void UIInputAmount::FormAmount(unsigned char *pucOut,unsigned long ulAmount,unsigned char ucDecimalPos)
{
unsigned char i;
unsigned char j;
unsigned char aucBuf[10] = {0};
short space = 0;
memset(aucBuf,0,sizeof(aucBuf));
long_str(aucBuf, 9, &ulAmount);//8
j = ucDecimalPos;
for (i = 8; j; i--, j--) //7
aucBuf[i + 1] = aucBuf[i];
if (ucDecimalPos)
{
aucBuf[i + 1] ='.';
aucBuf[i + 1 + ucDecimalPos + 1] = 0;
}
for (j = 0; ((j < i) && (aucBuf[j]=='0')); space++,aucBuf[j++]=' ');
memcpy(pucOut,&aucBuf[space],strlen((char *)aucBuf)-space);
}
main ( int argc, char **argv )
{
char orbname[20]="zagsun6";
int orb;
tstations_struc stations ;
char name[5] = "ORB" ;
char sname[5] = "Q003" ;
short int data_mask = CSIM_DATA ;
pclient_struc client ;
pclient_station station ;
pdata_user data ;
boolean alert_flag ;
int ret ;
int i, j ;
Steim *blockette;
int *sdata, npts;
PktChannel pktchan;
unsigned short int quality = 0;
unsigned short int pinno = 0;
char *packet = NULL;
int nbytes = 0;
int bufsiz = 0;
char srcname[256];
int fix_MOTA=0;
int fix_WATA=0;
int fix_SQTA=0;
/*
double fouryears=epoch(2004000)-epoch(1996000);
double eightyears=epoch(2004000)-epoch(1996000);
double twelveyears=epoch(2008000)-epoch(1996000);
double twentyyears=epoch(2016000)-epoch(1996000);
*/
double sixteenyears=epoch(2012000)-epoch(1996000);
Pf *mypf;
/* Niko, leap second July 2012 */
/* subtract another second for the leap-second 2006-01-01 */
/* no more... Udo corrected the time again...
eightyears -= 1;
sixteenyears -= 1.0;
*/
/*schaltsekunde 2009-01-01*/
/*double twokohnine=epoch(2009001); */
elog_init ( argc, argv ) ;
if (argc < 2) {
usage();
exit (1);
}
/*strcpy(orbname,"zagsun6");*/
/*orbname = argv[2];*/
strncpy (sname, argv[1], 4);
sname[4] = '\0';
for (argc-=3,argv+=3; argc>0; argc--,argv++) {
if (!strcmp(*argv, "-v")) {
verbose = 1;
} else {
fprintf (stderr, "cs2orb: Unrecognized option '%s'.\n", *argv);
usage();
exit (1);
}
}
putenv("PFPATH=/home/comserv/pf");
if ( pfread ( "cs2orb", &mypf ) != 0 )
die ( 1, "Can't read parameter file\n" ) ;
fix_MOTA=pfget_int(mypf,"MOTA");
fix_WATA=pfget_int(mypf,"WATA");
fix_SQTA=pfget_int(mypf,"SQTA");
/* orb setup stuff */
orb = orbopen (orbname, "w&");
if (orb < 0) {
clear_register (1);
fprintf (stderr, "cs2orb: orbopen() error for '%s'.\n", orbname);
exit (1);
}
/* comserv setup stuff */
cs_setup (&stations, name, sname, TRUE, TRUE, 10, 5, data_mask , 6000) ;
client = cs_gen ( &stations ) ;
/* Trace setup stuff */
blockette = newsteim();
blockette->record_size = 512 ;
/* Data packet read loop */
while (1) {
/* Look for a packet */
ret = cs_scan ( client , &alert_flag ) ;
/* Sleep and loop if nothing there */
if (ret == -1) { sleep (1); continue; }
/* Grab the station structure pointer */
station = (pclient_station) ((long int) client + client->offsets[ret]) ;
/* Printout station status */
if (alert_flag) {
complain (0, "Station %4s status: %s\n", long_str(station->name.l), &(stats[station->status])) ;
}
/* Sleep and loop if no valid data */
if (!(station->valdbuf)) { sleep (1); continue; }
/* Grab the data buffer pointer */
data = (pdata_user) ((long int) client + station->dbufoffset) ;
/* Loop over number of data buffers */
for (i=0; i<station->valdbuf; i++,data=(pdata_user) ((long int)data + station->dbufsize)) {
/* Set data blockette record */
blockette->record = (pvoid) &(data->data_bytes) ;
/* Parse the SEED header */
if ( parse_seed_data_header( blockette ) ) {
complain ( 0, "Problems parsing SEED header or 1000 blockette.\n" ) ;
continue ;
}
/* niko netzname at fuer antelope */
strcpy (blockette->sdh.net,"OE");
sprintf (srcname, "%s_%s_%s", blockette->sdh.net, blockette->sdh.sta, blockette->sdh.chan);
if (verbose) printf ("%s:", srcname);
/* Not a data packet */
if (!(blockette->sdh.nsamp) || !(blockette->sdh.samprate_factor)) {
if (verbose) printf (" No data\n");
continue;
}
if (verbose) printf ("%s", strtime(blockette->sdh.epoch));
/* Uncompress the data */
if ( usteim (blockette, &sdata, &npts) ) {
clear_register (1);
continue;
}
if (verbose) {
for (j=0; j<10; j++) printf (" %5d", sdata[j]);
printf ("\n");
}
/* Stuff packet for orb */
strcpy (pktchan.net, blockette->sdh.net);
strcpy (pktchan.sta, blockette->sdh.sta);
strcpy (pktchan.chan, blockette->sdh.chan);
/* pktchan.time = blockette->sdh.epoch+eightyears;
pktchan.time = blockette->sdh.epoch+twelveyears; */
pktchan.time = blockette->sdh.epoch+sixteenyears;
/*pktchan.time = blockette->sdh.epoch+twentyyears;*/
pktchan.samprate = blockette->sdh.samprate;
switch (pktchan.chan[0]) {
case 'H': pktchan.calib = 1.589446;
break;
/*
case 'E': pktchan.calib = 0.06/0.707;
changed to 0.257 (~0.36*0.707)
*/
case 'E': pktchan.calib = 0.257;
/*
incl. dämpfung -> stimmt wenn antelope diesen wert mit TF multipl.
*/
break;
default: pktchan.calib = 1.0;
break;
}
if (!strcmp(pktchan.sta,"GAGA")) {
/*Uhrenkorrektur template */
pktchan.time -= 1.0;
}
if (!strcmp(pktchan.sta,"no-MOTA")) {
/*Uhrenkorrektur MOTA */
pktchan.time -= 1.0;
}
if ( fix_MOTA != 0 && !strcmp(pktchan.sta,"MOTA")) {
/*Uhrenkorrektur MOTA */
pktchan.time += (double)(fix_MOTA);
}
if (fix_SQTA != 0 && !strcmp(pktchan.sta,"SQTA")) {
/*Uhrenkorrektur SQTA */
pktchan.time += (double)(fix_SQTA);
}
if ( fix_WATA !=0 && !strcmp(pktchan.sta,"WATA")) {
/*Uhrenkorrektur WATA */
pktchan.time += (double)(fix_WATA);
}
/* solve the problem with omitted segtype, which chops the db */
if (!strcmp(pktchan.sta,"OBKA")) {
switch (pktchan.chan[1]) {
case 'H': strcpy(pktchan.segtype,"V");
break;
case 'L': strcpy(pktchan.segtype,"A");
break;
default: ;
break;
}
}
/* pktchan.calib = 1.0; */
pktchan.nsamp = blockette->sdh.nsamp;
pktchan.data = sdata;
pktchan.nbytes = 4*pktchan.nsamp;
pktchan.datatype = trINT;
if (!stuff_iwc_tracebuf ( quality, pinno, &pktchan, &packet, &nbytes, &bufsiz ) ) {
complain (0, "stuff_iwc_tracebuf error.\n");
exit (1);
}
/* Put to orb */
if ( orbput ( orb, srcname, pktchan.time, packet, nbytes ) ) {
complain (0, "orbput error.\n");
exit (1);
}
orbflush (orb);
}
}
}