gemstone-engine 1.2.1

GEMSTONe: Generic Engine for Modular Software Task Orchestration and Negotiation

GEMSTONe: Generic Engine for Modular Software Task Orchestration and Negotiation

Overview

GEMSTONe is an engine that runs customizable modular workflows. We use the term "module" in the usual sense — a standalone process that takes inputs and produces outputs. When modules are linked together in a workflow, GEMSTONe refers to each one as a "stage"; otherwise terms "module" and "stage" can be used interchangeably.
Each stage is a standalone processing step: it reads input files, does its job, and writes outputs. A workflow links these stages together in sequence. GEMSTONe takes care of running them in order, passing data along the way.

Your role is to make each stage GEMSTONe-ready so the engine can:

• Start it with the right parameters
• Handle all file paths and connections between stages automatically

Install

pip install gemstone-engine

Design Goals

• No proprietary language. Simple and obvious human-readable syntax for all configuration files (specs.txt, iofiles.txt, stageflows.txt, etc.)

• Boilerplate code eliminated. Parameter validation, path management, file compatibility, and chaining are handled by the engine.

• Zero coupling. Module code and engine code are 100% independent — changes to one never require changes to the other.

Quick Start

To plug a stage into GEMSTONe, just include these three files:

• specs.txt: lists user input parameters and any defaults or constraints
• iofiles.txt: defines the stage’s inputs and outputs in table format
• run.py: contains def run(params, paths):, which launches your code
• Your module’s own implementation lives in a runtime/ subdirectory inside the stage folder.

To connect stages into a workflow, add:

• stageflows.txt: shows how outputs from one stage become inputs to the next
• standards.txt: lists the types of files your workflow uses

That’s it. With these files in place, GEMSTONe handles path management and input validation automatically — no need to write custom code for filenames, directories, or parameter parsing.

Example Usage

Launching a workflow

A GEMSTONe workflow is started from the command line through the standard entry point:

from gemstone.cli import main

if __name__ == "__main__":
    main()

This accepts:

<param file>
[<jobid override>]
[--testmode]

Inside a stage (run.py)

Each stage defines:

def run(params: Params, paths: Paths):
    param_file = paths.get_parameter_file_path()
    write_param_file(param_file, params)
    args = make_args(params, param_file, paths)

    subprocess.run(
        args,
        cwd=paths.stage,
        capture_output=True,
        text=True,
        check=True
    )

The engine supplies both params and paths; your code focuses only on launching the underlying executable.

Project Status

GEMSTONe is under active development and already in use for production research pipelines. Interfaces shown here are stable, but minor refinements are expected as the documentation and tooling expand.

Documentation

Full integration documentation will be released with the public source repository.
Until then, concise usage notes and guidance are available—please reach out through the project’s PyPI page or institutional contact channels if you need assistance integrating a module or workflow.

License

Creative Commons BY‑ND 4.0