Smart way to convert a PoolMemberDefinitionSequenceSequence to a IPPortDefinitionSequenceSequence

Ok - this should get you close. My brain is a bit fried so there are probably more optimizations available. Note that I added the little stub class just for some sane data structures that we can access via attributes. This is probably slower than other methods, but to me it's cleaner...

wipobj = b.GlobalLB.WideIP
poolobj = b.GlobalLB.Pool
poolmemobj = b.GlobalLB.PoolMember


wideips = wipobj.get_list()
pools = poolobj.get_list()
poolmembers = poolobj.get_member(pools)

class DataHolder():
    ''' A dummy class to set attrs against for ease of reading '''
    def __init__(self, tup):
        self.pool = tup[0]
        self.members = self.clean_members(tup)
        self.member_states = []

    def clean_members(self, tup):
        return [x.member for x in tup[1]]


combined = zip(pools,poolmembers)
data_list = []

print out pool name, and its members.
for x in combined:
     data_list.append(DataHolder(x))
     print "Pool: %s" % x[0]
     print "\t Mems:"
     for y in x[1]:
        print "\t=>%s:%s" % (y.member.address,y.member.port)

 Now, we've got the IPPort definitions already defined, per pool
 found inside the data_list[idx].members attribute. We can pass that array
 into a Commoon.IPPortSequence.items[] array and get the status.

pmemseq = poolmemobj.typefactory.create('Common.IPPortDefinitionSequence')
pmemseq.item = [x.members for x in [y for y in data_list]]
member_status =  poolmemobj.get_enabled_state(pool_names = [x.pool for x in data_list], members = [pmemseq])

Once you nail down a final version, would you mind posting it back?

Thanks!

-Matt