Iteration Goals:

• Capture MVP (Minimum Viable Product) requirements

  • What Features/Functions are needed for MVP

    • Refactor Java code to connect to existing Ignite cluster - Levi
    • Design and create configuration file for Transformer - Levi
      • Leave unencrypted for now
    • Design and create configuration file for Provider - Levi
    • Add transformer cache/sync logic - Philip (write story)
      • Develop framework for scheduling cache updates
    • Enhance transformer to be fault-tolerant for usability
      • Add exception handling and retry logic
      • Add logging logic to a file and configure where it goes
      • Add testing logic i.e. unit tests, test cases, test harness - Bryan
        • Will get a testing tag from OSDU
        • #1_1_1_pre-shipping_team_a testing team
    • Add OGC support in Koop

  • What data types we will target (prioritized) - Michael

    • Well top / bottom as a point with X,Y,Z
    • Picks/tops/markers as a point with X,Y,Z
    • 2D Survey / 2D Nav as a measured line
    • 2D live trace as a measured line
    • 3D Survey as a polygon
    • Well Path as a measured 3D line
    • 3D live trace as a polygon
    • Log as a point with X,Y,Z (could be central point, or top/bottom for log)
    • Horizon/Interpretation extent polygons
    • Log as measured 3D line – to show position of log along wellbore
    • *Perform spikes on each data type to determine what will be in MVP
    • *Confirm we are getting the data we expect for lines and polygons

  • What does the installer look like - Bryan

    • Tool deployed for external customers that use OSDU
    • GCZ will be part of OSDU deployment
    • Documented in a setup guide for CSPs
      • identifies pre-requisites i.e. Apache Ignite;
      • not a standalone installer

  • What will the user experience be

  • What documentation do we need

  • No GUIs for MVP

  • Symbology not required

  • Only use Open-Source libraries

  • Use OSDU engine for projecting

• Create and estimate MVP stories