Config Nodefile

Example of a Nodefile for normal run:

##################################################################
#
#    "nodefile_N" for NORMAL_RUN
#
###################################################################
hprt01   DFC -new -nofeed
l2ax01   L2   1 dfc
l2ax02   L2   2 dfc
l2ax03   L2   3 dfc
l2ax04   L2   4 dfc
l2ax05   L2   5 dfc
l2ax06   L2   6 dfc
l2ax07   L2   7 dfc
l2ax08   L2   8 dfc
l2ax09   L2   9 dfc
l2ax10   L2  10 dfc
l2ax13   TRIG
fibm05-f FARM 1 1 1 L3BHA:1 L3MIP:0 L3COS:0 L3DCC:0
fibm06-f FARM 1 1 1 L3BHA:1 L3MIP:0 L3COS:0 L3DCC:0
fibm07-f FARM 1 1 1 L3BHA:1 L3MIP:0 L3COS:0 L3DCC:0
krunc RC
fibm01-f DB
l2ax12 SLOW
fibm04 MONI
fibm08 CALIB
##################################################################

• DFC is managed by hprt01. When "Run Storage" is "Disk" DFC works in dynamic mode that means that traffic can be redistributed between farms.

  When "Run Storage" is "Trash" DFC works in static mode that means that events are sent cyclically to farms independent of the farms occupancy.

• 10 L2 chains are acquiring events: l2ax01 - l2ax10
• l2ax13 manages the Trigger Supervisor and FIOS
• 3 farms are in acquisition: fibm05 - fibm07. All commands and events data sent to the farms use FDDI interfaces. Any farm creates a buffer that can be addressed using the URL sysdaq:ALL.

  4 filters are enabled. It means that L3filter in any farm creates 4 different buffers addressed as spydaq:L3BHA, spydaq:L3MIP, spydaq:L3COS, spydaq:L3DCC. Only L3BHA events are also writting on disk.

• krunc is working as Run Control.
• Online Database server is fibm01 on FDDI
• l2ax12 is doing the slow control
• Calibrations processes are started on fibm08
• Physmon processes are started on fibm04