import pytest  # type: ignore

from ppb_vector import Vector


@pytest.mark.parametrize(
    "x, y, expected",
    [(6,   8, 10),
     (8,   6, 10),
     (0,   0, 0),
     (-6, -8, 10),
     (1,   2, 2.23606797749979)],
)
def test_length(x, y, expected):
    vector = Vector(x, y)
    assert vector.length == expected

from math import sqrt

import pytest  # type: ignore
from hypothesis import given

from ppb_vector import Vector
from utils import isclose, vectors


@pytest.mark.parametrize(
    "x, y, expected",
    [(6,   8, 10),
     (8,   6, 10),
     (0,   0, 0),
     (-6, -8, 10),
     (1,   2, 2.23606797749979)],
)
def test_length(x, y, expected):
    vector = Vector(x, y)
    assert vector.length == expected


@given(v=vectors())
def test_length_dot(v: Vector):
    """Test that |v| ≃ √v²."""
    assert isclose(v.length, sqrt(v * v))

Add comparison to (the square root of) the dot product
tests/length: Add comparison to (the square root of) the dot product

+ from math import sqrt
+ 
  import pytest  # type: ignore
+ from hypothesis import given
  
  from ppb_vector import Vector
+ from utils import isclose, vectors
  
  
  @pytest.mark.parametrize(
      "x, y, expected",
      [(6,   8, 10),
       (8,   6, 10),
       (0,   0, 0),
       (-6, -8, 10),
       (1,   2, 2.23606797749979)],
  )
  def test_length(x, y, expected):
      vector = Vector(x, y)
      assert vector.length == expected
  
+ 
+ @given(v=vectors())
+ def test_length_dot(v: Vector):
+     """Test that |v| ≃ √v²."""
+     assert isclose(v.length, sqrt(v * v))
+ 
Add comparison to (the square root of) the dot product
## Code Before:
import pytest  # type: ignore

from ppb_vector import Vector


@pytest.mark.parametrize(
    "x, y, expected",
    [(6,   8, 10),
     (8,   6, 10),
     (0,   0, 0),
     (-6, -8, 10),
     (1,   2, 2.23606797749979)],
)
def test_length(x, y, expected):
    vector = Vector(x, y)
    assert vector.length == expected

## Instruction:
Add comparison to (the square root of) the dot product
## Code After:
from math import sqrt

import pytest  # type: ignore
from hypothesis import given

from ppb_vector import Vector
from utils import isclose, vectors


@pytest.mark.parametrize(
    "x, y, expected",
    [(6,   8, 10),
     (8,   6, 10),
     (0,   0, 0),
     (-6, -8, 10),
     (1,   2, 2.23606797749979)],
)
def test_length(x, y, expected):
    vector = Vector(x, y)
    assert vector.length == expected


@given(v=vectors())
def test_length_dot(v: Vector):
    """Test that |v| ≃ √v²."""
    assert isclose(v.length, sqrt(v * v))
