ed3dai
Official@ed3dai
Offers structured engineering methodologies for test-driven development, codebase maintenance, and systematic implementation planning within TypeScript and React environments.
Agent Skills by ed3dai
Showing 36 vetted skills indexed across 2 GitHub repositories.
ed3daidoing-a-simple-two-stage-fanout
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ed3dairesearching-on-the-internet
Gather current, well-sourced internet information with citations for planning decisions.
ed3daiinvestigating-a-codebase
Verify codebase state with exact file paths and evidence.
ed3daiplaywright-patterns
Outline Playwright best practices for selectors, waits, and test stability.
ed3daiplaywright-debugging
Diagnose flaky Playwright tests with structured debugging steps.
ed3daiwriting-claude-md-files
Create and maintain CLAUDE.md files with required frontmatter and Last verified dates.
ed3daimaintaining-project-context
Update CLAUDE.md and AGENTS.md documentation when code changes alter contracts.
ed3daicreating-a-plugin
Scaffold Claude Code plugin blueprints with standard directory layouts and SKILL.md frontmatter.
ed3daiwriting-claude-directives
Craft Claude directives with YAML frontmatter and structured sections.
ed3daicreating-an-agent
Create specialized subagents for Claude Code plugins with a standard template.
ed3daitesting-skills-with-subagents
Run RED-GREEN-REFACTOR cycles to validate and harden skills against rationalization.
ed3daiwriting-skills
Guide skill creation and verification through test-driven documentation workflows.
ed3daiusing-generic-agents
Recommend a generic agent type and prompt guidelines for a given task.
ed3daiexecuting-an-implementation-plan
Execute implementation plans phase-by-phase with subagent task dispatch and code review.
ed3daiusing-git-worktrees
Create isolated git worktrees for feature branches with safety checks.
ed3daitest-driven-development
Guide developers through the red-green-refactor cycle with failing tests before implementation.
ed3daisystematic-debugging
Enforce a four-phase framework to identify root causes before implementing fixes.
ed3daiasking-clarifying-questions
Identify and resolve contradictions in user requirements to align design goals.
ed3daiusing-plan-and-execute
Enforce planning workflows with read-before-use, brainstorming, and task todos.
ed3daiwriting-implementation-plans
Convert high-level design documents into phase-based implementation plans with file paths and verification steps.
ed3daifinishing-a-development-branch
Guide merge, PR, or cleanup decisions after tests pass.
ed3daiwriting-design-plans
Formalize brainstorming into a structured design plan with phases and acceptance criteria.
ed3daistarting-a-design-plan
Orchestrate six design phases from context gathering to planning handoff.
ed3daibrainstorming
Transform rough ideas into structured designs through Socratic questioning and alternative exploration.
Frequently Asked Questions About ed3dai
FAQPage SchemaWhat specific engineering tasks does ed3dai enable?▼
Ed3dai enables structured development through test-driven cycles, systematic debugging frameworks, and formal implementation planning. It facilitates codebase investigation, documentation maintenance via CLAUDE.md files, and the creation of specialized subagents for plugin development and code review.
Which technical personas benefit from these methodologies?▼
These methodologies are designed for software engineers and technical leads who prioritize maintainability, test coverage, and architectural rigor. It is particularly suited for teams working in TypeScript and React environments who require consistent patterns for branch management and documentation.
What are the prerequisites for implementing these development patterns?▼
Implementation requires a project environment utilizing TypeScript, React, and PostgreSQL. Users should have a foundational understanding of test-driven development, git worktrees, and the functional-core-imperative-shell pattern to effectively integrate these structured design and verification workflows.