What is the primary output of the Implementation Planning skill?

It produces a structured Markdown Implementation Plan detailing specific file changes, agent assignments, dependency mappings, and the final execution order.

What happens if a task is too complex for a single execution cycle?

The skill includes a scope estimation check that flags oversized priorities and suggests splitting them into smaller, more manageable sub-cycles.

Which specialized agents are used in the planning process?

The skill assigns tasks to the Framework Architect (architecture), DX Specialist (documentation), Feedback Analyst (signals/changelogs), and Community Manager (PRs/linking).

How does this skill ensure framework consistency?

It utilizes mandatory 'pas-create-*' scripts for all new artifacts, ensuring that every new skill, agent, or process adheres to established directory structures and convention requirements.

Can this skill help optimize team development speed?

Yes, it performs a parallelization analysis to identify independent tasks that can be dispatched to different agents simultaneously, reducing the total cycle time.

PAS Implementation Planning

Name: PAS Implementation Planning
Author: ZoranSpirkovski

byZoranSpirkovski

0•

生产力与工作流

Generates detailed, file-level implementation plans from approved priorities, optimizing for parallel execution across specialized agents.

The Implementation Planning skill is a core component of the PAS (Processes as Development Agents) framework, designed to bridge the gap between high-level discovery and technical execution. It analyzes approved priorities to produce a concrete roadmap that specifies exact file modifications, identifies dependencies, and groups tasks for parallel execution. By automating the scaffolding of new artifacts through standardized scripts and assigning tasks to specialized agent roles, it ensures architectural consistency and maximizes development efficiency within the Claude Code environment.

主要功能

01Intelligent agent assignment based on specialized architectural roles

02Dependency mapping to determine optimal parallel execution tracks

03Standardized PAS artifact scaffolding via integrated shell scripts

040 GitHub stars

05Automated file-level scope identification for modifications and creations

06Quality check validation to prevent circular dependencies and scope bloat

使用场景

01Scaffolding complex multi-file architectural changes using framework-standard commands

02Converting approved Discovery phase priorities into an actionable technical roadmap

03Optimizing development speed by identifying tasks that can be performed simultaneously

主要功能

01Intelligent agent assignment based on specialized architectural roles

02Dependency mapping to determine optimal parallel execution tracks

03Standardized PAS artifact scaffolding via integrated shell scripts

040 GitHub stars

05Automated file-level scope identification for modifications and creations

06Quality check validation to prevent circular dependencies and scope bloat

使用场景

01Scaffolding complex multi-file architectural changes using framework-standard commands

02Converting approved Discovery phase priorities into an actionable technical roadmap

03Optimizing development speed by identifying tasks that can be performed simultaneously