rm84cmn.h

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        @remark The default value is 50.
    */
    eaVolumeLeft,                // RMuint32: [0..100], left volume

    /** format of the audio stream  ( mpeg, ac3, pcm,... )
    Setting should be applied in Stop state of the decoder.
        @remark The default value is eAudioFormat_AC3.
    */
    eAudioFormat,                // eAudioFormat_type

    /** Sample rate of the audio stream  ( 32kHz, 48kHz, ... )
        @remark The default value is 48KHz.
    */
    eAudioSampleRate,            // RMuint32

    /** Number of PCM channels of the audio stream, used only for PCM format.
    Setting should be applied in Stop state of the decoder.
        @remark The default value is 2.
    */
    eAudioNumberOfChannels,      // RMuint32: 1,2,...,8

    /** Number bits per sample of PCM audio stream, used only for PCM format.
    Setting should be applied in Stop state of the decoder.
        @remark The default value is 16.
    */
    eAudioNumberOfBitsPerSample, // RMuint32: 24, 20 or 16.

    /** eAudioI2SOutput enable or disable the I2S output
        @li eAudioI2SOutput_Disabled
        @li eAudioI2SOutput_Active
        @li eAudioI2SOutput_ActiveData0
        @remark The default value is eAudioI2SOutput_Active.
    */
    eAudioI2SOutput,             // eAudioI2SOutput_type

    /** eAudioSpdifOutput enable or disable the SPDIF output
        @li eAudioSpdifOutput_Disabled
        @li eAudioSpdifOutput_Active
        @li eAudioSpdifOutput_ActiveData0
        @remark The default value is eAudioSpdifOutput_Active.
    */
    eAudioSpdifOutput,           // eAudioSpdifOutput_type

    /** eAudioDigitalOutput selects if the audio data are decoded in Pcm or just passtrough
        @li eAudioDigitalOutput_Pcm
        @li eAudioDigitalOutput_Compressed
        @remark The default value is eAudioDigitalOutput_Pcm.
    */
    eAudioDigitalOutput,         // eAudioDigitalOutput_type, (MpegAttrAudioOutput)

    /** 
    ChannelStatus in SPDIF has 192 bits. EM84xx has the possibility to
    program the first 32 bits using two 16 bits registers.
    MSB = bit 31 from ChannelStatus corresponds to bit 31 in SPDIF spec.
    LSB = bit 0 from ChannelStatus corresponds to bit 0 in SPDIF spec.
    Ex: Bit2 == copyright == (use SetMask = ResetMask = 0x00000004).

    HwLib code changes some bits from ChannelStatus registers:
     - bit 1 - programmed 0/1 according to PCM/digital content of the audio output,
       reprogrammed at every change of AudioFormat or AudioDigitalOutput.
     - bits 15,..,8 - initialized to 00011001 = 0x19, not reprogrammed.
     - bits 27,..,24 - programmed according to the audio sample rate,
       reprogrammed at every change of AudioSampleRate.
    The default ChannelStatus value is 0x02001902 (48k, DVD, digital content).

    SetProperty can modify any bit from the 32 available, using ResetMask
    and SetMask. The logical operation is:
      ChannelStatus = (ChannelStatus & ~ResetMask) | SetMask.
    It is application responsability to keep the sample rate and
    digital content correct ( protective mask 0x0F000002 ).

    GetProperty will return the value of ChannelStatus in SetMask.
    */
    eAudioChannelStatus,       // ResetSetMask_type, set, get

    /** 
        Information available only in audio decoding AC3 or Mpeg state.
        Get 32000, 44100, 48000 from the hardware audio decoder.
    */
    eAudioHwDecSampleRate,       // RMuint32, get only

    /** 
        Information valid only in audio decoding Mpeg state.
        Mpeg standard states:
        0 - stereo
        1 - joint_stereo
        2 - dual_channel
        3 - single_channel
    */
    eAudioHwDecMode,             // RMuint32, get only

    /** 
        Information valid only in audio decoding Mpeg state.
        Mpeg standard states:
        0 - no emphasis
        1 - 50/15 microsec. emphasis
        2 - reserved
        3 - CCITT J.17
    */
    eAudioHwDecEmphasis,         // RMuint32, get only

    /** 
        Information valid only in audio decoding Mpeg state.
    */
    eAudioHwDecCopyright,        // RMuint32, get only

    eaMax
}AUDIO_SET_ID;

// TIME_SET uses TIME_INFO or etimSystemTimeClock_type
typedef enum {
    /** 
    etimPcrInfo (set/get) uses PCR_INFO structure
        Name              Default    Comments/Unit
        -----------------------------------------------------------------------------
        PcrEnable              0    // 0/1 disables/enables Pcr mode;
        RecoveryTime          16    // log2 ( RecoveryTime / 200us )
                                    // e.g. For 16 -> RecoveryTime = 2^16 =13.1072sec
        PcrIntrPeriodUs    20000    // microsecond;    e.g 200000 = 200ms ->5 intr/sec
                                    // It can be changed to 20000=20ms->50 intr/sec,
                                    // for a smoother control of the voltage control
        TimeResolution     90000    // 90K unit;    e.g. 90000 = 1sec - specifies
                                       the unit for the PCR_time
        DeltaPCR_SCR_Max    9000    // Max. accepted diff. between incoming PCR and board's clock SCR
                                    // 90K unit;    e.g. 9000 = 100ms
        DeltaSCR_APTS_Max    180    // Max. accepted diff. between SCR and the incoming AudioPTS
                                    // 90K unit;    e.g. 180 = 2ms
        HwVcxo                 5    // Galaxy2 Siemens use PIO 5 for Vcxo
        PpmRange             150    // +/- 150ppm
    */
    etimPcrInfo = 0,               // PCR_INFO

    /** 
    etimPcrTime uses etimSystemTimeClock_type structure, where
    dwTimeResolution = 90000 for 90k pts unit, 1000 for ms unit
    dwlTime          = time stamp
    */
    etimPcrTime,             // etimSystemTimeClock_type, set, get

    /** 
    Replaces IDecodeBoard_ReadSCR/WriteSCR.
    Without setting etimSystemTimeClock, after VideoHwStop or AudioHwStop the first
    Pts received in SendVideoPayload or    SendAudioPayload will be used to update
    the decoder's reference    clock.
    If etimSystemTimeClock is set after VideoHwStop or AudioHwStop and before sending
    data and Pts the Pts from data will be disregarded.
    */
    etimSystemTimeClock,     // etimSystemTimeClock_type, set, get

    /** 
    Returns the timestamp of the last decoded video frame (displayed or not).
    Replaces IDecoderBoard_ReadHwPts45k.
    */
    etimLastDecodedVideoFrameTime, // etimSystemTimeClock_type, set, get

    /** 
    Returns the timestamp of the last decoded audio frame.
    */
    etimLastDecodedAudioFrameTime, // etimSystemTimeClock_type, set, get

    /** 
    etimVOPTimeIncrRes - only for Mpeg4.
    Should be set before starting play with the value from DSI info.
    Returns the previously set:
     - fixed VOP time increment resolution if the playback has forced rate, else
     - VOP time increment resolution,
    HwLib default 30.
    */
    etimVOPTimeIncrRes, // RMuint32, set, get

    /** 
    etimVideoCTSTimeScale - only for Mpeg4.
    It should be set by mp4 parser.
    HwLib default 1000.
    */
    etimVideoCTSTimeScale, // RMuint32, set, get

    /** 
    etimAudioCTSTimeScale - only for Mpeg4.
    It should be set by mp4 parser.
    HwLib default 1000.
    */
    etimAudioCTSTimeScale, // RMuint32, set, get

    /** 
        Returns the timestamp of the last displayed video frame.
    */
    etimVideoFrameDisplayedTime, // etimSystemTimeClock_type, set, get

    etimMax
}TIME_SET_ID;

// SUBPICTURE_SET
typedef enum {
    /**
       RMuint32.
       This represents what will be set in the control register of the
       SubPicture block of the chip. This register is named SP_CTRL.
       For reference, here is its content:
       15:9 --> Reserved.
       8    --> Button Enable (Enables Highlight).
       7    --> Field Enable (1: top, 0: Bottom) - microcode use
       6    --> Field Alternate (1: Alternate, 0:Same) - microcode use
       5    --> Vertical Downsampling Enable - microcode use
       4    --> Horizontal Downsampling Enable - microcode use
       3    --> Vertical Upsampling Enable - microcode use
       2    --> Horizontal Upsampling Enable - microcode use
       1    --> SubPicture Enable.
       0    --> Reset - microcode use
       The user can change through HwLib only bits 8 and 1 to enable/disable
       the subpicture and the hilites = buttons.
     */
    eSubpictureCmd,
    /**
       An array of 16*4 bytes layed out as:
       RYUV RYUV RYUV ... RYUV
       Where each letter represents one byte.
       R means reserved.
       Y is the Y color component.
       U is the U color component.
       V is the V color component.
     */
    eSubpictureUpdatePalette, 
    /**
       a eSubpictureUpdateButton_type
     */
    eSubpictureUpdateButton,
    eSubpictureMax
}SUBPICTURE_SET_ID;

// VIDEO_DECODER_SET uses RMuint32 = unsigned long = DWORD
typedef enum {
    evdAccessRegister = 0, // genericReg_type (ADDR_DATA)
    evdTvStandard,
    evdAudioClock,
    evdInputSource,
    evdMax
}VIDEO_DECODER_SET_ID;

// MPEG_ENCODER_SET
typedef enum {
    /**
       genericReg_type
     */
    emeAccessRegister = 0,  // genericReg_type (ADDR_DATA)
    /**
       emeXferUcodeParameters_type
     */
    emeXferUcodeParameters, // emeXferUcodeParameters_type
    emeMax
}MPEG_ENCODER_SET_ID;

// DVI_TRANSMITTER_SET
typedef enum {
    edtAccessRegister = 0, // genericReg_type (ADDR_DATA)
    edtOutputEnable,       // RMuint32 1/0 for On/Off
    edtMax
}DVI_TRANSMITTER_SET_ID;

// DECODER_SET uses DWORD
typedef enum {
    edecAudioInOutConfig = 0,    // EM847xAudioInOutConfigEnum defined in qhwlib.h
    edecAudioDacBitsPerSample,   // RMuint32: 16 or 24 bits 
    edecVideoStd,                // RMuint32: 0 for Mpeg1/2, 1 for Mpeg4
    edecOsdFlicker,              // RMuint32: 0 ... 15 ( 0 = flicker disabled)

    /*The register to control the PCI burst length is at address 0x1FEC:
            bit[2:0] min    max
            000         4         4
            001         4         8
            010         8         8
            011         4        16
            100         8        16
            101        16        16*/
    edecPciBurst,                //

    edecForceFixedVOPRate,   // edecForceFixedVOPRate_type
    edecAccessRegister,      // genericReg_type (ADDR_DATA)
    edecCSSChlg,             // get only.
    edecCSSKey1,             // set only.
    edecCSSChlg2,            // set only.
    edecCSSKey2,             // get only.
    edecCSSDiscKey,          // set only.
    edecCSSTitleKey,         // set only. 

    edecStatus,              // edecStatus_type, get
    edecDataFifo,            // edecDataFifo_type, get
    edecPacketsFifo,         // edecPacketsFifo_type, get
    edecErrorCode,           // RMuint32, get

    edecMax
}DECODER_SET_ID;

// TVENCODER_SET uses DWORD
typedef enum {
    etvNtscPedestal = 0,     // etvNtscPedestal_type
    etvLumaFilter,           // etvLumaFilter_type
    etvChromaFilter,         // etvChromaFilter_type
    etvColorBars,            // etvColorBars_type
    etvMax
}TVENCODER_SET_ID;

// TVTUNER_SET
typedef enum {
       eTvTunerChannel = 0,  // uses struct eTvTunerChannel_type
       eTvTunerMax
}TVTUNER_SET_ID;

typedef enum {
    /**
       Set OSD to On, Off or Flush its buffer.
     */
    eOsdCommand,             // edecOsdCommand_type
    /**
       Set the OSD Hilight window. The window coordinates
       are relative to the OSD bitmap.
       In the highlight window, if the OSD is stored in 2,
       4, or 7 BPP mode, the colors are looked up inthe 
       upper half of the CLUT (Color LookUp Table).
       ie: in 2bpp mode, the color 0 for highlight
       will be looked up in index 4 of the CLUT.