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// 解码单路视频，并保存解码后的yuv数据到文件中去

// cudaDecode.lib是静态库文件，本程序实例展示如何调用此库文件相应接口实现解码功能

#include "iostream"#include 
   
    #include "windows.h"#include "../header/cudaDecodeInterface.h"//#pragma comment(lib,"cudaDecode.lib") // 链接到cudaDecode.libusing namespace std;HANDLE hand_cuda   = NULL;bool   cuda_decodeEnd	= false;FILE *fp = fopen("../decodePic/VideoSingle/videoSingle.yuv","wb");int number = 0;int CudaDecodeNotify(unsigned char* pDecodeData,int nDataSize,DWORD timestamp,int nEof){//	fwrite(pDecodeData,1,nDataSize,fp);	if(nEof)	{		OutputDebugString("thread 1 读包结束！！！\n");		printf("-->thread 1 读包结束！！！\n");//		fclose(fp);		cuda_decodeEnd = true;	}	return 0;}void OnCuda(){	bool nstate = Cuda_SupportDecode();	hand_cuda = Cuda_CreateDecoder();	DWORD nTime = 0;	if(Cuda_OpenFile(hand_cuda, "../data/720P/video0.m2v", CudaDecodeNotify)==1)	{		nTime = GetTickCount();		printf("-->打开文件成功\n");	}	else		printf("-->打开文件失败\n");	while (!cuda_decodeEnd)	{		Sleep(1);	}	nTime = GetTickCount() - nTime;	printf("-->解码完成   nTime = %d ms\n",nTime);	int nRet = Cuda_DestroyDecoder(hand_cuda);	printf("-->Cuda_DestroyDecoder = %d\n",nRet);}int _tmain(int argc, _TCHAR* argv[]){	printf("cuda Decoder....\n");	OnCuda();	fflush(stdin);	getchar();	return 0;}
   

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