TestGroupedOptimizer.test___init__() - Code Metrics - Inspection of "[In progress] Feature/add grouping opt" - qbahn/grortir - Measure and Improve Code Quality continuously with Scrutinizer

Completed

Pull Request — master (#43)

by Wojtek

created 2016-08-01 23:01 UTC

TestGroupedOptimizer.test_init() A

↳ Parent: TestGroupedOptimizer

Complexity

Conditions

Size

Total Lines

Duplication

Lines	0
Ratio	0 %

Importance

Changes	1
Bugs	0	Features	0

Metric	Value
c	1
b	0
f	0
dl	0
loc	5
rs	9.4285
cc	1

"""Module for testing grouped optimizer."""

from unittest import TestCase
from unittest.mock import Mock, call

from grortir.main.model.core.abstract_process import AbstractProcess
from grortir.main.model.core.abstract_stage import AbstractStage
from grortir.main.optimizers.grouped_optimizer import GroupedOptimizer
from grortir.main.optimizers.grouping_strategy import GroupingStrategy
from grortir.main.pso.pso_algorithm import PsoAlgorithm


class TestGroupedOptimizer(TestCase):
    """Class for testing Optimizer."""

    def setUp(self):
        """Set up environment."""
        self.some_process = AbstractProcess()
        self.first_stage = AbstractStage()
        self.second_stage = AbstractStage()
        self.third_stage_a = Mock()
        self.third_stage_b = Mock()
        self.some_process.add_path([self.first_stage, self.second_stage,

                                    self.third_stage_a])
        self.some_process.add_edge(self.second_stage, self.third_stage_b)


    def test___init__(self):
        """Testing creating object."""
        optimizer = GroupedOptimizer(self.some_process, Mock(), Mock())
        self.assertIsNotNone(optimizer)
        self.assertEqual(optimizer.process, self.some_process)

    def test_calling_functions(self):
        """Test correct order of calling function."""
        optimizer = GroupedOptimizer(TESTED_PROCESS, GROUPING_STRATEGY,
                                     PSO_ALGORITHM)
        expected_calls = [call.method_name('0', '__init__'),
                          call.method_name('1', '__init__'),
                          call.method_name('2', '__init__'),
                          call.method_name('3', '__init__'),
                          call.method_name('4', '__init__'),
                          call.method_name('5', '__init__'),
                          call.method_name('6', '__init__'),
                          call.method_name('0', 'get_output_of_stage', 1),
                          call.method_name('1', 'get_output_of_stage', 1),
                          call.method_name('2', 'get_output_of_stage', 1),
                          call.method_name('0', 'get_quality', 1),
                          call.method_name('1', 'get_quality', 1),
                          call.method_name('2', 'get_quality', 1),
                          call.method_name('0', 'is_enough_quality', 1),
                          call.method_name('0', 'could_be_optimized', 1),
                          call.method_name('1', 'is_enough_quality', 1),
                          call.method_name('1', 'could_be_optimized', 1),
                          call.method_name('2', 'is_enough_quality', 1),
                          call.method_name('2', 'could_be_optimized', 1),
                          call.method_name('0', 'get_output_of_stage', 2),
                          call.method_name('1', 'get_output_of_stage', 2),
                          call.method_name('2', 'get_output_of_stage', 2),
                          call.method_name('0', 'get_quality', 2),
                          call.method_name('1', 'get_quality', 2),
                          call.method_name('2', 'get_quality', 2),
                          call.method_name('0', 'is_enough_quality', 2),
                          call.method_name('0', 'could_be_optimized', 2),
                          call.method_name('1', 'is_enough_quality', 2),
                          call.method_name('1', 'could_be_optimized', 2),
                          call.method_name('2', 'is_enough_quality', 2),
                          call.method_name('2', 'could_be_optimized', 2),
                          call.method_name('0', 'get_output_of_stage', 3),
                          call.method_name('1', 'get_output_of_stage', 3),
                          call.method_name('2', 'get_output_of_stage', 3),
                          call.method_name('0', 'get_quality', 3),
                          call.method_name('1', 'get_quality', 3),
                          call.method_name('2', 'get_quality', 3),
                          call.method_name('0', 'is_enough_quality', 3),
                          call.method_name('0', 'could_be_optimized', 3),
                          call.method_name('1', 'is_enough_quality', 3),
                          call.method_name('1', 'could_be_optimized', 3),
                          call.method_name('2', 'is_enough_quality', 3),
                          call.method_name('2', 'could_be_optimized', 3),
                          call.method_name('0', 'get_output_of_stage', 4),
                          call.method_name('1', 'get_output_of_stage', 4),
                          call.method_name('2', 'get_output_of_stage', 4),
                          call.method_name('0', 'get_quality', 4),
                          call.method_name('1', 'get_quality', 4),
                          call.method_name('2', 'get_quality', 4),
                          call.method_name('0', 'is_enough_quality', 4),
                          call.method_name('0', 'could_be_optimized', 4),
                          call.method_name('1', 'is_enough_quality', 4),
                          call.method_name('1', 'could_be_optimized', 4),
                          call.method_name('2', 'is_enough_quality', 4),
                          call.method_name('2', 'could_be_optimized', 4),
                          call.method_name('0', 'get_output_of_stage', 5),
                          call.method_name('1', 'get_output_of_stage', 5),
                          call.method_name('2', 'get_output_of_stage', 5),
                          call.method_name('0', 'get_quality', 5),
                          call.method_name('1', 'get_quality', 5),
                          call.method_name('2', 'get_quality', 5),
                          call.method_name('0', 'is_enough_quality', 5),
                          call.method_name('0', 'could_be_optimized', 5),
                          call.method_name('1', 'is_enough_quality', 5),
                          call.method_name('1', 'could_be_optimized', 5),
                          call.method_name('2', 'is_enough_quality', 5),
                          call.method_name('2', 'could_be_optimized', 5),
                          call.method_name('0', 'get_output_of_stage', 6),
                          call.method_name('1', 'get_output_of_stage', 6),
                          call.method_name('2', 'get_output_of_stage', 6),
                          call.method_name('0', 'get_quality', 6),
                          call.method_name('1', 'get_quality', 6),
                          call.method_name('2', 'get_quality', 6),
                          call.method_name('0', 'is_enough_quality', 6),
                          call.method_name('0', 'could_be_optimized', 6),
                          call.method_name('1', 'is_enough_quality', 6),
                          call.method_name('1', 'could_be_optimized', 6),
                          call.method_name('2', 'is_enough_quality', 6),
                          call.method_name('2', 'could_be_optimized', 6),
                          call.method_name('3', 'get_output_of_stage', 1),
                          call.method_name('4', 'get_output_of_stage', 1),
                          call.method_name('5', 'get_output_of_stage', 1),
                          call.method_name('3', 'get_quality', 1),
                          call.method_name('4', 'get_quality', 1),
                          call.method_name('5', 'get_quality', 1),
                          call.method_name('3', 'is_enough_quality', 1),
                          call.method_name('3', 'could_be_optimized', 1),
                          call.method_name('4', 'is_enough_quality', 1),
                          call.method_name('4', 'could_be_optimized', 1),
                          call.method_name('5', 'is_enough_quality', 1),
                          call.method_name('5', 'could_be_optimized', 1),
                          call.method_name('3', 'get_output_of_stage', 2),
                          call.method_name('4', 'get_output_of_stage', 2),
                          call.method_name('5', 'get_output_of_stage', 2),
                          call.method_name('3', 'get_quality', 2),
                          call.method_name('4', 'get_quality', 2),
                          call.method_name('5', 'get_quality', 2),
                          call.method_name('3', 'is_enough_quality', 2),
                          call.method_name('3', 'could_be_optimized', 2),
                          call.method_name('4', 'is_enough_quality', 2),
                          call.method_name('4', 'could_be_optimized', 2),
                          call.method_name('5', 'is_enough_quality', 2),
                          call.method_name('5', 'could_be_optimized', 2),
                          call.method_name('3', 'get_output_of_stage', 3),
                          call.method_name('4', 'get_output_of_stage', 3),
                          call.method_name('5', 'get_output_of_stage', 3),
                          call.method_name('3', 'get_quality', 3),
                          call.method_name('4', 'get_quality', 3),
                          call.method_name('5', 'get_quality', 3),
                          call.method_name('3', 'is_enough_quality', 3),
                          call.method_name('3', 'could_be_optimized', 3),
                          call.method_name('4', 'is_enough_quality', 3),
                          call.method_name('4', 'could_be_optimized', 3),
                          call.method_name('5', 'is_enough_quality', 3),
                          call.method_name('5', 'could_be_optimized', 3),
                          call.method_name('3', 'get_output_of_stage', 4),
                          call.method_name('4', 'get_output_of_stage', 4),
                          call.method_name('5', 'get_output_of_stage', 4),
                          call.method_name('3', 'get_quality', 4),
                          call.method_name('4', 'get_quality', 4),
                          call.method_name('5', 'get_quality', 4),
                          call.method_name('3', 'is_enough_quality', 4),
                          call.method_name('3', 'could_be_optimized', 4),
                          call.method_name('4', 'is_enough_quality', 4),
                          call.method_name('4', 'could_be_optimized', 4),
                          call.method_name('5', 'is_enough_quality', 4),
                          call.method_name('5', 'could_be_optimized', 4),
                          call.method_name('3', 'get_output_of_stage', 5),
                          call.method_name('4', 'get_output_of_stage', 5),
                          call.method_name('5', 'get_output_of_stage', 5),
                          call.method_name('3', 'get_quality', 5),
                          call.method_name('4', 'get_quality', 5),
                          call.method_name('5', 'get_quality', 5),
                          call.method_name('3', 'is_enough_quality', 5),
                          call.method_name('3', 'could_be_optimized', 5),
                          call.method_name('4', 'is_enough_quality', 5),
                          call.method_name('4', 'could_be_optimized', 5),
                          call.method_name('5', 'is_enough_quality', 5),
                          call.method_name('5', 'could_be_optimized', 5),
                          call.method_name('3', 'get_output_of_stage', 6),
                          call.method_name('4', 'get_output_of_stage', 6),
                          call.method_name('5', 'get_output_of_stage', 6),
                          call.method_name('3', 'get_quality', 6),
                          call.method_name('4', 'get_quality', 6),
                          call.method_name('5', 'get_quality', 6),
                          call.method_name('3', 'is_enough_quality', 6),
                          call.method_name('3', 'could_be_optimized', 6),
                          call.method_name('4', 'is_enough_quality', 6),
                          call.method_name('4', 'could_be_optimized', 6),
                          call.method_name('5', 'is_enough_quality', 6),
                          call.method_name('5', 'could_be_optimized', 6),
                          call.method_name('6', 'get_output_of_stage', 1),
                          call.method_name('6', 'get_quality', 1),
                          call.method_name('6', 'is_enough_quality', 1),
                          call.method_name('6', 'could_be_optimized', 1),
                          call.method_name('6', 'get_output_of_stage', 2),
                          call.method_name('6', 'get_quality', 2),
                          call.method_name('6', 'is_enough_quality', 2),
                          call.method_name('6', 'could_be_optimized', 2),
                          call.method_name('6', 'get_output_of_stage', 3),
                          call.method_name('6', 'get_quality', 3),
                          call.method_name('6', 'is_enough_quality', 3),
                          call.method_name('6', 'could_be_optimized', 3),
                          call.method_name('6', 'get_output_of_stage', 4),
                          call.method_name('6', 'get_quality', 4),
                          call.method_name('6', 'is_enough_quality', 4),
                          call.method_name('6', 'could_be_optimized', 4),
                          call.method_name('6', 'get_output_of_stage', 5),
                          call.method_name('6', 'get_quality', 5),
                          call.method_name('6', 'is_enough_quality', 5),
                          call.method_name('6', 'could_be_optimized', 5),
                          call.method_name('6', 'get_output_of_stage', 6),
                          call.method_name('6', 'get_quality', 6),
                          call.method_name('6', 'is_enough_quality', 6),
                          call.method_name('6', 'could_be_optimized', 6)]
        optimizer.optimize_process()
        self.assertListEqual(CALLS_COUNTER.method_calls, expected_calls)


CALLS_COUNTER = Mock(name="CallsCounter")


class DeterministicStage(AbstractStage):
class SomeClass:
    def some_method(self):
        """Do x and return foo."""
    def __init__(self, name, max_get_output_of_stage_count=10,

                 max_is_enough_quality_count=10,
                 max_could_be_optimized_count=10, max_get_quality_count=10,
                 max_get_cost_count=10):
        super().__init__((0, 0, 0, 0))
        self.name = name
        CALLS_COUNTER.method_name(self.name, "__init__")
        self.get_cost_count = 0
        self.get_quality_count = 0
        self.could_be_optimized_count = 0
        self.is_enough_quality_count = 0
        self.get_output_of_stage_count = 0
        self.max_get_cost_count = max_get_cost_count
        self.max_get_quality_count = max_get_quality_count
        self.max_could_be_optimized_count = max_could_be_optimized_count
        self.max_is_enough_quality_count = max_is_enough_quality_count
        self.max_get_output_of_stage_count = max_get_output_of_stage_count

    def get_cost(self):

        self.get_cost_count += 1
        CALLS_COUNTER.method_name(self.name, "get_cost", self.get_cost_count)
        return self.get_cost_count

    def get_quality(self, control_params=None):

        self.get_quality_count += 1
        CALLS_COUNTER.method_name(self.name, "get_quality",
                                  self.get_quality_count)
        return self.get_quality_count

    def could_be_optimized(self):

        self.could_be_optimized_count += 1
        CALLS_COUNTER.method_name(self.name, "could_be_optimized",
                                  self.could_be_optimized_count)
        return self.is_enough_quality_count <8


    def is_enough_quality(self, value):

        self.is_enough_quality_count += 1
        CALLS_COUNTER.method_name(self.name, "is_enough_quality",
                                  self.is_enough_quality_count)
        return self.is_enough_quality_count >= 5

    def get_output_of_stage(self):

        self.get_output_of_stage_count += 1
        output = [self.get_output_of_stage_count] * len(self.input_vector)
        output[0] = int(self.name)
        CALLS_COUNTER.method_name(self.name, "get_output_of_stage",
                                  self.get_output_of_stage_count)
        return output


class ExampleProcess(AbstractProcess):
class SomeClass:
    def some_method(self):
        """Do x and return foo."""
    pass


TESTED_PROCESS = ExampleProcess()
stages = {}

for i in range(7):
    stages[i] = DeterministicStage(str(i))

# Our graph:
#   0
#   |
#   1
#   |\
#   2 4
#   | |\
#   3 5 6
# All adges directed to down
# Order of nodes is the same as names
TESTED_PROCESS.add_edge(stages[0], stages[1])

TESTED_PROCESS.add_edge(stages[1], stages[2])

TESTED_PROCESS.add_edge(stages[2], stages[3])


TESTED_PROCESS.add_edge(stages[1], stages[4])

TESTED_PROCESS.add_edge(stages[4], stages[5])

TESTED_PROCESS.add_edge(stages[4], stages[6])


# Groups:
#   (0)0
#      |
#   (0)1
#      |\
#   (0)2 4(1)
#      | | \
#   (1)3 5(1)6(2)

GROUPING_STRATEGY = GroupingStrategy(list(stages.values()))
GROUPING_STRATEGY.define_group((stages[0], stages[1], stages[2]))
GROUPING_STRATEGY.define_group((stages[3], stages[4], stages[5]))
GROUPING_STRATEGY.define_group((stages[6],))

PSO_ALGORITHM = PsoAlgorithm(TESTED_PROCESS, GROUPING_STRATEGY, 2)


1			"""Module for testing grouped optimizer."""
2
3			from unittest import TestCase
4			from unittest.mock import Mock, call
5
6			from grortir.main.model.core.abstract_process import AbstractProcess
7			from grortir.main.model.core.abstract_stage import AbstractStage
8			from grortir.main.optimizers.grouped_optimizer import GroupedOptimizer
9			from grortir.main.optimizers.grouping_strategy import GroupingStrategy
10			from grortir.main.pso.pso_algorithm import PsoAlgorithm
11
12
13			class TestGroupedOptimizer(TestCase):
14			"""Class for testing Optimizer."""
15
16			def setUp(self):
17			"""Set up environment."""
18			self.some_process = AbstractProcess()
19			self.first_stage = AbstractStage()
20			self.second_stage = AbstractStage()
21			self.third_stage_a = Mock()
22			self.third_stage_b = Mock()
23			self.some_process.add_path([self.first_stage, self.second_stage,
			0 ignored issues – show Bug introduced 2016-06-22 22:55 UTC by Report Bug Copy Issue Report The Instance of `AbstractProcess` does not seem to have a member named `add_path`. This check looks for calls to members that are non-existent. These calls will fail. The member could have been renamed or removed. Loading history...
24			self.third_stage_a])
25			self.some_process.add_edge(self.second_stage, self.third_stage_b)
			0 ignored issues – show Bug introduced 2016-06-22 22:55 UTC by Report Bug Copy Issue Report The Instance of `AbstractProcess` does not seem to have a member named `add_edge`. This check looks for calls to members that are non-existent. These calls will fail. The member could have been renamed or removed. Loading history...
26
27			def test___init__(self):
28			"""Testing creating object."""
29			optimizer = GroupedOptimizer(self.some_process, Mock(), Mock())
30			self.assertIsNotNone(optimizer)
31			self.assertEqual(optimizer.process, self.some_process)
32
33			def test_calling_functions(self):
34			"""Test correct order of calling function."""
35			optimizer = GroupedOptimizer(TESTED_PROCESS, GROUPING_STRATEGY,
36			PSO_ALGORITHM)
37			expected_calls = [call.method_name('0', '__init__'),
38			call.method_name('1', '__init__'),
39			call.method_name('2', '__init__'),
40			call.method_name('3', '__init__'),
41			call.method_name('4', '__init__'),
42			call.method_name('5', '__init__'),
43			call.method_name('6', '__init__'),
44			call.method_name('0', 'get_output_of_stage', 1),
45			call.method_name('1', 'get_output_of_stage', 1),
46			call.method_name('2', 'get_output_of_stage', 1),
47			call.method_name('0', 'get_quality', 1),
48			call.method_name('1', 'get_quality', 1),
49			call.method_name('2', 'get_quality', 1),
50			call.method_name('0', 'is_enough_quality', 1),
51			call.method_name('0', 'could_be_optimized', 1),
52			call.method_name('1', 'is_enough_quality', 1),
53			call.method_name('1', 'could_be_optimized', 1),
54			call.method_name('2', 'is_enough_quality', 1),
55			call.method_name('2', 'could_be_optimized', 1),
56			call.method_name('0', 'get_output_of_stage', 2),
57			call.method_name('1', 'get_output_of_stage', 2),
58			call.method_name('2', 'get_output_of_stage', 2),
59			call.method_name('0', 'get_quality', 2),
60			call.method_name('1', 'get_quality', 2),
61			call.method_name('2', 'get_quality', 2),
62			call.method_name('0', 'is_enough_quality', 2),
63			call.method_name('0', 'could_be_optimized', 2),
64			call.method_name('1', 'is_enough_quality', 2),
65			call.method_name('1', 'could_be_optimized', 2),
66			call.method_name('2', 'is_enough_quality', 2),
67			call.method_name('2', 'could_be_optimized', 2),
68			call.method_name('0', 'get_output_of_stage', 3),
69			call.method_name('1', 'get_output_of_stage', 3),
70			call.method_name('2', 'get_output_of_stage', 3),
71			call.method_name('0', 'get_quality', 3),
72			call.method_name('1', 'get_quality', 3),
73			call.method_name('2', 'get_quality', 3),
74			call.method_name('0', 'is_enough_quality', 3),
75			call.method_name('0', 'could_be_optimized', 3),
76			call.method_name('1', 'is_enough_quality', 3),
77			call.method_name('1', 'could_be_optimized', 3),
78			call.method_name('2', 'is_enough_quality', 3),
79			call.method_name('2', 'could_be_optimized', 3),
80			call.method_name('0', 'get_output_of_stage', 4),
81			call.method_name('1', 'get_output_of_stage', 4),
82			call.method_name('2', 'get_output_of_stage', 4),
83			call.method_name('0', 'get_quality', 4),
84			call.method_name('1', 'get_quality', 4),
85			call.method_name('2', 'get_quality', 4),
86			call.method_name('0', 'is_enough_quality', 4),
87			call.method_name('0', 'could_be_optimized', 4),
88			call.method_name('1', 'is_enough_quality', 4),
89			call.method_name('1', 'could_be_optimized', 4),
90			call.method_name('2', 'is_enough_quality', 4),
91			call.method_name('2', 'could_be_optimized', 4),
92			call.method_name('0', 'get_output_of_stage', 5),
93			call.method_name('1', 'get_output_of_stage', 5),
94			call.method_name('2', 'get_output_of_stage', 5),
95			call.method_name('0', 'get_quality', 5),
96			call.method_name('1', 'get_quality', 5),
97			call.method_name('2', 'get_quality', 5),
98			call.method_name('0', 'is_enough_quality', 5),
99			call.method_name('0', 'could_be_optimized', 5),
100			call.method_name('1', 'is_enough_quality', 5),
101			call.method_name('1', 'could_be_optimized', 5),
102			call.method_name('2', 'is_enough_quality', 5),
103			call.method_name('2', 'could_be_optimized', 5),
104			call.method_name('0', 'get_output_of_stage', 6),
105			call.method_name('1', 'get_output_of_stage', 6),
106			call.method_name('2', 'get_output_of_stage', 6),
107			call.method_name('0', 'get_quality', 6),
108			call.method_name('1', 'get_quality', 6),
109			call.method_name('2', 'get_quality', 6),
110			call.method_name('0', 'is_enough_quality', 6),
111			call.method_name('0', 'could_be_optimized', 6),
112			call.method_name('1', 'is_enough_quality', 6),
113			call.method_name('1', 'could_be_optimized', 6),
114			call.method_name('2', 'is_enough_quality', 6),
115			call.method_name('2', 'could_be_optimized', 6),
116			call.method_name('3', 'get_output_of_stage', 1),
117			call.method_name('4', 'get_output_of_stage', 1),
118			call.method_name('5', 'get_output_of_stage', 1),
119			call.method_name('3', 'get_quality', 1),
120			call.method_name('4', 'get_quality', 1),
121			call.method_name('5', 'get_quality', 1),
122			call.method_name('3', 'is_enough_quality', 1),
123			call.method_name('3', 'could_be_optimized', 1),
124			call.method_name('4', 'is_enough_quality', 1),
125			call.method_name('4', 'could_be_optimized', 1),
126			call.method_name('5', 'is_enough_quality', 1),
127			call.method_name('5', 'could_be_optimized', 1),
128			call.method_name('3', 'get_output_of_stage', 2),
129			call.method_name('4', 'get_output_of_stage', 2),
130			call.method_name('5', 'get_output_of_stage', 2),
131			call.method_name('3', 'get_quality', 2),
132			call.method_name('4', 'get_quality', 2),
133			call.method_name('5', 'get_quality', 2),
134			call.method_name('3', 'is_enough_quality', 2),
135			call.method_name('3', 'could_be_optimized', 2),
136			call.method_name('4', 'is_enough_quality', 2),
137			call.method_name('4', 'could_be_optimized', 2),
138			call.method_name('5', 'is_enough_quality', 2),
139			call.method_name('5', 'could_be_optimized', 2),
140			call.method_name('3', 'get_output_of_stage', 3),
141			call.method_name('4', 'get_output_of_stage', 3),
142			call.method_name('5', 'get_output_of_stage', 3),
143			call.method_name('3', 'get_quality', 3),
144			call.method_name('4', 'get_quality', 3),
145			call.method_name('5', 'get_quality', 3),
146			call.method_name('3', 'is_enough_quality', 3),
147			call.method_name('3', 'could_be_optimized', 3),
148			call.method_name('4', 'is_enough_quality', 3),
149			call.method_name('4', 'could_be_optimized', 3),
150			call.method_name('5', 'is_enough_quality', 3),
151			call.method_name('5', 'could_be_optimized', 3),
152			call.method_name('3', 'get_output_of_stage', 4),
153			call.method_name('4', 'get_output_of_stage', 4),
154			call.method_name('5', 'get_output_of_stage', 4),
155			call.method_name('3', 'get_quality', 4),
156			call.method_name('4', 'get_quality', 4),
157			call.method_name('5', 'get_quality', 4),
158			call.method_name('3', 'is_enough_quality', 4),
159			call.method_name('3', 'could_be_optimized', 4),
160			call.method_name('4', 'is_enough_quality', 4),
161			call.method_name('4', 'could_be_optimized', 4),
162			call.method_name('5', 'is_enough_quality', 4),
163			call.method_name('5', 'could_be_optimized', 4),
164			call.method_name('3', 'get_output_of_stage', 5),
165			call.method_name('4', 'get_output_of_stage', 5),
166			call.method_name('5', 'get_output_of_stage', 5),
167			call.method_name('3', 'get_quality', 5),
168			call.method_name('4', 'get_quality', 5),
169			call.method_name('5', 'get_quality', 5),
170			call.method_name('3', 'is_enough_quality', 5),
171			call.method_name('3', 'could_be_optimized', 5),
172			call.method_name('4', 'is_enough_quality', 5),
173			call.method_name('4', 'could_be_optimized', 5),
174			call.method_name('5', 'is_enough_quality', 5),
175			call.method_name('5', 'could_be_optimized', 5),
176			call.method_name('3', 'get_output_of_stage', 6),
177			call.method_name('4', 'get_output_of_stage', 6),
178			call.method_name('5', 'get_output_of_stage', 6),
179			call.method_name('3', 'get_quality', 6),
180			call.method_name('4', 'get_quality', 6),
181			call.method_name('5', 'get_quality', 6),
182			call.method_name('3', 'is_enough_quality', 6),
183			call.method_name('3', 'could_be_optimized', 6),
184			call.method_name('4', 'is_enough_quality', 6),
185			call.method_name('4', 'could_be_optimized', 6),
186			call.method_name('5', 'is_enough_quality', 6),
187			call.method_name('5', 'could_be_optimized', 6),
188			call.method_name('6', 'get_output_of_stage', 1),
189			call.method_name('6', 'get_quality', 1),
190			call.method_name('6', 'is_enough_quality', 1),
191			call.method_name('6', 'could_be_optimized', 1),
192			call.method_name('6', 'get_output_of_stage', 2),
193			call.method_name('6', 'get_quality', 2),
194			call.method_name('6', 'is_enough_quality', 2),
195			call.method_name('6', 'could_be_optimized', 2),
196			call.method_name('6', 'get_output_of_stage', 3),
197			call.method_name('6', 'get_quality', 3),
198			call.method_name('6', 'is_enough_quality', 3),
199			call.method_name('6', 'could_be_optimized', 3),
200			call.method_name('6', 'get_output_of_stage', 4),
201			call.method_name('6', 'get_quality', 4),
202			call.method_name('6', 'is_enough_quality', 4),
203			call.method_name('6', 'could_be_optimized', 4),
204			call.method_name('6', 'get_output_of_stage', 5),
205			call.method_name('6', 'get_quality', 5),
206			call.method_name('6', 'is_enough_quality', 5),
207			call.method_name('6', 'could_be_optimized', 5),
208			call.method_name('6', 'get_output_of_stage', 6),
209			call.method_name('6', 'get_quality', 6),
210			call.method_name('6', 'is_enough_quality', 6),
211			call.method_name('6', 'could_be_optimized', 6)]
212			optimizer.optimize_process()
213			self.assertListEqual(CALLS_COUNTER.method_calls, expected_calls)
214
215
216			CALLS_COUNTER = Mock(name="CallsCounter")
217
218
219			class DeterministicStage(AbstractStage):
			0 ignored issues – show Coding Style introduced 2016-07-25 23:05 UTC by Report Bug Copy Issue Report This class should have a docstring. The coding style of this project requires that you add a docstring to this code element. Below, you find an example for methods: class SomeClass: def some_method(self): """Do x and return foo.""" If you would like to know more about docstrings, we recommend to read PEP-257: Docstring Conventions. Loading history... best-practice introduced 2016-08-01 22:20 UTC by Report Bug Copy Issue Report Too many instance attributes (11/7) Loading history...
220			def __init__(self, name, max_get_output_of_stage_count=10,
			0 ignored issues – show best-practice introduced 2016-08-01 22:20 UTC by Report Bug Copy Issue Report Too many arguments (7/5) Loading history...
221			max_is_enough_quality_count=10,
222			max_could_be_optimized_count=10, max_get_quality_count=10,
223			max_get_cost_count=10):
224			super().__init__((0, 0, 0, 0))
225			self.name = name
226			CALLS_COUNTER.method_name(self.name, "__init__")
227			self.get_cost_count = 0
228			self.get_quality_count = 0
229			self.could_be_optimized_count = 0
230			self.is_enough_quality_count = 0
231			self.get_output_of_stage_count = 0
232			self.max_get_cost_count = max_get_cost_count
233			self.max_get_quality_count = max_get_quality_count
234			self.max_could_be_optimized_count = max_could_be_optimized_count
235			self.max_is_enough_quality_count = max_is_enough_quality_count
236			self.max_get_output_of_stage_count = max_get_output_of_stage_count
237
238			def get_cost(self):
			0 ignored issues – show Bug introduced 2016-07-25 23:05 UTC by Report Bug Copy Issue Report Arguments number differs from overridden 'get_cost' method Loading history...
239			self.get_cost_count += 1
240			CALLS_COUNTER.method_name(self.name, "get_cost", self.get_cost_count)
241			return self.get_cost_count
242
243			def get_quality(self, control_params=None):
			0 ignored issues – show Bug introduced 2016-07-25 23:05 UTC by Report Bug Copy Issue Report Arguments number differs from overridden 'get_quality' method Loading history...
244			self.get_quality_count += 1
245			CALLS_COUNTER.method_name(self.name, "get_quality",
246			self.get_quality_count)
247			return self.get_quality_count
248
249			def could_be_optimized(self):
			0 ignored issues – show Bug introduced 2016-07-25 23:05 UTC by Report Bug Copy Issue Report Arguments number differs from overridden 'could_be_optimized' method Loading history...
250			self.could_be_optimized_count += 1
251			CALLS_COUNTER.method_name(self.name, "could_be_optimized",
252			self.could_be_optimized_count)
253			return self.is_enough_quality_count <8
			0 ignored issues – show Coding Style introduced 2016-08-01 23:11 UTC by Report Bug Copy Issue Report Exactly one space required after comparison return self.is_enough_quality_count <8 ^ Loading history...
254
255			def is_enough_quality(self, value):
			0 ignored issues – show Bug introduced 2016-07-25 23:05 UTC by Report Bug Copy Issue Report Arguments number differs from overridden 'is_enough_quality' method Loading history...
256			self.is_enough_quality_count += 1
257			CALLS_COUNTER.method_name(self.name, "is_enough_quality",
258			self.is_enough_quality_count)
259			return self.is_enough_quality_count >= 5
260
261			def get_output_of_stage(self):
			0 ignored issues – show Bug introduced 2016-07-25 23:05 UTC by Report Bug Copy Issue Report Arguments number differs from overridden 'get_output_of_stage' method Loading history...
262			self.get_output_of_stage_count += 1
263			output = [self.get_output_of_stage_count] * len(self.input_vector)
264			output[0] = int(self.name)
265			CALLS_COUNTER.method_name(self.name, "get_output_of_stage",
266			self.get_output_of_stage_count)
267			return output
268
269
270			class ExampleProcess(AbstractProcess):
			0 ignored issues – show Coding Style introduced 2016-08-01 22:20 UTC by Report Bug Copy Issue Report This class should have a docstring. The coding style of this project requires that you add a docstring to this code element. Below, you find an example for methods: class SomeClass: def some_method(self): """Do x and return foo.""" If you would like to know more about docstrings, we recommend to read PEP-257: Docstring Conventions. Loading history...
271			pass
272
273
274			TESTED_PROCESS = ExampleProcess()
275			stages = {}
			0 ignored issues – show Coding Style Naming introduced 2016-08-01 22:20 UTC by Report Bug Copy Issue Report The name `stages` does not conform to the constant naming conventions (`(([A-Z_][A-Z0-9_])\|(__.__))$`). This check looks for invalid names for a range of different identifiers. You can set regular expressions to which the identifiers must conform if the defaults do not match your requirements. If your project includes a Pylint configuration file, the settings contained in that file take precedence. To find out more about Pylint, please refer to their site. Loading history...
276			for i in range(7):
277			stages[i] = DeterministicStage(str(i))
278
279			# Our graph:
280			# 0
281			# \|
282			# 1
283			# \|\
284			# 2 4
285			# \| \|\
286			# 3 5 6
287			# All adges directed to down
288			# Order of nodes is the same as names
289			TESTED_PROCESS.add_edge(stages[0], stages[1])
			0 ignored issues – show Bug introduced 2016-08-01 22:20 UTC by Report Bug Copy Issue Report The Instance of `ExampleProcess` does not seem to have a member named `add_edge`. This check looks for calls to members that are non-existent. These calls will fail. The member could have been renamed or removed. Loading history...
290			TESTED_PROCESS.add_edge(stages[1], stages[2])
			0 ignored issues – show Bug introduced 2016-08-01 22:20 UTC by Report Bug Copy Issue Report The Instance of `ExampleProcess` does not seem to have a member named `add_edge`. This check looks for calls to members that are non-existent. These calls will fail. The member could have been renamed or removed. Loading history...
291			TESTED_PROCESS.add_edge(stages[2], stages[3])
			0 ignored issues – show Bug introduced 2016-08-01 22:20 UTC by Report Bug Copy Issue Report The Instance of `ExampleProcess` does not seem to have a member named `add_edge`. This check looks for calls to members that are non-existent. These calls will fail. The member could have been renamed or removed. Loading history...
292
293			TESTED_PROCESS.add_edge(stages[1], stages[4])
			0 ignored issues – show Bug introduced 2016-08-01 22:20 UTC by Report Bug Copy Issue Report The Instance of `ExampleProcess` does not seem to have a member named `add_edge`. This check looks for calls to members that are non-existent. These calls will fail. The member could have been renamed or removed. Loading history...
294			TESTED_PROCESS.add_edge(stages[4], stages[5])
			0 ignored issues – show Bug introduced 2016-08-01 22:20 UTC by Report Bug Copy Issue Report The Instance of `ExampleProcess` does not seem to have a member named `add_edge`. This check looks for calls to members that are non-existent. These calls will fail. The member could have been renamed or removed. Loading history...
295			TESTED_PROCESS.add_edge(stages[4], stages[6])
			0 ignored issues – show Bug introduced 2016-08-01 22:20 UTC by Report Bug Copy Issue Report The Instance of `ExampleProcess` does not seem to have a member named `add_edge`. This check looks for calls to members that are non-existent. These calls will fail. The member could have been renamed or removed. Loading history...
296
297			# Groups:
298			# (0)0
299			# \|
300			# (0)1
301			# \|\
302			# (0)2 4(1)
303			# \| \| \
304			# (1)3 5(1)6(2)
305
306			GROUPING_STRATEGY = GroupingStrategy(list(stages.values()))
307			GROUPING_STRATEGY.define_group((stages[0], stages[1], stages[2]))
308			GROUPING_STRATEGY.define_group((stages[3], stages[4], stages[5]))
309			GROUPING_STRATEGY.define_group((stages[6],))
310
311			PSO_ALGORITHM = PsoAlgorithm(TESTED_PROCESS, GROUPING_STRATEGY, 2)
312

qbahn / grortir

Pull Request — master (#43)

TestGroupedOptimizer.test___init__() A

Complexity

Size

Duplication

Importance

Duplication Side-by-Side

Filter issues like

TestGroupedOptimizer.test_init() A