def _create_ip_range_from_xml(self, subnet_id, network_name,
ip_address, start_ip, end_ip):
lib_utils = XMLUtils()
net_xml = '<network><name>' + \
network_name + '</name><forward mode=\'nat\'/><ip address=\' ' + \
ip_address + \
'\' netmask=\'255.255.255.0\'><dhcp><range start=\'' + \
start_ip + '\' end=\'' + end_ip + '\'/>''</dhcp></ip></network>'
ipRange = IpAddressRange()
if lib_utils.parseXML(net_xml, '//network/ip/dhcp') is not None:
startIpAddress = IpAddress()
startIpAddress.set_address(lib_utils.parseXMLAttributes(
net_xml, '//network/ip/dhcp/range', 'start'))
ipRange.set_id(startIpAddress.get_address())
startIpAddress.set_id(startIpAddress.get_address())
startIpAddress.set_allocationType('DHCP')
ipRange.set_startAddress(startIpAddress)
endIpAddress = IpAddress()
endIpAddress.set_address(lib_utils.parseXMLAttributes(
net_xml, '//network/ip/dhcp/range', 'end'))
endIpAddress.set_id(endIpAddress.get_address())
endIpAddress.set_allocationType('DHCP')
ipRange.set_endAddress(endIpAddress)
ipRange.set_allocationType('DHCP')
else:
ipRange.set_id(subnet_id + '_AUTO_STATIC')
ipRange.set_allocationType('AUTO_STATIC')
return ipRange
def _create_ip_range_from_xml(self, subnet_id, network_name,
ip_address, start_ip, end_ip):
lib_utils = XMLUtils()
net_xml = '<network><name>' + \
network_name + '</name><forward mode=\'nat\'/><ip address=\' ' + \
ip_address + \
'\' netmask=\'255.255.255.0\'><dhcp><range start=\'' + \
start_ip + '\' end=\'' + end_ip + '\'/>''</dhcp></ip></network>'
ipRange = IpAddressRange()
if lib_utils.parseXML(net_xml, '//network/ip/dhcp') is not None:
startIpAddress = IpAddress()
startIpAddress.set_address(lib_utils.parseXMLAttributes(
net_xml, '//network/ip/dhcp/range', 'start'))
ipRange.set_id(startIpAddress.get_address())
startIpAddress.set_id(startIpAddress.get_address())
startIpAddress.set_allocationType('DHCP')
ipRange.set_startAddress(startIpAddress)
endIpAddress = IpAddress()
endIpAddress.set_address(lib_utils.parseXMLAttributes(
net_xml, '//network/ip/dhcp/range', 'end'))
endIpAddress.set_id(endIpAddress.get_address())
endIpAddress.set_allocationType('DHCP')
ipRange.set_endAddress(endIpAddress)
ipRange.set_allocationType('DHCP')
else:
ipRange.set_id(subnet_id + '_AUTO_STATIC')
ipRange.set_allocationType('AUTO_STATIC')
return ipRange
def setUp(self):
self.utils = XMLUtils()
self.ipProfile = IpProfile()
self.ip_profile_list = []
self.ipProfile.set_ipAddress('10.10.0.0')
self.ipProfile.set_hostname('LOCALHOST')
self.ipProfile.set_ipType("IPV4")
self.ip_profile_list.append(self.ipProfile)
def setUp(self):
self.utils = XMLUtils()
self.ipProfile = IpProfile()
self.ip_profile_list = []
self.ipProfile.set_ipAddress('10.10.0.0')
self.ipProfile.set_hostname('LOCALHOST')
self.ipProfile.set_ipType("IPV4")
self.ip_profile_list.append(self.ipProfile)
def __init__(self, conn, uuid):
self.conn = conn
self.libvirtconn = conn
self.uuid = uuid
self.domainObj = None
self.old_stats = None
self.new_stats = None
self.temp_stats = Stats()
self.utils = XMLUtils()
class test_XMLUtils(unittest.TestCase):
def setUp(self):
self.utils = XMLUtils()
self.ipProfile = IpProfile()
self.ip_profile_list = []
self.ipProfile.set_ipAddress('10.10.0.0')
self.ipProfile.set_hostname('LOCALHOST')
self.ipProfile.set_ipType("IPV4")
self.ip_profile_list.append(self.ipProfile)
def test_is_profile_in_list(self):
result = self.utils.is_profile_in_list(
self.ipProfile, self.ip_profile_list)
self.assertTrue(result)
def test_getNodeXML(self):
xml = '<network><name> NAME </name></network>'
result = self.utils.getNodeXML(xml, "address")
self.assertTrue(len(result) == 0)
class test_XMLUtils(unittest.TestCase):
def setUp(self):
self.utils = XMLUtils()
self.ipProfile = IpProfile()
self.ip_profile_list = []
self.ipProfile.set_ipAddress('10.10.0.0')
self.ipProfile.set_hostname('LOCALHOST')
self.ipProfile.set_ipType("IPV4")
self.ip_profile_list.append(self.ipProfile)
def test_is_profile_in_list(self):
result = self.utils.is_profile_in_list(
self.ipProfile, self.ip_profile_list)
self.assertTrue(result)
def test_getNodeXML(self):
xml = '<network><name> NAME </name></network>'
result = self.utils.getNodeXML(xml, "address")
self.assertTrue(len(result) == 0)
class XMLUtilsTest(unittest.TestCase):
def setUp(self):
self.utils = XMLUtils()
def test_parseXML(self):
self.assertEqual(self.utils.parseXML(
"""<outer><inner a='90'>mytext1</inner>
<inner>mytext2</inner>
</outer>""",
"//outer/inner"),
['mytext1', 'mytext2'])
self.assertEqual(self.utils.parseXML(
"<outer><inner>mytext1</inner></outer>", "//outer/inner"),
'mytext1')
def test_parseXMLAttributes(self):
xml = """<outer><inner>mytext1</inner>
<inner b='23'>mytext2</inner>
</outer>"""
self.assertEqual(
self.utils.parseXMLAttributes(xml, '//outer/inner', 'b'), None)
self.assertEqual(self.utils.parseXMLAttributes(
xml, '//outer/inner', 'b', True), ['23'])
def test_getNodeXML(self):
xml = """<outer><inner>mytext1</inner>
<inner b='23'>mytext2</inner>
<a><b>88</b><b>87</b></a><b>89</b></outer>"""
self.assertEquals(
self.utils.getNodeXML(xml, "//outer/b"), ['<b>89</b>'])
self.assertEquals(self.utils.getNodeXML(
xml, "//outer/a/b"), ['<b>88</b>', '<b>87</b>'])
xml = """<outer xmlns=\"http://namespace\">
<inner>mytext1</inner>
<inner b='23'>mytext2</inner>
<a><b>88</b><b>87</b></a><b>89</b>
</outer>"""
namespaces = {'a': 'http://namespace'}
self.assertEquals(self.utils.getNodeXML(xml,
"//a:outer/a:b",
namespaces),
['<b xmlns="http://namespace">89</b>'])
self.assertEquals(
self.utils.getNodeXML(xml, "//a:outer/a:a/a:b", namespaces),
['<b xmlns="http://namespace">88</b>',
'<b xmlns="http://namespace">87</b>'])
class XMLUtilsTest(unittest.TestCase):
def setUp(self):
self.utils = XMLUtils()
def test_parseXML(self):
self.assertEqual(
self.utils.parseXML(
"<outer><inner a='90'>mytext1</inner><inner>mytext2</inner></outer>",
"//outer/inner"), ['mytext1', 'mytext2'])
self.assertEqual(
self.utils.parseXML("<outer><inner>mytext1</inner></outer>",
"//outer/inner"), 'mytext1')
def test_parseXMLAttributes(self):
xml = "<outer><inner>mytext1</inner><inner b='23'>mytext2</inner></outer>"
self.assertEqual(
self.utils.parseXMLAttributes(xml, '//outer/inner', 'b'), None)
self.assertEqual(
self.utils.parseXMLAttributes(xml, '//outer/inner', 'b', True),
['23'])
def test_getNodeXML(self):
xml = "<outer><inner>mytext1</inner><inner b='23'>mytext2</inner><a><b>88</b><b>87</b></a><b>89</b></outer>"
self.assertEquals(self.utils.getNodeXML(xml, "//outer/b"),
['<b>89</b>'])
self.assertEquals(self.utils.getNodeXML(xml, "//outer/a/b"),
['<b>88</b>', '<b>87</b>'])
xml = "<outer xmlns=\"http://namespace\"><inner>mytext1</inner><inner b='23'>mytext2</inner><a><b>88</b><b>87</b></a><b>89</b></outer>"
namespaces = {'a': 'http://namespace'}
self.assertEquals(
self.utils.getNodeXML(xml, "//a:outer/a:b", namespaces),
['<b xmlns="http://namespace">89</b>'])
self.assertEquals(
self.utils.getNodeXML(xml, "//a:outer/a:a/a:b", namespaces), [
'<b xmlns="http://namespace">88</b>',
'<b xmlns="http://namespace">87</b>'
])
def setUp(self):
self.utils = XMLUtils()
def setUp(self):
self.utils = XMLUtils()