Deferred from PR #563 review (Codex P2 + claude[bot] findings). /work-items:work Step 5 (SKILL.md:147) states desired values for two new userConfig scalars but connects neither to an execution mechanism. No edit confined to work/SKILL.md can make the assertions true — wiring requires changes to the delegated skill / driving loop — so this was deferred rather than asserted falsely in the PR.
work_dispatch_concurrency_cap
- SKILL.md:147 says "The maximum concurrent dispatch waves is
\${user_config.work_dispatch_concurrency_cap}."
- But dispatch mechanics are owned by
/implementation:implement-dispatch, which hardcodes "Cap concurrent dispatch waves at 3–5 workers" (implement-dispatch SKILL.md:17) and reads no userConfig. Nothing passes the work-skill value in as a parameter.
- Result: setting
work_dispatch_concurrency_cap: 1 does not constrain anything — implement-dispatch still uses its internal 3–5.
- Fix options: (A) give
/implementation:implement-dispatch a wave-cap parameter and have work pass the config value through; or (B) keep it a separate work-level cap and specify an enforcement point. The plugin.json description currently says it "mirrors" the implement-dispatch cap (suggesting B) while SKILL.md prose reads like A — the ambiguity is itself part of the gap.
work_cycle_batch_cap
- SKILL.md:147 says the batch cap "bounds one autonomous CYCLE" and that "Wakeup scheduling and the next-cycle delay are owned by the driving loop (
/loop)."
work itself selects and executes exactly one item per invocation and counts nothing; /loop is the external harness loop and has no knowledge of this plugin's userConfig key. A repo-wide grep finds no consumer of work_cycle_batch_cap outside the work-items plugin's own docs.
- Result: the batch cap is enforced nowhere. Needs either an in-skill batch counter with a cycle-end signal, or an explicit, real integration point that reads the key.
Acceptance
Either wire both caps to a real enforcement mechanism (parameter pass-through / batch counter) or, if they are intentionally advisory, state that unambiguously in the manifest + SKILL.md and remove language implying they constrain execution.
Filed by PR #563 review-response (babysit). Source threads: Codex P2 inline + claude[bot] PR-review comments on #563.
Deferred from PR #563 review (Codex P2 + claude[bot] findings).
/work-items:workStep 5 (SKILL.md:147) states desired values for two newuserConfigscalars but connects neither to an execution mechanism. No edit confined towork/SKILL.mdcan make the assertions true — wiring requires changes to the delegated skill / driving loop — so this was deferred rather than asserted falsely in the PR.work_dispatch_concurrency_cap\${user_config.work_dispatch_concurrency_cap}."/implementation:implement-dispatch, which hardcodes "Cap concurrent dispatch waves at 3–5 workers" (implement-dispatch SKILL.md:17) and reads nouserConfig. Nothing passes the work-skill value in as a parameter.work_dispatch_concurrency_cap: 1does not constrain anything — implement-dispatch still uses its internal 3–5./implementation:implement-dispatcha wave-cap parameter and haveworkpass the config value through; or (B) keep it a separate work-level cap and specify an enforcement point. Theplugin.jsondescription currently says it "mirrors" the implement-dispatch cap (suggesting B) while SKILL.md prose reads like A — the ambiguity is itself part of the gap.work_cycle_batch_cap/loop)."workitself selects and executes exactly one item per invocation and counts nothing;/loopis the external harness loop and has no knowledge of this plugin'suserConfigkey. A repo-wide grep finds no consumer ofwork_cycle_batch_capoutside the work-items plugin's own docs.Acceptance
Either wire both caps to a real enforcement mechanism (parameter pass-through / batch counter) or, if they are intentionally advisory, state that unambiguously in the manifest + SKILL.md and remove language implying they constrain execution.
Filed by PR #563 review-response (babysit). Source threads: Codex P2 inline + claude[bot] PR-review comments on #563.