def entry2odata(self, entry_node, entity_class):
'''
parses lxml <entry> node to odata struct
'''
node = entry_node
tmpEntity = ODataEntity()
tmpEntity.entity_class = entity_class
content_nodes = node.xpath('a:content', namespaces={'a': ATOM_NS})
if len(content_nodes):
content_node = content_nodes[0]
if content_node.get('type') == 'text/xml':
tmpEntity.data = splunk.rest.format.nodeToPrimitive(
content_node[0])
else:
tmpEntity.data = {'__text': content_node.text}
# move the metadata around
if isinstance(tmpEntity.data, dict):
to_delete = []
for k in tmpEntity.data:
if k.startswith('eai:') and k != 'eai:data':
to_delete.append(k)
if hasattr(tmpEntity.metadata, k[4:]):
setattr(tmpEntity.metadata, k[4:], tmpEntity.data[k])
else:
logger.warn('encountered unknown EAI attribute: %s' %
k)
# the one exception
if 'eai:data' in tmpEntity.data:
tmpEntity.data['rawdata'] = tmpEntity.data['eai:data']
to_delete.append('eai:data')
for k in to_delete:
del tmpEntity.data[k]
# pull in all the links
for link in node.xpath('a:link', namespaces={'a': ATOM_NS}):
tmpEntity.metadata.links.append({
'href': link.get('href'),
'rel': link.get('rel')
})
# set other randoms
tmpEntity.id = node.xpath('a:id', namespaces={'a': ATOM_NS})[0].text
tmpEntity.name = node.xpath('a:title', namespaces={'a':
ATOM_NS})[0].text
return tmpEntity
def entry2odata(self, entry_node, entity_class):
"""
parses lxml <entry> node to odata struct
"""
node = entry_node
tmpEntity = ODataEntity()
tmpEntity.entity_class = entity_class
content_nodes = node.xpath("a:content", namespaces={"a": ATOM_NS})
if len(content_nodes):
content_node = content_nodes[0]
if content_node.get("type") == "text/xml":
tmpEntity.data = splunk.rest.format.nodeToPrimitive(content_node[0])
else:
tmpEntity.data = {"__text": content_node.text}
# move the metadata around
if isinstance(tmpEntity.data, dict):
to_delete = []
for k in tmpEntity.data:
if k.startswith("eai:") and k != "eai:data":
to_delete.append(k)
if hasattr(tmpEntity.metadata, k[4:]):
setattr(tmpEntity.metadata, k[4:], tmpEntity.data[k])
else:
logger.warn("encountered unknown EAI attribute: %s" % k)
# the one exception
if "eai:data" in tmpEntity.data:
tmpEntity.data["rawdata"] = tmpEntity.data["eai:data"]
to_delete.append("eai:data")
for k in to_delete:
del tmpEntity.data[k]
# pull in all the links
for link in node.xpath("a:link", namespaces={"a": ATOM_NS}):
tmpEntity.metadata.links.append({"href": link.get("href"), "rel": link.get("rel")})
# set other randoms
tmpEntity.id = node.xpath("a:id", namespaces={"a": ATOM_NS})[0].text
tmpEntity.name = node.xpath("a:title", namespaces={"a": ATOM_NS})[0].text
return tmpEntity
def entry2odata(self, entry_node, entity_class):
'''
parses lxml <entry> node to odata struct
'''
node = entry_node
tmpEntity = ODataEntity()
tmpEntity.entity_class = entity_class
tmpEntity.data = {}
content_xpath = node.xpath('a:content', namespaces={'a': ATOM_NS})
if (len(content_xpath) > 0):
if (len(content_xpath[0]) > 0):
content_node = content_xpath[0][0]
tmpEntity.data = splunk.rest.format.nodeToPrimitive(content_node)
else:
tmpEntity.data = {"data": content_xpath[0].text}
# move the metadata around
if isinstance(tmpEntity.data, dict):
to_delete = []
for k in tmpEntity.data:
if k.startswith('eai:') and k != 'eai:data':
to_delete.append(k)
if hasattr(tmpEntity.metadata, k[4:]):
setattr(tmpEntity.metadata, k[4:], tmpEntity.data[k])
else:
logger.warn('encountered unknown EAI attribute: %s' % k)
# the one exception
if 'eai:data' in tmpEntity.data:
tmpEntity.data['rawdata'] = tmpEntity.data['eai:data']
to_delete.append('eai:data')
for k in to_delete:
del tmpEntity.data[k]
# pull in all the links
for link in node.xpath('a:link', namespaces={'a': ATOM_NS}):
tmpEntity.metadata.links.append({
'href': link.get('href'),
'rel': link.get('rel')
})
# set other randoms
tmpEntity.id = node.xpath('a:id', namespaces={'a': ATOM_NS})[0].text
tmpEntity.name = tmpEntity.data.get("name", node.xpath('a:title', namespaces={'a': ATOM_NS})[0].text)
published_info = node.xpath('a:published', namespaces={'a': ATOM_NS})
if published_info:
tmpEntity.data["published"] = published_info[0].text
updated_info = node.xpath('a:updated', namespaces={'a': ATOM_NS})
if updated_info:
tmpEntity.data["updated"] = updated_info[0].text
author_info = node.xpath('a:author/a:name', namespaces={'a': ATOM_NS})
if author_info:
tmpEntity.data["author"] = author_info[0].text
return tmpEntity
def entry2odata(self, entry_node, entity_class):
'''
parses lxml <entry> node to odata struct
'''
node = entry_node
tmpEntity = ODataEntity()
tmpEntity.entity_class = entity_class
tmpEntity.data = {}
content_xpath = node.xpath('a:content', namespaces={'a': ATOM_NS})
if (len(content_xpath) > 0):
if (len(content_xpath[0]) > 0):
content_node = content_xpath[0][0]
tmpEntity.data = splunk.rest.format.nodeToPrimitive(
content_node)
else:
tmpEntity.data = {"data": content_xpath[0].text}
# move the metadata around
if isinstance(tmpEntity.data, dict):
to_delete = []
for k in tmpEntity.data:
if k.startswith('eai:') and k != 'eai:data':
to_delete.append(k)
if hasattr(tmpEntity.metadata, k[4:]):
setattr(tmpEntity.metadata, k[4:], tmpEntity.data[k])
else:
logger.warn('encountered unknown EAI attribute: %s' %
k)
# the one exception
if 'eai:data' in tmpEntity.data:
tmpEntity.data['rawdata'] = tmpEntity.data['eai:data']
to_delete.append('eai:data')
for k in to_delete:
del tmpEntity.data[k]
# pull in all the links
for link in node.xpath('a:link', namespaces={'a': ATOM_NS}):
tmpEntity.metadata.links.append({
'href': link.get('href'),
'rel': link.get('rel')
})
# set other randoms
tmpEntity.id = node.xpath('a:id', namespaces={'a': ATOM_NS})[0].text
tmpEntity.name = tmpEntity.data.get(
"name",
node.xpath('a:title', namespaces={'a': ATOM_NS})[0].text)
published_info = node.xpath('a:published', namespaces={'a': ATOM_NS})
if published_info:
tmpEntity.data["published"] = published_info[0].text
updated_info = node.xpath('a:updated', namespaces={'a': ATOM_NS})
if updated_info:
tmpEntity.data["updated"] = updated_info[0].text
author_info = node.xpath('a:author/a:name', namespaces={'a': ATOM_NS})
if author_info:
tmpEntity.data["author"] = author_info[0].text
return tmpEntity
