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Run and interact with eclair Lightning Network daemon in Docker. Use for Lightning development, testing payment channels on regtest, managing eclair containers, and calling eclair API endpoints (getinfo, connect, open/close channels, pay/receive).
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
Final adversarial audit of finished work by one top-tier model (Fable 5 or Opus 4.8), in a single report-only pass across three axes: verify the load-bearing invariants (especially any you could NOT run locally), simplify without losing properties, and hunt for live variants of the bug shapes just fixed. You then verify each finding and act. Use as the closing gate on a substantive or risky change before calling it done, especially when part of it (a systest, a migration, a concurrency path) can't be validated locally. Distinct from /advisor (decision consult), /review-loop (multi-agent fix loop), and /variant-analysis (single-pattern sweep). Invoke via /advisor-review or after finishing hard-to-verify work.
Line-level git staging and non-interactive rebase for agents that know exactly which lines they changed. Use when you need atomic commits carved out of a larger diff, or when you need to squash/drop/reorder/reword commits without interactive prompts.
On-demand consultation of a higher-tier model (Opus 4.8 or Fable 5) from a cheaper executor session. Emulates the native advisor-tool pattern in Claude Code: keep the main loop on a cheap model (Sonnet 5) and call the expensive model rarely, via a focused consultation packet, for a plan/decision/'what am I missing' — not for code. Use when the executor is stuck, before committing to a plan, after repeated failed attempts at the same fix, or before a risky/irreversible change. Invoked via /advisor or when the executor recognizes a consult checkpoint.
Expensive planner (Opus 4.8 / Fable 5) decomposes a task into independent work items, a fleet of cheap Sonnet 5 (or Haiku 4.5) workers executes them in parallel via a Workflow, and the planner synthesizes the results. Emulates the native orchestrator pattern in Claude Code: keep the expensive model scarce (one planning pass, one synthesis pass) and the cheap model abundant (N parallel workers). Prefers a deterministic dynamic workflow when available; falls back to in-instance Task dispatch. Use when the user types /orchestrate or asks to decompose, fan out, or parallelize a task across independent workers.
Babysit CI after a push: a monitor→classify→remediate state machine that watches a run to completion, mechanically fixes trivial/build breakage, reproduces test failures locally to tell a flake from a real bug, reruns suspected flakes within a budget, hands reproduced failures to a fixer that commits a fixup and pushes, and loops until CI is green or it can justify a bail back to the user. Prefers a deterministic dynamic workflow when available; falls back to in-instance Task dispatch. Use when the user types /ci-loop or asks to watch/babysit/auto-fix CI for a pushed branch or PR until it's green.
Adversarial review→triage→fix loop until a cold verifier signs off. Fans out lens-specific reviewer subagents, verifies every finding against the code (killing false positives), auto-applies confirmed fixes as fixup commits, and repeats until a fresh verifier approves. Prefers a deterministic dynamic workflow when available; falls back to in-instance Task dispatch. Use when the user types /review-loop or asks to adversarially review-and-fix a change set, branch, or commit range until clean.
| name | eclair |
| description | Run and interact with eclair Lightning Network daemon in Docker. Use for Lightning development, testing payment channels on regtest, managing eclair containers, and calling eclair API endpoints (getinfo, connect, open/close channels, pay/receive). |
Eclair is a Scala implementation of the Lightning Network. This skill helps you run eclair in Docker for development and testing, primarily on regtest.
Start the full regtest stack (Bitcoin Core + Eclair):
cd ~/.claude/skills/eclair/templates
docker-compose up -d --build # First time: builds eclair from source (~5-10 min)
docker-compose up -d # Subsequent runs: uses cached image
This starts:
bitcoind: Bitcoin Core 30 in regtest mode with ZMQeclair: Eclair 0.14.0-SNAPSHOT (built from local source)Notes:
/Users/roasbeef/codez/eclair because Docker Hub images have a "kill switch" for older versionslightninglabs/bitcoin-core:30Check status:
docker exec eclair eclair-cli -p devpassword getinfo
~/.claude/skills/eclair/scripts/docker-build.sh [--source /path/to/eclair]
Or pull pre-built image:
docker pull acinq/eclair:latest
Using docker-compose (recommended for regtest):
cd ~/.claude/skills/eclair/templates
docker-compose up -d
Using a custom image (e.g., from PR build):
cd ~/.claude/skills/eclair/templates
ECLAIR_IMAGE=eclair:pr-3144 docker-compose up -d
Single eclair container (requires external bitcoind):
~/.claude/skills/eclair/scripts/docker-start.sh --network regtest
cd ~/.claude/skills/eclair/templates
docker-compose down
# To also remove volumes:
docker-compose down -v
docker logs -f eclair
docker logs -f bitcoind
docker exec eclair eclair-cli -p devpassword <command>
docker exec bitcoind bitcoin-cli -regtest <command>
All commands use the eclair REST API. Default password in regtest: devpassword
# Get node info (nodeId, alias, blockHeight, etc.)
docker exec eclair eclair-cli -p devpassword getinfo
# List connected peers
docker exec eclair eclair-cli -p devpassword peers
# Connect by URI
docker exec eclair eclair-cli -p devpassword connect --uri=<nodeId>@<host>:<port>
# Connect by nodeId (requires DNS or known address)
docker exec eclair eclair-cli -p devpassword connect --nodeId=<nodeId>
# Disconnect
docker exec eclair eclair-cli -p devpassword disconnect --nodeId=<nodeId>
# Open channel (amount in satoshis)
docker exec eclair eclair-cli -p devpassword open \
--nodeId=<pubkey> \
--fundingSatoshis=1000000
# List all channels
docker exec eclair eclair-cli -p devpassword channels
# List channels (short format)
docker exec eclair eclair-cli -p devpassword -s channels
# Get specific channel
docker exec eclair eclair-cli -p devpassword channel --channelId=<id>
# Get channel balances
docker exec eclair eclair-cli -p devpassword channelbalances
# Close channel gracefully
docker exec eclair eclair-cli -p devpassword close --channelId=<id>
# Force close channel
docker exec eclair eclair-cli -p devpassword forceclose --channelId=<id>
# Create invoice (amount in millisatoshis)
docker exec eclair eclair-cli -p devpassword createinvoice \
--description="test payment" \
--amountMsat=100000000
# Parse invoice to see details
docker exec eclair eclair-cli -p devpassword parseinvoice --invoice=<bolt11>
# Pay invoice
docker exec eclair eclair-cli -p devpassword payinvoice --invoice=<bolt11>
# Check sent payment status
docker exec eclair eclair-cli -p devpassword getsentinfo --paymentHash=<hash>
# Check received payment status
docker exec eclair eclair-cli -p devpassword getreceivedinfo --paymentHash=<hash>
# Get new address
docker exec eclair eclair-cli -p devpassword getnewaddress
# Get on-chain balance
docker exec eclair eclair-cli -p devpassword onchainbalance
# Get global balance (on-chain + channels)
docker exec eclair eclair-cli -p devpassword globalbalance
# Send on-chain
docker exec eclair eclair-cli -p devpassword sendonchain \
--address=<btc_address> \
--amountSatoshis=50000 \
--confirmationTarget=6
# Check how much you can send across all channels
docker exec eclair eclair-cli -p devpassword usablebalances
cd ~/.claude/skills/eclair/templates
docker-compose up -d
# Generate blocks to have spendable coins
docker exec bitcoind bitcoin-cli -regtest -rpcuser=bitcoin -rpcpassword=bitcoin generatetoaddress 101 $(docker exec bitcoind bitcoin-cli -regtest -rpcuser=bitcoin -rpcpassword=bitcoin getnewaddress)
# Get eclair address
ECLAIR_ADDR=$(docker exec eclair eclair-cli -p devpassword getnewaddress)
# Send funds to eclair
docker exec bitcoind bitcoin-cli -regtest -rpcuser=bitcoin -rpcpassword=bitcoin sendtoaddress $ECLAIR_ADDR 10
# Mine a block to confirm
docker exec bitcoind bitcoin-cli -regtest -rpcuser=bitcoin -rpcpassword=bitcoin generatetoaddress 1 $(docker exec bitcoind bitcoin-cli -regtest -rpcuser=bitcoin -rpcpassword=bitcoin getnewaddress)
# Verify eclair balance
docker exec eclair eclair-cli -p devpassword onchainbalance
To test channels, you'll need a second Lightning node. You can start another eclair instance or use a different implementation.
# Connect to peer
docker exec eclair eclair-cli -p devpassword connect --uri=<nodeId>@<host>:9735
# Open 1M sat channel
docker exec eclair eclair-cli -p devpassword open --nodeId=<nodeId> --fundingSatoshis=1000000
# Mine blocks to confirm channel
docker exec bitcoind bitcoin-cli -regtest -rpcuser=bitcoin -rpcpassword=bitcoin generatetoaddress 6 $(docker exec bitcoind bitcoin-cli -regtest -rpcuser=bitcoin -rpcpassword=bitcoin getnewaddress)
# Check channel status
docker exec eclair eclair-cli -p devpassword -s channels
# On receiving node: create invoice
INVOICE=$(docker exec eclair2 eclair-cli -p devpassword createinvoice --amountMsat=50000000 --description="test" | jq -r .serialized)
# On sending node: pay invoice
docker exec eclair eclair-cli -p devpassword payinvoice --invoice=$INVOICE
Build eclair Docker image from source (useful for ARM64/Apple Silicon):
~/.claude/skills/eclair/scripts/docker-build.sh --source /path/to/eclair
Build from a specific branch, commit, or GitHub PR (for interop testing):
# Build from a specific branch
~/.claude/skills/eclair/scripts/docker-build.sh --branch taproot-feature-bit
# Build from a GitHub PR (requires gh CLI)
~/.claude/skills/eclair/scripts/docker-build.sh --pr 3144
# Build from a specific commit
~/.claude/skills/eclair/scripts/docker-build.sh --commit ea9c4ca8dc1403bca6c6dcbe9bc4f3bd81d76513
# Combine with custom tag
~/.claude/skills/eclair/scripts/docker-build.sh --pr 3144 --tag eclair:taproot
Quick convenience wrapper for building from a GitHub PR:
~/.claude/skills/eclair/scripts/build-pr.sh 3144 # Builds and tags as eclair:pr-3144
Start eclair with custom configuration:
~/.claude/skills/eclair/scripts/docker-start.sh \
--network regtest \
--api-password mypassword \
--data-dir /tmp/eclair-data
Stop and optionally clean up:
~/.claude/skills/eclair/scripts/docker-stop.sh
~/.claude/skills/eclair/scripts/docker-stop.sh --clean # Also removes volumes
Convenient wrapper for eclair API:
~/.claude/skills/eclair/scripts/eclair-cli.sh getinfo
~/.claude/skills/eclair/scripts/eclair-cli.sh channels
~/.claude/skills/eclair/scripts/eclair-cli.sh createinvoice --amountMsat=100000000 --description="test"
Initialize regtest environment with funded wallet:
~/.claude/skills/eclair/scripts/regtest-setup.sh
Mine blocks in regtest:
~/.claude/skills/eclair/scripts/mine.sh # Mine 1 block
~/.claude/skills/eclair/scripts/mine.sh 6 # Mine 6 blocks (confirm channel)
~/.claude/skills/eclair/scripts/mine.sh 100 # Mine 100 blocks (coinbase maturity)
Wrapper for Bitcoin Core commands:
~/.claude/skills/eclair/scripts/bitcoin-cli.sh getblockchaininfo
~/.claude/skills/eclair/scripts/bitcoin-cli.sh getbalance
~/.claude/skills/eclair/scripts/bitcoin-cli.sh sendtoaddress <address> <amount>
The bitcoind container is fully accessible for controlling the regtest blockchain.
# Using the helper script
~/.claude/skills/eclair/scripts/mine.sh 6
# Or directly
docker exec bitcoind bitcoin-cli -regtest -rpcuser=bitcoin -rpcpassword=bitcoin \
generatetoaddress 6 $(docker exec bitcoind bitcoin-cli -regtest -rpcuser=bitcoin -rpcpassword=bitcoin getnewaddress)
~/.claude/skills/eclair/scripts/bitcoin-cli.sh getblockchaininfo
~/.claude/skills/eclair/scripts/bitcoin-cli.sh getmempoolinfo
~/.claude/skills/eclair/scripts/bitcoin-cli.sh getblockcount
# Get balance
~/.claude/skills/eclair/scripts/bitcoin-cli.sh getbalance
# Generate address
~/.claude/skills/eclair/scripts/bitcoin-cli.sh getnewaddress
# Send funds
~/.claude/skills/eclair/scripts/bitcoin-cli.sh sendtoaddress <address> 1.0
The bitcoind container exposes all ports to the host, allowing other Lightning implementations to connect:
| Port | Protocol | Usage |
|---|---|---|
| 18443 | RPC | Bitcoin Core RPC (regtest) |
| 18444 | P2P | Bitcoin Core P2P (regtest) |
| 28332 | ZMQ | Block notifications |
| 28333 | ZMQ | Transaction notifications |
Example lnd configuration to connect to the shared bitcoind:
[Bitcoin]
bitcoin.active=1
bitcoin.regtest=1
bitcoin.node=bitcoind
[Bitcoind]
bitcoind.rpchost=localhost:18443
bitcoind.rpcuser=bitcoin
bitcoind.rpcpass=bitcoin
bitcoind.zmqpubrawblock=tcp://localhost:28332
bitcoind.zmqpubrawtx=tcp://localhost:28333
Example c-lightning/CLN configuration:
network=regtest
bitcoin-rpcconnect=localhost
bitcoin-rpcport=18443
bitcoin-rpcuser=bitcoin
bitcoin-rpcpassword=bitcoin
Key configuration options (set via environment variables or eclair.conf):
| Option | Description | Default |
|---|---|---|
eclair.chain | Network: mainnet, testnet, signet, regtest | regtest |
eclair.api.enabled | Enable REST API | true |
eclair.api.password | API authentication password | (required) |
eclair.api.port | API port | 8080 |
eclair.node-alias | Node name visible on network | eclair |
eclair.bitcoind.host | Bitcoin Core host | bitcoind |
eclair.bitcoind.rpcuser | Bitcoin Core RPC user | bitcoin |
eclair.bitcoind.rpcpassword | Bitcoin Core RPC password | bitcoin |
See templates/eclair.conf.template for full configuration.
| Port | Service | Description |
|---|---|---|
| 9735 | Lightning | Peer-to-peer Lightning protocol |
| 8080 | API | REST API and WebSocket |
| 18443 | Bitcoin RPC | Bitcoin Core RPC (regtest) |
| 28332 | Bitcoin ZMQ | Bitcoin Core ZMQ notifications |
docker psdocker logs eclaireclair.api.password in configdevpassworddocker exec bitcoind bitcoin-cli -regtest -rpcuser=bitcoin -rpcpassword=bitcoin generatetoaddress 6 $(docker exec bitcoind bitcoin-cli -regtest -rpcuser=bitcoin -rpcpassword=bitcoin getnewaddress)eclair-cli onchainbalancedocker psUse the docker-build.sh script which handles ARM64 builds:
~/.claude/skills/eclair/scripts/docker-build.sh --source /path/to/eclair
For testing in-development features across Lightning implementations:
# Build and tag from PR #3144 (taproot feature bit)
~/.claude/skills/eclair/scripts/build-pr.sh 3144
# Or manually with docker-build.sh
~/.claude/skills/eclair/scripts/docker-build.sh --pr 3144 --tag eclair:taproot
# Start the stack with the PR image
cd ~/.claude/skills/eclair/templates
ECLAIR_IMAGE=eclair:pr-3144 docker-compose up -d --build
# Build from taproot-feature-bit branch
~/.claude/skills/eclair/scripts/docker-build.sh --branch taproot-feature-bit --tag eclair:taproot
# Start the stack
cd ~/.claude/skills/eclair/templates
ECLAIR_IMAGE=eclair:taproot docker-compose up -d
| Variable | Description | Default |
|---|---|---|
ECLAIR_SOURCE | Path to eclair source directory | /Users/roasbeef/codez/eclair |
ECLAIR_IMAGE | Docker image tag to use | eclair:local |