def getSubsysVinfo(c):
result = ""
tolog("Get Subsystem model name:")
result = SendCmd(c, "subsys -v")
modelNameValue = (result.split("\\n")[1]).replace(
"Vendor: Promise Technology,Inc. Model: ", "")
return modelNameValue
def getnetMinfo(c):
# the old hyperion net -v
# ActiveCtrlId: 1 Port: 1
# MaxSupportedSpeed: 100Mbps LinkStatus: Up
#
# ProtocolFamily: IPv4(Enabled) DHCP: Disabled
# IP: 10.84.2.146
# IPMask: 255.255.255.0
# DNS: 225.0.0.0
# Gateway: 10.84.2.1
# MAC: 00:01:55:59:EA:9D
# WakeOnLAN: Enabled
#
# ProtocolFamily: IPv6(Enabled) DHCP: Disabled
# IP: 2017::1
# IPMask: ffff::
# DNS: 2017::3
# Gateway: 2017::9
# MAC: 00:01:55:59:EA:9D
# WakeOnLAN: Enabled
from ssh_connect import ssh_conn
c, ssh = ssh_conn()
import json
a = SendCmd(c, "net -m")
# -------------------------------------------------------------------------------
# CtrlId: 1 Port: 1
# ProtocolFamily: IPv4(Enabled) DHCP: Disabled
# IP: 10.0.0.3
# IPMask: 255.0.0.0
# DNS: 0.0.0.0
# Gateway: 0.0.0.0
# MAC: 00:01:55:59:EA:9D
#
# CtrlId: 1 Port: 1
# ProtocolFamily: IPv6(Enabled) DHCP: Disabled
# IP: 2001::1
# IPMask: ffff::
# DNS: ::
# Gateway: ::
# MAC: 00:01:55:59:EA:9D
#
#
# -------------------------------------------------------------------------------
# Controller 2 information not accessible
#
b = a.split("\r\n")
for i in range(5):
for item in b:
if not ("ProtocolFamily" in item or "IP" in item or "DNS" in item
or "Gateway" in item or "MAC" in item):
b.remove(item)
net_m_ipv4_list = b[:7]
net_m_ipv6_list = b[7:]
#net_v_ipv4_list
#print "v6 list", net_v_ipv6_list
net_m_ipv4_dict = {}
net_m_ipv6_dict = {}
for each in net_m_ipv4_list:
if "ProtocolFamily" in each:
lista = each.split(" ")
for eacha in lista:
key = eacha.split(": ")[0]
value = eacha.split(": ")[1]
net_m_ipv4_dict[key] = value
else:
key = each.split(": ")[0]
value = each.split(": ")[1]
net_m_ipv4_dict[key] = value
for each in net_m_ipv6_list:
if "ProtocolFamily" in each:
lista = each.split(" ")
for eacha in lista:
key = eacha.split(": ")[0]
value = eacha.split(": ")[1]
net_m_ipv6_dict[key] = value
else:
key = each.split(": ")[0]
value = each.split(": ")[1]
net_m_ipv6_dict[key] = value
return net_m_ipv4_dict, net_m_ipv6_dict
def phydrvoffline(c):
Failflag = False
from pool import poolcreateandlist
from pool import poolforceclean
from pool import sparedrvcreate
from pool import getpdlist
import time
poolforceclean(c)
poolcreateandlist(c, 1)
sparedrvcreate(c, 1)
spareid = SendCmd(c, "spare -v").split("PdId: ")[1][0:2].strip()
# get pdids that are for pool0
# method 1
# pddict=getpdlist(c)
# pool0pds=[]
# for key,value in pddict.items():
# if "Pool0" in value:
# pool0pds.append(key)
#method 2
res = SendCmd(c, "pool -v -i 0")
pool0pds = res.split("Pds: ")[1].replace("administrator@cli> ", "").strip()
# send offline cmd
SendCmd(c, "phydrv -a offline -p " + pool0pds[0])
# verify spare drive is rebuilding
resbuilding = SendCmd(c, "phydrv")
if "Rebuilding" in resbuilding:
tolog("spare drive %s is rebuilding." % spareid)
else:
tolog("Rebuilding does not work on spare drive %s" % spareid)
Failflag = True
i = 0
while "Rebuilding" in resbuilding and i < 30:
tolog("Rebuilding is ongoing, elasped %s" % str(i))
resbuilding = SendCmd(c, "phydrv")
time.sleep(1)
i += 1
if i == 30:
tolog(
"Because rebuilding process will take too much time, the script will not record the process any more."
)
# else:
# tolog("Rebuilding is done.")
# verify the original spare drive is in pool0
res = SendCmd(c, "pool -v -i 0")
updated_pool0pds = res.split("Pds: ")[1].replace("administrator@cli> ",
"").strip()
if spareid in updated_pool0pds:
tolog("spare drive %s is in pool0" % spareid)
else:
tolog("NOTE: spare drive %s is not in pool0" % spareid)
Failflag = True
# verify the offlined drive is Stale, Staleconfig status
pddict = getpdlist(c)
for key, value in pddict.items():
if "Stale" in value:
stalepdid = key
break
if key == pool0pds[0]:
tolog("drive %s is stale" % pool0pds[0])
else:
tolog("NOTE: drive %s is not stale" % pool0pds[0])
Failflag = True
SendCmd(c, "phydrv -a clear -t staleconfig -p " + pool0pds[0])
updated_pddict = getpdlist(c)
staleflag = False
for key, value in updated_pddict.items():
if "Stale" in value:
tolog("Clear Staleconfig failed")
staleflag = True
Failflag = True
if not staleflag:
tolog("Clear Staleconfig successfully.")
if Failflag:
tolog(Fail)
else:
tolog(Pass)