emhwlib_globaltypes.h

来自「SigmDesign SMP8634 media decode chip dev」· C头文件 代码 · 共 1,832 行 · 第 1/4 页

};

enum PcmCdaChannelAssign_type {
	// according to C.1-1 table
	// 1st digit after PcmCda represents nchannels
	PcmCda1_C = 0,        // 0x00

	PcmCda2_LR,           // 0x01
	PcmCda3_LfRfS,        // 0x02
	PcmCda4_LfRfLsRs,     // 0x03
	PcmCda3_LfRfLfe,      // 0x04
	PcmCda4_LfRfLfeS,     // 0x05
	PcmCda5_LfRfLfeLsRs,  // 0x06
	PcmCda3_LfRfC,        // 0x07
	PcmCda4_LfRfCS,       // 0x08
	PcmCda5_LfRfCLsRs,    // 0x09
	PcmCda4_LfRfCLfe,     // 0x0a
	PcmCda5_LfRfCLfeS,    // 0x0b
	PcmCda6_LfRfCLfeLsRs, // 0x0c

	PcmCda5_LfRfLsRsLfe = 0x12,// 0x12
	PcmCda5_LfRfLsRsC,    // 0x13
	PcmCda6_LfRfLsRsCLfe, // 0x14
};

/** Disable SPDIF or selects between uncompressed and compressed.@note @li Some formats such as MPEG and AAC can only play uncompressed. */
enum OutputSpdif_type {
	/** SPDIF output is disabled. Stream is decoded - when decoder available - and sent to I2S. */
	OutputSpdif_Disable = 0,
	/** SPDIF output is compressed whenever possible (AC3, DTS...). MPEG or AAC will not be sent compressed over SPDIF. Stream is decoded - when decoder available - and sent to I2S. */
	OutputSpdif_Compressed = 1,
	/** SPDIF output consists in 2 channels PCM. Stream is decoded - when decoder available - and sent to I2S. @note @li Use codec dependent settings for additional options such as surround */
	OutputSpdif_Uncompressed = 3,
	/** SPDIF output is compressed whenever possible (AC3, DTS...), audio not decoded at all (I2S is blank). */
	OutputSpdif_NoDecodeCompressed = 5
};

/*
  Note: Please verify it with audio.global.h in /ucode_lib/ucode/audio/commmo_new
 */
enum AudioChannelAssignment_type {
	Audio_Ch_ASSI_DUAL = 0,		//DUAL    (LR,1+1)
	Audio_Ch_ASSI_C,			//MODE10  (C,1/0)
	Audio_Ch_ASSI_LR,			//MODE20  (L, R, 2/0) 
	Audio_Ch_ASSI_LCR,			//MODE30  (L, C, R, 3/0)
	Audio_Ch_ASSI_LRS,			//MODE21  (L, R, S, 2/1)
	Audio_Ch_ASSI_LCRS,			//MODE31  (L, C, R, S, 3/1)
	Audio_Ch_ASSI_LRLsRs,		//MODE22  (L, R, Ls, Rs, 2/2)
	Audio_Ch_ASSI_LCRLsRs,		//MODE32  (L, C, R, Ls, Rs, 3/2)
	Audio_Ch_ASSI_LCRLsRsLssRss,//MODE322 (L, C, R, Ls, Rs, Lss, Rss, 3/2/2)
	Audio_Ch_ASSI_LCRLssRss,	//MODE302 (L, C, R, Lss, Rss, 3/0/2)	
	Audio_Ch_ASSI_LCRLsRsSs,	//MODE321 (L, C, R, Ls, Rs, Ss, 3/2/1)
	Audio_Ch_ASSI_LRLsRsLssRss,	//MODE222 (L, R, Ls, Rs, Lss, Rss, 2/2/2)
	AUDIO_Ch_ASSI_LCRCs,		//MODE301 (L, C, R, Cs)
	AUDIO_Ch_ASSI_LRLssRss,		//MODE202 (L, R, Lss, Rss)
	AUDIO_Ch_ASSI_LRLsRsCs,		//MODE221 (L, R, Ls, Rs, Cs)
	Audio_Ch_ASSI_NOT_SUPPORTED	//(Not supported)
};

// Reporting audio decoding status.
struct AudioDecoderInfo {
	RMuint32 CodecID;			// Decoder ID
	RMuint32 SampleRate;		// Audio source sample rate
	RMuint32 ChannelNumber;		// Channle Number
	RMuint32 SampleCount;		// decoded sample count
	RMuint32 ByteCount;			// Consumed byte count
	RMuint32 ErrorCount;		// Number of error happened.
	RMuint32 BassMode;
	RMuint32 SpeakerConfig;	
	RMuint32 lfe;
	RMuint32 DualMode;
	RMuint32 SpdifMode;
	enum AudioChannelAssignment_type ChannelAssignment; // enum AudioChannelAssignment_type
	RMuint32 SkippedFrameCount;
};

struct auxiliary_data_type1 {
	RMuint32 data[4];
};

/* struct EMhwlibCopyControlWithVersion is used for RMGenericPropertyID_CopyControl property that replaces
  RMGenericPropertyID_MacrovisionLevel and RMGenericPropertyID_CGMSA.
  RMGenericPropertyID_MacrovisionLevel sets agc_level and the aps of line20, line21_xds with the same value.
  New requirements ask for different levels for agc and aps for line 20, 21_xds.
  Also macrovision changed the coefficient table for AACS -> need for agc_version.
*/
enum EMhwlibAGCVersion {
	EMhwlibAGCVersion_ConstantBPP = 0,
	EMhwlibAGCVersion_AlternateBPP,
};

/* The EMhwlibCopyControlVersion is added for eventual changes in the future. */
enum EMhwlibCopyControlVersion {
	EMhwlibCopyControlVersion_0 = 0, /* It matches the current EMhwlibCopyControl structure */
};

struct EMhwlibCopyControl {
	/* start for EMhwlibCopyControlVersion_0 */
	enum EMhwlibAGCVersion agc_version;
	RMuint32 agc_level;          /* macrovision pulses 0, 1, 2, 3. Usually is same value as aps. */

	RMuint32 cgmsa;              /* copy generation management system 0, 1, 2, 3. Sent on line 20 and
					in "Copy and Redistribution Control Packet" on line21_xds. */
	RMuint32 aps_level;          /* analog protection system 0, 1, 2, 3. Sent on line 20 and
					in "Copy and Redistribution Control Packet" on line21_xds. */
	RMuint32 rcd;                /* redistribution control descriptor. Sent on line 20 and
					in "Copy and Redistribution Control Packet" on line21_xds. */
	RMuint32 asb;                /* analog source bit. Sent on line 20 and
					in "Copy and Redistribution Control Packet" on line21_xds. */
	/* end for EMhwlibCopyControlVersion_0 */
};

struct EMhwlibCopyControlWithVersion {
	enum EMhwlibCopyControlVersion cci_version;
	struct EMhwlibCopyControl cci;
};

struct SurfaceAspectRatio_type {
	/** picture aspect ratio (default), pixel aspect ratio or display aspect ratio */
	enum EMhwlibAspectRatioType type;
	/** pixel or display aspect ratio of the surface, value ignored when picture aspect ratio is selected as type */
	struct EMhwlibAspectRatio ar;
};

#define NO_TIMER 0xFFFFFFFF
enum Master_type {
	Master_STC = 0,
	Master_Audio
};	

enum StcFilter_type {
	NoFilter = 0,
	/*Filter1,*/
};	

enum CorrectionMethod_type {
	NoCorrection = 0,
	CleanDividerAdjust, 
	VCXOAdjust, 
	/*InternalAutoAdjust,*/ 
};

struct Speed_type {
	RMint32 enumerator;
	RMuint32 denominator;
};

typedef struct {
	RMuint32 Address;
	RMuint32 Size;
} MMBlockArray[256];

enum EMhwlibClosedCaptionType {
	EMhwlibClosedCaptionType_None = 1,
	EMhwlibClosedCaptionType_ATSC,
	EMhwlibClosedCaptionType_DVD,
	EMhwlibClosedCaptionType_SCTE,
	EMhwlibClosedCaptionType_29,
};

struct user_data_context {
#ifndef NO_USER_DATA_REORDERING
#else
	RMuint32 anchor_cc_data[32];
	RMuint32 anchor_cc_pts_hi[32];
	RMuint32 anchor_cc_pts_lo[32];
	RMuint32 anchor_cc_count;
#endif
	enum EMhwlibClosedCaptionType cc_type;
	RMbool afd_done;  // set to TRUE by user data parser, set to FALSE by VideoDecoder
	enum EMhwlibActiveFormat afd;  // active format description, extracted from user data
	RMbool afd_valid;
};

enum DiscontinuityType {
	PcrDiscontinuity = 0,
	/*VideoPtsDiscontinuity,
	AudioPtsDiscontinuity*/
};

enum EMhwlibDataType_type {
	EMhwlibData_TS,            /*  0 - store transport stream as it is */
	EMhwlibData_PSI,           /*  1 - section filtering according 13818-1, 2.4.4. */
	EMhwlibData_TSpayload,     /*  2 - reserved */
	EMhwlibData_VPES,          /*  3 - store video PES packets. Video can have PES_lenght=0 in transport files. */
	EMhwlibData_APES,          /*  4 - store PES packets with PES_lenght not 0.  */
	EMhwlibData_PCR,           /*  5 - used in case of PCR extracted by firmware from PidBank filter.
	                                   The pid must be different than the video pid.
					   The output fifo size can be 0. */
	EMhwlibData_Reserved0,     /*  6 - reserved */
	EMhwlibData_Vpayload_pts,  /*  7 - store payload in output bitstream fifo and PTS in output pts fifo.
					   If pts fifo has size 0, the pts-es are not stored. */
	EMhwlibData_ASpayload_pts, /*  8 - store payload in output bitstream fifo and PTS in output pts fifo.
					   If pts fifo has size 0, the pts-es are not stored. */
	EMhwlibData_RDI,           /*  9 - RDI is used for CPRM PES packets */
	EMhwlibData_Private,       /* 10 - reserved */
	EMhwlibData_DSM_CC,        /* 11 - section filtering according 13818-6, 9.2.3. The only difference
					   between PSI ans DSMCC is that the section_syntax_indicator and
					   the private_indicator should be complement. */
	EMhwlibData_DMB_OD,        /* 12 - reserved */
	EMhwlibData_DMB_BIFS       /* 13 - reserved */
};

enum EMhwlibPidInput_type {
	EMhwlibPid_Ts = 0, /* The TS packets with transport_scrambling_control not null are NOT sent
                              to the outputs if the cipher and the key are not enabled. */
	EMhwlibPid_Ts1     /* the TS packets with transport_scrambling_control not null are sent
                              to the outputs even there is no valid cipher and key. */
};

enum EMhwlibPesInput_type {
	EMhwlibPes_packet = 0, /* The PES packets with scrambling_control not null are NOT sent
                              to the outputs if the cipher and the key are not enabled. */
	EMhwlibPes_packet1     /* the PES packets with scrambling_control not null are sent
                              to the outputs even there is no valid cipher and key. */
};

#define EMHWLIB_OUTPUT_SAMPLES_PROTECTED   1
#define EMHWLIB_PICTURE_PROTECTED          1
#define EMHWLIB_BITSTREAM_PROTECTED        2
#define EMHWLIB_USE_ERASER_FIFO            4

#define EMHWLIB_SPLICING_ENABLE                    1 /* not implemented */
#define EMHWLIB_IGNORE_CONTINUITY_COUNTER_ERROR    2 /* if set the packets with CC error are saved in the output buffers */
#define EMHWLIB_IGNORE_ERROR_INDICATOR             4 /* if set the packets with error are saved in the output buffers */

struct EMhwlibPidEntry_type {
	RMuint16                  pid;        /* 13 bit value */
	enum EMhwlibPidInput_type input_type;
	RMuint32                  flags;      /* reserved bit field for ignore_error_indicator, ignore_continuity_counter, splicing_enable */
};

struct EMhwlibFixedPidEntry_type { /* PAT, CAT, MGT */
	enum EMhwlibPidInput_type input_type;
	RMuint32                  flags;      /* reserved bit field for ignore_error_indicator, ignore_continuity_counter, splicing_enable */
};

struct EMhwlibPCRPidEntry_type {
	RMuint16                  pid;        /* 13 bit value */
	RMuint32                  clock_recovery_id; /* 0 or 1. Selects the hardware clock recovery that extracts the PCR. There are only two blocks for EM8634. */
};

struct EMhwlibPCRPidEntryInfo_type {
	RMuint16                  pid;        /* 13 bit value */
	RMuint32                  clock_recovery_id; /* 0 or 1. Selects the hardware clock recovery that extracts the PCR. There are only two blocks for EM8634. */
	RMbool                    enable;         /* if FALSE the pid entry is ignored */
};

struct EMhwlibPidEntryInfo_type {
	RMuint16                  pid;            /* 13 bit value */
	enum EMhwlibPidInput_type input_type;
	RMuint32                  flags;          /* reserved bit field for ignore_error_indicator, ignore_continuity_counter, splicing_enable */
	RMbool                    enable;         /* if FALSE the pid entry is ignored */
	RMuint32                  output_mask[1]; /* 32 bit mask indicating the output buffers for this pid.*/
	RMuint32                  cipher_mask;    /* indicates what cipher is enabled - bit mask. Only one cipher supported in current implementation. */
	RMuint32                  cipher_index[1];/* indicates what cipher entries from CipherTable is used */
	RMuint32                  channel_id;     /* indicates the stream channel used for filtering */
};

struct EMhwlibPesEntry_type {
	RMuint8                   stream_id;
	RMuint8                   substream_id;
	enum EMhwlibPesInput_type input_type;
	RMbool                    enable;         /* if FALSE the pes entry is ignored */
	RMuint32                  output_mask[1]; /* 32 bit mask indicating the output buffers for this pid.*/
	RMuint32                  cipher_mask;    /* indicates what cipher is enabled - bit mask. Only on cipher supported. */
	RMuint32                  cipher_index[1];/* indicates what cipher is used */
};

struct EMhwlibEntryOutputMask_type {
	RMuint32                  entry_index;
	RMuint32                  output_mask[1]; /* 32 bit mask indicating the output buffers for this pid/pes entry.*/
};

struct EMhwlibOutputMask_type {
	RMuint32	output_mask[1]; /* 32 bit mask indicating the output buffers for this
					   pid/pes entry */
};

enum EMhwlibTimerSync {	/* to replace DemuxProgram_TimerSync_type */
	EMhwlibTimerSync_None,
	
	EMhwlibTimerSync_FirstPcrSetPlayStc,/* First Pcr or Pts encountered after a stop/play sequence is set in stc,video,audio timers associated with the demux program. The timers are activated. */
	EMhwlibTimerSync_PcrUpdateStc,
	EMhwlibTimerSync_FirstPcrSetStc,/* First Pcr or Pts encountered after a stop/play sequence is set in stc,video,audio timers associated with the demux program. */
};

enum EMhwlibTransportPriority_type {
	EMhwlibTransportPriority_Disable = 0, /* default, all the TS packets from pid are parsed by demux */
	EMhwlibTransportPriority_0 = 2,    /* only TS packets with transport priority bit 0 are parsed by demux */
	EMhwlibTransportPriority_1,        /* only TS packets with transport priority bit 1 are parsed by demux */
};

enum EMhwlibDESCipherMode{
	EMhwlibDES_ECB_encryption,
	EMhwlibDES_CBC_encryption,
	EMhwlibDES_OFB_encryption,
	EMhwlibDES_ECB_decryption,
	EMhwlibDES_CBC_decryption,
	EMhwlibDES_OFB_decryption
};

enum EMhwlibDESEncryptedPacketFormat {
	EMhwlibDES_Reserved
};

enum EMhwlibAESCipherMode{
	EMhwlibAES_ECB_decryption,
	EMhwlibAES_ECB_encryption,
	EMhwlibAES_OFB_decryption_encryption,
	EMhwlibAES_CTR_decryption_encryption,
	EMhwlibAES_CBC_decryption,
	EMhwlibAES_CBC_encryption,
	EMhwlibAES_CFB_decryption,
	EMhwlibAES_CFB_encryption,
	EMhwlibAES_AACS_hash_generation,
	EMhwlibAES_VCPS_hash_generation,
	EMhwlibAES_NDS_proprietary
};

enum EMhwlibAESEncryptedPacketFormat {
	EMhwlibAES_UDAC, /* 0 - encryption starting from start of TS payload */
	EMhwlibAES_Synamedia, /* 1 - encryption starting from end of TS payload */
	EMhwlibAES_OFB,
	EMhwlibAES_NSA,
	EMhwlibAES_CipherModes_11 = EMhwlibAES_NSA,
};

enum EMhwlibMulti2CipherMode{
	EMhwlibMulti2_ECB_decryption,
	EMhwlibMulti2_CBC_decryption,
	EMhwlibMulti2_OFB_decryption,
	EMhwlibMulti2_CFB_decryption,
	EMhwlibMulti2_ECB_encryption,
	EMhwlibMulti2_CBC_encryption,
	EMhwlibMulti2_OFB_encryption,
	EMhwlibMulti2_CFB_encryption
};

enum EMhwlibC2CipherMode{
	EMhwlibC2_ECB_decryption,
	EMhwlibC2_CBC_decryption,
	EMhwlibC2_ECB_encryption,
	EMhwlibC2_CBC_encryption
};

enum EMhwlibCipher {
	EMhwlibCipher_DES,    /* 0 */
	EMhwlibCipher_AES,    /* 1 */
	EMhwlibCipher_RC4,    /* 2 */
	EMhwlibCipher_DVD,    /* 3 */
	EMhwlibCipher_Multi2, /* 4 */
	EMhwlibCipher_DVBCSA, /* 5 */
	EMhwlibCipher_C2      /* 6 */
};


enum EMhwlibScramblingBits{
	EMhwlibScramblingBits_None,      /* key is not applied */
	EMhwlibScramblingBits_10_11,     /* mid cipher key is applied when packets have scrambling bits == 10, 11 */
	EMhwlibScramblingBits_10,        /* mid cipher key is applied when packets have scrambling bits == 10 */
	EMhwlibScramblingBits_11,        /* mid cipher key is applied when packets have scrambling bits == 11 */
	EMhwlibScramblingBits_PreCipher, /* pre cipher key is applied for all the incoming data */
};

enum EMhwlibInbandOffset{
	EMhwlibInbandOffset_Ignore,	/* emhwlib byte counter is used as bytecounter for inband */
	EMhwlibInbandOffset_Relative,	/* the offset is added to emhwlib byte counter and used as bytecounter for inband */
	EMhwlibInbandOffset_Absolute	/* the offset is used as bytecounter for inband */
};

/* Video codec profiles */

/*
  Jpeg profile are defined as EMhwlibJPEGProfile_XYZW
  where X, Y, Z, W are:
  X: luma horizontal sampling factor
  Y: luma vertical sampling factor
  Z: chroma horizontal sampling factor
  W: chroma vertical sampling factor
*/

enum EMhwlibJPEGProfile{
	/* 
	   the value of the labels is explicited here because
	   the sample apps (play_video) ask the user to input
	   the profile directly by its value
	*/
	EMhwlibJPEGProfile_Unknown = 0,      /* This is what application passes when it does not know the profile */
	EMhwlibJPEGProfile_2222 = 2222,      /*444*/
	EMhwlibJPEGProfile_2212 = 2212,      /*422*/
	EMhwlibJPEGProfile_2211 = 2211,      /*420*/
	EMhwlibJPEGProfile_2111 = 2111,      /*ucode's 422h*/
	EMhwlibJPEGProfile_2221 = 2221,      /*ucode's 422rot*/
	EMhwlibJPEGProfile_1211 = 1211,      /*ucode's 422hrot*/
};

#define EMhwlib_H264_BaselineProfile   0
#define EMhwlib_H264_MainProfile       1
#define EMhwlib_H264_ExtendedProfile   2
#define EMhwlib_H264_MaxProfile       EMhwlib_H264_ExtendedProfile


/* DEPRECATED LABELS, USE THE ONES IN enum EMhwlibJPEGProfile */
#define EMhwlib_JPEG_Invalid_Profile  0xff
#define EMhwlib_JPEG_420_Profile      EMhwlibJPEGProfile_2211
#define EMhwlib_JPEG_422_Profile      EMhwlibJPEGProfile_2221
#define EMhwlib_JPEG_444_Profile      EMhwlibJPEGProfile_2222
#define EMhwlib_JPEG_Max_Profile      EMhwlibJPEGProfile_2221

#define EMhwlib_JPEG_is_422(x)  ( (x)== EMhwlibJPEGProfile_2212    \
				       || (x)==EMhwlibJPEGProfile_2111  \
				       || (x)==EMhwlibJPEGProfile_2221  \
				       || (x)==EMhwlibJPEGProfile_1211 )


/* Video codec levels */
#define EMhwlib_H264_Level_1   0  /*   qcif */
#define EMhwlib_H264_Level_11  1  /*    cif */
#define EMhwlib_H264_Level_12  2  /*    cif */
#define EMhwlib_H264_Level_13  3  /*    cif */
#define EMhwlib_H264_Level_2   4  /*    cif */
#define EMhwlib_H264_Level_21  5  /* halfD1 */
#define EMhwlib_H264_Level_22  6  /*     D1 */
#define EMhwlib_H264_Level_3   7  /*     D1 */
#define EMhwlib_H264_Level_31  8  /*   720p */
#define EMhwlib_H264_Level_32  9  /*   ???? */
#define EMhwlib_H264_Level_4  10  /*   1080 */
#define EMhwlib_H264_Level_41 11  /*   1080 */
#define EMhwlib_H264_Level_42 12  /*   1080 */
#define EMhwlib_H264_Level_5  13  /*   ???? */
#define EMhwlib_H264_Level_51 14  /*   ???? */
#define EMhwlib_H264_MaxLevel EMhwlib_H264_Level_51

enum EMhwlibVideoCodec{
	EMhwlibVideoCodec_MPEG2 = 1,
	EMhwlibVideoCodec_MPEG4,
	EMhwlibVideoCodec_MPEG4_Padding,
	EMhwlibVideoCodec_DIVX3,
	EMhwlibVideoCodec_VC1,
	EMhwlibVideoCodec_WMV,
	EMhwlibVideoCodec_H264,
	EMhwlibJPEGCodec,
	EMhwlibDVDSpuCodec,
	EMhwlibBDRLECodec,
};

struct ConnectToDemuxOutput_in_type {
	RMuint32 demux_output_module_id;
	RMuint32 demux_output_bts_fifo;
};
struct ConnectToDemuxOutput_out_type {
	RMuint32 decoder_stc_module_id;
	RMuint32 decoder_pts_fifo; /* pts_fifo is followed by inband fifo*/
};

struct VideoDecoder_NextPicture_type {
	struct EMhwlibNewPicture Picture;