def test_board_group_board_by_serial():
"""Test that the boards property works with serial indices."""
board_group = BoardGroup(MockBoard, OneBoardMockBackend())
BoardGroup(MockBoard, OneBoardMockBackend())
assert type(board_group[list(
board_group.boards.values())[0].serial]) == MockBoard
def test_board_group_str() -> None:
"""Test that the board group can be represented as a string."""
assert str(BoardGroup.get_board_group(MockBoard, NoBoardMockBackend)) == \
"Group of Boards - []"
assert str(BoardGroup.get_board_group(MockBoard, OneBoardMockBackend)) == \
"Group of Boards - [Testing Board - TESTSERIAL1]"
assert str(BoardGroup.get_board_group(MockBoard, TwoBoardsMockBackend)) == \
"Group of Boards - [Testing Board - TESTSERIAL1, Testing Board - TESTSERIAL2]"
def test_board_group_make_safe() -> None:
"""Test that the make_safe function is called on all Boards in a BoardGroup."""
board_group = BoardGroup.get_board_group(MockBoard, TwoBoardsMockBackend)
assert not any(board._safe for board in board_group)
board_group.make_safe()
assert all(board._safe for board in board_group)
def test_board_group_get_boards() -> None:
"""Test that the boards list getter works."""
board_group = BoardGroup.get_board_group(MockBoard, TwoBoardsMockBackend)
assert type(board_group.boards) is list
assert len(board_group.boards) == 2
assert type(board_group.boards[0]) is MockBoard
def test_board_group_boards_zero() -> None:
"""Test that the boards property works with no boards."""
board_group = BoardGroup.get_board_group(MockBoard, NoBoardMockBackend)
assert len(board_group._boards) == 0
with pytest.raises(KeyError):
board_group._boards["SERIAL0"]
def test_board_group_simultaneous_iteration() -> None:
"""Test that iterators returned by iter(BoardGroup) are independent."""
board_group = BoardGroup.get_board_group(MockBoard, TwoBoardsMockBackend)
iter1 = iter(board_group)
iter2 = iter(board_group)
assert next(iter1) is board_group["TESTSERIAL1"]
assert next(iter2) is board_group["TESTSERIAL1"]
assert next(iter1) is board_group["TESTSERIAL2"]
assert next(iter2) is board_group["TESTSERIAL2"]
def test_board_group_update_removes_old_boards() -> None:
"""Test that boards that are no longer discovered are removed from the board group."""
board_group = BoardGroup.get_board_group(MockBoard, OneBoardMockBackend)
assert len(board_group._boards) == 1
# Type ignored because we're now too strict to allow this!
board_group._backend_class = NoBoardMockBackend # type: ignore
board_group.update_boards()
assert len(board_group._boards) == 0
def test_board_group_update() -> None:
"""Test that we can refresh the list of boards."""
board_group = BoardGroup.get_board_group(MockBoard, OneBoardMockBackend)
assert len(board_group._boards) == 1
old_board = list(board_group._boards.values())[0]
board_group.update_boards()
assert len(board_group._boards) == 1
new_board = list(board_group._boards.values())[0]
assert new_board is not old_board
def test_board_group_iteration() -> None:
"""Test that we can iterate over a BoardGroup."""
board_group = BoardGroup.get_board_group(MockBoard, TwoBoardsMockBackend)
count = 0
for b in board_group:
assert type(b) == MockBoard
count += 1
assert count == 2
def test_board_group_board_by_unknown() -> None:
"""Test that the boards property throws an exception with unknown indices."""
board_group = BoardGroup.get_board_group(MockBoard, OneBoardMockBackend)
with pytest.raises(TypeError):
board_group[0] # type: ignore
with pytest.raises(KeyError):
board_group[""]
with pytest.raises(TypeError):
board_group[{}] # type: ignore
with pytest.raises(KeyError):
board_group["ARGHHHJ"]
def test_board_group_length() -> None:
"""Test that the length operator works on a board group."""
board_group = BoardGroup.get_board_group(MockBoard, OneBoardMockBackend)
assert len(board_group) == 1
def test_board_group_length_zero() -> None:
"""Test that the length operator works with no boards."""
board_group = BoardGroup.get_board_group(MockBoard, NoBoardMockBackend)
assert len(board_group) == 0
def test_board_group_update():
"""Test that we can create a board group of testing boards."""
board_group = BoardGroup(MockBoard, NoBoardMockBackend())
board_group.update_boards()
def test_board_group_length_multiple() -> None:
"""Test that the length operator works on multiple boards."""
board_group = BoardGroup.get_board_group(MockBoard, TwoBoardsMockBackend)
assert len(board_group) == 2
def test_board_group_singular() -> None:
"""Test that the singular function works on a board group."""
board_group = BoardGroup.get_board_group(MockBoard, OneBoardMockBackend)
assert type(board_group.singular()) == MockBoard
def test_board_group_helper() -> None:
"""Test that the helper function to get the board group works."""
board_group = BoardGroup.get_board_group(MockBoard, NoBoardMockBackend)
assert type(board_group) is BoardGroup
def test_board_group_singular_but_multiple_boards():
"""Test that the singular function gets upset if there are multiple boards."""
board_group = BoardGroup(MockBoard, TwoBoardsMockBackend())
with pytest.raises(Exception):
board_group.singular()
def test_board_group_get_backend_class() -> None:
"""Test that the Backend class getter works."""
board_group = BoardGroup.get_board_group(MockBoard, TwoBoardsMockBackend)
assert board_group.backend_class is TwoBoardsMockBackend
def test_board_group_repr() -> None:
"""Test the representation of the BoardGroup."""
board_group = BoardGroup.get_board_group(MockBoard, NoBoardMockBackend)
assert repr(board_group) == "BoardGroup(backend_class=NoBoardMockBackend)"
def test_board_group_contains() -> None:
"""Test that __contains__ behaves as expected."""
board_group = BoardGroup.get_board_group(MockBoard, TwoBoardsMockBackend)
assert "TESTSERIAL1" in board_group
assert "TESTSERIAL2" in board_group
assert "TESTSERIAL3" not in board_group
def test_board_group_singular_but_no_boards() -> None:
"""Test that the singular function gets upset if there are no boards."""
board_group = BoardGroup.get_board_group(MockBoard, NoBoardMockBackend)
with pytest.raises(CommunicationError):
board_group.singular()
def test_board_group_iteration_sorted_by_serial() -> None:
"""Test that the boards yielded by iterating over a BoardGroup are sorted."""
board_group = BoardGroup.get_board_group(MockBoard, TwoBoardsMockBackend)
serials = [board.serial for board in board_group]
assert len(serials) == 2
assert serials[0] < serials[1]
def test_board_group_boards() -> None:
"""Test that the boards property works on a board group."""
board_group = BoardGroup.get_board_group(MockBoard, OneBoardMockBackend)
assert len(board_group._boards) == 1
assert type(list(board_group._boards.values())[0]) == MockBoard
def test_board_group_boards_multiple() -> None:
"""Test that the boards property works on multiple boards."""
board_group = BoardGroup.get_board_group(MockBoard, TwoBoardsMockBackend)
assert len(board_group._boards) == 2
assert type(list(board_group._boards.values())[0]) == MockBoard
def test_create_boardgroup():
"""Test that we can create a board group of testing boards."""
board_group = BoardGroup(MockBoard, NoBoardMockBackend())
assert type(board_group) == BoardGroup
