Classless 0.0.2

Description:

Classless 0.0.2

Classless=============Get all the benefits of making your functions methods on a classwithout actually having define them methods on a class! **Classless** allows you, instead,to pass a list of functions to ```gen_class```and curry them on the specified attributes.Example:.. code-block:: python from classless import gen_class def fun_stuff(db, name, x): q = db.get(name) return int(q) + x def cool_stuff(q, z, name, y, db): db.insert(name, (q, z, y)) def awesome_adventure(w, name): if w > 5: return name else: raise Exception("I don't approve of the name {}".format(name)) MyPretendClass = gen_class(methods=(fun_stuff, cool_stuff, awesome_adventure), init_attrs=['db', 'name'])and then we use ``MyPretendClass`` just like any regular class:.. code-block:: python obj = MyPretendClass(name='NiceName', db=some_connection) obj.awesome_adventure(25) # Calls awesome_adventure with name='NiceName' # and w=25 obj.cool_stuff(1,2,3) # == cool_stuff(1, 2, 'NiceName', 3, some_connection) obj.fun_stuff('Dr. X') # == fun_stuff(x='Dr. X', name='NiceName', # db=some_connection)where ``obj`` just holds the list of ``methods`` curried on the ``init_attrs``.We could have defined ``MyRealClass`` as so and get identical behaviour:.. code-block:: python class MyRealClass(object): def __init__(self, db, name): self.db = db self.name = name def fun_stuff(x): q = self.db.get(self.name) return int(q) + x def cool_stuff(q, z, y): self.db.insert(self.name, (q, z, y)) def awesome_adventure(w): if w > 5: return self.name else: raise Exception("I don't approve of the name {}".format(self.name))But, then every one of those methods is tied down to a given class, and can't be used as regular functions, without first constructing ``MyRealClass``.