sf_databuffer/policies/llrf.policies

/* LLRF basic configuration for data policy */
/* ======================================== */

/* IMPORTANT Workflow notice                                                           */
/* After merge request was generated, make an ELOG entry to the LLRF logbook at        */
/* https://elog-gfa.psi.ch/LLRF with                                                   */
/*      Section     = All                                                              */
/*      System      = LLRF                                                             */
/*      Subsystem   = General                                                          */
/*      Subject     = New Data Buffer basic TTL policy                                 */
/*      Text        = Describe what you have changed and place this link:              */
/*                    https://git.psi.ch/sf_config/sf_daq_sources/commits/master/policies/llrf.policies  */


/* Explanation of bsread data config for LLRF:                                         */
/* 1. TMEM map Excel document column with bsread will generate a                       */
/*    # bsread_info header comment in the template channels_uplink_data_ch...template. */
/* 2. script cfg/AutoStart.sh -> calls cfg/bsread_cfg_extract.sh                       */
/* 3. results written to /var/volatile/llrf_bsread.cfg on the IOC ramdisk.             */
/* 4. llrf_rtapp parses this config file llrf_bsread.cfg on startup                    */
/* 5. In case GUI the STREAMING-RECONFIG checkbox pressed, this file is reloaded by    */
/*    the rtapp. So the way of manually adding new PV's would be to login to the IOC,  */
/*    and then edit this file (e.g. with nano or vi), store it and reload it.          */




/* ------------------------------------------------------------ */
/* - override settings                                        - */
/* -                                                          - */
/* - Each default setting will be overridden, when a better   - */
/* - match (exacter match) is made. It is independant of the  - */
/* - sequence in this configuration file.                     - */
/* ------------------------------------------------------------ */


/*
Examples for modulo settings:
  "modulo":1            1 point every 10 ms (100 Hz)
  "modulo":100          1 point every 1 second
  "modulo":60000        1 point every 10 minutes
  "modulo":3600000      1 point every 1 hour
  
Examples for ttl settings:
  PT1M                  1 minute
  PT2H                  2 hours
  P1D                   1 day
  P2W                   2 weeks
  P1M                   1 month
*/





{
    "policies": [

/* ------------------------------------------------------------ */
/* - default settings which are generic for all RF stations   - */
/* ------------------------------------------------------------ */

/* default setting for status channels of FPGA */
{
   "pattern":"-RLLE-STA:",
   "data_reduction":{
      "default":[
         {
            "ttl":"P2W",
            "modulo":1
         }
         ,
         {
            "ttl":"P2M",
            "modulo":100
            /* 1 point every 1 second */
         }
      ]
   }
}
,
/* override for some specific channels, delete fully after ... */
{
   "pattern":"-RLLE-STA:.*TIMER$",
   "data_reduction":{
      "default":[
         {
            "ttl":"P2W",
            "modulo":1
         }
      ]
   }
}
,
{
   "pattern":"-RLLE-STA:.*EVRPULSEID$",
   "data_reduction":{
      "default":[
         {
            "ttl":"P2W",
            "modulo":1
         }
      ]
   }
}
,
{
   "pattern":"-RLLE-STA:.*MSICNT$",
   "data_reduction":{
      "default":[
         {
            "ttl":"P2W",
            "modulo":1
         }
      ]
   }
}
,


/* ------------------------------------------------------------ */


/* default setting for status channels of DSP / RT_APP feedback control */
{
   "pattern":"-RLLE-DSP:",
   "data_reduction":{
      "default":[
         {
            "ttl":"P2W",
            "modulo":1
         }
         ,
         {
            "ttl":"P2M",
            "modulo":100
            /* 1 point every 1 second */
         }
      ]
   }
}
,


/* ------------------------------------------------------------ */


/* default setting for waveforms (AMPLT / PHASE / DAC I/Q */
{
   "pattern":"-RIQM-STA:DAC",
   "data_reduction":{
      "waveform":[
         {
            "ttl":"P2D",
            "modulo":1
         }
         ,
         {
            "ttl":"P2M",
            "modulo":100
            /* 1 point every 1 second */
         }
      ]
   }
}
,
{
   "pattern":"-AMPLT$",
   "data_reduction":{
      "waveform":[
         {
            "ttl":"P2D",
            "modulo":1
         }
         ,
         {
            "ttl":"P2M",
            "modulo":100
            /* 1 point every 1 second */
         }
      ]
   }
}
,
{
   "pattern":"-PHASE$",
   "data_reduction":{
      "waveform":[
         {
            "ttl":"P2D",
            "modulo":1
         }
         ,
         {
            "ttl":"P2M",
            "modulo":100
            /* 1 point every 1 second */
         }
      ]
   }
}
,
/* default setting for ADCRAW, but typically not sent (extracted in cfg/bsread_cfg_extract.sh */
{
   "pattern":"-ADCRAW$",
   "data_reduction":{
      "waveform":[
         {
            "ttl":"PT2H",
            "modulo":1
         }
      ]
   }
}
,

/* ------------------------------------------------------------ */


/* default setting for 100 Hz scalars AMPLT-AVG and PHASE-AVG */
{
   "pattern":"-AMPLT-AVG$",
   "data_reduction":{
      "scalar":[
         {
            "ttl":"P2W",
            "modulo":1
         }
         ,
         {
            "ttl":"P2M",
            "modulo":100
            /* 1 point every 1 second */
         }
      ]
   }
}
,
{
   "pattern":"-PHASE-AVG$",
   "data_reduction":{
      "scalar":[
         {
            "ttl":"P2W",
            "modulo":1
         }
         ,
         {
            "ttl":"P2M",
            "modulo":100
            /* 1 point every 1 second */
         }
      ]
   }
}
,
{
   "pattern":"^SINEG01.*-RIQM-STA:DAC",
   "data_reduction":{
      "waveform":[
         {
            "ttl":"P2W",
            "modulo":1
         }
         ,
         {
            "ttl":"P2M",
            "modulo":100
            /* 1 point every 1 second */
         }
      ]
   }
}
/*lab system OSFA Physiklabor in machine network*/
,
{
   "pattern":"^SINEGTS-.*",
   "data_reduction":{
      "scalar":[
         {
            "ttl":"P4D",
            "modulo":1
         }
      ],
      "waveform":[
         {
            "ttl":"PT6H",
            "modulo":1
         }
      ]
   }
}

    ]
}