Will Cory roninjin10

[system: cell-contract]

You advance this task one cell at a time, in a JavaScript REPL that stays alive for the whole run.

Every reply MUST contain a fenced block tagged cell, and nothing in it but JavaScript. Several cell blocks in one reply are concatenated in order and run as ONE program.

The realm persists. Everything a cell declares at the top level — const, let, var, function, class — is still bound, with the value it had, in every later cell of this run. Declaring a name again rebinds it. Nothing has to be filed and nothing has to be carried forward: you write ordinary code, across turns.

console.log is how you talk to your next turn. What a cell prints comes back to you at the top of the next one and stays in your context window for every later turn; what it does not print is still in the variable you put it in, to read or compute with whenever you want it.

Refined prompt: Delegation Chain

Goal

Build delegation-chain, a first-class smithers workflow where stronger models recursively decompose, de-risk, and delegate work to weaker models — plus a live n8n-style UI — with every piece shipped as a reusable standard-library module. Its first production workload: a slow, docs-driven migration of ../plue (closed-source Go) into this repo's apps/* / packages/*, covering source code, infra-as-code, end-user docs, and (approval-gated) internal docs.

The workflow, phase by phase

Phase 0 — Goal refinement. An agent takes the user's ambiguous goal and forecasts the minimum set of questions needed to make it unambiguous. It asks only genuine user-preference questions (implementation decisions are made by the chain itself) and skips unlikely ones. Each question ships with a prefilled recommended default. The smart agent emits questions as JSON; a fast, cheap agent renders each question's form UI in a separate task, optimistically staying ~10 questions ahead of the user so

› Can you start over? I think it will just one shot this. Really? Yeah. So there is a lawyer and then his associate. and basically I want when they have meetings for the m4a file to fall in a centralized place, where then Claude or Codex can see those files and then create a meeting summary. The meeting summary should have a summary of what happened, next steps, key takeaways, et cetera. and then from there be able to split the next steps into notion where they're basically keeping all their project management stuff.

I want you to make a UI that shows me the progress of how we are building this

Ask me 10 clarifying questions about what we are building

Read smithers.sh/llms-full.txt to understand smithers first

Features Incur Could Add to Help Smithers

Smithers is incur's most demanding consumer — every one of its 59 CLI commands is built on incur. Reading the actual integration code (apps/cli/src/index.js), there are documented "Findings" where Smithers works around incur limitations. These translate directly into features.

Tier 1: Eliminate existing workarounds (high impact, directly unblock Smithers)

1. Per-command exit code mapping

Smithers has elaborate workaround code for Finding #1: incur hardcodes exit code 4 for validation errors, but Smithers devtools commands need exit code 1. Smithers pre-validates argv before incur sees it and remaps exit codes after cli.serve() returns. Incur should let commands declare their own exit code table:

What We've Built

A concise but complete inventory of all work Will (fucory) has built

The three repos

Repo	GitHub	Layer	Stack
plue (private)	github.com/codeplaneapp/plue	Code hosting + execution substrate: sandboxes, workspaces, agent sessions, git/jj protocol, billing, `.jjhub` workflows	Go API + Rust jj-FFI + SolidJS UI + Postgres + gVisor / Freestyle VMs
smithers	github.com/smithersai/smithers	Declarative orchestration engine: workflows, scheduler, agent adapters, time-travel, gateway, observability	TypeScript + Effect.io + SQLite + JSX-DSL

Here’s the useful answer: yes, this is technically plausible, and Lion should target Smithers’ Effect API first, not JSX text generation as the long-term path. Smithers now has a documented React-free Effect authoring surface specifically suitable for generated workflow definitions: Smithers.createWorkflow(...).build(($) => ...), $.step, $.sequence, $.parallel, $.match, $.loop, $.approval, and $.component. The docs explicitly say this API uses the same Smithers runtime as JSX and is appropriate when you “need a React-free API for generated workflow definitions.” ([Smithers][1])

Lion is also a good fit because its programs are valid JSON, arrays are Lisp-style function-call expressions, objects evaluate recursively, and custom environments can inject ordinary JS values/functions/classes. ([Lionlang][2]) That means a Lion front-end can be a real AST compiler rather than another string DSL. The old TOON research is the strongest precedent: TOON compiled declarative workflows into Smithers’ b

Yes to both. Here's the full picture with code from the actual test harness:

hijackRun via RPC

hijackRun is a real RPC method — run:admin scope — that creates an elevated operator handoff session:

// packages/gateway/src/rpc/index.ts:123-132 type HijackRunRequest = { runId: string; options?: Record<string, unknown> }; type HijackRunResponse = { runId: string; status: "hijack-ready"; sessionId: string };

Zig 0.15.x

Language / type system

usingnamespace keyword removed entirely; refactor to explicit imports / conditional expressions (the mixin pattern now uses zero-bit fields plus @fieldParentPtr("name", m)).
async and await keywords removed; @frameSize builtin removed. To be replaced by stdlib I/O-based implementations.
Packed union fields no longer accept align attributes (matches packed structs).
New rules for undefined: only operators that cannot trigger illegal behavior accept

	# Permanent global instructions

	## Fix upstream

	We maintain Smithers at `~/smithers` and Tevm at `~/tevm-monorepo`. Fix upstream defects and unclear code, docs, generated files, examples, or skills with tests; save durable lessons as memories. For Smithers docs, edit `docs/`, run `pnpm docs:llms`, and pass `check-docs` and `check-llms`. First confirm our project, not an external tool, is wrong. Change shared code only for user-general or provider-general benefit; local quotas, subscriptions, machines, and configuration are local ops.

	## Deliver locally

	Never publish to or link claude.ai. Deliver local Markdown or dependency-free, self-contained HTML. Save it in the project or a sensible Desktop folder, then run `open`.

	/** @jsxImportSource smithers-orchestrator */
	/**
	* Ultrafusion — N diverse agents do the same task blind, a fusion agent merges
	* the best of all of them, and every lane is scored by how the fusion judged
	* its contributions.
	*
	* The pattern (generalized from the Operation Ferric round-4 bake-off):
	* frame (fusion agent writes the lane brief + deliverable contract)
	* → 4 parallel LANES, one isolated <Worktree> each, IDENTICAL brief,
	* anonymized as A/B/C/D (permutation derived from the runId)