def cpu_profile_by_name(domain):
for entry in domain_profile_mapping:
if entry.domain == domain:
return profiles.get_cpu_current_profile(entry.profileId)
print 'WARN: no profileId configured for domain %s, using profileId with index 0' % domain
return profiles.get_cpu_current_profile(0)
def main():
# Solve allocation problem
nodecount = len(nodes.NODES)
model = placement.SSAPvPlacement(nodecount, nodes.NODE_CPU, nodes.NODE_MEM, nodes.DOMAIN_MEM)
model.execute()
assignment = model.assignment
if assignment != None:
node_assignment = {}
for domain in assignment.keys():
node = assignment[domain]
if not node_assignment.has_key(node):
node_assignment[node] = []
node_assignment[node].append(domain)
print node_assignment
# Load time series used by the drivers
# Connect with Times
print 'Connecting with Times'
tsdata = []
connection = times_client.connect()
# Loading services to combine the dmain_service_mapping with
service_count = len(domains.domain_profile_mapping)
import sys
ts_length = sys.maxint
for i_service in xrange(service_count):
name = profiles.get_cpu_current_profile(i_service)
tsd = connection.load(name)
tsd = wutil.to_array(tsd)[1]
tsdata.append(tsd)
ts_length = min(ts_length, len(tsd))
times_client.close()
print node_assignment
# Run simulation and report overload situations
acc_load = [[] for _ in xrange(len(nodes.NODES))]
for t in xrange(ts_length):
print '-- t -- %i' % t
for node in node_assignment.keys():
sum_load = 0
for domain in node_assignment[node]:
sum_load += tsdata[domain][t]
print node
acc_load[node].append(sum_load)
# Plot accumulated loads
fig = plt.figure()
fig.set
ax = fig.add_subplot(111)
ax.set_title("Workload %s Overload %s" % (profiles.selected_name, profiles.modified))
ax.axis([0.0, ts_length, 0, 500])
for load in acc_load:
ax.plot(range(0, len(load)), load)
plt.savefig('C:/temp/convolution/tesoverload_%s_%s.png' % (profiles.selected_name, profiles.modified))
else:
print 'Could not check overload - no feasible assignment found'
