tests.test_core.GrouppingTestCase.test_group_items() - Code Metrics - Inspection of "Ensure code coverage is sent to Scrutinizer" - oblalex/candv - Measure and Improve Code Quality continuously with Scrutinizer

Passed

Push — master ( 81bb9a...af753b )

by Oleksandr

created 2020-11-12 19:40 UTC

tests.test_core.GrouppingTestCase.test_group_items() A

↳ Parent: Project

Complexity

Conditions

Size

Total Lines	19
Code Lines	15

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
eloc	15
dl	0
loc	19
rs	9.65
c	0
b	0
f	0
cc	1
nop	1

import pickle
import sys
import unittest

from collections.abc import Iterable
from collections.abc import Iterator

from pathlib import Path

from candv.core import Constants
from candv.core import SimpleConstant
from candv.core import with_constant_class

from candv.exceptions import CandvConstantAlreadyBoundError
from candv.exceptions import CandvContainerMisusedError
from candv.exceptions import CandvInvalidConstantClass
from candv.exceptions import CandvInvalidGroupMemberError
from candv.exceptions import CandvMissingConstantError


class ConstantsTestCase(unittest.TestCase):

  def test_container_instantiation(self):

    with self.assertRaises(CandvContainerMisusedError) as cm:
      Constants()

    self.assertEqual(
      cm.exception.args[0],
      (
        "\"<constants container 'Constants'>\" cannot be instantiated: "
        "constant containers are not designed for that"
      ),
    )

  def test_name(self):

    class FOO(Constants):
      ...

    self.assertEqual(FOO.name, "FOO")

  def test_full_name(self):

    class FOO(Constants):
      ...

    self.assertEqual(FOO.full_name, "FOO")

  def test_repr(self):

    class FOO(Constants):
      ...

    self.assertEqual(repr(FOO), "<constants container 'FOO'>")

  def test_names(self):

    class FOO(Constants):
      CONSTANT_2 = SimpleConstant()
      CONSTANT_3 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    names = FOO.names()

    self.assertIsInstance(names, list)
    self.assertEqual(
      names,
      [
        "CONSTANT_2",
        "CONSTANT_3",
        "CONSTANT_1",
      ],
    )

  def test_iternames(self):

    class FOO(Constants):
      CONSTANT_2 = SimpleConstant()
      CONSTANT_3 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    names = FOO.iternames()

    self.assertIsInstance(names, Iterator)
    self.assertEqual(
      list(names),
      [
        "CONSTANT_2",
        "CONSTANT_3",
        "CONSTANT_1",
      ],
    )

  def test_values(self):

    class FOO(Constants):
      CONSTANT_2 = SimpleConstant()
      CONSTANT_3 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    values = FOO.values()

    self.assertIsInstance(values, list)
    self.assertEqual(
      values,
      [
        FOO.CONSTANT_2,
        FOO.CONSTANT_3,
        FOO.CONSTANT_1,
      ],
    )

  def test_itervalues(self):

    class FOO(Constants):
      CONSTANT_2 = SimpleConstant()
      CONSTANT_3 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    values = FOO.itervalues()

    self.assertIsInstance(values, Iterator)
    self.assertEqual(
      list(values),
      [
        FOO.CONSTANT_2,
        FOO.CONSTANT_3,
        FOO.CONSTANT_1,
      ],
    )

  def test_constants(self):
    class FOO(Constants):
      CONSTANT_2 = SimpleConstant()
      CONSTANT_3 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    constants = FOO.constants()

    self.assertIsInstance(constants, list)
    self.assertEqual(
      constants,
      [
        FOO.CONSTANT_2,
        FOO.CONSTANT_3,
        FOO.CONSTANT_1,
      ],
    )

  def test_iterconstants(self):

    class FOO(Constants):
      CONSTANT_2 = SimpleConstant()
      CONSTANT_3 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    constants = FOO.iterconstants()

    self.assertIsInstance(constants, Iterator)
    self.assertEqual(
      list(constants),
      [
        FOO.CONSTANT_2,
        FOO.CONSTANT_3,
        FOO.CONSTANT_1,
      ],
    )

  def test_items(self):

    class FOO(Constants):
      CONSTANT_2 = SimpleConstant()
      CONSTANT_3 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    items = FOO.items()

    self.assertIsInstance(items, list)
    self.assertEqual(
      items,
      [
        ("CONSTANT_2", FOO.CONSTANT_2),
        ("CONSTANT_3", FOO.CONSTANT_3),
        ("CONSTANT_1", FOO.CONSTANT_1),
      ],
    )

  def test_iteritems(self):

    class FOO(Constants):
      CONSTANT_2 = SimpleConstant()
      CONSTANT_3 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    items = FOO.iteritems()

    self.assertIsInstance(items, Iterator)
    self.assertEqual(
      list(items),
      [
        ("CONSTANT_2", FOO.CONSTANT_2),
        ("CONSTANT_3", FOO.CONSTANT_3),
        ("CONSTANT_1", FOO.CONSTANT_1),
      ],
    )

  def test_iter(self):

    class FOO(Constants):
      CONSTANT_2 = SimpleConstant()
      CONSTANT_3 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    self.assertIsInstance(FOO, Iterable)
    self.assertEqual(
      list(FOO),
      [
        "CONSTANT_2",
        "CONSTANT_3",
        "CONSTANT_1",
      ],
    )

  def test_len(self):

    class FOO(Constants):
      CONSTANT_2 = SimpleConstant()
      CONSTANT_3 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    self.assertEqual(len(FOO), 3)

  def test_contains(self):

    class FOO(Constants):
      CONSTANT_1 = SimpleConstant()

    self.assertTrue("CONSTANT_1" in FOO)
    self.assertFalse("CONSTANT_X" in FOO)

  def test_has_name(self):

    class FOO(Constants):
      CONSTANT_1 = SimpleConstant()

    self.assertTrue(FOO.has_name("CONSTANT_1"))
    self.assertFalse(FOO.has_name("CONSTANT_X"))

  def test_get_item(self):

    class FOO(Constants):
      CONSTANT_1 = SimpleConstant()

    self.assertEqual(FOO["CONSTANT_1"], FOO.CONSTANT_1)

  def test_get_item_missing(self):

    class FOO(Constants):
      CONSTANT_1 = SimpleConstant()

    with self.assertRaises(CandvMissingConstantError) as cm:
      FOO["CONSTANT_X"]

    self.assertEqual(
      cm.exception.args[0],
      (
        "constant \"CONSTANT_X\" is not present in "
        "\"<constants container 'FOO'>\""
      ),
    )

  def test_get(self):

    class FOO(Constants):
      CONSTANT_1 = SimpleConstant()

    self.assertEqual(FOO.get("CONSTANT_1"), FOO.CONSTANT_1)
    self.assertEqual(FOO.get("CONSTANT_X"), None)

  def test_invalid_constant_class(self):

    with self.assertRaises(CandvInvalidConstantClass) as cm:

      class FOO(Constants):
        constant_class = int

    self.assertEqual(
      cm.exception.args[0],
      (
        f"invalid \"constant_class\" for \"<constants container 'FOO'>\": "
        f"must be derived from \"<class 'candv.core.SimpleConstant'>\", "
        f"but got \"{repr(int)}\""
      ),
    )

  def test_reuse_of_constant(self):

    with self.assertRaises(CandvConstantAlreadyBoundError) as cm:

      class FOO(Constants):
        CONSTANT_1 = SimpleConstant()

      class BAR(Constants):
        CONSTANT_1 = FOO.CONSTANT_1

    self.assertEqual(
      cm.exception.args[0],
      (
        "cannot use \"<constant 'FOO.CONSTANT_1'>\" as value for \"CONSTANT_1\" "
        "attribute of \"<constants container 'BAR'>\" container: already bound "
        "to \"<constants container 'FOO'>\""
      ),
    )

  def test_duplicates(self):

    class FOO(Constants):
      CONSTANT_1 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    self.assertEqual(
      list(FOO),
      ["CONSTANT_1", ],
    )

  def test_mixed_constant_classes(self):

    class CustomConstant(SimpleConstant):
      pass

    class FOO(Constants):
      CONSTANT_1 = SimpleConstant()
      CONSTANT_2 = CustomConstant()

    self.assertEqual(
      list(FOO),
      [
        "CONSTANT_1",
        "CONSTANT_2",
      ],
    )

  def test_constant_class(self):

    class CustomConstant(SimpleConstant):
      pass

    class FOO(Constants):
      constant_class = CustomConstant

      CONSTANT_1 = CustomConstant()
      CONSTANT_2 = CustomConstant()
      CONSTANT_X = SimpleConstant()  # more generic, hence insivible

    self.assertEqual(
      list(FOO),
      [
        "CONSTANT_1",
        "CONSTANT_2",
      ],
    )

  def test_unbound_constant(self):

    class CustomConstant(SimpleConstant):
      pass

    class FOO(Constants):
      constant_class = CustomConstant

      CONSTANT_1 = SimpleConstant()  # more generic, not owned

    self.assertEqual(
      FOO.CONSTANT_1.name,
      "CONSTANT_1",
    )
    self.assertEqual(
      FOO.CONSTANT_1.full_name,
      "__UNBOUND__.CONSTANT_1",
    )
    self.assertEqual(
      repr(FOO.CONSTANT_1),
      "<constant '__UNBOUND__.CONSTANT_1'>",
    )

  def test_to_primitive(self):

    class FOO(Constants):
      CONSTANT_2 = SimpleConstant()
      CONSTANT_3 = SimpleConstant()
      CONSTANT_1 = SimpleConstant()

    self.assertEqual(
      FOO.to_primitive(),
      {
        'name': "FOO",
        'items': [
          {'name': "CONSTANT_2", },
          {'name': "CONSTANT_3", },
          {'name': "CONSTANT_1", },
        ],
      },
    )

  def test_different_imports(self):
    sys.path.insert(0, str(Path(__file__).absolute().parent / "package"))

    from .package.subpackage.constants import CONSTANTS
    from subpackage.constants import CONSTANTS as SUBCONSTANTS

    self.assertNotEqual(CONSTANTS.__module__, SUBCONSTANTS.__module__)
    self.assertEqual(CONSTANTS.PRIMARY, SUBCONSTANTS.PRIMARY)

  def test_picking(self):
    from .package.subpackage.constants import CONSTANTS

    restored = pickle.loads(pickle.dumps(CONSTANTS))
    self.assertEqual(CONSTANTS, restored)


class ConstantClassMixinTestCase(unittest.TestCase):

  def test_constant_class_mixin_factory(self):

    class CustomConstant(SimpleConstant):
      pass

    class FOO(with_constant_class(CustomConstant), Constants):
      CONSTANT_1 = CustomConstant()
      CONSTANT_2 = CustomConstant()

    self.assertEqual(FOO.constant_class, CustomConstant)
    self.assertEqual(
      FOO.constants(),
      [
        FOO.CONSTANT_1,
        FOO.CONSTANT_2,
      ],
    )


class SimpleConstantTestCase(unittest.TestCase):

  def test_name(self):

    class FOO(Constants):
      CONSTANT = SimpleConstant()

    self.assertEqual(FOO.CONSTANT.name, "CONSTANT")

  def test_full_name(self):

    class FOO(Constants):
      CONSTANT = SimpleConstant()

    self.assertEqual(FOO.CONSTANT.full_name, "FOO.CONSTANT")

  def test_repr(self):

    class FOO(Constants):
      CONSTANT = SimpleConstant()

    self.assertEqual(repr(FOO.CONSTANT), "<constant 'FOO.CONSTANT'>")

  def test_container(self):

    class FOO(Constants):
      CONSTANT = SimpleConstant()

    self.assertEqual(FOO.CONSTANT.container, FOO)

  def test_to_primitive(self):

    class FOO(Constants):
      CONSTANT = SimpleConstant()

    self.assertEqual(
      FOO.CONSTANT.to_primitive(),
      {'name': "CONSTANT"},
    )


class GrouppingTestCase(unittest.TestCase):

  def test_group_name(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(group_class=Constants)

    self.assertEqual(FOO.G.name, "G")

  def test_group_full_name(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(group_class=Constants)

    self.assertEqual(FOO.G.full_name, "FOO.G")

  def test_group_repr(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(group_class=Constants)

    self.assertEqual(repr(FOO.G), "<constants group 'FOO.G'>")

  def test_group_names(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_3=SimpleConstant(),
        G_1=SimpleConstant(),
        G_2=SimpleConstant(),
      )

    names = FOO.G.names()

    self.assertIsInstance(names, list)
    self.assertEqual(
      names,
      [
        "G_3",
        "G_1",
        "G_2",
      ],
    )

  def test_group_iternames(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_3=SimpleConstant(),
        G_1=SimpleConstant(),
        G_2=SimpleConstant(),
      )

    names = FOO.G.iternames()

    self.assertIsInstance(names, Iterator)
    self.assertEqual(
      list(names),
      [
        "G_3",
        "G_1",
        "G_2",
      ],
    )

  def test_group_values(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_3=SimpleConstant(),
        G_1=SimpleConstant(),
        G_2=SimpleConstant(),
      )

    values = FOO.G.values()

    self.assertIsInstance(values, list)
    self.assertEqual(
      values,
      [
        FOO.G.G_3,
        FOO.G.G_1,
        FOO.G.G_2,
      ],
    )

  def test_group_itervalues(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_3=SimpleConstant(),
        G_1=SimpleConstant(),
        G_2=SimpleConstant(),
      )

    values = FOO.G.itervalues()

    self.assertIsInstance(values, Iterator)
    self.assertEqual(
      list(values),
      [
        FOO.G.G_3,
        FOO.G.G_1,
        FOO.G.G_2,
      ],
    )

  def test_group_constants(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_3=SimpleConstant(),
        G_1=SimpleConstant(),
        G_2=SimpleConstant(),
      )

    constants = FOO.G.constants()

    self.assertIsInstance(constants, list)
    self.assertEqual(
      constants,
      [
        FOO.G.G_3,
        FOO.G.G_1,
        FOO.G.G_2,
      ],
    )

  def test_group_iterconstants(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_3=SimpleConstant(),
        G_1=SimpleConstant(),
        G_2=SimpleConstant(),
      )

    constants = FOO.G.iterconstants()

    self.assertIsInstance(constants, Iterator)
    self.assertEqual(
      list(constants),
      [
        FOO.G.G_3,
        FOO.G.G_1,
        FOO.G.G_2,
      ],
    )

  def test_group_items(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_3=SimpleConstant(),
        G_1=SimpleConstant(),
        G_2=SimpleConstant(),
      )

    items = FOO.G.items()

    self.assertIsInstance(items, list)
    self.assertEqual(
      items,
      [
        ("G_3", FOO.G.G_3),
        ("G_1", FOO.G.G_1),
        ("G_2", FOO.G.G_2),
      ]
    )

  def test_group_iteritems(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_3=SimpleConstant(),
        G_1=SimpleConstant(),
        G_2=SimpleConstant(),
      )

    items = FOO.G.iteritems()

    self.assertIsInstance(items, Iterator)
    self.assertEqual(
      list(items),
      [
        ("G_3", FOO.G.G_3),
        ("G_1", FOO.G.G_1),
        ("G_2", FOO.G.G_2),
      ]
    )

  def test_group_iter(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_3=SimpleConstant(),
        G_1=SimpleConstant(),
        G_2=SimpleConstant(),
      )

    self.assertIsInstance(FOO.G, Iterable)
    self.assertEqual(
      list(FOO.G),
      [
        "G_3",
        "G_1",
        "G_2",
      ]
    )

  def test_group_len(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_3=SimpleConstant(),
        G_1=SimpleConstant(),
        G_2=SimpleConstant(),
      )

    self.assertEqual(len(FOO.G), 3)

  def test_group_contains(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_1=SimpleConstant(),
      )

    self.assertTrue("G_1" in FOO.G)
    self.assertFalse("G_X" in FOO.G)

  def test_group_has_name(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_1=SimpleConstant(),
      )

    self.assertTrue(FOO.G.has_name("G_1"))
    self.assertFalse(FOO.G.has_name("G_X"))

  def test_group_get_item(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_1=SimpleConstant(),
      )

    self.assertEqual(FOO.G["G_1"], FOO.G.G_1)

  def test_group_get_item_missing(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_1=SimpleConstant(),
      )

    with self.assertRaises(CandvMissingConstantError) as cm:
      FOO.G["G_X"]

    self.assertEqual(
      cm.exception.args[0],
      "constant \"G_X\" is not present in \"<constants group 'FOO.G'>\"",
    )

  def test_group_get(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_1=SimpleConstant(),
      )

    self.assertEqual(FOO.G.get("G_1"), FOO.G.G_1)
    self.assertEqual(FOO.G.get("G_X"), None)

  def test_group_container(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_1=SimpleConstant(),
      )

    self.assertEqual(FOO.G.container, FOO)

  def test_group_as_container(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_1=SimpleConstant(),
      )

    self.assertEqual(FOO.G.G_1.container, FOO.G)

  def test_container_names(self):

    class FOO(Constants):
      A = SimpleConstant()
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_1=SimpleConstant(),
      )

    self.assertEqual(FOO.names(), ["A", "G", ])

  def test_get_from_container(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_1=SimpleConstant(),
      )

    self.assertEqual(FOO["G"], FOO.G)

  def test_group_member_full_name(self):

    class FOO(Constants):
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_1=SimpleConstant(),
      )

    self.assertEqual(FOO.G.G_1.full_name, "FOO.G.G_1")

  def test_invalid_group(self):
    with self.assertRaises(CandvInvalidGroupMemberError) as cm:

      class FOO(Constants):
        G = SimpleConstant().to_group(
          group_class=Constants,
          G_1=SimpleConstant(),
          G_2=1,
        )

    self.assertEqual(
      cm.exception.args[0],
      (
        "invalid group member \"1\": only instances of "
        "\"<class 'candv.core.SimpleConstant'>\" or other groups are allowed"
      ),
    )

  def test_to_primitive(self):

    class FOO(Constants):
      A = SimpleConstant()
      G = SimpleConstant().to_group(
        group_class=Constants,
        G_3=SimpleConstant(),
        G_1=SimpleConstant(),
        G_2=SimpleConstant(),
      )

    self.assertEqual(
      FOO.to_primitive(),
      {
        'name': "FOO",
        'items': [
          {'name': "A", },
          {
            'name': "G",
            'items': [
              {'name': "G_3", },
              {'name': "G_1", },
              {'name': "G_2", },
            ],
          },
        ],
      },
    )


1			import pickle
2			import sys
3			import unittest
4
5			from collections.abc import Iterable
6			from collections.abc import Iterator
7
8			from pathlib import Path
9
10			from candv.core import Constants
11			from candv.core import SimpleConstant
12			from candv.core import with_constant_class
13
14			from candv.exceptions import CandvConstantAlreadyBoundError
15			from candv.exceptions import CandvContainerMisusedError
16			from candv.exceptions import CandvInvalidConstantClass
17			from candv.exceptions import CandvInvalidGroupMemberError
18			from candv.exceptions import CandvMissingConstantError
19
20
21			class ConstantsTestCase(unittest.TestCase):
22
23			def test_container_instantiation(self):
24
25			with self.assertRaises(CandvContainerMisusedError) as cm:
26			Constants()
27
28			self.assertEqual(
29			cm.exception.args[0],
30			(
31			"\"<constants container 'Constants'>\" cannot be instantiated: "
32			"constant containers are not designed for that"
33			),
34			)
35
36			def test_name(self):
37
38			class FOO(Constants):
39			...
40
41			self.assertEqual(FOO.name, "FOO")
42
43			def test_full_name(self):
44
45			class FOO(Constants):
46			...
47
48			self.assertEqual(FOO.full_name, "FOO")
49
50			def test_repr(self):
51
52			class FOO(Constants):
53			...
54
55			self.assertEqual(repr(FOO), "<constants container 'FOO'>")
56
57			def test_names(self):
58
59			class FOO(Constants):
60			CONSTANT_2 = SimpleConstant()
61			CONSTANT_3 = SimpleConstant()
62			CONSTANT_1 = SimpleConstant()
63
64			names = FOO.names()
65
66			self.assertIsInstance(names, list)
67			self.assertEqual(
68			names,
69			[
70			"CONSTANT_2",
71			"CONSTANT_3",
72			"CONSTANT_1",
73			],
74			)
75
76			def test_iternames(self):
77
78			class FOO(Constants):
79			CONSTANT_2 = SimpleConstant()
80			CONSTANT_3 = SimpleConstant()
81			CONSTANT_1 = SimpleConstant()
82
83			names = FOO.iternames()
84
85			self.assertIsInstance(names, Iterator)
86			self.assertEqual(
87			list(names),
88			[
89			"CONSTANT_2",
90			"CONSTANT_3",
91			"CONSTANT_1",
92			],
93			)
94
95			def test_values(self):
96
97			class FOO(Constants):
98			CONSTANT_2 = SimpleConstant()
99			CONSTANT_3 = SimpleConstant()
100			CONSTANT_1 = SimpleConstant()
101
102			values = FOO.values()
103
104			self.assertIsInstance(values, list)
105			self.assertEqual(
106			values,
107			[
108			FOO.CONSTANT_2,
109			FOO.CONSTANT_3,
110			FOO.CONSTANT_1,
111			],
112			)
113
114			def test_itervalues(self):
115
116			class FOO(Constants):
117			CONSTANT_2 = SimpleConstant()
118			CONSTANT_3 = SimpleConstant()
119			CONSTANT_1 = SimpleConstant()
120
121			values = FOO.itervalues()
122
123			self.assertIsInstance(values, Iterator)
124			self.assertEqual(
125			list(values),
126			[
127			FOO.CONSTANT_2,
128			FOO.CONSTANT_3,
129			FOO.CONSTANT_1,
130			],
131			)
132
133			def test_constants(self):
134			class FOO(Constants):
135			CONSTANT_2 = SimpleConstant()
136			CONSTANT_3 = SimpleConstant()
137			CONSTANT_1 = SimpleConstant()
138
139			constants = FOO.constants()
140
141			self.assertIsInstance(constants, list)
142			self.assertEqual(
143			constants,
144			[
145			FOO.CONSTANT_2,
146			FOO.CONSTANT_3,
147			FOO.CONSTANT_1,
148			],
149			)
150
151			def test_iterconstants(self):
152
153			class FOO(Constants):
154			CONSTANT_2 = SimpleConstant()
155			CONSTANT_3 = SimpleConstant()
156			CONSTANT_1 = SimpleConstant()
157
158			constants = FOO.iterconstants()
159
160			self.assertIsInstance(constants, Iterator)
161			self.assertEqual(
162			list(constants),
163			[
164			FOO.CONSTANT_2,
165			FOO.CONSTANT_3,
166			FOO.CONSTANT_1,
167			],
168			)
169
170			def test_items(self):
171
172			class FOO(Constants):
173			CONSTANT_2 = SimpleConstant()
174			CONSTANT_3 = SimpleConstant()
175			CONSTANT_1 = SimpleConstant()
176
177			items = FOO.items()
178
179			self.assertIsInstance(items, list)
180			self.assertEqual(
181			items,
182			[
183			("CONSTANT_2", FOO.CONSTANT_2),
184			("CONSTANT_3", FOO.CONSTANT_3),
185			("CONSTANT_1", FOO.CONSTANT_1),
186			],
187			)
188
189			def test_iteritems(self):
190
191			class FOO(Constants):
192			CONSTANT_2 = SimpleConstant()
193			CONSTANT_3 = SimpleConstant()
194			CONSTANT_1 = SimpleConstant()
195
196			items = FOO.iteritems()
197
198			self.assertIsInstance(items, Iterator)
199			self.assertEqual(
200			list(items),
201			[
202			("CONSTANT_2", FOO.CONSTANT_2),
203			("CONSTANT_3", FOO.CONSTANT_3),
204			("CONSTANT_1", FOO.CONSTANT_1),
205			],
206			)
207
208			def test_iter(self):
209
210			class FOO(Constants):
211			CONSTANT_2 = SimpleConstant()
212			CONSTANT_3 = SimpleConstant()
213			CONSTANT_1 = SimpleConstant()
214
215			self.assertIsInstance(FOO, Iterable)
216			self.assertEqual(
217			list(FOO),
218			[
219			"CONSTANT_2",
220			"CONSTANT_3",
221			"CONSTANT_1",
222			],
223			)
224
225			def test_len(self):
226
227			class FOO(Constants):
228			CONSTANT_2 = SimpleConstant()
229			CONSTANT_3 = SimpleConstant()
230			CONSTANT_1 = SimpleConstant()
231
232			self.assertEqual(len(FOO), 3)
233
234			def test_contains(self):
235
236			class FOO(Constants):
237			CONSTANT_1 = SimpleConstant()
238
239			self.assertTrue("CONSTANT_1" in FOO)
240			self.assertFalse("CONSTANT_X" in FOO)
241
242			def test_has_name(self):
243
244			class FOO(Constants):
245			CONSTANT_1 = SimpleConstant()
246
247			self.assertTrue(FOO.has_name("CONSTANT_1"))
248			self.assertFalse(FOO.has_name("CONSTANT_X"))
249
250			def test_get_item(self):
251
252			class FOO(Constants):
253			CONSTANT_1 = SimpleConstant()
254
255			self.assertEqual(FOO["CONSTANT_1"], FOO.CONSTANT_1)
256
257			def test_get_item_missing(self):
258
259			class FOO(Constants):
260			CONSTANT_1 = SimpleConstant()
261
262			with self.assertRaises(CandvMissingConstantError) as cm:
263			FOO["CONSTANT_X"]
264
265			self.assertEqual(
266			cm.exception.args[0],
267			(
268			"constant \"CONSTANT_X\" is not present in "
269			"\"<constants container 'FOO'>\""
270			),
271			)
272
273			def test_get(self):
274
275			class FOO(Constants):
276			CONSTANT_1 = SimpleConstant()
277
278			self.assertEqual(FOO.get("CONSTANT_1"), FOO.CONSTANT_1)
279			self.assertEqual(FOO.get("CONSTANT_X"), None)
280
281			def test_invalid_constant_class(self):
282
283			with self.assertRaises(CandvInvalidConstantClass) as cm:
284
285			class FOO(Constants):
286			constant_class = int
287
288			self.assertEqual(
289			cm.exception.args[0],
290			(
291			f"invalid \"constant_class\" for \"<constants container 'FOO'>\": "
292			f"must be derived from \"<class 'candv.core.SimpleConstant'>\", "
293			f"but got \"{repr(int)}\""
294			),
295			)
296
297			def test_reuse_of_constant(self):
298
299			with self.assertRaises(CandvConstantAlreadyBoundError) as cm:
300
301			class FOO(Constants):
302			CONSTANT_1 = SimpleConstant()
303
304			class BAR(Constants):
305			CONSTANT_1 = FOO.CONSTANT_1
306
307			self.assertEqual(
308			cm.exception.args[0],
309			(
310			"cannot use \"<constant 'FOO.CONSTANT_1'>\" as value for \"CONSTANT_1\" "
311			"attribute of \"<constants container 'BAR'>\" container: already bound "
312			"to \"<constants container 'FOO'>\""
313			),
314			)
315
316			def test_duplicates(self):
317
318			class FOO(Constants):
319			CONSTANT_1 = SimpleConstant()
320			CONSTANT_1 = SimpleConstant()
321
322			self.assertEqual(
323			list(FOO),
324			["CONSTANT_1", ],
325			)
326
327			def test_mixed_constant_classes(self):
328
329			class CustomConstant(SimpleConstant):
330			pass
331
332			class FOO(Constants):
333			CONSTANT_1 = SimpleConstant()
334			CONSTANT_2 = CustomConstant()
335
336			self.assertEqual(
337			list(FOO),
338			[
339			"CONSTANT_1",
340			"CONSTANT_2",
341			],
342			)
343
344			def test_constant_class(self):
345
346			class CustomConstant(SimpleConstant):
347			pass
348
349			class FOO(Constants):
350			constant_class = CustomConstant
351
352			CONSTANT_1 = CustomConstant()
353			CONSTANT_2 = CustomConstant()
354			CONSTANT_X = SimpleConstant() # more generic, hence insivible
355
356			self.assertEqual(
357			list(FOO),
358			[
359			"CONSTANT_1",
360			"CONSTANT_2",
361			],
362			)
363
364			def test_unbound_constant(self):
365
366			class CustomConstant(SimpleConstant):
367			pass
368
369			class FOO(Constants):
370			constant_class = CustomConstant
371
372			CONSTANT_1 = SimpleConstant() # more generic, not owned
373
374			self.assertEqual(
375			FOO.CONSTANT_1.name,
376			"CONSTANT_1",
377			)
378			self.assertEqual(
379			FOO.CONSTANT_1.full_name,
380			"__UNBOUND__.CONSTANT_1",
381			)
382			self.assertEqual(
383			repr(FOO.CONSTANT_1),
384			"<constant '__UNBOUND__.CONSTANT_1'>",
385			)
386
387			def test_to_primitive(self):
388
389			class FOO(Constants):
390			CONSTANT_2 = SimpleConstant()
391			CONSTANT_3 = SimpleConstant()
392			CONSTANT_1 = SimpleConstant()
393
394			self.assertEqual(
395			FOO.to_primitive(),
396			{
397			'name': "FOO",
398			'items': [
399			{'name': "CONSTANT_2", },
400			{'name': "CONSTANT_3", },
401			{'name': "CONSTANT_1", },
402			],
403			},
404			)
405
406			def test_different_imports(self):
407			sys.path.insert(0, str(Path(__file__).absolute().parent / "package"))
408
409			from .package.subpackage.constants import CONSTANTS
410			from subpackage.constants import CONSTANTS as SUBCONSTANTS
411
412			self.assertNotEqual(CONSTANTS.__module__, SUBCONSTANTS.__module__)
413			self.assertEqual(CONSTANTS.PRIMARY, SUBCONSTANTS.PRIMARY)
414
415			def test_picking(self):
416			from .package.subpackage.constants import CONSTANTS
417
418			restored = pickle.loads(pickle.dumps(CONSTANTS))
419			self.assertEqual(CONSTANTS, restored)
420
421
422			class ConstantClassMixinTestCase(unittest.TestCase):
423
424			def test_constant_class_mixin_factory(self):
425
426			class CustomConstant(SimpleConstant):
427			pass
428
429			class FOO(with_constant_class(CustomConstant), Constants):
430			CONSTANT_1 = CustomConstant()
431			CONSTANT_2 = CustomConstant()
432
433			self.assertEqual(FOO.constant_class, CustomConstant)
434			self.assertEqual(
435			FOO.constants(),
436			[
437			FOO.CONSTANT_1,
438			FOO.CONSTANT_2,
439			],
440			)
441
442
443			class SimpleConstantTestCase(unittest.TestCase):
444
445			def test_name(self):
446
447			class FOO(Constants):
448			CONSTANT = SimpleConstant()
449
450			self.assertEqual(FOO.CONSTANT.name, "CONSTANT")
451
452			def test_full_name(self):
453
454			class FOO(Constants):
455			CONSTANT = SimpleConstant()
456
457			self.assertEqual(FOO.CONSTANT.full_name, "FOO.CONSTANT")
458
459			def test_repr(self):
460
461			class FOO(Constants):
462			CONSTANT = SimpleConstant()
463
464			self.assertEqual(repr(FOO.CONSTANT), "<constant 'FOO.CONSTANT'>")
465
466			def test_container(self):
467
468			class FOO(Constants):
469			CONSTANT = SimpleConstant()
470
471			self.assertEqual(FOO.CONSTANT.container, FOO)
472
473			def test_to_primitive(self):
474
475			class FOO(Constants):
476			CONSTANT = SimpleConstant()
477
478			self.assertEqual(
479			FOO.CONSTANT.to_primitive(),
480			{'name': "CONSTANT"},
481			)
482
483
484			class GrouppingTestCase(unittest.TestCase):
485
486			def test_group_name(self):
487
488			class FOO(Constants):
489			G = SimpleConstant().to_group(group_class=Constants)
490
491			self.assertEqual(FOO.G.name, "G")
492
493			def test_group_full_name(self):
494
495			class FOO(Constants):
496			G = SimpleConstant().to_group(group_class=Constants)
497
498			self.assertEqual(FOO.G.full_name, "FOO.G")
499
500			def test_group_repr(self):
501
502			class FOO(Constants):
503			G = SimpleConstant().to_group(group_class=Constants)
504
505			self.assertEqual(repr(FOO.G), "<constants group 'FOO.G'>")
506
507			def test_group_names(self):
508
509			class FOO(Constants):
510			G = SimpleConstant().to_group(
511			group_class=Constants,
512			G_3=SimpleConstant(),
513			G_1=SimpleConstant(),
514			G_2=SimpleConstant(),
515			)
516
517			names = FOO.G.names()
518
519			self.assertIsInstance(names, list)
520			self.assertEqual(
521			names,
522			[
523			"G_3",
524			"G_1",
525			"G_2",
526			],
527			)
528
529			def test_group_iternames(self):
530
531			class FOO(Constants):
532			G = SimpleConstant().to_group(
533			group_class=Constants,
534			G_3=SimpleConstant(),
535			G_1=SimpleConstant(),
536			G_2=SimpleConstant(),
537			)
538
539			names = FOO.G.iternames()
540
541			self.assertIsInstance(names, Iterator)
542			self.assertEqual(
543			list(names),
544			[
545			"G_3",
546			"G_1",
547			"G_2",
548			],
549			)
550
551			def test_group_values(self):
552
553			class FOO(Constants):
554			G = SimpleConstant().to_group(
555			group_class=Constants,
556			G_3=SimpleConstant(),
557			G_1=SimpleConstant(),
558			G_2=SimpleConstant(),
559			)
560
561			values = FOO.G.values()
562
563			self.assertIsInstance(values, list)
564			self.assertEqual(
565			values,
566			[
567			FOO.G.G_3,
568			FOO.G.G_1,
569			FOO.G.G_2,
570			],
571			)
572
573			def test_group_itervalues(self):
574
575			class FOO(Constants):
576			G = SimpleConstant().to_group(
577			group_class=Constants,
578			G_3=SimpleConstant(),
579			G_1=SimpleConstant(),
580			G_2=SimpleConstant(),
581			)
582
583			values = FOO.G.itervalues()
584
585			self.assertIsInstance(values, Iterator)
586			self.assertEqual(
587			list(values),
588			[
589			FOO.G.G_3,
590			FOO.G.G_1,
591			FOO.G.G_2,
592			],
593			)
594
595			def test_group_constants(self):
596
597			class FOO(Constants):
598			G = SimpleConstant().to_group(
599			group_class=Constants,
600			G_3=SimpleConstant(),
601			G_1=SimpleConstant(),
602			G_2=SimpleConstant(),
603			)
604
605			constants = FOO.G.constants()
606
607			self.assertIsInstance(constants, list)
608			self.assertEqual(
609			constants,
610			[
611			FOO.G.G_3,
612			FOO.G.G_1,
613			FOO.G.G_2,
614			],
615			)
616
617			def test_group_iterconstants(self):
618
619			class FOO(Constants):
620			G = SimpleConstant().to_group(
621			group_class=Constants,
622			G_3=SimpleConstant(),
623			G_1=SimpleConstant(),
624			G_2=SimpleConstant(),
625			)
626
627			constants = FOO.G.iterconstants()
628
629			self.assertIsInstance(constants, Iterator)
630			self.assertEqual(
631			list(constants),
632			[
633			FOO.G.G_3,
634			FOO.G.G_1,
635			FOO.G.G_2,
636			],
637			)
638
639			def test_group_items(self):
640
641			class FOO(Constants):
642			G = SimpleConstant().to_group(
643			group_class=Constants,
644			G_3=SimpleConstant(),
645			G_1=SimpleConstant(),
646			G_2=SimpleConstant(),
647			)
648
649			items = FOO.G.items()
650
651			self.assertIsInstance(items, list)
652			self.assertEqual(
653			items,
654			[
655			("G_3", FOO.G.G_3),
656			("G_1", FOO.G.G_1),
657			("G_2", FOO.G.G_2),
658			]
659			)
660
661			def test_group_iteritems(self):
662
663			class FOO(Constants):
664			G = SimpleConstant().to_group(
665			group_class=Constants,
666			G_3=SimpleConstant(),
667			G_1=SimpleConstant(),
668			G_2=SimpleConstant(),
669			)
670
671			items = FOO.G.iteritems()
672
673			self.assertIsInstance(items, Iterator)
674			self.assertEqual(
675			list(items),
676			[
677			("G_3", FOO.G.G_3),
678			("G_1", FOO.G.G_1),
679			("G_2", FOO.G.G_2),
680			]
681			)
682
683			def test_group_iter(self):
684
685			class FOO(Constants):
686			G = SimpleConstant().to_group(
687			group_class=Constants,
688			G_3=SimpleConstant(),
689			G_1=SimpleConstant(),
690			G_2=SimpleConstant(),
691			)
692
693			self.assertIsInstance(FOO.G, Iterable)
694			self.assertEqual(
695			list(FOO.G),
696			[
697			"G_3",
698			"G_1",
699			"G_2",
700			]
701			)
702
703			def test_group_len(self):
704
705			class FOO(Constants):
706			G = SimpleConstant().to_group(
707			group_class=Constants,
708			G_3=SimpleConstant(),
709			G_1=SimpleConstant(),
710			G_2=SimpleConstant(),
711			)
712
713			self.assertEqual(len(FOO.G), 3)
714
715			def test_group_contains(self):
716
717			class FOO(Constants):
718			G = SimpleConstant().to_group(
719			group_class=Constants,
720			G_1=SimpleConstant(),
721			)
722
723			self.assertTrue("G_1" in FOO.G)
724			self.assertFalse("G_X" in FOO.G)
725
726			def test_group_has_name(self):
727
728			class FOO(Constants):
729			G = SimpleConstant().to_group(
730			group_class=Constants,
731			G_1=SimpleConstant(),
732			)
733
734			self.assertTrue(FOO.G.has_name("G_1"))
735			self.assertFalse(FOO.G.has_name("G_X"))
736
737			def test_group_get_item(self):
738
739			class FOO(Constants):
740			G = SimpleConstant().to_group(
741			group_class=Constants,
742			G_1=SimpleConstant(),
743			)
744
745			self.assertEqual(FOO.G["G_1"], FOO.G.G_1)
746
747			def test_group_get_item_missing(self):
748
749			class FOO(Constants):
750			G = SimpleConstant().to_group(
751			group_class=Constants,
752			G_1=SimpleConstant(),
753			)
754
755			with self.assertRaises(CandvMissingConstantError) as cm:
756			FOO.G["G_X"]
757
758			self.assertEqual(
759			cm.exception.args[0],
760			"constant \"G_X\" is not present in \"<constants group 'FOO.G'>\"",
761			)
762
763			def test_group_get(self):
764
765			class FOO(Constants):
766			G = SimpleConstant().to_group(
767			group_class=Constants,
768			G_1=SimpleConstant(),
769			)
770
771			self.assertEqual(FOO.G.get("G_1"), FOO.G.G_1)
772			self.assertEqual(FOO.G.get("G_X"), None)
773
774			def test_group_container(self):
775
776			class FOO(Constants):
777			G = SimpleConstant().to_group(
778			group_class=Constants,
779			G_1=SimpleConstant(),
780			)
781
782			self.assertEqual(FOO.G.container, FOO)
783
784			def test_group_as_container(self):
785
786			class FOO(Constants):
787			G = SimpleConstant().to_group(
788			group_class=Constants,
789			G_1=SimpleConstant(),
790			)
791
792			self.assertEqual(FOO.G.G_1.container, FOO.G)
793
794			def test_container_names(self):
795
796			class FOO(Constants):
797			A = SimpleConstant()
798			G = SimpleConstant().to_group(
799			group_class=Constants,
800			G_1=SimpleConstant(),
801			)
802
803			self.assertEqual(FOO.names(), ["A", "G", ])
804
805			def test_get_from_container(self):
806
807			class FOO(Constants):
808			G = SimpleConstant().to_group(
809			group_class=Constants,
810			G_1=SimpleConstant(),
811			)
812
813			self.assertEqual(FOO["G"], FOO.G)
814
815			def test_group_member_full_name(self):
816
817			class FOO(Constants):
818			G = SimpleConstant().to_group(
819			group_class=Constants,
820			G_1=SimpleConstant(),
821			)
822
823			self.assertEqual(FOO.G.G_1.full_name, "FOO.G.G_1")
824
825			def test_invalid_group(self):
826			with self.assertRaises(CandvInvalidGroupMemberError) as cm:
827
828			class FOO(Constants):
829			G = SimpleConstant().to_group(
830			group_class=Constants,
831			G_1=SimpleConstant(),
832			G_2=1,
833			)
834
835			self.assertEqual(
836			cm.exception.args[0],
837			(
838			"invalid group member \"1\": only instances of "
839			"\"<class 'candv.core.SimpleConstant'>\" or other groups are allowed"
840			),
841			)
842
843			def test_to_primitive(self):
844
845			class FOO(Constants):
846			A = SimpleConstant()
847			G = SimpleConstant().to_group(
848			group_class=Constants,
849			G_3=SimpleConstant(),
850			G_1=SimpleConstant(),
851			G_2=SimpleConstant(),
852			)
853
854			self.assertEqual(
855			FOO.to_primitive(),
856			{
857			'name': "FOO",
858			'items': [
859			{'name': "A", },
860			{
861			'name': "G",
862			'items': [
863			{'name': "G_3", },
864			{'name': "G_1", },
865			{'name': "G_2", },
866			],
867			},
868			],
869			},
870			)
871

oblalex / candv

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tests.test_core.GrouppingTestCase.test_group_items() A

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