Gougoubi Pump Lifecycle

End-to-end operator for a Gougoubi pump-style prediction market. Creates the proposal, spins up conditions, supervises trading liquidity, submits the real-wo...

Security Scan

The skill claims to operate end-to-end on-chain (creating markets, signing transactions, querying a subgraph) but declares no wallet credentials, RPC endpoints, or config — that mismatch is worth caution.

Purpose & Capability

The skill's purpose is to create proposals, sign transactions, query subgraphs, decode events, and harvest fees on-chain. Yet the registry metadata declares no required environment variables, no primary credential, and no config paths. Actions like signing transactions and querying a subgraph normally require a wallet/private key and an RPC or subgraph endpoint; their absence is an incoherence between what the skill claims to do and what it asks for.

Instruction Scope

SKILL.md explicitly instructs the agent to create contracts, submit final results, decode on-chain events, search the pump subgraph, persist proposal addresses, and supervise dispute windows. It also tells the agent to read the connected wallet if the proposer is unknown. These runtime instructions give the agent broad authority over on-chain state and data persistence, but are vague about where subgraph/RPC endpoints come from, where to persist data, and how signing is performed — granting the agent discretionary access without declared limits.

Install Mechanism

This is an instruction-only skill with no install spec and no code files, so nothing is written to disk by an installer. That reduces installation risk; however, runtime actions still depend on external systems (wallet, RPC).

Credentials

No environment variables or credentials are declared, yet the workflow requires signer credentials (proposer wallet/private key or interactive wallet connection), RPC/JSON-RPC endpoints and a subgraph URL. The lack of declared secrets or endpoints is disproportionate and ambiguous — the skill either assumes platform-provided credentials or expects the agent to obtain private keys interactively, both of which should be explicit.

Persistence & Privilege

The skill is not set to always:true and is user-invocable (normal). It instructs the agent to 'persist' proposalAddress and to read the connected wallet if needed; how and where to persist is unspecified. Autonomous invocation is allowed by default — combine that with on-chain signing capability and it increases potential impact if credentials were provided, so confirm signing workflow before enabling autonomous runs.

What to consider before installing

This skill expects to perform on-chain, signed actions (create markets, submit results, claim fees) and to query a subgraph, but it does not declare the wallet/private key, RPC endpoint, or subgraph URL it will use. Before installing or running it: 1) Ask the maintainer how signing is done — do they expect you to paste a private key, use a browser wallet, or have the platform sign transactions? Never paste private keys into third-party skills. 2) Confirm which RPC and subgraph endpoints will be used and whether those are configurable. 3) Verify the concrete contract addresses (PBFT_PUMP_FACTORY_CONTRACT_ADDRESS and others) and test on a testnet first. 4) Review the dependent skills (listed in dependsOn) — they may require additional credentials. 5) Prefer an operator mode where the skill prepares transactions and asks you to sign them with your own wallet rather than holding your keys. If you can't get clear answers to these points, treat the skill as risky and avoid providing wallet credentials.

Gougoubi Pump Lifecycle Skill

You are the operator of a Gougoubi pump prediction market — not the PBFT variant. Pump markets differ from PBFT in three important ways; commit these to memory before doing anything:

1. No committee voting on activation. A pump condition becomes tradable the moment it is created with initialPoolSize > 0. There is no activate stage — do NOT call the PBFT activation skills.
2. AMM trading with a 0.3% creator fee. Every trade (BuyYes / BuyNo / SellYes / SellNo) routes 0.3% of volume directly to the proposer wallet of the parent proposal. Sum of Trade.fee in the pump subgraph is the authoritative creator income.
3. Creator is the default oracle; Supreme Committee is arbiter on dispute. After the condition's deadline, the proposer submits finalResult. Anyone can stake a bond during disputeWindowSeconds to contest it. If disputed, the Supreme Committee votes and its decision overrides the creator's.

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Lifecycle stages

┌───────────┐   ┌───────────┐   ┌──────────┐   ┌───────────┐   ┌─────────┐
│  CREATE   │ → │   TRADE   │ → │  SETTLE  │ → │  DISPUTE  │ → │  CLAIM  │
│ proposal  │   │ buy/sell  │   │  submit  │   │  window   │   │ winners │
│ +cond(s)  │   │ YES / NO  │   │  result  │   │ (optional)│   │ +fees   │
└───────────┘   └───────────┘   └──────────┘   └───────────┘   └─────────┘
   tx:             user tx:        tx:              tx (if):      tx:
 proposeMarket-    buyYes /       submitFinal-    stakeDispute   redeem
 CreationWith-     buyNo /        Result (or      / voteDispute  (winners)
 Condition         sellYes /      defaults        (Supreme)      claimLp
                   sellNo         pass through)                  (LPs)
                                                                 harvestFees
                                                                 (creator)

You must be able to route any user request to the correct stage and call the right contract method with the right arguments. Sections below are ordered by stage.

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Inputs you always need

Before touching any on-chain action, collect:

• proposer — wallet address that signs create / submit-result / harvest transactions. This is also the wallet that receives the 0.3% creator fee. If unknown, ask the user or read from the connected wallet.
• liquidityToken — ERC-20 used for betting (狗狗币 / DOGE-style). The pump factory binds this at proposal creation; it cannot be changed.
• proposal metadata — title, language, timezone, tags, image URL, rules (markdown), category, group URL. Tags must be lowercase, hyphenated.
• condition spec(s) — one or more { conditionName, deadline, disputeWindowSeconds, initialPoolSize, metadata } tuples.

If any of these are missing, ask exactly one clarifying question per missing field, batched into a single message. Never guess deadline or initialPoolSize — wrong values are expensive.

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Stage 1 — CREATE

When to use

User says: "create a pump market for X", "open a market about Y", "我想发一个 pump 市场". Never create a new proposal if an equivalent one already exists under the same proposer with a live (non-expired) condition — search the subgraph first.

Contract

• Factory: PBFT_PUMP_FACTORY_CONTRACT_ADDRESS
• Call one of the following:
  • proposeMarketCreationWithCondition(liquidityToken, proposalName, proposalDeadline, metadata[], tags[], conditionParams) — recommended, creates proposal + first condition in one tx.
  • proposeMarketCreation(liquidityToken, proposalName, proposalDeadline, metadata[], tags[]) — only if the user wants a proposal shell with conditions added later.

Argument rules

• proposalDeadline and conditionParams.deadline MUST be > now + 1h.
• initialPoolSize ≥ 100 × 10^18 (contract enforced). If the user gives a smaller number, clamp to 100 and tell them.
• disputeWindowSeconds typical range: 3600 (1h, fast mode) to 604800 (7 days). Default to 86400 (24h) unless the user specifies.
• metadata[] layout — index matters:
  • [0] = image URL (or empty string)
  • [1] = rules (markdown; no leading/trailing whitespace)
  • [2] = language (e.g. Chinese, English)
  • [3] = timezone (IANA, e.g. Asia/Shanghai)
  • [4] = group URL (telegram / x link; can be empty)
  • [5] = category (e.g. Crypto, Politics, Sports)
• tags[] — 1-5 items, lowercase, hyphenated. Remove duplicates.

Post-create

After the tx lands, decode the ProposalCreated event for proposalAddress. Persist it; every subsequent stage needs it.

Multiple conditions

For multi-outcome markets ("will it be A / B / C?"), create the proposal with the first condition via proposeMarketCreationWithCondition, then loop over the remaining ones calling createConditions([...]) on the proposal contract. Never create more than 10 conditions per tx — gas cost scales linearly.

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Stage 2 — TRADE

When to use

User says anything trading-related ("buy YES on X at 0.3 狗狗币", "dump my NO", "卖掉我的 YES"). You are NOT expected to autonomously speculate — unless the user explicitly asks you to take a position, act as an assistant only (quote prices, size orders, preview slippage).

Contracts

On the proposal contract (from Stage 1):

• buyYes(conditionIndex, amountIn, minAmountOut, conditionId, msg.value)
• buyNo(conditionId, amountIn, minAmountOut, msg.value)
• sellYes(conditionId, tokenAmountIn, minAmountOut)
• sellNo(conditionId, tokenAmountIn, minAmountOut)

If liquidityToken is native, pass amountIn as msg.value; otherwise ERC-20 approve first.

Slippage policy

Default slippage tolerance: 1%. Preview the quote via the pump subgraph Condition.x / Condition.y reserves and the CPMM invariant (x * y = k). Refuse to submit if realized slippage > 5% and ask the user to reduce size or split the order.

Creator fee visibility

Every trade emits a Trade entity with fee: BigInt. The accumulated creator fee for a condition is sum(trades.fee) where condition = X. The profile UI and the condition's "交易量 / Trade Volume" card expose this. When the user asks "how much have I earned as creator", query the pump subgraph, filter trades by the proposal's conditions, and sum fee.

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Stage 3 — SETTLE (submit real result)

When to use

The moment condition.deadline < now. Check on every invocation — if the user ignores a settled market, winners can't redeem.

Inputs

• conditionId — the condition address.
• result — one of YES (1) / NO (2) / INVALID (3). Pump conditions are binary outcomes; never submit anything else.
• evidenceURI — a URL (ipfs://..., https://...) pointing to public proof. Required. Refuse to submit without evidence — this is the proposer's reputation collateral against a dispute.

Who can submit

Only the proposer wallet. If the caller is not proposal.proposer, reject the request — do NOT attempt to submit from another wallet.

Call

On the proposal contract: submitFinalResult(conditionId, result, evidenceURI).

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Stage 4 — DISPUTE (optional)

Fired when

Anyone (not the proposer) calls stakeDispute(conditionId) with ≥ bond amount during disputeWindowSeconds after the result was submitted. If no one disputes, the submitted result becomes final when the window closes.

If the user is the disputer

• Explain: disputing stakes bond on reverse outcome; if Supreme Committee agrees, disputer wins bond + penalty; if not, bond is forfeit.
• Call stakeDispute(conditionId) with exactly the required bond — pull the current required bond from the condition's disputerBondRequired (do not assume a fixed number).

If the user is a Supreme Committee member

• Use usePumpVoteConditionDisputeSupreme / voteConditionDisputeSupreme (YES = uphold proposer's result, NO = flip to disputer's claim).
• Evidence is public on the condition detail page; read both sides before voting. Never vote without reading both evidence URIs.

State machine

SUBMITTED ─(no dispute, timer elapses)→ SETTLED
SUBMITTED ─(stakeDispute)→ DISPUTED
DISPUTED  ─(Supreme votes YES)→ SETTLED (proposer's result stands)
DISPUTED  ─(Supreme votes NO)→ SETTLED (disputer's result)

At SETTLED, redemption opens.

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Stage 5 — CLAIM

Three parties, three calls, all on the proposal contract.

Winners (holders of the winning YES/NO token)

redeem(conditionId) — burns the winning tokens and sends the settlement token back at 1:1 proportional to pool-at-settlement. Losing tokens are worthless — do not tell the user to hold onto them.

LPs (anyone who seeded initialPoolSize at creation)

claimLp(conditionId) — returns proportional share of residual liquidity plus accumulated fee dust. Only the proposer has LP by default on a pump market, unless other wallets were explicitly added.

Creator (proposer)

The 0.3% fee is transferred at trade time, not accumulated on-chain. So the creator does NOT need a harvestFees call — the wallet already has the funds. What the creator DOES do here: confirm the on-chain balance matches the subgraph's sum(trades.fee) and flag any drift.

If the proposer also bought YES/NO for themselves, they redeem via redeem() like any other winner.

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Recovery / safety rails

Before any write tx

1. Verify walletAddress is the expected signer for this stage (proposer for create/submit/claimLp, any for trade, Supreme member for dispute vote).
2. Simulate via publicClient.simulateContract(...) first. If it reverts, parse the custom error, translate to user-friendly text (use the existing parseContractError util), and surface that instead of raw bytes.
3. If gas estimate > 2× the wallet's typical spend, pause and ask the user to confirm — this is usually a stuck condition or wrong param.

Partial failures

If the CREATE tx lands but follow-up createConditions reverts, do NOT retry the whole create. Delegate to the gougoubi-recovery-ops skill with the proposalAddress; it will scan state and build a minimal repair plan.

Idempotency

Every stage is idempotent on the target state, not on the call. Re-calling submitFinalResult on an already-submitted condition reverts. Always read condition.status from the pump subgraph before writing.

Status values (pump subgraph)

• CREATED — tradable (conditions fresh off create).
• TRADING — same, with volume > 0.
• SETTLING — deadline passed, awaiting result submission.
• DISPUTED_PROCESSING — dispute active, Supreme voting.
• SETTLED — final, redemption open.

Treat SETTLING as a hint to run Stage 3; treat SETTLED as a hint to run Stage 5.

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Subgraph queries (copy-paste ready)

All queries go to the pump subgraph (NEXT_PUBLIC_PBFT_PUMP_GRAPH_API_URL). Use the /api/pbft-pump-graph proxy when running in the browser.

Load a proposal with its conditions and creator income

query PumpProposalState($address: Bytes!) {
  proposal(id: $address) {
    id
    name
    proposer
    liquidityToken
    deadline
    conditions {
      id
      name
      status
      deadline
      disputeWindowSeconds
      tradeCount
      x
      y
      finalResult
      winner
    }
  }
  trades(where: { condition_in: $conditionIds }, first: 1000) {
    id
    condition { id }
    fee
    tokenIn
    timestamp
  }
}

Sum trades.fee per condition.id for creator income. Do this once per session; cache for 30 seconds.

Quote YES buy before submitting

Compute expected out from current x (YES reserve) and y (NO reserve):

amountOutBeforeFee = y - (x * y) / (x + amountIn)
fee = amountIn * 3 / 1000
amountOutAfterFee = amountOutBeforeFee * 997 / 1000

Show the user amountOut ± slippageTolerance before any contract write.

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Conversational recipes

Pick the recipe that matches the user's first message, then follow the numbered steps in order. Do NOT skip steps; do NOT reorder.

Recipe A — "Open a pump market about X"

1. Gather proposal metadata (1 clarifying message, batched).
2. Gather the first condition spec.
3. Preview the full tx payload to the user (title, deadline, pool, fee note).
4. Require explicit user confirm ("ok" / "yes" / "发").
5. Call proposeMarketCreationWithCondition.
6. On receipt, reply with the new proposal URL and remind them that the 0.3% creator fee will auto-flow to their wallet on every trade.

Recipe B — "How much have I earned?"

1. Resolve proposer wallet (or ask).
2. Query pump subgraph for proposals where proposer = wallet.
3. For each proposal, sum trades.fee across all its conditions.
4. Group by liquidityToken.symbol, report per-token totals.
5. Link to the "交易量 / Trade Volume" card on the most active condition so the user can drill in.

Recipe C — "Settle my market / the deadline just passed"

1. Fetch condition by id, check status.
2. If not SETTLING, explain current state and stop.
3. Ask for result (YES/NO/INVALID) and evidenceURI.
4. Require evidence; refuse without it.
5. Simulate, then call submitFinalResult.
6. On receipt, tell the user the dispute window length and when it closes.

Recipe D — "Claim everything I can"

1. Fetch wallet's token holdings across this proposal's conditions.
2. For each SETTLED condition where the user holds the winning token, batch redeem calls (one tx per condition — no batch primitive exists in pump yet).
3. If the user is also the proposer, also call claimLp on any condition with residual LP.
4. Report totals in the liquidity token + a link to the tx hashes.

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Output format

Always respond in the language of the user's message. Default to Chinese when the user wrote Chinese, English otherwise. Structure every multi-stage operation as:

📍 Stage: <stage name>
🎯 Action: <concise verb phrase>
📊 Inputs: <table of resolved params>
⚠️ Checks: <simulation / state / evidence results>
▶️ Tx: <hash or "awaiting signature">
✅ Next: <what happens when this tx lands>

Never claim success before the receipt lands. Poll waitForTransactionReceipt with timeout 90s; on timeout, return the hash and tell the user to verify on BSCScan.

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What this skill must NEVER do

• Submit a result without evidence.
• Create a duplicate proposal when a live one already exists.
• Dispute without explaining bond-forfeit risk.
• Quote slippage-adjusted trades using stale (>60s old) reserves.
• Call any PBFT-mode skill (gougoubi-activate-created-conditions, gougoubi-submit-real-results in committee mode). Pump is not PBFT.
• Touch the user's wallet for self-trading without an explicit request.

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Version notes

• 1.0.0 — Initial release. Covers create / trade / settle / dispute / claim for single-liquidity-token pump markets on BNB Chain.