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Use when an agent needs to interact with Vara Network or Vara.eth on-chain — deploy programs, call Sails methods, manage wallets, transfer tokens, monitor events. Do not use for building Sails programs.
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
Use when a builder needs the top-level router for the provisional standard Gear/Vara Sails skill pack across Codex, Claude, or OpenClaw. Covers standard Sails apps and ethexe-specific work via dedicated skills. Do not use for non-Sails programs or broad protocol research.
Use when an approved Gear or Vara spec must be mapped onto program boundaries, services, message flow, and integration surfaces. Do not use when the feature is still undefined or when the task is already reduced to code edits.
Use when a builder needs to design or debug calls from a standard Gear/Vara Sails program into runtime builtin actors such as BLS12-381, staking, proxy, or ETH bridge, including ActorId derivation, request encoding, reply decoding, and gas or ED budgeting. Do not use for regular program-to-program messaging, Vara.eth or ethexe-only work, non-Sails repositories, or runtime-maintenance tasks inside the Gear repo.
Use when a builder needs to choose the right gstd API for messaging, execution, reservations, async reply flows, or program creation, and trace that API to gcore or gsys when behavior must be confirmed. Do not use for Vara.eth or ethexe-first work, non-Gear repositories, or broad runtime-maintenance tasks.
Use when a builder needs to design or debug Gear message flow, replies, delayed execution, reservations, or waitlist behavior inside a standard Gear/Vara Sails app. Do not use for Vara.eth or ethexe-first work, non-Sails repositories, or broad protocol research.
Use when a builder needs to shape or correct standard Gear/Vara Sails program and service boundaries, state ownership, or message flow. Do not use for pure deployment work, Vara.eth or ethexe targets, or non-Sails programs.
| name | vara-wallet |
| description | Use when an agent needs to interact with Vara Network or Vara.eth on-chain — deploy programs, call Sails methods, manage wallets, transfer tokens, monitor events. Do not use for building Sails programs. |
CLI tool for AI agents to interact with Vara Network on-chain.
Repository: https://github.com/gear-foundation/vara-wallet
Install: npm install -g vara-wallet
Use this skill for on-chain interaction with Vara Network and Vara.eth: deploying programs, calling Sails methods, managing wallets, transferring tokens, querying state, and monitoring events.
Do NOT use this skill for:
vara-skills/skills/sails-feature-workflow/vara-skills/skills/sails-gtest/vara-skills/skills/sails-dev-env/# Check if installed
if command -v vara-wallet &>/dev/null; then
VW="vara-wallet"
else
npm install -g vara-wallet
VW="vara-wallet"
fi
Minimum version: 0.20.5. The recipes below assume the structured PROGRAM_ERROR / TRANSPORT_ERROR surfaces, the enveloped sails:idl extractor, transparent auto-retry on transient transport reasons (timeout, ws_close_abnormal), the Vara.eth --chain vara-eth rail, direct --wait submitted handoff, and persistent vara-eth:session action loops.
On first use, create a wallet. Encryption and passphrase are automatic — no human setup required.
# Creates wallet, auto-generates passphrase, encrypts, suppresses secrets
$VW wallet create --name agent
# Verify
$VW wallet list
# → [{ "chain": "vara", "name": "agent", "address": "kG...", "encrypted": true, "isDefault": true }]
The passphrase is stored at ~/.vara-wallet/.passphrase (0600). The agent never sees or handles it.
wallet list without --chain is a full local inventory: native Vara rows use
chain: "vara" and Vara.eth rows use chain: "vara-eth". Use
--chain vara wallet list or --chain vara-eth wallet list when a workflow
needs only one rail.
Use --chain vara-eth when the user asks for Vara.eth, Hoodi, Mirrors,
WVARA, Ethereum V3 keystores, or vara-eth:* commands. Native Vara remains the
default. Vara.eth network names are mainnet, hoodi, and local; do not use
native Vara's testnet alias on this rail.
$VW vara-eth:wallet create agent-eth --passphrase "$PASSPHRASE"
$VW --chain vara-eth --network hoodi vara-eth:wvara balance 0xYOUR_ETH_ADDRESS
$VW --chain vara-eth --network hoodi --account agent-eth \
vara-eth:message send 0xMIRROR --payload 0xfeed --via eth --wait submitted
Vara.eth messages and state-changing Sails calls default to --wait reply;
WVARA writes and message replies default to --wait receipt. Select --wait submitted only for transaction-hash handoff. Direct messages then avoid the
validator and return messageId: null; read the detailed reference first.
Prefer root Sails parity where possible:
$VW --chain vara-eth --network hoodi --account agent-eth \
program upload ./program.opt.wasm --idl ./program.idl --args '[]'
$VW --chain vara-eth --network hoodi discover 0xMIRROR --idl ./program.idl
$VW --chain vara-eth --network hoodi call 0xMIRROR Service/Query --args '[]' --idl ./program.idl
For detailed Vara.eth wallet workflows, read references/vara-eth-wallet.md in this skill.
For multiple Vara.eth Sails actions in one agent process, use vara-eth:session (persistent signer, connection, and IDL cache; injected submissions); see the detailed reference before choosing it over a direct L1 write.
| Command | Purpose |
|---|---|
$VW node info | Chain name, genesis, latest block |
$VW balance [address] | Account balance in VARA |
$VW program info <id> | Program status and codeId |
$VW program list [--count N] [--all] | List on-chain programs (default: 100) |
$VW code info <codeId> | Code blob metadata |
$VW code list [--count N] | List uploaded code blobs |
$VW call <pid> Service/Query --args '[]' [--idl <path>] | Sails read-only query (free; IDL auto-resolved from on-chain WASM for any program with an embedded sails:idl section) |
$VW discover <pid> [--idl <path>] | Introspect Sails services, methods, events (IDL auto-resolved from on-chain WASM) |
$VW idl import <path.idl> (--code-id <hex> | --program <hex|ss58>) | Seed local IDL cache for contracts without an embedded IDL |
$VW idl list | List cached IDL entries (codeId, version, source, importedAt, idlSizeBytes) |
$VW idl remove <code-id> | Remove one cache entry (idempotent) |
$VW idl clear [--yes] | Wipe IDL cache (terraform-style: bare invocation previews; --yes commits) |
$VW metadata list | List cached runtime-metadata entries (genesisHash-specVersion, saves ~750ms per warm connect) |
$VW metadata clear [--yes] | Wipe runtime-metadata cache (terraform-style: bare previews; --yes commits) |
$VW state read <pid> | Read raw program state |
$VW mailbox read [address] | Read mailbox messages |
$VW inbox list [--since <duration>] [--limit <n>] | Query captured mailbox messages from event store |
$VW inbox read <messageId> | Read a specific captured message |
$VW events list [--type <t>] [--since <d>] [--program <id>] | Query captured events from event store |
$VW events prune [--older-than <duration>] | Delete old events |
$VW query <pallet> <method> [args...] | Generic storage query |
$VW vft balance <token> [account] --idl <path> | Fungible token balance |
$VW vft info <token> --idl <path> | Token name, symbol, decimals, total supply |
$VW vft allowance <token> <owner> <spender> --idl <path> | Token allowance |
$VW dex pairs --factory <addr> | List DEX trading pairs |
$VW dex pool <t0> <t1> --factory <addr> | Pool reserves and prices |
$VW dex quote <tIn> <tOut> <amount> --factory <addr> | Swap quote with price impact |
--account <name>)| Command | Purpose |
|---|---|
$VW transfer <to> <amount> | Transfer VARA tokens |
$VW program upload <wasm> [--idl <path>] [--init <name>] [--args <json>] [--payload <hex>] [--value <v>] | Upload + init program (use --idl for auto-encoding) |
$VW program deploy <codeId> [--idl <path>] [--init <name>] [--args <json>] [--payload <hex>] [--value <v>] | Deploy from existing code (use --idl for auto-encoding) |
$VW code upload <wasm> | Upload code blob only |
$VW message send <dest> [--payload <hex>] [--value <v>] [--voucher <id>] | Send message to any actor (program, user, wallet) |
$VW message reply <mid> [--payload <hex>] [--voucher <id>] | Reply to a message |
$VW mailbox claim <messageId> | Claim value from mailbox message |
$VW call <pid> Service/Function --args '[...]' --value <v> --units human|raw [--idl <path>] | Sails state-changing call (response includes decoded events: [...]) |
$VW call <pid> Service/Function --estimate [--idl <path>] | Estimate gas cost without sending |
$VW call <pid> Service/Function --dry-run [--idl <path>] | Encode SCALE payload + return destination — no signing, no submit, no wallet |
$VW call <pid> Service/Function --dry-run --estimate [--idl <path>] | Encode AND estimate gas (compose; account required for the estimate half) |
$VW call <pid> Service/Function --args-file <path> [--idl <path>] | Read --args JSON from file (use - for stdin) — avoids shell-escape on nested JSON |
$VW vft transfer <token> <to> <amount> --idl <path> | Transfer fungible tokens |
$VW vft transfer-from <token> <from> <to> <amount> --idl <path> | Transfer from approved allowance |
$VW vft approve <token> <spender> <amount> --idl <path> | Approve token spender |
$VW vft mint <token> <to> <amount> --idl <path> | Admin token minting |
$VW vft burn <token> <from> <amount> --idl <path> | Admin token burning |
$VW dex swap <tIn> <tOut> <amount> --factory <addr> [--slippage <bps>] | Swap tokens (auto-approves) |
$VW dex add-liquidity <t0> <t1> <a0> <a1> --factory <addr> | Add pool liquidity |
$VW dex remove-liquidity <t0> <t1> <lp> --factory <addr> | Remove pool liquidity |
$VW voucher issue <spender> <value> | Issue gas voucher (see ../../references/voucher-and-signless-flows.md) |
$VW voucher revoke <spender> <voucherId> | Revoke voucher |
$VW faucet [address] | Request testnet TVARA tokens (auto-connects to testnet) |
$VW sign <data> [--hex] | Sign arbitrary data with wallet key (raw sr25519) |
$VW tx <pallet> <method> [args...] | Submit generic extrinsic |
| Command | Purpose |
|---|---|
$VW verify <data> <signature> <address> [--hex] | Verify signature against data and address |
| Command | Purpose |
|---|---|
$VW wait <messageId> [--timeout <s>] | Wait for message reply |
$VW watch <pid> [--event Service/Event|pallet:Name] [--idl <path>] [--no-decode] | Stream program events (NDJSON; IDL adds decoded.kind === 'sails' block) |
$VW subscribe blocks [--finalized] | Stream new/finalized blocks (NDJSON + SQLite) |
$VW subscribe messages <pid> [--event Service/Event|pallet:Name] [--idl <path>] [--no-decode] | Stream program messages/events (IDL-aware decoding) |
$VW subscribe mailbox <address> | Capture mailbox messages (survives between runs) |
$VW subscribe balance <address> | Stream balance changes |
$VW subscribe transfers [--from <a>] [--to <a>] | Stream transfer events |
$VW subscribe program <pid> | Stream program state changes |
| Command | Purpose |
|---|---|
$VW wallet create [--name <n>] | Create encrypted wallet |
$VW wallet import [--seed <s>] [--mnemonic <m>] [--json <path>] | Import existing key |
$VW wallet list | List native + Vara.eth wallet inventory; add --chain to filter |
$VW wallet export <name> [--decrypt] | Export keyring JSON |
$VW wallet default [name] | Get/set default wallet |
$VW init [--name <n>] | Initialize config + default wallet |
$VW config list | Show all config values |
$VW config set network testnet | Persist network endpoint |
$VW config set <key> <value> | Set any config key |
$VW config get <key> | Get a config value |
# 1. Upload program (auto-encodes Sails constructor from IDL)
UPLOAD=$($VW --account agent program upload ./target/wasm32-unknown-unknown/release/my_program.opt.wasm \
--idl ./target/idl/my_program.idl --args '["MyToken", "MTK", 18]')
PROGRAM_ID=$(echo $UPLOAD | jq -r .programId)
# 2. Discover interface
$VW discover $PROGRAM_ID --idl ./target/idl/my_program.idl
# 3. Estimate gas before calling
$VW --account agent call $PROGRAM_ID MyService/DoSomething --args '["hello"]' --idl ./my_program.idl --estimate
# 4. Call a function (state-changing)
$VW --account agent call $PROGRAM_ID MyService/DoSomething --args '["hello"]' --idl ./my_program.idl
# 5. Query state (read-only, free)
$VW call $PROGRAM_ID MyService/GetState --args '[]' --idl ./my_program.idl
When deploying to a local dev node, use --network local or set the endpoint explicitly.
# Use --network shorthand (recommended)
$VW --network local wallet import --seed '//Alice' --name alice
# Or persist in config
$VW config set network local
# Or set for the session
export VARA_WS=ws://localhost:9944
# Deploy with IDL-based constructor encoding
UPLOAD=$($VW --account alice program upload ./target/wasm32-unknown-unknown/release/my_program.opt.wasm \
--idl ./my_program.idl --args '["arg1"]')
PROGRAM_ID=$(echo $UPLOAD | jq -r .programId)
# Verify
$VW call $PROGRAM_ID MyService/GetState --args '[]' --idl ./my_program.idl
RESULT=$($VW --account agent message send $PROGRAM_ID --payload 0x00)
MSG_ID=$(echo $RESULT | jq -r .messageId)
REPLY=$($VW wait $MSG_ID --timeout 60)
echo $REPLY | jq .payload
# Raw NDJSON
$VW watch $PROGRAM_ID | while read -r line; do
echo "$line" | jq .
done
# IDL-aware: each UserMessageSent gets a `decoded: { kind: 'sails', service, event, data }` block
$VW watch $PROGRAM_ID --idl ./my-program.idl | jq '.decoded // .'
# Filter by Sails event (qualified or bare when unambiguous)
$VW watch $PROGRAM_ID --idl ./my-program.idl --event MyService/Transferred
$VW subscribe messages $PROGRAM_ID --idl ./my-program.idl --event Transferred --count 1 --timeout 30
# Force pallet vocab even with IDL loaded — replaces the dropped --pallet-event flag
$VW watch $PROGRAM_ID --idl ./my-program.idl --event pallet:UserMessageSent
Bare event names that resolve to multiple services hard-fail with AMBIGUOUS_EVENT listing the alternatives — qualify as Service/Event or use pallet:Name to force pallet vocabulary. --no-decode disables the opportunistic IDL auto-load entirely. The decoded.kind discriminator future-proofs the surface for additional decoder types.
--dry-run encodes the SCALE payload and exits with willSubmit: false. Works on machines with no wallet configured — useful for previewing payloads in CI, code review, or read-only environments.
# call dry-run — no account needed
$VW call $PROGRAM_ID MyService/DoSomething --args '["hello"]' --idl ./my-program.idl --dry-run
# program upload dry-run — reports resolved constructor + encoded init payload
$VW program upload ./my-program.opt.wasm --idl ./my-program.idl --args '["MyToken", "MTK", 18]' --dry-run
--args-file <path> (or - for stdin) eliminates double-escape failures when the JSON contains hex actor IDs, 64-byte vec u8 signatures, or other punctuation-heavy payloads.
echo '[["0xabcd...", 1000]]' | $VW --account agent call $PROGRAM_ID MyService/BatchTransfer --args-file - --idl ./my-program.idl
--args and --args-file are mutually exclusive (INVALID_ARGS_SOURCE). Stdin without a pipe attached fails fast with STDIN_IS_TTY instead of hanging on EOF.
# Catch mailbox messages (they vanish after ~1 block)
$VW subscribe mailbox $MY_ADDRESS
# Wait for exactly 1 transfer, then exit (agent-friendly)
$VW subscribe transfers --count 1 --timeout 30
# Query captured events between runs
$VW inbox list --since 1h
$VW events list --type mailbox --limit 10
# Token info
$VW vft info $TOKEN_PROGRAM --idl ./vft.idl
# Check balance
$VW vft balance $TOKEN_PROGRAM --idl ./vft.idl
# Transfer
$VW --account agent vft transfer $TOKEN_PROGRAM $RECIPIENT 1000 --idl ./vft.idl
# Approve
$VW --account agent vft approve $TOKEN_PROGRAM $SPENDER 1000 --idl ./vft.idl
# Check available pairs
$VW dex pairs --factory $FACTORY
# Get swap quote with price impact
$VW dex quote $TOKEN_IN $TOKEN_OUT 100 --factory $FACTORY
# Swap tokens (auto-approves input token)
$VW --account agent dex swap $TOKEN_IN $TOKEN_OUT 100 --factory $FACTORY --slippage 100
$VW --account sponsor voucher issue $SPENDER_ADDRESS 100 --duration 14400
# Sign arbitrary data
SIG=$($VW --account agent sign "hello world" | jq -r .signature)
# Verify signature
$VW verify "hello world" $SIG $ADDRESS
Sails commands (call, discover, vft, dex) need an IDL. Resolution order:
--idl <path> — local file, always works, takes precedence~/.vara-wallet/idl-cache/<codeId>.cache.json, populated automatically by previous fetches or by idl importsails:idl section — auto-extracted from the program's on-chain WASM and cached. Since 0.18.0 the extractor reads the enveloped section format (1-byte version, 1-byte flags with deflate bit, payload) emitted by current sails-rs, with a raw UTF-8 fallback for older beta.1-era programs.vft / dex commands.Embedded IDL is the default. Any contract built with current sails-rs ships its IDL inside the WASM, so call / discover / vft / dex work without --idl; the first invocation populates the cache and subsequent calls hit it for free. idl import is only for contracts that don't have an embedded sails:idl section — seed the cache once:
# Resolves codeId via RPC
$VW idl import ./my-program.idl --program <programId>
# Fully offline if you already know the codeId
$VW idl import ./my-program.idl --code-id 0x<hex>
All commands output JSON to stdout. Errors go to stderr as { error, code }.
# Extract a field
$VW balance | jq -r .balance
# Check transaction success
RESULT=$($VW --account agent transfer $TO 1)
echo $RESULT | jq '.events[] | select(.section == "balances")'
# Verbose debug (stderr, won't break JSON parsing)
$VW --verbose balance 2>/dev/null | jq .
Program-execution failures surface as flat JSON on stderr — reason and programMessage are top-level keys, not nested under meta:
{"code":"PROGRAM_ERROR","reason":"panic","programMessage":"<BareVariant>","error":"<full text>"}
reason ∈ panic | unreachable | inactive | not_found. programMessage is the bare Sails error variant — the called \Result::unwrap()` on an `Err` value:wrapper that#[export(unwrap_result)]` adds is stripped, so agents can switch on it directly:
ERR=$(vara-wallet --account agent call $PID Service/Method --args '[...]' --idl ./my.idl 2>&1 1>/dev/null)
case "$(echo "$ERR" | jq -r '.programMessage // ""')" in
InsufficientBalance) refill ;;
Unauthorized) switch_account ;;
*) echo "unhandled: $ERR" ;;
esac
Migration: scripts that grepped "code":"CONNECTION_TIMEOUT" (WS connect) or "code":"TIMEOUT" / "code":"CONNECTION_FAILED" (program/dex/vft/message paths) must switch to "code":"TRANSPORT_ERROR" + the matching reason. Faucet HTTP CONNECTION_FAILED is unchanged — different consumer surface. --light failures route through the same taxonomy.
Transport-layer failures (DNS, WS handshake, RPC disconnect, TLS, timeout) surface as structured TRANSPORT_ERROR with a reason subcode instead of the legacy opaque {"error":"{}","code":"UNKNOWN_ERROR"}. The error carries endpoint, host (DNS path), and meta.cause (raw underlying message):
{"code":"TRANSPORT_ERROR","reason":"dns_failure","error":"Cannot resolve host nonexistent-host","endpoint":"wss://nonexistent-host","host":"nonexistent-host","meta":{"cause":"<raw>"}}
reason taxonomy: dns_failure | connection_refused | timeout | ws_close_abnormal | protocol_mismatch | unreachable | tls_failure | unknown. Switch on it to decide retry vs. fail:
case "$(echo "$ERR" | jq -r '.reason // ""')" in
timeout|connection_refused|unreachable|ws_close_abnormal) retry_with_backoff ;;
dns_failure|tls_failure|protocol_mismatch) fail_fast ;;
esac
--verbose writes a [verbose] cause: code=<x>, message=<y> line to stderr immediately before the structured JSON (EPIPE-safe), making cause-chain triage cheap without changing the machine-readable surface.
# Shorthand (recommended)
$VW --network testnet balance
# Per-command with full URL
$VW --ws wss://testnet.vara.network balance
# Persist across sessions
$VW config set network testnet
# Session-wide env var
export VARA_WS=wss://testnet.vara.network
Endpoint resolution order: --ws > --network > VARA_WS env > config.wsEndpoint > default.
| Network | Endpoint | --network shorthand |
|---|---|---|
| Mainnet | wss://rpc.vara.network (default) | --network mainnet |
| Testnet | wss://testnet.vara.network | --network testnet |
| Local | ws://localhost:9944 | --network local |
Connection timeout is 10s. Bad endpoints fail fast with TRANSPORT_ERROR instead of hanging — see Transport Errors.
For full network endpoint and account format details, see ../../references/vara-network-endpoints.md.
1 VARA = 10^12 minimal units (12 decimals). Amounts default to VARA.
$VW transfer $TO 1.5 # 1.5 VARA
$VW transfer $TO 1500000000000 --units raw # same in raw units
All --units flags use a unified human|raw vocabulary:
balance, transfer, message, call, voucher, program): human (default) = VARA decimals (12). raw = minimal units passthrough.raw (default) = minimal units passthrough. human = use the token's declared decimals (queried at runtime).vara and token are rejected with INVALID_UNITS — pulled from old tutorials, they no longer work.Existential deposit is ~10 VARA on mainnet.
| Code | Meaning | Action |
|---|---|---|
NO_ACCOUNT | No signing account | Add --account <name> |
PASSPHRASE_REQUIRED | Encrypted wallet, no passphrase | Check ~/.vara-wallet/.passphrase exists |
DECRYPT_FAILED | Wrong passphrase | Verify passphrase file content |
TRANSPORT_ERROR | Transport-layer failure | Switch on .reason to decide retry vs. fail. See Transport Errors |
WRONG_NETWORK | Command not available on this network | Use --network testnet for faucet |
TX_TIMEOUT | Transaction didn't land in 60s | Retry — network congestion |
TX_FAILED | On-chain failure | Inspect .events in output |
IDL_NOT_FOUND | No embedded sails:idl and no cache/bundled match | Run idl import (the error pre-fills the command) or pass --idl <path>. See IDL Resolution |
METHOD_NOT_FOUND | Method not in IDL | Check discover output; cross-service hint is suggested in the error |
AMBIGUOUS_EVENT | Bare Sails event name maps to multiple services | Qualify as --event Service/Event or use pallet:Name |
INVALID_ARGS_FORMAT | --args shape mismatch | Sails methods take POSITIONAL args. Pass as a JSON array: '[arg1, arg2]'. Single-struct-arg methods also accept the bare object form: '{"field": ...}'. Multi-arg methods reject named-arg objects |
INVALID_ADDRESS | Typed actor_id field got the wrong shape | Read the field name from the error (Invalid ActorId for "<field>": ...) and fix that field — use hex (0x + 64 chars), SS58, or 32-byte array. Don't rewrite the whole payload |
INVALID_ARGS_SOURCE | --args and --args-file used together | Pick one |
STDIN_IS_TTY | --args-file - used with no pipe attached | Pipe JSON in or pass a real path |
CONFLICTING_OPTIONS | Mutually exclusive options (e.g. --network + --ws) | Pick one. Note: --dry-run + --estimate compose on call |
INVALID_UNITS | --units value isn't human or raw | Use the unified vocabulary; the literals vara / token are rejected |
PROGRAM_ERROR | Sails program execution failed | Inspect top-level reason and programMessage. State problem — do NOT bump --gas-limit. See Structured Errors for the JSON shape, reason enum, and case-switch pattern |
PERMISSION_DENIED | OS-level permission error (e.g. idl clear --yes on a read-only dir) | Check filesystem permissions on ~/.vara-wallet/ |
INVALID_NETWORK | Unknown --network value | Use mainnet, testnet, or local |
INVALID_CONFIG_KEY | Unknown config key | Use config list to see valid keys |
--show-secret in automated flows. Secrets should stay in encrypted wallet files.--account <name> for signing, not --seed.--gas-limit unless you have a specific reason. calculateGas failures (program panic during dry-run) surface as classified PROGRAM_ERROR, not opaque gas errors — see Error Recovery.message send, use wait to get the reply.call auto-detects queries vs functions — no need to specify.--network local or VARA_WS=ws://localhost:9944. The default endpoint is mainnet.config set network testnet to persist network choice across sessions.program list returns 100 programs by default. Use --all for unlimited.faucet only works on testnet. It refuses mainnet endpoints automatically.sails-local-smoke is green and you need to interact with a deployed program on a live network, switch to this skill.