def def_zone_reset(fid1, fid2):
si = anturlar.SwitchInfo()
sleep = liabhar.count_down(3)
g = [fid1, fid2]
for i in g:
anturlar.fos_cmd("setcontext %s" % i)
a = str(si.ae_ports())
b = a.strip('[')
b = b.strip(']')
index = (b[0])
port = (b[1])
reg_ex = [b"no] "] ### Needs to be square brackets to send as a list
z = anturlar.fos_cmd_regex("defzone --allaccess", reg_ex, 9) #### use regex because return is something other than "root:"
anturlar.fos_cmd("yes")
sleep
y = anturlar.fos_cmd_regex("cfgsave", reg_ex, 9)
anturlar.fos_cmd("yes")
sleep
for i in port:
anturlar.fos_cmd(" portdisable %s" % port)
sleep
anturlar.fos_cmd(" portenable %s" % port)
sleep
anturlar.fos_cmd("switchshow")
sys.exit()
def def_zone_reset(fid1, fid2):
si = anturlar.SwitchInfo()
sleep = liabhar.count_down(3)
g = [fid1, fid2]
for i in g:
anturlar.fos_cmd("setcontext %s" % i)
a = str(si.ae_ports())
b = a.strip('[')
b = b.strip(']')
index = (b[0])
port = (b[1])
reg_ex = [b"no] "] ### Needs to be square brackets to send as a list
z = anturlar.fos_cmd_regex(
"defzone --allaccess", reg_ex,
9) #### use regex because return is something other than "root:"
anturlar.fos_cmd("yes")
sleep
y = anturlar.fos_cmd_regex("cfgsave", reg_ex, 9)
anturlar.fos_cmd("yes")
sleep
for i in port:
anturlar.fos_cmd(" portdisable %s" % port)
sleep
anturlar.fos_cmd(" portenable %s" % port)
sleep
anturlar.fos_cmd("switchshow")
sys.exit()
def start_windows_pre_3_2(h, start_cmd):
db_level = 9
remote_list = []
start_pain = start_cmd
cmdout = anturlar.traff_cmd("catapult -p")
ras = re.compile('[ \d]+/dev/sd([a-z]+)\s+[:0-9]+\s+[A-Z]+\s+([A-Z]+)')
remove_lunz = ras.findall(cmdout)
for i in [1,2,3,4]:
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/0" % i, db_level)
cmdout = anturlar.traff_cmd("bcu rport --osname %s/0" % i , db_level )
ras = re.compile('rive([0-9]+)')
ras = ras.findall(cmdout)
print("ras"*30)
print(ras)
print(remove_lunz)
print(remote_list)
print("ras"*30)
for r in ras:
remote_list += [r]
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/1" % i, db_level)
cmdout = anturlar.traff_cmd("bcu rport --osname %s/1" % i , db_level )
ras = re.compile('rive([0-9]+)')
ras = ras.findall(cmdout)
for r in ras:
remote_list += [r]
print("remote port list : %s " % remote_list )
print("AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA")
#### put the list is the correct syntax
new_list = ",".join(remote_list)
print("NEW LIST IS : %s " % new_list)
#### combine the command with the drive list
start_pain_sd = start_pain + ' -f"\\\.\PhysicalDrive;%s"' % new_list
print("NEWEST COMMAND %s " % start_pain_sd)
reg_list = [b'([\w\d]+)']
cmdout = anturlar.fos_cmd_regex(start_pain_sd , reg_list)
cmdout = anturlar.traff_output()
anturlar.close_tel()
def start_windows_pre_3_2(h, start_cmd):
db_level = 9
remote_list = []
start_pain = start_cmd
cmdout = anturlar.traff_cmd("catapult -p")
ras = re.compile('[ \d]+/dev/sd([a-z]+)\s+[:0-9]+\s+[A-Z]+\s+([A-Z]+)')
remove_lunz = ras.findall(cmdout)
for i in [1, 2, 3, 4]:
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/0" % i, db_level)
cmdout = anturlar.traff_cmd("bcu rport --osname %s/0" % i, db_level)
ras = re.compile('rive([0-9]+)')
ras = ras.findall(cmdout)
print("ras" * 30)
print(ras)
print(remove_lunz)
print(remote_list)
print("ras" * 30)
for r in ras:
remote_list += [r]
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/1" % i, db_level)
cmdout = anturlar.traff_cmd("bcu rport --osname %s/1" % i, db_level)
ras = re.compile('rive([0-9]+)')
ras = ras.findall(cmdout)
for r in ras:
remote_list += [r]
print("remote port list : %s " % remote_list)
print("AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA")
#### put the list is the correct syntax
new_list = ",".join(remote_list)
print("NEW LIST IS : %s " % new_list)
#### combine the command with the drive list
start_pain_sd = start_pain + ' -f"\\\.\PhysicalDrive;%s"' % new_list
print("NEWEST COMMAND %s " % start_pain_sd)
reg_list = [b'([\w\d]+)']
cmdout = anturlar.fos_cmd_regex(start_pain_sd, reg_list)
cmdout = anturlar.traff_output()
anturlar.close_tel()
def create_ls(number_of_ls):
si = anturlar.SwitchInfo()
#sleep = liabhar.count_down(10)
a = number_of_ls
print(a)
print("9999999999999999999999999999999999999999999")
reg_ex = [b"[y/n]?:"]
for i in a:
print(i)
print(type(i))
#sys.exit()
z = anturlar.fos_cmd_regex("lscfg --create %s" % i, reg_ex, 9) #### use regex because return is something other than "root:"
anturlar.fos_cmd("y")
anturlar.fos_cmd("lscfg --show")
#sleep
print("done")
def start_linux_pre_3_2(h, start_cmd):
"""
the command is passed into this procedure and the drive letters are added to the command
if there are Clariion devices the LUNZ devices are skipped
"""
db_level = 9
remote_list = []
start_pain = start_cmd
###################################################################################################################
#### use catapult to capture the drives and and Volumn ID -- use this if they are Clariion to not add
#### the drives with LUNZ Volumn ID since they are not target IDs
####
cmdout = anturlar.traff_cmd("catapult -p")
ras = re.compile('[ \d]+/dev/sd([a-z]+)\s+[:0-9]+\s+[A-Z]+\s+([A-Z]+)')
remove_lunz = ras.findall(cmdout)
for i in [4, 2, 3, 1]:
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/0" % i, db_level)
cmdout = anturlar.traff_cmd("bcu rport --osname %s/0" % i, db_level)
ras = re.compile('/dev/sd([a-z]+)')
ras = ras.findall(cmdout)
print("ras" * 30)
print(ras)
print(remove_lunz)
print(remote_list)
print("ras" * 30)
for r in ras:
for lunz in remove_lunz:
print(r)
print(lunz[0])
print(lunz[1])
if lunz[0] == r and lunz[1] != "LUNZ":
if r not in remote_list:
remote_list += [r]
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/1" % i, db_level)
cmdout = anturlar.traff_cmd("bcu rport --osname %s/1" % i, db_level)
ras = re.compile('/dev/sd([a-z]+)')
ras = ras.findall(cmdout)
for r in ras:
for lunz in remove_lunz:
if lunz[0] == r and lunz[1] != "LUNZ":
if r not in remote_list:
remote_list += [r]
print("remote port list : %s " % remote_list)
print("AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA")
#### put the list is the correct syntax by adding comma
new_list = ",".join(remote_list)
print("NEW LIST IS : %s " % new_list)
print("#" * 80)
#### combine the command with the drive list
start_pain_sd = start_pain + ' -f"/dev/sd;%s"' % new_list
print("NEWEST COMMAND %s " % start_pain_sd)
reg_list = [b'([\w\d]+)']
cmdout = anturlar.fos_cmd_regex(start_pain_sd, reg_list, 9)
cmdout = anturlar.traff_output(9)
anturlar.close_tel()
def start_linux_post_3_2(h, start_cmd):
db_level = 9
remote_list = []
start_pain = start_cmd
###################################################################################################################
#### use catapult to capture the drives and and Volumn ID -- use this if they are Clariion to not add
#### the drives with LUNZ Volumn ID since they are not target IDs
####
cmdout = anturlar.traff_cmd("catapult -p")
ras = re.compile('[ \d]+/dev/sd([a-z]+)\s+[:0-9]+\s+[A-Z]+\s+([A-Z]+)')
remove_lunz = ras.findall(cmdout)
for i in [1, 2, 3, 4]:
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/0" % i, db_level)
cmdout = anturlar.traff_cmd("bcu fcpim --lunlist %s/0" % i, db_level)
ras = re.compile('/dev/sd([a-z]+)')
ras = ras.findall(cmdout)
print("ras" * 30)
print(ras)
print(remove_lunz)
print(remote_list)
print("ras" * 30)
for r in ras:
for lunz in remove_lunz:
print(r)
print(lunz[0])
print(lunz[1])
if lunz[0] == r and lunz[1] != "LUNZ":
if r not in remote_list:
remote_list += [r]
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/1" % i, db_level)
cmdout = anturlar.traff_cmd("bcu fcpim --lunlist %s/1" % i, db_level)
ras = re.compile('/dev/sd([a-z]+)')
ras = ras.findall(cmdout)
remote_list = remote_list + ras
for r in ras:
for lunz in remove_lunz:
if lunz[0] == r and lunz[1] != "LUNZ":
if r not in remote_list:
remote_list += [r]
print("remote port list : %s " % remote_list)
print("AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA")
#### put the list is the correct syntax
new_list = ",".join(remote_list)
print("NEW LIST IS : %s " % new_list)
#### combine the command with the drive list
start_pain_sd = start_pain + ' -f"/dev/sd;%s"' % new_list
print("NEWEST COMMAND %s " % start_pain_sd)
reg_list = [b'([\w\d]+)']
cmdout = anturlar.fos_cmd_regex(start_pain_sd, reg_list)
cmdout = anturlar.traff_output()
anturlar.close_tel()
def start_linux_pre_3_2(h, start_cmd):
"""
the command is passed into this procedure and the drive letters are added to the command
if there are Clariion devices the LUNZ devices are skipped
"""
db_level = 9
remote_list = []
start_pain = start_cmd
###################################################################################################################
#### use catapult to capture the drives and and Volumn ID -- use this if they are Clariion to not add
#### the drives with LUNZ Volumn ID since they are not target IDs
####
cmdout = anturlar.traff_cmd("catapult -p")
ras = re.compile('[ \d]+/dev/sd([a-z]+)\s+[:0-9]+\s+[A-Z]+\s+([A-Z]+)')
remove_lunz = ras.findall(cmdout)
for i in [4,2,3,1]:
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/0" % i, db_level)
cmdout = anturlar.traff_cmd("bcu rport --osname %s/0" % i , db_level )
ras = re.compile('/dev/sd([a-z]+)')
ras = ras.findall(cmdout)
print("ras"*30)
print(ras)
print(remove_lunz)
print(remote_list)
print("ras"*30)
for r in ras:
for lunz in remove_lunz:
print(r)
print(lunz[0])
print(lunz[1])
if lunz[0] == r and lunz[1] != "LUNZ":
if r not in remote_list:
remote_list += [r]
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/1" % i, db_level)
cmdout = anturlar.traff_cmd("bcu rport --osname %s/1" % i , db_level )
ras = re.compile('/dev/sd([a-z]+)')
ras = ras.findall(cmdout)
for r in ras:
for lunz in remove_lunz:
if lunz[0] == r and lunz[1] != "LUNZ":
if r not in remote_list:
remote_list += [r]
print("remote port list : %s " % remote_list )
print("AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA")
#### put the list is the correct syntax by adding comma
new_list = ",".join(remote_list)
print("NEW LIST IS : %s " % new_list)
print("#"*80)
#### combine the command with the drive list
start_pain_sd = start_pain + ' -f"/dev/sd;%s"' % new_list
print("NEWEST COMMAND %s " % start_pain_sd)
reg_list = [b'([\w\d]+)']
cmdout = anturlar.fos_cmd_regex(start_pain_sd , reg_list,9)
cmdout = anturlar.traff_output(9)
anturlar.close_tel()
def start_linux_post_3_2(h, start_cmd):
db_level = 9
remote_list = []
start_pain = start_cmd
###################################################################################################################
#### use catapult to capture the drives and and Volumn ID -- use this if they are Clariion to not add
#### the drives with LUNZ Volumn ID since they are not target IDs
####
cmdout = anturlar.traff_cmd("catapult -p")
ras = re.compile('[ \d]+/dev/sd([a-z]+)\s+[:0-9]+\s+[A-Z]+\s+([A-Z]+)')
remove_lunz = ras.findall(cmdout)
for i in [1,2,3,4]:
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/0" % i, db_level)
cmdout = anturlar.traff_cmd("bcu fcpim --lunlist %s/0" % i , db_level )
ras = re.compile('/dev/sd([a-z]+)')
ras = ras.findall(cmdout)
print("ras"*30)
print(ras)
print(remove_lunz)
print(remote_list)
print("ras"*30)
for r in ras:
for lunz in remove_lunz:
print(r)
print(lunz[0])
print(lunz[1])
if lunz[0] == r and lunz[1] != "LUNZ":
if r not in remote_list:
remote_list += [r]
cmdout = anturlar.traff_cmd("bcu port --statsclr %s/1" % i, db_level)
cmdout = anturlar.traff_cmd("bcu fcpim --lunlist %s/1" % i , db_level )
ras = re.compile('/dev/sd([a-z]+)')
ras = ras.findall(cmdout)
remote_list = remote_list + ras
for r in ras:
for lunz in remove_lunz:
if lunz[0] == r and lunz[1] != "LUNZ":
if r not in remote_list:
remote_list += [r]
print("remote port list : %s " % remote_list )
print("AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA")
#### put the list is the correct syntax
new_list = ",".join(remote_list)
print("NEW LIST IS : %s " % new_list)
#### combine the command with the drive list
start_pain_sd = start_pain + ' -f"/dev/sd;%s"' % new_list
print("NEWEST COMMAND %s " % start_pain_sd)
reg_list = [b'([\w\d]+)']
cmdout = anturlar.fos_cmd_regex(start_pain_sd , reg_list)
cmdout = anturlar.traff_output()
anturlar.close_tel()