def get_devices():
devices = []
if config('osd-devices'):
for path in config('osd-devices').split(' '):
path = path.strip()
# Ensure that only block devices
# are considered for evaluation as block devices.
# This avoids issues with relative directories
# being passed via configuration, and ensures that
# the path to a block device provided by the user
# is used, rather than its target which may change
# between reboots in the case of bcache devices.
if is_block_device(path):
devices.append(path)
# Make sure its a device which is specified using an
# absolute path so that the current working directory
# or any relative path under this directory is not used
elif os.path.isabs(path):
devices.append(os.path.realpath(path))
# List storage instances for the 'osd-devices'
# store declared for this charm too, and add
# their block device paths to the list.
storage_ids = storage_list('osd-devices')
devices.extend((storage_get('location', s) for s in storage_ids))
# Filter out any devices in the action managed unit-local device blacklist
_blacklist = get_blacklist()
return [device for device in devices if device not in _blacklist]
def get_devices():
devices = []
if config('osd-devices'):
for path in config('osd-devices').split(' '):
path = path.strip()
# Ensure that only block devices
# are considered for evaluation as block devices.
# This avoids issues with relative directories
# being passed via configuration, and ensures that
# the path to a block device provided by the user
# is used, rather than its target which may change
# between reboots in the case of bcache devices.
if is_block_device(path):
devices.append(path)
# Make sure its a device which is specified using an
# absolute path so that the current working directory
# or any relative path under this directory is not used
elif os.path.isabs(path):
devices.append(os.path.realpath(path))
# List storage instances for the 'osd-devices'
# store declared for this charm too, and add
# their block device paths to the list.
storage_ids = storage_list('osd-devices')
devices.extend((storage_get('location', s) for s in storage_ids))
# Filter out any devices in the action managed unit-local device blacklist
_blacklist = get_blacklist()
return [device for device in devices if device not in _blacklist]
def _init_pool(media_type, profile_id=None, providers=None):
pool = provider_pool()
return pool(
providers=providers or get_providers(),
provider_configs=get_providers_auth(),
blacklist=get_blacklist(media_type),
throttle_callback=provider_throttle,
ban_list=get_ban_list(profile_id),
language_hook=None,
)
def get_journal_devices():
if config('osd-journal'):
devices = [l.strip() for l in config('osd-journal').split(' ')]
else:
devices = []
storage_ids = storage_list('osd-journals')
devices.extend((storage_get('location', s) for s in storage_ids))
# Filter out any devices in the action managed unit-local device blacklist
_blacklist = get_blacklist()
return set(device for device in devices
if device not in _blacklist and os.path.exists(device))
def _update_pool(media_type, profile_id=None):
pool_key = f'{media_type}_{profile_id or ""}'
logging.debug("BAZARR updating pool: %s", pool_key)
# Init a new pool if not present
if pool_key not in _pools:
logging.debug("BAZARR pool not initialized: %s. Initializing", pool_key)
_pools[pool_key] = _init_pool(media_type, profile_id)
pool = _pools[pool_key]
if pool is None:
return False
return pool.update(
get_providers(),
get_providers_auth(),
get_blacklist(media_type),
get_ban_list(profile_id),
)
def get_devices():
devices = []
if config('osd-devices'):
for path in config('osd-devices').split(' '):
path = path.strip()
# Make sure its a device which is specified using an
# absolute path so that the current working directory
# or any relative path under this directory is not used
if os.path.isabs(path):
devices.append(os.path.realpath(path))
# List storage instances for the 'osd-devices'
# store declared for this charm too, and add
# their block device paths to the list.
storage_ids = storage_list('osd-devices')
devices.extend((storage_get('location', s) for s in storage_ids))
# Filter out any devices in the action managed unit-local device blacklist
_blacklist = get_blacklist()
return [device for device in devices if device not in _blacklist]
def export_plugins(from_lang, plugin_list, plugin_selection=None):
field_blacklist = get_blacklist()
plugin_data = []
for plugin in plugin_list:
try:
instance = plugin.get_plugin_instance()[0]
except KeyError as e:
# Nasty fix for StackPlugins still straying around
if str(e) != "u'StackPlugin'":
raise KeyError(str(e))
continue
if instance is None:
continue
elif plugin_selection and str(type(instance)) not in plugin_selection:
continue
if getattr(instance, "language") == from_lang: # TODO: check: could this break at some point?
plugin_contents = plugin.get_plugin_instance()[0].get_translatable_content()
if plugin_contents:
if not isinstance(plugin_contents, list):
plugin_contents = [plugin_contents]
for item in plugin_contents:
plugin_dict = {
'plugin_pk': getattr(plugin, "pk"),
'plugin_type': "%s%s" % (instance.__class__.__name__, " (%s)" % str(type(instance)) or ""),
'fields': {}
}
for key, value in item.items():
if not key in field_blacklist:
plugin_dict['fields'][key] = value
plugin_data.append(plugin_dict)
if log_to_file_enabled():
log_to_file(plugin_data)
return plugin_data