def append_possible_lazy_revspec(cls, module_name, member_name):
"""Append a possible lazily loaded DWIM revspec.
:param module_name: Name of the module with the revspec
:param member_name: Name of the revspec within the module
"""
cls._possible_revspecs.append(
registry._LazyObjectGetter(module_name, member_name))
def append_possible_lazy_revspec(cls, module_name, member_name):
"""Append a possible lazily loaded DWIM revspec.
:param module_name: Name of the module with the revspec
:param member_name: Name of the revspec within the module
"""
cls._possible_revspecs.append(
registry._LazyObjectGetter(module_name, member_name))
def hook_lazy(self, callback_module, callback_member, callback_label):
"""Lazily register a callback to be called when this HookPoint fires.
:param callback_module: Module of the callable to use when this
HookPoint fires.
:param callback_member: Member name of the callback.
:param callback_label: A label to show in the UI while this callback is
processing.
"""
obj_getter = registry._LazyObjectGetter(callback_module,
callback_member)
self._callbacks.append((obj_getter, callback_label))
def hook_lazy(self, callback_module, callback_member, callback_label):
"""Lazily register a callback to be called when this HookPoint fires.
:param callback_module: Module of the callable to use when this
HookPoint fires.
:param callback_member: Member name of the callback.
:param callback_label: A label to show in the UI while this callback is
processing.
"""
obj_getter = registry._LazyObjectGetter(callback_module,
callback_member)
self._callbacks.append((obj_getter, callback_label))
def __init__(self,
name,
help,
registry=None,
converter=None,
value_switches=False,
title=None,
enum_switch=True,
lazy_registry=None,
short_name=None,
short_value_switches=None):
"""
Constructor.
:param name: The option name.
:param help: Help for the option.
:param registry: A Registry containing the values
:param converter: Callable to invoke with the value name to produce
the value. If not supplied, self.registry.get is used.
:param value_switches: If true, each possible value is assigned its
own switch. For example, instead of '--format knit',
'--knit' can be used interchangeably.
:param enum_switch: If true, a switch is provided with the option name,
which takes a value.
:param lazy_registry: A tuple of (module name, attribute name) for a
registry to be lazily loaded.
:param short_name: The short name for the enum switch, if any
:param short_value_switches: A dict mapping values to short names
"""
Option.__init__(self,
name,
help,
type=self.convert,
short_name=short_name)
self._registry = registry
if registry is None:
if lazy_registry is None:
raise AssertionError(
'One of registry or lazy_registry must be given.')
self._lazy_registry = _mod_registry._LazyObjectGetter(
*lazy_registry)
if registry is not None and lazy_registry is not None:
raise AssertionError(
'registry and lazy_registry are mutually exclusive')
self.name = name
self.converter = converter
self.value_switches = value_switches
self.enum_switch = enum_switch
self.short_value_switches = short_value_switches
self.title = title
if self.title is None:
self.title = name
def __init__(self, name, help, registry=None, converter=None,
value_switches=False, title=None, enum_switch=True,
lazy_registry=None, short_name=None, short_value_switches=None):
"""
Constructor.
:param name: The option name.
:param help: Help for the option.
:param registry: A Registry containing the values
:param converter: Callable to invoke with the value name to produce
the value. If not supplied, self.registry.get is used.
:param value_switches: If true, each possible value is assigned its
own switch. For example, instead of '--format knit',
'--knit' can be used interchangeably.
:param enum_switch: If true, a switch is provided with the option name,
which takes a value.
:param lazy_registry: A tuple of (module name, attribute name) for a
registry to be lazily loaded.
:param short_name: The short name for the enum switch, if any
:param short_value_switches: A dict mapping values to short names
"""
Option.__init__(self, name, help, type=self.convert,
short_name=short_name)
self._registry = registry
if registry is None:
if lazy_registry is None:
raise AssertionError(
'One of registry or lazy_registry must be given.')
self._lazy_registry = _mod_registry._LazyObjectGetter(
*lazy_registry)
if registry is not None and lazy_registry is not None:
raise AssertionError(
'registry and lazy_registry are mutually exclusive')
self.name = name
self.converter = converter
self.value_switches = value_switches
self.enum_switch = enum_switch
self.short_value_switches = short_value_switches
self.title = title
if self.title is None:
self.title = name
