
Create or modify an application Use Case following DDD + Hexagonal architecture. Ensures strict separation between domain, application and infrastructure.
Guides how to design, implement, and validate high-value renderer component tests using Vitest and Testing Library from user-visible behavior, interaction contracts, and render-lifecycle integration boundaries.
Guides how to design, implement, and validate high-value unit tests for preload bridge contracts, renderer-facing exposures, and IPC delegation behavior with clear boundaries and deterministic collaborator doubles.
Guides how to design, implement, and validate high-value unit tests for renderer pure logic (stores, selectors, mappers, and utility flows) with strict no-DOM boundaries and deterministic contract assertions.
Use this first for any task that changes behavior or tests. This is a test strategy and routing skill, it selects the right test-suite skill(s), defines when to escalate coverage (for example e2e/compiled parity), and enforces regression rules.
Guides architecture reviews and architecture-aligned changes in ESPlotter, enforcing hexagonal boundaries across main, preload, renderer, and shared layers.
Enforces repository TypeScript coding standards for readability, consistency, and long-term maintainability.
Guides how to design, implement, and validate high-value renderer component tests using Vitest and Testing Library from user-visible behavior, interaction contracts, and render-lifecycle integration boundaries.
Guides how to design, implement, and validate high-value end-to-end tests for Electron user flows with Playwright, covering renderer-main-preload integration through reusable Test Objects and production-like execution modes.
Enforces repository TypeScript coding standards for readability, consistency, and long-term maintainability.
Create or modify an application Use Case following DDD + Hexagonal architecture. Ensures strict separation between domain, application and infrastructure.
Create or modify an application Use Case following DDD + Hexagonal architecture. Ensures strict separation between domain, application and infrastructure.
Use this first for any task that changes behavior or tests. This is a test strategy and routing skill, it selects the right test-suite skill(s), defines when to escalate coverage (for example e2e/compiled parity), and enforces regression rules.
Guides how to design, implement, and validate high-value renderer component tests using Vitest and Testing Library from user-visible behavior, interaction contracts, and render-lifecycle integration boundaries.
Guides how to design, implement, and validate high-value end-to-end tests for Electron user flows with Playwright, covering renderer-main-preload integration through reusable Test Objects and production-like execution modes.
Guides how to design, implement, and validate high-value end-to-end tests for Electron user flows with Playwright, covering renderer-main-preload integration through reusable Test Objects and production-like execution modes.
Guides how to design, implement, and validate high-value unit tests for main-process application/domain logic in a hexagonal architecture.
Guides how to design, implement, and validate high-value unit tests for main-process application/domain logic in a hexagonal architecture.
Guides how to design, implement, and validate high-value unit tests for main-process application/domain logic in a hexagonal architecture.
Guides how to design, implement, and validate high-value unit tests for main-process infrastructure implementations (repositories, services, and adapters) using real adapter behavior with isolated external boundaries.
Guides how to design, implement, and validate high-value unit tests for main-process infrastructure implementations (repositories, services, and adapters) using real adapter behavior with isolated external boundaries.
Guides how to design, implement, and validate high-value unit tests for main-process infrastructure implementations (repositories, services, and adapters) using real adapter behavior with isolated external boundaries.
Guides how to design, implement, and validate high-value unit tests for preload bridge contracts, renderer-facing exposures, and IPC delegation behavior with clear boundaries and deterministic collaborator doubles.
Guides how to design, implement, and validate high-value unit tests for preload bridge contracts, renderer-facing exposures, and IPC delegation behavior with clear boundaries and deterministic collaborator doubles.
Guides how to design, implement, and validate high-value unit tests for renderer pure logic (stores, selectors, mappers, and utility flows) with strict no-DOM boundaries and deterministic contract assertions.
Applies consistent renderer UI/UX implementation patterns using a Vercel-inspired white theme, strong accessibility defaults, and repository component conventions.
Applies consistent renderer UI/UX implementation patterns using a Vercel-inspired white theme, strong accessibility defaults, and repository component conventions.
Applies consistent renderer UI/UX implementation patterns using a Vercel-inspired white theme, strong accessibility defaults, and repository component conventions.
Guides how to design, implement, and validate high-value unit tests for renderer pure logic (stores, selectors, mappers, and utility flows) with strict no-DOM boundaries and deterministic contract assertions.
Enforces repository TypeScript coding standards for readability, consistency, and long-term maintainability.
Guides architecture reviews and architecture-aligned changes in ESPlotter, enforcing hexagonal boundaries across main, preload, renderer, and shared layers.
Use this first for any task that changes behavior or tests. This is a test strategy and routing skill, it selects the right test-suite skill(s), defines when to escalate coverage (for example e2e/compiled parity), and enforces regression rules.
Guides architecture reviews and architecture-aligned changes in ESPlotter, enforcing hexagonal boundaries across main, preload, renderer, and shared layers.