Programmatic Creation of Analyses, Transformation Specifications, and Projections in FHIR SQL Builder

Idea Overview:
The proposal aims to introduce a feature within the InterSystems FHIR SQL Builder that enables the programmatic creation of analyses, transformation specifications, and projections. This initiative seeks to provide an alternative to the current graphical user interface (GUI) methods, allowing for more automated, efficient, and script-based operations.

Feature Description:

1. Programmatic Analyses Creation:

   • Develop functionality that allows users to create and configure analyses within the FHIR repository using a scripting approach, such as ObjectScript commands or another suitable scripting language.

   • This would enable users to automate the analyses creation process, enhancing productivity and facilitating integration with other automated processes.

2. Transformation Specifications via Scripting:

   • Introduce capabilities to programmatically define and manage transformation specifications, enabling users to script these processes without relying on the GUI.

   • This feature should support a range of transformation activities, from simple data mappings to more complex logic, all within a scriptable environment.

3. Projection Generation Through Commands:

   • Provide a series of commands or a scripting interface that allows for the creation of projections from transformation specifications, enabling a streamlined and automated approach to projection management.

   • This functionality would benefit users requiring repetitive or complex projection setups, facilitating easier management and deployment.

4. Enhanced Scripting Integration:

   • Ensure that these new scripting capabilities are well integrated within the existing FHIR SQL Builder framework, allowing for seamless interaction between scripted and GUI-based functionalities.

   • Consider the development of export and import features for configurations created through scripts, enhancing the tool's flexibility and usability across different environments.

Anticipated Benefits:

• By enabling programmatic interactions with the FHIR SQL Builder, users can achieve greater efficiency and precision in managing their FHIR data.

• This enhancement would cater to advanced users who prefer scripting, offering them the flexibility to automate repetitive tasks or integrate with external tools and workflows.

• The feature would also aid in promoting consistency and repeatability in deployment processes, especially beneficial in environments where configurations need to be replicated or version-controlled.

This idea proposes to extend the capabilities of the FHIR SQL Builder, making it a more versatile tool that can cater to a variety of user preferences and operational needs within the InterSystems IRIS environment.