void dhcp_callback(enum dhcp_event event)
{
switch(event)
{
case dhcp_event_timeout:
DBG_INFO("[dhcp]: timeout\n");
const ip_address ip = NET_IP_ADDRESS;
const ip_address gw = NET_IP_GATEWAY;
const ip_address nm = NET_IP_NETMASK;
ip_init(&ip, &nm, &gw);
netstat(stdout, NETSTAT_OPT_ALL);
break;
case dhcp_event_lease_acquired:
DBG_INFO("[dhcp]: lease acquired\n");
netstat(stdout, NETSTAT_OPT_ALL);
break;
case dhcp_event_lease_expiring:
DBG_INFO("[dhcp]: lease expiring\n");
break;
case dhcp_event_lease_expired:
DBG_INFO("[dhcp]: lease expired\n");
break;
case dhcp_event_lease_denied:
DBG_INFO("[dhcp]: lease denied\n");
break;
case dhcp_event_error:
DBG_ERROR("[dhcp]: error\n");
break;
default:
DBG_ERROR("[dhcp]: unknown event (0x%x)\n", event);
break;
}
}
LRESULT CALLBACK DlgProc(HWND hWndDlg, UINT Msg, WPARAM wParam, LPARAM lParam)
{
switch (Msg) {
case WM_USER:
switch (lParam) {
case WM_LBUTTONDBLCLK:
ShowWindow(hWndDlg, SW_SHOW);
return TRUE;
}
break;
case WM_TERM:
do_stop(hWndDlg);
break;
case WM_INITDIALOG:
_hwnd = hWndDlg;
do_init();
do_stop(_hwnd);
start_stop(hWndDlg); /* didn't we say on by default? ;D */
break;
case WM_SYSCOMMAND:
if ((wParam & 0xfff0) == SC_MINIMIZE) {
minimize(hWndDlg);
return TRUE;
}
break;
case WM_CLOSE:
minimize(hWndDlg);
return TRUE;
case WM_COMMAND:
switch(wParam) {
case IDOK:
start_stop(hWndDlg);
return TRUE;
case IDCANCEL:
netstat();
return TRUE;
case IDC_BUTTON1:
EndDialog(hWndDlg, 0);
return TRUE;
case IDC_BUTTON2:
hof();
return TRUE;
}
break;
}
return FALSE;
}
void timer_callback(timer_t timer, void * data)
{
static struct date_time dt;
// ds1338_get_date_time(&dt);
/* DBG_INFO("[time]: %02d:%02d:%02d\n",
dt.hours,
dt.minutes,
dt.seconds
);*/
netstat(stdout, NETSTAT_OPT_ALL);
}
int
get_file_over_ftp (net_t *netpolicy)
{
char buffer [HUGE0], *ptr;
struct hostent *phostent;
struct sockaddr_in client, pasvclient;
int rval;
unsigned long filesz, received;
slassert (netpolicy != NULL);
fprintf (stdout, netpolicy->msg);
fflush (stdout);
if (!netpolicy->savepart) slassert (!netpolicy->checkstamp);
if (!netpolicy->overwrite &&
file_exist (netpolicy->destpath, NULL, true)) /* regular file exist */
{
return shutdown_net_t (netpolicy, FILE_DOWNLOADED, "Already downloaded");
}
__act (phostent = gethostbyname (netpolicy->hostname), -1, "Cannot resolve host");
client.sin_family = phostent->h_addrtype;
client.sin_port = htons ((unsigned short) netpolicy->port);
memcpy (&client.sin_addr.s_addr, phostent->h_addr_list[0], phostent->h_length);
__act ((netpolicy->sd = socket (client.sin_family, SOCK_STREAM, 0)) >= 0, -1, NULL);
__act ((rval = t_connect
(netpolicy->sd, (struct sockaddr *)&client, sizeof client, netpolicy->timeout)) >= 0, -1, NULL);
/* starting FTP transaction */
fprintf (stdout, "\r%s [Starting ftp transaction]", netpolicy->msg);
fflush (stdout);
netpolicy->ftpquit = true;
/* read server ready */
__act (t_recv (netpolicy->sd, buffer, HUGE) >= 0, FILE_NOT_DOWNLOADED, "Server not ready");
__act (strncmp (buffer, "220", 3) == 0, FILE_NOT_DOWNLOADED, "Server not ready");
/* anonymous login */
clrline (stdout, strlen (netpolicy->msg) + 30);
fprintf (stdout, "\r%s [FTP anonymous login]", netpolicy->msg);
fflush (stdout);
/* sending username */
__act (!ftp_act (netpolicy, "USER anonymous\r\n", "331"), FILE_NOT_DOWNLOADED, "User failed");
/* sending pass */
__act (!ftp_act (netpolicy, "PASS [email protected]\r\n", "230"), FILE_NOT_DOWNLOADED, "Pass failed");
clrline (stdout, strlen (netpolicy->msg) + 25);
fprintf (stdout, "\r%s [Retrieving file]", netpolicy->msg);
fflush (stdout);
__act (!ftp_act (netpolicy, "SYST\r\n", "215"), FILE_NOT_DOWNLOADED, "Syst error");
__act (!ftp_act (netpolicy, "TYPE I\r\n", "200"), FILE_NOT_DOWNLOADED, "Type I error");
__act (!ftp_act (netpolicy, "PASV\r\n", "227"), FILE_NOT_DOWNLOADED, "Pasv error");
/* obtain ip and port on passive mode */
__act (ptr = strchr (netpolicy->ftpreply, '('), FILE_NOT_DOWNLOADED, "Error on pasv mode");
sscanf (ptr, "(%hu,%hu,%hu,%hu,%hu,%hu)",
&netpolicy->pasv[0], &netpolicy->pasv[1], /* IP */
&netpolicy->pasv[2], &netpolicy->pasv[3], /* IP */
&netpolicy->pasv[4], &netpolicy->pasv[5]); /* port: pasv[4] * 256 + pasv[5] */
snprintf (netpolicy->pasvip, sizeof netpolicy->pasvip, "%hu.%hu.%hu.%hu",
netpolicy->pasv[0], netpolicy->pasv[1], netpolicy->pasv[2], netpolicy->pasv[3]);
netpolicy->pasvport = netpolicy->pasv[4] * 256 + netpolicy->pasv[5];
netpolicy->pasvsd = socket (AF_INET, SOCK_STREAM, 0);
pasvclient.sin_family = AF_INET;
pasvclient.sin_port = htons((unsigned short) netpolicy->pasvport);
__act (inet_pton (AF_INET, netpolicy->pasvip, &pasvclient.sin_addr) == 1 &&
!t_connect (netpolicy->pasvsd, (struct sockaddr *) &pasvclient, sizeof pasvclient, netpolicy->timeout),
-1, "ftp pasv error");
snprintf (buffer, HUGE, "SIZE %s\r\n", netpolicy->srcpath);
__act (!ftp_act (netpolicy, buffer, "213"), FILE_NOT_DOWNLOADED,
(atoi (netpolicy->ftpreply) == 550) ? "File not found" : "Size error");
filesz = atoi (netpolicy->ftpreply + 4); /* 4 = strlen ("213 ") */
/* require file */
snprintf (buffer, HUGE, "RETR %s\r\n", netpolicy->srcpath);
__act (!ftp_act (netpolicy, buffer, "150"), FILE_NOT_DOWNLOADED, "Retr error");
checkstamp (netpolicy, netpolicy->pasvsd);
__act (netpolicy->oldstamp != 0, FILE_ALREADY_UPDATE, "Already update");
if (netpolicy->savepart)
{
slassert ((strlen (netpolicy->destpath) + strlen (".part")) < sizeof (netpolicy->destpath));
strcat (netpolicy->destpath, ".part");
}
__act (netpolicy->fddest = fopen (netpolicy->destpath, "wb"), -1, netpolicy->destpath);
if (netpolicy->oldstamp == 1)
{
fwrite (netpolicy->stamprecv, 1, STAMPSZ, netpolicy->fddest);
}
received = (netpolicy->checkstamp) ? STAMPSZ : 0;
clrline (stdout, strlen (netpolicy->msg) + 25);
netstat (NETSTAT_INIT, 0, 0, 0); /* init */
while ((rval = recv (netpolicy->pasvsd, buffer, HUGE, 0)) > 0)
{
received += (unsigned long) rval;
fprintf (stdout, "\r%s [%s]", netpolicy->msg, netstat (0, 1, received, filesz));
fflush (stdout);
fwrite (buffer, 1, rval, netpolicy->fddest);
}
fprintf (stdout, "\r%s [%s]\n",
netpolicy->msg, netstat (NETSTAT_END, 1, received, filesz)); /* finish, flush 100% */
fflush (stdout);
return shutdown_net_t (netpolicy, 0, NULL);
}
int
get_file_over_http (net_t *netpolicy)
{
char buffer[HUGE0];
unsigned long received, filesz;
int rval;
struct stat st;
struct hostent *phostent;
struct sockaddr_in client;
slassert (netpolicy != NULL);
fprintf (stdout, netpolicy->msg);
fflush (stdout);
/* sanity check */
if (!netpolicy->savepart)
slassert (!netpolicy->checkstamp);
if (!netpolicy->overwrite &&
file_exist (netpolicy->destpath, &st, true)) /* regular file exist */
{
return shutdown_net_t (netpolicy, FILE_DOWNLOADED, "Already downloaded");
}
__act (phostent = gethostbyname (netpolicy->hostname), -1, "Cannot resolve host");
client.sin_family = phostent->h_addrtype;
client.sin_port = htons ((unsigned short) netpolicy->port);
memcpy (&client.sin_addr.s_addr, phostent->h_addr_list[0], phostent->h_length);
__act ((netpolicy->sd = socket (client.sin_family, SOCK_STREAM, 0)) >= 0, -1, NULL);
__act (!t_connect
(netpolicy->sd, (struct sockaddr *)&client, sizeof client, netpolicy->timeout), -1, NULL);
snprintf (buffer, HUGE, HTTP_TEMPLATE, netpolicy->srcpath, netpolicy->hostname);
__act (send
(netpolicy->sd, buffer, strlen(buffer), 0) == (int) strlen(buffer), -1, NULL);
/* receive http header and save to `filesz' length of file required */
__act ((rval = read_http_header (netpolicy->sd)) > 0, FILE_NOT_DOWNLOADED, "File Not Found");
filesz = (unsigned long) rval;
checkstamp (netpolicy, netpolicy->sd);
__act (netpolicy->oldstamp != 0, FILE_ALREADY_UPDATE, "Already update");
if (netpolicy->savepart)
{
slassert ((strlen (netpolicy->destpath) + strlen (".part")) < sizeof (netpolicy->destpath));
strcat (netpolicy->destpath, ".part");
}
__act (netpolicy->fddest = fopen (netpolicy->destpath, "wb"), -1, netpolicy->destpath);
if (netpolicy->oldstamp == 1)
{
fwrite (netpolicy->stamprecv, 1, STAMPSZ, netpolicy->fddest);
}
received = (netpolicy->checkstamp) ? STAMPSZ : 0;
netstat (NETSTAT_INIT, 0, 0, 0); /* init */
while ((rval = recv (netpolicy->sd, buffer, HUGE, 0)) > 0)
{
received += rval;
fprintf (stdout, "\r%s [%s]", netpolicy->msg, netstat (0, 1, received, filesz));
fflush (stdout);
fwrite (buffer, 1, rval, netpolicy->fddest);
}
fprintf (stdout, "\r%s [%s]\n",
netpolicy->msg, netstat (NETSTAT_END, 1, received, filesz)); /* finish, flush 100% */
fflush (stdout);
return shutdown_net_t (netpolicy, 0, NULL);
}
uint32_t CmdShowData(char *outputstr,T_MESSAGE *message)
{
uint8_t i;
uint8_t status=0;
char *p;
struct tm time_now;
time_t old_time;
static float MeaRecordTab[MEANUM];
static uint8_t DiRecording[16];
old_time = 0;
memset (outputstr,0,1314);
p=outputstr;
switch(message->m_type)
{
case CMD_AI:
#if MEAUPDATE_METHOD==MEMBLKCP
status = AiQuerry();
if(status)
{
I2C_MeasureTab[23]=GetTemperature();
#endif
#if LINGUA==EN
sprintf(p, "╔════════╦═════total meas:%3d═════╦════════╗\r\n",MEANUM);
p+=strlen("╔════════╦═════total meas:%3d═════╦════════╗\r\n");
#endif
#if LINGUA==CH
sprintf(p, "╔════════╦═════遥测量总数:%3d═════╦════════╗\r\n",MEANUM);
p+=strlen("╔════════╦═════遥测量总数:%3d═════╦════════╗\r\n");
#endif
for(i=0;i<MEANUM;i++)
{
if ((i+1) % 4)
{
if((16==i)||(17==i)||(21==i)||(22==i))
{
// if((I2C_MeasureTab[i]-MeaRecordTab[i])>Compress_Factor*MeaPropTab[i].scale)
// {
// sprintf(p, "║%-4s:%s%6.1f%s %4s",MeaPropTab[i].Title,rouge_mutation,\
// I2C_MeasureTab[i],normale,MeaPropTab[i].Unit);
// p+=strlen(rouge_mutation);
// p+=strlen(normale);
// }
// else
sprintf(p, "║%-4s:%6.1f %-4s",MeaPropTab[i].Title,I2C_MeasureTab[i],MeaPropTab[i].Unit);
p+=strlen("║XXXX:01234.5XXXX");
}
else if(18==i)
{
// if((I2C_MeasureTab[i]-MeaRecordTab[i])>Compress_Factor*MeaPropTab[i].scale)
// {
// sprintf(p, "║%-4s:%s%6.1f %s%4s",MeaPropTab[i].Title,rouge_mutation,\
// I2C_MeasureTab[i],normale,MeaPropTab[i].Unit);
// p+=strlen(rouge_mutation);
// p+=strlen(normale);
// }
// else
sprintf(p, "║%-4s:%6.4f %-4s",MeaPropTab[i].Title,I2C_MeasureTab[i],MeaPropTab[i].Unit);
p+=strlen("║XXXX:01.2345XXXX");
}
else
{
// if((I2C_MeasureTab[i]-MeaRecordTab[i])>Compress_Factor*MeaPropTab[i].scale)
// {
// sprintf(p, "║%-4s:%s%6.1f%s %4s",MeaPropTab[i].Title,rouge_mutation,\
// I2C_MeasureTab[i],normale,MeaPropTab[i].Unit);
// p+=strlen(rouge_mutation);
// p+=strlen(normale);
// }
// else
sprintf(p, "║%-4s:%6.2f %-4s",MeaPropTab[i].Title,I2C_MeasureTab[i],MeaPropTab[i].Unit);
p+=strlen("║XXXX:0123.45XXXX");
}
}
else
{
// if((I2C_MeasureTab[i]-MeaRecordTab[i])>Compress_Factor*MeaPropTab[i].scale)
// {
// sprintf(p, "║%-4s:%s%6.1f %s%4s",MeaPropTab[i].Title,rouge_mutation,\
// I2C_MeasureTab[i],normale,MeaPropTab[i].Unit);
// p+=strlen(rouge_mutation);
// p+=strlen(normale);
// }
// else
sprintf(p, "║%-4s:%6.2f %-4s║\r\n",MeaPropTab[i].Title,I2C_MeasureTab[i],MeaPropTab[i].Unit);
p+=strlen("║XXXX:0123.45XXXX║\r\n");
//sprintf(p, "╠════════╬════════╬════════╬════════╣\r\n");
if((MEANUM-1)==i) sprintf(p, "╚════════╩════════╩════════╩════════╝\r\n");
p+=strlen("╠════════╬════════╬════════╬════════╣\r\n");
}
MeaRecordTab[i]=I2C_MeasureTab[i];
}
#if MEAUPDATE_METHOD==MEMBLKCP
}
else
{
#if LINGUA== EN
sprintf(outputstr,"can't read data from AI board \r\n");
p+=strlen("can't read data from AI board \r\n");
#endif
#if LINGUA== CH
sprintf(outputstr,"无法读取AI数据 \r\n");
p+=strlen("无法读取AI数据 \r\n");
#endif
}
#endif
break;
case CMD_DI:
#if LINGUA== EN
sprintf(p, "╔══totaldis%2d══╗\r\n",16);
p+=strlen("╔══totaldis%2d══╗\r\n");
#endif
#if LINGUA ==CH
sprintf(p, "╔══遥信总数%2d══╗\r\n",16);
p+=strlen("╔══遥信总数%2d══╗\r\n");
#endif
for(i=0;i<8;i++)
{
if(1==DiStatus_DI[i].Value)
{
sprintf(p, "║ %-3d %s◆%s ",i+1,rouge,normale);
if(DiRecording[i]!=DiStatus_DI[i].Value) sprintf(p, "║ %-3d %s◆%s ",i+1,rouge_mutation,normale);
p+=strlen("║ %-3d ◆ ");
p+=strlen(rouge);
p+=strlen(normale);
}
else
{
sprintf(p, "║ %-3d %s◇%s ",i+1,vert,normale);
if(DiRecording[i]!=DiStatus_DI[i].Value) sprintf(p, "║ %-3d %s◇%s ",i+1,vert_mutation,normale);
p+=strlen("║ %-3d ◇ ");
p+=strlen(vert);
p+=strlen(normale);
}
DiRecording[i]=DiStatus_DI[i].Value;
if(1==DiStatus_DI[i+8].Value)
{
sprintf(p, "║ %-3d %s◆%s ║\r\n",i+9,rouge,normale);
if(DiRecording[i+8]!=DiStatus_DI[i+8].Value) sprintf(p, "║ %-3d %s◆%s ║\r\n",i+9,rouge_mutation,normale);
p+=strlen("%║ -3d ◆ ║\r\n");
p+=strlen(rouge);
p+=strlen(normale);
}
else
{
sprintf(p, "║ %-3d %s◇%s ║\r\n",i+9,vert,normale);
if(DiRecording[i+8]!=DiStatus_DI[i+8].Value) sprintf(p, "║ %-3d %s◇%s ║\r\n",i+9,vert_mutation,normale);
p+=strlen("║ %-3d ◇ ║\r\n");
p+=strlen(vert);
p+=strlen(normale);
}
if(7==i)
{
sprintf(p, "╚════╩════╝\r\n");
p+=strlen("╚════╩════╝\r\n");
}
else
{
sprintf(p, "╠════╬════╣\r\n");
p+=strlen("╚════╩════╝\r\n");
}
DiRecording[i+8]=DiStatus_DI[i+8].Value;
}
break;
case CMD_TI:
if(Can_Online)
{
for(i=0;i<4;i++)
{
if(CAN_MeasureTab[i]>6000) sprintf(p, "%s\r\n","OffSccope");
sprintf(p, "%s:%5d %s\r\n",MeaPropTab[24+i].Title,CAN_MeasureTab[i],MeaPropTab[24+i].Unit);
p+=strlen("XXXXX:01234XX\r\n");
}
#if LINGUA ==EN
sprintf(p,"enter the number of 4~20mA channel\r\n");
p=p+strlen("enter the number of 4~20mA channel\r\n")+strlen(DevNameStr);
#endif
#if LINGUA ==CH
sprintf(p,"输入4～20mA通道序号查看电流显示\r\n");
p=p+strlen("输入4～20mA通道序号查看电流显示\r\n")+strlen(DevNameStr);
#endif
Shell_State=TI_mA;
}
else
{
#if LINGUA== EN
sprintf(outputstr,"can't read data from TI board \r\n");
p+=strlen("can't read data from TI board \r\n");
#endif
#if LINGUA== CH
sprintf(outputstr,"无法读取TI数据\r\n");
p+=strlen("无法读取TI数据\r\n");
#endif
}
break;
case CMD_COEF:
break;
case CMD_DATE:
time_now = Time_GetCalendarTime();
sprintf(p, "%d-%02d-%02d %02d:%02d:%02d %s\r\n",time_now.tm_year,time_now.tm_mon/*+1*/,time_now.tm_mday,\
time_now.tm_hour,time_now.tm_min,time_now.tm_sec,Weekchar[time_now.tm_wday]);
p+=strlen("1982-05-24 21:13:14 Tue\r\n");
break;
case CMD_NAME:
#if LINGUA ==EN
sprintf(p,"device name now:%s,enter your new name\r\n",DevNameStr);
p=p+strlen("device name now:,enter your new name\r\n")+strlen(DevNameStr);
#endif
#if LINGUA ==CH
sprintf(p,"当前装置名称为%s,请输入新名称\r\n",DevNameStr);
p=p+strlen("当前装置名称为,请输入新名称\r\n")+strlen(DevNameStr);
#endif
Shell_State=MODIFY_NAME;
break;
case CMD_NET:
i=netstat(p);
p+=i;
break;
case CMD_SOE:
sprintf(p,"***************SOE事件记录***************\r\n");
p+=strlen("***************SOE事件记录***************\r\n");
if(0==SetCurrent.TrigSoeQueue.total)
{
sprintf(p,"无SOE事件记录 *_*||\r\n");
p+=strlen("无SOE事件记录 *_*||\r\n");
}
else
{
for(i=0;i<SetCurrent.TrigSoeQueue.total;i++)
{
//tyh:20130312 判断当前显示的是否是最新记录,如果不是画线区分
if(old_time > SetCurrent.TrigSoeQueue.SOE_Queue_Flash[i].timetamp)
{
sprintf(p, "~~~~~~~~~~");
p+=10;
sprintf(p, "~~~~~~~~~~");
p+=10;
sprintf(p, "~~~~~~~~~~");
p+=10;
sprintf(p, "~~~~~~~~~~");
p+=10;
sprintf(p, "~\r\n");
p+=3;
}
time_now = Time_ConvUnixToCalendar(SetCurrent.TrigSoeQueue.SOE_Queue_Flash[i].timetamp);
sprintf(p, "%4d-%02d-%02d %02d:%02d:%02d %4dms DI%02d非电量%4s\r\n",time_now.tm_year,time_now.tm_mon,time_now.tm_mday,\
time_now.tm_hour,time_now.tm_min,time_now.tm_sec,SetCurrent.TrigSoeQueue.SOE_Queue_Flash[i].mscd,\
SetCurrent.TrigSoeQueue.SOE_Queue_Flash[i].diseq+1,(SetCurrent.TrigSoeQueue.SOE_Queue_Flash[i].state?"动作":"返回"));
p+=43;
old_time = SetCurrent.TrigSoeQueue.SOE_Queue_Flash[i].timetamp;
}
old_time = 0;
}
break;
case CMD_REC:
sprintf(p,"***************ERROR LIST***************\r\n");
p+=strlen("***************ERROR LIST***************\r\n");
if(0==SetCurrent.ErrorQueue.total)
{
sprintf(p,"no error recorded *_*||\r\n");
p+=strlen("no error recorded *_*||\r\n");
}
else
{
for(i=0;i<SetCurrent.ErrorQueue.total;i++)
{
//tyh:20130312 判断当前显示的是否是最新记录,如果不是画线区分
if(old_time > SetCurrent.ErrorQueue.ERROR_Queue_Flash[i].timetamp)
{
sprintf(p, "~~~~~~~~~~~~~~~~~~~~");
p+=20;
sprintf(p, "~~~~~~~~~~~~~~~~~~~~");
p+=20;
sprintf(p, "~~~~~~~~~~~~~~~~~~~~");
p+=20;
sprintf(p, "~~~~~~~~~~~~~~~~~~~~");
p+=20;
sprintf(p, "\r\n");
p+=2;
}
time_now = Time_ConvUnixToCalendar(SetCurrent.ErrorQueue.ERROR_Queue_Flash[i].timetamp);
sprintf(p, "%4d-%02d-%02d %02d:%02d:%02d %4dms %08x's Reg=|%08x|%08x|%08x|%08x|\r\n",time_now.tm_year,time_now.tm_mon/*+1*/,time_now.tm_mday,\
time_now.tm_hour,time_now.tm_min,time_now.tm_sec,SetCurrent.ErrorQueue.ERROR_Queue_Flash[i].mscd,\
SetCurrent.ErrorQueue.ERROR_Queue_Flash[i].Perirh_baseaddr,\
SetCurrent.ErrorQueue.ERROR_Queue_Flash[i].Register_1,\
SetCurrent.ErrorQueue.ERROR_Queue_Flash[i].Register_2,\
SetCurrent.ErrorQueue.ERROR_Queue_Flash[i].Register_3,\
SetCurrent.ErrorQueue.ERROR_Queue_Flash[i].Register_4);
p+=strlen("1982-05-24 13:14:10 1234ms 12345678's Reg=|00000400|00000003|00000401|00000124|\r\n");
old_time = SetCurrent.ErrorQueue.ERROR_Queue_Flash[i].timetamp;
}
old_time = 0;
}
break;
case CMD_SHOWIP://20130312 TYH:添加IP显示命令处理
break;
case CMD_AI_RESET_COUNT: //tyh:20130730
sprintf(p,"AI RESET COUNT = %7.0f\r\n", AI_Reset_Count);
p+=strlen("AI RESET COUNT = 1234567\r\n");
break;
default:
break;
}
*(p++)=0x0A;
*(p++)=0x0D;
return (p-outputstr);
}
