Content
39%Reviews the quality of instructions and guidance provided to agents. Good implementation is clear, handles edge cases, and produces reliable results.
This skill defines a thorough and well-structured runtime debugging workflow with strong validation checkpoints and error recovery paths, but it is severely undermined by extreme verbosity and redundancy. The same workflow logic is restated three times (Quick Use Guide, Flow, and checklist), and many constraints are repeated across multiple sections. The lack of any bundle files or progressive disclosure means all ~350+ lines must be loaded into context at once, wasting significant token budget.
Suggestions
Reduce redundancy by consolidating the Quick Use Guide, Flow, and Runtime Quality Checklist into a single authoritative workflow section; remove the other two or move them to separate bundle files.
Extract the State Persistence Discovery Protocol, Action Error Mitigation, Output Contract, and Runtime Quality Checklist into separate referenced files (e.g., STATE_STORAGE.md, ERROR_MITIGATION.md, OUTPUT_CONTRACT.md) to enable progressive disclosure.
Add concrete executable examples of MCP tool calls (e.g., actual `get_runtime_sources` call syntax and expected response format) instead of abstract descriptions like 'choose from currently available tools based on their descriptions'.
Remove repeated constraints (e.g., the 'do not write to local files' rule appears in at least 4 places) and consolidate them into a single Constraints section referenced by other sections.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The skill is extremely verbose at ~350+ lines with massive repetition. The Quick Use Guide, Flow, and Output Contract sections restate the same logic three times. Rules like 'do not write to local files' are repeated across multiple sections. Many instructions describe things Claude already understands (e.g., what JSON key-value pairs are, how to check action status). The state persistence discovery protocol alone is excessively detailed for what amounts to 'use durable storage, not local files.' | 1 / 3 |
Actionability | The skill provides a concrete workflow structure with named tools (e.g., `get_runtime_sources`), specific blocker codes (`state-storage-unavailable`, `reproduction-required`), and an investigation template. However, there are no executable code examples, no concrete MCP tool call syntax, and tool selection is described abstractly ('choose from currently available tools based on their descriptions'). The guidance is structured but not copy-paste ready. | 2 / 3 |
Workflow Clarity | The multi-step workflow is thoroughly sequenced with explicit validation checkpoints (preflight gate, mandatory runtime action result gate, state persistence verification before scheduling). Error recovery paths are well-defined (Missing-MCP Recovery, Action Error Mitigation). Feedback loops are present (check → retrieve or return blocker → persist → stop). The flow includes clear success criteria for each step. | 3 / 3 |
Progressive Disclosure | The entire skill is a monolithic wall of text with no bundle files or external references for detailed content. The Quick Use Guide, Flow section, and Runtime Quality Checklist all repeat the same workflow at different granularities within a single file. Content like the Output Contract, Action Error Mitigation, and State Persistence Discovery Protocol could easily be split into separate referenced files to reduce cognitive load. | 1 / 3 |
Total | 7 / 12 Passed |