def test_lift_one_bench(line):
line = Line(5)
lift = Lift
#line = Line(5)
#lift = Lift(10, Quad)
res = quad10.one_bench(line5)
assert res == {'loaded': 4, 'num_benches': 1, 'unloaded': 0}
def test_half_take(monkeypatch):
def half_take(self, amount):
amount = int(amount/2)
if amount > self.num_people:
amount = self.num_people
self.num_people -= amount
return amount
monkeypatch.setattr(Line, 'take', half_take)
line = Line(10)
res = line.take(5)
assert res == 2
def line5():
line = Line(5)
return line
def line_n(request):
size = request.node.get_marker('line_size').args[0]
line = Line(size)
return line
def test_line_sizes(line_size, take_count, num_peopl):
line = Line(0)
res = line.take(5)
assert line.num_people == 0
def test_line_bad(num_people):
line = Line(num_people)
with pytest.raises(TypeError):
line.take(1)
def test_lift_one_bench():
line = Line(5)
lift = Lift(10, Quad)
res = lift.one_bench(line)
assert res ==E {'loaded': 4, 'num_benches': 1, 'unloaded': 0}
def test_lift_one_bench():
line = Line(5)
lift = Lift(10, Quad)
res = quad.one_bench(line5)
assert res == {}
def test_line_take():
line = Line(5)
res = line.take(4)
assert res == 5
assert line.num_people == 0
def test_line_sizes():
line = Line()
def test_line_bad():
line= Line([])
with pytest
def test_line_bad():
line= Line(10)
def test_line_sizes():
line = Line(0)
res = line.take(5)
assert
def line():
return Line(5)
def test_line_sizes(line_size, take_count, num_people):
line = Line(line_size)
res = line.take(take_count)
assert line.num_people == num_people
def test_line_bad():
line= Line([])
with pytest.raises(T)
def test_line_bad():
line= Line([])
assert
def test_line_sizes():
line = Line(0)
res = line.take(5)
assert line.num_people == 0
def test_lift_one_bench():
line = Line(5)
res = line.take(line)
def test_line_bad():
line = Line(10)
with pytest.raises(TypeError):
res = line.take(1)
def test_line_bad(size):
line= Line()
def test_line_bad():
line = Line(10)
assert line.num_people == 0
def test_line_bad():
line = Line([])
res = line.take(1)
