def reduce_iterations(self, servers):
"""
Offline part of the RUN Scheduler. Create the reduction tree.
"""
dummy = []
servers = pack_BFD(servers)
self.fill(servers, dummy)
level = 1
self.remove_unit_servers(servers, level)
while servers:
s = dual(servers)
servers = pack_BFD(s)
level += 1
self.remove_unit_servers(servers, level)
self.sim.logger.log("Levels = {}".format(level))
for d in dummy:
d.next_deadline = INFINITO
d.budget = INFINITO
d.dummyServer = True
def reduce_iterations(self, servers):
"""
Offline part of the RUN Scheduler. Create the reduction tree.
"""
dummy = []
#self.print_taks_in_servers(servers)
#servers = increase(self, servers, len(self.processors), dummy)
#servers = self.before(servers, dummy)
servers = pack_BFD(servers)
#self.print_servers(servers)
self.fill(servers, dummy)
#self.independent(servers, dummy)
#self.print_servers(servers)
level = 0
self.remove_unit_servers(servers, level)
while servers:
#self.print_servers(servers)
s = dual(servers)
#self.print_dual(s)
servers = pack_BFD(s)
#self.print_servers(servers)
self.remove_unit_servers(servers, level)
level += 1
self.sim.logger.log("Levels = {}".format(level))
#self.add_subsystem(servers[0])
for d in dummy:
d.next_deadline = INFINITO
d.budget = INFINITO
#sim.logger.log("{}.budget = {}, deadline {}".format(server.identifier, server.budget, server.next_deadline))
d.dummyServer = True
def reduce_iterations(self, servers):
"""
Offline part of the RUN Scheduler. Create the reduction tree.
"""
dummy = []
#self.print_taks_in_servers(servers)
servers = pack_BFD(servers)
#self.print_servers(servers)
self.independent(servers, dummy)
#self.print_servers(servers)
level = 1
while len(servers) > 1:
s = dual(servers)
#self.print_dual(s)
servers = pack_BFD(s)
level += 1
self.sim.logger.log("Levels = {}".format(level))
self.add_subsystem(servers[0], level)
for d in dummy:
#set_budget(d)
update_deadline(self.sim, servers[0], d)
def reduce_iterations(self, servers):
"""
Offline part of the RUN Scheduler. Create the reduction tree.
"""
dummy = []
#self.print_taks_in_servers(servers)
#servers = increase(self, servers, len(self.processors), dummy)
#servers = self.before(servers, dummy)
servers = pack_BFD(servers)
#self.print_servers(servers)
#self.fill(servers, dummy)
self.independent(servers, dummy)
#self.print_servers(servers)
#self.remove_unit_servers(servers)
level = 1
while len(servers) > 1:
#while servers:
#self.print_servers(servers)
s = dual(servers)
#self.print_dual(s)
servers = pack_BFD(s)
#self.print_servers(servers)
#self.remove_unit_servers(servers)
level += 1
self.sim.logger.log("Levels = {} quantity".format(level))
self.add_subsystem(servers[0])
for d in dummy:
#set_budget(d)
update_deadline(self.sim, servers[0], d)
def reduce_iterations(self, servers):
"""
Offline part of the RUN Scheduler. Create the reduction tree.
"""
dummy = []
servers = pack_BFD(servers)
self.independent(servers, dummy)
level = 1
while len(servers) > 1:
s = dual(servers)
servers = pack_BFD(s)
level += 1
self.sim.logger.log("Levels = {} quantity".format(level))
self.add_subsystem(servers[0], level)
for d in dummy:
update_deadline(self.sim, servers[0], d)