def getNeighbors():
"""
Return the nodes to gossip with.
This algorithm might be expanded later. Right now we just have a
constant group. Theoretically it would try a few and optimize to gossip
with the nearest nodes. Definitely an area for further design and
implementation.
"""
global neighborStrategy
if not neighborStrategy:
neighborStrategy = neighbors.neighborStrategyFactory(
config.GOSSIP_NEIGHBOR_STRATEGY)
return neighborStrategy.getNeighbors()
def getNeighbors():
"""
Return the nodes to gossip with.
This algorithm might be expanded later. Right now we just have a
constant group. Theoretically it would try a few and optimize to gossip
with the nearest nodes. Definitely an area for further design and
implementation.
"""
global neighborStrategy
if not neighborStrategy:
neighborStrategy = neighbors.neighborStrategyFactory(
config.GOSSIP_NEIGHBOR_STRATEGY)
return neighborStrategy.getNeighbors()
def init():
"""
Initialize the connections.
Let's get it started...in here!
Developer note: the advantage of putting it here is
that me.py doesn't need to import anything.
"""
global neighborStrategy
me.init(nodes.CurrentNode())
debug("Init called. Node is " + me.getUid(), info=True)
debug("#".join(["New", me.getMe().getShortUid(), me.getUid()]),
monitor=True)
neighborStrategy = neighbors.neighborStrategyFactory(
config.GOSSIP_NEIGHBOR_STRATEGY)
def init():
"""
Initialize the connections.
Let's get it started...in here!
Developer note: the advantage of putting it here is
that me.py doesn't need to import anything.
"""
global neighborStrategy
me.init(nodes.CurrentNode())
debug("Init called. Node is " + me.getMe().getUid(), info=True)
debug("#".join(["New", me.getMe().getShortUid(), me.getMe().getUid()]),
monitor=True)
neighborStrategy = neighbors.neighborStrategyFactory(
config.GOSSIP_NEIGHBOR_STRATEGY)