Test your AI Agents with the all-new Agent to Agent Testing Platform.Learn More

How to use _contains method in pandera

Best Python code snippet using pandera_python

test_distributions.py

Source:test_distributions.py

...80    )81    distributions.check_distribution_compatibility(82        EXAMPLE_DISTRIBUTIONS["ilu"], distributions.IntLogUniformDistribution(low=1, high=13)83    )84def test_contains() -> None:85    u = distributions.UniformDistribution(low=1.0, high=2.0)86    assert not u._contains(0.9)87    assert u._contains(1)88    assert u._contains(1.5)89    assert u._contains(2)90    assert not u._contains(2.1)91    lu = distributions.LogUniformDistribution(low=0.001, high=100)92    assert not lu._contains(0.0)93    assert lu._contains(0.001)94    assert lu._contains(12.3)95    assert lu._contains(100)96    assert not lu._contains(1000)97    with warnings.catch_warnings():98        # UserWarning will be raised since the range is not divisible by 2.99        # The range will be replaced with [1.0, 9.0].100        warnings.simplefilter("ignore", category=UserWarning)101        du = distributions.DiscreteUniformDistribution(low=1.0, high=10.0, q=2.0)102    assert not du._contains(0.9)103    assert du._contains(1.0)104    assert du._contains(3.5)105    assert du._contains(6)106    assert du._contains(9)107    assert not du._contains(9.1)108    assert not du._contains(10)109    iu = distributions.IntUniformDistribution(low=1, high=10)110    assert not iu._contains(0.9)111    assert iu._contains(1)112    assert iu._contains(4)113    assert iu._contains(6)114    assert iu._contains(10)115    assert not iu._contains(10.1)116    assert not iu._contains(11)117    # IntUniformDistribution with a 'step' parameter.118    with warnings.catch_warnings():119        # UserWarning will be raised since the range is not divisible by 2.120        # The range will be replaced with [1, 9].121        warnings.simplefilter("ignore", category=UserWarning)122        iuq = distributions.IntUniformDistribution(low=1, high=10, step=2)123    assert not iuq._contains(0.9)124    assert iuq._contains(1)125    assert iuq._contains(4)126    assert iuq._contains(6)127    assert iuq._contains(9)128    assert not iuq._contains(9.1)129    assert not iuq._contains(10)130    c = distributions.CategoricalDistribution(choices=("Roppongi", "Azabu"))131    assert not c._contains(-1)132    assert c._contains(0)133    assert c._contains(1)134    assert c._contains(1.5)135    assert not c._contains(3)136    ilu = distributions.IntUniformDistribution(low=2, high=12)137    assert not ilu._contains(0.9)138    assert ilu._contains(2)139    assert ilu._contains(4)140    assert ilu._contains(6)141    assert ilu._contains(12)142    assert not ilu._contains(12.1)143    assert not ilu._contains(13)144    iluq = distributions.IntLogUniformDistribution(low=2, high=7)145    assert not iluq._contains(0.9)146    assert iluq._contains(2)147    assert iluq._contains(4)148    assert iluq._contains(5)149    assert iluq._contains(6)150    assert not iluq._contains(7.1)151    assert not iluq._contains(8)152def test_empty_range_contains() -> None:153    u = distributions.UniformDistribution(low=1.0, high=1.0)154    assert not u._contains(0.9)155    assert u._contains(1.0)156    assert not u._contains(1.1)157    lu = distributions.LogUniformDistribution(low=1.0, high=1.0)158    assert not lu._contains(0.9)159    assert lu._contains(1.0)160    assert not lu._contains(1.1)161    du = distributions.DiscreteUniformDistribution(low=1.0, high=1.0, q=2.0)162    assert not du._contains(0.9)163    assert du._contains(1.0)164    assert not du._contains(1.1)165    iu = distributions.IntUniformDistribution(low=1, high=1)166    assert not iu._contains(0)167    assert iu._contains(1)168    assert not iu._contains(2)169    iuq = distributions.IntUniformDistribution(low=1, high=1, step=2)170    assert not iuq._contains(0)171    assert iuq._contains(1)172    assert not iuq._contains(2)173    ilu = distributions.IntUniformDistribution(low=1, high=1)174    assert not ilu._contains(0)175    assert ilu._contains(1)176    assert not ilu._contains(2)177    iluq = distributions.IntUniformDistribution(low=1, high=1, step=2)178    assert not iluq._contains(0)179    assert iluq._contains(1)180    assert not iluq._contains(2)181def test_single() -> None:182    with warnings.catch_warnings():183        # UserWarning will be raised since the range is not divisible by step.184        warnings.simplefilter("ignore", category=UserWarning)185        single_distributions: List[distributions.BaseDistribution] = [186            distributions.UniformDistribution(low=1.0, high=1.0),187            distributions.LogUniformDistribution(low=7.3, high=7.3),188            distributions.DiscreteUniformDistribution(low=2.22, high=2.22, q=0.1),189            distributions.DiscreteUniformDistribution(low=2.22, high=2.24, q=0.3),190            distributions.IntUniformDistribution(low=-123, high=-123),191            distributions.IntUniformDistribution(low=-123, high=-120, step=4),192            distributions.CategoricalDistribution(choices=("foo",)),193            distributions.IntLogUniformDistribution(low=2, high=2),194        ]...

test_exec.py

Source:test_exec.py

...15from iptest.assert_util import *16##17## to test how exec related to globals/locals18##19def _contains(large, small):20    for (key, value) in list(small.items()):21        Assert(large[key] == value)22def _not_contains(dict, *keylist):23    for key in keylist:24        Assert(key not in dict)25## exec without in something26x = 127y = "hello"28_contains(globals(), {"x":1, "y":"hello"})29_contains(locals(),  {"x":1, "y":"hello"})30exec("x, y")31_contains(globals(), {"x":1, "y":"hello"})32_contains(locals(),  {"x":1, "y":"hello"})33## exec with custom globals34# -- use global x, y; assign35g1 = {'x':2, 'y':'world'}36exec("global x; x, y; x = 4", g1)37_contains(globals(), {"x":1, "y":"hello"})38_contains(locals(),  {"x":1, "y":"hello"})39_contains(g1, {"x":4, "y":"world"})40exec("global x; x, y; x = x + 4", g1)41_contains(g1, {"x":8})42# -- declare global43exec("global z", g1)44_not_contains(globals(), 'z')45_not_contains(locals(), 'z')46_not_contains(g1, 'z')47# -- new global48exec("global z; z = -1", g1)49_not_contains(globals(), 'z')50_not_contains(locals(), 'z')51_contains(g1, {'z':-1})52# y is missing in g253g2 = {'x':3}54try:55    exec("x, y", g2)56except NameError: pass57else:  Assert(False, "should throw NameError exception")58exec("y = 'ironpython'", g2)59_contains(g2, {"x":3, "y":"ironpython"})60_contains(globals(), {"y":"hello"})61_contains(locals(),  {"y":"hello"})62## exec with custom globals, locals63g = {'x': -1, 'y': 'python' }64l = {}65# use global66exec("if x != -1: throw", g, l)67exec("if y != 'python': throw", g, l)68_not_contains(l, 'x', 'y')69# new local70exec("x = 20; z = 2", g, l)71_contains(g, {"x":-1, "y":"python"})72_contains(l, {"x":20, "z":2})73# changes74exec("global y; y = y.upper(); z = -2", g, l)75_contains(g, {'x': -1, 'y': 'PYTHON'})76_contains(l, {'x': 20, 'z': -2})77# new global78exec("global w; w = -2", g, l)79_contains(g, {'x': -1, 'y': 'PYTHON', 'w': -2})80_contains(l, {'x': 20, 'z': -2})81# x in both g and l; use it82exec("global x; x = x - 1", g, l)83_contains(g, {'x': -2, 'y': 'PYTHON', 'w': -2})84_contains(l, {'x': 20, 'z': -2})85exec("x = x + 1", g, l)86_contains(g, {'x': -2, 'y': 'PYTHON', 'w': -2})87_contains(l, {'x': 21, 'z': -2})88## Inside Function: same as last part of previous checks89def InsideFunc():90    g = {'x': -1, 'y': 'python' }91    l = {}92    # use global93    exec("if x != -1: throw", g, l)94    exec("if y != 'python': throw", g, l)95    _not_contains(l, 'x', 'y')96    # new local97    exec("x = 20; z = 2", g, l)98    _contains(g, {"x":-1, "y":"python"})99    _contains(l, {"x":20, "z":2})100    # changes101    exec("global y; y = y.upper(); z = -2", g, l)102    _contains(g, {'x': -1, 'y': 'PYTHON'})103    _contains(l, {'x': 20, 'z': -2})104    # new global105    exec("global w; w = -2", g, l)106    _contains(g, {'x': -1, 'y': 'PYTHON', 'w': -2})107    _contains(l, {'x': 20, 'z': -2})108    # x in both g and l; use it109    exec("global x; x = x - 1", g, l)110    _contains(g, {'x': -2, 'y': 'PYTHON', 'w': -2})111    _contains(l, {'x': 20, 'z': -2})112    exec("x = x + 1", g, l)113    _contains(g, {'x': -2, 'y': 'PYTHON', 'w': -2})114    _contains(l, {'x': 21, 'z': -2})115InsideFunc()116unique_global_name = 987654321117class C:118    exec('a = unique_global_name')119    exec("if unique_global_name != 987654321: raise AssertionError('cannott see unique_global_name')")120AreEqual(C.a, 987654321)121def f():122    exec("if unique_global_name != 987654321: raise AssertionError('cannot see unique_global_name')")123    def g(): exec("if unique_global_name != 987654321: raise AssertionError('cannot see unique_global_name')")124    g()125f()126# exec tests127# verify passing a bad value throws...128try:...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.