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char* p,*pS;
char* cStatus;
char* cBattdate;
char* cModel;
char szBuffer[1500];
int nLen;
int bOnline = 0;
double dCharge,dLoad,dLinev,dTimeleft,dBattv,dTonbatt,dCu monbatt;
//printf("Starting USV APC BackUPS 1500 watch");
while(TRUE)
{
STREAM* stream = stream_create("/dev/tcp/192.168.1.81/3551",0,0);
if (stream != NULL)
{
szBuffer[0] = 0;
szBuffer[1] = 6;
stream_write(stream,szBuffer,2);
stream_flush(stream);
stream_write(stream,"status",6);
stream_flush(stream);
nLen = stream_read(stream,szBuffer,2,1000);
nLen = stream_read(stream,szBuffer,sizeof(szBuffer) - 1,1000);
stream_close(stream);
szBuffer[nLen] = 0;
szBuffer[nLen + 1] = 0;
//printf("APC BufferLen=%d",nLen);
pS = szBuffer;
while(*pS)
{
//MODEL : UPS model derived from UPS information
p = strstr(pS,"MODEL :");
if (p != NULL)
{
cModel = strstrskip(p,"MODEL : ");
//printf("APC Model=%s",cModel);
setoutputtext(0,cModel);
}
//STATUS : UPS status (online, charging, on battery etc)
p = strstr(pS,"STATUS :");
if (p != NULL)
{
cStatus = strstrskip(p,"STATUS : ");
//printf("APC Status=%s",cStatus);
setoutputtext(1,cStatus);
p = strstr(pS,"ONLINE");
if (p != NULL)
setoutput(0,0);
else
setoutput(0,1);
}
//LINEV : Current input line voltage
p = strstr(pS,"LINEV :");
if (p != NULL)
{
dLinev = batof(p + 11);
setoutput(1,dLinev);
//printf("APC Linev=%f",dLinev);
}
//LOADPCT : Percentage of UPS load capacity used as estimated by UPS
p = strstr(pS,"LOADPCT :");
if (p != NULL)
{
dLoad = batof(p + 11);
setoutput(2,dLoad);
//printf("APC Load=%f",dLoad);
}
//BCHARGE : Current battery capacity charge percentage
p = strstr(pS,"BCHARGE :");
if (p != NULL)
{
dCharge = batof(p + 11);
setoutput(3,dCharge);
//printf("APC Bcharge=%f",dCharge);
}
//TIMELEFT: Remaining runtime left on battery as estimated by the UPS
p = strstr(pS,"TIMELEFT :");
if (p != NULL)
{
dTimeleft = batof(p + 11);
setoutput(4,dTimeleft);
//printf("APC Timeleft=%f",dTimeleft);
}
//BATTV : Current battery voltage
p = strstr(pS,"BATTV :");
if (p != NULL)
{
dBattv = batof(p + 11);
setoutput(5,dBattv);
//printf("APC Battv=%f",dBattv);
}
//TONBATT :Seconds currently on battery
p = strstr(pS,"TONBATT :");
if (p != NULL)
{
dTonbatt = batof(p + 11);
setoutput(6,dTonbatt);
//printf("APC Tonbatt=%f",dTonbatt);
}
//CUMONBATT : Cumulative seconds on battery since apcupsd startup
p = strstr(pS,"CUMONBATT:");
if (p != NULL)
{
dCumonbatt = batof(p + 11);
setoutput(7,dCumonbatt);
//printf("APC Cumonbatt=%f",dCumonbatt);
}
//BATTDATE: Date battery last replaced (if set)
p = strstr(pS,"BATTDATE :");
if (p != NULL)
{
cBattdate = strstrskip(p,"BATTDATE : ");
//printf("APC Battdate=%s",cBattdate);
setoutputtext(2,cBattdate);
}
pS += (strlen(pS) + 1);
}
}
else
//printf("APC no connection");
sleeps(10); // wait 10 seconds
}
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