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How to use test_input method in locust

Best Python code snippet using locust

test_vector.py

Source:test_vector.py

1import pytest2import numpy as np3from Vector import *45@pytest.mark.parametrize("test_input,expected", 6[((Vector([1,2]),Vector([-3,2])), 1),7((Vector([5,2]),Vector([0,-1])), -2)])89def test_matmul(test_input, expected):10    assert test_input[0]@test_input[1] == expected1112@pytest.mark.parametrize("test_input,expected", 13[((Vector([1,2]),3), Vector([3,6])),14((Vector([5,2]),0), Vector([0,0]))])1516def test_mul(test_input, expected):17    assert test_input[0]*test_input[1] == expected1819@pytest.mark.parametrize("test_input,expected", 20[(Vector([1,2.0]), Vector([1.0,2])),21(Vector([0,-1]), Vector([0,-1]))])2223def test_eq(test_input,expected):24    assert test_input == expected2526@pytest.mark.parametrize("test_input,expected", 27[(Vector([1,2.0]), Vector([-1.0,-2])),28(Vector([0,-1]), Vector([-0,1]))])2930def test_neg(test_input,expected):31    assert -test_input == expected3233@pytest.mark.parametrize("test_input,expected", 34[((Vector([1,2]),Vector([-3,2])), Vector([-2,4])),35((Vector([5,2]),Vector([0,-1])), Vector([5,1]))])3637def test_add(test_input,expected):38    assert test_input[0] + test_input[1] == expected3940@pytest.mark.parametrize("test_input,expected", 41[((Vector([1,2]),Vector([-3,2])), Vector([4.0,0])),42((Vector([5,2]),Vector([0,-1])), Vector([5,3]))])4344def test_sub(test_input,expected):45    assert test_input[0] - test_input[1] == expected4647@pytest.mark.parametrize("test_input,expected", 48[((Vector([1,2]),0.5), Vector([2,4])),49((Vector([5,2]),3), Vector([5/3,2/3]))])5051def test_truediv(test_input,expected):52    assert test_input[0]/test_input[1] == expected5354@pytest.mark.parametrize("test_input,expected", 55[(Vector([1,2.0]), 2),56(Vector([0,-1,1,2,4]), 5)])5758def test_dimension(test_input,expected):59    assert test_input.dimension() == expected    6061@pytest.mark.parametrize("test_input,expected", 62[(Vector([1,2.0]), np.sqrt(5)),63(Vector([0,-1,1,2,4]), np.sqrt(22))])6465def test_magnitude(test_input,expected):66    assert test_input.magnitude() == expected    6768@pytest.mark.parametrize("test_input,expected", 69[(Vector([1,2.0]), Vector([1,2.0])/np.sqrt(5)),70(Vector([0,-1,1,2,4]), Vector([0,-1,1,2,4])/np.sqrt(22))])7172def test_unit_vector(test_input,expected):73    assert test_input.unit_vector() == expected and round(test_input.unit_vector().magnitude(), 7) == 17475@pytest.mark.parametrize("test_input,expected", 76[(Vector([1,2.0]), 63),77(Vector([0,-1]), 270)])7879def test_polar_angle(test_input,expected):80    assert round(test_input.polar_angle()) == expected 8182@pytest.mark.parametrize("test_input,expected", 83[((Vector([1,2.0]),Vector([2,1,2,4])), DimensionError),84((Vector([1,2.0]), Vector([2,1,3])), DimensionError)])8586def test_DimensionError(test_input,expected):87    with pytest.raises(expected):
...

test_particle.py

Source:test_particle.py

1import pytest2import numpy as np3from Particle import Particle, Velocity, Position, Vector, DimensionError45@pytest.mark.parametrize("test_input,expected", 6[(Position([9,8,8]), Position([9,8,8])), 7(Vector([1,3,2,6]), Vector([1,3,2,6])),8(Velocity([0,-4]), Velocity([0,-4]))])910def test_new(test_input, expected):11    assert test_input.new(test_input.components) == expected 1213@pytest.mark.parametrize("test_input,expected", 14[((Position([1,4,2]),Velocity([4,2,3]),2), Position([9,8,8])), 15((Position([-12,0,5]),Velocity([-2,7,1]),6), Position([-24,42,11]))])1617def test_propagate(test_input, expected):18    test_input[0].propagate(test_input[1],test_input[2])19    assert test_input[0] == expected 2021@pytest.mark.parametrize("test_input,expected", 22[((Velocity([1,4,2]),Velocity([4,2,3])), Velocity([5,6,5])), 23((Velocity([-12,0,5]),Velocity([-2,7,1])), Velocity([-14,7,6]))])2425def test_add_velocity(test_input, expected):26    test_input[0].add_velocity(test_input[1])27    assert test_input[0] == expected 2829@pytest.mark.parametrize("test_input,expected", 30[((Velocity([1,4,2]),2), Velocity([1,4,-2])), 31((Velocity([-12,0,5]),1), Velocity([-12,0,5]))])3233def test_invert_component(test_input, expected):34    test_input[0].invert_component(test_input[1])35    assert test_input[0] == expected 3637@pytest.mark.parametrize("test_input,expected", 38[((Particle([2,4,1],[-4,2,0],1,3),4), Position([-14,12,1])), 39((Particle([-3,5,1],[7,-4,2],8,5),6), Position([39,-19,13]))])4041def test_update(test_input, expected):42    test_input[0].update(test_input[1])43    assert test_input[0].position == expected 4445@pytest.mark.parametrize("test_input,expected", 46[((Particle([2,4,1],[-4,2,0],1,3),Particle([2,5,2],[7,25,-4],1,2)), True),47 ((Particle([8,5,2],[-4,2,0],1,3),Particle([-3,0,-2],[-4,2,0],1,3)), False)])4849def test_overlap(test_input, expected):50    assert test_input[0].overlap(test_input[1]) == expected5152@pytest.mark.parametrize("test_input,expected", 53[(Particle([2,4,1],[-4,2,2],1,3), 12), 54(Particle([-3,5],[7,-6],8,5), 340)])5556def test_kinetic_energy(test_input, expected):57    assert round(test_input.kinetic_energy(),5) == expected  
...

test_lineparser.py

Source:test_lineparser.py

1import pytest2from boostcfg import lineparser3@pytest.mark.parametrize(4    "test_input,expected",5    [6        ("errLogMode = trace", ("errLogMode", "trace")),7        ("  \tverbose	= true\n	  ", ("verbose", "true")),8        ("cloneParticle = pion+ pion+", ("cloneParticle", "pion+ pion+")),9        ("decay=Cano D*+ To D0 pion+  \t", ("decay", "Cano D*+ To D0 pion+")),10    ],11)12def test_get_key_value_pair(test_input, expected):13    assert lineparser.get_key_value_pair(test_input) == expected14@pytest.mark.parametrize(15    "test_input", ["something", r" \tsome string # and comment"]16)17def test_get_faulty_key_value_pair(test_input):18    with pytest.raises(SyntaxError):19        lineparser.get_key_value_pair(test_input)20@pytest.mark.parametrize(21    "test_input,expected",22    [23        ("\t don't ignore # and a comment", False),24        ("  \t# ignore whitespaces", True),25    ],26)27def test_is_commented(test_input, expected):28    assert lineparser.is_commented(test_input) == expected29@pytest.mark.parametrize(30    "test_input,expected",31    [32        ("   some text  ", False),33        ("# and a comment", True),34        ("  \t# ignore whitespaces", True),35    ],36)37def test_is_empty(test_input, expected):38    assert lineparser.is_empty(test_input) == expected39@pytest.mark.parametrize(40    "test_input,expected",41    [42        ("", ""),43        ("No comments here", "No comments here"),44        ("before # after", "before "),45        ("\t don't ignore # and a comment", "\t don't ignore "),46        ("  \t# ignore whitespaces", "  \t"),47        ("before# after # and another", "before"),48        ("#Fully commented", ""),49    ],50)51def test_strip_comment(test_input, expected):...

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