def test_Processing_Statement6(self):
input_code_statement = 'protected void doGet(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException'
input_word_tokens = get_list_of_words_from_statement(
input_code_statement)
actual_output_dict = parse_java_code_line(input_word_tokens)
self.assertFalse(actual_output_dict.get('left_side_expression'))
self.assertFalse(actual_output_dict.get('right_side_expression'))
self.assertEqual(input_code_statement,
actual_output_dict.get('statement'))
self.assertEqual(line_type_dict.get(2),
actual_output_dict.get('statement_type'))
self.assertFalse(actual_output_dict.get('java_data_types'))
self.assertTrue(actual_output_dict.get('java_return_types'))
self.assertEqual(['void'], actual_output_dict.get('java_return_types'))
self.assertTrue(actual_output_dict.get('access_modifiers'))
self.assertEqual(['protected'],
actual_output_dict.get('access_modifiers'))
self.assertFalse(actual_output_dict.get('inheritance_type'))
self.assertTrue(actual_output_dict.get('exception_type'))
self.assertEqual(['throws'], actual_output_dict.get('exception_type'))
self.assertTrue(actual_output_dict.get('exceptions_and_inheritances'))
self.assertEqual(['ServletException', 'IOException'],
actual_output_dict.get('exceptions_and_inheritances'))
self.assertFalse(actual_output_dict.get('unknown'))
def test_Processing_Statement5(self):
input_code_statement = 'super();'
input_word_tokens = get_list_of_words_from_statement(
input_code_statement)
actual_output_dict = parse_java_code_line(input_word_tokens)
self.assertFalse(actual_output_dict.get('left_side_expression'))
self.assertFalse(actual_output_dict.get('right_side_expression'))
self.assertEqual(input_code_statement,
actual_output_dict.get('statement'))
self.assertEqual(line_type_dict.get(3),
actual_output_dict.get('statement_type'))
self.assertFalse(actual_output_dict.get('java_data_types'))
self.assertFalse(actual_output_dict.get('java_return_types'))
self.assertFalse(actual_output_dict.get('access_modifiers'))
self.assertFalse(actual_output_dict.get('inheritance_type'))
self.assertFalse(actual_output_dict.get('exceptions_and_inheritances'))
self.assertFalse(actual_output_dict.get('unknown'))
def test_Processing_Statement3(self):
input_code_statement = 'private static final long serialVersionUID = 1L;'
input_word_tokens = get_list_of_words_from_statement(
input_code_statement)
actual_output_dict = parse_java_code_line(input_word_tokens)
self.assertTrue(actual_output_dict.get('left_side_expression'))
self.assertEqual('serialVersionUID',
actual_output_dict.get('left_side_expression'))
self.assertTrue(actual_output_dict.get('right_side_expression'))
self.assertEqual('1L;',
actual_output_dict.get('right_side_expression'))
self.assertEqual(input_code_statement,
actual_output_dict.get('statement'))
self.assertEqual(line_type_dict.get(1),
actual_output_dict.get('statement_type'))
self.assertTrue(actual_output_dict.get('java_data_types'))
self.assertEqual(['long'], actual_output_dict.get('java_data_types'))
self.assertFalse(actual_output_dict.get('java_return_types'))
self.assertTrue(actual_output_dict.get('access_modifiers'))
self.assertEqual(['private'],
actual_output_dict.get('access_modifiers'))
self.assertFalse(actual_output_dict.get('inheritance_type'))
self.assertFalse(actual_output_dict.get('exceptions_and_inheritances'))
self.assertTrue(actual_output_dict.get('unknown'))
self.assertEqual(['static', 'final'],
actual_output_dict.get('unknown'))
def test_Processing_Statement2(self):
input_code_statement = 'public class CustomerFlightDetails extends HttpServlet'
input_word_tokens = get_list_of_words_from_statement(
input_code_statement)
actual_output_dict = parse_java_code_line(input_word_tokens)
self.assertFalse(actual_output_dict.get('right_side_expression'))
self.assertFalse(actual_output_dict.get('left_side_expression'))
self.assertEqual(input_code_statement,
actual_output_dict.get('statement'))
self.assertEqual(line_type_dict.get(6),
actual_output_dict.get('statement_type'))
self.assertFalse(actual_output_dict.get('java_data_types'))
self.assertFalse(actual_output_dict.get('java_return_types'))
self.assertTrue(actual_output_dict.get('access_modifiers'))
self.assertEqual(['public'],
actual_output_dict.get('access_modifiers'))
self.assertTrue(actual_output_dict.get('inheritance_type'))
self.assertEqual(['extends'],
actual_output_dict.get('inheritance_type'))
self.assertTrue(actual_output_dict.get('exceptions_and_inheritances'))
self.assertEqual(['HttpServlet'],
actual_output_dict.get('exceptions_and_inheritances'))
self.assertFalse(actual_output_dict.get('unknown'))
def test_Processing_Statement1(self):
input_code_statement = 'String url = "jdbc:mysql://localhost:3306/airline";'
input_word_tokens = get_list_of_words_from_statement(
input_code_statement)
actual_output_dict = parse_java_code_line(input_word_tokens)
self.assertEqual('"jdbc:mysql://localhost:3306/airline";',
actual_output_dict.get('right_side_expression'))
self.assertEqual('url', actual_output_dict.get('left_side_expression'))
self.assertEqual(input_code_statement,
actual_output_dict.get('statement'))
self.assertEqual(line_type_dict.get(1),
actual_output_dict.get('statement_type'))
self.assertTrue(actual_output_dict.get('java_data_types'))
self.assertFalse(actual_output_dict.get('java_return_types'))
self.assertFalse(actual_output_dict.get('access_modifiers'))
self.assertFalse(actual_output_dict.get('inheritance_type'))
self.assertFalse(actual_output_dict.get('exceptions_and_inheritances'))
self.assertFalse(actual_output_dict.get('unknown'))
#Make sense of all the code extracted. Loop through each of the lines code_extracted and tokenize them
code_dict = {}
for key in code_extracted:
code_dict[key] = get_list_of_words_from_statement(code_extracted.get(key))
#Step 4 - Order the code lines. Ignore line number from now on
code_lines_list = [code_dict.get(key) for key in sorted(code_dict.iterkeys())]
#Step 4 - Run the extracted dictionary on the java parser to identify key java elements
user_input_feature = training_features_dict.get(user_input_dict.get('feature'))
user_provided_line = code_extracted.get(user_input_dict.get("line_number"))
user_provided_line_info = {}
metadata_info = []
print("******Beginning to parse for information******")
for line in code_lines_list:
parsed_line_dict = parse_java_code_line(line)
if (parsed_line_dict.get('statement') == user_provided_line):
user_provided_line_info = parsed_line_dict
else:
metadata_info.append(parsed_line_dict)
print("Trained Feature = {}".format(user_input_feature))
print
print("User Provided Line = {}".format(user_provided_line))
print
print("Line Info = {}".format(user_provided_line_info))
print
print("Metadata Info = {}".format(metadata_info))
print