/** * @file llvoiceclient.h * @brief Declaration of LLVoiceClient class which is the interface to the voice client process. * * $LicenseInfo:firstyear=2001&license=viewerlgpl$ * Second Life Viewer Source Code * Copyright (C) 2010, Linden Research, Inc. * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; * version 2.1 of the License only. * * 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 * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with this library; if not, write to the Free Software * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA * * Linden Research, Inc., 945 Battery Street, San Francisco, CA 94111 USA * $/LicenseInfo$ */ #ifndef LL_VOICE_CLIENT_H #define LL_VOICE_CLIENT_H class LLVOAvatar; #include "lliopipe.h" #include "llpumpio.h" #include "llchainio.h" #include "lliosocket.h" #include "v3math.h" #include "llframetimer.h" #include "llsingleton.h" #include "llcallingcard.h" // for LLFriendObserver #include "llsecapi.h" #include "llcontrol.h" #include // devices class LLVoiceDevice { public: std::string display_name; // friendly value for the user std::string full_name; // internal value for selection LLVoiceDevice(const std::string& display_name, const std::string& full_name) :display_name(display_name) ,full_name(full_name) { }; }; typedef std::vector LLVoiceDeviceList; class LLVoiceClientParticipantObserver { public: virtual ~LLVoiceClientParticipantObserver() { } virtual void onParticipantsChanged() = 0; }; /////////////////////////////////// /// @class LLVoiceClientStatusObserver class LLVoiceClientStatusObserver { public: typedef enum e_voice_status_type { // NOTE: when updating this enum, please also update the switch in // LLVoiceClientStatusObserver::status2string(). STATUS_LOGIN_RETRY, STATUS_LOGGED_IN, STATUS_JOINING, STATUS_JOINED, STATUS_LEFT_CHANNEL, STATUS_VOICE_DISABLED, STATUS_VOICE_ENABLED, BEGIN_ERROR_STATUS, ERROR_CHANNEL_FULL, ERROR_CHANNEL_LOCKED, ERROR_NOT_AVAILABLE, ERROR_UNKNOWN } EStatusType; virtual ~LLVoiceClientStatusObserver() { } virtual void onChange(EStatusType status, const LLSD& channelInfo, bool proximal) = 0; static std::string status2string(EStatusType inStatus); }; struct LLVoiceVersionInfo { std::string voiceServerType; std::string internalVoiceServerType; int majorVersion; int minorVersion; std::string serverVersion; std::string mBuildVersion; }; ////////////////////////////////// /// @class LLVoiceP2POutgoingCallInterface /// @brief Outgoing call interface /// /// For providers that support P2P signaling (vivox) ///////////////////////////////// class LLVoiceP2POutgoingCallInterface { public: // initiate an outgoing call to a user virtual void callUser(const LLUUID &agentID) = 0; virtual void hangup() = 0; }; ////////////////////////////////// /// @class LLVoiceP2PIncomingCallInterface /// @brief Incoming call interface /// /// For providers that support P2P signaling (vivox) ///////////////////////////////// class LLVoiceP2PIncomingCallInterface { public: virtual ~LLVoiceP2PIncomingCallInterface() {} virtual bool answerInvite() = 0; virtual void declineInvite() = 0; }; typedef boost::shared_ptr LLVoiceP2PIncomingCallInterfacePtr; ////////////////////////////////// /// @class LLVoiceModuleInterface /// @brief Voice module interface /// /// Voice modules should provide an implementation for this interface. ///////////////////////////////// class LLVoiceModuleInterface { public: LLVoiceModuleInterface() {} virtual ~LLVoiceModuleInterface() {} virtual void init(LLPumpIO *pump)=0; // Call this once at application startup (creates connector) virtual void terminate()=0; // Call this to clean up during shutdown virtual void updateSettings()=0; // call after loading settings and whenever they change virtual bool isVoiceWorking() const = 0; // connected to a voice server and voice channel virtual void setHidden(bool hidden)=0; // Hides the user from voice. virtual const LLVoiceVersionInfo& getVersion()=0; ///////////////////// /// @name Tuning //@{ virtual void tuningStart()=0; virtual void tuningStop()=0; virtual bool inTuningMode()=0; virtual void tuningSetMicVolume(float volume)=0; virtual void tuningSetSpeakerVolume(float volume)=0; virtual float tuningGetEnergy(void)=0; //@} ///////////////////// /// @name Devices //@{ // This returns true when it's safe to bring up the "device settings" dialog in the prefs. // i.e. when the daemon is running and connected, and the device lists are populated. virtual bool deviceSettingsAvailable()=0; virtual bool deviceSettingsUpdated() = 0; // Requery the vivox daemon for the current list of input/output devices. // If you pass true for clearCurrentList, deviceSettingsAvailable() will be false until the query has completed // (use this if you want to know when it's done). // If you pass false, you'll have no way to know when the query finishes, but the device lists will not appear empty in the interim. virtual void refreshDeviceLists(bool clearCurrentList = true)=0; virtual void setCaptureDevice(const std::string& name)=0; virtual void setRenderDevice(const std::string& name)=0; virtual LLVoiceDeviceList& getCaptureDevices()=0; virtual LLVoiceDeviceList& getRenderDevices()=0; virtual void getParticipantList(std::set &participants)=0; virtual bool isParticipant(const LLUUID& speaker_id)=0; //@} //////////////////////////// /// @ name Channel stuff //@{ // returns true iff the user is currently in a proximal (local spatial) channel. // Note that gestures should only fire if this returns true. virtual bool inProximalChannel()=0; virtual void setNonSpatialChannel(const LLSD& channelInfo, bool notify_on_first_join, bool hangup_on_last_leave)=0; virtual bool setSpatialChannel(const LLSD& channelInfo)=0; virtual void leaveNonSpatialChannel() = 0; virtual void processChannels(bool process) = 0; virtual bool isCurrentChannel(const LLSD &channelInfo) = 0; virtual bool compareChannels(const LLSD &channelInfo1, const LLSD &channelInfo2) = 0; //@} ////////////////////////// /// @name p2p //@{ // initiate a call with a peer using the P2P interface, which only applies to some // voice server types. Otherwise, a group call should be used for P2P virtual LLVoiceP2POutgoingCallInterface* getOutgoingCallInterface() = 0; // an incoming call was received, and the incoming call dialogue is asking for an interface to // answer or decline. virtual LLVoiceP2PIncomingCallInterfacePtr getIncomingCallInterface(const LLSD &voice_call_info) = 0; //@} ///////////////////////// /// @name Volume/gain //@{ virtual void setVoiceVolume(F32 volume)=0; virtual void setMicGain(F32 volume)=0; //@} ///////////////////////// /// @name enable disable voice and features //@{ virtual void setVoiceEnabled(bool enabled)=0; virtual void setMuteMic(bool muted)=0; // Set the mute state of the local mic. //@} ////////////////////////// /// @name nearby speaker accessors //@{ virtual std::string getDisplayName(const LLUUID& id)=0; virtual BOOL isParticipantAvatar(const LLUUID &id)=0; virtual BOOL getIsSpeaking(const LLUUID& id)=0; virtual BOOL getIsModeratorMuted(const LLUUID& id)=0; virtual F32 getCurrentPower(const LLUUID& id)=0; // "power" is related to "amplitude" in a defined way. I'm just not sure what the formula is... virtual F32 getUserVolume(const LLUUID& id)=0; virtual void setUserVolume(const LLUUID& id, F32 volume)=0; // set's volume for specified agent, from 0-1 (where .5 is nominal) //@} ////////////////////////// /// @name text chat //@{ virtual BOOL isSessionTextIMPossible(const LLUUID& id)=0; virtual BOOL isSessionCallBackPossible(const LLUUID& id)=0; //virtual BOOL sendTextMessage(const LLUUID& participant_id, const std::string& message)=0; //@} // authorize the user virtual void userAuthorized(const std::string& user_id, const LLUUID &agentID)=0; ////////////////////////////// /// @name Status notification //@{ virtual void addObserver(LLVoiceClientStatusObserver* observer)=0; virtual void removeObserver(LLVoiceClientStatusObserver* observer)=0; virtual void addObserver(LLFriendObserver* observer)=0; virtual void removeObserver(LLFriendObserver* observer)=0; virtual void addObserver(LLVoiceClientParticipantObserver* observer)=0; virtual void removeObserver(LLVoiceClientParticipantObserver* observer)=0; //@} virtual std::string sipURIFromID(const LLUUID &id)=0; //@} }; ////////////////////////////////// /// @class LLVoiceEffectObserver class LLVoiceEffectObserver { public: virtual ~LLVoiceEffectObserver() { } virtual void onVoiceEffectChanged(bool effect_list_updated) = 0; }; typedef std::multimap voice_effect_list_t; ////////////////////////////////// /// @class LLVoiceEffectInterface /// @brief Voice effect module interface /// /// Voice effect modules should provide an implementation for this interface. ///////////////////////////////// class LLVoiceEffectInterface { public: LLVoiceEffectInterface() {} virtual ~LLVoiceEffectInterface() {} ////////////////////////// /// @name Accessors //@{ virtual bool setVoiceEffect(const LLUUID& id) = 0; virtual const LLUUID getVoiceEffect() = 0; virtual LLSD getVoiceEffectProperties(const LLUUID& id) = 0; virtual void refreshVoiceEffectLists(bool clear_lists) = 0; virtual const voice_effect_list_t &getVoiceEffectList() const = 0; virtual const voice_effect_list_t &getVoiceEffectTemplateList() const = 0; //@} ////////////////////////////// /// @name Status notification //@{ virtual void addObserver(LLVoiceEffectObserver* observer) = 0; virtual void removeObserver(LLVoiceEffectObserver* observer) = 0; //@} ////////////////////////////// /// @name Preview buffer //@{ virtual void enablePreviewBuffer(bool enable) = 0; virtual void recordPreviewBuffer() = 0; virtual void playPreviewBuffer(const LLUUID& effect_id = LLUUID::null) = 0; virtual void stopPreviewBuffer() = 0; virtual bool isPreviewRecording() = 0; virtual bool isPreviewPlaying() = 0; //@} }; class LLVoiceClient: public LLParamSingleton { LLSINGLETON(LLVoiceClient, LLPumpIO *pump); LOG_CLASS(LLVoiceClient); ~LLVoiceClient(); public: typedef boost::signals2::signal micro_changed_signal_t; micro_changed_signal_t mMicroChangedSignal; void terminate(); // Call this to clean up during shutdown const LLVoiceVersionInfo getVersion(); static const F32 OVERDRIVEN_POWER_LEVEL; static const F32 VOLUME_MIN; static const F32 VOLUME_DEFAULT; static const F32 VOLUME_MAX; void updateSettings(); // call after loading settings and whenever they change bool isVoiceWorking() const; // connected to a voice server and voice channel // tuning void tuningStart(); void tuningStop(); bool inTuningMode(); void tuningSetMicVolume(float volume); void tuningSetSpeakerVolume(float volume); float tuningGetEnergy(void); // devices // This returns true when it's safe to bring up the "device settings" dialog in the prefs. // i.e. when the daemon is running and connected, and the device lists are populated. bool deviceSettingsAvailable(); bool deviceSettingsUpdated(); // returns true when the device list has been updated recently. // Requery the vivox daemon for the current list of input/output devices. // If you pass true for clearCurrentList, deviceSettingsAvailable() will be false until the query has completed // (use this if you want to know when it's done). // If you pass false, you'll have no way to know when the query finishes, but the device lists will not appear empty in the interim. void refreshDeviceLists(bool clearCurrentList = true); void setCaptureDevice(const std::string& name); void setRenderDevice(const std::string& name); void setHidden(bool hidden); const LLVoiceDeviceList& getCaptureDevices(); const LLVoiceDeviceList& getRenderDevices(); //////////////////////////// // Channel stuff // // returns true iff the user is currently in a proximal (local spatial) channel. // Note that gestures should only fire if this returns true. bool inProximalChannel(); void setNonSpatialChannel(const LLSD& channelInfo, bool notify_on_first_join, bool hangup_on_last_leave); void setSpatialChannel(const LLSD &channelInfo); void activateSpatialChannel(bool activate); void leaveNonSpatialChannel(); bool isCurrentChannel(const LLSD& channelInfo); bool compareChannels(const LLSD& channelInfo1, const LLSD& channelInfo2); // initiate a call with a peer using the P2P interface, which only applies to some // voice server types. Otherwise, a group call should be used for P2P LLVoiceP2POutgoingCallInterface* getOutgoingCallInterface(const LLSD& voiceChannelInfo = LLSD()); LLVoiceP2PIncomingCallInterfacePtr getIncomingCallInterface(const LLSD &voiceCallInfo); ///////////////////////////// // Sending updates of current state void setVoiceVolume(F32 volume); void setMicGain(F32 volume); void setUserVolume(const LLUUID& id, F32 volume); // set's volume for specified agent, from 0-1 (where .5 is nominal) bool voiceEnabled(); void setMuteMic(bool muted); // Use this to mute the local mic (for when the client is minimized, etc), ignoring user PTT state. void setUserPTTState(bool ptt); bool getUserPTTState(); void toggleUserPTTState(void); void inputUserControlState(bool down); // interpret any sort of up-down mic-open control input according to ptt-toggle prefs void setVoiceEnabled(bool enabled); void setUsePTT(bool usePTT); void setPTTIsToggle(bool PTTIsToggle); bool getPTTIsToggle(); void updateMicMuteLogic(); boost::signals2::connection MicroChangedCallback(const micro_changed_signal_t::slot_type& cb ) { return mMicroChangedSignal.connect(cb); } ///////////////////////////// // Accessors for data related to nearby speakers BOOL getVoiceEnabled(const LLUUID& id); // true if we've received data for this avatar std::string getDisplayName(const LLUUID& id); BOOL isOnlineSIP(const LLUUID &id); BOOL isParticipantAvatar(const LLUUID &id); BOOL getIsSpeaking(const LLUUID& id); BOOL getIsModeratorMuted(const LLUUID& id); F32 getCurrentPower(const LLUUID& id); // "power" is related to "amplitude" in a defined way. I'm just not sure what the formula is... BOOL getOnMuteList(const LLUUID& id); F32 getUserVolume(const LLUUID& id); ///////////////////////////// void getParticipantList(std::set &participants); bool isParticipant(const LLUUID& speaker_id); ////////////////////////// /// @name text chat //@{ BOOL isSessionTextIMPossible(const LLUUID& id); BOOL isSessionCallBackPossible(const LLUUID& id); //BOOL sendTextMessage(const LLUUID& participant_id, const std::string& message) const {return true;} ; //@} void setSpatialVoiceModule(const std::string& voice_server_type); void setNonSpatialVoiceModule(const std::string &voice_server_type); void userAuthorized(const std::string& user_id, const LLUUID &agentID); void onRegionChanged(); void addObserver(LLVoiceClientStatusObserver* observer); void removeObserver(LLVoiceClientStatusObserver* observer); void addObserver(LLFriendObserver* observer); void removeObserver(LLFriendObserver* observer); void addObserver(LLVoiceClientParticipantObserver* observer); void removeObserver(LLVoiceClientParticipantObserver* observer); std::string sipURIFromID(const LLUUID &id); ////////////////////////// /// @name Voice effects //@{ bool getVoiceEffectEnabled() const { return mVoiceEffectEnabled; }; LLUUID getVoiceEffectDefault() const { return LLUUID(mVoiceEffectDefault); }; // Returns NULL if voice effects are not supported, or not enabled. LLVoiceEffectInterface* getVoiceEffectInterface() const; //@} void handleSimulatorFeaturesReceived(const LLSD &simulatorFeatures); private: void init(LLPumpIO *pump); protected: LLVoiceModuleInterface* mSpatialVoiceModule; LLVoiceModuleInterface* mNonSpatialVoiceModule; LLSD mSpatialCredentials; // used to store spatial credentials for vivox // so they're available when the region voice // server is retrieved. LLPumpIO *m_servicePump; boost::signals2::connection mSimulatorFeaturesReceivedSlot; LLCachedControl mVoiceEffectEnabled; LLCachedControl mVoiceEffectDefault; bool mPTTDirty; bool mPTT; bool mUsePTT; S32 mPTTMouseButton; KEY mPTTKey; bool mPTTIsToggle; bool mUserPTTState; bool mMuteMic; bool mDisableMic; }; /** * Speaker volume storage helper class **/ class LLSpeakerVolumeStorage : public LLSingleton { LLSINGLETON_C11(LLSpeakerVolumeStorage); ~LLSpeakerVolumeStorage(); LOG_CLASS(LLSpeakerVolumeStorage); protected: virtual void cleanupSingleton() override; public: /** * Stores volume level for specified user. * * @param[in] speaker_id - LLUUID of user to store volume level for. * @param[in] volume - volume level to be stored for user. */ void storeSpeakerVolume(const LLUUID& speaker_id, F32 volume); /** * Gets stored volume level for specified speaker * * @param[in] speaker_id - LLUUID of user to retrieve volume level for. * @param[out] volume - set to stored volume if found, otherwise unmodified. * @return - true if a stored volume is found. */ bool getSpeakerVolume(const LLUUID& speaker_id, F32& volume); /** * Removes stored volume level for specified user. * * @param[in] speaker_id - LLUUID of user to remove. */ void removeSpeakerVolume(const LLUUID& speaker_id); private: const static std::string SETTINGS_FILE_NAME; void load(); void save(); static F32 transformFromLegacyVolume(F32 volume_in); static F32 transformToLegacyVolume(F32 volume_in); typedef std::map speaker_data_map_t; speaker_data_map_t mSpeakersData; }; #endif //LL_VOICE_CLIENT_H