def test_TemplateXMLTreeBuilder_nosub(self):
txtb = xml_utils.TemplateXMLTreeBuilder()
# elementree pukes on identifiers starting with $
txtb.feed(self.RESULTCHECK)
et = txtb.close()
result = ElementTree.tostring(et)
self.assertEqual(result, self.RESULTCHECK)
def test_TemplateXMLTreeBuilder_nosub(self):
txtb = xml_utils.TemplateXMLTreeBuilder()
# elementree pukes on identifiers starting with $
txtb.feed(self.RESULTCHECK)
et = txtb.close()
result = ElementTree.tostring(et)
self.assertEqual(result, self.RESULTCHECK)
def get_disk_info(vm_name, options):
"""
Return disk info dict.
:param vm_name: vm name
:param options: domblkinfo command options
:return: dict of disk info
"""
disk_info_dict = {}
if "--inactive" in options:
option = "--inactive"
else:
option = ""
sourcelist = vm_xml.VMXML.get_disk_source(vm_name, option)
new_disk = disk.Disk()
for i in range(len(sourcelist)):
new_disk['xml'] = ElementTree.tostring(sourcelist[i])
logging.debug("Current disk xml is: %s" % new_disk.xmltreefile)
if hasattr(new_disk, 'source'):
for key in list(new_disk.source.attrs.keys()):
if key in SOURCE_LIST:
source_path = new_disk.source.attrs[key]
else:
source_path = '-'
disk_info_dict[i] = [
new_disk.type_name, new_disk.device, new_disk.target['dev'],
source_path
]
return disk_info_dict
def get_disk_info(vm_name, options):
"""
Return disk info dict.
:param vm_name: vm name
:param options: domblkinfo command options
:return: dict of disk info
"""
disk_info_dict = {}
if "--inactive" in options:
option = "--inactive"
else:
option = ""
sourcelist = vm_xml.VMXML.get_disk_source(vm_name, option)
new_disk = disk.Disk()
for i in range(len(sourcelist)):
new_disk['xml'] = ElementTree.tostring(sourcelist[i])
logging.debug("Current disk xml is: %s" % new_disk.xmltreefile)
for key in new_disk.source.attrs.keys():
if key in SOURCE_LIST:
source_path = new_disk.source.attrs[key]
disk_info_dict[i] = [new_disk.type_name, new_disk.device,
new_disk.target['dev'],
source_path]
return disk_info_dict
def __call__(self):
# Parent structure cannot be pre-determined as in other classes
parent = self.xmltreefile().find(self.parent_xpath)
if parent is None:
# Used as "undefined" signal, raising exception may
# not be appropriate when other accessors are used
# to generate missing structure.
return None
result = []
# Give user-defined marshal functions a way to act on
# item order if needed, and/or help with error reporting.
index = 0
# user-defined marshal functions might want to use
# index numbers to filter/skip certain elements
# but also support specific item ordering.
for child in parent.getchildren():
# Call user-defined helper to translate Element
# into simple pre-defined format.
# To support converting xml elements directly to a list of
# xml objects, first create xmltreefile for new object
if self.has_subclass:
new_xmltreefile = xml_utils.XMLTreeFile(
element_tree.tostring(child))
item = self.marshal_to(child.tag, new_xmltreefile, index,
self.libvirtxml)
else:
try:
# To support an optional text parameter, compatible
# with no text parameter.
item = self.marshal_to(child.tag,
dict(list(child.items())),
index, self.libvirtxml,
child.text)
except TypeError:
item = self.marshal_to(child.tag,
dict(list(child.items())),
index, self.libvirtxml)
if item is not None:
result.append(item)
# Always use absolute index (even if item was None)
index += 1
return result
def __call__(self):
parent = self.xmltreefile().find(self.parent_xpath)
if parent is None:
raise xcepts.LibvirtXMLNotFoundError("Parent element %s not "
"found" %
self.parent_xpath)
# Don't delete while traversing list
todel = []
index = 0
for child in parent.getchildren():
# To support directly deleting xml elements xml objects,
# first create xmltreefile for new object
if self.has_subclass:
new_xmltreefile = xml_utils.XMLTreeFile(
element_tree.tostring(child))
item = self.marshal_to(child.tag, new_xmltreefile, index,
self.libvirtxml)
else:
try:
# To support an optional text parameter, compatible
# with no text parameter.
item = self.marshal_to(child.tag,
dict(list(child.items())),
index, self.libvirtxml,
child.text)
except TypeError:
item = self.marshal_to(child.tag,
dict(list(child.items())),
index, self.libvirtxml)
# Always use absolute index (even if item was None)
index += 1
# Account for case where child elements are mixed in
# with other elements not supported by this class.
# Also permits marshal functions to do element filtering
# if the class should only address specificly attributed
# elements.
if item is not None:
todel.append(child)
for child in todel:
parent.remove(child)
def get_element_string(self, xpath):
"""
Returns the string for the element on xpath.
"""
return ElementTree.tostring(self.find(xpath))
def get_element_string(self, xpath):
"""
Returns the string for the element on xpath.
"""
return ElementTree.tostring(self.find(xpath))
def test_TemplateXML(self):
tx = xml_utils.TemplateXML(self.FULLREPLACE, **self.MAPPING)
et = ElementTree.ElementTree(None, tx.name)
check = ElementTree.tostring(et.getroot())
self.assertEqual(check, self.RESULTCHECK)
def test_MappingTreeBuilder_standalone(self):
txtb = xml_utils.TemplateXMLTreeBuilder(**self.MAPPING)
txtb.feed(self.FULLREPLACE)
et = txtb.close()
result = ElementTree.tostring(et)
self.assertEqual(result, self.RESULTCHECK)
def test_TemplateXML(self):
tx = xml_utils.TemplateXML(self.FULLREPLACE, **self.MAPPING)
et = ElementTree.ElementTree(None, tx.name)
check = ElementTree.tostring(et.getroot())
self.assertEqual(check, self.RESULTCHECK)
def test_MappingTreeBuilder_standalone(self):
txtb = xml_utils.TemplateXMLTreeBuilder(**self.MAPPING)
txtb.feed(self.FULLREPLACE)
et = txtb.close()
result = ElementTree.tostring(et)
self.assertEqual(result, self.RESULTCHECK)
def get_element_string(self, xpath, index=0):
"""
Returns the string for the element on xpath.
"""
return ElementTree.tostring(self.findall(xpath)[index])
def get_element_string(self, xpath, index=0):
"""
Returns the string for the element on xpath.
"""
return ElementTree.tostring(self.findall(xpath)[index])