def test_medium_sudoku_validator(medium_sudoku):
"""Test sudoku_validator returns correct result."""
from sudoku_validator import Sudoku
medium_sudoku = Sudoku(medium_sudoku)
assert medium_sudoku.is_valid() == False
def test_solved_sudoku_validator(solved_sudoku):
"""Test solved sudoku to make sure validtor works."""
from sudoku_validator import Sudoku
solved_sudoku = Sudoku(solved_sudoku)
assert solved_sudoku.is_valid() == True
def test_kata4_sudoku_validator(kata4_sudoku):
"""Test sudoku_validator returns correct result."""
from sudoku_validator import Sudoku
kata4_sudoku = Sudoku(kata4_sudoku)
assert kata4_sudoku.is_valid() == True
def valid_sudoku_1x1():
from sudoku_validator import Sudoku
new_sudoku = Sudoku(one_by_one)
return new_sudoku
def ivalid_sudoku_true():
from sudoku_validator import Sudoku
new_sudoku = Sudoku(one_value_true)
return new_sudoku
def invalid_sudoku_not_symmetric():
from sudoku_validator import Sudoku
new_sudoku = Sudoku(invalid_m_not_symmetric)
return new_sudoku
def valid_sudoku_4x4():
from sudoku_validator import Sudoku
new_sudoku = Sudoku(four_by_four)
return new_sudoku
def invalid_sudoku_float():
from sudoku_validator import Sudoku
new_sudoku = Sudoku(invalid_m_float)
return new_sudoku
def invalid_sudoku():
from sudoku_validator import Sudoku
new_sudoku = Sudoku(invalid_m_str)
return new_sudoku
def valid_sudoku():
from sudoku_validator import Sudoku
new_sudoku = Sudoku(valid_m)
return new_sudoku
def test_sudoku_validator():
"""Test sudoku_validator returns correct result."""
from sudoku_validator import Sudoku
valid_sudoku = Sudoku(invalid_last_column)
assert valid_sudoku.is_valid() == False
def test_sudoku_validator():
"""Test sudoku_validator returns correct result."""
from sudoku_validator import Sudoku
valid_sudoku = Sudoku(valid_2)
assert valid_sudoku.is_valid() == True