Example #1
0
void SequenceNode::deleteChildNodes()
{
    Sequence::iterator it;
    for (it = seq.begin(); it != seq.end(); ++it) {
        YamlNode *yamlNode = static_cast<YamlNode *> (*it);

        switch (yamlNode->getType()) {
            case DOCUMENT:
                break;
            case SEQUENCE: {
                SequenceNode *sequence = static_cast<SequenceNode *> (yamlNode);
                sequence->deleteChildNodes();
                delete sequence;
            }
            break;
            case MAPPING: {
                MappingNode *mapping = static_cast<MappingNode *> (yamlNode);
                mapping->deleteChildNodes();
                delete mapping;
            }
            break;
            case SCALAR: {
                ScalarNode *scalar = static_cast<ScalarNode *> (yamlNode);
                delete scalar;
            }
            break;
            default:
                break;
        }
    }
}
Example #2
0
void YamlDocument::deleteChildNodes()
{
    Sequence::iterator it = doc.begin();

    while (it != doc.end()) {
        YamlNode *yamlNode = static_cast<YamlNode *> (*it);

        switch (yamlNode->getType()) {
            case DOCUMENT:
                break;
            case SEQUENCE: {
                SequenceNode *sequence = static_cast<SequenceNode *> (yamlNode);
                sequence->deleteChildNodes();
                delete sequence;
                sequence = NULL;
            }
            break;
            case MAPPING: {
                MappingNode *mapping = static_cast<MappingNode *> (yamlNode);
                mapping->deleteChildNodes();
                delete mapping;
                mapping = NULL;
            }
            break;
            case SCALAR: {
                ScalarNode *scalar = static_cast<ScalarNode *> (yamlNode);
                delete scalar;
                scalar = NULL;
            }
            break;
            default:
                break;
        }

        it++;
    }
}
Example #3
0
void MappingNode::deleteChildNodes()
{
    Mapping::iterator it;

    for (it = map.begin(); it != map.end(); ++it) {
        YamlNode *yamlNode = static_cast<YamlNode *> (it->second);
        if (!yamlNode)
            continue;

        switch (yamlNode->getType()) {
            case DOCUMENT:
                break;
            case SEQUENCE: {
                SequenceNode *sequence = static_cast<SequenceNode *> (yamlNode);
                sequence->deleteChildNodes();
                delete sequence;
                sequence = NULL;
            }
            break;
            case MAPPING: {
                MappingNode *mapping = static_cast<MappingNode *> (yamlNode);
                mapping->deleteChildNodes();
                delete mapping;
                mapping = NULL;
            }
            break;
            case SCALAR: {
                ScalarNode *scalar = static_cast<ScalarNode *> (yamlNode);
                delete scalar;
                scalar = NULL;
            }
            break;
            default:
                break;
        }
    }
}
Example #4
0
void SIPAccount::unserialize(const Conf::MappingNode &map)
{
    using namespace Conf;

    map.getValue(ALIAS_KEY, &alias_);
    map.getValue(TYPE_KEY, &type_);
    map.getValue(USERNAME_KEY, &username_);
    map.getValue(HOSTNAME_KEY, &hostname_);
    map.getValue(ACCOUNT_ENABLE_KEY, &enabled_);
    map.getValue(MAILBOX_KEY, &mailBox_);
    map.getValue(CODECS_KEY, &codecStr_);
    // Update codec list which one is used for SDP offer
    setActiveCodecs(ManagerImpl::split_string(codecStr_));

    map.getValue(RINGTONE_PATH_KEY, &ringtonePath_);
    map.getValue(RINGTONE_ENABLED_KEY, &ringtoneEnabled_);
    map.getValue(Preferences::REGISTRATION_EXPIRE_KEY, &registrationExpire_);
    map.getValue(INTERFACE_KEY, &interface_);
    int port = DEFAULT_SIP_PORT;
    map.getValue(PORT_KEY, &port);
    localPort_ = port;
    map.getValue(PUBLISH_ADDR_KEY, &publishedIpAddress_);
    map.getValue(PUBLISH_PORT_KEY, &port);
    publishedPort_ = port;
    map.getValue(SAME_AS_LOCAL_KEY, &publishedSameasLocal_);
    map.getValue(KEEP_ALIVE_ENABLED, &keepAliveEnabled_);

    std::string dtmfType;
    map.getValue(DTMF_TYPE_KEY, &dtmfType);
    dtmfType_ = dtmfType;

    map.getValue(SERVICE_ROUTE_KEY, &serviceRoute_);
    map.getValue(UPDATE_CONTACT_HEADER_KEY, &contactUpdateEnabled_);

    // stun enabled
    map.getValue(STUN_ENABLED_KEY, &stunEnabled_);
    map.getValue(STUN_SERVER_KEY, &stunServer_);

    // Init stun server name with default server name
    stunServerName_ = pj_str((char*) stunServer_.data());

    map.getValue(DISPLAY_NAME_KEY, &displayName_);

    std::vector<std::map<std::string, std::string> > creds;

    YamlNode *credNode = map.getValue(CRED_KEY);

    /* We check if the credential key is a sequence
     * because it was a mapping in a previous version of
     * the configuration file.
     */
    if (credNode && credNode->getType() == SEQUENCE) {
        SequenceNode *credSeq = static_cast<SequenceNode *>(credNode);
        Sequence::iterator it;
        Sequence *seq = credSeq->getSequence();

        for (it = seq->begin(); it != seq->end(); ++it) {
            MappingNode *cred = static_cast<MappingNode *>(*it);
            std::string user;
            std::string pass;
            std::string realm;
            cred->getValue(CONFIG_ACCOUNT_USERNAME, &user);
            cred->getValue(CONFIG_ACCOUNT_PASSWORD, &pass);
            cred->getValue(CONFIG_ACCOUNT_REALM, &realm);
            std::map<std::string, std::string> credentialMap;
            credentialMap[CONFIG_ACCOUNT_USERNAME] = user;
            credentialMap[CONFIG_ACCOUNT_PASSWORD] = pass;
            credentialMap[CONFIG_ACCOUNT_REALM] = realm;
            creds.push_back(credentialMap);
        }
    }

    if (creds.empty()) {
        // migration from old file format
        std::map<std::string, std::string> credmap;
        std::string password;
        map.getValue(PASSWORD_KEY, &password);

        credmap[CONFIG_ACCOUNT_USERNAME] = username_;
        credmap[CONFIG_ACCOUNT_PASSWORD] = password;
        credmap[CONFIG_ACCOUNT_REALM] = "*";
        creds.push_back(credmap);
    }

    setCredentials(creds);

    // get srtp submap
    MappingNode *srtpMap = static_cast<MappingNode *>(map.getValue(SRTP_KEY));

    if (srtpMap) {
        srtpMap->getValue(SRTP_ENABLE_KEY, &srtpEnabled_);
        srtpMap->getValue(KEY_EXCHANGE_KEY, &srtpKeyExchange_);
        srtpMap->getValue(RTP_FALLBACK_KEY, &srtpFallback_);
    }

    // get zrtp submap
    MappingNode *zrtpMap = static_cast<MappingNode *>(map.getValue(ZRTP_KEY));

    if (zrtpMap) {
        zrtpMap->getValue(DISPLAY_SAS_KEY, &zrtpDisplaySas_);
        zrtpMap->getValue(DISPLAY_SAS_ONCE_KEY, &zrtpDisplaySasOnce_);
        zrtpMap->getValue(HELLO_HASH_ENABLED_KEY, &zrtpHelloHash_);
        zrtpMap->getValue(NOT_SUPP_WARNING_KEY, &zrtpNotSuppWarning_);
    }

    // get tls submap
    MappingNode *tlsMap = static_cast<MappingNode *>(map.getValue(TLS_KEY));

    if (tlsMap) {
        tlsMap->getValue(TLS_ENABLE_KEY, &tlsEnable_);
        std::string tlsPort;
        tlsMap->getValue(TLS_PORT_KEY, &tlsPort);
        tlsListenerPort_ = atoi(tlsPort.c_str());
        tlsMap->getValue(CERTIFICATE_KEY, &tlsCertificateFile_);
        tlsMap->getValue(CALIST_KEY, &tlsCaListFile_);
        tlsMap->getValue(CIPHERS_KEY, &tlsCiphers_);
        tlsMap->getValue(METHOD_KEY, &tlsMethod_);
        tlsMap->getValue(TLS_PASSWORD_KEY, &tlsPassword_);
        tlsMap->getValue(PRIVATE_KEY_KEY, &tlsPrivateKeyFile_);
        tlsMap->getValue(REQUIRE_CERTIF_KEY, &tlsRequireClientCertificate_);
        tlsMap->getValue(SERVER_KEY, &tlsServerName_);
        tlsMap->getValue(VERIFY_CLIENT_KEY, &tlsVerifyServer_);
        tlsMap->getValue(VERIFY_SERVER_KEY, &tlsVerifyClient_);
        // FIXME
        tlsMap->getValue(TIMEOUT_KEY, &tlsNegotiationTimeoutSec_);
        tlsMap->getValue(TIMEOUT_KEY, &tlsNegotiationTimeoutMsec_);
    }
}