/*-----------------------------------------------*/ void newclock(void *tag) {
/* this thread started with 2 events( only 1 available in one time):
- clock change
- DLL_RESYNC
*/
printf("newclock thread started. clocktran:%d tag:%d quit:%d\n",
clocktran, *(int *)tag, quit); fflush(stdout);
while(clocktran>=0) {
int nclients;
nclients= dis_update_service(MICLOCK_TRANSITIONid);
printf("updated MICLOCK_TRANSITION clients:%d clocktran:%d\n", nclients, clocktran);
if(clocktran==0) break;
dtq_sleep(SLOT_S);
clocktran--; sprintf(clocktransition,"%d", clocktran);
if(clocktran==0) {
if(*(int *)tag==0) {
/*int rc;
char cmd[]="$VMECFDIR/ttcmidaemons/sctel.py MININF";
DLL_RESYNC(DLL_info); // commented 19092014
//printf("DLL_RESYNC + clearing the scope persistance\n");
rc= system(cmd); commented 19092014
printf("DLL_RESYNC + MININF not done!\n"); */
DLL_RESYNC(DLL_info);
} else {
setbcorbit(*(int *)tag);
nclients= dis_update_service(MICLOCKid);
printf("updated MICLOCK clients:%d\n", nclients);
};
};
if(quit==1) clocktran=0;
};
}
/*-----------------------------------------------*/ void newclock(void *tag) {
/* this thread started with 2 events( only 1 available in one time):
- clock change
- DLL_RESYNC
*/
rcnewclock= 888;
newclockstarts++;
printf("newclock thread started. clocktran:%d tag:%d quit:%d\n",
clocktran, *(int *)tag, quit); fflush(stdout);
while(clocktran>=0) {
int nclients;
nclients= dis_update_service(MICLOCK_TRANSITIONid);
printf("updated MICLOCK_TRANSITION clients:%d clocktran:%d\n", nclients, clocktran);
if(clocktran==0) break;
dtq_sleep(SLOT_S);
clocktran--; sprintf(clocktransition,"%d", clocktran);
if(clocktran==0) {
if(*(int *)tag==0) {
/*int rc;
char cmd[]="$VMECFDIR/ttcmidaemons/sctel.py MININF";
DLL_RESYNC(DLL_info); // commented 19092014
//printf("DLL_RESYNC + clearing the scope persistance\n");
rc= system(cmd); commented 19092014
printf("DLL_RESYNC + MININF not done!\n"); */
DLL_RESYNC(DLL_info);
} else {
#define reslen 3200
int rc; char server[24]; char cmd[80]; char result[reslen];
if(envcmp("VMESITE", "ALICE")==0) {
strcpy(server, getenv("SERVER_NODE"));
} else {
strcpy(server, "adls");
};
infolog_trgboth(LOG_WARNING, "ALICE clock changed, restaring ctpproxy (25s)...");
sprintf(cmd, "ssh trigger@%s ctpproxy.py restart nomasks", server);
setbcorbit(*(int *)tag);
nclients= dis_update_service(MICLOCKid);
printf("updated MICLOCK clients:%d\n", nclients);
//printf("updated MICLOCK clients:%d, now ctpproxy.py restart nomasks...\n", nclients);
rc= popenread(cmd, result, reslen);
if(rc==EXIT_FAILURE) {
printf("ERROR cmd:%s rc:%d\n", cmd, rc);
} else {
printf("result(len:%d):%s\n", strlen(result), result);
};
};
};
if(quit==1) clocktran=0;
}; clocktran_s=0;
rcnewclock= 0;
}
