def __init__(self, **kwargs):
"""
:param \*\*kwargs: passed safely to CompoundRule_
"""
_spec = _first_not_none(kwargs.get("spec"), self.spec)
_extras = _first_not_none(kwargs.get("extras"), getattr(self, "extras", None))
kwargs["spec"], kwargs["extras"] = self._alter_rule(_spec, _extras)
_RegistryRule.__init__(self, **kwargs)
def __init__(self, **kwargs):
"""
:param \*\*kwargs: passed safely to CompoundRule_
"""
_spec = _first_not_none(kwargs.get("spec"), self.spec)
_extras = _first_not_none(kwargs.get("extras"), getattr(self, "extras", None))
kwargs["spec"], kwargs["extras"] = self._alter_rule(_spec, _extras)
_RegistryRule.__init__(self, **kwargs)
def _determine_partials(rule, intros=None):
partials = []
intros = _first_not_none(intros, Registry._get_intros(rule))
for intro in intros:
position = intro.rfind(" ")
while position != -1: # -1 means down to final word, not a partial
partials.append(intro[0:position])
position = intro.rfind(" ", 0, position)
return partials
def _determine_partials(rule, intros=None):
partials = []
intros = _first_not_none(intros, Registry._get_intros(rule))
for intro in intros:
position = intro.rfind(" ")
while position != -1: # -1 means down to final word, not a partial
partials.append(intro[0:position])
position = intro.rfind(" ", 0, position)
return partials
def __init__(self, name, registry=None, **kwargs):
"""
:param name: Passed to dragonfly Grammar_
:param Registry registry: The Registry object that serves as the
active `registration` list. It may be shared across
RegistryGrammar instances. If None, a local Registry object is
created.
:param \*\*kwargs: Passed safely to dragonfly Grammar_
"""
self.registry = _first_not_none(registry, Registry())
_safe_kwargs(Grammar.__init__, self, name, **kwargs)
def __init__(self, name, registry=None, **kwargs):
"""
:param name: Passed to dragonfly Grammar_
:param Registry registry: The Registry object that serves as the
active `registration` list. It may be shared across
RegistryGrammar instances. If None, a local Registry object is
created.
:param \*\*kwargs: Passed safely to dragonfly Grammar_
"""
self.registry = _first_not_none(registry, Registry())
_safe_kwargs(Grammar.__init__, self, name, **kwargs)
def __init__(self, intros=None, intros_spec=None, **kwargs):
"""
For information regarding ``intros`` and ``intros_spec``, refer to the
`intros documentation <intros>`.
:param intros: If None, the command `intros <intros>`
will be automatically determined from the spec, otherwise any string
provided, by itself or in a list, will be registered as an intro of
the command. If supplied, overrides any provided ``intros_spec``.
:type intros: string, string list, or None
:param string intros_spec: If supplied, will be parsed to obtained the
intros for the command, similar in manner to how spec is parsed.
:param \*\*kwargs: passed safely to CompoundRule_
"""
self._intros = _first_not_none(intros, getattr(self, "intros", None))
if isinstance(self._intros, six.string_types):
self._intros = [self._intros]
self._intros_spec = _first_not_none(intros_spec, getattr(self, "intros_spec", None))
# avoid duplicate processing to speed load time
if not isinstance(self, FluidRule):
_RegistryRule.__init__(self, **kwargs)
def __init__(self, intros=None, intros_spec=None, **kwargs):
"""
For information regarding ``intros`` and ``intros_spec``, refer to the
`intros documentation <intros>`.
:param intros: If None, the command `intros <intros>`
will be automatically determined from the spec, otherwise any string
provided, by itself or in a list, will be registered as an intro of
the command. If supplied, overrides any provided ``intros_spec``.
:type intros: string, string list, or None
:param string intros_spec: If supplied, will be parsed to obtained the
intros for the command, similar in manner to how spec is parsed.
:param \*\*kwargs: passed safely to CompoundRule_
"""
self._intros = _first_not_none(intros, getattr(self, "intros", None))
if isinstance(self._intros, six.string_types):
self._intros = [self._intros]
self._intros_spec = _first_not_none(intros_spec, getattr(self, "intros_spec", None))
# avoid duplicate processing to speed load time
if not isinstance(self, FluidRule):
_RegistryRule.__init__(self, **kwargs)
def _determine_intros(rule):
"""
Expected to be able to accept any spec as long as it is well-formed:
- balanced parentheses and brackets
- contains no { or } characters
- outside of <extra> references, contains no < or > characters
This could be further enhanced to extract string parts from Option elements
e.g. spec = "select <direction> word"
extras = (Choice("direction", {"left":"left", "right":"right"}), )
### intros --> ["select right word", "select left word"]
"""
if rule._intros:
return rule._intros
else:
intros_spec = _first_not_none(getattr(rule, "_intros_spec", None), getattr(rule, "_spec", None))
if not intros_spec:
return None
return Registry._parse_spec(intros_spec)
def _determine_intros(rule):
"""
Expected to be able to accept any spec as long as it is well-formed:
- balanced parentheses and brackets
- contains no { or } characters
- outside of <extra> references, contains no < or > characters
This could be further enhanced to extract string parts from Option elements
e.g. spec = "select <direction> word"
extras = (Choice("direction", {"left":"left", "right":"right"}), )
### intros --> ["select right word", "select left word"]
"""
if rule._intros:
return rule._intros
else:
intros_spec = _first_not_none(getattr(rule, "_intros_spec", None),
getattr(rule, "_spec", None))
if not intros_spec:
return None
return Registry._parse_spec(intros_spec)
