bch-js/test/unit/slp-address.js

import assert from 'assert'

import BCHJS from '../../src/bch-js.js'

import { createRequire } from 'module'
// import SLP from "../../src/slp/slp.js"
// const SLP = new slp({ restURL: "http://fakeurl.com/" })
let slp
const require = createRequire(import.meta.url)
const fixtures = require('./fixtures/slp/address.json')
// const axios = require("axios")
// const sinon = require("sinon")

function flatten (arrays) {
  return [].concat.apply([], arrays)
}

const LEGACY_MAINNET_ADDRESSES = flatten([
  fixtures.mainnet.legacyP2PKH,
  fixtures.mainnet.legacyP2SH
])

const CASH_MAINNET_ADDRESSES = flatten([
  fixtures.mainnet.cashAddressP2PKH,
  fixtures.mainnet.cashAddressP2SH
])

const SLP_MAINNET_ADDRESSES = flatten([
  fixtures.mainnet.slpAddressP2PKH,
  fixtures.mainnet.slpAddressP2SH
])

const LEGACY_TESTNET_ADDRESSES = flatten([
  fixtures.testnet.legacyP2PKH,
  fixtures.testnet.legacyP2SH
])

const CASH_TESTNET_ADDRESSES = flatten([
  fixtures.testnet.cashAddressP2PKH,
  fixtures.testnet.cashAddressP2SH
])

const SLP_TESTNET_ADDRESSES = flatten([
  fixtures.testnet.slpAddressP2PKH,
  fixtures.testnet.slpAddressP2SH
])

const MAINNET_P2PKH_ADDRESSES = flatten([
  fixtures.mainnet.legacyP2PKH,
  fixtures.mainnet.cashAddressP2PKH,
  fixtures.mainnet.slpAddressP2PKH
])

const TESTNET_P2PKH_ADDRESSES = flatten([
  fixtures.testnet.legacyP2PKH,
  fixtures.testnet.cashAddressP2PKH,
  fixtures.testnet.slpAddressP2PKH
])

const MAINNET_P2SH_ADDRESSES = flatten([
  fixtures.mainnet.legacyP2SH,
  fixtures.mainnet.cashAddressP2SH,
  fixtures.mainnet.slpAddressP2SH
])

const TESTNET_P2SH_ADDRESSES = flatten([
  fixtures.testnet.legacyP2SH,
  fixtures.testnet.cashAddressP2SH,
  fixtures.testnet.slpAddressP2SH
])
/*
const CASH_MAINNET_ADDRESSES_NO_PREFIX = CASH_MAINNET_ADDRESSES.map(address => {
  const parts = address.split(":")
  return parts[1]
})

const CASH_TESTNET_ADDRESSES_NO_PREFIX = CASH_TESTNET_ADDRESSES.map(address => {
  const parts = address.split(":")
  return parts[1]
})

const SLP_MAINNET_ADDRESSES_NO_PREFIX = SLP_MAINNET_ADDRESSES.map(address => {
  const parts = address.split(":")
  return parts[1]
})

const SLP_TESTNET_ADDRESSES_NO_PREFIX = SLP_TESTNET_ADDRESSES.map(address => {
  const parts = address.split(":")
  return parts[1]
})
*/
describe('#SLP Address', () => {
  beforeEach(() => {
    const bchjs = new BCHJS()
    // console.log(`bchjs.restURL: ${bchjs.restURL}`)
    slp = bchjs.SLP
  })

  describe('#mainnet', () => {
    describe('#toLegacyAddress', () => {
      it('should convert mainnet legacy address format to itself correctly', () => {
        assert.deepEqual(
          LEGACY_MAINNET_ADDRESSES.map(address =>
            slp.Address.toLegacyAddress(address)
          ),
          LEGACY_MAINNET_ADDRESSES
        )
      })

      it('should convert cashAddr to legacyAddr', async () => {
        assert.deepEqual(
          CASH_MAINNET_ADDRESSES.map(address =>
            slp.Address.toLegacyAddress(address)
          ),
          LEGACY_MAINNET_ADDRESSES
        )
      })

      it('should convert slpAddr to legacyAddr', async () => {
        assert.deepEqual(
          SLP_MAINNET_ADDRESSES.map(address =>
            slp.Address.toLegacyAddress(address)
          ),
          LEGACY_MAINNET_ADDRESSES
        )
      })
    })

    describe('#toCashAddress', () => {
      it('should convert mainnet cash address format to itself correctly', () => {
        assert.deepEqual(
          CASH_MAINNET_ADDRESSES.map(address =>
            slp.Address.toCashAddress(address)
          ),
          CASH_MAINNET_ADDRESSES
        )
      })

      it('should convert legacyAddr to cashAddr', async () => {
        assert.deepEqual(
          LEGACY_MAINNET_ADDRESSES.map(address =>
            slp.Address.toCashAddress(address)
          ),
          CASH_MAINNET_ADDRESSES
        )
      })

      it('should convert slpAddr to cashAddr', async () => {
        assert.deepEqual(
          SLP_MAINNET_ADDRESSES.map(address =>
            slp.Address.toCashAddress(address)
          ),
          CASH_MAINNET_ADDRESSES
        )
      })
    })

    describe('#toSLPAddress', () => {
      it('should convert mainnet slp address format to itself correctly', () => {
        assert.deepEqual(
          SLP_MAINNET_ADDRESSES.map(address =>
            slp.Address.toSLPAddress(address)
          ),
          SLP_MAINNET_ADDRESSES
        )
      })

      it('should convert legacyAddr to slpAddr', async () => {
        assert.deepEqual(
          LEGACY_MAINNET_ADDRESSES.map(address =>
            slp.Address.toSLPAddress(address)
          ),
          SLP_MAINNET_ADDRESSES
        )
      })

      it('should convert cashAddr to slpAddr', async () => {
        assert.deepEqual(
          CASH_MAINNET_ADDRESSES.map(address =>
            slp.Address.toSLPAddress(address)
          ),
          SLP_MAINNET_ADDRESSES
        )
      })
    })

    describe('#isLegacyAddress', () => {
      describe('is legacy addr', () => {
        LEGACY_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a legacy address`, () => {
            const isLegacyaddr = slp.Address.isLegacyAddress(address)
            assert.equal(isLegacyaddr, true)
          })
        })
      })

      describe('cashaddr is not legacy addr', () => {
        CASH_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a legacy address`, () => {
            const isLegacyaddr = slp.Address.isLegacyAddress(address)
            assert.equal(isLegacyaddr, false)
          })
        })
      })

      describe('slpaddr is not legacy addr', () => {
        SLP_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a legacy address`, () => {
            const isLegacyaddr = slp.Address.isLegacyAddress(address)
            assert.equal(isLegacyaddr, false)
          })
        })
      })
    })

    describe('#isCashAddress', () => {
      describe('is cashaddr', () => {
        CASH_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a cashaddr address`, () => {
            const isCashaddr = slp.Address.isCashAddress(address)
            assert.equal(isCashaddr, true)
          })
        })
      })

      describe('legacy is not cash addr', () => {
        LEGACY_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a cash address`, () => {
            const isCashaddr = slp.Address.isCashAddress(address)
            assert.equal(isCashaddr, false)
          })
        })
      })

      describe('slpaddr is not cash addr', () => {
        SLP_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a cash address`, () => {
            const isCashaddr = slp.Address.isCashAddress(address)
            assert.equal(isCashaddr, false)
          })
        })
      })
    })

    describe('#isSLPAddress', () => {
      describe('is slpaddr', () => {
        SLP_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is an slp address`, () => {
            const isSLPaddr = slp.Address.isSLPAddress(address)
            assert.equal(isSLPaddr, true)
          })
        })
      })

      describe('legacy is not slp addr', () => {
        LEGACY_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not an slp address`, () => {
            const isSLPaddr = slp.Address.isSLPAddress(address)
            assert.equal(isSLPaddr, false)
          })
        })
      })

      describe('cash is not slp addr', () => {
        CASH_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not an slp address`, () => {
            const isSLPaddr = slp.Address.isSLPAddress(address)
            assert.equal(isSLPaddr, false)
          })
        })
      })
    })

    describe('#isMainnetAddress', () => {
      describe('mainnet legacy addr', () => {
        LEGACY_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a mainnet address`, () => {
            const isMainnetaddr = slp.Address.isMainnetAddress(address)
            assert.equal(isMainnetaddr, true)
          })
        })
      })

      describe('mainnet cash addr', () => {
        CASH_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a mainnet address`, () => {
            const isMainnetaddr = slp.Address.isMainnetAddress(address)
            assert.equal(isMainnetaddr, true)
          })
        })
      })

      describe('mainnet slp addr', () => {
        SLP_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a mainnet address`, () => {
            const isMainnetaddr = slp.Address.isMainnetAddress(address)
            assert.equal(isMainnetaddr, true)
          })
        })
      })

      describe('testnet legacy addr', () => {
        LEGACY_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a mainnet address`, () => {
            const isMainnetaddr = slp.Address.isMainnetAddress(address)
            assert.equal(isMainnetaddr, false)
          })
        })
      })

      describe('testnet cash addr', () => {
        CASH_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a mainnet address`, () => {
            const isMainnetaddr = slp.Address.isMainnetAddress(address)
            assert.equal(isMainnetaddr, false)
          })
        })
      })

      describe('testnet slp addr', () => {
        SLP_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a mainnet address`, () => {
            const isMainnetaddr = slp.Address.isMainnetAddress(address)
            assert.equal(isMainnetaddr, false)
          })
        })
      })
    })

    describe('#isP2PKHAddress', () => {
      describe('mainnet legacy addr', () => {
        MAINNET_P2PKH_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a P2PKH address`, () => {
            const isP2PKHaddr = slp.Address.isP2PKHAddress(address)
            assert.equal(isP2PKHaddr, true)
          })
        })
      })
    })

    describe('#isP2SHAddress', () => {
      describe('mainnet legacy addr', () => {
        MAINNET_P2SH_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a P2SH address`, () => {
            const isP2SHaddr = slp.Address.isP2SHAddress(address)
            assert.equal(isP2SHaddr, true)
          })
        })
      })
    })

    describe('#detectAddressFormat', () => {
      LEGACY_MAINNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a legacy address`, () => {
          const isLegacy = slp.Address.detectAddressFormat(address)
          assert.equal(isLegacy, 'legacy')
        })
      })

      CASH_MAINNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a cash address`, () => {
          const isCashaddr = slp.Address.detectAddressFormat(address)
          assert.equal(isCashaddr, 'cashaddr')
        })
      })

      SLP_MAINNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is an slp address`, () => {
          const isSlpaddr = slp.Address.detectAddressFormat(address)
          assert.equal(isSlpaddr, 'slpaddr')
        })
      })
    })

    describe('#detectAddressNetwork', () => {
      LEGACY_MAINNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a mainnet address`, () => {
          const isMainnet = slp.Address.detectAddressNetwork(address)
          assert.equal(isMainnet, 'mainnet')
        })
      })

      CASH_MAINNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a mainnet address`, () => {
          const isMainnet = slp.Address.detectAddressNetwork(address)
          assert.equal(isMainnet, 'mainnet')
        })
      })

      SLP_MAINNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a mainnet address`, () => {
          const isMainnet = slp.Address.detectAddressNetwork(address)
          assert.equal(isMainnet, 'mainnet')
        })
      })
    })

    describe('#detectAddressType', () => {
      MAINNET_P2PKH_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a p2pkh address`, () => {
          const isp2pkh = slp.Address.detectAddressType(address)
          assert.equal(isp2pkh, 'p2pkh')
        })
      })

      MAINNET_P2SH_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a p2sh address`, () => {
          const isp2sh = slp.Address.detectAddressType(address)
          assert.equal(isp2sh, 'p2sh')
        })
      })
    })
  })

  describe('#testnet', () => {
    describe('#toLegacyAddress', () => {
      it('should convert testnet legacy address format to itself correctly', () => {
        assert.deepEqual(
          LEGACY_TESTNET_ADDRESSES.map(address =>
            slp.Address.toLegacyAddress(address)
          ),
          LEGACY_TESTNET_ADDRESSES
        )
      })

      it('should convert cashAddr to legacyAddr', async () => {
        assert.deepEqual(
          CASH_TESTNET_ADDRESSES.map(address =>
            slp.Address.toLegacyAddress(address)
          ),
          LEGACY_TESTNET_ADDRESSES
        )
      })

      it('should convert slpAddr to legacyAddr', async () => {
        assert.deepEqual(
          SLP_TESTNET_ADDRESSES.map(address =>
            slp.Address.toLegacyAddress(address)
          ),
          LEGACY_TESTNET_ADDRESSES
        )
      })
    })

    describe('#toCashAddress', () => {
      it('should convert testnet cash address format to itself correctly', () => {
        assert.deepEqual(
          CASH_TESTNET_ADDRESSES.map(address =>
            slp.Address.toCashAddress(address)
          ),
          CASH_TESTNET_ADDRESSES
        )
      })

      it('should convert legacyAddr to cashAddr', async () => {
        assert.deepEqual(
          LEGACY_TESTNET_ADDRESSES.map(address =>
            slp.Address.toCashAddress(address)
          ),
          CASH_TESTNET_ADDRESSES
        )
      })

      it('should convert slpAddr to cashAddr', async () => {
        assert.deepEqual(
          SLP_TESTNET_ADDRESSES.map(address =>
            slp.Address.toCashAddress(address)
          ),
          CASH_TESTNET_ADDRESSES
        )
      })
    })

    describe('#toSLPAddress', () => {
      it('should convert testnet slp address format to itself correctly', () => {
        assert.deepEqual(
          SLP_TESTNET_ADDRESSES.map(address =>
            slp.Address.toSLPAddress(address)
          ),
          SLP_TESTNET_ADDRESSES
        )
      })

      it('should convert legacyAddr to slpAddr', async () => {
        assert.deepEqual(
          LEGACY_TESTNET_ADDRESSES.map(address =>
            slp.Address.toSLPAddress(address)
          ),
          SLP_TESTNET_ADDRESSES
        )
      })

      it('should convert cashAddr to slpAddr', async () => {
        assert.deepEqual(
          CASH_TESTNET_ADDRESSES.map(address =>
            slp.Address.toSLPAddress(address)
          ),
          SLP_TESTNET_ADDRESSES
        )
      })
    })

    describe('#isLegacyAddress', () => {
      describe('is legacy addr', () => {
        LEGACY_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a legacy address`, () => {
            const isLegacyaddr = slp.Address.isLegacyAddress(address)
            assert.equal(isLegacyaddr, true)
          })
        })
      })

      describe('cashaddr is not legacy addr', () => {
        CASH_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a legacy address`, () => {
            const isLegacyaddr = slp.Address.isLegacyAddress(address)
            assert.equal(isLegacyaddr, false)
          })
        })
      })

      describe('slpaddr is not legacy addr', () => {
        SLP_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a legacy address`, () => {
            const isLegacyaddr = slp.Address.isLegacyAddress(address)
            assert.equal(isLegacyaddr, false)
          })
        })
      })
    })

    describe('#isCashAddress', () => {
      describe('is cashaddr', () => {
        CASH_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a cashaddr address`, () => {
            const isCashaddr = slp.Address.isCashAddress(address)
            assert.equal(isCashaddr, true)
          })
        })
      })

      describe('legacy is not cash addr', () => {
        LEGACY_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a cash address`, () => {
            const isCashaddr = slp.Address.isCashAddress(address)
            assert.equal(isCashaddr, false)
          })
        })
      })

      describe('slpaddr is not cash addr', () => {
        SLP_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a cash address`, () => {
            const isCashaddr = slp.Address.isCashAddress(address)
            assert.equal(isCashaddr, false)
          })
        })
      })
    })

    describe('#isSLPAddress', () => {
      describe('is slpaddr', () => {
        SLP_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is an slp address`, () => {
            const isSLPaddr = slp.Address.isSLPAddress(address)
            assert.equal(isSLPaddr, true)
          })
        })
      })

      describe('legacy is not slp addr', () => {
        LEGACY_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not an slp address`, () => {
            const isSLPaddr = slp.Address.isSLPAddress(address)
            assert.equal(isSLPaddr, false)
          })
        })
      })

      describe('cash is not slp addr', () => {
        CASH_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not an slp address`, () => {
            const isSLPaddr = slp.Address.isSLPAddress(address)
            assert.equal(isSLPaddr, false)
          })
        })
      })
    })

    describe('#isTestnetAddress', () => {
      describe('testnet legacy addr', () => {
        LEGACY_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a testnet address`, () => {
            const isTestnetaddr = slp.Address.isTestnetAddress(address)
            assert.equal(isTestnetaddr, true)
          })
        })
      })

      describe('testnet cash addr', () => {
        CASH_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a testnet address`, () => {
            const isTestnetaddr = slp.Address.isTestnetAddress(address)
            assert.equal(isTestnetaddr, true)
          })
        })
      })

      describe('testnet slp addr', () => {
        SLP_TESTNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a testnet address`, () => {
            const isTestnetaddr = slp.Address.isTestnetAddress(address)
            assert.equal(isTestnetaddr, true)
          })
        })
      })

      describe('mainnet legacy addr', () => {
        LEGACY_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a testnet address`, () => {
            const isTestnetaddr = slp.Address.isTestnetAddress(address)
            assert.equal(isTestnetaddr, false)
          })
        })
      })

      describe('mainnet cash addr', () => {
        CASH_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a testnet address`, () => {
            const isTestnetaddr = slp.Address.isTestnetAddress(address)
            assert.equal(isTestnetaddr, false)
          })
        })
      })

      describe('mainnet slp addr', () => {
        SLP_MAINNET_ADDRESSES.forEach(address => {
          it(`should detect ${address} is not a testnet address`, () => {
            const isTestnetaddr = slp.Address.isTestnetAddress(address)
            assert.equal(isTestnetaddr, false)
          })
        })
      })
    })

    describe('#isP2PKHAddress', () => {
      describe('testnet legacy addr', () => {
        TESTNET_P2PKH_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a P2PKH address`, () => {
            const isP2PKHaddr = slp.Address.isP2PKHAddress(address)
            assert.equal(isP2PKHaddr, true)
          })
        })
      })
    })

    describe('#isP2SHAddress', () => {
      describe('testnet legacy addr', () => {
        TESTNET_P2SH_ADDRESSES.forEach(address => {
          it(`should detect ${address} is a P2SH address`, () => {
            const isP2SHaddr = slp.Address.isP2SHAddress(address)
            assert.equal(isP2SHaddr, true)
          })
        })
      })
    })

    describe('#detectAddressFormat', () => {
      LEGACY_TESTNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a legacy address`, () => {
          const isLegacy = slp.Address.detectAddressFormat(address)
          assert.equal(isLegacy, 'legacy')
        })
      })

      CASH_TESTNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a cash address`, () => {
          const isCashaddr = slp.Address.detectAddressFormat(address)
          assert.equal(isCashaddr, 'cashaddr')
        })
      })

      SLP_TESTNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is an slp address`, () => {
          const isSlpaddr = slp.Address.detectAddressFormat(address)
          assert.equal(isSlpaddr, 'slpaddr')
        })
      })
    })

    describe('#detectAddressNetwork', () => {
      LEGACY_TESTNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a testnet address`, () => {
          const isTestnet = slp.Address.detectAddressNetwork(address)
          assert.equal(isTestnet, 'testnet')
        })
      })

      CASH_TESTNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a testnet address`, () => {
          const isTestnet = slp.Address.detectAddressNetwork(address)
          assert.equal(isTestnet, 'testnet')
        })
      })

      SLP_TESTNET_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a testnet address`, () => {
          const isTestnet = slp.Address.detectAddressNetwork(address)
          assert.equal(isTestnet, 'testnet')
        })
      })
    })

    describe('#detectAddressType', () => {
      TESTNET_P2PKH_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a p2pkh address`, () => {
          const isp2pkh = slp.Address.detectAddressType(address)
          assert.equal(isp2pkh, 'p2pkh')
        })
      })
    })

    describe('#detectAddressType', () => {
      TESTNET_P2SH_ADDRESSES.forEach(address => {
        it(`should detect ${address} is a p2sh address`, () => {
          const isp2sh = slp.Address.detectAddressType(address)
          assert.equal(isp2sh, 'p2sh')
        })
      })
    })
  })
})
/*
describe("#details", () => {
  let sandbox
  beforeEach(() => (sandbox = sinon.sandbox.create()))
  afterEach(() => sandbox.restore())

  it("should get details", done => {
    const data = {
      balance: 0.00000546,
      balanceSat: 546,
      totalReceived: 0.00426132,
      totalReceivedSat: 426132,
      totalSent: 0.00425586,
      totalSentSat: 425586,
      unconfirmedBalance: 0,
      unconfirmedBalanceSat: 0,
      unconfirmedTxApperances: 0,
      txApperances: 3,
      transactions: [
        "902fe6ed7a19570c032b3ba4c4d7af92804662b486a15c8ca2d284166c658dd4",
        "467969e067f5612863d0bf2daaa70dede2c6be03abb6fd401c5ef6e1e1f1f5c5",
        "c1d9f3490e96a1fe4f77195067f1ab12c787f79b39d107424e0c4c810098e11b"
      ],
      legacyAddress: "1NM2ozrXVSnMRm66ua6aGeXgMsU7yqwqLS",
      cashAddress: "bitcoincash:qr4zg7xth86yzq94gl8jvnf5z4wuupzt3g4hl47n9y",
      slpAddress: "simpleledger:qr4zg7xth86yzq94gl8jvnf5z4wuupzt3gev5wtnm6",
      currentPage: 0,
      pagesTotal: 1
    }

    const resolved = new Promise(r => r({ data: data }))
    sandbox.stub(axios, "get").returns(resolved)

    slp.Address.details(
      "simpleledger:qr4zg7xth86yzq94gl8jvnf5z4wuupzt3gev5wtnm6"
    )
      .then(result => {
        assert.deepEqual(data, result)
      })
      .then(done, done)
  })
})

describe("#utxo", () => {
  let sandbox
  beforeEach(() => (sandbox = sinon.sandbox.create()))
  afterEach(() => sandbox.restore())

  it("should get utxo", done => {
    const data = {
      utxos: [
        {
          txid:
            "467969e067f5612863d0bf2daaa70dede2c6be03abb6fd401c5ef6e1e1f1f5c5",
          vout: 1,
          amount: 0.00000546,
          satoshis: 546,
          height: 568215,
          confirmations: 24
        }
      ],
      legacyAddress: "1NM2ozrXVSnMRm66ua6aGeXgMsU7yqwqLS",
      cashAddress: "bitcoincash:qr4zg7xth86yzq94gl8jvnf5z4wuupzt3g4hl47n9y",
      scriptPubKey: "76a914ea2478cbb9f44100b547cf264d34155dce044b8a88ac"
    }
    const resolved = new Promise(r => r({ data: data }))
    sandbox.stub(axios, "get").returns(resolved)

    slp.Address.utxo("simpleledger:qr4zg7xth86yzq94gl8jvnf5z4wuupzt3gev5wtnm6")
      .then(result => {
        assert.deepEqual(
          "467969e067f5612863d0bf2daaa70dede2c6be03abb6fd401c5ef6e1e1f1f5c5",
          result.utxos[0].txid
        )
      })
      .then(done, done)
  })
})

describe("#unconfirmed", () => {
  let sandbox
  beforeEach(() => (sandbox = sinon.sandbox.create()))
  afterEach(() => sandbox.restore())

  it("should get unconfirmed transactions", done => {
    const data = {
      utxos: [],
      legacyAddress: "1NM2ozrXVSnMRm66ua6aGeXgMsU7yqwqLS",
      cashAddress: "bitcoincash:qr4zg7xth86yzq94gl8jvnf5z4wuupzt3g4hl47n9y",
      slpAddress: "simpleledger:qr4zg7xth86yzq94gl8jvnf5z4wuupzt3gev5wtnm6",
      scriptPubKey: "76a914ea2478cbb9f44100b547cf264d34155dce044b8a88ac"
    }
    const resolved = new Promise(r => r({ data: data }))
    sandbox.stub(axios, "get").returns(resolved)

    slp.Address.unconfirmed(
      "simpleledger:qr4zg7xth86yzq94gl8jvnf5z4wuupzt3gev5wtnm6"
    )
      .then(result => {
        assert.deepEqual(data, result)
      })
      .then(done, done)
  })
})
*/

// (async () => {
//   try {
//     const details = await slp.Address.unconfirmed(
//       "simpleledger:qr4zg7xth86yzq94gl8jvnf5z4wuupzt3gev5wtnm6"
//     )
//     console.log(details)
//   } catch (error) {
//     console.error(error)
//   }
// })()