bool MCParseMenuString(MCString &r_string, IParseMenuCallback *p_callback, bool p_is_unicode, uint1 p_menumode)
{
MCString *t_lines = NULL;
uint2 t_nlines = 0;
MCMenuItem t_menuitem;
MCU_break_string(r_string, t_lines, t_nlines, p_is_unicode);
MCExecPoint ep;
bool t_hastags = false;
p_callback->Start();
for (int i=0; i<t_nlines; i++)
{
memset(&t_menuitem, 0, sizeof(MCMenuItem));
t_menuitem.is_unicode = p_is_unicode;
t_menuitem.menumode = p_menumode;
char *t_string;
uint4 t_strlen;
if (p_is_unicode)
{
ep.setsvalue(t_lines[i]);
ep.utf16toutf8();
t_string = ep.getsvalue().clone();
t_strlen = ep.getsvalue().getlength();
}
else
{
t_string = t_lines[i].clone();
t_strlen = t_lines[i].getlength();
}
ParseMenuItemString(t_string, t_strlen, &t_menuitem);
if (p_is_unicode)
{
ep.setsvalue(t_menuitem.label);
ep.utf8toutf16();
t_menuitem.label.set(ep.getsvalue().clone(), ep.getsvalue().getlength());
}
p_callback->ProcessItem(&t_menuitem);
delete t_string;
if (t_menuitem.tag != NULL)
{
delete t_menuitem.tag.getstring();
t_hastags = true;
}
if (p_is_unicode)
delete t_menuitem.label.getstring();
}
p_callback->End(t_hastags);
delete t_lines;
return false;
}
