• KAGRA
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• DGS
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• SNS
• DirectoryStructure

Directory structure for master PC of Small Network System (RTS2.5.2)

Directory in master PC for master itself and k1tst1, k1tst2 for PXE boot

• master: /(root)
• k1tst1 and k1tst2: /diskless/root on master booted by PXE
  • /diskless/root will be mounted to /(root) on k1tst1 and k1tst2
  • /opt/rtcds on k1tst1 and k1tst2 are NFS mounted to /opt/rtcds on master
  • /opt/rtapps on k1tst1 and k1tst2 are NFS mounted to /opt/rtapps on master

• /opt/rtcds/rtscores/
  • Including all advLigoRTS svn structure until 2.6.1. Under tags or branches folders, each folder includes Makefile to build RT models.

  • To build RT model, longin to k1tst1 or k1tst2 (probably master is also OK), change directory to version you need, and just type

    > make x1x14
    > make install-x1x14
    > make x1vex
    > make install-x1vex

    to start the new model, you MUST login k1tst1 or k1tst2 which you run the model

    > killx1vex
    > startx1x14
    > startx1vex

    k1tst1 has x1x14, x1x15, and k1tst2 has x1x16, x1x17, x1x18(2013/3/5)
• Each RTS folder under /opt/rtcds/rtscores/tags/ or /opt/rtcds/rtscores/branches/ includes
  • src/epics/simLink/
    • .mdl (RT model) files. Matlab opens these model files.
  • src/epics/simLink/lib/
    • library for RT models with Matlab. Needs to path at the beginning when Matlab open .mdl files.

• /opt/rtcds/tst/x1/scripts : script files to restart/kill RT models. To start an RT model, type

  > startx1x14

  for example. This commands can be run in any directory since path is set in .bashrc in /home/controls.
• /opt/rtcds/tst/x1/target/fb/ : mainly setting for daqd, nds.
  • /opt/rtcds/tst/x1/target/fb/daqdrc : a setting file for daqd.
  • /opt/rtcds/tst/x1/target/fb/master : a setting file to call channel information.
  • /opt/rtcds/tst/x1/target/fb/logs/ : log files for daqd and nds.
  • /opt/rtcds/tst/x1/target/fb/jobs/ : working directory for nds.
• /opt/rtcds/tst/x1/target/gds/
  • /opt/rtcds/tst/x1/target/gds/bin/ : binary file of awgtpman.
  • /opt/rtcds/tst/x1/target/gds/awgtpman_startup/ : startup scripts for awgtpman, called from startup script of each model.
  • /opt/rtcds/tst/x1/target/gds/awgtpman_logs/ : log files for starting awgtpman.
  • /opt/rtcds/tst/x1/target/gds/param/ : detail of testpoint channels. testpoint.par is automatically produced.
• /opt/rtcds/tst/x1/target/x1x14/ or /opt/rtcds/tst/x1/target/x1vex
  • /opt/rtcds/tst/x1/target/x1x14/scripts or /opt/rtcds/tst/x1/target/x1vex/scripts : to load epics IOC, RT kernel module, awgtpman. Called from /etc/rc.local.
  • /opt/rtcds/tst/x1/target/x1x14/x1x14epics or /opt/rtcds/tst/x1/target/x1vex/x1vexepics : to start epics ioc. Called from startup script of each model.
• /opt/rtcds/tst/x1/medm/ : for medm .adl files, used by medm.
• /opt/rtcds/tst/x1/chans/ : digital filter setting files, used by foton.
• /opt/rtapps/ : additional application folder to run RTS like EPICS.
• /etc/rc.local : to start 'mbuf', 'monit', startscripts for RT core.
  • /etc/rtsystab : includes name of RT models to be run.
• /etc/inittab : to start 'nds' and 'daqd'.
• /etc/xinet.d/ : setting files to start 'diagconf', 'chnconf' and 'leapconf'.
  • /etc/service : to start diagconf.
  • /etc/rpc : to start chnconf and leapconf.
• /etc/fstab
• /etc/export
• /lib/modules/2.6.34.1/kernel/drivers/mbuf/ : location of mbuf module 'mbuf.ko'. Called from /etc/rc.local.