def test_increment_int(): '''Making sure increment works for positive numbers''' x0 = 0 y0 = ld.increment(x0) # 1 assert y0 == 1 x1 = 100 y1 = ld.increment(x1) # 101 assert y1 == 101
def test_increment_int(): """Making sure increment works on integers""" x0 = 0 y0 = ld.increment(x0) # return 1 assert y0 == 1 x1 = 100 y1 = ld.increment(x1) # return 101 assert y1 == 101
def test_incrament_int(): """Making sure increment works for positive int""" x0 = 0 y0 = ld.increment(x0) assert y0 == 1 x1 = 100 y1 = ld.increment(x1) assert y1 == 101
def test_increment_neg_float(): x0 = -2.5 y0 = ld.increment(x0) # -1.5 assert yp == -1.5
def test_increment_neg_int(): x0 = -2 y0 = ld.increment(x0) # -1 assert y0 == -1
def test_increment_float(): x0 = 10.5 y0 = ld.increment(x0) # 11.5 assert y0 == 11.5
def test_increment_int(): x0 = 0 y0 = ld.increment(x0) # 1 assert y0 == 1
def test_increment_neg_float(): '''Making sure increment works for negative floats''' x0 = -1.5 y0 = ld.increment(x0) # -0.5 assert y0 == -0.5
def test_incrament_float(): """Making sure increment works for positive floats""" x0 = 10.5 y0 = ld.increment(x0) assert y0 == 11.5
def test_increment_float(): '''Making sure increment works for floats''' x0 = 10.5 y0 = ld.increment(x0) # 11.5 assert y0 == 11.5
def test_increment_neg_float(): """Making sure increment works on negative floats""" x0 = -1.5 y0 = ld.increment(x0) # return -0.5 assert y0 == -0.5
def test_increment_neg_int(): """Making sure increment works on negative integers""" x0 = -1 y0 = ld.increment(x0) # return 0 assert y0 == 0
def test_increment_float(): """Making sure increment works on floats""" x0 = 10.5 y0 = ld.increment(x0) # return 11.5 assert y0 == 11.5
def test_incrament_neg_float(): """Making sure increment works for neg floats""" x0 = -1.5 y0 = ld.increment(x0) assert y0 == -0.5
def test_increment_float(): """Making sure increment works for Floats""" x = 10.4 y = ld.increment(x) assert y == 11.4
def test_increment_neg(): '''Making sure increment works for negative numbers''' x0 = -1 y0 = ld.increment(x0) # 0 assert y0 == 0
def test_increment_int(): """Making sure increment works for Integers""" x = 0 y = ld.increment(x) assert y == 1
def test_incrament_neg_int(): """Making sure increment works for neg int""" x0 = -1 y0 = ld.increment(x0) assert y0 == 0