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tdelibs/tdecore/networkbackends/network-manager/network-manager.cpp

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/* This file is part of the TDE libraries
Copyright (C) 2012 Timothy Pearson <kb9vqf@pearsoncomputing.net>
This library is free software; you can redistribute it and/or
modify it under the terms of the GNU Library General Public
License version 2 as published by the Free Software Foundation.
This library is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
Library General Public License for more details.
You should have received a copy of the GNU Library General Public License
along with this library; see the file COPYING.LIB. If not, write to
the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
Boston, MA 02110-1301, USA.
*/
#include "network-manager.h"
#include "network-manager_p.h"
#define PRINT_ERROR(x) printf("[TDE NM Backend ERROR] %s\n\r", x.ascii());
#define UPDATE_STRING_SETTING_IF_VALID(string, key, settingsMap) if (!string.isNull()) settingsMap[key] = convertDBUSDataToVariantData(TQT_DBusData::fromString(string)); \
else settingsMap.remove(key);
#define NM_ASYNC_TIMEOUT_MS 1000
#define DEBUG_NETWORK_MANAGER_COMMUNICATIONS
TQ_UINT32 reverseIPV4ByteOrder(TQ_UINT32 address) {
TQ_UINT32 ret;
unsigned char valuearray[4];
valuearray[0] = (address & 0xff000000) >> 24;
valuearray[1] = (address & 0x00ff0000) >> 16;
valuearray[2] = (address & 0x0000ff00) >> 8;
valuearray[3] = (address & 0x000000ff) >> 0;
ret = 0;
ret = ret | (valuearray[0] << 0);
ret = ret | (valuearray[1] << 8);
ret = ret | (valuearray[2] << 16);
ret = ret | (valuearray[3] << 24);
return ret;
}
TQT_DBusData convertDBUSDataToVariantData(TQT_DBusData object) {
TQT_DBusVariant variant;
variant.value = object;
variant.signature = variant.value.buildDBusSignature();
return TQT_DBusData::fromVariant(variant);
}
void printDBUSObjectStructure(TQT_DBusData object, int level=0) {
int i;
TQString levelIndent = "";
for (i=0; i<level; i++) {
levelIndent = levelIndent + " ";
}
TQCString signature = object.buildDBusSignature();
printf("%s%s\n\r", levelIndent.ascii(), signature.data()); fflush(stdout);
if (object.type() == TQT_DBusData::Map) {
// HACK
// NetworkManager currently uses string key maps exclusively as far as I can tell, so this should be adequate for the time being
TQMap<TQString, TQT_DBusData> outerMap = object.toStringKeyMap().toTQMap();
TQMap<TQString, TQT_DBusData>::const_iterator it;
for (it = outerMap.begin(); it != outerMap.end(); ++it) {
printDBUSObjectStructure(*it, level+1);
}
}
if (object.type() == TQT_DBusData::List) {
TQT_DBusDataValueList valueList = object.toTQValueList();
TQT_DBusDataValueList::const_iterator it;
for (it = valueList.begin(); it != valueList.end(); ++it) {
printDBUSObjectStructure(*it, level+1);
}
}
else if (object.type() == TQT_DBusData::Variant) {
TQT_DBusVariant dataValueVariant = object.toVariant();
TQT_DBusData dataValue = dataValueVariant.value;
printDBUSObjectStructure(dataValue, level+1);
}
}
TDENetworkGlobalManagerFlags::TDENetworkGlobalManagerFlags nmGlobalStateToTDEGlobalState(TQ_UINT32 nmType) {
TDENetworkGlobalManagerFlags::TDENetworkGlobalManagerFlags ret = TDENetworkGlobalManagerFlags::Unknown;
if (nmType == NM_STATE_UNKNOWN) {
ret |= TDENetworkGlobalManagerFlags::Unknown;
}
else if (nmType == NM_STATE_ASLEEP) {
ret |= TDENetworkGlobalManagerFlags::Disconnected;
ret |= TDENetworkGlobalManagerFlags::Sleeping;
}
else if (nmType == NM_STATE_DISCONNECTED) {
ret |= TDENetworkGlobalManagerFlags::Disconnected;
}
else if (nmType == NM_STATE_DISCONNECTING) {
ret |= TDENetworkGlobalManagerFlags::Connected;
ret |= TDENetworkGlobalManagerFlags::DeactivatingLink;
}
else if (nmType == NM_STATE_CONNECTING) {
ret |= TDENetworkGlobalManagerFlags::Disconnected;
ret |= TDENetworkGlobalManagerFlags::EstablishingLink;
}
else if (nmType == NM_STATE_CONNECTED_LOCAL) {
ret |= TDENetworkGlobalManagerFlags::Connected;
ret |= TDENetworkGlobalManagerFlags::LinkLocalAccess;
}
else if (nmType == NM_STATE_CONNECTED_SITE) {
ret |= TDENetworkGlobalManagerFlags::Connected;
ret |= TDENetworkGlobalManagerFlags::SiteLocalAccess;
}
else if (nmType == NM_STATE_CONNECTED_GLOBAL) {
ret |= TDENetworkGlobalManagerFlags::Connected;
ret |= TDENetworkGlobalManagerFlags::GlobalAccess;
}
return ret;
}
TDENetworkConnectionStatus::TDENetworkConnectionStatus nmDeviceStateToTDEDeviceState(TQ_UINT32 nmType) {
TDENetworkConnectionStatus::TDENetworkConnectionStatus ret = TDENetworkConnectionStatus::Invalid;
if (nmType == NM_DEVICE_STATE_UNKNOWN) {
ret |= TDENetworkConnectionStatus::Invalid;
}
else if (nmType == NM_DEVICE_STATE_UNMANAGED) {
ret |= TDENetworkConnectionStatus::UnManaged;
}
else if (nmType == NM_DEVICE_STATE_UNAVAILABLE) {
ret |= TDENetworkConnectionStatus::Disconnected;
ret |= TDENetworkConnectionStatus::LinkUnavailable;
}
else if (nmType == NM_DEVICE_STATE_DISCONNECTED) {
ret |= TDENetworkConnectionStatus::Disconnected;
}
else if (nmType == NM_DEVICE_STATE_PREPARE) {
ret |= TDENetworkConnectionStatus::Disconnected;
ret |= TDENetworkConnectionStatus::EstablishingLink;
}
else if (nmType == NM_DEVICE_STATE_CONFIG) {
ret |= TDENetworkConnectionStatus::Disconnected;
ret |= TDENetworkConnectionStatus::EstablishingLink;
}
else if (nmType == NM_DEVICE_STATE_NEED_AUTH) {
ret |= TDENetworkConnectionStatus::Disconnected;
ret |= TDENetworkConnectionStatus::NeedAuthorization;
}
else if (nmType == NM_DEVICE_STATE_IP_CONFIG) {
ret |= TDENetworkConnectionStatus::Disconnected;
ret |= TDENetworkConnectionStatus::ConfiguringProtocols;
}
else if (nmType == NM_DEVICE_STATE_IP_CHECK) {
ret |= TDENetworkConnectionStatus::Disconnected;
ret |= TDENetworkConnectionStatus::VerifyingProtocols;
}
else if (nmType == NM_DEVICE_STATE_SECONDARIES) {
ret |= TDENetworkConnectionStatus::Disconnected;
ret |= TDENetworkConnectionStatus::DependencyWait;
}
else if (nmType == NM_DEVICE_STATE_ACTIVATED) {
ret |= TDENetworkConnectionStatus::Connected;
}
else if (nmType == NM_DEVICE_STATE_DEACTIVATING) {
ret |= TDENetworkConnectionStatus::Connected;
ret |= TDENetworkConnectionStatus::DeactivatingLink;
}
else if (nmType == NM_DEVICE_STATE_FAILED) {
ret |= TDENetworkConnectionStatus::Disconnected;
ret |= TDENetworkConnectionStatus::Failed;
}
return ret;
}
TDENetworkConnectionType::TDENetworkConnectionType TDENetworkConnectionManager_BackendNM::nmDeviceTypeToTDEDeviceType(TQ_UINT32 nmType) {
TDENetworkConnectionType::TDENetworkConnectionType ret = TDENetworkConnectionType::Other;
if (nmType == NM_DEVICE_TYPE_UNKNOWN) {
ret = TDENetworkConnectionType::Other;
}
else if (nmType == NM_DEVICE_TYPE_ETHERNET) {
ret = TDENetworkConnectionType::WiredEthernet;
}
else if (nmType == NM_DEVICE_TYPE_WIFI) {
ret = TDENetworkConnectionType::WiFi;
}
else if (nmType == NM_DEVICE_TYPE_UNUSED1) {
}
else if (nmType == NM_DEVICE_TYPE_UNUSED2) {
}
else if (nmType == NM_DEVICE_TYPE_BT) {
ret = TDENetworkConnectionType::Bluetooth;
}
else if (nmType == NM_DEVICE_TYPE_OLPC_MESH) {
ret = TDENetworkConnectionType::OLPCMesh;
}
else if (nmType == NM_DEVICE_TYPE_WIMAX) {
ret = TDENetworkConnectionType::WiMax;
}
else if (nmType == NM_DEVICE_TYPE_MODEM) {
ret = TDENetworkConnectionType::Modem;
}
else if (nmType == NM_DEVICE_TYPE_INFINIBAND) {
ret = TDENetworkConnectionType::Infiniband;
}
else if (nmType == NM_DEVICE_TYPE_BOND) {
ret = TDENetworkConnectionType::Bond;
}
else if (nmType == NM_DEVICE_TYPE_VLAN) {
ret = TDENetworkConnectionType::VLAN;
}
else if (nmType == NM_DEVICE_TYPE_ADSL) {
ret = TDENetworkConnectionType::ADSL;
}
return ret;
}
TDENetworkIEEE8021xType::TDENetworkIEEE8021xType nmEAPTypeToTDEEAPType(TQString nm) {
TDENetworkIEEE8021xType::TDENetworkIEEE8021xType ret = TDENetworkIEEE8021xType::None;
if (nm.lower() == "") {
ret = TDENetworkIEEE8021xType::None;
}
else if (nm.lower() == "leap") {
ret = TDENetworkIEEE8021xType::LEAP;
}
else if (nm.lower() == "md5") {
ret = TDENetworkIEEE8021xType::MD5;
}
else if (nm.lower() == "pap") {
ret = TDENetworkIEEE8021xType::PAP;
}
else if (nm.lower() == "chap") {
ret = TDENetworkIEEE8021xType::CHAP;
}
else if (nm.lower() == "mschap") {
ret = TDENetworkIEEE8021xType::MSCHAP;
}
else if (nm.lower() == "mschapv2") {
ret = TDENetworkIEEE8021xType::MSCHAPV2;
}
else if (nm.lower() == "fast") {
ret = TDENetworkIEEE8021xType::Fast;
}
else if (nm.lower() == "psk") {
ret = TDENetworkIEEE8021xType::PSK;
}
else if (nm.lower() == "pax") {
ret = TDENetworkIEEE8021xType::PAX;
}
else if (nm.lower() == "sake") {
ret = TDENetworkIEEE8021xType::SAKE;
}
else if (nm.lower() == "gpsk") {
ret = TDENetworkIEEE8021xType::GPSK;
}
else if (nm.lower() == "tls") {
ret = TDENetworkIEEE8021xType::TLS;
}
else if (nm.lower() == "peap") {
ret = TDENetworkIEEE8021xType::PEAP;
}
else if (nm.lower() == "ttls") {
ret = TDENetworkIEEE8021xType::TTLS;
}
else if (nm.lower() == "sim") {
ret = TDENetworkIEEE8021xType::SIM;
}
else if (nm.lower() == "gtc") {
ret = TDENetworkIEEE8021xType::GTC;
}
else if (nm.lower() == "otp") {
ret = TDENetworkIEEE8021xType::OTP;
}
else {
PRINT_ERROR(TQString("unknown EAP type %s requested in existing connection").arg(nm.lower()))
}
return ret;
}
TQString tdeEAPTypeToNMEAPType(TDENetworkIEEE8021xType::TDENetworkIEEE8021xType eaptype) {
TQString ret = "";
if (eaptype == TDENetworkIEEE8021xType::None) {
ret = "";
}
else if (eaptype == TDENetworkIEEE8021xType::LEAP) {
ret = "leap";
}
else if (eaptype == TDENetworkIEEE8021xType::MD5) {
ret = "md5";
}
else if (eaptype == TDENetworkIEEE8021xType::PAP) {
ret = "pap";
}
else if (eaptype == TDENetworkIEEE8021xType::CHAP) {
ret = "chap";
}
else if (eaptype == TDENetworkIEEE8021xType::MSCHAP) {
ret = "mschap";
}
else if (eaptype == TDENetworkIEEE8021xType::MSCHAPV2) {
ret = "mschapv2";
}
else if (eaptype == TDENetworkIEEE8021xType::Fast) {
ret = "fast";
}
else if (eaptype == TDENetworkIEEE8021xType::PSK) {
ret = "psk";
}
else if (eaptype == TDENetworkIEEE8021xType::PAX) {
ret = "pax";
}
else if (eaptype == TDENetworkIEEE8021xType::SAKE) {
ret = "sake";
}
else if (eaptype == TDENetworkIEEE8021xType::GPSK) {
ret = "gpsk";
}
else if (eaptype == TDENetworkIEEE8021xType::TLS) {
ret = "tls";
}
else if (eaptype == TDENetworkIEEE8021xType::PEAP) {
ret = "peap";
}
else if (eaptype == TDENetworkIEEE8021xType::TTLS) {
ret = "ttls";
}
else if (eaptype == TDENetworkIEEE8021xType::SIM) {
ret = "sim";
}
else if (eaptype == TDENetworkIEEE8021xType::GTC) {
ret = "gtc";
}
else if (eaptype == TDENetworkIEEE8021xType::OTP) {
ret = "otp";
}
else {
PRINT_ERROR(TQString("unknown TDE EAP type %d requested in new or updated connection").arg(eaptype))
}
return ret;
}
TDENetworkIEEE8021xFastFlags::TDENetworkIEEE8021xFastFlags nmEAPFastFlagsToTDEEAPFastFlags(TQString nm) {
TDENetworkIEEE8021xFastFlags::TDENetworkIEEE8021xFastFlags ret = TDENetworkIEEE8021xFastFlags::AllowUnauthenticated | TDENetworkIEEE8021xFastFlags::AllowAuthenticated;
unsigned int nm_int = nm.toUInt();
if (nm_int == NM_EAP_FAST_PROVISIONING_DISABLED) {
ret = TDENetworkIEEE8021xFastFlags::None;
}
else if (nm_int == NM_EAP_FAST_PROVISIONING_UNAUTHONLY) {
ret = TDENetworkIEEE8021xFastFlags::AllowUnauthenticated;
}
else if (nm_int == NM_EAP_FAST_PROVISIONING_AUTHONLY) {
ret = TDENetworkIEEE8021xFastFlags::AllowAuthenticated;
}
else if (nm_int == NM_EAP_FAST_PROVISIONING_BOTH) {
ret = TDENetworkIEEE8021xFastFlags::AllowUnauthenticated | TDENetworkIEEE8021xFastFlags::AllowAuthenticated;
}
else {
PRINT_ERROR(TQString("unknown EAP fast flag %s requested in existing connection").arg(nm.lower()))
}
return ret;
}
TQString tdeEAPFastFlagsToNMEAPFastFlags(TDENetworkIEEE8021xFastFlags::TDENetworkIEEE8021xFastFlags eaptype) {
TQString ret = "";
if ((eaptype & TDENetworkIEEE8021xFastFlags::AllowUnauthenticated) && (eaptype & TDENetworkIEEE8021xFastFlags::AllowAuthenticated)) {
ret = TQString("%1").arg(NM_EAP_FAST_PROVISIONING_BOTH);
}
else if (eaptype & TDENetworkIEEE8021xFastFlags::AllowAuthenticated) {
ret = TQString("%1").arg(NM_EAP_FAST_PROVISIONING_AUTHONLY);
}
else if (eaptype & TDENetworkIEEE8021xFastFlags::AllowUnauthenticated) {
ret = TQString("%1").arg(NM_EAP_FAST_PROVISIONING_UNAUTHONLY);
}
else {
ret = TQString("%1").arg(NM_EAP_FAST_PROVISIONING_DISABLED);
}
return ret;
}
TDENetworkPasswordHandlingFlags::TDENetworkPasswordHandlingFlags nmPasswordFlagsToTDEPasswordFlags(unsigned int nm) {
TDENetworkPasswordHandlingFlags::TDENetworkPasswordHandlingFlags ret = TDENetworkPasswordHandlingFlags::None;
if (nm & NM_PASSWORD_SECRET_AGENTOWNED) {
ret |= TDENetworkPasswordHandlingFlags::ExternalStorage;
}
if (nm & NM_PASSWORD_SECRET_NOTSAVED) {
ret |= TDENetworkPasswordHandlingFlags::NoSave;
}
if (nm & NM_PASSWORD_SECRET_NOTREQUIRED) {
ret |= TDENetworkPasswordHandlingFlags::NoPrompt;
}
return ret;
}
unsigned int tdePasswordFlagsToNMPasswordFlags(TDENetworkPasswordHandlingFlags::TDENetworkPasswordHandlingFlags flags) {
unsigned int ret = 0;
if (flags & TDENetworkPasswordHandlingFlags::ExternalStorage) {
ret |= NM_PASSWORD_SECRET_AGENTOWNED;
}
if (flags & TDENetworkPasswordHandlingFlags::NoSave) {
ret |= NM_PASSWORD_SECRET_NOTSAVED;
}
if (flags & TDENetworkPasswordHandlingFlags::NoPrompt) {
ret |= NM_PASSWORD_SECRET_NOTREQUIRED;
}
return ret;
}
TDENetworkDeviceCapabilityFlags::TDENetworkDeviceCapabilityFlags nmCapabilityFlagsToTDECapabilityFlags(unsigned int nm) {
TDENetworkDeviceCapabilityFlags::TDENetworkDeviceCapabilityFlags ret = TDENetworkDeviceCapabilityFlags::None;
if (nm & NM_DEVICE_CAP_NM_SUPPORTED) {
ret |= TDENetworkDeviceCapabilityFlags::Supported;
}
if (nm & NM_DEVICE_CAP_CARRIER_DETECT) {
ret |= TDENetworkDeviceCapabilityFlags::CanDetectLink;
}
return ret;
}
unsigned int tdeCapabilityFlagsToNMCapabilityFlags(TDENetworkDeviceCapabilityFlags::TDENetworkDeviceCapabilityFlags flags) {
unsigned int ret = 0;
if (flags & TDENetworkDeviceCapabilityFlags::Supported) {
ret |= NM_DEVICE_CAP_NM_SUPPORTED;
}
if (flags & TDENetworkDeviceCapabilityFlags::CanDetectLink) {
ret |= NM_DEVICE_CAP_CARRIER_DETECT;
}
return ret;
}
TDENetworkWiFiAPFlags::TDENetworkWiFiAPFlags nmAPSecFlagsToTDEAPSecFlags(unsigned int genflags, unsigned int nm) {
TDENetworkWiFiAPFlags::TDENetworkWiFiAPFlags ret = TDENetworkWiFiAPFlags::None;
if (genflags & NM_ACCESS_POINT_CAP_PRIVACY) {
ret |= TDENetworkWiFiAPFlags::PrivacySupport;
}
if (nm & NM_ACCESS_POINT_SEC_PAIR_WEP40) {
ret |= TDENetworkWiFiAPFlags::PairWEP40;
}
if (nm & NM_ACCESS_POINT_SEC_PAIR_WEP104) {
ret |= TDENetworkWiFiAPFlags::PairWEP104;
}
if (nm & NM_ACCESS_POINT_SEC_PAIR_TKIP) {
ret |= TDENetworkWiFiAPFlags::PairTKIP;
}
if (nm & NM_ACCESS_POINT_SEC_PAIR_CCMP) {
ret |= TDENetworkWiFiAPFlags::PairCCMP;
}
if (nm & NM_ACCESS_POINT_SEC_GROUP_WEP40) {
ret |= TDENetworkWiFiAPFlags::GroupWEP40;
}
if (nm & NM_ACCESS_POINT_SEC_GROUP_WEP104) {
ret |= TDENetworkWiFiAPFlags::GroupWEP104;
}
if (nm & NM_ACCESS_POINT_SEC_GROUP_TKIP) {
ret |= TDENetworkWiFiAPFlags::GroupTKIP;
}
if (nm & NM_ACCESS_POINT_SEC_GROUP_CCMP) {
ret |= TDENetworkWiFiAPFlags::GroupCCMP;
}
if (nm & NM_ACCESS_POINT_SEC_KEY_MGMT_PSK) {
ret |= TDENetworkWiFiAPFlags::KeyManagementPSK;
}
if (nm & NM_ACCESS_POINT_SEC_KEY_MGMT_802_1X) {
ret |= TDENetworkWiFiAPFlags::KeyManagement80211;
}
return ret;
}
unsigned int tdeAPSecFlagsToNMAPGenSecFlags(TDENetworkWiFiAPFlags::TDENetworkWiFiAPFlags flags) {
unsigned int ret = 0;
if (flags & TDENetworkWiFiAPFlags::PrivacySupport) {
ret |= NM_ACCESS_POINT_CAP_PRIVACY;
}
return ret;
}
unsigned int tdeAPSecFlagsToNMAPSecFlags(TDENetworkWiFiAPFlags::TDENetworkWiFiAPFlags flags) {
unsigned int ret = 0;
if (flags & TDENetworkWiFiAPFlags::PairWEP40) {
ret |= NM_ACCESS_POINT_SEC_PAIR_WEP40;
}
if (flags & TDENetworkWiFiAPFlags::PairWEP104) {
ret |= NM_ACCESS_POINT_SEC_PAIR_WEP104;
}
if (flags & TDENetworkWiFiAPFlags::PairTKIP) {
ret |= NM_ACCESS_POINT_SEC_PAIR_TKIP;
}
if (flags & TDENetworkWiFiAPFlags::PairCCMP) {
ret |= NM_ACCESS_POINT_SEC_PAIR_CCMP;
}
if (flags & TDENetworkWiFiAPFlags::GroupWEP40) {
ret |= NM_ACCESS_POINT_SEC_GROUP_WEP40;
}
if (flags & TDENetworkWiFiAPFlags::GroupWEP104) {
ret |= NM_ACCESS_POINT_SEC_GROUP_WEP104;
}
if (flags & TDENetworkWiFiAPFlags::GroupTKIP) {
ret |= NM_ACCESS_POINT_SEC_GROUP_TKIP;
}
if (flags & TDENetworkWiFiAPFlags::GroupCCMP) {
ret |= NM_ACCESS_POINT_SEC_GROUP_CCMP;
}
if (flags & TDENetworkWiFiAPFlags::KeyManagementPSK) {
ret |= NM_ACCESS_POINT_SEC_KEY_MGMT_PSK;
}
if (flags & TDENetworkWiFiAPFlags::KeyManagement80211) {
ret |= NM_ACCESS_POINT_SEC_KEY_MGMT_802_1X;
}
return ret;
}
TQString TDENetworkConnectionManager_BackendNM::deviceInterfaceString(TQString macAddress) {
if (d->m_networkManagerProxy) {
TQT_DBusObjectPathList devices;
TQT_DBusError error;
bool ret;
ret = d->m_networkManagerProxy->GetDevices(devices, error);
if (ret) {
TQT_DBusObjectPathList::iterator it;
for (it = devices.begin(); it != devices.end(); ++it) {
DBus::DeviceProxy genericDevice(NM_DBUS_SERVICE, (*it));
genericDevice.setConnection(TQT_DBusConnection::systemBus());
TDENetworkConnectionType::TDENetworkConnectionType deviceType = nmDeviceTypeToTDEDeviceType(genericDevice.getDeviceType(error));
if (error.isValid()) {
// Error!
PRINT_ERROR(error.name())
break;
}
else if (deviceType == TDENetworkConnectionType::WiredEthernet) {
DBus::EthernetDeviceProxy ethernetDevice(NM_DBUS_SERVICE, (*it));
ethernetDevice.setConnection(TQT_DBusConnection::systemBus());
TQString candidateMACAddress = ethernetDevice.getPermHwAddress(error);
if (!error.isValid()) {
if (candidateMACAddress.lower() == macAddress.lower()) {
return (*it);
}
}
}
else if (deviceType == TDENetworkConnectionType::WiFi) {
DBus::WiFiDeviceProxy wiFiDevice(NM_DBUS_SERVICE, (*it));
wiFiDevice.setConnection(TQT_DBusConnection::systemBus());
TQString candidateMACAddress = wiFiDevice.getPermHwAddress(error);
if (!error.isValid()) {
if (candidateMACAddress.lower() == macAddress.lower()) {
return (*it);
}
}
}
// FIXME
// Add other supported device types here
}
return "";
}
else {
// Error!
PRINT_ERROR(error.name())
return "";
}
}
else {
return "";
}
}
TDENetworkConnectionManager_BackendNM::TDENetworkConnectionManager_BackendNM(TQString macAddress) : TDENetworkConnectionManager(macAddress) {
d = new TDENetworkConnectionManager_BackendNMPrivate();
// Set up proxy interfaces
d->m_networkManagerProxy = new DBus::NetworkManagerProxy(NM_DBUS_SERVICE, NM_DBUS_PATH);
d->m_networkManagerProxy->setConnection(TQT_DBusConnection::systemBus());
d->m_networkManagerSettings = new DBus::SettingsInterface(NM_DBUS_SERVICE, NM_DBUS_PATH_SETTINGS);
d->m_networkManagerSettings->setConnection(TQT_DBusConnection::systemBus());
TQString dbusDeviceString = deviceInterfaceString(macAddress);
if (dbusDeviceString != "") {
d->m_networkDeviceProxy = new DBus::DeviceProxy(NM_DBUS_SERVICE, dbusDeviceString);
d->m_networkDeviceProxy->setConnection(TQT_DBusConnection::systemBus());
}
// Connect global signals
connect(d->m_networkManagerProxy, SIGNAL(StateChanged(TQ_UINT32)), this, SLOT(internalProcessGlobalStateChanged(TQ_UINT32)));
// Connect local signals
if (d->m_networkDeviceProxy) {
connect(d->m_networkDeviceProxy, SIGNAL(StateChanged(TQ_UINT32, TQ_UINT32, TQ_UINT32)), this, SLOT(internalProcessDeviceStateChanged(TQ_UINT32, TQ_UINT32, TQ_UINT32)));
}
// Create public lists
m_connectionList = new TDENetworkConnectionList;
m_hwNeighborList = new TDENetworkHWNeighborList;
}
TDENetworkConnectionManager_BackendNM::~TDENetworkConnectionManager_BackendNM() {
// Destroy public lists
clearTDENetworkConnectionList();
delete m_connectionList;
clearTDENetworkHWNeighborList();
delete m_hwNeighborList;
// Tear down proxy interfaces
if (d->m_networkManagerProxy) delete d->m_networkManagerProxy;
if (d->m_networkManagerSettings) delete d->m_networkManagerSettings;
if (d->m_networkDeviceProxy) delete d->m_networkDeviceProxy;
delete d;
}
void TDENetworkConnectionManager_BackendNM::internalProcessGlobalStateChanged(TQ_UINT32 state) {
internalNetworkConnectionStateChanged(nmGlobalStateToTDEGlobalState(state));
}
void TDENetworkConnectionManager_BackendNM::internalProcessDeviceStateChanged(TQ_UINT32 newState, TQ_UINT32 oldState, TQ_UINT32 reason) {
Q_UNUSED(oldState)
Q_UNUSED(reason)
internalNetworkDeviceStateChanged(nmDeviceStateToTDEDeviceState(newState), m_macAddress);
}
TDENetworkConnectionType::TDENetworkConnectionType TDENetworkConnectionManager_BackendNM::connectionType() {
if (m_macAddress == "") {
return TDENetworkConnectionType::BackendOnly;
}
else {
// Query NM for the device type
TQT_DBusError error;
TQString dbusDeviceString = deviceInterfaceString(m_macAddress);
DBus::DeviceProxy genericDevice(NM_DBUS_SERVICE, dbusDeviceString);
genericDevice.setConnection(TQT_DBusConnection::systemBus());
TDENetworkConnectionType::TDENetworkConnectionType ret = nmDeviceTypeToTDEDeviceType(genericDevice.getDeviceType(error));
if (error.isValid()) {
// Error!
PRINT_ERROR(error.name())
return TDENetworkConnectionType::Other;
}
else {
return ret;
}
}
}
TDENetworkGlobalManagerFlags::TDENetworkGlobalManagerFlags TDENetworkConnectionManager_BackendNM::backendStatus() {
if (d->m_networkManagerProxy) {
TQ_UINT32 ret;
TQT_DBusError error;
ret = d->m_networkManagerProxy->getState(error);
if (error.isValid()) {
// Error!
PRINT_ERROR(error.name())
return TDENetworkGlobalManagerFlags::Unknown;
}
else {
return nmGlobalStateToTDEGlobalState(ret);
}
}
else {
return TDENetworkGlobalManagerFlags::Unknown;
}
}
TDENetworkDeviceInformation TDENetworkConnectionManager_BackendNM::deviceInformation() {
TQT_DBusError error;
TDENetworkDeviceInformation ret;
if (d->m_networkDeviceProxy) {
ret.statusFlags = nmDeviceStateToTDEDeviceState(d->m_networkDeviceProxy->getState(error));
ret.UUID = d->m_networkDeviceProxy->getUdi(error);
ret.backendDriver = d->m_networkDeviceProxy->getDriver(error);
ret.backendDriverVersion = d->m_networkDeviceProxy->getDriverVersion(error);
ret.firmwareVersion = d->m_networkDeviceProxy->getFirmwareVersion(error);
ret.capabilityFlags = nmCapabilityFlagsToTDECapabilityFlags(d->m_networkDeviceProxy->getCapabilities(error));
// ipConfiguration is not filled in, as the TDE HW library provides complementary functionality and is more reliable/easier to use and maintain
ret.managed = d->m_networkDeviceProxy->getManaged(error);
ret.autoConnect = d->m_networkDeviceProxy->getAutoconnect(error);
ret.firmwareMissing = d->m_networkDeviceProxy->getFirmwareMissing(error);
ret.deviceType = nmDeviceTypeToTDEDeviceType(d->m_networkDeviceProxy->getDeviceType(error));
// FIXME wiFiInfo is not filled in
ret.valid = true;
}
return ret;
}
void TDENetworkConnectionManager_BackendNMPrivate::processConnectionSettingsAsyncReply(int asyncCallId, const TQT_DBusDataMap<TQString>& settings) {
nmConnectionSettingsAsyncCallWaiting[asyncCallId] = false;
nmConnectionSettingsAsyncSettingsResponse[asyncCallId] = settings;
}
void TDENetworkConnectionManager_BackendNMPrivate::processConnectionSettingsUpdateAsyncReply(int asyncCallId) {
nmConnectionSettingsAsyncCallWaiting[asyncCallId] = false;
}
void TDENetworkConnectionManager_BackendNMPrivate::processAddConnectionAsyncReply(int asyncCallId, const TQT_DBusObjectPath& path) {
nmConnectionSettingsAsyncCallWaiting[asyncCallId] = false;
nmAddConnectionAsyncResponse[asyncCallId] = path;
}
void TDENetworkConnectionManager_BackendNM::loadConnectionInformation() {
TDEMACAddress deviceMACAddress;
deviceMACAddress.fromString(m_macAddress);
if (d->m_networkManagerSettings) {
clearTDENetworkConnectionList();
TQT_DBusObjectPathList connections;
TQT_DBusError error;
bool ret;
int state;
ret = d->m_networkManagerSettings->ListConnections(connections, error);
if (ret) {
TQT_DBusObjectPathList::iterator it;
for (it = connections.begin(); it != connections.end(); ++it) {
TDENetworkConnection* connection;
TDEWiredEthernetConnection* ethernetConnection = NULL;
TDEWiFiConnection* wiFiConnection = NULL;
TDENetworkConnectionType::TDENetworkConnectionType connType = connectionType();
if (connType == TDENetworkConnectionType::WiredEthernet) {
connection = ethernetConnection = new TDEWiredEthernetConnection;
}
if (connType == TDENetworkConnectionType::WiFi) {
connection = wiFiConnection = new TDEWiFiConnection;
}
else {
connection = new TDENetworkConnection;
}
// Set up defaults
connection->ipConfig.connectionFlags = TDENetworkIPConfigurationFlags::IPV4DHCPIP | \
TDENetworkIPConfigurationFlags::IPV4DHCPDNS | \
TDENetworkIPConfigurationFlags::IPV4DHCPRoutes | \
TDENetworkIPConfigurationFlags::IPV4MayUseAsDefaultRoute | \
TDENetworkIPConfigurationFlags::IPV6DHCPIP | \
TDENetworkIPConfigurationFlags::IPV6DHCPDNS | \
TDENetworkIPConfigurationFlags::IPV6DHCPRoutes | \
TDENetworkIPConfigurationFlags::IPV6MayUseAsDefaultRoute;
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] %s\n\r", (*it).data()); fflush(stdout);
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
// Obtain connection settings from the path specified
DBus::ConnectionSettingsInterface connectionSettings(NM_DBUS_SERVICE, (*it));
connectionSettings.setConnection(TQT_DBusConnection::systemBus());
connect(&connectionSettings, SIGNAL(GetSettingsAsyncReply(int, const TQT_DBusDataMap<TQString>&)), d, SLOT(processConnectionSettingsAsyncReply(int, const TQT_DBusDataMap<TQString>&)));
int asyncCallID;
ret = connectionSettings.GetSettingsAsync(asyncCallID, error);
if (ret && error.isValid()) {
ret = 0;
PRINT_ERROR(error.name())
}
if (ret) {
// Wait for the asynchronous call to return...
d->nmConnectionSettingsAsyncCallWaiting[asyncCallID] = true;
TQTimer nmCallTimeoutTimer;
nmCallTimeoutTimer.start(NM_ASYNC_TIMEOUT_MS, TRUE);
while (d->nmConnectionSettingsAsyncCallWaiting[asyncCallID]) {
tqApp->processEvents();
if (!nmCallTimeoutTimer.isActive()) {
PRINT_ERROR(TQString("DBUS asynchronous call timed out!"))
break;
}
}
TQT_DBusTQStringDataMap connectionSettingsMap = d->nmConnectionSettingsAsyncSettingsResponse[asyncCallID];
d->nmConnectionSettingsAsyncCallWaiting.remove(asyncCallID);
d->nmConnectionSettingsAsyncSettingsResponse.remove(asyncCallID);
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] received DBUS object structure map follows:\n\r"); fflush(stdout);
printDBUSObjectStructure(TQT_DBusData::fromStringKeyMap(connectionSettingsMap));
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
// Parse settings
TQT_DBusTQStringDataMap::const_iterator it2;
for (it2 = connectionSettingsMap.begin(); it2 != connectionSettingsMap.end(); ++it2) {
TQString outerKeyValue = it2.key();
TQT_DBusData dataValue = it2.data();
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] [%s]\n\r", outerKeyValue.ascii()); fflush(stdout);
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
TQT_DBusTQStringDataMap nestedConnectionSettingsMap = dataValue.toStringKeyMap();
TQT_DBusTQStringDataMap::const_iterator it3;
for (it3 = nestedConnectionSettingsMap.begin(); it3 != nestedConnectionSettingsMap.end(); ++it3) {
TQString keyValue = it3.key();
TQT_DBusData dataValue = it3.data();
if (dataValue.type() != TQT_DBusData::Variant) {
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] %s = %s (type %d(%s))\n\r", keyValue.ascii(), dataValue.toString().ascii(), dataValue.type(), dataValue.typeName()); fflush(stdout);
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
// No NM settings are known which use this style
}
else {
TQT_DBusVariant dataValueVariant = dataValue.toVariant();
TQT_DBusData dataValue2 = dataValueVariant.value;
if (dataValue2.type() != TQT_DBusData::Variant) {
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] %s = %s (type %d(%s), signature %s)\n\r", keyValue.ascii(), dataValue2.toString().ascii(), dataValue2.type(), dataValue2.typeName(), dataValueVariant.signature.ascii()); fflush(stdout);
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
// Most NM settings use this style
if (outerKeyValue.lower() == "connection") {
if (keyValue.lower() == "id") {
connection->friendlyName = dataValue2.toString();
}
else if (keyValue.lower() == "uuid") {
connection->UUID = dataValue2.toString().lower();
}
}
else if (outerKeyValue.lower() == "802-1x") {
// FIXME
// Implement load+save of the remaining settings in this group!
if (keyValue.lower() == "eap") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
state = 0;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
if (state == 0) {
// EAP type
connection->eapConfig.type = nmEAPTypeToTDEEAPType(innerDataValue.toString());
}
state++;
}
}
else if (keyValue.lower() == "identity") {
connection->eapConfig.userName = dataValue2.toString();
}
else if (keyValue.lower() == "anonymous-identity") {
connection->eapConfig.anonymousUserName = dataValue2.toString();
}
else if (keyValue.lower() == "pac-file") {
connection->eapConfig.pacFileName = dataValue2.toString();
}
else if (keyValue.lower() == "ca-cert") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
int count=0;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
count++;
connection->eapConfig.caCertificate.resize(count+1);
connection->eapConfig.caCertificate[count] = innerDataValue.toByte();
}
}
else if (keyValue.lower() == "ca-path") {
connection->eapConfig.additionalCAFilesPath = dataValue2.toString();
}
else if (keyValue.lower() == "subject-match") {
connection->eapConfig.authServerCertSubjectMatch = dataValue2.toString();
}
else if (keyValue.lower() == "altsubject-matches") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
connection->eapConfig.alternateAuthServerCertSubjectMatch.append(innerDataValue.toString());
}
}
else if (keyValue.lower() == "client-cert") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
int count=0;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
count++;
connection->eapConfig.clientCertificate.resize(count+1);
connection->eapConfig.clientCertificate[count] = innerDataValue.toByte();
}
}
else if (keyValue.lower() == "phase1-peapver") {
connection->eapConfig.forcePEAPVersion = dataValue2.toString();
}
else if (keyValue.lower() == "phase1-peaplabel") {
connection->eapConfig.forcePEAPLabel = dataValue2.toString();
}
else if (keyValue.lower() == "phase1-fast-provisioning") {
connection->eapConfig.fastProvisioningFlags = nmEAPFastFlagsToTDEEAPFastFlags(dataValue2.toString());
}
else if (keyValue.lower() == "phase2-auth") {
connection->eapConfig.phase2NonEAPAuthMethod = nmEAPTypeToTDEEAPType(dataValue2.toString());
}
else if (keyValue.lower() == "phase2-autheap") {
connection->eapConfig.phase2EAPAuthMethod = nmEAPTypeToTDEEAPType(dataValue2.toString());
}
else if (keyValue.lower() == "phase2-ca-cert") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
int count=0;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
count++;
connection->eapConfig.phase2CaCertificate.resize(count+1);
connection->eapConfig.phase2CaCertificate[count] = innerDataValue.toByte();
}
}
else if (keyValue.lower() == "phase2-ca-path") {
connection->eapConfig.phase2CaFilesPath = dataValue2.toString();
}
else if (keyValue.lower() == "phase2-subject-match") {
connection->eapConfig.phase2AuthServerCertSubjectMatch = dataValue2.toString();
}
else if (keyValue.lower() == "phase2-altsubject-matches") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
connection->eapConfig.phase2AlternateAuthServerCertSubjectMatch.append(innerDataValue.toString());
}
}
else if (keyValue.lower() == "phase2-client-cert") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
int count=0;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
count++;
connection->eapConfig.phase2ClientCertificate.resize(count+1);
connection->eapConfig.phase2ClientCertificate[count] = innerDataValue.toByte();
}
}
else if (keyValue.lower() == "password-flags") {
connection->eapConfig.passwordFlags = nmPasswordFlagsToTDEPasswordFlags(dataValue2.toUInt32());
}
else if (keyValue.lower() == "password-raw-flags") {
connection->eapConfig.binaryPasswordFlags = nmPasswordFlagsToTDEPasswordFlags(dataValue2.toUInt32());
}
else if (keyValue.lower() == "private-key") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
int count=0;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
count++;
connection->eapConfig.privateKey.resize(count+1);
connection->eapConfig.privateKey[count] = innerDataValue.toByte();
}
}
else if (keyValue.lower() == "private-key-password-flags") {
connection->eapConfig.privateKeyPasswordFlags = nmPasswordFlagsToTDEPasswordFlags(dataValue2.toUInt32());
}
else if (keyValue.lower() == "phase2-private-key") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
int count=0;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
count++;
connection->eapConfig.phase2PrivateKey.resize(count+1);
connection->eapConfig.phase2PrivateKey[count] = innerDataValue.toByte();
}
}
else if (keyValue.lower() == "phase2-private-key-password-flags") {
connection->eapConfig.phase2PrivateKeyPasswordFlags = nmPasswordFlagsToTDEPasswordFlags(dataValue2.toUInt32());
}
else if (keyValue.lower() == "system-ca-certs") {
connection->eapConfig.forceSystemCaCertificates = dataValue2.toBool();
}
connection->eapConfig.valid = true;
}
else if (outerKeyValue.lower() == "802-3-ethernet") {
if (keyValue.lower() == "duplex") {
connection->fullDuplex = (dataValue2.toString().lower() == "full")?true:false;
}
else if (keyValue.lower() == "mac-address") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
TDENetworkByteList macAddress;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
macAddress.append(innerDataValue.toByte());
}
connection->lockedHWAddress.setAddress(macAddress);
}
else if (keyValue.lower() == "cloned-mac-address") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
TDENetworkByteList macAddress;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
macAddress.append(innerDataValue.toByte());
}
connection->manualHWAddress.setAddress(macAddress);
}
else if (keyValue.lower() == "mtu") {
connection->mtu = dataValue2.toUInt32();
}
}
else if (outerKeyValue.lower() == "ipv4") {
if (keyValue.lower() == "addresses") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
TQT_DBusDataValueList innerValueList = innerDataValue.toTQValueList();
TQT_DBusDataValueList::const_iterator it5;
state = 0;
TDENetworkSingleIPConfiguration ipConfig;
for (it5 = innerValueList.begin(); it5 != innerValueList.end(); ++it5) {
TQT_DBusData innerMostDataValue = *it5;
if (state == 0) {
// Address
ipConfig.ipAddress = TQHostAddress(reverseIPV4ByteOrder(innerMostDataValue.toUInt32()));
}
else if (state == 1) {
// Network mask
ipConfig.networkMask.fromCIDRMask(innerMostDataValue.toUInt32());
}
else if (state == 2) {
// Gateway
ipConfig.gateway = TQHostAddress(reverseIPV4ByteOrder(innerMostDataValue.toUInt32()));
}
state++;
}
ipConfig.valid = true;
connection->ipConfig.ipConfigurations.append(ipConfig);
}
}
else if (keyValue.lower() == "dhcp-client-id") {
connection->ipConfig.dhcpClientIdentifier = dataValue2.toString();
}
else if (keyValue.lower() == "dns") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
TQT_DBusDataValueList innerValueList = innerDataValue.toTQValueList();
TQT_DBusDataValueList::const_iterator it5;
connection->ipConfig.resolvers.append(TQHostAddress(reverseIPV4ByteOrder(innerDataValue.toUInt32())));
}
}
else if (keyValue.lower() == "dns-search") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
TQT_DBusDataValueList innerValueList = innerDataValue.toTQValueList();
TQT_DBusDataValueList::const_iterator it5;
connection->ipConfig.searchDomains.append(TDENetworkSearchDomain(innerDataValue.toString(), false));
}
}
else if (keyValue.lower() == "ignore-auto-dns") {
bool nm_static_dns = dataValue2.toBool();
if (nm_static_dns) {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV4DHCPDNS;
}
else {
connection->ipConfig.connectionFlags |= TDENetworkIPConfigurationFlags::IPV4DHCPDNS;
}
}
else if (keyValue.lower() == "may-fail") {
bool nm_may_fail = dataValue2.toBool();
connection->requireIPV4 = !nm_may_fail;
}
else if (keyValue.lower() == "method") {
TQString nm_method = dataValue2.toString().lower();
if (nm_method == "auto") {
connection->ipConfig.connectionFlags |= TDENetworkIPConfigurationFlags::IPV4DHCPIP;
}
else if (nm_method == "manual") {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV4DHCPIP;
}
else if (nm_method == "link-local") {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV4LocalOnly;
}
else if (nm_method == "shared") {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV4StartConnectionSharingServer;
}
else if (nm_method == "disabled") {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV4Disabled;
}
}
else if (keyValue.lower() == "ignore-auto-routes") {
bool nm_static_routes = dataValue2.toBool();
if (nm_static_routes) {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV4DHCPRoutes;
}
else {
connection->ipConfig.connectionFlags |= TDENetworkIPConfigurationFlags::IPV4DHCPRoutes;
}
}
else if (keyValue.lower() == "never-default") {
bool nm_can_default_route = !dataValue2.toBool();
if (nm_can_default_route) {
connection->ipConfig.connectionFlags |= TDENetworkIPConfigurationFlags::IPV4MayUseAsDefaultRoute;
}
else {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV4MayUseAsDefaultRoute;
}
}
if (keyValue.lower() == "routes") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
TQT_DBusDataValueList innerValueList = innerDataValue.toTQValueList();
TQT_DBusDataValueList::const_iterator it5;
state = 0;
TDENetworkSingleRouteConfiguration routeConfig;
for (it5 = innerValueList.begin(); it5 != innerValueList.end(); ++it5) {
TQT_DBusData innerMostDataValue = *it5;
if (state == 0) {
// Address
routeConfig.ipAddress = TQHostAddress(reverseIPV4ByteOrder(innerMostDataValue.toUInt32()));
}
else if (state == 1) {
// Network mask
routeConfig.networkMask.fromCIDRMask(innerMostDataValue.toUInt32());
}
else if (state == 2) {
// Gateway
routeConfig.gateway = TQHostAddress(reverseIPV4ByteOrder(innerMostDataValue.toUInt32()));
}
else if (state == 3) {
// Metric
routeConfig.metric = innerMostDataValue.toUInt32();
}
state++;
}
routeConfig.valid = true;
connection->ipConfig.routeConfigurations.append(routeConfig);
}
}
}
else if (outerKeyValue.lower() == "ipv6") {
if (keyValue.lower() == "addresses") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
TQT_DBusDataValueList innerValueList = innerDataValue.toStruct();
TQT_DBusDataValueList::const_iterator it5;
TDENetworkSingleIPConfiguration ipConfig;
// Address
TQT_DBusDataValueList innerMostValueList;
innerMostValueList = innerValueList[0].toTQValueList();
TQ_UINT8 nm_v6address[16];
unsigned char nm_addr_ptr = 0;
memset(nm_v6address, 0, sizeof(TQ_UINT8)*16);
for (it5 = innerMostValueList.begin(); it5 != innerMostValueList.end(); ++it5) {
TQT_DBusData innerMostDataValue = *it5;
if (nm_addr_ptr < 16) {
nm_v6address[nm_addr_ptr] = innerMostDataValue.toByte();
nm_addr_ptr++;
}
}
ipConfig.ipAddress = TQHostAddress(nm_v6address);
// Netmask
ipConfig.networkMask.fromCIDRMask(innerValueList[1].toUInt32(), true);
// Gateway
memset(nm_v6address, 0, sizeof(TQ_UINT8)*16);
for (it5 = innerMostValueList.begin(); it5 != innerMostValueList.end(); ++it5) {
TQT_DBusData innerMostDataValue = *it5;
if (nm_addr_ptr < 16) {
nm_v6address[nm_addr_ptr] = innerMostDataValue.toByte();
nm_addr_ptr++;
}
}
ipConfig.gateway = TQHostAddress(nm_v6address);
ipConfig.valid = true;
connection->ipConfig.ipConfigurations.append(ipConfig);
}
}
else if (keyValue.lower() == "dns") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
TQT_DBusDataValueList innerValueList = innerDataValue.toTQValueList();
TQT_DBusDataValueList::const_iterator it5;
TQ_UINT8 nm_v6address[16];
unsigned char nm_addr_ptr = 0;
memset(nm_v6address, 0, sizeof(TQ_UINT8)*16);
for (it5 = innerValueList.begin(); it5 != innerValueList.end(); ++it5) {
TQT_DBusData innerMostDataValue = *it5;
if (nm_addr_ptr < 16) {
nm_v6address[nm_addr_ptr] = innerMostDataValue.toByte();
nm_addr_ptr++;
}
}
connection->ipConfig.resolvers.append(TQHostAddress(nm_v6address));
}
}
else if (keyValue.lower() == "dns-search") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
TQT_DBusDataValueList innerValueList = innerDataValue.toTQValueList();
TQT_DBusDataValueList::const_iterator it5;
connection->ipConfig.searchDomains.append(TDENetworkSearchDomain(innerDataValue.toString(), true));
}
}
else if (keyValue.lower() == "ignore-auto-dns") {
bool nm_static_dns = dataValue2.toBool();
if (nm_static_dns) {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV4DHCPDNS;
}
else {
connection->ipConfig.connectionFlags |= TDENetworkIPConfigurationFlags::IPV4DHCPDNS;
}
}
else if (keyValue.lower() == "may-fail") {
bool nm_may_fail = dataValue2.toBool();
connection->requireIPV6 = !nm_may_fail;
}
else if (keyValue.lower() == "method") {
TQString nm_method = dataValue2.toString().lower();
if (nm_method == "auto") {
connection->ipConfig.connectionFlags |= TDENetworkIPConfigurationFlags::IPV6DHCPIP;
}
else if (nm_method == "manual") {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV6DHCPIP;
}
else if (nm_method == "link-local") {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV6LocalOnly;
}
else if (nm_method == "shared") {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV6StartConnectionSharingServer;
}
else if (nm_method == "ignore") {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV6Disabled;
}
}
else if (keyValue.lower() == "ignore-auto-routes") {
bool nm_static_routes = dataValue2.toBool();
if (nm_static_routes) {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV6DHCPRoutes;
}
else {
connection->ipConfig.connectionFlags |= TDENetworkIPConfigurationFlags::IPV6DHCPRoutes;
}
}
else if (keyValue.lower() == "never-default") {
bool nm_can_default_route = !dataValue2.toBool();
if (nm_can_default_route) {
connection->ipConfig.connectionFlags |= TDENetworkIPConfigurationFlags::IPV6MayUseAsDefaultRoute;
}
else {
connection->ipConfig.connectionFlags &= ~TDENetworkIPConfigurationFlags::IPV6MayUseAsDefaultRoute;
}
}
if (keyValue.lower() == "routes") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
TQT_DBusDataValueList innerValueList = innerDataValue.toStruct();
TQT_DBusDataValueList::const_iterator it5;
TDENetworkSingleRouteConfiguration routeConfig;
// Address
TQT_DBusDataValueList innerMostValueList;
innerMostValueList = innerValueList[0].toTQValueList();
TQ_UINT8 nm_v6address[16];
unsigned char nm_addr_ptr = 0;
memset(nm_v6address, 0, sizeof(TQ_UINT8)*16);
for (it5 = innerMostValueList.begin(); it5 != innerMostValueList.end(); ++it5) {
TQT_DBusData innerMostDataValue = *it5;
if (nm_addr_ptr < 16) {
nm_v6address[nm_addr_ptr] = innerMostDataValue.toByte();
nm_addr_ptr++;
}
}
routeConfig.ipAddress = TQHostAddress(nm_v6address);
// Netmask
routeConfig.networkMask.fromCIDRMask(innerValueList[1].toUInt32(), true);
// Gateway
innerMostValueList = innerValueList[2].toTQValueList();
nm_addr_ptr = 0;
memset(nm_v6address, 0, sizeof(TQ_UINT8)*16);
for (it5 = innerMostValueList.begin(); it5 != innerMostValueList.end(); ++it5) {
TQT_DBusData innerMostDataValue = *it5;
if (nm_addr_ptr < 16) {
nm_v6address[nm_addr_ptr] = innerMostDataValue.toByte();
nm_addr_ptr++;
}
}
routeConfig.gateway = TQHostAddress(nm_v6address);
// Metric
routeConfig.metric = innerValueList[3].toUInt32();
routeConfig.valid = true;
connection->ipConfig.routeConfigurations.append(routeConfig);
}
}
}
}
else {
// FIXME
// There are several advanced properties which appear to use string maps
// For example, s390-options
// Support should eventually be added for these, e.g. in a backend-specific Advanced tab somewhere
}
}
}
}
// If the connection's MAC matches my MAC, or if the connection is not locked to any MAC address,
// or if this manager object is not locked to a device, then add this connection to the list
if ((deviceMACAddress == connection->lockedHWAddress) || (!connection->lockedHWAddress.isValid()) || (!deviceMACAddress.isValid())) {
connection->ipConfig.valid = true;
m_connectionList->append(connection);
}
}
else {
// Error!
PRINT_ERROR(error.name())
}
}
}
else {
// Error!
PRINT_ERROR(error.name())
}
}
}
// NOTE
// While this separate separate routine is needed to get the secrets, note that secrets must
// be saved using the same connection map save routine that all other settings use above.
bool TDENetworkConnectionManager_BackendNM::loadConnectionSecrets(TQString uuid) {
bool ret = TRUE;
ret = ret && loadConnectionSecretsForGroup(uuid, "802-1x");
return ret;
}
bool TDENetworkConnectionManager_BackendNM::loadConnectionSecretsForGroup(TQString uuid, TQString group) {
TDENetworkConnection* connection = findConnectionByUUID(uuid);
if (!connection) {
PRINT_ERROR(TQString("Unable to locate connection with uuid '%1' in local database. Did you run loadConnectionInformation() first?"));
return FALSE;
}
TQT_DBusObjectPath existingConnection;
TQT_DBusError error;
bool ret;
TQT_DBusTQStringDataMap connectionSecretsMap(TQT_DBusData::String);
ret = d->m_networkManagerSettings->GetConnectionByUuid(uuid, existingConnection, error);
if (ret) {
// Obtain connection secrets from the path specified
DBus::ConnectionSettingsInterface connectionSettings(NM_DBUS_SERVICE, existingConnection);
connectionSettings.setConnection(TQT_DBusConnection::systemBus());
connect(&connectionSettings, SIGNAL(GetSecretsAsyncReply(int, const TQT_DBusDataMap<TQString>&)), d, SLOT(processConnectionSettingsAsyncReply(int, const TQT_DBusDataMap<TQString>&)));
int asyncCallID;
ret = connectionSettings.GetSecretsAsync(asyncCallID, group, error);
if (ret && error.isValid()) {
ret = 0;
PRINT_ERROR(error.name())
}
if (ret) {
// Wait for the asynchronous call to return...
d->nmConnectionSettingsAsyncCallWaiting[asyncCallID] = true;
TQTimer nmCallTimeoutTimer;
nmCallTimeoutTimer.start(NM_ASYNC_TIMEOUT_MS, TRUE);
while (d->nmConnectionSettingsAsyncCallWaiting[asyncCallID]) {
tqApp->processEvents();
if (!nmCallTimeoutTimer.isActive()) {
PRINT_ERROR(TQString("DBUS asynchronous call timed out!"))
break;
}
}
connectionSecretsMap = d->nmConnectionSettingsAsyncSettingsResponse[asyncCallID];
d->nmConnectionSettingsAsyncCallWaiting.remove(asyncCallID);
d->nmConnectionSettingsAsyncSettingsResponse.remove(asyncCallID);
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] received DBUS object structure map follows:\n\r"); fflush(stdout);
printDBUSObjectStructure(TQT_DBusData::fromStringKeyMap(connectionSecretsMap));
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
// Parse settings
TQT_DBusTQStringDataMap::const_iterator it2;
for (it2 = connectionSecretsMap.begin(); it2 != connectionSecretsMap.end(); ++it2) {
TQString outerKeyValue = it2.key();
TQT_DBusData dataValue = it2.data();
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] [%s]\n\r", outerKeyValue.ascii()); fflush(stdout);
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
TQT_DBusTQStringDataMap nestedConnectionSettingsMap = dataValue.toStringKeyMap();
TQT_DBusTQStringDataMap::const_iterator it3;
for (it3 = nestedConnectionSettingsMap.begin(); it3 != nestedConnectionSettingsMap.end(); ++it3) {
TQString keyValue = it3.key();
TQT_DBusData dataValue = it3.data();
if (dataValue.type() != TQT_DBusData::Variant) {
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] %s = %s (type %d(%s))\n\r", keyValue.ascii(), dataValue.toString().ascii(), dataValue.type(), dataValue.typeName()); fflush(stdout);
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
// No NM settings are known which use this style
}
else {
TQT_DBusVariant dataValueVariant = dataValue.toVariant();
TQT_DBusData dataValue2 = dataValueVariant.value;
if (dataValue2.type() != TQT_DBusData::Variant) {
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] %s = %s (type %d(%s), signature %s)\n\r", keyValue.ascii(), dataValue2.toString().ascii(), dataValue2.type(), dataValue2.typeName(), dataValueVariant.signature.ascii()); fflush(stdout);
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
// Most NM settings use this style
if (outerKeyValue.lower() == "802-1x") {
if (keyValue.lower() == "password") {
connection->eapConfig.password = dataValue2.toString();
}
else if (keyValue.lower() == "password-raw") {
TQT_DBusDataValueList valueList = dataValue2.toTQValueList();
TQT_DBusDataValueList::const_iterator it4;
int count=0;
for (it4 = valueList.begin(); it4 != valueList.end(); ++it4) {
TQT_DBusData innerDataValue = *it4;
count++;
connection->eapConfig.binaryPassword.resize(count+1);
connection->eapConfig.binaryPassword[count] = innerDataValue.toByte();
}
}
else if (keyValue.lower() == "private-key-password") {
connection->eapConfig.privateKeyPassword = dataValue2.toString();
}
else if (keyValue.lower() == "phase2-private-key-password") {
connection->eapConfig.phase2PrivateKeyPassword = dataValue2.toString();
}
connection->eapConfig.secretsValid = true;
}
}
}
}
}
return TRUE;
}
else {
PRINT_ERROR(TQString("Unable to load secrets for connection with uuid '%1'").arg(uuid))
return FALSE;
}
}
else {
PRINT_ERROR(TQString("connection for provided uuid '%1' was not found").arg(uuid));
return FALSE;
}
}
bool TDENetworkConnectionManager_BackendNM::saveConnection(TDENetworkConnection* connection) {
// Find path for connection with specified UUID, if it exists
// This is so that any settings that we are not aware of can be loaded now and preserved through the update operation
if (!connection) {
PRINT_ERROR(TQString("connection cannot be NULL!"));
return FALSE;
}
TQT_DBusObjectPath existingConnection;
TQT_DBusError error;
bool ret;
bool existing;
TQT_DBusTQStringDataMap connectionSettingsMap(TQT_DBusData::String);
existing = false;
ret = d->m_networkManagerSettings->GetConnectionByUuid(connection->UUID, existingConnection, error);
if (ret) {
// Obtain connection settings from the path specified
DBus::ConnectionSettingsInterface connectionSettings(NM_DBUS_SERVICE, existingConnection);
connectionSettings.setConnection(TQT_DBusConnection::systemBus());
connect(&connectionSettings, SIGNAL(GetSettingsAsyncReply(int, const TQT_DBusDataMap<TQString>&)), d, SLOT(processConnectionSettingsAsyncReply(int, const TQT_DBusDataMap<TQString>&)));
int asyncCallID;
ret = connectionSettings.GetSettingsAsync(asyncCallID, error);
if (ret && error.isValid()) {
ret = 0;
PRINT_ERROR(error.name())
}
if (ret) {
// Wait for the asynchronous call to return...
d->nmConnectionSettingsAsyncCallWaiting[asyncCallID] = true;
TQTimer nmCallTimeoutTimer;
nmCallTimeoutTimer.start(NM_ASYNC_TIMEOUT_MS, TRUE);
while (d->nmConnectionSettingsAsyncCallWaiting[asyncCallID]) {
tqApp->processEvents();
if (!nmCallTimeoutTimer.isActive()) {
PRINT_ERROR(TQString("DBUS asynchronous call timed out!"))
break;
}
}
connectionSettingsMap = d->nmConnectionSettingsAsyncSettingsResponse[asyncCallID];
existing = true;
d->nmConnectionSettingsAsyncCallWaiting.remove(asyncCallID);
d->nmConnectionSettingsAsyncSettingsResponse.remove(asyncCallID);
}
}
// Create and/or update settings map from provided connection information
// We start at the outermost layer and work our way inwards, in a structure which should match the parser in loadConnectionInformation() very closely
bool groupValid;
TQT_DBusData dbusData;
TQT_DBusData innerDbusData;
TQMap<TQString, TQT_DBusData> outerMap = connectionSettingsMap.toTQMap();
{
dbusData = outerMap["connection"];
{
TQMap<TQString, TQT_DBusData> settingsMap = dbusData.toStringKeyMap().toTQMap();
{
settingsMap["id"] = convertDBUSDataToVariantData(TQT_DBusData::fromString(connection->friendlyName));
{
TQString type;
if (dynamic_cast<TDEWiredEthernetConnection*>(connection)) type = "802-3-ethernet";
else if (dynamic_cast<TDEWiFiConnection*>(connection)) type = "802-11-wireless";
if (!type.isNull()) settingsMap["type"] = convertDBUSDataToVariantData(TQT_DBusData::fromString(type));
}
settingsMap["uuid"] = convertDBUSDataToVariantData(TQT_DBusData::fromString(connection->UUID));
}
dbusData = TQT_DBusData::fromStringKeyMap(TQT_DBusDataMap<TQString>(settingsMap));
groupValid = (settingsMap.count() > 0);
}
if (groupValid) outerMap.insert("connection", dbusData, TRUE); else outerMap.remove("connection");
dbusData = outerMap["802-1x"];
{
TQMap<TQString, TQT_DBusData> settingsMap = dbusData.toStringKeyMap().toTQMap();
{
if (connection->eapConfig.valid) {
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
{
// WARNING: The exact order of the data in the list is critical, therefore extreme caution should be exercised when modifying the code below!
// EAP type
valueList.append(TQT_DBusData::fromString(tdeEAPTypeToNMEAPType(connection->eapConfig.type)));
}
settingsMap["eap"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
}
else {
settingsMap.remove("eap");
}
if (connection->eapConfig.valid) {
UPDATE_STRING_SETTING_IF_VALID(connection->eapConfig.userName, "identity", settingsMap)
UPDATE_STRING_SETTING_IF_VALID(connection->eapConfig.anonymousUserName, "anonymous-identity", settingsMap)
UPDATE_STRING_SETTING_IF_VALID(connection->eapConfig.pacFileName, "pac-file", settingsMap)
}
else {
settingsMap.remove("identity");
settingsMap.remove("anonymous-identity");
settingsMap.remove("pac-file");
}
if (connection->eapConfig.valid) {
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
{
unsigned int count;
for (count=0; count<connection->eapConfig.caCertificate.count(); count++) {
valueList.append(TQT_DBusData::fromByte(connection->eapConfig.caCertificate[count]));
}
}
if (valueList.count() > 0) settingsMap["ca-cert"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
else settingsMap.remove("ca-cert");
}
else {
settingsMap.remove("ca-cert");
}
if (connection->eapConfig.valid) {
UPDATE_STRING_SETTING_IF_VALID(connection->eapConfig.additionalCAFilesPath, "ca-path", settingsMap)
UPDATE_STRING_SETTING_IF_VALID(connection->eapConfig.authServerCertSubjectMatch, "subject-match", settingsMap)
}
else {
settingsMap.remove("ca-path");
settingsMap.remove("subject-match");
}
if (connection->eapConfig.valid) {
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
{
for (TQStringList::Iterator it = connection->eapConfig.alternateAuthServerCertSubjectMatch.begin(); it != connection->eapConfig.alternateAuthServerCertSubjectMatch.end(); ++it) {
valueList.append(TQT_DBusData::fromString(*it));
}
}
if (valueList.count() > 0) settingsMap["altsubject-matches"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
else settingsMap.remove("altsubject-matches");
}
else {
settingsMap.remove("altsubject-matches");
}
if (connection->eapConfig.valid) {
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
{
unsigned int count;
for (count=0; count<connection->eapConfig.clientCertificate.count(); count++) {
valueList.append(TQT_DBusData::fromByte(connection->eapConfig.clientCertificate[count]));
}
}
if (valueList.count() > 0) settingsMap["client-cert"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
else settingsMap.remove("client-cert");
}
else {
settingsMap.remove("client-cert");
}
if (connection->eapConfig.valid) {
UPDATE_STRING_SETTING_IF_VALID(connection->eapConfig.forcePEAPVersion, "phase1-peapver", settingsMap)
UPDATE_STRING_SETTING_IF_VALID(connection->eapConfig.forcePEAPLabel, "phase1-peaplabel", settingsMap)
UPDATE_STRING_SETTING_IF_VALID(tdeEAPFastFlagsToNMEAPFastFlags(connection->eapConfig.fastProvisioningFlags), "phase1-fast-provisioning", settingsMap)
UPDATE_STRING_SETTING_IF_VALID(connection->eapConfig.phase2NonEAPAuthMethod, "phase2-auth", settingsMap)
UPDATE_STRING_SETTING_IF_VALID(connection->eapConfig.phase2EAPAuthMethod, "phase2-autheap", settingsMap)
}
else {
settingsMap.remove("phase1-peapver");
settingsMap.remove("phase1-peaplabel");
settingsMap.remove("phase1-fast-provisioning");
settingsMap.remove("phase2-auth");
settingsMap.remove("phase2-autheap");
}
if (connection->eapConfig.valid) {
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
{
unsigned int count;
for (count=0; count<connection->eapConfig.phase2CaCertificate.count(); count++) {
valueList.append(TQT_DBusData::fromByte(connection->eapConfig.phase2CaCertificate[count]));
}
}
if (valueList.count() > 0) settingsMap["phase2-ca-cert"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
else settingsMap.remove("phase2-ca-cert");
}
else {
settingsMap.remove("phase2-ca-cert");
}
if (connection->eapConfig.valid) {
UPDATE_STRING_SETTING_IF_VALID(connection->eapConfig.phase2CaFilesPath, "phase2-ca-path", settingsMap)
UPDATE_STRING_SETTING_IF_VALID(connection->eapConfig.phase2AuthServerCertSubjectMatch, "phase2-subject-match", settingsMap)
}
else {
settingsMap.remove("phase2-ca-path");
settingsMap.remove("phase2-subject-match");
}
if (connection->eapConfig.valid) {
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
{
for (TQStringList::Iterator it = connection->eapConfig.phase2AlternateAuthServerCertSubjectMatch.begin(); it != connection->eapConfig.phase2AlternateAuthServerCertSubjectMatch.end(); ++it) {
valueList.append(TQT_DBusData::fromString(*it));
}
}
if (valueList.count() > 0) settingsMap["phase2-altsubject-matches"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
else settingsMap.remove("phase2-altsubject-matches");
}
else {
settingsMap.remove("phase2-altsubject-matches");
}
if (connection->eapConfig.valid) {
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
{
unsigned int count;
for (count=0; count<connection->eapConfig.phase2ClientCertificate.count(); count++) {
valueList.append(TQT_DBusData::fromByte(connection->eapConfig.phase2ClientCertificate[count]));
}
}
if (valueList.count() > 0) settingsMap["phase2-client-cert"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
else settingsMap.remove("phase2-client-cert");
}
else {
settingsMap.remove("phase2-client-cert");
}
if (connection->eapConfig.valid) {
settingsMap["password-flags"] = convertDBUSDataToVariantData(TQT_DBusData::fromUInt32(tdePasswordFlagsToNMPasswordFlags(connection->eapConfig.passwordFlags)));
settingsMap["password-raw-flags"] = convertDBUSDataToVariantData(TQT_DBusData::fromUInt32(tdePasswordFlagsToNMPasswordFlags(connection->eapConfig.binaryPasswordFlags)));
}
else {
settingsMap.remove("password-flags");
settingsMap.remove("password-raw-flags");
}
if (connection->eapConfig.valid) {
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
{
unsigned int count;
for (count=0; count<connection->eapConfig.privateKey.count(); count++) {
valueList.append(TQT_DBusData::fromByte(connection->eapConfig.privateKey[count]));
}
}
if (valueList.count() > 0) settingsMap["private-key"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
else settingsMap.remove("private-key");
}
else {
settingsMap.remove("private-key");
}
if (connection->eapConfig.valid) {
settingsMap["private-key-password-flags"] = convertDBUSDataToVariantData(TQT_DBusData::fromUInt32(tdePasswordFlagsToNMPasswordFlags(connection->eapConfig.privateKeyPasswordFlags)));
}
else {
settingsMap.remove("private-key-password-flags");
}
if (connection->eapConfig.valid) {
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
{
unsigned int count;
for (count=0; count<connection->eapConfig.phase2PrivateKey.count(); count++) {
valueList.append(TQT_DBusData::fromByte(connection->eapConfig.phase2PrivateKey[count]));
}
}
if (valueList.count() > 0) settingsMap["phase2-private-key"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
else settingsMap.remove("phase2-private-key");
}
else {
settingsMap.remove("phase2-private-key");
}
if (connection->eapConfig.valid) {
settingsMap["phase2-private-key-password-flags"] = convertDBUSDataToVariantData(TQT_DBusData::fromUInt32(tdePasswordFlagsToNMPasswordFlags(connection->eapConfig.phase2PrivateKeyPasswordFlags)));
}
else {
settingsMap.remove("phase2-private-key-password-flags");
}
if (connection->eapConfig.valid) {
settingsMap["system-ca-certs"] = convertDBUSDataToVariantData(TQT_DBusData::fromBool(connection->eapConfig.forceSystemCaCertificates));
}
else {
settingsMap.remove("system-ca-certs");
}
if (connection->eapConfig.secretsValid) {
settingsMap["password"] = convertDBUSDataToVariantData(TQT_DBusData::fromString(connection->eapConfig.password));
}
else {
settingsMap.remove("password");
}
if (connection->eapConfig.valid) {
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
{
unsigned int count;
for (count=0; count<connection->eapConfig.binaryPassword.count(); count++) {
valueList.append(TQT_DBusData::fromByte(connection->eapConfig.binaryPassword[count]));
}
}
if (valueList.count() > 0) settingsMap["password-raw"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
else settingsMap.remove("password-raw");
}
else {
settingsMap.remove("password-raw");
}
if (connection->eapConfig.secretsValid) {
settingsMap["private-key-password"] = convertDBUSDataToVariantData(TQT_DBusData::fromString(connection->eapConfig.privateKeyPassword));
settingsMap["phase2-private-key-password"] = convertDBUSDataToVariantData(TQT_DBusData::fromString(connection->eapConfig.phase2PrivateKeyPassword));
}
else {
settingsMap.remove("private-key-password");
settingsMap.remove("phase2-private-key-password");
}
}
dbusData = TQT_DBusData::fromStringKeyMap(TQT_DBusDataMap<TQString>(settingsMap));
groupValid = (settingsMap.count() > 0);
}
if (groupValid) outerMap.insert("802-1x", dbusData, TRUE); else outerMap.remove("802-1x");
dbusData = outerMap["802-3-ethernet"];
{
TQMap<TQString, TQT_DBusData> settingsMap = dbusData.toStringKeyMap().toTQMap();
{
settingsMap["duplex"] = convertDBUSDataToVariantData(TQT_DBusData::fromString((connection->fullDuplex)?"full":"half"));
if (connection->lockedHWAddress.isValid()) {
TDENetworkByteList address = connection->lockedHWAddress.address();
TQT_DBusDataValueList valueList;
TDENetworkByteList::iterator it;
for (it = address.begin(); it != address.end(); ++it) {
TQT_DBusData innerDataValue = TQT_DBusData::fromByte(*it);
valueList.append(innerDataValue);
}
TQT_DBusData nmHWAddress = TQT_DBusData::fromTQValueList(valueList);
settingsMap["mac-address"] = convertDBUSDataToVariantData(nmHWAddress);
}
else {
settingsMap.remove("mac-address");
}
if (connection->manualHWAddress.isValid()) {
TDENetworkByteList address = connection->manualHWAddress.address();
TQT_DBusDataValueList valueList;
TDENetworkByteList::iterator it;
for (it = address.begin(); it != address.end(); ++it) {
TQT_DBusData innerDataValue = TQT_DBusData::fromByte(*it);
valueList.append(innerDataValue);
}
TQT_DBusData nmHWAddress = TQT_DBusData::fromTQValueList(valueList);
settingsMap["cloned-mac-address"] = convertDBUSDataToVariantData(nmHWAddress);
}
else {
settingsMap.remove("mac-address");
}
if (connection->mtu > 0) {
settingsMap["mtu"] = convertDBUSDataToVariantData(TQT_DBusData::fromUInt32(connection->mtu));
}
else {
settingsMap.remove("mtu");
}
}
dbusData = TQT_DBusData::fromStringKeyMap(TQT_DBusDataMap<TQString>(settingsMap));
groupValid = (settingsMap.count() > 0);
}
if (groupValid) outerMap.insert("802-3-ethernet", dbusData, TRUE); else outerMap.remove("802-3-ethernet");
dbusData = outerMap["ipv4"];
{
TQMap<TQString, TQT_DBusData> settingsMap = dbusData.toStringKeyMap().toTQMap();
{
{
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
for (it = connection->ipConfig.ipConfigurations.begin(); it != connection->ipConfig.ipConfigurations.end(); ++it) {
if ((*it).isIPv4()) {
TQT_DBusDataValueList innerValueList;
// WARNING: The exact order of the data in the list is critical, therefore extreme caution should be exercised when modifying the code below!
// Address
innerValueList.append(TQT_DBusData::fromUInt32(reverseIPV4ByteOrder((*it).ipAddress.toIPv4Address())));
// Netmask
innerValueList.append(TQT_DBusData::fromUInt32((*it).networkMask.toCIDRMask()));
// Gateway
innerValueList.append(TQT_DBusData::fromUInt32(reverseIPV4ByteOrder((*it).gateway.toIPv4Address())));
valueList.append(TQT_DBusData::fromTQValueList(innerValueList));
}
}
if (valueList.count() <= 0) {
// Create an empty list with the correct DBUS type structure
TQT_DBusData valueList;
valueList = TQT_DBusData::fromList(TQT_DBusDataList(TQT_DBusData::UInt32));
settingsMap["addresses"] = convertDBUSDataToVariantData(TQT_DBusData::fromList(TQT_DBusDataList(valueList)));
}
else {
settingsMap["addresses"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
}
}
{
if (!connection->ipConfig.dhcpClientIdentifier.isNull()) {
settingsMap["dhcp-client-id"] = convertDBUSDataToVariantData(TQT_DBusData::fromString(connection->ipConfig.dhcpClientIdentifier));
}
}
{
TQT_DBusDataValueList valueList;
TDENetworkAddressList::iterator it;
for (it = connection->ipConfig.resolvers.begin(); it != connection->ipConfig.resolvers.end(); ++it) {
if ((*it).isIPv4Address()) {
valueList.append(TQT_DBusData::fromUInt32(reverseIPV4ByteOrder((*it).toIPv4Address())));
}
}
if (valueList.count() <= 0) {
// Create an empty list with the correct DBUS type structure
settingsMap["dns"] = convertDBUSDataToVariantData(TQT_DBusData::fromList(TQT_DBusDataList(TQT_DBusData::UInt32)));
}
else {
settingsMap["dns"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
}
}
{
TQT_DBusDataValueList valueList;
TDENetworkSearchDomainList::iterator it;
for (it = connection->ipConfig.searchDomains.begin(); it != connection->ipConfig.searchDomains.end(); ++it) {
if ((*it).isIPv4()) {
valueList.append(TQT_DBusData::fromString((*it).searchDomain()));
}
}
if (valueList.count() > 0) settingsMap["dns-search"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
}
{
settingsMap["ignore-auto-dns"] = convertDBUSDataToVariantData(TQT_DBusData::fromBool(!(connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV4DHCPDNS)));
}
{
settingsMap["may-fail"] = convertDBUSDataToVariantData(TQT_DBusData::fromBool(!connection->requireIPV4));
}
{
TQString method;
if (connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV4DHCPIP) {
method = "auto";
}
else if (connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV4LocalOnly) {
method = "link-local";
}
else if (connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV4StartConnectionSharingServer) {
method = "shared";
}
else if (connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV4Disabled) {
method = "disabled";
}
else {
method = "manual";
}
if (!method.isNull())
settingsMap["method"] = convertDBUSDataToVariantData(TQT_DBusData::fromString(method));
}
{
settingsMap["ignore-auto-routes"] = convertDBUSDataToVariantData(TQT_DBusData::fromBool(!(connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV4DHCPRoutes)));
}
{
settingsMap["never-default"] = convertDBUSDataToVariantData(TQT_DBusData::fromBool(!(connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV4MayUseAsDefaultRoute)));
}
{
TQT_DBusDataValueList valueList;
TDENetworkSingleRouteConfigurationList::iterator it;
for (it = connection->ipConfig.routeConfigurations.begin(); it != connection->ipConfig.routeConfigurations.end(); ++it) {
if ((*it).isIPv4()) {
TQT_DBusDataValueList innerValueList;
// WARNING: The exact order of the data in the list is critical, therefore extreme caution should be exercised when modifying the code below!
// Address
innerValueList.append(TQT_DBusData::fromUInt32(reverseIPV4ByteOrder((*it).ipAddress.toIPv4Address())));
// Netmask
innerValueList.append(TQT_DBusData::fromUInt32((*it).networkMask.toCIDRMask()));
// Gateway
innerValueList.append(TQT_DBusData::fromUInt32(reverseIPV4ByteOrder((*it).gateway.toIPv4Address())));
// Metric
innerValueList.append(TQT_DBusData::fromUInt32((*it).metric));
valueList.append(TQT_DBusData::fromTQValueList(innerValueList));
}
}
if (valueList.count() <= 0) {
// Create an empty list with the correct DBUS type structure
TQT_DBusData valueList;
valueList = TQT_DBusData::fromList(TQT_DBusDataList(TQT_DBusData::UInt32));
settingsMap["routes"] = convertDBUSDataToVariantData(TQT_DBusData::fromList(TQT_DBusDataList(valueList)));
}
else {
settingsMap["routes"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
}
}
}
dbusData = TQT_DBusData::fromStringKeyMap(TQT_DBusDataMap<TQString>(settingsMap));
groupValid = (settingsMap.count() > 0);
}
if (groupValid) outerMap.insert("ipv4", dbusData, TRUE); else outerMap.remove("ipv4");
dbusData = outerMap["ipv6"];
{
TQMap<TQString, TQT_DBusData> settingsMap = dbusData.toStringKeyMap().toTQMap();
{
{
TQT_DBusDataValueList valueList;
TDENetworkSingleIPConfigurationList::iterator it;
for (it = connection->ipConfig.ipConfigurations.begin(); it != connection->ipConfig.ipConfigurations.end(); ++it) {
if ((*it).isIPv6()) {
int i;
Q_IPV6ADDR v6address;
TQT_DBusDataValueList innerValueList;
TQT_DBusDataValueList innerMostValueList;
// WARNING: The exact order of the data in the list is critical, therefore extreme caution should be exercised when modifying the code below!
// Address
innerMostValueList.clear();
v6address = (*it).ipAddress.toIPv6Address();
for (i=0; i<16; i++) {
innerMostValueList.append(TQT_DBusData::fromByte(v6address.c[i]));
}
innerValueList.append(TQT_DBusData::fromTQValueList(innerMostValueList));
// Netmask
innerValueList.append(TQT_DBusData::fromUInt32((*it).networkMask.toCIDRMask()));
// Gateway
innerMostValueList.clear();
v6address = (*it).gateway.toIPv6Address();
for (i=0; i<16; i++) {
innerMostValueList.append(TQT_DBusData::fromByte(v6address.c[i]));
}
innerValueList.append(TQT_DBusData::fromTQValueList(innerMostValueList));
valueList.append(TQT_DBusData::fromStruct(innerValueList));
}
}
if (valueList.count() <= 0) {
// Create an empty list with the correct DBUS type structure
TQT_DBusDataValueList innerValueList;
TQT_DBusDataValueList innerMostValueList;
// WARNING: The exact order of the data in the list is critical, therefore extreme caution should be exercised when modifying the code below!
// Address
innerMostValueList.clear();
innerMostValueList.append(TQT_DBusData::fromByte(0));
innerValueList.append(TQT_DBusData::fromTQValueList(innerMostValueList));
// Netmask
innerValueList.append(TQT_DBusData::fromUInt32(0));
// Gateway
innerMostValueList.clear();
innerMostValueList.append(TQT_DBusData::fromByte(0));
innerValueList.append(TQT_DBusData::fromTQValueList(innerMostValueList));
settingsMap["addresses"] = convertDBUSDataToVariantData(TQT_DBusData::fromList(TQT_DBusDataList(TQT_DBusData::fromStruct(innerValueList))));
}
else {
settingsMap["addresses"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
}
}
{
TQT_DBusDataValueList valueList;
TDENetworkAddressList::iterator it;
for (it = connection->ipConfig.resolvers.begin(); it != connection->ipConfig.resolvers.end(); ++it) {
if ((*it).isIPv6Address()) {
int i;
Q_IPV6ADDR v6address;
TQT_DBusDataValueList innerValueList;
v6address = (*it).toIPv6Address();
for (i=0; i<16; i++) {
innerValueList.append(TQT_DBusData::fromByte(v6address.c[i]));
}
valueList.append(TQT_DBusData::fromTQValueList(innerValueList));
}
}
if (valueList.count() <= 0) {
// Create an empty list with the correct DBUS type structure
TQT_DBusData valueList;
valueList = TQT_DBusData::fromList(TQT_DBusDataList(TQT_DBusData::Byte));
settingsMap["dns"] = convertDBUSDataToVariantData(TQT_DBusData::fromList(TQT_DBusDataList(valueList)));
}
else {
settingsMap["dns"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
}
}
{
TQT_DBusDataValueList valueList;
TDENetworkSearchDomainList::iterator it;
for (it = connection->ipConfig.searchDomains.begin(); it != connection->ipConfig.searchDomains.end(); ++it) {
if ((*it).isIPv6()) {
valueList.append(TQT_DBusData::fromString((*it).searchDomain()));
}
}
if (valueList.count() > 0) settingsMap["dns-search"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
}
{
settingsMap["ignore-auto-dns"] = convertDBUSDataToVariantData(TQT_DBusData::fromBool(!(connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV4DHCPDNS)));
}
{
settingsMap["may-fail"] = convertDBUSDataToVariantData(TQT_DBusData::fromBool(!connection->requireIPV6));
}
{
TQString method;
if (connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV6DHCPIP) {
method = "auto";
}
else if (connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV6LocalOnly) {
method = "link-local";
}
else if (connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV6StartConnectionSharingServer) {
method = "shared";
}
else if (connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV6Disabled) {
method = "ignore";
}
else {
method = "manual";
}
if (!method.isNull())
settingsMap["method"] = convertDBUSDataToVariantData(TQT_DBusData::fromString(method));
}
{
settingsMap["ignore-auto-routes"] = convertDBUSDataToVariantData(TQT_DBusData::fromBool(!(connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV6DHCPRoutes)));
}
{
settingsMap["never-default"] = convertDBUSDataToVariantData(TQT_DBusData::fromBool(!(connection->ipConfig.connectionFlags & TDENetworkIPConfigurationFlags::IPV6MayUseAsDefaultRoute)));
}
{
TQT_DBusDataValueList valueList;
TDENetworkSingleRouteConfigurationList::iterator it;
for (it = connection->ipConfig.routeConfigurations.begin(); it != connection->ipConfig.routeConfigurations.end(); ++it) {
if ((*it).isIPv6()) {
int i;
Q_IPV6ADDR v6address;
TQT_DBusDataValueList innerValueList;
TQT_DBusDataValueList innerMostValueList;
// WARNING: The exact order of the data in the list is critical, therefore extreme caution should be exercised when modifying the code below!
// Address
innerMostValueList.clear();
v6address = (*it).ipAddress.toIPv6Address();
for (i=0; i<16; i++) {
innerMostValueList.append(TQT_DBusData::fromByte(v6address.c[i]));
}
innerValueList.append(TQT_DBusData::fromTQValueList(innerMostValueList));
// Netmask
innerValueList.append(TQT_DBusData::fromUInt32((*it).networkMask.toCIDRMask()));
// Gateway
innerMostValueList.clear();
v6address = (*it).gateway.toIPv6Address();
for (i=0; i<16; i++) {
innerMostValueList.append(TQT_DBusData::fromByte(v6address.c[i]));
}
innerValueList.append(TQT_DBusData::fromTQValueList(innerMostValueList));
// Metric
innerValueList.append(TQT_DBusData::fromUInt32((*it).metric));
valueList.append(TQT_DBusData::fromStruct(innerValueList));
}
}
if (valueList.count() <= 0) {
// Create an empty list with the correct DBUS type structure
TQT_DBusDataValueList innerValueList;
TQT_DBusDataValueList innerMostValueList;
// WARNING: The exact order of the data in the list is critical, therefore extreme caution should be exercised when modifying the code below!
// Address
innerMostValueList.clear();
innerMostValueList.append(TQT_DBusData::fromByte(0));
innerValueList.append(TQT_DBusData::fromTQValueList(innerMostValueList));
// Netmask
innerValueList.append(TQT_DBusData::fromUInt32(0));
// Gateway
innerMostValueList.clear();
innerMostValueList.append(TQT_DBusData::fromByte(0));
innerValueList.append(TQT_DBusData::fromTQValueList(innerMostValueList));
// Metric
innerValueList.append(TQT_DBusData::fromUInt32(0));
settingsMap["routes"] = convertDBUSDataToVariantData(TQT_DBusData::fromList(TQT_DBusDataList(TQT_DBusData::fromStruct(innerValueList))));
}
else {
settingsMap["routes"] = convertDBUSDataToVariantData(TQT_DBusData::fromTQValueList(valueList));
}
}
}
dbusData = TQT_DBusData::fromStringKeyMap(TQT_DBusDataMap<TQString>(settingsMap));
groupValid = (settingsMap.count() > 0);
}
if (groupValid) outerMap.insert("ipv6", dbusData, TRUE); else outerMap.remove("ipv6");
}
connectionSettingsMap = TQT_DBusDataMap<TQString>(outerMap);
// If existing==true, a connection already existed and simply needs to be updated
// If existing==false, a new connection must be created
// To update: Use 'DBus::ConnectionSettingsInterface' with the connection path 'existingConnection' and call 'virtual bool UpdateAsync(int& asyncCallId, const TQT_DBusDataMap<TQString>& properties, TQT_DBusError& error);'
// To create new: Use 'd->m_networkManagerSettings' and call 'virtual bool AddConnectionAsync(int& asyncCallId, const TQT_DBusDataMap<TQString>& connection, TQT_DBusError& error);'
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] uploaded DBUS object structure map follows:\n\r"); fflush(stdout);
printDBUSObjectStructure(TQT_DBusData::fromStringKeyMap(connectionSettingsMap));
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
if (existing) {
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] Updating existing connection\n\r"); fflush(stdout);
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
// Save connection settings to the path specified
DBus::ConnectionSettingsInterface connectionSettings(NM_DBUS_SERVICE, existingConnection);
connectionSettings.setConnection(TQT_DBusConnection::systemBus());
connect(&connectionSettings, SIGNAL(UpdateAsyncReply(int)), d, SLOT(processConnectionSettingsUpdateAsyncReply(int)));
int asyncCallID;
ret = connectionSettings.UpdateAsync(asyncCallID, connectionSettingsMap, error);
if (ret && error.isValid()) {
ret = 0;
PRINT_ERROR(error.name())
}
if (ret) {
// Wait for the asynchronous call to return...
d->nmConnectionSettingsAsyncCallWaiting[asyncCallID] = true;
TQTimer nmCallTimeoutTimer;
nmCallTimeoutTimer.start(NM_ASYNC_TIMEOUT_MS, TRUE);
while (d->nmConnectionSettingsAsyncCallWaiting[asyncCallID]) {
tqApp->processEvents();
if (!nmCallTimeoutTimer.isActive()) {
PRINT_ERROR(TQString("DBUS asynchronous call timed out!"))
break;
}
}
d->nmConnectionSettingsAsyncCallWaiting.remove(asyncCallID);
return TRUE;
}
else {
// Error!
PRINT_ERROR(error.name())
return FALSE;
}
}
else {
#ifdef DEBUG_NETWORK_MANAGER_COMMUNICATIONS
printf("[network-manager comm debug] Creating new connection\n\r"); fflush(stdout);
#endif // DEBUG_NETWORK_MANAGER_COMMUNICATIONS
// Create new connection
connect(d->m_networkManagerSettings, SIGNAL(AddConnectionAsyncReply(int, const TQT_DBusObjectPath&)), d, SLOT(processAddConnectionAsyncReply(int, const TQT_DBusObjectPath&)));
int asyncCallID;
ret = d->m_networkManagerSettings->AddConnectionAsync(asyncCallID, connectionSettingsMap, error);
if (ret && error.isValid()) {
ret = 0;
PRINT_ERROR(error.name())
}
if (ret) {
// Wait for the asynchronous call to return...
d->nmConnectionSettingsAsyncCallWaiting[asyncCallID] = true;
TQTimer nmCallTimeoutTimer;
nmCallTimeoutTimer.start(NM_ASYNC_TIMEOUT_MS, TRUE);
while (d->nmConnectionSettingsAsyncCallWaiting[asyncCallID]) {
if (!nmCallTimeoutTimer.isActive()) {
PRINT_ERROR(TQString("DBUS asynchronous call timed out!"))
break;
}
tqApp->processEvents();
}
d->nmConnectionSettingsAsyncCallWaiting.remove(asyncCallID);
d->nmAddConnectionAsyncResponse.remove(asyncCallID);
return TRUE;
}
else {
// Error!
PRINT_ERROR(error.name())
return FALSE;
}
}
}
bool TDENetworkConnectionManager_BackendNM::deleteConnection(TQString uuid) {
TQT_DBusObjectPath existingConnection;
TQT_DBusError error;
bool ret;
if (d->m_networkManagerSettings) {
ret = d->m_networkManagerSettings->GetConnectionByUuid(uuid, existingConnection, error);
if (ret) {
// Obtain connection secrets from the path specified
DBus::ConnectionSettingsInterface connectionSettings(NM_DBUS_SERVICE, existingConnection);
connectionSettings.setConnection(TQT_DBusConnection::systemBus());
connect(&connectionSettings, SIGNAL(DeleteAsyncReply(int)), d, SLOT(processConnectionSettingsUpdateAsyncReply(int)));
int asyncCallID;
ret = connectionSettings.DeleteAsync(asyncCallID, error);
if (ret && error.isValid()) {
ret = 0;
PRINT_ERROR(error.name())
}
if (ret) {
// Wait for the asynchronous call to return...
d->nmConnectionSettingsAsyncCallWaiting[asyncCallID] = true;
TQTimer nmCallTimeoutTimer;
nmCallTimeoutTimer.start(NM_ASYNC_TIMEOUT_MS, TRUE);
while (d->nmConnectionSettingsAsyncCallWaiting[asyncCallID]) {
tqApp->processEvents();
if (!nmCallTimeoutTimer.isActive()) {
PRINT_ERROR(TQString("DBUS asynchronous call timed out!"))
break;
}
}
d->nmConnectionSettingsAsyncCallWaiting.remove(asyncCallID);
return TRUE;
}
else {
PRINT_ERROR(TQString("Unable to remove connection with uuid '%1'").arg(uuid))
return FALSE;
}
}
else {
PRINT_ERROR(TQString("connection for provided uuid '%1' was not found").arg(uuid));
return FALSE;
}
}
else {
PRINT_ERROR(TQString("invalid internal network-manager settings proxy object").arg(uuid));
return FALSE;
}
}
TDENetworkConnectionStatus::TDENetworkConnectionStatus TDENetworkConnectionManager_BackendNM::initiateConnection(TQString uuid) {
TQT_DBusObjectPath existingConnection;
TQT_DBusError error;
bool ret;
if ((d->m_networkManagerSettings) && (d->m_networkManagerProxy)) {
ret = d->m_networkManagerSettings->GetConnectionByUuid(uuid, existingConnection, error);
if (ret) {
TQString dbusDeviceString;
if (m_macAddress == "") {
dbusDeviceString = "/";
}
else {
dbusDeviceString = deviceInterfaceString(m_macAddress);
}
connect(d->m_networkManagerProxy, SIGNAL(ActivateConnectionAsyncReply(int, const TQT_DBusObjectPath&)), d, SLOT(processAddConnectionAsyncReply(int, const TQT_DBusObjectPath&)));
int asyncCallID;
ret = d->m_networkManagerProxy->ActivateConnectionAsync(asyncCallID, existingConnection, TQT_DBusObjectPath(dbusDeviceString.ascii()), TQT_DBusObjectPath("/"), error);
if (ret && error.isValid()) {
ret = 0;
PRINT_ERROR(error.name())
}
if (ret) {
// Wait for the asynchronous call to return...
d->nmConnectionSettingsAsyncCallWaiting[asyncCallID] = true;
TQTimer nmCallTimeoutTimer;
nmCallTimeoutTimer.start(NM_ASYNC_TIMEOUT_MS, TRUE);
while (d->nmConnectionSettingsAsyncCallWaiting[asyncCallID]) {
if (!nmCallTimeoutTimer.isActive()) {
PRINT_ERROR(TQString("DBUS asynchronous call timed out!"))
break;
}
tqApp->processEvents();
}
d->nmConnectionSettingsAsyncCallWaiting.remove(asyncCallID);
d->nmAddConnectionAsyncResponse.remove(asyncCallID);
return checkConnectionStatus(uuid);
}
else {
// Error!
PRINT_ERROR(error.name())
return checkConnectionStatus(uuid);
}
}
else {
PRINT_ERROR(TQString("connection for provided uuid '%1' was not found").arg(uuid));
return TDENetworkConnectionStatus::Invalid;
}
}
else {
PRINT_ERROR(TQString("invalid internal network-manager settings proxy object").arg(uuid));
return TDENetworkConnectionStatus::Invalid;
}
}
TDENetworkConnectionStatus::TDENetworkConnectionStatus TDENetworkConnectionManager_BackendNM::checkConnectionStatus(TQString uuid) {
TQT_DBusObjectPath existingConnection;
TQT_DBusError error;
if (d->m_networkManagerProxy) {
TQT_DBusObjectPathList activeConnections = d->m_networkManagerProxy->getActiveConnections(error);
TQT_DBusObjectPathList::iterator it;
for (it = activeConnections.begin(); it != activeConnections.end(); ++it) {
DBus::ActiveConnectionProxy activeConnection(NM_DBUS_SERVICE, (*it));
activeConnection.setConnection(TQT_DBusConnection::systemBus());
if (activeConnection.getUuid(error) == uuid) {
return nmDeviceStateToTDEDeviceState(activeConnection.getState(error));
}
}
PRINT_ERROR(TQString("active connection for provided uuid '%1' was not found").arg(uuid));
return TDENetworkConnectionStatus::Invalid;
}
else {
PRINT_ERROR(TQString("invalid internal network-manager settings proxy object").arg(uuid));
return TDENetworkConnectionStatus::Invalid;
}
}
TDENetworkConnectionStatus::TDENetworkConnectionStatus TDENetworkConnectionManager_BackendNM::deactivateConnection(TQString uuid) {
TQT_DBusObjectPath existingConnection;
TQT_DBusError error;
bool ret;
if ((d->m_networkManagerSettings) && (d->m_networkManagerProxy)) {
ret = d->m_networkManagerSettings->GetConnectionByUuid(uuid, existingConnection, error);
if (ret) {
TQString dbusDeviceString;
if (m_macAddress == "") {
dbusDeviceString = "/";
}
else {
dbusDeviceString = deviceInterfaceString(m_macAddress);
}
connect(d->m_networkManagerProxy, SIGNAL(DeactivateConnectionAsyncReply(int)), d, SLOT(processConnectionSettingsUpdateAsyncReply(int)));
int asyncCallID;
ret = d->m_networkManagerProxy->DeactivateConnectionAsync(asyncCallID, existingConnection, error);
if (ret && error.isValid()) {
ret = 0;
PRINT_ERROR(error.name())
}
if (ret) {
// Wait for the asynchronous call to return...
d->nmConnectionSettingsAsyncCallWaiting[asyncCallID] = true;
TQTimer nmCallTimeoutTimer;
nmCallTimeoutTimer.start(NM_ASYNC_TIMEOUT_MS, TRUE);
while (d->nmConnectionSettingsAsyncCallWaiting[asyncCallID]) {
if (!nmCallTimeoutTimer.isActive()) {
PRINT_ERROR(TQString("DBUS asynchronous call timed out!"))
break;
}
tqApp->processEvents();
}
d->nmConnectionSettingsAsyncCallWaiting.remove(asyncCallID);
return checkConnectionStatus(uuid);
}
else {
// Error!
PRINT_ERROR(error.name())
return checkConnectionStatus(uuid);
}
}
else {
PRINT_ERROR(TQString("connection for provided uuid '%1' was not found").arg(uuid));
return TDENetworkConnectionStatus::Invalid;
}
}
else {
PRINT_ERROR(TQString("invalid internal network-manager settings proxy object").arg(uuid));
return TDENetworkConnectionStatus::Invalid;
}
}
TDENetworkWiFiAPInfo* TDENetworkConnectionManager_BackendNM::getAccessPointDetails(TQString dbusPath) {
TDENetworkWiFiAPInfo* apInfo = new TDENetworkWiFiAPInfo;
TQT_DBusError error;
unsigned int index;
DBus::AccessPointProxy accessPoint(NM_DBUS_SERVICE, dbusPath);
accessPoint.setConnection(TQT_DBusConnection::systemBus());
TQValueList<TQ_UINT8> nmSSID = accessPoint.getSsid(error);
if (error.isValid()) {
delete apInfo;
return NULL;
}
TQValueList<TQ_UINT8>::iterator it;
index = 0;
for (it = nmSSID.begin(); it != nmSSID.end(); ++it) {
apInfo->SSID.resize(index+1);
apInfo->SSID[index] = (*it);
index++;
}
apInfo->wpaFlags = nmAPSecFlagsToTDEAPSecFlags(accessPoint.getFlags(error), accessPoint.getWpaFlags(error));
apInfo->rsnFlags = nmAPSecFlagsToTDEAPSecFlags(accessPoint.getFlags(error), accessPoint.getRsnFlags(error));
apInfo->frequency = accessPoint.getFrequency(error);
apInfo->BSSID = accessPoint.getHwAddress(error);
apInfo->maxBitrate = accessPoint.getMaxBitrate(error);
apInfo->signalQuality = (accessPoint.getStrength(error)/100.0);
apInfo->valid = true;
return apInfo;
}
TDENetworkHWNeighborList* TDENetworkConnectionManager_BackendNM::siteSurvey() {
// FIXME
// Implement this!
// WiFiDeviceProxy(const TQString& service, const TQString& path, TQObject* parent = 0, const char* name = 0);
// virtual bool GetAccessPoints(TQValueList<TQT_DBusObjectPath>& access_points, TQT_DBusError& error);
// deviceInterfaceString
TQT_DBusError error;
bool ret;
TDENetworkConnectionType::TDENetworkConnectionType deviceType = connectionType();
TQString dbusDeviceString = deviceInterfaceString(m_macAddress);
clearTDENetworkHWNeighborList();
if (deviceType == TDENetworkConnectionType::WiFi) {
DBus::WiFiDeviceProxy wiFiDevice(NM_DBUS_SERVICE, dbusDeviceString);
wiFiDevice.setConnection(TQT_DBusConnection::systemBus());
// FIXME
// Should call wiFiDevice.RequestScanAsync first to rescan all access points
TQT_DBusObjectPathList accessPoints;
ret = wiFiDevice.GetAccessPoints(accessPoints, error);
if (ret) {
TQT_DBusObjectPathList::iterator it;
for (it = accessPoints.begin(); it != accessPoints.end(); ++it) {
TDENetworkWiFiAPInfo* apInfo = getAccessPointDetails(TQString(*it));
if (apInfo) {
m_hwNeighborList->append(apInfo);
}
}
}
}
return m_hwNeighborList;
}
bool TDENetworkConnectionManager_BackendNM::networkingEnabled() {
if (d->m_networkManagerProxy) {
bool ret;
TQT_DBusError error;
ret = d->m_networkManagerProxy->getNetworkingEnabled(error);
if (error.isValid()) {
// Error!
PRINT_ERROR(error.name())
return FALSE;
}
else {
return ret;
}
}
else {
return FALSE;
}
}
bool TDENetworkConnectionManager_BackendNM::wiFiHardwareEnabled() {
if (d->m_networkManagerProxy) {
bool ret;
TQT_DBusError error;
ret = d->m_networkManagerProxy->getWirelessHardwareEnabled(error);
if (error.isValid()) {
// Error!
PRINT_ERROR(error.name())
return FALSE;
}
else {
return ret;
}
}
else {
return FALSE;
}
}
bool TDENetworkConnectionManager_BackendNM::enableWiFi(bool enable) {
if (d->m_networkManagerProxy) {
TQT_DBusError error;
d->m_networkManagerProxy->setWirelessEnabled(enable, error);
if (error.isValid()) {
// Error!
PRINT_ERROR(error.name())
return FALSE;
}
else {
return TRUE;
}
}
else {
return FALSE;
}
}
bool TDENetworkConnectionManager_BackendNM::wiFiEnabled() {
if (d->m_networkManagerProxy) {
bool ret;
TQT_DBusError error;
ret = d->m_networkManagerProxy->getWirelessEnabled(error);
if (error.isValid()) {
// Error!
PRINT_ERROR(error.name())
return FALSE;
}
else {
return ret;
}
}
else {
return FALSE;
}
}
#include "network-manager.moc"
#include "network-manager_p.moc"
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