Moving files for testing

• First move the yaml files from mcclogin to the cpu   

  •  login into acclegr

  • scp <UnixLoginName>@mcclogin:/afs/slac/g/lcls/users/BPM/LCLS_II/BPM/software/lcls2-py-scripts/insitu_cavity.tar laci@cpu-xxxx-xxxx:/data/cpu-xxxx-xxxx/



• ssh on to the cpu ssh laci@cpu-xxxx-xxxx

• cd into the data folder and cpu  cd /data/cpu-xxxx-xxxx/

• Untar the compressed file in /data/cpu-xxxx-xxxx/

  • tar -xvf insitu_cavity.tar
• Change directory into the new folder insitu_cavity/
• The ip address needs to be updated in the NetIO (Line 84) section of 000TopLevel.yaml found in
  • cavity_yaml/AmcCarrierBpmCavityDDV1_project.yaml/000TopLevel.yaml

• • The last digit in the ip address to be updated to match the shelf number being tested (Line 84)
    
    • Slot 2 -> 10.0.1.102
    • Slot 3 -> 10.0.1.103
    • Slot 4 -> 10.0.1.104
    • Slot 5 -> 10.0.1.105
• The file permissions may need to be changed for the launch script for it to be executed
  • chmod u+x launch.sh
• Run the the launch script. The -b flag may need to be updated to reflect the correct bay
  • ./launch.sh cavityTakeData.py -Y cavity_yaml/*_project.yaml/000TopLevel.yaml -D cavity_yaml/*_project.yaml/config/defaults_cc.yaml -b0 -n1 -d ./data/

  • **This may need to be done twice to set the registers

  • Once the script completes it will make a folder in the local /data directory in the current working directory.

Copying made files for analysis

• From acclegr. Copy the output files to the BPM data directory

  • scp -r laci@xxx-xxxx-xxx:/data/xxx-xxxx-xxx/insitu_cavity/data/<filename>/ <UnixLoginName>@mcclogin:/afs/slac/g/lcls/users/BPM/LCLS_II/Data/

• From here see Cavity AMC Testing for the rest of the testing procedure.