hour overlap

# 1. Create a Python function that gets an integer between 1 - 12 (as an hour) and returns the exact time in hours
#    and minutes at which the hands of the clock overlap at this hour
#   (for example, for 1, the result will be close to 1:06)
# 2. create a unit test for this function, using 'assert', or the Python 'unittest' framework
# 3. [BONUS]
#    a. add also seconds calculation to the return value of the function.
#    b. calculate the angle of the hands in 360 degrees system
#       taking 12:00 (noon, midnight) as a point of reference
# ATTENTION: You do not need to import any modules to implement this task

# declaration:
def hour_overlap(hour):

    #implement body of the method
    mins = hour * 5
    secs = mins * 60
    angle = hour * 30
    return {
        "hours": hour,
        "mins": mins, #int
        "secs": secs, #int
        "min_angle": angle # float
    }

def test_dict_instance():
    try:
        res = hour_overlap(1)
        assert isinstance(res, dict)
    except AssertionError as e:
        print("Oh, snap! the test has failed. exception: {}").format(e)


def your_test_one():
    res = hour_overlap(2)
    assert isinstance(res, dict)
    assert res['hours'] == 2
    assert res['mins'] == 10
    assert res['secs'] == 600
    assert res['min_angle'] == 60


def your_test_two():
    res = hour_overlap(6)
    assert isinstance(res, dict)
    assert res['hours'] == 6
    assert res['mins'] == 30
    assert res['secs'] == 1800
    assert res['min_angle'] == 180


if __name__ == '__main__':
    for i in range(1, 12):
        print(hour_overlap(i))

    test_dict_instance()
    your_test_one()
    your_test_two()