The Loki IA Project is a experimental project to build a IA framework in Java that can be used to develop web and java desktop applications with complex data needs.

Project Goals:

  • Flexible but Structured Data Model
    • Devise a flexible structuring for the data that merges deterministic modeling (such as relational) with more flexible modeling (such as XML).
    • Allow localization and other application meta-data to be mixed in with traditional data so all data can be edited/managed from UI of the application.
    • Allow for social organization of the data such as folksonomies
    • Allow for naritive style data such as rich text or wiki text
    • Model should be able to refer to itself enhancing the self descriptive properties of the system.
    • Allow for versioning of data despite the lack of a central system for storing the data
    • Allow for globalization of data.
    • Allow for transaction processing with rollback.
  • Distributed (not Centralized) Data Access
    • Create a way of modeling data that can be accessed and stored across many different systems.
    • Create a way to uniquely identify data entities and maintain uniqueness across multiple systems.
    • Create a way of referencing and relating data across those systems.
    • Integrate with XML, relational databases, and data web services (such as the ones from Google and Amazon)
    • Should be easy to cache data locally for disconnected cases
  • Allow the same data to be presented by multiple UIs
    • Use the same data & format across: web-based UIs, desktop applications, and mobile apps.
    • Isolate the UI application from the complexities of data management and storage.
    • Isolate the data from application UI and navigation while allowing UI and navigation to be based on the data in an intuitive way.

Project Standards:

  1. Use simple java beans to hold the data.
  2. Use ISO standard codes.
  3. Allow for globalization of the application using native Java Locale and related utilities.
  4. Provide standard XML representations for all data modeled.

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