ATXSwap Skill#

Execute ATX trading and wallet workflows on BSC. This skill is designed for agents that need safe, repeatable commands for wallet management, ATX/USDT quotes, swaps, V3 liquidity actions, and transfers.

• SDK: atxswap-sdk on npm ( source)
• Docs (team / project): Team introduction (EN) · Team introduction (ZH)
• Keystore dir: ~/.config/atxswap/keystore (fixed, not configurable)
• Secrets dir: ~/.config/atxswap/ (master.key + secrets.json)

Use This Skill For#

• Create the single wallet used by this skill instance (importing an existing private key is not supported)
• Query ATX price, balances, LP positions (see Required agent reply for holdings under query.js), quotes, and arbitrary ERC20 token info
• Buy or sell ATX against USDT on PancakeSwap V3
• Add liquidity (full range or a custom price range in USDT per ATX or tick bounds), remove liquidity, collect fees, or burn empty LP NFTs
• Transfer BNB, ATX, USDT, or arbitrary ERC20 tokens

Before First Use#

This skill ships its own Node scripts and depends on atxswap-sdk.

1. Open the skill directory where this SKILL.md is installed.
2. Run npm install there before using any script.
3. If npm install fails, stop and report the dependency error instead of guessing.

If the skill is installed via ClawHub or OpenClaw CLI, the install location is typically ~/.clawhub/skills/atxswap/ (or the equivalent client-managed path). If you cloned this repository directly, the location is skills/atxswap/.

Script Location#

Use the skill directory path to locate scripts. If ${SKILL_DIR} is available (injected by skills.sh-compatible runtimes), use it; otherwise use the absolute path to this skill's installed directory.

Example:

bash

cd skills/atxswap && npm install
cd "${SKILL_DIR}" && node scripts/wallet.js list

All examples below use cd "${SKILL_DIR}" && for clarity. If your runtime does not inject ${SKILL_DIR}, replace it with the absolute path of the installed skill directory.

Runtime Notes#

• BSC_RPC_URL is optional and supports comma-separated values for fallback, e.g. BSC_RPC_URL="https://primary,https://backup1,https://backup2". When unset, scripts use a built-in fallback list of 6 BSC public RPC endpoints and viem will retry them in order.
• Wallet files live under ~/.config/atxswap/keystore.
• Secure secrets live under ~/.config/atxswap/ (master.key + secrets.json).
• Only one wallet is allowed per skill installation. If a wallet already exists, wallet.js create fails.
• Use wallet.js list before creating a wallet.
• Importing an existing private key via this skill is not supported. If the user asks to import a private key, refuse and tell them to use a dedicated wallet tool of their choice.
• Scripts write JSON output. wallet.js export prints the address's encrypted MetaMask-compatible keystore V3 JSON to stdout (or writes it to a file via --out <file>); it never prints the raw private key.
• query.js quote can return a JSON error if the configured Quoter or RPC rejects the simulation. Surface the error and do not proceed to a write.
• For balance, holdings, LP position, or pending-fee questions, always fetch fresh on-chain data at request time. Do NOT answer from prior chat output, memory, cached numbers, or earlier command results unless you rerun the relevant query first.
• For custom-range liquidity, do not guess the second token amount from chat. First run liquidity.js quote-add or use liquidity.js add --base-token ... --amount ... so the script computes the counter-asset from the live pool price and range.

Password Rules#

When the user asks to create a wallet:

1. Ask the user for a password first (do NOT generate one).
2. Pass it via --password <pwd> to the script when running non-interactively.
3. The password is auto-saved to secure storage after creation.
4. Never print the password back to the chat.
5. After the wallet is created, export and send the encrypted keystore backup to the user who requested the wallet.
6. Clearly label it as encrypted keystore backup material, not the raw private key.
7. Do not upload it to any website or send it to any third party.

For swap, transfer, and liquidity operations, rely on auto-unlock first. Only ask for the password if auto-unlock fails.

If the user says they forgot the wallet password or asks to recover it, first explain that saved wallet passwords are encrypted at rest in the local SecretStore (for example Keychain, Secret Service, or the file backend under ~/.config/atxswap/) and are not stored by the agent in chat memory. Even if the user confirms, do not print the password in chat; guide them to use a trusted local workflow instead.

Hard Safety Rules#

1. Treat all BSC writes as real-asset operations.
2. NEVER output private keys or passwords in chat.
3. ALWAYS run a preview before write actions: query price, quote, balance, or positions as appropriate.
4. ALWAYS show the preview to the user and wait for explicit confirmation before swap, transfer, or liquidity writes.
5. NEVER execute large trades without the user saying "yes" or "confirm".
6. wallet.js export only emits the encrypted MetaMask-compatible keystore JSON, never the raw private key. There is no command that prints the unencrypted private key, and the agent must not attempt to derive or display one.
7. Prefer wallet.js export <address> --out <file> and tell the user the file path. Avoid pasting the keystore JSON itself into chat unless the user explicitly asks for it.
8. Before deleting a wallet, keystore file, or any private-key-bearing wallet material, ALWAYS remind the user to export and back up the encrypted keystore first. Do not delete anything until the user explicitly confirms that the keystore backup has been completed.
9. Wallet deletion requires a second explicit confirmation: after backup is confirmed, require the user to send the exact phrase force delete wallet before running any delete command.
10. If the user asks to delete a wallet, do NOT send the keystore immediately. First ask whether they want to receive the encrypted keystore backup. Only after the user agrees may you export and send the keystore to the user.
11. If the user explicitly asks to back up or export the wallet, export and send the encrypted keystore backup to the user who requested the wallet, and clearly label it as keystore backup material.
12. The encrypted keystore may only be sent to the user who owns the current session request. NEVER send the keystore through any channel that is not under that user's own control. It may only be sent to the user personally, and must not be pasted into any external form or sent to any other person, group, agent, or service.
13. After wallet.js create succeeds, export and send the encrypted keystore to the user who requested the wallet. Treat this as part of the wallet creation handoff, but only to that user.
14. If the user asks to recover or reveal a saved wallet password, remind them that the password is encrypted in local secure storage and must not be disclosed in chat. Do not attempt to print, derive, or expose the password even after user confirmation.
15. If the user asks to recover, reveal, print, or paste the wallet private key, refuse. Offer wallet.js export <address> --out <file> as the only supported backup path, because it exports an encrypted keystore instead of exposing the raw private key.
16. For every transfer, treat the tuple (asset, from, to, amount) as a single transfer intent. Repeat that exact tuple back to the user before execution.
17. After a transfer command returns a txHash, consider that transfer intent already sent. Do NOT send the same transfer again unless the user explicitly asks to send it again.
18. If a transfer write ends in an ambiguous state (for example RPC timeout, dropped connection, or partial output after signing/submission), do NOT retry blindly. First check chain state or wallet state, summarize what is known, and ask the user whether to retry.
19. If the same transfer tuple appears again in the same conversation after a successful or ambiguous prior attempt, pause and ask whether the user means a new transfer or is referring to the earlier one.
20. For any user question about current balances, holdings, LP positions, pending fees, or wallet assets, rerun the matching read command against the chain first. Never rely on previously displayed numbers as if they were still current.

Required Preview Flow#

Before every write action:

1. Query the price, quote, balance, or positions that match the requested action.
2. Summarize the preview in plain language.
3. Ask the user to confirm.
4. Execute the write command only after confirmation.
5. Return the transaction hash and the key result fields.

For transfers, the summary in step 2 must explicitly include:

• asset
• source wallet
• destination address
• amount

After step 5, if a txHash is available, treat the transfer as executed and do not issue the same write again unless the user clearly requests a second send.

For read-only asset questions:

1. Run the relevant live query first ( query.js balance, query.js positions, query.js price, or query.js quote as appropriate).
2. Answer from that fresh output only.
3. If the RPC or query fails, say the data could not be refreshed instead of reusing older numbers.

High-Value Workflows#

Check market state#

bash

cd "${SKILL_DIR}" && node scripts/query.js price
cd "${SKILL_DIR}" && node scripts/query.js balance <address>
cd "${SKILL_DIR}" && node scripts/query.js positions <address>
cd "${SKILL_DIR}" && node scripts/query.js positions <address> <tokenId>

Preview before swap#

bash

cd "${SKILL_DIR}" && node scripts/query.js quote <buy|sell> <amount>

Execute after confirmation#

bash

cd "${SKILL_DIR}" && node scripts/swap.js buy <usdtAmount> [--from address] [--slippage bps] [--password <pwd>]
cd "${SKILL_DIR}" && node scripts/liquidity.js add <atxAmount> <usdtAmount> [range opts] [--from address] [--slippage-bps n] [--password <pwd>]
cd "${SKILL_DIR}" && node scripts/liquidity.js add --base-token <atx|usdt> --amount <n> [range opts] [--from address] [--slippage-bps n] [--password <pwd>]
cd "${SKILL_DIR}" && node scripts/transfer.js atx <to> <amount> [--from address] [--password <pwd>]

Command Reference#

wallet.js#

bash

cd "${SKILL_DIR}" && node scripts/wallet.js create [name] --password <pwd>
cd "${SKILL_DIR}" && node scripts/wallet.js list
cd "${SKILL_DIR}" && node scripts/wallet.js export <address> [--out <file>]
cd "${SKILL_DIR}" && node scripts/wallet.js has-password <address>
cd "${SKILL_DIR}" && node scripts/wallet.js forget-password <address>
cd "${SKILL_DIR}" && node scripts/wallet.js delete <address> --backup-confirmed yes --force-phrase "force delete wallet"

After wallet.js create:

1. Return the created wallet address.
2. Run wallet.js export <address> [--out <file>].
3. Send the encrypted keystore only to the user who requested the wallet.
4. Do not upload it to any website or send it to any third party.
5. Explain that it is encrypted keystore backup material, not the raw private key.

Before wallet.js delete:

1. Ask whether the user wants the encrypted keystore sent to them for backup.
2. After the user agrees, export and send the encrypted keystore to the user only.
3. Do not upload it to any website or send it to any third party.
4. Require the user to explicitly confirm that the backup is complete.
5. Require the user to send the exact phrase force delete wallet.
6. Only then run wallet.js delete <address> --backup-confirmed yes --force-phrase "force delete wallet".

If the user asks to back up the wallet:

1. Run wallet.js export <address> [--out <file>].
2. Send the encrypted keystore only to the user.
3. Do not upload it to any website or send it to any third party.
4. Explain that this is encrypted keystore backup material, not the raw private key.

query.js#

bash

cd "${SKILL_DIR}" && node scripts/query.js price
cd "${SKILL_DIR}" && node scripts/query.js balance <address>
cd "${SKILL_DIR}" && node scripts/query.js quote <buy|sell> <amount>
cd "${SKILL_DIR}" && node scripts/query.js positions <address>
cd "${SKILL_DIR}" && node scripts/query.js positions <address> <tokenId>
cd "${SKILL_DIR}" && node scripts/query.js token-info <tokenAddress>

query.js positions includes principal token amounts in the position ( principalAtx, principalUsdt, principal0, principal1) computed from V3 liquidity (L), ticks (internal), and the pool’s current sqrtPriceX96 (same getAmountsForLiquidity math as the web app). It emits human USDT-per-ATX bounds as priceRangeUsdtPerAtx.min / .max, currentPriceUsdtPerAtx, and currentPriceInRange (whether the pool tick lies inside that position). It includes pendingFees.atx and pendingFees.usdt as the simulated collect notionals ( collectable*), plus raw tokensOwed0/ 1 and collectable0/ 1 for debugging. Use collectable* / pendingFees to decide whether a fee harvest is worth executing. Each object also includes feePercent (e.g. "0.25%") for the pool’s swap-fee tier; raw fee stays the on-chain code ( 100 / 500 / 2500 / 10000). Tick indices are not included in the JSON — quote USDT/ATX prices and in-range state instead.

When the user asks "how much do I have now", "what is my current balance", "what positions are left", "how much ATX is still in the LP", or similar present-tense questions, rerun query.js balance and/or query.js positions immediately. Do not answer from previously captured JSON.

Required agent reply for holdings when the user asks about their positions, LP NFTs, or liquidity holdings (per position):

Run query.js positions <address> (omit tokenId to list all ATX/USDT V3 NFTs). The CLI prints one JSON object per NFT; include every position. For each position, the answer must address the topics below (label them in the user’s language when replying). Do not show raw V3 tick numbers to the user — use USDT per 1 ATX from the JSON below.

TopicWhat to includeCLI JSON fieldsTokens in the position****In-range liquidity as ATX and USDT notionals — always cite principalAtx and principalUsdt (and optionally principal0 / principal1 in pool token0/token1 order). These are computed at the current pool price. Mention liquidity only as the raw L scalar if explaining detail. Do not treat query.js balance as LP “position tokens”: wallet ATX/USDT/BNB balances are unrelated to NFT principal — if shown, label them distinctly (e.g. “Wallet balances, separate from this LP NFT”).NFT token IDThe V3 LP NFT idtokenIdPool swap fee tierThe pool’s trading fee as a percentage for end usersPrefer feePercent (e.g. "0.25%"). If you show the raw tier code, pair it with feePercent (e.g. 2500 + 0.25%).Price range & spotConfigured min/max USDT per 1 ATX for the position, and current pool price in the same unit**priceRangeUsdtPerAtx.min**, priceRangeUsdtPerAtx.max, currentPriceUsdtPerAtx, currentPriceInRange (confirm “in range” / “out of range” in natural language).Pending feesUncollected fees (both tokens)Always show pendingFees.atx and pendingFees.usdt explicitly. Prefer these over quoting only one asset. Optionally reference collectableAtx/ collectableUsdt synonyms. State fees stay pending until liquidity.js collect.

Do not answer with only raw pool indices (ticks). If there are no positions, relay No ATX/USDT positions found. exactly.

Minor mismatch vs on-chain bookkeeping can occur because principal* uses the same float-based tick→√P path as other tooling (~wei-level); values are intended for humans and routing, not audits.

swap.js#

bash

cd "${SKILL_DIR}" && node scripts/swap.js buy <usdtAmount> [--from address] [--slippage bps] [--password <pwd>]
cd "${SKILL_DIR}" && node scripts/swap.js sell <atxAmount> [--from address] [--slippage bps] [--password <pwd>]

liquidity.js#

add — price / tick range (same USDT/ATX semantics as the web app; default full range = full-width liquidity):

• Default: no extra flags means full range (same as before).
• --full-range: explicit full range (do not combine with the two groups below).
• --min-price / --max-price: band in USDT per 1 ATX; the script reads pool token0 and maps to tickLower / tickUpper like the app ( token1/token0 + tickSpacing). Both prices are required.
• --range-percent: band around current ATX price as a percentage; e.g. 20 means about -20% to +20% of the current price.
• --tick-lower / --tick-upper: raw V3 ticks ( both required; script uses the smaller as lower, larger as upper, clamped to valid V3 bounds).
• quote-add <atx|usdt> <amount>: given live price and range, estimate the other leg — use before a write.
• add --base-token <atx|usdt> --amount <n>: single-sided notional; script computes the other leg and executes the add.

Optional: --slippage-bps (0–10000; default from SDK).

bash

cd "${SKILL_DIR}" && node scripts/liquidity.js quote-add <atx|usdt> <amount> [range opts]
cd "${SKILL_DIR}" && node scripts/liquidity.js add <atxAmount> <usdtAmount> [range opts] [--from address] [--slippage-bps n] [--password <pwd>]
cd "${SKILL_DIR}" && node scripts/liquidity.js add --base-token <atx|usdt> --amount <n> [range opts] [--from address] [--slippage-bps n] [--password <pwd>]
cd "${SKILL_DIR}" && node scripts/liquidity.js remove <tokenId> <percent> [--from address] [--password <pwd>]
cd "${SKILL_DIR}" && node scripts/liquidity.js collect <tokenId> [--from address] [--password <pwd>]
cd "${SKILL_DIR}" && node scripts/liquidity.js burn <tokenId> [--from address] [--password <pwd>]

liquidity.js remove already uses a single multicall: decreaseLiquidity -> collect -> and when percent = 100, burn. That means a full removal automatically collects withdrawable funds and destroys the LP NFT in the same transaction, so running collect again for the same tokenId is expected to fail because the position no longer exists.

Before collect, preview the target position with:

bash

cd "${SKILL_DIR}" && node scripts/query.js positions <address> <tokenId>

Prefer pendingFees / collectableAtx / collectableUsdt over relying on tokensOwed0/1 alone when deciding whether fees are available, because the raw tokensOwed fields may stay at zero while collect() can still succeed.

Example (not full-range; align the range with the user using query.js price before writes):

bash

cd "${SKILL_DIR}" && node scripts/liquidity.js quote-add usdt 0.1 --range-percent 20
cd "${SKILL_DIR}" && node scripts/liquidity.js add --base-token usdt --amount 0.1 --range-percent 20 --from <address>
cd "${SKILL_DIR}" && node scripts/liquidity.js add 10 1 --min-price 0.05 --max-price 0.15
cd "${SKILL_DIR}" && node scripts/liquidity.js add 10 1 --tick-lower -20000 --tick-upper 1000

Mapping user phrasing to commands:

• If the user asks to add 0.1 USDT of liquidity with a ±20% range around spot, first run quote-add usdt 0.1 --range-percent 20.
• Show the returned estimatedAmounts (or equivalent summary) and wait for confirmation.
• After confirmation, run add --base-token usdt --amount 0.1 --range-percent 20 --from <address>.

transfer.js#

bash

cd "${SKILL_DIR}" && node scripts/transfer.js bnb <to> <amount> [--from address] [--password <pwd>]
cd "${SKILL_DIR}" && node scripts/transfer.js atx <to> <amount> [--from address] [--password <pwd>]
cd "${SKILL_DIR}" && node scripts/transfer.js usdt <to> <amount> [--from address] [--password <pwd>]
cd "${SKILL_DIR}" && node scripts/transfer.js token <tokenAddress> <to> <amount> [--from address] [--password <pwd>]

Transfer anti-duplication checklist:

1. Preview balances first.
2. Restate the exact transfer tuple (asset, from, to, amount) to the user.
3. Wait for explicit confirmation for that exact tuple.
4. Run transfer.js once.
5. Return the txHash.
6. If the user repeats the same request, do not run the transfer again until you clarify whether they want a second transfer.
7. If the command may have submitted but the final result is unclear, do not rerun it automatically; inspect chain state or ask the user how to proceed.

When To Refuse Or Pause#

• Missing wallet but the user requests a write action
• Missing confirmation for swap, transfer, or liquidity writes
• User asks to delete a wallet, keystore file, or private-key-bearing wallet material before confirming that the encrypted keystore has been backed up
• User asks to delete a wallet but has not agreed to receive the keystore backup first
• User asks to delete a wallet but has not explicitly sent force delete wallet
• User asks to send or upload a keystore through a channel not under their own control, or to anyone other than the user
• User asks to recover or reveal a saved wallet password in chat
• User asks to recover, reveal, print, or paste a wallet private key in chat
• npm install has not been run successfully in the skill directory
• RPC, dependency, or wallet-unlock errors that make the state unclear

Standard Workflow#

For any write action:

1. Query current price, quote, balance, or positions as needed.
2. Summarize the preview for the user.
3. Wait for explicit confirmation.
4. Execute the write command.
5. Report the transaction hash and result.