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.