What are the L1, L2, and L3 verification levels?

L1 represents Functional Operation (end-user value), L2 represents Test Operation (passing test suites), and L3 represents Build Success (error-free execution).

What is the meta-cognitive approach in this skill?

The meta-cognitive approach involves a 'thinking about thinking' process where the AI critically evaluates its own strategy, questioning the rationale behind implementation choices to ensure they align with project constraints.

How does it handle legacy system migrations?

It provides specific patterns like the Strangler and Facade patterns, allowing for gradual migration through phased replacement and complexity hiding.

Does this skill help with project documentation?

Yes, Phase 6 of the framework specifically focuses on Design Doc documentation to make the strategy selection rationale explicit and transparent.

Implementation Strategy Framework

Name: Implementation Strategy Framework
Author: Tahir-yamin

byTahir-yamin

•

生产力与工作流

Standardizes technical planning through a meta-cognitive framework for strategy selection, risk assessment, and multi-level verification.

关于

The Implementation Strategy Framework empowers Claude to approach complex coding tasks with architectural rigor by following a six-phase meta-cognitive process. It guides the AI through current state analysis, strategy exploration (such as Strangler or Feature-driven patterns), risk mitigation, and constraint checking. By defining clear verification levels (L1-L3) and integration points, this skill ensures that development decisions are strategically sound, documented with clear rationale, and executed without falling into common anti-patterns like pattern fixation or insufficient analysis.

主要功能

Structured constraint checklist covering technical, temporal, and resource limits
Comprehensive risk assessment matrix for technical and operational impact
Six-phase meta-cognitive analysis for architectural decision-making
Standardized verification hierarchy (L1 Functional, L2 Test, L3 Build)
3 GitHub stars
Reference strategy patterns including Strangler, Facade, and Risk-driven development

使用场景

Planning a new feature implementation that requires cross-layer architectural changes
Evaluating technical risks and constraints before starting a complex refactoring task
Designing a phased migration strategy for legacy systems using the Strangler pattern

关于

主要功能

Structured constraint checklist covering technical, temporal, and resource limits
Comprehensive risk assessment matrix for technical and operational impact
Six-phase meta-cognitive analysis for architectural decision-making
Standardized verification hierarchy (L1 Functional, L2 Test, L3 Build)
3 GitHub stars
Reference strategy patterns including Strangler, Facade, and Risk-driven development

使用场景

Planning a new feature implementation that requires cross-layer architectural changes
Evaluating technical risks and constraints before starting a complex refactoring task
Designing a phased migration strategy for legacy systems using the Strangler pattern