be794198e1
* Corrected small typos around resistor bands. * Due to failing CI, alterations to the test generator script were needed. The generated vs submitted diff now skips the first three lines of the file so that the generation date is not picked up and flagged as needing regeneration. Sadly, a workaround was also needed to prevent Python difflib from noting the difference anyways and producing an empty "false positive" diff. All templates and test files also needed to be altered to ensure that the first three lines of every test file will always be the autogeneration comment and date. Hopefully, this will now stop the CI failures without creating any subtle additional bugs. * Touch up to bowling template. Added back the error raising utility. * Touch up to two-bucket template to add back in error raising utility. [no important files changed]
113 lines
3.1 KiB
Python
113 lines
3.1 KiB
Python
# These tests are auto-generated with test data from:
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# https://github.com/exercism/problem-specifications/tree/main/exercises/connect/canonical-data.json
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# File last updated on 2023-07-19
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import unittest
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from connect import (
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ConnectGame,
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)
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class ConnectTest(unittest.TestCase):
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def test_an_empty_board_has_no_winner(self):
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game = ConnectGame(
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""". . . . .
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. . . . .
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. . . . .
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. . . . .
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. . . . ."""
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)
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winner = game.get_winner()
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self.assertEqual(winner, "")
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def test_x_can_win_on_a_1x1_board(self):
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game = ConnectGame("""X""")
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winner = game.get_winner()
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self.assertEqual(winner, "X")
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def test_o_can_win_on_a_1x1_board(self):
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game = ConnectGame("""O""")
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winner = game.get_winner()
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self.assertEqual(winner, "O")
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def test_only_edges_does_not_make_a_winner(self):
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game = ConnectGame(
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"""O O O X
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X . . X
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X . . X
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X O O O"""
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)
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winner = game.get_winner()
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self.assertEqual(winner, "")
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def test_illegal_diagonal_does_not_make_a_winner(self):
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game = ConnectGame(
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"""X O . .
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O X X X
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O X O .
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. O X .
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X X O O"""
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)
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winner = game.get_winner()
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self.assertEqual(winner, "")
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def test_nobody_wins_crossing_adjacent_angles(self):
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game = ConnectGame(
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"""X . . .
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. X O .
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O . X O
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. O . X
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. . O ."""
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)
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winner = game.get_winner()
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self.assertEqual(winner, "")
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def test_x_wins_crossing_from_left_to_right(self):
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game = ConnectGame(
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""". O . .
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O X X X
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O X O .
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X X O X
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. O X ."""
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)
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winner = game.get_winner()
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self.assertEqual(winner, "X")
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def test_o_wins_crossing_from_top_to_bottom(self):
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game = ConnectGame(
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""". O . .
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O X X X
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O O O .
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X X O X
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. O X ."""
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)
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winner = game.get_winner()
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self.assertEqual(winner, "O")
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def test_x_wins_using_a_convoluted_path(self):
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game = ConnectGame(
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""". X X . .
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X . X . X
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. X . X .
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. X X . .
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O O O O O"""
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)
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winner = game.get_winner()
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self.assertEqual(winner, "X")
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def test_x_wins_using_a_spiral_path(self):
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game = ConnectGame(
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"""O X X X X X X X X
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O X O O O O O O O
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O X O X X X X X O
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O X O X O O O X O
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O X O X X X O X O
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O X O O O X O X O
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O X X X X X O X O
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O O O O O O O X O
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X X X X X X X X O"""
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)
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winner = game.get_winner()
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self.assertEqual(winner, "X")
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