def NSMemeStat():
sess = test_util.Login('10.102.28.201')
r = nsmemory_stats.get(sess)
print len(r)
print type(r)
print r[1].pool
print 'Done'
def SSLStat():
sess = test_util.Login('10.102.28.201')
r = ssl_stats.get(sess)
print type(r)
print len(r)
print type(r[0])
print 'ssltotdec {}'.format(r[0].ssltotdec)
r = ssl_stats.get(sess)
print 'ssltotdec {}'.format(r[0].ssltotdec)
def Login(self) :
self.sess = test_util.Login(self.nsip)
if self.sess :
d = test_util.GetNSIPS(self.sess)
self.vip = d[NS.nsip.Type.VIP]
self.snip = d[NS.nsip.Type.SNIP]
hw = NSHW.nshardware.get(self.sess)
self.hwdescription = hw[0].hwdescription
return self.sess
def CertKey():
sess = test_util.Login('10.102.28.201')
#ck = sslcertkey.sslcertkey.get(sess)
#for c in ck :
# print '{}'.format(c.certkey)
try:
ck = sslcertchain_sslcertkey_binding.sslcertchain_sslcertkey_binding.get(
sess, 'Server2048_sha256')
for c in ck:
print '{} {}'.format(c.linkcertkeyname, c.certkeyname)
except Exception as e:
print e.message
print '\n'
try:
ck = sslcertchain_sslcertkey_binding.sslcertchain_sslcertkey_binding.get(
sess, 'ThreeCA2048')
for c in ck:
print '{} {}'.format(c.linkcertkeyname, c.certkeyname)
except Exception as e:
print e.message
obj.ssl.ersa = d['ersa']
obj.ssl.ersacount = d['ersacount']
obj.ssl.snienable = d['snienable']
obj.boundciphers = d['boundciphers']
obj.ssl.cipherurl = None
obj.ssl.sslv2url = None
obj.ssl.dtlsprofilename = None
obj.ssl.sslprofile = None
obj.ApplySavedCiphers(sess)
try:
SSLVSERVER.sslvserver.update(sess, obj.ssl)
except NITROEXCEPTION as e:
print 'Update Vserver failed : {}'.format(e.message)
ret = False
except Exception as e:
print 'Update Vserver failed : {}'.format(e.message)
ret = False
return obj
if __name__ == "__main__":
sess = test_util.Login('10.102.28.201')
l = SSLVSRVRCIPHER.sslvserver_sslcipher_binding.get(sess, 'vone')
l = SSLVSRVRCIPHERSUITE.sslvserver_sslciphersuite_binding.get(sess, 'vone')
for x in l:
print '{} {} '.format(x.vservername, x.ciphername)
def NSStats():
sess = test_util.Login('10.102.28.201')
st = ns_stats.ns_stats.get(sess, 'sys_cur_alloc_bm16_entries')
print type(st)