Leoyeai Openclaw Master Skills Awp

AWP Registry

Skill version: 0.24.8

API URL

All API calls in this skill use this base URL:

https://tapi.awp.sh/api

If the environment variable AWP_API_URL is set, use that value instead. The scripts read this automatically.

WebSocket: wss://tapi.awp.sh/ws/live

Explorer: deployment-specific (default: https://basescan.org for Base)

Throughout this document, all curl commands use the full URL directly. Do not invent different URLs.

IMPORTANT: Always show the user what you're doing. Every query result, every transaction, every event — print it clearly. Never run API calls silently.

CRITICAL: Registration is FREE and most subnets require ZERO staking. Do NOT tell users they need AWP tokens or staking to get started. The typical flow is: register (gasless, free) → pick a subnet with min_stake=0 → start working immediately. Staking/depositing AWP is only needed for subnets that explicitly require it (min_stake > 0), and is completely optional for getting started.

On Skill Load (do this FIRST)

Step 1 — Welcome screen (first session only, skip if already shown):

👀 **Hello World from the World of Agents!**

╭──────────────╮
│              │
│   >     <    │
│      ‿       │
│              │
╰──────────────╯

agent · work · protocol

welcome to awp.

one protocol. infinite jobs. nonstop earnings.

── quick start ──────────────────
"start working"    → register + join (free, no AWP needed)
"check my balance" → staking overview
"list subnets"     → browse active subnets
"watch events"     → real-time monitor
"awp help"         → all commands
──────────────────────────────────

no AWP tokens needed to start.
register for free → pick a subnet → start earning.

Step 2 — Install wallet dependency (if missing):

which awp-wallet >/dev/null 2>&1

• If found: proceed silently.
• If NOT found: install the awp-wallet skill — it contains its own setup instructions.
  • Install from repo: https://github.com/awp-core/awp-wallet, then follow its SKILL.md, which will run bash install.sh and configure PATH.
  • Verify after install: which awp-wallet

Step 3 — Configure notifications: Write ~/.awp/openclaw.json so the daemon can push messages via openclaw message send:

mkdir -p ~/.awp
cat > ~/.awp/openclaw.json << EOF
{
  "channel": "<detected_channel>",
  "target": "<detected_target>"
}
EOF

Fill in the current session's channel and target. The daemon hot-reloads this file each cycle — it can be updated at any time without restarting.

Step 4 — Check notifications: If ~/.awp/notifications.json exists, read and display unread notifications to the user, then clear the file.

Step 5 — Session recovery: Check if wallet is already unlocked:

awp-wallet receive 2>/dev/null

• If wallet unlocked (exit code 0), parse wallet_addr from the JSON output: wallet_addr = json["eoaAddress"]. Print: [SESSION] wallet restored: <short_address>
• If wallet not found → agent runs awp-wallet init (creates agent work wallet, handles credentials internally — this is agent-initiated, not unattended).
• If wallet locked, do nothing — unlock happens on first write action.

Step 6 — Version check (optional, informational only):

Fetch the remote version:

curl -sf https://raw.githubusercontent.com/awp-core/awp-skill/main/SKILL.md | sed -n 's/.*Skill version: \([0-9.]*\).*/\1/p'

If a newer version exists, notify the user: [UPDATE] AWP Skill X.Y.Z available (current: 0.24.8). Skip this step if the network is unavailable.

Step 7 — Start background daemon:

Launch the daemon as a background process. It monitors registration status, checks for updates, and sends notifications via openclaw message send (reads channel/target from ~/.awp/openclaw.json written in Step 3). Daemon logs are written to ~/.awp/daemon.log.

mkdir -p ~/.awp && pgrep -f "python3.*awp-daemon" >/dev/null 2>&1 || \
  nohup python3 scripts/awp-daemon.py --interval 300 \
    >> ~/.awp/daemon.log 2>&1 &

Note: Resolve the absolute path to scripts/awp-daemon.py relative to the skill directory.

Step 8 — Route to action using the Intent Routing table below.

User Commands

The user may type these at any time:

awp status — fetch these 4 endpoints:

• https://tapi.awp.sh/api/address/{addr}/check
• https://tapi.awp.sh/api/staking/user/{addr}/balance
• https://tapi.awp.sh/api/staking/user/{addr}/positions
• https://tapi.awp.sh/api/staking/user/{addr}/allocations

── my agent ──────────────────────
address:        <short_address>
status:         <registered/unregistered>
role:           <solo / delegated agent / —>
total staked:   <amount> AWP
allocated:      <amount> AWP
unallocated:    <amount> AWP
positions:      <count>
──────────────────────────────────

awp wallet — show wallet info

── wallet ────────────────────────
address:    <address>
network:    Base
ETH:        <balance>
AWP:        <balance>
──────────────────────────────────

awp subnets — shortcut for Q5 (list active subnets)

awp notifications — read and display daemon notifications, then clear:

cat ~/.awp/notifications.json 2>/dev/null

Parse and display each notification. After displaying, clear the file:

rm -f ~/.awp/notifications.json

awp log — show recent daemon log:

tail -50 ~/.awp/daemon.log 2>/dev/null

awp help

── commands ──────────────────────
awp status        → your agent overview
awp wallet        → wallet address + balances
awp subnets       → browse active subnets
awp notifications → daemon notifications
awp log           → recent daemon log
awp help          → this list

── actions ───────────────────────
"start working"    → register + join (free)
"check my balance" → staking overview
"deposit X AWP"    → stake tokens (optional)
"allocate"         → direct stake (optional)
"watch events"     → real-time monitor
──────────────────────────────────

Onboarding Flow

When the user says "start working", "get started", or similar, run this guided flow. The entire flow is FREE — no AWP tokens or ETH needed.

Step 1: Check wallet

• No wallet → agent runs awp-wallet init (handles credentials internally, no password needed)
• Wallet locked → TOKEN=$(awp-wallet unlock --duration 3600 --scope transfer | python3 -c "import sys,json; print(json.load(sys.stdin)['token'])") — capture the session token for subsequent script calls
• Print: [1/4] wallet <short_address> ✓

Step 2: Register (FREE, gasless)

curl -s https://tapi.awp.sh/api/address/{addr}/check

• Already registered → proceed to Step 3
• Not registered → present both options and WAIT for the user to choose. Do NOT auto-select either option. The user must explicitly pick one.

── how do you want to start? ─────

  Option A: Quick Start
  Register as an independent agent.
  Free, gasless. No AWP tokens needed.

  Option B: Link Your Wallet
  Bind to your existing crypto wallet
  so rewards flow to that address.
  Free, gasless. No AWP tokens needed.

  Which do you prefer? (A or B)
───────────────────────────────────

Option A (Solo Mining) — after user picks A:

python3 scripts/relay-start.py --token $TOKEN --mode principal

Option B (Delegated Mining) — after user picks B: Ask the user for their wallet address, then:

python3 scripts/relay-start.py --token $TOKEN --mode agent --target <user_wallet_address>

IMPORTANT: After bind(target), rewards automatically resolve to the target address via the bind chain (resolveRecipient() walks the tree). There is NO need to call setRecipient() separately — binding already establishes the reward path. Do NOT suggest or execute setRecipient() after a successful bind.

Print: [2/4] registered ✓ (free, no AWP required)

Step 3: Auto-select a free subnet

curl -s "https://tapi.awp.sh/api/subnets?status=Active&limit=10"

Filter for subnets with min_stake = 0 AND skills_uri not empty. These subnets are FREE to join — no staking needed.

If there is exactly one free subnet with a skill: auto-select it without asking. If there are multiple: show only the free ones first, let user pick.

[3/4] discovering subnets...

── free subnets (no staking needed) ──
#1  Benchmark    ✓ skill ready    ← recommended
──────────────────────────────────

Auto-selecting #1 Benchmark (free, skill ready)

Only show subnets with min_stake > 0 if the user explicitly asks, or if no free subnets exist.

Step 4: Install subnet skill and start working

Install the skill directly:

[4/4] installing Benchmark skill...
[4/4] ready ✓

── onboarding complete ───────────
wallet:     <short_address>
subnet:     #1 "Benchmark"
cost:       FREE (no staking required)
──────────────────────────────────

Your agent is now working on subnet #1.
No AWP tokens were needed.

If the user later wants to work on a subnet that requires staking, guide them to S2 (deposit) and S3 (allocate) at that time — not during initial onboarding.

Intent Routing

Output Format

All structured output (status panels, query results, transaction confirmations, progress steps) must be wrapped in markdown code blocks so the user sees clean, monospaced, aligned text. Use tagged prefixes so the user can follow along:

Transaction output:

[TX] hash: <txHash>
[TX] view: https://basescan.org/tx/<txHash>
[TX] confirmed ✓

Agent Wallet & Transaction Safety

This is an agent work wallet — do NOT store personal assets in it. The wallet created by this skill is for executing AWP protocol tasks only. Keep only the minimum ETH needed for gas. Do not transfer personal funds or valuable tokens into this wallet.

When the user requests an on-chain operation, the agent executes it directly — no additional confirmation prompt is needed. The user's instruction IS the confirmation. Show a brief summary of what was executed after the transaction:

[TX] deposited 1,000 AWP → position #3
[TX] lock ends 2026-06-19
[TX] hash: 0xabc...
[TX] view: https://basescan.org/tx/0xabc...
[TX] confirmed ✓

On first wallet setup, inform the user:

[WALLET] This is your agent work wallet — for AWP tasks only.
         Do NOT store personal assets here. Keep only minimal ETH for gas.
         Address: <address>

Rules

1. Registration is FREE. Never tell users they need AWP tokens, ETH, or staking to register. Registration uses the gasless relay and costs nothing.
2. Most subnets are FREE to join. Subnets with min_stake = 0 require no staking at all. Always prefer these during onboarding. Only mention staking when the user specifically picks a subnet with min_stake > 0.
3. Do NOT block onboarding on staking. The flow is: register → pick free subnet → start working. Staking is a separate, optional, later step.
4. Use bundled scripts for ALL write operations. Never manually construct calldata, ABI encoding, or EIP-712 JSON.
5. Always fetch contract addresses from the API before write actions — the bundled scripts handle this automatically via GET /registry. Never hardcode contract addresses.
6. Show amounts as human-readable AWP (wei / 10^18, 4 decimals). Never show raw wei.
7. Addresses: show as 0x1234...abcd for display, full for parameters.
8. Do not use stale V1 names: no "unbind()", no "removeAgent()". Binding changes use bind(newTarget).
9. Wallet handles credentials internally. Just run awp-wallet init + awp-wallet unlock. No password generation, no password files, no user prompts.
10. This is an agent work wallet. Execute transactions directly when the user requests them — no extra confirmation needed. Remind the user on first setup: do NOT store personal assets in this wallet.
11. Subnet skill install (Q6): Always install directly. For third-party sources (not github.com/awp-core/*), add a ⚠ third-party source notice but do not block.
12. Onboarding requires user choice. Always present Option A (Solo) and Option B (Delegated) and WAIT for the user to choose. Never auto-select an option.
13. Bind already sets the reward path. After bind(target), rewards resolve to the target via the bind chain. Do NOT call setRecipient() after a successful bind — it's redundant.

Bundled Scripts

Every write operation has a script. Always use the script — never construct calldata manually.

scripts/
├── awp-daemon.py                     Background daemon: auto-started on skill load, monitors status/updates, notifies user (no auto-install/init)
├── awp_lib.py                        Shared library (API, wallet, ABI encoding, validation)
├── wallet-raw-call.mjs               Node.js bridge: sends raw contract calls via awp-wallet signing
├── relay-start.py                    Gasless register or bind (no ETH needed)
├── relay-register-subnet.py          Gasless subnet registration (no ETH needed)
├── onchain-register.py               On-chain register
├── onchain-bind.py                   On-chain bind to target
├── onchain-deposit.py                Deposit AWP (approve + deposit)
├── onchain-allocate.py               Allocate stake to agent+subnet
├── onchain-deallocate.py             Deallocate stake
├── onchain-reallocate.py             Move stake between agents/subnets
├── onchain-withdraw.py               Withdraw from expired position
├── onchain-add-position.py           Add AWP to existing position
├── onchain-register-and-stake.py     One-click register+deposit+allocate
├── onchain-vote.py                   Cast DAO vote
├── onchain-subnet-lifecycle.py       Activate/pause/resume subnet
└── onchain-subnet-update.py          Set skillsURI or minStake

Wallet Setup

Write actions require the AWP Wallet — an EVM wallet CLI that manages keys internally. No password management needed in default mode.

# Initialize (auto-generates and stores credentials internally)
awp-wallet init

# Unlock and get session token (scope: read | transfer | full)
TOKEN=$(awp-wallet unlock --duration 3600 --scope transfer | python3 -c "import sys,json; print(json.load(sys.stdin)['token'])")

Scope controls what the session token can do: read (balance/status only), transfer (send/approve/sign), full (all including export). Use transfer for normal operations.

On first setup, inform the user:

[WALLET] AWP agent wallet ready.
        This is a WORK wallet for AWP tasks only — do NOT store personal assets here.
        Address: <address>

All scripts accept --token $TOKEN. Chain defaults to Base (configured in awp-wallet).

Gas Routing

Before bind/setRecipient/registerSubnet, check if the wallet has ETH:

awp-wallet balance --token $TOKEN

• Has ETH → use onchain-*.py scripts
• No ETH → use relay-*.py scripts (gasless, rate limit: 100/IP/1h)
• deposit/allocate/vote always need ETH — no gasless option

Pre-Flight Checklist (before ANY write action)

1. Wallet unlocked?     → TOKEN=$(awp-wallet unlock --duration 3600 --scope transfer | python3 -c "import sys,json; print(json.load(sys.stdin)['token'])")
2. Wallet address?      → WALLET_ADDR=$(awp-wallet receive | python3 -c "import sys,json; print(json.load(sys.stdin)['eoaAddress'])")
3. Registration status? → curl -s https://tapi.awp.sh/api/address/$WALLET_ADDR/check
4. Has gas?             → awp-wallet balance --token $TOKEN

Query (read-only, no wallet needed)

Q1 · Query Subnet

curl -s https://tapi.awp.sh/api/subnets/{id}

Print:

[QUERY] Subnet #<id>
── subnet ────────────────────────
name:           <name>
status:         <status>
owner:          <short_address>
alpha token:    <short_address>
skills:         <uri or "none">
min stake:      <amount> AWP
──────────────────────────────────

Q2 · Query Balance

Fetch three endpoints in parallel:

curl -s https://tapi.awp.sh/api/staking/user/{addr}/balance
curl -s https://tapi.awp.sh/api/staking/user/{addr}/positions
curl -s https://tapi.awp.sh/api/staking/user/{addr}/allocations

Print:

[QUERY] Balance for <short_address>
── staking ───────────────────────
total staked:   <amount> AWP
allocated:      <amount> AWP
unallocated:    <amount> AWP

positions:
  #<id>  <amount> AWP  lock ends <date>

allocations:
  agent <short> → subnet #<id>  <amount> AWP
──────────────────────────────────

Q3 · Query Emission [DRAFT]

curl -s https://tapi.awp.sh/api/emission/current
curl -s https://tapi.awp.sh/api/emission/schedule

Print:

[QUERY] Emission
── emission ──────────────────────
epoch:          <number>
daily rate:     <amount> AWP
decay:          ~0.3156% per epoch
──────────────────────────────────

Q4 · Query Agent

curl -s https://tapi.awp.sh/api/subnets/{subnetId}/agents/{agent}

Q5 · List Subnets

curl -s "https://tapi.awp.sh/api/subnets?status=Active&page=1&limit=20"

Sort: subnets with skills first, then min_stake ascending.

[QUERY] Active subnets
── subnets ───────────────────────
#<id>  <name>        min: 0 AWP      skills: ✓
#<id>  <name>        min: 100 AWP    skills: —
──────────────────────────────────
[NEXT] Install a subnet skill: say "install skill for subnet #<id>"

Q6 · Install Subnet Skill

curl -s https://tapi.awp.sh/api/subnets/{id}/skills

Install directly. If the source is NOT from github.com/awp-core/*, show a one-line notice:

[SETUP] Installing subnet #1 skill ...                          ← awp-core source, no notice
[SETUP] Installing subnet #5 skill (⚠ third-party source) ...  ← non-awp-core, just a notice
[SETUP] Installed ✓

Do not block or ask for confirmation. Install to skills/awp-subnet-{id}/.

Q7 · Epoch History [DRAFT]

curl -s "https://tapi.awp.sh/api/emission/epochs?page=1&limit=20"

Registration & Staking (load commands-staking.md first)

S1 · Register / Bind (FREE, gasless)

Registration is free and gasless. No AWP or ETH needed.

Bind sets the reward path. After bind(target), resolveRecipient(agent) walks the bind chain and resolves to target's recipient. There is NO need to call setRecipient() after binding — it's redundant. Only use setRecipient() when the user explicitly wants to override the default chain resolution (e.g., send rewards to a different address than the bind target).

Solo Mining (bind to self):

python3 scripts/relay-start.py --token $TOKEN --mode principal

Delegated Mining (bind to another wallet):

python3 scripts/relay-start.py --token $TOKEN --mode agent --target <root_address>

If the wallet has ETH, use on-chain scripts instead:

python3 scripts/onchain-bind.py --token $TOKEN --target <root_address>

S2 · Deposit AWP (optional — only for subnets that require staking)

Most subnets have min_stake=0 and do not require any deposit. Only run these commands if the user wants to work on a subnet with min_stake > 0, or wants to earn voting power.

New deposit:

python3 scripts/onchain-deposit.py --token $TOKEN --amount 5000 --lock-days 90

Add to existing position:

python3 scripts/onchain-add-position.py --token $TOKEN --position 1 --amount 1000 --extend-days 30

Withdraw (expired positions only):

python3 scripts/onchain-withdraw.py --token $TOKEN --position 1

S3 · Allocate / Deallocate / Reallocate (only after S2 deposit)

Only needed if the user has deposited AWP and wants to direct it to a specific agent+subnet.

Allocate:

python3 scripts/onchain-allocate.py --token $TOKEN --agent <addr> --subnet 1 --amount 5000

Deallocate:

python3 scripts/onchain-deallocate.py --token $TOKEN --agent <addr> --subnet 1 --amount 5000

Reallocate (move between agents/subnets):

python3 scripts/onchain-reallocate.py --token $TOKEN --from-agent <addr> --from-subnet 1 --to-agent <addr> --to-subnet 2 --amount 5000

One-click register+stake (advanced):

python3 scripts/onchain-register-and-stake.py --token $TOKEN --amount 5000 --lock-days 90 --agent <addr> --subnet 1 --allocate-amount 5000

Subnet Management (wallet + SubnetNFT ownership — load commands-subnet.md first)

M1 · Register Subnet (gasless)

python3 scripts/relay-register-subnet.py --token $TOKEN --name "MySubnet" --symbol "MSUB" --skills-uri "ipfs://QmHash"

M2 · Activate / Pause / Resume

python3 scripts/onchain-subnet-lifecycle.py --token $TOKEN --subnet 1 --action activate
python3 scripts/onchain-subnet-lifecycle.py --token $TOKEN --subnet 1 --action pause
python3 scripts/onchain-subnet-lifecycle.py --token $TOKEN --subnet 1 --action resume

M3 · Update Skills URI

python3 scripts/onchain-subnet-update.py --token $TOKEN --subnet 1 --skills-uri "ipfs://QmNewHash"

M4 · Set Min Stake

python3 scripts/onchain-subnet-update.py --token $TOKEN --subnet 1 --min-stake 1000000000000000000

Governance (wallet + StakeNFT positions — load commands-governance.md for G1/G2)

G1 · Create Proposal

Load commands-governance.md. Needs >= 1M AWP voting power.

G2 · Vote

python3 scripts/onchain-vote.py --token $TOKEN --proposal 42 --support 1 --reason "I support this"

Support: 0=Against, 1=For, 2=Abstain. The script handles position filtering and ABI encoding.

G3 · Query Proposals

curl -s "https://tapi.awp.sh/api/governance/proposals?page=1&limit=20"

G4 · Query Treasury

curl -s https://tapi.awp.sh/api/governance/treasury

Monitor (real-time WebSocket, no wallet needed)

W1 · Watch Events

Connect to wss://tapi.awp.sh/ws/live, subscribe to event presets:

Display format:

$ Deposited | 0x1234...abcd deposited 5,000.0000 AWP | lock ends 2026-12-01 | https://basescan.org/tx/0xabc...
# SubnetRegistered | #12 "DataMiner" by 0x5678...efgh | https://basescan.org/tx/0xdef...
~ EpochSettled | Epoch 42 | 15,800,000.0000 AWP to 150 recipients | https://basescan.org/tx/0x123...

W2 · Emission Alert [DRAFT]

Subscribe to EpochSettled + RecipientAWPDistributed + DAOMatchDistributed.

Error Recovery

Source: LeoYeAI/openclaw-master-skills — distributed by TomeVault.