GitHub
functional-patterns
Functional programming patterns for reliable TypeScript. Use when modeling state machines, discriminated unions, Result/Option types, branded types, or building type-safe domain models.
☆ 6View skill
lifestyle architecture patterns AI Skills
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Categories: lifestyle architecture patterns
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architect
DDD and hexagonal architecture with functional core pattern. Use when designing features, modeling domains, breaking down tasks, or understanding component responsibilities.
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database-migration
Safe database migration workflow with zero-downtime strategies
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GitHub
system-architect
ROS 2 System Architect for designing scalable Node graphs, Topic namespaces, and QoS profiles.
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GitHub
ros2-package-scaffolder
Khởi tạo các gói tin ROS 2 (C++/Python) chuẩn kiến trúc Antigravity.
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GitHub
ros2-build-master
Quản lý quy trình biên dịch gói tin ROS 2 sử dụng Colcon với các cấu hình tối ưu.
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GitHub
tdd-workflow
Complete Test-Driven Development workflow with red-green-refactor cycle
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api-design
RESTful and GraphQL API design patterns and best practices
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GitHub
race-conditions
Use when multiple operations access shared state. Use when order of operations matters. Use when "it works most of the time" but occasionally fails mysteriously.
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error-boundaries
Use when deciding where to catch errors. Use when errors propagate too far or not far enough. Use when designing component/service isolation.
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GitHub
api-versioning
Use when designing or modifying APIs. Use when adding breaking changes. Use when clients depend on API stability.
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GitHub
composition-over-inheritance
Use when tempted to use class inheritance. Use when creating class hierarchies. Use when subclass needs only some parent behavior.
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GitHub
dependency-inversion-principle
Use when a class creates its own dependencies. Use when instantiating concrete implementations inside a class. Use when told to avoid dependency injection for simplicity.
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GitHub
fail-fast
Use when handling errors. Use when tempted to catch and swallow exceptions. Use when returning default values to hide failures.
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GitHub
deadlock-prevention
Use when acquiring multiple locks. Use when operations wait for each other. Use when system hangs without crashing.
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GitHub
liskov-substitution-principle
Use when creating subclasses or implementing interfaces. Use when tempted to override methods with exceptions or no-ops. Use when inheritance hierarchy feels wrong.
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GitHub
interface-segregation-principle
Use when designing interfaces. Use when implementing interfaces with methods you don't need. Use when forced to implement throw/no-op for interface methods.
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GitHub
you-aint-gonna-need-it
Use when tempted to add features "for later". Use when building "production-ready" systems before needed. Use when adding flexibility that isn't required yet.
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GitHub
exception-hierarchies
Use when creating custom exceptions. Use when error handling feels chaotic. Use when catch blocks are too broad or too specific.
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GitHub
open-closed-principle
Use when adding new functionality to existing code. Use when tempted to add if/else or switch branches. Use when extending behavior of existing classes.
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GitHub
pythonarchitecture
Python application architecture with functional core, effectful shell, DDD, and data modeling. Use when designing application layers, separating pure business logic from IO, defining domain models, implementing...
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GitHub
separation-of-concerns
Use when component does too many things. Use when mixing data fetching, logic, and presentation. Use when code is hard to test.
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GitHub
cognitive-complexity
Use when analyzing cognitive load, code complexity, onboarding difficulty, readability concerns, maintainability issues, or applying Ousterhout principles for deep modules, reducing complexity, and strategic pr...
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GitHub
distributed-systems
Use when working with distributed systems, clustering, consensus algorithms, network partitions, CAP tradeoffs, or distributed Erlang/Elixir patterns
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The default order uses GitHub repository stars from our indexed data. Stars belong to the source repository and may be shared by multiple skills. They indicate repository interest, not skill installs or an independent quality score.