def stat(self, dbg, sr):
if not os.path.isdir(sr):
raise xapi.storage.api.v5.volume.Sr_not_attached(sr)
# Get the filesystem size
statvfs = os.statvfs(sr)
psize = statvfs.f_blocks * statvfs.f_frsize
fsize = statvfs.f_bfree * statvfs.f_frsize
log.debug('{}: statvfs says psize = {}'.format(dbg, psize))
overprovision = COWVolume.get_sr_provisioned_size(
sr, importlib.import_module('ext4-ng').Callbacks()) / psize
meta = util.get_sr_metadata(dbg, 'file://' + sr)
return {
'sr': sr,
'name': meta['name'],
'description': meta['description'],
'total_space': psize,
'free_space': fsize,
'uuid': meta['unique_id'],
'overprovision': overprovision,
'datasources': [],
'clustered': True,
'health': ['Healthy', '']
}
def stat(self, dbg, sr):
if not os.path.isdir(sr):
raise xapi.storage.api.v5.volume.Sr_not_attached(sr)
devices = util.get_sr_metadata(dbg, 'file://' + sr)['devices']
total_size = 0
for device in map(lambda x: os.path.realpath(x), devices):
total_size += util.get_physical_file_size(device)
used_size = COWVolume.get_sr_provisioned_size(
sr,
importlib.import_module('raw-device').Callbacks())
meta = util.get_sr_metadata(dbg, 'file://' + sr)
return {
'sr': sr,
'name': meta['name'],
'description': meta['description'],
'total_space': total_size,
'free_space': total_size - used_size,
'uuid': meta['unique_id'],
'overprovision': used_size,
'datasources': [],
'clustered': True,
'health': ['Healthy', '']
}
def ls(self, dbg, sr):
return COWVolume.ls(
dbg, sr, importlib.import_module('ext4-ng').Callbacks())
def ls(self, dbg, sr):
return COWVolume.ls(dbg, sr, filebased.Callbacks())
def ls(self, dbg, sr):
return COWVolume.ls(dbg, sr,
importlib.import_module('raw-device').Callbacks())