def testNoValues(self):
template=createTemplate(self.dmd, 'TestTemplate1')
dev=createTestDevice( self.dmd, 'TestDevice1', dict(
zDeviceTemplates=[template.id] ) )
records=filesystems().run( self.dmd, {'deviceClass':'/Devices/Server', 'generate':True} )
self.assertEquals( 0, len( records ) )
def testNoValues(self):
template=createTemplate(self.dmd, 'TestTemplate1')
dev=createTestDevice( self.dmd, 'TestDevice1', dict(
zDeviceTemplates=[template.id] ) )
records=filesystems().run( self.dmd, {'deviceClass':'/Devices/Server', 'generate':True} )
self.assertEquals( 0, len( records ) )
def testOneValue(self):
testBlockSize=10
testTotalBlocks=20
testUsedBlocks=5
createFileSystemTemplate( self.dmd )
dev2=createTestDeviceWithFileSystemTemplateBound( self.dmd,
'TestDevice2' )
filesystem1=createFilesystem( dev2, 'TestFilesystem2', testBlockSize,
testTotalBlocks, testUsedBlocks )
plugin = filesystems()
records = plugin.run( self.dmd, {'deviceClass':'/Devices/Server', 'generate':True} )
self.assertEquals( 1, len( records ) )
assertFileSystemRowIsCorrect( self, records, dev2, filesystem1,
testBlockSize, testTotalBlocks,
testUsedBlocks )
def testOneValue(self):
testBlockSize=10
testTotalBlocks=20
testUsedBlocks=5
createFileSystemTemplate( self.dmd )
dev2=createTestDeviceWithFileSystemTemplateBound( self.dmd,
'TestDevice2' )
filesystem1=createFilesystem( dev2, 'TestFilesystem2', testBlockSize,
testTotalBlocks, testUsedBlocks )
plugin = filesystems()
records = plugin.run( self.dmd, {'deviceClass':'/Devices/Server', 'generate':True} )
self.assertEquals( 1, len( records ) )
assertFileSystemRowIsCorrect( self, records, dev2, filesystem1,
testBlockSize, testTotalBlocks,
testUsedBlocks )
def testMultipleValues(self):
#import pydevd;pydevd.settrace()
testProperties = [
( 'testdevice3', [ ('testfs3_1', 10, 20, 15 ),
('testfs3_2', 8, 100, 98 )] ),
( 'testdevice4', [ ( 'testfs4_1', 10, 20, 15 ) ] ),
( 'testdevice5', [ ( 'testfs5_1', 10, 20, 15 ),
( 'testfs5_2', 10, 20, 15 ),
( 'testfs5_3', 10, 20, 15 ) ] ),
( 'testdevice6', [] )
]
createFileSystemTemplate( self.dmd )
filesystemCount = 0
testObjects = {}
for propertySet in testProperties:
device = createTestDeviceWithFileSystemTemplateBound( self.dmd,
propertySet[0] )
testFilesystems = []
for filesystemProperties in propertySet[1]:
filesystem = createFilesystem( device,
filesystemProperties[0],
filesystemProperties[1],
filesystemProperties[2],
filesystemProperties[3]
)
testFilesystems.append( filesystem )
filesystemCount += 1
testObjects[device]=testFilesystems
plugin = filesystems()
records = plugin.run( self.dmd, {'deviceClass':'/Devices/Server', 'generate':True} )
self.assertEquals( filesystemCount, len( records ) )
for device, filesystemObjects in testObjects.iteritems():
for filesystem in filesystemObjects:
assertFileSystemRowIsCorrect( self, records, device, filesystem,
filesystem.blockSize,
filesystem.totalBlocks,
filesystem.usedBlocks_usedBlocks / filesystem.blockSize )
def testMultipleValues(self):
#import pydevd;pydevd.settrace()
testProperties = [
( 'testdevice3', [ ('testfs3_1', 10, 20, 15 ),
('testfs3_2', 8, 100, 98 )] ),
( 'testdevice4', [ ( 'testfs4_1', 10, 20, 15 ) ] ),
( 'testdevice5', [ ( 'testfs5_1', 10, 20, 15 ),
( 'testfs5_2', 10, 20, 15 ),
( 'testfs5_3', 10, 20, 15 ) ] ),
( 'testdevice6', [] )
]
createFileSystemTemplate( self.dmd )
filesystemCount = 0
testObjects = {}
for propertySet in testProperties:
device = createTestDeviceWithFileSystemTemplateBound( self.dmd,
propertySet[0] )
testFilesystems = []
for filesystemProperties in propertySet[1]:
filesystem = createFilesystem( device,
filesystemProperties[0],
filesystemProperties[1],
filesystemProperties[2],
filesystemProperties[3]
)
testFilesystems.append( filesystem )
filesystemCount += 1
testObjects[device]=testFilesystems
plugin = filesystems()
records = plugin.run( self.dmd, {'deviceClass':'/Devices/Server', 'generate':True} )
self.assertEquals( filesystemCount, len( records ) )
for device, filesystemObjects in testObjects.iteritems():
for filesystem in filesystemObjects:
assertFileSystemRowIsCorrect( self, records, device, filesystem,
filesystem.blockSize,
filesystem.totalBlocks,
filesystem.usedBlocks_usedBlocks / filesystem.blockSize )