test_network_classes.TestsNode.test_updating_outputs() - Code Metrics - oemof/oemof-network - Measure and Improve Code Quality continuously with Scrutinizer

TestsNode.test_updating_outputs() A
last analyzed 2022-04-13 19:53 UTC

↳ Parent: test_network_classes

Complexity

Conditions

Size

Total Lines	10
Code Lines	9

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
cc	1
eloc	9
nop	1
dl	0
loc	10
rs	9.95
c	0
b	0
f	0

# -*- coding: utf-8 -

"""Test the created constraints against approved constraints.

This file is part of project oemof (github.com/oemof/oemof). It's copyrighted
by the contributors recorded in the version control history of the file,
available from its original location oemof/tests/test_network_classes.py

SPDX-FileCopyrightText: Stephan Günther <>
SPDX-FileCopyrightText: Uwe Krien <[email protected]>
SPDX-FileCopyrightText: Simon Hilpert <>
SPDX-FileCopyrightText: Cord Kaldemeyer <>

SPDX-License-Identifier: MIT
"""

from traceback import format_exception_only as feo

import pytest

from oemof.network.energy_system import EnergySystem as EnSys
from oemof.network.network import Bus
from oemof.network.network import Edge
from oemof.network.network import Node
from oemof.network.network import Transformer
from oemof.network.network import registry_changed_to
from oemof.network.network import temporarily_modifies_registry


class TestsNode:
    def setup(self):
        self.energysystem = EnSys()
        Node.registry = self.energysystem

    def test_that_attributes_cannot_be_added(self):
        node = Node()
        with pytest.raises(AttributeError):
            node.foo = "bar"

    def test_symmetric_input_output_assignment(self):
        n1 = Node(label="<N1>")

        n2 = Node(label="<From N1>", inputs=[n1])
        assert n1 in n2.inputs, (
            "{0} not in {1}.inputs, ".format(n1, n2)
            + "although it should be by construction."
        )

        assert (
            n2 in n1.outputs
        ), "{0} in {1}.inputs but {1} not in {0}.outputs.".format(n1, n2)

        n3 = Node(label="<To N1>", outputs=[n1])
        assert n1 in n3.outputs, (
            "{0} not in {1}.outputs, ".format(n1, n3)
            + "although it should be by construction.",
        )
        assert n3 in n1.inputs, (
            "{0} in {1}.outputs but {1} not in {0}.inputs.".format(n1, n3),
        )

    def test_accessing_outputs_of_a_node_without_output_flows(self):
        n = Node()
        exception = None
        outputs = None
        try:
            outputs = n.outputs
        except Exception as e:
            exception = e
        assert exception is None, (
            "\n  Test accessing `outputs` on {} having no outputs.".format(n)
            + "\n  Got unexpected exception:\n"
            + "\n      {}".format(feo(type(exception), exception)[0]),
        )
        assert len(outputs) == 0, (
            "\n  Failure when testing `len(outputs)`."
            + "\n  Expected: 0."
            + "\n  Got     : {}".format(len(outputs)),
        )

    def test_accessing_inputs_of_a_node_without_input_flows(self):
        n = Node()
        exception = None
        inputs = None
        try:
            inputs = n.inputs
        except Exception as e:
            exception = e
        assert exception is None, (
            "\n  Test accessing `inputs` on {} having no inputs.".format(n)
            + "\n  Got unexpected exception:\n"
            + "\n      {}".format(feo(type(exception), exception)[0]),
        )
        assert len(inputs) == 0, (
            "\n  Failure when testing `len(inputs)`."
            + "\n  Expected: 0."
            + "\n  Got     : {}".format(len(inputs)),
        )

    def test_that_the_outputs_attribute_of_a_node_is_a_mapping(self):
        n = Node()
        exception = None
        try:
            n.outputs.values()
        except AttributeError as e:
            exception = e
        assert exception is None, (
            "\n  Test accessing `outputs.values()`"
            + " on {} having no inputs.".format(n)
            + "\n  Got unexpected exception:\n"
            + "\n      {}".format(feo(type(exception), exception)[0]),
        )

    def test_that_nodes_do_not_get_undead_flows(self):
        """Newly created nodes should only have flows assigned to them.

        A new node `n`, which re-used a previously used label `l`, retained the
        flows of those nodes which where labeled `l` before `n`. This incorrect
        behaviour is a problem if somebody wants to use different nodes with
        the same label in multiple energy systems. While this feature currently
        isn't used, it also lead to weird behaviour when running tests.

        This test ensures that new nodes only have those flows which are
        assigned to them on construction.
        """
        # We don't want a registry as we are re-using a label on purpose.
        # Having a registry would just throw and error generated by the DEFAULT
        # grouping in this case.
        Node.registry = None
        flow = object()
        old = Node(label="A reused label")
        bus = Bus(label="bus", inputs={old: flow})
        assert bus.inputs[old].flow == flow, (
            ("\n  Expected: {0}" + "\n  Got     : {1} instead").format(
                flow, bus.inputs[old].flow
            ),
        )
        assert old.outputs[bus].flow == flow, (
            ("\n  Expected: {}" + "\n  Got     : {} instead").format(
                flow, old.outputs[bus].flow
            ),
        )
        new = Node(label="A reused label")
        assert new.outputs == {}, (
            "\n  Expected an empty dictionary of outputs."
            + "\n  Got: {} instead".format(new.outputs),
        )

    def test_modifying_outputs_after_construction(self):
        """One should be able to add and delete outputs of a node."""
        node = Node("N1")
        bus = Node("N2")
        flow = "flow"
        assert node.outputs == {}, (
            "\n  Expected an empty dictionary of outputs."
            + "\n  Got: {} (== {}) instead".format(
                node.outputs, dict(node.outputs)
            ),
        )
        node.outputs[bus] = flow
        assert node.outputs == {bus: flow}, (
            "\n  Expected {} as `node.outputs`."
            + "\n  Got    : {} (== {}) instead"
        ).format({bus: flow}, node.outputs, dict(node.outputs))

        assert node.outputs[bus] == flow, (
            "\n  Expected {} as `node.outputs[bus]`."
            + "\n  Got    : {} instead"
        ).format(flow, node.outputs[bus])

        del node.outputs[bus]
        assert node.outputs == {}, (
            "\n  Expected an empty dictionary of outputs."
            + "\n  Got: {} (== {}) instead"
        ).format(node.outputs, dict(node.outputs))

    def test_modifying_inputs_after_construction(self):
        """One should be able to add and delete inputs of a node."""
        node = Node("N1")
        bus = Bus("N2")
        flow = "flow"

        assert node.inputs == {}, (
            "\n  Expected an empty dictionary of inputs."
            + "\n  Got: {} (== {}) instead"
        ).format(node.inputs, dict(node.inputs))

        node.inputs[bus] = flow
        assert node.inputs == {bus: flow}, (
            "\n  Expected {} as `node.inputs`."
            + "\n  Got    : {} (== {}) instead"
        ).format({bus: flow}, node.inputs, dict(node.inputs))
        assert node.inputs[bus] == flow, (
            "\n  Expected {} as `node.inputs[bus]`."
            + "\n  Got    : {} instead"
        ).format(flow, node.inputs[bus])
        del node.inputs[bus]
        assert node.inputs == {}, (
            "\n  Expected an empty dictionary of inputs."
            + "\n  Got: {} (== {}) instead"
        ).format(node.inputs, dict(node.inputs))

    def test_output_input_symmetry_after_modification(self):
        n1 = Node("N1")
        n2 = Node("N2")
        flow = "flow"

        n1.outputs[n2] = flow
        assert n2.inputs == {n1: flow}

    def test_input_output_symmetry_after_modification(self):
        n1 = Node("N1")
        n2 = Node("N2")
        flow = "flow"

        n1.inputs[n2] = flow
        assert n2.outputs == {n1: flow}

    def test_updating_inputs(self):
        n1 = Node("N1")
        n2 = Node("N2")
        n1n2 = "n1n2"

        n2.inputs.update({n1: n1n2})
        assert n2.inputs == {n1: n1n2}
        assert n2.inputs[n1] == n1n2
        assert n1.outputs == {n2: n1n2}
        assert n1.outputs[n2] == n1n2

    def test_updating_outputs(self):
        n1 = Node("N1")
        n2 = Node("N2")
        n1n2 = "n1n2"

        n1.outputs.update({n2: n1n2})
        assert n2.inputs == {n1: n1n2}
        assert n2.inputs[n1] == n1n2
        assert n1.outputs == {n2: n1n2}
        assert n1.outputs[n2] == n1n2

    def test_error_for_duplicate_label_argument(self):
        """
        `Node.__init__` should fail if positional and keyword args collide.
        """
        with pytest.raises(TypeError):
            Node("Positional Label", label="Keyword Label")

    def test_node_input_output_type_assertions(self):
        """
        `Node`s should only accept `Node` instances as input/output targets.
        """
        with pytest.raises(AssertionError):
            Node("A node with an output", outputs={"Not a Node": "A Flow"})
            Node("A node with an input", inputs={"Not a Node": "A Flow"})

    def test_node_label_without_private_attribute(self):
        """
        A `Node` with no explicit `label` doesn't have a `_label` attribute.
        """
        n = Node()
        with pytest.raises(AttributeError):
            n._label

    def test_node_label_if_its_not_explicitly_specified(self):
        """If not explicitly given, a `Node`'s label is based on its `id`."""
        n = Node()
        assert "0x{:x}>".format(id(n)) in n.label


class TestsEdge:
    def setup(self):
        Node.registry = None

    def test_edge_construction_side_effects(self):
        """Constructing an `Edge` should affect it's input/output `Node`s.

        When constructing an `Edge`, the `inputs` and `outputs` of its output
        and input `Node`s should be set appropriately.
        """
        source = Node(label="source")
        target = Node(label="target")
        edge = Edge(input=source, output=target)
        assert target in source.outputs, (
            "{} not in {} after constructing {}.".format(
                target, source.outputs, edge
            ),
        )
        assert source in target.inputs, (
            "{} not in {} after constructing {}.".format(
                source, target.outputs, edge
            ),
        )

    def test_label_as_positional_argument(self):
        o = object()
        n = Node(o)
        assert n.label is o, (
            "Setting `label` as positional parameter argument failed."
            "\n  Expected: {!r}"
            "\n  Got     : {!r}"
        ).format(o, n.label)

    def test_edge_failure_for_colliding_arguments(self):
        """
        `Edge` initialisation fails when colliding arguments are supplied.
        """
        with pytest.raises(ValueError):
            Edge(flow=object(), values=object())

    def test_alternative_edge_construction_from_mapping(self):
        """`Edge.from_object` treats mappings as keyword arguments."""
        i, o, f = (Node("input"), Node("output"), "flow")
        with pytest.raises(ValueError):
            Edge.from_object({"flow": i, "values": o})
        edge = Edge.from_object({"input": i, "output": o, "flow": f})
        assert edge.input == i
        assert edge.output == o
        assert edge.values == f
        assert edge.flow == f

    def test_flow_setter(self):
        """`Edge.flow`'s setter relays to `values`."""
        e = Edge(values="initial values")
        assert e.flow == "initial values"
        assert e.values == "initial values"
        e.flow = "new values set via `e.flow`"
        assert e.flow == "new values set via `e.flow`"
        assert e.values == "new values set via `e.flow`"

    def test_delayed_registration_when_setting_input(self):
        """`Edge` registration gets delayed until input and output are set."""
        i, o = (Node("input"), Node("output"))
        with registry_changed_to(EnSys()):
            e = Edge(output=o)
            assert e not in Node.registry.groups.values()
            e.input = i
            assert e in Node.registry.groups.values()


class TestsEnergySystemNodesIntegration:
    def setup(self):
        self.es = EnSys()
        Node.registry = self.es

    def test_node_registration(self):
        assert Node.registry == self.es
        b1 = Bus(label="<B1>")
        assert self.es.entities[0] == b1
        b2 = Bus(label="<B2>")
        assert self.es.entities[1] == b2
        t1 = Transformer(label="<TF1>", inputs=[b1], outputs=[b2])
        assert t1 in self.es.entities

    def test_registry_modification_decorator(self):
        Node("registered")
        assert "registered" in self.es.groups

        @temporarily_modifies_registry
        def create_a_node():
            Node("not registered")

        create_a_node()
        assert "not registered" not in self.es.groups


1			# -*- coding: utf-8 -
2
3			"""Test the created constraints against approved constraints.
4
5			This file is part of project oemof (github.com/oemof/oemof). It's copyrighted
6			by the contributors recorded in the version control history of the file,
7			available from its original location oemof/tests/test_network_classes.py
8
9			SPDX-FileCopyrightText: Stephan Günther <>
10			SPDX-FileCopyrightText: Uwe Krien <[email protected]>
11			SPDX-FileCopyrightText: Simon Hilpert <>
12			SPDX-FileCopyrightText: Cord Kaldemeyer <>
13
14			SPDX-License-Identifier: MIT
15			"""
16
17			from traceback import format_exception_only as feo
18
19			import pytest
20
21			from oemof.network.energy_system import EnergySystem as EnSys
22			from oemof.network.network import Bus
23			from oemof.network.network import Edge
24			from oemof.network.network import Node
25			from oemof.network.network import Transformer
26			from oemof.network.network import registry_changed_to
27			from oemof.network.network import temporarily_modifies_registry
28
29
30			class TestsNode:
31			def setup(self):
32			self.energysystem = EnSys()
33			Node.registry = self.energysystem
34
35			def test_that_attributes_cannot_be_added(self):
36			node = Node()
37			with pytest.raises(AttributeError):
38			node.foo = "bar"
39
40			def test_symmetric_input_output_assignment(self):
41			n1 = Node(label="<N1>")
42
43			n2 = Node(label="<From N1>", inputs=[n1])
44			assert n1 in n2.inputs, (
45			"{0} not in {1}.inputs, ".format(n1, n2)
46			+ "although it should be by construction."
47			)
48
49			assert (
50			n2 in n1.outputs
51			), "{0} in {1}.inputs but {1} not in {0}.outputs.".format(n1, n2)
52
53			n3 = Node(label="<To N1>", outputs=[n1])
54			assert n1 in n3.outputs, (
55			"{0} not in {1}.outputs, ".format(n1, n3)
56			+ "although it should be by construction.",
57			)
58			assert n3 in n1.inputs, (
59			"{0} in {1}.outputs but {1} not in {0}.inputs.".format(n1, n3),
60			)
61
62			def test_accessing_outputs_of_a_node_without_output_flows(self):
63			n = Node()
64			exception = None
65			outputs = None
66			try:
67			outputs = n.outputs
68			except Exception as e:
69			exception = e
70			assert exception is None, (
71			"\n Test accessing `outputs` on {} having no outputs.".format(n)
72			+ "\n Got unexpected exception:\n"
73			+ "\n {}".format(feo(type(exception), exception)[0]),
74			)
75			assert len(outputs) == 0, (
76			"\n Failure when testing `len(outputs)`."
77			+ "\n Expected: 0."
78			+ "\n Got : {}".format(len(outputs)),
79			)
80
81			def test_accessing_inputs_of_a_node_without_input_flows(self):
82			n = Node()
83			exception = None
84			inputs = None
85			try:
86			inputs = n.inputs
87			except Exception as e:
88			exception = e
89			assert exception is None, (
90			"\n Test accessing `inputs` on {} having no inputs.".format(n)
91			+ "\n Got unexpected exception:\n"
92			+ "\n {}".format(feo(type(exception), exception)[0]),
93			)
94			assert len(inputs) == 0, (
95			"\n Failure when testing `len(inputs)`."
96			+ "\n Expected: 0."
97			+ "\n Got : {}".format(len(inputs)),
98			)
99
100			def test_that_the_outputs_attribute_of_a_node_is_a_mapping(self):
101			n = Node()
102			exception = None
103			try:
104			n.outputs.values()
105			except AttributeError as e:
106			exception = e
107			assert exception is None, (
108			"\n Test accessing `outputs.values()`"
109			+ " on {} having no inputs.".format(n)
110			+ "\n Got unexpected exception:\n"
111			+ "\n {}".format(feo(type(exception), exception)[0]),
112			)
113
114			def test_that_nodes_do_not_get_undead_flows(self):
115			"""Newly created nodes should only have flows assigned to them.
116
117			A new node `n`, which re-used a previously used label `l`, retained the
118			flows of those nodes which where labeled `l` before `n`. This incorrect
119			behaviour is a problem if somebody wants to use different nodes with
120			the same label in multiple energy systems. While this feature currently
121			isn't used, it also lead to weird behaviour when running tests.
122
123			This test ensures that new nodes only have those flows which are
124			assigned to them on construction.
125			"""
126			# We don't want a registry as we are re-using a label on purpose.
127			# Having a registry would just throw and error generated by the DEFAULT
128			# grouping in this case.
129			Node.registry = None
130			flow = object()
131			old = Node(label="A reused label")
132			bus = Bus(label="bus", inputs={old: flow})
133			assert bus.inputs[old].flow == flow, (
134			("\n Expected: {0}" + "\n Got : {1} instead").format(
135			flow, bus.inputs[old].flow
136			),
137			)
138			assert old.outputs[bus].flow == flow, (
139			("\n Expected: {}" + "\n Got : {} instead").format(
140			flow, old.outputs[bus].flow
141			),
142			)
143			new = Node(label="A reused label")
144			assert new.outputs == {}, (
145			"\n Expected an empty dictionary of outputs."
146			+ "\n Got: {} instead".format(new.outputs),
147			)
148
149			def test_modifying_outputs_after_construction(self):
150			"""One should be able to add and delete outputs of a node."""
151			node = Node("N1")
152			bus = Node("N2")
153			flow = "flow"
154			assert node.outputs == {}, (
155			"\n Expected an empty dictionary of outputs."
156			+ "\n Got: {} (== {}) instead".format(
157			node.outputs, dict(node.outputs)
158			),
159			)
160			node.outputs[bus] = flow
161			assert node.outputs == {bus: flow}, (
162			"\n Expected {} as `node.outputs`."
163			+ "\n Got : {} (== {}) instead"
164			).format({bus: flow}, node.outputs, dict(node.outputs))
165
166			assert node.outputs[bus] == flow, (
167			"\n Expected {} as `node.outputs[bus]`."
168			+ "\n Got : {} instead"
169			).format(flow, node.outputs[bus])
170
171			del node.outputs[bus]
172			assert node.outputs == {}, (
173			"\n Expected an empty dictionary of outputs."
174			+ "\n Got: {} (== {}) instead"
175			).format(node.outputs, dict(node.outputs))
176
177			def test_modifying_inputs_after_construction(self):
178			"""One should be able to add and delete inputs of a node."""
179			node = Node("N1")
180			bus = Bus("N2")
181			flow = "flow"
182
183			assert node.inputs == {}, (
184			"\n Expected an empty dictionary of inputs."
185			+ "\n Got: {} (== {}) instead"
186			).format(node.inputs, dict(node.inputs))
187
188			node.inputs[bus] = flow
189			assert node.inputs == {bus: flow}, (
190			"\n Expected {} as `node.inputs`."
191			+ "\n Got : {} (== {}) instead"
192			).format({bus: flow}, node.inputs, dict(node.inputs))
193			assert node.inputs[bus] == flow, (
194			"\n Expected {} as `node.inputs[bus]`."
195			+ "\n Got : {} instead"
196			).format(flow, node.inputs[bus])
197			del node.inputs[bus]
198			assert node.inputs == {}, (
199			"\n Expected an empty dictionary of inputs."
200			+ "\n Got: {} (== {}) instead"
201			).format(node.inputs, dict(node.inputs))
202
203			def test_output_input_symmetry_after_modification(self):
204			n1 = Node("N1")
205			n2 = Node("N2")
206			flow = "flow"
207
208			n1.outputs[n2] = flow
209			assert n2.inputs == {n1: flow}
210
211			def test_input_output_symmetry_after_modification(self):
212			n1 = Node("N1")
213			n2 = Node("N2")
214			flow = "flow"
215
216			n1.inputs[n2] = flow
217			assert n2.outputs == {n1: flow}
218
219			def test_updating_inputs(self):
220			n1 = Node("N1")
221			n2 = Node("N2")
222			n1n2 = "n1n2"
223
224			n2.inputs.update({n1: n1n2})
225			assert n2.inputs == {n1: n1n2}
226			assert n2.inputs[n1] == n1n2
227			assert n1.outputs == {n2: n1n2}
228			assert n1.outputs[n2] == n1n2
229
230			def test_updating_outputs(self):
231			n1 = Node("N1")
232			n2 = Node("N2")
233			n1n2 = "n1n2"
234
235			n1.outputs.update({n2: n1n2})
236			assert n2.inputs == {n1: n1n2}
237			assert n2.inputs[n1] == n1n2
238			assert n1.outputs == {n2: n1n2}
239			assert n1.outputs[n2] == n1n2
240
241			def test_error_for_duplicate_label_argument(self):
242			"""
243			`Node.__init__` should fail if positional and keyword args collide.
244			"""
245			with pytest.raises(TypeError):
246			Node("Positional Label", label="Keyword Label")
247
248			def test_node_input_output_type_assertions(self):
249			"""
250			`Node`s should only accept `Node` instances as input/output targets.
251			"""
252			with pytest.raises(AssertionError):
253			Node("A node with an output", outputs={"Not a Node": "A Flow"})
254			Node("A node with an input", inputs={"Not a Node": "A Flow"})
255
256			def test_node_label_without_private_attribute(self):
257			"""
258			A `Node` with no explicit `label` doesn't have a `_label` attribute.
259			"""
260			n = Node()
261			with pytest.raises(AttributeError):
262			n._label
263
264			def test_node_label_if_its_not_explicitly_specified(self):
265			"""If not explicitly given, a `Node`'s label is based on its `id`."""
266			n = Node()
267			assert "0x{:x}>".format(id(n)) in n.label
268
269
270			class TestsEdge:
271			def setup(self):
272			Node.registry = None
273
274			def test_edge_construction_side_effects(self):
275			"""Constructing an `Edge` should affect it's input/output `Node`s.
276
277			When constructing an `Edge`, the `inputs` and `outputs` of its output
278			and input `Node`s should be set appropriately.
279			"""
280			source = Node(label="source")
281			target = Node(label="target")
282			edge = Edge(input=source, output=target)
283			assert target in source.outputs, (
284			"{} not in {} after constructing {}.".format(
285			target, source.outputs, edge
286			),
287			)
288			assert source in target.inputs, (
289			"{} not in {} after constructing {}.".format(
290			source, target.outputs, edge
291			),
292			)
293
294			def test_label_as_positional_argument(self):
295			o = object()
296			n = Node(o)
297			assert n.label is o, (
298			"Setting `label` as positional parameter argument failed."
299			"\n Expected: {!r}"
300			"\n Got : {!r}"
301			).format(o, n.label)
302
303			def test_edge_failure_for_colliding_arguments(self):
304			"""
305			`Edge` initialisation fails when colliding arguments are supplied.
306			"""
307			with pytest.raises(ValueError):
308			Edge(flow=object(), values=object())
309
310			def test_alternative_edge_construction_from_mapping(self):
311			"""`Edge.from_object` treats mappings as keyword arguments."""
312			i, o, f = (Node("input"), Node("output"), "flow")
313			with pytest.raises(ValueError):
314			Edge.from_object({"flow": i, "values": o})
315			edge = Edge.from_object({"input": i, "output": o, "flow": f})
316			assert edge.input == i
317			assert edge.output == o
318			assert edge.values == f
319			assert edge.flow == f
320
321			def test_flow_setter(self):
322			"""`Edge.flow`'s setter relays to `values`."""
323			e = Edge(values="initial values")
324			assert e.flow == "initial values"
325			assert e.values == "initial values"
326			e.flow = "new values set via `e.flow`"
327			assert e.flow == "new values set via `e.flow`"
328			assert e.values == "new values set via `e.flow`"
329
330			def test_delayed_registration_when_setting_input(self):
331			"""`Edge` registration gets delayed until input and output are set."""
332			i, o = (Node("input"), Node("output"))
333			with registry_changed_to(EnSys()):
334			e = Edge(output=o)
335			assert e not in Node.registry.groups.values()
336			e.input = i
337			assert e in Node.registry.groups.values()
338
339
340			class TestsEnergySystemNodesIntegration:
341			def setup(self):
342			self.es = EnSys()
343			Node.registry = self.es
344
345			def test_node_registration(self):
346			assert Node.registry == self.es
347			b1 = Bus(label="<B1>")
348			assert self.es.entities[0] == b1
349			b2 = Bus(label="<B2>")
350			assert self.es.entities[1] == b2
351			t1 = Transformer(label="<TF1>", inputs=[b1], outputs=[b2])
352			assert t1 in self.es.entities
353
354			def test_registry_modification_decorator(self):
355			Node("registered")
356			assert "registered" in self.es.groups
357
358			@temporarily_modifies_registry
359			def create_a_node():
360			Node("not registered")
361
362			create_a_node()
363			assert "not registered" not in self.es.groups
364

oemof / oemof-network

TestsNode.test_updating_outputs() A last analyzed 2022-04-13 19:53 UTC

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TestsNode.test_updating_outputs() A
last analyzed 2022-04-13 19:53 UTC