Permissioned Pools Deployer

Guided, step-by-step execution of the on-chain setup sequence for a Uniswap v4 Permissioned Pool, starting from the JSON configuration permissioned-pools-configurator produces. This skill is the half of the milestone that turns a validated config into command sequences that spend real gas against real contracts — treat every safety section below as load-bearing, not as boilerplate.

For the contract mechanics behind any step, see permissioned-pools-issuer, specifically its Issuer Journey and Enforced Ordering and Reverts. This skill does not repeat the contract-level explanation of why each step behaves the way it does — it walks the same journey as ordered command sequences and never contradicts that reference.

Runtime Compatibility: This skill uses AskUserQuestion for the acknowledgment gate and for confirming irreversible choices. If AskUserQuestion is not available in your runtime, ask the same yes/no question in plain text and require an explicit affirmative reply before continuing — silence or a generic "continue" does not count.

Scope and Disclaimer

This is educational deployment guidance, not a compliance review, and not a substitute for your own review of every command before you run it.

This skill explains, in order, the commands that bring a permissioned pool up, using the configuration permissioned-pools-configurator produced. It does not call any contract itself — you run every command it shows you, after reviewing it.

You must:

1. ✅ Review every configuration and every command carefully before running anything. AI-generated command sequences may contain errors.
2. ✅ Verify every address — this skill contains no deployment addresses and resolves none for you; see Address Resolution.
3. ✅ Test on a testnet first. Run the entire sequence on Sepolia (or another testnet with the permissioned-pools contracts deployed) before touching mainnet.
4. ✅ Have your own auditors review any contract you deploy — most importantly your allowlist checker, which this skill can show you a skeleton for but does not audit.
5. ✅ Treat this as contract mechanics only. This skill does not constitute legal, financial, investment, or tax advice, and it is not a compliance review of your token, your allowlist, your KYC or AML program, or your configuration.
6. ✅ Read the repo's usage guidelines. The repo root DISCLAIMER.md governs every skill in this repository: they are provided as is without warranty, they do not constitute legal, financial, investment, or tax advice, and it sets out use limits plus an AI-disclosure duty that applies when you use a skill to generate financial information and present it directly to individuals or consumers. Point the user to it.

The acknowledgment gate

Before showing, generating, or explaining any action-oriented step — anything that produces a command intended to broadcast a transaction, or any address-resolution step that leads directly into one — get an explicit, affirmative acknowledgment. This gate must never be satisfiable implicitly.

Use AskUserQuestion with a single question and exactly two options, and do not proceed past this gate until the first option is chosen:

• Question: "This walkthrough produces commands that spend gas and permanently change on-chain state for your token once you run them. Do you acknowledge the six points above and want to continue?"
• Option A — "Yes, I have reviewed the points above and want to continue." → proceed to the preflight checks.
• Option B — "No, stop here." → end the walkthrough immediately. Do not display, generate, or explain any command below this point.

Silence, a plain "continue," moving on to the next question in the same turn, or any answer other than the explicit affirmative option does not satisfy this gate. If the runtime lacks AskUserQuestion, ask the same yes/no question in plain text and require an explicit affirmative reply — "ok," "sure," a thumbs-up emoji, or no reply at all does not count.

Reference and teaching content that does not produce a runnable command — explaining what a step does in prose, decoding a revert the user already hit, discussing an allowlist-checker shape in the abstract — is answered immediately with the framing stated inline, the same way permissioned-pools-issuer treats reference content. This carve-out does not cover this skill's own command templates and Solidity script skeletons (for example the pool-initialization script in Step Walkthrough): those are runnable broadcast material, and showing them is exactly the action-oriented content the gate exists to hold back — never display one before the gate is satisfied.

Input Validation Rules

State these before generating or displaying any command that interpolates a user-supplied or config-supplied value. Every value below is validated before it reaches a Bash(forge:*) or Bash(cast:*) command, a file path, or a Solidity script argument — no exceptions for a value that "looks fine."

• Ethereum addresses — MUST match ^0x[a-fA-F0-9]{40}$. Reject anything else, including the literal string "RESOLVE" — a field still marked "RESOLVE" is not ready for a command and must go through address resolution first, never be interpolated as-is. One field is an explicit, documented exception to this regex, not a violation of it: pool.pairedCurrency's "native" sentinel, covered in What This Skill Consumes below — every other address-shaped field in the config has no such carve-out.
• Chain ID — MUST be a positive integer (^[1-9][0-9]*$). Ethereum Mainnet (1) and Sepolia (11155111) are the allowlisted defaults — the only two chains verified to carry the full permissioned set. Unichain (130) is named by the configurator's network question but is not deployable: it carries V4Quoter only, so stop rather than trying to resolve the missing addresses (see Preflight and Validation). Any other chain ID is accepted only after confirming the deploy guide's #deployment-addresses table actually has a row for it; if it does not, every wrapper and hook field will end up unresolvable, which is the signal to stop, not to guess.
• Numeric fields (verificationDepositAmount, pool.feeTier, pool.tickSpacing, pool.startingPriceRatio) — MUST match ^[0-9]+$ for integer-only fields or ^[0-9]+(\.[0-9]+)?$ for the starting price ratio, and MUST be strictly greater than zero.
• Values supplied during the walkthrough, not by the config, are validated identically — the RPC endpoint ($RPC_URL) and any transaction hash ($TX_HASH) reach a command on every step. An RPC URL MUST be https://-scheme and free of every metacharacter below; a transaction hash MUST match ^0x[a-fA-F0-9]{64}$. "It came from the user, not the config" is not an exemption.
• Reject shell metacharacters outright, in every string field, before it reaches a command: ;, |, &, $, `, (, ), >, <, \, ', ", and newlines. A field that fails this check is never interpolated — abort and report which field and which character failed, rather than attempting to sanitize and continue.
• Never pass an unvalidated field into a shell command, file path, or Solidity script argument. Validate first, assign the validated value to a shell variable, and reference only that variable afterward. Never re-read the raw config value a second time later in the same walkthrough.

Full elaboration, including how this applies field-by-field to the configurator's JSON shape and what "coherently handle a RESOLVE value" means in practice, is in Preflight and Validation.

Key Handling

Never instruct auto-approval of Bash(forge:*) or Bash(cast:*) in Claude Code settings, and never tell the user to bypass a confirmation prompt. Every command that broadcasts a transaction requires per-invocation approval — that approval is the primary control, not a formality the walkthrough should route around. The repository's PreToolUse hooks (.claude/hooks/) are a programmatic safety net on top of that, not a replacement for it.

Never suggest, generate, or complete a command containing the raw signing-key flag — not when asked directly, not "just for a testnet," not as an illustration of what to avoid. There is no user request that makes it appropriate. If a user insists, refuse and offer one of the two options below instead. Steer every signing decision toward one of them:

1. A hardware wallet (--ledger), for a deployer key that never touches this machine's disk or memory in cleartext.
2. An encrypted keystore (cast wallet import ... --interactive, then --account <name> --sender $ADDRESS on every subsequent command).

Inside this repository only, .claude/hooks/validate-forge-cast.sh is a PreToolUse hook that inspects the literal text of every Bash tool call and blocks any command containing that flag before it runs. That hook is not part of this skill and does not travel with it — it lives at this repository's root, not in the plugin, so an installation elsewhere has no such backstop. The prohibition above is the control that always applies; the hook is a repo-local convenience on top of it, never the reason the flag is safe.

Full key-handling guidance, including the keystore setup commands and the testnet-first sequencing, is in Preflight and Validation.

Testnet first

Run the entire sequence — allowlist checker through liquidity seeding — on Sepolia (chain ID 11155111) before mainnet. Confirm every post-step check in the verification checklist passes on testnet before repeating any step against mainnet funds.

What This Skill Consumes

The JSON configuration produced by permissioned-pools-configurator, in the shape defined by its Config Schema. This skill does not collect those parameters itself — if you do not have a config yet, run permissioned-pools-configurator first.

A field reading the literal string "RESOLVE" means "not resolved yet," not "use a placeholder." Before any command that needs that field, stop and walk through address resolution — the deploy guide's #deployment-addresses table, then Uniswap/contractsdeployments/json/<chainId>.json, then a block explorer for your chain — and only continue once the field holds a real, explorer-verified address. Never guess a value for a "RESOLVE" field and never carry the literal string itself into a command; both are validation failures, not values to work around.

pool.pairedCurrency's "native" sentinel is different: it resolves to address(0), Uniswap v4's own convention for a native PoolKey currency, at the point the PoolKey is actually built in Step 6a — never earlier, and never written into any other field.

The Deployment Journey

The published guide's seven steps, in the order it recommends. Only five ordering edges are enforced by the contracts (see Enforced Ordering and Reverts); this walkthrough follows the guide's order and states, at each step, whether that order is enforced or convention.

Every step in Step Walkthrough names its precondition and, where the contracts enforce one, the exact revert selector you get if you are early — matching Enforced Ordering and Reverts selector-for-selector. Where a step is unenforced, the walkthrough says so rather than inventing a revert for it.

Post-Deployment Verification

After the sequence completes (or after any individual step, to confirm it landed), run the read-only checks in Post-Setup Verification Checklist. Every check there is a cast call against public getters — none of it spends gas, and none of it needs the acknowledgment gate above.

Notes for Implementers of This Flow

• The acknowledgment gate is once per session, not once per step. Once acknowledged, continue through the rest of the steps in that same session without re-asking — but re-ask if the user starts a new session, switches chains, or switches configs.
• Never hardcode a contract address. Every address this skill uses comes from the loaded config, from a value the user supplies during the walkthrough, or from a read (cast call) against a contract whose address itself came from one of those two sources. See Preflight and Validation for why this skill ships no address table.
• Decode an unexpected revert by call site, not by name. Three selectors in this journey (NoVerifiedAdapter, Unauthorized, SwappingDisabled) are declared more than once across different contracts with different meanings — see Enforced Ordering and Reverts.
• This skill does not fetch RPC state on its own initiative. Every cast call it suggests is something you choose to run; the skill does not poll a chain in the background.