std::map<std::string, std::string> SIPAccount::getAccountDetails() const
{
std::map<std::string, std::string> a;
a[ACCOUNT_ID] = _accountID;
// The IP profile does not allow to set an alias
a[CONFIG_ACCOUNT_ALIAS] = (_accountID == IP2IP_PROFILE) ? IP2IP_PROFILE : getAlias();
a[CONFIG_ACCOUNT_ENABLE] = isEnabled() ? "true" : "false";
a[CONFIG_ACCOUNT_TYPE] = getType();
a[HOSTNAME] = getHostname();
a[USERNAME] = getUsername();
a[CONFIG_RINGTONE_PATH] = getRingtonePath();
a[CONFIG_RINGTONE_ENABLED] = getRingtoneEnabled() ? "true" : "false";
a[CONFIG_ACCOUNT_MAILBOX] = getMailBox();
RegistrationState state = Unregistered;
std::string registrationStateCode;
std::string registrationStateDescription;
if (_accountID == IP2IP_PROFILE) {
registrationStateCode = ""; // emtpy field
registrationStateDescription = "Direct IP call";
} else {
state = getRegistrationState();
int code = getRegistrationStateDetailed().first;
std::stringstream out;
out << code;
registrationStateCode = out.str();
registrationStateDescription = getRegistrationStateDetailed().second;
}
a[REGISTRATION_STATUS] = (_accountID == IP2IP_PROFILE) ? "READY": Manager::instance().mapStateNumberToString (state);
a[REGISTRATION_STATE_CODE] = registrationStateCode;
a[REGISTRATION_STATE_DESCRIPTION] = registrationStateDescription;
// Add sip specific details
a[ROUTESET] = getServiceRoute();
a[CONFIG_ACCOUNT_RESOLVE_ONCE] = isResolveOnce() ? "true" : "false";
a[USERAGENT] = getUseragent();
a[CONFIG_ACCOUNT_REGISTRATION_EXPIRE] = getRegistrationExpire();
a[LOCAL_INTERFACE] = getLocalInterface();
a[PUBLISHED_SAMEAS_LOCAL] = getPublishedSameasLocal() ? "true" : "false";
a[PUBLISHED_ADDRESS] = getPublishedAddress();
std::stringstream localport;
localport << getLocalPort();
a[LOCAL_PORT] = localport.str();
std::stringstream publishedport;
publishedport << getPublishedPort();
a[PUBLISHED_PORT] = publishedport.str();
a[STUN_ENABLE] = isStunEnabled() ? "true" : "false";
a[STUN_SERVER] = getStunServer();
a[ACCOUNT_DTMF_TYPE] = (getDtmfType() == OVERRTP) ? "overrtp" : "sipinfo";
a[SRTP_KEY_EXCHANGE] = getSrtpKeyExchange();
a[SRTP_ENABLE] = getSrtpEnable() ? "true" : "false";
a[SRTP_RTP_FALLBACK] = getSrtpFallback() ? "true" : "false";
a[ZRTP_DISPLAY_SAS] = getZrtpDisplaySas() ? "true" : "false";
a[ZRTP_DISPLAY_SAS_ONCE] = getZrtpDiaplaySasOnce() ? "true" : "false";
a[ZRTP_HELLO_HASH] = getZrtpHelloHash() ? "true" : "false";
a[ZRTP_NOT_SUPP_WARNING] = getZrtpNotSuppWarning() ? "true" : "false";
// TLS listener is unique and parameters are modified through IP2IP_PROFILE
std::stringstream tlslistenerport;
tlslistenerport << getTlsListenerPort();
a[TLS_LISTENER_PORT] = tlslistenerport.str();
a[TLS_ENABLE] = getTlsEnable();
a[TLS_CA_LIST_FILE] = getTlsCaListFile();
a[TLS_CERTIFICATE_FILE] = getTlsCertificateFile();
a[TLS_PRIVATE_KEY_FILE] = getTlsPrivateKeyFile();
a[TLS_PASSWORD] = getTlsPassword();
a[TLS_METHOD] = getTlsMethod();
a[TLS_CIPHERS] = getTlsCiphers();
a[TLS_SERVER_NAME] = getTlsServerName();
a[TLS_VERIFY_SERVER] = getTlsVerifyServer() ? "true" : "false";
a[TLS_VERIFY_CLIENT] = getTlsVerifyClient() ? "true" : "false";
a[TLS_REQUIRE_CLIENT_CERTIFICATE] = getTlsRequireClientCertificate() ? "true" : "false";
a[TLS_NEGOTIATION_TIMEOUT_SEC] = getTlsNegotiationTimeoutSec();
a[TLS_NEGOTIATION_TIMEOUT_MSEC] = getTlsNegotiationTimeoutMsec();
return a;
}
Solid::Control::ModemCdmaInterface::RegistrationStateResult Solid::Control::ModemCdmaInterface::getRegistrationState() const
{
Q_D(const ModemCdmaInterface);
return_SOLID_CALL(Ifaces::ModemCdmaInterface *, d->backendObject(), RegistrationStateResult(), getRegistrationState());
}
