MemoryIndividualTest.test_value() - Code Metrics - Inspection of "Move to version 0.0.4" - thegalactic/py-galactic - Measure and Improve Code Quality continuously with Scrutinizer

Passed

Branch — master (0f4c76)

by Christophe

created 2018-02-27 19:11 UTC

MemoryIndividualTest.test_value() A

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Bugs	0	Features	0

Metric	Value
cc	2
c	2
b	0
f	0
dl	0
loc	21
rs	9.3142

# This Python file uses the following encoding: utf-8

from unittest import TestCase

from galactic.context.memory import *


class MemoryContextTest(TestCase):
    def test___init__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertEqual(
            str(context),
            "{'population': [], 'model': {'mybool': <class 'bool'>, 'myint': <class 'int'>}}",
            "The context has not been correctly initialized"
        )
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            str(context.population),
            "['0', '1']",
            "The context has not been correctly initialized"
        )
        self.assertEqual(
            str(context.model),
            "{'mybool': <class 'bool'>, 'myint': <class 'int'>}",
            "The context has not been correctly initialized"
        )
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals={'0': {'mybool': True}, '1': {'myint': 1}}
        )
        self.assertEqual(
            str(context.population['0']),
            "{'mybool': True, 'myint': 0}",
            "The context has not been correctly initialized"
        )
        self.assertEqual(
            str(context.population['1']),
            "{'mybool': False, 'myint': 1}",
            "The context has not been correctly initialized"
        )
        with self.assertRaises(TypeError):
            _ = MemoryContext(definition='bad value')
        with self.assertRaises(TypeError):
            _ = MemoryContext(individuals=1000)

    def test_population(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertTrue(
            isinstance(context.population, Population),
            "The property population is instance of Population"
        )

    def test_model(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertTrue(
            isinstance(context.model, Model),
            "The property model is instance of Model"
        )

    def test___contains__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertTrue(
            context.population['0'] in context,
            "The first individual of the context is in the context"
        )
        self.assertTrue(
            context.model['mybool'] in context,
            "The first attribute of the context is in the context"
        )
        other = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertFalse(
            other.population['0'] in context,
            "An unknown element is not in the context"
        )

    def test___bool__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertTrue(
            context,
            "The context is not empty"
        )
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertFalse(
            context,
            "The context is empty"
        )
        context = MemoryContext(
            individuals=['0', '1']
        )
        self.assertFalse(
            context,
            "The context is empty"
        )

    def test___str__(self):
        context = MemoryContext(
            definition={'mybool': bool},
            individuals=['0']
        )
        self.assertEqual(
            str(context),
            "{'population': ['0'], 'model': {'mybool': <class 'bool'>}}",
            "The string representation of this context is not correct"
        )


class MemoryPopulationTest(TestCase):
    def test_context(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            context.population.context,
            context,
            "The context of the population must be the original context"
        )

    def test_model(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            context.population.model,
            context.model,
            "The model of the population must be the original model"
        )

    def test___getitem__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            str(context.population['0']),
            "{'mybool': False, 'myint': 0}",
            "The textual representation of the first individual is not correct"
        )

    def test___setitem__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        context.population['0'] = {}
        self.assertEqual(
            str(context.population['0']),
            "{'mybool': False, 'myint': 0}",
            "The population is not correct"
        )
        context.population['0'] = {'mybool': True}
        self.assertEqual(
            str(context.population['0']),
            "{'mybool': True, 'myint': 0}",
            "The population is not correct"
        )
        with self.assertRaises(KeyError):
            context.population['0'] = {'abc': 1}

    def test___delitem__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        del context.population['0']
        self.assertFalse(
            bool(context.population),
            "The population must be empty"
        )

    def test___len__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            len(context.population),
            2,
            "The length of the population is not correct"
        )

    def test___bool__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertFalse(
            bool(context.population),
            "The population must be empty"
        )
        context.population['0'] = {}
        self.assertTrue(
            bool(context.population),
            "The population must be not empty"
        )

    def test___iter__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        for identifier, individual in context.population.items():
            self.assertTrue(
                isinstance(individual, Individual),
                "Each individual must be an instance of the Individual class"
            )
            self.assertTrue(
                isinstance(identifier, str),
                "Each identifier must be a str"
            )

    def test___str__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            str(context.population),
            "['0', '1']",
            "The string representation of the population is not correct"
        )


class MemoryModelTest(TestCase):
    def test_context(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertEqual(
            context.model.context,
            context,
            "The context of the model must be the original context"
        )

    def test_population(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertEqual(
            context.model.population,
            context.population,
            "The population of the model must be the original population"
        )

    def test___getitem__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertEqual(
            str(context.model['mybool']),
            "{'name': 'mybool', 'type': <class 'bool'>}",
            "The attribute mybool is not correct"
        )

    def test___setitem__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals={'0': {'mybool': True}, '1': {'myint': 1}}
        )
        context.model['mybool'] = bool
        self.assertEqual(
            {identifier: str(individual) for identifier, individual in context.population.items()},
            {'0': "{'mybool': True, 'myint': 0}", '1': "{'mybool': False, 'myint': 1}"},
            "The individuals must remain unchanged"
        )
        context.model['mybool'] = int
        self.assertEqual(
            {identifier: str(individual) for identifier, individual in context.population.items()},
            {'0': "{'mybool': 1, 'myint': 0}", '1': "{'mybool': 0, 'myint': 1}"},
            "The individuals must change"
        )
        context.model['mybool'] = list
        self.assertEqual(
            {identifier: str(individual) for identifier, individual in context.population.items()},
            {'0': "{'mybool': [], 'myint': 0}", '1': "{'mybool': [], 'myint': 1}"},
            "The individuals must change"
        )
        del context.model['myint']
        context.model['myint2'] = int
        self.assertEqual(
            {identifier: str(individual) for identifier, individual in context.population.items()},
            {'0': "{'mybool': [], 'myint2': 0}", '1': "{'mybool': [], 'myint2': 0}"},
            "The individuals must change"
        )

    def test___delitem__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        del context.model['mybool']
        self.assertEqual(
            str(context),
            "{'population': ['0', '1'], 'model': {'myint': <class 'int'>}}",
            "The context is not correct"
        )
        self.assertEqual(
            str(context.population['0']),
            "{'myint': 0}",
            "The context is not correct"
        )

    def test___len__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertEqual(
            len(context.model),
            2,
            "The length of the model is not correct"
        )

    def test___bool__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertTrue(
            bool(context.model),
            "The bool representation of the model is not correct"
        )

    def test___iter__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertEqual(
            list(iter(context.model)),
            ['mybool', 'myint'],
            "The iteration over the model is not correct"
        )

    def test___str__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int}
        )
        self.assertEqual(
            str(context.model),
            "{'mybool': <class 'bool'>, 'myint': <class 'int'>}",
            "The string representation of the model must be correct"
        )


class MemoryIndividualTest(TestCase):
    def test_identifier(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        self.assertEqual(
            context.population['0'].identifier,
            '0',
            "The identifier must be '0'"
        )

    def test_population(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        self.assertEqual(
            context.population['0'].population,
            context.population,
            "The population of the individual named '0' must be the context population"
        )

    def test_context(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        self.assertEqual(
            context.population['0'].context,
            context,
            "The context of the individual named '0' must be the context"
        )

    def test_model(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        self.assertEqual(
            context.population['0'].model,
            context.model,
            "The model of the individual named '0' must be the context model"
        )

    def test_value(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        self.assertEqual(
            context.population['0'].value(context.model['mybool']),
            bool(),
            "The value 'mybool' of the individual named '0' must be the False"
        )
        self.assertEqual(
            context.population['0'].value(context.model['myint']),
            int(),
            "The value 'myint' of the individual named '0' must be the 0"
        )
        other = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        with self.assertRaises(ValueError):
            _ = context.population['0'].value(other.model['myint'])

    def test___setitem__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        context.population['0']['mybool'] = True
        context.population['0']['myint'] = 1
        self.assertEqual(
            str(context.population['0']),
            "{'mybool': True, 'myint': 1}",
            "The textual representation of the first individual is not correct"
        )
        context.population['1']['mybool'] = True
        context.population['1']['myint'] = 2
        self.assertEqual(
            str(context.population['1']),
            "{'mybool': True, 'myint': 2}",
            "The textual representation of the first individual is not correct"
        )
        with self.assertRaises(KeyError):
            context.population['0']['unknown'] = 1
        with self.assertRaises(ValueError):
            context.population['0']['myint'] = 'abc'

    def test___getitem__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        self.assertEqual(
            context.population['0']['mybool'],
            bool(),
            "The first value is not correct"
        )
        self.assertEqual(
            context.population['0']['myint'],
            int(),
            "The second value is not correct"
        )
        with self.assertRaises(KeyError):
            _ = context.population['0']['unknown']

    def test___delitem__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        with self.assertRaises(ValueError):
            del context.population['0']['myint']

    def test___len__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        self.assertEqual(
            len(context.population['0']),
            2,
            "The length of the individual is not correct"
        )

    def test___eq__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertTrue(
            context.population['0'] == context.population['0'],
            "The individual is equal to itself"
        )
        self.assertFalse(
            context.population['0'] == context.population['1'],
            "Two different individuals are unequal"
        )
        other = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertFalse(
            context.population['0'] == other.population['0'],
            "Two individuals from two different contexts are unequal"
        )

    def test___iter__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            list(iter(context.population['0'])),
            ['mybool', 'myint'],
            "The iteration over the individual is not correct"
        )

    def test___str__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            str(context.population['0']),
            "{'mybool': False, 'myint': 0}",
            "The string representation of the individual is not correct"
        )


class MemoryAttributeTest(TestCase):
    def test_name(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        self.assertEqual(
            context.model['mybool'].name,
            'mybool',
            "The name must be 'mybool'"
        )

    def test_type(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0']
        )
        self.assertEqual(
            context.model['mybool'].type,
            bool,
            "The type must be bool"
        )

    def test_value(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            context.model['mybool'].value(context.population['0']),
            context.population['0'].value(context.model['mybool']),
            "The value must be correct"
        )

    def test___getitem__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            context.model['mybool']['0'],
            context.population['0']['mybool'],
            "The value must be correct"
        )

    def test___setitem__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        context.model['mybool']['0'] = True
        context.model['myint']['0'] = 1
        self.assertEqual(
            str(context.population['0']),
            "{'mybool': True, 'myint': 1}",
            "The textual representation of the first individual is not correct"
        )
        context.model['mybool']['1'] = True
        context.model['myint']['1'] = 2
        self.assertEqual(
            str(context.population['1']),
            "{'mybool': True, 'myint': 2}",
            "The textual representation of the first individual is not correct"
        )
        with self.assertRaises(KeyError):
            context.model['mybool']['unknown'] = 1
        with self.assertRaises(ValueError):
            context.model['myint']['0'] = 'abc'

    def test___len__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            len(context.model['mybool']),
            2,
            "The length must be correct"
        )

    def test___eq__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertTrue(
            context.model['mybool'] == context.model['mybool'],
            "The equality must be correct"
        )

    def test___iter__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            list(iter(context.model['mybool'])),
            ['0', '1'],
            "The iter must be correct"
        )

    def test___str__(self):
        context = MemoryContext(
            definition={'mybool': bool, 'myint': int},
            individuals=['0', '1']
        )
        self.assertEqual(
            str(context.model['mybool']),
            "{'name': 'mybool', 'type': <class 'bool'>}",
            "The iter must be correct"
        )


1			# This Python file uses the following encoding: utf-8
2
3			from unittest import TestCase
4
5			from galactic.context.memory import *
6
7
8			class MemoryContextTest(TestCase):
9			def test___init__(self):
10			context = MemoryContext(
11			definition={'mybool': bool, 'myint': int}
12			)
13			self.assertEqual(
14			str(context),
15			"{'population': [], 'model': {'mybool': <class 'bool'>, 'myint': <class 'int'>}}",
16			"The context has not been correctly initialized"
17			)
18			context = MemoryContext(
19			definition={'mybool': bool, 'myint': int},
20			individuals=['0', '1']
21			)
22			self.assertEqual(
23			str(context.population),
24			"['0', '1']",
25			"The context has not been correctly initialized"
26			)
27			self.assertEqual(
28			str(context.model),
29			"{'mybool': <class 'bool'>, 'myint': <class 'int'>}",
30			"The context has not been correctly initialized"
31			)
32			context = MemoryContext(
33			definition={'mybool': bool, 'myint': int},
34			individuals={'0': {'mybool': True}, '1': {'myint': 1}}
35			)
36			self.assertEqual(
37			str(context.population['0']),
38			"{'mybool': True, 'myint': 0}",
39			"The context has not been correctly initialized"
40			)
41			self.assertEqual(
42			str(context.population['1']),
43			"{'mybool': False, 'myint': 1}",
44			"The context has not been correctly initialized"
45			)
46			with self.assertRaises(TypeError):
47			_ = MemoryContext(definition='bad value')
48			with self.assertRaises(TypeError):
49			_ = MemoryContext(individuals=1000)
50
51			def test_population(self):
52			context = MemoryContext(
53			definition={'mybool': bool, 'myint': int}
54			)
55			self.assertTrue(
56			isinstance(context.population, Population),
57			"The property population is instance of Population"
58			)
59
60			def test_model(self):
61			context = MemoryContext(
62			definition={'mybool': bool, 'myint': int}
63			)
64			self.assertTrue(
65			isinstance(context.model, Model),
66			"The property model is instance of Model"
67			)
68
69			def test___contains__(self):
70			context = MemoryContext(
71			definition={'mybool': bool, 'myint': int},
72			individuals=['0', '1']
73			)
74			self.assertTrue(
75			context.population['0'] in context,
76			"The first individual of the context is in the context"
77			)
78			self.assertTrue(
79			context.model['mybool'] in context,
80			"The first attribute of the context is in the context"
81			)
82			other = MemoryContext(
83			definition={'mybool': bool, 'myint': int},
84			individuals=['0', '1']
85			)
86			self.assertFalse(
87			other.population['0'] in context,
88			"An unknown element is not in the context"
89			)
90
91			def test___bool__(self):
92			context = MemoryContext(
93			definition={'mybool': bool, 'myint': int},
94			individuals=['0', '1']
95			)
96			self.assertTrue(
97			context,
98			"The context is not empty"
99			)
100			context = MemoryContext(
101			definition={'mybool': bool, 'myint': int}
102			)
103			self.assertFalse(
104			context,
105			"The context is empty"
106			)
107			context = MemoryContext(
108			individuals=['0', '1']
109			)
110			self.assertFalse(
111			context,
112			"The context is empty"
113			)
114
115			def test___str__(self):
116			context = MemoryContext(
117			definition={'mybool': bool},
118			individuals=['0']
119			)
120			self.assertEqual(
121			str(context),
122			"{'population': ['0'], 'model': {'mybool': <class 'bool'>}}",
123			"The string representation of this context is not correct"
124			)
125
126
127			class MemoryPopulationTest(TestCase):
128			def test_context(self):
129			context = MemoryContext(
130			definition={'mybool': bool, 'myint': int},
131			individuals=['0', '1']
132			)
133			self.assertEqual(
134			context.population.context,
135			context,
136			"The context of the population must be the original context"
137			)
138
139			def test_model(self):
140			context = MemoryContext(
141			definition={'mybool': bool, 'myint': int},
142			individuals=['0', '1']
143			)
144			self.assertEqual(
145			context.population.model,
146			context.model,
147			"The model of the population must be the original model"
148			)
149
150			def test___getitem__(self):
151			context = MemoryContext(
152			definition={'mybool': bool, 'myint': int},
153			individuals=['0', '1']
154			)
155			self.assertEqual(
156			str(context.population['0']),
157			"{'mybool': False, 'myint': 0}",
158			"The textual representation of the first individual is not correct"
159			)
160
161			def test___setitem__(self):
162			context = MemoryContext(
163			definition={'mybool': bool, 'myint': int}
164			)
165			context.population['0'] = {}
166			self.assertEqual(
167			str(context.population['0']),
168			"{'mybool': False, 'myint': 0}",
169			"The population is not correct"
170			)
171			context.population['0'] = {'mybool': True}
172			self.assertEqual(
173			str(context.population['0']),
174			"{'mybool': True, 'myint': 0}",
175			"The population is not correct"
176			)
177			with self.assertRaises(KeyError):
178			context.population['0'] = {'abc': 1}
179
180			def test___delitem__(self):
181			context = MemoryContext(
182			definition={'mybool': bool, 'myint': int},
183			individuals=['0']
184			)
185			del context.population['0']
186			self.assertFalse(
187			bool(context.population),
188			"The population must be empty"
189			)
190
191			def test___len__(self):
192			context = MemoryContext(
193			definition={'mybool': bool, 'myint': int},
194			individuals=['0', '1']
195			)
196			self.assertEqual(
197			len(context.population),
198			2,
199			"The length of the population is not correct"
200			)
201
202			def test___bool__(self):
203			context = MemoryContext(
204			definition={'mybool': bool, 'myint': int}
205			)
206			self.assertFalse(
207			bool(context.population),
208			"The population must be empty"
209			)
210			context.population['0'] = {}
211			self.assertTrue(
212			bool(context.population),
213			"The population must be not empty"
214			)
215
216			def test___iter__(self):
217			context = MemoryContext(
218			definition={'mybool': bool, 'myint': int},
219			individuals=['0', '1']
220			)
221			for identifier, individual in context.population.items():
222			self.assertTrue(
223			isinstance(individual, Individual),
224			"Each individual must be an instance of the Individual class"
225			)
226			self.assertTrue(
227			isinstance(identifier, str),
228			"Each identifier must be a str"
229			)
230
231			def test___str__(self):
232			context = MemoryContext(
233			definition={'mybool': bool, 'myint': int},
234			individuals=['0', '1']
235			)
236			self.assertEqual(
237			str(context.population),
238			"['0', '1']",
239			"The string representation of the population is not correct"
240			)
241
242
243			class MemoryModelTest(TestCase):
244			def test_context(self):
245			context = MemoryContext(
246			definition={'mybool': bool, 'myint': int}
247			)
248			self.assertEqual(
249			context.model.context,
250			context,
251			"The context of the model must be the original context"
252			)
253
254			def test_population(self):
255			context = MemoryContext(
256			definition={'mybool': bool, 'myint': int}
257			)
258			self.assertEqual(
259			context.model.population,
260			context.population,
261			"The population of the model must be the original population"
262			)
263
264			def test___getitem__(self):
265			context = MemoryContext(
266			definition={'mybool': bool, 'myint': int}
267			)
268			self.assertEqual(
269			str(context.model['mybool']),
270			"{'name': 'mybool', 'type': <class 'bool'>}",
271			"The attribute mybool is not correct"
272			)
273
274			def test___setitem__(self):
275			context = MemoryContext(
276			definition={'mybool': bool, 'myint': int},
277			individuals={'0': {'mybool': True}, '1': {'myint': 1}}
278			)
279			context.model['mybool'] = bool
280			self.assertEqual(
281			{identifier: str(individual) for identifier, individual in context.population.items()},
282			{'0': "{'mybool': True, 'myint': 0}", '1': "{'mybool': False, 'myint': 1}"},
283			"The individuals must remain unchanged"
284			)
285			context.model['mybool'] = int
286			self.assertEqual(
287			{identifier: str(individual) for identifier, individual in context.population.items()},
288			{'0': "{'mybool': 1, 'myint': 0}", '1': "{'mybool': 0, 'myint': 1}"},
289			"The individuals must change"
290			)
291			context.model['mybool'] = list
292			self.assertEqual(
293			{identifier: str(individual) for identifier, individual in context.population.items()},
294			{'0': "{'mybool': [], 'myint': 0}", '1': "{'mybool': [], 'myint': 1}"},
295			"The individuals must change"
296			)
297			del context.model['myint']
298			context.model['myint2'] = int
299			self.assertEqual(
300			{identifier: str(individual) for identifier, individual in context.population.items()},
301			{'0': "{'mybool': [], 'myint2': 0}", '1': "{'mybool': [], 'myint2': 0}"},
302			"The individuals must change"
303			)
304
305			def test___delitem__(self):
306			context = MemoryContext(
307			definition={'mybool': bool, 'myint': int},
308			individuals=['0', '1']
309			)
310			del context.model['mybool']
311			self.assertEqual(
312			str(context),
313			"{'population': ['0', '1'], 'model': {'myint': <class 'int'>}}",
314			"The context is not correct"
315			)
316			self.assertEqual(
317			str(context.population['0']),
318			"{'myint': 0}",
319			"The context is not correct"
320			)
321
322			def test___len__(self):
323			context = MemoryContext(
324			definition={'mybool': bool, 'myint': int}
325			)
326			self.assertEqual(
327			len(context.model),
328			2,
329			"The length of the model is not correct"
330			)
331
332			def test___bool__(self):
333			context = MemoryContext(
334			definition={'mybool': bool, 'myint': int}
335			)
336			self.assertTrue(
337			bool(context.model),
338			"The bool representation of the model is not correct"
339			)
340
341			def test___iter__(self):
342			context = MemoryContext(
343			definition={'mybool': bool, 'myint': int}
344			)
345			self.assertEqual(
346			list(iter(context.model)),
347			['mybool', 'myint'],
348			"The iteration over the model is not correct"
349			)
350
351			def test___str__(self):
352			context = MemoryContext(
353			definition={'mybool': bool, 'myint': int}
354			)
355			self.assertEqual(
356			str(context.model),
357			"{'mybool': <class 'bool'>, 'myint': <class 'int'>}",
358			"The string representation of the model must be correct"
359			)
360
361
362			class MemoryIndividualTest(TestCase):
363			def test_identifier(self):
364			context = MemoryContext(
365			definition={'mybool': bool, 'myint': int},
366			individuals=['0']
367			)
368			self.assertEqual(
369			context.population['0'].identifier,
370			'0',
371			"The identifier must be '0'"
372			)
373
374			def test_population(self):
375			context = MemoryContext(
376			definition={'mybool': bool, 'myint': int},
377			individuals=['0']
378			)
379			self.assertEqual(
380			context.population['0'].population,
381			context.population,
382			"The population of the individual named '0' must be the context population"
383			)
384
385			def test_context(self):
386			context = MemoryContext(
387			definition={'mybool': bool, 'myint': int},
388			individuals=['0']
389			)
390			self.assertEqual(
391			context.population['0'].context,
392			context,
393			"The context of the individual named '0' must be the context"
394			)
395
396			def test_model(self):
397			context = MemoryContext(
398			definition={'mybool': bool, 'myint': int},
399			individuals=['0']
400			)
401			self.assertEqual(
402			context.population['0'].model,
403			context.model,
404			"The model of the individual named '0' must be the context model"
405			)
406
407			def test_value(self):
408			context = MemoryContext(
409			definition={'mybool': bool, 'myint': int},
410			individuals=['0']
411			)
412			self.assertEqual(
413			context.population['0'].value(context.model['mybool']),
414			bool(),
415			"The value 'mybool' of the individual named '0' must be the False"
416			)
417			self.assertEqual(
418			context.population['0'].value(context.model['myint']),
419			int(),
420			"The value 'myint' of the individual named '0' must be the 0"
421			)
422			other = MemoryContext(
423			definition={'mybool': bool, 'myint': int},
424			individuals=['0']
425			)
426			with self.assertRaises(ValueError):
427			_ = context.population['0'].value(other.model['myint'])
428
429			def test___setitem__(self):
430			context = MemoryContext(
431			definition={'mybool': bool, 'myint': int},
432			individuals=['0', '1']
433			)
434			context.population['0']['mybool'] = True
435			context.population['0']['myint'] = 1
436			self.assertEqual(
437			str(context.population['0']),
438			"{'mybool': True, 'myint': 1}",
439			"The textual representation of the first individual is not correct"
440			)
441			context.population['1']['mybool'] = True
442			context.population['1']['myint'] = 2
443			self.assertEqual(
444			str(context.population['1']),
445			"{'mybool': True, 'myint': 2}",
446			"The textual representation of the first individual is not correct"
447			)
448			with self.assertRaises(KeyError):
449			context.population['0']['unknown'] = 1
450			with self.assertRaises(ValueError):
451			context.population['0']['myint'] = 'abc'
452
453			def test___getitem__(self):
454			context = MemoryContext(
455			definition={'mybool': bool, 'myint': int},
456			individuals=['0']
457			)
458			self.assertEqual(
459			context.population['0']['mybool'],
460			bool(),
461			"The first value is not correct"
462			)
463			self.assertEqual(
464			context.population['0']['myint'],
465			int(),
466			"The second value is not correct"
467			)
468			with self.assertRaises(KeyError):
469			_ = context.population['0']['unknown']
470
471			def test___delitem__(self):
472			context = MemoryContext(
473			definition={'mybool': bool, 'myint': int},
474			individuals=['0']
475			)
476			with self.assertRaises(ValueError):
477			del context.population['0']['myint']
478
479			def test___len__(self):
480			context = MemoryContext(
481			definition={'mybool': bool, 'myint': int},
482			individuals=['0']
483			)
484			self.assertEqual(
485			len(context.population['0']),
486			2,
487			"The length of the individual is not correct"
488			)
489
490			def test___eq__(self):
491			context = MemoryContext(
492			definition={'mybool': bool, 'myint': int},
493			individuals=['0', '1']
494			)
495			self.assertTrue(
496			context.population['0'] == context.population['0'],
497			"The individual is equal to itself"
498			)
499			self.assertFalse(
500			context.population['0'] == context.population['1'],
501			"Two different individuals are unequal"
502			)
503			other = MemoryContext(
504			definition={'mybool': bool, 'myint': int},
505			individuals=['0', '1']
506			)
507			self.assertFalse(
508			context.population['0'] == other.population['0'],
509			"Two individuals from two different contexts are unequal"
510			)
511
512			def test___iter__(self):
513			context = MemoryContext(
514			definition={'mybool': bool, 'myint': int},
515			individuals=['0', '1']
516			)
517			self.assertEqual(
518			list(iter(context.population['0'])),
519			['mybool', 'myint'],
520			"The iteration over the individual is not correct"
521			)
522
523			def test___str__(self):
524			context = MemoryContext(
525			definition={'mybool': bool, 'myint': int},
526			individuals=['0', '1']
527			)
528			self.assertEqual(
529			str(context.population['0']),
530			"{'mybool': False, 'myint': 0}",
531			"The string representation of the individual is not correct"
532			)
533
534
535			class MemoryAttributeTest(TestCase):
536			def test_name(self):
537			context = MemoryContext(
538			definition={'mybool': bool, 'myint': int},
539			individuals=['0']
540			)
541			self.assertEqual(
542			context.model['mybool'].name,
543			'mybool',
544			"The name must be 'mybool'"
545			)
546
547			def test_type(self):
548			context = MemoryContext(
549			definition={'mybool': bool, 'myint': int},
550			individuals=['0']
551			)
552			self.assertEqual(
553			context.model['mybool'].type,
554			bool,
555			"The type must be bool"
556			)
557
558			def test_value(self):
559			context = MemoryContext(
560			definition={'mybool': bool, 'myint': int},
561			individuals=['0', '1']
562			)
563			self.assertEqual(
564			context.model['mybool'].value(context.population['0']),
565			context.population['0'].value(context.model['mybool']),
566			"The value must be correct"
567			)
568
569			def test___getitem__(self):
570			context = MemoryContext(
571			definition={'mybool': bool, 'myint': int},
572			individuals=['0', '1']
573			)
574			self.assertEqual(
575			context.model['mybool']['0'],
576			context.population['0']['mybool'],
577			"The value must be correct"
578			)
579
580			def test___setitem__(self):
581			context = MemoryContext(
582			definition={'mybool': bool, 'myint': int},
583			individuals=['0', '1']
584			)
585			context.model['mybool']['0'] = True
586			context.model['myint']['0'] = 1
587			self.assertEqual(
588			str(context.population['0']),
589			"{'mybool': True, 'myint': 1}",
590			"The textual representation of the first individual is not correct"
591			)
592			context.model['mybool']['1'] = True
593			context.model['myint']['1'] = 2
594			self.assertEqual(
595			str(context.population['1']),
596			"{'mybool': True, 'myint': 2}",
597			"The textual representation of the first individual is not correct"
598			)
599			with self.assertRaises(KeyError):
600			context.model['mybool']['unknown'] = 1
601			with self.assertRaises(ValueError):
602			context.model['myint']['0'] = 'abc'
603
604			def test___len__(self):
605			context = MemoryContext(
606			definition={'mybool': bool, 'myint': int},
607			individuals=['0', '1']
608			)
609			self.assertEqual(
610			len(context.model['mybool']),
611			2,
612			"The length must be correct"
613			)
614
615			def test___eq__(self):
616			context = MemoryContext(
617			definition={'mybool': bool, 'myint': int},
618			individuals=['0', '1']
619			)
620			self.assertTrue(
621			context.model['mybool'] == context.model['mybool'],
622			"The equality must be correct"
623			)
624
625			def test___iter__(self):
626			context = MemoryContext(
627			definition={'mybool': bool, 'myint': int},
628			individuals=['0', '1']
629			)
630			self.assertEqual(
631			list(iter(context.model['mybool'])),
632			['0', '1'],
633			"The iter must be correct"
634			)
635
636			def test___str__(self):
637			context = MemoryContext(
638			definition={'mybool': bool, 'myint': int},
639			individuals=['0', '1']
640			)
641			self.assertEqual(
642			str(context.model['mybool']),
643			"{'name': 'mybool', 'type': <class 'bool'>}",
644			"The iter must be correct"
645			)
646

thegalactic / py-galactic

Branch — master (0f4c76)

MemoryIndividualTest.test_value() A

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