type

def sql_safe(value):
    if isinstance(value, basestring):
        return value.replace("'", "\\'")
    elif isinstance(type(value), (int, float)):
        return value

    def addresses(cls):
        cls.Address = type(
            "%sAddress" % cls.__name__,
            (Address, Base,),
            dict(

    if cls is None:
        # we don't have a suitable class around, so let's make it
        cls = type("%sProxy" % obj_cls.__name__, (Proxy,), {})
        for name in specials:
            name = '__%s__' % name

        known_proxy_classes[key] = cls
    # instantiate and return the needed proxy
    return cls(obj)
 

    def __init__(self, data):
        assert(type(self) != Data)  # This is an abstract class
        self.data = data
 
    @classmethod

    def __init__(self, width, height, title=None, legend=None, colours=None,
                 auto_scale=True, x_range=None, y_range=None):
        assert(type(self) != Chart)  # This is an abstract class
        assert(isinstance(width, int))
        assert(isinstance(height, int))

    def __init__(self, *args, **kwargs):
        assert(type(self) != LineChart)  # This is an abstract class
        Chart.__init__(self, *args, **kwargs)
 
#    def get_url_bits(self, data_class=None):

    def __init__(self, *args, **kwargs):
        assert(type(self) != BarChart)  # This is an abstract class
        Chart.__init__(self, *args, **kwargs)
        self.bar_width = None
        self.zero_lines = {}

    def __init__(self, *args, **kwargs):
        assert(type(self) != GroupedBarChart)  # This is an abstract class
        BarChart.__init__(self, *args, **kwargs)
        self.bar_spacing = None
        self.group_spacing = None

		# --------------------------------------------------------------
		# First generation,
		if type(self.theEliteIndividual) == type(None):
 
			# -----------------------------------------------------

		# [2] Print geno type
		# ------------------------------------
		if type(self.theGenoType) == dict:
			for aKey in self.theGenoType:
				aBuffer += "%s	= %s\n" %(aKey,self.theGenoType[aKey])
		elif type(self.theGenoType) == list:

		# checks type
		# -----------------------------------------------
		if type(aStr) != str:
			aMessage = "%s: \"%s\" is set as \"%s\", but it must be str. \n" \
		           %(SETUP_ERROR,aKey,self.__get(aKey))

            classes = tuple(before + [cls] + after)
            name = '__'.join(cls.__name__ for cls in classes)
            cls = type(name, classes, {})
 
        kwds.setdefault("mangled_name", self.mangled_name)
 
        assert 'llvm_module' not in kwds
        return cls(self.context, self.func, ast,

    def transform(self, ast, env):
        raise NotImplementedError('%r does not implement transform!' %
                                  type(self))
 
    def make_specializer(self, cls, ast, env, **kws):

 
bb1 = config2.get('RecentSongs', 'file1')
print ' file1:', type(bb1)
print bb1
bb2 = unicode(config2.get('RecentSongs', 'file2'), 'utf-8')
print ' file2:', type(bb2)
print bb2
bb3 = config2.get('RecentSongs', 'file3')
print ' file3:', type(bb3)

print bb3
bb4 = config2.get('RecentSongs', 'multipleitems')
print ' multipleitems', type(bb4)
print bb4
bb5 = config2.get('RecentSongs', 'maxitems')
print ' maxitems:', type(bb5)

    def __copy__(self):
	return allocated(type(self), copy_state(readable(self)))
 
    def __reduce__(self):
	return (delayed, (type(self), pid(self)))

	base.__init__(self, *args, **kwargs)
 
    return type(name, (PCursor, base), dict(
	    __slots__ = ('__pid__', ),
	    __module__ = __name__,

		    del self.store[key]
		else:
		    self.store[key] = (type(cursor), state)
	self.store.sync()
 

def get_filename_list(tf):
    import sys, glob
    if tf == None:
        tf = sys.argv[1:]
    elif type(tf) == str:

        for e in self.events:
            if e["event"] == event:
                if type(e["args"]) == type([]):
                    e["callback"](*e["args"])
                elif type(e["args"]) == type({}):