validation.tests.test_helpers.ValidationSummaryTestCase.test_after_data_deletion() - Code Metrics - Inspection of "2069987b2b129050867b63cad1489b442b195120" - cnr-ibba/IMAGE-InjectTool - Measure and Improve Code Quality continuously with Scrutinizer

Completed

Branch — master (206998)

by Paolo

created 2019-06-27 14:41 UTC

ValidationSummaryTestCase.test_after_data_deletion() A

↳ Parent: validation.tests.test_helpers

Complexity

Conditions

Size

Total Lines	19
Code Lines	9

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
eloc	9
dl	0
loc	19
rs	9.95
c	0
b	0
f	0
cc	1
nop	1

#!/usr/bin/env python3
# -*- coding: utf-8 -*-
"""
Created on Tue Jan 22 14:28:16 2019

@author: Paolo Cozzi <[email protected]>
"""

import json

from image_validation.ValidationResult import ValidationResultRecord
from unittest.mock import patch, Mock

from django.test import TestCase

from image_app.models import Animal, Sample, Submission, Person, Name

from common.tests import PersonMixinTestCase

from ..helpers import (
    MetaDataValidation, OntologyCacheError, RulesetError)

from ..models import ValidationResult, ValidationSummary


class MetaDataValidationTestCase(TestCase):
    @patch("validation.helpers.validation.read_in_ruleset",
           side_effect=json.JSONDecodeError("meow", "woof", 42))
    def test_issues_with_ebi(self, my_issue):
        """
        Test temporary issues related with OLS EBI server during
        image_validation.use_ontology.OntologyCache loading"""

        # assert issues from validation.helpers.validation.read_in_ruleset
        self.assertRaisesMessage(
            OntologyCacheError,
            "Issue with 'https://www.ebi.ac.uk/ols/api/'",
            MetaDataValidation)

        # test mocked function called
        self.assertTrue(my_issue.called)

    @patch("validation.helpers.validation.check_ruleset",
           return_value=["Test for ruleset errors"])
    def test_issues_with_ruleset(self, my_issue):
        """
        Test errors regarding ruleset
        """

        # assert issues from validation.helpers.validation.read_in_ruleset
        self.assertRaisesMessage(
            RulesetError,
            "Test for ruleset errors",
            MetaDataValidation)

        # test mocked function called
        self.assertTrue(my_issue.called)

    @patch("requests.get")
    @patch("validation.helpers.validation.read_in_ruleset")
    @patch("validation.helpers.validation.check_ruleset",
           return_value=[])
    def check_biosample_id(self, my_check, my_read, mock_get, status_code):
        """Base method for checking biosample id"""

        # paching response
        response = Mock()
        response.status_code = status_code
        mock_get.return_value = response

        # create a fake ValidationResultRecord
        record_result = ValidationResultRecord(record_id="test")

        # get a metadata object
        metadata = MetaDataValidation()

        # check biosample object
        record_result = metadata.check_biosample_id_target(
            "FAKEA123456", "test", record_result)

        # assert my methods called
        self.assertTrue(my_check.called)
        self.assertTrue(my_read.called)
        self.assertTrue(mock_get.called)

        return record_result

    def test_check_biosample_id_target(self):
        """Test fecthing biosample ids from MetaDataValidation"""

        # pacthing response
        record_result = self.check_biosample_id(status_code=200)

        # test pass status and no messages
        self.assertEqual(record_result.get_overall_status(), 'Pass')
        self.assertEqual(record_result.get_messages(), [])

    def test_check_biosample_id_issue(self):
        """No valid biosample is found for this object"""

        # pacthing response
        record_result = self.check_biosample_id(status_code=404)

        # test Warning status and one message
        self.assertEqual(record_result.get_overall_status(), 'Warning')
        self.assertEqual(len(record_result.get_messages()), 1)


class SubmissionMixin(PersonMixinTestCase):
    # an attribute for PersonMixinTestCase
    person = Person

    fixtures = [
        'image_app/animal',
        'image_app/dictbreed',
        'image_app/dictcountry',
        'image_app/dictrole',
        'image_app/dictsex',
        'image_app/dictspecie',
        'image_app/dictstage',
        'image_app/dictuberon',
        'image_app/name',
        'image_app/ontology',
        'image_app/organization',
        'image_app/publication',
        'image_app/sample',
        'image_app/submission',
        'image_app/user'
    ]

    @classmethod
    def setUpClass(cls):
        # calling my base class setup
        super().setUpClass()

        # drop publication for semplicity
        name = Name.objects.get(pk=3)
        publication = name.publication
        publication.delete()

    def setUp(self):
        # calling my base class setup
        super().setUp()

        self.metadata = MetaDataValidation()


class SubmissionTestCase(SubmissionMixin, TestCase):
    """Deal real tests using image_validation library: this want to ensure
    that InjectTools can work with image_validation"""

    def setUp(self):
        # calling my base class setup
        super().setUp()

        # get an animal object
        self.animal = Animal.objects.get(pk=1)
        self.animal_record = self.animal.to_biosample()

        # get a sample object
        self.sample = Sample.objects.get(pk=1)
        self.sample_record = self.sample.to_biosample()

    def test_animal(self):
        """Testing an animal submission"""

        # at the time of writing this reference data raise one warning
        reference = ("Pass", "")

        # check for usi structure
        usi_result = self.metadata.check_usi_structure([self.animal_record])
        self.assertEqual(usi_result, [])

        # validate record
        result = self.metadata.validate(self.animal_record)

        # assert result type
        self.assertIsInstance(result, ValidationResultRecord)
        self.assertEqual(result.get_overall_status(), reference[0])

        def search(y):
            return reference[1] in y

        matches = [search(message) for message in result.get_messages()]
        self.assertNotIn(False, matches)

    def test_animal_relationship(self):
        """Testing an animal with a relationship"""

        # at the time of writing this reference data raise one warning
        reference = ("Pass", "")

        # get a to_biosample record
        animal = Animal.objects.get(pk=3)
        animal_record = animal.to_biosample()

        # check for usi structure
        usi_result = self.metadata.check_usi_structure([animal_record])
        self.assertEqual(usi_result, [])

        # validate record
        result = self.metadata.validate(animal_record)

        # assert result type
        self.assertIsInstance(result, ValidationResultRecord)
        self.assertEqual(result.get_overall_status(), reference[0])

        def search(y):
            return reference[1] in y

        matches = [search(message) for message in result.get_messages()]
        self.assertNotIn(False, matches)

    def test_sample(self):
        """Test a sample submission"""

        # at the time of writing this reference pass without problems
        reference = ("Pass", "")

        # check for usi structure
        usi_result = self.metadata.check_usi_structure([self.sample_record])
        self.assertEqual(usi_result, [])

        result = self.metadata.validate(self.sample_record)

        # assert result type
        self.assertIsInstance(result, ValidationResultRecord)
        self.assertEqual(result.get_overall_status(), reference[0])

        def search(y):
            return reference[1] == y

        matches = [search(message) for message in result.get_messages()]
        self.assertNotIn(False, matches)

    def test_sample_relationship_issue(self):
        """Testing an error with related alias. Not sure if it can happen or
        not"""

        # get record from sample
        record = self.sample_record

        # change alias in relationship in order to have no a related obj
        record["sampleRelationships"] = [{
            "alias": "IMAGEA999999999",
            "relationshipNature": "derived from"
        }]

        # create a fake ValidationResultRecord
        record_result = ValidationResultRecord(record_id=record['title'])

        # check relationship method
        related, result = self.metadata.check_relationship(
            record, record_result)

        # this is an error in results
        self.assertEqual(related, [])
        self.assertEqual(result.get_overall_status(), 'Error')
        self.assertIn(
            "Could not locate the referenced record",
            result.get_messages()[0])

    def test_sample_issue_organism_part(self):
        """Testing a problem in metadata: organism_part lacks of term"""

        # at the time of writing, this will have Errors
        reference = (
            "Error", (
                "Error: No url found for the field Organism part which has "
                "the type of ontology_id")
        )

        sample_record = self.sample.to_biosample()

        # set an attribute without ontology
        sample_record['attributes']['Organism part'] = [{'value': 'hair'}]

        # check for usi structure
        usi_result = self.metadata.check_usi_structure([sample_record])
        self.assertEqual(usi_result, [])

        # validate record. This will result in an error object
        result = self.metadata.validate(sample_record)

        # assert result type
        self.assertIsInstance(result, ValidationResultRecord)
        self.assertEqual(result.get_overall_status(), reference[0])

        def search(y):
            return reference[1] in y

        matches = [search(message) for message in result.get_messages()]
        self.assertNotIn(False, matches)

    def test_submission(self):
        """Testing usi_structure and duplicates in a submission"""

        # get all biosample data in a list
        data = [self.animal_record, self.sample_record]

        # test for usi structure
        usi_result = self.metadata.check_usi_structure(data)

        # no errors for check usi_structure
        self.assertIsInstance(usi_result, list)
        self.assertEqual(len(usi_result), 0)

        # test for duplicated data
        dup_result = self.metadata.check_duplicates(data)

        # no errors for check_duplicates
        self.assertIsInstance(dup_result, list)
        self.assertEqual(len(dup_result), 0)

    def test_wrong_json_structure(self):
        """Test that json structure is ok"""

        reference = [
            ('Wrong JSON structure: no title field for record with '
             'alias as IMAGEA000000001'),
        ]

        # delete some attributes from animal data
        del(self.animal_record['title'])

        # test for Json structure
        test = self.metadata.check_usi_structure([self.animal_record])

        self.assertEqual(reference, test)


class SampleUpdateTestCase(SubmissionMixin, TestCase):
    """Testing validation for a sample update"""

    def setUp(self):
        # calling my base class setup
        super().setUp()

        # get a samlple
        self.sample = Sample.objects.get(pk=1)

        # modify animal and sample
        self.animal_reference = "SAMEA4450079"
        self.sample.animal.name.biosample_id = self.animal_reference
        self.sample.animal.name.save()

        self.sample_reference = "SAMEA4450075"
        self.sample.name.biosample_id = self.sample_reference
        self.sample.name.save()

        self.record = self.sample.to_biosample()

    def test_sample_update(self):
        """Simulate a validation for an already submitted sample"""

        # at the time of writing this reference pass without problems
        reference = ("Pass", "")

        # check object
        result = self.metadata.validate(self.record)

        # assert result type
        self.assertIsInstance(result, ValidationResultRecord)
        self.assertEqual(result.get_overall_status(), reference[0])

        def search(y):
            return reference[1] == y

        matches = [search(message) for message in result.get_messages()]
        self.assertNotIn(False, matches)


class RulesTestCase(TestCase):
    """Assert that image rules are valid"""

    def setUp(self):
        self.metadata = MetaDataValidation()

    def test_check_ruleset(self):
        """Assert that rules are valid"""

        # get validation results
        ruleset_check = self.metadata.check_ruleset()

        # test image metadata rules
        self.assertIsInstance(ruleset_check, list)
        self.assertEqual(len(ruleset_check), 0)


class ValidationSummaryTestCase(TestCase):
    fixtures = [
        'image_app/animal',
        'image_app/dictbreed',
        'image_app/dictcountry',
        'image_app/dictrole',
        'image_app/dictsex',
        'image_app/dictspecie',
        'image_app/dictstage',
        'image_app/dictuberon',
        'image_app/name',
        'image_app/organization',
        'image_app/publication',
        'image_app/submission',
        'image_app/user',
        'image_app/sample',
        'validation/validationresult',
        'validation/validationsummary'
    ]

    def setUp(self):
        self.submission = Submission.objects.get(pk=1)
        self.validationsummary_animal = ValidationSummary.objects.get(
            submission=self.submission, type="animal")
        self.validationsummary_sample = ValidationSummary.objects.get(
            submission=self.submission, type="sample")

        # set names
        self.animal_name = Name.objects.get(pk=3)
        self.sample_name = Name.objects.get(pk=4)

        # track validationresult object
        self.validationresult = ValidationResult.objects.get(pk=1)

    def test_initialization(self):
        """Test that ValidationSummary is correctly initialized"""

        self.assertEqual(self.validationsummary_animal.all_count, 3)
        self.assertEqual(self.validationsummary_animal.issues_count, 0)

        self.assertEqual(self.validationsummary_sample.all_count, 1)
        self.assertEqual(self.validationsummary_sample.issues_count, 0)

    def test_after_data_deletion(self):
        """Ensure that all count changes after data deletion"""

        # drop one animal and one sample
        Animal.objects.get(pk=3).delete()
        Sample.objects.get(pk=1).delete()

        # call a method which updates animals and samples total count
        # HINT: should this number be updated when deleting animal and
        # samples in views?
        self.validationsummary_animal.reset_all_count()
        self.validationsummary_sample.reset_all_count()

        # test for counts
        self.assertEqual(self.validationsummary_animal.all_count, 2)
        self.assertEqual(self.validationsummary_animal.issues_count, 0)

        self.assertEqual(self.validationsummary_sample.all_count, 0)
        self.assertEqual(self.validationsummary_sample.issues_count, 0)


1			#!/usr/bin/env python3
2			# -- coding: utf-8 --
3			"""
4			Created on Tue Jan 22 14:28:16 2019
5
6			@author: Paolo Cozzi <[email protected]>
7			"""
8
9			import json
10
11			from image_validation.ValidationResult import ValidationResultRecord
12			from unittest.mock import patch, Mock
13
14			from django.test import TestCase
15
16			from image_app.models import Animal, Sample, Submission, Person, Name
17
18			from common.tests import PersonMixinTestCase
19
20			from ..helpers import (
21			MetaDataValidation, OntologyCacheError, RulesetError)
22
23			from ..models import ValidationResult, ValidationSummary
24
25
26			class MetaDataValidationTestCase(TestCase):
27			@patch("validation.helpers.validation.read_in_ruleset",
28			side_effect=json.JSONDecodeError("meow", "woof", 42))
29			def test_issues_with_ebi(self, my_issue):
30			"""
31			Test temporary issues related with OLS EBI server during
32			image_validation.use_ontology.OntologyCache loading"""
33
34			# assert issues from validation.helpers.validation.read_in_ruleset
35			self.assertRaisesMessage(
36			OntologyCacheError,
37			"Issue with 'https://www.ebi.ac.uk/ols/api/'",
38			MetaDataValidation)
39
40			# test mocked function called
41			self.assertTrue(my_issue.called)
42
43			@patch("validation.helpers.validation.check_ruleset",
44			return_value=["Test for ruleset errors"])
45			def test_issues_with_ruleset(self, my_issue):
46			"""
47			Test errors regarding ruleset
48			"""
49
50			# assert issues from validation.helpers.validation.read_in_ruleset
51			self.assertRaisesMessage(
52			RulesetError,
53			"Test for ruleset errors",
54			MetaDataValidation)
55
56			# test mocked function called
57			self.assertTrue(my_issue.called)
58
59			@patch("requests.get")
60			@patch("validation.helpers.validation.read_in_ruleset")
61			@patch("validation.helpers.validation.check_ruleset",
62			return_value=[])
63			def check_biosample_id(self, my_check, my_read, mock_get, status_code):
64			"""Base method for checking biosample id"""
65
66			# paching response
67			response = Mock()
68			response.status_code = status_code
69			mock_get.return_value = response
70
71			# create a fake ValidationResultRecord
72			record_result = ValidationResultRecord(record_id="test")
73
74			# get a metadata object
75			metadata = MetaDataValidation()
76
77			# check biosample object
78			record_result = metadata.check_biosample_id_target(
79			"FAKEA123456", "test", record_result)
80
81			# assert my methods called
82			self.assertTrue(my_check.called)
83			self.assertTrue(my_read.called)
84			self.assertTrue(mock_get.called)
85
86			return record_result
87
88			def test_check_biosample_id_target(self):
89			"""Test fecthing biosample ids from MetaDataValidation"""
90
91			# pacthing response
92			record_result = self.check_biosample_id(status_code=200)
93
94			# test pass status and no messages
95			self.assertEqual(record_result.get_overall_status(), 'Pass')
96			self.assertEqual(record_result.get_messages(), [])
97
98			def test_check_biosample_id_issue(self):
99			"""No valid biosample is found for this object"""
100
101			# pacthing response
102			record_result = self.check_biosample_id(status_code=404)
103
104			# test Warning status and one message
105			self.assertEqual(record_result.get_overall_status(), 'Warning')
106			self.assertEqual(len(record_result.get_messages()), 1)
107
108
109			class SubmissionMixin(PersonMixinTestCase):
110			# an attribute for PersonMixinTestCase
111			person = Person
112
113			fixtures = [
114			'image_app/animal',
115			'image_app/dictbreed',
116			'image_app/dictcountry',
117			'image_app/dictrole',
118			'image_app/dictsex',
119			'image_app/dictspecie',
120			'image_app/dictstage',
121			'image_app/dictuberon',
122			'image_app/name',
123			'image_app/ontology',
124			'image_app/organization',
125			'image_app/publication',
126			'image_app/sample',
127			'image_app/submission',
128			'image_app/user'
129			]
130
131			@classmethod
132			def setUpClass(cls):
133			# calling my base class setup
134			super().setUpClass()
135
136			# drop publication for semplicity
137			name = Name.objects.get(pk=3)
138			publication = name.publication
139			publication.delete()
140
141			def setUp(self):
142			# calling my base class setup
143			super().setUp()
144
145			self.metadata = MetaDataValidation()
146
147
148			class SubmissionTestCase(SubmissionMixin, TestCase):
149			"""Deal real tests using image_validation library: this want to ensure
150			that InjectTools can work with image_validation"""
151
152			def setUp(self):
153			# calling my base class setup
154			super().setUp()
155
156			# get an animal object
157			self.animal = Animal.objects.get(pk=1)
158			self.animal_record = self.animal.to_biosample()
159
160			# get a sample object
161			self.sample = Sample.objects.get(pk=1)
162			self.sample_record = self.sample.to_biosample()
163
164			def test_animal(self):
165			"""Testing an animal submission"""
166
167			# at the time of writing this reference data raise one warning
168			reference = ("Pass", "")
169
170			# check for usi structure
171			usi_result = self.metadata.check_usi_structure([self.animal_record])
172			self.assertEqual(usi_result, [])
173
174			# validate record
175			result = self.metadata.validate(self.animal_record)
176
177			# assert result type
178			self.assertIsInstance(result, ValidationResultRecord)
179			self.assertEqual(result.get_overall_status(), reference[0])
180
181			def search(y):
182			return reference[1] in y
183
184			matches = [search(message) for message in result.get_messages()]
185			self.assertNotIn(False, matches)
186
187			def test_animal_relationship(self):
188			"""Testing an animal with a relationship"""
189
190			# at the time of writing this reference data raise one warning
191			reference = ("Pass", "")
192
193			# get a to_biosample record
194			animal = Animal.objects.get(pk=3)
195			animal_record = animal.to_biosample()
196
197			# check for usi structure
198			usi_result = self.metadata.check_usi_structure([animal_record])
199			self.assertEqual(usi_result, [])
200
201			# validate record
202			result = self.metadata.validate(animal_record)
203
204			# assert result type
205			self.assertIsInstance(result, ValidationResultRecord)
206			self.assertEqual(result.get_overall_status(), reference[0])
207
208			def search(y):
209			return reference[1] in y
210
211			matches = [search(message) for message in result.get_messages()]
212			self.assertNotIn(False, matches)
213
214			def test_sample(self):
215			"""Test a sample submission"""
216
217			# at the time of writing this reference pass without problems
218			reference = ("Pass", "")
219
220			# check for usi structure
221			usi_result = self.metadata.check_usi_structure([self.sample_record])
222			self.assertEqual(usi_result, [])
223
224			result = self.metadata.validate(self.sample_record)
225
226			# assert result type
227			self.assertIsInstance(result, ValidationResultRecord)
228			self.assertEqual(result.get_overall_status(), reference[0])
229
230			def search(y):
231			return reference[1] == y
232
233			matches = [search(message) for message in result.get_messages()]
234			self.assertNotIn(False, matches)
235
236			def test_sample_relationship_issue(self):
237			"""Testing an error with related alias. Not sure if it can happen or
238			not"""
239
240			# get record from sample
241			record = self.sample_record
242
243			# change alias in relationship in order to have no a related obj
244			record["sampleRelationships"] = [{
245			"alias": "IMAGEA999999999",
246			"relationshipNature": "derived from"
247			}]
248
249			# create a fake ValidationResultRecord
250			record_result = ValidationResultRecord(record_id=record['title'])
251
252			# check relationship method
253			related, result = self.metadata.check_relationship(
254			record, record_result)
255
256			# this is an error in results
257			self.assertEqual(related, [])
258			self.assertEqual(result.get_overall_status(), 'Error')
259			self.assertIn(
260			"Could not locate the referenced record",
261			result.get_messages()[0])
262
263			def test_sample_issue_organism_part(self):
264			"""Testing a problem in metadata: organism_part lacks of term"""
265
266			# at the time of writing, this will have Errors
267			reference = (
268			"Error", (
269			"Error: No url found for the field Organism part which has "
270			"the type of ontology_id")
271			)
272
273			sample_record = self.sample.to_biosample()
274
275			# set an attribute without ontology
276			sample_record['attributes']['Organism part'] = [{'value': 'hair'}]
277
278			# check for usi structure
279			usi_result = self.metadata.check_usi_structure([sample_record])
280			self.assertEqual(usi_result, [])
281
282			# validate record. This will result in an error object
283			result = self.metadata.validate(sample_record)
284
285			# assert result type
286			self.assertIsInstance(result, ValidationResultRecord)
287			self.assertEqual(result.get_overall_status(), reference[0])
288
289			def search(y):
290			return reference[1] in y
291
292			matches = [search(message) for message in result.get_messages()]
293			self.assertNotIn(False, matches)
294
295			def test_submission(self):
296			"""Testing usi_structure and duplicates in a submission"""
297
298			# get all biosample data in a list
299			data = [self.animal_record, self.sample_record]
300
301			# test for usi structure
302			usi_result = self.metadata.check_usi_structure(data)
303
304			# no errors for check usi_structure
305			self.assertIsInstance(usi_result, list)
306			self.assertEqual(len(usi_result), 0)
307
308			# test for duplicated data
309			dup_result = self.metadata.check_duplicates(data)
310
311			# no errors for check_duplicates
312			self.assertIsInstance(dup_result, list)
313			self.assertEqual(len(dup_result), 0)
314
315			def test_wrong_json_structure(self):
316			"""Test that json structure is ok"""
317
318			reference = [
319			('Wrong JSON structure: no title field for record with '
320			'alias as IMAGEA000000001'),
321			]
322
323			# delete some attributes from animal data
324			del(self.animal_record['title'])
325
326			# test for Json structure
327			test = self.metadata.check_usi_structure([self.animal_record])
328
329			self.assertEqual(reference, test)
330
331
332			class SampleUpdateTestCase(SubmissionMixin, TestCase):
333			"""Testing validation for a sample update"""
334
335			def setUp(self):
336			# calling my base class setup
337			super().setUp()
338
339			# get a samlple
340			self.sample = Sample.objects.get(pk=1)
341
342			# modify animal and sample
343			self.animal_reference = "SAMEA4450079"
344			self.sample.animal.name.biosample_id = self.animal_reference
345			self.sample.animal.name.save()
346
347			self.sample_reference = "SAMEA4450075"
348			self.sample.name.biosample_id = self.sample_reference
349			self.sample.name.save()
350
351			self.record = self.sample.to_biosample()
352
353			def test_sample_update(self):
354			"""Simulate a validation for an already submitted sample"""
355
356			# at the time of writing this reference pass without problems
357			reference = ("Pass", "")
358
359			# check object
360			result = self.metadata.validate(self.record)
361
362			# assert result type
363			self.assertIsInstance(result, ValidationResultRecord)
364			self.assertEqual(result.get_overall_status(), reference[0])
365
366			def search(y):
367			return reference[1] == y
368
369			matches = [search(message) for message in result.get_messages()]
370			self.assertNotIn(False, matches)
371
372
373			class RulesTestCase(TestCase):
374			"""Assert that image rules are valid"""
375
376			def setUp(self):
377			self.metadata = MetaDataValidation()
378
379			def test_check_ruleset(self):
380			"""Assert that rules are valid"""
381
382			# get validation results
383			ruleset_check = self.metadata.check_ruleset()
384
385			# test image metadata rules
386			self.assertIsInstance(ruleset_check, list)
387			self.assertEqual(len(ruleset_check), 0)
388
389
390			class ValidationSummaryTestCase(TestCase):
391			fixtures = [
392			'image_app/animal',
393			'image_app/dictbreed',
394			'image_app/dictcountry',
395			'image_app/dictrole',
396			'image_app/dictsex',
397			'image_app/dictspecie',
398			'image_app/dictstage',
399			'image_app/dictuberon',
400			'image_app/name',
401			'image_app/organization',
402			'image_app/publication',
403			'image_app/submission',
404			'image_app/user',
405			'image_app/sample',
406			'validation/validationresult',
407			'validation/validationsummary'
408			]
409
410			def setUp(self):
411			self.submission = Submission.objects.get(pk=1)
412			self.validationsummary_animal = ValidationSummary.objects.get(
413			submission=self.submission, type="animal")
414			self.validationsummary_sample = ValidationSummary.objects.get(
415			submission=self.submission, type="sample")
416
417			# set names
418			self.animal_name = Name.objects.get(pk=3)
419			self.sample_name = Name.objects.get(pk=4)
420
421			# track validationresult object
422			self.validationresult = ValidationResult.objects.get(pk=1)
423
424			def test_initialization(self):
425			"""Test that ValidationSummary is correctly initialized"""
426
427			self.assertEqual(self.validationsummary_animal.all_count, 3)
428			self.assertEqual(self.validationsummary_animal.issues_count, 0)
429
430			self.assertEqual(self.validationsummary_sample.all_count, 1)
431			self.assertEqual(self.validationsummary_sample.issues_count, 0)
432
433			def test_after_data_deletion(self):
434			"""Ensure that all count changes after data deletion"""
435
436			# drop one animal and one sample
437			Animal.objects.get(pk=3).delete()
438			Sample.objects.get(pk=1).delete()
439
440			# call a method which updates animals and samples total count
441			# HINT: should this number be updated when deleting animal and
442			# samples in views?
443			self.validationsummary_animal.reset_all_count()
444			self.validationsummary_sample.reset_all_count()
445
446			# test for counts
447			self.assertEqual(self.validationsummary_animal.all_count, 2)
448			self.assertEqual(self.validationsummary_animal.issues_count, 0)
449
450			self.assertEqual(self.validationsummary_sample.all_count, 0)
451			self.assertEqual(self.validationsummary_sample.issues_count, 0)
452

cnr-ibba / IMAGE-InjectTool

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ValidationSummaryTestCase.test_after_data_deletion() A

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