Index: gnomoradio-0.15.1/rainbow/license.cc =================================================================== --- gnomoradio-0.15.1.orig/rainbow/license.cc +++ gnomoradio-0.15.1/rainbow/license.cc @@ -54,7 +54,7 @@ void Rainbow::License::get_and_do (const } if (done) { - signal > sig; + sigc::signal > sig; sig.connect(slot); sig(license); } else { Index: gnomoradio-0.15.1/rainbow/rdf-resource.cc =================================================================== --- gnomoradio-0.15.1.orig/rainbow/rdf-resource.cc +++ gnomoradio-0.15.1/rainbow/rdf-resource.cc @@ -35,7 +35,7 @@ void Rainbow::RdfResource::get_and_do (c resource = ref_ptr(p->second); if (resource->downloaded) { // already downloaded map::iterator el = resource->id_map.find(id); - signal > sig; + sigc::signal > sig; sig.connect(slot); sig(el != resource->id_map.end() ? el->second : 0, resource); return; @@ -47,7 +47,7 @@ void Rainbow::RdfResource::get_and_do (c Glib::ustring host, file; unsigned short port; if (!HttpClient::parse_url(uri, host, port, file)) { - signal > sig; + sigc::signal > sig; sig.connect(slot); sig(0, resource); return; @@ -55,14 +55,14 @@ void Rainbow::RdfResource::get_and_do (c } // connect mem_fun to appropriate signal - map >*>::iterator sig; + map >*>::iterator sig; sig = resource->signal_map.find(id); if (sig != resource->signal_map.end()) { // found existing signal for id sig->second->connect(slot); } else { // need to create new signal to handle id - signal > *signal_ = new signal >; + sigc::signal > *signal_ = new sigc::signal >; signal_->connect(slot); resource->signal_map.insert(make_pair(id, signal_)); } @@ -190,7 +190,7 @@ void Rainbow::RdfResource::on_downloaded error: // call all signals - map >*>::iterator signal; + map >*>::iterator signal; for (signal = signal_map.begin(); signal != signal_map.end(); ++signal) { map::iterator el = id_map.find(signal->first); signal->second->emit(el != id_map.end() ? el->second : 0, ref_ptr(this)); @@ -204,7 +204,7 @@ void Rainbow::RdfResource::on_downloaded void Rainbow::RdfResource::clear_signal_map () { - map >*>::iterator signal; + map >*>::iterator signal; for (signal = signal_map.begin(); signal != signal_map.end(); ++signal) delete signal->second; signal_map.clear();