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How to use test_func2 method in pandera

Best Python code snippet using pandera_python

test_shape_convert.py

Source:test_shape_convert.py

...11        return x12    x = torch.rand(*shape_nchw)13    output = nchw2nlc2nchw(test_func, x)14    assert output.shape == torch.Size(shape_nchw)15    def test_func2(x, arg):16        assert x.shape == torch.Size(shape_nlc)17        assert arg == 10018        return x19    x = torch.rand(*shape_nchw)20    output = nchw2nlc2nchw(test_func2, x, arg=100)21    assert output.shape == torch.Size(shape_nchw)22    def test_func3(x):23        assert x.is_contiguous()24        assert x.shape == torch.Size(shape_nlc)25        return x26    x = torch.rand(*shape_nchw)27    output = nchw2nlc2nchw(test_func3, x, contiguous=True)28    assert output.shape == torch.Size(shape_nchw)29    assert output.is_contiguous()30def test_nlc2nchw2nlc():31    # Test nlc2nchw2nlc function32    shape_nchw = (4, 2, 5, 5)33    shape_nlc = (4, 25, 2)34    def test_func(x):35        assert x.shape == torch.Size(shape_nchw)36        return x37    x = torch.rand(*shape_nlc)38    output = nlc2nchw2nlc(test_func, x, shape_nchw[2:])39    assert output.shape == torch.Size(shape_nlc)40    def test_func2(x, arg):41        assert x.shape == torch.Size(shape_nchw)42        assert arg == 10043        return x44    x = torch.rand(*shape_nlc)45    output = nlc2nchw2nlc(test_func2, x, shape_nchw[2:], arg=100)46    assert output.shape == torch.Size(shape_nlc)47    def test_func3(x):48        assert x.is_contiguous()49        assert x.shape == torch.Size(shape_nchw)50        return x51    x = torch.rand(*shape_nlc)52    output = nlc2nchw2nlc(test_func3, x, shape_nchw[2:], contiguous=True)53    assert output.shape == torch.Size(shape_nlc)54    assert output.is_contiguous()...

test_command.py

Source:test_command.py

1# This file is part of the GOsa framework.2#3#  http://gosa-project.org4#5# Copyright:6#  (C) 2016 GONICUS GmbH, Germany, http://www.gonicus.de7#8# See the LICENSE file in the project's top-level directory for details.9import pytest10from unittest import TestCase, mock11from gosa.client.command import *12from gosa.common.components import Command13class TestModule(object):14    @Command()15    def test_func1(self, param):16        """ Documentation """17        return True18class TestModule2(object):19    @Command()20    def undocumented_func(self):21        return True22class ClientCommandTestCase(TestCase):23    def test_undocumented(self):24        with mock.patch.dict("gosa.client.command.PluginRegistry.modules", {'TestModule2': TestModule2}),\25                pytest.raises(Exception):26            ClientCommandRegistry()27    def test_commands(self):28        reg = PluginRegistry.getInstance("ClientCommandRegistry")29        with mock.patch("gosa.client.command.PluginRegistry.modules", new_callable=mock.PropertyMock, return_value={'TestModule':30                                                                                                                      TestModule}):31            reg.register('test_func1', 'TestModule.test_func1', [], 'signature1', 'documentation1')32            reg.register('test_func2', 'TestModule.test_func2', [], 'signature2', 'documentation2')33            res = reg.getMethods()34            assert 'test_func1' in res35            assert 'test_func2' in res36            reg.unregister('test_func2')37            assert 'test_func1' in res38            assert 'test_func2' not in res39            with pytest.raises(CommandInvalid):40                reg.dispatch('test_func2')41        with mock.patch("gosa.client.command.PluginRegistry.modules", new_callable=mock.PropertyMock, return_value={'TestModule': TestModule()}):...

minList.py

Source:minList.py

...19        else:20            tmp+=new_list[i]21            end +=122    return new_list[:start],new_list[start:end+1],new_list[end+1:]23def test_func2(num_list):24    '''25    æ±æ°ç»ä¸æå¤§ååºåçä¹ç§¯ï¼ååºåå¿é¡»è¿ç»26    '''27    l=len(num_list)28    left = 029    hasNone = 030    flag = 031    flag_left = 032    for i in range(l):33        if num_list[i]<0:34            hasNone = 135            if flag==0:36                left = i37                flag = 138            right = i39    if hasNone==0:40        return num_list,[],[]41    else:42        if left==right:43            return num_list[:left],num_list[left:left+1],num_list[left+1:]44        else:45            new_list = num_list[left:right+1]46            L,M,R = findClear(new_list)47            L = num_list[:left]+L48            R = R+num_list[right+1:]49            return L,M,R50print(test_func2(s0))51print(test_func2(s1))52print(test_func2(s2))...

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