Menu
Explain coupling issue types in detail with detection conditions, code examples, and solution approaches.
Install with Codex or Claude Copy this prompt, paste it into Codex, Claude, or another assistant, and let it review the skill page and install it for you.
Based on SOC occupation classification
Khononov's Balanced Coupling model reference. Auto-loaded when analyzing coupling patterns, reviewing architecture, or interpreting analysis results.
Run coupling analysis and interpret results. Use when analyzing Rust project coupling patterns and generating improvement proposals.
Quick health check for coupling balance score. Use for daily score verification and CI quality gates.
Modularity review using Balanced Coupling model. Combines automated analysis with semantic code review to find implicit coupling and design issues.
Start interactive web UI for coupling analysis visualization. Graph exploration with filters, hotspots, and export.
Run mutation testing with cargo-mutants to evaluate test quality. Identifies untested code paths.
| name | explain-issue |
| description | Explain coupling issue types in detail with detection conditions, code examples, and solution approaches. |
| argument-hint | [{"issue-type":"global-complexity|cascading-change-risk|inappropriate-intimacy|high-efferent|high-afferent|unnecessary-abstraction"}] |
Explain the specified issue type with overview, detection conditions, code examples, and solution approaches.
STRENGTH >= 0.5 AND DISTANCE >= 0.5STRENGTH >= 0.5 AND VOLATILITY >= 0.5STRENGTH = 1.0 AND DISTANCE > 0.0pub(crate) usageSTRENGTH < 0.3 AND DISTANCE < 0.3 AND VOLATILITY < 0.3For each issue type, include:
(STRENGTH XOR DISTANCE) OR NOT VOLATILITY