3 * This code renders the Gtk tree into a set of Gtk elements.
4 * principle = one NodeToGtk wraps around the original 'node'
6 * it's called by the view element with
7 * var x = new JsRender.NodeToGtk(file.tree);
8 var obj = x.munge() as Gtk.Widget;
12 * The idea behind the Javascript tools stuff is that we can
13 * transform what is actually being requested to be rendered
14 * -- eg. an AboutBox, and turn that into load of real widgets..
15 * that could be displayed..
17 * we could go on the theory that we send the whole tree to the 'plugin'
18 * and that would do all the transformations before rendering..
19 * -- this would make more sense...
20 * -- otherwise we would call it on each element, and might get really confused
26 public class JsRender.NodeToGtk : Object {
29 Object wrapped_object;
32 Gee.ArrayList<NodeToGtk> children;
34 Gee.ArrayList<string> els;
35 //Gee.ArrayList<string> skip;
36 Gee.HashMap<string,string> ar_props;
37 public static int vcnt = 0;
39 public NodeToGtk( Node node , NodeToGtk? parent_obj = null)
42 this.els = new Gee.ArrayList<string>();
43 this.children = new Gee.ArrayList<NodeToGtk>();
44 //this.skip = new Gee.ArrayList<string>();
45 this.ar_props = new Gee.HashMap<string,string>();
46 this.parentObj = parent_obj;
48 if (parent_obj == null) {
49 // then serialize up the node,
50 // send it to javascript for processsing,
51 // then rebuild node from return value..
53 var ret = Palete.Javascript.singleton().executeFile(
54 BuilderApplication.configDirectory() + "/resources/node_to_gtk.js",
58 var new_node = new Node();
59 var pa = new Json.Parser();
60 pa.load_from_data(ret);
61 var rnode = pa.get_root();
64 new_node.loadFromJson(rnode.get_object(), 2);
67 } catch (Palete.JavascriptError e) {
68 print("Error: %s\n", e.message);
76 public Object? munge ( )
78 var ret = this.mungeNode();
83 return ret.wrapped_object;
86 public NodeToGtk? mungeChild( Node cnode)
88 var x = new NodeToGtk(cnode, this);
94 public NodeToGtk? mungeNode()
97 var parent = this.parentObj != null ? this.parentObj.wrapped_object : null;
98 var cls = this.node.fqn().replace(".", "");
99 var ns = this.node.fqn().split(".")[0];
100 var gtkbuilder = new global::Gtk.Builder();
102 var cls_gtype = gtkbuilder.get_type_from_name(cls);
103 print("Type: %s ?= %s\n", this.node.fqn(), cls_gtype.name());
105 if (cls_gtype == GLib.Type.INVALID) {
106 print("SKIP - gtype is invalid\n");
109 // if it's a window... -- things we can not render....
111 if (cls_gtype.is_a(typeof(global::Gtk.Window))) {
112 // what if it has none...
113 if (this.node.items.size < 1) {
116 return this.mungeChild(this.node.items.get(0));
118 if (cls_gtype.is_a(typeof(global::Gtk.Popover))) {
119 // what if it has none...
120 if (this.node.items.size < 1) {
123 return this.mungeChild(this.node.items.get(0));
126 var ret = Object.new(cls_gtype);
127 ret.ref(); //??? problematic?
128 this.wrapped_object = ret;
133 //case "GtkTreeStore": // top level.. - named and referenced
134 case "GtkListStore": // top level.. - named and referenced
135 //case "GtkTreeViewColumn": // part of liststore?!?!
136 //case "GtkMenu": // top level..
137 //case "GtkCellRendererText":
138 case "GtkSourceBuffer":
139 case "GtkClutterActor"://fixme..
140 case "GtkClutterEmbed"://fixme.. -- we can not nest embedded.. need to solve..
151 if (parent != null && parent.get_type().is_a(typeof(global::Gtk.Container))) {
152 this.packContainerParams();
155 var cls_gir =Palete.Gir.factoryFqn(this.node.fqn());
156 if (cls_gir == null) {
159 //var id = this.node.uid();
160 //var ret = @"$pad<object class=\"$cls\" id=\"$id\">\n";
162 var props = cls_gir.props;
165 var pviter = props.map_iterator();
166 while (pviter.next()) {
168 // print("Check: " +cls + "::(" + pviter.get_value().propertyof + ")" + pviter.get_key() + " " );
169 var k = pviter.get_key();
170 // skip items we have already handled..
171 if (!this.node.has(k)) {
174 // find out the type of the property...
175 var type = pviter.get_value().type;
176 type = Palete.Gir.fqtypeLookup(type, ns);
178 var ocl = (ObjectClass) cls_gtype.class_ref ();
179 var ps = ocl.find_property(k);
181 // attempt to read property type and enum...
184 var vt = ps.value_type;
187 var raw_val = this.node.get(k).strip();
188 var rv_s = raw_val.split(".");
189 if (rv_s.length > 0) {
190 raw_val = rv_s[rv_s.length-1];
191 EnumClass ec = (EnumClass) vt.class_ref ();
193 for (var i =0;i< ec.n_values; i++) {
194 var ev = ec.values[i].value_name;
195 var ev_s= ev.split("_");
196 if (raw_val == ev_s[ev_s.length-1]) {
197 var sval = GLib.Value(typeof(int));
198 sval.set_int(ec.values[i].value);
199 ret.set_property(k, sval);
215 var val = this.toValue(this.node.get(k).strip(), type);
217 print("skip (failed to transform value %s type = %s from %s\n",
218 cls + "." + k, type, this.node.get(k).strip());
221 print ("set_property ( %s , %s / %s)\n", k, this.node.get(k).strip(), val.strdup_contents());
224 ret.set_property(k, val);
229 // for now... - just try the builder style packing
233 if (this.node.items.size < 1) {
237 for (var i = 0; i < this.node.items.size; i++ ) {
239 var ch = this.mungeChild(this.node.items.get(i));
241 this.children.add(ch);
246 this.afterChildren();
255 public void afterChildren()
257 // things like GtkNotebook - we have to pack children after they have been created..
258 var cls = this.node.fqn().replace(".", "");
260 if (cls == "GtkNotebook") {
261 this.afterChildrenGtkNotebook();
268 public void afterChildrenGtkNotebook()
270 // we have a number of children..
271 // some are labels - this might need to be more complex...
272 // perhaps labels should be a special property labels[] of the notebook..
273 var labels = new Gee.ArrayList<NodeToGtk>();
274 var bodies = new Gee.ArrayList<NodeToGtk>();
275 for (var i = 0; i < this.children.size; i++) {
276 var cn = this.children.get(i).node.fqn().replace(".", "");
277 if (cn != "GtkLabel") {
278 bodies.add(this.children.get(i));
281 labels.add(this.children.get(i));
283 for (var i = 0; i < bodies.size; i++) {
284 if (i => labels.size) {
285 // more bodies than labels..
288 ((global::Gtk.Notebook)this.wrapped_object).append_page(
289 (global::Gtk.Notebook) bodies.get(i).wrapped_object,
290 (labels.size > i - 1) ?
291 (global::Gtk.Notebook) labels.get(i).wrapped_object :
304 * called after the this.object has been created
305 * and it needs to be packed onto parent.
307 public void packParent()
309 var cls = this.node.fqn().replace(".", "");
311 var gtkbuilder = new global::Gtk.Builder();
312 var cls_gtype = gtkbuilder.get_type_from_name(cls);
314 if (this.parentObj == null) {
319 var parent = this.parentObj.wrapped_object;
323 if (parent == null) { // no parent.. can not pack.
326 // ------------- handle various special parents .. -----------
328 var par_type = this.parentObj.node.fqn().replace(".", "");
330 if (par_type == "GtkNotebook") {
331 // do not pack - it's done afterwards...
335 // ------------- handle various child types.. -----------
337 if (cls == "GtkMenu") {
342 if (cls == "GtkTreeStore") { // other stores?
343 // tree store is buildable??? ---
344 this.packTreeStore();
347 if (cls =="GtkTreeViewColumn") { // other stores?
348 //?? treeview column is actually buildable -- but we do not use the builder???
349 this.packTreeViewColumn();
352 if (cls_gtype.is_a(typeof(global::Gtk.CellRenderer))) { // other stores?
353 this.packCellRenderer();
359 // -- handle buildable add_child..
360 if ( cls_gtype.is_a(typeof(global::Gtk.Buildable))
362 parent.get_type().is_a(typeof(global::Gtk.Buildable))
365 ((global::Gtk.Buildable)parent).add_child(gtkbuilder,
366 this.wrapped_object, null);
375 public void packMenu()
379 var parent = this.parentObj.wrapped_object;
380 if (!parent.get_type().is_a(typeof(global::Gtk.Widget))) {
381 print("skip menu pack - parent is not a widget");
385 var p = (global::Gtk.Menu)this.wrapped_object;
386 ((global::Gtk.Widget)parent).button_press_event.connect((s, ev) => {
387 p.set_screen(Gdk.Screen.get_default());
389 p.popup(null, null, null, ev.button, ev.time);
394 public void packTreeStore()
396 var parent = this.parentObj.wrapped_object;
397 if (!parent.get_type().is_a(typeof(global::Gtk.TreeView))) {
398 print("skip treestore pack - parent is not a treeview");
401 ((global::Gtk.TreeView)parent).set_model((global::Gtk.TreeModel)this.wrapped_object);
404 public void packTreeViewColumn()
406 var parent = this.parentObj.wrapped_object;
407 if (!parent.get_type().is_a(typeof(global::Gtk.TreeView))) {
408 print("skip packGtkViewColumn pack - parent is not a treeview");
411 ((global::Gtk.TreeView)parent).append_column((global::Gtk.TreeViewColumn)this.wrapped_object);
412 // init contains the add_attribute for what to render...
417 public void packCellRenderer()
419 var parent = this.parentObj.wrapped_object;
420 if (!parent.get_type().is_a(typeof(global::Gtk.TreeViewColumn))) {
421 print("skip packGtkViewColumn pack - parent is not a treeview");
424 ((global::Gtk.TreeViewColumn)parent).pack_start((global::Gtk.CellRenderer)this.wrapped_object, false);
425 // init contains the add_attribute for what to render...
430 public void packContainerParams()
433 if (this.parentObj == null) {
436 // child must be a widget..
437 if (!this.wrapped_object.get_type().is_a(typeof(global::Gtk.Widget))) {
441 var parent_gir = Palete.Gir.factoryFqn(this.parentObj.node.fqn());
443 var parent = this.parentObj.wrapped_object;
445 if (parent_gir == null) {
449 // let's test just setting expand to false...
450 var cls_methods = parent_gir.methods;
451 if (cls_methods == null) {
455 if (!this.node.props.has_key("* pack") ||
456 this.node.props.get("* pack").length < 1) {
460 var ns = this.parentObj.node.fqn().split(".")[0];
462 var pack = this.node.props.get("* pack").split(",");
465 if (cls_methods.has_key(pack[0])) {
466 var mparams = cls_methods.get(pack[0]).paramset.params;
467 for (var i = 1; i < mparams.size; i++ ) {
468 if (i > (pack.length -1)) {
472 var k = mparams.get(i).name;
476 var type = mparams.get(i).type;
477 type = Palete.Gir.fqtypeLookup(type, ns);
479 var val = this.toValue(pack[i].strip(), type);
481 print("skip (failed to transform value %s type = %s from %s\n",
482 this.parentObj.node.fqn() + "." + k, type, pack[i].strip());
485 print ("pack:set_property ( %s , %s / %s)\n", k, pack[i].strip(), val.strdup_contents());
487 ((global::Gtk.Container)parent).child_set_property(
488 (global::Gtk.Widget)this.wrapped_object , k, val);
500 public GLib.Value? toValue(string val, string type) {
504 if (type == "string") {
505 var qret = GLib.Value(typeof(string));
506 qret.set_string(val);
512 * var gtkbuilder = new global::Gtk.Builder();
513 var prop_gtype = gtkbuilder.get_type_from_name(type);
516 if (prop_gtype == GLib.Type.INVALID) {
527 var ret = GLib.Value(typeof(bool));
528 ret.set_boolean(val.down() == "false" ? false : true);
532 var ret = GLib.Value(typeof(uint));
533 ret.set_uint(int.parse(val));
537 var ret = GLib.Value(typeof(int));
538 ret.set_int(int.parse(val));
544 var ret = GLib.Value(typeof(long));
545 ret.set_long((long)int64.parse(val));
549 var ret = GLib.Value(typeof(ulong));
550 ret.set_ulong((ulong) uint64.parse(val));
554 var ret = GLib.Value(typeof(float));
555 ret.set_float((float)double.parse(val));
559 var ret = GLib.Value(typeof(string));
566 var sval = GLib.Value(typeof(string));
567 sval.set_string(val);
569 if (!sval.transform(ref ret)) {
576 // should not get here..