class QtreeTest(unittest.TestCase):
"""
Test various qtree configurations
"""
def setUp(self):
optparser = BaseOptions()
optparser.parseOptions(["dummyfile.xml", "--debug=%s" % logging._levelNames[log.level].lower()])
self.defaults = RawConfigParser()
configfiles = self.defaults.read(TESTCONF)
self.defaults.get("global", "dns_domain_name")
xmldata = """
<project name="test" code="qtree">
<site name="sitea" type="primary" location="testlab">
<filer name="testfiler1" type="filer">
<vfiler name="vfiler01" rootaggr="aggr0">
<aggregate name="aggr01">
<volume name="testvol1"/>
</aggregate>
</vfiler>
</filer>
</site>
</project>
"""
node = etree.fromstring(xmldata)
self.proj = Project()
self.proj.configure_from_node(node, self.defaults, None)
self.volume = self.proj.get_volumes()[0]
def test_empty_qtree(self):
"""
Test an empty qtree node
"""
xmldata = """
<qtree />
"""
node = etree.fromstring(xmldata)
qtreeobj = qtree.create_qtree_from_node(node, self.defaults, self.volume)
log.debug("qtree: %s", qtreeobj)
def test_autocreate_qtree_oradata(self):
"""
Test a qtree that is autocreated for an oradata volume
"""
raise unittest.SkipTest("Oracle volume/qtree plugin not written yet.")
volnode = etree.Element("volume")
volnode.attrib["oracle"] = "ORASID"
volume = Volume("testvol2", self.filer1, "aggr01", 100, type="oradata", volnode=volnode)
self.proj.volumes.append(volume)
self.proj.create_qtrees_for_volume(volume)
class DRHostExportTest(unittest.TestCase):
def setUp(self):
"""
Load testing XML into a config instance.
"""
optparser = BaseOptions()
optparser.parseOptions([
'dummyfile.xml',
'--debug=%s' % logging._levelNames[log.level].lower()
])
self.defaults = RawConfigParser()
configfiles = self.defaults.read(TESTCONF)
xmlfile = os.path.join(XML_FILE_LOCATION, "drhostexport_test.xml")
tree = etree.parse(xmlfile)
self.project = Project()
self.project.configure_from_node(tree.getroot(), self.defaults, None)
def test_working(self):
self.failUnlessEqual(1, 1)
def test_drhost_parse(self):
"""
Test that the drhost exports for a project are correctly done.
"""
raise unittest.SkipTest("DRhosts refactoring not yet complete.")
# The list of drhosts for the first host should be 1 in length.
testhost01 = self.project.get_host_byname('testhost01')
self.failUnlessEqual(len(testhost01.get_drhosts()), 1)
# Grab the test volume
testvol = [
x for x in self.project.get_volumes() if x.name == 'testvol01'
][0]
# Check that the target volume qtree is being exported to the dr testhost
targethost = testvol.snapmirrors[0].targetvol.get_qtrees(
)[0].get_rw_exports()[0]
self.failUnlessEqual(targethost.name, 'dr_testhost01')
def test_storage_design_secondary_qtrees(self):
"""
Test that the qtrees detected at the secondary site are correct.
"""
raise unittest.SkipTest("Test not yet defined.")
class DRHostExportTest(unittest.TestCase):
def setUp(self):
"""
Load testing XML into a config instance.
"""
optparser = BaseOptions()
optparser.parseOptions(['dummyfile.xml', '--debug=%s' % logging._levelNames[log.level].lower()])
self.defaults = RawConfigParser()
configfiles = self.defaults.read(TESTCONF)
xmlfile = os.path.join(XML_FILE_LOCATION, "drhostexport_test.xml")
tree = etree.parse(xmlfile)
self.project = Project()
self.project.configure_from_node(tree.getroot(), self.defaults, None)
def test_working(self):
self.failUnlessEqual( 1, 1 )
def test_drhost_parse(self):
"""
Test that the drhost exports for a project are correctly done.
"""
raise unittest.SkipTest("DRhosts refactoring not yet complete.")
# The list of drhosts for the first host should be 1 in length.
testhost01 = self.project.get_host_byname('testhost01')
self.failUnlessEqual( len(testhost01.get_drhosts()), 1 )
# Grab the test volume
testvol = [x for x in self.project.get_volumes() if x.name == 'testvol01' ][0]
# Check that the target volume qtree is being exported to the dr testhost
targethost = testvol.snapmirrors[0].targetvol.get_qtrees()[0].get_rw_exports()[0]
self.failUnlessEqual(targethost.name, 'dr_testhost01')
def test_storage_design_secondary_qtrees(self):
"""
Test that the qtrees detected at the secondary site are correct.
"""
raise unittest.SkipTest("Test not yet defined.")
class SetRefTest(unittest.TestCase):
"""
Test SetRef objects
"""
def setUp(self):
optparser = BaseOptions()
optparser.parseOptions([
'dummyfile.xml',
'--debug=%s' % logging._levelNames[log.level].lower()
])
self.defaults = RawConfigParser()
configfiles = self.defaults.read(TESTCONF)
xmldata = """
<project name="testproj" code="01">
<site name="sitea" type="primary" location="testlab">
<filer name="filer1" type="filer">
<vfiler name="vftest01">
<aggregate type="root" name="aggr0"/>
<aggregate name="aggr01">
<volume name="blah">
</volume>
</aggregate>
</vfiler>
</filer>
</site>
</project>
"""
node = etree.fromstring(xmldata)
self.project = Project()
self.project.configure_from_node(node, self.defaults, None)
def test_bare_setref(self):
"""
Test a bare setref node
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
self.failUnlessRaises(KeyError, sr.configure_from_node, node,
self.defaults, vol)
def test_named_setref(self):
"""
Test a setref node with just a name
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
self.failUnlessRaises(KeyError, sr.configure_from_node, node,
self.defaults, vol)
def test_setref_bad_type(self):
"""
Test a setref node with an invalid type
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="blah" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
self.failUnlessRaises(ValueError, sr.configure_from_node, node,
self.defaults, vol)
def test_setref_snapshot_type(self):
"""
Test a setref node of type 'snapshot'
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="snapshot" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
sr.configure_from_node(node, self.defaults, vol)
self.failUnlessEqual(sr.name, 'alan')
self.failUnlessEqual(sr.type, 'snapshot')
def test_setref_snapvault_type(self):
"""
Test a setref node of type 'snapshot'
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="snapvault" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
sr.configure_from_node(node, self.defaults, vol)
self.failUnlessEqual(sr.name, 'alan')
self.failUnlessEqual(sr.type, 'snapvault')
def test_setref_snapmirror_type(self):
"""
Test a setref node of type 'snapmirror'
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="snapmirror" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
sr.configure_from_node(node, self.defaults, vol)
self.failUnlessEqual(sr.name, 'alan')
self.failUnlessEqual(sr.type, 'snapmirror')
def test_setref_snapmirrorvault_type(self):
"""
Test a setref node of type 'snapmirrorvault'
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="snapmirrorvault" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
sr.configure_from_node(node, self.defaults, vol)
self.failUnlessEqual(sr.name, 'alan')
self.failUnlessEqual(sr.type, 'snapmirrorvault')
def test_setref_snapmirrorvault_type(self):
"""
Test a setref node of type 'snapmirrorvault'
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="snapvaultmirror" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
sr.configure_from_node(node, self.defaults, vol)
self.failUnlessEqual(sr.name, 'alan')
self.failUnlessEqual(sr.type, 'snapvaultmirror')
class QtreeTest(unittest.TestCase):
"""
Test various qtree configurations
"""
def setUp(self):
optparser = BaseOptions()
optparser.parseOptions([
'dummyfile.xml',
'--debug=%s' % logging._levelNames[log.level].lower()
])
self.defaults = RawConfigParser()
configfiles = self.defaults.read(TESTCONF)
self.defaults.get('global', 'dns_domain_name')
xmldata = """
<project name="test" code="qtree">
<site name="sitea" type="primary" location="testlab">
<filer name="testfiler1" type="filer">
<vfiler name="vfiler01" rootaggr="aggr0">
<aggregate name="aggr01">
<volume name="testvol1"/>
</aggregate>
</vfiler>
</filer>
</site>
</project>
"""
node = etree.fromstring(xmldata)
self.proj = Project()
self.proj.configure_from_node(node, self.defaults, None)
self.volume = self.proj.get_volumes()[0]
def test_empty_qtree(self):
"""
Test an empty qtree node
"""
xmldata = """
<qtree />
"""
node = etree.fromstring(xmldata)
qtreeobj = qtree.create_qtree_from_node(node, self.defaults,
self.volume)
log.debug("qtree: %s", qtreeobj)
def test_autocreate_qtree_oradata(self):
"""
Test a qtree that is autocreated for an oradata volume
"""
raise unittest.SkipTest("Oracle volume/qtree plugin not written yet.")
volnode = etree.Element('volume')
volnode.attrib['oracle'] = 'ORASID'
volume = Volume('testvol2',
self.filer1,
'aggr01',
100,
type='oradata',
volnode=volnode)
self.proj.volumes.append(volume)
self.proj.create_qtrees_for_volume(volume)
class SnapVaultTest(unittest.TestCase):
"""
Test SnapVault configurations
"""
def setUp(self):
optparser = BaseOptions()
optparser.parseOptions(['dummyfile.xml', '--debug=%s' % logging._levelNames[log.level].lower()])
self.defaults = RawConfigParser()
configfiles = self.defaults.read(TESTCONF)
xmldata = """
<project name="testproj" code="01">
<site name="testprimary" type="primary">
<vlan type="project" number="3003">
<network number="10.240.4.0/26" gateway="10.240.4.254"/>
</vlan>
<filer type="filer" name="filer01">
<vfiler>
<ipaddress type="primary" ip="10.240.4.1"/>
<aggregate name="aggr01" type="root"/>
<aggregate name="aggr02">
<volume>
<setref type="snapvault" name="default_primary"/>
</volume>
</aggregate>
</vfiler>
</filer>
<filer type="nearstore" name="nearstore01">
</filer>
</site>
<snapvaultset name="default_primary" targetfiler="nearstore01" targetaggregate="aggr02">
<snapvaultdef basename="sv_daily">
<snapschedule>1@1</snapschedule>
<snapvaultschedule>8@2</snapvaultschedule>
</snapvaultdef>
<snapvaultdef basename="sv_weekly">
<snapvaultschedule>13@sun@3</snapvaultschedule>
</snapvaultdef>
</snapvaultset>
</project>
"""
node = etree.fromstring(xmldata)
self.project = Project()
self.project.configure_from_node(node, self.defaults, None)
self.docgen = NetAppCommandsGenerator(self.project, self.defaults)
def test_aggregates_exist(self):
"""
Check that all the right aggregates exist
"""
aggregates = []
for filer in self.project.get_filers():
log.debug("adding aggregates on filer: %s: %s", filer, filer.get_aggregates())
aggregates.extend( filer.get_aggregates() )
pass
self.failUnlessEqual( len(aggregates), 3)
def test_volumes_exist(self):
"""
Test the snapvault volumes exist
"""
vols = self.project.get_volumes()
log.debug("vols: %s", [x for x in vols])
for vol in vols:
log.debug("snapvaults: %s", vol.snapvaults)
for snap in vol.snapvaults:
log.debug("snap: %s", snap)
pass
pass
filer = [ x for x in self.project.get_filers() if x.name == 'nearstore01'][0]
cmds = self.docgen.filer_snapvault_init_commands(filer)
log.debug("cmds: %s", cmds)
self.failUnlessEqual( len(cmds), 1 )
class SnapVaultTest(unittest.TestCase):
"""
Test SnapVault configurations
"""
def setUp(self):
optparser = BaseOptions()
optparser.parseOptions([
'dummyfile.xml',
'--debug=%s' % logging._levelNames[log.level].lower()
])
self.defaults = RawConfigParser()
configfiles = self.defaults.read(TESTCONF)
xmldata = """
<project name="testproj" code="01">
<site name="testprimary" type="primary">
<vlan type="project" number="3003">
<network number="10.240.4.0/26" gateway="10.240.4.254"/>
</vlan>
<filer type="filer" name="filer01">
<vfiler>
<ipaddress type="primary" ip="10.240.4.1"/>
<aggregate name="aggr01" type="root"/>
<aggregate name="aggr02">
<volume>
<setref type="snapvault" name="default_primary"/>
</volume>
</aggregate>
</vfiler>
</filer>
<filer type="nearstore" name="nearstore01">
</filer>
</site>
<snapvaultset name="default_primary" targetfiler="nearstore01" targetaggregate="aggr02">
<snapvaultdef basename="sv_daily">
<snapschedule>1@1</snapschedule>
<snapvaultschedule>8@2</snapvaultschedule>
</snapvaultdef>
<snapvaultdef basename="sv_weekly">
<snapvaultschedule>13@sun@3</snapvaultschedule>
</snapvaultdef>
</snapvaultset>
</project>
"""
node = etree.fromstring(xmldata)
self.project = Project()
self.project.configure_from_node(node, self.defaults, None)
self.docgen = NetAppCommandsGenerator(self.project, self.defaults)
def test_aggregates_exist(self):
"""
Check that all the right aggregates exist
"""
aggregates = []
for filer in self.project.get_filers():
log.debug("adding aggregates on filer: %s: %s", filer,
filer.get_aggregates())
aggregates.extend(filer.get_aggregates())
pass
self.failUnlessEqual(len(aggregates), 3)
def test_volumes_exist(self):
"""
Test the snapvault volumes exist
"""
vols = self.project.get_volumes()
log.debug("vols: %s", [x for x in vols])
for vol in vols:
log.debug("snapvaults: %s", vol.snapvaults)
for snap in vol.snapvaults:
log.debug("snap: %s", snap)
pass
pass
filer = [
x for x in self.project.get_filers() if x.name == 'nearstore01'
][0]
cmds = self.docgen.filer_snapvault_init_commands(filer)
log.debug("cmds: %s", cmds)
self.failUnlessEqual(len(cmds), 1)
class LUNTest(unittest.TestCase):
"""
Test various LUN configurations
"""
def setUp(self):
optparser = BaseOptions()
optparser.parseOptions(['dummyfile.xml', '--debug=%s' % logging._levelNames[log.level].lower()])
self.defaults = RawConfigParser()
configfiles = self.defaults.read(TESTCONF)
self.project = Project()
def test_bare_lun(self):
"""
Test the simplest possible lun configuration
"""
xmlfile = os.path.join(XML_FILE_LOCATION, 'bare_lun.xml')
tree = etree.parse(xmlfile)
self.project.configure_from_node(tree.getroot(), self.defaults, None)
# Find the lun
vol = self.project.get_volumes()[1]
lunobj = vol.get_luns()[0]
self.assertEquals( lunobj.name, 'vftest01.lun00')
self.assertEquals( lunobj.size, 100)
self.assertEquals( lunobj.igroup.name, 'testproj00')
def test_three_bare_luns(self):
"""
Test three bare luns in the same volume/qtree
"""
xmlfile = os.path.join(XML_FILE_LOCATION, 'bare_lun_three.xml')
tree = etree.parse(xmlfile)
self.project.configure_from_node(tree.getroot(), self.defaults, None)
# Find the lun
vol = self.project.get_volumes()[1]
lunobj = vol.get_luns()[0]
self.assertEquals( lunobj.name, 'vftest01.lun00')
self.assertEquals( int(lunobj.size), 33)
self.assertEquals( lunobj.igroup.name, 'testproj00')
lunobj = vol.get_luns()[2]
self.assertEquals( lunobj.name, 'vftest01.lun02')
self.assertEquals( int(lunobj.size), 33)
self.assertEquals( lunobj.igroup.name, 'testproj00')
def test_2vols_1lun_each(self):
"""
2 volumes, each with 1 lun
"""
xmlfile = os.path.join(XML_FILE_LOCATION, 'lun_2vols_1lun_each.xml')
tree = etree.parse(xmlfile)
self.project.configure_from_node(tree.getroot(), self.defaults, None)
# Find the lun
vols = self.project.get_volumes()
log.debug("vols: %s", vols)
lunobj = vols[2].get_luns()[0]
self.assertEquals( lunobj.name, 'vftest01.lun01')
self.assertEquals( int(lunobj.size), 100)
self.assertEquals( lunobj.igroup.name, 'testproj00')
def test_lun_3vols_multiple_luns(self):
"""
A more complex example with multiple aggregates, volumes, luns, qtrees
"""
xmlfile = os.path.join(XML_FILE_LOCATION, 'lun_3vols_multiple_luns.xml')
tree = etree.parse(xmlfile)
self.project.configure_from_node(tree.getroot(), self.defaults, None)
class SetRefTest(unittest.TestCase):
"""
Test SetRef objects
"""
def setUp(self):
optparser = BaseOptions()
optparser.parseOptions(['dummyfile.xml', '--debug=%s' % logging._levelNames[log.level].lower()])
self.defaults = RawConfigParser()
configfiles = self.defaults.read(TESTCONF)
xmldata = """
<project name="testproj" code="01">
<site name="sitea" type="primary" location="testlab">
<filer name="filer1" type="filer">
<vfiler name="vftest01">
<aggregate type="root" name="aggr0"/>
<aggregate name="aggr01">
<volume name="blah">
</volume>
</aggregate>
</vfiler>
</filer>
</site>
</project>
"""
node = etree.fromstring(xmldata)
self.project = Project()
self.project.configure_from_node(node, self.defaults, None)
def test_bare_setref(self):
"""
Test a bare setref node
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
self.failUnlessRaises( KeyError, sr.configure_from_node, node, self.defaults, vol)
def test_named_setref(self):
"""
Test a setref node with just a name
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
self.failUnlessRaises( KeyError, sr.configure_from_node, node, self.defaults, vol)
def test_setref_bad_type(self):
"""
Test a setref node with an invalid type
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="blah" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
self.failUnlessRaises( ValueError, sr.configure_from_node, node, self.defaults, vol)
def test_setref_snapshot_type(self):
"""
Test a setref node of type 'snapshot'
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="snapshot" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
sr.configure_from_node(node, self.defaults, vol)
self.failUnlessEqual( sr.name, 'alan' )
self.failUnlessEqual( sr.type, 'snapshot' )
def test_setref_snapvault_type(self):
"""
Test a setref node of type 'snapshot'
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="snapvault" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
sr.configure_from_node(node, self.defaults, vol)
self.failUnlessEqual( sr.name, 'alan' )
self.failUnlessEqual( sr.type, 'snapvault' )
def test_setref_snapmirror_type(self):
"""
Test a setref node of type 'snapmirror'
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="snapmirror" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
sr.configure_from_node(node, self.defaults, vol)
self.failUnlessEqual( sr.name, 'alan' )
self.failUnlessEqual( sr.type, 'snapmirror' )
def test_setref_snapmirrorvault_type(self):
"""
Test a setref node of type 'snapmirrorvault'
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="snapmirrorvault" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
sr.configure_from_node(node, self.defaults, vol)
self.failUnlessEqual( sr.name, 'alan' )
self.failUnlessEqual( sr.type, 'snapmirrorvault' )
def test_setref_snapmirrorvault_type(self):
"""
Test a setref node of type 'snapmirrorvault'
"""
vol = [x for x in self.project.get_volumes() if x.name == 'blah'][0]
xmldata = """
<setref type="snapvaultmirror" name="alan" />
"""
node = etree.fromstring(xmldata)
sr = SetRef()
sr.configure_from_node(node, self.defaults, vol)
self.failUnlessEqual( sr.name, 'alan' )
self.failUnlessEqual( sr.type, 'snapvaultmirror' )
