#include "stdafx.h" #include <stdio.h> #include <iostream> #include <fstream> #include <string> using namespace std;
const char * str1="offset_lr < offset: "; const char * str2="offset_lr > offset: "; #define BUFFERSIZE 128 char StrBuffer[BUFFERSIZE]; #define SIZE 49 int SMALL_COUNT[SIZE]; int LARGE_COUNT[SIZE]; double average=0.0; double SMALL_SUM=0; double LARGE_SUM=0; int totalCount=0; int strSize=20; int findAndCount(const char * searchStr,int arr[SIZE] ,bool Large) { char * str; char ch; int tmp=0; FILE * f=fopen("test.txt","rb"); if(f==NULL) { return (-1); } else { while(fread(StrBuffer,1,BUFFERSIZE,f)==BUFFERSIZE) { str=StrBuffer; if ((str=strstr(str,searchStr))!=NULL) { bool exitFlag=false; for(int i=2;i<8;i++) { ch=*(str+strSize+i); printf("%c",ch); if(ch=='/0') { exitFlag=true; break; }
} if(exitFlag) continue; ch=*(str+strSize+8); if(ch=='/0') continue; printf("%c",ch); if(ch<='9') tmp=(ch-'0')*16; else tmp=(ch-'A'+10)*16; ch=*(str+strSize+9); if(ch=='/0') continue; printf("%c",ch); if(ch<='9') tmp+=(ch-'0'); else tmp+=(ch-'A'+10); if(tmp<SIZE) { arr[tmp]++; printf("/n%d",arr[tmp]); } printf("/n"); } } for(int i=0;i<SIZE;i++) { totalCount+=arr[i]; if(Large) LARGE_SUM+=(arr[i]*i); else SMALL_SUM+=(-arr[i])*i; printf("%d:%d/n",i,arr[i]); } fclose(f); }
} int _tmain(int argc, _TCHAR* argv[]) { for(int i=0;i<SIZE;i++) { SMALL_COUNT[i]=0; LARGE_COUNT[i]=0; } printf("%d/n",strSize); findAndCount(str2,LARGE_COUNT,true); printf("LARGE_SUM:%lf,SMALL_SUM:%lf/n",LARGE_SUM,SMALL_SUM); system("pause"); findAndCount(str1,SMALL_COUNT,false); printf("LARGE_SUM:%lf,SMALL_SUM:%lf/n",LARGE_SUM,SMALL_SUM); average=(LARGE_SUM+SMALL_SUM)/totalCount; printf("Total Count:%d/nAverage:%lf/n",totalCount,average); system("pause"); return 0; }
