# -*- coding: utf-8 -*-
import reusables

from .common_test_data import *

roman_list = [
    (1, "I"),
    (2, "II"),
    (3, "III"),
    (4, "IV"),
    (5, "V"),
    (6, "VI"),
    (7, "VII"),
    (8, "VIII"),
    (9, "IX"),
    (10, "X"),
    (11, "XI"),
    (12, "XII"),
    (13, "XIII"),
    (14, "XIV"),
    (15, "XV"),
    (16, "XVI"),
    (17, "XVII"),
    (18, "XVIII"),
    (19, "XIX"),
    (20, "XX"),
    (21, "XXI"),
    (22, "XXII"),
    (23, "XXIII"),
    (24, "XXIV"),
    (25, "XXV"),
    (26, "XXVI"),
    (27, "XXVII"),
    (28, "XXVIII"),
    (29, "XXIX"),
    (30, "XXX"),
    (31, "XXXI"),
    (32, "XXXII"),
    (33, "XXXIII"),
    (34, "XXXIV"),
    (35, "XXXV"),
    (36, "XXXVI"),
    (37, "XXXVII"),
    (38, "XXXVIII"),
    (39, "XXXIX"),
    (40, "XL"),
    (41, "XLI"),
    (42, "XLII"),
    (43, "XLIII"),
    (44, "XLIV"),
    (45, "XLV"),
    (46, "XLVI"),
    (47, "XLVII"),
    (48, "XLVIII"),
    (49, "XLIX"),
    (50, "L"),
    (51, "LI"),
    (52, "LII"),
    (53, "LIII"),
    (54, "LIV"),
    (55, "LV"),
    (56, "LVI"),
    (57, "LVII"),
    (58, "LVIII"),
    (59, "LIX"),
    (60, "LX"),
    (61, "LXI"),
    (62, "LXII"),
    (63, "LXIII"),
    (64, "LXIV"),
    (65, "LXV"),
    (66, "LXVI"),
    (67, "LXVII"),
    (68, "LXVIII"),
    (69, "LXIX"),
    (70, "LXX"),
    (71, "LXXI"),
    (72, "LXXII"),
    (73, "LXXIII"),
    (74, "LXXIV"),
    (75, "LXXV"),
    (76, "LXXVI"),
    (77, "LXXVII"),
    (78, "LXXVIII"),
    (79, "LXXIX"),
    (80, "LXXX"),
    (81, "LXXXI"),
    (82, "LXXXII"),
    (83, "LXXXIII"),
    (84, "LXXXIV"),
    (85, "LXXXV"),
    (86, "LXXXVI"),
    (87, "LXXXVII"),
    (88, "LXXXVIII"),
    (89, "LXXXIX"),
    (90, "XC"),
    (91, "XCI"),
    (92, "XCII"),
    (93, "XCIII"),
    (94, "XCIV"),
    (95, "XCV"),
    (96, "XCVI"),
    (97, "XCVII"),
    (98, "XCVIII"),
    (99, "XCIX"),
    (100, "C"),
    (501, "DI"),
    (530, "DXXX"),
    (550, "DL"),
    (707, "DCCVII"),
    (890, "DCCCXC"),
    (900, "CM"),
    (1500, "MD"),
    (1800, "MDCCC"),
]

numbers_list = [
    (0, "zero"),
    ("1,000.00", "one thousand"),
    (1000.00, "one thousand"),
    (18005607, "eighteen million, five thousand, six hundred seven"),
    (13.13, "thirteen and thirteen hundredths"),
    ("1", "one"),
    ("1.0", "one"),
    (89.1, "eighty-nine and one tenths"),
    ("89.1", "eighty-nine and one tenths"),
    ("1.00012", "one and twelve hundred-thousandths"),
    (10.10, "ten and one tenths"),
    (0.11111, "zero and eleven thousand one hundred eleven " "hundred-thousandths"),
]

european_numbers = [
    ("123.456.789", "one hundred twenty-three million, four hundred " "fifty-six thousand, seven hundred eighty-nine"),
    ("1,345", "one and three hundred forty-five thousandths"),
    ("10.000,5", "ten thousand and five tenths"),
]


class TestNumbers(BaseTestClass):
    def test_roman_from_int(self):
        for line in roman_list:
            value = reusables.int_to_roman(int(line[0]))
            assert value == line[1], (line, value)

    def test_bad_roman(self):
        try:
            reusables.int_to_roman("5")
        except ValueError:
            pass
        else:
            raise AssertionError("Should only accept int")

        try:
            reusables.roman_to_int("IIIII")
        except ValueError:
            pass
        else:
            raise AssertionError("Parsed malformed roman string")

        try:
            reusables.roman_to_int("XXXXC")
        except ValueError:
            pass
        else:
            raise AssertionError("Parsed malformed roman string")

        try:
            reusables.roman_to_int("IVCD")
        except ValueError:
            pass
        else:
            raise AssertionError("Parsed malformed roman string")

        try:
            reusables.roman_to_int("Hello")
        except ValueError:
            pass
        else:
            raise AssertionError("Parsed malformed roman string")

    def test_roman_to_int(self):
        for line in roman_list:
            value = reusables.roman_to_int(line[1])
            assert value == line[0], (line, value)

    def test_int_to_words(self):
        for pair in numbers_list:
            assert reusables.int_to_words(pair[0]) == pair[1], "Couldn't translate {0}".format(pair[0])

    def test_bad_ints_to_words(self):
        try:
            reusables.int_to_words("ABC")
        except ValueError:
            pass
        else:
            raise AssertionError("Parsed alphabets")

        try:
            reusables.int_to_words("1.ABC")
        except ValueError:
            pass
        else:
            raise AssertionError("Parsed alphabets")

    def test_european_ints(self):
        for pair in european_numbers:
            assert reusables.int_to_words(pair[0], european=True) == pair[1], "Couldn't translate {0}".format(pair[0])
