def bvt_verifyChapMod(c):
FailFlag = False
tolog("<b>Verify chap -a mod</b>")
c, ssh = ssh_conn()
chapId = findChapId(c)
if len(chapId) != 0:
result = SendCmdpassword(c,
'chap -a mod -s "name=testModifyName" -i 0',
'111122221111')
c.close()
c, ssh = ssh_conn()
checkResult = SendCmd(c, 'chap')
if "Error (" in result or 'testModifyName' not in checkResult:
FailFlag = True
tolog(
'\n<font color="red">Fail: chap -a mod -s "name=testModifyName" -i 0</font>'
)
else:
tolog('\n<font color="red">Fail: CHAP record not found </font>')
c.close()
ssh.close()
time.sleep(3)
return FailFlag
def verifyDateInvalidParameters(c):
FailFlag = False
tolog("<b>Verify date invalid parameters</b>")
c, ssh = ssh_conn()
command = [
'date test', 'date -a test', 'date -a mod -d 2017/13/30',
'date -a mod -d 2017/05/33', 'date -a mod -t 24:00:00',
'date -a mod -t 00:61:00', 'date -a mod -t 00:00:61'
]
for com in command:
tolog('<b> Verify ' + com + '</b>')
result = SendCmd(c, com)
if "Error (" not in result or "Invalid setting parameters" not in result:
FailFlag = True
tolog('\n<font color="red">Fail: ' + com + ' </font>')
if FailFlag:
tolog(
'\n<font color="red">Fail: Verify date invalid parameters </font>')
tolog(Fail)
else:
tolog('\n<font color="green">Pass</font>')
tolog(Pass)
return FailFlag
def bvt_verifyChapList(c):
FailFlag = False
tolog("<b>Verify chap -a list</b>")
c, ssh = ssh_conn()
chapId = findChapId(c)
if len(chapId) != 0:
result = SendCmd(c, 'chap -a list')
if "Error (" in result or 'ChapId:' not in result or 'Name:' not in result:
FailFlag = True
tolog('\n<font color="red">Fail: chap -a list</font>')
tolog('<b>Verify chap -a list -i chap id</b>')
for i in chapId:
result = SendCmd(c, 'chap -a list -i ' + i)
if 'ChapId:' not in result or 'Name:' not in result or i not in result:
FailFlag = True
tolog('\n<font color="red">Fail: chap -a list -i ' + i +
'</font>')
else:
result = SendCmd(c, 'chap -a list')
if 'CHAP record not found' not in result:
FailFlag = True
tolog('\n<font color="red">Fail: chap -a list</font>')
# c.close()
# ssh.close()
time.sleep(3)
return FailFlag
def verifyDateMod(c):
FailFlag = False
tolog("<b>Verify date -a mod </b>")
# yyyy/mm/dd where month's range is 1-12 and day's range is 1-31.
# hh:mm:ss where hour's range is 0-23, minute's and seconds'range are 0-59
SendCmd(c, 'date -a mod -d 2018/01/01 -t 08:08:08')
c, ssh = ssh_conn()
time.sleep(10)
checkResult = SendCmd(c, 'date')
if '2018-01-01' not in checkResult or '08:08:' not in checkResult:
FailFlag = True
tolog('\n<font color="red">Fail: date -a mod -d 2018/01/01 -t 08:08:08 </font>')
d = time.strftime('%Y/%m/%d', time.localtime(time.time()))
t = time.strftime('%H:%M:%S', time.localtime(time.time()))
SendCmd(c, 'date -a mod -d ' + d + ' -t ' + t)
# c, ssh = ssh_conn()
# time.sleep(10)
checkResult = SendCmd(c, 'date')
if d.split('/')[0] + '-' + d.split('/')[1] + '-' + d.split('/')[2] not in checkResult or t not in checkResult:
FailFlag = True
tolog('\n<font color="red">Fail: date -a mod -d ' + d + ' -t ' + t + ' </font>')
if FailFlag:
tolog('\n<font color="red">Fail: Verify date -a mod </font>')
tolog(Fail)
else:
tolog('\n<font color="green">Pass</font>')
tolog(Pass)
def verifyDateMissingParameters(c):
FailFlag = False
tolog("<b>Verify date missing parameters</b>")
c, ssh = ssh_conn()
command = ['date -a mod -d', 'date -a mod -t']
for com in command:
tolog('<b> Verify ' + com + '</b>')
result = SendCmd(c, com)
if "Error (" not in result or "Missing parameter" not in result:
FailFlag = True
tolog('\n<font color="red">Fail: ' + com + ' </font>')
if FailFlag:
tolog(
'\n<font color="red">Fail: Verify date missing parameters </font>')
tolog(Fail)
else:
tolog('\n<font color="green">Pass</font>')
tolog(Pass)
return FailFlag
def modifyAndVerifyRedundancyType(c):
checkResult = ''
result = tuple()
FailFlag = False
# LUN affinity should be disabled before the following execution
# in new DS, LUN affinity is enabled and cannot be changed.
tolog("Modify and Verify RedundancyType setting: ")
lunaffinityresult = SendCmd(c, "ctrl -v")
if "LUNAffinity: Enabled" in lunaffinityresult:
SendCmd(c, "ctrl -a mod -s \"lunaffinity=disable\"")
for i in range(2):
# determine the original Redundancy type
OrigResult = SendCmd(c, "subsys -v")
if "RedundancyType: Active-Active" in OrigResult:
OrigRedundancyType = "Active-Active"
else:
OrigRedundancyType = "Active-Standby"
if OrigRedundancyType == "Active-Active":
result = SendCmd(
c, 'subsys -a mod -s "redundancytype=active-standby"')
else:
result = SendCmd(
c, 'subsys -a mod -s "redundancytype=active-active"')
checkResult = SendCmd(c, "shutdown -a restart")
from time import sleep
sleep(200)
from ssh_connect import ssh_conn
cnew, sshnew = ssh_conn()
RewResult = SendCmd(cnew, "subsys -v")
if "RedundancyType: Active-Active" in RewResult:
NewRedundancyType = "Active-Active"
else:
NewRedundancyType = "Active-Standby"
if not ("Cachemirroring and RedundancyType setting change will take effect on next"
in result and 'Error' not in checkResult):
FailFlag = True
if not (OrigRedundancyType not in RewResult):
tolog(Failprompt + NewRedundancyType)
FailFlag = True
c = cnew
if FailFlag:
tolog('Modify and Verify RedundancyType setting fail')
tolog(Fail)
else:
tolog('Modify and Verify RedundancyType setting pass')
tolog(Pass)
sshnew.close()
def bvt_verifyDateHelp(c):
FailFlag = False
tolog("Verify date -h ")
c, ssh = ssh_conn()
result = SendCmd(c, 'date -h')
if 'Error (' in result or 'date' not in result:
FailFlag = True
tolog('Fail: date -h ')
return FailFlag
def bvt_verifyDateList(c):
FailFlag = False
tolog("Verify date -a list ")
c, ssh = ssh_conn()
result = SendCmd(c, 'date -a list')
if 'Error (' in result or 'SystemDate:' not in result:
FailFlag = True
tolog('Fail: date -a list ')
return FailFlag
def modifyAndVerifyCachemirroring(c):
# modify the cachemirroring from enabled to disabled
# modify the cachemirroring from disabled to enabled
checkResult = ''
result = tuple()
FailFlag = False
# LUN affinity should be disabled before the following execution
tolog("Modify and Verify Cachemirroring setting: ")
for i in range(2):
# determine the original Redundancy type
OrigResult = SendCmd(c, "subsys -v")
if "CacheMirroring: Enabled" in OrigResult:
Cachemirroring = "Enabled"
else:
RCachemirroring = "Disabled"
if Cachemirroring == "Enabled":
result = SendCmd(c, 'subsys -a mod -s "cachemirroring=disable"')
else:
result = SendCmd(c, 'subsys -a mod -s "cachemirroring=enable"')
checkResult = SendCmd(c, "shutdown -a restart")
from time import sleep
from ssh_connect import ssh_conn
sleep(200)
cnew, sshnew = ssh_conn()
RewResult = SendCmd(cnew, "subsys -v")
if "CacheMirroring: Enabled" in RewResult:
Cachemirroring = "Enabled"
else:
Cachemirroring = "Disabled"
if not ("Cachemirroring and RedundancyType setting change will take effect on next"
in result and 'Error' not in checkResult):
FailFlag = True
if not (Cachemirroring not in OrigResult):
tolog(Failprompt + Cachemirroring)
FailFlag = True
c = cnew
if FailFlag:
tolog('Modify and Verify Cachemirroring setting fail')
tolog(Fail)
else:
tolog('Modify and Verify Cachemirroring setting pass')
tolog(Pass)
sshnew.close()
def bvt_verifyDateInvalidOption(c):
FailFlag = False
tolog("Verify date invalid option")
c, ssh = ssh_conn()
command = ['date -x', 'date -a list -x', 'date -a mod -x']
for com in command:
tolog(' Verify ' + com + '')
result = SendCmd(c, com)
if "Error (" not in result or "Invalid option" not in result:
FailFlag = True
tolog('Fail: ' + com + ' ')
return FailFlag
def bvt_verifyChapHelp(c):
FailFlag = False
tolog("<b> Verify chap -h </b>")
c, ssh = ssh_conn()
result = SendCmd(c, 'chap -h')
if "Error (" in result or 'chap' not in result:
FailFlag = True
tolog('\n<font color="red">Fail: chap -h </font>')
c.close()
ssh.close()
time.sleep(3)
return FailFlag
def bvt_verifyChapSpecifyErrorId(c):
FailFlag = False
tolog("<b> Verify chap specify error Id </b>")
c, ssh = ssh_conn()
result = SendCmd(c, 'chap -a del -i 4')
if 'Error (' not in result:
FailFlag = True
tolog('\n<font color="red">Fail: chap -a del -i 4 </font>')
c.close()
ssh.close()
time.sleep(3)
return FailFlag
def verifyDateHelp(c):
FailFlag = False
tolog("<b>Verify date -h </b>")
c, ssh = ssh_conn()
result = SendCmd(c, 'date -h')
if 'Error (' in result or 'date' not in result:
FailFlag = True
tolog('\n<font color="red">Fail: date -h </font>')
if FailFlag:
tolog('\n<font color="red">Fail: Verify date -h </font>')
tolog(Fail)
else:
tolog('\n<font color="green">Pass</font>')
tolog(Pass)
def bvt_verifyChapMissingParameters(c):
FailFlag = False
tolog("<b>Verify chap missing parameters</b>")
c, ssh = ssh_conn()
command = [
'chap -i', 'chap -a list -i ', 'chap -a add -s ', 'chap -a mod -i',
'chap -a del -i'
]
for com in command:
tolog('<b> Verify ' + com + '</b>')
result = SendCmd(c, com)
if "Error (" not in result or "Missing parameter" not in result:
FailFlag = True
tolog('\n<font color="red">Fail: ' + com + ' </font>')
return FailFlag
def bvt_verifyChapDel(c):
FailFlag = False
tolog("<b>Verify chap -a del</b>")
c, ssh = ssh_conn()
ChapId = findChapId(c)
for i in ChapId:
result = SendCmd(c, 'chap -a del -i ' + i)
if 'Error (' in result:
FailFlag = True
tolog('\n<font color="red">Fail: chap -a del -i ' + i + '</font>')
c.close()
ssh.close()
time.sleep(3)
return FailFlag
def verifyDateInvalidOption(c):
FailFlag = False
tolog("<b>Verify date invalid option</b>")
c, ssh = ssh_conn()
command = ['date -x', 'date -a list -x', 'date -a mod -x']
for com in command:
tolog('<b> Verify ' + com + '</b>')
result = SendCmd(c, com)
if "Error (" not in result or "Invalid option" not in result:
FailFlag = True
tolog('\n<font color="red">Fail: ' + com + ' </font>')
if FailFlag:
tolog('\n<font color="red">Fail: Verify date invalid option </font>')
tolog(Fail)
else:
tolog('\n<font color="green">Pass</font>')
tolog(Pass)
def bvt_verifyChapInvalidOption(c):
FailFlag = False
tolog("<b>Verify chap invalid option</b>")
c, ssh = ssh_conn()
command = [
'chap -x', 'chap -a list -x', 'chap -a add -x', 'chap -a mod -x',
'chap -a del -x'
]
for com in command:
tolog('<b> Verify ' + com + '</b>')
result = SendCmd(c, com)
if "Error (" not in result or "Invalid option" not in result:
FailFlag = True
tolog('\n<font color="red">Fail: ' + com + ' </font>')
c.close()
ssh.close()
time.sleep(3)
return FailFlag
def bvt_verifyChapInvalidParameters(c):
FailFlag = False
tolog("<b>Verify chap invalid parameters</b>")
c, ssh = ssh_conn()
command = [
'chap test', 'chap -a test', 'chap -a add -s test',
'chap -a mod -i test', 'chap -a del -i test'
]
for com in command:
tolog('<b> Verify ' + com + '</b>')
result = SendCmd(c, com)
if "Error (" not in result or "Invalid setting parameters" not in result:
FailFlag = True
tolog('\n<font color="red">Fail: ' + com + ' </font>')
c.close()
ssh.close()
time.sleep(3)
return FailFlag
def bvt_verifyDateMod(c):
FailFlag = False
tolog("Verify date -a mod ")
# yyyy/mm/dd where month's range is 1-12 and day's range is 1-31.
# hh:mm:ss where hour's range is 0-23, minute's and seconds'range are 0-59
SendCmd(c, 'date -a mod -d 2018/01/01 -t 08:08:08')
c, ssh = ssh_conn()
time.sleep(10)
checkResult = SendCmd(c, 'date')
if '2018-01-01' not in checkResult or '08:08:' not in checkResult:
FailFlag = True
tolog('Fail: date -a mod -d 2018/01/01 -t 08:08:08 ')
d = time.strftime('%Y/%m/%d', time.localtime(time.time()))
t = time.strftime('%H:%M:%S', time.localtime(time.time()))
SendCmd(c, 'date -a mod -d ' + d + ' -t ' + t)
# c, ssh = ssh_conn()
# time.sleep(10)
checkResult = SendCmd(c, 'date')
if d.split('/')[0] + '-' + d.split('/')[1] + '-' + d.split('/')[2] not in checkResult or t not in checkResult:
FailFlag = True
tolog('Fail: date -a mod -d ' + d + ' -t ' + t + ' ')
return FailFlag
FailFlag = True
tolog('Fail:' + com)
return FailFlag
def bvt_verifyPcieMissingParameters(c):
FailFlag = False
tolog("Verify pcie missing parameters")
command = ['pcie -a ']
for com in command:
tolog(' Verify ' + com)
result = SendCmd(c, com)
if "Error (" not in result or "Missing parameter" not in result:
FailFlag = True
tolog('Fail:' + com)
return FailFlag
if __name__ == "__main__":
start = time.clock()
c, ssh = ssh_conn()
bvt_verifyPcie(c)
bvt_verifyPcielist(c)
bvt_verifyPcieInvalidOption(c)
bvt_verifyPcieInvalidParameters(c)
bvt_verifyPcieMissingParameters(c)
ssh.close()
elasped = time.clock() - start
print "Elasped %s" % elasped
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