def setUp(self):
multifs = WritableMultiFS()
fs1 = LimitSizeFS(MemoryFS(), mb(230))
fs2 = LimitSizeFS(MemoryFS(), mb(300))
multifs.addfs("fs1", fs1)
multifs.addfs("fs2", fs2)
self.fs = multifs
def fs(self):
multifs = WritableMultiFS()
fs1 = LimitSizeFS(MemoryFS(), mb(300))
fs2 = LimitSizeFS(MemoryFS(), mb(240))
multifs.addfs("fs1", fs1)
multifs.addfs("fs2", fs2)
return multifs
def test_free_space_returns_cur_size_if_is_limitsizefs(self):
# Arrange
fs = LimitSizeFS(MemoryFS(), mb(230))
# Act
space = free_space(fs)
# Assert
assert space == mb(230)
def setUp(self):
super(TestLimitSizeFS,self).setUp()
self.fs = LimitSizeFS(self.fs,1024*1024*2) # 2MB limit
def filesystems(self):
userfs = TempFS()
fs1 = LimitSizeFS(MemoryFS(), mb(300))
fs2 = LimitSizeFS(MemoryFS(), mb(300))
remotefs = CuckooDriveFS(remote_filesystems=[fs1, fs2])
return (userfs, remotefs)
def fs(self, request):
fs1 = LimitSizeFS(MemoryFS(), mb(300))
fs2 = LimitSizeFS(MemoryFS(), mb(300))
fs = CuckooDriveFS([fs1, fs2])
request.addfinalizer(lambda: fs.close())
return fs
def setUp(self):
fs1 = LimitSizeFS(MemoryFS(), mb(300))
fs2 = LimitSizeFS(MemoryFS(), mb(300))
self.fs = CuckooDriveFS([fs1, fs2])
