1 //<script type="text/javascript">
7 * this.data = new BuildLists();
14 // see if we can build the insertion tree for gtk - using introspection
16 // it should build the tree of feasible insertions, then we will have to manually prune it..
19 // a) what the inherited types are
20 // b) what methods are available for each type, that include a reference to another type..
22 // let's start with types..
23 GIRepository = imports.gi.GIRepository;
24 GLib = imports.gi.GLib;
26 // we add this in, as it appears to get lost sometimes if we set it using the ENV. variable in builder.sh
27 //GIRepository.Repository.prepend_search_path(GLib.get_home_dir() + '/.Builder/girepository-1.1');
30 imports.searchPath.push('../../gnome.introspection-doc-generator');
32 XObject = imports.XObject.XObject;
33 File = imports.File.File;
35 // Introspecion specific..
36 NameSpace = imports.Introspect.NameSpace.NameSpace;
37 Link = imports.Introspect.Link.Link;
41 function BuildLists () {
44 var ns_list = [ 'Gtk' ] ; //NameSpace.namespaces();
46 ns_list = ns_list.sort();
47 // let's try and load them, so we find out early what will fail.
48 print("loading library to make sure it works.");
52 ns_list.forEach(function(ns_name) {
53 var core = imports.gi[ns_name];
54 var ns = NameSpace.ns(ns_name); // fetch all the elements in namespace...
55 ns['objects'].forEach( function(n) {
56 var odata = NameSpace.factory('Class', ns_name, n);
57 classes[odata.alias] = odata;
60 ns['interfaces'].forEach( function(n) {
61 var odata =NameSpace.factory('Interface', ns_name, n);
62 classes[odata.alias] = odata;
67 print("Looping throught namespaces");
69 var implementations = {};
73 for (cls in classes) {
74 var odata = classes[cls];
82 implementations[odata.alias] = odata.titleType == 'Class' ? odata.childClasses : odata.implementedBy;
83 //print(JSON.stringify(odata.methods,null,4));
84 odata.methods.forEach(function(m) {
86 m.params.forEach(function(p) {
88 if (!p.type || typeof(classes[p.type]) == 'undefined') {
92 //print(JSON.stringify(p));Seed.exit();
93 var addable_type = p.type;
94 if (addable_type.indexOf('.') < 0) {
95 addable_type = p.memberOf + '.' + p.type;
99 if (!m.name.match(/^(add|pack)/)) {
103 //print(full_method_name );
105 //if (allmethods.indexOf(full_method_name) < 0) {
106 // allmethods.push(full_method_name);
108 if (methods[cls].can_contain.indexOf(addable_type) < 0) {
109 methods[cls].can_contain.push(addable_type);
111 methods[cls].using_methods[m.name] = m.params;
115 methods[cls].using_methods[m.name] = {};
119 if (typeof(methods[cls][full_method_name]) == 'undefined') {
120 methods[cls][full_method_name] = [];
122 if (methods[cls][full_method_name].indexOf(m.name) > -1) {
125 methods[cls][full_method_name].push(m.name);
130 //for(method in odata.methods) {
131 // print(method.name);
138 // now do the reverese 'can be added to'
142 this.methods = methods;
143 this.allmethods = methods;
144 this.implementations = implementations;
145 print(JSON.stringify(methods,null,4));
147 //print(JSON.stringify(implementations ,null,4));
151 [has methods that use this object]
152 [list of methods of the top class..]
157 Gtk.Button.add(Gtk.Widget) <<
162 A) what can this dragged element be dropped onto.
168 B) what method is available when this object is dropped onto this one.
177 //print(JSON.stringify(implementations,null,4));
182 // we now have a list of classes / methods that can be used..
183 // we now need a ui to flag stuff as "don't bother with"