rm84cmn.h

神龙解压卡Linux下的完整开发包,绝对是超值超值超值

    */
    eOsdHiLiWindow,          // Wnd_type

    /**
       Set the position of the OSD bitmap relative to the current
       coordinate system.
    */
    eOsdDestinationWindow,   // Wnd_type
    eOsdMax
} OSD_SET_ID;

typedef enum {
    eI2cInit = 0,            // I2cInit_type, set only
    eI2cAccess,              // I2cReadWrite_type + variable size buffer
                             // set will write I2C, get will read
    eI2cMax
}I2C_SET_ID;

// VIDEOIN_SET
typedef enum {
    /** eviCommand 
    */
    eviCommand = 0,          // eviCommand_type

    /** eviParams property is applied to the hardware:
          - immediately when eviCommand_InitCapture property is send
          - at first VSync after SetProperty if decoder is in StartCapture state already
        The x,y,w,h, members define the captured window relative to VSync/HSync
        for 601 or embedded syncs for 656.
        In 601 mode:
           the beginning of a line is set by the hsync pulse;
           the beginning of a field/frame is set by the vsync pulse.
           Therefore, cropping is necessary to remove the horizontal and vertical blankings.
        In 656 mode:
           The active video is directly extracted from the data flow using the protocol embedded flags.
           There is no blanking to remove.
        x specifies how many pixels will be skipped at the beginning of each line.
        y specifies how many lines will be skipped at the beginning of each frame.
           If the content is progressive y lines will be skipped at every VSync. If the
           content is interlaced only y/2 lines will be skipped at every VSync(per field).
        w specifies the pixel width of the picture to be captured - it should
           be multiple of 8 for packed option and multiple of 2 for unpacked option
        h specifies the height of the picture (frame) to be captured. It should be even.
        OutputLineLength specifies the horizontal size of the image sent to DRAM - it should
           be smaller or equal than width w, otherwise the SetProperty will return failure.
           By default should be equal with w and no scaling will be used.
           If it is smaller then width, horizontal downscale is done by VideoIn block
        Ccir;            // CCIR_656 or CCIR_601
        ChromaDownScale; // YUV420 or YUV422 format
        YuvPacked;       // 1 for luma & chroma captured packed
        InterlacedSource;// 1 if the video source is interlaced, 0 for progressive
        InvertField;     // CCIR_NON_INVERT_FIELD or CCIR_INVERT_FIELD
        BitsPerClock;    // 8 or 16 bits
        Vip20;           // 1 for VIP2.0; 0 for VIP1.x
        HSyncPolarity;   // 0 for active low; 1 for active high
        VSyncPolarity;   // 0 for active low; 1 for active high
        VSyncActiveEdge; // 0 for trailing edge; 1 for leading edge

        Here is an example for 601 (eviHSyncPolarity active low, eviVSyncPolarity active low, eviVSyncActiveEdge leading edge).
        O is the origin for capture.

        HSync  ---------+ +-----------------------------+ +--
                        v |                             v |
                        +-+                             +-+

        VSync  +<-+     O-------------------------------+
               |        |        ^                      |
               +--+     |        |                      |
                  |     |        | y                    |    x = 108
                  |     |        v                      |    y =  20
                  |     |     +---------------------+ ^ |    w = 720
                  |     |<-x->|                     | | |    h = 480
                  |     |     |                     | | |    OutputLineLength = 720
                  |     |     |                     | | |
                  |     |     |                     | h |
                  |     |     |                     | | |
                  |     |     |                     | | |
                  |     |     +---------------------+ v |
                  |     |     <----------w---------->   |
               <--+     +-------------------------------+
    */
    eviParams,               // eviParams_type, set, get.
    eviMax
}VIDEOIN_SET_ID;

// AUDIOIN_SET
typedef enum {
    /** eAudioInCommand can be one of eAudioInCommand_StartCapture and
    eAudioInCommand_StopCapture.
    */
    eAudioInCommand = 0,     // eAudioInCommand_type

    /** eAudioInParams property should be called before eAudioInCommand
    to set the parameters of the input.
    For digital connection the input parameters should be equal with the
    parameters of the digital output connected.
    For analog connection the input parameters should be equal with the
    ADC (analog-digital converter) parameters.
    */
    eAudioInParams,          // eAudioInParams_type, set, get.

    eAudioInMax
}AUDIOIN_SET_ID;

//  To get extended error information about a failed test,
//  use property BOARDINFO_SET, ebiLastErrorInfoString. 
typedef enum {
    /** ehwTestMpegDecoderInitialize does the minimum required to
    initialize testing
    */
    ehwTestMpegDecoderInitialize = 0,
    /** ehwTestMpegDecoderRegisters test registers read/write 
    */
    ehwTestMpegDecoderRegisters,
    /** ehwTestMpegDecoderProgramMemory test internal program memory
    */
    ehwTestMpegDecoderProgramMemory,
    /** ehwTestMpegDecoderDataMemory test internal data memory
    */
    ehwTestMpegDecoderDataMemory,
    /** ehwTestDramSlave test entire Dram using slave channel
    */
    ehwTestDramSlave,
    /** ehwTestDramMaster test entire Dram using master channel
    */
    ehwTestDramMaster,

    ehwTestMax
}HARDWARE_TEST_SET_ID;

/*****************************************************************************/
/*********************** Do not define SET_IDs above this limit **************/
/*****************************************************************************/

#ifndef KSPROPERTY_TYPE_GET
#define KSPROPERTY_TYPE_GET    0x00000001
#define KSPROPERTY_TYPE_SET    0x00000002
#endif

#define HWLIB_INTERFACE struct
#define HWLIB_BEGIN_INTERFACE
#define HWLIB_END_INTERFACE
typedef ULONG QIID;

/************** start common defines in mpegcmn.h & rm84cmn.h ****************/
#ifndef _MPEGCMN_H

// MpegAttrAudioMode; Audio modes defined also in impeg32, hardware.h
#define AUDIO_MODE_STEREO                  0
#define AUDIO_MODE_RIGHT_ONLY              1
#define AUDIO_MODE_LEFT_ONLY               2
#define AUDIO_MODE_MONOMIX                 3

// MpegAttrVideoMode flags
#define MPEG_ATTRIBUTE_VIDEO_COMPONENT     0
#define MPEG_ATTRIBUTE_VIDEO_PAL           1
#define MPEG_ATTRIBUTE_VIDEO_NTSC          2
#define MPEG_ATTRIBUTE_VIDEO_SECAM         3
#define MPEG_ATTRIBUTE_VIDEO_MAC           4
#define MPEG_ATTRIBUTE_VIDEO_AUTO          5

//    MpegAttrOverlayFlags
#define OVERLAY_FLAGS_MASK            0x004F
#define VIDEO_ZOOM_ENABLE             0x0001
#define VIDEO_TV_DEST_ENABLE          0x0002
#define VIDEO_HDTV_DEST_ENABLE        0x0004
#define OSD_VIDEO_INDEPENDENT_DEST    0x0008
#define SPECIAL_IGS_STANDARD          0x0040

// MpegAttrForcedProgressive flags
#define BROADCASTED_VIDEO             0x0200
#define DVD_VIDEO                     0x0000
#define FORCED_PROGRESSIVE_OFF        0x0100    // display progressive or interlaced like in the video stream
#define FORCED_PROGRESSIVE_ON         0x0000    // display only progressive if the stream switches very fast from interlaced to progressive
#define PROGRESSIVE_ALWAYS            0x0080
#define PROGRESSIVE_MOVIES            0x0000
#define FRAME_DROP                    0x0040
#define FIELD_DROP                    0x0000
#define VGA_INTERLACED                0x0002
#define VGA_PROGRESSIVE               0x0000

// MpegAttrHardwareInfo1 flags
#define DARK_COLOR_LETTERBOX          0x0001    // hwDecoder is Quasar1 - letterbox bug
#define VGA_CABLE_NOT_CONNECTED       0x0002    // VGA cable is not connected for analog overlay boards

#define TV_DACS_ENABLE                0x0000    // default behaviour - disabled after HwReset, enabled when playing
#define TV_DACS_DISABLE               0x0100    // force TvDacs disabled 

#define SET_ONETOONE        0x0000
#define SET_SCALE           0x0004
#define SET_TV_AS_SOURCE    0x0010
#define SET_TV_AS_USER      0x0000

#define SCART_MASK          0x0003
#define SCART_DISABLE       0x0000
#define SCART_COMPOSITE     0x0001
#define SCART_RGB           0x0003

#define VIDEOOUT_MASK       0x0021
#define SET_VGA             0x0000
#define SET_TV              0x0001
#define SET_HDTV            0x0020

#define STANDARDTV_MASK     0x010A
#define SET_NTSC            0x0000
#define SET_PAL             0x0002
#define SET_PAL60           0x0008
#define SET_PALM            0x000A
#define SET_480P            0x0100    // used only for Vga scan conversion

#define COMPONENT_MASK      0x02C0
#define COMPOSITE           0x0000
#define COMPONENT_YUV       0x0080
#define COMPONENT_RGB       0x00C0
#define OUTPUT_OFF          0x0040
#define COMPONENT_RGB_SCART 0x0200

#define AUDIO_FORMAT_MPEG1       1
#define AUDIO_FORMAT_MPEG2       2
#define AUDIO_FORMAT_AC3         3
#define AUDIO_FORMAT_PCM         4
#define AUDIO_FORMAT_DTS         5
#define AUDIO_FORMAT_DVD_AUDIO   6
#define AUDIO_FORMAT_REVERSE_PCM 7
#define AUDIO_FORMAT_AAC         8

#define VIDEO_ASPECT_RATIO_4_3   2
#define VIDEO_ASPECT_RATIO_16_9  3

#define MPEG_ATTRIBUTE_VIDEO_PAL  1
#define MPEG_ATTRIBUTE_VIDEO_NTSC 2

#define VIDEO_OUTPUT_MODE_NORMAL_OR_WIDE 0
#define VIDEO_OUTPUT_MODE_PAN_SCAN       1
#define VIDEO_OUTPUT_MODE_LETTERBOX      2
#define VIDEO_OUTPUT_MODE_HORZCENTER     3
#define VIDEO_OUTPUT_MODE_VERTCENTER     4

// flags used to enable/disable the hardware audio outputs
#define AUDIO_DAC_ENABLE      0x0001
#define AUDIO_DAC_DISABLE     0x0000
#define AUDIO_SPDIF_ENABLE    0x0002
#define AUDIO_SPDIF_DISABLE   0x0000

#define AUDIO_OUTPUT_STEREO   0
#define AUDIO_OUTPUT_AC3DTS   1

// MpegAttrCapabilities
// Values must same as FMP_CAPABILITY_xxx

// An analog overlay is present and a border adjustment utility is needed
// in order to be able to adjust the overlay to the VGA resolution.
#define MPEG_CAPABILITY_BORDER_ADJUST            0x00000001

// Every key color can be independantly ajusted. This is only used when 
// an analog overlay is used.
#define MPEG_CAPABILITY_KEYCOLOR_ADJUST          0x00000002

// Brightness, contrast and saturation can be adjusted
#define MPEG_CAPABILITY_BSC_ADJUST               0x00000004

// The analog overlay supports auto-calibration
#define MPEG_CAPABILITY_AUTO_CALIBRATE           0x00000008

// Mpeg4 capability
#define MPEG_CAPABILITY_MPEG4_DECODE             0x00000010

// Gamma correction can be adjusted
#define MPEG_CAPABILITY_GAMMA_ADJUST             0x00000020

// set if analog cable is connected
#define MPEG_CAPABILITY_ANALOG_CABLE_CONNECTED   0x00000040

// set if digital (feature)) cable is connected
#define MPEG_CAPABILITY_DIGITAL_CABLE_CONNECTED  0x00000080

// The hardware can play DVD titles
#define MPEG_CAPABILITY_DVD_CAN_PLAY             0x00000100

//?????
#define MPEG_CAPABILITY_ASPECT_RATIO             0x00000200

// The video can be displayed on the VGA monitor. Note that it might
// also be possible to display it on TV when MPEG_CAPABILITY_TV_OUTPUT
// is set but it may not be possible at the same time. Use the flag
// MPEG_CAPABILITY_VGA_AND_TV to find if this is possible.
#define MPEG_CAPABILITY_VGA_WINDOW               0x00000400

// Indicates that hardware decryption is supported by the hardware
#define MPEG_CAPABILITY_DVD_DECRYPTION           0x00000800

// Used by DVD station to know if the video source size can change
// depending on the VGA alignement. This is to determine the default DVD
// station window size and to prevent scaling (and therefore video
// artifacts) when scale is 1:1.
#define MPEG_CAPABILITY_SRC_CHANGE               0x00001000

// Indicates that the hardware supports Frame Fast Forward
#define MPEG_CAPABILITY_FRAME_FF                 0x00002000

// The video can be displayed on TV. Note that it might also be possible
// to display the video on VGA when the flag MPEG_CAPABILITY_VGA_WINDOW
// is set but it may not be possible at the same time. Use the flag
// MPEG_CAPABILITY_VGA_AND_TV to find if this is possible.
#define MPEG_CAPABILITY_TV_OUTPUT                0x00004000

// Indicates that the video can be displayed both on TV and VGA. When this
// flag is set, both flag MPEG_CAPABILITY_VGA_WINDOW and 
// MPEG_CAPABILITY_TV_OUTPUT needs to be set. This capability can change
// in real time depending on the TV output format set using MpegAttrVideoTv.
// Therefore, every time DVD station changes the TV output format to
// PAL or NTSC with or without scale, it needs to verify this flag.
#define MPEG_CAPABILITY_VGA_AND_TV               0x00008000

// Indicates that the TV supports PAL 60, Note that this flag is invalid when
// MPEG_CAPABILITY_TV_OUTPUT is not set. Note also that PAL60 can only be used
// when source is NTSC unless MPEG_CAPABILITY_PAL_NTSC_CONVERT is set. This
// capability does not concern VGA.
#define MPEG_CAPABILITY_PAL60                    0x00010000

// Indicates th