hisilicon

package module
v0.0.0-...-4d03816 Latest Latest
Warning

This package is not in the latest version of its module.

 Go to latest Published: Aug 27, 2018 License: GPL-3.0 Imports: 9 Imported by: 0

README

Hisilicon API for Golang

This code is based on source for SoC Hi3798Cv200.

NOTE: The compatibility with old and new SoC's is possible.

Example

package main

import (
	"fmt"

	hiapi "github.com/leandrotsampa/hisilicon"
)

func main() {
	if _, err := hiapi.HI_UNF_IR_Init(); err != nil {
		panic(err)
	}
	if _, err := hiapi.HI_UNF_IR_EnableRepKey(hiapi.HI_TRUE); err != nil {
		panic(err)
	}

	for {
		if key, err := hiapi.HI_UNF_IR_GetValueWithProtocol(200); err == nil {
			var status string
			switch key.StatusKey {
			case hiapi.HI_UNF_KEY_STATUS_DOWN:
				status = "DOWN"
			case hiapi.HI_UNF_KEY_STATUS_HOLD:
				status = "HOLD"
			case hiapi.HI_UNF_KEY_STATUS_UP:
				status = "UP"
			default:
				status = "Unknown"
			}

			fmt.Printf("Received Key: %#x, %s,\tProtocol: %s.\n", key.Lower, status, key.ProtocolName)
		}
	}

	hiapi.HI_UNF_IR_DeInit()
}

Installing

Using go get
$ go get github.com/leandrotsampa/hisilicon

After this command hisilicon is ready to use. Its source will be in:

$GOPATH/src/pkg/github.com/leandrotsampa/hisilicon

You can use go get -u to update the package.

Hisilicon API Porting Status
  • ADEC
  • ADVCA
  • AENC
  • AI
  • AO
  • AVPLAY
  • CI
  • CIPHER
  • DEMUX
  • FRONTEND
  • GFX2D
  • GPIO
  • GPU
  • HDCP
  • HDMI
  • HDMIRX
  • HIGO
  • I2C
  • IR
  • JPEG
  • JPGE
  • KEYLED
  • MCE
  • OMX
  • OTP
  • PDM
  • PM
  • PNG
  • PQ
  • PVR
  • PWM
  • SCI
  • SPI
  • SYNC
  • TDE
  • VDEC
  • VENC
  • VI
  • VO
  • WDG

Documentation

Index

Constants

View Source 
const (
	HI_UNF_DMX_TSO_SERIAL_BIT_0    HI_UNF_DMX_TSO_SERIAL_BIT_E = 0x0 /* Serial output data using data[0] as signal line */
	HI_UNF_DMX_TSO_SERIAL_BIT_7                                = 0x7 /* Serial output data using data[7] as signal line */
	HI_UNF_DMX_TSO_SERIAL_BIT_BUTT                             = 0x8
)
View Source 
const (
	HI_UNF_DMX_CHAN_CC_REPEAT_MODE_RSV  HI_UNF_DMX_CHAN_CC_REPEAT_MODE_E = 0x0 /* Receive CC repeat ts packet */
	HI_UNF_DMX_CHAN_CC_REPEAT_MODE_DROP                                  = 0x1 /* Drop CC repeat ts packet */
	HI_UNF_DMX_CHAN_CC_REPEAT_MODE_BUTT                                  = -1
)
View Source 
const (
	HI_SUCCESS                  HI_U32 = (0)
	HI_FAILURE                  HI_S32 = (-1)
	HI_INVALID_HANDLE           HI_U32 = (0xffffffff)
	HI_INVALID_PTS              HI_U32 = (0xffffffff)
	HI_INVALID_TIME             HI_U32 = (0xffffffff)
	HI_ERR_DISP_DEV_NOT_EXIST   HI_U32 = (0x80100001)
	HI_ERR_DISP_NOT_DEV_FILE    HI_U32 = (0x80100002)
	HI_ERR_DISP_DEV_OPEN_ERR    HI_U32 = (0x80100003)
	HI_ERR_DISP_DEV_CLOSE_ERR   HI_U32 = (0x80100004)
	HI_ERR_DISP_NULL_PTR        HI_U32 = (0x80100005)
	HI_ERR_DISP_NO_INIT         HI_U32 = (0x80100006)
	HI_ERR_DISP_INVALID_PARA    HI_U32 = (0x80100007)
	HI_ERR_DISP_CREATE_ERR      HI_U32 = (0x80100008)
	HI_ERR_DISP_DESTROY_ERR     HI_U32 = (0x80100009)
	HI_ERR_DISP_NOT_EXIST       HI_U32 = (0x8010000A)
	HI_ERR_DISP_INVALID_OPT     HI_U32 = (0x8010000B)
	HI_ERR_DISP_NOT_SUPPORT_FMT HI_U32 = (0x8010000C)
	HI_ERR_DISP_NOT_OPEN        HI_U32 = (0x8010000D)
	HI_ERR_DISP_SRC_UNAVAILABLE HI_U32 = (0x8010000E)
	HI_ERR_DISP_NOT_SUPPORT     HI_U32 = (0x8010000F)
	HI_ERR_DISP_MALLOC_FAILED   HI_U32 = (0x80100010)
	HI_ERR_DISP_UNKNOWN         HI_U32 = (0x801000FF)
	HI_ERR_DISP_TIMEOUT         HI_U32 = (0x801000F1)
	HI_ERR_DISP_MALLOC_MAP_ERR  HI_U32 = (0x801000F2)

	HI_ERR_VO_DEV_NOT_EXIST           HI_U32 = (0x80110001)
	HI_ERR_VO_NOT_DEV_FILE            HI_U32 = (0x80110002)
	HI_ERR_VO_DEV_OPEN_ERR            HI_U32 = (0x80110003)
	HI_ERR_VO_DEV_CLOSE_ERR           HI_U32 = (0x80110004)
	HI_ERR_VO_NULL_PTR                HI_U32 = (0x80110005)
	HI_ERR_VO_NO_INIT                 HI_U32 = (0x80110006)
	HI_ERR_VO_INVALID_PARA            HI_U32 = (0x80110007)
	HI_ERR_VO_CREATE_ERR              HI_U32 = (0x80110008)
	HI_ERR_VO_DESTROY_ERR             HI_U32 = (0x80110009)
	HI_ERR_VO_NOT_EXIST               HI_U32 = (0x80110010)
	HI_ERR_VO_INVALID_OPT             HI_U32 = (0x80110030)
	HI_ERR_VO_WIN_NOT_EXIST           HI_U32 = (0x80110040)
	HI_ERR_VO_WIN_NOT_ENABLE          HI_U32 = (0x80110041)
	HI_ERR_VO_WIN_UNSUPPORT           HI_U32 = (0x80110042)
	HI_ERR_VO_TIMEOUT                 HI_U32 = (0x80110043)
	HI_ERR_VO_OPERATION_DENIED        HI_U32 = (0x80110044)
	HI_ERR_VO_SLAVE_WIN_LOST          HI_U32 = (0x80110045)
	HI_ERR_VO_FRAME_INFO_ERROR        HI_U32 = (0x80110046)
	HI_ERR_VO_FRAME_RELEASE_FAILED    HI_U32 = (0x80110047)
	HI_ERR_VO_NO_FRAME_TO_RELEASE     HI_U32 = (0x80110048)
	HI_ERR_VO_ADD_PROC_ERR            HI_U32 = (0x80110049)
	HI_ERR_VO_MALLOC_FAILED           HI_U32 = (0x80110050)
	HI_ERR_VO_DEPEND_DEVICE_NOT_READY HI_U32 = (0x80110051)
	HI_ERR_VO_BUFQUE_FULL             HI_U32 = (0x80110052)
	HI_ERR_VO_BUFQUE_EMPTY            HI_U32 = (0x80110053)
	HI_ERR_VO_NO_SOURCE               HI_U32 = (0x80110054)

	HI_ERR_VDEC_NOT_OPEN               HI_U32 = (0x80120001)
	HI_ERR_VDEC_INVALID_PARA           HI_U32 = (0x80120002)
	HI_ERR_VDEC_NULL_PTR               HI_U32 = (0x80120003)
	HI_ERR_VDEC_NOT_SUPPORT            HI_U32 = (0x80120004)
	HI_ERR_VDEC_TIMEOUT                HI_U32 = (0x80120005)
	HI_ERR_VDEC_MALLOC_FAILED          HI_U32 = (0x80120044)
	HI_ERR_VDEC_CREATECH_FAILED        HI_U32 = (0x80120047)
	HI_ERR_VDEC_DESTROYCH_FAILED       HI_U32 = (0x80120048)
	HI_ERR_VDEC_INVALID_CHANID         HI_U32 = (0x80120049)
	HI_ERR_VDEC_RESETCH_FAILED         HI_U32 = (0x80120050)
	HI_ERR_VDEC_SETATTR_FAILED         HI_U32 = (0x80120051)
	HI_ERR_VDEC_GETATTR_FAILED         HI_U32 = (0x80120052)
	HI_ERR_VDEC_SENDSTREAM_FAILED      HI_U32 = (0x80120053)
	HI_ERR_VDEC_RECEIVE_FAILED         HI_U32 = (0x80120054)
	HI_ERR_VDEC_DISCARD_PRIDATA        HI_U32 = (0x80120055)
	HI_ERR_VDEC_RELEASEFRAME_FAILED    HI_U32 = (0x80120056)
	HI_ERR_VDEC_RELEASEPRI_FAILED      HI_U32 = (0x80120057)
	HI_ERR_VDEC_NOT_INIT               HI_U32 = (0x80120059)
	HI_ERR_VDEC_USERCOPY_ERR           HI_U32 = (0x8012005A)
	HI_ERR_VDEC_LIST_EMPTY             HI_U32 = (0x8012005B)
	HI_ERR_VDEC_INVALID_STATE          HI_U32 = (0x8012005C)
	HI_ERR_VDEC_NOT_ENABLE             HI_U32 = (0x80120060)
	HI_ERR_VDEC_BUFFER_NOT_ATTACH      HI_U32 = (0x80120061)
	HI_ERR_VDEC_BUFFER_REQUIRE_INVALID HI_U32 = (0x80120062)
	HI_ERR_VDEC_BUFFER_ATTACHED        HI_U32 = (0x80120063)
	HI_ERR_VDEC_BUFFER_FULL            HI_U32 = (0x80120064)

	HI_ERR_AO_NOT_INIT            HI_U32 = (0x80130001)
	HI_ERR_AO_INVALID_PARA        HI_U32 = (0x80130002)
	HI_ERR_AO_NULL_PTR            HI_U32 = (0x80130003)
	HI_ERR_AO_INVALID_ID          HI_U32 = (0x80130004)
	HI_ERR_AO_USED                HI_U32 = (0x80130005)
	HI_ERR_AO_NOTSUPPORT          HI_U32 = (0x80130006)
	HI_ERR_AO_USERCOPY_ERR        HI_U32 = (0x80130007)
	HI_ERR_AO_SOUND_NOT_OPEN      HI_U32 = (0x80130008)
	HI_ERR_AO_DEV_NOT_OPEN        HI_U32 = (0x80130041)
	HI_ERR_AO_CREATE_FAIL         HI_U32 = (0x80130042)
	HI_ERR_AO_OUT_BUF_FULL        HI_U32 = (0x80130046)
	HI_ERR_AO_INVALID_OUTFRAME    HI_U32 = (0x80130047)
	HI_ERR_AO_DATASIZE_EXCEED     HI_U32 = (0x80130048)
	HI_ERR_AO_INVALID_INFRAME     HI_U32 = (0x80130049)
	HI_ERR_AO_INBUF_EMPTY         HI_U32 = (0x8013004a)
	HI_ERR_AO_INVALID_PORT        HI_U32 = (0x8013004c)
	HI_ERR_AO_SENDMUTE            HI_U32 = (0x8013004d)
	HI_ERR_AO_VIRTUALBUF_EMPTY    HI_U32 = (0x8013004e)
	HI_ERR_AO_PAUSE_STATE         HI_U32 = (0x8013004f)
	HI_ERR_AO_OUTPORT_NOT_ATTATCH HI_U32 = (0x80130050)
	HI_ERR_AO_CAST_TIMEOUT        HI_U32 = (0x80130051)

	HI_ERR_ADEC_DEV_NOT_OPEN   HI_U32 = (0x80140001)
	HI_ERR_ADEC_INVALID_PARA   HI_U32 = (0x80140002)
	HI_ERR_ADEC_NULL_PTR       HI_U32 = (0x80140003)
	HI_ERR_ADEC_IN_BUF_FULL    HI_U32 = (0x80140004)
	HI_ERR_ADEC_OUT_BUF_EMPTY  HI_U32 = (0x80140005)
	HI_ERR_ADEC_OUT_VOLUME     HI_U32 = (0x80140006)
	HI_ERR_ADEC_IN_PTSBUF_FULL HI_U32 = (0x80140007)

	HI_ERR_DMX_NOT_INIT               HI_U32 = (0x80150001)
	HI_ERR_DMX_INVALID_PARA           HI_U32 = (0x80150002)
	HI_ERR_DMX_NULL_PTR               HI_U32 = (0x80150003)
	HI_ERR_DMX_NOT_SUPPORT            HI_U32 = (0x80150004)
	HI_ERR_DMX_TIMEOUT                HI_U32 = (0x80150005)
	HI_ERR_DMX_ALLOC_MEM_FAILED       HI_U32 = (0x80150006)
	HI_ERR_DMX_BUSY                   HI_U32 = (0x80150007)
	HI_ERR_DMX_NOATTACH_PORT          HI_U32 = (0x80150008)
	HI_ERR_DMX_ATTACHED_PORT          HI_U32 = (0x80150009)
	HI_ERR_DMX_RECREAT_TSBUFFER       HI_U32 = (0x8015000a)
	HI_ERR_DMX_UNMATCH_CHAN           HI_U32 = (0x8015000b)
	HI_ERR_DMX_NOFREE_CHAN            HI_U32 = (0x8015000c)
	HI_ERR_DMX_OPENING_CHAN           HI_U32 = (0x8015000d)
	HI_ERR_DMX_NOT_OPEN_CHAN          HI_U32 = (0x8015000e)
	HI_ERR_DMX_ATTACHED_FILTER        HI_U32 = (0x8015000f)
	HI_ERR_DMX_NOATTACH_FILTER        HI_U32 = (0x80150010)
	HI_ERR_DMX_UNMATCH_FILTER         HI_U32 = (0x80150011)
	HI_ERR_DMX_NOFREE_FILTER          HI_U32 = (0x80150012)
	HI_ERR_DMX_NOATTACH_KEY           HI_U32 = (0x80150013)
	HI_ERR_DMX_UNMATCH_KEY            HI_U32 = (0x80150014)
	HI_ERR_DMX_NOFREE_KEY             HI_U32 = (0x80150015)
	HI_ERR_DMX_ATTACHED_KEY           HI_U32 = (0x80150016)
	HI_ERR_DMX_NOAVAILABLE_BUF        HI_U32 = (0x80150017)
	HI_ERR_DMX_NOAVAILABLE_DATA       HI_U32 = (0x80150018)
	HI_ERR_DMX_REACQUIRE_BUF          HI_U32 = (0x80150019)
	HI_ERR_DMX_OCCUPIED_PID           HI_U32 = (0x80150020)
	HI_ERR_DMX_MMAP_FAILED            HI_U32 = (0x80150021)
	HI_ERR_DMX_MUNMAP_FAILED          HI_U32 = (0x80150022)
	HI_ERR_DMX_EMPTY_BUFFER           HI_U32 = (0x80150023)
	HI_ERR_DMX_OVERFLOW_BUFFER        HI_U32 = (0x80150024)
	HI_ERR_DMX_NOT_START_REC_CHAN     HI_U32 = (0x80150030)
	HI_ERR_DMX_STARTING_REC_CHAN      HI_U32 = (0x80150031)
	HI_ERR_DMX_NOAVAILABLE_EXCLUDEPID HI_U32 = (0x80150032)
	HI_ERR_DMX_NOAVAILABLE_TAG_PORT   HI_U32 = (0x80150033)
	HI_ERR_NOT_SUPPORT_TAGDEAL        HI_U32 = (0x80150034)
	HI_ERR_DMX_REC_BUFNOTMATCH        HI_U32 = (0x80150035)
	HI_ERR_DMX_INVALID_REC_CHAN       HI_U32 = (0x80150036)
	HI_ERR_DMX_BUSY_CHAN              HI_U32 = (0x80150037)
	HI_ERR_DMX_BUSY_FILTER            HI_U32 = (0x80150038)
	HI_ERR_DMX_BUSY_KEY               HI_U32 = (0x80150039)
	HI_ERR_DMX_BUSY_REC               HI_U32 = (0x8015003A)

	HI_ERR_VI_NO_INIT          HI_U32 = (0x801A0001)
	HI_ERR_VI_INVALID_PARA     HI_U32 = (0x801A0002)
	HI_ERR_VI_NULL_PTR         HI_U32 = (0x801A0003)
	HI_ERR_VI_INVALID_CHNID    HI_U32 = (0x801A0004)
	HI_ERR_VI_DEV_OPENED       HI_U32 = (0x801A0005)
	HI_ERR_VI_DEV_NOT_EXIST    HI_U32 = (0x801A0006)
	HI_ERR_VI_NOT_DEV_FILE     HI_U32 = (0x801A0007)
	HI_ERR_VI_NO_CHN_LEFT      HI_U32 = (0x801A0008)
	HI_ERR_VI_BUSY             HI_U32 = (0x801A0009)
	HI_ERR_VI_CHN_NOT_EXIST    HI_U32 = (0x801A000A)
	HI_ERR_VI_CHN_INVALID_OPT  HI_U32 = (0x801A000B)
	HI_ERR_VI_CHN_INVALID_STAT HI_U32 = (0x801A000C)
	HI_ERR_VI_CHN_INIT_BUF_ERR HI_U32 = (0x801A000D)
	HI_ERR_VI_BUF_EMPTY        HI_U32 = (0x801A000E)
	HI_ERR_VI_BUF_FULL         HI_U32 = (0x801A000F)
	HI_ERR_VI_NOT_SUPPORT      HI_U32 = (0x801A0010)

	HI_ERR_AI_NOT_INIT     HI_U32 = (0x801B0001)
	HI_ERR_AI_INVALID_PARA HI_U32 = (0x801B0002)
	HI_ERR_AI_NULL_PTR     HI_U32 = (0x801B0003)
	HI_ERR_AI_INVALID_ID   HI_U32 = (0x801B0004)
	HI_ERR_AI_DEV_OPENED   HI_U32 = (0x801B0005)
	HI_ERR_AI_NOTSUPPORT   HI_U32 = (0x801B0006)
	HI_ERR_AI_USERCOPY     HI_U32 = (0x801B0007)
	HI_ERR_AI_BUFEMPTY     HI_U32 = (0x801B0008)

	HI_ERR_AENC_DEV_NOT_OPEN     HI_U32 = (0x801C0001)
	HI_ERR_AENC_INVALID_PARA     HI_U32 = (0x801C0002)
	HI_ERR_AENC_NULL_PTR         HI_U32 = (0x801C0003)
	HI_ERR_AENC_OUT_BUF_FULL     HI_U32 = (0x801C0006)
	HI_ERR_AENC_INVALID_OUTFRAME HI_U32 = (0x801C0007)
	HI_ERR_AENC_DATASIZE_EXCEED  HI_U32 = (0x801C0008)
	HI_ERR_AENC_CREATECH_FAIL    HI_U32 = (0x801C0009)
	HI_ERR_AENC_IN_BUF_FULL      HI_U32 = (0x801C000a)
	HI_ERR_AENC_CH_NOT_OPEN      HI_U32 = (0x801C000b)
	HI_ERR_AENC_OUT_BUF_EMPTY    HI_U32 = (0x801C000c)
	HI_ERR_AENC_OUT_BUF_BAD      HI_U32 = (0x801C000d)
	HI_ERR_AENC_IN_BUF_UNEMPTY   HI_U32 = (0x801C000e)
	HI_ERR_AENC_CH_NOT_SUPPORT   HI_U32 = (0x801C000f)

	HI_ERR_VENC_NO_INIT          HI_U32 = (0x801D0001)
	HI_ERR_VENC_INVALID_PARA     HI_U32 = (0x801D0002)
	HI_ERR_VENC_NULL_PTR         HI_U32 = (0x801D0003)
	HI_ERR_VENC_INVALID_CHNID    HI_U32 = (0x801D0004)
	HI_ERR_VENC_DEV_OPENED       HI_U32 = (0x801D0005)
	HI_ERR_VENC_DEV_NOT_EXIST    HI_U32 = (0x801D0006)
	HI_ERR_VENC_NOT_DEV_FILE     HI_U32 = (0x801D0007)
	HI_ERR_VENC_CREATE_ERR       HI_U32 = (0x801D0008)
	HI_ERR_VENC_DESTROY_ERR      HI_U32 = (0x801D0009)
	HI_ERR_VENC_CHN_NOT_EXIST    HI_U32 = (0x801D000A)
	HI_ERR_VENC_CHN_INVALID_STAT HI_U32 = (0x801D000B)
	HI_ERR_VENC_CHN_NO_ATTACH    HI_U32 = (0x801D000C)
	HI_ERR_VENC_BUF_EMPTY        HI_U32 = (0x801D000D)
	HI_ERR_VENC_CHN_RELEASE_ERR  HI_U32 = (0x801D000E)
	HI_ERR_VENC_NOT_SUPPORT      HI_U32 = (0x801D000F)

	HI_ERR_SIO_AI_INVALID_DEVID HI_U32 = (0x801E0001)
	HI_ERR_SIO_AI_INVALID_CHNID HI_U32 = (0x801E0002)
	HI_ERR_SIO_AI_ILLEGAL_PARAM HI_U32 = (0x801E0003)
	HI_ERR_SIO_AI_NULL_PTR      HI_U32 = (0x801E0004)
	HI_ERR_SIO_AI_NOT_CONFIG    HI_U32 = (0x801E0005)
	HI_ERR_SIO_AI_NOT_SURPPORT  HI_U32 = (0x801E0006)
	HI_ERR_SIO_AI_NOT_PERM      HI_U32 = (0x801E0007)
	HI_ERR_SIO_AI_NOT_ENABLED   HI_U32 = (0x801E0008)
	HI_ERR_SIO_AI_NOMEM         HI_U32 = (0x801E0009)
	HI_ERR_SIO_AI_NOBUF         HI_U32 = (0x801E000A)
	HI_ERR_SIO_AI_BUF_EMPTY     HI_U32 = (0x801E000B)
	HI_ERR_SIO_AI_BUF_FULL      HI_U32 = (0x801E000C)
	HI_ERR_SIO_AI_SYS_NOTREADY  HI_U32 = (0x801E000D)
	HI_ERR_SIO_AI_BUSY          HI_U32 = (0x801E000E)

	HI_ERR_SIO_AO_INVALID_DEVID HI_U32 = (0x801F0001)
	HI_ERR_SIO_AO_INVALID_CHNID HI_U32 = (0x801F0002)
	HI_ERR_SIO_AO_ILLEGAL_PARAM HI_U32 = (0x801F0003)
	HI_ERR_SIO_AO_NULL_PTR      HI_U32 = (0x801F0004)
	HI_ERR_SIO_AO_NOT_CONFIG    HI_U32 = (0x801F0005)
	HI_ERR_SIO_AO_NOT_SURPPORT  HI_U32 = (0x801F0006)
	HI_ERR_SIO_AO_NOT_PERM      HI_U32 = (0x801F0007)
	HI_ERR_SIO_AO_NOT_ENABLED   HI_U32 = (0x801F0008)
	HI_ERR_SIO_AO_NOMEM         HI_U32 = (0x801F0009)
	HI_ERR_SIO_AO_NOBUF         HI_U32 = (0x801F000A)
	HI_ERR_SIO_AO_BUF_EMPTY     HI_U32 = (0x801F000B)
	HI_ERR_SIO_AO_BUF_FULL      HI_U32 = (0x801F000C)
	HI_ERR_SIO_AO_SYS_NOTREADY  HI_U32 = (0x801F000D)
	HI_ERR_SIO_AO_BUSY          HI_U32 = (0x801F000E)

	HI_ERR_AFLT_NOT_INIT       HI_U32 = (0x80200001)
	HI_ERR_AFLT_INVALID_PARA   HI_U32 = (0x80200002)
	HI_ERR_AFLT_NULL_PTR       HI_U32 = (0x80200003)
	HI_ERR_AFLT_INVALID_HANDLE HI_U32 = (0x80200004)
	HI_ERR_AFLT_CHN_NOT_OPEN   HI_U32 = (0x80200005)
	HI_ERR_AFLT_INBUF_FULL     HI_U32 = (0x80200006)
	HI_ERR_AFLT_OUTBUF_EMPTY   HI_U32 = (0x80200007)
	HI_ERR_AFLT_BUFEMPTY       HI_U32 = (0x80200008)

	HI_ERR_HDMI_NOT_INIT           HI_U32 = (0x80210001)
	HI_ERR_HDMI_INVALID_PARA       HI_U32 = (0x80210002)
	HI_ERR_HDMI_NUL_PTR            HI_U32 = (0x80210003)
	HI_ERR_HDMI_DEV_NOT_OPEN       HI_U32 = (0x80210004)
	HI_ERR_HDMI_DEV_NOT_CONNECT    HI_U32 = (0x80210005)
	HI_ERR_HDMI_READ_SINK_FAILED   HI_U32 = (0x80210006)
	HI_ERR_HDMI_INIT_ALREADY       HI_U32 = (0x80210007)
	HI_ERR_HDMI_CALLBACK_ALREADY   HI_U32 = (0x80210008)
	HI_ERR_HDMI_INVALID_CALLBACK   HI_U32 = (0x80210009)
	HI_ERR_HDMI_FEATURE_NO_USPPORT HI_U32 = (0x8021000a)
	HI_ERR_HDMI_BUS_BUSY           HI_U32 = (0x8021000b)

	HI_ERR_PVR_NOT_INIT                  HI_U32 = (0x80300001)
	HI_ERR_PVR_INVALID_PARA              HI_U32 = (0x80300002)
	HI_ERR_PVR_NUL_PTR                   HI_U32 = (0x80300003)
	HI_ERR_PVR_CHN_NOT_INIT              HI_U32 = (0x80300004)
	HI_ERR_PVR_INVALID_CHNID             HI_U32 = (0x80300005)
	HI_ERR_PVR_NO_CHN_LEFT               HI_U32 = (0x80300006)
	HI_ERR_PVR_ALREADY                   HI_U32 = (0x80300007)
	HI_ERR_PVR_BUSY                      HI_U32 = (0x80300008)
	HI_ERR_PVR_NO_MEM                    HI_U32 = (0x80300009)
	HI_ERR_PVR_NOT_SUPPORT               HI_U32 = (0x8030000A)
	HI_ERR_PVR_RETRY                     HI_U32 = (0x8030000B)
	HI_ERR_PVR_FILE_EXIST                HI_U32 = (0x80300011)
	HI_ERR_PVR_FILE_NOT_EXIST            HI_U32 = (0x80300012)
	HI_ERR_PVR_FILE_CANT_OPEN            HI_U32 = (0x80300013)
	HI_ERR_PVR_FILE_CANT_CLOSE           HI_U32 = (0x80300014)
	HI_ERR_PVR_FILE_CANT_SEEK            HI_U32 = (0x80300015)
	HI_ERR_PVR_FILE_CANT_WRITE           HI_U32 = (0x80300016)
	HI_ERR_PVR_FILE_CANT_READ            HI_U32 = (0x80300017)
	HI_ERR_PVR_FILE_INVALID_FNAME        HI_U32 = (0x80300018)
	HI_ERR_PVR_FILE_TILL_START           HI_U32 = (0x80300019)
	HI_ERR_PVR_FILE_TILL_END             HI_U32 = (0x8030001A)
	HI_ERR_PVR_FILE_DISC_FULL            HI_U32 = (0x8030001B)
	HI_ERR_PVR_REC_INVALID_STATE         HI_U32 = (0x80300021)
	HI_ERR_PVR_REC_INVALID_DMXID         HI_U32 = (0x80300022)
	HI_ERR_PVR_REC_INVALID_FSIZE         HI_U32 = (0x80300023)
	HI_ERR_PVR_REC_INVALID_UDSIZE        HI_U32 = (0x80300024)
	HI_ERR_PVR_PLAY_INVALID_STATE        HI_U32 = (0x80300031)
	HI_ERR_PVR_PLAY_INVALID_DMXID        HI_U32 = (0x80300032)
	HI_ERR_PVR_PLAY_INVALID_TSBUFFER     HI_U32 = (0x80300033)
	HI_ERR_PVR_PLAY_INVALID_PACKETBUFFER HI_U32 = (0x80300034)
	HI_ERR_PVR_PLAY_INDEX_BEYOND_TS      HI_U32 = (0x80300035)
	HI_ERR_PVR_SEC_INIT_FAILED           HI_U32 = (0x80300036)
	HI_ERR_PVR_SEC_RUNTIME_ERROR         HI_U32 = (0x80300037)

	HI_ERR_PVR_INDEX_CANT_MKIDX    HI_U32 = (0x80300041)
	HI_ERR_PVR_INDEX_FORMAT_ERR    HI_U32 = (0x80300042)
	HI_ERR_PVR_INDEX_DATA_ERR      HI_U32 = (0x80300043)
	HI_ERR_PVR_INDEX_INVALID_ENTRY HI_U32 = (0x80300044)
	HI_ERR_PVR_INTF_EVENT_INVAL    HI_U32 = (0x80300051)
	HI_ERR_PVR_INTF_EVENT_NOREG    HI_U32 = (0x80300052)

	HI_ERR_AVPLAY_DEV_NOT_EXIST HI_U32 = (0x80310001)
	HI_ERR_AVPLAY_NOT_DEV_FILE  HI_U32 = (0x80310002)
	HI_ERR_AVPLAY_DEV_OPEN_ERR  HI_U32 = (0x80310003)
	HI_ERR_AVPLAY_DEV_CLOSE_ERR HI_U32 = (0x80310004)
	HI_ERR_AVPLAY_NULL_PTR      HI_U32 = (0x80310005)
	HI_ERR_AVPLAY_DEV_NO_INIT   HI_U32 = (0x80310006)
	HI_ERR_AVPLAY_INVALID_PARA  HI_U32 = (0x80310007)
	HI_ERR_AVPLAY_CREATE_ERR    HI_U32 = (0x80310008)
	HI_ERR_AVPLAY_DESTROY_ERR   HI_U32 = (0x80310009)
	HI_ERR_AVPLAY_INVALID_OPT   HI_U32 = (0x8031000A)
	HI_ERR_AVPLAY_NOT_SUPPORT   HI_U32 = (0x8031000B)

	HI_ERR_SYNC_DEV_NOT_EXIST HI_U32 = (0x80320001)
	HI_ERR_SYNC_NOT_DEV_FILE  HI_U32 = (0x80320002)
	HI_ERR_SYNC_DEV_OPEN_ERR  HI_U32 = (0x80320003)
	HI_ERR_SYNC_DEV_CLOSE_ERR HI_U32 = (0x80320004)
	HI_ERR_SYNC_NULL_PTR      HI_U32 = (0x80320005)
	HI_ERR_SYNC_DEV_NO_INIT   HI_U32 = (0x80320006)
	HI_ERR_SYNC_INVALID_PARA  HI_U32 = (0x80320007)
	HI_ERR_SYNC_CREATE_ERR    HI_U32 = (0x80320008)
	HI_ERR_SYNC_DESTROY_ERR   HI_U32 = (0x80320009)
	HI_ERR_SYNC_INVALID_OPT   HI_U32 = (0x8032000A)

	HI_ERR_MCE_DEV_NOT_EXIST   HI_U32 = (0x80330001)
	HI_ERR_MCE_NOT_DEVICE      HI_U32 = (0x80330002)
	HI_ERR_MCE_DEV_OPEN_ERR    HI_U32 = (0x80330003)
	HI_ERR_MCE_DEV_NOT_INIT    HI_U32 = (0x80330004)
	HI_ERR_MCE_PTR_NULL        HI_U32 = (0x80330005)
	HI_ERR_MCE_PARAM_INVALID   HI_U32 = (0x80330006)
	HI_ERR_MCE_GET_MTDINFO_ERR HI_U32 = (0x80330007)
	HI_ERR_MCE_MTD_OPEN        HI_U32 = (0x80330008)
	HI_ERR_MCE_MTD_CLOSE       HI_U32 = (0x80330009)
	HI_ERR_MCE_MTD_READ        HI_U32 = (0x80330010)
	HI_ERR_MCE_MTD_WRITE       HI_U32 = (0x80330011)
	HI_ERR_MCE_MTD_GETINFO     HI_U32 = (0x80330012)
	HI_ERR_MCE_MTD_ERASE       HI_U32 = (0x80330013)
	HI_ERR_MCE_MEM_ALLC        HI_U32 = (0x80330014)
	HI_ERR_MCE_INVALID_OPT     HI_U32 = (0x80330015)

	HI_ERR_VP_PTR_NULL        HI_U32 = (0x80340001)
	HI_ERR_VP_NOT_INIT        HI_U32 = (0x80340002)
	HI_ERR_VP_DEV_NOT_EXIST   HI_U32 = (0x80340003)
	HI_ERR_VP_NOT_DEV_FILE    HI_U32 = (0x80340004)
	HI_ERR_VP_DEV_OPEN_ERR    HI_U32 = (0x80340005)
	HI_ERR_VP_INVALID_PARA    HI_U32 = (0x80340006)
	HI_ERR_VP_NOT_SUPPORT     HI_U32 = (0x80340007)
	HI_ERR_VP_INVALID_HANDLE  HI_U32 = (0x80340008)
	HI_ERR_VP_HANDLE_NOTEXIST HI_U32 = (0x80340009)
	HI_ERR_VP_NOT_READY       HI_U32 = (0x8034000a)
	HI_ERR_VP_ILLEGAL_STATE   HI_U32 = (0x8034000b)

	HI_ERR_IR_OPEN_ERR                 HI_U32 = (0x80410001)
	HI_ERR_IR_CLOSE_ERR                HI_U32 = (0x80410002)
	HI_ERR_IR_NOT_INIT                 HI_U32 = (0x80410003)
	HI_ERR_IR_INVALID_PARA             HI_U32 = (0x80410004)
	HI_ERR_IR_NULL_PTR                 HI_U32 = (0x80410005)
	HI_ERR_IR_READ_FAILED              HI_U32 = (0x80410006)
	HI_ERR_IR_ENABLE_FAILED            HI_U32 = (0x80410007)
	HI_ERR_IR_SET_BLOCKTIME_FAILED     HI_U32 = (0x80410008)
	HI_ERR_IR_SET_FETCHMETHOD_FAILED   HI_U32 = (0x80410009)
	HI_ERR_IR_SET_KEYUP_FAILED         HI_U32 = (0x8041000A)
	HI_ERR_IR_SET_REPEAT_FAILED        HI_U32 = (0x8041000B)
	HI_ERR_IR_SET_REPKEYTIMEOUT_FAILED HI_U32 = (0x8041000C)
	HI_ERR_IR_RESET_FAILED             HI_U32 = (0x8041000D)
	HI_ERR_IR_ENABLE_PROT_FAILED       HI_U32 = (0x8041000E)
	HI_ERR_IR_DISABLE_PROT_FAILED      HI_U32 = (0x8041000F)
	HI_ERR_IR_GET_PROTENABLE_FAILED    HI_U32 = (0x80410010)
	HI_ERR_IR_SETFORMAT_FAILED         HI_U32 = (0x80410011)
	HI_ERR_IR_UNSUPPORT                HI_U32 = (0x80410012)

	HI_ERR_RTC_NOT_INIT            HI_U32 = (0x80420001)
	HI_ERR_RTC_REPEAT_INIT         HI_U32 = (0x80420002)
	HI_ERR_RTC_INVALID_POINT       HI_U32 = (0x80420003)
	HI_ERR_RTC_INVALID_PARA        HI_U32 = (0x80420004)
	HI_ERR_RTC_FAILED_INIT         HI_U32 = (0x80420005)
	HI_ERR_RTC_FAILED_SETTIME      HI_U32 = (0x80420006)
	HI_ERR_RTC_FAILED_GETTIME      HI_U32 = (0x80420007)
	HI_ERR_RTC_FAILED_ALARMENABLE  HI_U32 = (0x80420008)
	HI_ERR_RTC_FAILED_ALARMDISABLE HI_U32 = (0x80420009)
	HI_ERR_RTC_FAILED_SETALARM     HI_U32 = (0x8042000A)
	HI_ERR_RTC_FAILED_GETALARM     HI_U32 = (0x8042000B)

	HI_ERR_WDG_NOT_INIT          HI_U32 = (0x80430001)
	HI_ERR_WDG_REPEAT_INIT       HI_U32 = (0x80430002)
	HI_ERR_WDG_INVALID_POINT     HI_U32 = (0x80430003)
	HI_ERR_WDG_INVALID_PARA      HI_U32 = (0x80430004)
	HI_ERR_WDG_FAILED_INIT       HI_U32 = (0x80430005)
	HI_ERR_WDG_FAILED_SETTIMEOUT HI_U32 = (0x80430006)
	HI_ERR_WDG_FAILED_ENABLE     HI_U32 = (0x80430007)
	HI_ERR_WDG_FAILED_DISABLE    HI_U32 = (0x80430008)
	HI_ERR_WDG_FAILED_CLEARWDG   HI_U32 = (0x80430009)
	HI_ERR_WDG_FAILED_RESET      HI_U32 = (0x8043000A)
	HI_ERR_WDG_FAILED_RESMODE    HI_U32 = (0x8043000B)
	HI_ERR_WDG_NOT_SUPPORT       HI_U32 = (0x8043000C)
	HI_ERR_WDG_FAILED_GETTIMEOUT HI_U32 = (0x8043000D)
	HI_ERR_WDG_FAILED_DEINIT     HI_U32 = (0x8043000E)

	HI_ERR_I2C_OPEN_ERR      HI_U32 = (0x80440001)
	HI_ERR_I2C_CLOSE_ERR     HI_U32 = (0x80440002)
	HI_ERR_I2C_NOT_INIT      HI_U32 = (0x80440003)
	HI_ERR_I2C_INVALID_PARA  HI_U32 = (0x80440004)
	HI_ERR_I2C_NULL_PTR      HI_U32 = (0x80440005)
	HI_ERR_I2C_COPY_DATA_ERR HI_U32 = (0x80440006)
	HI_ERR_I2C_MALLOC_ERR    HI_U32 = (0x80440007)
	HI_ERR_I2C_WRITE_TIMEOUT HI_U32 = (0x80440008)
	HI_ERR_I2C_READ_TIMEOUT  HI_U32 = (0x80440009)

	HI_ERR_SCI_OPEN_ERR           HI_U32 = (0x80450001)
	HI_ERR_SCI_CLOSE_ERR          HI_U32 = (0x80450002)
	HI_ERR_SCI_NOT_INIT           HI_U32 = (0x80450003)
	HI_ERR_SCI_INVALID_PARA       HI_U32 = (0x80450004)
	HI_ERR_SCI_NULL_PTR           HI_U32 = (0x80450005)
	HI_ERR_SCI_INVALID_OPT        HI_U32 = (0x80450006)
	HI_ERR_SCI_SEND_ERR           HI_U32 = (0x80450007)
	HI_ERR_SCI_RECEIVE_ERR        HI_U32 = (0x80450008)
	HI_ERR_SCI_NO_ATR             HI_U32 = (0x80450009)
	HI_ERR_SCI_PPS_PTYPE_ERR      HI_U32 = (0x8045000A)
	HI_ERR_SCI_PPS_FACTOR_ERR     HI_U32 = (0x8045000B)
	HI_ERR_SCI_PPS_NOTSUPPORT_ERR HI_U32 = (0x8045000C)
	HI_ERR_SCI_NOTSUPPORT         HI_U32 = (0x8045000D)

	HI_ERR_ETH_NOT_INIT      HI_U32 = (0x80460001)
	HI_ERR_ETH_REPEAT_INIT   HI_U32 = (0x80460002)
	HI_ERR_ETH_INVALID_POINT HI_U32 = (0x80460003)
	HI_ERR_ETH_INVALID_PARA  HI_U32 = (0x80460004)
	HI_ERR_ETH_FAILED_INIT   HI_U32 = (0x80460005)

	HI_ERR_GPIO_OPEN_ERR             HI_U32 = (0x80470001)
	HI_ERR_GPIO_CLOSE_ERR            HI_U32 = (0x80470002)
	HI_ERR_GPIO_NOT_INIT             HI_U32 = (0x80470003)
	HI_ERR_GPIO_INVALID_PARA         HI_U32 = (0x80470004)
	HI_ERR_GPIO_NULL_PTR             HI_U32 = (0x80470005)
	HI_ERR_GPIO_INVALID_OPT          HI_U32 = (0x80470006)
	HI_ERR_GPIO_FAILED_SETINT        HI_U32 = (0x80470007)
	HI_ERR_GPIO_FAILED_SETENABLE     HI_U32 = (0x80470008)
	HI_ERR_GPIO_FAILED_GETINT        HI_U32 = (0x80470009)
	HI_ERR_GPIO_GETINT_TIMEOUT       HI_U32 = (0x8047000A)
	HI_ERR_GPIO_INTTYPE_NOT_SUPPORT  HI_U32 = (0x8047000B)
	HI_ERR_GPIO_NOT_SUPPORT          HI_U32 = (0x8047000C)
	HI_ERR_GPIO_FAILED_SETOUTPUTTYPE HI_U32 = (0x8047000D)
	HI_ERR_GPIO_FAILED_GETOUTPUTTYPE HI_U32 = (0x8047000E)
	HI_ERR_GPIO_FAILED_SETDIRECT     HI_U32 = (0x8047000F)
	HI_ERR_GPIO_FAILED_GETDIRECT     HI_U32 = (0x80470010)
	HI_ERR_GPIO_FAILED_SETVALUE      HI_U32 = (0x80470011)
	HI_ERR_GPIO_FAILED_GETVALUE      HI_U32 = (0x80470012)

	HI_ERR_DMAC_NOT_INIT          HI_U32 = (0x80480001)
	HI_ERR_DMAC_REPEAT_INIT       HI_U32 = (0x80480002)
	HI_ERR_DMAC_INVALID_POINT     HI_U32 = (0x80480003)
	HI_ERR_DMAC_INVALID_PARA      HI_U32 = (0x80480004)
	HI_ERR_DMAC_FAILED_INIT       HI_U32 = (0x80480005)
	HI_ERR_DMAC_FAILED_GETCHANNEL HI_U32 = (0x80480006)
	HI_ERR_DMAC_FAILED_MEMTRANS   HI_U32 = (0x80480007)
	HI_ERR_DMAC_FAILED_PERTRANS   HI_U32 = (0x80480008)
	HI_ERR_DMAC_FAILED_GETSTAT    HI_U32 = (0x80480009)
	HI_ERR_DMAC_FAILED_LISTRESET  HI_U32 = (0x8048000A)
	HI_ERR_DMAC_FAILED_ADDLIST    HI_U32 = (0x8048000B)
	HI_ERR_DMAC_FAILED_LISTTRANS  HI_U32 = (0x8048000C)

	HI_ERR_PMOC_NOT_INIT              HI_U32 = (0x80490001)
	HI_ERR_PMOC_REPEAT_INIT           HI_U32 = (0x80490002)
	HI_ERR_PMOC_INVALID_POINT         HI_U32 = (0x80490003)
	HI_ERR_PMOC_INVALID_PARA          HI_U32 = (0x80490004)
	HI_ERR_PMOC_FAILED_INIT           HI_U32 = (0x80490005)
	HI_ERR_PMOC_FAILED_MODE           HI_U32 = (0x80490006)
	HI_ERR_PMOC_FAILED_READMODE       HI_U32 = (0x80490007)
	HI_ERR_PMOC_FAILED_SETWAKEUPVAL   HI_U32 = (0x80490008)
	HI_ERR_PMOC_FAILED_GETWAKEUPVAL   HI_U32 = (0x80490009)
	HI_ERR_PMOC_INVALID_MODE          HI_U32 = (0x8049000A)
	HI_ERR_PMOC_FAILED_STANDBY        HI_U32 = (0x8049000B)
	HI_ERR_PMOC_FAILED_SETDEV         HI_U32 = (0x8049000C)
	HI_ERR_PMOC_FAILED_GETPERIOD      HI_U32 = (0x8049000D)
	HI_ERR_PMOC_FAILED_IRPOWERVAL     HI_U32 = (0x8049000E)
	HI_ERR_PMOC_FAILED_KEYLEDPOWERVAL HI_U32 = (0x8049000F)
	HI_ERR_PMOC_FAILED_GETWAKEUPMODE  HI_U32 = (0x80490010)
	HI_ERR_PMOC_FAILED_GETTEMPERATURE HI_U32 = (0x80490011)

	HI_ERR_TUNER_NOT_INIT                 HI_U32 = (0x804A0001)
	HI_ERR_TUNER_NOT_OPEN                 HI_U32 = (0x804A0002)
	HI_ERR_TUNER_INVALID_POINT            HI_U32 = (0x804A0003)
	HI_ERR_TUNER_INVALID_PARA             HI_U32 = (0x804A0004)
	HI_ERR_TUNER_FAILED_INIT              HI_U32 = (0x804A0005)
	HI_ERR_TUNER_FAILED_CONNECT           HI_U32 = (0x804A0006)
	HI_ERR_TUNER_FAILED_GETSTATUS         HI_U32 = (0x804A0007)
	HI_ERR_TUNER_FAILED_GETSIGNALSTRENGTH HI_U32 = (0x804A0008)
	HI_ERR_TUNER_FAILED_GETBER            HI_U32 = (0x804A0009)
	HI_ERR_TUNER_FAILED_GETSNR            HI_U32 = (0x804A000A)
	HI_ERR_TUNER_FAILED_SETTSTYPE         HI_U32 = (0x804A000B)
	HI_ERR_TUNER_FAILED_SELECTTUNER       HI_U32 = (0x804A000C)
	HI_ERR_TUNER_FAILED_SELECTI2CCHANNEL  HI_U32 = (0x804A000D)
	HI_ERR_TUNER_FAILED_LOWCONS           HI_U32 = (0x804A000E)
	HI_ERR_TUNER_FAILED_NORMALMODE        HI_U32 = (0x804A000F)
	HI_ERR_TUNER_FAILED_REGRW             HI_U32 = (0x804A0010)
	HI_ERR_TUNER_FAILED_SETTUNER          HI_U32 = (0x804A0011)
	HI_ERR_TUNER_NOT_CONNECT              HI_U32 = (0x804A0012)
	HI_ERR_TUNER_INVALID_PORT             HI_U32 = (0x804A0013)
	HI_ERR_TUNER_FAILED_SETQAMINSIDE      HI_U32 = (0x804A0014)
	HI_ERR_TUNER_FAILED_SELECTSYMBOLRATE  HI_U32 = (0x804A0015)
	HI_ERR_TUNER_FAILED_GETSIGNALQUALITY  HI_U32 = (0x804A0016)
	HI_ERR_TUNER_FAILED_GETSIGNALINFO     HI_U32 = (0x804A0017)
	HI_ERR_TUNER_FAILED_BLINDSCAN         HI_U32 = (0x804A0018)
	HI_ERR_TUNER_FAILED_LNBCTRL           HI_U32 = (0x804A0019)
	HI_ERR_TUNER_FAILED_SWITCH            HI_U32 = (0x804A001A)
	HI_ERR_TUNER_FAILED_DISEQC            HI_U32 = (0x804A001B)
	HI_ERR_TUNER_FAILED_STANDBY           HI_U32 = (0x804A001C)
	HI_ERR_TUNER_FAILED_WAKEUP            HI_U32 = (0x804A001D)
	HI_ERR_TUNER_FAILED_DISABLE           HI_U32 = (0x804A001E)
	HI_ERR_TUNER_FAILED_ENABLE            HI_U32 = (0x804A001F)
	HI_ERR_TUNER_FAILED_SETPLPID          HI_U32 = (0x804A0020)
	HI_ERR_TUNER_FAILED_GETPLPNUM         HI_U32 = (0x804A0021)
	HI_ERR_TUNER_FAILED_GETPLPTYPE        HI_U32 = (0x804A0022)
	HI_ERR_TUNER_FAILED_SETTSOUT          HI_U32 = (0x804A0023)
	HI_ERR_TUNER_FAILED_SETSATATTR        HI_U32 = (0x804A0024)
	HI_ERR_TUNER_FAILED_SAMPLEDATA        HI_U32 = (0x804A0025)
	HI_ERR_TUNER_FAILED_SETTERATTR        HI_U32 = (0x804A0026)
	HI_ERR_TUNER_FAILED_SETSTEP           HI_U32 = (0x804A0027)
	HI_ERR_TUNER_FAILED_GETBANDRANGE      HI_U32 = (0x804A0028)
	HI_ERR_TUNER_FAILED_SETTOPADJUST      HI_U32 = (0x804A0029)
	HI_ERR_TUNER_FAILED_GETBAND           HI_U32 = (0x804A002A)
	HI_ERR_TUNER_FAILED_GETTONE           HI_U32 = (0x804A002B)
	HI_ERR_TUNER_FAILED_GETAGC            HI_U32 = (0x804A002C)
	HI_ERR_TUNER_FAILED_TERSCANTIMEOUT    HI_U32 = (0x804A002D)
	HI_ERR_TUNER_FAILED_ALLOC_MEM         HI_U32 = (0x804A002E)
	HI_ERR_TUNER_FAILED_SETISIID          HI_U32 = (0x804A002F)
	HI_ERR_TUNER_FAILED_GETISIID          HI_U32 = (0x804A0030)
	HI_ERR_TUNER_FAILED_GETTOTALISI       HI_U32 = (0x804A0031)
	HI_ERR_TUNER_FAILED_MONITORISDBTLAYER HI_U32 = (0x804A0032)

	HI_ERR_KEYLED_NOT_INIT       HI_U32 = (0x804B0001)
	HI_ERR_KEYLED_INVALID_PARA   HI_U32 = (0x804B0002)
	HI_ERR_KEYLED_NULL_PTR       HI_U32 = (0x804B0003)
	HI_ERR_KEYLED_NO_NEW_KEY     HI_U32 = (0x804B0004)
	HI_ERR_KEYLED_TIMEOUT        HI_U32 = (0x804B0005)
	HI_ERR_KEYLED_FAILED_SETMODE HI_U32 = (0x804B0006)
	HI_ERR_KEYLED_FAILED_DISPLAY HI_U32 = (0x804B0007)

	HI_ERR_E2PROM_OPEN_ERR      HI_U32 = (0x804C0001)
	HI_ERR_E2PROM_CLOSE_ERR     HI_U32 = (0x804C0002)
	HI_ERR_E2PROM_NOT_INIT      HI_U32 = (0x804C0003)
	HI_ERR_E2PROM_INVALID_PARA  HI_U32 = (0x804C0004)
	HI_ERR_E2PROM_NULL_PTR      HI_U32 = (0x804C0005)
	HI_ERR_E2PROM_COPY_DATA_ERR HI_U32 = (0x804C0006)
	HI_ERR_E2PROM_MALLOC_ERR    HI_U32 = (0x804C0007)

	HI_ERR_CIPHER_NOT_INIT             HI_U32 = (0x804D0001)
	HI_ERR_CIPHER_INVALID_HANDLE       HI_U32 = (0x804D0002)
	HI_ERR_CIPHER_INVALID_POINT        HI_U32 = (0x804D0003)
	HI_ERR_CIPHER_INVALID_PARA         HI_U32 = (0x804D0004)
	HI_ERR_CIPHER_FAILED_INIT          HI_U32 = (0x804D0005)
	HI_ERR_CIPHER_FAILED_GETHANDLE     HI_U32 = (0x804D0006)
	HI_ERR_CIPHER_FAILED_RELEASEHANDLE HI_U32 = (0x804D0007)
	HI_ERR_CIPHER_FAILED_CONFIGAES     HI_U32 = (0x804D0008)
	HI_ERR_CIPHER_FAILED_CONFIGDES     HI_U32 = (0x804D0009)
	HI_ERR_CIPHER_FAILED_ENCRYPT       HI_U32 = (0x804D000A)
	HI_ERR_CIPHER_FAILED_DECRYPT       HI_U32 = (0x804D000B)
	HI_ERR_CIPHER_BUSY                 HI_U32 = (0x804D000C)
	HI_ERR_CIPHER_NO_AVAILABLE_RNG     HI_U32 = (0x804D000D)

	HI_ERR_CA_OPEN_ERR       HI_U32 = (0x804E0001)
	HI_ERR_CA_CLOSE_ERR      HI_U32 = (0x804E0002)
	HI_ERR_CA_NOT_INIT       HI_U32 = (0x804E0003)
	HI_ERR_CA_COPY_DATA_ERR  HI_U32 = (0x804E0004)
	HI_ERR_CA_INVALID_PARA   HI_U32 = (0x804E0005)
	HI_ERR_CA_WAIT_TIMEOUT   HI_U32 = (0x804E0006)
	HI_ERR_CA_CW_DECRYPT     HI_U32 = (0x804E0007)
	HI_ERR_CA_R2R_DECRYPT    HI_U32 = (0x804E0008)
	HI_ERR_CA_R2R_ENCRYPT    HI_U32 = (0x804E0009)
	HI_ERR_CA_SETPARAM_AGAIN HI_U32 = (0x804E000A)
	HI_ERR_CA_DBG_INERR      HI_U32 = (0x804E000B)
	HI_ERR_CA_NOT_CONFIG     HI_U32 = (0x804E000C)
	HI_ERR_CA_LPK_DECRYPT    HI_U32 = (0x804E000D)
	HI_ERR_CA_NOT_SUPPORT    HI_U32 = (0x804E000E)
	HI_ERR_CA_SWPK_ENCRYPT   HI_U32 = (0x804E000F)
	HI_ERR_CA_ALREADY_SET    HI_U32 = (0x804E0010)
	HI_ERR_CA_NO_MEMORY      HI_U32 = (0x804E0011)

	HI_ERR_PM_COPY_DATA_ERR HI_U32 = (0x804F0001)
	HI_ERR_PM_INVALID_PARAM HI_U32 = (0x804F0002)

	HI_ERR_CI_NOT_INIT         HI_U32 = (0x80500001)
	HI_ERR_CI_OPEN_ERR         HI_U32 = (0x80500002)
	HI_ERR_CI_CLOSE_ERR        HI_U32 = (0x80500003)
	HI_ERR_CI_INVALID_PARA     HI_U32 = (0x80500004)
	HI_ERR_CI_NO_MEMORY        HI_U32 = (0x80500005)
	HI_ERR_CI_TIMEOUT          HI_U32 = (0x80500006)
	HI_ERR_CI_REG_READ_ERR     HI_U32 = (0x80500007)
	HI_ERR_CI_REG_WRITE_ERR    HI_U32 = (0x80500008)
	HI_ERR_CI_IO_READ_ERR      HI_U32 = (0x80500009)
	HI_ERR_CI_IO_WRITE_ERR     HI_U32 = (0x8050000A)
	HI_ERR_CI_ATTR_READ_ERR    HI_U32 = (0x8050000B)
	HI_ERR_CI_ATTR_WRITE_ERR   HI_U32 = (0x8050000C)
	HI_ERR_CI_CANNOT_POWEROFF  HI_U32 = (0x8050000D)
	HI_ERR_CI_PCCD_DEVICE_BUSY HI_U32 = (0x8050000E)
	HI_ERR_CI_PCCD_CIS_READ    HI_U32 = (0x8050000F)
	HI_ERR_CI_UNSUPPORT        HI_U32 = (0x80500010)
	HI_ERR_CI_UNKONWN          HI_U32 = (0x80500011)
	HI_ERR_CI_DETECT_ERR       HI_U32 = (0x80500012)

	HI_ERR_PWM_DEV_NOT_EXIST HI_U32 = (0x80510001)
	HI_ERR_PWM_NOT_INIT      HI_U32 = (0x80510002)
	HI_ERR_PWM_OPEN_ERR      HI_U32 = (0x80510003)
	HI_ERR_PWM_CLOSE_ERR     HI_U32 = (0x80510004)
	HI_ERR_PWM_INVALID_PARA  HI_U32 = (0x80510005)
	HI_ERR_PWM_INVALID_OPT   HI_U32 = (0x80510006)
	HI_ERR_PWM_UNSUPPORT     HI_U32 = (0x80510007)

	HI_ERR_PDM_DEV_NOT_EXIST   HI_U32 = (0x80520001)
	HI_ERR_PDM_NOT_DEVICE      HI_U32 = (0x80520002)
	HI_ERR_PDM_DEV_OPEN_ERR    HI_U32 = (0x80520003)
	HI_ERR_PDM_DEV_NOT_INIT    HI_U32 = (0x80520004)
	HI_ERR_PDM_PTR_NULL        HI_U32 = (0x80520005)
	HI_ERR_PDM_PARAM_INVALID   HI_U32 = (0x80520006)
	HI_ERR_PDM_GET_MTDINFO_ERR HI_U32 = (0x80520007)
	HI_ERR_PDM_MTD_OPEN        HI_U32 = (0x80520008)
	HI_ERR_PDM_MTD_CLOSE       HI_U32 = (0x80520009)
	HI_ERR_PDM_MTD_READ        HI_U32 = (0x80520010)
	HI_ERR_PDM_MTD_WRITE       HI_U32 = (0x80520011)
	HI_ERR_PDM_MTD_GETINFO     HI_U32 = (0x80520012)
	HI_ERR_PDM_MTD_ERASE       HI_U32 = (0x80520013)
	HI_ERR_PDM_MEM_ALLC        HI_U32 = (0x80520014)
	HI_ERR_PDM_INVALID_OPT     HI_U32 = (0x80520015)
	HI_ERR_PDM_GET_DEVINFO_ERR HI_U32 = (0x80520016)

	HI_ERR_LSADC_INVALID_PARA HI_U32 = (0x80520004)
	HI_ERR_LSADC_FAILED_INIT  HI_U32 = (0x80520005)

	HI_ERR_UART_OPENED        HI_U32 = (0x80530000)
	HI_ERR_UART_NOT_OPEN      HI_U32 = (0x80530001)
	HI_ERR_UART_BUFF          HI_U32 = (0x80530002)
	HI_ERR_UART_OPEN          HI_U32 = (0x80530003)
	HI_ERR_UART_MAP           HI_U32 = (0x80530004)
	HI_ERR_UART_UNMAP         HI_U32 = (0x80530005)
	HI_ERR_UART_CLOSE         HI_U32 = (0x80530006)
	HI_ERR_UART_DEVICE        HI_U32 = (0x80530007)
	HI_ERR_UART_CREATE_THREAD HI_U32 = (0x80530008)
	HI_ERR_UART_THREAD_JOIN   HI_U32 = (0x80530009)
	HI_ERR_UART_SET_ATTR      HI_U32 = (0x8053000a)
	HI_ERR_UART_GET_ATTR      HI_U32 = (0x8053000b)
	HI_ERR_UART_SPEED         HI_U32 = (0x8053000c)
	HI_ERR_UART_IOSPEED       HI_U32 = (0x8053000d)
	HI_ERR_UART_DATABITS      HI_U32 = (0x8053000e)
	HI_ERR_UART_PARITY        HI_U32 = (0x8053000f)
	HI_ERR_UART_STOPBITS      HI_U32 = (0x80530010)
	HI_ERR_UART_WRITE         HI_U32 = (0x80530011)
	HI_ERR_UART_GEN           HI_U32 = (0x80530012)

	HI_ERR_PQ_DEV_NOT_EXIST  HI_U32 = (0x80600001)
	HI_ERR_PQ_NOT_DEV_FILE   HI_U32 = (0x80600002)
	HI_ERR_PQ_DEV_OPEN_ERR   HI_U32 = (0x80600003)
	HI_ERR_PQ_DEV_CLOSE_ERR  HI_U32 = (0x80600004)
	HI_ERR_PQ_NULL_PTR       HI_U32 = (0x80600005)
	HI_ERR_PQ_NO_INIT        HI_U32 = (0x80600006)
	HI_ERR_PQ_INVALID_PARA   HI_U32 = (0x80600007)
	HI_ERR_PQ_PARAM_NOT_BURN HI_U32 = (0x80600008)

	HI_ERR_SPI_OPEN_ERR      HI_U32 = (0x80700001)
	HI_ERR_SPI_CLOSE_ERR     HI_U32 = (0x80700002)
	HI_ERR_SPI_NOT_INIT      HI_U32 = (0x80700003)
	HI_ERR_SPI_INVALID_PARA  HI_U32 = (0x80700004)
	HI_ERR_SPI_NULL_PTR      HI_U32 = (0x80700005)
	HI_ERR_SPI_COPY_DATA_ERR HI_U32 = (0x80700006)
	HI_ERR_SPI_MALLOC_ERR    HI_U32 = (0x80700007)
	HI_ERR_SPI_WRITE_TIMEOUT HI_U32 = (0x80700008)
	HI_ERR_SPI_READ_TIMEOUT  HI_U32 = (0x80700009)
)

Errors Types

View Source 
const DMX_FILTER_MAX_DEPTH = 16

Filter attribute

View Source 
const DMX_MAX_IDX_ACQUIRED_EACH_TIME = 256

index and record data

View Source 
const HI_ID_MODULE uintptr = 0x2

Ioctl Definitions

View Source 
const MAX_BUFFER_NAME_SIZE = 16

Structure of an MMZ buffer

View Source 
const MAX_MODULE_NAME int = 16
View Source 
const MAX_TAG_LENGTH = 12

TS Tag attributes

Variables

View Source 
var (

	/* global */
	CMD_DEMUX_GET_POOLBUF_ADDR uintptr
	CMD_DEMUX_GET_CAPABILITY   uintptr
	CMD_DEMUX_SET_PUSI         uintptr
	CMD_DEMUX_SET_TEI          uintptr
	CMD_DEMUX_TSI_ATTACH_TSO   uintptr
	CMD_DEMUX_GET_RESUME_COUNT uintptr

	/* TS PORT */
	CMD_DEMUX_PORT_GET_ATTR     uintptr /* get port attr */
	CMD_DEMUX_PORT_SET_ATTR     uintptr /* set port attr */
	CMD_DEMUX_PORT_ATTACH       uintptr /* attach ts port to demux */
	CMD_DEMUX_PORT_DETACH       uintptr /* detach ts port from demux */
	CMD_DEMUX_PORT_GETID        uintptr /* get ts port id of demux */
	CMD_DEMUX_PORT_GETPACKETNUM uintptr /* get ts pack counter */
	CMD_DEMUX_TSO_PORT_GET_ATTR uintptr /* get TSO port attr */
	CMD_DEMUX_TSO_PORT_SET_ATTR uintptr /* Set TSO port attr */
	CMD_DEMUX_DMX_GET_TAG_ATTR  uintptr /* get port tag attrs */
	CMD_DEMUX_DMX_SET_TAG_ATTR  uintptr /* set port tag attrs */

	/* Ts Buffer */
	CMD_DEMUX_TS_BUFFER_INIT       uintptr /* TS Buffer init */
	CMD_DEMUX_TS_BUFFER_DEINIT     uintptr /* TS Buffer deinit */
	CMD_DEMUX_TS_BUFFER_GET        uintptr /* Get TS Buffer */
	CMD_DEMUX_TS_BUFFER_PUT        uintptr /* Put TS Buffer */
	CMD_DEMUX_TS_BUFFER_RESET      uintptr /* Reset TS Buffer */
	CMD_DEMUX_TS_BUFFER_GET_STATUS uintptr /* Get TS Buffer status */
	CMD_DEMUX_TS_BUFFER_PUSH       uintptr /* Push TS Buffer status*/
	CMD_DEMUX_TS_BUFFER_RELEASE    uintptr /* Release TS Buffer status*/

	/* Channel */
	CMD_DEMUX_CHAN_NEW           uintptr /* apply for a free channel */
	CMD_DEMUX_CHAN_NEW2          uintptr /* apply for a free channel */
	CMD_DEMUX_CHAN_DEL           uintptr /* delete an allocated channel */
	CMD_DEMUX_CHAN_OPEN          uintptr /* open channel */
	CMD_DEMUX_CHAN_CLOSE         uintptr /* close channel */
	CMD_DEMUX_CHAN_ATTR_GET      uintptr
	CMD_DEMUX_CHAN_ATTR_SET      uintptr
	CMD_DEMUX_GET_CHAN_STATUS    uintptr /* get channel open/close status */
	CMD_DEMUX_PID_SET            uintptr /* set pid of channel */
	CMD_DEMUX_PID_GET            uintptr /* get pid of channel */
	CMD_DEMUX_CHANID_GET         uintptr /* get channel id with the designated pid */
	CMD_DEMUX_FREECHAN_GET       uintptr /* get free channel counter */
	CMD_DEMUX_SCRAMBLEFLAG_GET   uintptr /* get scrambed flag of audio channel */
	CMD_DEMUX_CHAN_SET_EOS_FLAG  uintptr
	CMD_DEMUX_CHAN_CC_REPEAT_SET uintptr /* set channel CC repeat attr*/
	CMD_DEMUX_GET_CHAN_TSCNT     uintptr /* get channel ts count */

	/* Filter */
	CMD_DEMUX_FLT_NEW        uintptr /* apply for a free filter */
	CMD_DEMUX_FLT_DEL        uintptr /* delete an allocated filter */
	CMD_DEMUX_FLT_SET        uintptr /* set fiter parameter */
	CMD_DEMUX_FLT_GET        uintptr /* get fiter parameter */
	CMD_DEMUX_FLT_ATTACH     uintptr /* attach a filter to a channel */
	CMD_DEMUX_FLT_DETACH     uintptr /* detach a filter from a channel */
	CMD_DEMUX_FREEFLT_GET    uintptr /* get free filter coute */
	CMD_DEMUX_FLT_DELALL     uintptr /* delete all filters on a channel */
	CMD_DEMUX_FLT_CHANID_GET uintptr

	/* data receive */
	CMD_DEMUX_GET_DATA_FLAG           uintptr /* get data flag of dma buffer */
	CMD_DEMUX_COMPAT_GET_DATA_FLAG    uintptr /* get data flag of dma buffer */
	CMD_DEMUX_ACQUIRE_MSG             uintptr
	CMD_DEMUX_COMPAT_ACQUIRE_MSG      uintptr
	CMD_DEMUX_RELEASE_MSG             uintptr
	CMD_DEMUX_COMPAT_RELEASE_MSG      uintptr
	CMD_DEMUX_SELECT_DATA_FLAG        uintptr
	CMD_DEMUX_COMPAT_SELECT_DATA_FLAG uintptr

	/* PCR */
	CMD_DEMUX_PCR_NEW       uintptr /* set pcr pid */
	CMD_DEMUX_PCR_DEL       uintptr /* set pcr pid */
	CMD_DEMUX_PCRPID_SET    uintptr /* set pcr pid */
	CMD_DEMUX_PCRPID_GET    uintptr /* get pcr pid */
	CMD_DEMUX_CURPCR_GET    uintptr /* get pcr count */
	CMD_DEMUX_PCRSYN_ATTACH uintptr /* attach pcr channel and sync handle */
	CMD_DEMUX_PCRSYN_DETACH uintptr /* detach pcr channel and sync handle */

	/* AV */
	CMD_DEMUX_PES_BUFFER_GETSTAT uintptr /* Get PES Buffer status */
	CMD_DEMUX_ES_BUFFER_GET      uintptr /* Get ES Buffer */
	CMD_DEMUX_ES_BUFFER_PUT      uintptr /* Put ES Buffer */

	/* REC */
	CMD_DEMUX_REC_CHAN_CREATE                    uintptr
	CMD_DEMUX_REC_CHAN_DESTROY                   uintptr
	CMD_DEMUX_REC_CHAN_ADD_PID                   uintptr
	CMD_DEMUX_REC_CHAN_DEL_PID                   uintptr
	CMD_DEMUX_REC_CHAN_DEL_ALL_PID               uintptr
	CMD_DEMUX_REC_CHAN_ADD_EXCLUDE_PID           uintptr
	CMD_DEMUX_REC_CHAN_DEL_EXCLUDE_PID           uintptr
	CMD_DEMUX_REC_CHAN_CANCEL_EXCLUDE            uintptr
	CMD_DEMUX_REC_CHAN_START                     uintptr
	CMD_DEMUX_REC_CHAN_STOP                      uintptr
	CMD_DEMUX_REC_CHAN_ACQUIRE_DATA              uintptr
	CMD_DEMUX_REC_CHAN_RELEASE_DATA              uintptr
	CMD_DEMUX_REC_CHAN_ACQUIRE_INDEX             uintptr
	CMD_DEMUX_REC_CHAN_GET_BUF_STATUS            uintptr
	CMD_DEMUX_REC_CHAN_ACQUIRE_DATA_INDEX        uintptr
	CMD_DEMUX_COMPAT_REC_CHAN_ACQUIRE_DATA_INDEX uintptr
	CMD_DEMUX_REC_CHAN_RELEASE_DATA_INDEX        uintptr
	CMD_DEMUX_COMPAT_REC_CHAN_RELEASE_DATA_INDEX uintptr

	/* RMX */
	CMD_REMUX_CREATE                uintptr
	CMD_REMUX_DESTROY               uintptr
	CMD_REMUX_GET_ATTR              uintptr
	CMD_REMUX_SET_ATTR              uintptr
	CMD_REMUX_START                 uintptr
	CMD_REMUX_STOP                  uintptr
	CMD_REMUX_ADD_PUMP              uintptr
	CMD_REMUX_DEL_PUMP              uintptr
	CMD_REMUX_GET_PUMP_DEFAULT_ATTR uintptr
	CMD_REMUX_GET_PUMP_ATTR         uintptr
	CMD_REMUX_SET_PUMP_ATTR         uintptr
)
View Source 
var (

	/** Ioctl Definitions **/
	/* 1:check keyup */
	CMD_IR_ENABLE_KEYUP uintptr

	/* 1:check repkey, 0:hardware behave */
	CMD_IR_ENABLE_REPKEY      uintptr
	CMD_IR_SET_REPKEY_TIMEOUT uintptr

	/* 1:enable ir, 0:disable ir */
	CMD_IR_SET_ENABLE    uintptr
	CMD_IR_RESET         uintptr
	CMD_IR_SET_BLOCKTIME uintptr
	CMD_IR_SET_FORMAT    uintptr
	CMD_IR_SET_BUF       uintptr

	/* raw symbol fetch(1) or key fetch(0) */
	CMD_IR_SET_FETCH_METHOD uintptr

	/* enable or disalbe a protocol */
	CMD_IR_SET_PROT_ENABLE  uintptr
	CMD_IR_SET_PROT_DISABLE uintptr
	CMD_IR_GET_PROT_ENABLED uintptr
)
View Source 
var (
	CMD_ADD_MODULE_INFO = IoRW(HI_ID_MODULE, IOC_MODULE_CMD_ADD_INFO, unsafe.Sizeof(MODULE_INFO_S{}))
	CMD_DEL_MODULE_INFO = IoW(HI_ID_MODULE, IOC_MODULE_CMD_DEL_INFO, unsafe.Sizeof(MODULE_INFO_S{}))
	CMD_GET_MODULE_INFO = IoRW(HI_ID_MODULE, IOC_MODULE_CMD_GET_INFO, unsafe.Sizeof(MODULE_INFO_S{}))
	CMD_SET_MODULE_FUNC = IoW(HI_ID_MODULE, IOC_MODULE_CMD_SET_FUNC, unsafe.Sizeof(MODULE_INFO_S{}))
	CMD_GET_MODULE_FUNC = IoR(HI_ID_MODULE, IOC_MODULE_CMD_GET_FUNC, unsafe.Sizeof(MODULE_INFO_S{}))
	CMD_MEM_ADD_INFO    = IoW(HI_ID_MODULE, IOC_MODULE_CMD_MEM_ADD, unsafe.Sizeof(MODULE_MEM_INFO_S{}))
	CMD_MEM_DEL_INFO    = IoW(HI_ID_MODULE, IOC_MODULE_CMD_MEM_DEL, unsafe.Sizeof(MODULE_MEM_INFO_S{}))
	CMD_ALLOC_MODULE_ID = IoRW(HI_ID_MODULE, IOC_MODULE_CMD_ALLOC_ID, unsafe.Sizeof(MODULE_ALLOC_S{}))
)
View Source 
var (

	/** Ioctl Definitions **/
	CMD_SCI_OPEN                uintptr
	CMD_SCI_CLOSE               uintptr
	CMD_SCI_RESET               uintptr
	CMD_SCI_DEACTIVE            uintptr
	CMD_SCI_GET_ATR             uintptr
	CMD_SCI_COMPAT_GET_ATR      uintptr
	CMD_SCI_GET_STATUS          uintptr
	CMD_SCI_CONF_VCC            uintptr
	CMD_SCI_CONF_DETECT         uintptr
	CMD_SCI_CONF_MODE           uintptr
	CMD_SCI_SEND_DATA           uintptr
	CMD_SCI_COMPAT_SEND_DATA    uintptr
	CMD_SCI_RECEIVE_DATA        uintptr
	CMD_SCI_COMPAT_RECEIVE_DATA uintptr
	CMD_SCI_SWITCH              uintptr
	CMD_SCI_SET_BAUD            uintptr
	CMD_SCI_SET_CHGUARD         uintptr
	CMD_SCI_SEND_PPS_DATA       uintptr
	CMD_SCI_GET_PPS_DATA        uintptr
	CMD_SCI_GET_PARAM           uintptr
	CMD_SCI_SET_CHARTIMEOUT     uintptr
	CMD_SCI_SET_BLOCKTIMEOUT    uintptr
	CMD_SCI_SET_TXRETRY         uintptr
)

Functions

func HI_MODULE_DeInit 

func HI_MODULE_DeInit() (bool, error)

func HI_MODULE_GetModuleName 

func HI_MODULE_GetModuleName(u32ModuleID HI_U32) (string, error)

func HI_MODULE_Init 

func HI_MODULE_Init() (bool, error)

func HI_MODULE_Register 

func HI_MODULE_Register(u32ModuleID HI_U32, pszModuleName string) (bool, error)

func HI_MODULE_RegisterByName 

func HI_MODULE_RegisterByName(pszModuleName string, pu32ModuleID *HI_U32) (bool, error)

func HI_MODULE_UnRegister 

func HI_MODULE_UnRegister(u32ModuleID HI_U32) (bool, error)

func HI_UNF_DMX_DeInit 

func HI_UNF_DMX_DeInit() (bool, error)

************************************************************ Function: HI_UNF_DMX_DeInit Description: close ir device Calls: Data Accessed: Data Updated: NA Input: Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_DMX_GetCapability 

func HI_UNF_DMX_GetCapability(pstCap *HI_UNF_DMX_CAPABILITY_S) (bool, error)

func HI_UNF_DMX_Init 

func HI_UNF_DMX_Init() (bool, error)

************************************************************ Function: HI_UNF_DMX_Init Description: open demux device, and do the basical initialization Calls: Data Accessed: Data Updated: NA Input: Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_DeInit 

func HI_UNF_IR_DeInit() (bool, error)

************************************************************ Function: HI_UNF_IR_DeInit Description: close ir device Calls: Data Accessed: Data Updated: NA Input: Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_DisableProtocol 

func HI_UNF_IR_DisableProtocol(pszProtocolName string) (bool, error)

************************************************************ Function: HI_UNF_IR_DisableProtocol Description: disable a infrared code specified by @prot_name Calls: Data Accessed: Data Updated: NA Input: pszProtocolName: infrared code name. Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_Enable 

func HI_UNF_IR_Enable(bEnable HI_BOOL) (bool, error)

************************************************************ Function: HI_UNF_IR_Enable Description: Enable ir device Calls: Data Accessed: Data Updated: NA Input: Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_EnableKeyUp 

func HI_UNF_IR_EnableKeyUp(bEnable HI_BOOL) (bool, error)

************************************************************ Function: HI_UNF_IR_EnableKeyUp Description: config whether report the state of key release Calls: Data Accessed: Data Updated: NA Input: Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_EnableProtocol 

func HI_UNF_IR_EnableProtocol(pszProtocolName string) (bool, error)

************************************************************ Function: HI_UNF_IR_EnableProtocol Description: enable an infrared code specified by @prot_name Calls: Data Accessed: Data Updated: NA Input: pszProtocolName: infrared code name. Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_EnableRepKey 

func HI_UNF_IR_EnableRepKey(bEnable HI_BOOL) (bool, error)

************************************************************ Function: HI_UNF_IR_EnableRepKey Description: config whether report repeat key Calls: Data Accessed: Data Updated: NA Input: bEnable Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_GetProtocol 

func HI_UNF_IR_GetProtocol(penProtocol *HI_UNF_IR_PROTOCOL_E) (bool, error)

************************************************************ Function: HI_UNF_IR_GetProtocol Description: get the type of ir protocol Calls: Data Accessed: Data Updated: NA Input: NA Output: penProtocol: ir protocol of the key Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_GetProtocolEnabled 

func HI_UNF_IR_GetProtocolEnabled(pszProtocolName string) (bool, error)

************************************************************ Function: HI_UNF_IR_GetProtocolEnabled Description: get the enable status of an infrared code specified by @prot_name Calls: Data Accessed: Data Updated: NA Input: pszProtocolName: infrared code name. Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_GetProtocolName 

func HI_UNF_IR_GetProtocolName(pProtocolName *HI_CHAR, s32BufLen HI_S32) (bool, error)

************************************************************ Function: HI_UNF_IR_GetProtocolName Description: reserved Calls: Data Accessed: Data Updated: NA Input: pProtocolName, s32BufLen Output: pProtocolName Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_GetSymbol 

func HI_UNF_IR_GetSymbol(pu64First *HI_U64, pu64Second *HI_U64, u32TimeoutMs HI_U32) (bool, error)

************************************************************ Function: HI_UNF_IR_GetSymbol Description: get one raw symbols from ir module. Calls: Data Accessed: Data Updated: NA Input: u32TimeoutMs: read timeout in ms. Output: pu64lower, pu64upper. Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_Init 

func HI_UNF_IR_Init() (bool, error)

************************************************************ Function: HI_UNF_IR_Init Description: open ir device,and do the basical initialization Calls: Data Accessed: Data Updated: NA Input: Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_Reset 

func HI_UNF_IR_Reset() (bool, error)

************************************************************ Function: HI_UNF_IR_Reset Description: Reset ir device Calls: Data Accessed: Data Updated: NA Input: Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_SetCodeType 

func HI_UNF_IR_SetCodeType(enIRCode HI_UNF_IR_CODE_E) bool

************************************************************ Function: HI_UNF_IR_SetCodeType Description: reserved interface. Calls: Data Accessed: Data Updated: NA Input: enIRCode Output: Return: bool

Others: NA ************************************************************

func HI_UNF_IR_SetFetchMode 

func HI_UNF_IR_SetFetchMode(bMode HI_BOOL) (bool, error)

************************************************************ Function: HI_UNF_IR_SetFetchMode Description: set key fetch mode or symbol mode. Calls: Data Accessed: Data Updated: NA Input: bMode: true-> key mode. false-> raw symbol mode. Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_IR_SetRepKeyTimeoutAttr 

func HI_UNF_IR_SetRepKeyTimeoutAttr(u32TimeoutMs HI_U32) (bool, error)

************************************************************ Function: HI_UNF_IR_RepKeyTimeoutVal Description: Set the reporting interval when you keep pressing button. Calls: Data Accessed: Data Updated: NA Input: u32TimeoutMs The minimum interval to report repeat key Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_Close 

func HI_UNF_SCI_Close(port HI_UNF_SCI_PORT_E) (bool, error)

************************************************************ Function: HI_UNF_SCI_Close Description: close SCI device Calls: HI_SCI_Close Data Accessed: NA Data Updated: NA Input: port Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_ConfigClkMode 

func HI_UNF_SCI_ConfigClkMode(mode SCI_IO_OUTPUTTYPE_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_ConfigClkMode Description: Config CLK Work Mode(OD or CMOS) Calls: HI_SCI_ConfigClkMode Data Accessed: NA Data Updated: NA Input: mode Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_ConfigDetect 

func HI_UNF_SCI_ConfigDetect(level SCI_LEVEL_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_ConfigDetect Description: Set the valid level of Detect Calls: HI_SCI_ConfigDetect Data Accessed: NA Data Updated: NA Input: level Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_ConfigResetMode 

func HI_UNF_SCI_ConfigResetMode(mode SCI_IO_OUTPUTTYPE_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_ConfigResetMode Description: Config Reset Work Mode (OD or CMOS) Calls: HI_UNF_SCI_ConfigResetMode Data Accessed: NA Data Updated: NA Input: mode Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_ConfigVccEn 

func HI_UNF_SCI_ConfigVccEn(level SCI_LEVEL_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_ConfigVccEn Description: Set the valid level of VCC Calls: HI_SCI_ConfigVccEn Data Accessed: NA Data Updated: NA Input: level Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_ConfigVccEnMode 

func HI_UNF_SCI_ConfigVccEnMode(mode SCI_IO_OUTPUTTYPE_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_ConfigVccEnMode Description: Config VCC Work Mode (OD or CMOS) Calls: HI_UNF_SCI_ConfigVccEnMode Data Accessed: NA Data Updated: NA Input: mode Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_DeInit 

func HI_UNF_SCI_DeInit() (bool, error)

************************************************************ Function: HI_UNF_SCI_DeInit Description: close sci device Calls: Data Accessed: Data Updated: NA Input: Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_DeactiveCard 

func HI_UNF_SCI_DeactiveCard(port HI_UNF_SCI_PORT_E) (bool, error)

************************************************************ Function: HI_UNF_SCI_DeactiveCard Description: Deactive Card Calls: HI_SCI_DeactiveCard Data Accessed: NA Data Updated: NA Input: reset Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_GetATR 

func HI_UNF_SCI_GetATR(atr *SCI_ATR_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_GetATR Description: Get ATR Data Calls: HI_SCI_GetATR Data Accessed: NA Data Updated: NA Input: atr Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_GetCardStatus 

func HI_UNF_SCI_GetCardStatus(status *SCI_STATUS_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_GetCardStatus Description: Get the Status of Card Calls: HI_UNF_SCI_GetCardStatus Data Accessed: NA Data Updated: NA Input: status Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_GetPPSResponData 

func HI_UNF_SCI_GetPPSResponData(pps *SCI_PPS_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_GetPPSResponData Description: Get PPS Negotiation Respond Data Calls: HI_UNF_SCI_GetPPSResponData Data Accessed: NA Data Updated: NA Input: pps Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_GetParams 

func HI_UNF_SCI_GetParams(params *HI_UNF_SCI_PARAMS_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_GetParams Description: Get SCI Parameter Calls: HI_UNF_SCI_GetParams Data Accessed: NA Data Updated: NA Input: params Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_Init 

func HI_UNF_SCI_Init() (bool, error)

************************************************************ Function: HI_UNF_SCI_Init Description: open sci device,and do the basical initialization Calls: Data Accessed: Data Updated: NA Input: Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_NegotiatePPS 

func HI_UNF_SCI_NegotiatePPS(pps SCI_PPS_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_NegotiatePPS Description: Request PPS Negotiation Calls: HI_UNF_SCI_NegotiatePPS Data Accessed: NA Data Updated: NA Input: pps Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_Open 

func HI_UNF_SCI_Open(config SCI_OPEN_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_Open Description: open SCI device Calls: HI_SCI_Open Data Accessed: NA Data Updated: NA Input: config Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_Receive 

func HI_UNF_SCI_Receive(data *SCI_DATA_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_Receive Description: Receive Data from Card Calls: HI_SCI_Receive Data Accessed: NA Data Updated: NA Input: data Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_ResetCard 

func HI_UNF_SCI_ResetCard(reset SCI_RESET_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_ResetCard Description: Reset Card Calls: HI_UNF_SCI_ResetCard Data Accessed: NA Data Updated: NA Input: reset Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_Send 

func HI_UNF_SCI_Send(data *SCI_DATA_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_Send Description: Send Data to Card Calls: HI_SCI_Send Data Accessed: NA Data Updated: NA Input: data Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_SetBlockTimeout 

func HI_UNF_SCI_SetBlockTimeout(timeout SCI_BLOCKTIMEOUT_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_SetBlockTimeout Description: Set T1 block timeout Calls: HI_UNF_SCI_SetBlockTimeout Data Accessed: NA Data Updated: NA Input: timeout Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_SetCharTimeout 

func HI_UNF_SCI_SetCharTimeout(timeout SCI_CHARTIMEOUT_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_SetCharTimeout Description: Set T0 or T1 char timeout Calls: HI_UNF_SCI_SetCharTimeout Data Accessed: NA Data Updated: NA Input: timeout Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_SetEtuFactor 

func HI_UNF_SCI_SetEtuFactor(baudrate SCI_EXT_BAUD_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_SetEtuFactor Description: Set Work BaudRate Calls: HI_UNF_SCI_SetEtuFactor Data Accessed: NA Data Updated: NA Input: baudrate Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_SetGuardTime 

func HI_UNF_SCI_SetGuardTime(guard SCI_ADD_GUARD_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_SetGuardTime Description: Set Guard Delay Time Calls: HI_UNF_SCI_SetGuardTime Data Accessed: NA Data Updated: NA Input: guard Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_SetTxRetries 

func HI_UNF_SCI_SetTxRetries(tx SCI_TXRETRY_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_SetTxRetries Description: Set TX Retry Times Calls: HI_UNF_SCI_SetTxRetries Data Accessed: NA Data Updated: NA Input: tx Output: Return: bool 

error

Others: NA ************************************************************

func HI_UNF_SCI_SwitchCard 

func HI_UNF_SCI_SwitchCard(config SCI_OPEN_S) (bool, error)

************************************************************ Function: HI_UNF_SCI_SwitchCard Description: Change Card Calls: HI_UNF_SCI_SwitchCard Data Accessed: NA Data Updated: NA Input: config Output: Return: bool 

error

Others: NA ************************************************************

func Io 

func Io(t, nr uintptr) uintptr

Io used for a simple ioctl that sends nothing but the type and number, and receives back nothing but an (integer) retval.

func IoR 

func IoR(t, nr, size uintptr) uintptr

IoR used for an ioctl that reads data from the device driver. The driver will be allowed to return sizeof(data_type) bytes to the user.

func IoRW 

func IoRW(t, nr, size uintptr) uintptr

IoRW a combination of IoR and IoW. That is, data is both written to the driver and then read back from the driver by the client.

func IoW 

func IoW(t, nr, size uintptr) uintptr

IoW used for an ioctl that writes data to the device driver.

func Ioctl 

func Ioctl(fd, op uintptr, arg interface{}) error

Ioctl serves as a simple convenience function for invoking the standard ioctl syscall using the common C convention

Types

type DMX_AcqMsg_S 

type DMX_AcqMsg_S struct {
	// contains filtered or unexported fields
}

type DMX_BUF_FLAG_E 

type DMX_BUF_FLAG_E int32
const (
	DMX_MMZ_BUF DMX_BUF_FLAG_E = iota
	DMX_MMU_BUF
	DMX_SECURE_BUF
)

type DMX_BUF_S 

type DMX_BUF_S struct {
	VirAddr *HI_U8 /* Virtual address of a buffer. */
	PhyAddr HI_U32 /* Physical address of a buffer. */
	Size    HI_U32 /* Buffer size, in the unit of byte. */
	Flag    DMX_BUF_FLAG_E
}

type DMX_CB_DESC_S 

type DMX_CB_DESC_S struct {
	Handle HI_HANDLE
	Raw    HI_UNF_DMX_CB_DESC_S
}

type DMX_ChanChanTsCnt_S 

type DMX_ChanChanTsCnt_S struct {
	// contains filtered or unexported fields
}

type DMX_ChanNew_S 

type DMX_ChanNew_S struct {
	BufPhyAddr HI_U32
	BufSize    HI_U32
	BufFlag    DMX_BUF_FLAG_E
	// contains filtered or unexported fields
}

type DMX_ChanPIDGet_S 

type DMX_ChanPIDGet_S struct {
	// contains filtered or unexported fields
}

type DMX_ChanPIDSet_S 

type DMX_ChanPIDSet_S struct {
	// contains filtered or unexported fields
}

type DMX_ChanStatusGet_S 

type DMX_ChanStatusGet_S struct {
	// contains filtered or unexported fields
}

type DMX_ChannelIdGet_S 

type DMX_ChannelIdGet_S struct {
	// contains filtered or unexported fields
}

type DMX_Compat_AcqMsg_S 

type DMX_Compat_AcqMsg_S struct {
	// contains filtered or unexported fields
}

type DMX_Compat_GetDataFlag_S 

type DMX_Compat_GetDataFlag_S struct {
	ValidChannel    HI_U32 /* channel has data ready */
	ValidChannelNum HI_U32 /* channel has data number */
	// contains filtered or unexported fields
}

type DMX_Compat_REC_DATA_INDEX_S 

type DMX_Compat_REC_DATA_INDEX_S struct {
	// contains filtered or unexported fields
}

Compat define for HI_UNF_DMX_REC_DATA_INDEX_S.

type DMX_Compat_Rec_ProcessDataIndex_S 

type DMX_Compat_Rec_ProcessDataIndex_S struct {
	RecHandle  HI_HANDLE
	RecDataIdx DMX_Compat_REC_DATA_INDEX_S
}

type DMX_Compat_RelMsg_S 

type DMX_Compat_RelMsg_S struct {
	// contains filtered or unexported fields
}

type DMX_Compat_SelectDataFlag_S 

type DMX_Compat_SelectDataFlag_S struct {
	ValidChannel    HI_U32 /* channel has data ready */
	ValidChannelNum HI_U32 /* channel has data number */
	// contains filtered or unexported fields
}

type DMX_DATA_BUF_S 

type DMX_DATA_BUF_S struct {
	BufKerAddr *HI_U8
	BufPhyAddr HI_U32
	BufLen     HI_U32
}

type DMX_FilterAttach_S 

type DMX_FilterAttach_S struct {
	Filter  HI_HANDLE
	Channel HI_HANDLE
}

type DMX_FilterChannelIDGet_S 

type DMX_FilterChannelIDGet_S = DMX_FilterAttach_S

type DMX_FilterDetach_S 

type DMX_FilterDetach_S = DMX_FilterAttach_S

type DMX_FilterGet_S 

type DMX_FilterGet_S = DMX_FilterSet_S

type DMX_FilterSet_S 

type DMX_FilterSet_S struct {
	Filter     HI_HANDLE
	FilterAttr HI_UNF_DMX_FILTER_ATTR_S
}

type DMX_FreeChanGet_S 

type DMX_FreeChanGet_S struct {
	// contains filtered or unexported fields
}

type DMX_FreeFilterGet_S 

type DMX_FreeFilterGet_S struct {
	DmxId     HI_U32
	FreeCount HI_U32
}

type DMX_GetChan_Attr_S 

type DMX_GetChan_Attr_S struct {
	// contains filtered or unexported fields
}

type DMX_GetDataFlag_S 

type DMX_GetDataFlag_S struct {
	ValidChannel    *HI_HANDLE /* channel has data ready */
	ValidChannelNum *HI_U32    /* channel has data number */
	// contains filtered or unexported fields
}

#if defined(CHIP_TYPE_hi3798cv200_a) || defined(CHIP_TYPE_hi3798cv200_b) ||defined(CHIP_TYPE_hi3798cv200) || defined(CHIP_TYPE_hi3716mv410) || defined(CHIP_TYPE_hi3716mv420)

type DMX_IDX_DATA_S 

type DMX_IDX_DATA_S struct {
	// contains filtered or unexported fields
}

Sequence of DMX_IDX_DATA_S 's member can not change, must match the sequence defined by hardware

type DMX_MMZ_BUF_S 

type DMX_MMZ_BUF_S struct {
	VirAddr *HI_U8 /* Virtual address of a buffer. */
	PhyAddr HI_U32 /* Physical address of a buffer. */
	Size    HI_U32 /* Buffer size, in the unit of byte. */
	Flag    DMX_BUF_FLAG_E
}

type DMX_NewFilter_S 

type DMX_NewFilter_S struct {
	DmxId      HI_U32
	FilterAttr HI_UNF_DMX_FILTER_ATTR_S
	Filter     HI_HANDLE
}

type DMX_NewPcr_S 

type DMX_NewPcr_S struct {
	// contains filtered or unexported fields
}

type DMX_PCRSYNC_S 

type DMX_PCRSYNC_S struct {
	// contains filtered or unexported fields
}

type DMX_PORT_MODE_E 

type DMX_PORT_MODE_E int32
const (
	DMX_PORT_MODE_TUNER DMX_PORT_MODE_E = iota
	DMX_PORT_MODE_RAM
	DMX_PORT_MODE_TAG
	DMX_PORT_MODE_RMX
	DMX_PORT_MODE_BUTT
)

type DMX_PcrPidGet_S 

type DMX_PcrPidGet_S = DMX_PcrPidSet_S

type DMX_PcrPidSet_S 

type DMX_PcrPidSet_S struct {
	// contains filtered or unexported fields
}

type DMX_PcrScrGet_S 

type DMX_PcrScrGet_S struct {
	// contains filtered or unexported fields
}

type DMX_PcrValGet_S 

type DMX_PcrValGet_S struct {
	// contains filtered or unexported fields
}

type DMX_PesBufAttach_S 

type DMX_PesBufAttach_S struct {
	// contains filtered or unexported fields
}

type DMX_PesBufGet_S 

type DMX_PesBufGet_S struct {
	BufPhyAddr HI_U32
	BufSize    HI_U32
	PtsMs      HI_U32
	// contains filtered or unexported fields
}

type DMX_PesBufStaGet_S 

type DMX_PesBufStaGet_S struct {
	// contains filtered or unexported fields
}

type DMX_PoolBuf_Attr_S 

type DMX_PoolBuf_Attr_S struct {
	BufPhyAddr HI_U32
	BufSize    HI_U32
	BufFlag    DMX_BUF_FLAG_E
}

type DMX_PortPacketNum_S 

type DMX_PortPacketNum_S struct {
	PortMode     DMX_PORT_MODE_E
	PortId       HI_U32
	TsPackCnt    HI_U32
	ErrTsPackCnt HI_U32
}

type DMX_Port_Attach_S 

type DMX_Port_Attach_S struct {
	PortMode DMX_PORT_MODE_E
	PortId   HI_U32
	DmxId    HI_U32
}

type DMX_Port_GetAttr_S 

type DMX_Port_GetAttr_S struct {
	PortMode DMX_PORT_MODE_E
	PortId   HI_U32
	PortAttr HI_UNF_DMX_PORT_ATTR_S
}

type DMX_Port_GetId_S 

type DMX_Port_GetId_S = DMX_Port_Attach_S

type DMX_Port_SetAttr_S 

type DMX_Port_SetAttr_S = DMX_Port_GetAttr_S

type DMX_Rec_AcquireData_S 

type DMX_Rec_AcquireData_S struct {
	RecHandle  HI_HANDLE
	BufPhyAddr HI_U32
	BufSize    HI_U32
	TimeoutMs  HI_U32
}

type DMX_Rec_AcquireIndex_S 

type DMX_Rec_AcquireIndex_S struct {
	RecHandle HI_HANDLE
	IndexData HI_UNF_DMX_REC_INDEX_S
	TimeoutMs HI_U32
}

type DMX_Rec_AcquireScd_S 

type DMX_Rec_AcquireScd_S struct {
	RecHandle HI_HANDLE
	RecData   HI_UNF_DMX_REC_DATA_S
	TimeoutMs HI_U32
}

type DMX_Rec_AddPid_S 

type DMX_Rec_AddPid_S struct {
	RecHandle  HI_HANDLE
	ChanHandle HI_HANDLE
	Pid        HI_U32
}

type DMX_Rec_BufStatus_S 

type DMX_Rec_BufStatus_S struct {
	RecHandle HI_HANDLE
	BufStatus HI_UNF_DMX_RECBUF_STATUS_S
}

type DMX_Rec_CreateChan_S 

type DMX_Rec_CreateChan_S struct {
	RecHandle     HI_HANDLE
	RecAttr       HI_UNF_DMX_REC_ATTR_S
	RecBufPhyAddr HI_U32
	RecBufSize    HI_U32
	RecBufFlag    DMX_BUF_FLAG_E
}

type DMX_Rec_DelPid_S 

type DMX_Rec_DelPid_S struct {
	RecHandle  HI_HANDLE
	ChanHandle HI_HANDLE
}

type DMX_Rec_ExcludePid_S 

type DMX_Rec_ExcludePid_S struct {
	RecHandle HI_HANDLE
	Pid       HI_U32
}

type DMX_Rec_ProcessDataIndex_S 

type DMX_Rec_ProcessDataIndex_S struct {
	RecHandle  HI_HANDLE
	RecDataIdx HI_UNF_DMX_REC_DATA_INDEX_S
}

type DMX_Rec_ReleaseData_S 

type DMX_Rec_ReleaseData_S struct {
	RecHandle  HI_HANDLE
	BufPhyAddr HI_U32
	BufSize    HI_U32
}

type DMX_Rec_ReleaseScd_S 

type DMX_Rec_ReleaseScd_S struct {
	RecHandle HI_HANDLE
	RecData   HI_UNF_DMX_REC_DATA_S
}

type DMX_RelMsg_S 

type DMX_RelMsg_S struct {
	// contains filtered or unexported fields
}

type DMX_ScrambledFlagGet_S 

type DMX_ScrambledFlagGet_S struct {
	// contains filtered or unexported fields
}

type DMX_SelectDataFlag_S 

type DMX_SelectDataFlag_S struct {
	ValidChannel    *HI_HANDLE /* channel has data ready */
	ValidChannelNum *HI_U32    /* channel has data number */
	// contains filtered or unexported fields
}

type DMX_SetChan_Attr_S 

type DMX_SetChan_Attr_S = DMX_GetChan_Attr_S

type DMX_SetChan_CC_REPEAT_S 

type DMX_SetChan_CC_REPEAT_S struct {
	// contains filtered or unexported fields
}

type DMX_Stream_S 

type DMX_Stream_S struct {
	// contains filtered or unexported fields
}

type DMX_TSO_Port_Attr_S 

type DMX_TSO_Port_Attr_S struct {
	PortId   HI_U32
	PortAttr HI_UNF_DMX_TSO_PORT_ATTR_S
}

type DMX_Tag_GetAttr_S 

type DMX_Tag_GetAttr_S struct {
	DmxId   HI_U32
	TagAttr HI_UNF_DMX_TAG_ATTR_S
}

type DMX_Tag_SetAttr_S 

type DMX_Tag_SetAttr_S = DMX_Tag_GetAttr_S

type DMX_TsBufGet_S 

type DMX_TsBufGet_S struct {
	PortId     HI_U32
	ReqLen     HI_U32
	BufPhyAddr HI_U32
	BufSize    HI_U32
	TimeoutMs  HI_U32
}

type DMX_TsBufInit_S 

type DMX_TsBufInit_S struct {
	PortId     HI_U32
	BufPhyAddr HI_U32
	BufSize    HI_U32
	BufFlag    DMX_BUF_FLAG_E
}

type DMX_TsBufPush_S 

type DMX_TsBufPush_S struct {
	PortId     HI_U32
	BufPhyAddr HI_U32
	BufSize    HI_U32
}

type DMX_TsBufPut_S 

type DMX_TsBufPut_S struct {
	PortId       HI_U32
	ValidDataLen HI_U32
	StartPos     HI_U32
}

type DMX_TsBufRel_S 

type DMX_TsBufRel_S struct {
	PortId     HI_U32
	BufPhyAddr HI_U32
	BufSize    HI_U32
}

type DMX_TsBufStaGet_S 

type DMX_TsBufStaGet_S struct {
	PortId HI_U32
	Status HI_UNF_DMX_TSBUF_STATUS_S
}

type DMX_UserMsg_S 

type DMX_UserMsg_S struct {
	// contains filtered or unexported fields
}

type HI_BOOL 

type HI_BOOL = int32
const (
	HI_FALSE HI_BOOL = iota
	HI_TRUE  HI_BOOL = iota
)

type HI_CHAR 

type HI_CHAR = byte

type HI_CHIP_CAP_E 

type HI_CHIP_CAP_E int32

Define the chip support attrs 

const (
	HI_CHIP_CAP_DOLBY HI_CHIP_CAP_E = iota
	HI_CHIP_CAP_DTS
	HI_CHIP_CAP_ADVCA
	HI_CHIP_CAP_MACROVISION
)

type HI_CHIP_PACKAGE_TYPE_E 

type HI_CHIP_PACKAGE_TYPE_E int32
const (
	HI_CHIP_PACKAGE_TYPE_BGA_15_15 HI_CHIP_PACKAGE_TYPE_E = iota
	HI_CHIP_PACKAGE_TYPE_BGA_16_16
	HI_CHIP_PACKAGE_TYPE_BGA_19_19
	HI_CHIP_PACKAGE_TYPE_BGA_23_23
	HI_CHIP_PACKAGE_TYPE_BGA_31_31
	HI_CHIP_PACKAGE_TYPE_QFP_216
	HI_CHIP_PACKAGE_TYPE_BUTT
)

type HI_CHIP_TYPE_E 

type HI_CHIP_TYPE_E int32

Define the chip type. 

const (
	HI_CHIP_TYPE_HI3716M HI_CHIP_TYPE_E = iota
	HI_CHIP_TYPE_HI3716H
	HI_CHIP_TYPE_HI3716C
	HI_CHIP_TYPE_HI3716CES

	HI_CHIP_TYPE_HI3720
	HI_CHIP_TYPE_HI3712
	HI_CHIP_TYPE_HI3715

	HI_CHIP_TYPE_HI3718M
	HI_CHIP_TYPE_HI3718C
	HI_CHIP_TYPE_HI3719M
	HI_CHIP_TYPE_HI3719C
	HI_CHIP_TYPE_HI3719M_A
)
const (
	HI_CHIP_TYPE_HI3796C HI_CHIP_TYPE_E = iota + 0x20
	HI_CHIP_TYPE_HI3798C
	HI_CHIP_TYPE_HI3796M
	HI_CHIP_TYPE_HI3798M
)
const (
	HI_CHIP_TYPE_HI3796C_A HI_CHIP_TYPE_E = iota + 0x40
	HI_CHIP_TYPE_HI3798C_A
	HI_CHIP_TYPE_HI3798C_B

	HI_CHIP_TYPE_HI3798M_A

	HI_CHIP_TYPE_BUTT
)

type HI_CHIP_VERSION_E 

type HI_CHIP_VERSION_E int32

Define the chip version. 

const (
	HI_CHIP_VERSION_V100 HI_CHIP_VERSION_E = 0x100
	HI_CHIP_VERSION_V101 HI_CHIP_VERSION_E = 0x101
	HI_CHIP_VERSION_V200 HI_CHIP_VERSION_E = 0x200
	HI_CHIP_VERSION_V300 HI_CHIP_VERSION_E = 0x300
	HI_CHIP_VERSION_V400 HI_CHIP_VERSION_E = 0x400
	HI_CHIP_VERSION_V410 HI_CHIP_VERSION_E = 0x410
	HI_CHIP_VERSION_V420 HI_CHIP_VERSION_E = 0x420
	HI_CHIP_VERSION_BUTT
)

type HI_DOUBLE 

type HI_DOUBLE = float64

type HI_DRV_DMX_BUF_STATUS_S 

type HI_DRV_DMX_BUF_STATUS_S struct {
	// contains filtered or unexported fields
}

type HI_FLOAT 

type HI_FLOAT = float32

type HI_HANDLE 

type HI_HANDLE = uint32

type HI_LAYER_ZORDER_E 

type HI_LAYER_ZORDER_E int32
const (
	HI_LAYER_ZORDER_MOVETOP    HI_LAYER_ZORDER_E = iota /* Move to the top */
	HI_LAYER_ZORDER_MOVEUP                              /* Move up */
	HI_LAYER_ZORDER_MOVEBOTTOM                          /* Move to the bottom */
	HI_LAYER_ZORDER_MOVEDOWN                            /* Move down */
	HI_LAYER_ZORDER_BUTT
)

type HI_LENGTH_T 

type HI_LENGTH_T = uint64

type HI_MMZ_BUF_S 

type HI_MMZ_BUF_S struct {
	// contains filtered or unexported fields
}

type HI_MPI_DMX_BUF_STATUS_S 

type HI_MPI_DMX_BUF_STATUS_S struct {
	// contains filtered or unexported fields
}

type HI_MPI_DMX_PORT_E 

type HI_MPI_DMX_PORT_E int32
const (
	HI_MPI_DMX_PORT_RMX_0 HI_MPI_DMX_PORT_E = iota + 0xa0
	HI_MPI_DMX_PORT_BUTT
)

type HI_MPI_RMX_ATTR_S 

type HI_MPI_RMX_ATTR_S struct {
	// contains filtered or unexported fields
}

type HI_MPI_RMX_PUMP_ATTR_S 

type HI_MPI_RMX_PUMP_ATTR_S struct {
	// contains filtered or unexported fields
}

type HI_MPI_RMX_PUMP_TYPE_E 

type HI_MPI_RMX_PUMP_TYPE_E int32
const (
	HI_MPI_RMX_PUMP_TYPE_PID HI_MPI_RMX_PUMP_TYPE_E = iota
	HI_MPI_RMX_PUMP_TYPE_REMAP_PID
	HI_MPI_RMX_PUMP_TYPE_ALLPASS_PORT
	HI_MPI_RMX_PUMP_TYPE_BUTT
)

type HI_PCHAR 

type HI_PCHAR = string

type HI_PHYS_ADDR_T 

type HI_PHYS_ADDR_T = uint32

type HI_PROC_CMD_FN 

type HI_PROC_CMD_FN *func(pstBuf *HI_PROC_SHOW_BUFFER_S, u32Argc HI_U32, pu8Argv *[]HI_U8, pPrivData *HI_VOID) HI_S32

Proc command function

type HI_PROC_ENTRY_S 

type HI_PROC_ENTRY_S struct {
	// contains filtered or unexported fields
}

Defines user mode proc entry

type HI_PROC_SHOW_BUFFER_S 

type HI_PROC_SHOW_BUFFER_S struct {
	// contains filtered or unexported fields
}

Defines user mode proc show buffer

type HI_PROC_SHOW_FN 

type HI_PROC_SHOW_FN *func(pstBuf *HI_PROC_SHOW_BUFFER_S, pPrivData *HI_VOID) HI_S32

Proc show function

type HI_RECT_S 

type HI_RECT_S struct {
	// contains filtered or unexported fields
}

type HI_S16 

type HI_S16 = int16

type HI_S32 

type HI_S32 = int32

type HI_S64 

type HI_S64 = int64

type HI_S8 

type HI_S8 = int8

type HI_SIZE_T 

type HI_SIZE_T = uint64

type HI_SLONG 

type HI_SLONG = int64

type HI_SYS_CHIP_ATTR_S 

type HI_SYS_CHIP_ATTR_S struct {
	// contains filtered or unexported fields
}

Define the chip attributes

type HI_SYS_CONF_S 

type HI_SYS_CONF_S struct {
	// contains filtered or unexported fields
}
Structs Definitions

* Global config structure

type HI_SYS_MEM_CONFIG_S 

type HI_SYS_MEM_CONFIG_S struct {
	// contains filtered or unexported fields
}

Defines DDR configuration type struct

type HI_SYS_VERSION_S 

type HI_SYS_VERSION_S struct {
	BootVersion [80]HI_CHAR /* Version string of the Boot */
	// contains filtered or unexported fields
}

System version, that is, the version of the software developer's kit (SDK)

type HI_U16 

type HI_U16 = uint16

type HI_U32 

type HI_U32 = uint32

func HI_MODULE_GetModuleID 

func HI_MODULE_GetModuleID(pu8ModuleName string) (HI_U32, error)

type HI_U64 

type HI_U64 = uint64

type HI_U8 

type HI_U8 = uint8

Global Types

type HI_UCHAR 

type HI_UCHAR = uint8

type HI_ULONG 

type HI_ULONG = uint64

type HI_UNF_DMX_CAPABILITY_S 

type HI_UNF_DMX_CAPABILITY_S struct {
	// contains filtered or unexported fields
}

Structs Definitions Defines the capability of the DEMUX module

type HI_UNF_DMX_CB_CONTEXT_TYPE_E 

type HI_UNF_DMX_CB_CONTEXT_TYPE_E int32

Define cb context type 

const (
	HI_UNF_DMX_CB_CONTEXT_TYPE_SHARED  HI_UNF_DMX_CB_CONTEXT_TYPE_E = iota /* public shared context thread */
	HI_UNF_DMX_CB_CONTEXT_TYPE_PRIVATE                                     /* private context thread */
	HI_UNF_DMX_CB_CONTEXT_TYPE_BUTT
)

type HI_UNF_DMX_CB_DESC_S 

type HI_UNF_DMX_CB_DESC_S struct {
	// contains filtered or unexported fields
}

Define cb descriptor

type HI_UNF_DMX_CHAN_ATTR_S 

type HI_UNF_DMX_CHAN_ATTR_S struct {
	// contains filtered or unexported fields
}

Channel attribute

type HI_UNF_DMX_CHAN_BUF_CB_FUNC 

type HI_UNF_DMX_CHAN_BUF_CB_FUNC *func(hChannel HI_HANDLE, u32AcquiredNum HI_U32, pstBuf *HI_UNF_DMX_DATA_S, pUserData *HI_VOID) HI_S32

Declare section/pes/post cb function interface

type HI_UNF_DMX_CHAN_CC_REPEAT_MODE_E 

type HI_UNF_DMX_CHAN_CC_REPEAT_MODE_E int32

Repeat CC mode of channel

type HI_UNF_DMX_CHAN_CC_REPEAT_SET_S 

type HI_UNF_DMX_CHAN_CC_REPEAT_SET_S struct {
	// contains filtered or unexported fields
}

type HI_UNF_DMX_CHAN_CRC_MODE_E 

type HI_UNF_DMX_CHAN_CRC_MODE_E int32

Cyclic redundancy check (CRC) mode of a channel 

const (
	HI_UNF_DMX_CHAN_CRC_MODE_FORBID                HI_UNF_DMX_CHAN_CRC_MODE_E = iota /* The CRC check is disabled */
	HI_UNF_DMX_CHAN_CRC_MODE_FORCE_AND_DISCARD                                       /* The CRC check is enabled, and the error Section data is discarded */
	HI_UNF_DMX_CHAN_CRC_MODE_FORCE_AND_SEND                                          /* The CRC check is enabled, and the error Section data is received */
	HI_UNF_DMX_CHAN_CRC_MODE_BY_SYNTAX_AND_DISCARD                                   /* Whether the CRC check is performed depends on the syntax, and the error Section data is discarded */
	HI_UNF_DMX_CHAN_CRC_MODE_BY_SYNTAX_AND_SEND                                      /* Whether the CRC check is performed depends on the syntax, and the error Section data is received */

	HI_UNF_DMX_CHAN_CRC_MODE_BUTT
)

type HI_UNF_DMX_CHAN_OUTPUT_MODE_E 

type HI_UNF_DMX_CHAN_OUTPUT_MODE_E int32

Output mode of a channel 

const (
	HI_UNF_DMX_CHAN_OUTPUT_MODE_PLAY     HI_UNF_DMX_CHAN_OUTPUT_MODE_E = iota + 0x1 /* Mode of playing audios/videos or receiving data */
	HI_UNF_DMX_CHAN_OUTPUT_MODE_REC                                                 /* Recording mode */
	HI_UNF_DMX_CHAN_OUTPUT_MODE_PLAY_REC                                            /* Mode of recording and playing data or receiving data */
	HI_UNF_DMX_CHAN_OUTPUT_MODE_BUTT
)

type HI_UNF_DMX_CHAN_STATUS_E 

type HI_UNF_DMX_CHAN_STATUS_E int32

Channel status 

const (
	HI_UNF_DMX_CHAN_CLOSE       HI_UNF_DMX_CHAN_STATUS_E = iota + 0x0 /* The channel is stopped. */
	HI_UNF_DMX_CHAN_PLAY_EN                                           /* The channel is playing audios/videos or receiving data. */
	HI_UNF_DMX_CHAN_REC_EN                                            /* The channel is recording data. */
	HI_UNF_DMX_CHAN_PLAY_REC_EN                                       /* The channel is recording and receiving data. */
)

type HI_UNF_DMX_CHAN_STATUS_S 

type HI_UNF_DMX_CHAN_STATUS_S struct {
	// contains filtered or unexported fields
}

Defines the channel status

type HI_UNF_DMX_CHAN_TYPE_E 

type HI_UNF_DMX_CHAN_TYPE_E int32

Channel type 

const (
	HI_UNF_DMX_CHAN_TYPE_SEC     HI_UNF_DMX_CHAN_TYPE_E = iota /* Channel that receives sections data such as program specific information (PSI) or service information (SI) data */
	HI_UNF_DMX_CHAN_TYPE_PES                                   /* Channel that receives packetized elementary stream (PES) data */
	HI_UNF_DMX_CHAN_TYPE_AUD                                   /* Channel that receives audio data */
	HI_UNF_DMX_CHAN_TYPE_VID                                   /* Channel that receives video data */
	HI_UNF_DMX_CHAN_TYPE_POST                                  /* Entire-packet posting channel that receives an entire TS packet with a specific packet identifier (PID). */
	HI_UNF_DMX_CHAN_TYPE_ECM_EMM                               /* Channel that receives entitlement control message (ECM) or entitlement management message (EMM) data */
	HI_UNF_DMX_CHAN_TYPE_BUTT
)

type HI_UNF_DMX_DATA_S 

type HI_UNF_DMX_DATA_S struct {
	// contains filtered or unexported fields
}

DEMUX data packet

type HI_UNF_DMX_DATA_TYPE_E 

type HI_UNF_DMX_DATA_TYPE_E int32

Type of the DEMUX data packet. 

const (
	HI_UNF_DMX_DATA_TYPE_WHOLE HI_UNF_DMX_DATA_TYPE_E = iota /* The data segment contains a complete data packet */
	HI_UNF_DMX_DATA_TYPE_HEAD                                /* The data segment contains the head of a data packet, but the data packet may not be complete */
	HI_UNF_DMX_DATA_TYPE_BODY                                /* This type is valid only for the PES data.The data segment contains the body of a data packet. */
	HI_UNF_DMX_DATA_TYPE_TAIL                                /* This type is valid only for the PES data.The data segment contains the tail of a data packet, and is used to identify the end of a data packet. */
	HI_UNF_DMX_DATA_TYPE_BUTT
)

type HI_UNF_DMX_FILTER_ATTR_S 

type HI_UNF_DMX_FILTER_ATTR_S struct {
	// contains filtered or unexported fields
}

type HI_UNF_DMX_INVOKE_TYPE_E 

type HI_UNF_DMX_INVOKE_TYPE_E int32
const (
	HI_UNF_DMX_INVOKE_TYPE_CHAN_CC_REPEAT_SET HI_UNF_DMX_INVOKE_TYPE_E = iota /* dmx set channel extra attr,param:HI_UNF_DMX_CHAN_CC_REPEAT_SET_S */
	HI_UNF_DMX_INVOKE_TYPE_PUSI_SET                                           /* dmx set PUSI flag,param:HI_UNF_DMX_PUSI_SET_S */
	HI_UNF_DMX_INVOKE_TYPE_TEI_SET                                            /* dmx set TEI flag,param:HI_UNF_DMX_TEI_SET_S */
	HI_UNF_DMX_INVOKE_TYPE_TSI_ATTACH_TSO                                     /* Attach TSI with TSO ,param:HI_UNF_DMX_TSI_ATTACH_TSO_S */
	HI_UNF_DMX_INVOKE_TYPE_BUTT
)

type HI_UNF_DMX_PORT_ATTR_S 

type HI_UNF_DMX_PORT_ATTR_S struct {
	// contains filtered or unexported fields
}

TS port attributes

type HI_UNF_DMX_PORT_E 

type HI_UNF_DMX_PORT_E int32

TS port ID 

const (
	HI_UNF_DMX_PORT_IF_0 HI_UNF_DMX_PORT_E = iota /* The first IF port (port with QAM inside chipset). */
	HI_UNF_DMX_PORT_IF_1
	HI_UNF_DMX_PORT_IF_2
	HI_UNF_DMX_PORT_IF_3
	HI_UNF_DMX_PORT_IF_4
	HI_UNF_DMX_PORT_IF_5
	HI_UNF_DMX_PORT_IF_6
	HI_UNF_DMX_PORT_IF_7
	HI_UNF_DMX_PORT_IF_8
	HI_UNF_DMX_PORT_IF_9
	HI_UNF_DMX_PORT_IF_10
	HI_UNF_DMX_PORT_IF_11
	HI_UNF_DMX_PORT_IF_12
	HI_UNF_DMX_PORT_IF_13
	HI_UNF_DMX_PORT_IF_14
	HI_UNF_DMX_PORT_IF_15
)
const (
	HI_UNF_DMX_PORT_TSI_0 HI_UNF_DMX_PORT_E = iota + 0x20 /* The first TS IN port. */
	HI_UNF_DMX_PORT_TSI_1
	HI_UNF_DMX_PORT_TSI_2
	HI_UNF_DMX_PORT_TSI_3
	HI_UNF_DMX_PORT_TSI_4
	HI_UNF_DMX_PORT_TSI_5
	HI_UNF_DMX_PORT_TSI_6
	HI_UNF_DMX_PORT_TSI_7
	HI_UNF_DMX_PORT_TSI_8
	HI_UNF_DMX_PORT_TSI_9
	HI_UNF_DMX_PORT_TSI_10
	HI_UNF_DMX_PORT_TSI_11
	HI_UNF_DMX_PORT_TSI_12
	HI_UNF_DMX_PORT_TSI_13
	HI_UNF_DMX_PORT_TSI_14
	HI_UNF_DMX_PORT_TSI_15
)
const (
	HI_UNF_DMX_PORT_RAM_0 HI_UNF_DMX_PORT_E = iota + 0x80 /* The first RAM port. */
	HI_UNF_DMX_PORT_RAM_1
	HI_UNF_DMX_PORT_RAM_2
	HI_UNF_DMX_PORT_RAM_3
	HI_UNF_DMX_PORT_RAM_4
	HI_UNF_DMX_PORT_RAM_5
	HI_UNF_DMX_PORT_RAM_6
	HI_UNF_DMX_PORT_RAM_7
	HI_UNF_DMX_PORT_RAM_8
	HI_UNF_DMX_PORT_RAM_9
	HI_UNF_DMX_PORT_RAM_10
	HI_UNF_DMX_PORT_RAM_11
	HI_UNF_DMX_PORT_RAM_12
	HI_UNF_DMX_PORT_RAM_13
	HI_UNF_DMX_PORT_RAM_14
	HI_UNF_DMX_PORT_RAM_15

	HI_UNF_DMX_PORT_BUTT
)

type HI_UNF_DMX_PORT_MODE_E 

type HI_UNF_DMX_PORT_MODE_E int32

TS port mode 

const (
	HI_UNF_DMX_PORT_MODE_EXTERNAL HI_UNF_DMX_PORT_MODE_E = iota /* External TS input mode */
	HI_UNF_DMX_PORT_MODE_INTERNAL                               /* Internal TS input mode */
	HI_UNF_DMX_PORT_MODE_RAM                                    /* Memory input mode */
	HI_UNF_DMX_PORT_MODE_BUTT
)

type HI_UNF_DMX_PORT_PACKETNUM_S 

type HI_UNF_DMX_PORT_PACKETNUM_S struct {
	// contains filtered or unexported fields
}

Status of the TS port

type HI_UNF_DMX_PORT_TYPE_E 

type HI_UNF_DMX_PORT_TYPE_E int32

TS port type 

const (
	HI_UNF_DMX_PORT_TYPE_PARALLEL_BURST          HI_UNF_DMX_PORT_TYPE_E = iota /* Parallel burst mode */
	HI_UNF_DMX_PORT_TYPE_PARALLEL_VALID                                        /* Parallel valid mode */
	HI_UNF_DMX_PORT_TYPE_PARALLEL_NOSYNC_188                                   /* Self-sync 188 mode */
	HI_UNF_DMX_PORT_TYPE_PARALLEL_NOSYNC_204                                   /* Self-sync 204 mode */
	HI_UNF_DMX_PORT_TYPE_PARALLEL_NOSYNC_188_204                               /* self-sync 188/204 auto-identification mode */
	HI_UNF_DMX_PORT_TYPE_SERIAL                                                /* Serial sync mode, 1bit */
	HI_UNF_DMX_PORT_TYPE_USER_DEFINED                                          /* User defined mode */
	HI_UNF_DMX_PORT_TYPE_SERIAL2BIT                                            /* Serial sync mode, 2bit */
	HI_UNF_DMX_PORT_TYPE_SERIAL_NOSYNC                                         /* Serial nosync mode, 1bit */
	HI_UNF_DMX_PORT_TYPE_SERIAL2BIT_NOSYNC                                     /* Serial nosync mode, 2bit */
	HI_UNF_DMX_PORT_TYPE_AUTO                                                  /* Auto mode */
	HI_UNF_DMX_PORT_TYPE_BUTT
)

type HI_UNF_DMX_PUSI_SET_S 

type HI_UNF_DMX_PUSI_SET_S struct {
	// contains filtered or unexported fields
}

PUSI (Payload Unit Start Index) config structure

type HI_UNF_DMX_RECBUF_STATUS_S 

type HI_UNF_DMX_RECBUF_STATUS_S struct {
	// contains filtered or unexported fields
}

record buffer status

type HI_UNF_DMX_REC_ATTR_S 

type HI_UNF_DMX_REC_ATTR_S struct {
	// contains filtered or unexported fields
}

record attribute

type HI_UNF_DMX_REC_DATA_INDEX_S 

type HI_UNF_DMX_REC_DATA_INDEX_S struct {
	// contains filtered or unexported fields
}

type HI_UNF_DMX_REC_DATA_S 

type HI_UNF_DMX_REC_DATA_S struct {
	// contains filtered or unexported fields
}

record data

type HI_UNF_DMX_REC_INDEX_S 

type HI_UNF_DMX_REC_INDEX_S struct {
	// contains filtered or unexported fields
}

index data

type HI_UNF_DMX_REC_INDEX_TYPE_E 

type HI_UNF_DMX_REC_INDEX_TYPE_E int32

*type of index 

const (
	HI_UNF_DMX_REC_INDEX_TYPE_NONE  HI_UNF_DMX_REC_INDEX_TYPE_E = iota /* No index is created */
	HI_UNF_DMX_REC_INDEX_TYPE_VIDEO                                    /* Video index */
	HI_UNF_DMX_REC_INDEX_TYPE_AUDIO                                    /* Audio index */
	HI_UNF_DMX_REC_INDEX_TYPE_BUTT
)

type HI_UNF_DMX_REC_TYPE_E 

type HI_UNF_DMX_REC_TYPE_E int32

type of record 

const (
	HI_UNF_DMX_REC_TYPE_SELECT_PID HI_UNF_DMX_REC_TYPE_E = iota
	HI_UNF_DMX_REC_TYPE_ALL_PID
	HI_UNF_DMX_REC_TYPE_BUTT
)

type HI_UNF_DMX_SCRAMBLED_FLAG_E 

type HI_UNF_DMX_SCRAMBLED_FLAG_E int32

Scrambled flag of the channel data 

const (
	HI_UNF_DMX_SCRAMBLED_FLAG_TS  HI_UNF_DMX_SCRAMBLED_FLAG_E = iota /* TS data is scrambled */
	HI_UNF_DMX_SCRAMBLED_FLAG_PES                                    /* PES data is scrambled */
	HI_UNF_DMX_SCRAMBLED_FLAG_NO                                     /* Data is not scrambled */
	HI_UNF_DMX_SCRAMBLED_FLAG_BUTT
)

type HI_UNF_DMX_SECURE_MODE_E 

type HI_UNF_DMX_SECURE_MODE_E int32

Secure mode type 

const (
	HI_UNF_DMX_SECURE_MODE_NONE HI_UNF_DMX_SECURE_MODE_E = iota /* no security protection */
	HI_UNF_DMX_SECURE_MODE_TEE                                  /* trustedzone security protection */
	HI_UNF_DMX_SECURE_MODE_BUTT
)

type HI_UNF_DMX_TAG_ATTR_S 

type HI_UNF_DMX_TAG_ATTR_S struct {
	// contains filtered or unexported fields
}

type HI_UNF_DMX_TAG_SYNC_MODE_E 

type HI_UNF_DMX_TAG_SYNC_MODE_E int32

Tag sync mode 

const (
	HI_UNF_DMX_TAG_HEAD_SYNC    HI_UNF_DMX_TAG_SYNC_MODE_E = 0x0 /* tag sync signal at tag head */
	HI_UNF_DMX_NORMAL_HEAD_SYNC                            = 0x1 /* tag sync signal at 47 header */
)

type HI_UNF_DMX_TEI_SET_S 

type HI_UNF_DMX_TEI_SET_S struct {
	// contains filtered or unexported fields
}

TEI (Transport Error Index) config structure

type HI_UNF_DMX_TSBUF_STATUS_S 

type HI_UNF_DMX_TSBUF_STATUS_S struct {
	// contains filtered or unexported fields
}

Status of a TS buffer of a DEMUX

type HI_UNF_DMX_TSI_ATTACH_TSO_S 

type HI_UNF_DMX_TSI_ATTACH_TSO_S struct {
	// contains filtered or unexported fields
}

Define of how TSI and TSO to be attached

type HI_UNF_DMX_TSO_CLK_E 

type HI_UNF_DMX_TSO_CLK_E int32

TS out mode clock frequency 

const (
	HI_UNF_DMX_TSO_CLK_100M  HI_UNF_DMX_TSO_CLK_E = iota /* TS out mode clock frequency 100M */
	HI_UNF_DMX_TSO_CLK_150M                              /* TS out mode clock frequency 150M */
	HI_UNF_DMX_TSO_CLK_1200M                             /* TS out mode clock frequency 1200M */
	HI_UNF_DMX_TSO_CLK_1500M                             /* TS out mode clock frequency 1500M */
	HI_UNF_DMX_TSO_CLK_BUTT
)

type HI_UNF_DMX_TSO_CLK_MODE_E 

type HI_UNF_DMX_TSO_CLK_MODE_E int32

TSO clock mode 

const (
	HI_UNF_DMX_TSO_CLK_MODE_NORMAL HI_UNF_DMX_TSO_CLK_MODE_E = iota /* Normal clock: clock always active */
	HI_UNF_DMX_TSO_CLK_MODE_JITTER                                  /* Jittered clock: clock active only when outputing data */
	HI_UNF_DMX_TSO_CLK_MODE_BUTT
)

type HI_UNF_DMX_TSO_PORT_ATTR_S 

type HI_UNF_DMX_TSO_PORT_ATTR_S struct {
	// contains filtered or unexported fields
}

TS out port attributes

type HI_UNF_DMX_TSO_PORT_E 

type HI_UNF_DMX_TSO_PORT_E int32

TSO port ID 

const (
	HI_UNF_DMX_PORT_TSO_0 HI_UNF_DMX_TSO_PORT_E = iota /* The first TS OUT port. */
	HI_UNF_DMX_PORT_TSO_1
	HI_UNF_DMX_PORT_TSO_2
	HI_UNF_DMX_PORT_TSO_3
)

type HI_UNF_DMX_TSO_SERIAL_BIT_E 

type HI_UNF_DMX_TSO_SERIAL_BIT_E int32

TSO port signal line selector

type HI_UNF_DMX_TSO_VALID_MODE_E 

type HI_UNF_DMX_TSO_VALID_MODE_E int32

TSO valid mode 

const (
	HI_UNF_DMX_TSO_VALID_ACTIVE_OUTPUT HI_UNF_DMX_TSO_VALID_MODE_E = iota /* Valid signal high when outputing datas */
	HI_UNF_DMX_TSO_VALID_ACTIVE_HIGH                                      /* Valid signal always high */
	HI_UNF_DMX_TSO_VALID_ACTIVE_BUTT
)

type HI_UNF_IR_CODE_E 

type HI_UNF_IR_CODE_E int32
const (
	HI_UNF_IR_CODE_NEC_SIMPLE HI_UNF_IR_CODE_E = iota
	HI_UNF_IR_CODE_TC9012
	HI_UNF_IR_CODE_NEC_FULL
	HI_UNF_IR_CODE_SONY_12BIT
	HI_UNF_IR_CODE_RAW
	HI_UNF_IR_CODE_BUTT
)

type HI_UNF_IR_PROTOCOL_E 

type HI_UNF_IR_PROTOCOL_E int32
const (
	HI_UNF_IR_NEC  HI_UNF_IR_PROTOCOL_E = 0
	HI_UNF_IR_RC6A HI_UNF_IR_PROTOCOL_E = iota + 10
	HI_UNF_IR_RC5
	HI_UNF_IR_LOW_LATENCY_PROTOCOL
	HI_UNF_IR_RC6_MODE0
	HI_UNF_IR_RCMM
	HI_UNF_IR_RUWIDO
	HI_UNF_IR_RCRF8
	HI_UNF_IR_MULTIPLE
	HI_UNF_IR_RMAP
	HI_UNF_IR_RSTEP
	HI_UNF_IR_RMAP_DOUBLEBIT
	HI_UNF_IR_LOW_LATENCY_PRO_PROTOCOL
	HI_UNF_IR_XMP
	HI_UNF_IR_USER_DEFINED
	HI_UNF_IR_PROTOCOL_BUTT
)

type HI_UNF_KEY_STATUS_E 

type HI_UNF_KEY_STATUS_E int32

Structs Definitions 

const (
	HI_UNF_KEY_STATUS_DOWN HI_UNF_KEY_STATUS_E = iota
	HI_UNF_KEY_STATUS_HOLD
	HI_UNF_KEY_STATUS_UP
	HI_UNF_KEY_STATUS_BUTT
)

type HI_UNF_SCI_LEVEL_E 

type HI_UNF_SCI_LEVEL_E int32

* SCI Active Level * 

const (
	HI_UNF_SCI_LEVEL_LOW  HI_UNF_SCI_LEVEL_E = iota /* Active Low */
	HI_UNF_SCI_LEVEL_HIGH                           /* Active High */
	HI_UNF_SCI_LEVEL_BUTT
)

type HI_UNF_SCI_MODE_E 

type HI_UNF_SCI_MODE_E int32
Structs Definitions

* Output configuration of the smart card interface clock (SCICLK) pin * 

const (
	HI_UNF_SCI_MODE_CMOS HI_UNF_SCI_MODE_E = iota /* Complementary metal-oxide semiconductor (CMOS) output */
	HI_UNF_SCI_MODE_OD                            /* Open drain (OD) output */
	HI_UNF_SCI_MODE_BUTT
)

type HI_UNF_SCI_PARAMS_S 

type HI_UNF_SCI_PARAMS_S struct {
	Port          HI_UNF_SCI_PORT_E     /* SCI Port ID */
	Protocol      HI_UNF_SCI_PROTOCOL_E /* Used Protocol Type */
	ActalClkRate  HI_U32                /* Actual clock rate conversion factor F */
	ActalBitRate  HI_U32                /* Actual bit rate conversion factor D */
	Fi            HI_U32                /* Clock factor returned by the answer to reset (ATR) */
	Di            HI_U32                /* Bit rate factor returned by the ATR */
	GuardDelay    HI_U32                /* Extra Guard Time N */
	CharTimeouts  HI_U32                /* Character timeout of T0 or T1 */
	BlockTimeouts HI_U32                /* Block Timeout of T1 */
	TxRetries     HI_U32                /* Number of transmission retries */
}

* SCI System Parameters *

type HI_UNF_SCI_PORT_E 

type HI_UNF_SCI_PORT_E int32

* SCI Port * 

const (
	HI_UNF_SCI_PORT0 HI_UNF_SCI_PORT_E = iota /* SCI Port 0 */
	HI_UNF_SCI_PORT1                          /* SCI Port 1 */
	HI_UNF_SCI_PORT_BUTT
)

type HI_UNF_SCI_PROTOCOL_E 

type HI_UNF_SCI_PROTOCOL_E int32

* SCI Protocol * 

const (
	HI_UNF_SCI_PROTOCOL_T0  HI_UNF_SCI_PROTOCOL_E = iota /* 7816 T0 Protocol */
	HI_UNF_SCI_PROTOCOL_T1                               /* 7816 T1 Protocol */
	HI_UNF_SCI_PROTOCOL_T14                              /* 7816 T14 Protocol */
	HI_UNF_SCI_PROTOCOL_BUTT
)

type HI_UNF_SCI_STATUS_E 

type HI_UNF_SCI_STATUS_E int32

* Status of the SCI Card * 

const (
	HI_UNF_SCI_STATUS_UNINIT       HI_UNF_SCI_STATUS_E = iota /* The SCI Card is not initialized. (Reserved status) */
	HI_UNF_SCI_STATUS_FIRSTINIT                               /* The SCI Card is being initialized.(Reserved status) */
	HI_UNF_SCI_STATUS_NOCARD                                  /* There is no SCI Card. */
	HI_UNF_SCI_STATUS_INACTIVECARD                            /* The SCI Card is not activated (unavailable). */
	//HI_UNF_SCI_STATUS_CARDFAULT                             /* The SCI Card is faulty.*/
	HI_UNF_SCI_STATUS_WAITATR /* The SCI Card is waiting for the ATR data. */
	HI_UNF_SCI_STATUS_READATR /* The SCI Card is receiving the ATR data. */
	HI_UNF_SCI_STATUS_READY   /* The SCI Card is available (activated). */
	HI_UNF_SCI_STATUS_RX      /* The SCI Card is busy receiving data. */
	HI_UNF_SCI_STATUS_TX      /* The SCI Card is busy transmitting data. */
)

type HI_UNF_VCODEC_TYPE_E 

type HI_UNF_VCODEC_TYPE_E int32

Structs Definitions Defines the stream type supported by the decoder. 

const (
	HI_UNF_VCODEC_TYPE_MPEG2     HI_UNF_VCODEC_TYPE_E = iota /* MPEG2 */
	HI_UNF_VCODEC_TYPE_MPEG4                                 /* MPEG4 DIVX4 DIVX5 */
	HI_UNF_VCODEC_TYPE_AVS                                   /* AVS */
	HI_UNF_VCODEC_TYPE_H263                                  /* H263 */
	HI_UNF_VCODEC_TYPE_H264                                  /* H264 */
	HI_UNF_VCODEC_TYPE_REAL8                                 /* REAL */
	HI_UNF_VCODEC_TYPE_REAL9                                 /* REAL */
	HI_UNF_VCODEC_TYPE_VC1                                   /* VC-1 */
	HI_UNF_VCODEC_TYPE_VP6                                   /* VP6 */
	HI_UNF_VCODEC_TYPE_VP6F                                  /* VP6F */
	HI_UNF_VCODEC_TYPE_VP6A                                  /* VP6A */
	HI_UNF_VCODEC_TYPE_MJPEG                                 /* MJPEG */
	HI_UNF_VCODEC_TYPE_SORENSON                              /* SORENSON SPARK */
	HI_UNF_VCODEC_TYPE_DIVX3                                 /* DIVX3 */
	HI_UNF_VCODEC_TYPE_RAW                                   /* RAW */
	HI_UNF_VCODEC_TYPE_JPEG                                  /* JPEG, added for VENC */
	HI_UNF_VCODEC_TYPE_VP8                                   /* VP8 */
	HI_UNF_VCODEC_TYPE_MSMPEG4V1                             /* MS private MPEG4 */
	HI_UNF_VCODEC_TYPE_MSMPEG4V2
	HI_UNF_VCODEC_TYPE_MSVIDEO1 /* MS video */
	HI_UNF_VCODEC_TYPE_WMV1
	HI_UNF_VCODEC_TYPE_WMV2
	HI_UNF_VCODEC_TYPE_RV10
	HI_UNF_VCODEC_TYPE_RV20
	HI_UNF_VCODEC_TYPE_SVQ1 /* Apple video */
	HI_UNF_VCODEC_TYPE_SVQ3 /* Apple video */
	HI_UNF_VCODEC_TYPE_H261
	HI_UNF_VCODEC_TYPE_VP3
	HI_UNF_VCODEC_TYPE_VP5
	HI_UNF_VCODEC_TYPE_CINEPAK
	HI_UNF_VCODEC_TYPE_INDEO2
	HI_UNF_VCODEC_TYPE_INDEO3
	HI_UNF_VCODEC_TYPE_INDEO4
	HI_UNF_VCODEC_TYPE_INDEO5
	HI_UNF_VCODEC_TYPE_MJPEGB
	HI_UNF_VCODEC_TYPE_MVC
	HI_UNF_VCODEC_TYPE_HEVC
	HI_UNF_VCODEC_TYPE_DV
	HI_UNF_VCODEC_TYPE_VP9
	HI_UNF_VCODEC_TYPE_BUTT
)

type HI_UNF_VIDEO_FRAME_TYPE_E 

type HI_UNF_VIDEO_FRAME_TYPE_E int32

Defines the type of the video frame. 

const (
	HI_UNF_FRAME_TYPE_UNKNOWN HI_UNF_VIDEO_FRAME_TYPE_E = iota /* Unknown */
	HI_UNF_FRAME_TYPE_I                                        /* I frame */
	HI_UNF_FRAME_TYPE_P                                        /* P frame */
	HI_UNF_FRAME_TYPE_B                                        /* B frame */
	HI_UNF_FRAME_TYPE_BUTT
)

type HI_VIRT_ADDR_T 

type HI_VIRT_ADDR_T = uint32

type HI_VOID 

type HI_VOID = uintptr

type HiDevice 

type HiDevice struct {
	InUse int
	// contains filtered or unexported fields
}

type IOC_MODULE_CMD_E 

type IOC_MODULE_CMD_E = uintptr
const (
	IOC_MODULE_CMD_SET_COUNT IOC_MODULE_CMD_E = iota
	IOC_MODULE_CMD_ADD_INFO
	IOC_MODULE_CMD_DEL_INFO
	IOC_MODULE_CMD_GET_INFO
	IOC_MODULE_CMD_SET_FUNC
	IOC_MODULE_CMD_GET_FUNC
	IOC_MODULE_CMD_MEM_ADD
	IOC_MODULE_CMD_MEM_DEL
	IOC_MODULE_CMD_ALLOC_ID
	IOC_MODULE_CMD_BUTT
)

type KeyAttr 

type KeyAttr struct {
	/* upper 16bit data under key mode */
	Upper uint64
	/* lower 32bit data under key mode
	 * or symbol value under symbol mode
	 */
	Lower        uint64
	ProtocolName [32]byte
	/* indentify key status. */
	StatusKey HI_UNF_KEY_STATUS_E
}

func HI_UNF_IR_GetValueWithProtocol 

func HI_UNF_IR_GetValueWithProtocol(u32TimeoutMs HI_U32) (KeyAttr, error)

************************************************************ Function: HI_UNF_IR_GetValueWithProtocol Description: get the value and status of key Calls: Data Accessed: Data Updated: NA Input: u32TimeoutMs: overtime value with unit of ms : 0 means no block while 0xFFFFFFFF means block forever Output: Return: KeyAttr 

error

Others: NA ************************************************************

type MODULE_ALLOC_S 

type MODULE_ALLOC_S struct {
	// contains filtered or unexported fields
}

Structs Definitions

type MODULE_INFO_S 

type MODULE_INFO_S struct {
	// contains filtered or unexported fields
}

type MODULE_MEM_INFO_S 

type MODULE_MEM_INFO_S struct {
	// contains filtered or unexported fields
}

type RMX_Add_Pump_S 

type RMX_Add_Pump_S struct {
	RmxHandle  HI_HANDLE              /* [in] */
	Attr       HI_MPI_RMX_PUMP_ATTR_S /* [in] */
	PumpHandle HI_HANDLE              /* [out] */
}

type RMX_Attr_S 

type RMX_Attr_S struct {
	Handle HI_HANDLE         /*[in] */
	Attr   HI_MPI_RMX_ATTR_S /* [in/out] */
}

type RMX_Create_S 

type RMX_Create_S struct {
	Attr   HI_MPI_RMX_ATTR_S /* [in] */
	Handle HI_HANDLE         /* [out] */
}

type RMX_Pump_Attr_S 

type RMX_Pump_Attr_S struct {
	PumpHandle HI_HANDLE              /* [in] */
	Attr       HI_MPI_RMX_PUMP_ATTR_S /* [out] */
}

type SCI_ADD_GUARD_S 

type SCI_ADD_GUARD_S struct {
	Port         HI_UNF_SCI_PORT_E
	AddCharGuard HI_U32
}

type SCI_ATR_COMPAT_S 

type SCI_ATR_COMPAT_S struct {
	Port       HI_UNF_SCI_PORT_E
	AtrBuf     HI_U32
	AtrBufSize HI_U32
	DataLen    HI_U8
}

type SCI_ATR_S 

type SCI_ATR_S struct {
	Port       HI_UNF_SCI_PORT_E
	AtrBuf     *HI_U8
	AtrBufSize HI_U32
	DataLen    HI_U8
}

type SCI_BLOCKTIMEOUT_S 

type SCI_BLOCKTIMEOUT_S struct {
	Port          HI_UNF_SCI_PORT_E
	BlockTimeouts HI_U32
}

type SCI_CHARTIMEOUT_S 

type SCI_CHARTIMEOUT_S struct {
	Port         HI_UNF_SCI_PORT_E
	Protocol     HI_UNF_SCI_PROTOCOL_E
	CharTimeouts HI_U32
}

type SCI_DATA_COMPAT_S 

type SCI_DATA_COMPAT_S struct {
	Port      HI_UNF_SCI_PORT_E
	DataBuf   HI_U32
	BufSize   HI_U32
	DataLen   HI_U32
	TimeoutMs HI_U32
}

type SCI_DATA_S 

type SCI_DATA_S struct {
	Port      HI_UNF_SCI_PORT_E
	DataBuf   *HI_U8
	BufSize   HI_U32
	DataLen   HI_U32
	TimeoutMs HI_U32
}

type SCI_DEV_STATE_S 

type SCI_DEV_STATE_S struct {
	// contains filtered or unexported fields
}

type SCI_EXT_BAUD_S 

type SCI_EXT_BAUD_S struct {
	Port    HI_UNF_SCI_PORT_E
	ClkRate HI_U32
	BitRate HI_U32
}

type SCI_IO_E 

type SCI_IO_E int32
const (
	SCI_IO_CLK SCI_IO_E = iota
	SCI_IO_RESET
	SCI_IO_VCC_EN
	SCI_IO_BUTT
)

type SCI_IO_OUTPUTTYPE_S 

type SCI_IO_OUTPUTTYPE_S struct {
	Port       HI_UNF_SCI_PORT_E
	IO         SCI_IO_E
	OutputType HI_UNF_SCI_MODE_E
}

type SCI_LEVEL_S 

type SCI_LEVEL_S struct {
	Port  HI_UNF_SCI_PORT_E
	Level HI_UNF_SCI_LEVEL_E
}

type SCI_OPEN_S 

type SCI_OPEN_S struct {
	Port      HI_UNF_SCI_PORT_E
	Protocol  HI_UNF_SCI_PROTOCOL_E
	Frequency HI_U32
}

type SCI_PPS_S 

type SCI_PPS_S struct {
	Port        HI_UNF_SCI_PORT_E
	Send        [6]HI_U8
	Receive     [6]HI_U8
	SendLen     HI_U32
	ReceiveLen  HI_U32
	RecTimeouts HI_U32
}

type SCI_RESET_S 

type SCI_RESET_S struct {
	Port      HI_UNF_SCI_PORT_E
	WarmReset HI_BOOL
}

type SCI_STATUS_S 

type SCI_STATUS_S struct {
	Port   HI_UNF_SCI_PORT_E
	Status HI_UNF_SCI_STATUS_E
}

type SCI_TXRETRY_S 

type SCI_TXRETRY_S struct {
	Port         HI_UNF_SCI_PORT_E
	TxRetryTimes HI_U32
}

Source Files

View all Source files

Directories

Path Synopsis
examples
ir
module
sci

Jump to

Keyboard shortcuts

? : This menu
/ : Search site
f or F : Jump to
y or Y : Canonical URL
go.dev uses cookies from Google to deliver and enhance the quality of its services and to analyze traffic. Learn more.