nanobrain-lightweight

Generate APECx workflow YAML configurations via a Python builder interface.

3|Updated Apr 27, 2026
One-click install
npx skills add https://github.com/AlexandrNP/apecx-mcp-integration --skill nanobrain-lightweight
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: nanobrain-lightweight
Source: https://github.com/AlexandrNP/apecx-mcp-integration/tree/main/.claude/skills/nanobrain-lightweight
Command: npx skills add https://github.com/AlexandrNP/apecx-mcp-integration --skill nanobrain-lightweight

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill addresses the complexity of manually authoring workflow configurations by providing an ergonomic, programmatic builder that auto-discovers framework components and validates workflow structure.

Core Features & Use Cases

  • Programmatic Workflow Generation: Use the EnhancedWorkflowBuilder to define DAGs in Python rather than writing verbose YAML by hand.
  • Auto-Discovery: Automatically enumerates available agents, steps, and tools within the framework for easy wiring.
  • Validation Bridge: Integrates with the framework's validation pipeline to catch configuration errors before execution.
  • Use Case: Quickly prototype a new scientific analysis pipeline where the DAG shape is still in flux, or generate hundreds of similar workflow configurations from a single template.

Quick Start

Use the nanobrain-lightweight skill to initialize an EnhancedWorkflowBuilder and generate a new workflow configuration for your specific analysis task.

Frequently Asked Questions about nanobrain-lightweight

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I generate workflow YAML configurations programmatically instead of writing them by hand?

You can generate workflow YAML configurations programmatically by initializing an EnhancedWorkflowBuilder in Python to define DAGs. This approach replaces manual YAML authoring and outputs framework-compatible workflow files.

What is the best way to prototype scientific workflows when the DAG structure is still changing?

The best way to prototype scientific workflows with shifting DAG structures is using a programmatic Python builder. It allows rapid iteration and generates valid YAML configurations without manual rewrites.

Can I auto-discover available agents and tools when defining a workflow DAG?

Yes, the workflow builder automatically enumerates available agents, steps, and tools within the framework. This auto-discovery mechanism simplifies wiring components into your DAG.

How do I validate workflow configurations before runtime execution?

You validate workflow configurations by integrating the builder with the framework's validation pipeline. This bridge catches structural configuration errors before execution by the core Workflow.from_config runtime.

How can I generate hundreds of similar workflow configurations from a single template?

You can generate hundreds of similar workflow configurations by programmatically scaling a single Python template. The builder outputs distinct, framework-compatible YAML files for each generated workflow instance.

Does this skill require specific dependencies to run alongside the APECx platform?

This skill requires no external dependencies itself but is designed to integrate with the APECx platform. It generates YAML configurations specifically compatible with the core Workflow.from_config runtime environment.