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S30XL-LESA/LDMX
Log into 'clonioc1' (requires access through gateway).
ssh hallgw ssh clonioc1
Start GUIs
source /home/phansson/setup_hps_epics cd /usr/clas12/hps/dev/ source .setup-hps cd apps/medm medm -x svtFebMain.adl& medm -x svtFlangeMain.adl&
Once the GUI's are up, the FEB's should be powered first, followed by the flange cards.
Log into 'ppa-pc91245' (requires access through the gateway) and issue the following commands in a terminal to start the SVT IOC:
ssh tracker@ppa-pc91245 cd /u1/epics/svt-epics source setup_epics.csh cd svt-daq-epics/ python start_dpm.py
The hybrid GUI's are then started as follows:
cd /u1/epics/svt-medm medm -x svtTemp.adl& medm -x svtHybrid.adl& medm -x svtHybSync.adl& medm -x svtDpmLinkStatus.adl&
IOC Information
Access IOC from clonioc1:
telnet localhost 20006 # iochvCaen telnet localhost 20007 # iocsvtDaq
Control IOC from clonioc1:
Ctrl+] to exit #(type quit in terminal) Ctrl+x to reboot
ProcServer commands
The path has to be included to override the production default. So it's a bit cumbersome, but you can put the lines in a local script.
procServMgr -p /usr/clas12/hps/dev/apps/iocBoot -i iocsvtDaq stop procServMgr -p /usr/clas12/hps/dev/apps/iocBoot -i iocsvtDaq start procServMgr -p /usr/clas12/hps/dev/apps/iocBoot -i iocsvtDaq status # show all iocs procServMgr -p /usr/clas12/hps/dev/apps/iocBoot status
Development tree on clonioc1:
cd /usr/clas12/hps/dev # contains: # apps/hvCaenApp, apps/iocBoot/iochvCaen # apps/svtDaqApp, apps/iocBoot/iocsvtDaq # drivers/LVMPOD
MEDM screens on clonioc1:
# medm screens cd apps/medm # contains generated links to all adl's medm <gui> # run dev menu hps_epics dev