void ConnectivityManager::setup(bool v4SettingsChanged, bool v6SettingsChanged) {
bool autoDetect4 = SETTING(AUTO_DETECT_CONNECTION) && SETTING(INCOMING_CONNECTIONS) != SettingsManager::INCOMING_DISABLED;
bool autoDetect6 = SETTING(AUTO_DETECT_CONNECTION6) && SETTING(INCOMING_CONNECTIONS6) != SettingsManager::INCOMING_DISABLED;
/*{
if((!autoDetect4 && autoDetectedV4) || (!autoDetect6 && autoDetectedV6) || v4SettingsChanged || v6SettingsChanged) {
if(v4SettingsChanged || (SETTING(INCOMING_CONNECTIONS) != SettingsManager::INCOMING_ACTIVE_UPNP)) {
mapperV4.close();
}
if((SETTING(INCOMING_CONNECTIONS6) != SettingsManager::INCOMING_ACTIVE_UPNP) || v6SettingsChanged) {
mapperV6.close();
}
startSocket();
} else if(SETTING(INCOMING_CONNECTIONS) == SettingsManager::INCOMING_ACTIVE_UPNP && !runningV4) {
// previous mappings had failed; try again
startMapping();
}
}*/
if (v4SettingsChanged || (autoDetectedV4 && !autoDetect4)) {
mapperV4.close();
autoDetectedV4 = false;
}
if (v6SettingsChanged || (autoDetectedV6 && !autoDetect6)) {
mapperV6.close();
autoDetectedV6 = false;
}
if(!autoDetect6 && autoDetectedV6)
clearAutoSettings(true, false);
if (!autoDetect4 && autoDetectedV4) {
clearAutoSettings(false, false);
}
bool autoDetect = false;
if(autoDetect4 || autoDetect6) {
if ((!autoDetectedV4 && autoDetect4) || (!autoDetectedV6 && autoDetect6) || autoSettings.empty()) {
detectConnection();
autoDetect = true;
}
}
if (!autoDetect && (v4SettingsChanged || v6SettingsChanged)) {
startSocket();
}
if(!autoDetect4 && SETTING(INCOMING_CONNECTIONS) == SettingsManager::INCOMING_ACTIVE_UPNP && !runningV4) // previous mappings had failed; try again
startMapping(false);
if(!autoDetect6 && SETTING(INCOMING_CONNECTIONS6) == SettingsManager::INCOMING_ACTIVE_UPNP && !runningV4) // previous mappings had failed; try again
startMapping(true);
}
void ConnectivityManager::setup(bool settingsChanged) {
if(BOOLSETTING(AUTO_DETECT_CONNECTION)) {
if (!autoDetected) detectConnection();
} else {
if(autoDetected || settingsChanged) {
if(settingsChanged || (SETTING(INCOMING_CONNECTIONS) != SettingsManager::INCOMING_FIREWALL_UPNP)) {
MappingManager::getInstance()->close();
}
startSocket();
} else if(SETTING(INCOMING_CONNECTIONS) == SettingsManager::INCOMING_FIREWALL_UPNP && !MappingManager::getInstance()->getOpened()) {
// previous mappings had failed; try again
MappingManager::getInstance()->open();
}
}
}
void ConnectivityManager::setup(bool settingsChanged) {
if(BOOLSETTING(AUTO_DETECT_CONNECTION)) {
if (!autoDetected) detectConnection();
} else {
if(autoDetected || (settingsChanged && (SearchManager::getInstance()->getPort() != SETTING(UDP_PORT) || ConnectionManager::getInstance()->getPort() != SETTING(TCP_PORT) || ConnectionManager::getInstance()->getSecurePort() != SETTING(TLS_PORT) || SETTING(BIND_ADDRESS) != lastBind))) {
if(settingsChanged || SETTING(INCOMING_CONNECTIONS) != SettingsManager::INCOMING_FIREWALL_UPNP) {
UPnPManager::getInstance()->close();
}
startSocket();
} else if(SETTING(INCOMING_CONNECTIONS) == SettingsManager::INCOMING_FIREWALL_UPNP && !UPnPManager::getInstance()->getOpened()) {
// previous UPnP mappings had failed; try again
UPnPManager::getInstance()->open();
}
}
}
void ConnectivityManager::setup_connections(bool settingsChanged)
{
try
{
if (BOOLSETTING(AUTO_DETECT_CONNECTION))
{
if (!autoDetected)
detectConnection();
}
else
{
if (autoDetected || settingsChanged)
{
if (settingsChanged || SETTING(INCOMING_CONNECTIONS) != SettingsManager::INCOMING_FIREWALL_UPNP)
{
MappingManager::getInstance()->close();
}
startSocket();
}
else if (SETTING(INCOMING_CONNECTIONS) == SettingsManager::INCOMING_FIREWALL_UPNP && !MappingManager::getInstance()->getOpened())
{
// previous mappings had failed; try again
MappingManager::getInstance()->open();
}
}
}
catch (const Exception& e)
{
dcassert(0);
const string l_error = "ConnectivityManager::setup error = " + e.getError();
CFlyServerJSON::pushError(56, l_error);
}
if (settingsChanged)
{
if (SETTING(INCOMING_CONNECTIONS) != SettingsManager::INCOMING_FIREWALL_UPNP)
{
test_all_ports();
}
}
}
