SVGHMI: added deduction of HMI tree from list of HMI_* instances.
function pyjs_extend(klass, base) {
function klass_object_inherit() {}
klass_object_inherit.prototype = base.prototype;
klass_object = new klass_object_inherit();
for (var i in base.prototype.__class__) {
v = base.prototype.__class__[i];
if (typeof v == "function" && (v.class_method || v.static_method || v.unbound_method))
{
klass_object[i] = v;
}
}
function klass_inherit() {}
klass_inherit.prototype = klass_object;
klass.prototype = new klass_inherit();
klass_object.constructor = klass;
klass.prototype.__class__ = klass_object;
for (var i in base.prototype) {
v = base.prototype[i];
if (typeof v == "function" && v.instance_method)
{
klass.prototype[i] = v;
}
}
}
/* creates a class, derived from bases, with methods and variables */
function pyjs_type(clsname, bases, methods)
{
var fn_cls = function() {};
fn_cls.__name__ = clsname;
var fn = function() {
var instance = new fn_cls();
if(instance.__init__) instance.__init__.apply(instance, arguments);
return instance;
}
fn_cls.__initialize__ = function() {
if (fn_cls.__was_initialized__) return;
fn_cls.__was_initialized__ = true;
fn_cls.__extend_baseclasses();
fn_cls.prototype.__class__.__new__ = fn;
fn_cls.prototype.__class__.__name__ = clsname;
}
fn_cls.__extend_baseclasses = function() {
var bi;
for (bi in fn_cls.__baseclasses)
{
var b = fn_cls.__baseclasses[bi];
if (b.__was_initialized__)
{
continue;
}
b.__initialize__();
}
for (bi in fn_cls.__baseclasses)
{
var b = fn_cls.__baseclasses[bi];
pyjs_extend(fn_cls, b);
}
}
if (!bases) {
bases = [pyjslib.__Object];
}
fn_cls.__baseclasses = bases;
fn_cls.__initialize__();
for (k in methods) {
var mth = methods[k];
var mtype = typeof mth;
if (mtype == "function" ) {
fn_cls.prototype[k] = mth;
fn_cls.prototype.__class__[k] = function () {
return fn_cls.prototype[k].call.apply(
fn_cls.prototype[k], arguments);
};
fn_cls.prototype.__class__[k].unbound_method = true;
fn_cls.prototype.instance_method = true;
fn_cls.prototype.__class__[k].__name__ = k;
fn_cls.prototype[k].__name__ = k;
} else {
fn_cls.prototype.__class__[k] = mth;
}
}
return fn;
}
function pyjs_kwargs_call(obj, func, star_args, args)
{
var call_args;
if (star_args)
{
if (!pyjslib.isIteratable(star_args))
{
throw (pyjslib.TypeError(func.__name__ + "() arguments after * must be a sequence" + pyjslib.repr(star_args)));
}
call_args = Array();
var __i = star_args.__iter__();
var i = 0;
try {
while (true) {
call_args[i]=__i.next();
i++;
}
} catch (e) {
if (e != pyjslib.StopIteration) {
throw e;
}
}
if (args)
{
var n = star_args.length;
for (var i=0; i < args.length; i++) {
call_args[n+i]=args[i];
}
}
}
else
{
call_args = args;
}
return func.apply(obj, call_args);
}
function pyjs_kwargs_function_call(func, star_args, args)
{
return pyjs_kwargs_call(null, func, star_args, args);
}
function pyjs_kwargs_method_call(obj, method_name, star_args, args)
{
var method = obj[method_name];
if (method.parse_kwargs)
{
args = method.parse_kwargs.apply(null, args);
}
return pyjs_kwargs_call(obj, method, star_args, args);
}
//String.prototype.__getitem__ = String.prototype.charAt;
//String.prototype.upper = String.prototype.toUpperCase;
//String.prototype.lower = String.prototype.toLowerCase;
//String.prototype.find=pyjslib.String_find;
//String.prototype.join=pyjslib.String_join;
//String.prototype.isdigit=pyjslib.String_isdigit;
//String.prototype.__iter__=pyjslib.String___iter__;
//
//String.prototype.__replace=String.prototype.replace;
//String.prototype.replace=pyjslib.String_replace;
//
//String.prototype.split=pyjslib.String_split;
//String.prototype.strip=pyjslib.String_strip;
//String.prototype.lstrip=pyjslib.String_lstrip;
//String.prototype.rstrip=pyjslib.String_rstrip;
//String.prototype.startswith=pyjslib.String_startswith;
var str = String;