bos

#!/usr/bin/env node
const {lstat} = require('fs');
const {mkdir} = require('fs');
const {readdir} = require('fs');
const {readFile} = require('fs');
const {rmdir} = require('fs');
const {spawn} = require('child_process');
const {statSync} = require('fs');
const {unlink} = require('fs');
const {writeFile} = require('fs');

const importLazy = require('import-lazy')(require);

const accounting = importLazy('ln-accounting');
const fetch = importLazy('@alexbosworth/node-fetch');
const fiat = importLazy('@alexbosworth/fiat');
const lnService = importLazy('ln-service');
const lnSync = importLazy('ln-sync');
const paidServices = importLazy('paid-services');
const prog = require('@alexbosworth/caporal');
const tabtab = importLazy('tabtab');

const autocomplete = require('./commands/autocomplete');
const commandConstants = require('./commands/constants');

const {accountingCategories} = commandConstants;
const balances = importLazy('./balances');
const chain = importLazy('./chain');
const commands = importLazy('./commands');
const display = importLazy('./display');
const encryption = importLazy('./encryption');
const lnd = importLazy('./lnd');
const lnurl = importLazy('./lnurl');
const {lnurlFunctions} = commandConstants;
const lsp = importLazy('./lsp');
const network = importLazy('./network');
const nodes = importLazy('./nodes');
const offchain = importLazy('./offchain');
const {peerSortOptions} = commandConstants;
const peers = importLazy('./peers');
const {priceProviders} = commandConstants;
const {rateProviders} = commandConstants;
const responses = importLazy('./responses');
const routing = importLazy('./routing');
const services = importLazy('./services');
const {swapTypes} = commandConstants;
const swaps = importLazy('./swaps');
const telegram = importLazy('./telegram');
const triggers = importLazy('./triggers');
const wallets = importLazy('./wallets');
const {version} = importLazy('./package');

const {BOOL} = prog;
const collect = arr => [].concat(...[arr]).filter(n => !!n);
const {exit} = process;
const flatten = arr => [].concat(...arr);
const {FLOAT} = prog;
const {floor} = Math;
const hexMatch = /^[0-9a-f]+$/i;
const {INT} = prog;
const {keys} = Object;
const lndForNode = (logger, node) => lnd.authenticatedLnd({logger, node});
const months = [...Array(12).keys()].map(n => ++n);
const {REPEATABLE} = prog;
const {STRING} = prog;
const yearMatch = /^\d{4}$/;

prog
  .version(version)

  // Get accounting information
  .command('accounting', 'Get an accounting rundown')
  .argument('<category>', 'Report category', keys(accountingCategories))
  .help(`Categories: ${keys(accountingCategories).join(', ')}`)
  .help(`Rate providers: ${rateProviders.join(', ')}`)
  .help('Privacy note: this requests tx related data from third parties')
  .option('--csv', 'Output a CSV')
  .option('--date <day>', 'Show only records for specific date')
  .option('--disable-fiat', 'Avoid looking up fiat conversions for records')
  .option('--month <month>', 'Show only records for specific month', months)
  .option('--node <node_name>', 'Get details from named node')
  .option('--rate-provider <rate_provider>', 'Rate provider', rateProviders)
  .option('--year <year>', 'Show only records for specified year', yearMatch)
  .action((args, options, logger) => {
    const table = !!options.csv ? null : 'rows';

    return new Promise(async (resolve, reject) => {
      try {
        return balances.getAccountingReport({
          category: args.category,
          date: options.date,
          is_csv: !!options.csv,
          is_fiat_disabled: options.disableFiat,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          month: options.month,
          node: options.node,
          rate_provider: options.rateProvider,
          request: commands.simpleRequest,
          year: options.year,
        },
        responses.returnObject({logger, reject, resolve, table}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Advertise to other nodes on the network
  .command('advertise', 'Broadcast advertisement')
  .help('use --filter conditions to limit broadcast scope: capacity > 1*m')
  .help('--filter variables: CAPACITY/CHANNELS_COUNT/K/M')
  .help('Default filter scope: channels_count > 9')
  .help('To only advertise to direct peers use --max-hops 0')
  .help('To avoid advertising to direct peers use --min-hops 1')
  .help('Multiple --tag is supported to advertise across multiple tags')
  .option('--budget <budget>', 'Spending amount to allow for advertising', INT)
  .option('--dryrun', 'Avoid actually sending advertisements')
  .option('--filter <expression>', 'Require node match condition', REPEATABLE)
  .option('--max-hops <max_hops>', 'Maximum number of relaying nodes', INT)
  .option('--message <message>', 'Custom advertisement message')
  .option('--min-hops <min_hops>', 'Minimum number of relaying nodes', INT)
  .option('--node <node_name>', 'Advertise via saved node')
  .option('--tag <tag_name>', 'Advertise to a tag', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return await services.advertise({
          logger,
          budget: options.budget || undefined,
          filters: flatten([options.filter].filter(n => !!n)),
          fs: {getFile: readFile},
          is_dry_run: !!options.dryrun,
          lnd: (await lndForNode(logger, options.node)).lnd,
          message: options.message,
          max_hops: options.maxHops,
          min_hops: options.minHops,
          tags: flatten([options.tag].filter(n => !!n)),
        });
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Direct autopilot to mirror one or more nodes on the network
  .command('autopilot', 'Enable autopilot')
  .visible(false)
  .argument('<status>', 'Status of autopilot', ['off', 'on'])
  .help('Autopilot status is either on or off')
  .help('Mirroring and urls require lnd --autopilot.heuristic=externalscore:1')
  .option('--dryrun', 'Show scoring without changing autopilot settings')
  .option('--mirror <pubkey>', 'Mirror channels of node', REPEATABLE)
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Set autopilot on saved node')
  .option('--url <url>', 'Follow nodes from a scoring URL', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return network.setAutopilot({
          is_dry_run: !!options.dryrun,
          is_enabled: args.status === 'on',
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          mirrors: flatten([options.mirror].filter(n => !!n)),
          node: options.node,
          request: commands.simpleRequest,
          urls: flatten([options.url].filter(n => !!n)),
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get local balance information
  .command('balance', 'Get total tokens')
  .help('Sums balances on-chain, in channels, and pending, plus commit fees')
  .help('Multiple --node arguments are supported to sum across nodes')
  .option('--above <tokens>', 'Return tokens above watermark', INT)
  .option('--below <tokens>', 'Return tokens below watermark', INT)
  .option('--confirmed', 'Return confirmed funds only')
  .option('--detailed', 'Return detailed balance information')
  .option('--node <node_name>', 'Node to get balance for', REPEATABLE)
  .option('--offchain', 'List only off-chain tokens')
  .option('--onchain', 'List only on-chain tokens')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        // Exit early when detailed balance details are requested
        if (!!options.detailed) {
          return balances.getDetailedBalance({
            lnds: (await lnd.getLnds({logger, nodes: options.node})).lnds,
            is_confirmed: options.confirmed,
          },
          responses.returnObject({logger, reject, resolve}));
        }

        return balances.getBalance({
          above: options.above,
          below: options.below,
          is_confirmed: !!options.confirmed,
          is_offchain_only: !!options.offchain,
          is_onchain_only: !!options.onchain,
          lnd: (await lndForNode(logger, options.node)).lnd,
        },
        responses.returnNumber({logger, reject, resolve, number: 'balance'}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Broadcast a chain transaction
  .command('broadcast', 'Submit a signed transaction to the mempool')
  .argument('<tx>', 'Signed raw transaction')
  .option('--description <description>', 'Describe the transaction being sent')
  .option('--node <node_name>', 'Node to submit transaction on')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return lnSync.broadcastTransaction({
          logger,
          description: options.description,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          transaction: args.tx,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Call API directly
  .command('call', 'Make a raw API call and to get a raw API response')
  .help('If you do not specify a method it will list the supported methods')
  .argument('[method]', 'Method to call')
  .option('--json', 'Output raw JSON as the output')
  .option('--node <node_name>', 'Saved node to use for call')
  .option('--param <param>', 'query encoded name=value', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const r = options.json ? responses.returnJson : responses.returnObject;

        return commands.callRawApi({
          logger,
          ask: await commands.interrogate({}),
          lnd: (await lndForNode(logger, options.node)).lnd,
          method: args.method,
          params: flatten([options.param].filter(n => !!n)),
        },
        r({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get the number of days until the RPC cert expires
  .command('cert-validity-days', 'Number of days until the cert is invalid')
  .option('--below <number_of_days>', 'Return number of days below mark', INT)
  .option('--node <node_name>', 'Node to check cert on')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      return lnd.getCertValidityDays({
        logger,
        below: options.below,
        node: options.node,
      },
      responses.returnNumber({logger, reject, resolve, number: 'days'}));
    });
  })

  // Deposit coins
  .command('chain-deposit', 'Deposit coins in the on-chain wallet')
  .help('--format address types supported: np2wpkh, p2tr (default), p2wpkh')
  .argument('[amount]', 'Amount to receive', INT)
  .option('--format <format>', 'Address type', ['np2wpkh', 'p2tr', 'p2wpkh'])
  .option('--fresh', 'Create a fresh address')
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to deposit coins to')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return chain.getDepositAddress({
          format: options.format || undefined,
          fresh: options.fresh || undefined,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          tokens: args.amount,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get the current chain fee rates
  .command('chainfees', 'Get the current chain fee estimates')
  .help('Lookup chain fee estimates at various confirm targets')
  .option('--blocks <depth>', 'Blocks confirm target depth to estimate to')
  .option('--file <path>', 'Write the output to a JSON file at desired path')
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to get chain fees view from')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return chain.getChainFees({
          blocks: options.blocks,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
        },
        responses.returnObject({
          logger,
          reject,
          resolve,
          file: options.file,
          write: writeFile,
        }));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Change the capacity of an existing channel
  .command('change-channel-capacity', 'Change the capacity of a channel')
  .visible(false)
  .help('Remote node must be prepared to receive this type of request')
  .help('The remote node should also run this same command after you propose')
  .option('--node <node_name>', 'Use saved node details instead of local node')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const {lnd} = await lndForNode(logger, options.node);

        const saved = await nodes.manageSavedNodes({
          logger,
          spawn,
          ask: await commands.interrogate({}),
          fs: {
            writeFile,
            getDirectoryFiles: readdir,
            getFile: readFile,
            getFileStatus: lstat,
            makeDirectory: mkdir,
            removeDirectory: rmdir,
            removeFile: unlink,
          },
          is_including_lnd_api: true,
          lock_credentials_to: [],
          network: (await lnSync.getNetwork({lnd})).network,
        });

        return paidServices.changeChannelCapacity({
          lnd,
          logger,
          ask: await commands.interrogate({}),
          nodes: saved.nodes,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Show a chart of chain fees paid
  .command('chart-chain-fees', 'Get a chart of chain fee expenses')
  .help('Show chart of mining fee expenditure over time')
  .help('Privacy note: this requests tx data from third parties')
  .option('--days <days>', 'Chart over the past number of days', INT)
  .option('--end <end_date>', 'End date for chart as YYYY-MM-DD', STRING)
  .option('--no-color', 'Disable colors')
  .option('--node <node_name>', 'Chain fees from saved node(s)', REPEATABLE)
  .option('--start <start_date>', 'Start date for chart as YYYY-MM-DD', STRING)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return routing.getChainFeesChart({
          days: options.days,
          end_date: options.end,
          is_monochrome: !!options.noColor,
          lnds: (await lnd.getLnds({logger, nodes: options.node})).lnds,
          request: commands.simpleRequest,
          start_date: options.start,
        },
        responses.returnChart({logger, reject, resolve, data: 'data'}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Show a chart of fees earned
  .command('chart-fees-earned', 'Get a chart of earned routing fees')
  .argument('[via]', 'Routing fees earned via a specified node or tag')
  .help('Show the routing fees earned')
  .option('--count', 'Show count of forwards instead of fees earned')
  .option('--days <days>', 'Chart fees over the past number of days', INT)
  .option('--end <end_date>', 'End date for chart as YYYY-MM-DD', STRING)
  .option('--forwarded', 'Show amount forwarded instead of fees earned')
  .option('--node <node_name>', 'Get saved node fees earned', REPEATABLE)
  .option('--start <start_date>', 'Start date for chart as YYYY-MM-DD', STRING)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return routing.getFeesChart({
          days: options.days,
          end_date: options.end,
          fs: {getFile: readFile},
          is_count: options.count,
          is_forwarded: options.forwarded,
          lnds: (await lnd.getLnds({logger, nodes: options.node})).lnds,
          start_date: options.start,
          via: args.via || undefined,
        },
        responses.returnChart({logger, reject, resolve, data: 'data'}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Show a chart of routing fees paid
  .command('chart-fees-paid', 'Get a chart of paid routing fees')
  .help('Show the routing fees paid to forwarding nodes')
  .help('--rebalances can return results much more quickly')
  .option('--days <days>', 'Chart fees over the past number of days', INT)
  .option('--end <end_date>', 'End date for chart as YYYY-MM-DD', STRING)
  .option('--in <key_or_alias>', 'Fees paid on routes in node with peer')
  .option('--most-fees', 'View table of fees paid per node')
  .option('--most-forwarded', 'View table of forwarded per node')
  .option('--network', 'Show only non-peers in table view')
  .option('--node <node_name>', 'Get fees chart for saved node(s)', REPEATABLE)
  .option('--out <key_or_alias>', 'Fees paid on routes out node with peer')
  .option('--peers', 'Show only peers in table view')
  .option('--rebalances', 'Only consider fees paid in self-to-self transfers')
  .option('--start <start_date>', 'Start date for chart as YYYY-MM-DD', STRING)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      const data = 'data';
      const table = 'rows';

      const asTable = responses.returnObject({logger, reject, resolve, table});
      const chart = responses.returnChart({data, logger, reject, resolve});

      try {
        return routing.getFeesPaid({
          days: options.days,
          end_date: options.end,
          fs: {getFile: readFile},
          in: options.in,
          is_most_fees_table: options.mostFees,
          is_most_forwarded_table: options.mostForwarded,
          is_network: options.network,
          is_peer: options.peers,
          is_rebalances_only: options.rebalances,
          lnds: (await lnd.getLnds({logger, nodes: options.node})).lnds,
          out: options.out,
          start_date: options.start,
        },
        (options.mostFees || options.mostForwarded) ? asTable : chart);
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Chart earnings from payments received
  .command('chart-payments-received', 'Get a chart of received payments')
  .help('Show chart for settled invoices from external parties')
  .option('--count', 'Show count of settled instead of amount received')
  .option('--days <days>', 'Chart over the past number of days', INT)
  .option('--end <end_date>', 'Final date for chart as YYYY-MM-DD', STRING)
  .option('--for <query>', 'Only consider payments including a specific query')
  .option('--node <node_name>', 'Get payments from saved node(s)', REPEATABLE)
  .option('--start <start_date>', 'Start date for chart as YYYY-MM-DD', STRING)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return wallets.getReceivedChart({
          days: options.days,
          end_date: options.end,
          is_count: options.count,
          lnds: (await lnd.getLnds({logger, nodes: options.node})).lnds,
          query: options.for,
          start_date: options.start,
        },
        responses.returnChart({logger, reject, resolve, data: 'data'}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Clean out failed payments
  .command('clean-failed-payments', 'Clean out past failed payment data')
  .help('Remove old failed payment data for probes and other failed payments')
  .option('--dryrun', 'Avoid actually deleting the failed payment record')
  .option('--node <node_name>', 'Clean failed payments on a saved node')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return wallets.cleanFailedPayments({
          logger,
          is_dry_run: !!options.dryrun,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Determine the outcomes of channel closings
  .command('closed', 'Get the status of a channel closings')
  .help('Channel closes with chain-transaction derived resolution details')
  .help('Privacy note: this requests tx data from third parties')
  .option('--limit [limit]', 'Limit of closings to get', INT, 20)
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Get channel closes from saved node')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return chain.getChannelCloses({
          limit: options.limit,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          request: commands.simpleRequest,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Connect to a node
  .command('connect', 'Connect to a node')
  .argument('<id>', 'Public key id of node to connect to')
  .option('--node <node_name>', 'Saved node to connect with')
  .option('--retries <count>', 'Times to retry the connection', INT)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return peers.connectToPeer({
          logger,
          id: args.id,
          lnd: (await lndForNode(logger, options.node)).lnd,
          retries: options.retries,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Coordinate a new group channel
  .command('create-channel-group', 'Coordinate balanced channels group')
  .help('Other nodes can join the group using join-channel-group')
  .help('When using --allow, all joining nodes must be identified')
  .help('To specify order of group pairings, order using --allow ordering')
  .help('For 2 person channels the joining node is the channel initiator')
  .help('Do not use a chain fee that will not confirm within two weeks')
  .option('--allow <public_key>', 'Only allow these nodes to join', REPEATABLE)
  .option('--capacity <channel_capacity>', 'Channel capacity', INT, 5e6)
  .option('--fee-rate <per_vbyte>', 'Chain fee rate for open', INT)
  .option('--node <node_name>', 'Use saved node to create channels group')
  .option('--size <count>', 'Number of group members', INT, 3)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const {lnd} = await lndForNode(logger, options.node);

        const defaultRate = await lnService.getChainFeeRate({lnd});

        return await paidServices.createGroupChannel({
          lnd,
          logger,
          capacity: options.capacity,
          count: options.size,
          members: flatten([options.allow].filter(n => !!n)),
          rate: options.feeRate || floor(defaultRate.tokens_per_vbyte),
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Export LND credentials
  .command('credentials', 'Export local credentials')
  .help('Output encrypted remote access credentials. Use with "nodes --add"')
  .option('--cleartext', 'Output remote access credentials without encryption')
  .option('--days <days>', 'Expiration days for credentials', INT, 365)
  .option('--method <method_name>', 'White-list specific method', REPEATABLE)
  .option('--node <node_name>', 'Get credentials for a saved node')
  .option('--nospend', 'Credentials do not include spending privileges')
  .option('--readonly', 'Credentials only include read permissions')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      return lnd.getCredentials({
        logger,
        ask: await commands.interrogate({}),
        expire_days: options.days,
        is_cleartext: options.cleartext,
        is_nospend: options.nospend,
        is_readonly: options.readonly,
        methods: flatten([options.method].filter(n => !!n)),
        node: options.node,
      },
      responses.returnObject({logger, reject, resolve}));
    });
  })

  // Decrypt a message
  .command('decrypt', 'Decrypt data using the node key')
  .visible(false)
  .argument('<encrypted>', 'Encrypted message')
  .help('Decrypt a message encrypted to the node key or to another node key')
  .option('--node <node_name>', 'Node to decrypt with')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return encryption.decryptWithNode({
          encrypted: args.encrypted,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Delete all payments
  .command('delete-payments-history', 'Delete all records of past payments')
  .visible(false)
  .option('--node <node_name>', 'Node to delete all past payments on')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return lnService.deletePayments({
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Encrypt a message
  .command('encrypt', 'Encrypt data using the node key')
  .visible(false)
  .help('Encrypt a message to the node key or to another node key')
  .option('--node <node_name>', 'Node to encrypt with')
  .option('--message <message>', 'Text message to encrypt')
  .option('--to <to>', 'Encrypt message to another node')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return encryption.encryptToNode({
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          message: options.message,
          to: options.to,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Fan out utxos
  .command('fanout', 'Fan out utxos')
  .visible(false)
  .argument('<size>', 'UTXO minimum size', INT)
  .argument('<count>', 'Desired number of total utxos', INT)
  .help('Make a bunch of utxos by making a tx with a bunch of outputs')
  .option('--confirmed', 'Only consider confirmed existing utxos')
  .option('--dryrun', 'Execute a fan-out dry run')
  .option('--feerate <feerate>', 'Feerate in per vbyte rate', INT)
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to do fan out for')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return chain.splitUtxos({
          count: args.count,
          is_confirmed: !!options.confirmed,
          is_dry_run: !!options.dryrun,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          size: args.size,
          tokens_per_vbyte: options.feerate,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Show and set routing policy fee rates
  .command('fees', 'Show and adjust routing fee rates')
  .help('List out fee rates, fix problems with routing policies, set out fees')
  .help('When setting fee, if channels pending, will wait for confirm to set')
  .help('--set-fee-rate can use formulas: https://formulajs.info/functions/')
  .help('Specify PERCENT(0.00) to set the fee as a fraction of routed amount')
  .help('Specify BIPS() to set the fee as parts per thousand')
  .help('You can use INBOUND and OUTBOUND in formulas for IF formulas')
  .help('You can use INBOUND_FEE_RATE to mirror an inbound fee')
  .help('You can use FEE_RATE_OF_<PUBKEY> to reference other node rates')
  .help('--set-inbound-discount-rate is total discount on traffic from peer')
  .option('--node <node_name>', 'Saved node (not peer to set fees on)')
  .option('--set-cltv-delta <count>', 'Set the number of blocks for CLTV', INT)
  .option('--set-fee-rate <rate>', 'Fee in parts per million or use a formula')
  .option('--set-inbound-rate-discount <rate>', 'Source discount rate in PPM')
  .option('--to <peer>', 'Peer key/alias/tag to set fees', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return routing.adjustFees({
          logger,
          cltv_delta: options.setCltvDelta,
          fee_rate: options.setFeeRate,
          fs: {getFile: readFile},
          inbound_rate_discount: options.setInboundRateDiscount,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          to: flatten([options.to].filter(n => !!n)),
        },
        responses.returnObject({logger, reject, resolve, table: 'rows'}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Query the node to search for something
  .command('find', 'Find a record')
  .help('Look for something in the node db that matches a query')
  .argument('<query>', 'Query for a record')
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to find record on')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return lnd.findRecord({
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          query: args.query,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get forwards
  .command('forwards', 'Show recent forwarding earnings')
  .help('Peers where routing has taken place from inbound and outbound sides')
  .help('Sorts: earned_in/earned_out/earned_total/inbound/liquidity/outbound')
  .option('--complete', 'Show complete set of records in non table view')
  .option('--days <days>', 'Number of past days to evaluate', INT)
  .option('--in <from>', 'Forwards that originated from a specific peer')
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to get forwards for')
  .option('--out <to>', 'Forwards that sent out to a specified peer')
  .option('--sort <type>', 'Sort forward-active peers by earnings/liquidity')
  .option('--tag <tag_name>', 'Only show peers in a tag', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const {lnd} = await lndForNode(logger, options.node);
        const table = !!options.complete ? undefined : 'rows';

        return network.getForwards({
          lnd,
          days: options.days,
          from: (await lnSync.findKey({lnd, query: options.in})).public_key,
          fs: {getFile: readFile},
          is_monochrome: !!options.noColor,
          is_table: !options.complete,
          sort: options.sort || undefined,
          tags: collect(options.tag),
          to: (await lnSync.findKey({lnd, query: options.out})).public_key,
        },
        responses.returnObject({logger, reject, resolve, table}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Fund and sign a chain transaction
  .command('fund', 'Make a signed transaction spending on-chain funds')
  .help('Use LND UTXOs to craft a signed raw transaction sending to addresses')
  .help('Specify <address> <amount> <address> <amount> for addresses, amounts')
  .help('Amounts support formulas, use MAX to reference selected UTXOs total')
  .help('--utxo can be specified multiple times to spend multiple UTXOs')
  .argument('<address_amount...>', 'Address and amount to send')
  .option('--broadcast', 'Broadcast the signed transaction')
  .option('--dryrun', 'Avoid locking up UTXOs')
  .option('--fee-rate <fee>', 'Per vbyte fee rate for on-chain tx fee', INT)
  .option('--node <node_name>', 'Node to spend coins')
  .option('--select-utxos', 'Specify UTXOs to spend interactively from a list')
  .option('--utxo <outpoint>', 'Spend a specific tx_id:vout', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return chain.fundTransaction({
          logger,
          addresses: args.addressAmount.filter((n, i) => !(i % 2)),
          amounts: args.addressAmount.filter((n, i) => i % 2),
          ask: await commands.interrogate({}),
          fee_tokens_per_vbyte: options.feeRate,
          is_broadcast: options.broadcast,
          is_dry_run: !!options.dryrun,
          is_selecting_utxos: options.selectUtxos,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          utxos: flatten([options.utxo].filter(n => !!n)),
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Buy an inbound channel
  .command('get-inbound-channel', 'Buy an inbound channel')
  .help('Obtain an inbound channel from a node on the network')
  .argument('[service]', 'Public key identity of node to get channel from')
  .option('--amount <tokens>', 'Capacity of inbound channel desired', INT, 5e6)
  .option('--days <days>', 'Minimum days expected for channel lifetime')
  .option('--dryrun <dryrun>', 'Request a price quote only')
  .option('--max-wait-hours <hours>', 'Hours to wait for the open', INT, 40)
  .option('--node <node_name>', 'Node to get inbound channel for')
  .option('--recovery <orderId>', 'Check the status of prior order', STRING)
  .option('--type <type>', 'Channel type: private/public', STRING, 'public')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return lsp.lsps1Client({
          logger,
          ask: await commands.interrogate({}),
          capacity: options.amount,
          fs: {getFile: readFile},
          is_dry_run: !!options.dryrun,
          lifetime: options.days,
          lnd: (await lndForNode(logger, options.node)).lnd,
          max_wait_hours: options.maxWaitHours,
          recovery: options.recovery,
          service_node: args.service,
          type: options.type,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Give a peer some tokens
  .command('gift', 'Give a direct peer some free funds off-chain')
  .visible(false)
  .help('Send some funds to a connected peer')
  .argument('<target>', 'Peer to give funds to')
  .argument('<amount>', 'Tokens to give', INT)
  .option('--node <node_name>', 'Source node to use to pay gift')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      const number = 'gave_tokens';

      try {
        return network.sendGift({
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          to: args.target,
          tokens: args.amount,
        },
        responses.returnNumber({logger, number, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get the edges of a given node
  .command('graph', 'List out the connections a node has with other nodes')
  .argument('<alias_or_public_key>', 'Node in the graph to look up')
  .help('--filter variables: AGE/CAPACITY/HOPS/IN_FEE_RATE/OUT_FEE_RATE')
  .help('Example: --filter "age<7*144" for connections in the last week')
  .help(' ←-PPM will represent a source-based inbound discount when present')
  .option('--filter <formula>', 'Filter formula to apply', REPEATABLE)
  .option('--node <node_name>', 'Node to use for lookup')
  .option('--sort <sort_connections_by', 'Sort peers by field')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const {lnd} = await lndForNode(logger, options.node);

        return network.getGraphEntry({
          lnd,
          logger,
          filters: flatten([options.filter].filter(n => !!n)),
          fs: {getFile: readFile},
          query: args.aliasOrPublicKey.trim(),
          sort: options.sort,
        },
        responses.returnObject({logger, reject, resolve, table: 'rows'}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Intercept inbound channel requests and set requirements for inbound opens
  .command('inbound-channel-rules', 'Enforce rules for inbound channels')
  .help('Rules should be written evaluating to TRUE to accept a channel')
  .help('Example rule: --rule "CAPACITY > 100000"')
  .help('You can use multiple --rule flags to enforce multiple rules')
  .help('Multiple --coop-close-address supported, will cycle through them')
  .help('Avoid requiring Blockchain confirmations using --trust-funding-from')
  .help('For formulas: CAPACITIES are the sizes of the peer public channels')
  .help('For formulas: CAPACITY is the size of the requested channel open')
  .help('For formulas: CHANNEL_AGES are the block ages of public channels')
  .help('For formulas: CLEARNET is when peer advertises a clearnet address')
  .help('For formulas: FEE_RATES are the outbound fee rates for the peer')
  .help('For formulas: JOINT_PUBLIC_CAPACITY is graph capacity with the peer')
  .help('For formulas: LOCAL_BALANCE is the gifted amount from the peer')
  .help('For formulas: M is 1,000,000 - use like CAPACITY > 10*M')
  .help('For formulas: OBSOLETE is chan type, like NOT(OBSOLETE)')
  .help('For formulas: PUBLIC_KEY is the public key of the requesting peer')
  .help('For formulas: PRIVATE is when request is for private channel')
  .help('For formulas: TOR is when peer advertises a Tor address')
  .help('For formulas: Use IF(X, Y, Z) to make branching condition rules')
  .help('Try formulas on the sandbox: https://formulajs.info/functions/')
  .option('--coop-close-address', 'Use a coop close address', REPEATABLE)
  .option('--node <node_name>', 'Saved node to reject inbound channels on')
  .option('--reason <message>', 'Message to return when rejecting a request')
  .option('--rule <formula>', 'Freeform rule for inbound channel', REPEATABLE)
  .option('--trust-funding-from <key>', 'Trust channel funds from', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return await peers.interceptInboundChannels({
          logger,
          addresses: collect(options.coopCloseAddress),
          lnd: (await lndForNode(logger, options.node)).lnd,
          reason: options.reason,
          rules: flatten([options.rule].filter(n => !!n)),
          trust: collect(options.trustFundingFrom),
        });
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get inbound liquidity information: available inbound off-chain tokens
  .command('inbound-liquidity', 'Get inbound liquidity size')
  .option('--above <tokens>', 'Return amount above watermark', INT)
  .option('--below <tokens>', 'Return amount above watermark', INT)
  .option('--max-fee-rate <fee_rate>', 'Maximum fee rate to consider', INT)
  .option('--node <node_name>', 'Node to get inbound liquidity')
  .option('--top', 'Top percentile inbound liquidity in an individual channel')
  .option('--with <node_key_or_tag>', 'Liquidity with a specific node/tag')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return balances.getLiquidity({
          above: options.above || undefined,
          below: options.below || undefined,
          fs: {getFile: readFile},
          is_top: options.top || undefined,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          max_fee_rate: options.maxFeeRate || undefined,
          request: commands.simpleRequest,
          with: options.with,
        },
        responses.returnNumber({logger, reject, resolve, number: 'balance'}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Increase inbound liquidity
  .command('increase-inbound-liquidity', 'Increase node inbound liquidity')
  .help('Spend down a channel to get inbound. Fee is an estimate, may be more')
  .help('If you want to control chain fee increases, use show-raw-recoveries')
  .help('Formulas supported for --amount like 5*m or 0.05*BTC for 5 million')
  .option('--address <out_address>', 'Out chain address to send funds out to')
  .option('--api-key <api_key>', 'Pre-paid API key to use')
  .option('--amount <amount>', 'Amount to increase inbound', STRING, '500*k')
  .option('--avoid <pubkey/chan/tag>', 'Avoid forwarding through', REPEATABLE)
  .option('--confs <confs>', 'Confs to consider reorg safe', INT, 1)
  .option('--dryrun', 'Only show cost estimate for increase')
  .option('--fast', 'Request swap server avoid batching delay')
  .option('--max-deposit <max_deposit>', 'Maximum deposit amount', INT, 5e4)
  .option('--max-fee <max_fee>', 'Maximum estimated fee tokens', INT, 3e4)
  .option('--max-hours <max_hours>', 'Maximum hours to wait', INT, 65)
  .option('--max-paths <max_paths>', 'Maximum paths to attempt', INT, 1)
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Increase inbound liquidity on saved node')
  .option('--recovery <recovery>', 'Recover in-progress swap')
  .option('--service-socket', 'Specify a custom swap service address')
  .option('--spend-address', 'Send an exact amount to a specific address')
  .option('--spend-amount', 'Exact amount to send to a specific address')
  .option('--show-raw-recovery', 'Show raw recovery transactions')
  .option('--with <peer>', 'Public key of peer to increase liquidity from')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return swaps.swapOut({
          fetch,
          logger,
          api_key: options.apiKey || undefined,
          avoid: flatten([options.avoid].filter(n => !!n)),
          confs: options.confs,
          fs: {getFile: readFile},
          is_fast: options.fast || false,
          is_raw_recovery_shown: options.showRawRecovery || undefined,
          is_dry_run: options.dryrun || false,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          max_deposit: options.maxDeposit,
          max_fee: options.maxFee,
          max_paths: options.maxPaths || undefined,
          max_wait_blocks: Math.ceil((options.maxHours) * 60 / 10),
          node: options.node || undefined,
          out_address: options.address || undefined,
          peer: options.with || undefined,
          recovery: options.recovery,
          request: commands.fetchRequest({fetch}),
          socket: options.serviceSocket || undefined,
          spend_address: options.spendAddress || undefined,
          spend_tokens: options.spendAmount || undefined,
          timeout: 1000 * 60 * 60 * 10,
          tokens: accounting.parseAmount({amount: options.amount}).tokens,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Increase outbound liquidity
  .command('increase-outbound-liquidity', 'Move on-chain funds off-chain')
  .help('Open a new channel to add more off-chain liquidity')
  .option('--amount <amount>', 'Amount to assign to new channel capacity', INT)
  .option('--dryrun', 'Avoid actually opening a channel')
  .option('--fee-rate <fee_rate>', 'Use specific fee rate (per vbyte)', FLOAT)
  .option('--node <node_name>', 'Increase outbound liquidity on saved node')
  .option('--private', 'Mark new channel as private')
  .option('--set-fee-rate <ppm>', 'Fee in parts per million or use a formula')
  .option('--with <peer_public_key>', 'Select a specific peer to open with')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return network.openChannel({
          logger,
          chain_fee_rate: options.feeRate || undefined,
          fs: {getFile: readFile},
          is_dry_run: options.dryrun,
          is_private: options.private,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          peer: options.with || undefined,
          request: commands.simpleRequest,
          set_fee_rate: options.setFeeRate || undefined,
          tokens: options.amount,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Add tab completions
  .command('install-completion')
  .help('Add tab autocompletion to your shell profile')
  .visible(false)
  .action(async (args, options, logger) => {
    try {
      await tabtab.install({
        completer: commandConstants.process,
        name: commandConstants.process,
      });
    } catch (err) {
      return logger.error({err}) && reject();
    }
  })

  // Create an invoice
  .command('invoice', 'Create an invoice and get a BOLT 11 payment request')
  .help('Amount can take m/k variables: 5*m for 5 million, 250*k = 0.0025')
  .help('Fiat conversion is supported in amount, N*USD or N*EUR')
  .help(`Fiat rate providers: ${priceProviders.join(', ')}`)
  .help('--virtual invoices cannot be used with payers who probe before pay')
  .help('Only one --virtual invoice can be active at a time')
  .help('--reject-on-amount-increase can only be used with --virtual invoices')
  .argument('[amount]', 'Amount for invoice', STRING, '0')
  .option('--for <description>', 'What is the invoice requesting payment for')
  .option('--hours <expires_in>', 'Hours invoice is valid for', INT)
  .option('--include-hints', 'Include the default set of hop hint channels')
  .option('--node <node_name>', 'Use saved node to create invoice')
  .option('--qr', 'Encode payment request into a terminal output QR code')
  .option('--rate-provider <rate_provider>', 'Rate provider', priceProviders)
  .option('--reject-on-amount-increase', 'Reject if required amount increases')
  .option('--select-hints', 'Select hop hints to be added to the request')
  .option('--virtual', 'Request payment over a virtual channel')
  .option('--virtual-fee-rate <pm>', 'Fee rate to use on virtual channel', INT)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return await offchain.createInvoice({
          logger,
          amount: args.amount,
          ask: await commands.interrogate({}),
          description: options.for,
          expires_in: options.hours,
          is_hinting: options.includeHints || undefined,
          is_including_qr: !!options.qr || undefined,
          is_rejecting_option: !!options.rejectOnAmountIncrease || undefined,
          is_selecting_hops: options.selectHints || undefined,
          is_virtual: options.virtual || undefined,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          rate_provider: options.rateProvider || undefined,
          request: commands.simpleRequest,
          virtual_fee_rate: options.virtualFeeRate,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Join a group channel open
  .command('join-channel-group', 'Join a balanced channels group')
  .help('Another node should have run create-channel-group to create group')
  .help('Do not use a chain fee that will not confirm within two weeks')
  .argument('<code>', 'Invite code to join group', STRING)
  .option('--max-fee-rate <per_vbyte>', 'Maximum fee/vbyte for open', INT)
  .option('--node <node_name>', 'Use saved node to join group')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const {lnd} = await lndForNode(logger, options.node);

        const defaultRate = await lnService.getChainFeeRate({
          confirmation_target: 2,
          lnd,
        });

        return await paidServices.joinGroupChannel({
          lnd,
          logger,
          code: args.code,
          max_rate: options.maxFeeRate || defaultRate.tokens_per_vbyte,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Intercept forwarding requests, enforce requirements on acceptance
  .command('limit-forwarding', 'Enforce rules for routing payments')
  .help(`--deny option can be repeated for multiple denied from/to paths`)
  .help('Setting --only-allow will disable all forwards except only allowed')
  .help('--only-allow option can be repeated for multiple forwards')
  .help('--stop can be repeated for multiple channels')
  .option('--deny <pair>', 'disable all forwards fromKey/toKey', REPEATABLE)
  .option('--disable-forwards', 'Disable all forwards')
  .option('--max-hours-since-last-block <h>', 'Require fresh blocks', INT, 5)
  .option('--max-new-pending-per-hour <h>', 'Limit held HTLCs', INT)
  .option('--min-channel-confirmations <confs>', 'Minimum channel confs', INT)
  .option('--node <node_name>', 'Saved node to enforce rules on')
  .option('--only-allow <pair>', 'only forward fromKey/toKey', REPEATABLE)
  .option('--stop <channel>', 'Stop new forwards on channel', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return await peers.limitForwarding({
          logger,
          is_disabling_all_forwards: options.disableForwards || undefined,
          lnd: (await lndForNode(logger, options.node)).lnd,
          max_hours_since_last_block: options.maxHoursSinceLastBlock,
          max_new_pending_per_hour: options.maxNewPendingPerHour,
          min_channel_confirmations: options.minChannelConfirmations,
          only_allow: flatten([options.onlyAllow].filter(n => !!n)),
          only_disallow: flatten([options.deny].filter(n => !!n)),
          stop_channels: flatten([options.stop].filter(n => !!n)),
        });
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get the price for liquidity
  .command('liquidity-cost', 'Get the price of liquidity')
  .visible(false)
  .argument('<type>', 'Liquidity direction', swapTypes)
  .argument('<amount>', 'Amount of liquidity to get quote for', INT)
  .argument('<api-key>', 'Swap API key to use', hexMatch)
  .option('--above <tokens>', 'Return amount above watermark', INT)
  .option('--fast', 'Avoid any server batching wait time')
  .option('--node <node_name>', 'Node to get liquidity cost')
  .option('--service-socket', 'Specify a custom swap service address')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const {lnd} = await lndForNode(logger, options.node);

        const {metadata, service} = await swaps.getPaidService({
          fetch,
          lnd,
          logger,
          socket: options.serviceSocket,
          token: args.apiKey,
        });

        return swaps.getSwapCost({
          lnd,
          logger,
          metadata,
          service,
          above: options.above,
          is_fast: options.fast || undefined,
          tokens: args.amount,
          type: args.type,
        },
        responses.returnNumber({logger, reject, resolve, number: 'cost'}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Lnurl functions
  .command('lnurl', 'Collection of lnurl features')
  .argument('<function>', 'lnurl function', keys(lnurlFunctions))
  .help(`Functions: ${keys(lnurlFunctions).join(', ')}`)
  .help('lnurl auth will request authorization')
  .help('lnurl channel will request an incoming payment channel')
  .help('lnurl pay will request a payment request from a service')
  .help('lnurl withdraw will create an invoice and send it to a service')
  .option('--avoid <avoid>', 'Avoid forwarding via node/chan/tag', REPEATABLE)
  .option('--max-fee <max_fee>', 'Maximum fee to pay', INT, 1337)
  .option('--max-paths <max_paths>', 'Maximum paths to use', INT, 1)
  .option('--node <node_name>', 'Node to run a lnurl function')
  .option('--out <public_key>', 'Make first hop through peer', REPEATABLE)
  .option('--url <url>', 'URL to pay', STRING)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return lnurl.manageLnurl({
          logger,
          ask: await commands.interrogate({}),
          avoid: flatten([options.avoid].filter(n => !!n)),
          fs: {getFile: readFile},
          function: args.function,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          lnurl: options.url,
          max_fee: options.maxFee,
          max_paths: options.maxPaths,
          out: flatten([options.out].filter(n => !!n)),
          request: commands.simpleRequest,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Saved nodes
  .command('nodes', 'List and edit saved nodes')
  .help('Locking and unlocking requires existing installation of GPG')
  .argument('[node]', 'Specify a saved node')
  .option('--add', 'Add a new node')
  .option('--lock <id>', 'Encrypt node authentication to GPG key', REPEATABLE)
  .option('--remove', 'Remove saved node')
  .option('--unlock', 'Remove encryption from auth macaroon')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      return nodes.manageSavedNodes({
        logger,
        spawn,
        ask: await commands.interrogate({}),
        fs: {
          writeFile,
          getDirectoryFiles: readdir,
          getFile: readFile,
          getFileStatus: lstat,
          makeDirectory: mkdir,
          removeDirectory: rmdir,
          removeFile: unlink,
        },
        is_registering: options.add || undefined,
        is_removing: options.remove || undefined,
        is_unlocking: options.unlock || undefined,
        lock_credentials_to: flatten([options.lock].filter(n => !!n)),
        node: args.node || undefined,
      },
      responses.returnObject({logger, reject, resolve}));
    });
  })

  // Offer channel open attempts
  .command('offer-channel-open', 'Offer peers channel open attempts for a fee')
  .help('Requires peer to use get-inbound-channel or other LSPS1 client')
  .option('--added-base-fee <n>', 'Fixed surcharge on all orders', INT, 75000)
  .option('--capacity-fee-rate <ppm>', 'Fee per year for capacity', INT, 10000)
  .option('--max-capacity <tokens>', 'Maximum channel capacity', INT, 1e8)
  .option('--min-capacity <tokens>', 'Minimum channel capacity', INT, 1e6)
  .option('--node <node_name>', 'Node to offer channels on')
  .option('--private-fee-rate <ppm>', 'Add private capacity charge', INT, 1000)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return lsp.lsps1Server({
          logger,
          base_fee: options.addedBaseFee,
          fee_rate: options.capacityFeeRate,
          lnd: (await lndForNode(logger, options.node)).lnd,
          max_capacity: options.maxCapacity,
          min_capacity: options.minCapacity,
          orders: new Map(),
          private_fee_rate: options.privateFeeRate,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Open channels
  .command('open', 'Open channels, optionally using an external wallet')
  .help('When creating channels from an external wallet do not self-broadcast')
  .help('Skip external option by specifying --internal-fund-at-fee-rate')
  .help('For trusted funding specify --type as private-trusted/public-trusted')
  .help('Trusted channel funding is not supported in LND 0.15.0 and below')
  .help('Simplified Taproot channels are not supported in LND 0.17.0 & below')
  .argument('<peer_public_keys...>', 'With nodes with public keys')
  .option('--amount <channel_capacity>', 'Capacities to open', REPEATABLE)
  .option('--avoid-broadcast', 'Avoid broadcasting channel open transaction')
  .option('--commitment <type>', 'default or simplified_taproot', REPEATABLE)
  .option('--coop-close-address <addr>', 'Coop-close address', REPEATABLE)
  .option('--external-funding', 'Use external funds for the channel open')
  .option('--give <give_amount>', 'Amount to gift to peer', REPEATABLE)
  .option('--internal-fund-at-fee-rate <per_vbyte>', 'Use internal funds', INT)
  .option('--node <node_name>', 'Saved node to open channels')
  .option('--opening-node <node_name>', 'Open with saved node', REPEATABLE)
  .option('--set-fee-rate <ppm>', 'Set forward fee rate to peer', REPEATABLE)
  .option('--skip-anchors-check', 'Do not check for anchor support')
  .option('--type <type>', 'Type of channel (private/public)', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return peers.openChannels({
          logger,
          ask: await commands.interrogate({}),
          capacities: collect(options.amount),
          commitments: collect(options.commitment),
          cooperative_close_addresses: collect(options.coopCloseAddress),
          fs: {getFile: readFile},
          gives: collect(options.give),
          internal_fund_fee_rate: options.internalFundAtFeeRate || undefined,
          is_avoiding_broadcast: options.avoidBroadcast || undefined,
          is_external: options.externalFunding,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          opening_nodes: collect(options.openingNode),
          public_keys: args.peerPublicKeys,
          request: commands.simpleRequest,
          set_fee_rates: collect(options.setFeeRate),
          skip_anchors_check: options.skipAnchorsCheck || undefined,
          types: collect(options.type),
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Open a balanced channel with a peer
  .command('open-balanced-channel', 'Open channel with equal start balances')
  .help('Remote node must be prepared to receive this type of channel')
  .help('The remote node should also run this same command after you propose')
  .help('Channel details are negotiated with keysend so that is also required')
  .help('Do not use a chain fee that will not confirm within two weeks')
  .option('--coop-close-address <addr>', 'Close address (for proposing open)')
  .option('--node <node_name>', 'Use saved node details instead of local node')
  .option('--recover <addr>', 'Recover if funds sent to an address by mistake')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return services.openBalancedChannel({
          logger,
          address: options.coopCloseAddress || undefined,
          after: new Date(Date.now() - (1000 * 60 * 60 * 6)).toISOString(),
          ask: await commands.interrogate({}),
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          recover: options.recover,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Open a group channel with multiple peers
  .command('open-group-channel', 'Open balanced channels with multiple peers')
  .help('Remote nodes must be prepared to participate in this type of channel')
  .help('The remote node should also run this same command to join the group')
  .help('For 2 person channels the joining node is the channel initiator')
  .help('Do not use a chain fee that will not confirm within two weeks')
  .option('--node <node_name>', 'Use saved node details instead of local node')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return paidServices.manageGroupJoin({
          logger,
          ask: await commands.interrogate({}),
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get outbound liquidity information: available outbound off-chain tokens
  .command('outbound-liquidity', 'Get outbound liquidity size')
  .option('--above <tokens>', 'Return amount above watermark', INT)
  .option('--below <tokens>', 'Return amount above watermark', INT)
  .option('--node <node_name>', 'Node to get outbound liquidity amount')
  .option('--top', 'Top percentile inbound liquidity in an individual channel')
  .option('--with <public_key_or_tag>', 'Liquidity with a specific node/tag')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return balances.getLiquidity({
          above: options.above || undefined,
          below: options.below || undefined,
          fs: {getFile: readFile},
          is_outbound: true,
          is_top: options.top || undefined,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          with: options.with,
        },
        responses.returnNumber({logger, reject, resolve, number: 'balance'}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Pay a payment request, probing first
  .command('pay', 'Pay a payment request, probing first')
  .argument('<request>', 'Payment Request')
  .option('--avoid <avoid>', 'Avoid forwarding via node/chan/tag', REPEATABLE)
  .option('--avoid-high-fee-routes', 'Avoid evaluating too-high fee routes')
  .option('--in <public_key>', 'Route through specific peer of destination')
  .option('--max-fee <max_fee>', 'Maximum fee to pay', INT, 1337)
  .option('--max-paths <paths>', 'Maximum paths to use', INT, 1)
  .option('--message <message>', 'Attach text message to payment')
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to use to pay payment request')
  .option('--out <public_key>', 'Make first hop through peer', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const {lnd} = await lndForNode(logger, options.node);

        const inThrough = await lnSync.findKey({lnd, query: options.in});

        return network.pay({
          lnd,
          logger,
          avoid: flatten([options.avoid].filter(n => !!n)),
          fs: {getFile: readFile},
          in_through: inThrough.public_key,
          is_strict_max_fee: !!options.avoidHighFeeRoutes,
          max_fee: options.maxFee,
          max_paths: options.maxPaths,
          message: options.message,
          out: flatten([options.out].filter(n => !!n)),
          request: args.request,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get a list of channel-connected peers
  .command('peers', 'Get a list of channel-connected peers')
  .help(`Sort options: ${peerSortOptions.join(', ')}`)
  .help('Icons: 🤢 often d/c, 💸 active HTLC, 💀 d/c, 🌚 private')
  .help('Icons: 🧊 delayed coop close, ⏳ pending channel, 🚫 in disabled')
  .help('Icons: 🦐 limited max htlc')
  .help('Filters can take formula expressions to limit results')
  .help('Filter variable AGE: "age > 144 * 7" for peers older than a week')
  .help('Filter variable BLOCKS_SINCE_LAST_CHANNEL: blocks since recent open')
  .help('Filter variable CAPACITY: "capacity > 8*m"')
  .help('Filter variable DISK_USAGE_MB: "disk_usage_mb > 9" for disk estimate')
  .help('Filter variable INBOUND_LIQUIDITY: "inbound_liquidity > 1*m"')
  .help('Filter variable OUTBOUND_LIQUIDITY: "outbound_liquidity > 1*m"')
  .option('--active', 'Only active peer channels')
  .option('--complete', 'Show complete set of records in non table view')
  .option('--fee-days <past_days>', 'Include fees earned over n days', INT)
  .option('--filter <formula>', 'Filter formula to apply', REPEATABLE)
  .option('--idle-days <days>', 'No receives or routes for n days', INT)
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to get peers for')
  .option('--offline', 'Only offline peer channels')
  .option('--omit <key>', 'Omit peer with public key', REPEATABLE)
  .option('--private', 'Only private channels')
  .option('--public', 'Only peers with public channels')
  .option('--sort <by>', 'Sort results by peer attribute', peerSortOptions)
  .option('--tag <tag_name>', 'Only show peers in a tag', REPEATABLE)
  .action((args, options, logger) => {
    const table = !!options.complete ? undefined : 'rows';

    return new Promise(async (resolve, reject) => {
      try {
        return network.getPeers({
          earnings_days: options.feeDays,
          filters: flatten([options.filter].filter(n => !!n)),
          fs: {getFile: readFile},
          idle_days: options.idleDays || undefined,
          is_active: !!options.active,
          is_monochrome: !!options.noColor,
          is_offline: !!options.offline,
          is_private: !!options.private,
          is_public: !!options.public,
          is_table: !options.complete,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          omit: flatten([options.omit].filter(n => !!n)),
          sort_by: options.sort,
          tags: flatten([options.tag].filter(n => !!n)),
        },
        responses.returnObject({logger, reject, resolve, table}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get the current fiat exchange price
  .command('price', 'Get the price')
  .help('Price is denominated in cents or equivalent')
  .help('Rate provider options: coinbase, coindesk, or coingecko')
  .argument('[symbols...]', 'Desired fiat tickers')
  .option('--file <path>', 'Write the output to a JSON file at desired path')
  .option('--from <provider>', 'Rate provider', priceProviders, 'coindesk')
  .option('--no-color', 'Mute all colors')
  .action((args, options, logger) => {
    return new Promise((resolve, reject) => {
      return fiat.getPrices({
        from: options.from,
        request: commands.simpleRequest,
        symbols: args.symbols.map(n => n.toUpperCase()),
      },
      responses.returnObject({
        logger,
        reject,
        resolve,
        file: options.file,
        write: writeFile,
      }));
    });
  })

  // Determine if a payment request is sendable
  .command('probe', 'Check if a payment request is sendable')
  .help('Simulate paying a payment request without actually paying it')
  .argument('<to>', 'Payment request or node public key')
  .argument('[amount]', 'Amount to probe, default: request amount')
  .option('--avoid <avoid>', 'Avoid forwarding via node/chan/tag', REPEATABLE)
  .option('--avoid-high-fee-routes', 'Avoid evaluating too-high fee routes')
  .option('--find-max', 'Find the maximum routeable amount on success route')
  .option('--in <public_key>', 'Route through specific peer of destination')
  .option('--max-fee <max_fee>', 'Max expected fee for route', INT, 1337)
  .option('--max-paths <max>', 'Maximum paths to use for find-max', INT, 1)
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to use for payment request check')
  .option('--out <public_key>', 'Make first hop through peer', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const {lnd} = await lndForNode(logger, options.node);

        const inThrough = await lnSync.findKey({lnd, query: options.in});

        return network.probe({
          lnd,
          logger,
          avoid: flatten([options.avoid].filter(n => !!n)),
          destination: args.to.length === 66 ? args.to : undefined,
          find_max: !!options.findMax ? 16777215 : undefined,
          fs: {getFile: readFile},
          in_through: inThrough.public_key,
          is_strict_max_fee: !!options.avoidHighFeeRoutes,
          max_fee: options.maxFee,
          max_paths: options.maxPaths,
          out: flatten([options.out].filter(n => !!n)),
          request: args.to.length !== 66 ? args.to : undefined,
          tokens: args.amount || undefined,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Rebalance between peers
  .command('rebalance', 'Rebalance funds between peers')
  .help('Change the liquidity profile of two peers')
  .help('Specifying target liquidity you can use CAPACITY/2, other formulas')
  .help('You can specify tags for --avoid, --in, --out (see help tags)')
  .help('--amount can take m/k variables: 5*m for 5 million, 250*k = 0.0025')
  .help('--avoid can take a channel id or a public key to avoid')
  .help('--avoid can take a public_key/public_key to avoid a directed pair')
  .help('--avoid can take a FORMULA/public_key to avoid inbound peers')
  .help('--avoid can take a public_key/FORMULA to avoid outbound peers')
  .help('--avoid FORMULA variables: FEE_RATE, BASE_FEE, HEIGHT, AGE')
  .help('--in decreases the inbound liquidity with a specific peer/tag')
  .help('--in-filter/--out-filter vars: CAPACITY/HEIGHTS/INBOUND_LIQUIDITY')
  .help('--in-filter/--out-filter vars: OUTBOUND_LIQUIDITY/PENDING_PAYMENTS')
  .help('--in-filter/--out-filter vars: INBOUND_BASE_FEE/INBOUND_FEE_RATE')
  .help('--out increases the inbound liquidity with a specific peer/tag')
  .option('--amount <amount>', 'Maximum amount to rebalance')
  .option('--avoid <pubkey_or_chanid>', 'Avoid forwarding through', REPEATABLE)
  .option('--avoid-high-fee-routes', 'Avoid trying routes above max-fee-rate')
  .option('--in <pubkey_or_alias>', 'Route in through a specific peer')
  .option('--in-filter <in_filter>', 'Filter inbound tag nodes', REPEATABLE)
  .option('--in-target-outbound <amt>', 'Balance up to outbound amount')
  .option('--max-fee <max_fee>', 'Maximum fee to pay')
  .option('--max-fee-rate <max_fee_rate>', 'Max fee rate to pay')
  .option('--minutes <minutes>', 'Time-out route search after N minutes', INT)
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Saved node to use for rebalance')
  .option('--out <pubkey_or_alias>', 'Route out through a specific peer')
  .option('--out-filter <out_filter>', 'Filter outbound tag nodes', REPEATABLE)
  .option('--out-target-inbound <amount>', 'Balance up to inbound amount')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return swaps.manageRebalance({
          logger,
          avoid: flatten([options.avoid].filter(n => !!n)),
          fs: {getFile: readFile},
          in_filters: flatten([options.inFilter].filter(n => !!n)),
          in_outbound: options.inTargetOutbound || undefined,
          in_through: options.in || undefined,
          is_strict_max_fee_rate: options.avoidHighFeeRoutes || undefined,
          lnd: (await lndForNode(logger, options.node)).lnd,
          max_fee: options.maxFee,
          max_fee_rate: options.maxFeeRate,
          max_rebalance: options.amount,
          out_filters: flatten([options.outFilter].filter(n => !!n)),
          out_inbound: options.outTargetInbound,
          out_through: options.out || undefined,
          timeout_minutes: options.minutes || undefined,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Attempt reconnecting to disconnected channel partners
  .command('reconnect', 'Reconnect to disconnected channel partners')
  .help('Inactive channels are also treated as disconnected channels')
  .help('Closing out peers are disconnected to mitigate stuck closes')
  .help('This reconnects to all peers. Do not use --node to specify a peer')
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Saved node to attempt reconnects on')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return network.reconnect({
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Recover funds sent to p2pk using the node identity key
  .command('recover-p2pk', 'Recover chain funds sent to the node identity key')
  .visible(false)
  .help('Sweep funds sent to your node public key into your regular wallet')
  .argument('<id>', 'Transaction id of funds sent to p2pk')
  .argument('<vout>', 'Transaction output index of funds sent to p2pk', INT)
  .option('--node <node_name>', 'Node to attempt p2pk recovery on')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return chain.recoverP2pk({
          id: args.id,
          lnd: (await lndForNode(logger, options.node)).lnd,
          request: commands.simpleRequest,
          vout: args.vout,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Remove a peer
  .command('remove-peer', 'Close out with a channel-connected peer')
  .help('--filter command uses same filters as peers command')
  .help('--address can have multiple addresses specified')
  .argument('[public_key]', 'Choose a specific peer to close with')
  .option('--active', 'Make sure the peer is online')
  .option('--address <address>', 'Address to close out funds to', REPEATABLE)
  .option('--dryrun', 'Avoid actually closing channels with peer')
  .option('--fee-rate <rate>', 'Fee rate per vbyte to close out with', FLOAT)
  .option('--filter <formula>', 'Filter formula to apply', REPEATABLE)
  .option('--force', 'Force close channels if they cannot be coop closed')
  .option('--idle-days <days>', 'No receives or routes for n days', INT)
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to remove peer on')
  .option('--offline', 'Make sure the peer is offline')
  .option('--omit <key>', 'Avoid closing peer with public key', REPEATABLE)
  .option('--outpoint', 'Only remove specific channel with funding txid:vout')
  .option('--private', 'Peer is privately connected')
  .option('--public', 'Peer is publicly connected')
  .option('--select-channels', 'Select channels to remove interactively')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const {lnd} = await lndForNode(logger, options.node);

        const bools = ['active', 'dryrun', 'force', 'offline', 'private'];

        if (!!bools.find(n => typeof options[n] !== 'boolean')) {
          throw new Error('UnexpectedNonBooleanValueForBooleanFlag');
        }

        return network.removePeer({
          lnd,
          logger,
          addresses: flatten([options.address].filter(n => !!n)),
          ask: await commands.interrogate({}),
          chain_fee_rate: options.feeRate || undefined,
          filters: flatten([options.filter].filter(n => !!n)),
          fs: {getFile: readFile},
          idle_days: options.idleDays,
          inbound_liquidity_below: options.inboundBelow,
          is_active: !!options.active,
          is_dry_run: !!options.dryrun,
          is_forced: !!options.force,
          is_offline: !!options.offline,
          is_private: !!options.private,
          is_public: !!options.public,
          is_selecting_channels: options.selectChannels || undefined,
          omit: flatten([options.omit].filter(n => !!n)),
          outbound_liquidity_below: options.outboundBelow,
          outpoints: flatten([options.outpoint].filter(n => !!n)),
          public_key: args.publicKey,
          request: commands.simpleRequest,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // See a general report about the node
  .command('report', 'Report about the node')
  .option('--node <node_name>', 'Node to get report for')
  .option('--styled', 'Add unicode styling to report')
  .action((args, options, logger) => {
    return new Promise((resolve, reject) => {
      return wallets.getReport({
        fs: {getFile: readFile},
        node: options.node,
        request: commands.simpleRequest,
        style: !!options.styled ? 'styled' : undefined,
      },
      responses.returnOutput({logger, reject, resolve}));
    });
  })

  // Send funds to a destination
  .command('send', 'Send funds to a node off-chain')
  .help('Formulas supported in amount, and N*USD or N*EUR')
  .help('Also supported in formulas: LIQUIDITY, INBOUND, OUTBOUND (with peer)')
  .help('OUT_INBOUND, OUT_OUTBOUND (when specifying outbound peer)')
  .argument('<to>', 'Send to public key, zero pay request, lnurl, ln.address')
  .option('--amount <amount>', 'Amount to send to destination', STRING, '1')
  .option('--avoid <avoid>', 'Avoid forwarding via node/chan/tag', REPEATABLE)
  .option('--avoid-high-fee-routes', 'Avoid evaluating too-high fee routes')
  .option('--dryrun', 'Avoid actually sending funds')
  .option('--in <pubkey_or_alias>', 'Route in through a specific node')
  .option('--max-fee <fee>', 'Maximum fee tokens', INT, 1337)
  .option('--max-fee-rate <max_fee_rate>', 'Max fee rate in PPM to pay', INT)
  .option('--message <message>', 'Message to include with payment')
  .option('--message-omit-from-key', 'Leave out the from key on messages')
  .option('--no-color', 'Mute all colors')
  .option('--node <name>', 'Node to send funds from')
  .option('--out <pubkey_or_alias>', 'Route out through a specific peer')
  .option('--quiz <answer>', 'Quiz answers, first answer correct', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return network.pushPayment({
          logger,
          amount: options.amount,
          avoid: flatten([options.avoid].filter(n => !!n)),
          destination: args.to,
          fs: {getFile: readFile},
          in_through: options.in,
          is_dry_run: options.dryrun,
          is_omitting_message_from: options.messageOmitFromKey,
          is_strict_max_fee: !!options.avoidHighFeeRoutes,
          lnd: (await lndForNode(logger, options.node)).lnd,
          max_fee: options.maxFee,
          max_fee_rate: options.maxFeeRate,
          message: options.message,
          quiz_answers: flatten([options.quiz].filter(n => !!n)),
          out_through: options.out,
          request: commands.simpleRequest,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Offer paid services
  .command('services', 'Run a KeySend paid services server')
  .visible(false)
  .help('KeySend services are paid native Lightning Network services')
  .option('--activity-fees', 'Share routing fees earned vs num fwds')
  .option('--activity-volume', 'Share routing total volume amount')
  .option('--connect', 'Enable requesting an inbound peer connection')
  .option('--inbox-email-from', 'Inbox service email from address')
  .option('--inbox-email-postmark-auth', 'Inbox service email to address')
  .option('--inbox-email-to', 'Inbox service to email')
  .option('--inbox-price', 'Required payment amount for inbox')
  .option('--inbox-sms-from', 'Inbox service sms from number')
  .option('--inbox-sms-to', 'Inbox service sms to number')
  .option('--inbox-sms-twilio-sid', 'Inbox service Twilio account sid')
  .option('--inbox-sms-twilio-auth', 'Inbox service Twilio auth token')
  .option('--invoice', 'Enable creating custom invoices on demand')
  .option('--node <node_name>', 'Saved node')
  .option('--payer <pay_with_node_name>', 'Node to pay request responses with')
  .option('--profile <profile>', 'Share a profile with info about your node')
  .option('--profile-link <link>', 'Add a link to your profile', REPEATABLE)
  .option('--network <public_key>', 'Share other service node key', REPEATABLE)
  .option('--relay', 'Enable payments relay service', BOOL)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        services.servicePaidRequests({
          fetch,
          logger,
          activity_fees: options.activityFees,
          activity_volume: options.activityVolume,
          inbox_email_from: options.inboxEmailFrom,
          inbox_email_to: options.inboxEmailTo,
          inbox_postmark_api_key: options.inboxEmailPostmarkAuth,
          inbox_price: options.inboxPrice,
          inbox_sms_from_number: options.inboxSmsFrom,
          inbox_sms_to_number: options.inboxSmsTo,
          inbox_twilio_account_sid: options.inboxSmsTwilioSid,
          inbox_twilio_auth_token: options.inboxSmsTwilioAuth,
          is_connect_enabled: !!options.connect || undefined,
          is_invoice_enabled: !!options.invoice || undefined,
          is_relay_enabled: !!options.relay || undefined,
          network_nodes: flatten([options.network].filter(n => !!n)),
          node: options.node,
          payer: options.payer || options.node,
          profile: options.profile,
          profile_urls: flatten([options.profileLink].filter(n => !!n)),
        });
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get a swap API key or inspect an existing one
  .command('swap-api-key', 'Purchase a swap API key or inspect a swap API key')
  .visible(false)
  .option('--api-key <api_key>', 'Hex encoded full swap API key')
  .option('--purchase', 'Purchase a new swap API key')
  .option('--macaroon <macaroon>', 'Hex encoded macaroon of swap API key')
  .option('--node <node_name>', 'Node to use to pay for API key')
  .option('--preimage <preimage>', 'Hex encoded preimage of swap API key')
  .option('--service-socket <swap_service_socket>', 'host:port for service')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return swaps.swapApiKey({
          fetch,
          logger,
          api_key: options.apiKey,
          is_purchase: options.purchase,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          macaroon: options.macaroon,
          node: options.node,
          preimage: options.preimage,
          socket: options.serviceSocket,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Submarine swap with another node
  .command('swap', 'Trade off-chain coins for on-chain via submarine swap')
  .option('--node <node_name>', 'Node to use for swap')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return paidServices.manageSwap({
          logger,
          ask: await commands.interrogate({}),
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          request: commands.simpleRequest,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Create submarine swap to convert on-chain funds to off-chain
  .command('swap-in', 'Trade on-chain coins for off-chain via submarine swap')
  .argument('[amount]', 'Amount to receive', INT, 1e6)
  .option('--api-key <api_key>', 'Pre-paid API key to use', hexMatch)
  .option('--in <peer>', 'Request receiving through a specific peer')
  .option('--max-fee <max_fee>', 'Max fee in tokens to pay', INT, 4000)
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to receive funds on')
  .option('--recovery <refund_recovery>', 'Attempt refund of swap', hexMatch)
  .option('--refund-address <refund_address>', 'Refund address for swap')
  .option('--service-socket <swap_service_socket>', 'host:port for service')
  .option('--test-refund', 'Reduce refund timeout height to test refund')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return swaps.swapIn({
          fetch,
          logger,
          api_key: options.apiKey || undefined,
          fs: {getFile: readFile},
          in_through: options.in || undefined,
          is_refund_test: options.testRefund,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          max_fee: options.maxFee,
          node: options.node,
          recovery: options.recovery,
          refund_address: options.refundAddress,
          request: commands.simpleRequest,
          socket: options.serviceSocket || undefined,
          tokens: args.amount,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Adjust the set of tagged nodes
  .command('tags', 'View or adjust the set of tagged nodes')
  .help('Tags can be used in other commands via --tag and --avoid options')
  .argument('[tag]', 'Adjust or view a specific tag')
  .option('--add <public_key', 'Add a public key to a tag', REPEATABLE)
  .option('--avoid', 'Mark to globally avoid all tagged nodes', BOOL, true)
  .option('--icon <icon>', 'Icon to use for the tag')
  .option('--remove <public_key>', 'Remove a public key from a tag', REPEATABLE)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return await nodes.adjustTags({
          add: flatten([options.add].filter(n => !!n)),
          fs: {writeFile, getFile: readFile, makeDirectory: mkdir},
          icon: options.icon,
          is_avoided: options.avoid,
          remove: flatten([options.remove].filter(n => !!n)),
          tag: !!args.tag ? args.tag.toLowerCase() : undefined,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Link up Telegram bot
  .command('telegram', 'Post updates to a Telegram bot')
  .help('Connect to a Telegram bot. Create bot: tg://resolve?domain=botfather')
  .help('After creating the bot start chatting with the bot for connect code')
  .help('Supported updates: forwards, received payments, etc')
  .help('Multiple nodes are supported by repeating the `--node` flag')
  .help('See README for info on persisting the bot through Docker/nohup')
  .help('--use-proxy requires path to JSON file for host/password/port/userId')
  .option('--budget <amount>', 'Spending amount to allow', INT, Number())
  .option('--connect <connect_code>', 'Connection code from /connect')
  .option('--ignore-forwards-below <amount>', 'Ignore forwards of value', INT)
  .option('--ignore-rebalances-below <amt>', 'Ignore rebalances of value', INT)
  .option('--node <node_name>', 'Node to connect to Telegram', REPEATABLE)
  .option('--reset-api-key', 'Reset the Telegram API key')
  .option('--use-proxy <path>', 'Proxy agent to connect to Telegram')
  .option('--use-rounded-units', 'No leading zeros or fractions on amounts')
  .option('--use-small-units', 'Avoid showing leading zeros on amounts')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return await telegram.connectToTelegram({
          logger,
          ask: await commands.interrogate({}),
          fs: {
            writeFile,
            getFile: readFile,
            getFileStatus: statSync,
            is_reset_state: options.resetApiKey || undefined,
            makeDirectory: mkdir,
          },
          id: options.connect,
          is_rounded_units: options.useRoundedUnits || undefined,
          is_small_units: options.useSmallUnits || undefined,
          min_forward_tokens: options.ignoreForwardsBelow || undefined,
          min_rebalance_tokens: options.ignoreRebalancesBelow || undefined,
          nodes: flatten([options.node].filter(n => !!n)),
          payments: {limit: options.budget},
          proxy: options.useProxy || undefined,
          request: commands.fetchRequest({fetch}),
        });
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Trade a secret payload
  .command('trade-secret', 'Trade a secret with someone')
  .help('Create or view a trade')
  .help('Example: purchase/sell an invite link to a private group')
  .help('Example: purchase/sell a link to a file')
  .help('Example: buy/sell channels (experimental)')
  .option('--node <name>', 'Saved node to use for trade')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const {lnd} = await lndForNode(logger, options.node);
        const {Separator} = (await import('inquirer')).default;

        return paidServices.manageTrades({
          lnd,
          logger,
          ask: await commands.interrogate({}),
          request: commands.simpleRequest,
          separator: () => new Separator(),
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Transfer funds between own nodes
  .command('transfer', 'Send funds off-chain to a saved node')
  .argument('<to>', 'Saved node name')
  .argument('[amount]', 'Amount to transfer', STRING, '1')
  .help('Formulas are supported in amount')
  .help('Also supported in formulas: OUT_LIQUIDITY (with outbound peer)')
  .help('OUT_INBOUND, OUT_OUTBOUND (when specifying outbound peer)')
  .help('IN_INBOUND, IN_OUTBOUND (when specifying inbound peer)')
  .option('--description', 'Label describing transfer')
  .option('--dryrun', 'Avoid actually sending funds')
  .option('--in <pubkey_or_alias>', 'Route in through a specific peer')
  .option('--max-fee-rate <rate>', 'Parts per million max fee rate', INT, 250)
  .option('--no-color', 'Mute all colors')
  .option('--node <name>', 'Node to send funds from')
  .option('--out <pubkey_or_alias>', 'Route out through a specific peer')
  .option('--through <pubkey_or_alias>', 'Route in and out through a peer')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return network.transferFunds({
          logger,
          amount: args.amount,
          description: options.description || undefined,
          fs: {getFile: readFile},
          in_through: options.in,
          is_dry_run: options.dryrun,
          lnd: (await lndForNode(logger, options.node)).lnd,
          max_fee_rate: options.maxFeeRate,
          out_through: options.out,
          through: options.through,
          to: (await lndForNode(logger, args.to)).lnd,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Manage triggers
  .command('triggers', 'Manage event triggers')
  .option('--node <name>', 'Node to manage triggers on')
  .visible(false)
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return triggers.manageTriggers({
          logger,
          ask: await commands.interrogate({}),
          lnd: (await lndForNode(logger, options.node)).lnd,
        },
        responses.returnObject({exit, logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Remove tab completions
  .command('uninstall-completion')
  .help('Remove tab autocompletion from your shell profile')
  .visible(false)
  .action(async (args, options, logger) => {
    try {
      await tabtab.uninstall({name: commandConstants.process});
    } catch (err) {
      return logger.error({err}) && reject();
    }
  })

  // Unlock wallet
  .command('unlock', 'Unlock wallet if locked')
  .help('Check if the wallet is locked, if so use a password file to unlock')
  .argument('<path_to_password_file>', 'Path to password file')
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to unlock')
  .action((args, options, logger) => {
    return new Promise((resolve, reject) => {
      return wallets.unlockWallet({
        node: options.node,
        path_to_password_file: args.pathToPasswordFile,
      },
      responses.returnObject({logger, reject, resolve}));
    });
  })

  // Use a paid service
  .command('use', 'Use a paid KeySend service from a services provider')
  .visible(false)
  .help('KeySend services are paid native Lightning Network services')
  .help('All communication with these services uses LN payments')
  .help('Run services using the services command')
  .argument('<server_id>', 'Public key of services-offering node')
  .option('--node <node_name>', 'Saved node')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        const {lnd} = await lndForNode(logger, options.node);

        return await services.usePaidService({
          lnd,
          logger,
          ask: await commands.interrogate({}),
          fs: {getFile: readFile},
          network: (await lnSync.getNetwork({lnd})).network,
          node: args.serverId,
        });
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  })

  // Get utxos
  .command('utxos', 'Get a list of utxos')
  .option('--confirmed', 'Return only confirmed utxos')
  .option('--count', 'Return the count of utxos')
  .option('--count-below <below>', 'Return only count below number', INT)
  .option('--no-color', 'Mute all colors')
  .option('--node <node_name>', 'Node to get utxos for')
  .option('--size', 'UTXOs of size greater than or equal to specified amount')
  .action((args, options, logger) => {
    return new Promise(async (resolve, reject) => {
      try {
        return chain.getUtxos({
          count_below: options.countBelow,
          is_confirmed: !!options.confirmed,
          is_count: !!options.count,
          lnd: (await lnd.authenticatedLnd({logger, node: options.node})).lnd,
          min_tokens: options.size || undefined,
          node: options.node,
        },
        responses.returnObject({logger, reject, resolve}));
      } catch (err) {
        return logger.error({err}) && reject();
      }
    });
  });

autocomplete({prog});

prog.parse(process.argv);