def test_build_lambda_numbers(self):
st = SyntaxTree()
st.operation = "_"
st.children = [13] # as if it parsed
parsed_transformations = [FieldTransformation("a", st)]
operations = TransformationOperations(self.config)
transformations_validator = TransformationsValidator(
operations, self.data_structure)
_ = transformations_validator.validate(parsed_transformations)
creator = TransformationCreator(self.data_structure,
parsed_transformations,
TransformationOperations(self.config))
transformation = creator.build_lambda()
self.assertIsInstance(transformation, types.LambdaType,
"Transformation type should be lambda")
spark = SparkSession.builder.getOrCreate()
file = spark.read.csv(DATA_PATH, self.data_structure_pyspark)
result = file.rdd.map(transformation)
result = result.collect()
self.assertListEqual(result, [(13, ), (13, ), (13, ), (13, ), (13, )],
"List of tuples should be equal")
spark.stop()
def test_build_lambda_processor_config(self):
parser = TransformationsParser(["a: config('input.options.port')"])
parser.run()
operations = TransformationOperations(self.config)
transformations_validator = TransformationsValidator(
operations, self.data_structure)
_ = transformations_validator.validate(parser.expanded_transformation)
creator = TransformationCreator(self.data_structure,
parser.expanded_transformation,
TransformationOperations(self.config))
transformation = creator.build_lambda()
self.assertIsInstance(transformation, types.LambdaType,
"Transformation type should be lambda")
spark = SparkSession.builder.getOrCreate()
file = spark.read.csv(DATA_PATH, self.data_structure_pyspark)
result = file.rdd.map(transformation)
result = result.collect()
self.assertListEqual(result,
[(29092, ), (29092, ), (29092, ), (29092, ),
(29092, )], "List of tuples should be equal")
spark.stop()
def test_build_lambda_with_nested_literals(self):
st = SyntaxTree()
st.operation = "concat"
# should cast int to str and concat
st.children = ["'6'", "packet_size"] # packet_size [74, 68]
st2 = SyntaxTree()
st2.operation = "concat"
st2.children = [2E+2, st]
parsed_transformations = [FieldTransformation("nested", st2)]
creator = TransformationCreator(self.data_structure,
parsed_transformations,
TransformationOperations(self.config))
transformation = creator.build_lambda()
self.assertIsInstance(transformation, types.LambdaType,
"Transformation type should be lambda")
spark = SparkSession.builder.getOrCreate()
file = spark.read.csv(DATA_PATH, self.data_structure_pyspark)
result = file.rdd.map(transformation)
result = result.collect()
self.assertListEqual(result, [('200.0674', ), ('200.0668', ),
('200.061510', ), ('200.06185', ),
('200.06185', )],
"List of tuples should be equal")
spark.stop()
def test_validate_raise_field_not_exists_error(self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
with self.assertRaises(errors.FieldNotExists):
validator.validate(
["src_ip", "dst_ip", "packet_size", "sample_rate"])
def test_validate_raise_field_not_exists_when_rename_field(self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
with self.assertRaises(errors.FieldNotExists):
validator.validate(
[FieldTransformation("size", "not_exists_field"), "dst_ip"])
def test_build_lambda_add_scientific(self):
st = SyntaxTree()
st.operation = "add"
st.children = [1.2E+5, 1.0]
parsed_transformations = [FieldTransformation("sum", st)]
creator = TransformationCreator(self.data_structure,
parsed_transformations,
TransformationOperations(self.config))
transformation = creator.build_lambda()
self.assertIsInstance(transformation, types.LambdaType,
"Transformation type should be lambda")
spark = SparkSession.builder.getOrCreate()
file = spark.read.csv(DATA_PATH, self.data_structure_pyspark)
result = file.rdd.map(transformation)
result = result.collect()
self.assertListEqual(result, [(120001.0, ), (120001.0, ), (120001.0, ),
(120001.0, ), (120001.0, )],
"List of tuples should be equal")
spark.stop()
def test_build_lambda_truncate(self):
st = SyntaxTree()
st.operation = "truncate"
st.children = ["'test'", 2]
parsed_transformations = [
FieldTransformation("cut_upto_2_symbols", st)
]
creator = TransformationCreator(self.data_structure,
parsed_transformations,
TransformationOperations(self.config))
transformation = creator.build_lambda()
self.assertIsInstance(transformation, types.LambdaType,
"Transformation type should be lambda")
spark = SparkSession.builder.getOrCreate()
file = spark.read.csv(DATA_PATH, self.data_structure_pyspark)
result = file.rdd.map(transformation)
result = result.collect()
self.assertListEqual(result, [('te', ), ('te', ), ('te', ), ('te', ),
('te', )],
"List of tuples should be equal")
spark.stop()
def test_validate_with_correct_two_level_subtree(self):
validator = TransformatoinsValidator(
TransformationOperations({
"country": "./GeoLite2-Country.mmdb",
"city": "./GeoLite2-City.mmdb",
"asn": "./GeoLite2-ASN.mmdb"
}), self.data_structure_pyspark)
syntaxtree = SyntaxTree()
syntaxtree.operation = "sum"
syntaxtree.children = ["sampling_rate", "packet_size"]
main_syntax_tree = SyntaxTree()
main_syntax_tree.operation = "mult"
main_syntax_tree.children = [syntaxtree, "sampling_rate"]
fields = validator.validate(
[FieldTransformation("result", main_syntax_tree), "dst_ip"])
self.assertEqual(
fields,
types.StructType([
types.StructField('result', types.LongType()),
types.StructField('dst_ip', types.StringType())
]))
def test_build_lambda_with_literals(self):
st = SyntaxTree()
st.operation = "concat"
st.children = ["'6 - '", "packet_size"] # packet_size [74, 68]
parsed_transformations = [FieldTransformation("ephemer", st)]
creator = TransformationCreator(self.data_structure,
parsed_transformations,
TransformationOperations(self.config))
transformation = creator.build_lambda()
self.assertIsInstance(transformation, types.LambdaType,
"Transformation type should be lambda")
spark = SparkSession.builder.getOrCreate()
file = spark.read.csv(DATA_PATH, self.data_structure_pyspark)
result = file.rdd.map(transformation)
result = result.collect()
self.assertListEqual(result, [("6 - 74", ), ("6 - 68", ),
("6 - 1510", ), ("6 - 185", ),
("6 - 185", )],
"List of tuples should be equal")
def test_validate_raise_operation_not_supported_error(self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
syntaxtree = SyntaxTree()
syntaxtree.operation = "not_exists_operation"
with self.assertRaises(errors.OperationNotSupportedError):
validator.validate(
[FieldTransformation("size", syntaxtree), "dst_ip"])
def test_validate_raise_field_not_exists_when_rename_field(self):
validator = TransformatoinsValidator(
TransformationOperations({
"country": "./GeoLite2-Country.mmdb",
"city": "./GeoLite2-City.mmdb",
"asn": "./GeoLite2-ASN.mmdb"
}), self.data_structure_pyspark)
with self.assertRaises(errors.FieldNotExists):
validator.validate(
[FieldTransformation("size", "not_exists_field"), "dst_ip"])
def test_validate_raise_incorrect_argument_type_for_operation_error(self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
syntaxtree = SyntaxTree()
syntaxtree.operation = "mul"
syntaxtree.children = ["src_ip", "packet_size"]
with self.assertRaises(errors.IncorrectArgumentTypeForOperationError):
validator.validate(
[FieldTransformation("traffic", syntaxtree), "dst_ip"])
def test_validate_raise_field_not_exists_error(self):
validator = TransformatoinsValidator(
TransformationOperations({
"country": "./GeoLite2-Country.mmdb",
"city": "./GeoLite2-City.mmdb",
"asn": "./GeoLite2-ASN.mmdb"
}), self.data_structure_pyspark)
with self.assertRaises(errors.FieldNotExists):
validator.validate(
["src_ip", "dst_ip", "packet_size", "sample_rate"])
def test_validate_raise_error_for_function_with_different_arguments_type(
self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
main_syntax_tree = SyntaxTree()
main_syntax_tree.operation = "truncate"
main_syntax_tree.children = ["src_ip", "dst_ip"]
with self.assertRaises(errors.IncorrectArgumentTypeForOperationError):
validator.validate(
[FieldTransformation("result", main_syntax_tree)])
def test_validate_correct_arguments_amount_for_operation_add(self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
syntaxtree = SyntaxTree()
syntaxtree.operation = "add"
syntaxtree.children = [1, 2]
fields = validator.validate([FieldTransformation("add", syntaxtree)])
self.assertEqual(
fields,
types.StructType([types.StructField("add", types.LongType())]))
def test_validate_rename_field(self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
fields = validator.validate(
[FieldTransformation("size", "packet_size"), "dst_ip"])
self.assertEqual(
fields,
types.StructType([
types.StructField('size', types.LongType()),
types.StructField('dst_ip', types.StringType())
]))
def test_validate_raise_incorrect_arguments_amount_for_operation_error(
self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
syntaxtree = SyntaxTree()
syntaxtree.operation = "add"
syntaxtree.children = [1, 2, 3]
with self.assertRaises(
errors.IncorrectArgumentsAmountForOperationError):
validator.validate(
[FieldTransformation("add", syntaxtree), "dst_ip"])
def test_validate_work_success(self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
fields = validator.validate(
["src_ip", "dst_ip", "packet_size", "sampling_rate"])
self.assertEqual(
fields,
types.StructType([
types.StructField('src_ip', types.StringType()),
types.StructField('dst_ip', types.StringType()),
types.StructField('packet_size', types.LongType()),
types.StructField('sampling_rate', types.LongType())
]), 'StructType should be equal')
def test_validate_function_with_different_arguments_type(self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
tree = SyntaxTree()
tree.operation = "truncate"
tree.children = ["src_ip", 5]
fields = validator.validate([FieldTransformation("result", tree)])
self.assertEqual(
fields,
types.StructType([types.StructField("result",
types.StringType())]))
def test_validate_raise_operation_not_supported_error(self):
validator = TransformatoinsValidator(
TransformationOperations({
"country": "./GeoLite2-Country.mmdb",
"city": "./GeoLite2-City.mmdb",
"asn": "./GeoLite2-ASN.mmdb"
}), self.data_structure_pyspark)
syntaxtree = SyntaxTree()
syntaxtree.operation = "not_exists_operation"
with self.assertRaises(errors.OperationNotSupportedError):
validator.validate(
[FieldTransformation("size", syntaxtree), "dst_ip"])
def test_build_lambda_processor_add(self):
self.maxDiff = None
parser = TransformationsParser([
"dst_ip: add(-13.5, 2)", "src_ip:add(-13.5,2)",
"foobar: 'add(-13.5,2)'", "foobar2: 'add\\'(-13.5,2)'"
])
parser.run()
operations = TransformationOperations(self.config)
transformations_validator = TransformationsValidator(
operations, self.data_structure)
_ = transformations_validator.validate(parser.expanded_transformation)
creator = TransformationCreator(self.data_structure,
parser.expanded_transformation,
TransformationOperations(self.config))
transformation = creator.build_lambda()
self.assertIsInstance(transformation, types.LambdaType,
"Transformation type should be lambda")
spark = SparkSession.builder.getOrCreate()
file = spark.read.csv(DATA_PATH, self.data_structure_pyspark)
result = file.rdd.map(transformation)
result = result.collect()
self.assertListEqual(result,
[(-11.5, -11.5, 'add(-13.5,2)', "add'(-13.5,2)"),
(-11.5, -11.5, 'add(-13.5,2)', "add'(-13.5,2)"),
(-11.5, -11.5, 'add(-13.5,2)', "add'(-13.5,2)"),
(-11.5, -11.5, 'add(-13.5,2)', "add'(-13.5,2)"),
(-11.5, -11.5, 'add(-13.5,2)', "add'(-13.5,2)")],
"List of tuples should be equal")
spark.stop()
def test_validate_raise_incorrect_argument_type_for_operation_error(self):
validator = TransformatoinsValidator(
TransformationOperations({
"country": "./GeoLite2-Country.mmdb",
"city": "./GeoLite2-City.mmdb",
"asn": "./GeoLite2-ASN.mmdb"
}), self.data_structure_pyspark)
syntaxtree = SyntaxTree()
syntaxtree.operation = "mult"
syntaxtree.children = ["src_ip", "packet_size"]
with self.assertRaises(errors.IncorrectArgumentTypeForOperationError):
validator.validate(
[FieldTransformation("traffic", syntaxtree), "dst_ip"])
def test_validate_raise_operation_not_supported_error_for_subtree(self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
syntaxtree = SyntaxTree()
syntaxtree.operation = "not_exists_operator"
syntaxtree.children = ["1", "2"]
main_syntax_tree = SyntaxTree()
main_syntax_tree.operation = "mul"
main_syntax_tree.children = [syntaxtree, "1"]
with self.assertRaises(errors.OperationNotSupportedError):
validator.validate(
[FieldTransformation("result", main_syntax_tree), "dst_ip"])
def test_validate_raise_error_for_function_with_different_arguments_type(
self):
validator = TransformatoinsValidator(
TransformationOperations({
"country": "./GeoLite2-Country.mmdb",
"city": "./GeoLite2-City.mmdb",
"asn": "./GeoLite2-ASN.mmdb"
}), self.data_structure_pyspark)
main_syntax_tree = SyntaxTree()
main_syntax_tree.operation = "truncate"
main_syntax_tree.children = ["src_ip", "dst_ip"]
with self.assertRaises(errors.IncorrectArgumentTypeForOperationError):
validator.validate(
[FieldTransformation("result", main_syntax_tree)])
def test_validate_rename_field(self):
validator = TransformatoinsValidator(
TransformationOperations({
"country": "./GeoLite2-Country.mmdb",
"city": "./GeoLite2-City.mmdb",
"asn": "./GeoLite2-ASN.mmdb"
}), self.data_structure_pyspark)
fields = validator.validate(
[FieldTransformation("size", "packet_size"), "dst_ip"])
self.assertEqual(
fields,
types.StructType([
types.StructField('size', types.LongType()),
types.StructField('dst_ip', types.StringType())
]))
def test_validate_with_correct_one_level_subtree(self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
syntaxtree = SyntaxTree()
syntaxtree.operation = "mul"
syntaxtree.children = ["packet_size", "sampling_rate"]
fields = validator.validate(
[FieldTransformation("traffic", syntaxtree), "dst_ip"])
self.assertEqual(
fields,
types.StructType([
types.StructField('traffic', types.LongType()),
types.StructField('dst_ip', types.StringType())
]))
def test_validate_work_success(self):
validator = TransformatoinsValidator(
TransformationOperations({
"country": "./GeoLite2-Country.mmdb",
"city": "./GeoLite2-City.mmdb",
"asn": "./GeoLite2-ASN.mmdb"
}), self.data_structure_pyspark)
fields = validator.validate(
["src_ip", "dst_ip", "packet_size", "sampling_rate"])
self.assertEqual(
fields,
types.StructType([
types.StructField('src_ip', types.StringType()),
types.StructField('dst_ip', types.StringType()),
types.StructField('packet_size', types.LongType()),
types.StructField('sampling_rate', types.LongType())
]), 'StructType should be equal')
def test_validate_raise_incorrect_arguments_amount_for_operation_error(
self):
validator = TransformatoinsValidator(
TransformationOperations({
"country": "./GeoLite2-Country.mmdb",
"city": "./GeoLite2-City.mmdb",
"asn": "./GeoLite2-ASN.mmdb"
}), self.data_structure_pyspark)
syntaxtree = SyntaxTree()
syntaxtree.operation = "sum"
syntaxtree.children = ["1", "2", "3"]
with self.assertRaises(
errors.IncorrectArgumentsAmountForOperationError):
validator.validate(
[FieldTransformation("sum", syntaxtree), "dst_ip"])
def test_build_lambda_with_nested_operations(self):
mult_syntax_tree = SyntaxTree()
mult_syntax_tree.operation = "mult"
mult_syntax_tree.children = ["packet_size", "sampling_rate"]
root_mult_st = SyntaxTree()
root_mult_st.operation = "mult"
root_mult_st.children = [mult_syntax_tree, "10"]
parsed_transformations = [
"src_ip",
FieldTransformation("destination_ip", "dst_ip"),
FieldTransformation("traffic", root_mult_st)
]
creator = TransformationCreator(
self.data_structure, parsed_transformations,
TransformationOperations({
"country": "./GeoLite2-Country.mmdb",
"city": "./GeoLite2-City.mmdb",
"asn": "./GeoLite2-ASN.mmdb"
}))
transformation = creator.build_lambda()
self.assertIsInstance(transformation, types.LambdaType,
"Transformation type should be lambda")
spark = SparkSession.builder.getOrCreate()
file = spark.read.csv(DATA_PATH, self.data_structure_pyspark)
result = file.rdd.map(transformation)
result = result.collect()
self.assertListEqual(result,
[("217.69.143.60", "91.221.61.183", 378880),
("91.221.61.168", "90.188.114.141", 348160),
("91.226.13.80", "5.136.78.36", 7731200),
("192.168.30.2", "192.168.30.1", 947200),
("192.168.30.2", "192.168.30.1", 947200)],
"List of tuples should be equal")
spark.stop()
def test_validate_config_operation(self):
validator = TransformationsValidator(
TransformationOperations(CONFIG_PATH), self.data_structure_pyspark)
syntaxtree = SyntaxTree()
syntaxtree.operation = "config"
syntaxtree.children = ["'input.options.port'"]
main_syntax_tree = SyntaxTree()
main_syntax_tree.operation = "concat"
main_syntax_tree.children = [syntaxtree, "'sampling_rate'"]
fields = validator.validate(
[FieldTransformation("result", main_syntax_tree)])
self.assertEqual(
fields,
types.StructType([types.StructField('result',
types.StringType())]))