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a/upmpd/ohvolume.cxx b/upmpd/ohvolume.cxx
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    st["VolumeUnity"] = "100";
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    st["VolumeUnity"] = "100";
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    st["VolumeSteps"] = "100";
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    st["VolumeSteps"] = "100";
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    st["VolumeMilliDbPerSteps"] = "500";
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    st["VolumeMilliDbPerSteps"] = "500";
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    st["BalanceMax"] = "0";
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    st["BalanceMax"] = "0";
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    st["FadeMax"] = "0";
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    st["FadeMax"] = "0";
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    char cbuf[30];
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    int volume = m_ctl->getvolume_i();
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    int volume = m_ctl->getvolume_i();
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    sprintf(cbuf, "%d", volume);
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    st["Volume"] = SoapArgs::i2s(volume);
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    st["Volume"] = cbuf;
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    st["Mute"] = volume == 0 ? "1" : "0";
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    st["Mute"] = volume == 0 ? "1" : "0";
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    return true;
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    return true;
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}
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}
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bool OHVolume::getEventData(bool all, std::vector<std::string>& names, 
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bool OHVolume::getEventData(bool all, std::vector<std::string>& names, 
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}
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}
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int OHVolume::volume(const SoapArgs& sc, SoapData& data)
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int OHVolume::volume(const SoapArgs& sc, SoapData& data)
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{
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{
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    LOGDEB("OHVolume::volume" << endl);
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    LOGDEB("OHVolume::volume" << endl);
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    char cbuf[30];
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    data.addarg("Value", SoapArgs::i2s(m_ctl->getvolume_i()));
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    int volume = m_ctl->getvolume_i();
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    sprintf(cbuf, "%d", volume);
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    data.addarg("Value", cbuf);
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    return UPNP_E_SUCCESS;
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    return UPNP_E_SUCCESS;
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}
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}
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int OHVolume::mute(const SoapArgs& sc, SoapData& data)
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int OHVolume::mute(const SoapArgs& sc, SoapData& data)
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{
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{