void MainWindow::on_actionExit_triggered()
{
quitfunc();
}
void ReadItron(RDArsrc *mainrsrc)
{
RDArsrc *tmprsrc=NULL;
FILE *fp=NULL;
char temp[129],custid[16],read_method=0,read_code=0;
char new_service=FALSE,tamper[5],readdate[9],read_date[11];
char tim[9],reseq=FALSE;
RDATData *prev=NULL;
long reading=0;
int counters=0,serviceno=0,time_code=0,route=0;
int total_time=0;
short dec_pos=0,last_type=(-1),hrs=0,mins=0;
double new_reading=0.0,seq1=0,new_sequence=0,sequence=0;
readwidget(mainrsrc,"FILENAME");
FINDRSCGETSTRING(mainrsrc,"FILENAME",&ITRON_FILENAME);
counters=CountLines(ITRON_FILENAME);
fp=fopen(ITRON_FILENAME,"r+b");
if(fp==NULL)
{
prterr("Error Attempting to open and read file [%s] for import.",(ITRON_FILENAME!=NULL ? ITRON_FILENAME:""));
return;
}
tmprsrc=odiagscrn("DIAGNOSTIC SCREEN",module,
"Importing Meter Readings",stop_diagnostic,counters);
ZERNRD(utbsvc);
if(tmprsrc!=NULL)
{
if(!APPmakescrn(tmprsrc,TRUE,NULL,NULL,FALSE))
{
ForceWindowUpdate(tmprsrc);
} else {
}
}
while(fgets(temp,128,fp))
{
if(abort_diagnostic) break;
if(!strncmp(temp,"RHD",3))
{
if(temp[51]=='Y') reseq=TRUE;
else reseq=FALSE;
} else if(!strncmp(temp,"CUS",3))
{
new_service=FALSE;
memcpy(custid,&temp[14],15);
sprintf(stemp,"%-4s",&temp[30]);
serviceno=atoi(stemp);
if(temp[98]=='Y') new_service=TRUE;
else new_service=FALSE;
last_type=0;
} else if(!strncmp(temp,"MTR",3))
{
sprintf(stemp,"%-8s",&temp[61]);
sequence=atoi(stemp);
sprintf(stemp,"%-8s",&temp[69]);
new_sequence=atoi(stemp);
sprintf(stemp,"%-3s",&temp[95]);
time_code=atoi(stemp);
total_time+=time_code;
last_type=1;
} else if(!strncmp(temp,"RTR",3))
{
sprintf(stemp,"%-6s",&temp[5]);
route=atoi(stemp);
ZERNRD(utbrte);
FINDFLDSETINT(utbrte,"ROUTE NUMBER",route);
if(!ADVEQLNRDsec(utbrte,1,SCRNvirtualSubData,mainrsrc))
{
prev=RDATDataNEW(utbrte);
} else {
if(prev!=NULL) FreeRDATData(prev);
KEYNRD(utbrte,1);
}
memset(stemp,0,101);
hrs=total_time/60;
mins=(total_time-(hrs*60));
sprintf(stemp,"%02d:%02d:00",hrs,mins);
FINDFLDSETSTRING(utbrte,"TIME ALLOWED",stemp);
ADVWRTTRANSsec(utbrte,0,NULL,prev,SCRNvirtualSubData,mainrsrc);
if(prev!=NULL) FreeRDATData(prev);
memset(stemp,0,101);
} else if(!strncmp(temp,"RDG",3))
{
read_method=temp[25];
read_code=temp[61];
memset(stemp,0,101);
strncpy(stemp,&temp[33],10);
reading=atol(stemp);
sprintf(stemp,"%-2s",&temp[91]);
dec_pos=atoi(stemp);
new_reading=FixReading(reading,dec_pos);
memcpy(readdate,&temp[47],8);
sprintf(read_date,"%.2s/%.2s/%.4s",&readdate[0],&readdate[2],&readdate[4]);
sprintf(tim,"%.2s:%.2s:%.2s",&temp[55],&temp[57],&temp[59]);
if(read_code!='S' && read_code!=0)
{
if(read_method!='R' && read_method!='W')
{
if(last_type<2) /* Normal Reading */
{
/* WRITE UTBSVC NORMAL */
ZERNRD(utbsvc);
FINDFLDSETSTRING(utbsvc,"CUSTOMER IDENTIFICATION",custid);
FINDFLDSETINT(utbsvc,"SERVICE NUMBER",serviceno);
if(!ADVEQLNRDsec(utbsvc,1,SCRNvirtualSubData,mainrsrc))
{
prev=RDATDataNEW(utbsvc);
FINDFLDGETDOUBLE(utbsvc,"SEQUENCE NUMBER",&seq1);
FINDFLDSETDOUBLE(utbsvc,"CURRENT READING",new_reading);
FINDFLDSETSTRING(utbsvc,"LAST READ DATE",read_date);
#ifdef XXXX
if(seq1!=new_sequence && reseq==TRUE)
{
FINDFLDSETCHAR(utbsvc,"RESEQUENCE",TRUE);
FINDFLDSETDOUBLE(utbsvc,"NEW SEQUENCE NUMBER",new_sequence);
}
#endif /* XXXX */
ADVWRTTRANSsec(utbsvc,0,NULL,prev,SCRNvirtualSubData,mainrsrc);
if(prev!=NULL) FreeRDATData(prev);
} else if(new_service==TRUE)
{
if(prev!=NULL) FreeRDATData(prev);
KEYNRD(utbsvc,1);
FINDFLDSETDOUBLE(utbsvc,"CURRENT READING",new_reading);
FINDFLDSETSTRING(utbsvc,"LAST READ DATE",read_date);
#ifdef XXXX
if(reseq==TRUE) FINDFLDSETDOUBLE(utbsvc,"SEQUENCE NUMBER",new_sequence);
#endif /* XXXX */
ADVWRTTRANSsec(utbsvc,0,NULL,NULL,SCRNvirtualSubData,mainrsrc);
}
} else { /* Demand Reading */
/* WRITE UTBSVC DEMAND */
ZERNRD(utbsvc);
FINDFLDSETSTRING(utbsvc,"CUSTOMER IDENTIFICATION",custid);
FINDFLDSETINT(utbsvc,"SERVICE NUMBER",serviceno);
if(!ADVEQLNRDsec(utbsvc,1,SCRNvirtualSubData,mainrsrc))
{
prev=RDATDataNEW(utbsvc);
FINDFLDSETDOUBLE(utbsvc,"DEMAND READING",new_reading);
ADVWRTTRANSsec(utbsvc,0,NULL,prev,SCRNvirtualSubData,mainrsrc);
if(prev!=NULL) FreeRDATData(prev);
} else if(new_service==TRUE)
{
if(prev!=NULL) FreeRDATData(prev);
KEYNRD(utbsvc,1);
FINDFLDSETDOUBLE(utbsvc,"DEMAND READING",new_reading);
FINDFLDSETSTRING(utbsvc,"LAST READ DATE",read_date);
#ifdef XXXX
if(reseq==TRUE) FINDFLDSETDOUBLE(utbsvc,"SEQUENCE NUMBER",new_sequence);
#endif /* XXXX */
ADVWRTTRANSsec(utbsvc,0,NULL,NULL,SCRNvirtualSubData,mainrsrc);
}
}
}
}
last_type=2;
} else if(!strncmp(temp,"WRR",3))
{
if(read_code!='S' && read_code!=0)
{
/* WRITE UTBSVC WAND */
sprintf(tamper,"%.4s",&temp[54]);
sprintf(stemp,"%-10s",&temp[72]);
reading=atoi(stemp);
new_reading=FixReading(reading,dec_pos);
memcpy(readdate,&temp[58],8);
sprintf(read_date,"%.2s/%.2s/%.4s",&readdate[0],&readdate[2],&readdate[4]);
sprintf(tim,"%.2s:%.2s:%.2s",&temp[66],&temp[68],&temp[70]);
ZERNRD(utbsvc);
FINDFLDSETSTRING(utbsvc,"CUSTOMER IDENTIFICATION",custid);
FINDFLDSETINT(utbsvc,"SERVICE NUMBER",serviceno);
if(!ADVEQLNRDsec(utbsvc,1,SCRNvirtualSubData,mainrsrc))
{
prev=RDATDataNEW(utbsvc);
FINDFLDGETDOUBLE(utbsvc,"SEQUENCE NUMBER",&seq1);
FINDFLDSETDOUBLE(utbsvc,"CURRENT READING",new_reading);
FINDFLDSETSTRING(utbsvc,"LAST READ DATE",read_date);
#ifdef XXXX
if(seq1!=new_sequence && reseq==TRUE)
{
FINDFLDSETCHAR(utbsvc,"RESEQUENCE",TRUE);
FINDFLDSETDOUBLE(utbsvc,"NEW SEQUENCE NUMBER",new_sequence);
}
#endif /* XXXX */
ADVWRTTRANSsec(utbsvc,0,NULL,prev,SCRNvirtualSubData,mainrsrc);
if(prev!=NULL) FreeRDATData(prev);
} else if(new_service==TRUE)
{
if(prev!=NULL) FreeRDATData(prev);
KEYNRD(utbsvc,1);
FINDFLDSETDOUBLE(utbsvc,"CURRENT READING",new_reading);
FINDFLDSETSTRING(utbsvc,"LAST READ DATE",read_date);
#ifdef XXXX
if(reseq==TRUE) FINDFLDSETDOUBLE(utbsvc,"SEQUENCE NUMBER",new_sequence);
#endif /* XXXX */
ADVWRTTRANSsec(utbsvc,0,NULL,NULL,SCRNvirtualSubData,mainrsrc);
}
}
} else if(!strncmp(temp,"RFF",3))
{
if(read_code!='S' && read_code!=0)
{
/* WRITE UTBSVC RADIO */
sprintf(tamper,"%.2s",&temp[56]);
sprintf(stemp,"%-10s",&temp[72]);
reading=atoi(stemp);
new_reading=FixReading(reading,dec_pos);
memcpy(readdate,&temp[58],8);
sprintf(read_date,"%.2s/%.2s/%.4s",&readdate[0],&readdate[2],&readdate[4]);
sprintf(tim,"%.2s:%.2s:%.2s",&temp[66],&temp[68],&temp[70]);
ZERNRD(utbsvc);
FINDFLDSETSTRING(utbsvc,"CUSTOMER IDENTIFICATION",custid);
FINDFLDSETINT(utbsvc,"SERVICE NUMBER",serviceno);
if(!ADVEQLNRDsec(utbsvc,1,SCRNvirtualSubData,mainrsrc))
{
prev=RDATDataNEW(utbsvc);
FINDFLDGETDOUBLE(utbsvc,"SEQUENCE NUMBER",&seq1);
FINDFLDSETDOUBLE(utbsvc,"CURRENT READING",new_reading);
FINDFLDSETSTRING(utbsvc,"LAST READ DATE",read_date);
#ifdef XXXX
if(seq1!=new_sequence && reseq==TRUE)
{
FINDFLDSETCHAR(utbsvc,"RESEQUENCE",TRUE);
FINDFLDSETDOUBLE(utbsvc,"NEW SEQUENCE NUMBER",new_sequence);
}
#endif /* XXXX */
ADVWRTTRANSsec(utbsvc,0,NULL,prev,SCRNvirtualSubData,mainrsrc);
if(prev!=NULL) FreeRDATData(prev);
} else if(new_service==TRUE)
{
if(prev!=NULL) FreeRDATData(prev);
KEYNRD(utbsvc,1);
FINDFLDSETDOUBLE(utbsvc,"CURRENT READING",new_reading);
FINDFLDSETSTRING(utbsvc,"LAST READ DATE",read_date);
#ifdef XXXX
if(reseq==TRUE) FINDFLDSETDOUBLE(utbsvc,"SEQUENCE NUMBER",new_sequence);
#endif /* XXXX */
ADVWRTTRANSsec(utbsvc,0,NULL,NULL,SCRNvirtualSubData,mainrsrc);
}
}
} else {
/* Not used for import */
}
}
if(tmprsrc!=NULL)
{
killwindow(tmprsrc);
free_rsrc(tmprsrc);
tmprsrc=NULL;
}
quitfunc(mainrsrc);
}
void MainWindow::on_quitButton_clicked()
{
quitfunc();
}
