How to use parse_scoped_name method in Behave

Best Python code snippet using behave

_registry.py

Source:_registry.py

...54    """55    if ":" not in scoped_class_name:56        message = 'REQUIRE: "module:class", but was: "%s"' % scoped_class_name57        raise ValueError(message)58    module_name, class_name = parse_scoped_name(scoped_class_name)59    formatter_module = load_module(module_name)60    formatter_class = getattr(formatter_module, class_name, None)61    if formatter_class is None:62        raise ImportError("CLASS NOT FOUND: %s" % scoped_class_name)63    return formatter_class64def select_formatter_class(formatter_name):65    """Resolve the formatter class by:66      * using one of the registered ones67      * loading a user-specified formatter class (like: my.module_name:MyClass)68    :param formatter_name:  Name of the formatter or scoped name (as string).69    :return: Formatter class70    :raises: LookupError, if not found.71    :raises: ImportError, if a user-specific formatter class cannot be loaded.72    :raises: ValueError, if formatter name is invalid....

importer.py

Source:importer.py

...5"""6from __future__ import absolute_import7import importlib8from behave._types import Unknown9def parse_scoped_name(scoped_name):10    """11    SCHEMA: my.module_name:MyClassName12    EXAMPLE:13        behave.formatter.plain:PlainFormatter14    """15    scoped_name = scoped_name.strip()16    if "::" in scoped_name:17        # -- ALTERNATIVE: my.module_name::MyClassName18        scoped_name = scoped_name.replace("::", ":")19    module_name, object_name = scoped_name.rsplit(":", 1)20    return module_name, object_name21def load_module(module_name):22    return importlib.import_module(module_name)23class LazyObject(object):24    """25    Provides a placeholder for an object that should be loaded lazily.26    """27    def __init__(self, module_name, object_name=None):28        if ":" in module_name and not object_name:29            module_name, object_name = parse_scoped_name(module_name)30        assert ":" not in module_name31        self.module_name = module_name32        self.object_name = object_name33        self.resolved_object = None34    def __get__(self, obj=None, type=None):     # pylint: disable=redefined-builtin35        """36        Implement descriptor protocol,37        useful if this class is used as attribute.38        :return: Real object (lazy-loaded if necessary).39        :raise ImportError: If module or object cannot be imported.40        """41        __pychecker__ = "unusednames=obj,type"42        resolved_object = None43        if not self.resolved_object:...

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