Why is the exploration phase important?

The exploration phase ensures the AI understands existing naming conventions, architectural patterns, and dependencies before making any changes, preventing architectural drift.

Does this skill work with specific programming languages?

The workflow is language-agnostic but includes specific quality checks for modern environments like TypeScript and ESLint to ensure high-standard output.

Can I use this for both bug fixes and new features?

Yes, it is specifically designed to handle both complex bug resolution and the systematic implementation of new features within existing codebases.

What are the three phases of this workflow?

The workflow consists of Phase 1: Codebase Exploration & Analysis, Phase 2: Implementation Planning, and Phase 3: Implementation Execution.

How does this skill improve code quality?

It enforces mandatory quality gates, such as type checking, linting, and validation against pre-defined acceptance criteria before any task is marked as complete.

Three-Phase Implementation Workflow

Name: Three-Phase Implementation Workflow
Author: xxziiko

byxxziiko

0•

Productivity & Workflow

Standardizes bug fixes and feature development through a rigorous sequence of exploration, planning, and execution.

This skill provides a structured framework for Claude to handle complex software engineering tasks by enforcing a mandatory three-phase process. It ensures every change begins with a deep codebase analysis to understand patterns, follows a documented implementation plan with clear acceptance criteria, and concludes with a verified execution phase. By following this systematic approach, the skill minimizes regressions, maintains architectural consistency, and ensures all code meets professional engineering standards through strict quality gates.

Key Features

01Rigorous quality gates including type checking and linting validation

02Detailed implementation roadmaps with specific acceptance criteria

03Systematic codebase exploration using grep and discovery tools

04Automated convention and style analysis for consistent coding

050 GitHub stars

06Minimalistic and clean solution architecture principles

Use Cases

01Refactoring legacy code while ensuring no regressions are introduced

02Implementing new features that must adhere to existing project conventions

03Resolving complex bugs that require understanding cross-module dependencies

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add xxziiko/subagent three-phase-workflow

For use in Claude.ai and ChatGPT

Key Features

01Rigorous quality gates including type checking and linting validation

02Detailed implementation roadmaps with specific acceptance criteria

03Systematic codebase exploration using grep and discovery tools

04Automated convention and style analysis for consistent coding

050 GitHub stars

06Minimalistic and clean solution architecture principles

Use Cases

01Refactoring legacy code while ensuring no regressions are introduced

02Implementing new features that must adhere to existing project conventions

03Resolving complex bugs that require understanding cross-module dependencies

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add xxziiko/subagent three-phase-workflow

For use in Claude.ai and ChatGPT