def testQuickCreate(self): quick_create_event(1, event_server = server(SERVERID = "TEST"), event_schedule=schedule(SCHEDID = "SCHED1"), event_job=job(JOBID = 15), event_action=action(ACTIONID="ACT1"), event_user=user(USERID="Dan")) self.assert_(getsession().query(event).filter(event.EVENTNUM == 1).count()) e = getsession().query(event).filter(event.EVENTNUM == 1).one() self.assert_(e.SERVERID == "TEST") self.assert_(e.SCHEDID == "SCHED1") self.assert_(e.JOBID == 15) self.assert_(e.ACTIONID == "ACT1") self.assert_(e.USERID == "Dan")
def add_server(self):
self.server_ip = self.dialogUi.ip_line.text()
self.username = self.dialogUi.username_line.text()
self.password = self.dialogUi.password_line.text()
self.port = self.dialogUi.port_line.text()
added_server = servers.server(self.server_ip, self.username,
self.password, self.port)
servers.add_server(added_server)
self.update_lists_signal.emit("")
self.close()
def __init__(self):
print("started at "+str(datetime.today()))
self.server = server('127.0.0.1', 6000, 8000)
self.json = jsonserver(self.server)
self.json.tcp_client+= self.got_flash
self.json.got_packet+= self.flash_data
self.server.start()
def testDescription(self):
u = user(USERID = "DAN", EMAIL="*****@*****.**")
edef = eventdef()
desc = edef.event_text("%USER% has email %EMAIL%", event_user = u)
self.assert_(u.USERID in desc)
self.assert_(u.EMAIL in desc)
s = server(SERVERID = "testserver", IP = "192.168.1.1", PORT = 2200, OS = 1, TYPE = 1)
desc = edef.event_text("%SERVER% has ip %IP% port %PORT% os %SERVEROS% ", event_server = s, event_user = u)
self.assert_(s.SERVERID in desc)
self.assert_(s.IP in desc)
self.assert_(str(s.PORT) in desc)
self.assert_(s.os_to_string() in desc)
q = job(JOBID = 14, SCHDATE = datetime.now(), BATCH = "batch1", IGNOREDEP = False, REMAININGRUNS = 15, MAXRUNS = 10)
desc = edef.event_text("%JOB% %SCHDATE% %BATCH% %IGNOREDEPS% %REMAININGRUNS% %MAXRUNS%", event_job = q)
self.assert_(str(q.JOBID) in desc)
self.assert_(str(q.SCHDATE) in desc)
self.assert_(q.BATCH in desc)
self.assert_(str(q.IGNOREDEP) in desc)
self.assert_(str(q.REMAININGRUNS) in desc)
self.assert_(str(q.MAXRUNS) in desc)
a = action(ACTIONID = "Action12", CMDLINE = "dir", STDIN = True, STARTINDIR = "/etc", STDOUT = False, OS = 1, USERID = "JOHN")
desc = edef.event_text(" %ACTION% %CMDLINE% %STDIN% %STARTINDIR% %CAPTURESTDOUT% %ACTIONOS% %ACTIONUSER%", event_action = a)
self.assert_(a.CMDLINE in desc)
self.assert_(a.ACTIONID in desc)
self.assert_(str(a.STDIN) in desc)
self.assert_(a.STARTINDIR in desc)
self.assert_(str(a.STDOUT) in desc)
self.assert_(a.os_to_string() in desc)
self.assert_(a.USERID in desc)
s = schedule(SCHEDID = "sched1", INTERVAL = 1, METHOD = 2, AFTER = 0, DELTA = 3, CALID = "cal3", CALTYPE = 2)
desc = edef.event_text("%SCHEDID% %INTERVAL% %METHOD% %RESCHEDULEON% %DELTA% %CALENDAR% %CALTYPE% %ASCHEDULEMAXRUNS% %ABSRESCHEDULE%", event_schedule = s)
self.assert_(s.SCHEDID in desc)
self.assert_(str(s.INTERVAL) in desc)
self.assert_(s.method_str() in desc)
self.assert_(s.resch_str() in desc)
self.assert_(s.type_str() in desc)
self.assert_(s.CALID in desc)
self.assert_(s.caltype_str() in desc)
self.assert_(str(s.MAXRUNS) in desc)
self.assert_(str(s.WHEN) in desc)
desc = edef.event_text("%CONTROLLER% for %MESSAGE%", event_message="A generic message")
self.assert_(myname in desc)
self.assert_("A generic message" in desc)
def getVms(creds):
servers = {}
try:
url = creds['service_endpoints']['nova']+"/servers/detail?all_tenants=1"
req = urllib2.Request(url)
req.add_header('Content-Type','application/json')
req.add_header('X-Auth-Token',creds["id"])
response=urllib2.urlopen(req)
code = response.code
data = json.loads(response.read())
for ops_svr in data["servers"]:
ops_svr[ 'addrLabels'] = srv.getAddr()
srv = server(ops_svr)
if ops_svr["status"] == "ACTIVE":
srv.addDgn(getVmStats(ops_svr["id"],creds))
else:
srv.addDgn({})
return data
except urllib2.HTTPError, e:
logger.warning('Error: '+str(e))
def getVms(creds):
print("getVms")
servers = {}
try:
url = creds['service_endpoints']['nova'] + "/servers/detail"
req = urllib2.Request(url)
req.add_header('Content-Type', 'application/json')
req.add_header('X-Auth-Token', creds["id"])
response = urllib2.urlopen(req)
code = response.code
data = json.loads(response.read())
for ops_svr in data["servers"]:
srv = server(ops_svr)
ops_svr['addrLabels'] = srv.getAddr()
if ops_svr["status"] == "ACTIVE":
srv.addDgn(getVmStats(ops_svr["id"], creds))
else:
srv.addDgn({})
return data
except urllib2.HTTPError, e:
logger.warning('Error: ' + str(e))