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    TDQS

    A3.6/5.0

    Scored across 50 tools

    Disambiguation4/5

    Most tools have a clearly stated role and descriptions explicitly state routing preconditions ('use after sumo_qa_deciding_approach routes here') and contrasts ('lighter-weight than sumo_qa_creating_test_plan'). A few pairs still overlap: sumo_qa_load_catalogue_entry versus the four zero-argument loaders, sumo_qa_finding_test_data (router) versus sumo_qa_find_test_data (leaf), and sumo_qa_measuring_coverage versus sumo_qa_record_coverage — but each clash is disambiguated in prose.

    Naming Consistency3/5

    The bulk share a `sumo_qa_` prefix, but two conventions coexist inside it: gerund skill names (planning_qa_rollout, creating_test_plan, strategising, triaging_test_failures) and verb_object utility names (find_test_data, scan_repo, analyze_diff_impact). The entry router `using_sumo_qa` also breaks the prefix pattern entirely, and descriptions refer to hyphenated skill ids that differ from the tool names.

    Tool Count2/5

    50 tools is heavy for any single server and sits at the top of the 'too many' band, even though the surface is organized into routing, skill-loading, test-data, external-skill and artefact families. Several skill entry points could arguably be consolidated into the router rather than exposed as separate tools.

    Completeness5/5

    The QA lifecycle is covered end to end: routing, approach selection, planning/execution rollout, TDD and test strengthening, triage, coverage and mutation measurement, risk ledger and scorecard, report generation, test-data explain/find/validate/register, catalogue and knowledge ingestion, plus a full external-skill search/preview/install/execute/rollback loop. No obvious dead ends for the stated domain.

    Maintenance

    ActivityActive
    ResponsivenessSyncing