def comparison(
comparator: ComparisonOperator,
rhs: IntegerMatcherArg,
) -> IntegerMatcherArg:
return args.SequenceOfArguments([
args.Singleton(comparator.name),
rhs,
])
def _arguments(path: PathArgument,
matcher: ArgumentElementsRenderer,
) -> ArgumentElementsRenderer:
return arg_rends.SequenceOfArguments([
path,
arg_rends.Singleton(reserved_words.COLON),
matcher,
])
def comparison2(
comparator: ComparisonOperator,
rhs: int,
) -> IntegerMatcherArg:
return args.SequenceOfArguments([
args.Singleton(comparator.name),
args.Singleton(str(rhs)),
])
def program_followed_by_transformation(
program_wo_transformation: ArgumentElementsRenderer,
transformation: ArgumentElementsRenderer) -> ArgumentElementsRenderer:
return primitive_ab.SeparatedByNewLine(
program_wo_transformation,
primitive_ab.SequenceOfArguments([
ab.option(WITH_TRANSFORMED_CONTENTS_OPTION_NAME),
transformation,
]))
def recursive(path: PathArgument,
files_matcher: MatcherArgument,
recursion_options: ArgumentElementsRenderer
= RECURSION_OPTION_ARG,
) -> ArgumentElementsRenderer:
return _arguments(
path,
arg_rends.SequenceOfArguments([recursion_options, files_matcher]),
)
def elements(self) -> List[WithToString]:
render = args_rend.SequenceOfArguments([
args_rend.OptionArgument(str_src_defs.FILE_OPTION),
self.file,
])
return render.elements
def within_paren(expression: ArgumentElementsRenderer) -> ArgumentElementsRenderer:
return arg_r.SequenceOfArguments([
arg_r.Singleton('('),
expression,
arg_r.Singleton(')'),
])
def sequence__r(arguments: Sequence[ArgumentElementsRenderer]) -> ArgumentElementsRenderer:
return arg_r.SequenceOfArguments(arguments)
def copy(
src: PathArgument,
dst: Optional[PathArgument] = None,
) -> ArgumentElementsRenderer:
return (src if dst is None else argument_renderer.SequenceOfArguments(
[src, dst]))