// output the items...
// work out remaining items...
+ // output xns / xtype first..
+ if (this.out_props.has_key("xtype")) {
+ var v = this.out_props.get("xtype");
+ this.node.setLine(this.cur_line, "p","xtype");
+ this.addLine(this.pad + "xtype" + " : " + v + suffix, ',');
+ }
// plain properties.
var iter = this.orderedPropKeys().list_iterator();
var k = iter.get();
+ if (k == "xns" || k == "xtype") {
+ continue;
+ }
+
var v = this.out_props.get(k);
- this.node.setLine(this.cur_line, "p",k); //listener
+ this.node.setLine(this.cur_line, "p",k);
this.addLine(this.pad + k + " : " + v + suffix, ',');
+
this.node.setLine(this.cur_line, "e", "");
}
//------- at this point it is the end of the code relating directly to the object..
-
+ if (this.out_props.has_key("xns")) {
+ var v = this.out_props.get("xns");
+ this.node.setLine(this.cur_line, "p","xns");
+ this.addLine(this.pad + "xns" + " : " + v + suffix, ',');
+ this.node.setLine(this.cur_line, "p","| xns");
+ this.addLine(this.pad + "'|xns' : '" + v + "'", ',');
+ this.node.setLine(this.cur_line, "e", "");
+ }
this.node.line_end = this.cur_line;
while(niter.next()) {
var addstr = this.mungeChildNew(this.pad + indent_str, niter.get_value());
+ //print("add str: %s\n", addstr);
this.node.setLine(this.cur_line, "p",niter.get_key());
this.addLine(this.pad + niter.get_key() + " : " + addstr, ',');
- if (niter.get_key() == "xns") {
- this.addLine(this.pad + "'|xns' : '" + addstr + "'", ',');
-
- }
+
this.node.setLine(this.cur_line, "e", "");
}
// prop arrays...
var piter = this.out_props_array.map_iterator();
while(piter.next()) {
- this.node.setLine(this.cur_line, "p",niter.get_key());
+ this.node.setLine(this.cur_line, "p",piter.get_key());
this.addLine(this.pad + piter.get_key() + " : [", 0);
var pliter = piter.get_value().list_iterator();