
		     if (sel == null) {
			     print("no selected node\n");
		        // no highlighting..
		        return;
		    }
		    
		    print("highlight region %d to %d\n", sel.line_start,sel.line_end);
		    Gtk.TextIter iter;   
		    sbuf.get_iter_at_line(out iter,  sel.line_start);
		    
		    
		    Gtk.TextIter cur_iter;
		    sbuf.get_iter_at_offset(out cur_iter, sbuf.cursor_position);
		   
		    var cursor_at_line = cur_iter.get_line();
		    
		    
		    //var cur_line = cur_iter.get_line();
		    //if (cur_line > sel.line_start && cur_line < sel.line_end) {
		    
		    //} else {
		    if (scroll) {
				print("scrolling to node -- should occur on node picking.\n");
		    	this.el.scroll_to_iter(iter,  0.1f, true, 0.0f, 0.5f);
			}
		    
		    var start_line = sel.line_start;
		    var end_line = sel.line_end;
		    
		    
		    this.el.editable = false;
		    
		    //var colon_pos = 0;
		    
		    this.editable_start_pos = -1;
		    
		    // now if we have selected a property...
		    if (this.prop_selected.length> 0 ) {
		
				int nstart, nend;
				if (sel.getPropertyRange(this.prop_selected, out nstart, out nend) && nend > nstart) {
					start_line = nstart;
					end_line = nend;
					// this.el.editable = true; << cant do this!!?
					print("start line = %d, end line = %d\n", start_line, end_line);
					
						// see if we are 'right of ':'
						// get an iter for the start of the line.
					Gtk.TextIter start_first_line_iter,end_first_line_iter;
					this.el.buffer.get_iter_at_line(out start_first_line_iter, start_line -1);
					this.el.buffer.get_iter_at_line(out end_first_line_iter, start_line -1);
					 
					
					
					
					if (end_first_line_iter.forward_to_line_end()) {
						var first_line  = this.el.buffer.get_text(start_first_line_iter, end_first_line_iter, false);
						
						print("first line = %s\n", first_line);
						if (first_line.contains(":")) {
							this.editable_start_pos = start_first_line_iter.get_offset() + first_line.index_of(":") + 1;
							print("colon_pos  = %d\n", this.editable_start_pos);
						}
						
		
						//Gtk.TextIter colon_iter;
						//sbuf.get_iter_at_offset (out colon_iter, colon_pos);
						//sbuf.create_source_mark(null, "active_text", colon_iter);
					}
					
					
					
					//print("is cursor at line? %d ?= %d\n", start_line -1 , cursor_at_line);
					//if (start_line - 1 == cursor_at_line) {
					// should be ok - current_posssion can not be less than '-1'...
					if (sbuf.cursor_position < this.editable_start_pos) {
					
						print("cursor is before start pos.. - turn off editable...\n");
						//var before_cursor_string = this.el.buffer.get_text(start_line_iter, cur_iter, false);
						//print("before cursor string =  %s\n", before_cursor_string);
						//if (!before_cursor_string.contains(":")) {
							this.el.editable = false;
						//}
						
					}
					 
					 
		
					 
				}
				print("propSelected = %s range  %d -> %d\n", this.prop_selected, start_line, end_line);		
				
				
		    }
		    
			print("checking selection\n");
		    
		    
		    // check selection - if it's out of 'bounds'
		    if (this.el.editable && sbuf.get_has_selection()) {
				Gtk.TextIter sel_start_iter, sel_end_iter;
				sbuf.get_selection_bounds(out sel_start_iter, out sel_end_iter);
				
				if (sel_start_iter.get_line() < start_line || sel_end_iter.get_line() > end_line ||
					sel_start_iter.get_line() > end_line   || sel_end_iter.get_line() < start_line			) {
					// save?
					this.el.editable = false;
				}
				if (this.editable_start_pos > 0 &&
					(sel_start_iter.get_offset() < this.editable_start_pos || sel_end_iter.get_offset() < this.editable_start_pos)
					
				) {
					this.el.editable = false;
				}
				
				 
		    
		    }
		    
		    
		    
		    
		    for (var i = 0; i < buf.get_line_count();i++) {
		        if (i < (start_line -1) || i > (end_line -1)) {
		           
		            sbuf.get_iter_at_line(out iter, i);
		            sbuf.create_source_mark(null, "grey", iter);
		            
		        }
		    
		    }
		    if (scroll && (cursor_at_line > end_line || cursor_at_line < start_line)) {
			    Gtk.TextIter cpos_iter;
				buf.get_iter_at_line(out cpos_iter, start_line);
				
				buf.place_cursor(cpos_iter); 
			}
		
		
		}
		public void clearGreySelection () {
		 // clear all the marks..
		    var sbuf = (GtkSource.Buffer)this.el.buffer;
		    
		    Gtk.TextIter start;
		    Gtk.TextIter end;     
		        
		    sbuf.get_bounds (out start, out end);
		    sbuf.remove_source_marks (start, end, "grey");
		    
		    
		}
		public string toString () {
		   Gtk.TextIter s;
		    Gtk.TextIter e;
		    this.el.get_buffer().get_start_iter(out s);
		    this.el.get_buffer().get_end_iter(out e);
		    var ret = this.el.get_buffer().get_text(s,e,true);
		    //print("TO STRING? " + ret);
		    return ret;
		}
	}
	public class Xcls_buffer : Object
	{
		public GtkSource.Buffer el;
		private Xcls_WindowRooView  _this;


			// my vars (def)
		public int error_line;
		public bool in_cursor_change;
		public bool dirty;
		public int last_line;

		// ctor
		public Xcls_buffer(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.buffer = this;
			this.el = new GtkSource.Buffer( null );

			// my vars (dec)
			this.error_line = -1;
			this.in_cursor_change = false;
			this.dirty = false;
			this.last_line = -1;

			// set gobject values

			// init method

			{
				var buf = this.el;
				buf.create_tag ("bold", "weight", Pango.Weight.BOLD);
				buf.create_tag ("type", "weight", Pango.Weight.BOLD, "foreground", "#204a87");
				buf.create_tag ("keyword", "weight", Pango.Weight.BOLD, "foreground", "#a40000");
				buf.create_tag ("text", "weight", Pango.Weight.NORMAL, "foreground", "#729fcf");
				buf.create_tag ("number", "weight", Pango.Weight.BOLD, "foreground", "#ad7fa8");
				buf.create_tag ("method", "weight", Pango.Weight.BOLD, "foreground", "#729fcf");
				buf.create_tag ("property", "weight", Pango.Weight.BOLD, "foreground", "#BC1F51");
				buf.create_tag ("variable", "weight", Pango.Weight.BOLD, "foreground", "#A518B5");
			
			
				buf.create_tag ("ERR", "weight", Pango.Weight.BOLD, "background", "pink");
				buf.create_tag ("WARN", "weight", Pango.Weight.BOLD, "background", "#ABF4EB");
				buf.create_tag ("DEPR", "weight", Pango.Weight.BOLD, "background", "#EEA9FF");
			}

			//listeners
			this.el.cursor_moved.connect( ( ) => {
			GLib.debug("cursor moved called");
			
			
			 	if (this.in_cursor_change ) {
			        GLib.debug("cursor changed : %d [ignoring nested call)", this.el.cursor_position);
			        return;
			    }
			   
			    GLib.debug("cursor changed : %d", this.el.cursor_position);
			    Gtk.TextIter cpos;
			    this.el.get_iter_at_offset(out cpos, this.el.cursor_position);
			    
			    var ln = cpos.get_line();
			    if (this.last_line == ln ){
			    	return;
				}
				this.last_line = ln;
			    var node = _this.file.lineToNode(ln);
			
			    if (node == null) {
			        print("can not find node\n");
			        return;
			    }
			    this.in_cursor_change  = true;
			    var ltree = _this.main_window.windowstate.left_tree;
			    ltree.model.selectNode(node);
			    this.in_cursor_change  = false;
			});
			this.el.changed.connect( () => {
			  
			    // check syntax??
			    // ??needed..??
			   // _this.save_button.el.sensitive = true;
			    ///?? has changed occured during loading?
			    
			    // only trigger this if 
			    
			    
			    
			    
			    if (_this.sourceview.loading) {
					return;
				}
				
			
				
			    print("- PREVIEW EDITOR CHANGED--");
			
			    this.dirty = true;  
			   // this.checkSyntax(); // this calls backs and highlights errors.. in theory...  
			
			
			
				if (!_this.sourceview.button_is_pressed && !_this.sourceview.key_is_pressed) {
					print("button or key not pressed to generate change?!\n");
					return;
				}
					
			    
				// what are we editing??
				if (null == _this.sourceview.node_selected || _this.sourceview.prop_selected.length  < 1) {
					return;
				}
				
				// find the colon on the first line...
				
				if (_this.sourceview.editable_start_pos > -1) {
					
					var buf = (GtkSource.Buffer)_this.sourceview.el.get_buffer();
					
			        //print("cursor changed : %d\n", buf.cursor_position);
			        Gtk.TextIter spos,epos;
			        buf.get_iter_at_offset(out spos, _this.sourceview.editable_start_pos);
			        buf.get_iter_at_offset(out epos, _this.sourceview.editable_start_pos); // initialize epos..
			        
			        var gotit= false;
			        var line = spos.get_line();
			        var endline = buf.get_line_count();
			        while (line < endline) {
			    		line++;
				        buf.get_iter_at_line(out epos, line);
				        if (buf.get_source_marks_at_line(line, "grey").length() > 0) {
					        buf.get_iter_at_line(out epos, line);	    		
				    		gotit=true;
				    		break;
			    		}
					}
			        
			 		if (gotit) {
				 		print("End Offset = %d/%d\n", epos.get_line(), epos.get_offset());
						// get the pos...
						// in theory the last char will be '}' or '},' .. or ','
						// we should chop the ',' of the end...
						var str = buf.get_text(spos, epos, false);
						print("got string\n%s\n", str);
					
					}
				}
			    return ;
			});
		}

		// user defined functions
		public string toString () {
		    
		    Gtk.TextIter s;
		    Gtk.TextIter e;
		    this.el.get_start_iter(out s);
		    this.el.get_end_iter(out e);
		    var ret = this.el.get_text(s,e,true);
		    //print("TO STRING? " + ret);
		    return ret;
		}
	}

	public class Xcls_EventControllerKey17 : Object
	{
		public Gtk.EventControllerKey el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_EventControllerKey17(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			this.el = new Gtk.EventControllerKey();

			// my vars (dec)

			// set gobject values

			//listeners
			this.el.key_pressed.connect( (keyval, keycode, state) => {
			
			 
			    
			  	if (keyval == Gdk.Key.g && (state & Gdk.ModifierType.CONTROL_MASK ) > 0 ) {
				    GLib.debug("SAVE: ctrl-g  pressed");
					_this.forwardSearch(true);
				    return false;
				}
				if (keyval == Gdk.Key.f && (state & Gdk.ModifierType.CONTROL_MASK ) > 0 ) {
				    GLib.debug("SAVE: ctrl-f  pressed");
					_this.search_entry.el.grab_focus();
				    return false ;
				}
			    
				//this.button_is_pressed = true;
				//return false;
			   // print(event.key.keyval)
			    
			    return false;
			 
			 
			});
		}

		// user defined functions
	}



	public class Xcls_Box18 : Object
	{
		public Gtk.Box el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_Box18(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			this.el = new Gtk.Box( Gtk.Orientation.HORIZONTAL, 0 );

			// my vars (dec)

			// set gobject values
			this.el.homogeneous = false;
			this.el.vexpand = false;
			new Xcls_search_entry( _this );
			this.el.append( _this.search_entry.el );
			new Xcls_search_results( _this );
			this.el.append( _this.search_results.el );
			new Xcls_nextBtn( _this );
			this.el.append( _this.nextBtn.el );
			new Xcls_backBtn( _this );
			this.el.append( _this.backBtn.el );
			var child_5 = new Xcls_MenuButton24( _this );
			child_5.ref();
			this.el.append( child_5.el );
		}

		// user defined functions
	}
	public class Xcls_search_entry : Object
	{
		public Gtk.SearchEntry el;
		private Xcls_WindowRooView  _this;


			// my vars (def)
		public Gtk.CssProvider css;

		// ctor
		public Xcls_search_entry(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.search_entry = this;
			this.el = new Gtk.SearchEntry();

			// my vars (dec)

			// set gobject values
			this.el.name = "roo-search-entry";
			this.el.hexpand = true;
			this.el.placeholder_text = "Press enter to search";
			var child_1 = new Xcls_EventControllerKey20( _this );
			child_1.ref();
			this.el.add_controller(  child_1.el );

			// init method

			this.css = new Gtk.CssProvider();
			 
			this.css.load_from_string(
				"#roo-search-entry { background-color: #ccc; }"
			);
			 
			Gtk.StyleContext.add_provider_for_display(
				this.el.get_display(),
				this.css,
				Gtk.STYLE_PROVIDER_PRIORITY_APPLICATION
			);

			//listeners
			this.el.search_changed.connect( ( ) => {
			
			_this.search(_this.search_entry.el.text);
				 _this.search_results.updateResults();
			
				GLib.Timeout.add_seconds(1,() => {
					 _this.search_results.updateResults();
					 return false;
				 });
			});
		}

		// user defined functions
		public void forwardSearch (bool change_focus) {
		
		
			_this.forwardSearch(change_focus);
		
		/*
		
			switch(_this.windowstate.state) {
				case WindowState.State.CODEONLY:
				//case WindowState.State.CODE:
					// search the code being edited..
					_this.windowstate.code_editor_tab.forwardSearch(change_focus);
					 
					break;
				case WindowState.State.PREVIEW:
					if (_this.windowstate.file.xtype == "Gtk") {
						_this.windowstate.window_gladeview.forwardSearch(change_focus);
					} else { 
						 _this.windowstate.window_rooview.forwardSearch(change_focus);
					}
				
					break;
			}
			*/
			
		}
	}
	public class Xcls_EventControllerKey20 : Object
	{
		public Gtk.EventControllerKey el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_EventControllerKey20(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			this.el = new Gtk.EventControllerKey();

			// my vars (dec)

			// set gobject values

			//listeners
			this.el.key_pressed.connect( (keyval, keycode, state) => {
			
				if (keyval == Gdk.Key.g && (state & Gdk.ModifierType.CONTROL_MASK ) > 0 ) {
				    GLib.debug("SAVE: ctrl-g  pressed");
					_this.forwardSearch(true);
				    return true;
				}
			    
			  
			 	if (keyval == Gdk.Key.Return) {
					_this.forwardSearch(true);
					
					
				    return true;
			
				}    
			   // print(event.key.keyval)
			   
			    return false;
			});
		}

		// user defined functions
	}


	public class Xcls_search_results : Object
	{
		public Gtk.Label el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_search_results(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.search_results = this;
			this.el = new Gtk.Label( "No Results" );

			// my vars (dec)

			// set gobject values
			this.el.margin_end = 4;
			this.el.margin_start = 4;
		}

		// user defined functions
		public void updateResults () {
			this.el.visible = true;
			
			var res = _this.searchcontext.get_occurrences_count();
			if (res < 0) {
				_this.search_results.el.label = "??? Matches";		
				return;
			}
		
			_this.nextBtn.el.sensitive = false;
			_this.backBtn.el.sensitive = false;	
		
			if (res > 0) {
				_this.search_results.el.label = "%d Matches".printf(res);
				_this.nextBtn.el.sensitive = true;
				_this.backBtn.el.sensitive = true;
				return;
			} 
			_this.search_results.el.label = "No Matches";
			
		}
	}

	public class Xcls_nextBtn : Object
	{
		public Gtk.Button el;
		private Xcls_WindowRooView  _this;


			// my vars (def)
		public bool always_show_image;

		// ctor
		public Xcls_nextBtn(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.nextBtn = this;
			this.el = new Gtk.Button();

			// my vars (dec)
			this.always_show_image = true;

			// set gobject values
			this.el.icon_name = "go-down";
			this.el.sensitive = false;

			//listeners
			this.el.clicked.connect( (event) => {
			
				_this.forwardSearch(true);
				 
			});
		}

		// user defined functions
	}

	public class Xcls_backBtn : Object
	{
		public Gtk.Button el;
		private Xcls_WindowRooView  _this;


			// my vars (def)
		public bool always_show_image;

		// ctor
		public Xcls_backBtn(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.backBtn = this;
			this.el = new Gtk.Button();

			// my vars (dec)
			this.always_show_image = true;

			// set gobject values
			this.el.icon_name = "go-up";
			this.el.sensitive = false;

			//listeners
			this.el.clicked.connect( (event) => {
			
				_this.backSearch(true);
				
				 
			});
		}

		// user defined functions
	}

	public class Xcls_MenuButton24 : Object
	{
		public Gtk.MenuButton el;
		private Xcls_WindowRooView  _this;


			// my vars (def)
		public bool always_show_image;

		// ctor
		public Xcls_MenuButton24(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			this.el = new Gtk.MenuButton();

			// my vars (dec)
			this.always_show_image = true;

			// set gobject values
			this.el.icon_name = "emblem-system";
			new Xcls_search_settings( _this );
			this.el.popover = _this.search_settings.el;
		}

		// user defined functions
	}
	public class Xcls_search_settings : Object
	{
		public Gtk.Popover el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_search_settings(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.search_settings = this;
			this.el = new Gtk.Popover();

			// my vars (dec)

			// set gobject values
			var child_1 = new Xcls_Box26( _this );
			this.el.child = child_1.el;
		}

		// user defined functions
	}
	public class Xcls_Box26 : Object
	{
		public Gtk.Box el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_Box26(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			this.el = new Gtk.Box( Gtk.Orientation.VERTICAL, 0 );

			// my vars (dec)

			// set gobject values
			new Xcls_case_sensitive( _this );
			this.el.append( _this.case_sensitive.el );
			new Xcls_regex( _this );
			this.el.append( _this.regex.el );
			new Xcls_multiline( _this );
			this.el.append( _this.multiline.el );
		}

		// user defined functions
	}
	public class Xcls_case_sensitive : Object
	{
		public Gtk.CheckButton el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_case_sensitive(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.case_sensitive = this;
			this.el = new Gtk.CheckButton();

			// my vars (dec)

			// set gobject values
			this.el.label = "Case Sensitive";

			// init method

			{
				this.el.show();
			}
		}

		// user defined functions
	}

	public class Xcls_regex : Object
	{
		public Gtk.CheckButton el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_regex(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.regex = this;
			this.el = new Gtk.CheckButton();

			// my vars (dec)

			// set gobject values
			this.el.label = "Regex";

			// init method

			{
				this.el.show();
			}
		}

		// user defined functions
	}

	public class Xcls_multiline : Object
	{
		public Gtk.CheckButton el;
		private Xcls_WindowRooView  _this;


			// my vars (def)

		// ctor
		public Xcls_multiline(Xcls_WindowRooView _owner )
		{
			_this = _owner;
			_this.multiline = this;
			this.el = new Gtk.CheckButton();

			// my vars (dec)

			// set gobject values
			this.el.label = "Multi-line (add \\n)";

			// init method

			{
				this.el.show();
			}
		}

		// user defined functions
	}







}