def test_analyzes_internals_results_processed(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
analyzer.analyze()
assert analyzer.analyzes_results() == [
result.results for result in analyzer.internal_results
]
def test_analyze_processed_multiples_times(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
assert analyzer.processed is False
assert analyzer.analyze() # First analyze
assert analyzer.processed is True
assert analyzer.analyze() is None
assert analyzer.analyze() is None
def test_analyzes_results_processed(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
analyzer.analyze()
processed_status = [
an.result.processed for an in analyzer.analyzes_results()
]
assert processed_status == [True, True, True, True]
def test_analyzes_results_raw_word(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
analyzer.analyze()
words = [
analyze.result.raw_word for analyze in analyzer.analyzes_results()
]
assert words == ['Mi', 'loĝas', 'en', 'Brazilo']
def test_analyzes_results_word_class(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
analyzer.analyze()
words_classes = [
an.result.word_class() for an in analyzer.analyzes_results()
]
assert words_classes == [Pronoun, Verb, Preposition, Noun]
def test_format_table_data_without_formating(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
analyzer.analyze()
expected = [['Mi', 'Pronoun'], ['loĝas', 'Verb'],
['en', 'Preposition'], ['Brazilo', 'Noun']]
assert CLI.format_table_data(analyzer.simple_results(),
colorize=False) == expected
def test_format_table_data_with_formating(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
analyzer.analyze()
expected = [['\x1b[96mMi \x1b[0m', '\x1b[96mPronoun \x1b[0m'],
['\x1b[31mloĝas \x1b[0m', '\x1b[31mVerb \x1b[0m'],
['\x1b[36men \x1b[0m', '\x1b[36mPreposition \x1b[0m'],
['\x1b[34mBrazilo \x1b[0m', '\x1b[34mNoun \x1b[0m']]
assert CLI.format_table_data(analyzer.simple_results()) == expected
def test_print_results(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
analyzer.analyze()
output = StringIO()
# Execute the method that will write to `output`
CLI.print_results(analyzer.simple_results(), output=output)
assert output.getvalue() == self.EXPECT_OUTPUT_TEST_SENTENCE
def test_analyzes_results_word_classnames(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
analyzer.analyze()
result_classes = [
analyze.result.word.__class__.__name__
for analyze in analyzer.analyzes_results()
]
assert result_classes == ['Pronoun', 'Verb', 'Preposition', 'Noun']
def get(self):
"""Return a MorphologicalAnalyzeResult object"""
sentence = request.args['sentence']
if not sentence:
raise SentenceRequiredError()
analyzer = MorphologicalSentenceAnalyzer(sentence=sentence)
analyzer.analyze()
return self._format_results(analyzer.results())
def test_analyze_internal_results_class(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
analyzer.analyze()
classes_names = [
an.__class__.__name__ for an in analyzer.internal_results
]
assert classes_names == [
'MorphologicalAnalyzer', 'MorphologicalAnalyzer',
'MorphologicalAnalyzer', 'MorphologicalAnalyzer'
]
def test_analyzes_results_class(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
analyzer.analyze()
classes_names = [
analyze.__class__.__name__
for analyze in analyzer.analyzes_results()
]
assert classes_names == [
'AnalyzeResult', 'AnalyzeResult', 'AnalyzeResult', 'AnalyzeResult'
]
def test_undefined_token(self):
analyzer = MorphologicalSentenceAnalyzer('Mia asdiosdsds')
analyzer.analyze()
assert analyzer.simple_results() == [['Mia', 'Pronoun'],
['asdiosdsds', 'Undefined']]
assert analyzer.simple_results()[1][1] == 'Undefined'
def test_display_output_for_analyzer_without_executing(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
with pytest.raises(AnalyzerNotProcessedError):
CLI.display_output_for_analyzer(analyzer)
def test_analyzes_results_not_processed(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
assert analyzer.analyzes_results() is None
def test_analyze_processed(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
assert analyzer.processed is False
assert analyzer.analyze()
assert analyzer.processed is True
def test_initialize(self):
assert MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
def test_analyze_results(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
assert analyzer.analyze()
assert analyzer.results() is not None
def test_initialize_results(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
assert analyzer.results() is None
def test_initialize_sentence_words(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
assert analyzer.sentence_words == ['Mi', 'loĝas', 'en', 'Brazilo']
def test_initialize_sentence(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
assert analyzer.sentence is self.TEST_SENTENCE
def test_initialize_processed(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
assert analyzer.processed is False
def test_analyze_results_size(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
assert analyzer.analyze()
assert len(analyzer.results()) == 4
assert len(analyzer.results()[1]) == 2
def run(input_sentence=None, output=sys.stdout):
analyzer = MorphologicalSentenceAnalyzer(input_sentence)
analyzer.analyze()
CLI.display_output_for_analyzer(analyzer, output=output)
def test_analyze(self):
analyzer = MorphologicalSentenceAnalyzer(self.TEST_SENTENCE)
assert analyzer.analyze()