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• a generic interface to interact with the schema and edge information, so it can be accessed via end users and microservices
• ability to be configured with any schema given in the set formats (JSON for edge rules, OXM for schema)
• ability to easily communicate to an end user a node type’s attributes and edge rules when provided with a node type as input
• ability to define the depth (number of traversal hops) and relationship type (ie. child, parent, cousins) when interacting with a singular node type. When the depth is provided the solution must communicate the corresponding node type’s information (node type attribute information, edge information).  The relationship type input should act as a filter only retrieving node types that match the relationship type of the node type input.
• ability to filter node types on node type's metadata should be provided (example of metadata on node type: namespace, dependentOn)
• ability to retrieve a description for each node type & attribute to enable ease of user understanding
• ability to retrieve information about a property, when given a property of a node type as input
• ability to retrieve information about a metaproperty, when given a meta property of a node type's property as input
• ability to filter properties of a node typeType type on metaproperties should be provided (example of metaproperties : required, indexed, searchable)
• ability to retrieve metadata information, when given a metadata field of a node type as input (ie DESCRIPTION, DEPENDENT_ON, CONTAINER, NAMESPACE, etc)   
• ability to retrieve traversal paths
• return all traversal paths when provided a start and end node type
• indicate the shortest path available
• indicate the relative lengths of the other paths
• displayed on a UI sorted by shortest to longest path
• should also provide the ability to optionally provide multiple passthrough node types, defining the intermediate node types needing to be visited during the traversal.
• ability to provide information via a GUI
  • interaction with node types (one at a time and multiple) to view their node type attributes, edge attributes, and other relative information
    • example
      
  • ability to retrieve node types/edges and display the information based on the various filters aforementioned (depth, relationship type, metproperties, etc)[See example above]
  • traversal paths are able to be queried
    • example
      
• ability to interact with an end user using a natural language processor
• responds to questions about the schema and edge rules in a conversational format
• extent of the available conversations should cover the features available on the ui
  • example
    

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