def main():
global NUM_QUE
core_aff = []
for i in range(0, NUM_QUE):
aff = march.make_Simp_core_aff(i, [i])
core_aff.append(aff)
core_list = range(0, NUM_QUE)
sched = march.make_service_sched("LinuxNetStack", [NUM_QUE, core_list],
core_aff)
m0 = march.make_machine(mid=0, name="machine_0", cores=40, netSched=sched)
m1 = march.make_machine(mid=1, name="machine_1", cores=40, netSched=sched)
m2 = march.make_machine(mid=2, name="machine_2", cores=40, netSched=sched)
m3 = march.make_machine(mid=3, name="machine_3", cores=40, netSched=sched)
machines = [m0, m1, m2, m3]
with open("./json/machines.json", "w+") as f:
json.dump(machines, f, indent=2)
def main():
global NUM_QUE
global FANOUT
core_aff = []
for i in range(0, NUM_QUE):
aff = march.make_Simp_core_aff(i, [i])
core_aff.append(aff)
core_list = range(0, NUM_QUE)
sched = march.make_service_sched("LinuxNetStack", [NUM_QUE, core_list], core_aff)
machines = []
for i in range(0, FANOUT + 1):
m = march.make_machine(mid = i, name = "machine_" + str(i), cores = 40, netSched = sched)
machines.append(m)
with open("./json/machines.json", "w+") as f:
json.dump(machines, f, indent=2)
def main():
global NUM_QUE
global FANOUT
core_aff = []
for i in range(0, NUM_QUE):
aff = march.make_Simp_core_aff(i, [i])
core_aff.append(aff)
core_list = range(0, NUM_QUE)
machines = []
sched = march.make_service_sched("LinuxNetStack", [NUM_QUE, core_list], core_aff)
# need 2x machines + 1 to hold both ngx, memcached pairs and a load balancer
for i in range(0, FANOUT + 1):
mach_name = "machine_" + str(i)
mach = march.make_machine(mid = i, name = mach_name, cores = 40, netSched = sched)
machines.append(mach)
with open("./json/machines.json", "w+") as f:
json.dump(machines, f, indent=2)