inline int IPString2Int(cf_cpstr ip,cf_uint32 & rsl)
{
struct in_addr s; // IPv4地址结构体
int rt =inet_pton(AF_INET, ip, (void *)&s);
rsl =cf_uint32(s.s_addr);
return rt;
}
cf_uint32 ReadPid()
{
char p [MAX_SIZE];
GetPathByPathNameExt(_filePathName.c_str(), _filePathName.size() , p);
if(0==IsFileExist(p))
{
_THROW_FMT(RuntimeWarning, "Failed access file %s !",p);
}
_fd =cf_open(_filePathName.c_str(),O_RDWR,S_IRWXU | S_IRWXG | S_IROTH);
if(-1==_fd)
{
_THROW(SyscallExecuteError, "Failed to execute cf_open !");
}
char buf[8] = {0};
ssize_t nr =cf_read(_fd,buf,sizeof(buf));
if(nr<=0)
{
_THROW_FMT(ValueError, "Failed cf_read ! nr=%d ",int(nr));
}
return cf_uint32(atoi(buf));
}
cf_pvoid Run(void * p)
{
CF_PRINT_FUNC;
int index =*((int *)p);
cf_fd sockfd=g_vecSock[index];
// printf("index=%d,sockfd=%d \n",index,sockfd);
ssize_t hasSent =0;
ssize_t hasRecv =0;
ssize_t shouldRecv =0;
bool peerClosedWhenRead =false;
cf_uint64 seconds =0;
cf_uint32 useconds =0;
cf::Gettimeofday(seconds, useconds);
for(int k=0; k<g_times; k++) // send times
{
std::string & body =g_vecStr[k];
hasSent =0;
bool succ =cf::SendSegmentSync(sockfd,body.c_str(), body.size(),hasSent,8000,
body.size());
if(succ)
{
#if 1
fprintf(stderr,"tid=%u,Sent succeeded ! hasSent=%d ,k=%d ",TID,int(hasSent),k);
fprintf(stderr,"tid=%u,buff=%s \n",TID,body.c_str()+HEADER_LEN);
#endif
}
else
fprintf(stderr,"tid=%u,Warning,Send timeout ! \n",TID);
if(hasSent!=(cf_uint32)body.size())
fprintf(stderr,"tid=%u,Warning,Recved len{%u}!=body.size(){%u}! \n",TID,
(cf_uint32)hasSent,(cf_uint32)(body.size()));
peerClosedWhenRead =false;
hasRecv =0;
shouldRecv =hasSent-HEADER_LEN;
succ =cf::RecvSegmentSync(sockfd,&g_bufrecv[0], shouldRecv,hasRecv,
peerClosedWhenRead,8000);
if(succ)
{
#if 1
fprintf(stderr,"tid=%u,Recv succeeded ! hasRecv=%d ,k=%d ,",TID,int(hasRecv),k);
fprintf(stderr,"tid=%u,buff=%s \n",TID,g_bufrecv.c_str());
#endif
}
else
fprintf(stderr,"tid=%u,Warning,Recv timeout ! \n",TID);
if(hasRecv!=shouldRecv)
fprintf(stderr,
"tid=%u,Warning,Recved hasRecv{%u}!=shouldRecv{%u}! peerClosedWhenRead=%u \n",
TID,
(cf_uint32)hasRecv,(cf_uint32)shouldRecv,cf_uint32(peerClosedWhenRead));
}
#if 1
fprintf(stderr,"tid=%u,cf_close!\n",TID);
#endif
cf_close(sockfd);
return NULL;
}
