def testValidateExports(self):
storage.PROC_FILESYSTEMS = 'testdata/storage/proc.filesystems'
storage.PROC_MOUNTS = 'testdata/storage/proc.mounts'
storage.SYS_BLOCK = 'testdata/storage/sys/block'
service = storage.StorageServiceLinux26()
service.ValidateExports()
stor = storage.LogicalVolumeLinux26('/fakepath', 'fstype')
stor.ValidateExports()
pm = storage.PhysicalMediumDiskLinux26('sda')
pm.ValidateExports()
def testUsedSpace(self):
stor = storage.LogicalVolumeLinux26('/fakepath', 'fstype')
teststatvfs = OsStatVfs('/fakepath')
used = (teststatvfs.f_blocks - teststatvfs.f_bavail) * teststatvfs.f_bsize
self.assertEqual(stor.UsedSpace, used / 1024 / 1024)
def testLogicalVolumeCapacity(self):
stor = storage.LogicalVolumeLinux26('/fakepath', 'fstype')
teststatvfs = OsStatVfs('/fakepath')
expected = teststatvfs.f_bsize * teststatvfs.f_blocks / 1024 / 1024
self.assertEqual(stor.Capacity, expected)
def testLogicalVolumeThresholdReached(self):
stor = storage.LogicalVolumeLinux26('/fakepath', 'fstype')
stor.ThresholdLimit = 1
self.assertFalse(stor.ThresholdReached)
stor.ThresholdLimit = 4
self.assertTrue(stor.ThresholdReached)
def testOsError(self):
stor = storage.LogicalVolumeLinux26('/raise_os_error', 'fstype')
self.assertEqual(stor.Capacity, 0)