int cache_att_to_svr(iclock_options_t *opt,PPostAttLog attlog)
{
FILE *iSvrResp = NULL;
FILE *fStream = NULL;
unsigned char head[20480];
unsigned char postbuf[2048];
int size = 0;
int len=0;
int j=0;
int i=0;
int fdatt=-1;
unsigned char checkcode[4];
unsigned int macsum;
unsigned char registerlen[3]={0x00,0x00,0x00};
unsigned int leftcount=0; //剩余流水数量
TYMIP_HEAD recv_head;
TYMIP_HEAD post_head;
unsigned char attcount;
unsigned int transinfolen=0;
unsigned short tmplem=0;
unsigned int return_len;
unsigned char data_return[512];
BOOL checkFN=FALSE;
int error_code = -1;
unsigned int writevalue[2]; //写入BsAtt.dat记录内容
memset(postbuf,0,sizeof(postbuf));
transinfolen=8+11+1+attlog->reclenght+4+4;
fdatt=open(BS_TRANS_ATT_FILE,O_RDWR|O_NONBLOCK);
tmplem=htons(transinfolen);
memcpy(registerlen+1,&tmplem,2);
incFN();
ymip_head_format(&post_head,LICENSEVERSION,registerlen,FramNumber,UPLOADATTDATA);
attcount=(0xFF) & ((attlog->reclenght)/25); //一个字节来存储发送的数量
if((attlog->maxrec)>(attlog->currec+attcount))
{
leftcount=htonl(attlog->maxrec-(attlog->currec+attcount));
}
else
{
leftcount=0x00000000;
}
memcpy(&gLastAttRec, attlog->attbuffer+attlog->reclenght-4, 4);
printf("\ngLastAttRec=%d\n", ntohl(gLastAttRec));
memcpy(postbuf,&post_head,sizeof(TYMIP_HEAD)); //head
memcpy(postbuf+8,DevNumber,11); //devnumber
memcpy(postbuf+8+11,&attcount,1);
memcpy(postbuf+8+12,attlog->attbuffer,attlog->reclenght); //att
memcpy(postbuf+8+12+attlog->reclenght,&leftcount,4); //leftcount
//MAC check:
printf("[PUSHSDK] [%s]__Commkey:\n", __FUNCTION__);
for(i=0; i<16; i++)
printf("%02x ", commkey[i]);
printf("\ttranslen=%d\n", transinfolen-4);
MACCAL_KEY16(commkey, pRadom, 0, postbuf, transinfolen-4, checkcode);
memcpy(postbuf+transinfolen-4, checkcode, 4); //MAC
//end
/*如果发送数据后，没有收到服务器确认信息，将重发，三次都失败后，认为发送失败*/
printf("opt->websvr_time_out=%d\n",opt->websvr_time_out);
// opt->websvr_time_out=10; //only test
while(j<opt->reposttime){
// for (j=0; j<3; j++) {
j++;
iSvrResp = ymip_att_proc(opt->svrip,opt->svrport, (char *)&recv_head, postbuf, NULL, NULL, opt->error_intval, transinfolen);
if(iSvrResp==NULL)
{
printf("[PUSH SDK] TRANS ATTLOG (%d)TIMES FAILED\n\n",j);
continue;
}
return_len = svr_return_proc(iSvrResp, data_return, opt->websvr_time_out);
if((return_len+8) != GetPacketLength(&recv_head))
{
gErrorCode = 0x000a;
fclose(iSvrResp);
return -1;
}
if(return_len<=0)
{
printf("[PUSH SDK] TRANS ATTLOG (%d)TIMES FAILED\n\n",j);
continue;
}
checkFN=IsRightFN(post_head.FrameNum,recv_head.FrameNum);//帧号检验
error_code = ProcessService(&recv_head, data_return, opt);
if ((error_code < 0)/*||(checkFN==FALSE)*/) {
printf("[PUSH SDK] TRANS ATTLOG (%d)TIMES FAILED\n\n",j);
} else {
memset(attlog->attbuffer,0,1024); //发送成功之后，重置数据
attlog->currec+=attcount;
attlog->reclenght=0;
writevalue[0]=attlog->currec;
writevalue[1]=attlog->curfp;
printf("\n[%s]currec=%d,attcount=%d,maxrec=%d\n",__FUNCTION__,attlog->currec,attcount, attlog->maxrec);
write_file_with_offset(fdatt,0,(char *)&(writevalue),sizeof(writevalue));
if(attlog->maxrec<=attlog->currec)
{
opt->stat.post_interval = 1;
}
printf("[PUSH SDK] TRANS ATTLOG SUCCESS\n\n");
break;
}
}
if (fStream) {
fclose(fStream);
}
if(fdatt>0)
{
close(fdatt);
}
if (j >= opt->reposttime) {
pipe_write_to_parent_cmd(CHILD_CMD_OFFLINE);
return 0;
} else {
return 1;
}
}
int main()
{
int i;
//(unsigned char* kBuf,unsigned char *pRadom,unsigned
//char pRanAdd,unsigned char *data_in,short dlen,unsigned char *pMac)
unsigned char _kBuf[16];
unsigned char _pRadom[8];
unsigned char _pMac[16];
unsigned char _pMac2[16];
unsigned char _pRanAdd;
unsigned char _data_in[16];
short dlen=4;
for(i=0;i<16;i++)
{
_kBuf[i]=0x00;
_data_in[i]=0x00;
}
_kBuf[0]=0x34;
_kBuf[1]=0x56;
_kBuf[2]=0x78;
_kBuf[3]=0x19;
_kBuf[4]=0x29;
_kBuf[5]=0x10;
_kBuf[6]=0x29;
_kBuf[7]=0x12;
_kBuf[8]=0x87;
_kBuf[9]=0x37;
_kBuf[10]=0x61;
_kBuf[11]=0x82;
_kBuf[12]=0x83;
_kBuf[13]=0x91;
_kBuf[14]=0x92;
_kBuf[15]=0x93;
_data_in[0]=0x34;
_data_in[1]=0x56;
_data_in[2]=0x78;
_data_in[3]=0x19;
_data_in[4]=0x35;
_data_in[5]=0x24;
_data_in[6]=0x19;
_data_in[7]=0x0F;
for(i=0;i<8;i++)
{
_pRadom[i]=0x00;
}
_pRanAdd=0;
ThreeDES(_kBuf,_data_in,_pMac,1);
//ThreeDES_DAtA16
//ThreeDES(_kBuf,_pMac,_pMac2,0);
ThreeDES(_kBuf,_data_in,_pMac,1);
MACCAL_KEY16(_kBuf,_pRadom,_pRanAdd,_data_in,dlen,_pMac);
return i;
}
