void zp_obj::dump(int level, z_file& outf,int flags)
{
zo_ftr_entry* f;
int indent=level;
while(indent--) outf<<" ";
//outf<<get_map_key()<<'['<<(int)_offset<<']'<< " ";
outf<<get_map_key()<< "[";
dump_custom(outf);
/*
zo_feature_list full_list;
get_feature_map(&g_man,full_list,ZO_MT_PROP,false);
full_list.reset_iter();
while(f=full_list.get_next())
{
ctext name=full_list._internal_iter.key;
outf<<name<<',';
this->get_feature
}*/
outf<<"]\n";
if(!_children) return;
size_t size=_children->size();
size_t i;
for(i=0;i<size;i++)
{
zp_obj* item=_children->at(i);
Z_ASSERT(item);
item->dump(level+1,outf,flags);
}
}
static uim_bool
dump_group(const char *group_sym)
{
struct uim_custom_group *group;
char **custom_syms, **custom_sym;
group = uim_custom_group_get(group_sym);
if (!group)
return UIM_FALSE;
/* print group header */
printf(";;;\n;;; %s\n;;;\n", group->label);
custom_syms = uim_custom_collect_by_group(group_sym);
if (custom_syms) {
for (custom_sym = custom_syms; *custom_sym; custom_sym++) {
dump_custom(*custom_sym);
}
uim_custom_symbol_list_free(custom_syms);
}
printf("\n\n");
return UIM_TRUE;
}
