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  1. SAFe Program
  2. SP-3231

Mid.CBF Single Receptor BITE+VCC+FSP Enhancements

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    • Obs Mgt & Controls
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      Increasing the robustness of Mid.CBF software system and improving visibility into the signal processing chain will prepare the Mid.CBF for successful integration within the AA0.5 telescope.

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      Increasing the robustness of Mid.CBF software system and improving visibility into the signal processing chain will prepare the Mid.CBF for successful integration within the AA0.5 telescope.
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      • Scan sequence run from BDD test running in ska-mid-cbf-system-tests repo (and/or SKAMPI) in the Mid PSI, connected to Talon-DX hardware. This will be done with a single receptor BITE-VCC-FSP configuration 
      • A record of data captured from signal chain verification check points is available
      • Visibilities generated from previous acceptance criteria are captured via a script and/or SDP
      Show
      Scan sequence run from BDD test running in ska-mid-cbf-system-tests repo (and/or SKAMPI) in the Mid PSI, connected to Talon-DX hardware. This will be done with a single receptor BITE-VCC-FSP configuration  A record of data captured from signal chain verification check points is available Visibilities generated from previous acceptance criteria are captured via a script and/or SDP
    • 11
    • 11
    • 0
    • Team_CIPA
    • Sprint 5
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      • Implemented nightly automated test infrastructure in the Mid PSI (see XTP-17075) using the ska-mid-cbf-system-tests repo, connected to the CBF HW.
      • Implemented automated tests for the following checkpoints in the CBF signal chain:
        • Talon Status
        • Wideband State Count
        • Histograms (with known issue CIP-1581)
      • Partially implemented automated test for Packet Stream Repair checkpoint. This will be finished during the PI18 IP sprint (CIP-1574).
      • Partially implemented automated test for a happy path basic correlation test scenario. This will be finished during the PI18 IP sprint (CIP-1577), and demonstrated when ready.
      • Updated documentation (Mid+CBF+System+Test+Setup) for how to use the automated testing:
        • View Tests in Xray
        • View test artifacts
        • View Kibana logs
      Show
      Implemented nightly automated test infrastructure in the Mid PSI (see XTP-17075) using the ska-mid-cbf-system-tests repo, connected to the CBF HW. Implemented automated tests for the following checkpoints in the CBF signal chain: Talon Status Wideband State Count Histograms (with known issue CIP-1581) Partially implemented automated test for Packet Stream Repair checkpoint. This will be finished during the PI18 IP sprint (CIP-1574). Partially implemented automated test for a happy path basic correlation test scenario. This will be finished during the PI18 IP sprint (CIP-1577), and demonstrated when ready. Updated documentation ( Mid+CBF+System+Test+Setup ) for how to use the automated testing: View Tests in Xray View test artifacts View Kibana logs
    • 18.6
    • Stories Completed, Outcomes Reviewed, Demonstrated, Satisfies Acceptance Criteria, Accepted by FO
    • PI24 - UNCOVERED

    • Mid.CBF_SW Team_CIPA
    • SOL-G5

    Description

      Includes the following core stories:

      • CIP-1293: Entire scan sequence run from BDD test running in ska-mid-cbf-system-tests repo (and/or SKAMPI)
      • MCS and/or Engineering Console recording data from signal verification check points – ref: Mid CBF AA0.5 Signal ChainVerification. Target (ordered by priority):
        • CIP-1390: Wideband statecount
        • CIP-1392: Histograms:
          • VCC Channelizer Input
          • Resampler Input
          • Fine Channelizer Input
          • Fine Channelizer Output
        • CIP-1391: Talon status
        • CIP-1410: Wideband Input Buffer packet metadata and traffic analysis (bandwidth, etc.)
        • CIP-1364: Stream repair
        • CIP-1393: SLIM Links
        • CIP-1396: Resampler/Delay Tracker Timestamp feedback
      • CIP-1385: Visibility capture via signal verification container Jupyter notebook script

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                s.vrcic Vrcic, Sonja
                R.Huxtable Huxtable, Robert
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                Feature Progress

                  Story Point Burn-up: (100.00%)

                  Feature Estimate: 11.0

                  IssuesStory Points
                  To Do00.0
                  In Progress   00.0
                  Complete1681.0
                  Total1681.0

                  Dates

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