gin/config.py
def external_configurable(fn_or_cls,
                          name=None,
                          module=None,
                          whitelist=None,
                          blacklist=None):
  """Allow referencing/configuring an external class or function.

  This alerts Gin to the existence of the class or function `fn_or_cls` in the
  event that it can't be easily annotated with `@configurable` (for instance, if
  it is from another project). This allows `fn_or_cls` to be configured and
  referenced (using the `@name` notation) via parameter binding strings.

  Note that only calls to the return value of this function or resulting from
  references to `fn_or_cls` made through binding strings (configurations) will
  have their parameters injected by Gin---explicit calls to `fn_or_cls` directly
  won't have any parameter bindings applied.

  Args:
    fn_or_cls: The external function or class that should be made configurable.
    name: The configurable name to be associated with `fn_or_cls`. The name may
      also include module components to be used for disambiguation (these will
      be appended to any components explicitly specified by `module`).
    module: The module to associate with the configurable, to help handle naming
      collisions. By default, `fn_or_cls.__module__` will be used (if no
      module is specified as part of the name).
    whitelist: A whitelist of parameter names to allow configuration for.
    blacklist: A blacklist of parameter names not to allow configuration for.

  Returns:
    A decorated version of `fn_or_cls` that permits parameter binding. For
    functions, this is just a wrapped version of the function. For classes, this
    is a carefully constructed subclass of `fn_or_cls` designed to behave nearly
    identically (even under many type inspection operations) save for the
    addition of parameter binding.
  """
  return _make_configurable(
      fn_or_cls,
      name=name,
      module=module,
      whitelist=whitelist,
      blacklist=blacklist,
      subclass=True)
def external_configurable(fn_or_cls,
                          name=None,
                          module=None,
                          whitelist=None,
                          blacklist=None):
  """Allow referencing/configuring an external class or function.

  This alerts Gin to the existence of the class or function `fn_or_cls` in the
  event that it can't be easily annotated with `@configurable` (for instance, if
  it is from another project). This allows `fn_or_cls` to be configured and
  referenced (using the `@name` notation) via parameter binding strings.

  Note that only calls to the return value of this function or resulting from
  references to `fn_or_cls` made through binding strings (configurations) will
  have their parameters injected by Gin---explicit calls to `fn_or_cls` directly
  won't have any parameter bindings applied.

  Args:
    fn_or_cls: The external function or class that should be made configurable.
    name: The configurable name to be associated with `fn_or_cls`. The name may
      also include module components to be used for disambiguation (these will
      be appended to any components explicitly specified by `module`).
    module: The module to associate with the configurable, to help handle naming
      collisions. By default, `fn_or_cls.__module__` will be used (if no
      module is specified as part of the name).
    whitelist: A whitelist of parameter names to allow configuration for.
    blacklist: A blacklist of parameter names not to allow configuration for.

  Returns:
    A decorated version of `fn_or_cls` that permits parameter binding. For
    functions, this is just a wrapped version of the function. For classes, this
    is a carefully constructed subclass of `fn_or_cls` designed to behave nearly
    identically (even under many type inspection operations) save for the
    addition of parameter binding.
  """
  return _make_configurable(
      fn_or_cls,
      name=name,
      module=module,
      whitelist=whitelist,
      blacklist=blacklist,
      subclass=True)
def external_configurable ( fn_or_cls , name = None , module = None , whitelist = None , blacklist = None ) : return _make_configurable ( fn_or_cls , name = name , module = module , whitelist = whitelist , blacklist = blacklist , subclass = True )
Allow referencing/configuring an external class or function.

  This alerts Gin to the existence of the class or function `fn_or_cls` in the
  event that it can't be easily annotated with `@configurable` (for instance, if
  it is from another project). This allows `fn_or_cls` to be configured and
  referenced (using the `@name` notation) via parameter binding strings.

  Note that only calls to the return value of this function or resulting from
  references to `fn_or_cls` made through binding strings (configurations) will
  have their parameters injected by Gin---explicit calls to `fn_or_cls` directly
  won't have any parameter bindings applied.

  Args:
    fn_or_cls: The external function or class that should be made configurable.
    name: The configurable name to be associated with `fn_or_cls`. The name may
      also include module components to be used for disambiguation (these will
      be appended to any components explicitly specified by `module`).
    module: The module to associate with the configurable, to help handle naming
      collisions. By default, `fn_or_cls.__module__` will be used (if no
      module is specified as part of the name).
    whitelist: A whitelist of parameter names to allow configuration for.
    blacklist: A blacklist of parameter names not to allow configuration for.

  Returns:
    A decorated version of `fn_or_cls` that permits parameter binding. For
    functions, this is just a wrapped version of the function. For classes, this
    is a carefully constructed subclass of `fn_or_cls` designed to behave nearly
    identically (even under many type inspection operations) save for the
    addition of parameter binding.
Allow referencing / configuring an external class or function .