asyncua.common.xmlparser.XMLParser._set_attr() - Code Metrics - FreeOpcUa/opcua-asyncio - Measure and Improve Code Quality continuously with Scrutinizer

asyncua.common.xmlparser.XMLParser._set_attr() F
last analyzed 2020-12-22 17:52 UTC

↳ Parent: asyncua.common.xmlparser

Complexity

Conditions

Size

Total Lines	31
Code Lines	30

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
cc	15
eloc	30
nop	4
dl	0
loc	31
rs	2.9998
c	0
b	0
f	0

How to fix Complexity

"""
parse xml file from asyncua-spec
"""
import re
import asyncio
import base64
import logging
from pytz import utc


import xml.etree.ElementTree as ET

from .ua_utils import string_to_val
from asyncua import ua


def ua_type_to_python(val, uatype_as_str):
    """
    Converts a string value to a python value according to ua_utils.
    """
    return string_to_val(val, getattr(ua.VariantType, uatype_as_str))


def _to_bool(val):
    """
    Easy access to boolean conversion.
    """
    return ua_type_to_python(val, "Boolean")


class NodeData:

    def __init__(self):
        self.nodetype = None
        self.nodeid = None
        self.browsename = None
        self.displayname = None
        self.symname = None  # FIXME: this param is never used, why?
        self.parent = None
        self.parentlink = None
        self.desc = ""
        self.typedef = None
        self.refs = []
        self.nodeclass = None
        self.eventnotifier = 0

        # variable
        self.datatype = None
        self.rank = -1  # check default value
        self.value = None
        self.valuetype = None
        self.dimensions = None
        self.accesslevel = None
        self.useraccesslevel = None
        self.minsample = None

        # referencetype
        self.inversename = ""
        self.abstract = False
        self.symmetric = False

        # datatype
        self.definitions = []

    def __str__(self):
        return f"NodeData(nodeid:{self.nodeid})"

    __repr__ = __str__

class Field:
    def __init__(self, data):
        self.datatype = data.get("DataType", "")
        self.name = data.get("Name")
        self.dname = data.get("DisplayName", "")
        self.optional = bool(data.get("IsOptional", False))
        self.valuerank = int(data.get("ValueRank", -1))
        self.arraydim = data.get("ArrayDimensions", None) #FIXME: check type
        self.value = int(data.get("Value", 0))
        self.desc = data.get("Description", "")

class RefStruct:

    def __init__(self):
        self.reftype = None
        self.forward = True
        self.target = None

    def __str__(self):
        return f"RefStruct({self.reftype, self.forward, self.target})"
    __repr__ = __str__


class ExtObj:

    def __init__(self):
        self.typeid = None
        self.objname = None
        self.bodytype = None
        self.body = {}

    def __str__(self):
        return f"ExtObj({self.objname}, {self.body})"

    __repr__ = __str__


class XMLParser:

    def __init__(self):
        self.logger = logging.getLogger(__name__)
        self._retag = re.compile(r"(\{.*\})(.*)")
        self.root = None
        self.ns = {
            'base': "http://opcfoundation.org/UA/2011/03/UANodeSet.xsd",
            'uax': "http://opcfoundation.org/UA/2008/02/Types.xsd",
            'xsd': "http://www.w3.org/2001/XMLSchema",
            'xsi': "http://www.w3.org/2001/XMLSchema-instance"
        }

    async def parse(self, xmlpath=None, xmlstring=None):
        if xmlstring:
            self.root = ET.fromstring(xmlstring)
        else:
            tree = await asyncio.get_event_loop().run_in_executor(None, ET.parse, xmlpath)
            self.root = tree.getroot()

    def parse_sync(self, xmlpath=None, xmlstring=None):
        if xmlstring:
            self.root = ET.fromstring(xmlstring)
        else:
            tree = ET.parse(xmlpath)
            self.root = tree.getroot()

    def get_used_namespaces(self):
        """
        Return the used namespace uris in this import file
        """
        namespaces_uris = []
        for child in self.root:
            tag = self._retag.match(child.tag).groups()[1]
            if tag == 'NamespaceUris':
                namespaces_uris = [ns_element.text for ns_element in child]
                break
        return namespaces_uris

    def get_aliases(self) -> dict:
        """
        Return the used node aliases in this import file
        """
        aliases = {}
        for child in self.root:
            tag = self._retag.match(child.tag).groups()[1]
            if tag == 'Aliases':
                for el in child:
                    aliases[el.attrib["Alias"]] = el.text
                break
        return aliases

    def get_node_datas(self):
        nodes = []
        for child in self.root:
            tag = self._retag.match(child.tag).groups()[1]
            if tag not in ["Aliases", "NamespaceUris", "Extensions", "Models"]:  # these XML tags don't contain nodes
                node = self._parse_node(tag, child)
                nodes.append(node)
        return nodes

    def _parse_node(self, nodetype, child):
        """
        Parse a XML node and create a NodeData object.
        """
        obj = NodeData()
        obj.nodetype = nodetype
        for key, val in child.attrib.items():
            self._set_attr(key, val, obj)
        self.logger.debug("Parsing node: %s %s", obj.nodeid, obj.browsename)
        obj.displayname = obj.browsename  # give a default value to display name
        for el in child:
            self._parse_attr(el, obj)
        return obj

    def _set_attr(self, key, val, obj):
        if key == "NodeId":
            obj.nodeid = val
        elif key == "BrowseName":
            obj.browsename = val
        elif key == "SymbolicName":
            obj.symname = val
        elif key == "ParentNodeId":
            obj.parent = val
        elif key == "DataType":
            obj.datatype = val
        elif key == "IsAbstract":
            obj.abstract = _to_bool(val)
        elif key == "Executable":
            obj.executable = _to_bool(val)
        elif key == "EventNotifier":
            obj.eventnotifier = int(val)
        elif key == "ValueRank":
            obj.rank = int(val)
        elif key == "ArrayDimensions":
            obj.dimensions = [int(i) for i in val.split(",")]
        elif key == "MinimumSamplingInterval":
            obj.minsample = int(val)
        elif key == "AccessLevel":
            obj.accesslevel = int(val)
        elif key == "UserAccessLevel":
            obj.useraccesslevel = int(val)
        elif key == "Symmetric":
            obj.symmetric = _to_bool(val)
        else:
            self.logger.info("Attribute not implemented: %s:%s", key, val)

    def _parse_attr(self, el, obj):
        tag = self._retag.match(el.tag).groups()[1]

        if tag == "DisplayName":
            obj.displayname = el.text
        elif tag == "Description":
            obj.desc = el.text
        elif tag == "References":
            self._parse_refs(el, obj)
        elif tag == "Value":
            self._parse_contained_value(el, obj)
        elif tag == "InverseName":
            obj.inversename = el.text
        elif tag == "Definition":
            for field in el:
                field = self._parse_field(field)
                obj.definitions.append(field)
        else:
            self.logger.info("Not implemented tag: %s", el)

    def _parse_field(self, field):
        return Field(field)

    def _parse_contained_value(self, el, obj):
        """
        Parse the child of el as a constant.
        """
        val_el = el.find(".//")  # should be only one child
        self._parse_value(val_el, obj)

    def _parse_value(self, val_el, obj):
        """
        Parse the node val_el as a constant.
        """
        if val_el is not None and val_el.text is not None:
            ntag = self._retag.match(val_el.tag).groups()[1]
        else:
            ntag = "Null"

        obj.valuetype = ntag
        if ntag == "Null":
            obj.value = None
        elif hasattr(ua.ua_binary.Primitives1, ntag):
            # Elementary types have their parsing directly relying on ua_type_to_python.
            obj.value = ua_type_to_python(val_el.text, ntag)
        elif ntag == "DateTime":
            obj.value = ua_type_to_python(val_el.text, ntag)
            # According to specs, DateTime should be either UTC or with a timezone.
            if obj.value.tzinfo is None or obj.value.tzinfo.utcoffset(obj.value) is None:
                utc.localize(obj.value)  # FIXME Forcing to UTC if unaware, maybe should raise?
        elif ntag == "ByteString":
            if val_el.text is None:
                mytext = b""
            else:
                mytext = val_el.text.encode()
                mytext = base64.b64decode(mytext)
            obj.value = mytext
        elif ntag == "String":
            mytext = val_el.text
            if mytext is None:
                # Support importing null strings.
                mytext = ""
            # mytext = mytext.replace('\n', '').replace('\r', '')
            obj.value = mytext
        elif ntag == "Guid":
            self._parse_contained_value(val_el, obj)
            # Override parsed string type to guid.
            obj.valuetype = ntag
        elif ntag == "NodeId":
            id_el = val_el.find("uax:Identifier", self.ns)
            if id_el is not None:
                obj.value = id_el.text
        elif ntag == "ExtensionObject":
            obj.value = self._parse_ext_obj(val_el)
        elif ntag == "LocalizedText":
            obj.value = self._parse_body(val_el)
        elif ntag == "ListOfLocalizedText":
            obj.value = self._parse_list_of_localized_text(val_el)
        elif ntag == "ListOfExtensionObject":
            obj.value = self._parse_list_of_extension_object(val_el)
        elif ntag.startswith("ListOf"):
            # Default case for "ListOf" types.
            # Should stay after particular cases (e.g.: "ListOfLocalizedText").
            obj.value = []
            for val_el in val_el:
                tmp = NodeData()
                self._parse_value(val_el, tmp)
                obj.value.append(tmp.value)
        else:
            # Missing according to string_to_val: XmlElement, ExpandedNodeId,
            # QualifiedName, StatusCode.
            # Missing according to ua.VariantType (also missing in string_to_val):
            # DataValue, Variant, DiagnosticInfo.
            self.logger.warning("Parsing value of type '%s' not implemented", ntag)

    def _get_text(self, el):
        txtlist = [txt.strip() for txt in el.itertext()]
        return "".join(txtlist)

    def _parse_list_of_localized_text(self, el):
        value = []
        for localized_text in el:
            mylist = self._parse_body(localized_text)
            # each localized text is in a dictionary with "Locale" and "Text" keys
            item = {"Text": None, "Locale": None}
            for name, val in mylist:
                item.update({str(name): val})
            # value is an array of dictionaries with localized texts
            value.append(item)
        return value

    def _parse_list_of_extension_object(self, el):
        """
        Parse a uax:ListOfExtensionObject Value
        Return an list of ExtObj
        """
        value = []
        for extension_object in el:
            ext_obj = self._parse_ext_obj(extension_object)
            value.append(ext_obj)
        return value

    def _parse_ext_obj(self, el):
        ext = ExtObj()
        for extension_object_part in el:
            ntag = self._retag.match(extension_object_part.tag).groups()[1]
            if ntag == 'TypeId':
                ntag = self._retag.match(extension_object_part.find('*').tag).groups()[1]
                ext.typeid = self._get_text(extension_object_part)
            elif ntag == 'Body':
                ext.objname = self._retag.match(extension_object_part.find('*').tag).groups()[1]
                ext.body = self._parse_body(extension_object_part)
            else:
                self.logger.warning("Unknown ntag", ntag)
        return ext

    def _parse_body(self, el):
        body = []
        for body_item in el:
            otag = self._retag.match(body_item.tag).groups()[1]
            childs = [i for i in body_item]
            if not childs:
                val = self._get_text(body_item)
            else:
                val = self._parse_body(body_item)
            if val:
                body.append((otag, val))
        return body

    def _parse_refs(self, el, obj):
        parent, parentlink = obj.parent, None

        for ref in el:
            struct = RefStruct()
            struct.forward = "IsForward" not in ref.attrib or ref.attrib["IsForward"] not in ("false", "False")
            struct.target = ref.text
            struct.reftype = ref.attrib["ReferenceType"]
            obj.refs.append(struct)

            if ref.attrib["ReferenceType"] == "HasTypeDefinition":
                obj.typedef = ref.text
            elif not struct.forward:
                parent, parentlink = struct.target, struct.reftype
                if obj.parent == parent or obj.parent != parent and not obj.parentlink:
                    obj.parentlink = parentlink

        if obj.parent and not obj.parentlink:
            # the case of asimple parent attribute without any reverse link
            obj.parentlink = "HasComponent"
        if not obj.parent:
            obj.parent, obj.parentlink = parent, parentlink
        if not obj.parent:
            self.logger.info("Could not find parent for node '%s'", obj.nodeid)


1			"""
2			parse xml file from asyncua-spec
3			"""
4			import re
5			import asyncio
6			import base64
7			import logging
8			from pytz import utc
9
10
11			import xml.etree.ElementTree as ET
12
13			from .ua_utils import string_to_val
14			from asyncua import ua
15
16
17			def ua_type_to_python(val, uatype_as_str):
18			"""
19			Converts a string value to a python value according to ua_utils.
20			"""
21			return string_to_val(val, getattr(ua.VariantType, uatype_as_str))
22
23
24			def _to_bool(val):
25			"""
26			Easy access to boolean conversion.
27			"""
28			return ua_type_to_python(val, "Boolean")
29
30
31			class NodeData:
32
33			def __init__(self):
34			self.nodetype = None
35			self.nodeid = None
36			self.browsename = None
37			self.displayname = None
38			self.symname = None # FIXME: this param is never used, why?
39			self.parent = None
40			self.parentlink = None
41			self.desc = ""
42			self.typedef = None
43			self.refs = []
44			self.nodeclass = None
45			self.eventnotifier = 0
46
47			# variable
48			self.datatype = None
49			self.rank = -1 # check default value
50			self.value = None
51			self.valuetype = None
52			self.dimensions = None
53			self.accesslevel = None
54			self.useraccesslevel = None
55			self.minsample = None
56
57			# referencetype
58			self.inversename = ""
59			self.abstract = False
60			self.symmetric = False
61
62			# datatype
63			self.definitions = []
64
65			def __str__(self):
66			return f"NodeData(nodeid:{self.nodeid})"
67
68			__repr__ = __str__
69
70			class Field:
71			def __init__(self, data):
72			self.datatype = data.get("DataType", "")
73			self.name = data.get("Name")
74			self.dname = data.get("DisplayName", "")
75			self.optional = bool(data.get("IsOptional", False))
76			self.valuerank = int(data.get("ValueRank", -1))
77			self.arraydim = data.get("ArrayDimensions", None) #FIXME: check type
78			self.value = int(data.get("Value", 0))
79			self.desc = data.get("Description", "")
80
81			class RefStruct:
82
83			def __init__(self):
84			self.reftype = None
85			self.forward = True
86			self.target = None
87
88			def __str__(self):
89			return f"RefStruct({self.reftype, self.forward, self.target})"
90			__repr__ = __str__
91
92
93			class ExtObj:
94
95			def __init__(self):
96			self.typeid = None
97			self.objname = None
98			self.bodytype = None
99			self.body = {}
100
101			def __str__(self):
102			return f"ExtObj({self.objname}, {self.body})"
103
104			__repr__ = __str__
105
106
107			class XMLParser:
108
109			def __init__(self):
110			self.logger = logging.getLogger(__name__)
111			self._retag = re.compile(r"(\{.\})(.)")
112			self.root = None
113			self.ns = {
114			'base': "http://opcfoundation.org/UA/2011/03/UANodeSet.xsd",
115			'uax': "http://opcfoundation.org/UA/2008/02/Types.xsd",
116			'xsd': "http://www.w3.org/2001/XMLSchema",
117			'xsi': "http://www.w3.org/2001/XMLSchema-instance"
118			}
119
120			async def parse(self, xmlpath=None, xmlstring=None):
121			if xmlstring:
122			self.root = ET.fromstring(xmlstring)
123			else:
124			tree = await asyncio.get_event_loop().run_in_executor(None, ET.parse, xmlpath)
125			self.root = tree.getroot()
126
127			def parse_sync(self, xmlpath=None, xmlstring=None):
128			if xmlstring:
129			self.root = ET.fromstring(xmlstring)
130			else:
131			tree = ET.parse(xmlpath)
132			self.root = tree.getroot()
133
134			def get_used_namespaces(self):
135			"""
136			Return the used namespace uris in this import file
137			"""
138			namespaces_uris = []
139			for child in self.root:
140			tag = self._retag.match(child.tag).groups()[1]
141			if tag == 'NamespaceUris':
142			namespaces_uris = [ns_element.text for ns_element in child]
143			break
144			return namespaces_uris
145
146			def get_aliases(self) -> dict:
147			"""
148			Return the used node aliases in this import file
149			"""
150			aliases = {}
151			for child in self.root:
152			tag = self._retag.match(child.tag).groups()[1]
153			if tag == 'Aliases':
154			for el in child:
155			aliases[el.attrib["Alias"]] = el.text
156			break
157			return aliases
158
159			def get_node_datas(self):
160			nodes = []
161			for child in self.root:
162			tag = self._retag.match(child.tag).groups()[1]
163			if tag not in ["Aliases", "NamespaceUris", "Extensions", "Models"]: # these XML tags don't contain nodes
164			node = self._parse_node(tag, child)
165			nodes.append(node)
166			return nodes
167
168			def _parse_node(self, nodetype, child):
169			"""
170			Parse a XML node and create a NodeData object.
171			"""
172			obj = NodeData()
173			obj.nodetype = nodetype
174			for key, val in child.attrib.items():
175			self._set_attr(key, val, obj)
176			self.logger.debug("Parsing node: %s %s", obj.nodeid, obj.browsename)
177			obj.displayname = obj.browsename # give a default value to display name
178			for el in child:
179			self._parse_attr(el, obj)
180			return obj
181
182			def _set_attr(self, key, val, obj):
183			if key == "NodeId":
184			obj.nodeid = val
185			elif key == "BrowseName":
186			obj.browsename = val
187			elif key == "SymbolicName":
188			obj.symname = val
189			elif key == "ParentNodeId":
190			obj.parent = val
191			elif key == "DataType":
192			obj.datatype = val
193			elif key == "IsAbstract":
194			obj.abstract = _to_bool(val)
195			elif key == "Executable":
196			obj.executable = _to_bool(val)
197			elif key == "EventNotifier":
198			obj.eventnotifier = int(val)
199			elif key == "ValueRank":
200			obj.rank = int(val)
201			elif key == "ArrayDimensions":
202			obj.dimensions = [int(i) for i in val.split(",")]
203			elif key == "MinimumSamplingInterval":
204			obj.minsample = int(val)
205			elif key == "AccessLevel":
206			obj.accesslevel = int(val)
207			elif key == "UserAccessLevel":
208			obj.useraccesslevel = int(val)
209			elif key == "Symmetric":
210			obj.symmetric = _to_bool(val)
211			else:
212			self.logger.info("Attribute not implemented: %s:%s", key, val)
213
214			def _parse_attr(self, el, obj):
215			tag = self._retag.match(el.tag).groups()[1]
216
217			if tag == "DisplayName":
218			obj.displayname = el.text
219			elif tag == "Description":
220			obj.desc = el.text
221			elif tag == "References":
222			self._parse_refs(el, obj)
223			elif tag == "Value":
224			self._parse_contained_value(el, obj)
225			elif tag == "InverseName":
226			obj.inversename = el.text
227			elif tag == "Definition":
228			for field in el:
229			field = self._parse_field(field)
230			obj.definitions.append(field)
231			else:
232			self.logger.info("Not implemented tag: %s", el)
233
234			def _parse_field(self, field):
235			return Field(field)
236
237			def _parse_contained_value(self, el, obj):
238			"""
239			Parse the child of el as a constant.
240			"""
241			val_el = el.find(".//") # should be only one child
242			self._parse_value(val_el, obj)
243
244			def _parse_value(self, val_el, obj):
245			"""
246			Parse the node val_el as a constant.
247			"""
248			if val_el is not None and val_el.text is not None:
249			ntag = self._retag.match(val_el.tag).groups()[1]
250			else:
251			ntag = "Null"
252
253			obj.valuetype = ntag
254			if ntag == "Null":
255			obj.value = None
256			elif hasattr(ua.ua_binary.Primitives1, ntag):
257			# Elementary types have their parsing directly relying on ua_type_to_python.
258			obj.value = ua_type_to_python(val_el.text, ntag)
259			elif ntag == "DateTime":
260			obj.value = ua_type_to_python(val_el.text, ntag)
261			# According to specs, DateTime should be either UTC or with a timezone.
262			if obj.value.tzinfo is None or obj.value.tzinfo.utcoffset(obj.value) is None:
263			utc.localize(obj.value) # FIXME Forcing to UTC if unaware, maybe should raise?
264			elif ntag == "ByteString":
265			if val_el.text is None:
266			mytext = b""
267			else:
268			mytext = val_el.text.encode()
269			mytext = base64.b64decode(mytext)
270			obj.value = mytext
271			elif ntag == "String":
272			mytext = val_el.text
273			if mytext is None:
274			# Support importing null strings.
275			mytext = ""
276			# mytext = mytext.replace('\n', '').replace('\r', '')
277			obj.value = mytext
278			elif ntag == "Guid":
279			self._parse_contained_value(val_el, obj)
280			# Override parsed string type to guid.
281			obj.valuetype = ntag
282			elif ntag == "NodeId":
283			id_el = val_el.find("uax:Identifier", self.ns)
284			if id_el is not None:
285			obj.value = id_el.text
286			elif ntag == "ExtensionObject":
287			obj.value = self._parse_ext_obj(val_el)
288			elif ntag == "LocalizedText":
289			obj.value = self._parse_body(val_el)
290			elif ntag == "ListOfLocalizedText":
291			obj.value = self._parse_list_of_localized_text(val_el)
292			elif ntag == "ListOfExtensionObject":
293			obj.value = self._parse_list_of_extension_object(val_el)
294			elif ntag.startswith("ListOf"):
295			# Default case for "ListOf" types.
296			# Should stay after particular cases (e.g.: "ListOfLocalizedText").
297			obj.value = []
298			for val_el in val_el:
299			tmp = NodeData()
300			self._parse_value(val_el, tmp)
301			obj.value.append(tmp.value)
302			else:
303			# Missing according to string_to_val: XmlElement, ExpandedNodeId,
304			# QualifiedName, StatusCode.
305			# Missing according to ua.VariantType (also missing in string_to_val):
306			# DataValue, Variant, DiagnosticInfo.
307			self.logger.warning("Parsing value of type '%s' not implemented", ntag)
308
309			def _get_text(self, el):
310			txtlist = [txt.strip() for txt in el.itertext()]
311			return "".join(txtlist)
312
313			def _parse_list_of_localized_text(self, el):
314			value = []
315			for localized_text in el:
316			mylist = self._parse_body(localized_text)
317			# each localized text is in a dictionary with "Locale" and "Text" keys
318			item = {"Text": None, "Locale": None}
319			for name, val in mylist:
320			item.update({str(name): val})
321			# value is an array of dictionaries with localized texts
322			value.append(item)
323			return value
324
325			def _parse_list_of_extension_object(self, el):
326			"""
327			Parse a uax:ListOfExtensionObject Value
328			Return an list of ExtObj
329			"""
330			value = []
331			for extension_object in el:
332			ext_obj = self._parse_ext_obj(extension_object)
333			value.append(ext_obj)
334			return value
335
336			def _parse_ext_obj(self, el):
337			ext = ExtObj()
338			for extension_object_part in el:
339			ntag = self._retag.match(extension_object_part.tag).groups()[1]
340			if ntag == 'TypeId':
341			ntag = self._retag.match(extension_object_part.find('*').tag).groups()[1]
342			ext.typeid = self._get_text(extension_object_part)
343			elif ntag == 'Body':
344			ext.objname = self._retag.match(extension_object_part.find('*').tag).groups()[1]
345			ext.body = self._parse_body(extension_object_part)
346			else:
347			self.logger.warning("Unknown ntag", ntag)
348			return ext
349
350			def _parse_body(self, el):
351			body = []
352			for body_item in el:
353			otag = self._retag.match(body_item.tag).groups()[1]
354			childs = [i for i in body_item]
355			if not childs:
356			val = self._get_text(body_item)
357			else:
358			val = self._parse_body(body_item)
359			if val:
360			body.append((otag, val))
361			return body
362
363			def _parse_refs(self, el, obj):
364			parent, parentlink = obj.parent, None
365
366			for ref in el:
367			struct = RefStruct()
368			struct.forward = "IsForward" not in ref.attrib or ref.attrib["IsForward"] not in ("false", "False")
369			struct.target = ref.text
370			struct.reftype = ref.attrib["ReferenceType"]
371			obj.refs.append(struct)
372
373			if ref.attrib["ReferenceType"] == "HasTypeDefinition":
374			obj.typedef = ref.text
375			elif not struct.forward:
376			parent, parentlink = struct.target, struct.reftype
377			if obj.parent == parent or obj.parent != parent and not obj.parentlink:
378			obj.parentlink = parentlink
379
380			if obj.parent and not obj.parentlink:
381			# the case of asimple parent attribute without any reverse link
382			obj.parentlink = "HasComponent"
383			if not obj.parent:
384			obj.parent, obj.parentlink = parent, parentlink
385			if not obj.parent:
386			self.logger.info("Could not find parent for node '%s'", obj.nodeid)
387

FreeOpcUa / opcua-asyncio

asyncua.common.xmlparser.XMLParser._set_attr() F last analyzed 2020-12-22 17:52 UTC

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asyncua.common.xmlparser.XMLParser._set_attr() F
last analyzed 2020-12-22 17:52 UTC