version=re.search('Version (.+)',info)
build=re.search('\(build (.+)\)',info)
if reboot_info is None:
return ('Null', 'Null', 'Null', 'Null')
else:
return (up_time.group(1),reboot_info.group(1),version.group(1),build.group(1))
if __name__ == '__main__':
sys.argv.pop(0)
tid = sys.argv.pop(0)
cluster = db.get_cluster(tid)
vc_url = cluster.vcip
username = cluster.username
password = cluster.password
ap = {}
aps = db.get_aps(tid)
ap_list = []
with SWARM(vc_url,4343,username,password) as swarm:
ret = swarm.OPCODE('support','show aps')
_aps = format_aps(ret)
for _ap in _aps:
ap['tid'] = tid
ap['name'] = _ap[0].strip()
ap['ip'] = _ap[1].strip()
ap['status'] = 'Up'
ap_list.append(ap['name'])
ret = swarm.OPCODE('support','show version', ap['ip'])
ap['status'] = format_version(ret)[1]
db.insert_ap(ap)
ap['clients'] = _ap[4].strip()
ap_list.append(ap['name'])
if '*' in ap['ip']:
ret = swarm.OPCODE('support','show version')
fv = format_version(ret)
db.update_cluster_version(tid, fv[2], fv[3])
else:
ret = swarm.OPCODE('support','show version', ap['ip'].strip('*'))
version_info = format_version(ret)
ap['status'] = version_info[1]
ap['uptime'] = version_info[0]
db.insert_ap(ap)
aps = list(db.get_aps(tid))
for _ap in aps:
if _ap.name not in ap_list:
db.delete_ap(_ap.id)
continue
print _ap.ip.strip('*')
ret = swarm.OPCODE('support', 'show memory', _ap.ip.strip('*'))
ret = format_mem(ret)
if ret.has_key('MemFree') and ret.has_key('MemTotal'):
db.insert_memory(_ap.id, ret['MemFree'].strip(' kB'), ret['MemTotal'].strip(' kB'))
else:
print ret
ret = swarm.OPCODE('support', 'show cpu', _ap.ip.strip('*'))
ret = format_cpu(ret)
if ret.has_key('idle'):
def GET(self, tid):
global fail_filter
clusters = db.get_clusters()
clusters = list(clusters)
cluster = db.get_cluster(tid)
cluster_version = db.get_cluster_version(tid)
if cluster_version is None:
cluster_version = web.Storage(version='0.0.0.0', build='9999', oem='ARUBA')
_aps = db.get_aps(tid)
aps = []
ap = {}
ap_count = 0
entry_count=web.Storage(warning=0, error=0, passed=0)
for _ap in _aps:
ap_count += 1
ap['name'] = _ap.name
ap['type'] = _ap.type
ap['uptime'] = _ap.uptime
ap['status'] = _ap.status
ap['time'] = _ap.time
ap['ip'] = _ap.ip
ap['clients'] = _ap.clientCount
ap['entry_status'] = 0
ap['id'] = _ap.id
mem = db.get_memory(_ap.id)
if mem:
ap['mem_free'] = mem.memoryFree
ap['mem_used'] = mem.memoryTotal - mem.memoryFree
ap['mem_time'] = mem.time
else:
ap['mem_free'] = 'NULL'
ap['mem_used'] = 'NULL'
ap['mem_time'] = 'NULL'
cpu = db.get_cpu(_ap.id)
if cpu:
ap['cpu_idle'] = cpu.idle
ap['cpu_time'] = cpu.time
else:
ap['cpu_idle'] = 'NULL'
ap['cpu_time'] = 'NULL'
for f in fail_filter:
if f in _ap.status:
ap['entry_status'] += -1
break
if ap['cpu_idle'] <= 10:
ap['entry_status'] += -2
if ap['entry_status'] == 0 and \
('Null' in ap['status'] or \
'NULL' in str(ap['mem_free']) or \
'NULL' in str(ap['cpu_idle'])):
ap['entry_status'] = 1
if ap['entry_status'] == 1:
entry_count.warning += 1
elif ap['entry_status'] < 0:
entry_count.error += 1
else:
entry_count.passed += 1
aps.append(ap)
ap = {}
return render.view(clusters, cluster, cluster_version, aps, ap_count, entry_count)