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refactor: 删除未使用的代码文件

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- 移除 Core 目录下的 CallBack.go、core.go 和 Type.go 文件
- 这些文件包含了未使用的类型定义和函数实现
- 删除冗余代码有助于简化项目结构，提高代码可读性和维护性
This commit is contained in:
kunmeng
2025-05-30 14:15:24 +08:00
parent b4c50572d8
commit c8cb43e9b3
123 changed files with 161431 additions and 53914 deletions
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10
.gitignore vendored
View File

@@ -1,13 +1,3 @@
/.idea /.idea
/.cache /.cache
/.fleet /.fleet
*.lib
*.dll
*.so
*.a
*.zip
/build
/arm64_linux_lib
/arm64_windows_lib
/amd64_linux_lib
/libs/

201
BallCamera.go
View File

@@ -1,19 +1,9 @@
package HikSDK package HikSDK
/*
#cgo LDFLAGS: -Wl,--allow-multiple-definition
#include <stdio.h>
#include <string.h>
*/
import "C"
import ( import (
"encoding/binary"
"errors" "errors"
"fmt" "fmt"
"gitea.com/kunmeng/HikNetSDKPkg/Core"
"sync" "sync"
"time"
"unsafe"
) )
const ( const (
@@ -161,15 +151,15 @@ var HikPTZEnum = struct {
} }
type BallCamera struct { type BallCamera struct {
userId Core.LONG userId LONG
_type uint8 _type uint8
deviceInfo Core.NET_DVR_DEVICEINFO_V30 deviceInfo NET_DVR_DEVICEINFO
mu sync.Mutex mu sync.Mutex
expectedType byte expectedType byte
} }
func NewBallCamera(Ip string, Port int, Username, Password string, Type uint8) (*BallCamera, error) { func NewBallCamera(Ip string, Port int, Username, Password string, Type uint8) (*BallCamera, error) {
UserId, DeviceInfo, err := Core.Login(Ip, Port, Username, Password) UserId, DeviceInfo, err := login(Ip, Port, Username, Password)
if err != nil { if err != nil {
return nil, err return nil, err
} }
@@ -181,9 +171,10 @@ func NewBallCamera(Ip string, Port int, Username, Password string, Type uint8) (
} }
type PTZ struct { type PTZ struct {
P float32 Action int
T float32 P float64
Z float32 T float64
Z float64
} }
func (this *BallCamera) GetPTZ() (PTZ, error) { func (this *BallCamera) GetPTZ() (PTZ, error) {
@@ -191,81 +182,26 @@ func (this *BallCamera) GetPTZ() (PTZ, error) {
return PTZ{}, errors.New("BallCamera is nil") return PTZ{}, errors.New("BallCamera is nil")
} }
if this._type == BuKongQiu { if this._type == BuKongQiu {
var data PTZ ptzpos, err := GetPTZPOS(this.userId)
ch := make(chan bool)
SerialStartHandle, err := Core.SerialStart(this.userId, func(lSerialHandle Core.LONG, lChannel Core.LONG, pRecvDataBuffer []byte, dwBufSize Core.DWORD, pUser unsafe.Pointer) {
if dwBufSize != 7 {
ch <- false
return
}
Type := pRecvDataBuffer[3]
this.mu.Lock()
expected := this.expectedType
this.mu.Unlock()
if Type != expected {
ch <- false
return
}
switch Type {
case 0x59:
data.P = float32(binary.BigEndian.Uint16(pRecvDataBuffer[4:6])) / 100.
case 0x5B:
data.T = float32(binary.BigEndian.Uint16(pRecvDataBuffer[4:6])) / 100.
case 0x5D:
data.Z = float32(binary.BigEndian.Uint16(pRecvDataBuffer[4:6])) / 100.
default:
ch <- false
}
ch <- true
})
if err != nil { if err != nil {
return data, err return PTZ{}, err
} }
defer func() { return PTZ{
err = Core.SerialStop(SerialStartHandle) Action: ptzpos.Action,
if err != nil { P: float64(ptzpos.P),
println(err.Error()) T: float64(ptzpos.T),
} Z: float64(ptzpos.Z),
time.Sleep(1 * time.Second) }, nil
}()
// 获取P值
this.mu.Lock()
this.expectedType = 0x59
this.mu.Unlock()
if err := this.retrySend(SerialStartHandle, []byte{0xff, 0x01, 0x00, 0x51, 0x00, 0x00, 0x52}, 5, ch); err != nil {
return data, fmt.Errorf("获取P值失败: %w", err)
}
this.mu.Lock()
this.expectedType = 0x5B
this.mu.Unlock()
if err := this.retrySend(SerialStartHandle, []byte{0xff, 0x01, 0x00, 0x53, 0x00, 0x00, 0x54}, 5, ch); err != nil {
return data, fmt.Errorf("获取T值失败: %w", err)
}
this.mu.Lock()
this.expectedType = 0x5D
this.mu.Unlock()
if err := this.retrySend(SerialStartHandle, []byte{0xff, 0x01, 0x00, 0x55, 0x00, 0x00, 0x56}, 5, ch); err != nil {
return data, fmt.Errorf("获取Z值失败: %w", err)
}
return data, nil
} }
var data Core.CDVR_PTZPOS ptz, err := getPTZBase(this.userId)
var dataPtr = unsafe.Pointer(&data)
err := Core.GetDVRConfig(this.userId, 293, 1, dataPtr, Core.DWORD(unsafe.Sizeof(data)))
if err != nil { if err != nil {
return PTZ{}, err return PTZ{}, err
} }
res := data.Go()
return PTZ{ return PTZ{
P: float32(res.WPanPos), P: ptz.P,
T: float32(res.WTiltPos), T: ptz.T,
Z: float32(res.WZoomPos), Z: ptz.Z,
}, nil }, nil
} }
func padding(n int) ([]byte, error) { func padding(n int) ([]byte, error) {
@@ -274,25 +210,11 @@ func padding(n int) ([]byte, error) {
} }
return []byte{byte(n >> 8), byte(n & 0xFF)}, nil return []byte{byte(n >> 8), byte(n & 0xFF)}, nil
} }
func (this *BallCamera) PtzGotoPut(Action int, P, T, Z float64) error { func (this *BallCamera) PtzGotoPut(Action int, P, T, Z float64) error {
if this == nil { if this == nil {
return errors.New("BallCamera is nil") return errors.New("BallCamera is nil")
} }
if this._type == BuKongQiu { if this._type == BuKongQiu {
SerialStartHandle, err := Core.SerialStart(this.userId, func(lSerialHandle Core.LONG, lChannel Core.LONG, pRecvDataBuffer []byte, dwBufSize Core.DWORD, pUser unsafe.Pointer) {
})
if err != nil {
return err
}
defer func() {
err = Core.SerialStop(SerialStartHandle)
if err != nil {
println(err.Error())
}
time.Sleep(1 * time.Second)
}()
PByte, err := padding(int(P * 100)) PByte, err := padding(int(P * 100))
if err != nil { if err != nil {
return err return err
@@ -324,92 +246,25 @@ func (this *BallCamera) PtzGotoPut(Action int, P, T, Z float64) error {
pBuf = append(pBuf, pBufv) pBuf = append(pBuf, pBufv)
tBuf = append(tBuf, tBufv) tBuf = append(tBuf, tBufv)
zBuf = append(zBuf, zBufv) zBuf = append(zBuf, zBufv)
switch Action { err = SetPTZPos(this.userId, pBuf, tBuf, zBuf)
case 1: if err != nil {
err = Core.SerialSend(SerialStartHandle, pBuf) return err
if err != nil {
return err
}
err = Core.SerialSend(SerialStartHandle, tBuf)
if err != nil {
return err
}
err = Core.SerialSend(SerialStartHandle, zBuf)
if err != nil {
return err
}
break
case 2:
err = Core.SerialSend(SerialStartHandle, pBuf)
if err != nil {
return err
}
break
case 3:
err = Core.SerialSend(SerialStartHandle, tBuf)
if err != nil {
return err
}
break
case 4:
err = Core.SerialSend(SerialStartHandle, zBuf)
if err != nil {
return err
}
break
case 5:
err = Core.SerialSend(SerialStartHandle, pBuf)
if err != nil {
return err
}
err = Core.SerialSend(SerialStartHandle, tBuf)
if err != nil {
return err
}
break
default:
return errors.New("action error")
} }
return nil return nil
} }
var data Core.CDVR_PTZPOS
data.Set(float64(Action), P, T, Z) err := setPTZBase(this.userId, PTZ{Action, P, T, Z})
var dataPtr = unsafe.Pointer(&data)
err := Core.SetDVRConfig(this.userId, 292, 1, dataPtr, Core.DWORD(unsafe.Sizeof(data)))
if err != nil { if err != nil {
return err return err
} }
return nil return nil
} }
func (this *BallCamera) retrySend(handle Core.LONG, cmd []byte, maxRetries int, ch <-chan bool) error {
for retry := 0; retry < maxRetries; retry++ {
if err := Core.SerialSend(handle, cmd); err != nil {
return err
}
select {
case success := <-ch:
if success {
return nil
}
if retry == maxRetries-1 {
return fmt.Errorf("达到最大重试次数 %d", maxRetries)
}
case <-time.After(2 * time.Second): // 添加超时机制
if retry == maxRetries-1 {
return fmt.Errorf("响应超时，重试 %d 次后失败", maxRetries)
}
}
}
return nil
}
func (receiver *BallCamera) StartBus(direction int, speed int) error { func (receiver *BallCamera) StartBus(direction int, speed int) error {
if receiver == nil { if receiver == nil {
return errors.New("BallCamera is nil") return errors.New("BallCamera is nil")
} }
err := Core.PTZControlWithSpeed_Other(receiver.userId, Core.LONG(receiver.deviceInfo.ByStartChan), Core.DWORD(PTZEnum.toHikPTZEnum(direction)), Core.DWORD(0), Core.DWORD(speed)) err := pTZControlWithSpeed_Other(receiver.userId, DWORD(PTZEnum.toHikPTZEnum(direction)), DWORD(0), DWORD(speed))
if err != nil { if err != nil {
return err return err
} }
@@ -419,7 +274,7 @@ func (receiver *BallCamera) StopBus(direction int, speed int) error {
if receiver == nil { if receiver == nil {
return errors.New("BallCamera is nil") return errors.New("BallCamera is nil")
} }
err := Core.PTZControlWithSpeed_Other(receiver.userId, Core.LONG(receiver.deviceInfo.ByStartChan), Core.DWORD(PTZEnum.toHikPTZEnum(direction)), Core.DWORD(1), Core.DWORD(speed)) err := pTZControlWithSpeed_Other(receiver.userId, DWORD(PTZEnum.toHikPTZEnum(direction)), DWORD(1), DWORD(speed))
if err != nil { if err != nil {
return err return err
} }
@@ -443,12 +298,12 @@ func (this *BallCamera) Logout() error {
if this == nil { if this == nil {
return errors.New("BallCamera is nil") return errors.New("BallCamera is nil")
} }
return Core.Logout(this.userId) return logout(this.userId)
} }
func (this *BallCamera) Status() bool { func (this *BallCamera) Status() bool {
if this == nil { if this == nil {
return false return false
} }
return Core.NET_DVR_RemoteControl(this.userId) return deviceOnline(this.userId)
} }

12
BallCamera_test.go
View File

@@ -2,18 +2,17 @@ package HikSDK
import ( import (
"fmt" "fmt"
"gitea.com/kunmeng/HikNetSDKPkg/Core"
"testing" "testing"
"time" "time"
) )
func TestCamera(t *testing.T) { func TestCamera(t *testing.T) {
err := Core.Init() err := Init()
if err != nil { if err != nil {
return return
} }
//Camera, err := NewBallCamera("192.168.211.48", 8000, "admin", "okwy1234", BuKongQiu) //Camera, err := NewBallCamera("192.168.211.62", 8000, "admin", "ubis3333", BuKongQiux)
Camera, err := NewBallCamera("192.168.211.64", 8000, "admin", "ubis3333", Base) Camera, err := NewBallCamera("192.168.211.48", 8000, "admin", "okwy1234", BuKongQiu)
if err != nil { if err != nil {
t.Errorf("NewBallCamera() error = %v", err) t.Errorf("NewBallCamera() error = %v", err)
return return
@@ -29,17 +28,18 @@ func TestCamera(t *testing.T) {
return return
} }
err = Camera.PtzGotoPut(1, 11.11, 22.22, 33.33) err = Camera.PtzGotoPut(5, 11, 355, 14)
if err != nil { if err != nil {
return return
} }
for i := 0; i < 1; i++ { for i := 0; i < 10; i++ {
ptzdata, err := Camera.GetPTZ() ptzdata, err := Camera.GetPTZ()
if err != nil { if err != nil {
t.Errorf("GetPTZ() error = %v", err) t.Errorf("GetPTZ() error = %v", err)
return return
} }
time.Sleep(1000 * time.Millisecond)
fmt.Printf("%.2f %.2f %.2f \n", ptzdata.P, ptzdata.T, ptzdata.Z) fmt.Printf("%.2f %.2f %.2f \n", ptzdata.P, ptzdata.T, ptzdata.Z)
} }
err = Camera.Logout() err = Camera.Logout()

421
Core.go Normal file
View File

@@ -0,0 +1,421 @@
package HikSDK
/*
#cgo windows,amd64 LDFLAGS: -L${SRCDIR}/library/amd64_windows/lib -lHCCore -lhcnetsdk
#cgo linux,amd64 LDFLAGS: -L${SRCDIR}/library/amd64_linux/lib -lHCCore -lhcnetsdk
#cgo linux,arm64 LDFLAGS: -L${SRCDIR}/library/arm64_linux/lib -lHCCore -lhcnetsdk
#cgo windows,amd64 CFLAGS: -I${SRCDIR}/library/amd64_windows/include
#cgo linux,amd64 CFLAGS: -I${SRCDIR}/library/amd64_linux/include
#cgo linux,arm64 CFLAGS: -I${SRCDIR}/library/arm64_linux/include
#include <stdio.h>
#include <stdlib.h>
#include <stddef.h>
#include <string.h>
#include <unistd.h>
#include <arpa/inet.h>
#include "HCNetSDK.h"
typedef struct DEVICEINFO
{
BYTE byChanNum;
BYTE byStartChan;
} DEVICEINFO;
typedef struct PTZ{
WORD P;
WORD T;
WORD Z;
} PTZ;
typedef struct TimeRange
{
DWORD StartYear;
DWORD StartMonth;
DWORD StartDay;
DWORD StartHour;
DWORD StartMinute;
DWORD StartSecond;
DWORD EndYear;
DWORD EndMonth;
DWORD EndDay;
DWORD EndHour;
DWORD EndMinute;
DWORD EndSecond;
} TimeRange;
LONG Login(char *sDVRIP,WORD wDVRPort,char *sUserName,char *sPassword,struct DEVICEINFO *info){
NET_DVR_DEVICEINFO hikInfo;
LONG lUserID = NET_DVR_Login(sDVRIP, wDVRPort, sUserName, sPassword,&hikInfo);
info->byChanNum = hikInfo.byChanNum;
info->byStartChan = hikInfo.byStartChan;
return lUserID;
}
int GetTimeZone(LONG lUserID){
NET_DVR_NETAPPCFG NTPData;
DWORD RESLEN;
NET_DVR_GetDVRConfig(lUserID,222,0,&NTPData,sizeof(NTPData),&RESLEN);
return NTPData.struNtpClientParam.cTimeDifferenceH*60 + NTPData.struNtpClientParam.cTimeDifferenceM*((NTPData.struNtpClientParam.cTimeDifferenceH>>7)?-1:1);
}
void GetPTZ(LONG lUserID,PTZ *info){
NET_DVR_PTZPOS PTZPOS;
DWORD RESLEN;
NET_DVR_GetDVRConfig(lUserID,293,1,&PTZPOS,sizeof(PTZPOS),&RESLEN);
info->P = PTZPOS.wPanPos;
info->T = PTZPOS.wTiltPos;
info->Z = PTZPOS.wZoomPos;
return;
}
void SetPTZ(LONG lUserID,WORD action,WORD p,WORD t,WORD z){
NET_DVR_PTZPOS PTZPOS;
PTZPOS.wAction = action;
PTZPOS.wPanPos = p;
PTZPOS.wTiltPos = t;
PTZPOS.wZoomPos = z;
NET_DVR_SetDVRConfig(lUserID,292,1,&PTZPOS,sizeof(PTZPOS));
}
void QueryMonth(LONG lUserID,WORD Year,BYTE Month,DWORD Channel,BYTE *byRecordDistribution){
NET_DVR_MRD_SEARCH_PARAM SEARCH_PARAM;
SEARCH_PARAM.dwSize = sizeof(SEARCH_PARAM);
SEARCH_PARAM.wYear = Year;
SEARCH_PARAM.byMonth = Month;
SEARCH_PARAM.struStreamInfo.dwChannel = 32 + Channel;
SEARCH_PARAM.byLocalOrUTC = 1;
SEARCH_PARAM.byDrawFrame = 0;
SEARCH_PARAM.byStreamType = 0;
LPVOID lpStatusList = malloc(sizeof(SEARCH_PARAM));
NET_DVR_MRD_SEARCH_RESULT SEARCH_RESULT;
NET_DVR_GetDeviceConfig(lUserID,6164,0,&SEARCH_PARAM,sizeof(SEARCH_PARAM),lpStatusList,&SEARCH_RESULT,sizeof(SEARCH_RESULT));
free(lpStatusList);
memcpy(byRecordDistribution,SEARCH_RESULT.byRecordDistribution,32);
}
LONG QueryDayHandle(LONG lUserID,DWORD Year,DWORD Month,DWORD Day,LONG Channel){
NET_DVR_FILECOND FindFile;
FindFile.dwFileType = 0xff;
FindFile.dwIsLocked = 0xff;
FindFile.dwUseCardNo = 0;
FindFile.lChannel = 32 + Channel;
FindFile.struStartTime.dwYear = Year;
FindFile.struStartTime.dwMonth = Month;
FindFile.struStartTime.dwDay = Day;
FindFile.struStartTime.dwHour = 0;
FindFile.struStartTime.dwMinute = 0;
FindFile.struStartTime.dwSecond = 0;
FindFile.struStopTime.dwYear = Year;
FindFile.struStopTime.dwMonth = Month;
FindFile.struStopTime.dwDay = Day;
FindFile.struStopTime.dwHour = 23;
FindFile.struStopTime.dwMinute = 59;
FindFile.struStopTime.dwSecond = 59;
return NET_DVR_FindFile_V30(lUserID, &FindFile);
}
LONG QueryDayNextFile(LONG QueryHandle,struct TimeRange *TimeRange){
NET_DVR_FINDDATA_V30 Data;
LONG STATE = NET_DVR_FindNextFile_V30(QueryHandle,&Data);
TimeRange->StartYear = Data.struStartTime.dwYear;
TimeRange->StartMonth = Data.struStartTime.dwMonth;
TimeRange->StartDay = Data.struStartTime.dwDay;
TimeRange->StartHour = Data.struStartTime.dwHour;
TimeRange->StartMinute = Data.struStartTime.dwMinute;
TimeRange->StartSecond = Data.struStartTime.dwSecond;
TimeRange->EndYear = Data.struStopTime.dwYear;
TimeRange->EndMonth = Data.struStopTime.dwMonth;
TimeRange->EndDay = Data.struStopTime.dwDay;
TimeRange->EndHour = Data.struStopTime.dwHour;
TimeRange->EndMinute = Data.struStopTime.dwMinute;
TimeRange->EndSecond = Data.struStopTime.dwSecond;
return STATE;
}
struct SerialData
{
float p;
float t;
float z;
};
struct SerialData serialData;
void CALLBACK g_fSerialDataCallBack(LONG lSerialHandle, char *pRecvDataBuffer, DWORD dwBufSize, DWORD dwUser)
{
char type = pRecvDataBuffer[3];
printf("type: %x\n", type);
if (type == 0x59){
serialData.p = (float)ntohs(*(uint16_t*)(pRecvDataBuffer + 4))/100.0f;
}else if (type == 0x5b){
serialData.t = (float)ntohs(*(uint16_t*)(pRecvDataBuffer + 4))/100.0f;
}else if (type == 0x5d){
serialData.z = (float)ntohs(*(uint16_t*)(pRecvDataBuffer + 4))/100.0f;
}
}
void GetPTZPOS(LONG lUserID)
{
char p[7] = {0xff, 0x01, 0x00, 0x51, 0x00, 0x00, 0x52};
char t[7] = {0xff, 0x01, 0x00, 0x53, 0x00, 0x00, 0x54};
char z[7] = {0xff, 0x01, 0x00, 0x55, 0x00, 0x00, 0x56};
LONG lTranHandle = NET_DVR_SerialStart(lUserID, 2,g_fSerialDataCallBack,6);
LONG lSerialChan = 0;
sleep(1);
NET_DVR_SerialSend(lTranHandle, lSerialChan, p, 7);
sleep(1);
NET_DVR_SerialSend(lTranHandle, lSerialChan, t, 7);
sleep(1);
NET_DVR_SerialSend(lTranHandle, lSerialChan, z, 7);
sleep(1);
NET_DVR_SerialStop(lTranHandle);
}
void SetPTZPOS(LONG lUserID,char* P,char* T,char *Z)
{
LONG lTranHandle = NET_DVR_SerialStart(lUserID, 2,g_fSerialDataCallBack,6);
LONG lSerialChan = 0;
sleep(1);
NET_DVR_SerialSend(lTranHandle, lSerialChan, P, 7);
sleep(1);
NET_DVR_SerialSend(lTranHandle, lSerialChan, T, 7);
sleep(1);
NET_DVR_SerialSend(lTranHandle, lSerialChan, Z, 7);
sleep(1);
NET_DVR_SerialStop(lTranHandle);
sleep(1);
}
*/
import "C"
import (
"math"
"sync"
"unsafe"
)
type LONG int32
type BYTE uint8
type DWORD uint32
type WORD uint16
type NET_DVR_DEVICEINFO struct {
ByChanNum BYTE
ByStartChan BYTE // 起始数字通道号，0表示无数字通道，比如DVR或IPC
}
// Init 初始化SDK，调用其他SDK函数的前提。
func Init() error {
if C.NET_DVR_Init() != 1 {
return lastError("NET_DVR_Init")
}
return nil
}
// Cleanup 释放SDK资源，在程序结束之前调用。在调用时不能同时调用其他任何SDK接口。 Init 和 Cleanup 需要配对使用，即程序里面调用多少次 Init ，退出时就需要调用多少次 Cleanup。
func Cleanup() error {
if C.NET_DVR_Cleanup() != 1 {
return lastError("NET_DVR_Cleanup")
}
return nil
}
func login(Ip string, Port int, Username string, Password string) (LONG, NET_DVR_DEVICEINFO, error) {
cIp := C.CString(Ip)
cUser := C.CString(Username)
cPass := C.CString(Password)
defer C.free(unsafe.Pointer(cIp))
defer C.free(unsafe.Pointer(cUser))
defer C.free(unsafe.Pointer(cPass))
var info C.DEVICEINFO
userId := LONG(C.Login(cIp, C.WORD(Port), cUser, cPass, &info))
err := lastError("login")
if err != nil {
return 0, NET_DVR_DEVICEINFO{}, err
}
return userId, NET_DVR_DEVICEINFO{
ByChanNum: BYTE(info.byChanNum),
ByStartChan: BYTE(info.byStartChan)},
nil
}
func lastError(funcName string) error {
ErrorCode := uint(C.NET_DVR_GetLastError())
if ErrorCode == 0 {
return nil
}
var text string
if ErrorCode == 3 {
text = "sdk not init."
return NewHcnetError(int(ErrorCode), text, funcName)
}
cErrorCode := C.LONG(ErrorCode)
cText := C.NET_DVR_GetErrorMsg(&cErrorCode)
text = C.GoString(cText)
return NewHcnetError(int(ErrorCode), text, funcName)
}
func getTimeZone(lUserId LONG) int {
return int(C.GetTimeZone(C.LONG(lUserId)))
}
func deviceOnline(lUserId LONG) bool {
return C.NET_DVR_RemoteControl(C.LONG(lUserId), C.DWORD(20005), nil, C.DWORD(0)) == C.TRUE
}
func logout(lUserId LONG) error {
if lUserId > -1 {
cResult := C.NET_DVR_Logout(C.LONG(lUserId))
if cResult != 1 {
return lastError("NET_DVR_Logout")
}
}
return nil
}
func pTZControlWithSpeed_Other(lUserID LONG, dwPTZCommand DWORD, dwStop DWORD, dwSpeed DWORD) error {
state := C.NET_DVR_PTZControlWithSpeed_Other(C.LONG(lUserID), 1, C.DWORD(dwPTZCommand), C.DWORD(dwStop), C.DWORD(dwSpeed))
if state == C.FALSE {
return lastError("NET_DVR_PTZControlWithSpeed_Other")
}
return nil
}
func getPTZBase(lUserID LONG) (PTZ, error) {
var info C.PTZ
C.GetPTZ(C.LONG(lUserID), &info)
err := lastError("GetPTZ")
if err != nil {
return PTZ{}, err
}
return PTZ{
P: HEX2DEC(WORD(info.P)),
T: HEX2DEC(WORD(info.T)),
Z: HEX2DEC(WORD(info.Z))},
nil
}
func setPTZBase(lUserID LONG, ptz PTZ) error {
C.SetPTZ(C.LONG(lUserID), C.WORD(ptz.Action), C.WORD(DEC2HEX(float64(ptz.P))), C.WORD(DEC2HEX(float64(ptz.T))), C.WORD(DEC2HEX(float64(ptz.Z))))
return lastError("SetPTZ")
}
// HEX2DEC 将十六进制整数转换为十进制浮点数
func HEX2DEC(hex WORD) float64 {
// 提取十六进制数的千位（对应十进制的百位）
bai := byte(hex >> 12)
hex = hex - WORD(bai)*WORD(math.Pow(16, 3))
// 提取十六进制数的百位（对应十进制的十位）
shi := byte(hex >> 8)
hex = hex - WORD(shi)*WORD(math.Pow(16, 2))
// 提取十六进制数的十位（对应十进制的个位）
ge := byte(hex >> 4)
hex = hex - WORD(ge)*WORD(math.Pow(16, 1))
// 提取十六进制数的个位（对应十进制的十分位）
xiao := byte(hex)
// 计算对应的十进制浮点数
return float64(bai)*math.Pow(10, 2) + float64(shi)*math.Pow(10, 1) + float64(ge)*math.Pow(10, 0) + float64(xiao)*math.Pow(10, -1)
}
// DEC2HEX 将十进制浮点数转换为十六进制整数
func DEC2HEX(dec float64) WORD {
// 提取千位（对应十进制的百位）
bai := uint16(dec / math.Pow(10, 2))
dec -= float64(bai) * math.Pow(10, 2)
// 提取百位（对应十进制的十位）
shi := uint16(dec / math.Pow(10, 1))
dec -= float64(shi) * math.Pow(10, 1)
// 提取十位（对应十进制的个位）
ge := uint16(dec / math.Pow(10, 0))
dec -= float64(ge) * math.Pow(10, 0)
// 提取个位（对应十进制的十分位）
xiao := uint16(dec * 10)
// 合成十六进制数
hex := WORD(bai)<<12 | WORD(shi)<<8 | WORD(ge)<<4 | WORD(xiao)
return hex
}
func QueryMonth(lUserID LONG, Year WORD, Month BYTE, Channel DWORD) (res []uint8, err error) {
buf := (*C.BYTE)(C.malloc(32))
defer C.free(unsafe.Pointer(buf))
C.QueryMonth(C.LONG(lUserID), C.WORD(Year), C.BYTE(Month), C.DWORD(Channel), buf)
goBuf := C.GoBytes(unsafe.Pointer(buf), 32)
for i := 0; i < 32; i++ {
if goBuf[i] != 0 {
res = append(res, uint8(i+1))
}
}
err = lastError("QueryMonth")
return
}
func QueryDayHandle(lUserID LONG, Year, Month, Day DWORD, Channel LONG) LONG {
return LONG(C.QueryDayHandle(C.LONG(lUserID), C.DWORD(Year), C.DWORD(Month), C.DWORD(Day), C.LONG(Channel)))
}
func QueryDayNextFile(Handle LONG) (TimeRange, LONG, error) {
var FindData C.TimeRange
state := LONG(C.QueryDayNextFile(C.LONG(Handle), &FindData))
if state < 0 {
return TimeRange{}, state, lastError("QueryDayNextFile")
}
return TimeRange{
StartYear: DWORD(FindData.StartYear),
StartMonth: DWORD(FindData.StartMonth),
StartDay: DWORD(FindData.StartDay),
StartHour: DWORD(FindData.StartHour),
StartMinute: DWORD(FindData.StartMinute),
StartSecond: DWORD(FindData.StartSecond),
EndYear: DWORD(FindData.EndYear),
EndMonth: DWORD(FindData.EndMonth),
EndDay: DWORD(FindData.EndDay),
EndHour: DWORD(FindData.EndHour),
EndMinute: DWORD(FindData.EndMinute),
EndSecond: DWORD(FindData.EndSecond),
}, state, nil
}
func FindClose(Handle LONG) error {
C.NET_DVR_FindClose_V30(C.LONG(Handle))
return lastError("NET_DVR_FindClose_V30")
}
var SerialMux sync.Mutex
func SetPTZPos(lUserID LONG, P []byte, T []byte, Z []byte) error {
cP := C.CBytes(P)
cT := C.CBytes(T)
cZ := C.CBytes(Z)
defer C.free(cP)
defer C.free(cT)
defer C.free(cZ)
SerialMux.Lock()
C.SetPTZPOS(C.LONG(lUserID), (*C.char)(cP), (*C.char)(cT), (*C.char)(cZ))
SerialMux.Unlock()
return lastError("SetPTZPOS")
}
func GetPTZPOS(lUserID LONG) (PTZ, error) {
SerialMux.Lock()
C.GetPTZPOS(C.LONG(lUserID))
p := float32(C.serialData.p)
t := float32(C.serialData.t)
z := float32(C.serialData.z)
SerialMux.Unlock()
return PTZ{
P: float64(p),
T: float64(t),
Z: float64(z),
}, lastError("GetPTZPOS")
}

42
Core/CallBack.go
View File

@@ -1,42 +0,0 @@
package Core
/*
#cgo CFLAGS: -I../include
#include <stdio.h>
#include <stdlib.h>
#include <stddef.h>
#include <string.h>
#include "HCNetSDK.h"
*/
import "C"
import "unsafe"
func charPtrToByteSlice(cstr *C.char, dwBufSize DWORD) []byte {
goSlice := C.GoBytes(unsafe.Pointer(cstr), C.int(dwBufSize))
return goSlice
}
var serialCallBackHooks = make(map[LONG]serialDataCallBack)
type serialDataCallBack func(lSerialHandle LONG, lChannel LONG, pRecvDataBuffer []byte, dwBufSize DWORD, pUser unsafe.Pointer)
//export fSerialDataCallBackGo
func fSerialDataCallBackGo(lSerialHandle C.LONG, lChannel C.LONG, pRecvDataBuffer *C.char, dwBufSize C.DWORD, pUser *C.void) {
callback := serialCallBackHooks[LONG(lSerialHandle)]
println(DWORD(dwBufSize))
if callback != nil {
callback(LONG(lSerialHandle), LONG(lChannel), charPtrToByteSlice(pRecvDataBuffer, DWORD(dwBufSize)), DWORD(dwBufSize), unsafe.Pointer(pUser))
}
}
var exceptionCallBackHooks = make(map[int]ExceptionCallBack)
type ExceptionCallBack func(dwType uint32, lUserID int32, lHandle int32, pUser interface{})
//export fExceptionCallBackGo
func fExceptionCallBackGo(dwType C.DWORD, lUserID C.LONG, lHandle C.LONG, pUser *C.void) {
callback := exceptionCallBackHooks[int(lUserID)]
if callback != nil {
callback(uint32(dwType), int32(lUserID), int32(lHandle), pUser)
}
}

492
Core/Type.go
View File

@@ -1,492 +0,0 @@
package Core
/*
#include "HCNetSDK.h"
*/
import "C"
import "unsafe"
const NAME_LEN = 32
const PASSWD_LEN = 16
const SERIALNO_LEN = 48
const STREAM_ID_LEN = 32
type DWORD uint32
type WORD uint16
type USHORT WORD
type SHORT int16
type LONG int32
type BYTE uint8
type UINT uint32
// type LPVOID void*
// type HANDLE void*
// type LPDWORD unsigned int*
type UINT64 uint64
type INT64 int64
type NET_DVR_DEVICEINFO_V30 struct {
cData C.NET_DVR_DEVICEINFO_V30
SSerialNumber []byte // 序列号
ByAlarmInPortNum BYTE // 模拟报警输入个数
ByAlarmOutPortNum BYTE // 模拟报警输出个数
ByDiskNum BYTE // 硬盘个数
ByDVRType BYTE // 设备类型
ByChanNum BYTE // 设备模拟通道个数，数字（IP）通道最大个数为byIPChanNum + byHighDChanNum*256
ByStartChan BYTE // 模拟通道的起始通道号，从1开始。数字通道的起始通道号见下面参数byStartDChan
ByAudioChanNum BYTE // 设备语音对讲通道数
ByIPChanNum BYTE // 设备最大数字通道个数，低8位，高8位见byHighDChanNum。可以根据IP通道个数来判断是否调用NET_DVR_GetDVRConfig（配置命令NET_DVR_GET_IPPARACFG_V40）获取模拟和数字通道相关参数（NET_DVR_IPPARACFG_V40）。
ByZeroChanNum BYTE // 零通道编码个数
ByMainProto BYTE // 主码流传输协议类型：0- private，1- rtsp，2- 同时支持私有协议和rtsp协议取流（默认采用私有协议取流）
BySubProto BYTE // 子码流传输协议类型：0- private，1- rtsp，2- 同时支持私有协议和rtsp协议取流（默认采用私有协议取流）
BySupport BYTE // 能力，位与结果为0表示不支持，1表示支持
//bySupport & 0x1，表示是否支持智能搜索
//bySupport & 0x2，表示是否支持备份
//bySupport & 0x4，表示是否支持压缩参数能力获取
//bySupport & 0x8, 表示是否支持双网卡
//bySupport & 0x10, 表示支持远程SADP
//bySupport & 0x20, 表示支持Raid卡功能
//bySupport & 0x40, 表示支持IPSAN目录查找
//bySupport & 0x80, 表示支持rtp over rtsp
BySupport1 BYTE // 能力集扩充，位与结果为0表示不支持，1表示支持
//bySupport1 & 0x1, 表示是否支持snmp v30
//bySupport1 & 0x2, 表示是否支持区分回放和下载
//bySupport1 & 0x4, 表示是否支持布防优先级
//bySupport1 & 0x8, 表示智能设备是否支持布防时间段扩展
//bySupport1 & 0x10,表示是否支持多磁盘数（超过33个）
//bySupport1 & 0x20,表示是否支持rtsp over http
//bySupport1 & 0x80,表示是否支持车牌新报警信息，且还表示是否支持NET_DVR_IPPARACFG_V40配置
BySupport2 BYTE // 能力集扩充，位与结果为0表示不支持，1表示支持
//bySupport2 & 0x1, 表示解码器是否支持通过URL取流解码
//bySupport2 & 0x2, 表示是否支持FTPV40
//bySupport2 & 0x4, 表示是否支持ANR(断网录像)
//bySupport2 & 0x20, 表示是否支持单独获取设备状态子项
//bySupport2 & 0x40, 表示是否是码流加密设备
WDevType WORD // 设备型号，详见下文列表
BySupport3 BYTE // 能力集扩充，位与结果为0表示不支持，1表示支持
//bySupport3 & 0x1, 表示是否支持多码流
//bySupport3 & 0x4, 表示是否支持按组配置，具体包含通道图像参数、报警输入参数、IP报警输入/输出接入参数、用户参数、设备工作状态、JPEG抓图、定时和时间抓图、硬盘盘组管理等
//bySupport3 & 0x20, 表示是否支持通过DDNS域名解析取流
ByMultiStreamProto BYTE // 是否支持多码流，按位表示，位与结果：0-不支持，1-支持
//byMultiStreamProto & 0x1, 表示是否支持码流3
//byMultiStreamProto & 0x2, 表示是否支持码流4
//byMultiStreamProto & 0x40,表示是否支持主码流
//byMultiStreamProto & 0x80,表示是否支持子码流
ByStartDChan BYTE // 起始数字通道号，0表示无数字通道，比如DVR或IPC
ByStartDTalkChan BYTE // 起始数字对讲通道号，区别于模拟对讲通道号，0表示无数字对讲通道
ByHighDChanNum BYTE // 数字通道个数，高8位
BySupport4 BYTE // 能力集扩展，按位表示，位与结果：0- 不支持，1- 支持
//bySupport4 & 0x01, 表示是否所有码流类型同时支持RTSP和私有协议
//bySupport4 & 0x10, 表示是否支持域名方式挂载网络硬盘
ByLanguageType BYTE // 支持语种能力，按位表示，位与结果：0- 不支持，1- 支持
//byLanguageType ==0，表示老设备，不支持该字段
//byLanguageType & 0x1，表示是否支持中文
//byLanguageType & 0x2，表示是否支持英文
ByVoiceInChanNum BYTE // 音频输入通道数
ByStartVoiceInChanNo BYTE // 音频输入起始通道号，0表示无效
BySupport5 BYTE
BySupport6 BYTE
ByMirrorChanNum BYTE // 镜像通道个数，录播主机中用于表示导播通道
WStartMirrorChanNo WORD // 起始镜像通道号
BySupport7 BYTE
ByRes2 BYTE // 保留，置为0
}
func (this *NET_DVR_DEVICEINFO_V30) GetCPtr() *C.NET_DVR_DEVICEINFO_V30 {
return &this.cData
}
func (this *NET_DVR_DEVICEINFO_V30) Go() {
this.SSerialNumber = C.GoBytes(unsafe.Pointer(&this.cData.sSerialNumber), C.int(SERIALNO_LEN))
this.ByAlarmInPortNum = BYTE(this.cData.byAlarmInPortNum)
this.ByAlarmOutPortNum = BYTE(this.cData.byAlarmOutPortNum)
this.ByDiskNum = BYTE(this.cData.byDiskNum)
this.ByDVRType = BYTE(this.cData.byDVRType)
this.ByChanNum = BYTE(this.cData.byChanNum)
this.ByStartChan = BYTE(this.cData.byStartChan)
this.ByAudioChanNum = BYTE(this.cData.byAudioChanNum)
this.ByIPChanNum = BYTE(this.cData.byIPChanNum)
this.ByZeroChanNum = BYTE(this.cData.byZeroChanNum)
this.ByMainProto = BYTE(this.cData.byMainProto)
this.BySubProto = BYTE(this.cData.bySubProto)
this.BySupport = BYTE(this.cData.bySupport)
this.BySupport1 = BYTE(this.cData.bySupport1)
this.BySupport2 = BYTE(this.cData.bySupport2)
this.WDevType = WORD(this.cData.wDevType)
this.BySupport3 = BYTE(this.cData.bySupport3)
this.ByMultiStreamProto = BYTE(this.cData.byMultiStreamProto)
this.ByStartDChan = BYTE(this.cData.byStartDChan)
this.ByStartDTalkChan = BYTE(this.cData.byStartDTalkChan)
this.ByHighDChanNum = BYTE(this.cData.byHighDChanNum)
this.BySupport4 = BYTE(this.cData.bySupport4)
this.ByLanguageType = BYTE(this.cData.byLanguageType)
this.ByVoiceInChanNum = BYTE(this.cData.byVoiceInChanNum)
this.ByStartVoiceInChanNo = BYTE(this.cData.byStartVoiceInChanNo)
this.BySupport5 = BYTE(this.cData.bySupport5)
this.BySupport6 = BYTE(this.cData.bySupport6)
this.ByMirrorChanNum = BYTE(this.cData.byMirrorChanNum)
this.WStartMirrorChanNo = WORD(this.cData.wStartMirrorChanNo)
this.BySupport7 = BYTE(this.cData.bySupport7)
this.ByRes2 = BYTE(this.cData.byRes2)
}
type NET_DVR_NETAPPCFG struct {
cData C.NET_DVR_NETAPPCFG
DwSize DWORD
SDNSIp []byte
StruNtpClientParam NET_DVR_NTPPARA
StruDDNSClientParam NET_DVR_DDNSPARA
Res []byte
}
func (this *NET_DVR_NETAPPCFG) GetCPtr() *C.NET_DVR_NETAPPCFG {
return &this.cData
}
func (this *NET_DVR_NETAPPCFG) GetC() C.NET_DVR_NETAPPCFG {
return this.cData
}
func (this *NET_DVR_NETAPPCFG) Go() {
this.DwSize = DWORD(this.cData.dwSize)
this.SDNSIp = C.GoBytes(unsafe.Pointer(&this.cData.sDNSIp), C.int(16))
this.StruNtpClientParam.SetC(this.cData.struNtpClientParam)
this.StruDDNSClientParam.SetC(this.cData.struDDNSClientParam)
this.Res = C.GoBytes(unsafe.Pointer(&this.cData.res), C.int(464))
}
type NET_DVR_NTPPARA struct {
cData C.NET_DVR_NTPPARA
SNTPServer []byte
WInterval WORD
ByEnableNTP BYTE
CTimeDifferenceH int8
CTimeDifferenceM int8
Res1 BYTE
WNtpPort WORD
Res2 []byte
}
// Set NET_DVR_NTPPARA 的 cData
func (this *NET_DVR_NTPPARA) SetC(cData C.NET_DVR_NTPPARA) {
this.cData = cData
this.Go()
}
func (this *NET_DVR_NTPPARA) GetCPtr() *C.NET_DVR_NTPPARA {
return &this.cData
}
func (this *NET_DVR_NTPPARA) Go() {
this.SNTPServer = C.GoBytes(unsafe.Pointer(&this.cData.sNTPServer), C.int(64))
this.WInterval = WORD(this.cData.wInterval)
this.ByEnableNTP = BYTE(this.cData.byEnableNTP)
this.CTimeDifferenceH = int8(this.cData.cTimeDifferenceH)
this.CTimeDifferenceM = int8(this.cData.cTimeDifferenceM)
this.Res1 = BYTE(this.cData.res1)
this.WNtpPort = WORD(this.cData.wNtpPort)
this.Res2 = C.GoBytes(unsafe.Pointer(&this.cData.res2), C.int(8))
}
type NET_DVR_DDNSPARA struct {
cData C.NET_DVR_DDNSPARA
SUserName []byte
SPassword []byte
SDomainName []byte
ByEnableDDNS BYTE
Res []byte
}
func (this *NET_DVR_DDNSPARA) SetC(cData C.NET_DVR_DDNSPARA) {
this.cData = cData
this.Go()
}
func (this *NET_DVR_DDNSPARA) GetCPtr() *C.NET_DVR_DDNSPARA {
return &this.cData
}
func (this *NET_DVR_DDNSPARA) Go() {
this.SUserName = C.GoBytes(unsafe.Pointer(&this.cData.sUsername), C.int(NAME_LEN))
this.SPassword = C.GoBytes(unsafe.Pointer(&this.cData.sPassword), C.int(PASSWD_LEN))
this.SDomainName = C.GoBytes(unsafe.Pointer(&this.cData.sDomainName), C.int(64))
this.ByEnableDDNS = BYTE(this.cData.byEnableDDNS)
this.Res = C.GoBytes(unsafe.Pointer(&this.cData.res), C.int(15))
}
type NET_DVR_MRD_SEARCH_PARAM struct {
cData C.NET_DVR_MRD_SEARCH_PARAM
DwSize DWORD
StruStreamInfo NET_DVR_STREAM_INFO
WYear WORD
ByMonth BYTE
ByDrawFrame BYTE
ByStreamType BYTE
ByLocalOrUTC BYTE
ByRes []byte
}
func (this *NET_DVR_MRD_SEARCH_PARAM) g2c() {
this.cData.dwSize = C.DWORD(this.DwSize)
this.cData.struStreamInfo = this.StruStreamInfo.GetC()
this.cData.wYear = C.WORD(this.WYear)
this.cData.byMonth = C.BYTE(this.ByMonth)
this.cData.byDrawFrame = C.BYTE(this.ByDrawFrame)
this.cData.byStreamType = C.BYTE(this.ByStreamType)
this.cData.byLocalOrUTC = C.BYTE(this.ByLocalOrUTC)
var cArray [30]C.BYTE
for i := 0; i < len(this.ByRes); i++ {
cArray[i] = C.BYTE(this.ByRes[i])
}
this.cData.byRes = cArray
}
func (this *NET_DVR_MRD_SEARCH_PARAM) SetC(cData C.NET_DVR_MRD_SEARCH_PARAM) {
this.cData = cData
this.Go()
}
func (this *NET_DVR_MRD_SEARCH_PARAM) GetCPtr() *C.NET_DVR_MRD_SEARCH_PARAM {
this.g2c()
return &this.cData
}
func (this *NET_DVR_MRD_SEARCH_PARAM) GetC() C.NET_DVR_MRD_SEARCH_PARAM {
this.g2c()
return this.cData
}
func (this *NET_DVR_MRD_SEARCH_PARAM) Go() {
this.DwSize = DWORD(this.cData.dwSize)
this.StruStreamInfo.SetC(this.cData.struStreamInfo)
this.WYear = WORD(this.cData.wYear)
this.ByMonth = BYTE(this.cData.byMonth)
this.ByDrawFrame = BYTE(this.cData.byDrawFrame)
this.ByStreamType = BYTE(this.cData.byStreamType)
this.ByLocalOrUTC = BYTE(this.cData.byLocalOrUTC)
this.ByRes = C.GoBytes(unsafe.Pointer(&this.cData.byRes), C.int(30))
}
type NET_DVR_STREAM_INFO struct {
cData C.NET_DVR_STREAM_INFO
DwSize DWORD
ByID []byte
DwChannel DWORD
ByRes []byte
}
func (this *NET_DVR_STREAM_INFO) g2c() {
var byIDArray [STREAM_ID_LEN]C.BYTE
for i := 0; i < len(this.ByID); i++ {
byIDArray[i] = C.BYTE(this.ByID[i])
}
var byResArray [32]C.BYTE
for i := 0; i < len(this.ByRes); i++ {
byResArray[i] = C.BYTE(this.ByRes[i])
}
this.cData.dwSize = C.DWORD(this.DwSize)
this.cData.byID = byIDArray
this.cData.dwChannel = C.DWORD(this.DwChannel)
this.cData.byRes = byResArray
}
func (this *NET_DVR_STREAM_INFO) SetC(cData C.NET_DVR_STREAM_INFO) {
this.cData = cData
this.Go()
}
func (this *NET_DVR_STREAM_INFO) GetC() C.NET_DVR_STREAM_INFO {
this.g2c()
return this.cData
}
func (this *NET_DVR_STREAM_INFO) GetCPtr() *C.NET_DVR_STREAM_INFO {
this.g2c()
return &this.cData
}
func (this *NET_DVR_STREAM_INFO) Go() {
this.DwSize = DWORD(this.cData.dwSize)
this.ByID = C.GoBytes(unsafe.Pointer(&this.cData.byID), C.int(STREAM_ID_LEN))
this.DwChannel = DWORD(this.cData.dwChannel)
this.ByRes = C.GoBytes(unsafe.Pointer(&this.cData.byRes), C.int(32))
}
type NET_DVR_MRD_SEARCH_RESULT struct {
cData C.NET_DVR_MRD_SEARCH_RESULT
DwSize DWORD
ByRecordDistribution []byte
ByHasEventRecode []byte
ByRes BYTE
}
func (this *NET_DVR_MRD_SEARCH_RESULT) g2c() {
var byRecordDistributionArray [32]C.BYTE
for i := 0; i < len(this.ByRecordDistribution); i++ {
byRecordDistributionArray[i] = C.BYTE(this.ByRecordDistribution[i])
}
var byHasEventRecodeArray [31]C.BYTE
for i := 0; i < len(this.ByHasEventRecode); i++ {
byHasEventRecodeArray[i] = C.BYTE(this.ByHasEventRecode[i])
}
this.cData.dwSize = C.DWORD(this.DwSize)
this.cData.byRecordDistribution = byRecordDistributionArray
this.cData.byHasEventRecode = byHasEventRecodeArray
this.cData.byRes = C.BYTE(this.ByRes)
}
func (this *NET_DVR_MRD_SEARCH_RESULT) SetC(cData C.NET_DVR_MRD_SEARCH_RESULT) {
this.cData = cData
this.Go()
}
func (this *NET_DVR_MRD_SEARCH_RESULT) GetC() C.NET_DVR_MRD_SEARCH_RESULT {
this.g2c()
return this.cData
}
func (this *NET_DVR_MRD_SEARCH_RESULT) GetCPtr() *C.NET_DVR_MRD_SEARCH_RESULT {
this.g2c()
return &this.cData
}
func (this *NET_DVR_MRD_SEARCH_RESULT) Go() {
this.DwSize = DWORD(this.cData.dwSize)
this.ByRecordDistribution = C.GoBytes(unsafe.Pointer(&this.cData.byRecordDistribution), C.int(32))
this.ByHasEventRecode = C.GoBytes(unsafe.Pointer(&this.cData.byHasEventRecode), C.int(31))
this.ByRes = BYTE(this.cData.byRes)
}
type NET_DVR_FILECOND struct {
cData C.NET_DVR_FILECOND
LChannel LONG
DwFileType DWORD
DwIsLocked DWORD
DwUseCardNo DWORD
SCardNumber []byte
StruStartTime NET_DVR_TIME
StruStopTime NET_DVR_TIME
}
func (this *NET_DVR_FILECOND) g2c() {
this.cData.lChannel = C.LONG(this.LChannel)
this.cData.dwFileType = C.DWORD(this.DwFileType)
this.cData.dwIsLocked = C.DWORD(this.DwIsLocked)
this.cData.dwUseCardNo = C.DWORD(this.DwUseCardNo)
var sCardNumberArray [32]C.BYTE
for i := 0; i < len(this.SCardNumber); i++ {
sCardNumberArray[i] = C.BYTE(this.SCardNumber[i])
}
this.cData.sCardNumber = sCardNumberArray
this.cData.struStartTime = this.StruStartTime.GetC()
this.cData.struStopTime = this.StruStopTime.GetC()
}
func (this *NET_DVR_FILECOND) SetC(cData C.NET_DVR_FILECOND) {
this.cData = cData
this.Go()
}
func (this *NET_DVR_FILECOND) GetC() C.NET_DVR_FILECOND {
this.g2c()
return this.cData
}
func (this *NET_DVR_FILECOND) GetCPtr() *C.NET_DVR_FILECOND {
this.g2c()
return &this.cData
}
func (this *NET_DVR_FILECOND) Go() {
this.LChannel = LONG(this.cData.lChannel)
this.DwFileType = DWORD(this.cData.dwFileType)
this.DwIsLocked = DWORD(this.cData.dwIsLocked)
this.DwUseCardNo = DWORD(this.cData.dwUseCardNo)
this.SCardNumber = C.GoBytes(unsafe.Pointer(&this.cData.sCardNumber), C.int(64))
this.StruStartTime.SetC(this.cData.struStartTime)
this.StruStopTime.SetC(this.cData.struStopTime)
}
type NET_DVR_TIME struct {
cData C.NET_DVR_TIME
DwYear DWORD
DwMonth DWORD
DwDay DWORD
DwHour DWORD
DwMinute DWORD
DwSecond DWORD
}
func (this *NET_DVR_TIME) g2c() {
this.cData.dwYear = C.DWORD(this.DwYear)
this.cData.dwMonth = C.DWORD(this.DwMonth)
this.cData.dwDay = C.DWORD(this.DwDay)
this.cData.dwHour = C.DWORD(this.DwHour)
this.cData.dwMinute = C.DWORD(this.DwMinute)
this.cData.dwSecond = C.DWORD(this.DwSecond)
}
func (this *NET_DVR_TIME) SetC(cData C.NET_DVR_TIME) {
this.cData = cData
this.Go()
}
func (this *NET_DVR_TIME) GetC() C.NET_DVR_TIME {
this.g2c()
return this.cData
}
func (this *NET_DVR_TIME) GetCPtr() *C.NET_DVR_TIME {
this.g2c()
return &this.cData
}
func (this *NET_DVR_TIME) Go() {
this.DwYear = DWORD(this.cData.dwYear)
this.DwMonth = DWORD(this.cData.dwMonth)
this.DwDay = DWORD(this.cData.dwDay)
this.DwHour = DWORD(this.cData.dwHour)
this.DwMinute = DWORD(this.cData.dwMinute)
this.DwSecond = DWORD(this.cData.dwSecond)
}
type NET_DVR_FINDDATA_V30 struct {
cData C.NET_DVR_FINDDATA_V30
SFileName []byte
StruStartTime NET_DVR_TIME
StruStopTime NET_DVR_TIME
DwFileSize DWORD
SCardNum []byte
ByLocked BYTE
ByFileType BYTE
ByRes []byte
}
func (this *NET_DVR_FINDDATA_V30) g2c() {
var sFileNameArray [100]C.BYTE
for i := 0; i < len(this.SFileName); i++ {
sFileNameArray[i] = C.BYTE(this.SFileName[i])
}
this.cData.struStartTime = this.StruStartTime.GetC()
this.cData.struStopTime = this.StruStopTime.GetC()
this.cData.dwFileSize = C.DWORD(this.DwFileSize)
var sCardNumArray [32]C.BYTE
for i := 0; i < len(this.SCardNum); i++ {
sCardNumArray[i] = C.BYTE(this.SCardNum[i])
}
this.cData.byLocked = C.BYTE(this.ByLocked)
this.cData.byFileType = C.BYTE(this.ByFileType)
var byResArray [2]C.BYTE
for i := 0; i < len(this.ByRes); i++ {
byResArray[i] = C.BYTE(this.ByRes[i])
}
this.cData.byRes = byResArray
}
func (this *NET_DVR_FINDDATA_V30) SetC(cData C.NET_DVR_FINDDATA_V30) {
this.cData = cData
this.Go()
}
func (this *NET_DVR_FINDDATA_V30) GetC() C.NET_DVR_FINDDATA_V30 {
this.g2c()
return this.cData
}
func (this *NET_DVR_FINDDATA_V30) GetCPtr() *C.NET_DVR_FINDDATA_V30 {
this.g2c()
return &this.cData
}
func (this *NET_DVR_FINDDATA_V30) Go() {
this.SFileName = C.GoBytes(unsafe.Pointer(&this.cData.sFileName), C.int(100))
this.StruStartTime.SetC(this.cData.struStartTime)
this.StruStopTime.SetC(this.cData.struStopTime)
this.DwFileSize = DWORD(this.cData.dwFileSize)
this.SCardNum = C.GoBytes(unsafe.Pointer(&this.cData.sCardNum), C.int(32))
this.ByLocked = BYTE(this.cData.byLocked)
this.ByFileType = BYTE(this.cData.byFileType)
this.ByRes = C.GoBytes(unsafe.Pointer(&this.cData.byRes), C.int(12))
}

241
Core/core.go
View File

@@ -1,241 +0,0 @@
package Core
/*
#cgo CFLAGS: -I../include
#cgo LDFLAGS: -lHCCore -lhcnetsdk
#include <stdio.h>
#include <stdlib.h>
#include <stddef.h>
#include "HCNetSDK.h"
extern void fSerialDataCallBackGo(LONG lSerialHandle,LONG lChannel,char *pRecvDataBuffer,DWORD dwBufSize,void *pUser);
void FSerialDataCallBackCGo(LONG lSerialHandle,LONG lChannel,char *pRecvDataBuffer,DWORD dwBufSize,void *pUser){
fSerialDataCallBackGo(lSerialHandle, lChannel, pRecvDataBuffer, dwBufSize,pUser);
};
// 异常回调函数
extern void fExceptionCallBackGo(DWORD dwType, LONG lUserID, LONG lHandle, void *pUser);
void FExceptionCallBackCgo(DWORD dwType, LONG lUserID, LONG lHandle, void *pUser)
{
fExceptionCallBackGo(dwType, lUserID, lHandle, pUser);
}
*/
import "C"
import (
"math"
"unsafe"
)
// Init 初始化SDK，调用其他SDK函数的前提。
func Init() error {
if C.NET_DVR_Init() != 1 {
return LastError("NET_DVR_Init")
}
return nil
}
// Cleanup 释放SDK资源，在程序结束之前调用。在调用时不能同时调用其他任何SDK接口。 Init 和 Cleanup 需要配对使用，即程序里面调用多少次 Init ，退出时就需要调用多少次 Cleanup。
func Cleanup() error {
if C.NET_DVR_Cleanup() != 1 {
return LastError("NET_DVR_Cleanup")
}
return nil
}
func Login(Ip string, Port int, Username string, Password string) (LONG, NET_DVR_DEVICEINFO_V30, error) {
cIp := C.CString(Ip)
defer C.free(unsafe.Pointer(cIp))
cUsername := C.CString(Username)
defer C.free(unsafe.Pointer(cUsername))
cPassword := C.CString(Password)
defer C.free(unsafe.Pointer(cPassword))
var DeviceInfo NET_DVR_DEVICEINFO_V30
cUserId := C.NET_DVR_Login_V30(cIp, C.WORD(Port), cUsername, cPassword, DeviceInfo.GetCPtr())
if LONG(cUserId) == -1 {
return -1, NET_DVR_DEVICEINFO_V30{}, LastError("NET_DVR_Login_V30")
}
DeviceInfo.Go()
return LONG(cUserId), DeviceInfo, nil
}
func NET_DVR_RemoteControl(userId LONG) bool {
return C.NET_DVR_RemoteControl(C.LONG(userId), C.DWORD(20005), nil, C.DWORD(0)) == C.TRUE
}
func Logout(userId LONG) error {
if userId > -1 {
cResult := C.NET_DVR_Logout(C.LONG(userId))
if cResult != 1 {
return LastError("NET_DVR_Logout")
}
}
return nil
}
func NET_DVR_FindClose_V30(QueryHandle LONG) error {
if C.NET_DVR_FindClose_V30(C.LONG(QueryHandle)) == C.FALSE {
return LastError("NET_DVR_FindClose_V30")
}
return nil
}
func SerialStart(UserId LONG, CallBack serialDataCallBack) (LONG, error) {
SerialStartParam := C.NET_DVR_SERIALSTART_V40{}
SerialStartParam.dwSize = C.DWORD(unsafe.Sizeof(SerialStartParam))
SerialStartParam.dwSerialType = C.DWORD(2) //1:232串口；2:485串口
SerialStartParam.bySerialNum = C.BYTE(1) //串口编号（设备支持多个RS232串口时有效）
// 填充 byRes 字段
for i := 0; i < 255; i++ {
SerialStartParam.byRes[i] = C.BYTE(0) // 示例值，逐个赋值
}
SerialStartHandle := C.NET_DVR_SerialStart_V40(C.LONG(UserId), unsafe.Pointer(&SerialStartParam), C.LONG(unsafe.Sizeof(SerialStartParam)), C.fSerialDataCallBack(C.FSerialDataCallBackCGo), nil)
if LONG(SerialStartHandle) == -1 {
return -1, LastError("NET_DVR_SerialStart_V40")
}
serialCallBackHooks[LONG(SerialStartHandle)] = CallBack
return LONG(SerialStartHandle), nil
}
func SerialSend(lSerialHandle LONG, hexbyte []byte) error {
if C.NET_DVR_SerialSend(C.LONG(lSerialHandle), 1, (*C.char)(unsafe.Pointer(&hexbyte[0])), C.DWORD(len(hexbyte))) == C.FALSE {
return LastError("NET_DVR_SerialSend")
}
return nil
}
func SerialStop(lSerialHandle LONG) error {
if int(C.NET_DVR_SerialStop(C.LONG(lSerialHandle))) != 1 {
return LastError("SerialStop")
}
delete(serialCallBackHooks, lSerialHandle)
return nil
}
type CDVR_PTZPOS C.NET_DVR_PTZPOS
func (d *CDVR_PTZPOS) Go() DVR_PTZPOS {
return DVR_PTZPOS{
WAction: 1,
WPanPos: HEX2DEC(WORD(d.wPanPos)),
WTiltPos: HEX2DEC(WORD(d.wTiltPos)),
WZoomPos: HEX2DEC(WORD(d.wZoomPos)),
}
}
func (d *CDVR_PTZPOS) Set(Action, PanPos, TiltPos, ZoomPos float64) {
d.wAction = C.WORD(Action)
d.wPanPos = C.WORD(DEC2HEX(PanPos))
d.wTiltPos = C.WORD(DEC2HEX(TiltPos))
d.wZoomPos = C.WORD(DEC2HEX(ZoomPos))
}
type DVR_PTZPOS struct {
WAction int
WPanPos float64
WTiltPos float64
WZoomPos float64
}
// DEC2HEX 将十进制浮点数转换为十六进制整数
func DEC2HEX(dec float64) WORD {
// 提取千位（对应十进制的百位）
bai := uint16(dec / math.Pow(10, 2))
dec -= float64(bai) * math.Pow(10, 2)
// 提取百位（对应十进制的十位）
shi := uint16(dec / math.Pow(10, 1))
dec -= float64(shi) * math.Pow(10, 1)
// 提取十位（对应十进制的个位）
ge := uint16(dec / math.Pow(10, 0))
dec -= float64(ge) * math.Pow(10, 0)
// 提取个位（对应十进制的十分位）
xiao := uint16(dec * 10)
// 合成十六进制数
hex := WORD(bai)<<12 | WORD(shi)<<8 | WORD(ge)<<4 | WORD(xiao)
return hex
}
// HEX2DEC 将十六进制整数转换为十进制浮点数
func HEX2DEC(hex WORD) float64 {
// 提取十六进制数的千位（对应十进制的百位）
bai := byte(hex >> 12)
hex = hex - WORD(bai)*WORD(math.Pow(16, 3))
// 提取十六进制数的百位（对应十进制的十位）
shi := byte(hex >> 8)
hex = hex - WORD(shi)*WORD(math.Pow(16, 2))
// 提取十六进制数的十位（对应十进制的个位）
ge := byte(hex >> 4)
hex = hex - WORD(ge)*WORD(math.Pow(16, 1))
// 提取十六进制数的个位（对应十进制的十分位）
xiao := byte(hex)
// 计算对应的十进制浮点数
return float64(bai)*math.Pow(10, 2) + float64(shi)*math.Pow(10, 1) + float64(ge)*math.Pow(10, 0) + float64(xiao)*math.Pow(10, -1)
}
func GetDVRConfig(lUserID LONG, dwCommand DWORD, lChannel LONG, lpOutBuffer unsafe.Pointer, dwOutBufferSize DWORD) error {
bytesReturned := C.DWORD(0)
cResult := C.NET_DVR_GetDVRConfig(C.LONG(lUserID), C.DWORD(dwCommand), C.LONG(lChannel), C.LPVOID(lpOutBuffer), C.DWORD(dwOutBufferSize), &bytesReturned)
if cResult != 1 {
return LastError("NET_DVR_GetDVRConfig")
}
return nil
}
func SetDVRConfig(lUserID LONG, dwCommand DWORD, lChannel LONG, lpInBuffer unsafe.Pointer, dwOutBufferSize DWORD) error {
cResult := C.NET_DVR_SetDVRConfig(C.LONG(lUserID), C.DWORD(dwCommand), C.LONG(lChannel), C.LPVOID(lpInBuffer), C.DWORD(dwOutBufferSize))
if cResult != 1 {
return LastError("NET_DVR_SetDVRConfig")
}
return nil
}
func GetDVRDeviceConfig(lUserID LONG, dwCommand DWORD, dwCount DWORD, lpInBuffer unsafe.Pointer, dwInBufferSize DWORD, lpStatusList unsafe.Pointer, lpOutBuffer unsafe.Pointer, dwOutBufferSize DWORD) error {
cResult := C.NET_DVR_GetDeviceConfig(C.LONG(lUserID), C.DWORD(dwCommand), C.DWORD(dwCount), C.LPVOID(lpInBuffer), C.DWORD(dwInBufferSize), C.LPVOID(lpStatusList), C.LPVOID(lpOutBuffer), C.DWORD(dwOutBufferSize))
if cResult != 1 {
return LastError("NET_DVR_GetDeviceConfig")
}
return nil
}
func LastError(funcName string) error {
cCode := C.NET_DVR_GetLastError()
if cCode == 0 {
return nil
}
var text string
if cCode == 3 {
text = "sdk not init."
} else {
cCode2 := C.LONG(cCode)
cText := C.NET_DVR_GetErrorMsg(&cCode2)
text = C.GoString(cText)
}
return NewHcnetError(int(cCode), text, funcName)
}
func PTZControlWithSpeed_Other(lUserID LONG, lChannel LONG, dwPTZCommand DWORD, dwStop DWORD, dwSpeed DWORD) error {
state := C.NET_DVR_PTZControlWithSpeed_Other(C.LONG(lUserID), C.LONG(lChannel), C.DWORD(dwPTZCommand), C.DWORD(dwStop), C.DWORD(dwSpeed))
if state == C.FALSE {
return LastError("NET_DVR_PTZControlWithSpeed_Other")
}
return nil
}
func NET_DVR_FindFile_V30(lUserID LONG, lpFindFileInfo NET_DVR_FILECOND) (LONG, error) {
Handle := C.NET_DVR_FindFile_V30(C.LONG(lUserID), lpFindFileInfo.GetCPtr())
if Handle == -1 {
return 0, LastError("NET_DVR_FindFile_V30")
}
return LONG(Handle), nil
}
func NET_DVR_FindNextFile_V30(lFindHandle LONG, lpFindData *NET_DVR_FINDDATA_V30) (LONG, error) {
state := C.NET_DVR_FindNextFile_V30(C.LONG(lFindHandle), (*lpFindData).GetCPtr())
if state == -1 {
return 0, LastError("NET_DVR_FindNextFile_V30")
}
lpFindData.Go()
return LONG(state), nil
}

150
Nvr.go
View File

@@ -1,25 +1,36 @@
package HikSDK package HikSDK
/*
#cgo LDFLAGS: -Wl,--allow-multiple-definition
#include <stdio.h>
#include <string.h>
*/
import "C"
import ( import (
"errors" "errors"
"gitea.com/kunmeng/HikNetSDKPkg/Core"
"time" "time"
"unsafe"
) )
type Nvr struct { type Nvr struct {
userId Core.LONG userId LONG
deviceInfo Core.NET_DVR_DEVICEINFO_V30 deviceInfo NET_DVR_DEVICEINFO
}
type TimeRange struct {
StartYear DWORD
StartMonth DWORD
StartDay DWORD
StartHour DWORD
StartMinute DWORD
StartSecond DWORD
EndYear DWORD
EndMonth DWORD
EndDay DWORD
EndHour DWORD
EndMinute DWORD
EndSecond DWORD
}
type WebTimeRang struct {
StartTime time.Time
EndTime time.Time
} }
func NewNvr(Ip string, Port int, Username, Password string) (*Nvr, error) { func NewNvr(Ip string, Port int, Username, Password string) (*Nvr, error) {
userId, deviceInfo, err := Core.Login(Ip, Port, Username, Password) userId, deviceInfo, err := login(Ip, Port, Username, Password)
if err != nil { if err != nil {
return nil, err return nil, err
} }
@@ -33,92 +44,30 @@ func (this *Nvr) GetTimeZone() (int, error) {
if this == nil { if this == nil {
return 0, errors.New("Nvr is nil") return 0, errors.New("Nvr is nil")
} }
var data Core.NET_DVR_NETAPPCFG return getTimeZone(this.userId), nil
var dataPtr = unsafe.Pointer(data.GetCPtr())
err := Core.GetDVRConfig(this.userId, 222, 0, dataPtr, Core.DWORD(unsafe.Sizeof(data.GetC())))
if err != nil {
return 0, err
}
data.Go()
return int(data.StruNtpClientParam.CTimeDifferenceH)*60 + int(data.StruNtpClientParam.CTimeDifferenceM)*map[int8]int{-1: -1, 0: 1}[data.StruNtpClientParam.CTimeDifferenceH>>7], nil
} }
func (this *Nvr) CheckTimeRegionWithMonth(Year, Month, Channel uint16) ([]uint8, error) { func (this *Nvr) CheckTimeRegionWithMonth(Year, Month, Channel uint16) ([]uint8, error) {
if this == nil { if this == nil {
return nil, errors.New("Nvr is nil") return nil, errors.New("Nvr is nil")
} }
// //// 查当月 return QueryMonth(this.userId, WORD(Year), BYTE(Month), DWORD(Channel))
var struSearchParam Core.NET_DVR_MRD_SEARCH_PARAM
struSearchParam.DwSize = Core.DWORD(unsafe.Sizeof(struSearchParam.GetC()))
struSearchParam.WYear = Core.WORD(Year)
struSearchParam.ByMonth = Core.BYTE(Month)
struSearchParam.StruStreamInfo.DwChannel = Core.DWORD(32 + Channel)
struSearchParam.ByLocalOrUTC = 1
struSearchParam.ByDrawFrame = 0
struSearchParam.ByStreamType = 0
var dataPtr = unsafe.Pointer(struSearchParam.GetCPtr())
var ResData Core.NET_DVR_MRD_SEARCH_RESULT
var ResDataPtr = unsafe.Pointer(ResData.GetCPtr())
err := Core.GetDVRDeviceConfig(this.userId, 6164, 0, dataPtr, Core.DWORD(unsafe.Sizeof(struSearchParam.GetC())), nil, ResDataPtr, Core.DWORD(unsafe.Sizeof(ResData.GetC())))
if err != nil {
return nil, err
}
ResData.Go()
var res []uint8
for i := 0; i < 32; i++ {
if ResData.ByRecordDistribution[i] != 0 {
res = append(res, uint8(i+1))
}
}
return res, nil
} }
func (this *Nvr) CheckTimeRegionWithDay(Year, Month, Day, Channel uint16) ([]TimeRange, error) { func (this *Nvr) CheckTimeRegionWithDay(Year, Month, Day, Channel uint16) ([]WebTimeRang, error) {
if this == nil { if this == nil {
return nil, errors.New("Nvr is nil") return nil, errors.New("Nvr is nil")
} }
var Data Core.NET_DVR_FILECOND Handle := QueryDayHandle(this.userId, DWORD(Year), DWORD(Month), DWORD(Day), LONG(Channel))
Data.DwFileType = 0xff res, state, err := QueryDayNextFile(Handle)
Data.DwIsLocked = 0xff
Data.DwUseCardNo = 0
Data.LChannel = Core.LONG(32 + Channel)
StartTime := Core.NET_DVR_TIME{
DwYear: Core.DWORD(Year),
DwMonth: Core.DWORD(Month),
DwDay: Core.DWORD(Day),
DwHour: 0,
DwMinute: 0,
DwSecond: 0,
}
StopTime := Core.NET_DVR_TIME{
DwYear: Core.DWORD(Year),
DwMonth: Core.DWORD(Month),
DwDay: Core.DWORD(Day),
DwHour: 23,
DwMinute: 59,
DwSecond: 59,
}
Data.StruStartTime = StartTime
Data.StruStopTime = StopTime
QueryHandle, err := Core.NET_DVR_FindFile_V30(this.userId, Data)
if err != nil { if err != nil {
return nil, err return []WebTimeRang{}, err
}
var FindData Core.NET_DVR_FINDDATA_V30
var state Core.LONG
state, err = Core.NET_DVR_FindNextFile_V30(QueryHandle, &FindData)
if err != nil {
return nil, err
} }
ByUTCDiff, err := this.GetTimeZone() ByUTCDiff, err := this.GetTimeZone()
if err != nil { if err != nil {
return nil, err return nil, err
} }
var res []TimeRange var webres []WebTimeRang
for state > 0 { for state > 0 {
var StartTimeObj time.Time var StartTimeObj time.Time
var EndTimeObj time.Time var EndTimeObj time.Time
@@ -133,59 +82,52 @@ func (this *Nvr) CheckTimeRegionWithDay(Year, Month, Day, Channel uint16) ([]Tim
break break
} }
if state == 1000 { if state == 1000 {
if uint16(FindData.StruStartTime.DwDay) != Day { if uint16(res.StartDay) != Day {
StartTimeObj = time.Date(int(FindData.StruStartTime.DwYear), time.Month(FindData.StruStartTime.DwMonth), int(FindData.StruStartTime.DwDay+1), 0, 0, 0, 0, time.UTC) StartTimeObj = time.Date(int(res.StartYear), time.Month(res.StartMonth), int(res.StartDay+1), 0, 0, 0, 0, time.UTC)
} else { } else {
StartTimeObj = time.Date(int(FindData.StruStartTime.DwYear), time.Month(FindData.StruStartTime.DwMonth), int(FindData.StruStartTime.DwDay), int(FindData.StruStartTime.DwHour), int(FindData.StruStartTime.DwMinute), int(FindData.StruStartTime.DwSecond), 0, time.UTC) StartTimeObj = time.Date(int(res.StartYear), time.Month(res.StartMonth), int(res.StartDay), int(res.StartHour), int(res.StartMinute), int(res.StartSecond), 0, time.UTC)
} }
if uint16(FindData.StruStopTime.DwDay) != Day { if uint16(res.EndDay) != Day {
EndTimeObj = time.Date(int(FindData.StruStopTime.DwYear), time.Month(FindData.StruStopTime.DwMonth), int(FindData.StruStopTime.DwDay-1), 23, 59, 59, 59, time.UTC) EndTimeObj = time.Date(int(res.EndYear), time.Month(res.EndMonth), int(res.EndDay-1), 23, 59, 59, 59, time.UTC)
} else { } else {
EndTimeObj = time.Date(int(FindData.StruStopTime.DwYear), time.Month(FindData.StruStopTime.DwMonth), int(FindData.StruStopTime.DwDay), int(FindData.StruStopTime.DwHour), int(FindData.StruStopTime.DwMinute), int(FindData.StruStopTime.DwSecond), 0, time.UTC) EndTimeObj = time.Date(int(res.EndYear), time.Month(res.EndMonth), int(res.EndDay), int(res.EndHour), int(res.EndMinute), int(res.EndSecond), 0, time.UTC)
} }
StartTimeObj = StartTimeObj.Add(time.Minute * time.Duration(-ByUTCDiff)) StartTimeObj = StartTimeObj.Add(time.Minute * time.Duration(-ByUTCDiff))
EndTimeObj = EndTimeObj.Add(time.Minute * time.Duration(-ByUTCDiff)) EndTimeObj = EndTimeObj.Add(time.Minute * time.Duration(-ByUTCDiff))
res = append(res, TimeRange{ webres = append(webres, WebTimeRang{
StartTime: StartTimeObj, StartTime: StartTimeObj,
EndTime: EndTimeObj, EndTime: EndTimeObj,
}) })
} }
if state == 1002 { if state == 1002 {
FindData = Core.NET_DVR_FINDDATA_V30{} res, state, err = QueryDayNextFile(Handle)
state, err = Core.NET_DVR_FindNextFile_V30(QueryHandle, &FindData) if err != nil {
return []WebTimeRang{}, err
}
time.Sleep(time.Millisecond * 5) time.Sleep(time.Millisecond * 5)
continue continue
} }
res, state, err = QueryDayNextFile(Handle)
FindData = Core.NET_DVR_FINDDATA_V30{}
state, err = Core.NET_DVR_FindNextFile_V30(QueryHandle, &FindData)
if err != nil { if err != nil {
return res, err return []WebTimeRang{}, err
} }
time.Sleep(time.Millisecond * 5) time.Sleep(time.Millisecond * 5)
} }
err = FindClose(Handle)
err = Core.NET_DVR_FindClose_V30(QueryHandle)
if err != nil { if err != nil {
return nil, err return nil, err
} }
return res, nil return webres, nil
} }
func (this *Nvr) Logout() error { func (this *Nvr) Logout() error {
if this == nil { if this == nil {
return errors.New("Nvr is nil") return errors.New("Nvr is nil")
} }
return Core.Logout(this.userId) return logout(this.userId)
} }
func (this *Nvr) Status() bool { func (this *Nvr) Status() bool {
if this == nil { if this == nil {
return false return false
} }
return Core.NET_DVR_RemoteControl(this.userId) return deviceOnline(this.userId)
}
type TimeRange struct {
StartTime time.Time
EndTime time.Time
} }

13
Nvr_test.go
View File

@@ -1,12 +1,11 @@
package HikSDK package HikSDK
import ( import (
"gitea.com/kunmeng/HikNetSDKPkg/Core"
"testing" "testing"
) )
func TestNewNvr(t *testing.T) { func TestNewNvr(t *testing.T) {
err := Core.Init() err := Init()
if err != nil { if err != nil {
t.Error(err) t.Error(err)
return return
@@ -20,12 +19,18 @@ func TestNewNvr(t *testing.T) {
return return
} }
t.Log(diff) t.Log(diff)
month, err := nvr.CheckTimeRegionWithMonth(2025, 3, 1) month, err := nvr.CheckTimeRegionWithMonth(2025, 5, 1)
if err != nil { if err != nil {
return return
} }
t.Log(month) t.Log(month)
timeList, err := nvr.CheckTimeRegionWithDay(2025, 3, 20, 1) timeList, err := nvr.CheckTimeRegionWithDay(2025, 5, 29, 1)
if err != nil {
return
}
Status := nvr.Status()
t.Log(Status)
err = nvr.Logout()
if err != nil { if err != nil {
return return
} }

2
Core/error.go → error.go
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@@ -1,4 +1,4 @@
package Core package HikSDK
import "C" import "C"
import ( import (

52612
include/HCNetSDK.h
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10
include/DataType.h → library/amd64_linux/include/DataType.h
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@@ -82,12 +82,12 @@ typedef struct tagMotionData{
#define _OSD_MONTH3 (_OSD_BASE+2) /*show month time in English, for example: Jan*/ #define _OSD_MONTH3 (_OSD_BASE+2) /*show month time in English, for example: Jan*/
#define _OSD_MONTH2 (_OSD_BASE+3) /*show month time by two Arabic numerals, for example: 07*/ #define _OSD_MONTH2 (_OSD_BASE+3) /*show month time by two Arabic numerals, for example: 07*/
#define _OSD_DAY (_OSD_BASE+4) /*show day time by two Arabic numerals, for example: 31*/ #define _OSD_DAY (_OSD_BASE+4) /*show day time by two Arabic numerals, for example: 31*/
#define _OSD_WEEK3 (_OSD_BASE+5) /*show week time in English: MON¡«SUN*/ #define _OSD_WEEK3 (_OSD_BASE+5) /*show week time in English: MON～SUN*/
#define _OSD_CWEEK1 (_OSD_BASE+6) /*show week time in Chinese GB code*/ #define _OSD_CWEEK1 (_OSD_BASE+6) /*show week time in Chinese GB code*/
#define _OSD_HOUR24 (_OSD_BASE+7) /*show 24 hours clock: 00¡«23 */ #define _OSD_HOUR24 (_OSD_BASE+7) /*show 24 hours clock: 00～23 */
#define _OSD_HOUR12 (_OSD_BASE+8) /*show 12 hours clock: 00¡«12*/ #define _OSD_HOUR12 (_OSD_BASE+8) /*show 12 hours clock: 00～12*/
#define _OSD_MINUTE (_OSD_BASE+9) /*show minute time by length of 2: 00¡«59*/ #define _OSD_MINUTE (_OSD_BASE+9) /*show minute time by length of 2: 00～59*/
#define _OSD_SECOND (_OSD_BASE+10) /*show second time by length of 2: 00¡«59*/ #define _OSD_SECOND (_OSD_BASE+10) /*show second time by length of 2: 00～59*/
#define _OSD_MILISECOND (_OSD_BASE+11) /*show millisecond time by length of 3: 000~999*/ #define _OSD_MILISECOND (_OSD_BASE+11) /*show millisecond time by length of 3: 000~999*/
#define _OSD_APM (_OSD_BASE+14) /*show a.m. or p.m. by length of 2 bit, AM or PM*/ #define _OSD_APM (_OSD_BASE+14) /*show a.m. or p.m. by length of 2 bit, AM or PM*/

52
include/DecodeCardSdk.h → library/amd64_linux/include/DecodeCardSdk.h
View File

@@ -216,19 +216,19 @@ DLLEXPORT_API int __stdcall StartSubVideoCapture(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall StopSubVideoCapture(HANDLE hChannelHandle); DLLEXPORT_API int __stdcall StopSubVideoCapture(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetupDateTime(HANDLE hChannelHandle, SYSTEMTIME *now); DLLEXPORT_API int __stdcall SetupDateTime(HANDLE hChannelHandle, SYSTEMTIME *now);
/* /*
以下为1.7版本新增的功能。 以下为1.7版本新增的功能。
以后可能会根据用户的反馈进行修改和完善。 以后可能会根据用户的反馈进行修改和完善。
*/ */
//原始图像流设置 //原始图像流设置
typedef void (*IMAGE_STREAM_CALLBACK)(UINT channelNumber,void *context ); typedef void (*IMAGE_STREAM_CALLBACK)(UINT channelNumber,void *context );
DLLEXPORT_API int __stdcall SetImageStream(HANDLE hChannel,BOOL bStart,UINT fps,UINT width,UINT height,unsigned char *imageBuffer); DLLEXPORT_API int __stdcall SetImageStream(HANDLE hChannel,BOOL bStart,UINT fps,UINT width,UINT height,unsigned char *imageBuffer);
DLLEXPORT_API int __stdcall RegisterImageStreamCallback(IMAGE_STREAM_CALLBACK,void *context); DLLEXPORT_API int __stdcall RegisterImageStreamCallback(IMAGE_STREAM_CALLBACK,void *context);
/* /*
设置视频输入位置： 设置视频输入位置：
(x,y)为系统所处理图像的左上角在摄像机输入的原始图像中的坐标。 (x,y)为系统所处理图像的左上角在摄像机输入的原始图像中的坐标。
x必须为2的整数倍。 x必须为2的整数倍。
(x,y)坐标的参数范围和摄像机的型号有关，如果指定的值和摄像机的输入不匹配， (x,y)坐标的参数范围和摄像机的型号有关，如果指定的值和摄像机的输入不匹配，
可能会导致图像静止或水平、垂直方向滚动。 可能会导致图像静止或水平、垂直方向滚动。
*/ */
DLLEXPORT_API int __stdcall SetInputVideoPosition(HANDLE hChannel,UINT x,UINT y); DLLEXPORT_API int __stdcall SetInputVideoPosition(HANDLE hChannel,UINT x,UINT y);
DLLEXPORT_API int __stdcall StopRegisterDrawFun(DWORD nport); DLLEXPORT_API int __stdcall StopRegisterDrawFun(DWORD nport);
@@ -236,19 +236,19 @@ DLLEXPORT_API int __stdcall StopRegisterDrawFun(DWORD nport);
/* /*
3.0 3.0
*/ */
#define SERIAL_NUMBER_LENGTH 12 //板卡序列号长度 #define SERIAL_NUMBER_LENGTH 12 //板卡序列号长度
typedef struct tagDS_BOARD_DETAIL typedef struct tagDS_BOARD_DETAIL
{ {
BOARD_TYPE_DS type; //板卡类型 BOARD_TYPE_DS type; //板卡类型
BYTE sn[16]; //序列号 BYTE sn[16]; //序列号
UINT dspCount; //板卡包含的DSP个数 UINT dspCount; //板卡包含的DSP个数
UINT firstDspIndex; //板卡上第一个DSP的索引 UINT firstDspIndex; //板卡上第一个DSP的索引
UINT encodeChannelCount; //板卡包含的编码通道个数 UINT encodeChannelCount; //板卡包含的编码通道个数
UINT firstEncodeChannelIndex; //板卡上第一个编码通道的索引 UINT firstEncodeChannelIndex; //板卡上第一个编码通道的索引
UINT decodeChannelCount; //板卡包含的解码通道个数 UINT decodeChannelCount; //板卡包含的解码通道个数
UINT firstDecodeChannelIndex; //板卡上第一个解码通道的索引 UINT firstDecodeChannelIndex; //板卡上第一个解码通道的索引
UINT displayChannelCount; //板卡包含的视频输出通道个数 UINT displayChannelCount; //板卡包含的视频输出通道个数
UINT firstDisplayChannelIndex; //板卡上第一个视频输出通道的索引 UINT firstDisplayChannelIndex; //板卡上第一个视频输出通道的索引
UINT reserved1; UINT reserved1;
UINT reserved2; UINT reserved2;
UINT reserved3; UINT reserved3;
@@ -256,12 +256,12 @@ typedef struct tagDS_BOARD_DETAIL
}DS_BOARD_DETAIL; }DS_BOARD_DETAIL;
typedef struct tagDSP_DETAIL typedef struct tagDSP_DETAIL
{ {
UINT encodeChannelCount; //板卡包含的编码通道个数 UINT encodeChannelCount; //板卡包含的编码通道个数
UINT firstEncodeChannelIndex; //板卡上第一个编码通道的索引 UINT firstEncodeChannelIndex; //板卡上第一个编码通道的索引
UINT decodeChannelCount; //板卡包含的解码通道个数 UINT decodeChannelCount; //板卡包含的解码通道个数
UINT firstDecodeChannelIndex; //板卡上第一个解码通道的索引 UINT firstDecodeChannelIndex; //板卡上第一个解码通道的索引
UINT displayChannelCount; //板卡包含的视频输出通道个数 UINT displayChannelCount; //板卡包含的视频输出通道个数
UINT firstDisplayChannelIndex; //板卡上第一个视频输出通道的索引 UINT firstDisplayChannelIndex; //板卡上第一个视频输出通道的索引
UINT reserved1; UINT reserved1;
UINT reserved2; UINT reserved2;
UINT reserved3; UINT reserved3;
@@ -424,7 +424,7 @@ DLLEXPORT_API int __stdcall RegisterDecoderVideoCaptureCallback(DECODER_VIDEO_CA
DLLEXPORT_API int __stdcall HW_SetDecoderVideoCapture(HANDLE hChannel,BOOL bStart,UINT param); DLLEXPORT_API int __stdcall HW_SetDecoderVideoCapture(HANDLE hChannel,BOOL bStart,UINT param);
DLLEXPORT_API int __stdcall HW_InputDataByFrame(HANDLE hChannel,PBYTE pBuf,DWORD nSize); DLLEXPORT_API int __stdcall HW_InputDataByFrame(HANDLE hChannel,PBYTE pBuf,DWORD nSize);
/* /*
人脸抓拍接口:仅供测试、评估，以后可能会做修改。 人脸抓拍接口:仅供测试、评估，以后可能会做修改。
*/ */
typedef struct typedef struct
{ {

52610
library/amd64_linux/include/HCNetSDK.h Normal file
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File diff suppressed because it is too large Load Diff

396
include/plaympeg4.h → library/amd64_linux/include/plaympeg4.h
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@@ -64,24 +64,24 @@
#define PLAYM4_NEED_LARGER_BUFFER 34 //add by pzj 20130528 #define PLAYM4_NEED_LARGER_BUFFER 34 //add by pzj 20130528
#define PLAYM4_FAIL_UNKNOWN 99 //Fail, but the reason is unknown; #define PLAYM4_FAIL_UNKNOWN 99 //Fail, but the reason is unknown;
//鱼眼功能错误码 //鱼眼功能错误码
#define PLAYM4_FEC_ERR_ENABLEFAIL 100 // 鱼眼模块加载失败 #define PLAYM4_FEC_ERR_ENABLEFAIL 100 // 鱼眼模块加载失败
#define PLAYM4_FEC_ERR_NOTENABLE 101 // 鱼眼模块没有加载 #define PLAYM4_FEC_ERR_NOTENABLE 101 // 鱼眼模块没有加载
#define PLAYM4_FEC_ERR_NOSUBPORT 102 // 子端口没有分配 #define PLAYM4_FEC_ERR_NOSUBPORT 102 // 子端口没有分配
#define PLAYM4_FEC_ERR_PARAMNOTINIT 103 // 没有初始化对应端口的参数 #define PLAYM4_FEC_ERR_PARAMNOTINIT 103 // 没有初始化对应端口的参数
#define PLAYM4_FEC_ERR_SUBPORTOVER 104 // 子端口已经用完 #define PLAYM4_FEC_ERR_SUBPORTOVER 104 // 子端口已经用完
#define PLAYM4_FEC_ERR_EFFECTNOTSUPPORT 105 // 该安装方式下这种效果不支持 #define PLAYM4_FEC_ERR_EFFECTNOTSUPPORT 105 // 该安装方式下这种效果不支持
#define PLAYM4_FEC_ERR_INVALIDWND 106 // 非法的窗口 #define PLAYM4_FEC_ERR_INVALIDWND 106 // 非法的窗口
#define PLAYM4_FEC_ERR_PTZOVERFLOW 107 // PTZ位置越界 #define PLAYM4_FEC_ERR_PTZOVERFLOW 107 // PTZ位置越界
#define PLAYM4_FEC_ERR_RADIUSINVALID 108 // 圆心参数非法 #define PLAYM4_FEC_ERR_RADIUSINVALID 108 // 圆心参数非法
#define PLAYM4_FEC_ERR_UPDATENOTSUPPORT 109 // 指定的安装方式和矫正效果，该参数更新不支持 #define PLAYM4_FEC_ERR_UPDATENOTSUPPORT 109 // 指定的安装方式和矫正效果，该参数更新不支持
#define PLAYM4_FEC_ERR_NOPLAYPORT 110 // 播放库端口没有启用 #define PLAYM4_FEC_ERR_NOPLAYPORT 110 // 播放库端口没有启用
#define PLAYM4_FEC_ERR_PARAMVALID 111 // 参数为空 #define PLAYM4_FEC_ERR_PARAMVALID 111 // 参数为空
#define PLAYM4_FEC_ERR_INVALIDPORT 112 // 非法子端口 #define PLAYM4_FEC_ERR_INVALIDPORT 112 // 非法子端口
#define PLAYM4_FEC_ERR_PTZZOOMOVER 113 // PTZ矫正范围越界 #define PLAYM4_FEC_ERR_PTZZOOMOVER 113 // PTZ矫正范围越界
#define PLAYM4_FEC_ERR_OVERMAXPORT 114 // 矫正通道饱和，最大支持的矫正通道为四个 #define PLAYM4_FEC_ERR_OVERMAXPORT 114 // 矫正通道饱和，最大支持的矫正通道为四个
#define PLAYM4_FEC_ERR_ENABLED 115 //该端口已经启用了鱼眼模块 #define PLAYM4_FEC_ERR_ENABLED 115 //该端口已经启用了鱼眼模块
#define PLAYM4_FEC_ERR_D3DACCENOTENABLE 116 // D3D加速没有开启 #define PLAYM4_FEC_ERR_D3DACCENOTENABLE 116 // D3D加速没有开启
//Max display regions. //Max display regions.
@@ -126,31 +126,31 @@
#define SUPPORT_SSE 128 #define SUPPORT_SSE 128
#define SUPPORT_MMX 256 #define SUPPORT_MMX 256
// 以下宏定义用于HIK_MEDIAINFO结构 // 以下宏定义用于HIK_MEDIAINFO结构
#define FOURCC_HKMI 0x484B4D49 // "HKMI" HIK_MEDIAINFO结构标记 #define FOURCC_HKMI 0x484B4D49 // "HKMI" HIK_MEDIAINFO结构标记
// 系统封装格式 // 系统封装格式
#define SYSTEM_NULL 0x0 // 没有系统层，纯音频流或视频流 #define SYSTEM_NULL 0x0 // 没有系统层，纯音频流或视频流
#define SYSTEM_HIK 0x1 // 海康文件层 #define SYSTEM_HIK 0x1 // 海康文件层
#define SYSTEM_MPEG2_PS 0x2 // PS封装 #define SYSTEM_MPEG2_PS 0x2 // PS封装
#define SYSTEM_MPEG2_TS 0x3 // TS封装 #define SYSTEM_MPEG2_TS 0x3 // TS封装
#define SYSTEM_RTP 0x4 // rtp封装 #define SYSTEM_RTP 0x4 // rtp封装
#define SYSTEM_RTPHIK 0x401 // rtp封装 #define SYSTEM_RTPHIK 0x401 // rtp封装
// 视频编码类型 // 视频编码类型
#define VIDEO_NULL 0x0 // 没有视频 #define VIDEO_NULL 0x0 // 没有视频
#define VIDEO_H264 0x1 // 海康H.264 #define VIDEO_H264 0x1 // 海康H.264
#define VIDEO_MPEG4 0x3 // 标准MPEG4 #define VIDEO_MPEG4 0x3 // 标准MPEG4
#define VIDEO_MJPEG 0x4 #define VIDEO_MJPEG 0x4
#define VIDEO_AVC264 0x0100 #define VIDEO_AVC264 0x0100
// 音频编码类型 // 音频编码类型
#define AUDIO_NULL 0x0000 // 没有音频 #define AUDIO_NULL 0x0000 // 没有音频
#define AUDIO_ADPCM 0x1000 // ADPCM #define AUDIO_ADPCM 0x1000 // ADPCM
#define AUDIO_MPEG 0x2000 // MPEG 系列音频，解码器能自适应各种MPEG音频 #define AUDIO_MPEG 0x2000 // MPEG 系列音频，解码器能自适应各种MPEG音频
#define AUDIO_AAC 0X2001 // AAC 编码 #define AUDIO_AAC 0X2001 // AAC 编码
// G系列音频 // G系列音频
#define AUDIO_RAW_DATA8 0x7000 //采样率为8k的原始数据 #define AUDIO_RAW_DATA8 0x7000 //采样率为8k的原始数据
#define AUDIO_RAW_UDATA16 0x7001 //采样率为16k的原始数据，即L16 #define AUDIO_RAW_UDATA16 0x7001 //采样率为16k的原始数据，即L16
#define AUDIO_G711_U 0x7110 #define AUDIO_G711_U 0x7110
#define AUDIO_G711_A 0x7111 #define AUDIO_G711_A 0x7111
#define AUDIO_G722_1 0x7221 #define AUDIO_G722_1 0x7221
@@ -161,15 +161,15 @@
#define AUDIO_G729 0x7290 #define AUDIO_G729 0x7290
#define AUDIO_AMR_NB 0x3000 #define AUDIO_AMR_NB 0x3000
#define SYNCDATA_VEH 1 //同步数据:车载信息 #define SYNCDATA_VEH 1 //同步数据:车载信息
#define SYNCDATA_IVS 2 //同步数据:智能信息 #define SYNCDATA_IVS 2 //同步数据:智能信息
//motion flow type //motion flow type
#define MOTION_FLOW_NONE 0 #define MOTION_FLOW_NONE 0
#define MOTION_FLOW_CPU 1 #define MOTION_FLOW_CPU 1
#define MOTION_FLOW_GPU 2 #define MOTION_FLOW_GPU 2
//音视频加密类型 //音视频加密类型
#define ENCRYPT_AES_3R_VIDEO 1 #define ENCRYPT_AES_3R_VIDEO 1
#define ENCRYPT_AES_10R_VIDEO 2 #define ENCRYPT_AES_10R_VIDEO 2
#define ENCRYPT_AES_3R_AUDIO 1 #define ENCRYPT_AES_3R_AUDIO 1
@@ -198,19 +198,19 @@ typedef struct{
typedef struct typedef struct
{ {
long nPort; //通道号 long nPort; //通道号
char *pBuf; //返回的第一路图像数据指针 char *pBuf; //返回的第一路图像数据指针
unsigned int nBufLen; //返回的第一路图像数据大小 unsigned int nBufLen; //返回的第一路图像数据大小
char *pBuf1; //返回的第二路图像数据指针 char *pBuf1; //返回的第二路图像数据指针
unsigned int nBufLen1; //返回的第二路图像数据大小 unsigned int nBufLen1; //返回的第二路图像数据大小
char *pBuf2; //返回的第三路图像数据指针 char *pBuf2; //返回的第三路图像数据指针
unsigned int nBufLen2; //返回的第三路图像数据大小 unsigned int nBufLen2; //返回的第三路图像数据大小
unsigned int nWidth; //画面宽 unsigned int nWidth; //画面宽
unsigned int nHeight; //画面高 unsigned int nHeight; //画面高
unsigned int nStamp; //时标信息，单位毫秒 unsigned int nStamp; //时标信息，单位毫秒
unsigned int nType; //数据类型 unsigned int nType; //数据类型
void *pUser; //用户数据 void *pUser; //用户数据
unsigned int reserved[4]; //保留 unsigned int reserved[4]; //保留
}DISPLAY_INFO_YUV; }DISPLAY_INFO_YUV;
//Frame //Frame
@@ -233,9 +233,9 @@ typedef struct{
typedef struct SYNCDATA_INFO typedef struct SYNCDATA_INFO
{ {
DWORD dwDataType; //和码流数据同步的附属信息类型，目前有：智能信息，车载信息 DWORD dwDataType; //和码流数据同步的附属信息类型，目前有：智能信息，车载信息
DWORD dwDataLen; //附属信息数据长度 DWORD dwDataLen; //附属信息数据长度
BYTE* pData; //指向附属信息数据结构的指针,比如IVS_INFO结构 BYTE* pData; //指向附属信息数据结构的指针,比如IVS_INFO结构
} SYNCDATA_INFO; } SYNCDATA_INFO;
#ifndef _HIK_MEDIAINFO_FLAG_ #ifndef _HIK_MEDIAINFO_FLAG_
@@ -243,19 +243,19 @@ typedef struct SYNCDATA_INFO
typedef struct _HIK_MEDIAINFO_ // modified by gb 080425 typedef struct _HIK_MEDIAINFO_ // modified by gb 080425
{ {
unsigned int media_fourcc; // "HKMI": 0x484B4D49 Hikvision Media Information unsigned int media_fourcc; // "HKMI": 0x484B4D49 Hikvision Media Information
unsigned short media_version; // 版本号：指本信息结构版本号，目前为0x0101,即1.01版本，01：主版本号；01：子版本号。 unsigned short media_version; // 版本号：指本信息结构版本号，目前为0x0101,即1.01版本，01：主版本号；01：子版本号。
unsigned short device_id; // 设备ID，便于跟随/分析 unsigned short device_id; // 设备ID，便于跟随/分析
unsigned short system_format; // 系统封装层 unsigned short system_format; // 系统封装层
unsigned short video_format; // 视频编码类型 unsigned short video_format; // 视频编码类型
unsigned short audio_format; // 音频编码类型 unsigned short audio_format; // 音频编码类型
unsigned char audio_channels; // 通道数 unsigned char audio_channels; // 通道数
unsigned char audio_bits_per_sample; // 样位率 unsigned char audio_bits_per_sample; // 样位率
unsigned int audio_samplesrate; // 采样率 unsigned int audio_samplesrate; // 采样率
unsigned int audio_bitrate; // 压缩音频码率,单位：bit unsigned int audio_bitrate; // 压缩音频码率,单位：bit
unsigned int reserved[4]; // 保留 unsigned int reserved[4]; // 保留
}HIK_MEDIAINFO; }HIK_MEDIAINFO;
#endif #endif
@@ -285,22 +285,22 @@ typedef struct
long nUser; long nUser;
}DISPLAY_INFOEX; }DISPLAY_INFOEX;
typedef struct PLAYM4_SYSTEM_TIME //绝对时间 typedef struct PLAYM4_SYSTEM_TIME //绝对时间
{ {
DWORD dwYear; //年 DWORD dwYear; //年
DWORD dwMon; //月 DWORD dwMon; //月
DWORD dwDay; //日 DWORD dwDay; //日
DWORD dwHour; //时 DWORD dwHour; //时
DWORD dwMin; //分 DWORD dwMin; //分
DWORD dwSec; //秒 DWORD dwSec; //秒
DWORD dwMs; //毫秒 DWORD dwMs; //毫秒
} PLAYM4_SYSTEM_TIME; } PLAYM4_SYSTEM_TIME;
//ENCRYPT Info //ENCRYPT Info
typedef struct{ typedef struct{
long nVideoEncryptType; //视频加密类型 long nVideoEncryptType; //视频加密类型
long nAudioEncryptType; //音频加密类型 long nAudioEncryptType; //音频加密类型
long nSetSecretKey; //是否设置，1表示设置密钥，0表示没有设置密钥 long nSetSecretKey; //是否设置，1表示设置密钥，0表示没有设置密钥
}ENCRYPT_INFO; }ENCRYPT_INFO;
////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////
@@ -478,88 +478,88 @@ PLAYM4_API BOOL __stdcall PlayM4_GetSystemTime(LONG nPort, PLAYM4_SYSTEM_TIME *p
//nSessionInfoType //nSessionInfoType
#define PLAYM4_SESSION_INFO_SDP 1 #define PLAYM4_SESSION_INFO_SDP 1
typedef struct _PLAYM4_SESSION_INFO_ //交互信息结构 typedef struct _PLAYM4_SESSION_INFO_ //交互信息结构
{ {
int nSessionInfoType; //交互信息类型，比如SDP，比如海康私有信息头 int nSessionInfoType; //交互信息类型，比如SDP，比如海康私有信息头
int nSessionInfoLen; //交互信息长度 int nSessionInfoLen; //交互信息长度
unsigned char* pSessionInfoData; //交互信息数据 unsigned char* pSessionInfoData; //交互信息数据
} PLAYM4_SESSION_INFO; } PLAYM4_SESSION_INFO;
#endif #endif
PLAYM4_API BOOL __stdcall PlayM4_OpenStreamAdvanced(LONG nPort, int nProtocolType, PLAYM4_SESSION_INFO* pstSessionInfo, DWORD nBufPoolSize); PLAYM4_API BOOL __stdcall PlayM4_OpenStreamAdvanced(LONG nPort, int nProtocolType, PLAYM4_SESSION_INFO* pstSessionInfo, DWORD nBufPoolSize);
#define R_ANGLE_0 -1 //不旋转 #define R_ANGLE_0 -1 //不旋转
#define R_ANGLE_L90 0 //向左旋转90度 #define R_ANGLE_L90 0 //向左旋转90度
#define R_ANGLE_R90 1 //向右旋转90度 #define R_ANGLE_R90 1 //向右旋转90度
#define R_ANGLE_180 2 //旋转180度 #define R_ANGLE_180 2 //旋转180度
PLAYM4_API BOOL __stdcall PlayM4_SetRotateAngle(LONG nPort, DWORD nRegionNum, DWORD dwType); PLAYM4_API BOOL __stdcall PlayM4_SetRotateAngle(LONG nPort, DWORD nRegionNum, DWORD dwType);
#ifndef PLAYM4_ADDITION_INFO_TAG #ifndef PLAYM4_ADDITION_INFO_TAG
#define PLAYM4_ADDITION_INFO_TAG #define PLAYM4_ADDITION_INFO_TAG
typedef struct _PLAYM4_ADDITION_INFO_ //交互信息结构 typedef struct _PLAYM4_ADDITION_INFO_ //交互信息结构
{ {
BYTE* pData; //附件数据 BYTE* pData; //附件数据
DWORD dwDatalen; //附件数据长度 DWORD dwDatalen; //附件数据长度
DWORD dwDataType; //数据类型 DWORD dwDataType; //数据类型
DWORD dwTimeStamp; //相对时间戳 DWORD dwTimeStamp; //相对时间戳
} PLAYM4_ADDITION_INFO; } PLAYM4_ADDITION_INFO;
#endif #endif
//dwGroupIndex 暂约定取值0~3，第一版本取消同步只能同个closestream处理 //dwGroupIndex 暂约定取值0~3，第一版本取消同步只能同个closestream处理
PLAYM4_API BOOL __stdcall PlayM4_SetSycGroup(LONG nPort, DWORD dwGroupIndex); PLAYM4_API BOOL __stdcall PlayM4_SetSycGroup(LONG nPort, DWORD dwGroupIndex);
//暂不实现此函数，同个组设置的起始时间不一致，以最小的时间作为播放起点，同一组可只设一路 //暂不实现此函数，同个组设置的起始时间不一致，以最小的时间作为播放起点，同一组可只设一路
PLAYM4_API BOOL __stdcall PlayM4_SetSycStartTime(LONG nPort, PLAYM4_SYSTEM_TIME *pstSystemTime); PLAYM4_API BOOL __stdcall PlayM4_SetSycStartTime(LONG nPort, PLAYM4_SYSTEM_TIME *pstSystemTime);
// 以下实现鱼眼相关的接口 // 以下实现鱼眼相关的接口
#ifndef FISH_EYE_TAG #ifndef FISH_EYE_TAG
#define FISH_EYE_TAG #define FISH_EYE_TAG
// 安装类型 // 安装类型
typedef enum tagFECPlaceType typedef enum tagFECPlaceType
{ {
FEC_PLACE_WALL = 0x1, // 壁装方式 (法线水平) FEC_PLACE_WALL = 0x1, // 壁装方式 (法线水平)
FEC_PLACE_FLOOR = 0x2, // 地面安装 (法线向上) FEC_PLACE_FLOOR = 0x2, // 地面安装 (法线向上)
FEC_PLACE_CEILING = 0x3, // 顶装方式 (法线向下) FEC_PLACE_CEILING = 0x3, // 顶装方式 (法线向下)
}FECPLACETYPE; }FECPLACETYPE;
typedef enum tagFECCorrectType typedef enum tagFECCorrectType
{ {
FEC_CORRECT_PTZ = 0x100, // PTZ FEC_CORRECT_PTZ = 0x100, // PTZ
FEC_CORRECT_180 = 0x200, // 180度矫正 （对应2P） FEC_CORRECT_180 = 0x200, // 180度矫正 （对应2P）
FEC_CORRECT_360 = 0x300, // 360全景矫正 （对应1P） FEC_CORRECT_360 = 0x300, // 360全景矫正 （对应1P）
FEC_CORRECT_LAT = 0x400 //纬度展开 FEC_CORRECT_LAT = 0x400 //纬度展开
}FECCORRECTTYPE; }FECCORRECTTYPE;
typedef struct tagCycleParam typedef struct tagCycleParam
{ {
float fRadiusLeft; // 圆的最左边X坐标 float fRadiusLeft; // 圆的最左边X坐标
float fRadiusRight; // 圆的最右边X坐标 float fRadiusRight; // 圆的最右边X坐标
float fRadiusTop; // 圆的最上边Y坐标 float fRadiusTop; // 圆的最上边Y坐标
float fRadiusBottom; // 圆的最下边Y坐标 float fRadiusBottom; // 圆的最下边Y坐标
}CYCLEPARAM; }CYCLEPARAM;
typedef struct tagPTZParam typedef struct tagPTZParam
{ {
float fPTZPositionX; // PTZ 显示的中心位置 X坐标 float fPTZPositionX; // PTZ 显示的中心位置 X坐标
float fPTZPositionY; // PTZ 显示的中心位置 Y坐标 float fPTZPositionY; // PTZ 显示的中心位置 Y坐标
}PTZPARAM; }PTZPARAM;
// 错误码 // 错误码
/********************************************* /*********************************************
********************************************/ ********************************************/
// 更新标记变量定义 // 更新标记变量定义
#define FEC_UPDATE_RADIUS 0x1 #define FEC_UPDATE_RADIUS 0x1
@@ -572,188 +572,188 @@ typedef struct tagFECParam
{ {
unsigned int nUpDateType; // 更新的类型 unsigned int nUpDateType; // 更新的类型
unsigned int nPlaceAndCorrect; // 安装方式和矫正方式，只能用于获取，SetParam的时候无效,该值表示安装方式和矫正方式的和 unsigned int nPlaceAndCorrect; // 安装方式和矫正方式，只能用于获取，SetParam的时候无效,该值表示安装方式和矫正方式的和
PTZPARAM stPTZParam; // PTZ 校正的参数 PTZPARAM stPTZParam; // PTZ 校正的参数
CYCLEPARAM stCycleParam; // 鱼眼图像圆心参数 CYCLEPARAM stCycleParam; // 鱼眼图像圆心参数
float fZoom; // PTZ 显示的范围参数 float fZoom; // PTZ 显示的范围参数
float fWideScanOffset; // 180或者360度校正的偏移角度 float fWideScanOffset; // 180或者360度校正的偏移角度
int nResver[16]; // 保留字段 int nResver[16]; // 保留字段
}FISHEYEPARAM; }FISHEYEPARAM;
typedef void (__stdcall * FISHEYE_CallBack )( void* pUser , unsigned int nSubPort , unsigned int nCBType , void * hDC , unsigned int nWidth , unsigned int nHeight); typedef void (__stdcall * FISHEYE_CallBack )( void* pUser , unsigned int nSubPort , unsigned int nCBType , void * hDC , unsigned int nWidth , unsigned int nHeight);
#endif #endif
// 启用鱼眼 // 启用鱼眼
PLAYM4_API BOOL __stdcall PlayM4_FEC_Enable(LONG nPort); PLAYM4_API BOOL __stdcall PlayM4_FEC_Enable(LONG nPort);
// 关闭鱼眼模块 // 关闭鱼眼模块
PLAYM4_API BOOL __stdcall PlayM4_FEC_Disable(LONG nPort); PLAYM4_API BOOL __stdcall PlayM4_FEC_Disable(LONG nPort);
// 获取鱼眼矫正处理子端口 [1~31] // 获取鱼眼矫正处理子端口 [1~31]
PLAYM4_API BOOL __stdcall PlayM4_FEC_GetPort(LONG nPort, unsigned int* nSubPort,FECPLACETYPE emPlaceType,FECCORRECTTYPE emCorrectType); PLAYM4_API BOOL __stdcall PlayM4_FEC_GetPort(LONG nPort, unsigned int* nSubPort,FECPLACETYPE emPlaceType,FECCORRECTTYPE emCorrectType);
// 删除鱼眼矫正处理子端口 // 删除鱼眼矫正处理子端口
PLAYM4_API BOOL __stdcall PlayM4_FEC_DelPort(LONG nPort , unsigned int nSubPort); PLAYM4_API BOOL __stdcall PlayM4_FEC_DelPort(LONG nPort , unsigned int nSubPort);
// 设置鱼眼矫正参数 // 设置鱼眼矫正参数
PLAYM4_API BOOL __stdcall PlayM4_FEC_SetParam(LONG nPort , unsigned int nSubPort , FISHEYEPARAM * pPara); PLAYM4_API BOOL __stdcall PlayM4_FEC_SetParam(LONG nPort , unsigned int nSubPort , FISHEYEPARAM * pPara);
// 获取鱼眼矫正参数 // 获取鱼眼矫正参数
PLAYM4_API BOOL __stdcall PlayM4_FEC_GetParam(LONG nPort , unsigned int nSubPort , FISHEYEPARAM * pPara); PLAYM4_API BOOL __stdcall PlayM4_FEC_GetParam(LONG nPort , unsigned int nSubPort , FISHEYEPARAM * pPara);
// 设置显示窗口，可以随时切换 // 设置显示窗口，可以随时切换
PLAYM4_API BOOL __stdcall PlayM4_FEC_SetWnd(LONG nPort , unsigned int nSubPort , void * hWnd); PLAYM4_API BOOL __stdcall PlayM4_FEC_SetWnd(LONG nPort , unsigned int nSubPort , void * hWnd);
// 设置鱼眼窗口的绘图回调 // 设置鱼眼窗口的绘图回调
PLAYM4_API BOOL __stdcall PlayM4_FEC_SetCallBack(LONG nPort , unsigned int nSubPort , FISHEYE_CallBack cbFunc , void * pUser); PLAYM4_API BOOL __stdcall PlayM4_FEC_SetCallBack(LONG nPort , unsigned int nSubPort , FISHEYE_CallBack cbFunc , void * pUser);
//motionflow //motionflow
PLAYM4_API BOOL __stdcall PlayM4_MotionFlow(LONG nPort, DWORD dwAdjustType); PLAYM4_API BOOL __stdcall PlayM4_MotionFlow(LONG nPort, DWORD dwAdjustType);
//图像增强相关 //图像增强相关
#ifndef PLAYM4_HIKVIE_TAG #ifndef PLAYM4_HIKVIE_TAG
#define PLAYM4_HIKVIE_TAG #define PLAYM4_HIKVIE_TAG
typedef struct _PLAYM4_VIE_DYNPARAM_ typedef struct _PLAYM4_VIE_DYNPARAM_
{ {
int moduFlag; //启用的算法处理模块，在PLAYM4_VIE_MODULES中定义 int moduFlag; //启用的算法处理模块，在PLAYM4_VIE_MODULES中定义
//如 PLAYM4_VIE_MODU_ADJ | PLAYM4_VIE_MODU_EHAN //如 PLAYM4_VIE_MODU_ADJ | PLAYM4_VIE_MODU_EHAN
//模块启用后，必须设置相应的参数； //模块启用后，必须设置相应的参数；
//PLAYM4_VIE_MODU_ADJ //PLAYM4_VIE_MODU_ADJ
int brightVal; //亮度调节值，[-255, 255] int brightVal; //亮度调节值，[-255, 255]
int contrastVal; //对比度调节值，[-256, 255] int contrastVal; //对比度调节值，[-256, 255]
int colorVal; //饱和度调节值，[-256, 255] int colorVal; //饱和度调节值，[-256, 255]
//PLAYM4_VIE_MODU_EHAN //PLAYM4_VIE_MODU_EHAN
int toneScale; //滤波范围，[0, 100] int toneScale; //滤波范围，[0, 100]
int toneGain; //对比度调节，全局对比度增益值，[-256, 255] int toneGain; //对比度调节，全局对比度增益值，[-256, 255]
int toneOffset; //亮度调节，亮度平均值偏移，[-255, 255] int toneOffset; //亮度调节，亮度平均值偏移，[-255, 255]
int toneColor; //颜色调节，颜色保真值，[-256, 255] int toneColor; //颜色调节，颜色保真值，[-256, 255]
//PLAYM4_VIE_MODU_DEHAZE //PLAYM4_VIE_MODU_DEHAZE
int dehazeLevel; //去雾强度，[0, 255] int dehazeLevel; //去雾强度，[0, 255]
int dehazeTrans; //透射值，[0, 255] int dehazeTrans; //透射值，[0, 255]
int dehazeBright; //亮度补偿，[0, 255] int dehazeBright; //亮度补偿，[0, 255]
//PLAYM4_VIE_MODU_DENOISE //PLAYM4_VIE_MODU_DENOISE
int denoiseLevel; //去噪强度，[0, 255] int denoiseLevel; //去噪强度，[0, 255]
//PLAYM4_VIE_MODU_SHARPEN //PLAYM4_VIE_MODU_SHARPEN
int usmAmount; //锐化强度，[0, 255] int usmAmount; //锐化强度，[0, 255]
int usmRadius; //锐化半径，[1, 15] int usmRadius; //锐化半径，[1, 15]
int usmThreshold; //锐化阈值，[0, 255] int usmThreshold; //锐化阈值，[0, 255]
//PLAYM4_VIE_MODU_DEBLOCK //PLAYM4_VIE_MODU_DEBLOCK
int deblockLevel; //去块强度，[0, 100] int deblockLevel; //去块强度，[0, 100]
//PLAYM4_VIE_MODU_LENS //PLAYM4_VIE_MODU_LENS
int lensWarp; //畸变量，[-256, 255] int lensWarp; //畸变量，[-256, 255]
int lensZoom; //缩放量，[-256, 255] int lensZoom; //缩放量，[-256, 255]
//PLAYM4_VIE_MODU_CRB //PLAYM4_VIE_MODU_CRB
//无响应参数 //无响应参数
} PLAYM4_VIE_PARACONFIG; } PLAYM4_VIE_PARACONFIG;
typedef enum _PLAYM4_VIE_MODULES typedef enum _PLAYM4_VIE_MODULES
{ {
PLAYM4_VIE_MODU_ADJ = 0x00000001, //图像基本调节 PLAYM4_VIE_MODU_ADJ = 0x00000001, //图像基本调节
PLAYM4_VIE_MODU_EHAN = 0x00000002, //局部增强模块 PLAYM4_VIE_MODU_EHAN = 0x00000002, //局部增强模块
PLAYM4_VIE_MODU_DEHAZE = 0x00000004, //去雾模块 PLAYM4_VIE_MODU_DEHAZE = 0x00000004, //去雾模块
PLAYM4_VIE_MODU_DENOISE = 0x00000008, //去噪模块 PLAYM4_VIE_MODU_DENOISE = 0x00000008, //去噪模块
PLAYM4_VIE_MODU_SHARPEN = 0x00000010, //锐化模块 PLAYM4_VIE_MODU_SHARPEN = 0x00000010, //锐化模块
PLAYM4_VIE_MODU_DEBLOCK = 0x00000020, //去块滤波模块 PLAYM4_VIE_MODU_DEBLOCK = 0x00000020, //去块滤波模块
PLAYM4_VIE_MODU_CRB = 0x00000040, //色彩平衡模块 PLAYM4_VIE_MODU_CRB = 0x00000040, //色彩平衡模块
PLAYM4_VIE_MODU_LENS = 0x00000080, //镜头畸变矫正模块 PLAYM4_VIE_MODU_LENS = 0x00000080, //镜头畸变矫正模块
}PLAYM4_VIE_MODULES; }PLAYM4_VIE_MODULES;
#endif #endif
//设置关闭/开启模块 //设置关闭/开启模块
//dwModuFlag对应PLAYM4_VIE_MODULES宏,可组合 //dwModuFlag对应PLAYM4_VIE_MODULES宏,可组合
//先设置模块开启，再设置模块参数；期间采用默认的参数; //先设置模块开启，再设置模块参数；期间采用默认的参数;
//关闭模块后，上次设置的参数清空 //关闭模块后，上次设置的参数清空
//其他接口调用，必须在该接口开启模块后；否则，返回错误 //其他接口调用，必须在该接口开启模块后；否则，返回错误
PLAYM4_API BOOL __stdcall PlayM4_VIE_SetModuConfig(LONG lPort,int nModuFlag,BOOL bEnable); PLAYM4_API BOOL __stdcall PlayM4_VIE_SetModuConfig(LONG lPort,int nModuFlag,BOOL bEnable);
//设置图像增强区域，NULL全图；超过全图，采用全图；最小区域16*16像素 //设置图像增强区域，NULL全图；超过全图，采用全图；最小区域16*16像素
//可支持设置区域，最多比较说4个，第一个版本可以只支持一个。多个区域要求不能重叠，有重叠就报错 //可支持设置区域，最多比较说4个，第一个版本可以只支持一个。多个区域要求不能重叠，有重叠就报错
PLAYM4_API BOOL __stdcall PlayM4_VIE_SetRegion(LONG lPort,LONG lRegNum,RECT* pRect); PLAYM4_API BOOL __stdcall PlayM4_VIE_SetRegion(LONG lPort,LONG lRegNum,RECT* pRect);
//获取开启模块 //获取开启模块
PLAYM4_API BOOL __stdcall PlayM4_VIE_GetModuConfig(LONG lPort,int* pdwModuFlag); PLAYM4_API BOOL __stdcall PlayM4_VIE_GetModuConfig(LONG lPort,int* pdwModuFlag);
//设置参数 //设置参数
//未开启模块的参数设置被忽略 //未开启模块的参数设置被忽略
PLAYM4_API BOOL __stdcall PlayM4_VIE_SetParaConfig(LONG lPort,PLAYM4_VIE_PARACONFIG* pParaConfig); PLAYM4_API BOOL __stdcall PlayM4_VIE_SetParaConfig(LONG lPort,PLAYM4_VIE_PARACONFIG* pParaConfig);
//获取开启模块的参数 //获取开启模块的参数
PLAYM4_API BOOL __stdcall PlayM4_VIE_GetParaConfig(LONG lPort,PLAYM4_VIE_PARACONFIG* pParaConfig); PLAYM4_API BOOL __stdcall PlayM4_VIE_GetParaConfig(LONG lPort,PLAYM4_VIE_PARACONFIG* pParaConfig);
//音视频同步接口 //音视频同步接口
PLAYM4_API BOOL __stdcall PlayM4_SyncToAudio(LONG nPort, BOOL bSyncToAudio); PLAYM4_API BOOL __stdcall PlayM4_SyncToAudio(LONG nPort, BOOL bSyncToAudio);
// 私有信息模块类型 // 私有信息模块类型
typedef enum _PLAYM4_PRIDATA_RENDER typedef enum _PLAYM4_PRIDATA_RENDER
{ {
PLAYM4_RENDER_ANA_INTEL_DATA = 0x00000001, //智能分析 PLAYM4_RENDER_ANA_INTEL_DATA = 0x00000001, //智能分析
PLAYM4_RENDER_MD = 0x00000002, //移动侦测 PLAYM4_RENDER_MD = 0x00000002, //移动侦测
PLAYM4_RENDER_ADD_POS = 0x00000004, //POS信息后叠加 PLAYM4_RENDER_ADD_POS = 0x00000004, //POS信息后叠加
PLAYM4_RENDER_ADD_PIC = 0x00000008, //图片叠加 PLAYM4_RENDER_ADD_PIC = 0x00000008, //图片叠加
PLAYM4_RENDER_FIRE_DETCET = 0x00000010, //热成像信息 PLAYM4_RENDER_FIRE_DETCET = 0x00000010, //热成像信息
PLAYM4_RENDER_TEM = 0x00000020, //温度信息 PLAYM4_RENDER_TEM = 0x00000020, //温度信息
PLAYM4_RENDER_TRACK_TEM = 0x00000040, //轨迹信息 PLAYM4_RENDER_TRACK_TEM = 0x00000040, //轨迹信息
PLAYM4_RENDER_THERMAL = 0x00000080 //废气检测和烟火屏蔽信息 PLAYM4_RENDER_THERMAL = 0x00000080 //废气检测和烟火屏蔽信息
}PLAYM4_PRIDATA_RENDER; }PLAYM4_PRIDATA_RENDER;
typedef enum _PLAYM4_THERMAL_FLAG typedef enum _PLAYM4_THERMAL_FLAG
{ {
PLAYM4_THERMAL_FIREMASK = 0x00000001, //烟火屏蔽 PLAYM4_THERMAL_FIREMASK = 0x00000001, //烟火屏蔽
PLAYM4_THERMAL_RULEGAS = 0x00000002, //规则废气检测 PLAYM4_THERMAL_RULEGAS = 0x00000002, //规则废气检测
PLAYM4_THERMAL_TARGETGAS = 0x00000004 //目标废气检测 PLAYM4_THERMAL_TARGETGAS = 0x00000004 //目标废气检测
}PLAYM4_THERMAL_FLAG; }PLAYM4_THERMAL_FLAG;
typedef enum _PLAYM4_FIRE_ALARM{ typedef enum _PLAYM4_FIRE_ALARM{
PLAYM4_FIRE_FRAME_DIS = 0x00000001, //火点框显示 PLAYM4_FIRE_FRAME_DIS = 0x00000001, //火点框显示
PLAYM4_FIRE_MAX_TEMP = 0x00000002, //最高温度 PLAYM4_FIRE_MAX_TEMP = 0x00000002, //最高温度
PLAYM4_FIRE_MAX_TEMP_POSITION = 0x00000004, //最高温度位置显示 PLAYM4_FIRE_MAX_TEMP_POSITION = 0x00000004, //最高温度位置显示
PLAYM4_FIRE_DISTANCE = 0x00000008, //最高温度距离}PLAYM4_FIRE_ALARM PLAYM4_FIRE_DISTANCE = 0x00000008, //最高温度距离}PLAYM4_FIRE_ALARM
}PLAYM4_FIRE_ALARM; }PLAYM4_FIRE_ALARM;
typedef enum _PLAYM4_TEM_FLAG{ typedef enum _PLAYM4_TEM_FLAG{
PLAYM4_TEM_REGION_BOX = 0x00000001, //框测温 PLAYM4_TEM_REGION_BOX = 0x00000001, //框测温
PLAYM4_TEM_REGION_LINE = 0x00000002, //线测温 PLAYM4_TEM_REGION_LINE = 0x00000002, //线测温
PLAYM4_TEM_REGION_POINT = 0x00000004, //点测温}PLAYM4_TEM_FLAG PLAYM4_TEM_REGION_POINT = 0x00000004, //点测温}PLAYM4_TEM_FLAG
}PLAYM4_TEM_FLAG; }PLAYM4_TEM_FLAG;
typedef enum _PLAYM4_TRACK_FLAG typedef enum _PLAYM4_TRACK_FLAG
{ {
PLAYM4_TRACK_PEOPLE = 0x00000001, //人轨迹 PLAYM4_TRACK_PEOPLE = 0x00000001, //人轨迹
PLAYM4_TRACK_VEHICLE = 0x00000002, //车轨迹 PLAYM4_TRACK_VEHICLE = 0x00000002, //车轨迹
}PLAYM4_TRACK_FLAG; }PLAYM4_TRACK_FLAG;
typedef struct TI_PTZ_INFO_ typedef struct TI_PTZ_INFO_
{ {
unsigned short dwDefVer; //结构体版本 unsigned short dwDefVer; //结构体版本
unsigned short dwLength; //PTZ_info长度，以8字节为单位 unsigned short dwLength; //PTZ_info长度，以8字节为单位
DWORD dwP; //P（0~3600） DWORD dwP; //P（0~3600）
DWORD dwT; //T（0~3600） DWORD dwT; //T（0~3600）
DWORD dwZ; //Z（0~3600） DWORD dwZ; //Z（0~3600）
BYTE chFSMState; //跟随状态 BYTE chFSMState; //跟随状态
BYTE bClearFocusState; //聚焦清晰状态（0,1） BYTE bClearFocusState; //聚焦清晰状态（0,1）
BYTE reserved[6]; //6个字节保留 BYTE reserved[6]; //6个字节保留
}PTZ_INFO; }PTZ_INFO;
// 智能信息开关 // 智能信息开关
PLAYM4_API BOOL __stdcall PlayM4_RenderPrivateData(LONG nPort, int nIntelType, BOOL bTrue); PLAYM4_API BOOL __stdcall PlayM4_RenderPrivateData(LONG nPort, int nIntelType, BOOL bTrue);
PLAYM4_API BOOL __stdcall PlayM4_RenderPrivateDataEx(LONG nPort, int nIntelType, int nSubType, BOOL bTrue); PLAYM4_API BOOL __stdcall PlayM4_RenderPrivateDataEx(LONG nPort, int nIntelType, int nSubType, BOOL bTrue);
// 加密码流回调,nType=0表示码流加密标记位发生变化就回调，nType=1表示码流有加密位发生回调 // 加密码流回调,nType=0表示码流加密标记位发生变化就回调，nType=1表示码流有加密位发生回调
PLAYM4_API BOOL __stdcall PlayM4_SetEncryptTypeCallBack(LONG nPort, DWORD nType, PLAYM4_API BOOL __stdcall PlayM4_SetEncryptTypeCallBack(LONG nPort, DWORD nType,
void (CALLBACK* EncryptTypeCBFun)(long nPort, ENCRYPT_INFO* pEncryptInfo, long nUser, long nReserved2), long nUser); void (CALLBACK* EncryptTypeCBFun)(long nPort, ENCRYPT_INFO* pEncryptInfo, long nUser, long nReserved2), long nUser);
//lType: 1 表示获取当前显示帧PTZ信息。以特定结构体形式存储在pInfo内，plLen返回长度信息 //lType: 1 表示获取当前显示帧PTZ信息。以特定结构体形式存储在pInfo内，plLen返回长度信息
PLAYM4_API BOOL __stdcall PlayM4_GetStreamAdditionalInfo(LONG nPort, LONG lType, BYTE* pInfo, LONG* plLen); PLAYM4_API BOOL __stdcall PlayM4_GetStreamAdditionalInfo(LONG nPort, LONG lType, BYTE* pInfo, LONG* plLen);

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<?xml version="1.0" encoding="GB2312"?>
<SdkLocal>
<SdkLog>
<logLevel>3</logLevel><!--req, 1-ERROR, 2-DEBUG, 3-INFO-->
<logDirectory>./SDKLOG/</logDirectory><!--the end of the string must be '/'-->
<autoDelete>true</autoDelete><!--true: There are less than 10 files in the directory, it will be auto deleted by sdk when the files are more than 10; false: No upper limit to the number of log files-->
</SdkLog>
<HeartbeatCfg>
<Interval>120</Interval> <!-- <20><><EFBFBD><EFBFBD>ʱ<EFBFBD><CAB1><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>λ<EFBFBD>룬<EFBFBD><EBA3AC><EFBFBD><EFBFBD>0<EFBFBD><30>ʹ<EFBFBD><CAB9>Ĭ<EFBFBD><C4AC>ֵ120s<30><73>ȡֵ<C8A1><D6B5>ΧΪ[30, 120] С<><D0A1>30s<30><73><EFBFBD><EFBFBD><EFBFBD><EFBFBD>Ϊ30s<30><73><EFBFBD><EFBFBD><EFBFBD><EFBFBD>120s<30><73><EFBFBD><EFBFBD><EFBFBD><EFBFBD>Ϊ120s-->
<Count>1</Count> <!-- <20><><EFBFBD><EFBFBD><EFBFBD>쳣<EFBFBD>ص<EFBFBD><D8B5><EFBFBD>Ҫ<EFBFBD><D2AA><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>쳣<EFBFBD>Ĵ<EFBFBD><C4B4><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>0<EFBFBD><30>ʹ<EFBFBD><CAB9>Ĭ<EFBFBD><C4AC>ֵ1<D6B5><31>-->
</HeartbeatCfg>
</SdkLocal>

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#ifndef DATA_TYPE_H
#define DATA_TYPE_H
#define FRAME_HEAD_MAGIC 0x03211546
#define SYSTEM_SYNC_ID 2
#ifdef __LINUX__
typedef unsigned char UCHAR;
typedef unsigned char* PBYTE;
typedef char* LPTSTR;
typedef unsigned short USHORT;
typedef int HANDLE;
typedef unsigned long ULONG;
typedef unsigned long DWORD;
#endif //#ifdef __LINUX__
typedef struct tagFrameInfo{
ULONG SyncId; /* 00000000000000000000000000010b */
ULONG Magic;
USHORT FrameType; /* I frames , P frames or BBP frames Audio frames or dsp status etc */
ULONG Length; /*lenth include this header */
ULONG FrameNumber; /* serial number of this frame */
UCHAR Breakable; /* indicate if stream breakable, you could restart new file(with PktSysHeader) if true */
/*ULONG Ack;*/
ULONG PTS; /* system clock when this frames is processed */
}TMFRAME_HEADER, *PTMFRAME_HEADER;
typedef enum {
StandardNone = 0x80000000,
StandardNTSC = 0x00000001,
StandardPAL = 0x00000002,
StandardSECAM = 0x00000004,
} VideoStandard_t;
typedef enum {
PktError = 0,
PktIFrames = 0x0001,
PktPFrames = 0x0002,
PktBBPFrames = 0x0004,
PktAudioFrames = 0x0008,
PktMotionDetection = 0x00010,
PktDspStatus = 0x00020,
PktOrigImage = 0x00040,
PktSysHeader = 0x00080,
PktBPFrames = 0x00100,
PktSFrames = 0x00200,
PktSubIFrames = 0x00400,
PktSubPFrames = 0x00800,
PktSubBBPFrames = 0x01000,
PktSubSysHeader = 0x02000
}FrameType_t;
typedef struct tagVersion{
ULONG DspVersion, DspBuildNum;
ULONG DriverVersion, DriverBuildNum;
ULONG SDKVersion, SDKBuildNum;
}VERSION_INFO, *PVERSION_INFO;
typedef enum {
ENC_CIF_FORMAT = 0,
ENC_QCIF_FORMAT = 1,
ENC_2CIF_FORMAT = 2,
ENC_4CIF_FORMAT = 3,
ENC_QQCIF_FORMAT = 4,
ENC_CIFQCIF_FORMAT =5,
ENC_CIFQQCIF_FORMAT =6,
ENC_DCIF_FORMAT =7,
ENC_VGA_FORMAT=8
}PictureFormat_t;
typedef struct tagMotionData{
PictureFormat_t PicFormat;
ULONG HorizeBlocks;
ULONG VerticalBlocks;
ULONG BlockSize;
}MOTION_DATA_HEADER, *PMOTION_DATA_HEADER;
#define _OSD_BASE 0x9000 /*base address of special character*/
#define _OSD_YEAR4 (_OSD_BASE+0) /*show year time by length of 4 , for example: 2005*/
#define _OSD_YEAR2 (_OSD_BASE+1) /*show year time by length of 2, for example: 05 */
#define _OSD_MONTH3 (_OSD_BASE+2) /*show month time in English, for example: Jan*/
#define _OSD_MONTH2 (_OSD_BASE+3) /*show month time by two Arabic numerals, for example: 07*/
#define _OSD_DAY (_OSD_BASE+4) /*show day time by two Arabic numerals, for example: 31*/
#define _OSD_WEEK3 (_OSD_BASE+5) /*show week time in English: MON～SUN*/
#define _OSD_CWEEK1 (_OSD_BASE+6) /*show week time in Chinese GB code*/
#define _OSD_HOUR24 (_OSD_BASE+7) /*show 24 hours clock: 00～23 */
#define _OSD_HOUR12 (_OSD_BASE+8) /*show 12 hours clock: 00～12*/
#define _OSD_MINUTE (_OSD_BASE+9) /*show minute time by length of 2: 00～59*/
#define _OSD_SECOND (_OSD_BASE+10) /*show second time by length of 2: 00～59*/
#define _OSD_MILISECOND (_OSD_BASE+11) /*show millisecond time by length of 3: 000~999*/
#define _OSD_APM (_OSD_BASE+14) /*show a.m. or p.m. by length of 2 bit, AM or PM*/
//For new added APIs to set OSD: SetEncoderOsdDisplayMode, SetDecoderOsdDisplayMode and SetDisplayOsdDisplayMode in v6.0 SDK, we use new basic address of special character.
#define _OSD_BASE_EX 0x90000 /*base address of special character*/
#define _OSD_YEAR4_EX (_OSD_BASE_EX+0) /*the same as _OSD_YEAR4*/
#define _OSD_YEAR2_EX (_OSD_BASE_EX+1) /*the same as _OSD_YEAR2*/
#define _OSD_MONTH3_EX (_OSD_BASE_EX+2) /*the same as _OSD_MONTH3*/
#define _OSD_MONTH2_EX (_OSD_BASE_EX+3) /*the same as _OSD_MONTH2*/
#define _OSD_DAY_EX (_OSD_BASE_EX+4) /*the same as _OSD_DAY*/
#define _OSD_WEEK3_EX (_OSD_BASE_EX+5) /*the same as _OSD_WEEK3*/
#define _OSD_CWEEK1_EX (_OSD_BASE_EX+6) /*the same as _OSD_CWEEK1*/
#define _OSD_HOUR24_EX (_OSD_BASE_EX+7) /*the same as _OSD_HOUR24*/
#define _OSD_HOUR12_EX (_OSD_BASE_EX+8) /*the same as _OSD_HOUR12*/
#define _OSD_MINUTE_EX (_OSD_BASE_EX+9) /*the same as _OSD_MINUTE*/
#define _OSD_SECOND_EX (_OSD_BASE_EX+10) /*the same as _OSD_SECOND*/
#define _OSD_MILISECOND_EX (_OSD_BASE_EX+11) /*the same as _OSD_MILISECOND*/
#define _OSD_APM_EX (_OSD_BASE_EX+14) /*the same as _OSD_APM*/
#endif

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///////////////////////////////////////////////////////////////////////////
// DS-40xxHC/HF BOARD SYSTEM SDK //
///////////////////////////////////////////////////////////////////////////
#ifndef DECODECARD_SDK_H
#define DECODECARD_SDK_H
#include "datatype.h"
#define DLLEXPORT_API extern "C" __declspec(dllexport)
#define ERR_WAIT_TIMEOUT 0xc0000001
#define ERR_INVALID_HANDLE 0xc0000002
#define ERR_INVALID_ARGUMENT 0xc0000003
#define ERR_DDRAW_CREATE_FAILED 0xc0000004
#define ERR_DDRAW_CAPS_FAULT 0xc0000005
#define ERR_SET_COOPERATIVELEVEL_FAILED 0xc0000006
#define ERR_PRIMARY_SURFACE_CREATE_FAILED 0xc0000007
#define ERR_GET_OVERLAY_ADDRESS_FAILED 0xc0000008
#define ERR_OVERLAY_SURFACE_CREATE_FAILED 0xc0000009
#define ERR_OVERLAY_UPDATE_FAILED 0xc000000a
#define ERR_TMMAN_FAILURE 0xc000000b
#define ERR_CHANNELMAGIC_MISMATCH 0xc000000c
#define ERR_CALLBACK_REGISTERED 0xc000000d
#define ERR_QUEUE_OVERFLOW 0xc000000e
#define ERR_STREAM_THREAD_FAILURE 0xc000000f
#define ERR_THREAD_STOP_ERROR 0xc0000010
#define ERR_NOT_SUPPORT 0xc0000011
#define ERR_OUTOF_MEMORY 0xc0000012
#define ERR_DSP_BUSY 0xc0000013
#define ERR_DATA_ERROR 0xc0000014
#define ERR_KERNEL 0xc0000016
#define ERR_OFFSCREEN_CREATE_FAILED 0xc0000017
#define ERR_MULTICLOCK_FAILURE 0xc0000018
#define ERR_INVALID_DEVICE 0xc0000019
#define ERR_INVALID_DRIVER 0xc000001a
//error code for MD card
#define HWERR_SUCCESS 0
#define HWERR_ALLOCATE_MEMORY 0xc1000001
#define HWERR_INVALID_HANDLE 0xc1000002
#define HWERR_DDRAW_CREATE_FAILED 0xc1000003
#define HWERR_DDRAW_CAPS_FAULT 0xc1000004
#define HWERR_SET_COOPERATIVELEVEL_FAILED 0xc1000005
#define HWERR_PRIMARY_SURFACE_CREATE_FAILED 0xc1000006
#define HWERR_OVERLAY_CREATE_FAILED 0xc1000007
#define HWERR_GET_OVERLAY_ADDRESS_FAILED 0xc1000008
#define HWERR_OVERLAY_UPDATE_FAILED 0xc1000009
#define HWERR_SURFACE_NULL 0xc100000a
#define HWERR_FILEHEADER_UNKNOWN 0xc100000b
#define HWERR_CREATE_FILE_FAILED 0xc100000c
#define HWERR_FILE_SIZE_ZERO 0xc100000d
#define HWERR_FILE_SIZE_INVALID 0xc100000d
#define HWERR_CREATE_OBJ_FAILED 0xc100000e
#define HWERR_CHANNELMAGIC_MISMATCH 0xc100000f
#define HWERR_PARA_OVER 0xc1000010
#define HWERR_ORDER 0xc1000011
#define HWERR_COMMAND 0xc1000012
#define HWERR_UNSUPPORTED 0xc1000013
#define HWERR_DSPOPEN 0xc1000014
#define HWERR_DSPLOAD 0xc1000015
#define HWERR_ALLOCATE_DSPMEMORY 0xc1000016
#define HWERR_DSPCHECHER 0xc1000017
#define HWERR_IMGFILE_UNKNOWN 0xc1000018
#define HWERR_INVALID_FILE 0xc1000019
//standart
#define HW_PAL 2
#define HW_NTSC 1
//jump direction
#define HW_JUMP_FORWARD 309
#define HW_JUMP_BACKWARD 310
typedef enum tagTypeVideoFormat
{
vdfRGB8A_233 = 0x00000001,
vdfRGB8R_332 = 0x00000002,
vdfRGB15Alpha = 0x00000004,
vdfRGB16 = 0x00000008,
vdfRGB24 = 0x00000010,
vdfRGB24Alpha = 0x00000020,
vdfYUV420Planar = 0x00000040,
vdfYUV422Planar = 0x00000080,
vdfYUV411Planar = 0x00000100,
vdfYUV420Interspersed = 0x00000200,
vdfYUV422Interspersed = 0x00000400,
vdfYUV411Interspersed = 0x00000800,
vdfYUV422Sequence = 0x00001000, /* U0, Y0, V0, Y1: For VO overlay */
vdfYUV422SequenceAlpha = 0x00002000,
/* U0, Y0, V0, Y1: For VO overlay, with low bit for alpha blending */
vdfMono = 0x00004000, /* 8 bit monochrome */
vdfYUV444Planar = 0x00008000,
}TypeVideoFormat;
typedef enum _BitrateControlType_t
{
brCBR = 0,
brVBR = 1,
}BitrateControlType_t;
typedef enum _BOARD_TYPE_DS
{
DS400XM =0,
DS400XH =1,
DS4004HC =2,
DS4008HC =3,
DS4016HC =4,
DS4001HF =5,
DS4004HF =6,
DS4002MD =7,
DS4004MD =8, //4004MD
DS4016HCS =9, //4016HCS
DS4002HT =10, //4002HT
DS4004HT =11, //4004HT
DS4008HT =12, //4008HT
DS4004HC_PLUS =13, //4004HC+
DS4008HC_PLUS =14, //4008HC+
DS4016HC_PLUS =15, //4016HC+
DS4008HF =16, //4008HF
DS4008MD =17, //4008MD
DS4008HS =18, //4008HS
DS4016HS =19, //4016HS
INVALID_BOARD_TYPE =0xffffffff,
}BOARD_TYPE_DS;
#define STREAM_TYPE_VIDEO 1
#define STREAM_TYPE_AUDIO 2
#define STREAM_TYPE_AVSYNC 3
#define DRAWFUN(x) void (CALLBACK* x)(long nPort,HDC hDc,LONG nUser)
typedef void (*LOGRECORD_CALLBACK)(char *str, void *context);
typedef int (*STREAM_READ_CALLBACK)(ULONG channelNumber, void *context);
typedef int (*STREAM_DIRECT_READ_CALLBACK)(ULONG channelNumber,void *DataBuf,DWORD Length,int FrameType,void *context);
typedef struct tagChannelCapability{
UCHAR bAudioPreview;
UCHAR bAlarmIO;
UCHAR bWatchDog;
}CHANNEL_CAPABILITY, *PCHANNEL_CAPABILITY;
typedef struct tagFramsStatistics{
ULONG VideoFrames;
ULONG AudioFrames;
ULONG FramesLost;
ULONG QueueOverflow;
ULONG CurBps;
}FRAMES_STATISTICS, *PFRAMES_STATISTICS;
DLLEXPORT_API int __stdcall InitDSPs();
DLLEXPORT_API int __stdcall DeInitDSPs();
DLLEXPORT_API HANDLE __stdcall ChannelOpen(int ChannelNum);
DLLEXPORT_API int __stdcall ChannelClose(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall GetTotalChannels();
DLLEXPORT_API int __stdcall GetTotalDSPs();
DLLEXPORT_API int __stdcall StartVideoPreview(HANDLE hChannelHandle,HWND WndHandle, RECT *rect, BOOLEAN bOverlay, int VideoFormat, int FrameRate);
DLLEXPORT_API int __stdcall StopVideoPreview(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetVideoPara(HANDLE hChannelHandle, int Brightness, int Contrast, int Saturation, int Hue);
DLLEXPORT_API int __stdcall GetVideoPara(HANDLE hChannelHandle, VideoStandard_t *VideoStandard, int *Brightness, int *Contrast, int *Saturation, int *Hue);
DLLEXPORT_API int __stdcall GetVideoSignal(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall GetSDKVersion(PVERSION_INFO VersionInfo);
DLLEXPORT_API int __stdcall GetCapability(HANDLE hChannelHandle, CHANNEL_CAPABILITY *Capability);
DLLEXPORT_API int __stdcall GetLastErrorNum(HANDLE hChannelHandle, ULONG *DspError, ULONG *SdkError);
DLLEXPORT_API int __stdcall SetStreamType(HANDLE hChannelHandle, USHORT Type);
DLLEXPORT_API int __stdcall GetStreamType(HANDLE hChannelHandle, USHORT *StreamType);
DLLEXPORT_API int __stdcall GetFramesStatistics(HANDLE hChannelHandle, PFRAMES_STATISTICS framesStatistics);
DLLEXPORT_API int __stdcall StartMotionDetection(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall GetBoardInfo(HANDLE hChannelHandle, ULONG *BoardType, UCHAR *SerialNo);
DLLEXPORT_API int __stdcall StopMotionDetection(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall GetOriginalImage(HANDLE hChannelHandle, UCHAR *ImageBuf, ULONG *Size);
DLLEXPORT_API int __stdcall RegisterLogRecordCallback(LOGRECORD_CALLBACK LogRecordFunc, void *Context);
DLLEXPORT_API int __stdcall SetAudioPreview(HANDLE hChannelHandle, BOOL bEnable);
DLLEXPORT_API int __stdcall ReadStreamData(HANDLE hChannelHandle, void *DataBuf, DWORD *Length, int *FrameType);
DLLEXPORT_API int __stdcall RegisterMessageNotifyHandle(HWND hWnd, UINT MessageId);
DLLEXPORT_API int __stdcall StartVideoCapture(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall StopVideoCapture(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetIBPMode(HANDLE hChannelHandle, int KeyFrameIntervals, int BFrames, int PFrames, int FrameRate);
DLLEXPORT_API int __stdcall SetDefaultQuant(HANDLE hChannelHandle, int IQuantVal, int PQuantVal, int BQuantVal);
DLLEXPORT_API int __stdcall SetOsd(HANDLE hChannelHandle, BOOL Enable);
DLLEXPORT_API int __stdcall SetLogo(HANDLE hChannelHandle, int x, int y, int w, int h, unsigned char *yuv);
DLLEXPORT_API int __stdcall StopLogo(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetupMotionDetection(HANDLE hChannelHandle, RECT *RectList, int iAreas);
DLLEXPORT_API int __stdcall MotionAnalyzer(HANDLE hChannelHandle, char *MotionData, int iThreshold, int *iResult);
DLLEXPORT_API int __stdcall LoadYUVFromBmpFile(char *FileName, unsigned char *yuv, int BufLen, int *Width, int *Height);
DLLEXPORT_API int __stdcall SaveYUVToBmpFile(char *FileName, unsigned char *yuv, int Width, int Height);
DLLEXPORT_API int __stdcall CaptureIFrame(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall RegisterStreamReadCallback(STREAM_READ_CALLBACK StreamReadCallback, void *Context);
DLLEXPORT_API int __stdcall AdjustMotionDetectPrecision(HANDLE hChannelHandle,
int iGrade, int iFastMotionDetectFps,
int iSlowMotionDetectFps);
DLLEXPORT_API int __stdcall SetupBitrateControl(HANDLE hChannelHandle, ULONG MaxBps);
DLLEXPORT_API int __stdcall SetOverlayColorKey(COLORREF DestColorKey);
DLLEXPORT_API int __stdcall SetOsdDisplayMode(HANDLE hChannelHandle, int Brightness, BOOL Translucent, int parameter, USHORT *Format1, USHORT *Format2);
DLLEXPORT_API int __stdcall SetLogoDisplayMode(HANDLE hChannelHandle, COLORREF ColorKey, BOOL Translucent, int TwinkleInterval);
DLLEXPORT_API int __stdcall SetEncoderPictureFormat(HANDLE hChannelHandle, PictureFormat_t PictureFormat);
DLLEXPORT_API int __stdcall SetVideoStandard(HANDLE hChannelHandle, VideoStandard_t VideoStandard);
DLLEXPORT_API int __stdcall RestoreOverlay();
DLLEXPORT_API int __stdcall ResetDSP(int DspNumber);
DLLEXPORT_API int __stdcall GetSoundLevel(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetBitrateControlMode(HANDLE hChannelHandle, BitrateControlType_t brc);
DLLEXPORT_API int __stdcall SetupNotifyThreshold(HANDLE hChannelHandle, int iFramesThreshold);
DLLEXPORT_API int __stdcall SetupSubChannel(HANDLE hChannelHandle, int iSubChannel);
DLLEXPORT_API int __stdcall GetSubChannelStreamType(void *DataBuf, int FrameType);
//add for HC/HF
DLLEXPORT_API int __stdcall RegisterStreamDirectReadCallback(STREAM_DIRECT_READ_CALLBACK StreamDirectReadCallback,void *Context);
DLLEXPORT_API int __stdcall RegisterDrawFun(DWORD nport, DRAWFUN(DrawFun),LONG nUser);
DLLEXPORT_API int __stdcall SetupMask(HANDLE hChannelHandle, RECT *rectList, int iAreas);
DLLEXPORT_API int __stdcall StopMask(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetSubEncoderPictureFormat(HANDLE hChannelHandle, PictureFormat_t PictureFormat);
DLLEXPORT_API int __stdcall StartSubVideoCapture(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall StopSubVideoCapture(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetupDateTime(HANDLE hChannelHandle, SYSTEMTIME *now);
/*
以下为1.7版本新增的功能。
以后可能会根据用户的反馈进行修改和完善。
*/
//原始图像流设置
typedef void (*IMAGE_STREAM_CALLBACK)(UINT channelNumber,void *context );
DLLEXPORT_API int __stdcall SetImageStream(HANDLE hChannel,BOOL bStart,UINT fps,UINT width,UINT height,unsigned char *imageBuffer);
DLLEXPORT_API int __stdcall RegisterImageStreamCallback(IMAGE_STREAM_CALLBACK,void *context);
/*
设置视频输入位置：
(x,y)为系统所处理图像的左上角在摄像机输入的原始图像中的坐标。
x必须为2的整数倍。
(x,y)坐标的参数范围和摄像机的型号有关，如果指定的值和摄像机的输入不匹配，
可能会导致图像静止或水平、垂直方向滚动。
*/
DLLEXPORT_API int __stdcall SetInputVideoPosition(HANDLE hChannel,UINT x,UINT y);
DLLEXPORT_API int __stdcall StopRegisterDrawFun(DWORD nport);
/*
3.0
*/
#define SERIAL_NUMBER_LENGTH 12 //板卡序列号长度
typedef struct tagDS_BOARD_DETAIL
{
BOARD_TYPE_DS type; //板卡类型
BYTE sn[16]; //序列号
UINT dspCount; //板卡包含的DSP个数
UINT firstDspIndex; //板卡上第一个DSP的索引
UINT encodeChannelCount; //板卡包含的编码通道个数
UINT firstEncodeChannelIndex; //板卡上第一个编码通道的索引
UINT decodeChannelCount; //板卡包含的解码通道个数
UINT firstDecodeChannelIndex; //板卡上第一个解码通道的索引
UINT displayChannelCount; //板卡包含的视频输出通道个数
UINT firstDisplayChannelIndex; //板卡上第一个视频输出通道的索引
UINT reserved1;
UINT reserved2;
UINT reserved3;
UINT reserved4;
}DS_BOARD_DETAIL;
typedef struct tagDSP_DETAIL
{
UINT encodeChannelCount; //板卡包含的编码通道个数
UINT firstEncodeChannelIndex; //板卡上第一个编码通道的索引
UINT decodeChannelCount; //板卡包含的解码通道个数
UINT firstDecodeChannelIndex; //板卡上第一个解码通道的索引
UINT displayChannelCount; //板卡包含的视频输出通道个数
UINT firstDisplayChannelIndex; //板卡上第一个视频输出通道的索引
UINT reserved1;
UINT reserved2;
UINT reserved3;
UINT reserved4;
}DSP_DETAIL;
DLLEXPORT_API unsigned int __stdcall GetBoardCount();
DLLEXPORT_API int __stdcall GetBoardDetail(UINT boardNum,DS_BOARD_DETAIL *pBoardDetail);
DLLEXPORT_API unsigned int __stdcall GetDspCount();
DLLEXPORT_API int __stdcall GetDspDetail(UINT dspNum,DSP_DETAIL *pDspDetail);
DLLEXPORT_API unsigned int __stdcall GetEncodeChannelCount();
DLLEXPORT_API unsigned int __stdcall GetDecodeChannelCount();
DLLEXPORT_API unsigned int __stdcall GetDisplayChannelCount();
DLLEXPORT_API int __stdcall SetDefaultVideoStandard(VideoStandard_t VideoStandard);
DLLEXPORT_API int __stdcall SetVideoDetectPrecision(HANDLE hChannel,unsigned int value);
DLLEXPORT_API int __stdcall SetSubStreamType(HANDLE hChannelHandle, USHORT Type);
DLLEXPORT_API int __stdcall GetSubStreamType(HANDLE hChannelHandle, USHORT *StreamType);
#define MAX_DISPLAY_REGION 16
typedef struct tagREGION_PARAM
{
UINT left;
UINT top;
UINT width;
UINT height;
COLORREF color;
UINT param;
}REGION_PARAM;
DLLEXPORT_API int __stdcall SetDisplayStandard(UINT nDisplayChannel,VideoStandard_t VideoStandard);
DLLEXPORT_API int __stdcall SetDisplayRegion(UINT nDisplayChannel,UINT nRegionCount,REGION_PARAM *pParam,UINT nReserved);
DLLEXPORT_API int __stdcall ClearDisplayRegion(UINT nDisplayChannel,UINT nRegionFlag);
DLLEXPORT_API int __stdcall SetDisplayRegionPosition(UINT nDisplayChannel,UINT nRegion,UINT nLeft,UINT nTop);
DLLEXPORT_API int __stdcall FillDisplayRegion(UINT nDisplayChannel,UINT nRegion,unsigned char *pImage);
DLLEXPORT_API int __stdcall SetEncoderVideoExtOutput(UINT nEncodeChannel,UINT nPort,BOOL bOpen,UINT nDisplayChannel,UINT nDisplayRegion,UINT nReserved);
DLLEXPORT_API int __stdcall SetDecoderVideoExtOutput(UINT nDecodeChannel,UINT nPort,BOOL bOpen,UINT nDisplayChannel,UINT nDisplayRegion,UINT nReserved);
DLLEXPORT_API int __stdcall SetDecoderVideoOutput(UINT nDecodeChannel,UINT nPort,BOOL bOpen,UINT nDisplayChannel,UINT nDisplayRegion,UINT nReserved);
DLLEXPORT_API int __stdcall SetDecoderAudioOutput(UINT nDecodeChannel,BOOL bOpen,UINT nOutputChannel);
//3.1
DLLEXPORT_API int __stdcall SetDeInterlace(HANDLE hChannelHandle,UINT mode,UINT level);
DLLEXPORT_API int __stdcall SetPreviewOverlayMode(BOOL bTrue);
//DECODE functions for DS4002MD
#if defined( _WINDLL)
#define PLAYER_API extern "C"__declspec(dllexport)
#else
#define PLAYER_API extern "C" __declspec(dllimport)
#endif
typedef struct tagDISPLAY_PARA
{
long bToScreen;
long bToVideoOut;
long nLeft;
long nTop;
long nWidth;
long nHeight;
long nReserved;
}DISPLAY_PARA,*PDISPLAY_PARA;
//Version info
typedef struct tagVERSION{
ULONG DspVersion, DspBuildNum;
ULONG DriverVersion, DriverBuildNum;
ULONG SDKVersion, SDKBuildNum;
}HW_VERSION, *PHW_VERSION;
//init part
PLAYER_API int __stdcall HW_InitDirectDraw(HWND hParent,COLORREF colorKey);
PLAYER_API int __stdcall HW_ReleaseDirectDraw();
PLAYER_API int __stdcall HW_InitDecDevice(long *pDeviceTotal);
PLAYER_API int __stdcall HW_ReleaseDecDevice();
PLAYER_API int __stdcall HW_ChannelOpen(long nChannelNum,HANDLE* phChannel);
PLAYER_API int __stdcall HW_ChannelClose(HANDLE hChannel);
//open part
PLAYER_API int __stdcall HW_OpenStream(HANDLE hChannel,PBYTE pFileHeadBuf,DWORD nSize);
DLLEXPORT_API int __stdcall HW_ResetStream(HANDLE hChannel);
PLAYER_API int __stdcall HW_CloseStream(HANDLE hChannel);
PLAYER_API int __stdcall HW_InputData(HANDLE hChannel,PBYTE pBuf,DWORD nSize);
PLAYER_API int __stdcall HW_OpenFile(HANDLE hChannel,LPTSTR sFileName);
PLAYER_API int __stdcall HW_CloseFile(HANDLE hChannel);
//play part
PLAYER_API int __stdcall HW_SetDisplayPara(HANDLE hChannel,DISPLAY_PARA *pPara);
PLAYER_API int __stdcall HW_Play(HANDLE hChannel);
PLAYER_API int __stdcall HW_Stop(HANDLE hChannel);
PLAYER_API int __stdcall HW_Pause(HANDLE hChannel,ULONG bPause);
//sound part
PLAYER_API int __stdcall HW_PlaySound(HANDLE hChannel);
PLAYER_API int __stdcall HW_StopSound(HANDLE hChannel);
PLAYER_API int __stdcall HW_SetVolume(HANDLE hChannel,ULONG nVolume);
//overlay part
PLAYER_API int __stdcall HW_RefreshSurface();
PLAYER_API int __stdcall HW_RestoreSurface();
PLAYER_API int __stdcall HW_ClearSurface();
PLAYER_API int __stdcall HW_ZoomOverlay(RECT* pSrcClientRect, RECT* pDecScreenRect);
//cut file
PLAYER_API int __stdcall HW_StartCapFile(HANDLE hChannel,LPTSTR sFileName);
PLAYER_API int __stdcall HW_StopCapFile(HANDLE hChannel);
//capture picture
PLAYER_API int __stdcall HW_GetYV12Image(HANDLE hChannel, PBYTE pBuffer, ULONG nSize);
PLAYER_API int __stdcall HW_GetPictureSize(HANDLE hChannel,ULONG* pWidth, ULONG* pHeight);
PLAYER_API int __stdcall HW_ConvertToBmpFile(BYTE * pBuf,ULONG nSize,ULONG nWidth,ULONG nHeight,char *sFileName,ULONG nReserved);
//setting and getting part
PLAYER_API int __stdcall HW_Jump(HANDLE hChannel,ULONG nDirection);
PLAYER_API int __stdcall HW_SetJumpInterval(HANDLE hChannel,ULONG nSecond);
PLAYER_API int __stdcall HW_GetSpeed(HANDLE hChannel,long *pSpeed);
PLAYER_API int __stdcall HW_SetSpeed(HANDLE hChannel,long nSpeed);
PLAYER_API int __stdcall HW_SetPlayPos(HANDLE hChannel,ULONG nPos);
PLAYER_API int __stdcall HW_GetPlayPos(HANDLE hChannel,ULONG* pPos);
PLAYER_API int __stdcall HW_GetVersion(PHW_VERSION pVersion);
PLAYER_API int __stdcall HW_GetCurrentFrameRate(HANDLE hChannel,ULONG* pFrameRate);
PLAYER_API int __stdcall HW_GetCurrentFrameNum(HANDLE hChannel,ULONG* pFrameNum);
PLAYER_API int __stdcall HW_GetFileTotalFrames(HANDLE hChannel,ULONG* pTotalFrames);
PLAYER_API int __stdcall HW_GetFileTime(HANDLE hChannel, ULONG* pFileTime);
PLAYER_API int __stdcall HW_GetCurrentFrameTime(HANDLE hChannel,ULONG* pFrameTime);
PLAYER_API int __stdcall HW_GetPlayedFrames(HANDLE hChannel,ULONG *pDecVFrames);
PLAYER_API int __stdcall HW_GetDeviceSerialNo(HANDLE hChannel,ULONG *pDeviceSerialNo);
PLAYER_API int __stdcall HW_SetFileEndMsg(HANDLE hChannel,HWND hWnd,UINT nMsg);
PLAYER_API int __stdcall HW_SetStreamOpenMode(HANDLE hChannel,ULONG nMode);
PLAYER_API int __stdcall HW_GetStreamOpenMode(HANDLE hChannel,ULONG *pMode);
PLAYER_API int __stdcall HW_SetVideoOutStandard(HANDLE hChannel,ULONG nStandard);
PLAYER_API int __stdcall HW_SetDspDeadlockMsg(HWND hWnd,UINT nMsg);
PLAYER_API int __stdcall HW_GetChannelNum(long nDspNum,long *pChannelNum,ULONG nNumsToGet,ULONG * pNumsGotten);
PLAYER_API int __stdcall HW_ResetDsp(long nDspNum);
PLAYER_API int __stdcall HW_SetAudioPreview(HANDLE hChannel, BOOL bEnable);
//////////////////////////////////////////////
PLAYER_API int __stdcall HW_OpenStreamEx(HANDLE hChannel,PBYTE pFileHeadBuf,DWORD nSize);
PLAYER_API int __stdcall HW_CloseStreamEx(HANDLE hChannel);
PLAYER_API int __stdcall HW_InputVideoData(HANDLE hChannel,PBYTE pBuf,DWORD nSize);
PLAYER_API int __stdcall HW_InputAudioData(HANDLE hChannel,PBYTE pBuf,DWORD nSize);
//4.0
PLAYER_API int __stdcall SetOsdDisplayModeEx(HANDLE hChannelHandle,int color,BOOL Translucent,int param,int nLineCount,USHORT **Format);
typedef void (*MOTION_DETECTION_CALLBACK)(ULONG channelNumber,BOOL bMotionDetected,void *context);
PLAYER_API int __stdcall SetupMotionDetectionEx(HANDLE hChannelHandle,int iGrade,int iFastMotionDetectFps,
int iSlowMotionDetectFps,UINT delay,RECT *RectList, int iAreas,
MOTION_DETECTION_CALLBACK MotionDetectionCallback,int reserved);
PLAYER_API int __stdcall GetJpegImage(HANDLE hChannelHandle,UCHAR *ImageBuf,ULONG *Size,UINT nQuality);
//WatchDog
PLAYER_API int __stdcall SetWatchDog(UINT boardNumber,BOOL bEnable);
//4.1
typedef void (*FILE_REF_DONE_CALLBACK)(UINT nChannel,UINT nSize);
PLAYER_API int __stdcall HW_SetFileRef(HANDLE hChannel,BOOL bEnable,FILE_REF_DONE_CALLBACK FileRefDoneCallback);
PLAYER_API int __stdcall HW_LocateByAbsoluteTime(HANDLE hChannel,SYSTEMTIME time);
PLAYER_API int __stdcall HW_LocateByFrameNumber(HANDLE hChannel,UINT frmNum);
PLAYER_API int __stdcall HW_GetCurrentAbsoluteTime(HANDLE hChannel,SYSTEMTIME *pTime);
PLAYER_API int __stdcall HW_GetFileAbsoluteTime(HANDLE hChannel,SYSTEMTIME *pStartTime,SYSTEMTIME *pEndTime);
//4.2
DLLEXPORT_API int __stdcall HW_ImportFileRef(HANDLE hChannel,char *pBuffer,UINT nSize);
DLLEXPORT_API int __stdcall HW_ExportFileRef(HANDLE hChannel,char *pBuffer,UINT nSize);
DLLEXPORT_API int __stdcall SetDisplayVideoCapture(UINT nDisplayChannel,BOOL bStart,UINT fps,UINT width,UINT height,unsigned char *imageBuffer);
DLLEXPORT_API int __stdcall RegisterDisplayVideoCaptureCallback(IMAGE_STREAM_CALLBACK DisplayVideoCaptureCallback,void *context);
DLLEXPORT_API int __stdcall SetDisplayVideoBrightness(UINT chan,int Brightness);
DLLEXPORT_API int __stdcall SetChannelStreamCRC(HANDLE hChannel,BOOL bEnable);
DLLEXPORT_API int __stdcall SetSubChannelStreamCRC(HANDLE hChannel,BOOL bEnable);
DLLEXPORT_API int __stdcall HW_SetDecoderPostProcess(HANDLE hChannel,UINT param);
//
typedef void (*DECODER_VIDEO_CAPTURE_CALLBACK)(UINT nChannelNumber,void *DataBuf,UINT width,UINT height,UINT nFrameNum,UINT nFrameTime,SYSTEMTIME *pFrameAbsoluteTime,void *context);
DLLEXPORT_API int __stdcall RegisterDecoderVideoCaptureCallback(DECODER_VIDEO_CAPTURE_CALLBACK DecoderVideoCaptureCallback,void *context);
DLLEXPORT_API int __stdcall HW_SetDecoderVideoCapture(HANDLE hChannel,BOOL bStart,UINT param);
DLLEXPORT_API int __stdcall HW_InputDataByFrame(HANDLE hChannel,PBYTE pBuf,DWORD nSize);
/*
人脸抓拍接口:仅供测试、评估，以后可能会做修改。
*/
typedef struct
{
short x,y,width,height;
}FACE_AREA_DEMO;
typedef struct
{
FACE_AREA_DEMO faceArea;
FACE_AREA_DEMO leftEyeArea;
FACE_AREA_DEMO rightEyeArea;
FACE_AREA_DEMO leftPupilArea;
FACE_AREA_DEMO rightPupilArea;
FACE_AREA_DEMO noseArea;
FACE_AREA_DEMO mouthArea;
}FACE_INFO_DEMO;
typedef void (*FACE_DETECTION_DEMO_CALLBACK)(UINT nChannel,UINT nFaceCount,FACE_INFO_DEMO *pFaceInfo,
char *pData,UINT nDataSize,UINT nImageWidth,UINT nImageHeight);
DLLEXPORT_API int __stdcall SetFaceDetectionDemo(HANDLE hChannelHandle,BOOL bEnable,
UINT nFrameInterval,FACE_DETECTION_DEMO_CALLBACK pFunc,
BOOL bCompress,UINT nCompressQuality,BOOL bLocateEyePos);
#endif

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#ifndef _PLAYM4_H_
#define _PLAYM4_H_
#if defined( _WINDLL)
#define PLAYM4_API extern "C" __declspec(dllexport)
#else
#define PLAYM4_API extern "C" __declspec(dllimport)
#endif
//Max channel numbers
#define PLAYM4_MAX_SUPPORTS 500
//Wave coef range;
#define MIN_WAVE_COEF -100
#define MAX_WAVE_COEF 100
//Timer type
#define TIMER_1 1 //Only 16 timers for every process.Default TIMER;
#define TIMER_2 2 //Not limit;But the precision less than TIMER_1;
//BUFFER AND DATA TYPE
#define BUF_VIDEO_SRC (1) //mixed input,total src buffer size;splited input,video src buffer size
#define BUF_AUDIO_SRC (2) //mixed input,not defined;splited input,audio src buffer size
#define BUF_VIDEO_RENDER (3) //video render node count
#define BUF_AUDIO_RENDER (4) //audio render node count
#define BUF_VIDEO_DECODED (5) //video decoded node count to render
#define BUF_AUDIO_DECODED (6) //audio decoded node count to render
#define BUF_DISPLAY_NODE (7) //display node
//Error code
#define PLAYM4_NOERROR 0 //no error
#define PLAYM4_PARA_OVER 1 //input parameter is invalid;
#define PLAYM4_ORDER_ERROR 2 //The order of the function to be called is error.
#define PLAYM4_TIMER_ERROR 3 //Create multimedia clock failed;
#define PLAYM4_DEC_VIDEO_ERROR 4 //Decode video data failed.
#define PLAYM4_DEC_AUDIO_ERROR 5 //Decode audio data failed.
#define PLAYM4_ALLOC_MEMORY_ERROR 6 //Allocate memory failed.
#define PLAYM4_OPEN_FILE_ERROR 7 //Open the file failed.
#define PLAYM4_CREATE_OBJ_ERROR 8 //Create thread or event failed
#define PLAYM4_CREATE_DDRAW_ERROR 9 //Create DirectDraw object failed.
#define PLAYM4_CREATE_OFFSCREEN_ERROR 10 //failed when creating off-screen surface.
#define PLAYM4_BUF_OVER 11 //buffer is overflow
#define PLAYM4_CREATE_SOUND_ERROR 12 //failed when creating audio device.
#define PLAYM4_SET_VOLUME_ERROR 13 //Set volume failed
#define PLAYM4_SUPPORT_FILE_ONLY 14 //The function only support play file.
#define PLAYM4_SUPPORT_STREAM_ONLY 15 //The function only support play stream.
#define PLAYM4_SYS_NOT_SUPPORT 16 //System not support.
#define PLAYM4_FILEHEADER_UNKNOWN 17 //No file header.
#define PLAYM4_VERSION_INCORRECT 18 //The version of decoder and encoder is not adapted.
#define PLAYM4_INIT_DECODER_ERROR 19 //Initialize decoder failed.
#define PLAYM4_CHECK_FILE_ERROR 20 //The file data is unknown.
#define PLAYM4_INIT_TIMER_ERROR 21 //Initialize multimedia clock failed.
#define PLAYM4_BLT_ERROR 22 //Blt failed.
#define PLAYM4_UPDATE_ERROR 23 //Update failed.
#define PLAYM4_OPEN_FILE_ERROR_MULTI 24 //openfile error, streamtype is multi
#define PLAYM4_OPEN_FILE_ERROR_VIDEO 25 //openfile error, streamtype is video
#define PLAYM4_JPEG_COMPRESS_ERROR 26 //JPEG compress error
#define PLAYM4_EXTRACT_NOT_SUPPORT 27 //Don't support the version of this file.
#define PLAYM4_EXTRACT_DATA_ERROR 28 //extract video data failed.
#define PLAYM4_SECRET_KEY_ERROR 29 //Secret key is error //add 20071218
#define PLAYM4_DECODE_KEYFRAME_ERROR 30 //add by hy 20090318
#define PLAYM4_NEED_MORE_DATA 31 //add by hy 20100617
#define PLAYM4_INVALID_PORT 32 //add by cj 20100913
#define PLAYM4_NOT_FIND 33 //add by cj 20110428
#define PLAYM4_NEED_LARGER_BUFFER 34 //add by pzj 20130528
#define PLAYM4_FAIL_UNKNOWN 99 //Fail, but the reason is unknown;
//鱼眼功能错误码
#define PLAYM4_FEC_ERR_ENABLEFAIL 100 // 鱼眼模块加载失败
#define PLAYM4_FEC_ERR_NOTENABLE 101 // 鱼眼模块没有加载
#define PLAYM4_FEC_ERR_NOSUBPORT 102 // 子端口没有分配
#define PLAYM4_FEC_ERR_PARAMNOTINIT 103 // 没有初始化对应端口的参数
#define PLAYM4_FEC_ERR_SUBPORTOVER 104 // 子端口已经用完
#define PLAYM4_FEC_ERR_EFFECTNOTSUPPORT 105 // 该安装方式下这种效果不支持
#define PLAYM4_FEC_ERR_INVALIDWND 106 // 非法的窗口
#define PLAYM4_FEC_ERR_PTZOVERFLOW 107 // PTZ位置越界
#define PLAYM4_FEC_ERR_RADIUSINVALID 108 // 圆心参数非法
#define PLAYM4_FEC_ERR_UPDATENOTSUPPORT 109 // 指定的安装方式和矫正效果，该参数更新不支持
#define PLAYM4_FEC_ERR_NOPLAYPORT 110 // 播放库端口没有启用
#define PLAYM4_FEC_ERR_PARAMVALID 111 // 参数为空
#define PLAYM4_FEC_ERR_INVALIDPORT 112 // 非法子端口
#define PLAYM4_FEC_ERR_PTZZOOMOVER 113 // PTZ矫正范围越界
#define PLAYM4_FEC_ERR_OVERMAXPORT 114 // 矫正通道饱和，最大支持的矫正通道为四个
#define PLAYM4_FEC_ERR_ENABLED 115 //该端口已经启用了鱼眼模块
#define PLAYM4_FEC_ERR_D3DACCENOTENABLE 116 // D3D加速没有开启
//Max display regions.
#define MAX_DISPLAY_WND 4
//Display type
#define DISPLAY_NORMAL 0x00000001
#define DISPLAY_QUARTER 0x00000002
#define DISPLAY_YC_SCALE 0x00000004 //add by gb 20091116
#define DISPLAY_NOTEARING 0x00000008
//Display buffers
#define MAX_DIS_FRAMES 50
#define MIN_DIS_FRAMES 1
//Locate by
#define BY_FRAMENUM 1
#define BY_FRAMETIME 2
//Source buffer
#define SOURCE_BUF_MAX 1024*100000
#define SOURCE_BUF_MIN 1024*50
//Stream type
#define STREAME_REALTIME 0
#define STREAME_FILE 1
//frame type
#define T_AUDIO16 101
#define T_AUDIO8 100
#define T_UYVY 1
#define T_YV12 3
#define T_RGB32 7
//capability
#define SUPPORT_DDRAW 1
#define SUPPORT_BLT 2
#define SUPPORT_BLTFOURCC 4
#define SUPPORT_BLTSHRINKX 8
#define SUPPORT_BLTSHRINKY 16
#define SUPPORT_BLTSTRETCHX 32
#define SUPPORT_BLTSTRETCHY 64
#define SUPPORT_SSE 128
#define SUPPORT_MMX 256
// 以下宏定义用于HIK_MEDIAINFO结构
#define FOURCC_HKMI 0x484B4D49 // "HKMI" HIK_MEDIAINFO结构标记
// 系统封装格式
#define SYSTEM_NULL 0x0 // 没有系统层，纯音频流或视频流
#define SYSTEM_HIK 0x1 // 海康文件层
#define SYSTEM_MPEG2_PS 0x2 // PS封装
#define SYSTEM_MPEG2_TS 0x3 // TS封装
#define SYSTEM_RTP 0x4 // rtp封装
#define SYSTEM_RTPHIK 0x401 // rtp封装
// 视频编码类型
#define VIDEO_NULL 0x0 // 没有视频
#define VIDEO_H264 0x1 // 海康H.264
#define VIDEO_MPEG4 0x3 // 标准MPEG4
#define VIDEO_MJPEG 0x4
#define VIDEO_AVC264 0x0100
// 音频编码类型
#define AUDIO_NULL 0x0000 // 没有音频
#define AUDIO_ADPCM 0x1000 // ADPCM
#define AUDIO_MPEG 0x2000 // MPEG 系列音频，解码器能自适应各种MPEG音频
#define AUDIO_AAC 0X2001 // AAC 编码
// G系列音频
#define AUDIO_RAW_DATA8 0x7000 //采样率为8k的原始数据
#define AUDIO_RAW_UDATA16 0x7001 //采样率为16k的原始数据，即L16
#define AUDIO_G711_U 0x7110
#define AUDIO_G711_A 0x7111
#define AUDIO_G722_1 0x7221
#define AUDIO_G723_1 0x7231
#define AUDIO_G726_U 0x7260
#define AUDIO_G726_A 0x7261
#define AUDIO_G726_16 0x7262
#define AUDIO_G729 0x7290
#define AUDIO_AMR_NB 0x3000
#define SYNCDATA_VEH 1 //同步数据:车载信息
#define SYNCDATA_IVS 2 //同步数据:智能信息
//motion flow type
#define MOTION_FLOW_NONE 0
#define MOTION_FLOW_CPU 1
#define MOTION_FLOW_GPU 2
//音视频加密类型
#define ENCRYPT_AES_3R_VIDEO 1
#define ENCRYPT_AES_10R_VIDEO 2
#define ENCRYPT_AES_3R_AUDIO 1
#define ENCRYPT_AES_10R_AUDIO 2
//Frame position
typedef struct{
long nFilePos;
long nFrameNum;
long nFrameTime;
long nErrorFrameNum;
SYSTEMTIME *pErrorTime;
long nErrorLostFrameNum;
long nErrorFrameSize;
}FRAME_POS,*PFRAME_POS;
//Frame Info
typedef struct{
long nWidth;
long nHeight;
long nStamp;
long nType;
long nFrameRate;
DWORD dwFrameNum;
}FRAME_INFO;
typedef struct
{
long nPort; //通道号
char *pBuf; //返回的第一路图像数据指针
unsigned int nBufLen; //返回的第一路图像数据大小
char *pBuf1; //返回的第二路图像数据指针
unsigned int nBufLen1; //返回的第二路图像数据大小
char *pBuf2; //返回的第三路图像数据指针
unsigned int nBufLen2; //返回的第三路图像数据大小
unsigned int nWidth; //画面宽
unsigned int nHeight; //画面高
unsigned int nStamp; //时标信息，单位毫秒
unsigned int nType; //数据类型
void *pUser; //用户数据
unsigned int reserved[4]; //保留
}DISPLAY_INFO_YUV;
//Frame
typedef struct{
char *pDataBuf;
long nSize;
long nFrameNum;
BOOL bIsAudio;
long nReserved;
}FRAME_TYPE;
//Watermark Info //add by gb 080119
typedef struct{
char *pDataBuf;
long nSize;
long nFrameNum;
BOOL bRsaRight;
long nReserved;
}WATERMARK_INFO;
typedef struct SYNCDATA_INFO
{
DWORD dwDataType; //和码流数据同步的附属信息类型，目前有：智能信息，车载信息
DWORD dwDataLen; //附属信息数据长度
BYTE* pData; //指向附属信息数据结构的指针,比如IVS_INFO结构
} SYNCDATA_INFO;
#ifndef _HIK_MEDIAINFO_FLAG_
#define _HIK_MEDIAINFO_FLAG_
typedef struct _HIK_MEDIAINFO_ // modified by gb 080425
{
unsigned int media_fourcc; // "HKMI": 0x484B4D49 Hikvision Media Information
unsigned short media_version; // 版本号：指本信息结构版本号，目前为0x0101,即1.01版本，01：主版本号；01：子版本号。
unsigned short device_id; // 设备ID，便于跟随/分析
unsigned short system_format; // 系统封装层
unsigned short video_format; // 视频编码类型
unsigned short audio_format; // 音频编码类型
unsigned char audio_channels; // 通道数
unsigned char audio_bits_per_sample; // 样位率
unsigned int audio_samplesrate; // 采样率
unsigned int audio_bitrate; // 压缩音频码率,单位：bit
unsigned int reserved[4]; // 保留
}HIK_MEDIAINFO;
#endif
typedef struct
{
long nPort;
char * pBuf;
long nBufLen;
long nWidth;
long nHeight;
long nStamp;
long nType;
long nUser;
}DISPLAY_INFO;
typedef struct
{
long nPort;
char *pVideoBuf;
long nVideoBufLen;
char *pPriBuf;
long nPriBufLen;
long nWidth;
long nHeight;
long nStamp;
long nType;
long nUser;
}DISPLAY_INFOEX;
typedef struct PLAYM4_SYSTEM_TIME //绝对时间
{
DWORD dwYear; //年
DWORD dwMon; //月
DWORD dwDay; //日
DWORD dwHour; //时
DWORD dwMin; //分
DWORD dwSec; //秒
DWORD dwMs; //毫秒
} PLAYM4_SYSTEM_TIME;
//ENCRYPT Info
typedef struct{
long nVideoEncryptType; //视频加密类型
long nAudioEncryptType; //音频加密类型
long nSetSecretKey; //是否设置，1表示设置密钥，0表示没有设置密钥
}ENCRYPT_INFO;
//////////////////////////////////////////////////////////////////////////////
//API
//////////////////////////////////////////////////////////////////////////////
////////////////ver 1.0///////////////////////////////////////
//Initialize DirecDraw.Now invalid.
PLAYM4_API BOOL __stdcall PlayM4_InitDDraw(HWND hWnd);
//Release directDraw; Now invalid.
PLAYM4_API BOOL __stdcall PlayM4_RealeseDDraw();
PLAYM4_API BOOL __stdcall PlayM4_OpenFile(LONG nPort,LPSTR sFileName);
PLAYM4_API BOOL __stdcall PlayM4_CloseFile(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_Play(LONG nPort, HWND hWnd);
PLAYM4_API BOOL __stdcall PlayM4_Stop(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_Pause(LONG nPort,DWORD nPause);
PLAYM4_API BOOL __stdcall PlayM4_Fast(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_Slow(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_OneByOne(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_SetPlayPos(LONG nPort,float fRelativePos);
PLAYM4_API float __stdcall PlayM4_GetPlayPos(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_SetFileEndMsg(LONG nPort,HWND hWnd,UINT nMsg);
PLAYM4_API BOOL __stdcall PlayM4_SetVolume(LONG nPort,WORD nVolume);
PLAYM4_API BOOL __stdcall PlayM4_StopSound();
PLAYM4_API BOOL __stdcall PlayM4_PlaySound(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_OpenStream(LONG nPort,PBYTE pFileHeadBuf,DWORD nSize,DWORD nBufPoolSize);
PLAYM4_API BOOL __stdcall PlayM4_InputData(LONG nPort,PBYTE pBuf,DWORD nSize);
PLAYM4_API BOOL __stdcall PlayM4_CloseStream(LONG nPort);
PLAYM4_API int __stdcall PlayM4_GetCaps();
PLAYM4_API DWORD __stdcall PlayM4_GetFileTime(LONG nPort);
PLAYM4_API DWORD __stdcall PlayM4_GetPlayedTime(LONG nPort);
PLAYM4_API DWORD __stdcall PlayM4_GetPlayedFrames(LONG nPort);
//23
////////////////ver 2.0 added///////////////////////////////////////
PLAYM4_API BOOL __stdcall PlayM4_SetDecCallBack(LONG nPort,void (CALLBACK* DecCBFun)(long nPort,char * pBuf,long nSize,FRAME_INFO * pFrameInfo, long nReserved1,long nReserved2));
PLAYM4_API BOOL __stdcall PlayM4_SetDisplayCallBackYUV(LONG nPort, void (CALLBACK* DisplayCBFun)(DISPLAY_INFO_YUV *pstDisplayInfo), BOOL bTrue, void* pUser);
PLAYM4_API BOOL __stdcall PlayM4_SetDisplayCallBack(LONG nPort,void (CALLBACK* DisplayCBFun)(long nPort,char * pBuf,long nSize,long nWidth,long nHeight,long nStamp,long nType,long nReserved));
PLAYM4_API BOOL __stdcall PlayM4_ConvertToBmpFile(char * pBuf,long nSize,long nWidth,long nHeight,long nType,char *sFileName);
PLAYM4_API DWORD __stdcall PlayM4_GetFileTotalFrames(LONG nPort);
PLAYM4_API DWORD __stdcall PlayM4_GetCurrentFrameRate(LONG nPort);
PLAYM4_API DWORD __stdcall PlayM4_GetPlayedTimeEx(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_SetPlayedTimeEx(LONG nPort,DWORD nTime);
PLAYM4_API DWORD __stdcall PlayM4_GetCurrentFrameNum(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_SetStreamOpenMode(LONG nPort,DWORD nMode);
PLAYM4_API DWORD __stdcall PlayM4_GetFileHeadLength();
PLAYM4_API DWORD __stdcall PlayM4_GetSdkVersion();
//11
////////////////ver 2.2 added///////////////////////////////////////
PLAYM4_API DWORD __stdcall PlayM4_GetLastError(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_RefreshPlay(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_SetOverlayMode(LONG nPort,BOOL bOverlay,COLORREF colorKey);
PLAYM4_API BOOL __stdcall PlayM4_GetPictureSize(LONG nPort,LONG *pWidth,LONG *pHeight);
PLAYM4_API BOOL __stdcall PlayM4_SetPicQuality(LONG nPort,BOOL bHighQuality);
PLAYM4_API BOOL __stdcall PlayM4_PlaySoundShare(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_StopSoundShare(LONG nPort);
//7
////////////////ver 2.4 added///////////////////////////////////////
PLAYM4_API LONG __stdcall PlayM4_GetStreamOpenMode(LONG nPort);
PLAYM4_API LONG __stdcall PlayM4_GetOverlayMode(LONG nPort);
PLAYM4_API COLORREF __stdcall PlayM4_GetColorKey(LONG nPort);
PLAYM4_API WORD __stdcall PlayM4_GetVolume(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_GetPictureQuality(LONG nPort,BOOL *bHighQuality);
PLAYM4_API DWORD __stdcall PlayM4_GetSourceBufferRemain(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_ResetSourceBuffer(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_SetSourceBufCallBack(LONG nPort,DWORD nThreShold,void (CALLBACK * SourceBufCallBack)(long nPort,DWORD nBufSize,DWORD dwUser,void*pResvered),DWORD dwUser,void *pReserved);
PLAYM4_API BOOL __stdcall PlayM4_ResetSourceBufFlag(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_SetDisplayBuf(LONG nPort,DWORD nNum);
PLAYM4_API DWORD __stdcall PlayM4_GetDisplayBuf(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_OneByOneBack(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_SetFileRefCallBack(LONG nPort, void (__stdcall *pFileRefDone)(DWORD nPort,DWORD nUser),DWORD nUser);
PLAYM4_API BOOL __stdcall PlayM4_SetCurrentFrameNum(LONG nPort,DWORD nFrameNum);
PLAYM4_API BOOL __stdcall PlayM4_GetKeyFramePos(LONG nPort,DWORD nValue, DWORD nType, PFRAME_POS pFramePos);
PLAYM4_API BOOL __stdcall PlayM4_GetNextKeyFramePos(LONG nPort,DWORD nValue, DWORD nType, PFRAME_POS pFramePos);
#if (WINVER >= 0x0400)
//Note: These funtion must be builded under win2000 or above with Microsoft Platform sdk.
// You can download the sdk from "http://www.microsoft.com/msdownload/platformsdk/sdkupdate/";
PLAYM4_API BOOL __stdcall PlayM4_InitDDrawDevice();
PLAYM4_API void __stdcall PlayM4_ReleaseDDrawDevice();
PLAYM4_API DWORD __stdcall PlayM4_GetDDrawDeviceTotalNums();
PLAYM4_API BOOL __stdcall PlayM4_SetDDrawDevice(LONG nPort,DWORD nDeviceNum);
//PLAYM4_API BOOL __stdcall PlayM4_GetDDrawDeviceInfo(DWORD nDeviceNum,LPSTR lpDriverDescription,DWORD nDespLen,LPSTR lpDriverName ,DWORD nNameLen,HMONITOR *hhMonitor);
PLAYM4_API int __stdcall PlayM4_GetCapsEx(DWORD nDDrawDeviceNum);
#endif
PLAYM4_API BOOL __stdcall PlayM4_ThrowBFrameNum(LONG nPort,DWORD nNum);
//23
////////////////ver 2.5 added///////////////////////////////////////
PLAYM4_API BOOL __stdcall PlayM4_SetDisplayType(LONG nPort,LONG nType);
PLAYM4_API long __stdcall PlayM4_GetDisplayType(LONG nPort);
//2
////////////////ver 3.0 added///////////////////////////////////////
PLAYM4_API BOOL __stdcall PlayM4_SetDecCBStream(LONG nPort,DWORD nStream);
PLAYM4_API BOOL __stdcall PlayM4_SetDisplayRegion(LONG nPort,DWORD nRegionNum, RECT *pSrcRect, HWND hDestWnd, BOOL bEnable);
PLAYM4_API BOOL __stdcall PlayM4_RefreshPlayEx(LONG nPort,DWORD nRegionNum);
#if (WINVER >= 0x0400)
//Note: The funtion must be builded under win2000 or above with Microsoft Platform sdk.
// You can download the sdk from http://www.microsoft.com/msdownload/platformsdk/sdkupdate/;
PLAYM4_API BOOL __stdcall PlayM4_SetDDrawDeviceEx(LONG nPort,DWORD nRegionNum,DWORD nDeviceNum);
#endif
//4
/////////////////v3.2 added/////////////////////////////////////////
PLAYM4_API BOOL __stdcall PlayM4_GetRefValue(LONG nPort,BYTE *pBuffer, DWORD *pSize);
PLAYM4_API BOOL __stdcall PlayM4_SetRefValue(LONG nPort,BYTE *pBuffer, DWORD nSize);
PLAYM4_API BOOL __stdcall PlayM4_OpenStreamEx(LONG nPort,PBYTE pFileHeadBuf,DWORD nSize,DWORD nBufPoolSize);
PLAYM4_API BOOL __stdcall PlayM4_CloseStreamEx(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_InputVideoData(LONG nPort,PBYTE pBuf,DWORD nSize);
PLAYM4_API BOOL __stdcall PlayM4_InputAudioData(LONG nPort,PBYTE pBuf,DWORD nSize);
PLAYM4_API BOOL __stdcall PlayM4_RegisterDrawFun(LONG nPort,void (CALLBACK* DrawFun)(long nPort,HDC hDc,LONG nUser),LONG nUser);
PLAYM4_API BOOL __stdcall PlayM4_RigisterDrawFun(LONG nPort,void (CALLBACK* DrawFun)(long nPort,HDC hDc,LONG nUser),LONG nUser);
//8
//////////////////v3.4/////////////////////////////////////////////////////
PLAYM4_API BOOL __stdcall PlayM4_SetTimerType(LONG nPort,DWORD nTimerType,DWORD nReserved);
PLAYM4_API BOOL __stdcall PlayM4_GetTimerType(LONG nPort,DWORD *pTimerType,DWORD *pReserved);
PLAYM4_API BOOL __stdcall PlayM4_ResetBuffer(LONG nPort,DWORD nBufType);
PLAYM4_API DWORD __stdcall PlayM4_GetBufferValue(LONG nPort,DWORD nBufType);
//////////////////V3.6/////////////////////////////////////////////////////////
PLAYM4_API BOOL __stdcall PlayM4_AdjustWaveAudio(LONG nPort,LONG nCoefficient);
PLAYM4_API BOOL __stdcall PlayM4_SetVerifyCallBack(LONG nPort, DWORD nBeginTime, DWORD nEndTime, void (__stdcall * funVerify)(long nPort, FRAME_POS * pFilePos, DWORD bIsVideo, DWORD nUser), DWORD nUser);
PLAYM4_API BOOL __stdcall PlayM4_SetAudioCallBack(LONG nPort, void (__stdcall * funAudio)(long nPort, char * pAudioBuf, long nSize, long nStamp, long nType, long nUser), long nUser);
PLAYM4_API BOOL __stdcall PlayM4_SetEncTypeChangeCallBack(LONG nPort,void(CALLBACK *funEncChange)(long nPort,long nUser),long nUser);
PLAYM4_API BOOL __stdcall PlayM4_SetColor(LONG nPort, DWORD nRegionNum, int nBrightness, int nContrast, int nSaturation, int nHue);
PLAYM4_API BOOL __stdcall PlayM4_GetColor(LONG nPort, DWORD nRegionNum, int *pBrightness, int *pContrast, int *pSaturation, int *pHue);
PLAYM4_API BOOL __stdcall PlayM4_SetEncChangeMsg(LONG nPort,HWND hWnd,UINT nMsg);
PLAYM4_API BOOL __stdcall PlayM4_GetOriginalFrameCallBack(LONG nPort, BOOL bIsChange,BOOL bNormalSpeed,long nStartFrameNum,long nStartStamp,long nFileHeader,void(CALLBACK *funGetOrignalFrame)(long nPort,FRAME_TYPE *frameType, long nUser),long nUser);
PLAYM4_API BOOL __stdcall PlayM4_GetFileSpecialAttr(LONG nPort, DWORD *pTimeStamp,DWORD *pFileNum ,DWORD *pReserved);
PLAYM4_API DWORD __stdcall PlayM4_GetSpecialData(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_SetCheckWatermarkCallBack(LONG nPort,void(CALLBACK* funCheckWatermark)(long nPort,WATERMARK_INFO* pWatermarkInfo,DWORD nUser),DWORD nUser);
PLAYM4_API BOOL __stdcall PlayM4_SetImageSharpen(LONG nPort,DWORD nLevel);
PLAYM4_API BOOL __stdcall PlayM4_SetDecodeFrameType(LONG nPort,DWORD nFrameType);
PLAYM4_API BOOL __stdcall PlayM4_SetPlayMode(LONG nPort,BOOL bNormal);
PLAYM4_API BOOL __stdcall PlayM4_SetOverlayFlipMode(LONG nPort,BOOL bTrue);
PLAYM4_API BOOL __stdcall PlayM4_SetOverlayPriInfoFlag(LONG nPort, DWORD nIntelType, BOOL bTrue,const char *pFontPath);
//PLAYM4_API DWORD __stdcall PlayM4_GetAbsFrameNum(LONG nPort);
//////////////////V4.7.0.0//////////////////////////////////////////////////////
////convert yuv to jpeg
PLAYM4_API BOOL __stdcall PlayM4_ConvertToJpegFile(char * pBuf,long nSize,long nWidth,long nHeight,long nType,char *sFileName);
PLAYM4_API BOOL __stdcall PlayM4_SetJpegQuality(long nQuality);
//set deflash
PLAYM4_API BOOL __stdcall PlayM4_SetDeflash(LONG nPort,BOOL bDefalsh);
//PLAYM4_API BOOL __stdcall PlayM4_SetDecCallBackEx(LONG nPort,void (CALLBACK* DecCBFun)(long nPort,char * pBuf,long nSize,FRAME_INFO * pFrameInfo, long nReserved1,long nReserved2), char* pDest, long nDestSize);
//////////////////V4.8.0.0/////////////////////////////////////////////////////////
//check discontinuous frame number as error data?
PLAYM4_API BOOL __stdcall PlayM4_CheckDiscontinuousFrameNum(LONG nPort, BOOL bCheck);
//get bmp or jpeg
PLAYM4_API BOOL __stdcall PlayM4_GetBMP(LONG nPort,PBYTE pBitmap,DWORD nBufSize,DWORD* pBmpSize);
PLAYM4_API BOOL __stdcall PlayM4_GetJPEG(LONG nPort,PBYTE pJpeg,DWORD nBufSize,DWORD* pJpegSize);
//dec call back mend
PLAYM4_API BOOL __stdcall PlayM4_SetDecCallBackMend(LONG nPort,void (CALLBACK* DecCBFun)(long nPort,char * pBuf,long nSize,FRAME_INFO * pFrameInfo, long nUser,long nReserved2), long nUser);
PLAYM4_API BOOL __stdcall PlayM4_SetSecretKey(LONG nPort, LONG lKeyType, char *pSecretKey, LONG lKeyLen);
// add by gb 2007-12-23
PLAYM4_API BOOL __stdcall PlayM4_SetFileEndCallback(LONG nPort, void(CALLBACK*FileEndCallback)(long nPort, void *pUser), void *pUser);
// add by gb 080131 version 4.9.0.1
PLAYM4_API BOOL __stdcall PlayM4_GetPort(LONG* nPort);
PLAYM4_API BOOL __stdcall PlayM4_FreePort(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_SetDisplayCallBackEx(LONG nPort,void (CALLBACK* DisplayCBFun)(DISPLAY_INFO *pstDisplayInfo), long nUser);
PLAYM4_API BOOL __stdcall PlayM4_SkipErrorData(LONG nPort, BOOL bSkip);
PLAYM4_API BOOL __stdcall PlayM4_SetDecCallBackExMend(LONG nPort, void (CALLBACK* DecCBFun)(long nPort, char* pBuf, long nSize, FRAME_INFO* pFrameInfo,
long nUser, long nReserved2), char* pDest, long nDestSize, long nUser);
//reverse play add by chenjie 110609
PLAYM4_API BOOL __stdcall PlayM4_ReversePlay(LONG nPort);
PLAYM4_API BOOL __stdcall PlayM4_GetSystemTime(LONG nPort, PLAYM4_SYSTEM_TIME *pstSystemTime);
//PLAYM4_API BOOL __stdcall PlayM4_SetDecodeERC(long nPort, unsigned int nLevel);
#ifndef PLAYM4_SESSION_INFO_TAG
#define PLAYM4_SESSION_INFO_TAG
//nProtocolType
#define PLAYM4_PROTOCOL_RTSP 1
//nSessionInfoType
#define PLAYM4_SESSION_INFO_SDP 1
typedef struct _PLAYM4_SESSION_INFO_ //交互信息结构
{
int nSessionInfoType; //交互信息类型，比如SDP，比如海康私有信息头
int nSessionInfoLen; //交互信息长度
unsigned char* pSessionInfoData; //交互信息数据
} PLAYM4_SESSION_INFO;
#endif
PLAYM4_API BOOL __stdcall PlayM4_OpenStreamAdvanced(LONG nPort, int nProtocolType, PLAYM4_SESSION_INFO* pstSessionInfo, DWORD nBufPoolSize);
#define R_ANGLE_0 -1 //不旋转
#define R_ANGLE_L90 0 //向左旋转90度
#define R_ANGLE_R90 1 //向右旋转90度
#define R_ANGLE_180 2 //旋转180度
PLAYM4_API BOOL __stdcall PlayM4_SetRotateAngle(LONG nPort, DWORD nRegionNum, DWORD dwType);
#ifndef PLAYM4_ADDITION_INFO_TAG
#define PLAYM4_ADDITION_INFO_TAG
typedef struct _PLAYM4_ADDITION_INFO_ //交互信息结构
{
BYTE* pData; //附件数据
DWORD dwDatalen; //附件数据长度
DWORD dwDataType; //数据类型
DWORD dwTimeStamp; //相对时间戳
} PLAYM4_ADDITION_INFO;
#endif
//dwGroupIndex 暂约定取值0~3，第一版本取消同步只能同个closestream处理
PLAYM4_API BOOL __stdcall PlayM4_SetSycGroup(LONG nPort, DWORD dwGroupIndex);
//暂不实现此函数，同个组设置的起始时间不一致，以最小的时间作为播放起点，同一组可只设一路
PLAYM4_API BOOL __stdcall PlayM4_SetSycStartTime(LONG nPort, PLAYM4_SYSTEM_TIME *pstSystemTime);
// 以下实现鱼眼相关的接口
#ifndef FISH_EYE_TAG
#define FISH_EYE_TAG
// 安装类型
typedef enum tagFECPlaceType
{
FEC_PLACE_WALL = 0x1, // 壁装方式 (法线水平)
FEC_PLACE_FLOOR = 0x2, // 地面安装 (法线向上)
FEC_PLACE_CEILING = 0x3, // 顶装方式 (法线向下)
}FECPLACETYPE;
typedef enum tagFECCorrectType
{
FEC_CORRECT_PTZ = 0x100, // PTZ
FEC_CORRECT_180 = 0x200, // 180度矫正 （对应2P）
FEC_CORRECT_360 = 0x300, // 360全景矫正 （对应1P）
FEC_CORRECT_LAT = 0x400 //纬度展开
}FECCORRECTTYPE;
typedef struct tagCycleParam
{
float fRadiusLeft; // 圆的最左边X坐标
float fRadiusRight; // 圆的最右边X坐标
float fRadiusTop; // 圆的最上边Y坐标
float fRadiusBottom; // 圆的最下边Y坐标
}CYCLEPARAM;
typedef struct tagPTZParam
{
float fPTZPositionX; // PTZ 显示的中心位置 X坐标
float fPTZPositionY; // PTZ 显示的中心位置 Y坐标
}PTZPARAM;
// 错误码
/*********************************************
********************************************/
// 更新标记变量定义
#define FEC_UPDATE_RADIUS 0x1
#define FEC_UPDATE_PTZZOOM 0x2
#define FEC_UPDATE_WIDESCANOFFSET 0x4
#define FEC_UPDATE_PTZPARAM 0x8
typedef struct tagFECParam
{
unsigned int nUpDateType; // 更新的类型
unsigned int nPlaceAndCorrect; // 安装方式和矫正方式，只能用于获取，SetParam的时候无效,该值表示安装方式和矫正方式的和
PTZPARAM stPTZParam; // PTZ 校正的参数
CYCLEPARAM stCycleParam; // 鱼眼图像圆心参数
float fZoom; // PTZ 显示的范围参数
float fWideScanOffset; // 180或者360度校正的偏移角度
int nResver[16]; // 保留字段
}FISHEYEPARAM;
typedef void (__stdcall * FISHEYE_CallBack )( void* pUser , unsigned int nSubPort , unsigned int nCBType , void * hDC , unsigned int nWidth , unsigned int nHeight);
#endif
// 启用鱼眼
PLAYM4_API BOOL __stdcall PlayM4_FEC_Enable(LONG nPort);
// 关闭鱼眼模块
PLAYM4_API BOOL __stdcall PlayM4_FEC_Disable(LONG nPort);
// 获取鱼眼矫正处理子端口 [1~31]
PLAYM4_API BOOL __stdcall PlayM4_FEC_GetPort(LONG nPort, unsigned int* nSubPort,FECPLACETYPE emPlaceType,FECCORRECTTYPE emCorrectType);
// 删除鱼眼矫正处理子端口
PLAYM4_API BOOL __stdcall PlayM4_FEC_DelPort(LONG nPort , unsigned int nSubPort);
// 设置鱼眼矫正参数
PLAYM4_API BOOL __stdcall PlayM4_FEC_SetParam(LONG nPort , unsigned int nSubPort , FISHEYEPARAM * pPara);
// 获取鱼眼矫正参数
PLAYM4_API BOOL __stdcall PlayM4_FEC_GetParam(LONG nPort , unsigned int nSubPort , FISHEYEPARAM * pPara);
// 设置显示窗口，可以随时切换
PLAYM4_API BOOL __stdcall PlayM4_FEC_SetWnd(LONG nPort , unsigned int nSubPort , void * hWnd);
// 设置鱼眼窗口的绘图回调
PLAYM4_API BOOL __stdcall PlayM4_FEC_SetCallBack(LONG nPort , unsigned int nSubPort , FISHEYE_CallBack cbFunc , void * pUser);
//motionflow
PLAYM4_API BOOL __stdcall PlayM4_MotionFlow(LONG nPort, DWORD dwAdjustType);
//图像增强相关
#ifndef PLAYM4_HIKVIE_TAG
#define PLAYM4_HIKVIE_TAG
typedef struct _PLAYM4_VIE_DYNPARAM_
{
int moduFlag; //启用的算法处理模块，在PLAYM4_VIE_MODULES中定义
//如 PLAYM4_VIE_MODU_ADJ | PLAYM4_VIE_MODU_EHAN
//模块启用后，必须设置相应的参数；
//PLAYM4_VIE_MODU_ADJ
int brightVal; //亮度调节值，[-255, 255]
int contrastVal; //对比度调节值，[-256, 255]
int colorVal; //饱和度调节值，[-256, 255]
//PLAYM4_VIE_MODU_EHAN
int toneScale; //滤波范围，[0, 100]
int toneGain; //对比度调节，全局对比度增益值，[-256, 255]
int toneOffset; //亮度调节，亮度平均值偏移，[-255, 255]
int toneColor; //颜色调节，颜色保真值，[-256, 255]
//PLAYM4_VIE_MODU_DEHAZE
int dehazeLevel; //去雾强度，[0, 255]
int dehazeTrans; //透射值，[0, 255]
int dehazeBright; //亮度补偿，[0, 255]
//PLAYM4_VIE_MODU_DENOISE
int denoiseLevel; //去噪强度，[0, 255]
//PLAYM4_VIE_MODU_SHARPEN
int usmAmount; //锐化强度，[0, 255]
int usmRadius; //锐化半径，[1, 15]
int usmThreshold; //锐化阈值，[0, 255]
//PLAYM4_VIE_MODU_DEBLOCK
int deblockLevel; //去块强度，[0, 100]
//PLAYM4_VIE_MODU_LENS
int lensWarp; //畸变量，[-256, 255]
int lensZoom; //缩放量，[-256, 255]
//PLAYM4_VIE_MODU_CRB
//无响应参数
} PLAYM4_VIE_PARACONFIG;
typedef enum _PLAYM4_VIE_MODULES
{
PLAYM4_VIE_MODU_ADJ = 0x00000001, //图像基本调节
PLAYM4_VIE_MODU_EHAN = 0x00000002, //局部增强模块
PLAYM4_VIE_MODU_DEHAZE = 0x00000004, //去雾模块
PLAYM4_VIE_MODU_DENOISE = 0x00000008, //去噪模块
PLAYM4_VIE_MODU_SHARPEN = 0x00000010, //锐化模块
PLAYM4_VIE_MODU_DEBLOCK = 0x00000020, //去块滤波模块
PLAYM4_VIE_MODU_CRB = 0x00000040, //色彩平衡模块
PLAYM4_VIE_MODU_LENS = 0x00000080, //镜头畸变矫正模块
}PLAYM4_VIE_MODULES;
#endif
//设置关闭/开启模块
//dwModuFlag对应PLAYM4_VIE_MODULES宏,可组合
//先设置模块开启，再设置模块参数；期间采用默认的参数;
//关闭模块后，上次设置的参数清空
//其他接口调用，必须在该接口开启模块后；否则，返回错误
PLAYM4_API BOOL __stdcall PlayM4_VIE_SetModuConfig(LONG lPort,int nModuFlag,BOOL bEnable);
//设置图像增强区域，NULL全图；超过全图，采用全图；最小区域16*16像素
//可支持设置区域，最多比较说4个，第一个版本可以只支持一个。多个区域要求不能重叠，有重叠就报错
PLAYM4_API BOOL __stdcall PlayM4_VIE_SetRegion(LONG lPort,LONG lRegNum,RECT* pRect);
//获取开启模块
PLAYM4_API BOOL __stdcall PlayM4_VIE_GetModuConfig(LONG lPort,int* pdwModuFlag);
//设置参数
//未开启模块的参数设置被忽略
PLAYM4_API BOOL __stdcall PlayM4_VIE_SetParaConfig(LONG lPort,PLAYM4_VIE_PARACONFIG* pParaConfig);
//获取开启模块的参数
PLAYM4_API BOOL __stdcall PlayM4_VIE_GetParaConfig(LONG lPort,PLAYM4_VIE_PARACONFIG* pParaConfig);
//音视频同步接口
PLAYM4_API BOOL __stdcall PlayM4_SyncToAudio(LONG nPort, BOOL bSyncToAudio);
// 私有信息模块类型
typedef enum _PLAYM4_PRIDATA_RENDER
{
PLAYM4_RENDER_ANA_INTEL_DATA = 0x00000001, //智能分析
PLAYM4_RENDER_MD = 0x00000002, //移动侦测
PLAYM4_RENDER_ADD_POS = 0x00000004, //POS信息后叠加
PLAYM4_RENDER_ADD_PIC = 0x00000008, //图片叠加
PLAYM4_RENDER_FIRE_DETCET = 0x00000010, //热成像信息
PLAYM4_RENDER_TEM = 0x00000020, //温度信息
PLAYM4_RENDER_TRACK_TEM = 0x00000040, //轨迹信息
PLAYM4_RENDER_THERMAL = 0x00000080 //废气检测和烟火屏蔽信息
}PLAYM4_PRIDATA_RENDER;
typedef enum _PLAYM4_THERMAL_FLAG
{
PLAYM4_THERMAL_FIREMASK = 0x00000001, //烟火屏蔽
PLAYM4_THERMAL_RULEGAS = 0x00000002, //规则废气检测
PLAYM4_THERMAL_TARGETGAS = 0x00000004 //目标废气检测
}PLAYM4_THERMAL_FLAG;
typedef enum _PLAYM4_FIRE_ALARM{
PLAYM4_FIRE_FRAME_DIS = 0x00000001, //火点框显示
PLAYM4_FIRE_MAX_TEMP = 0x00000002, //最高温度
PLAYM4_FIRE_MAX_TEMP_POSITION = 0x00000004, //最高温度位置显示
PLAYM4_FIRE_DISTANCE = 0x00000008, //最高温度距离}PLAYM4_FIRE_ALARM
}PLAYM4_FIRE_ALARM;
typedef enum _PLAYM4_TEM_FLAG{
PLAYM4_TEM_REGION_BOX = 0x00000001, //框测温
PLAYM4_TEM_REGION_LINE = 0x00000002, //线测温
PLAYM4_TEM_REGION_POINT = 0x00000004, //点测温}PLAYM4_TEM_FLAG
}PLAYM4_TEM_FLAG;
typedef enum _PLAYM4_TRACK_FLAG
{
PLAYM4_TRACK_PEOPLE = 0x00000001, //人轨迹
PLAYM4_TRACK_VEHICLE = 0x00000002, //车轨迹
}PLAYM4_TRACK_FLAG;
typedef struct TI_PTZ_INFO_
{
unsigned short dwDefVer; //结构体版本
unsigned short dwLength; //PTZ_info长度，以8字节为单位
DWORD dwP; //P（0~3600）
DWORD dwT; //T（0~3600）
DWORD dwZ; //Z（0~3600）
BYTE chFSMState; //跟随状态
BYTE bClearFocusState; //聚焦清晰状态（0,1）
BYTE reserved[6]; //6个字节保留
}PTZ_INFO;
// 智能信息开关
PLAYM4_API BOOL __stdcall PlayM4_RenderPrivateData(LONG nPort, int nIntelType, BOOL bTrue);
PLAYM4_API BOOL __stdcall PlayM4_RenderPrivateDataEx(LONG nPort, int nIntelType, int nSubType, BOOL bTrue);
// 加密码流回调,nType=0表示码流加密标记位发生变化就回调，nType=1表示码流有加密位发生回调
PLAYM4_API BOOL __stdcall PlayM4_SetEncryptTypeCallBack(LONG nPort, DWORD nType,
void (CALLBACK* EncryptTypeCBFun)(long nPort, ENCRYPT_INFO* pEncryptInfo, long nUser, long nReserved2), long nUser);
//lType: 1 表示获取当前显示帧PTZ信息。以特定结构体形式存储在pInfo内，plLen返回长度信息
PLAYM4_API BOOL __stdcall PlayM4_GetStreamAdditionalInfo(LONG nPort, LONG lType, BYTE* pInfo, LONG* plLen);
#endif //_PLAYM4_H_

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#ifndef DATA_TYPE_H
#define DATA_TYPE_H
#define FRAME_HEAD_MAGIC 0x03211546
#define SYSTEM_SYNC_ID 2
#ifdef __LINUX__
typedef unsigned char UCHAR;
typedef unsigned char* PBYTE;
typedef char* LPTSTR;
typedef unsigned short USHORT;
typedef int HANDLE;
typedef unsigned long ULONG;
typedef unsigned long DWORD;
#endif //#ifdef __LINUX__
typedef struct tagFrameInfo{
ULONG SyncId; /* 00000000000000000000000000010b */
ULONG Magic;
USHORT FrameType; /* I frames , P frames or BBP frames Audio frames or dsp status etc */
ULONG Length; /*lenth include this header */
ULONG FrameNumber; /* serial number of this frame */
UCHAR Breakable; /* indicate if stream breakable, you could restart new file(with PktSysHeader) if true */
/*ULONG Ack;*/
ULONG PTS; /* system clock when this frames is processed */
}TMFRAME_HEADER, *PTMFRAME_HEADER;
typedef enum {
StandardNone = 0x80000000,
StandardNTSC = 0x00000001,
StandardPAL = 0x00000002,
StandardSECAM = 0x00000004,
} VideoStandard_t;
typedef enum {
PktError = 0,
PktIFrames = 0x0001,
PktPFrames = 0x0002,
PktBBPFrames = 0x0004,
PktAudioFrames = 0x0008,
PktMotionDetection = 0x00010,
PktDspStatus = 0x00020,
PktOrigImage = 0x00040,
PktSysHeader = 0x00080,
PktBPFrames = 0x00100,
PktSFrames = 0x00200,
PktSubIFrames = 0x00400,
PktSubPFrames = 0x00800,
PktSubBBPFrames = 0x01000,
PktSubSysHeader = 0x02000
}FrameType_t;
typedef struct tagVersion{
ULONG DspVersion, DspBuildNum;
ULONG DriverVersion, DriverBuildNum;
ULONG SDKVersion, SDKBuildNum;
}VERSION_INFO, *PVERSION_INFO;
typedef enum {
ENC_CIF_FORMAT = 0,
ENC_QCIF_FORMAT = 1,
ENC_2CIF_FORMAT = 2,
ENC_4CIF_FORMAT = 3,
ENC_QQCIF_FORMAT = 4,
ENC_CIFQCIF_FORMAT =5,
ENC_CIFQQCIF_FORMAT =6,
ENC_DCIF_FORMAT =7,
ENC_VGA_FORMAT=8
}PictureFormat_t;
typedef struct tagMotionData{
PictureFormat_t PicFormat;
ULONG HorizeBlocks;
ULONG VerticalBlocks;
ULONG BlockSize;
}MOTION_DATA_HEADER, *PMOTION_DATA_HEADER;
#define _OSD_BASE 0x9000 /*base address of special character*/
#define _OSD_YEAR4 (_OSD_BASE+0) /*show year time by length of 4 , for example: 2005*/
#define _OSD_YEAR2 (_OSD_BASE+1) /*show year time by length of 2, for example: 05 */
#define _OSD_MONTH3 (_OSD_BASE+2) /*show month time in English, for example: Jan*/
#define _OSD_MONTH2 (_OSD_BASE+3) /*show month time by two Arabic numerals, for example: 07*/
#define _OSD_DAY (_OSD_BASE+4) /*show day time by two Arabic numerals, for example: 31*/
#define _OSD_WEEK3 (_OSD_BASE+5) /*show week time in English: MON～SUN*/
#define _OSD_CWEEK1 (_OSD_BASE+6) /*show week time in Chinese GB code*/
#define _OSD_HOUR24 (_OSD_BASE+7) /*show 24 hours clock: 00～23 */
#define _OSD_HOUR12 (_OSD_BASE+8) /*show 12 hours clock: 00～12*/
#define _OSD_MINUTE (_OSD_BASE+9) /*show minute time by length of 2: 00～59*/
#define _OSD_SECOND (_OSD_BASE+10) /*show second time by length of 2: 00～59*/
#define _OSD_MILISECOND (_OSD_BASE+11) /*show millisecond time by length of 3: 000~999*/
#define _OSD_APM (_OSD_BASE+14) /*show a.m. or p.m. by length of 2 bit, AM or PM*/
//For new added APIs to set OSD: SetEncoderOsdDisplayMode, SetDecoderOsdDisplayMode and SetDisplayOsdDisplayMode in v6.0 SDK, we use new basic address of special character.
#define _OSD_BASE_EX 0x90000 /*base address of special character*/
#define _OSD_YEAR4_EX (_OSD_BASE_EX+0) /*the same as _OSD_YEAR4*/
#define _OSD_YEAR2_EX (_OSD_BASE_EX+1) /*the same as _OSD_YEAR2*/
#define _OSD_MONTH3_EX (_OSD_BASE_EX+2) /*the same as _OSD_MONTH3*/
#define _OSD_MONTH2_EX (_OSD_BASE_EX+3) /*the same as _OSD_MONTH2*/
#define _OSD_DAY_EX (_OSD_BASE_EX+4) /*the same as _OSD_DAY*/
#define _OSD_WEEK3_EX (_OSD_BASE_EX+5) /*the same as _OSD_WEEK3*/
#define _OSD_CWEEK1_EX (_OSD_BASE_EX+6) /*the same as _OSD_CWEEK1*/
#define _OSD_HOUR24_EX (_OSD_BASE_EX+7) /*the same as _OSD_HOUR24*/
#define _OSD_HOUR12_EX (_OSD_BASE_EX+8) /*the same as _OSD_HOUR12*/
#define _OSD_MINUTE_EX (_OSD_BASE_EX+9) /*the same as _OSD_MINUTE*/
#define _OSD_SECOND_EX (_OSD_BASE_EX+10) /*the same as _OSD_SECOND*/
#define _OSD_MILISECOND_EX (_OSD_BASE_EX+11) /*the same as _OSD_MILISECOND*/
#define _OSD_APM_EX (_OSD_BASE_EX+14) /*the same as _OSD_APM*/
#endif

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///////////////////////////////////////////////////////////////////////////
// DS-40xxHC/HF BOARD SYSTEM SDK //
///////////////////////////////////////////////////////////////////////////
#ifndef DECODECARD_SDK_H
#define DECODECARD_SDK_H
#include "datatype.h"
#define DLLEXPORT_API extern "C" __declspec(dllexport)
#define ERR_WAIT_TIMEOUT 0xc0000001
#define ERR_INVALID_HANDLE 0xc0000002
#define ERR_INVALID_ARGUMENT 0xc0000003
#define ERR_DDRAW_CREATE_FAILED 0xc0000004
#define ERR_DDRAW_CAPS_FAULT 0xc0000005
#define ERR_SET_COOPERATIVELEVEL_FAILED 0xc0000006
#define ERR_PRIMARY_SURFACE_CREATE_FAILED 0xc0000007
#define ERR_GET_OVERLAY_ADDRESS_FAILED 0xc0000008
#define ERR_OVERLAY_SURFACE_CREATE_FAILED 0xc0000009
#define ERR_OVERLAY_UPDATE_FAILED 0xc000000a
#define ERR_TMMAN_FAILURE 0xc000000b
#define ERR_CHANNELMAGIC_MISMATCH 0xc000000c
#define ERR_CALLBACK_REGISTERED 0xc000000d
#define ERR_QUEUE_OVERFLOW 0xc000000e
#define ERR_STREAM_THREAD_FAILURE 0xc000000f
#define ERR_THREAD_STOP_ERROR 0xc0000010
#define ERR_NOT_SUPPORT 0xc0000011
#define ERR_OUTOF_MEMORY 0xc0000012
#define ERR_DSP_BUSY 0xc0000013
#define ERR_DATA_ERROR 0xc0000014
#define ERR_KERNEL 0xc0000016
#define ERR_OFFSCREEN_CREATE_FAILED 0xc0000017
#define ERR_MULTICLOCK_FAILURE 0xc0000018
#define ERR_INVALID_DEVICE 0xc0000019
#define ERR_INVALID_DRIVER 0xc000001a
//error code for MD card
#define HWERR_SUCCESS 0
#define HWERR_ALLOCATE_MEMORY 0xc1000001
#define HWERR_INVALID_HANDLE 0xc1000002
#define HWERR_DDRAW_CREATE_FAILED 0xc1000003
#define HWERR_DDRAW_CAPS_FAULT 0xc1000004
#define HWERR_SET_COOPERATIVELEVEL_FAILED 0xc1000005
#define HWERR_PRIMARY_SURFACE_CREATE_FAILED 0xc1000006
#define HWERR_OVERLAY_CREATE_FAILED 0xc1000007
#define HWERR_GET_OVERLAY_ADDRESS_FAILED 0xc1000008
#define HWERR_OVERLAY_UPDATE_FAILED 0xc1000009
#define HWERR_SURFACE_NULL 0xc100000a
#define HWERR_FILEHEADER_UNKNOWN 0xc100000b
#define HWERR_CREATE_FILE_FAILED 0xc100000c
#define HWERR_FILE_SIZE_ZERO 0xc100000d
#define HWERR_FILE_SIZE_INVALID 0xc100000d
#define HWERR_CREATE_OBJ_FAILED 0xc100000e
#define HWERR_CHANNELMAGIC_MISMATCH 0xc100000f
#define HWERR_PARA_OVER 0xc1000010
#define HWERR_ORDER 0xc1000011
#define HWERR_COMMAND 0xc1000012
#define HWERR_UNSUPPORTED 0xc1000013
#define HWERR_DSPOPEN 0xc1000014
#define HWERR_DSPLOAD 0xc1000015
#define HWERR_ALLOCATE_DSPMEMORY 0xc1000016
#define HWERR_DSPCHECHER 0xc1000017
#define HWERR_IMGFILE_UNKNOWN 0xc1000018
#define HWERR_INVALID_FILE 0xc1000019
//standart
#define HW_PAL 2
#define HW_NTSC 1
//jump direction
#define HW_JUMP_FORWARD 309
#define HW_JUMP_BACKWARD 310
typedef enum tagTypeVideoFormat
{
vdfRGB8A_233 = 0x00000001,
vdfRGB8R_332 = 0x00000002,
vdfRGB15Alpha = 0x00000004,
vdfRGB16 = 0x00000008,
vdfRGB24 = 0x00000010,
vdfRGB24Alpha = 0x00000020,
vdfYUV420Planar = 0x00000040,
vdfYUV422Planar = 0x00000080,
vdfYUV411Planar = 0x00000100,
vdfYUV420Interspersed = 0x00000200,
vdfYUV422Interspersed = 0x00000400,
vdfYUV411Interspersed = 0x00000800,
vdfYUV422Sequence = 0x00001000, /* U0, Y0, V0, Y1: For VO overlay */
vdfYUV422SequenceAlpha = 0x00002000,
/* U0, Y0, V0, Y1: For VO overlay, with low bit for alpha blending */
vdfMono = 0x00004000, /* 8 bit monochrome */
vdfYUV444Planar = 0x00008000,
}TypeVideoFormat;
typedef enum _BitrateControlType_t
{
brCBR = 0,
brVBR = 1,
}BitrateControlType_t;
typedef enum _BOARD_TYPE_DS
{
DS400XM =0,
DS400XH =1,
DS4004HC =2,
DS4008HC =3,
DS4016HC =4,
DS4001HF =5,
DS4004HF =6,
DS4002MD =7,
DS4004MD =8, //4004MD
DS4016HCS =9, //4016HCS
DS4002HT =10, //4002HT
DS4004HT =11, //4004HT
DS4008HT =12, //4008HT
DS4004HC_PLUS =13, //4004HC+
DS4008HC_PLUS =14, //4008HC+
DS4016HC_PLUS =15, //4016HC+
DS4008HF =16, //4008HF
DS4008MD =17, //4008MD
DS4008HS =18, //4008HS
DS4016HS =19, //4016HS
INVALID_BOARD_TYPE =0xffffffff,
}BOARD_TYPE_DS;
#define STREAM_TYPE_VIDEO 1
#define STREAM_TYPE_AUDIO 2
#define STREAM_TYPE_AVSYNC 3
#define DRAWFUN(x) void (CALLBACK* x)(long nPort,HDC hDc,LONG nUser)
typedef void (*LOGRECORD_CALLBACK)(char *str, void *context);
typedef int (*STREAM_READ_CALLBACK)(ULONG channelNumber, void *context);
typedef int (*STREAM_DIRECT_READ_CALLBACK)(ULONG channelNumber,void *DataBuf,DWORD Length,int FrameType,void *context);
typedef struct tagChannelCapability{
UCHAR bAudioPreview;
UCHAR bAlarmIO;
UCHAR bWatchDog;
}CHANNEL_CAPABILITY, *PCHANNEL_CAPABILITY;
typedef struct tagFramsStatistics{
ULONG VideoFrames;
ULONG AudioFrames;
ULONG FramesLost;
ULONG QueueOverflow;
ULONG CurBps;
}FRAMES_STATISTICS, *PFRAMES_STATISTICS;
DLLEXPORT_API int __stdcall InitDSPs();
DLLEXPORT_API int __stdcall DeInitDSPs();
DLLEXPORT_API HANDLE __stdcall ChannelOpen(int ChannelNum);
DLLEXPORT_API int __stdcall ChannelClose(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall GetTotalChannels();
DLLEXPORT_API int __stdcall GetTotalDSPs();
DLLEXPORT_API int __stdcall StartVideoPreview(HANDLE hChannelHandle,HWND WndHandle, RECT *rect, BOOLEAN bOverlay, int VideoFormat, int FrameRate);
DLLEXPORT_API int __stdcall StopVideoPreview(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetVideoPara(HANDLE hChannelHandle, int Brightness, int Contrast, int Saturation, int Hue);
DLLEXPORT_API int __stdcall GetVideoPara(HANDLE hChannelHandle, VideoStandard_t *VideoStandard, int *Brightness, int *Contrast, int *Saturation, int *Hue);
DLLEXPORT_API int __stdcall GetVideoSignal(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall GetSDKVersion(PVERSION_INFO VersionInfo);
DLLEXPORT_API int __stdcall GetCapability(HANDLE hChannelHandle, CHANNEL_CAPABILITY *Capability);
DLLEXPORT_API int __stdcall GetLastErrorNum(HANDLE hChannelHandle, ULONG *DspError, ULONG *SdkError);
DLLEXPORT_API int __stdcall SetStreamType(HANDLE hChannelHandle, USHORT Type);
DLLEXPORT_API int __stdcall GetStreamType(HANDLE hChannelHandle, USHORT *StreamType);
DLLEXPORT_API int __stdcall GetFramesStatistics(HANDLE hChannelHandle, PFRAMES_STATISTICS framesStatistics);
DLLEXPORT_API int __stdcall StartMotionDetection(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall GetBoardInfo(HANDLE hChannelHandle, ULONG *BoardType, UCHAR *SerialNo);
DLLEXPORT_API int __stdcall StopMotionDetection(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall GetOriginalImage(HANDLE hChannelHandle, UCHAR *ImageBuf, ULONG *Size);
DLLEXPORT_API int __stdcall RegisterLogRecordCallback(LOGRECORD_CALLBACK LogRecordFunc, void *Context);
DLLEXPORT_API int __stdcall SetAudioPreview(HANDLE hChannelHandle, BOOL bEnable);
DLLEXPORT_API int __stdcall ReadStreamData(HANDLE hChannelHandle, void *DataBuf, DWORD *Length, int *FrameType);
DLLEXPORT_API int __stdcall RegisterMessageNotifyHandle(HWND hWnd, UINT MessageId);
DLLEXPORT_API int __stdcall StartVideoCapture(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall StopVideoCapture(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetIBPMode(HANDLE hChannelHandle, int KeyFrameIntervals, int BFrames, int PFrames, int FrameRate);
DLLEXPORT_API int __stdcall SetDefaultQuant(HANDLE hChannelHandle, int IQuantVal, int PQuantVal, int BQuantVal);
DLLEXPORT_API int __stdcall SetOsd(HANDLE hChannelHandle, BOOL Enable);
DLLEXPORT_API int __stdcall SetLogo(HANDLE hChannelHandle, int x, int y, int w, int h, unsigned char *yuv);
DLLEXPORT_API int __stdcall StopLogo(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetupMotionDetection(HANDLE hChannelHandle, RECT *RectList, int iAreas);
DLLEXPORT_API int __stdcall MotionAnalyzer(HANDLE hChannelHandle, char *MotionData, int iThreshold, int *iResult);
DLLEXPORT_API int __stdcall LoadYUVFromBmpFile(char *FileName, unsigned char *yuv, int BufLen, int *Width, int *Height);
DLLEXPORT_API int __stdcall SaveYUVToBmpFile(char *FileName, unsigned char *yuv, int Width, int Height);
DLLEXPORT_API int __stdcall CaptureIFrame(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall RegisterStreamReadCallback(STREAM_READ_CALLBACK StreamReadCallback, void *Context);
DLLEXPORT_API int __stdcall AdjustMotionDetectPrecision(HANDLE hChannelHandle,
int iGrade, int iFastMotionDetectFps,
int iSlowMotionDetectFps);
DLLEXPORT_API int __stdcall SetupBitrateControl(HANDLE hChannelHandle, ULONG MaxBps);
DLLEXPORT_API int __stdcall SetOverlayColorKey(COLORREF DestColorKey);
DLLEXPORT_API int __stdcall SetOsdDisplayMode(HANDLE hChannelHandle, int Brightness, BOOL Translucent, int parameter, USHORT *Format1, USHORT *Format2);
DLLEXPORT_API int __stdcall SetLogoDisplayMode(HANDLE hChannelHandle, COLORREF ColorKey, BOOL Translucent, int TwinkleInterval);
DLLEXPORT_API int __stdcall SetEncoderPictureFormat(HANDLE hChannelHandle, PictureFormat_t PictureFormat);
DLLEXPORT_API int __stdcall SetVideoStandard(HANDLE hChannelHandle, VideoStandard_t VideoStandard);
DLLEXPORT_API int __stdcall RestoreOverlay();
DLLEXPORT_API int __stdcall ResetDSP(int DspNumber);
DLLEXPORT_API int __stdcall GetSoundLevel(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetBitrateControlMode(HANDLE hChannelHandle, BitrateControlType_t brc);
DLLEXPORT_API int __stdcall SetupNotifyThreshold(HANDLE hChannelHandle, int iFramesThreshold);
DLLEXPORT_API int __stdcall SetupSubChannel(HANDLE hChannelHandle, int iSubChannel);
DLLEXPORT_API int __stdcall GetSubChannelStreamType(void *DataBuf, int FrameType);
//add for HC/HF
DLLEXPORT_API int __stdcall RegisterStreamDirectReadCallback(STREAM_DIRECT_READ_CALLBACK StreamDirectReadCallback,void *Context);
DLLEXPORT_API int __stdcall RegisterDrawFun(DWORD nport, DRAWFUN(DrawFun),LONG nUser);
DLLEXPORT_API int __stdcall SetupMask(HANDLE hChannelHandle, RECT *rectList, int iAreas);
DLLEXPORT_API int __stdcall StopMask(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetSubEncoderPictureFormat(HANDLE hChannelHandle, PictureFormat_t PictureFormat);
DLLEXPORT_API int __stdcall StartSubVideoCapture(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall StopSubVideoCapture(HANDLE hChannelHandle);
DLLEXPORT_API int __stdcall SetupDateTime(HANDLE hChannelHandle, SYSTEMTIME *now);
/*
以下为1.7版本新增的功能。
以后可能会根据用户的反馈进行修改和完善。
*/
//原始图像流设置
typedef void (*IMAGE_STREAM_CALLBACK)(UINT channelNumber,void *context );
DLLEXPORT_API int __stdcall SetImageStream(HANDLE hChannel,BOOL bStart,UINT fps,UINT width,UINT height,unsigned char *imageBuffer);
DLLEXPORT_API int __stdcall RegisterImageStreamCallback(IMAGE_STREAM_CALLBACK,void *context);
/*
设置视频输入位置：
(x,y)为系统所处理图像的左上角在摄像机输入的原始图像中的坐标。
x必须为2的整数倍。
(x,y)坐标的参数范围和摄像机的型号有关，如果指定的值和摄像机的输入不匹配，
可能会导致图像静止或水平、垂直方向滚动。
*/
DLLEXPORT_API int __stdcall SetInputVideoPosition(HANDLE hChannel,UINT x,UINT y);
DLLEXPORT_API int __stdcall StopRegisterDrawFun(DWORD nport);
/*
3.0
*/
#define SERIAL_NUMBER_LENGTH 12 //板卡序列号长度
typedef struct tagDS_BOARD_DETAIL
{
BOARD_TYPE_DS type; //板卡类型
BYTE sn[16]; //序列号
UINT dspCount; //板卡包含的DSP个数
UINT firstDspIndex; //板卡上第一个DSP的索引
UINT encodeChannelCount; //板卡包含的编码通道个数
UINT firstEncodeChannelIndex; //板卡上第一个编码通道的索引
UINT decodeChannelCount; //板卡包含的解码通道个数
UINT firstDecodeChannelIndex; //板卡上第一个解码通道的索引
UINT displayChannelCount; //板卡包含的视频输出通道个数
UINT firstDisplayChannelIndex; //板卡上第一个视频输出通道的索引
UINT reserved1;
UINT reserved2;
UINT reserved3;
UINT reserved4;
}DS_BOARD_DETAIL;
typedef struct tagDSP_DETAIL
{
UINT encodeChannelCount; //板卡包含的编码通道个数
UINT firstEncodeChannelIndex; //板卡上第一个编码通道的索引
UINT decodeChannelCount; //板卡包含的解码通道个数
UINT firstDecodeChannelIndex; //板卡上第一个解码通道的索引
UINT displayChannelCount; //板卡包含的视频输出通道个数
UINT firstDisplayChannelIndex; //板卡上第一个视频输出通道的索引
UINT reserved1;
UINT reserved2;
UINT reserved3;
UINT reserved4;
}DSP_DETAIL;
DLLEXPORT_API unsigned int __stdcall GetBoardCount();
DLLEXPORT_API int __stdcall GetBoardDetail(UINT boardNum,DS_BOARD_DETAIL *pBoardDetail);
DLLEXPORT_API unsigned int __stdcall GetDspCount();
DLLEXPORT_API int __stdcall GetDspDetail(UINT dspNum,DSP_DETAIL *pDspDetail);
DLLEXPORT_API unsigned int __stdcall GetEncodeChannelCount();
DLLEXPORT_API unsigned int __stdcall GetDecodeChannelCount();
DLLEXPORT_API unsigned int __stdcall GetDisplayChannelCount();
DLLEXPORT_API int __stdcall SetDefaultVideoStandard(VideoStandard_t VideoStandard);
DLLEXPORT_API int __stdcall SetVideoDetectPrecision(HANDLE hChannel,unsigned int value);
DLLEXPORT_API int __stdcall SetSubStreamType(HANDLE hChannelHandle, USHORT Type);
DLLEXPORT_API int __stdcall GetSubStreamType(HANDLE hChannelHandle, USHORT *StreamType);
#define MAX_DISPLAY_REGION 16
typedef struct tagREGION_PARAM
{
UINT left;
UINT top;
UINT width;
UINT height;
COLORREF color;
UINT param;
}REGION_PARAM;
DLLEXPORT_API int __stdcall SetDisplayStandard(UINT nDisplayChannel,VideoStandard_t VideoStandard);
DLLEXPORT_API int __stdcall SetDisplayRegion(UINT nDisplayChannel,UINT nRegionCount,REGION_PARAM *pParam,UINT nReserved);
DLLEXPORT_API int __stdcall ClearDisplayRegion(UINT nDisplayChannel,UINT nRegionFlag);
DLLEXPORT_API int __stdcall SetDisplayRegionPosition(UINT nDisplayChannel,UINT nRegion,UINT nLeft,UINT nTop);
DLLEXPORT_API int __stdcall FillDisplayRegion(UINT nDisplayChannel,UINT nRegion,unsigned char *pImage);
DLLEXPORT_API int __stdcall SetEncoderVideoExtOutput(UINT nEncodeChannel,UINT nPort,BOOL bOpen,UINT nDisplayChannel,UINT nDisplayRegion,UINT nReserved);
DLLEXPORT_API int __stdcall SetDecoderVideoExtOutput(UINT nDecodeChannel,UINT nPort,BOOL bOpen,UINT nDisplayChannel,UINT nDisplayRegion,UINT nReserved);
DLLEXPORT_API int __stdcall SetDecoderVideoOutput(UINT nDecodeChannel,UINT nPort,BOOL bOpen,UINT nDisplayChannel,UINT nDisplayRegion,UINT nReserved);
DLLEXPORT_API int __stdcall SetDecoderAudioOutput(UINT nDecodeChannel,BOOL bOpen,UINT nOutputChannel);
//3.1
DLLEXPORT_API int __stdcall SetDeInterlace(HANDLE hChannelHandle,UINT mode,UINT level);
DLLEXPORT_API int __stdcall SetPreviewOverlayMode(BOOL bTrue);
//DECODE functions for DS4002MD
#if defined( _WINDLL)
#define PLAYER_API extern "C"__declspec(dllexport)
#else
#define PLAYER_API extern "C" __declspec(dllimport)
#endif
typedef struct tagDISPLAY_PARA
{
long bToScreen;
long bToVideoOut;
long nLeft;
long nTop;
long nWidth;
long nHeight;
long nReserved;
}DISPLAY_PARA,*PDISPLAY_PARA;
//Version info
typedef struct tagVERSION{
ULONG DspVersion, DspBuildNum;
ULONG DriverVersion, DriverBuildNum;
ULONG SDKVersion, SDKBuildNum;
}HW_VERSION, *PHW_VERSION;
//init part
PLAYER_API int __stdcall HW_InitDirectDraw(HWND hParent,COLORREF colorKey);
PLAYER_API int __stdcall HW_ReleaseDirectDraw();
PLAYER_API int __stdcall HW_InitDecDevice(long *pDeviceTotal);
PLAYER_API int __stdcall HW_ReleaseDecDevice();
PLAYER_API int __stdcall HW_ChannelOpen(long nChannelNum,HANDLE* phChannel);
PLAYER_API int __stdcall HW_ChannelClose(HANDLE hChannel);
//open part
PLAYER_API int __stdcall HW_OpenStream(HANDLE hChannel,PBYTE pFileHeadBuf,DWORD nSize);
DLLEXPORT_API int __stdcall HW_ResetStream(HANDLE hChannel);
PLAYER_API int __stdcall HW_CloseStream(HANDLE hChannel);
PLAYER_API int __stdcall HW_InputData(HANDLE hChannel,PBYTE pBuf,DWORD nSize);
PLAYER_API int __stdcall HW_OpenFile(HANDLE hChannel,LPTSTR sFileName);
PLAYER_API int __stdcall HW_CloseFile(HANDLE hChannel);
//play part
PLAYER_API int __stdcall HW_SetDisplayPara(HANDLE hChannel,DISPLAY_PARA *pPara);
PLAYER_API int __stdcall HW_Play(HANDLE hChannel);
PLAYER_API int __stdcall HW_Stop(HANDLE hChannel);
PLAYER_API int __stdcall HW_Pause(HANDLE hChannel,ULONG bPause);
//sound part
PLAYER_API int __stdcall HW_PlaySound(HANDLE hChannel);
PLAYER_API int __stdcall HW_StopSound(HANDLE hChannel);
PLAYER_API int __stdcall HW_SetVolume(HANDLE hChannel,ULONG nVolume);
//overlay part
PLAYER_API int __stdcall HW_RefreshSurface();
PLAYER_API int __stdcall HW_RestoreSurface();
PLAYER_API int __stdcall HW_ClearSurface();
PLAYER_API int __stdcall HW_ZoomOverlay(RECT* pSrcClientRect, RECT* pDecScreenRect);
//cut file
PLAYER_API int __stdcall HW_StartCapFile(HANDLE hChannel,LPTSTR sFileName);
PLAYER_API int __stdcall HW_StopCapFile(HANDLE hChannel);
//capture picture
PLAYER_API int __stdcall HW_GetYV12Image(HANDLE hChannel, PBYTE pBuffer, ULONG nSize);
PLAYER_API int __stdcall HW_GetPictureSize(HANDLE hChannel,ULONG* pWidth, ULONG* pHeight);
PLAYER_API int __stdcall HW_ConvertToBmpFile(BYTE * pBuf,ULONG nSize,ULONG nWidth,ULONG nHeight,char *sFileName,ULONG nReserved);
//setting and getting part
PLAYER_API int __stdcall HW_Jump(HANDLE hChannel,ULONG nDirection);
PLAYER_API int __stdcall HW_SetJumpInterval(HANDLE hChannel,ULONG nSecond);
PLAYER_API int __stdcall HW_GetSpeed(HANDLE hChannel,long *pSpeed);
PLAYER_API int __stdcall HW_SetSpeed(HANDLE hChannel,long nSpeed);
PLAYER_API int __stdcall HW_SetPlayPos(HANDLE hChannel,ULONG nPos);
PLAYER_API int __stdcall HW_GetPlayPos(HANDLE hChannel,ULONG* pPos);
PLAYER_API int __stdcall HW_GetVersion(PHW_VERSION pVersion);
PLAYER_API int __stdcall HW_GetCurrentFrameRate(HANDLE hChannel,ULONG* pFrameRate);
PLAYER_API int __stdcall HW_GetCurrentFrameNum(HANDLE hChannel,ULONG* pFrameNum);
PLAYER_API int __stdcall HW_GetFileTotalFrames(HANDLE hChannel,ULONG* pTotalFrames);
PLAYER_API int __stdcall HW_GetFileTime(HANDLE hChannel, ULONG* pFileTime);
PLAYER_API int __stdcall HW_GetCurrentFrameTime(HANDLE hChannel,ULONG* pFrameTime);
PLAYER_API int __stdcall HW_GetPlayedFrames(HANDLE hChannel,ULONG *pDecVFrames);
PLAYER_API int __stdcall HW_GetDeviceSerialNo(HANDLE hChannel,ULONG *pDeviceSerialNo);
PLAYER_API int __stdcall HW_SetFileEndMsg(HANDLE hChannel,HWND hWnd,UINT nMsg);
PLAYER_API int __stdcall HW_SetStreamOpenMode(HANDLE hChannel,ULONG nMode);
PLAYER_API int __stdcall HW_GetStreamOpenMode(HANDLE hChannel,ULONG *pMode);
PLAYER_API int __stdcall HW_SetVideoOutStandard(HANDLE hChannel,ULONG nStandard);
PLAYER_API int __stdcall HW_SetDspDeadlockMsg(HWND hWnd,UINT nMsg);
PLAYER_API int __stdcall HW_GetChannelNum(long nDspNum,long *pChannelNum,ULONG nNumsToGet,ULONG * pNumsGotten);
PLAYER_API int __stdcall HW_ResetDsp(long nDspNum);
PLAYER_API int __stdcall HW_SetAudioPreview(HANDLE hChannel, BOOL bEnable);
//////////////////////////////////////////////
PLAYER_API int __stdcall HW_OpenStreamEx(HANDLE hChannel,PBYTE pFileHeadBuf,DWORD nSize);
PLAYER_API int __stdcall HW_CloseStreamEx(HANDLE hChannel);
PLAYER_API int __stdcall HW_InputVideoData(HANDLE hChannel,PBYTE pBuf,DWORD nSize);
PLAYER_API int __stdcall HW_InputAudioData(HANDLE hChannel,PBYTE pBuf,DWORD nSize);
//4.0
PLAYER_API int __stdcall SetOsdDisplayModeEx(HANDLE hChannelHandle,int color,BOOL Translucent,int param,int nLineCount,USHORT **Format);
typedef void (*MOTION_DETECTION_CALLBACK)(ULONG channelNumber,BOOL bMotionDetected,void *context);
PLAYER_API int __stdcall SetupMotionDetectionEx(HANDLE hChannelHandle,int iGrade,int iFastMotionDetectFps,
int iSlowMotionDetectFps,UINT delay,RECT *RectList, int iAreas,
MOTION_DETECTION_CALLBACK MotionDetectionCallback,int reserved);
PLAYER_API int __stdcall GetJpegImage(HANDLE hChannelHandle,UCHAR *ImageBuf,ULONG *Size,UINT nQuality);
//WatchDog
PLAYER_API int __stdcall SetWatchDog(UINT boardNumber,BOOL bEnable);
//4.1
typedef void (*FILE_REF_DONE_CALLBACK)(UINT nChannel,UINT nSize);
PLAYER_API int __stdcall HW_SetFileRef(HANDLE hChannel,BOOL bEnable,FILE_REF_DONE_CALLBACK FileRefDoneCallback);
PLAYER_API int __stdcall HW_LocateByAbsoluteTime(HANDLE hChannel,SYSTEMTIME time);
PLAYER_API int __stdcall HW_LocateByFrameNumber(HANDLE hChannel,UINT frmNum);
PLAYER_API int __stdcall HW_GetCurrentAbsoluteTime(HANDLE hChannel,SYSTEMTIME *pTime);
PLAYER_API int __stdcall HW_GetFileAbsoluteTime(HANDLE hChannel,SYSTEMTIME *pStartTime,SYSTEMTIME *pEndTime);
//4.2
DLLEXPORT_API int __stdcall HW_ImportFileRef(HANDLE hChannel,char *pBuffer,UINT nSize);
DLLEXPORT_API int __stdcall HW_ExportFileRef(HANDLE hChannel,char *pBuffer,UINT nSize);
DLLEXPORT_API int __stdcall SetDisplayVideoCapture(UINT nDisplayChannel,BOOL bStart,UINT fps,UINT width,UINT height,unsigned char *imageBuffer);
DLLEXPORT_API int __stdcall RegisterDisplayVideoCaptureCallback(IMAGE_STREAM_CALLBACK DisplayVideoCaptureCallback,void *context);
DLLEXPORT_API int __stdcall SetDisplayVideoBrightness(UINT chan,int Brightness);
DLLEXPORT_API int __stdcall SetChannelStreamCRC(HANDLE hChannel,BOOL bEnable);
DLLEXPORT_API int __stdcall SetSubChannelStreamCRC(HANDLE hChannel,BOOL bEnable);
DLLEXPORT_API int __stdcall HW_SetDecoderPostProcess(HANDLE hChannel,UINT param);
//
typedef void (*DECODER_VIDEO_CAPTURE_CALLBACK)(UINT nChannelNumber,void *DataBuf,UINT width,UINT height,UINT nFrameNum,UINT nFrameTime,SYSTEMTIME *pFrameAbsoluteTime,void *context);
DLLEXPORT_API int __stdcall RegisterDecoderVideoCaptureCallback(DECODER_VIDEO_CAPTURE_CALLBACK DecoderVideoCaptureCallback,void *context);
DLLEXPORT_API int __stdcall HW_SetDecoderVideoCapture(HANDLE hChannel,BOOL bStart,UINT param);
DLLEXPORT_API int __stdcall HW_InputDataByFrame(HANDLE hChannel,PBYTE pBuf,DWORD nSize);
/*
人脸检测接口:仅供测试、评估，以后可能会做修改。
*/
typedef struct
{
short x,y,width,height;
}FACE_AREA_DEMO;
typedef struct
{
FACE_AREA_DEMO faceArea;
FACE_AREA_DEMO leftEyeArea;
FACE_AREA_DEMO rightEyeArea;
FACE_AREA_DEMO leftPupilArea;
FACE_AREA_DEMO rightPupilArea;
FACE_AREA_DEMO noseArea;
FACE_AREA_DEMO mouthArea;
}FACE_INFO_DEMO;
typedef void (*FACE_DETECTION_DEMO_CALLBACK)(UINT nChannel,UINT nFaceCount,FACE_INFO_DEMO *pFaceInfo,
char *pData,UINT nDataSize,UINT nImageWidth,UINT nImageHeight);
DLLEXPORT_API int __stdcall SetFaceDetectionDemo(HANDLE hChannelHandle,BOOL bEnable,
UINT nFrameInterval,FACE_DETECTION_DEMO_CALLBACK pFunc,
BOOL bCompress,UINT nCompressQuality,BOOL bLocateEyePos);
#endif

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#ifndef __LINUX_PLAYM4_H__
#define __LINUX_PLAYM4_H__
#ifdef __cplusplus
extern "C"
{
#endif
typedef unsigned int PLAYM4_HWND;
typedef void * PLAYM4_HWNDEX;
typedef void * PLAYM4_HDC;
#define PLAYM4_API
#define __stdcall
#ifndef CALLBACK
#define CALLBACK
#endif
//Max channel numbers
#define PLAYM4_MAX_SUPPORTS 500
//Wave coef range;
#define MIN_WAVE_COEF -100
#define MAX_WAVE_COEF 100
//Timer type
#define TIMER_1 1 //Only 16 timers for every process.Default TIMER;
#define TIMER_2 2 //Not limit;But the precision less than TIMER_1;
//BUFFER AND DATA TYPE
#define BUF_VIDEO_SRC (1) //mixed input,total src buffer size;splited input,video src buffer size
#define BUF_AUDIO_SRC (2) //mixed input,not defined;splited input,audio src buffer size
#define BUF_VIDEO_RENDER (3) //video render node count or node cout for decoded data
#define BUF_AUDIO_RENDER (4) //audio render node count
#define BUF_VIDEO_DECODED (5) //video decoded node count to render
#define BUF_AUDIO_DECODED (6) //audio decoded node count to render
//Error code
#define PLAYM4_NOERROR 0 //no error
#define PLAYM4_PARA_OVER 1 //input parameter is invalid;
#define PLAYM4_ORDER_ERROR 2 //The order of the function to be called is error.
#define PLAYM4_TIMER_ERROR 3 //Create multimedia clock failed;
#define PLAYM4_DEC_VIDEO_ERROR 4 //Decode video data failed.
#define PLAYM4_DEC_AUDIO_ERROR 5 //Decode audio data failed.
#define PLAYM4_ALLOC_MEMORY_ERROR 6 //Allocate memory failed.
#define PLAYM4_OPEN_FILE_ERROR 7 //Open the file failed.
#define PLAYM4_CREATE_OBJ_ERROR 8 //Create thread or event failed
//#define PLAYM4_CREATE_DDRAW_ERROR 9 //Create DirectDraw object failed.
//#define PLAYM4_CREATE_OFFSCREEN_ERROR 10 //failed when creating off-screen surface.
#define PLAYM4_BUF_OVER 11 //buffer is overflow
#define PLAYM4_CREATE_SOUND_ERROR 12 //failed when creating audio device.
#define PLAYM4_SET_VOLUME_ERROR 13 //Set volume failed
#define PLAYM4_SUPPORT_FILE_ONLY 14 //The function only support play file.
#define PLAYM4_SUPPORT_STREAM_ONLY 15 //The function only support play stream.
#define PLAYM4_SYS_NOT_SUPPORT 16 //System not support.
#define PLAYM4_FILEHEADER_UNKNOWN 17 //No file header.
#define PLAYM4_VERSION_INCORRECT 18 //The version of decoder and encoder is not adapted.
#define PLAYM4_INIT_DECODER_ERROR 19 //Initialize decoder failed.
#define PLAYM4_CHECK_FILE_ERROR 20 //The file data is unknown.
#define PLAYM4_INIT_TIMER_ERROR 21 //Initialize multimedia clock failed.
#define PLAYM4_BLT_ERROR 22 //Display failed.
//#define PLAYM4_UPDATE_ERROR 23 //Update failed.
#define PLAYM4_OPEN_FILE_ERROR_MULTI 24 //openfile error, streamtype is multi
#define PLAYM4_OPEN_FILE_ERROR_VIDEO 25 //openfile error, streamtype is video
#define PLAYM4_JPEG_COMPRESS_ERROR 26 //JPEG compress error
#define PLAYM4_EXTRACT_NOT_SUPPORT 27 //Don't support the version of this file.
#define PLAYM4_EXTRACT_DATA_ERROR 28 //extract video data failed.
#define PLAYM4_SECRET_KEY_ERROR 29 //Secret key is error //add 20071218
#define PLAYM4_DECODE_KEYFRAME_ERROR 30 //add by hy 20090318
#define PLAYM4_NEED_MORE_DATA 31 //add by hy 20100617
#define PLAYM4_INVALID_PORT 32 //add by cj 20100913
#define PLAYM4_NOT_FIND 33 //add by cj 20110428
#define PLAYM4_NEED_LARGER_BUFFER 34 //add by pzj 20130528
#define PLAYM4_FAIL_UNKNOWN 99 //Fail, but the reason is unknown;
//鱼眼功能错误码
#define PLAYM4_FEC_ERR_ENABLEFAIL 100 // 鱼眼模块加载失败
#define PLAYM4_FEC_ERR_NOTENABLE 101 // 鱼眼模块没有加载
#define PLAYM4_FEC_ERR_NOSUBPORT 102 // 子端口没有分配
#define PLAYM4_FEC_ERR_PARAMNOTINIT 103 // 没有初始化对应端口的参数
#define PLAYM4_FEC_ERR_SUBPORTOVER 104 // 子端口已经用完
#define PLAYM4_FEC_ERR_EFFECTNOTSUPPORT 105 // 该安装方式下这种效果不支持
#define PLAYM4_FEC_ERR_INVALIDWND 106 // 非法的窗口
#define PLAYM4_FEC_ERR_PTZOVERFLOW 107 // PTZ位置越界
#define PLAYM4_FEC_ERR_RADIUSINVALID 108 // 圆心参数非法
#define PLAYM4_FEC_ERR_UPDATENOTSUPPORT 109 // 指定的安装方式和矫正效果，该参数更新不支持
#define PLAYM4_FEC_ERR_NOPLAYPORT 110 // 播放库端口没有启用
#define PLAYM4_FEC_ERR_PARAMVALID 111 // 参数为空
#define PLAYM4_FEC_ERR_INVALIDPORT 112 // 非法子端口
#define PLAYM4_FEC_ERR_PTZZOOMOVER 113 // PTZ矫正范围越界
#define PLAYM4_FEC_ERR_OVERMAXPORT 114 // 矫正通道饱和，最大支持的矫正通道为四个
#define PLAYM4_FEC_ERR_ENABLED 115 //该端口已经启用了鱼眼模块
#define PLAYM4_FEC_ERR_D3DACCENOTENABLE 116 // D3D加速没有开启
#define PLAYM4_FEC_ERR_PLACETYPE 117 // 安装方式不对.一个播放库port，对应一种安装方式
#define PLAYM4_FEC_ERR_CorrectType 118 // 矫正方式错误：如矫正方式已有,则不能开多个；比如一个播放库port,设定除了PTZ和鱼眼半球矫正方式外,其他的矫正方式则只能开一路;设置180度矫正不能和ptz矫正一起开，半球矫正与其他矫正则无关联性。
#define PLAYM4_FEC_ERR_NULLWND 119 // 鱼眼窗口为空
#define PLAYM4_FEC_ERR_PARA 120 // 鱼眼参数错误
//Max display regions.
#define MAX_DISPLAY_WND 4
//Display type
#define DISPLAY_NORMAL 0x00000001
#define DISPLAY_QUARTER 0x00000002
#define DISPLAY_YC_SCALE 0x00000004 //add by gb 20091116
#define DISPLAY_NOTEARING 0x00000008
//Display buffers
#define MAX_DIS_FRAMES 50
#define MIN_DIS_FRAMES 1
//Locate by
#define BY_FRAMENUM 1
#define BY_FRAMETIME 2
//Source buffer
#define SOURCE_BUF_MAX 1024*100000
#define SOURCE_BUF_MIN 1024*50
//Stream type
#define STREAME_REALTIME 0
#define STREAME_FILE 1
//frame type
#define T_AUDIO16 101
#define T_AUDIO8 100
#define T_UYVY 1
#define T_YV12 3
#define T_RGB32 7
//capability
#define SUPPORT_DDRAW 1
#define SUPPORT_BLT 2
#define SUPPORT_BLTFOURCC 4
#define SUPPORT_BLTSHRINKX 8
#define SUPPORT_BLTSHRINKY 16
#define SUPPORT_BLTSTRETCHX 32
#define SUPPORT_BLTSTRETCHY 64
#define SUPPORT_SSE 128
#define SUPPORT_MMX 256
// 以下宏定义用于HIK_MEDIAINFO结构
#define FOURCC_HKMI 0x484B4D49 // "HKMI" HIK_MEDIAINFO结构标记
// 系统封装格式
#define SYSTEM_NULL 0x0 // 没有系统层，纯音频流或视频流
#define SYSTEM_HIK 0x1 // 海康文件层
#define SYSTEM_MPEG2_PS 0x2 // PS封装
#define SYSTEM_MPEG2_TS 0x3 // TS封装
#define SYSTEM_RTP 0x4 // rtp封装
#define SYSTEM_RTPHIK 0x401 // rtp封装
// 视频编码类型
#define VIDEO_NULL 0x0 // 没有视频
#define VIDEO_H264 0x1 // 标准H.264和海康H.264都可以用这个定义
#define VIDEO_MPEG2 0x2 // 标准MPEG2
#define VIDEO_MPEG4 0x3 // 标准MPEG4
#define VIDEO_MJPEG 0x4
#define VIDEO_AVC264 0x0100
// 音频编码类型
#define AUDIO_NULL 0x0000 // 没有音频
#define AUDIO_ADPCM 0x1000 // ADPCM
#define AUDIO_MPEG 0x2000 // MPEG 系列音频，解码器能自适应各种MPEG音频
#define AUDIO_AAC 0x2001
// G系列音频
#define AUDIO_RAW_DATA8 0x7000 //采样率为8k的原始数据
#define AUDIO_RAW_UDATA16 0x7001 //采样率为16k的原始数据，即L16
#define AUDIO_G711_U 0x7110
#define AUDIO_G711_A 0x7111
#define AUDIO_G722_1 0x7221
#define AUDIO_G723_1 0x7231
#define AUDIO_G726_U 0x7260
#define AUDIO_G726_A 0x7261
#define AUDIO_G726_16 0x7262
#define AUDIO_G729 0x7290
#define AUDIO_AMR_NB 0x3000
#define SYNCDATA_VEH 1 //同步数据:车载信息
#define SYNCDATA_IVS 2 //同步数据:智能信息
//motion flow type
#define MOTION_FLOW_NONE 0
#define MOTION_FLOW_CPU 1
#define MOTION_FLOW_GPU 2
//音视频加密类型
#define ENCRYPT_AES_3R_VIDEO 1
#define ENCRYPT_AES_10R_VIDEO 2
#define ENCRYPT_AES_3R_AUDIO 1
#define ENCRYPT_AES_10R_AUDIO 2
typedef struct tagSystemTime
{
short wYear;
short wMonth;
short wDayOfWeek;
short wDay;
short wHour;
short wMinute;
short wSecond;
short wMilliseconds;
}SYSTEMTIME;
typedef struct tagHKRect
{
unsigned long left;
unsigned long top;
unsigned long right;
unsigned long bottom;
}HKRECT;
//Frame position
typedef struct
{
long long nFilePos;
int nFrameNum;
int nFrameTime;
int nErrorFrameNum;
SYSTEMTIME *pErrorTime;
int nErrorLostFrameNum;
int nErrorFrameSize;
}FRAME_POS,*PFRAME_POS;
//Frame Info
typedef struct
{
int nWidth;
int nHeight;
int nStamp;
int nType;
int nFrameRate;
unsigned int dwFrameNum;
}FRAME_INFO;
//Frame
typedef struct
{
char *pDataBuf;
int nSize;
int nFrameNum;
int bIsAudio;
int nReserved;
}FRAME_TYPE;
//Watermark Info //add by gb 080119
typedef struct
{
char *pDataBuf;
int nSize;
int nFrameNum;
int bRsaRight;
int nReserved;
}WATERMARK_INFO;
typedef struct SYNCDATA_INFO
{
unsigned int dwDataType; //和码流数据同步的附属信息类型，目前有：智能信息，车载信息
unsigned int dwDataLen; //附属信息数据长度
unsigned char* pData; //指向附属信息数据结构的指针,比如IVS_INFO结构
} SYNCDATA_INFO;
#ifndef _HIK_MEDIAINFO_FLAG_
#define _HIK_MEDIAINFO_FLAG_
typedef struct _HIK_MEDIAINFO_ // modified by gb 080425
{
unsigned int media_fourcc; // "HKMI": 0x484B4D49 Hikvision Media Information
unsigned short media_version; // 版本号：指本信息结构版本号，目前为0x0101,即1.01版本，01：主版本号；01：子版本号。
unsigned short device_id; // 设备ID，便于跟踪/分析
unsigned short system_format; // 系统封装层
unsigned short video_format; // 视频编码类型
unsigned short audio_format; // 音频编码类型
unsigned char audio_channels; // 通道数
unsigned char audio_bits_per_sample; // 样位率
unsigned int audio_samplesrate; // 采样率
unsigned int audio_bitrate; // 压缩音频码率,单位：bit
unsigned char flag; //8bit,0x81表示是 smart标记，否则为非smart,快速识别intra的方式是 media_version >= 0x0103&& video_fortmat = (H.264 or H.265) && ((flag & 0x02) ==0x2)
unsigned char stream_tag; //8bit,0x81表示码流中含有SDP信息
unsigned char reserved[14]; // 保留
}HIK_MEDIAINFO;
#endif
typedef struct
{
int nPort;
char* pBuf;
int nBufLen;
int nWidth;
int nHeight;
int nStamp;
int nType;
void* nUser;
}DISPLAY_INFO;
typedef struct
{
int nPort;
char *pVideoBuf;
int nVideoBufLen;
char *pPriBuf;
int nPriBufLen;
int nWidth;
int nHeight;
int nStamp;
int nType;
void* nUser;
}DISPLAY_INFOEX;
typedef struct PLAYM4_SYSTEM_TIME //绝对时间
{
unsigned int dwYear; //年
unsigned int dwMon; //月
unsigned int dwDay; //日
unsigned int dwHour; //时
unsigned int dwMin; //分
unsigned int dwSec; //秒
unsigned int dwMs; //毫秒
} PLAYM4_SYSTEM_TIME;
#ifndef CROP_PIC_INFO_TAG
#define CROP_PIC_INFO_TAG
typedef struct
{
unsigned char* pDataBuf; //抓图数据buffer
unsigned int dwPicSize; //实际图片大小
unsigned int dwBufSize; //数据buffer大小
unsigned int dwPicWidth; //截图宽
unsigned int dwPicHeight; //截图高
unsigned int dwReserve; //多加一个reserve字段
HKRECT* pCropRect; //选择区域NULL, 同老的抓图接口
}CROP_PIC_INFO;
#endif
//////////////////////////////////////////////////////////////////////////////
//API
//////////////////////////////////////////////////////////////////////////////
int PlayM4_GetPort(int* nPort);
int PlayM4_FreePort(int nPort);
int PlayM4_OpenFile(int nPort,char * sFileName);
int PlayM4_CloseFile(int nPort);
int PlayM4_SetStreamOpenMode(int nPort,unsigned int nMode);
int PlayM4_GetStreamOpenMode(int nPort);
int PlayM4_OpenStream(int nPort,unsigned char * pFileHeadBuf,unsigned int nSize,unsigned int nBufPoolSize);
int PlayM4_CloseStream(int nPort);
int PlayM4_Play(int nPort, PLAYM4_HWND hWnd);
int PlayM4_PlayEx(int nPort, PLAYM4_HWNDEX hWnd);
int PlayM4_Stop(int nPort);
int PlayM4_Pause(int nPort,unsigned int nPause);
int PlayM4_Fast(int nPort);
int PlayM4_Slow(int nPort);
int PlayM4_RefreshPlay(int nPort);
int PlayM4_InputData(int nPort,unsigned char * pBuf,unsigned int nSize);
int PlayM4_PlaySound(int nPort);
int PlayM4_StopSound();
int PlayM4_PlaySoundShare(int nPort);
int PlayM4_StopSoundShare(int nPort);
int PlayM4_SetVolume(int nPort,unsigned short nVolume);
unsigned short PlayM4_GetVolume(int nPort);
int PlayM4_OneByOne(int nPort);
int PlayM4_OneByOneBack(int nPort);
int PlayM4_SetPlayPos(int nPort,float fRelativePos);
float PlayM4_GetPlayPos(int nPort);
unsigned int PlayM4_GetFileTime(int nPort);
unsigned int PlayM4_GetPlayedTime(int nPort);
unsigned int PlayM4_GetPlayedFrames(int nPort);
unsigned int PlayM4_GetFileTotalFrames(int nPort);
unsigned int PlayM4_GetCurrentFrameRate(int nPort);
unsigned int PlayM4_GetCurrentFrameNum(int nPort);
unsigned int PlayM4_GetSpecialData(int nPort);
unsigned int PlayM4_GetAbsFrameNum(int nPort);
unsigned int PlayM4_GetFileHeadLength();
unsigned int PlayM4_GetSdkVersion();
unsigned int PlayM4_GetLastError(int nPort);
unsigned int PlayM4_GetPlayedTimeEx(int nPort);
int PlayM4_GetSystemTime(int nPort, PLAYM4_SYSTEM_TIME *pstSystemTime);
int PlayM4_GetFileTimeEx(int nPort, unsigned int* pStart, unsigned int* pStop, unsigned int* pRev);
int PlayM4_GetCurrentFrameRateEx(int nPort, float* pfFrameRate);
int PlayM4_GetPictureSize(int nPort,int *pWidth,int *pHeight);
int PlayM4_GetKeyFramePos(int nPort,unsigned int nValue, unsigned int nType, PFRAME_POS pFramePos);
int PlayM4_GetNextKeyFramePos(int nPort,unsigned int nValue, unsigned int nType, PFRAME_POS pFramePos);
int PlayM4_ConvertToBmpFile(char * pBuf,int nSize,int nWidth,int nHeight,int nType,char *sFileName);
int PlayM4_ConvertToJpegFile(char * pBuf,int nSize,int nWidth,int nHeight,int nType,char *sFileName);
int PlayM4_SetJpegQuality(int nQuality);
int PlayM4_GetBMP(int nPort,unsigned char * pBitmap,unsigned int nBufSize,unsigned int* pBmpSize);
int PlayM4_GetJPEG(int nPort,unsigned char * pJpeg,unsigned int nBufSize,unsigned int* pJpegSize);
int PlayM4_SetPlayedTimeEx(int nPort,unsigned int nTime);
int PlayM4_SetCurrentFrameNum(int nPort,unsigned int nFrameNum);
int PlayM4_SetDisplayRegion(int nPort,unsigned int nRegionNum, HKRECT *pSrcRect, PLAYM4_HWND hDestWnd, int bEnable);
int PlayM4_SetDisplayRegionOnWnd(int nPort,unsigned int nRegionNum, HKRECT *pSrcRect, int bEnable);///<多窗口分割接口
int PlayM4_SetDecodeFrameType(int nPort,unsigned int nFrameType);
int PlayM4_SetSecretKey(int nPort, int lKeyType, char *pSecretKey, int lKeyLen);
int PlayM4_SetDecCBStream(int nPort,unsigned int nStream);
int PlayM4_SetDecCallBackMend(int nPort,void (CALLBACK* DecCBFun)(int nPort,char * pBuf,int nSize,FRAME_INFO * pFrameInfo, void* nUser,int nReserved2), void* nUser);
int PlayM4_SetDecCallBackExMend(int nPort, void (CALLBACK* DecCBFun)(int nPort, char* pBuf, int nSize, FRAME_INFO* pFrameInfo, void* nUser, int nReserved2), char* pDest, int nDestSize, void* nUser);
int PlayM4_SetDisplayCallBack(int nPort,void (CALLBACK* DisplayCBFun)(int nPort,char * pBuf,int nSize,int nWidth,int nHeight,int nStamp,int nType,int nReserved));
int PlayM4_SetDisplayCallBackEx(int nPort,void (CALLBACK* DisplayCBFun)(DISPLAY_INFO *pstDisplayInfo), void* nUser);
int PlayM4_SetFileRefCallBack(int nPort, void (CALLBACK *pFileRefDone)(unsigned int nPort,void* nUser),void* nUser);
int PlayM4_SetEncTypeChangeCallBack(int nPort, void(CALLBACK *funEncChange)(int nPort, void* nUser), void* nUser);
int PlayM4_SetCheckWatermarkCallBack(int nPort, void(CALLBACK* funCheckWatermark)(int nPort, WATERMARK_INFO* pWatermarkInfo, void* nUser), void* nUser);
int PlayM4_SetFileEndCallback(int nPort, void(CALLBACK*FileEndCallback)(int nPort, void *pUser), void *pUser);
int PlayM4_ResetSourceBuffer(int nPort);
int PlayM4_SetDisplayBuf(int nPort, unsigned int nNum);
int PlayM4_ResetBuffer(int nPort,unsigned int nBufType);
unsigned int PlayM4_GetSourceBufferRemain(int nPort);
unsigned int PlayM4_GetDisplayBuf(int nPort);
unsigned int PlayM4_GetBufferValue(int nPort,unsigned int nBufType);
int PlayM4_GetRefValue(int nPort,unsigned char *pBuffer, unsigned int *pSize);
int PlayM4_SetRefValue(int nPort,unsigned char *pBuffer, unsigned int nSize);
int PlayM4_GetRefValueEx(int nPort,unsigned char *pBuffer, unsigned int *pSize);///< 增加帧类型回调
int PlayM4_RegisterDrawFun(int nPort,void (CALLBACK* DrawFun)(int nPort,PLAYM4_HDC hDc,void* nUser),void* nUser);
int PlayM4_ThrowBFrameNum(int nPort,unsigned int nNum);
int PlayM4_SkipErrorData(int nPort, int bSkip);
int PlayM4_ReversePlay(int nPort);
#ifndef PLAYM4_SESSION_INFO_TAG
#define PLAYM4_SESSION_INFO_TAG
//nProtocolType
#define PLAYM4_PROTOCOL_RTSP 1
//nSessionInfoType
#define PLAYM4_SESSION_INFO_SDP 1
typedef struct _PLAYM4_SESSION_INFO_ //交互信息结构
{
int nSessionInfoType; //交互信息类型，比如SDP，比如海康私有信息头
int nSessionInfoLen; //交互信息长度
unsigned char* pSessionInfoData; //交互信息数据
} PLAYM4_SESSION_INFO;
#endif
PLAYM4_API int __stdcall PlayM4_OpenStreamAdvanced(int nPort, int nProtocolType, PLAYM4_SESSION_INFO* pstSessionInfo, unsigned int nBufPoolSize);
#define R_ANGLE_0 -1 //不旋转
#define R_ANGLE_L90 0 //向左旋转90度
#define R_ANGLE_R90 1 //向右旋转90度
#define R_ANGLE_180 2 //旋转180度
PLAYM4_API int __stdcall PlayM4_SetRotateAngle(int nPort, unsigned int nRegionNum, unsigned int dwType);
#ifndef PLAYM4_ADDITION_INFO_TAG
#define PLAYM4_ADDITION_INFO_TAG
typedef struct _PLAYM4_ADDITION_INFO_ //交互信息结构
{
unsigned char* pData; //附件数据
unsigned int dwDatalen; //附件数据长度
unsigned int dwDataType; //数据类型
unsigned int dwTimeStamp; //相对时间戳
} PLAYM4_ADDITION_INFO;
#endif
//dwGroupIndex 暂约定取值0~3，第一版本取消同步只能同个closestream处理
PLAYM4_API int __stdcall PlayM4_SetSycGroup(int nPort, unsigned int dwGroupIndex);
//暂不实现此函数，同个组设置的起始时间不一致，以最小的时间作为播放起点，同一组可只设一路
PLAYM4_API int __stdcall PlayM4_SetSycStartTime(int nPort, PLAYM4_SYSTEM_TIME *pstSystemTime);
// 以下实现鱼眼相关的接口
#ifndef FISH_EYE_TAG
#define FISH_EYE_TAG
// 矫正类型
typedef enum tagFECPlaceType
{
FEC_PLACE_WALL = 0x1, // 壁装方式 (法线水平)
FEC_PLACE_FLOOR = 0x2, // 地面安装 (法线向上)
FEC_PLACE_CEILING = 0x3, // 顶装方式 (法线向下)
}FECPLACETYPE;
typedef enum tagFECCorrectType
{
FEC_CORRECT_NULL = 0x0, // 不矫正(原图)
FEC_CORRECT_PTZ = 0x100, // PTZ
FEC_CORRECT_180 = 0x200, // 180度矫正 （对应2P）
FEC_CORRECT_360 = 0x300, // 360全景矫正 （对应1P）
FEC_CORRECT_LAT = 0x400, // 纬度展开
FEC_CORRECT_SEMISPHERE = 0x500, // 3D半球矫正
FEC_CORRECT_CYLINDER = 0x0600, // 鱼眼圆柱显示 - 顶装/底装
FEC_CORRECT_CYLINDER_SPLIT = 0x0700, // 鱼眼切开的圆柱显示 - 顶装/底装
FEC_CORRECT_PLANET = 0x0800, // 鱼眼小行星
FEC_CORRECT_ARCSPHERE_HORIZONTAL = 0x0900, // 鱼眼水平弧面 - 壁装
FEC_CORRECT_ARCSPHERE_VERTICAL = 0x0A00, // 鱼眼垂直弧面 - 壁装
}FECCORRECTTYPE;
typedef enum tagFECCorrectEffect
{
FEC_CORRECT_EFFECT_BACK_FACE_CULLING = 0x100, // 背面剔除：非0表示启用，为0表示不启用，建议设置整数强转浮点数
}FECCORRECTEFFECT;
typedef struct tagCycleParam
{
float fRadiusLeft; // 圆的最左边X坐标
float fRadiusRight; // 圆的最右边X坐标
float fRadiusTop; // 圆的最上边Y坐标
float fRadiusBottom; // 圆的最下边Y坐标
}CYCLEPARAM;
typedef struct tagPTZParam
{
float fPTZPositionX; // PTZ 显示的中心位置 X坐标
float fPTZPositionY; // PTZ 显示的中心位置 Y坐标
}PTZPARAM;
// PTZ在原始鱼眼图上轮廓的显示模式
typedef enum tagFECShowMode
{
FEC_PTZ_OUTLINE_NULL, // 不显示
FEC_PTZ_OUTLINE_RECT, // 矩形显示
FEC_PTZ_OUTLINE_RANGE, // 真实区域显示
}FECSHOWMODE;
// 更新标记变量定义
#define FEC_UPDATE_RADIUS 0x1
#define FEC_UPDATE_PTZZOOM 0x2
#define FEC_UPDATE_WIDESCANOFFSET 0x4
#define FEC_UPDATE_PTZPARAM 0x8
#define FEC_UPDATT_PTZCOLOR 0x10
// 色彩结构体
typedef struct tagFECColor
{
unsigned char nR; // R分量
unsigned char nG; // G分量
unsigned char nB; // B分量
unsigned char nAlpha; // Alpha分量
}FECCOLOR;
typedef struct tagFECParam
{
unsigned int nUpDateType; // 更新的类型
unsigned int nPlaceAndCorrect; // 安装方式和矫正方式，只能用于获取，SetParam的时候无效,该值表示安装方式和矫正方式的和
PTZPARAM stPTZParam; // PTZ 校正的参数
CYCLEPARAM stCycleParam; // 鱼眼图像圆心参数
float fZoom; // PTZ 显示的范围参数
float fWideScanOffset; // 180或者360度校正的偏移角度
FECCOLOR stPTZColor; // PTZ颜色
int nResver[15]; // 保留字段
}FISHEYEPARAM;
#define FEC_JPEG 0 // JPEG抓图
#define FEC_BMP 1 // BMP 抓图
///<新的3d鱼眼半球矫正画面的视角变化调节(缩放和旋转)
typedef enum tagPLAYM4HRViewParamType
{
PLAYM4_HR_VPT_ROTATION_X = 0x1, ///<水平旋转
PLAYM4_HR_VPT_ROTATION_Y = 0x2, ///<垂直旋转
PLAYM4_HR_VPT_SCALE = 0x3, ///<缩放(其绝对值为浮点型0值时为黑屏-正常效果)
}PLAYM4HRVIEWPARAMTYPE;
// 鱼眼3D模型参数
typedef enum tagPLAYM4FEC3DModelParam
{
PLAYM4_FEC_3DMP_CYLINDER_HEIGHT = 0x1, ///< 圆柱模型高
PLAYM4_FEC_3DMP_CYLINDER_RADIUS = 0x2, ///< 圆柱模型半径
}PLAYM4FEC3DMODELPARAM;
// 特定视角状态
typedef enum tagPLAYM4FECSpecialViewType
{
PLAYM4_FEC_SVT_EDGE = 0x1 ///<弧面鱼眼模型与窗口贴边视角
}PLAYM4FECSPECIALVIEWTYPE;
#endif
typedef void (__stdcall * FISHEYE_CallBack )( void* pUser , unsigned int nPort , unsigned int nCBType , void * hDC , unsigned int nWidth , unsigned int nHeight);
// 启用鱼眼
PLAYM4_API int __stdcall PlayM4_FEC_Enable(int nPort);
// 关闭鱼眼模块
PLAYM4_API int __stdcall PlayM4_FEC_Disable(int nPort);
// 获取鱼眼矫正处理子端口 [1~31]
PLAYM4_API int __stdcall PlayM4_FEC_GetPort(int nPort , unsigned int* nSubPort , FECPLACETYPE emPlaceType , FECCORRECTTYPE emCorrectType);
// 删除鱼眼矫正处理子端口
PLAYM4_API int __stdcall PlayM4_FEC_DelPort(int nPort , unsigned int nSubPort);
// 设置鱼眼矫正参数
PLAYM4_API int __stdcall PlayM4_FEC_SetParam(int nPort , unsigned int nSubPort , FISHEYEPARAM * pPara);
// 获取鱼眼矫正参数
PLAYM4_API int __stdcall PlayM4_FEC_GetParam(int nPort , unsigned int nSubPort , FISHEYEPARAM * pPara);
// 设置显示窗口，可以随时切换
PLAYM4_API int __stdcall PlayM4_FEC_SetWnd(int nPort , unsigned int nSubPort , void * hWnd);
// 设置鱼眼窗口的绘图回调
PLAYM4_API int __stdcall PlayM4_FEC_SetCallBack(int nPort , unsigned int nSubPort , FISHEYE_CallBack cbFunc , void * pUser);
PLAYM4_API int __stdcall PlayM4_FEC_Capture(int nPort, unsigned int nSubPort , unsigned int nType, char *pFileName);
PLAYM4_API int __stdcall PlayM4_FEC_GetCurrentPTZPort(int nPort, float fPositionX,float fPositionY, unsigned int *pnPort);
PLAYM4_API int __stdcall PlayM4_FEC_SetCurrentPTZPort(int nPort, unsigned int nSubPort);
PLAYM4_API int __stdcall PlayM4_FEC_SetPTZOutLineShowMode(int nPort,FECSHOWMODE nPTZShowMode);
//新的鱼眼半球矫正视角变化(旋转)两个相关接口
//获取半球矫正视角参数(设置前先获取当前的值)
PLAYM4_API int __stdcall PlayM4_FEC_GetViewParam(int nPort, unsigned int nSubPort, PLAYM4HRVIEWPARAMTYPE enViewParamType, float* fValue);
//设置半球矫正视角变化参数(设置的值为获取值加上要偏移值)
PLAYM4_API int __stdcall PlayM4_FEC_SetViewParam(int nPort, unsigned int nSubPort, PLAYM4HRVIEWPARAMTYPE enViewParamType, float fValue);
//鱼眼电子放大 nType = 0，
//鱼眼窗口分割 nType = 1，
//注意，窗口分割时hDestWnd无效，请设置为NULL（20180813暂不支持）
//目前电子放大不支持其他窗口上放大，nRegionNum置为0，hDestWnd置为NULL，bEnable置为0取消电子放大，非0为电子放大
//pSrcRect区域归一化，乘以1000除以宽或者高（其值在0-1000之间）
//只推荐原图、180、360、纬度展开（不带PTZ显示）电子放大，再开ptz会导致电子放大失效-3D鱼眼不建议使用此接口(用视角变化接口进行缩放）
PLAYM4_API bool __stdcall PlayM4_FEC_SetDisplayRegion(int nPort, unsigned int nSubPort,unsigned int nType, unsigned int nRegionNum, HKRECT *pSrcRect, PLAYM4_HWND hDestWnd, int bEnable);
//背面剔除：非0表示启用，为0表示不启用，建议设置整数强转浮点数
PLAYM4_API bool __stdcall PlayM4_FEC_SetCorrectEffect(int nPort, unsigned int nSubPort, FECCORRECTEFFECT nCorrectEffect, float fValue);
// 设置3D模型参数-针对3D圆柱展开有效
PLAYM4_API bool __stdcall PlayM4_FEC_Set3DModelParam(int nPort, unsigned int nSubPort, PLAYM4FEC3DMODELPARAM enType, float fValue);
// 获取特定视角参数 - 只适用于弧面，跟SetViewParam接口配合使用
PLAYM4_API bool __stdcall PlayM4_FEC_GetSpecialViewParam(int nPort, unsigned int nSubPort, PLAYM4FECSPECIALVIEWTYPE enSVType, PLAYM4HRVIEWPARAMTYPE enVPType, float* pValue);
//图像增强相关-Linux版本不支持
#ifndef PLAYM4_HIKVIE_TAG
#define PLAYM4_HIKVIE_TAG
typedef struct _PLAYM4_VIE_DYNPARAM_
{
int moduFlag; //启用的算法处理模块，在PLAYM4_VIE_MODULES中定义
//如 PLAYM4_VIE_MODU_ADJ | PLAYM4_VIE_MODU_EHAN
//模块启用后，必须设置相应的参数；
//PLAYM4_VIE_MODU_ADJ
int brightVal; //亮度调节值，[-255, 255]
int contrastVal; //对比度调节值，[-256, 255]
int colorVal; //饱和度调节值，[-256, 255]
//PLAYM4_VIE_MODU_EHAN
int toneScale; //滤波范围，[0, 100]
int toneGain; //对比度调节，全局对比度增益值，[-256, 255]
int toneOffset; //亮度调节，亮度平均值偏移，[-255, 255]
int toneColor; //颜色调节，颜色保真值，[-256, 255]
//PLAYM4_VIE_MODU_DEHAZE
int dehazeLevel; //去雾强度，[0, 255]
int dehazeTrans; //透射值，[0, 255]
int dehazeBright; //亮度补偿，[0, 255]
//PLAYM4_VIE_MODU_DENOISE
int denoiseLevel; //去噪强度，[0, 255]
//PLAYM4_VIE_MODU_SHARPEN
int usmAmount; //锐化强度，[0, 255]
int usmRadius; //锐化半径，[1, 15]
int usmThreshold; //锐化阈值，[0, 255]
//PLAYM4_VIE_MODU_DEBLOCK
int deblockLevel; //去块强度，[0, 100]
//PLAYM4_VIE_MODU_LENS
int lensWarp; //畸变量，[-256, 255]
int lensZoom; //缩放量，[-256, 255]
//PLAYM4_VIE_MODU_CRB
//无响应参数
} PLAYM4_VIE_PARACONFIG;
typedef enum _PLAYM4_VIE_MODULES
{
PLAYM4_VIE_MODU_ADJ = 0x00000001, //图像基本调节
PLAYM4_VIE_MODU_EHAN = 0x00000002, //局部增强模块
PLAYM4_VIE_MODU_DEHAZE = 0x00000004, //去雾模块
PLAYM4_VIE_MODU_DENOISE = 0x00000008, //去噪模块
PLAYM4_VIE_MODU_SHARPEN = 0x00000010, //锐化模块
PLAYM4_VIE_MODU_DEBLOCK = 0x00000020, //去块滤波模块
PLAYM4_VIE_MODU_CRB = 0x00000040, //色彩平衡模块
PLAYM4_VIE_MODU_LENS = 0x00000080, //镜头畸变矫正模块
}PLAYM4_VIE_MODULES;
#endif
//设置关闭/开启模块 -- NO SUPPORT
//dwModuFlag对应PLAYM4_VIE_MODULES宏,可组合
//先设置模块开启，再设置模块参数；期间采用默认的参数;
//关闭模块后，上次设置的参数清空
//其他接口调用，必须在该接口开启模块后；否则，返回错误
PLAYM4_API int __stdcall PlayM4_VIE_SetModuConfig(int nPort, int nModuFlag, int bEnable);
//设置图像增强区域，NULL全图；超过全图，采用全图；最小区域16*16像素 -- NO SUPPORT
//可支持设置区域，最多比较说4个，第一个版本可以只支持一个。多个区域要求不能重叠，有重叠就报错
PLAYM4_API int __stdcall PlayM4_VIE_SetRegion(int nPort, int nRegNum, HKRECT* pRect);
//获取开启模块 -- NO SUPPORT
PLAYM4_API int __stdcall PlayM4_VIE_GetModuConfig(int nPort, int* pdwModuFlag);
//设置参数
//未开启模块的参数设置被忽略 -- NO SUPPORT
PLAYM4_API int __stdcall PlayM4_VIE_SetParaConfig(int nPort, PLAYM4_VIE_PARACONFIG* pParaConfig);
//获取开启模块的参数 -- NO SUPPORT
PLAYM4_API int __stdcall PlayM4_VIE_GetParaConfig(int nPort, PLAYM4_VIE_PARACONFIG* pParaConfig);
// 私有信息模块类型
typedef enum _PLAYM4_PRIDATA_RENDER
{
PLAYM4_RENDER_ANA_INTEL_DATA = 0x00000001, //智能分析
PLAYM4_RENDER_MD = 0x00000002, //移动侦测
PLAYM4_RENDER_ADD_POS = 0x00000004, //POS信息后叠加
PLAYM4_RENDER_ADD_PIC = 0x00000008, //图片叠加信息
PLAYM4_RENDER_FIRE_DETCET = 0x00000010, //热成像信息
PLAYM4_RENDER_TEM = 0x00000020, //温度信息
}PLAYM4_PRIDATA_RENDER;
typedef enum _PLAYM4_FIRE_ALARM
{
PLAYM4_FIRE_FRAME_DIS = 0x00000001, //火点框显示
PLAYM4_FIRE_MAX_TEMP = 0x00000002, //最高温度
PLAYM4_FIRE_MAX_TEMP_POSITION = 0x00000004, //最高温度位置显示
PLAYM4_FIRE_DISTANCE = 0x00000008, //最高温度距离
}PLAYM4_FIRE_ALARM;
typedef enum _PLAYM4_TEM_FLAG
{
PLAYM4_TEM_REGION_BOX = 0x00000001, //框测温
PLAYM4_TEM_REGION_LINE = 0x00000002, //线测温
PLAYM4_TEM_REGION_POINT = 0x00000004, //点测温
}PLAYM4_TEM_FLAG;
// 智能信息开关
PLAYM4_API int __stdcall PlayM4_RenderPrivateData(int nPort, int nIntelType, int bTrue);
///<智能信息子开关
PLAYM4_API int __stdcall PlayM4_RenderPrivateDataEx(int nPort, int nIntelType, int nSubType, int bTrue);
//ENCRYPT Info
typedef struct{
long nVideoEncryptType; //视频加密类型
long nAudioEncryptType; //音频加密类型
long nSetSecretKey; //是否设置，1表示设置密钥，0表示没有设置密钥
}ENCRYPT_INFO;
// 加密码流回调,nType=0表示码流加密标记位发生变化就回调，nType=1表示码流有加密位发生回调
PLAYM4_API int __stdcall PlayM4_SetEncryptTypeCallBack(int nPort, unsigned int nType, void (CALLBACK* EncryptTypeCBFun)(int nPort, ENCRYPT_INFO* pEncryptInfo, void* nUser, int nReserved2), void* nUser);
#define PLAYM4_MEDIA_HEAD 1 //系统头数据
#define PLAYM4_VIDEO_DATA 2 //视频流数据
#define PLAYM4_AUDIO_DATA 3 //音频流数据
#define PLAYM4_PRIVT_DATA 4 //私有流数据
//预录像数据信息- NO SUPPORT
typedef struct
{
long nType; // 数据类型，如文件头，视频，音频，私有数据等
long nStamp; // 时间戳
long nFrameNum; // 帧号
long nBufLen; // 数据长度
char* pBuf; // 帧数据，以帧为单位回调
PLAYM4_SYSTEM_TIME stSysTime; // 全局时间
}RECORD_DATA_INFO;
//设置预录像开关，bFlag=1开启，bFlag=0关闭-- NO SUPPORT
PLAYM4_API int __stdcall PlayM4_SetPreRecordFlag(int nPort, int bFlag);
//预录像数据数据回调- NO SUPPORT
PLAYM4_API int __stdcall PlayM4_SetPreRecordCallBack(int nPort, void (CALLBACK* PreRecordCBfun)(int nPort, RECORD_DATA_INFO* pRecordDataInfo, void* pUser), void* pUser);
typedef struct
{
long lDataType; //私有数据类型
long lDataStrVersion; //数据返回的结构体版本，主要是为了兼容性
long lDataTimeStamp;
long lDataLength;
char* pData;
}AdditionDataInfo;
PLAYM4_API int __stdcall PlayM4_SetAdditionDataCallBack(int nPort, unsigned int nSyncType, void (CALLBACK* AdditionDataCBFun)(int nPort, AdditionDataInfo* pstAddDataInfo, void* pUser), void* pUser);
//lType: 1 表示获取当前显示帧PTZ信息。以特定结构体形式存储在pInfo内，plLen返回长度信息;起先传入pInfo = null，可以获取出需要分配的内存长度plLen
PLAYM4_API int __stdcall PlayM4_GetStreamAdditionalInfo(int nPort, int lType, unsigned char* pInfo, int* plLen);
#define PLAYM4_SOURCE_MODULE 0 // 数据源模块
#define PLAYM4_DEMUX_MODULE 1 // 解析模块
#define PLAYM4_DECODE_MODULE 2 // 解码模块
#define PLAYM4_RENDER_MODULE 3 // 渲染模块
#define PLAYM4_RTINFO_HARDDECODE_ERROR 0 // 硬解码致命(需要切软解)错误
#define PLAYM4_RTINFO_SOFTDECODE_ERROR 1 // 软解码错误（不支持）
#define PLAYM4_RTINFO_MEDIAHEADER_ERROR 2 // 媒体头错误
#define PLAYM4_RTINFO_SWITCH_SOFT_DEC 3 // 切换至软解
#define PLAYM4_RTINFO_ALLOC_MEMORY_ERROR 4 // 内存分配失败
#define PLAYM4_RTINFO_ENCRYPT_ERROR 5 // 秘钥错误
#define PLAYM4_RTINFO_RENDER_OVER 8 // 渲染一帧结束
#define PLAYM4_RTINFO_ERR_PRESENT 16 // 渲染显示错误[当前渲染引擎渲染失败,上层重新切换引擎]
#define PLAYM4_RTINFO_IDMX_DATA_ERROR 32 // 数据有误,解析失败
#define PLAYM4_RTINFO_DECODE_PARAM_ERROR 64 // 参数有误,解码失败
#define PLAYM4_RTINFO_SOFTDECODE_DATA_ERROR 128 // 软解码数据错误
typedef struct
{
int nRunTimeModule; //当前运行模块，暂定2为解码模块，后续扩展
int nStrVersion; //数据返回的结构体版本，主要是为了兼容性,第一个版本定义成0x0001
int nFrameTimeStamp; //帧号
int nFrameNum; //时间戳
int nErrorCode; //错误码,0为硬解错误
unsigned char reserved[12]; //保留字节
}RunTimeInfo;
///<实时信息回调接口
PLAYM4_API int __stdcall PlayM4_SetRunTimeInfoCallBackEx(int nPort, int nModule, void (CALLBACK* RunTimeInfoCBFun)(int nPort, RunTimeInfo* pstRunTimeInfo, void* pUser), void* pUser);
// 1、SetRunTimeInfoCallBackEx接口，nErrorCode类型6改为类型8；以后扩展方式 16、32、64，且从8开始消息默认关闭不发送。
// 2、新增消息控制接口，控制从8以后的消息，支持从8开始后消息，拼接模式 8|16|32 这种方式，上层主动选择接受类型。
// 3、nType可以通过或的方式将类型传入，nFlag表示清除（为0）或者进行回调（非0）；
PLAYM4_API int __stdcall PlayM4_SetRunTimeInfoCallbackType(int nPort, int nModule, unsigned int nType, int nFlag);
///<渲染显示相关接口
#ifndef PLAYM4_HIKD3D11_TAG
#define PLAYM4_HIKD3D11_TAG
///<渲染抓图结构体
typedef struct _tagD3D11_PIC_INFO_
{
unsigned int nPicMode; //抓图模式：0-按照码流实际分辨率抓图(之前抓图模式)；1-按照下面传入的宽高抓图（nPicWidth*nPicHeight为显示窗口宽高时效果最佳）
unsigned char* pBuf; //抓图数据buffer
unsigned int nBufSize; //缓存buffer大小-（如果nPicMode为0则为之前的根据获取到的码流分辨率来进行缓存申请；如果nPicMode为1则上层根据设置的分辨率来申请缓存）
unsigned int* pPicSize; //实际图片大小
unsigned int nPicWidth; //设置抓图宽-nPicMode为1时有效，且宽>=32,nPicWidth*nPicHeight<5000w分辨率。
unsigned int nPicHeight; //设置抓图高-nPicMode为1时有效，且高>=32,nPicWidth*nPicHeight<5000w分辨率。
unsigned char chReserve[8]; //reserve保留字段
}D3D_PIC_INFO;
/*渲染图像后处理类型*/
typedef enum tagPLAYM4PostProcType
{
PLAYM4_PPT_BRIGHTNESS = 0x1, ///< 亮度 [-1.0, 1.0]
PLAYM4_PPT_HUE = 0x2, ///< 色度 [0.0, 1.0]----0.166累加为一种颜色变化及0和1为同一种颜色
PLAYM4_PPT_SATURATION = 0x3, ///< 饱和度 [-1.0, 1.0]
PLAYM4_PPT_CONTRAST = 0x4, ///< 对比度 [-1.0, 1.0]
PLAYM4_PPT_SHARPNESS = 0x5, ///< 锐度 [ 0.0, 1.0]
}PLAYM4PostProcType;
#endif
///<渲染库抓图:nType:0-jpeg,1-bmp.
PLAYM4_API int __stdcall PlayM4_GetD3DCapture(int nPort, unsigned int nType, D3D_PIC_INFO* pstPicInfo);
///<渲染后处理-设置参数
PLAYM4_API int __stdcall PlayM4_SetD3DPostProcess(int nPort, PLAYM4PostProcType nPostType, float fValue);
///<渲染后处理-获取参数
PLAYM4_API int __stdcall PlayM4_GetD3DPostProcess(int nPort, PLAYM4PostProcType nPostType, float* fValue);
///<字符叠加的字体库路径（不设置时采用默认字体库）-play前设置
PLAYM4_API int __stdcall PlayM4_SetConfigFontPath(int nPort, char* pFontPath);
// 根据相对时间获取mp4封装在线定位偏移
PLAYM4_API int __stdcall PlayM4_GetMpOffset(int nPort, int nTime, int* nOffset);
///<时区的表示以秒为单位，东区为正，西区为负-同步回放
PLAYM4_API bool __stdcall PlayM4_SetSupplementaryTimeZone(int nPort, int nTimeZone);
///<若已经设置时区则返回设置时区，否则失败-同步回放
PLAYM4_API bool __stdcall PlayM4_GetSupplementaryTimeZone(int nPort, int* pTimeZone);
////////////////////////////////////
///<窗口大小改变通知接口
PLAYM4_API int __stdcall PlayM4_WndResolutionChange(int nPort);//new add
//不建议使用
PLAYM4_API int __stdcall PlayM4_SetRunTimeInfoCallBack(int nPort, void (CALLBACK* RunTimeInfoCBFun)(int nPort, RunTimeInfo* pstRunTimeInfo, void* pUser), void* pUser);
int PlayM4_RigisterDrawFun(int nPort,void (CALLBACK* DrawFun)(int nPort,PLAYM4_HDC hDc,void* nUser),void* nUser);
int PlayM4_SetDecCallBack(int nPort,void (CALLBACK* DecCBFun)(int nPort,char* pBuf,int nSize,FRAME_INFO * pFrameInfo, void* nReserved1,int nReserved2));
int PlayM4_SetDecCallBackEx(int nPort,void (CALLBACK* DecCBFun)(int nPort,char * pBuf,int nSize,FRAME_INFO * pFrameInfo, void* nReserved1,int nReserved2), char* pDest, int nDestSize);
int PlayM4_SetTimerType(int nPort,unsigned int nTimerType,unsigned int nReserved);
int PlayM4_GetTimerType(int nPort,unsigned int *pTimerType,unsigned int *pReserved);
int PlayM4_SetDisplayMode(int nPort, unsigned int dwType);
int PlayM4_SetVideoWindow(int nPort, unsigned int nRegionNum, PLAYM4_HWND hWnd);
/////////////////////////////////////////////////////////////////////////////
////////////////NO SUPPORT///////////////////////////////////////////////////
int PlayM4_InitDDraw(PLAYM4_HWND hWnd);
int PlayM4_RealeseDDraw();
#if (WINVER >= 0x0400)
//Note: These funtion must be builded under win2000 or above with Microsoft Platform sdk.
//You can download the sdk from "http://www.microsoft.com/msdownload/platformsdk/sdkupdate/";
int PlayM4_InitDDrawDevice();
void PlayM4_ReleaseDDrawDevice();
int PlayM4_SetDDrawDevice(int nPort, unsigned int nDeviceNum);
int PlayM4_SetDDrawDeviceEx(int nPort,unsigned int nRegionNum,unsigned int nDeviceNum);
int PlayM4_GetDDrawDeviceInfo(unsigned int nDeviceNum, char* lpDriverDescription, unsigned int nDespLen, char* lpDriverName, unsigned int nNameLen, HMONITOR* hhMonitor);
int PlayM4_GetCapsEx(unsigned int nDDrawDeviceNum);
unsigned int PlayM4_GetDDrawDeviceTotalNums();
#endif
int PlayM4_GetCaps();
int PlayM4_OpenStreamEx(int nPort, unsigned char* pFileHeadBuf, unsigned int nSize, unsigned int nBufPoolSize);
int PlayM4_CloseStreamEx(int nPort);
int PlayM4_InputVideoData(int nPort, unsigned char* pBuf, unsigned int nSize);
int PlayM4_InputAudioData(int nPort, unsigned char* pBuf, unsigned int nSize);
int PlayM4_GetFileSpecialAttr(int nPort, unsigned int* pTimeStamp, unsigned int* pFileNum, unsigned int* pReserved);
//int PlayM4_SetOverlayMode(int nPort, int bOverlay, COLORREF colorKey);
int PlayM4_GetOverlayMode(int nPort);
int PlayM4_SetOverlayFlipMode(int nPort, int bTrue);
//COLORREF PlayM4_GetColorKey(int nPort);
int PlayM4_SetPicQuality(int nPort, int bHighQuality);
int PlayM4_GetPictureQuality(int nPort, int* bHighQuality);
int PlayM4_ResetSourceBufFlag(int nPort);
int PlayM4_SetDisplayType(int nPort, int nType);
int PlayM4_GetDisplayType(int nPort);
int PlayM4_SyncToAudio(int nPort, int bSyncToAudio);
int PlayM4_RefreshPlayEx(int nPort, unsigned int nRegionNum);
int PlayM4_AdjustWaveAudio(int nPort, int nCoefficient);
int PlayM4_SetPlayMode(int nPort, int bNormal);
int PlayM4_SetColor(int nPort, unsigned int nRegionNum, int nBrightness, int nContrast, int nSaturation, int nHue);
int PlayM4_GetColor(int nPort, unsigned int nRegionNum, int* pBrightness, int* pContrast, int* pSaturation, int* pHue);
int PlayM4_SetImageSharpen(int nPort, unsigned int nLevel);
int PlayM4_SetDeflash(int nPort, int bDefalsh);
int PlayM4_CheckDiscontinuousFrameNum(int nPort, int bCheck);
int PlayM4_SetFileEndMsg(int nPort, PLAYM4_HWND hWnd, unsigned int nMsg);
int PlayM4_SetVerifyCallBack(int nPort, unsigned int nBeginTime, unsigned int nEndTime, void (__stdcall* funVerify)(int nPort, FRAME_POS* pFilePos, unsigned int bIsVideo, unsigned int nUser), unsigned int nUser);
int PlayM4_SetEncChangeMsg(int nPort, PLAYM4_HWND hWnd, unsigned int nMsg);
int PlayM4_SetGetUserDataCallBack(int nPort, void(CALLBACK* funGetUserData)(int nPort, unsigned char* pUserBuf, unsigned int nBufLen, unsigned int nUser), unsigned int nUser);
int PlayM4_SetSourceBufCallBack(int nPort, unsigned int nThreShold, void (CALLBACK* SourceBufCallBack)(int nPort, unsigned int nBufSize, unsigned int dwUser, void* pResvered), unsigned int dwUser, void* pReserved);
int PlayM4_GetOriginalFrameCallBack(int nPort, int bIsChange, int bNormalSpeed, int nStartFrameNum, int nStartStamp, int nFileHeader, void(CALLBACK *funGetOrignalFrame)(int nPort, FRAME_TYPE* frameType, int nUser), int nUser);
int PlayM4_GetThrowBFrameCallBack(int nPort, void(CALLBACK* funThrowBFrame)(int nPort, unsigned int nBFrame, unsigned int nUser), unsigned int nUser);
int PlayM4_SetAudioCallBack(int nPort, void (__stdcall* funAudio)(int nPort, char* pAudioBuf, int nSize, int nStamp, int nType, int nUser), int nUser);
//motionflow
PLAYM4_API int __stdcall PlayM4_MotionFlow(int nPort, unsigned int dwAdjustType);
////////////////////////////////////////////////////////////////////////////////
#ifdef __cplusplus
}
#endif
#endif //_PLAYM4_H_

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