Node.get_description() - Code Metrics - Inspection of "Events debugging" - FreeOpcUa/python-opcua - Measure and Improve Code Quality continuously with Scrutinizer

Completed

Pull Request — master (#133)

by Denis

created 2016-04-19 09:08 UTC

Node.get_description() A

↳ Parent: Project

Complexity

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Duplication

Lines	0
Ratio	0 %

Code Coverage

Tests	1
CRAP Score	1.2963

Metric	Value
cc	1
dl	0
loc	6
ccs	1
cts	3
cp	0.3333
crap	1.2963
rs	9.4285

"""
High level node object, to access node attribute
and browse address space
"""

from datetime import datetime

from opcua import ua


class Node(object):

    """
    High level node object, to access node attribute,
    browse and populate address space.
    Node objects are usefull as-is but they do not expose the entire
    OPC-UA protocol. Feel free to look at the code of this class and call
    directly UA services methods to optimize your code
    """

    def __init__(self, server, nodeid):
        self.server = server
        self.nodeid = None
        if isinstance(nodeid, ua.NodeId):
            self.nodeid = nodeid
        elif type(nodeid) in (str, bytes):
            self.nodeid = ua.NodeId.from_string(nodeid)
        elif isinstance(nodeid, int):
            self.nodeid = ua.NodeId(nodeid, 0)
        else:
            raise ua.UaError("argument to node must be a NodeId object or a string defining a nodeid found {} of type {}".format(nodeid, type(nodeid)))

    def __eq__(self, other):
        if isinstance(other, Node) and self.nodeid == other.nodeid:
            return True
        return False

    def __ne__(self, other):
        return not self.__eq__(other)

    def __str__(self):
        return "Node({})".format(self.nodeid)
    __repr__ = __str__

    def __hash__(self):
        return self.nodeid.__hash__()

    def get_browse_name(self):
        """
        Get browse name of a node. A browse name is a QualifiedName object
        composed of a string(name) and a namespace index.
        """
        result = self.get_attribute(ua.AttributeIds.BrowseName)
        return result.Value.Value

    def get_display_name(self):
        """
        get description attribute of node
        """
        result = self.get_attribute(ua.AttributeIds.DisplayName)
        return result.Value.Value

    def get_data_type(self):
        """
        get data type of node
        """
        result = self.get_attribute(ua.AttributeIds.DataType)
        return result.Value.Value

    def get_node_class(self):
        """
        get node class attribute of node
        """
        result = self.get_attribute(ua.AttributeIds.NodeClass)
        return result.Value.Value

    def get_description(self):
        """
        get description attribute class of node
        """
        result = self.get_attribute(ua.AttributeIds.Description)
        return result.Value.Value

    def get_value(self):
        """
        Get value of a node as a python type. Only variables ( and properties) have values.
        An exception will be generated for other node types.
        """
        result = self.get_data_value()
        return result.Value.Value

    def get_data_value(self):
        """
        Get value of a node as a DataValue object. Only variables (and properties) have values.
        An exception will be generated for other node types.
        DataValue contain a variable value as a variant as well as server and source timestamps
        """
        return self.get_attribute(ua.AttributeIds.Value)

    def set_array_dimensions(self, value):
        """
        Set attribute ArrayDimensions of node
        make sure it has the correct data type
        """
        v = ua.Variant(value, ua.VariantType.UInt32)
        self.set_attribute(ua.AttributeIds.ArrayDimensions, ua.DataValue(v))

    def get_array_dimensions(self):
        """
        Read and return ArrayDimensions attribute of node
        """
        res = self.get_attribute(ua.AttributeIds.ArrayDimensions)
        return res.Value.Value

    def set_value_rank(self, value):
        """
        Set attribute ArrayDimensions of node
        """
        v = ua.Variant(value, ua.VariantType.Int32)
        self.set_attribute(ua.AttributeIds.ValueRank, ua.DataValue(v))

    def get_value_rank(self):
        """
        Read and return ArrayDimensions attribute of node
        """
        res = self.get_attribute(ua.AttributeIds.ValueRank)
        return res.Value.Value

    def set_value(self, value, varianttype=None):
        """
        Set value of a node. Only variables(properties) have values.
        An exception will be generated for other node types.
        value argument is either:
        * a python built-in type, converted to opc-ua
        optionnaly using the variantype argument.
        * a ua.Variant, varianttype is then ignored
        * a ua.DataValue, you then have full control over data send to server
        """
        datavalue = None
        if isinstance(value, ua.DataValue):
            datavalue = value
        elif isinstance(value, ua.Variant):
            datavalue = ua.DataValue(value)
        else:
            datavalue = ua.DataValue(ua.Variant(value, varianttype))
        self.set_attribute(ua.AttributeIds.Value, datavalue)

    set_data_value = set_value

    def set_writable(self, writable=True):
        """
        Set node as writable by clients.
        A node is always writable on server side.
        """
        if writable:
            self.set_attr_bit(ua.AttributeIds.AccessLevel, ua.AccessLevel.CurrentWrite)
            self.set_attr_bit(ua.AttributeIds.UserAccessLevel, ua.AccessLevel.CurrentWrite)
        else:
            self.unset_attr_bit(ua.AttributeIds.AccessLevel, ua.AccessLevel.CurrentWrite)
            self.unset_attr_bit(ua.AttributeIds.UserAccessLevel, ua.AccessLevel.CurrentWrite)

    def set_attr_bit(self, attr, bit):
        val = self.get_attribute(attr)
        val.Value.Value = ua.set_bit(val.Value.Value, bit)
        self.set_attribute(attr, val)

    def unset_attr_bit(self, attr, bit):
        val = self.get_attribute(attr)
        val.Value.Value = ua.unset_bit(val.Value.Value, bit)
        self.set_attribute(attr, val)

    def set_read_only(self):
        """
        Set a node as read-only for clients.
        A node is always writable on server side.
        """
        return self.set_writable(False)

    def set_attribute(self, attributeid, datavalue):
        """
        Set an attribute of a node
        attributeid is a member of ua.AttributeIds
        datavalue is a ua.DataValue object
        """
        attr = ua.WriteValue()
        attr.NodeId = self.nodeid
        attr.AttributeId = attributeid
        attr.Value = datavalue
        params = ua.WriteParameters()
        params.NodesToWrite = [attr]
        result = self.server.write(params)
        result[0].check()

    def get_attribute(self, attr):
        """
        Read one attribute of a node
        result code from server is checked and an exception is raised in case of error
        """
        rv = ua.ReadValueId()
        rv.NodeId = self.nodeid
        rv.AttributeId = attr
        params = ua.ReadParameters()
        params.NodesToRead.append(rv)
        result = self.server.read(params)
        result[0].StatusCode.check()
        return result[0]

    def get_attributes(self, attrs):
        """
        Read several attributes of a node
        list of DataValue is returned
        """
        params = ua.ReadParameters()
        for attr in attrs:
            rv = ua.ReadValueId()
            rv.NodeId = self.nodeid
            rv.AttributeId = attr
            params.NodesToRead.append(rv)

        results = self.server.read(params)
        return results

    def get_children(self, refs=ua.ObjectIds.HierarchicalReferences, nodeclassmask=ua.NodeClass.Unspecified):
        """
        Get all children of a node. By default hierarchical references and all node classes are returned.
        Other reference types may be given:
        References = 31
        NonHierarchicalReferences = 32
        HierarchicalReferences = 33
        HasChild = 34
        Organizes = 35
        HasEventSource = 36
        HasModellingRule = 37
        HasEncoding = 38
        HasDescription = 39
        HasTypeDefinition = 40
        GeneratesEvent = 41
        Aggregates = 44
        HasSubtype = 45
        HasProperty = 46
        HasComponent = 47
        HasNotifier = 48
        HasOrderedComponent = 49
        """
        references = self.get_children_descriptions(refs, nodeclassmask)
        nodes = []
        for desc in references:
            node = Node(self.server, desc.NodeId)
            nodes.append(node)
        return nodes

    def get_properties(self):
        """
        return properties of node.
        properties are child nodes with a reference of type HasProperty and a NodeClass of Variable
        """
        return self.get_children(refs=ua.ObjectIds.HasProperty, nodeclassmask=ua.NodeClass.Variable)

    def get_children_descriptions(self, refs=ua.ObjectIds.HierarchicalReferences, nodeclassmask=ua.NodeClass.Unspecified, includesubtypes=True):
        """
        return all attributes of child nodes as UA BrowseResult structs
        """
        desc = ua.BrowseDescription()
        desc.BrowseDirection = ua.BrowseDirection.Forward
        desc.ReferenceTypeId = ua.TwoByteNodeId(refs)
        desc.IncludeSubtypes = includesubtypes
        desc.NodeClassMask = nodeclassmask
        desc.ResultMask = ua.BrowseResultMask.All

        desc.NodeId = self.nodeid
        params = ua.BrowseParameters()
        params.View.Timestamp = ua.win_epoch_to_datetime(0)
        params.NodesToBrowse.append(desc)
        results = self.server.browse(params)
        return results[0].References

    def get_child(self, path):
        """
        get a child specified by its path from this node.
        A path might be:
        * a string representing a qualified name.
        * a qualified name
        * a list of string
        * a list of qualified names
        """
        if type(path) not in (list, tuple):
            path = [path]
        rpath = ua.RelativePath()
        for item in path:
            el = ua.RelativePathElement()
            el.ReferenceTypeId = ua.TwoByteNodeId(ua.ObjectIds.HierarchicalReferences)
            el.IsInverse = False
            el.IncludeSubtypes = True
            if isinstance(item, ua.QualifiedName):
                el.TargetName = item
            else:
                el.TargetName = ua.QualifiedName.from_string(item)
            rpath.Elements.append(el)
        bpath = ua.BrowsePath()
        bpath.StartingNode = self.nodeid
        bpath.RelativePath = rpath
        result = self.server.translate_browsepaths_to_nodeids([bpath])
        result = result[0]
        result.StatusCode.check()
        # FIXME: seems this method may return several nodes
        return Node(self.server, result.Targets[0].TargetId)

    def read_raw_history(self, starttime=None, endtime=None, numvalues=0):
        """
        Read raw history of a node
        result code from server is checked and an exception is raised in case of error
        If numvalues is > 0 and number of events in period is > numvalues
        then result will be truncated
        """
        details = ua.ReadRawModifiedDetails()
        details.IsReadModified = False
        if starttime:
            details.StartTime = starttime
        else:
            details.StartTime = ua.DateTimeMinValue
        if endtime:
            details.EndTime = endtime
        else:
            details.EndTime = ua.DateTimeMinValue
        details.NumValuesPerNode = numvalues
        details.ReturnBounds = True
        result = self.history_read(details)
        return result.HistoryData.DataValues

    def history_read(self, details):
        """
        Read raw history of a node, low-level function
        result code from server is checked and an exception is raised in case of error
        """
        valueid = ua.HistoryReadValueId()
        valueid.NodeId = self.nodeid
        valueid.IndexRange = ''

        params = ua.HistoryReadParameters()
        params.HistoryReadDetails = details
        params.TimestampsToReturn = ua.TimestampsToReturn.Both
        params.ReleaseContinuationPoints = False
        params.NodesToRead.append(valueid)
        result = self.server.history_read(params)[0]
        return result

    # Hack for convenience methods
    # local import is ugly but necessary for python2 support
    # feel fri to propose something better but I want to split all those
    # create methods from Node

    def add_folder(*args, **kwargs):
        from opcua.common import manage_nodes
        return manage_nodes.create_folder(*args, **kwargs)

    def add_object(*args, **kwargs):
        from opcua.common import manage_nodes
        return manage_nodes.create_object(*args, **kwargs)

    def add_variable(*args, **kwargs):
        from opcua.common import manage_nodes
        return manage_nodes.create_variable(*args, **kwargs)

    def add_property(*args, **kwargs):
        from opcua.common import manage_nodes
        return manage_nodes.create_property(*args, **kwargs)

    def add_method(*args, **kwargs):
        from opcua.common import manage_nodes
        return manage_nodes.create_method(*args, **kwargs)

    def call_method(*args, **kwargs):
        from opcua.common import methods
        return methods.call_method(*args, **kwargs)


1		"""
2		High level node object, to access node attribute
3		and browse address space
4		"""
5
6	1	from datetime import datetime
7
8	1	from opcua import ua
9
10
11	1	class Node(object):
12
13		"""
14		High level node object, to access node attribute,
15		browse and populate address space.
16		Node objects are usefull as-is but they do not expose the entire
17		OPC-UA protocol. Feel free to look at the code of this class and call
18		directly UA services methods to optimize your code
19		"""
20
21	1	def __init__(self, server, nodeid):
22	1	self.server = server
23	1	self.nodeid = None
24	1	if isinstance(nodeid, ua.NodeId):
25	1	self.nodeid = nodeid
26	1	elif type(nodeid) in (str, bytes):
27	1	self.nodeid = ua.NodeId.from_string(nodeid)
28		elif isinstance(nodeid, int):
29		self.nodeid = ua.NodeId(nodeid, 0)
30		else:
31		raise ua.UaError("argument to node must be a NodeId object or a string defining a nodeid found {} of type {}".format(nodeid, type(nodeid)))
32
33	1	def __eq__(self, other):
34	1	if isinstance(other, Node) and self.nodeid == other.nodeid:
35	1	return True
36	1	return False
37
38	1	def __ne__(self, other):
39		return not self.__eq__(other)
40
41	1	def __str__(self):
42		return "Node({})".format(self.nodeid)
43	1	__repr__ = __str__
44
45	1	def __hash__(self):
46	1	return self.nodeid.__hash__()
47
48	1	def get_browse_name(self):
49		"""
50		Get browse name of a node. A browse name is a QualifiedName object
51		composed of a string(name) and a namespace index.
52		"""
53	1	result = self.get_attribute(ua.AttributeIds.BrowseName)
54	1	return result.Value.Value
55
56	1	def get_display_name(self):
57		"""
58		get description attribute of node
59		"""
60	1	result = self.get_attribute(ua.AttributeIds.DisplayName)
61	1	return result.Value.Value
62
63	1	def get_data_type(self):
64		"""
65		get data type of node
66		"""
67	1	result = self.get_attribute(ua.AttributeIds.DataType)
68	1	return result.Value.Value
69
70	1	def get_node_class(self):
71		"""
72		get node class attribute of node
73		"""
74		result = self.get_attribute(ua.AttributeIds.NodeClass)
75		return result.Value.Value
76
77	1	def get_description(self):
78		"""
79		get description attribute class of node
80		"""
81		result = self.get_attribute(ua.AttributeIds.Description)
82		return result.Value.Value
83
84	1	def get_value(self):
85		"""
86		Get value of a node as a python type. Only variables ( and properties) have values.
87		An exception will be generated for other node types.
88		"""
89	1	result = self.get_data_value()
90	1	return result.Value.Value
91
92	1	def get_data_value(self):
93		"""
94		Get value of a node as a DataValue object. Only variables (and properties) have values.
95		An exception will be generated for other node types.
96		DataValue contain a variable value as a variant as well as server and source timestamps
97		"""
98	1	return self.get_attribute(ua.AttributeIds.Value)
99
100	1	def set_array_dimensions(self, value):
101		"""
102		Set attribute ArrayDimensions of node
103		make sure it has the correct data type
104		"""
105	1	v = ua.Variant(value, ua.VariantType.UInt32)
106	1	self.set_attribute(ua.AttributeIds.ArrayDimensions, ua.DataValue(v))
107
108	1	def get_array_dimensions(self):
109		"""
110		Read and return ArrayDimensions attribute of node
111		"""
112	1	res = self.get_attribute(ua.AttributeIds.ArrayDimensions)
113	1	return res.Value.Value
114
115	1	def set_value_rank(self, value):
116		"""
117		Set attribute ArrayDimensions of node
118		"""
119	1	v = ua.Variant(value, ua.VariantType.Int32)
120	1	self.set_attribute(ua.AttributeIds.ValueRank, ua.DataValue(v))
121
122	1	def get_value_rank(self):
123		"""
124		Read and return ArrayDimensions attribute of node
125		"""
126	1	res = self.get_attribute(ua.AttributeIds.ValueRank)
127	1	return res.Value.Value
128
129	1	def set_value(self, value, varianttype=None):
130		"""
131		Set value of a node. Only variables(properties) have values.
132		An exception will be generated for other node types.
133		value argument is either:
134		* a python built-in type, converted to opc-ua
135		optionnaly using the variantype argument.
136		* a ua.Variant, varianttype is then ignored
137		* a ua.DataValue, you then have full control over data send to server
138		"""
139	1	datavalue = None
140	1	if isinstance(value, ua.DataValue):
141	1	datavalue = value
142	1	elif isinstance(value, ua.Variant):
143	1	datavalue = ua.DataValue(value)
144		else:
145	1	datavalue = ua.DataValue(ua.Variant(value, varianttype))
146	1	self.set_attribute(ua.AttributeIds.Value, datavalue)
147
148	1	set_data_value = set_value
149
150	1	def set_writable(self, writable=True):
151		"""
152		Set node as writable by clients.
153		A node is always writable on server side.
154		"""
155	1	if writable:
156	1	self.set_attr_bit(ua.AttributeIds.AccessLevel, ua.AccessLevel.CurrentWrite)
157	1	self.set_attr_bit(ua.AttributeIds.UserAccessLevel, ua.AccessLevel.CurrentWrite)
158		else:
159	1	self.unset_attr_bit(ua.AttributeIds.AccessLevel, ua.AccessLevel.CurrentWrite)
160	1	self.unset_attr_bit(ua.AttributeIds.UserAccessLevel, ua.AccessLevel.CurrentWrite)
161
162	1	def set_attr_bit(self, attr, bit):
163	1	val = self.get_attribute(attr)
164	1	val.Value.Value = ua.set_bit(val.Value.Value, bit)
165	1	self.set_attribute(attr, val)
166
167	1	def unset_attr_bit(self, attr, bit):
168	1	val = self.get_attribute(attr)
169	1	val.Value.Value = ua.unset_bit(val.Value.Value, bit)
170	1	self.set_attribute(attr, val)
171
172	1	def set_read_only(self):
173		"""
174		Set a node as read-only for clients.
175		A node is always writable on server side.
176		"""
177		return self.set_writable(False)
178
179	1	def set_attribute(self, attributeid, datavalue):
180		"""
181		Set an attribute of a node
182		attributeid is a member of ua.AttributeIds
183		datavalue is a ua.DataValue object
184		"""
185	1	attr = ua.WriteValue()
186	1	attr.NodeId = self.nodeid
187	1	attr.AttributeId = attributeid
188	1	attr.Value = datavalue
189	1	params = ua.WriteParameters()
190	1	params.NodesToWrite = [attr]
191	1	result = self.server.write(params)
192	1	result[0].check()
193
194	1	def get_attribute(self, attr):
195		"""
196		Read one attribute of a node
197		result code from server is checked and an exception is raised in case of error
198		"""
199	1	rv = ua.ReadValueId()
200	1	rv.NodeId = self.nodeid
201	1	rv.AttributeId = attr
202	1	params = ua.ReadParameters()
203	1	params.NodesToRead.append(rv)
204	1	result = self.server.read(params)
205	1	result[0].StatusCode.check()
206	1	return result[0]
207
208	1	def get_attributes(self, attrs):
209		"""
210		Read several attributes of a node
211		list of DataValue is returned
212		"""
213		params = ua.ReadParameters()
214		for attr in attrs:
215		rv = ua.ReadValueId()
216		rv.NodeId = self.nodeid
217		rv.AttributeId = attr
218		params.NodesToRead.append(rv)
219
220		results = self.server.read(params)
221		return results
222
223	1	def get_children(self, refs=ua.ObjectIds.HierarchicalReferences, nodeclassmask=ua.NodeClass.Unspecified):
224		"""
225		Get all children of a node. By default hierarchical references and all node classes are returned.
226		Other reference types may be given:
227		References = 31
228		NonHierarchicalReferences = 32
229		HierarchicalReferences = 33
230		HasChild = 34
231		Organizes = 35
232		HasEventSource = 36
233		HasModellingRule = 37
234		HasEncoding = 38
235		HasDescription = 39
236		HasTypeDefinition = 40
237		GeneratesEvent = 41
238		Aggregates = 44
239		HasSubtype = 45
240		HasProperty = 46
241		HasComponent = 47
242		HasNotifier = 48
243		HasOrderedComponent = 49
244		"""
245	1	references = self.get_children_descriptions(refs, nodeclassmask)
246	1	nodes = []
247	1	for desc in references:
248	1	node = Node(self.server, desc.NodeId)
249	1	nodes.append(node)
250	1	return nodes
251
252	1	def get_properties(self):
253		"""
254		return properties of node.
255		properties are child nodes with a reference of type HasProperty and a NodeClass of Variable
256		"""
257		return self.get_children(refs=ua.ObjectIds.HasProperty, nodeclassmask=ua.NodeClass.Variable)
258
259	1	def get_children_descriptions(self, refs=ua.ObjectIds.HierarchicalReferences, nodeclassmask=ua.NodeClass.Unspecified, includesubtypes=True):
260		"""
261		return all attributes of child nodes as UA BrowseResult structs
262		"""
263	1	desc = ua.BrowseDescription()
264	1	desc.BrowseDirection = ua.BrowseDirection.Forward
265	1	desc.ReferenceTypeId = ua.TwoByteNodeId(refs)
266	1	desc.IncludeSubtypes = includesubtypes
267	1	desc.NodeClassMask = nodeclassmask
268	1	desc.ResultMask = ua.BrowseResultMask.All
269
270	1	desc.NodeId = self.nodeid
271	1	params = ua.BrowseParameters()
272	1	params.View.Timestamp = ua.win_epoch_to_datetime(0)
273	1	params.NodesToBrowse.append(desc)
274	1	results = self.server.browse(params)
275	1	return results[0].References
276
277	1	def get_child(self, path):
278		"""
279		get a child specified by its path from this node.
280		A path might be:
281		* a string representing a qualified name.
282		* a qualified name
283		* a list of string
284		* a list of qualified names
285		"""
286	1	if type(path) not in (list, tuple):
287	1	path = [path]
288	1	rpath = ua.RelativePath()
289	1	for item in path:
290	1	el = ua.RelativePathElement()
291	1	el.ReferenceTypeId = ua.TwoByteNodeId(ua.ObjectIds.HierarchicalReferences)
292	1	el.IsInverse = False
293	1	el.IncludeSubtypes = True
294	1	if isinstance(item, ua.QualifiedName):
295		el.TargetName = item
296		else:
297	1	el.TargetName = ua.QualifiedName.from_string(item)
298	1	rpath.Elements.append(el)
299	1	bpath = ua.BrowsePath()
300	1	bpath.StartingNode = self.nodeid
301	1	bpath.RelativePath = rpath
302	1	result = self.server.translate_browsepaths_to_nodeids([bpath])
303	1	result = result[0]
304	1	result.StatusCode.check()
305		# FIXME: seems this method may return several nodes
306	1	return Node(self.server, result.Targets[0].TargetId)
307
308	1	def read_raw_history(self, starttime=None, endtime=None, numvalues=0):
309		"""
310		Read raw history of a node
311		result code from server is checked and an exception is raised in case of error
312		If numvalues is > 0 and number of events in period is > numvalues
313		then result will be truncated
314		"""
315	1	details = ua.ReadRawModifiedDetails()
316	1	details.IsReadModified = False
317	1	if starttime:
318	1	details.StartTime = starttime
319		else:
320	1	details.StartTime = ua.DateTimeMinValue
321	1	if endtime:
322	1	details.EndTime = endtime
323		else:
324	1	details.EndTime = ua.DateTimeMinValue
325	1	details.NumValuesPerNode = numvalues
326	1	details.ReturnBounds = True
327	1	result = self.history_read(details)
328	1	return result.HistoryData.DataValues
329
330	1	def history_read(self, details):
331		"""
332		Read raw history of a node, low-level function
333		result code from server is checked and an exception is raised in case of error
334		"""
335	1	valueid = ua.HistoryReadValueId()
336	1	valueid.NodeId = self.nodeid
337	1	valueid.IndexRange = ''
338
339	1	params = ua.HistoryReadParameters()
340	1	params.HistoryReadDetails = details
341	1	params.TimestampsToReturn = ua.TimestampsToReturn.Both
342	1	params.ReleaseContinuationPoints = False
343	1	params.NodesToRead.append(valueid)
344	1	result = self.server.history_read(params)[0]
345	1	return result
346
347		# Hack for convenience methods
348		# local import is ugly but necessary for python2 support
349		# feel fri to propose something better but I want to split all those
350		# create methods from Node
351
352	1	def add_folder(args, *kwargs):
353	1	from opcua.common import manage_nodes
354	1	return manage_nodes.create_folder(args, *kwargs)
355
356	1	def add_object(args, *kwargs):
357	1	from opcua.common import manage_nodes
358	1	return manage_nodes.create_object(args, *kwargs)
359
360	1	def add_variable(args, *kwargs):
361	1	from opcua.common import manage_nodes
362	1	return manage_nodes.create_variable(args, *kwargs)
363
364	1	def add_property(args, *kwargs):
365	1	from opcua.common import manage_nodes
366	1	return manage_nodes.create_property(args, *kwargs)
367
368	1	def add_method(args, *kwargs):
369	1	from opcua.common import manage_nodes
370	1	return manage_nodes.create_method(args, *kwargs)
371
372	1	def call_method(args, *kwargs):
373	1	from opcua.common import methods
374		return methods.call_method(args, *kwargs)
375

FreeOpcUa / python-opcua

Pull Request — master (#133)

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