def check(self, value):
"""Checks if the value is of type UUID."""
try:
click.UUID(value)
return True
except:
return False
def click_type(object: typing.Union[type, tuple],
default=None) -> typing.Union[type, click.types.ParamType]:
if isinstance(object, type):
if issubclass(object, datetime.datetime):
return click.DateTime()
if issubclass(object, typing.Tuple):
return click.Tuple(object.__args__)
if issubclass(object, uuid.UUID):
return click.UUID(default)
if object is list:
return
if issubclass(object, typing.List):
return click_type(object.__args__[0], default)
if issubclass(object, set):
return click.Choice(object)
if issubclass(object, pathlib.Path):
return click.Path()
return object
else:
if isinstance(object, tuple):
if all(isinstance(x, int) for x in object[:2]):
return click.IntRange(*object)
if all(isinstance(x, float) for x in object[:2]):
return click.FloatRange(*object)
def check(self, value):
"""Check if the value is of type UUID."""
try:
click.UUID(value)
return True
except click.exceptions.BadParameter:
return False
def click_type(object: typing.Union[type, tuple],
default=None) -> typing.Union[type, click.types.ParamType]:
"""Translate python types to click's subset of types."""
if isinstance(object, typing._GenericAlias):
return click_type(object.__args__[0], default)
elif isinstance(object, type):
if issubclass(object, datetime.datetime):
return click.DateTime()
if issubclass(object, typing.Tuple):
return click.Tuple(object.__args__)
if issubclass(object, uuid.UUID):
return click.UUID(default)
if object is list:
return
if issubclass(object, set):
return click.Choice(object)
if issubclass(object, pathlib.Path):
return click.Path()
if object in {builtins.object, typing.Any}:
return
return object
else:
if isinstance(object, tuple):
if all(isinstance(x, int) for x in object[:2]):
return click.IntRange(*object)
if all(isinstance(x, float) for x in object[:2]):
return click.FloatRange(*object)
def convert(self, value, param, ctx):
"""
ParamType.convert() is the actual processing method that takes a
provided parameter and parses it.
"""
# passthrough conditions: None or already processed
if value is None or isinstance(value, tuple):
return value
# split the value on the first colon, leave the rest intact
splitval = value.split(":", 1)
# first element is the endpoint_id
endpoint_id = click.UUID(splitval[0])
# get the second element, defaulting to `None` if there was no colon in
# the original value
try:
path = splitval[1]
except IndexError:
path = None
# coerce path="" to path=None
# means that we treat "enpdoint_id" and "endpoint_id:" equivalently
path = path or None
if path is None and self.path_required:
self.fail("The path component is required", param=param)
return (endpoint_id, path)
def from_entry(ctx, definition, entry, path_query, destination, discard_paths, follow):
"""
Start recovery process for DEFINITION and recover data from ENTRY or `latest`.
If [-d/--destination] is set, all files will be recovered under the provided directory.
When [-d/--destination] is set and [--discard-paths] is provided, files will be stored
directly under the specified destination directory. Otherwise, the destination directory
will be used as a parent and the original file directory structure will be preserved.
If [-d/--destination] is NOT set, all files will be recovered at their original paths.
Example: \n
Original File: /home/user/.bashrc \n
Destination: /tmp/recover \n
Recovered: /tmp/recover/home/user/.bashrc \n
Recovered (paths discarded): /tmp/recover/.bashrc \n
"""
# pylint: disable=too-many-arguments
if entry.lower() == 'latest':
response = ctx.obj.api.recover_from_latest(
definition=definition,
path_query=path_query,
destination=destination,
discard_paths=discard_paths
)
else:
response = ctx.obj.api.recover_from(
definition=definition,
entry=click.UUID(entry),
path_query=path_query,
destination=destination,
discard_paths=discard_paths
)
click.echo(ctx.obj.rendering.render_operation_response(response))
if follow:
ctx.invoke(follow_operation, operation=response['operation'])
def parse(self, value):
try:
c = click.UUID(value)
return str(c)
except:
log.error("Incorrect UUID %s", value)
def parse(self, value):
try:
c = click.UUID(value)
return str(c)
except click.exceptions.BadParameter:
log.error("Incorrect UUID %s", value)