mcp-cs
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TDQS
Scored across 28 tools
Category prefixes like security_, algo_, and docs_ mostly keep tools organized, and most pairings (scan/sanitize, check/fix) have distinct roles. A couple of execution tools are easy to confuse, especially `wasm_run_vm_sandbox` (which runs JavaScript, not WebAssembly) alongside `wasm_run_module`, and `algo_run_sandboxed` vs `algo_run_docker` require a close read.
The overwhelming majority follows a `category_verb_noun` snake_case pattern, e.g. security_scan_secrets, ci_generate_workflow, docs_check_broken_links. Minor deviations like `git_pr_readiness_check`, `doctor_port_inspect`, and `security_auto_sanitize` break the pattern slightly but don't make the set unpredictable.
With 28 tools spanning security, algo, wasm, db, perf, doctor, api, docs, code, git, problem, skills, and ci, this exceeds a reasonable single-server scope and feels like several focused servers merged. Category prefixes mitigate the chaos, but the count is too high for a coherent tool collection.
The server has useful workflows in a few areas, such as secret scan→sanitize, docs check→fix links, and algorithm stress testing, but many domains are represented by only one-off tools (db_generate_erd, problem_fetch_codeforces, skills_install). There are notable lifecycle gaps: git stops at PR description instead of PR creation/merging, and CI generates a workflow but does not validate or update it.