import test from 'tape'
import nlp from '../_lib.js'
const here = '[three/number-toText] '

test('to_text:', function (t) {
  const arr = [
    // [-5, 'negative five'],
    [5, 'five'],
    [15, 'fifteen'],
    [10, 'ten'],
    [20, 'twenty'],
    [75, 'seventy five'],
    [97, 'ninety seven'],
    [111, 'one hundred and eleven'],
    [175, 'one hundred and seventy five'],
    [900, 'nine hundred'],
    [1175, 'one thousand one hundred and seventy five'],
    [2000, 'two thousand'],
    [2100, 'two thousand one hundred'],
    [2102, 'two thousand one hundred and two'],
    [70000, 'seventy thousand'],
    [72000, 'seventy two thousand'],
    [900000, 'nine hundred thousand'],
    [900001, 'nine hundred thousand and one'],
    [900200, 'nine hundred thousand two hundred'],
    [900205, 'nine hundred thousand two hundred and five'],
    [7900205, 'seven million nine hundred thousand two hundred and five'],
    [90000000, 'ninety million'],
    [900000000, 'nine hundred million'],
    [900000080, 'nine hundred million and eighty'],
    [250, 'two hundred and fifty'],
  ]
  arr.forEach(function (a) {
    const str = nlp(a[0]).values().toText().out('text')
    t.equal(str, a[1], here + a[0])
  })
  t.end()
})

test('all-to-text:', function (t) {
  let arr = [
    'one',
    '1',
    '1.0', //not sure..
    '1st',
    'first',
  ]
  arr.forEach((txt) => {
    const str = nlp(txt).values().toText().toCardinal().text()
    t.equal(str, 'one', here + txt + ' -> one')
  })
  arr = ['500', '500.0', '500th', 'five hundred', 'five hundredth']
  arr.forEach((txt) => {
    const str = nlp(txt).values().toText().toCardinal().text()
    t.equal(str, 'five hundred', here + txt + ' -> five hundred')
  })

  arr = ['2012', '2012.0', '2,012', '2012th', 'two thousand and twelve', 'two thousand and twelfth']
  arr.forEach((txt) => {
    const str = nlp(txt).values().toText().toCardinal().text()
    t.equal(str, 'two thousand and twelve', here + txt)
  })
  t.end()
})

test('big number:', function (t) {
  const str = nlp('twenty-three quadrillion').values().toText().out()
  t.equal(str, 'twenty-three quadrillion', here + 'quadrillion')

  // str = nlp('nine quintillion two hundred').values().toText().out();
  // t.equal(str, 'nine quintillion two hundred', 'quantillion');
  t.end()
})