def start_coord(self, raw_data, weight):
""" starts the coordinator.
@param raw_data is the data that coord-node has to process.
@param weight is the weight of this node.
@param ls is a list that contains all the nodes.
"""
# set the weight of the node to protocol
self.set_weight(weight)
# read all waiting, raw data and pass it to a sketch
self._read_data(raw_data)
# update last statistics vector to hold the localstats
self._set_lastStatistics(self.ams.sketch)
# update slack vector to 0
VectorOps.init_empty_vector(self.cm.slack, \
self.cm.lastStatistics)
self.all_vectors[self.node_name] = \
[self.weight, self.cm.lastStatistics]
def start(self, raw_data, weight):
""" starts the protocol. Initialization phase of the
coordinator-based algorithm is implemented, exactly as it is
presented in the paper [lift2006].
@param raw_data is a list that contains items of unprocessed
data.
"""
# first of all, set the weight of the node to protocol
self.set_weight(weight)
# read all waiting, raw data and pass it to a sketch
self._read_data(raw_data)
# update last statistics vector to hold the localstats
self._set_lastStatistics(self.ams.sketch)
# update slack vector to 0
VectorOps.init_empty_vector(self.cm.slack, \
self.cm.lastStatistics)
# create an init message
self.init_msg = self.create_init_msg()
# send an 'INIT'-type message to coordinator
self.sendMessage(self.init_msg)
# finally set change state
self.set_state('UNSAFE')
def start(self, raw_data, weight):
""" starts the protocol. Initialization phase of the
coordinator-based algorithm is implemented, exactly as it is
presented in the paper [lift2006].
@param raw_data is a list that contains items of unprocessed
data.
"""
# first of all, set the weight of the node to protocol
self.set_weight(weight)
# read all waiting, raw data and pass it to a sketch
self._read_data(raw_data)
# update last statistics vector to hold the localstats
self._set_lastStatistics(self.ams.sketch)
# update slack vector to 0
VectorOps.init_empty_vector(self.cm.slack, \
self.cm.lastStatistics)
# create an init message
self.init_msg = self.create_init_msg()
# send an 'INIT'-type message to coordinator
self.sendMessage(self.init_msg)
# finally set change state
self.set_state('UNSAFE')
def initialization(self):
""" inits the centralized protocol. """
# first of all set the weight
self.weight = self.getNodeWeight()
# hold the initial statistics vector to last statistics
self.cm.lastStatistics = self.getDataFromNode()
# set slack vector to 0
self.cm.slack = VectorOps.init_empty_vector(self.cm.slack, \
self.cm.lastStatistics)
# create then init message
self.init_msg = INIT(self.node_name, \
self.COORD, \
self.cm.lastStatistics,\
self.weight)
# send message to network
self.sendMessage(self.init_msg)
def initialization(self):
""" inits the centralized protocol. """
# first of all set the weight
self.weight = self.getNodeWeight()
# hold the initial statistics vector to last statistics
self.cm.lastStatistics = self.getDataFromNode()
# set slack vector to 0
self.cm.slack = VectorOps.init_empty_vector(self.cm.slack, \
self.cm.lastStatistics)
# create then init message
self.init_msg = INIT(self.node_name, \
self.COORD, \
self.cm.lastStatistics,\
self.weight)
# send message to network
self.sendMessage(self.init_msg)
