std::vector<twindow_builder::tresolution>::const_iterator
get_window_builder(const std::string& type)
{
twindow::update_screen_size();
std::map<std::string, twindow_builder>::const_iterator window
= current_gui->second.window_types.find(type);
if(true) { // FIXME Test for default gui.
if(window == current_gui->second.window_types.end()) {
throw twindow_builder_invalid_id();
}
} else {
// FIXME Get the definition in the default gui and do an assertion test.
}
for(std::vector<twindow_builder::tresolution>::const_iterator itor
= window->second.resolutions.begin(),
end = window->second.resolutions.end();
itor != end;
++itor) {
if(settings::screen_width <= itor->window_width
&& settings::screen_height <= itor->window_height) {
return itor;
} else if(itor == end - 1) {
return itor;
}
}
ERROR_LOG(false);
}
std::vector<twindow_builder::tresolution>::const_iterator
get_window_builder(const std::string& type)
{
twindow::update_screen_size();
std::map<std::string, twindow_builder>::const_iterator window
= current_gui->second.window_types.find(type);
if(window == current_gui->second.window_types.end()) {
if(current_gui != default_gui) {
window = default_gui->second.window_types.find(type);
if(window == default_gui->second.window_types.end()) {
throw twindow_builder_invalid_id();
}
} else if(window == current_gui->second.window_types.end()) {
throw twindow_builder_invalid_id();
}
}
for(std::vector<twindow_builder::tresolution>::const_iterator itor
= window->second.resolutions.begin(),
end = window->second.resolutions.end();
itor != end;
++itor) {
if(settings::screen_width <= itor->window_width
&& settings::screen_height <= itor->window_height) {
return itor;
} else if(itor == end - 1) {
return itor;
}
}
FAIL(formatter() << "Window '" << type << "' has no resolutions.\n");
}
