task-pattern

Design and refactor agents using structured task tables with dependency fields.

13|1|Updated Nov 21, 2025
One-click install
npx skills add https://github.com/Roeia1/SAGA --skill task-pattern
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: task-pattern
Source: https://github.com/Roeia1/SAGA/tree/main/.claude/skills/task-pattern
Command: npx skills add https://github.com/Roeia1/SAGA --skill task-pattern

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Guidance for creating and refactoring agents and skills using structured task patterns to ensure consistency and traceability across autonomous workflows.

Core Features & Use Cases

  • Structured TaskTable patterns to capture multi-step workflows with explicit fields.
  • Clear examples showing Subject, Description, Active Form, Blocked By, and Blocks.
  • Use case: when designing a new agent, apply the pattern to coordinate steps, dependencies, and execution order.

Quick Start

Define a new task table for the next agent or skill, using Subject, Description, Active Form, Blocked By, and Blocks.

Frequently Asked Questions about task-pattern

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

FAQPage Schema
How do I structure multi-step workflows for autonomous agents?

To structure multi-step workflows for autonomous agents, define a task-table pattern with fields for Subject, Description, Active Form, Blocked By, and Blocks. This frontmatter-driven model ensures consistent sequencing, ownership, and dependency tracking across multi-step tasks.

What is a task-table pattern for programming reliable agents?

A task-table pattern for programming reliable agents is a deterministic structure mapping dependencies and execution order. It uses frontmatter fields like Subject, Description, Active Form, Blocked By, and Blocks to ensure consistent implementation and traceability.

How do I track dependencies and execution order when creating new agents?

Track dependencies and execution order when creating new agents by applying a structured task pattern. Use the Blocked By and Blocks fields in a deterministic task-table to explicitly coordinate multi-step sequencing and ownership across development workflows.

When do I need a structured task pattern for agent development?

You need a structured task pattern for agent development when creating new agents or refining existing ones that require explicit sequencing. It provides consistency and traceability across autonomous workflows where multi-step tasks involve complex dependencies.

Can I use task-table patterns to refactor existing autonomous workflows?

Yes, you can use task-table patterns to refactor existing autonomous workflows. Applying a frontmatter-driven guidance model with fields like Active Form and Blocks allows you to redefine execution order, clarify ownership, and ensure traceability during agent refinement.

What fields are required to define a task-table for autonomous agents?

The required fields to define a task-table for autonomous agents are Subject, Description, Active Form, Blocked By, and Blocks. These fields capture multi-step workflows, establish explicit dependencies, and determine the deterministic execution sequence.