@rotifer/mcp-server
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TDQS
Scored across 31 tools
Most tools have clearly distinct resource+action targets across local genes, agents, cloud registry, arena, auth, and analytics. Minor overlap exists around test_gene vs compile_gene/run_gene, publish_gene's optional arena submission vs arena_submit, and the trio get_gene_detail/get_gene_stats/get_gene_reputation, but descriptions make the boundaries workable.
Casing is consistently snake_case and most names are verb_noun (list_local_genes, install_gene, create_agent). However, ordering is mixed: arena_submit, agent_run, and vg_scan are noun-first, while doctor, login, and logout are bare verbs/nouns, so the pattern is readable but not fully predictable.
At 31 tools, the surface is heavy for one server and several could be consolidated (e.g., gene detail/stats/reputation, and test/compile/run checks). Each tool is individually meaningful, but the count exceeds a well-scoped set.
The lifecycle is well covered: scan/wrap/init, compile/run/test, publish, install/rollback, arena ranking/submission, plus agent creation and execution, auth, and analytics. Gaps are minor but real—no uninstall/delete Gene, no update/delete Agent, and no local Gene detail operation.