def file_add():
#File add
ea_write = open('snap.dat','a')
em = EAMeasurement()
#ed.simple_db_test()
snapshot = RancidSnapshotManager("")
dev_snap = snapshot.get_snapshot_single(sys.argv[2])
em.write_measurement(ea_write, dev_snap, sys.argv[3])
ea_write.close()
def file_add():
#File add
ea_write = open('snap.dat', 'a')
em = EAMeasurement()
#ed.simple_db_test()
snapshot = RancidSnapshotManager("")
dev_snap = snapshot.get_snapshot_single(sys.argv[2])
em.write_measurement(ea_write, dev_snap, sys.argv[3])
ea_write.close()
def convert_file_database(last_id):
ea_read = open('snap.dat','r')
ed = EADatabase()
ed.simple_db_test()
ed.simple_db_test()
for line in ea_read:
eam = EAMeasurement()
eam.parse_measurement(line)
ed.ins_device_sql(last_id, eam.snapshot.dev_manufacturer, eam.snapshot.chassis_type, eam.power_measurement)
for comp in eam.snapshot.components:
ed.ins_component_sql(last_id,comp)
last_id = last_id+1
def convert_file_database(last_id):
ea_read = open('snap.dat', 'r')
ed = EADatabase()
ed.simple_db_test()
ed.simple_db_test()
for line in ea_read:
eam = EAMeasurement()
eam.parse_measurement(line)
ed.ins_device_sql(last_id, eam.snapshot.dev_manufacturer,
eam.snapshot.chassis_type, eam.power_measurement)
for comp in eam.snapshot.components:
ed.ins_component_sql(last_id, comp)
last_id = last_id + 1
def simple_add():
ea_write = open('snap.dat','a')
em = EAMeasurement()
em.write_simple_measurement(ea_write, sys.argv[2], sys.argv[3])
ea_write.close()
def simple_add():
ea_write = open('snap.dat', 'a')
em = EAMeasurement()
em.write_simple_measurement(ea_write, sys.argv[2], sys.argv[3])
ea_write.close()
def run_audit_file(self, filename):
# Pull in comparative snapshots
print "Run Audit"
pwr_m = []
fsnap = open('snap.dat', 'r')
print "Loading measurements"
for line in fsnap:
eam = EAMeasurement()
eam.parse_measurement(line)
pwr_m.append(eam)
print "Done loading"
# Match snapshots in community database to those seen
# by the parser
no_match = []
nm_num = 0
pwr_consumption = 0.0
num_devices = 0
names_count = {}
power_pie = {}
no_chassis_type = 0
for d in self.device_snapshots:
num_devices = num_devices+1
#print d.chassis_type
ppc = 0.0
if not d or d.chassis_type == "":
no_chassis_type = no_chassis_type+1
continue
if not d.is_stack_switch:
if d.chassis_type.lower() in names_count:
names_count[d.chassis_type.lower()] = names_count[d.chassis_type.lower()]+1
else:
names_count[d.chassis_type.lower()] = 1
nm = True
if d.is_stack_switch:
num_devices = num_devices-1
for c in d.components:
if c.type == "stack":
num_devices = num_devices+1
if c.name.lower() in names_count:
names_count[c.name.lower()] = names_count[c.name.lower()]+1
else:
names_count[c.name.lower()] = 1
#Check the measured devices
nm = True
for m in pwr_m:
if(m.snapshot.dev_comp_match(c)):
pwr_consumption = pwr_consumption+m.power_measurement
if c.name.lower() in power_pie:
power_pie[c.name.lower()] = power_pie[c.name.lower()]+m.power_measurement
else:
power_pie[c.name.lower()] = m.power_measurement
nm = False
for m_comp in m.snapshot.components:
if m_comp.name == "ppcost":
ppc = m_comp.power
break
break
if nm:
nm_num = nm_num+1
if c.name not in no_match:
no_match.append(c.name)
#[JPC]: multiple measurements from the same device currently will result in pathological behavior
nm = True
for m in pwr_m:
if d.dev_match(m.snapshot):
if not d.is_stack_switch: #Already added chassis costs
pwr_consumption = pwr_consumption + m.power_measurement
if d.chassis_type.lower() in power_pie:
power_pie[d.chassis_type.lower()] = power_pie[d.chassis_type.lower()]+m.power_measurement
else:
power_pie[d.chassis_type.lower()] = m.power_measurement
#Check for components
# d is the test snapshot
# m is the measured snapshot
# Find per port cost
for m_comp in m.snapshot.components:
if m_comp.name == "ppcost":
ppc = m_comp.power
break
# No per port cost
if ppc == 0.0:
nm = False
break
# Add per port costs to overall power cost
for tc in d.components:
if "thernet" in tc.name or "thernet" in tc.type or "thernet" in tc.desc:
pwr_consumption = pwr_consumption + ppc
if d.chassis_type.lower() in power_pie:
power_pie[d.chassis_type.lower()] = power_pie[d.chassis_type.lower()]+ppc
else:
power_pie[d.chassis_type.lower()] = ppc
nm = False
break
if nm:
if d.is_stack_switch == False:
nm_num = nm_num+1
if d.chassis_type not in no_match:
no_match.append(d.chassis_type)
#[JPC] Separate the print from the Audit function
blarg = 0
for k,v in names_count.iteritems():
blarg = blarg+1
print k,v
print "---"
for k1,v1 in power_pie.iteritems():
print k1,v1
print "---"
print "Type of devices: "+str(blarg)
#for i in no_match:
# print i
print "Type Count: "+str(blarg)
print str(len(no_match))+" Device types without a match:"
print str(nm_num)+" Devices without a match:"
print "Length of device array:"+str(len(self.device_snapshots))
print "Audit Num Devices: "+str(num_devices)
print "Audit Power Consumption: "+str(pwr_consumption)
print "No Chassis Type: "+str(no_chassis_type)
