クラスメソッド株式会社
Official@classmethod · Japan
Classmethod, Inc.
Agent Skills by クラスメソッド株式会社
Showing 15 vetted skills indexed across 1 GitHub repositories.
classmethoddev-webtest-plan
Generates Playwright web test plans from dev-plan outputs and updates them from screen spec diffs.
classmethodtask-breakdown
Decomposes requests into MECE-validated task trees with dependencies and definitions of done.
classmethoddev-run
Orchestrates automated implementation, debugging, and verification of planned tasks via sub-agents.
classmethoddev-debug
Diagnoses and fixes test failures, build errors, and environment issues by error category.
classmethoddev-screen-spec
Generates and incrementally updates screen specification documents from source code or acceptance criteria.
classmethodipa-security-guide
Converts security scan reports into prioritized dev-debug remediation request lists.
classmethoddev-verify
Validates plan task completion by running tests, coverage, build, and lint checks into a report.
classmethoddev-context
Analyzes project tech stack, test frameworks, and coding conventions to generate a compact context file.
classmethoduat-test-design
Generates three-tier UAT and acceptance test item catalogs from repository analysis.
classmethodipa-security-check
Statically scan source code for web vulnerabilities based on IPA security guidelines.
classmethoddev-plan
Decomposes requirements into interface-first designs and testable task files under docs/dev/plans.
classmethoddev-impl
Implements tasks test-first with TDD guardrails, quality checks, and confidence reporting.
classmethoddev-navigate
Recommends the optimal tsumiki skill and execution order based on developer intent.
classmethoddev-init
Determines project tech stacks through interactive hearings and generates context files and scaffolding.
classmethodkairo-implement
Implement development tasks using TDD cycles and manage dependencies.
Frequently Asked Questions About クラスメソッド株式会社
FAQPage SchemaWhat specific development tasks are enabled by these skills?▼
These skills enable the implementation of robust software through Test-Driven Development cycles. Engineers can systematically write failing tests, implement minimal code to pass, and refactor existing structures while maintaining strict dependency management to ensure project integrity and long-term maintainability.
Which target personas benefit from these engineering practices?▼
These practices are designed for software engineers, technical leads, and quality assurance professionals focused on high-reliability codebases. It is particularly beneficial for developers working in complex environments where dependency conflicts and regression risks are high and require disciplined, test-centric development approaches.
What are the core prerequisites for implementing these development cycles?▼
Implementation requires a foundational understanding of unit testing frameworks and dependency resolution mechanisms. Developers must be proficient in modular design principles and possess the ability to isolate code components to facilitate effective test-driven iterations within their existing project environment.