def __init__(self):
with\
Autowired('DbTestData', singleton=False) as DbTestData,\
Autowired('Config', singleton=False) as Config:
self.TRAIN_SET_VALUES = numpy.array(list(DbTestData.trainComments))
self.PROBLEM_OIDS = numpy.array(list(DbTestData.problemOids))
self.TRAIN_SET = pandas.read_csv(Config.TRAINING_SET_FILE,
'\t',
encoding='utf-8',
names=Config.TRAINING_SET_COLUMNS)
self.PROBLEM_SET = pandas.read_csv(
Config.PROBLEM_SET_FILE,
'\t',
encoding='utf-8',
names=Config.PROBLEM_SET_COLUMNS)
self.PROBLEM_SET_VALUES = numpy.array(
list(DbTestData.problemComments))
self.MAX_LENGTH = 6
self.OUTPUT_NEURONS = 4
self.TRAIN_RESULTS = numpy.array([
2,
3,
3,
1,
])
self.PROBLEM_MODEL_INPUT = [[98, 111, 111, 0, 0, 0],
[102, 101, 102, 101, 102, 101]]
self.TRAIN_MODEL_INPUT = [[98, 108, 97, 98, 108, 97],
[98, 101, 101, 97, 0, 0],
[98, 101, 97, 97, 0, 0],
[98, 97, 122, 0, 0, 0]]
self.PROBLEM_MODEL_RESULT = [[0.3, 0.1, 0.6, 0],
[0, 0.3, 0.1, 0.6]]
def setUp(self):
with Autowired('WinterBootTestData', self):
if self.WinterBootTestData.undefinedConsumedServiceId in consumers:
del consumers[
self.WinterBootTestData.undefinedConsumedServiceId]
import testpackage
autoload(testpackage)
Autowired(self.WinterBootTestData.undefinedConsumedServiceId)
def testdisplayTransaction_prints_the_transaction(self):
with\
Autowired('UiTestData',self),\
Autowired('AiTestData',self),\
unittest.mock.patch('sys.stdout') as mockedStdout:
displayAccuracyService.call(self.AiTestData.ACCURACY)
TestHelper.assertPrintedOn(
mockedStdout,
self.UiTestData.ACCURACY_STRING.format(self.AiTestData.ACCURACY))
def setUp(self):
with \
Autowired('DataTestData', self),\
Autowired('AiTestData', self),\
Autowired('UpdateTestData', self),\
MockedService('PrepareDataService', self),\
MockedService('NeuralNetBuilderService', self),\
MockedService('NeuralNetTrainerService', self),\
MockedService('AccuracyCheckService', self),\
MockedService('UpdateService', self):
categorizerService.call()
def setUp(self):
with \
Autowired('UpdateTestData', self),\
Autowired('DbTestData', self),\
MockedService('RowUpdateService', self),\
MockedService('ConnectionService', self),\
MockedService('CategoryService', self):
updateService.call(self.UpdateTestData.data)
self.handleOneRowArgs = self.RowUpdateService.call
def setUp(self):
with \
Autowired('DbTestData', self),\
unittest.mock.patch('psycopg2.connect', new = self.DbTestData.connector) as connector:
self.fakeConnection = self.DbTestData.connection
self.connector = connector
self.connection = connectionService.call()
def setUp(self):
with Autowired('DbTestData', self, singleton=False):
self.fakeConnection = self.DbTestData.connection
updateDBService.call(self.fakeConnection,
self.DbTestData.oidAsString,
self.DbTestData.fetched_row,
self.DbTestData.choice)
def setUp(self):
with\
Autowired('DataTestData',self),\
MockedService('NumericConverterService', self):
self.result = prepareDataService.call(
self.DataTestData.TRAIN_SET, self.DataTestData.PROBLEM_SET)
self.callList = self.NumericConverterService.call.mock_calls
def setUp(self):
with Autowired('UpdateTestData') as testData:
self.existingChoice = testData.existingChoice
self.nonExistingChoice = testData.nonExistingChoice
self.regexConformantChoiceInput = testData.regexConformantChoiceInput
self.choiceFromRegexConformantInput = testData.choiceFromRegexConformantInput
self.regexConformantChoiceInput = testData.regexConformantChoiceInput
self.regexConformantChoiceInput = testData.regexConformantChoiceInput
self.options = testData.PREPARED_OPTIONS
def setUp(self):
with Autowired('AiTestData', self, singleton=False):
self.model = self.AiTestData.model
self.result = neuralNetTrainerService.call(
self.AiTestData.TRAIN_VALUES, self.AiTestData.TRAIN_RESULTS,
self.model)
self.compileCallKwargs = TestHelper.callKwArgument(
self.model.compile)
self.fitCallKwargs = TestHelper.callKwArgument(self.model.fit)
def test_displayOption_displays_choice_number_probability_and_categories(
self):
with\
Autowired('UpdateTestData', self),\
unittest.mock.patch('sys.stdout') as mockedStdout:
optionDisplayService.call(
self.UpdateTestData.resultKeys[0],
self.UpdateTestData.data.problemValues[0][2],
self.UpdateTestData.categories[3])
TestHelper.assertPrintedOn(mockedStdout,
self.UpdateTestData.outputOfFirstOption)
def setUp(self):
with\
Autowired('DataTestData', self),\
MockedService('keras.Sequential') as self.model:
self.result = neuralNetBuilderService().call(self.DataTestData.MAX_LENGTH, self.DataTestData.OUTPUT_NEURONS )
self.firstCallList = TestHelper.callArgument(self.model, 0)
#coding=utf-8
import unittest
from winterboot.Autowired import Autowired
import keras
import tensorflow
import TestHelper
from winterboot.MockedService import MockedService
neuralNetBuilderService = Autowired('NeuralNetBuilderService')
config = Autowired('Config')()
class testNeuralNetBuilderService(unittest.TestCase):
def setUp(self):
with\
Autowired('DataTestData', self),\
MockedService('keras.Sequential') as self.model:
self.result = neuralNetBuilderService().call(self.DataTestData.MAX_LENGTH, self.DataTestData.OUTPUT_NEURONS )
self.firstCallList = TestHelper.callArgument(self.model, 0)
def test_it_builds_a_Sequential_model(self):
self.model.assert_called_once()
def test_first_layer_is_Dense(self):
self.assertEqual(keras.layers.Dense, type(self.firstCallList[0]))
def test_first_layer_have_FIRST_LAYER_NEURONS_number_of_neurons(self):
self.assertEqual(config.FIRST_LAYER_NEURONS, self.firstCallList[0].units)
def test_first_layer_have_relu_activation(self):
self.assertEqual(tensorflow.nn.relu, self.firstCallList[0].activation)
def test_second_layer_is_Dense(self):
self.assertEqual(keras.layers.Dense, type(self.firstCallList[1]))
def test_second_layer_have_SECOND_LAYER_NEURONS_number_of_neurons(self):
from winterboot.Autowired import Autowired
from winterboot.Service import Service
from categorizerai.ai.AIData import AIData
connectionService = Autowired('ConnectionService')
categoryService = Autowired('CategoryService')
rowUpdateService = Autowired('RowUpdateService')
@Service
class UpdateService:
def call(self, data: AIData) -> None:
connection = connectionService.call()
categories = categoryService.call(connection)
for rowNumber in range(len(data.problemResults)):
rowUpdateService.call(rowNumber, data, connection, categories)
connection.close()
import unittest
from winterboot.Autowired import Autowired
import TestHelper
optionDisplayService = Autowired('OptionDisplayService')
class Test(unittest.TestCase):
def test_displayOption_displays_choice_number_probability_and_categories(
self):
with\
Autowired('UpdateTestData', self),\
unittest.mock.patch('sys.stdout') as mockedStdout:
optionDisplayService.call(
self.UpdateTestData.resultKeys[0],
self.UpdateTestData.data.problemValues[0][2],
self.UpdateTestData.categories[3])
TestHelper.assertPrintedOn(mockedStdout,
self.UpdateTestData.outputOfFirstOption)
if __name__ == "__main__":
unittest.main()
import unittest
from winterboot.Autowired import Autowired
import TestHelper
displayAccuracyService = Autowired("DisplayAccuracyService")
class Test(unittest.TestCase):
def testdisplayTransaction_prints_the_transaction(self):
with\
Autowired('UiTestData',self),\
Autowired('AiTestData',self),\
unittest.mock.patch('sys.stdout') as mockedStdout:
displayAccuracyService.call(self.AiTestData.ACCURACY)
TestHelper.assertPrintedOn(
mockedStdout,
self.UiTestData.ACCURACY_STRING.format(self.AiTestData.ACCURACY))
if __name__ == "__main__":
unittest.main()
#!/usr/bin/python3
#coding=utf-8
import pandas
from winterboot.Autowired import Autowired
from winterboot.Service import Service
config = Autowired('Config')()
prepareDataService = Autowired('PrepareDataService')
neuralNetBuilderService = Autowired('NeuralNetBuilderService')
neuralNetTrainerService = Autowired('NeuralNetTrainerService')
accuracyCheckService = Autowired('AccuracyCheckService')
updateService = Autowired('UpdateService')
@Service
class CategorizerService(object):
def call(self) -> None:
trainSet = pandas.read_csv(config.TRAINING_SET_FILE,'\t',encoding='utf-8',names=config.TRAINING_SET_COLUMNS)
problemSet = pandas.read_csv(config.PROBLEM_SET_FILE,'\t',encoding='utf-8',names=config.PROBLEM_SET_COLUMNS)
data = prepareDataService.call(trainSet, problemSet)
model = neuralNetBuilderService.call(data.max_length, data.numberOfOutputNeurons)
accuracy = neuralNetTrainerService.call(data.trainValues, data.trainResults, model)
accuracyCheckService.call(accuracy)
data.problemResults=model.predict(data.problemValues)
updateService.call(data)
from winterboot.Autowired import Autowired
from winterboot.Service import Service
from categorizerai.ai.AIData import AIData
import psycopg2
rowProviderService = Autowired('RowProviderService')
transactionDisplayService = Autowired('TransactionDisplayService')
updateDBService = Autowired('UpdateDBService')
optionPreparatorService = Autowired('OptionPreparatorService')
choiceObtainerService = Autowired('ChoiceObtainerService')
@Service
class RowUpdateService:
def call(self, rowNumber: int, data: AIData,
connection: psycopg2.extensions.connection,
categories: tuple) -> None:
oidAsStr = str(data.problemOids[rowNumber])
row = rowProviderService.call(connection, oidAsStr)
transactionDisplayService.call(row)
options = optionPreparatorService.call(rowNumber, data, categories)
choice = choiceObtainerService.call(options)
if choice is not None:
updateDBService.call(connection, oidAsStr, row, choice)
import unittest
from winterboot.Autowired import Autowired
from winterboot.MockedService import MockedService
import TestHelper
choiceAskService = Autowired("ChoiceAskService")
class Test(unittest.TestCase):
def setUp(self):
with\
Autowired('UiTestData', self),\
MockedService('categorizerai.ui.ChoiceAskService.input') as self.mockedInput:
self.answer = choiceAskService.call()
def test_askUserForChoice_displays_prompt(self):
TestHelper.assertCallParameter(self.UiTestData.PROMPT,
self.mockedInput, 0)
def test_askUserForChoice_returns_value_given_in_stdin(self):
self.assertEqual(self.UiTestData.ANSWER_TO_CHOICE_PROMPT, self.answer)
if __name__ == "__main__":
unittest.main()
from winterboot.Autowired import Autowired
from winterboot.Service import Service
import types
config = Autowired('Config')()
@Service
class UpdateDBService:
def call(self, connection, oid, row, choice):
table = config.figureOutTable(row)
sentence = self._createUpdateSentence(oid, choice, table)
cursor = connection.cursor()
cursor.execute(sentence)
connection.commit()
cursor.close()
def _createUpdateSentence(self, oid, choice, table):
args = types.SimpleNamespace()
args.table = table
args.choice = choice
args.oid = oid
sentence = config.SQL_TO_UPDATE_RECORD.format(args)
return sentence
#coding=utf-8
import unittest
from winterboot.Autowired import Autowired
import TestHelper
categoryService = Autowired('CategoryService')
config = Autowired('Config')()
class Test(unittest.TestCase):
def setUp(self):
with Autowired('DbTestData', self, singleton=False):
self.fakeConnection = self.DbTestData.connection
self.categories = categoryService.call(self.fakeConnection)
def test_returns_a_dict_keyed_with_the_element_ID_COLUMN_POSITION_IN_CATEGORIES_TABLE(
self):
firstRow = self.DbTestData.all_rows[0]
firstRowKey = firstRow[config.ID_COLUMN_POSITION_IN_CATEGORIES_TABLE]
self.assertEqual(firstRow, self.categories[firstRowKey])
def test_the_returned_dict_contains_elements_for_all_different_keys(self):
self.assertEqual(len(self.DbTestData.all_rows), len(self.categories))
def test_closes_the_connection(self):
self.fakeConnection.cursor.assert_called_once()
def test_executes_SQL_TO_OBTAIN_CATEGORIES(self):
self.fakeConnection.cursor.execute.assert_called_once()
TestHelper.assertCallParameter(config.SQL_TO_OBTAIN_CATEGORIES,
self.fakeConnection.cursor.execute, 0)
#coding=utf-8
import unittest
from winterboot.Autowired import Autowired
import TestHelper
neuralNetTrainerService = Autowired('NeuralNetTrainerService')
config = Autowired('Config')()
class Test(unittest.TestCase):
def setUp(self):
with Autowired('AiTestData', self, singleton=False):
self.model = self.AiTestData.model
self.result = neuralNetTrainerService.call(
self.AiTestData.TRAIN_VALUES, self.AiTestData.TRAIN_RESULTS,
self.model)
self.compileCallKwargs = TestHelper.callKwArgument(
self.model.compile)
self.fitCallKwargs = TestHelper.callKwArgument(self.model.fit)
def test_trainNeuralNet_compiles_the_model(self):
self.model.compile.assert_called_once()
def test_trainNeuralNet_returns_model_accuracy(self):
self.assertEqual(self.AiTestData.ACCURACY, self.result)
def test_loss_funtions_is_sparse_categorical_crossentropy(self):
self.assertEqual("sparse_categorical_crossentropy",
self.compileCallKwargs['loss'])
import unittest
from winterboot.Autowired import Autowired
from winterboot.MockedService import MockedService
import TestHelper
updateService = Autowired("UpdateService")
class Test(unittest.TestCase):
def setUp(self):
with \
Autowired('UpdateTestData', self),\
Autowired('DbTestData', self),\
MockedService('RowUpdateService', self),\
MockedService('ConnectionService', self),\
MockedService('CategoryService', self):
updateService.call(self.UpdateTestData.data)
self.handleOneRowArgs = self.RowUpdateService.call
def test_handleUpdates_obtains_a_connection(self):
self.ConnectionService.call.assert_called_once()
def test_fetches_categories_using_the_connection(self):
self.CategoryService.call.assert_called_once_with(
self.DbTestData.connection)
def test_calls_RowUpdateService_for_all_rows_in_problem_results(self):
self.assertEqual(len(self.UpdateTestData.data.problemResults),
def setUp(self):
with\
Autowired('UiTestData', self),\
MockedService('categorizerai.ui.ChoiceAskService.input') as self.mockedInput:
self.answer = choiceAskService.call()
def answerIs(self,choice):
with Autowired('ChoiceAskService', self):
self.ChoiceAskService.call.return_value = choice
def test_TestData_instances_are_differ(self):
TestTestData = Autowired('TestTestData')
self.assertNotEqual(TestTestData(),TestTestData())
def setUp(self):
with Autowired('DbTestData', self, singleton=False):
self.fakeConnection = self.DbTestData.connection
self.categories = categoryService.call(self.fakeConnection)
import unittest
from winterboot.Autowired import Autowired
from winterboot.MockedService import MockedService
import TestHelper
optionPreparatorService = Autowired('OptionPreparatorService')
class Test(unittest.TestCase):
def setUp(self):
with\
Autowired('UpdateTestData', self, singleton=False),\
MockedService('OptionDisplayService', self):
self.result = optionPreparatorService.call(
self.UpdateTestData.rowNumber, self.UpdateTestData.data, self.UpdateTestData.categories)
def test_prepareOptionsToOffer_returns_a_dict_keyed_by_small_numbers(self):
self.assertEqual(self.UpdateTestData.resultKeys, list(self.result.keys()))
def test_the_first_element_in_the_value_tuple_is_the_probability(self):
self.assertEqual(self.UpdateTestData.data.problemValues[0][2], self.result[1][0])
def test_the_second_element_in_the_value_tuple_is_a_value_of_the_categories_dict(self):
self.assertEqual(self.UpdateTestData.categories[3], self.result[1][1])
def test_prepareOptionsToOffer_displays_choice_key(self):
TestHelper.assertCallParameter(self.UpdateTestData.resultKeys[0], self.OptionDisplayService.call, 0)
def test_prepareOptionsToOffer_displays_probability(self):
TestHelper.assertCallParameter(self.UpdateTestData.data.problemValues[0][2], self.OptionDisplayService.call, 1)
def test_prepareOptionsToOffer_displays_categories(self):
def testName(self):
origTestData = Autowired('TestTestData')()
with TestDataForStub('TestTestData', self):
self.assertEqual(origTestData, self.TestTestData)
def setUp(self):
with\
Autowired('UpdateTestData', self, singleton=False),\
MockedService('OptionDisplayService', self):
self.result = optionPreparatorService.call(
self.UpdateTestData.rowNumber, self.UpdateTestData.data, self.UpdateTestData.categories)
