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How to use output_should_be method in Robotframework

Best Python code snippet using robotframework

test_job.py

Source:test_job.py

1import json2import unittest3from opulence.common.facts import BaseFact4from opulence.common.fields import IntegerField, StringField5from opulence.common.job import Composable, Result, StatusCode6from opulence.common.jsonEncoder import decode, encode7from opulence.common.patterns import Composite8class FactA(BaseFact):9    _name_ = "x"10    _description_ = "xx"11    _author_ = "xxx"12    _version_ = 113    def setup(self):14        self.a = IntegerField(mandatory=False)15        self.b = StringField(default="b")16        self.c = StringField(default="c")17class TestComposables(unittest.TestCase):18    def test_composable_eq(self):19        a = FactA(a=1)20        b = FactA(a=2)21        c = Composable(Composite(a, b))22        a1 = FactA(a=1)23        b1 = FactA(a=2)24        c1 = Composable(Composite(a1, b1))25        self.assertTrue(c == c1)26    def test_composable_eq_2(self):27        a = FactA(a=1)28        c = Composable(Composite(a))29        a1 = FactA(a=1)30        c1 = Composable(a1)31        self.assertTrue(c == c1)32    def test_composable_not_eq(self):33        a = FactA(a=1)34        b = FactA(a=2)35        c = Composable(Composite(a, b))36        a1 = FactA(a=1)37        self.assertTrue(c != a1)38    def test_composable_not_eq_2(self):39        a = FactA(a=1)40        b = FactA(a=2)41        c = Composable(Composite(a, b))42        a1 = FactA(a=1)43        b1 = FactA(a=4242)44        c1 = Composable(Composite(a1, b1))45        self.assertTrue(c != c1)46class TestJobResult(unittest.TestCase):47    def test_job_result_composite(self):48        a = FactA()49        b = FactA()50        j = Result(input=Composite(a, b))51        j.status = StatusCode.finished52        j_json = json.dumps(j, cls=encode)53        new_j = json.loads(j_json, object_hook=decode)54        self.assertEqual(55            False,56            StatusCode.is_errored(new_j.status["status"]),57            StatusCode.is_errored(j.status["status"]),58        )59        self.assertEqual(j.status, new_j.status)60        self.assertEqual("Finished", j.status["code"], new_j.status["code"])61        self.assertEqual(j.input, new_j.input)62    def test_job_result_error_msg(self):63        a = FactA()64        j = Result(input=a)65        j.status = StatusCode.finished, "this is an error"66        j_json = json.dumps(j, cls=encode)67        new_j = json.loads(j_json, object_hook=decode)68        self.assertEqual(69            False,70            StatusCode.is_errored(new_j.status["status"]),71            StatusCode.is_errored(j.status["status"]),72        )73        self.assertEqual(j.status, new_j.status)74        self.assertEqual("Finished", j.status["code"], new_j.status["code"])75        self.assertEqual("this is an error", j.status["error"], new_j.status["error"])76    def test_job_result_errored(self):77        a = FactA()78        j = Result(input=a)79        j.status = StatusCode.error80        j_json = json.dumps(j, cls=encode)81        new_j = json.loads(j_json, object_hook=decode)82        self.assertEqual(83            True,84            StatusCode.is_errored(new_j.status["status"]),85            StatusCode.is_errored(j.status["status"]),86        )87        self.assertEqual(j.status, new_j.status)88    def test_job_result_errored_bis(self):89        a = FactA()90        j = Result(input=a)91        j.status = StatusCode.rate_limited92        j_json = json.dumps(j, cls=encode)93        new_j = json.loads(j_json, object_hook=decode)94        self.assertEqual(95            True,96            StatusCode.is_errored(new_j.status["status"]),97            StatusCode.is_errored(j.status["status"]),98        )99        self.assertEqual(j.status, new_j.status)100        self.assertEqual(j.output, None)101    def test_job_result_output(self):102        a = FactA()103        b = FactA(a=1, b=2, c=3)104        j = Result(input=a, output=b)105        j_json = json.dumps(j, cls=encode)106        new_j = json.loads(j_json, object_hook=decode)107        self.assertEqual(new_j.output, j.output)108        self.assertEqual(False, StatusCode.is_errored(j.status["status"]))109        self.assertEqual(1, len(j.output))110        self.assertEqual(j.output[0], b)111        self.assertEqual(j.output[0].get_info(), b.get_info())112    def test_job_result_output2(self):113        r = Result()114        r.input = FactA(a=1, b=2)115        r.output = [FactA(a=10, b=20), FactA(a=12, b=22)]116        r_json = r.to_json()117        r_json2 = json.dumps(r, cls=encode)118        new_r = json.loads(r_json2, object_hook=decode)119        new_r_json = new_r.to_json()120        self.assertEqual(r_json["input"], new_r_json["input"])121        for a, b in zip(r_json["input"], new_r_json["input"]):122            self.assertTrue(a == b)123        self.assertEqual(r_json["output"], new_r_json["output"])124        for a, b in zip(r_json["output"], new_r_json["output"]):125            self.assertTrue(a == b)126    def test_job_result_output3(self):127        r = Result()128        r.input = Composite(FactA(a=1, b=2), FactA(a=10, b=20))129        r.output = FactA(a=10, b=20)130        r_json = r.to_json()131        output_should_be = [132            {133                "__class__": "FactA",134                "__module__": "tests.test_job",135                "fields": {136                    "a": {137                        "__class__": "IntegerField",138                        "__module__": "opulence.common.fields.fields",139                        "value": 10,140                        "default": None,141                        "mandatory": False,142                    },143                    "b": {144                        "__class__": "StringField",145                        "__module__": "opulence.common.fields.fields",146                        "value": "20",147                        "default": "b",148                        "mandatory": False,149                    },150                    "c": {151                        "__class__": "StringField",152                        "__module__": "opulence.common.fields.fields",153                        "value": "c",154                        "default": "c",155                        "mandatory": False,156                    },157                },158            }159        ]160        input_should_be = [161            {162                "__class__": "FactA",163                "__module__": "tests.test_job",164                "fields": {165                    "a": {166                        "__class__": "IntegerField",167                        "__module__": "opulence.common.fields.fields",168                        "value": 1,169                        "default": None,170                        "mandatory": False,171                    },172                    "b": {173                        "__class__": "StringField",174                        "__module__": "opulence.common.fields.fields",175                        "value": "2",176                        "default": "b",177                        "mandatory": False,178                    },179                    "c": {180                        "__class__": "StringField",181                        "__module__": "opulence.common.fields.fields",182                        "value": "c",183                        "default": "c",184                        "mandatory": False,185                    },186                },187            },188            {189                "__class__": "FactA",190                "__module__": "tests.test_job",191                "fields": {192                    "a": {193                        "__class__": "IntegerField",194                        "__module__": "opulence.common.fields.fields",195                        "value": 10,196                        "default": None,197                        "mandatory": False,198                    },199                    "b": {200                        "__class__": "StringField",201                        "__module__": "opulence.common.fields.fields",202                        "value": "20",203                        "default": "b",204                        "mandatory": False,205                    },206                    "c": {207                        "__class__": "StringField",208                        "__module__": "opulence.common.fields.fields",209                        "value": "c",210                        "default": "c",211                        "mandatory": False,212                    },213                },214            },215        ]216        self.assertEqual(r_json["output"], output_should_be)217        self.assertEqual(r_json["input"], input_should_be)218        new_r = Result.from_json(r_json)219        new_r_json = new_r.to_json()220        for a, b in zip(r.to_json()["input"], new_r_json["input"]):221            self.assertTrue(a == b)222        for a, b in zip(r.to_json()["output"], new_r_json["output"]):223            self.assertTrue(a == b)224    def test_job_empty(self):225        r = Result()226        r_json = r.to_json()227        new_r = Result.from_json(r_json)228        self.assertEqual(new_r.to_json(), r.to_json())229    def test_job_not_altered(self):230        r = Result()231        r.input = Composite(FactA(a=1, b=2), FactA(a=10, b=20))232        r.output = FactA(a=30, b=40)233        r_json = r.to_json()234        # r_1 = Result.from_json(r_json)235        # r_1_json = r_1.to_json()236        # r_2 = Result.from_json(r_1_json)237        # r_2_json = r_2.to_json()238        input_should_be = [239            {240                "__class__": "FactA",241                "__module__": "tests.test_job",242                "fields": {243                    "a": {244                        "__class__": "IntegerField",245                        "__module__": "opulence.common.fields.fields",246                        "value": 1,247                        "default": None,248                        "mandatory": False,249                    },250                    "b": {251                        "__class__": "StringField",252                        "__module__": "opulence.common.fields.fields",253                        "value": "2",254                        "default": "b",255                        "mandatory": False,256                    },257                    "c": {258                        "__class__": "StringField",259                        "__module__": "opulence.common.fields.fields",260                        "value": "c",261                        "default": "c",262                        "mandatory": False,263                    },264                },265            },266            {267                "__class__": "FactA",268                "__module__": "tests.test_job",269                "fields": {270                    "a": {271                        "__class__": "IntegerField",272                        "__module__": "opulence.common.fields.fields",273                        "value": 10,274                        "default": None,275                        "mandatory": False,276                    },277                    "b": {278                        "__class__": "StringField",279                        "__module__": "opulence.common.fields.fields",280                        "value": "20",281                        "default": "b",282                        "mandatory": False,283                    },284                    "c": {285                        "__class__": "StringField",286                        "__module__": "opulence.common.fields.fields",287                        "value": "c",288                        "default": "c",289                        "mandatory": False,290                    },291                },292            },293        ]294        output_should_be = [295            {296                "__class__": "FactA",297                "__module__": "tests.test_job",298                "fields": {299                    "a": {300                        "__class__": "IntegerField",301                        "__module__": "opulence.common.fields.fields",302                        "value": 30,303                        "default": None,304                        "mandatory": False,305                    },306                    "b": {307                        "__class__": "StringField",308                        "__module__": "opulence.common.fields.fields",309                        "value": "40",310                        "default": "b",311                        "mandatory": False,312                    },313                    "c": {314                        "__class__": "StringField",315                        "__module__": "opulence.common.fields.fields",316                        "value": "c",317                        "default": "c",318                        "mandatory": False,319                    },320                },321            }322        ]323        self.assertEqual(input_should_be, r_json["input"])324        self.assertEqual(output_should_be, r_json["output"])325        # self.assertEqual(input_should_be, r_1_json["input"])326        # self.assertEqual(output_should_be, r_1_json["output"])327        # self.assertEqual(input_should_be, r_2_json["input"])...

test_transformations.py

Source:test_transformations.py

1"""2MDSuite: A Zincwarecode package.3License4-------5This program and the accompanying materials are made available under the terms6of the Eclipse Public License v2.0 which accompanies this distribution, and is7available at https://www.eclipse.org/legal/epl-v20.html8SPDX-License-Identifier: EPL-2.09Copyright Contributors to the Zincwarecode Project.10Contact Information11-------------------12email: zincwarecode@gmail.com13github: https://github.com/zincware14web: https://zincwarecode.com/15Citation16--------17If you use this module please cite us with:18Summary19-------20In this file, we test all transformation operations21"""22import numpy as np23import tensorflow as tf24from mdsuite.database.mdsuite_properties import mdsuite_properties25from mdsuite.transformations import (26    integrated_heat_current,27    ionic_current,28    kinaci_integrated_heat_current,29    momentum_flux,30    scale_coordinates,31    thermal_flux,32)33from mdsuite.transformations import translational_dipole_moment as tdp34from mdsuite.transformations import (35    unwrap_coordinates,36    unwrap_via_indices,37    velocity_from_positions,38    wrap_coordinates,39)40from mdsuite.utils.testing import assertDeepAlmostEqual41dtype = tf.float6442def test_integrated_heat_current():43    trafo = integrated_heat_current.IntegratedHeatCurrent()44    assert trafo.output_property == mdsuite_properties.integrated_heat_current45    # TODO46def test_ionic_current():47    trafo = ionic_current.IonicCurrent()48    assert trafo.output_property == mdsuite_properties.ionic_current49    n_part = 550    n_step = 751    input = {}52    output_should_be = np.zeros((n_step, 3))53    for sp_name in ["Na", "Cl"]:54        vel = tf.convert_to_tensor(np.random.random((n_part, n_step, 3)), dtype=dtype)55        charge = tf.convert_to_tensor([[[np.random.random()]]], dtype=dtype)56        input[sp_name] = {57            mdsuite_properties.velocities.name: vel,58            mdsuite_properties.charge.name: charge,59        }60        output_should_be += np.sum(vel.numpy() * charge.numpy(), axis=0)61    output = trafo.transform_batch(input)62    assertDeepAlmostEqual(output, output_should_be)63def test_kinaci_integrated_heat_current():64    trafo = kinaci_integrated_heat_current.KinaciIntegratedHeatCurrent()65    assert trafo.output_property == mdsuite_properties.kinaci_heat_current66    # TODO67# todo map_molecules68def test_momentum_flux():69    trafo = momentum_flux.MomentumFlux()70    assert trafo.output_property == mdsuite_properties.momentum_flux71    # TODO72def test_scale_coordinates():73    trafo = scale_coordinates.ScaleCoordinates()74    assert trafo.output_property == mdsuite_properties.positions75    n_part = 576    n_step = 777    pos = tf.convert_to_tensor(np.random.random((n_part, n_step, 3)), dtype=dtype)78    pos /= np.max(pos)79    box_l = tf.convert_to_tensor([1.1, 2.2, 3.3], dtype=dtype)[None, None, :]80    input = {81        mdsuite_properties.scaled_positions.name: pos,82        mdsuite_properties.box_length.name: box_l,83    }84    output_should_be = pos * box_l85    output = trafo.transform_batch(input)86    assertDeepAlmostEqual(output, output_should_be)87def test_thermal_flux():88    trafo = thermal_flux.ThermalFlux()89    assert trafo.output_property == mdsuite_properties.thermal_flux90    # TODO91def test_translational_dipole_moment():92    trafo = tdp.TranslationalDipoleMoment()93    assert trafo.output_property == mdsuite_properties.translational_dipole_moment94    n_part = 595    n_step = 796    input = {}97    output_should_be = np.zeros((n_step, 3))98    for sp_name in ["Na", "Cl"]:99        pos = tf.convert_to_tensor(np.random.random((n_part, n_step, 3)), dtype=dtype)100        charge = tf.convert_to_tensor([[[np.random.random()]]], dtype=dtype)101        input[sp_name] = {102            mdsuite_properties.unwrapped_positions.name: pos,103            mdsuite_properties.charge.name: charge,104        }105        output_should_be += np.sum(pos.numpy() * charge.numpy(), axis=0)106    output = trafo.transform_batch(input)107    assertDeepAlmostEqual(output, output_should_be)108def test_unwrap_coordinates():109    trafo = unwrap_coordinates.CoordinateUnwrapper()110    assert trafo.output_property == mdsuite_properties.unwrapped_positions111    box_l = tf.convert_to_tensor([1.1, 2.2, 3.3], dtype=dtype)[None, None, :]112    # 1 particle, 4 time steps113    # x stays in box 0114    # y jumps 0 -> -1 -> -1 -> 0115    # z jumps 0 -> 1 -> 1 -> 2116    pos = np.array(117        [[[0.5, 0.1, 3.2]], [[0.6, 2.1, 0.9]], [[0.6, 2.1, 2.1]], [[0.6, 0.1, 0.1]]]118    )119    pos = np.swapaxes(pos, 0, 1)120    print(np.shape(pos))121    input = {122        mdsuite_properties.positions.name: tf.convert_to_tensor(pos, dtype=dtype),123        mdsuite_properties.box_length.name: box_l,124    }125    # previous carryover (same pos, but already image jumps in the last batch)126    last_carryover = {127        "last_pos": tf.convert_to_tensor([[0.5, 0.1, 3.2]], dtype=dtype),128        "last_image_box": tf.convert_to_tensor([[4, 0, 0]], dtype=dtype),129    }130    output, carryover = trafo.transform_batch(input, carryover=last_carryover)131    output_should_be = np.array(132        [133            [[4 * 1.1 + 0.5, 0.1, 3.2]],134            [[4 * 1.1 + 0.6, -0.1, 4.2]],135            [[4 * 1.1 + 0.6, -0.1, 5.4]],136            [[4 * 1.1 + 0.6, 0.1, 6.7]],137        ]138    )139    output_should_be = np.swapaxes(output_should_be, 0, 1)140    carryover_should_be = {"last_pos": [[0.6, 0.1, 0.1]], "last_image_box": [[4, 0, 2]]}141    assertDeepAlmostEqual(output.numpy(), output_should_be)142    assertDeepAlmostEqual(carryover["last_pos"], carryover_should_be["last_pos"])143    assertDeepAlmostEqual(144        carryover["last_image_box"], carryover_should_be["last_image_box"]145    )146def test_unwrap_via_indices():147    trafo = unwrap_via_indices.UnwrapViaIndices()148    assert trafo.output_property == mdsuite_properties.unwrapped_positions149    n_part = 5150    n_step = 7151    pos = tf.convert_to_tensor(np.random.random((n_part, n_step, 3)), dtype=dtype)152    box_im = tf.convert_to_tensor(153        np.random.randint(-10, 10, size=(n_part, n_step, 3)), dtype=dtype154    )155    box_l = tf.convert_to_tensor([1.1, 2.2, 3.3], dtype=dtype)[None, None, :]156    input = {157        mdsuite_properties.positions.name: pos,158        mdsuite_properties.box_images.name: box_im,159        mdsuite_properties.box_length.name: box_l,160    }161    output_should_be = pos + box_im * box_l162    output = trafo.transform_batch(input)163    assertDeepAlmostEqual(output, output_should_be)164def test_velocity_from_positions():165    trafo = velocity_from_positions.VelocityFromPositions()166    assert trafo.output_property == mdsuite_properties.velocities_from_positions167    n_part = 5168    n_step = 7169    pos = tf.convert_to_tensor(np.random.random((n_part, n_step, 3)), dtype=dtype)170    t_step = tf.convert_to_tensor([[[0.1]]], dtype=dtype)171    sample_rate = tf.convert_to_tensor([[[17]]], dtype=dtype)172    input = {173        mdsuite_properties.unwrapped_positions.name: pos,174        mdsuite_properties.time_step.name: t_step,175        mdsuite_properties.sample_rate.name: sample_rate,176    }177    output = trafo.transform_batch(input)178    vels = (pos[:, 1:, :] - pos[:, :-1, :]) / (t_step * sample_rate)179    last_vels = vels[:, -1, :]180    output_should_be = np.concatenate((vels, last_vels[:, None, :]), axis=1)181    assertDeepAlmostEqual(output, output_should_be)182def test_wrap_coordinates():183    trafo = wrap_coordinates.CoordinateWrapper(center_box=False)184    assert trafo.output_property == mdsuite_properties.positions185    n_part = 5186    n_step = 7187    pos = tf.convert_to_tensor(np.random.random((n_part, n_step, 3)), dtype=dtype)188    box_l = tf.convert_to_tensor([1.1, 2.2, 3.3], dtype=dtype)[None, None, :]189    input = {190        mdsuite_properties.unwrapped_positions.name: pos,191        mdsuite_properties.box_length.name: box_l,192    }193    output_should_be = pos - tf.floor(pos / box_l) * box_l194    output = trafo.transform_batch(input)195    assertDeepAlmostEqual(output, output_should_be)196    assert np.all(output > 0)...

test_trash_list.py

Source:test_trash_list.py

...14class describe_trash_list_output:15    @istest16    def should_output_the_help_message(self):17        self.run('trash-list', '--help')18        self.output_should_be("""\19Usage: trash-list [OPTIONS...]20List trashed files21Options:22  --version   show program's version number and exit23  -h, --help  show this help message and exit24Report bugs to http://code.google.com/p/trash-cli/issues25""")26    @istest27    def should_output_nothing_if_no_files(self):28        self.run()29        self.output_should_be('')30    @istest31    def should_output_deletion_date_and_path_of_trash(self):32        self.add_trashinfo('/aboslute/path', '2001-02-03T23:55:59')33        self.run()34        self.output_should_be( "2001-02-03 23:55:59 /aboslute/path\n")35    @istest36    def should_works_also_with_multiple_files(self):37        self.add_trashinfo("/file1", "2000-01-01T00:00:01")38        self.add_trashinfo("/file2", "2000-01-01T00:00:02")39        self.add_trashinfo("/file3", "2000-01-01T00:00:03")40        self.run()41        self.output_should_be( "2000-01-01 00:00:01 /file1\n"42                                  "2000-01-01 00:00:02 /file2\n"43                                  "2000-01-01 00:00:03 /file3\n")44    @istest45    def should_output_question_mark_if_deletion_date_is_not_present(self):46        self.info_dir.having_file(a_trashinfo_without_date())47        self.run()48        self.output_should_be("????-??-?? ??:??:?? /path\n")49    @istest50    def should_output_question_marks_if_deletion_date_is_invalid(self):51        self.info_dir.having_file(a_trashinfo_with_invalid_date())52        self.run()53        self.output_should_be("????-??-?? ??:??:?? /path\n")54    @istest55    def should_warn_about_empty_trashinfos(self):56        self.info_dir.touch('empty.trashinfo')57        self.run()58        self.error_should_be(59                "Parse Error: XDG_DATA_HOME/Trash/info/empty.trashinfo: "60                "Unable to parse Path\n")61    @istest62    def should_warn_about_unreadable_trashinfo(self):63        self.info_dir.having_unreadable('unreadable.trashinfo')64        self.run()65        self.error_should_be(66                "[Errno 13] Permission denied: "67                "'XDG_DATA_HOME/Trash/info/unreadable.trashinfo'\n")68    @istest69    def should_warn_about_unexistent_path_entry(self):70        self.info_dir.having_file(a_trashinfo_without_path())71        self.run()72        self.error_should_be(73                "Parse Error: XDG_DATA_HOME/Trash/info/1.trashinfo: "74                "Unable to parse Path\n")75        self.output_should_be('')76    def setUp(self):77        self.XDG_DATA_HOME = 'XDG_DATA_HOME'78        require_empty_dir( self.XDG_DATA_HOME)79        self.info_dir      = FakeInfoDir(self.XDG_DATA_HOME+'/Trash/info')80        self.add_trashinfo = self.info_dir.add_trashinfo81        runner = TrashListRunner( environ = {'XDG_DATA_HOME': self.XDG_DATA_HOME})82        self.output_should_be = runner.output_should_be83        self.error_should_be  = runner.error_should_be84        self.run = runner85@istest86class describe_trash_list_with_raw_option:87    def setup(self):88        from nose import SkipTest; raise SkipTest()89        self.having_XDG_DATA_HOME('XDG_DATA_HOME')90        self.running('trash-list', '--raw')91    @istest92    def output_should_contains_trashinfo_paths(self):93        from nose import SkipTest; raise SkipTest()94        self.having_trashinfo('foo.trashinfo')95        self.output_should_contain_line(96            'XDG_DATA_HOME/Trash/info/foo.trashinfo')97    @istest98    def output_should_contains_backup_copy_paths(self):99        from nose import SkipTest; raise SkipTest()100        self.having_trashinfo('foo.trashinfo')101        self.output_should_contain_line(102            'XDG_DATA_HOME/Trash/files/foo')103    def having_XDG_DATA_HOME(self, value):104        self.XDG_DATA_HOME = value105    def running(self, *argv):106        runner = TrashListRunner( environ = {'XDG_DATA_HOME': self.XDG_DATA_HOME})107        runner.run(argv)108        self.output = runner.output()109    def output_should_contain_line(self, line):110        assert line in self.output_lines()111    def output_lines(self):112        return [line.rstrip('\n') for line in self.output.splitlines()]113@istest114class describe_list_trash_with_top_trash_directory_type_1:115    @istest116    def should_list_method_1_trashcan_contents(self):117        make_sticky_dir('topdir/.Trash')118        trashdir = FakeInfoDir('topdir/.Trash/123/info')119        trashdir.add_trashinfo('file1', '2000-01-01T00:00:00')120        self.run()121        self.output_should_be("2000-01-01 00:00:00 topdir/file1\n")122    @istest123    def should_ignore_contents_when_is_not_sticky(self):124        trashdir = FakeInfoDir('topdir/.Trash/123/info')125        trashdir.add_trashinfo('file1', '2000-01-01T00:00:00')126        ensure_non_sticky_dir('topdir/.Trash')127        self.run()128        self.output_should_be("")129    @istest130    def should_list_method2_trashcan_contents(self):131        trashdir = FakeInfoDir('topdir/.Trash-123/info')132        trashdir.add_trashinfo('file', '2000-01-01T00:00:00')133        self.run()134        self.output_should_be("2000-01-01 00:00:00 topdir/file\n")135    def setUp(self):136        require_empty_dir('topdir')137        runner = TrashListRunner()138        runner.set_fake_uid(123)139        runner.add_volume('topdir')140        self.run = runner141        self.output_should_be = runner.output_should_be142class FakeInfoDir:143    def __init__(self, path):144        self.path = path145        self.number = 1146    def touch(self, path_relative_to_info_dir):147        make_empty_file(self.join(path_relative_to_info_dir))148    def having_unreadable(self, path_relative_to_info_dir):149        path = self.join(path_relative_to_info_dir)150        make_unreadable_file(path)151    def join(self, path_relative_to_info_dir):152        import os153        return os.path.join(self.path, path_relative_to_info_dir)154    def having_file(self, contents):155        path = '%(info_dir)s/%(name)s.trashinfo' % { 'info_dir' : self.path,156                                                     'name'     : str(self.number)}157        write_file(path, contents)158        self.number += 1159        self.path_of_last_file_added = path160    def add_trashinfo(self, escaped_path_entry, formatted_deletion_date):161        self.having_file(a_trashinfo(escaped_path_entry, formatted_deletion_date))162class TrashListRunner:163    def __init__(self, environ={}):164        self.stdout      = OutputCollector()165        self.stderr      = OutputCollector()166        self.environ     = environ167        self.fake_getuid = self.error168        self.volumes     = []169    def __call__(self, *argv):170        self.run(argv)171    def run(self,argv):172        if argv==():173            argv='trash-list'174        ListCmd(175            out = self.stdout,176            err = self.stderr,177            environ = self.environ,178            getuid = self.fake_getuid,179            list_volumes = lambda: self.volumes180        ).run(*argv)181    def set_fake_uid(self, uid):182        self.fake_getuid = lambda: uid183    def add_volume(self, mount_point):184        self.volumes.append(mount_point)185    def error(self):186        raise ValueError()187    def output_should_be(self, expected_value):188        self.stdout.assert_equal_to(expected_value)189    def error_should_be(self, expected_value):190        self.stderr.assert_equal_to(expected_value)191    def output(self):...

test_trash_put.py

Source:test_trash_put.py

...8    def it_should_remove_the_file(self):9        file_should_have_been_deleted('sandbox/foo')10    @istest11    def it_should_remove_it_silently(self):12        self.output_should_be('')13    def a_trashinfo_file_should_have_been_created(self):14        15        file('sandbox/XDG_DATA_HOME/Trash/info/foo.trashinfo').read()16    def setUp(self):17        require_empty_dir('sandbox')18        having_file('sandbox/foo')19        self.run_trashput = TrashPutRunner(20                environ = {'XDG_DATA_HOME': 'sandbox/XDG_DATA_HOME' }21        )22        23        self.stderr_should_be = self.run_trashput.err.should_be24        self.output_should_be = self.run_trashput.out.should_be25        self.run_trashput('trash-put', 'sandbox/foo')26import os...

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