App to show networks in a graphical view with basic functions. 

Version 1 Study and conceptual approach (Guilin)

(htdocu)

• Prototyp for study and presentatoin purpose
• Use public available (License conditions) server like Openstreetmap -> request Ok for presentations and this study purpose
• Interface/ (Server provided)
  • Elements
    • Site containing devices
    • Device with ports
    • Link, Connections between ports
    • Path via multiple links
  • Using GeoJSON and RFC7951
    • https://en.wikipedia.org/wiki/GeoJSON#TopoJSON_Schema
• Browser app
  • Map visualization of database topology information for a "planner"
  • Map projection: WGS84-Format and marcator
  •  Scaling/Performance
    • Zoom function (World .. till 50 meters) See http://webhelp.esri.com/arcgisserver/9.3/java/index.htm#designing_overlay_gm_mve.htm
    • Handling of 50000+ map elements
    • show up to 1000 in one zoom level
  • Define usefull map-framework for browser implementation on top of ONAP/React/Typescript App Framework
  • For desktop screens size, not mobile
  • Interface for value add extension (Makro function, Gui cut through to other application)
• Server side
  • WEBServer
  • Database: Elasticsearch with JSON Data
  • Geo server (If possible openstreetmap)
  • Interface/ Elasticsearch
    • Elements
      • Site containing devices
      • Device with ports
      • Link, Connections between ports of different devices (Not a Cable)
      • Path via multiple links
    • Using GeoJSON/RFC7946 and RFC7951
      • RFC7946 https://en.wikipedia.org/wiki/GeoJSON#TopoJSON_Schema 
      • https://tools.ietf.org/html/rfc7951
      • Problem: GeoJSON objectkeys ↔ yang / yangtools (contradicting ?)

Integration test

• Test data
• Test cases for IT acceptance

Version 2 (> Guilin)

Points to cover

• Consider results of study phasis
• Satellite map provider,
• Other map providers
• Own map data providing server