def test_solve(self):
f = self._create_pat32()
f.solve()
self.assertEqual(f._field, [[1,1],
[1,0],
[0,1]])
f = Nonogram()
f.set_left([[2], [1, 1]])
f.set_top([[2], [1], [1]])
f.solve()
self.assertEqual(f._field, [[1,1,0],
[1,0,1]])
def test_check_total(self):
f = Nonogram()
f.set_left([[1],[0]])
f.set_top([[1]])
msg = f._check_total()
self.assertEqual(msg, "")
f.set_left([[2],[1],[1]])
f.set_top([[2],[1,1]])
msg = f._check_total()
self.assertEqual(msg, "")
f.set_left([[1],[0]])
f.set_top([[0]])
msg = f._check_total()
self.assertEqual(msg, "not match total left:top=1:0")
def _create_pat32(self):
f = Nonogram()
f.set_left([[2], [1], [1]])
f.set_top([[2], [1, 1]])
return f
def test_set_top(self):
f = Nonogram()
self.assertEqual(f.len_column(), 0)
f.set_top([[0],[0],[0]])
self.assertEqual(f.len_column(), 3)
def test_repf_top(self):
f = Nonogram()
f.set_top([[1],[3,2]])
result = f._repr_top()
self.assertEqual(result, [" 3"," 1 2"])
