codex-router-mcp
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TDQS
Scored across 10 tools
Each tool targets a clearly distinct action or resource: delegation, continuation, status polling, interrupting, reviewing, checkpoint listing/restoring, worktree management, and preflight checks for models/limits. Even the closely related checkpoint and worktree tools are differentiated by their git semantics and descriptions.
All tools share the codex_ prefix, but the action pattern is mixed: codex_delegate, codex_restore, codex_continue, codex_interrupt, and codex_review are bare verbs, codex_get_models and codex_get_limits use get_, while codex_checkpoints, codex_worktree, and codex_task_status are bare nouns. The naming is readable but not predictable enough for an agent to guess tool names confidently.
Ten tools is well-scoped for a Codex routing and task-lifecycle server. Each tool covers a necessary phase—preflight checks, delegation, follow-up, status, interruption, review, checkpoint rollback, and worktree handling—without redundant entries.
The tool surface covers the full delegation lifecycle: checking models and limits before starting, delegating, continuing, polling status, interrupting, reviewing, and rolling back via checkpoints or worktrees. No obvious dead ends or critical missing operations stand out for the router's stated purpose.