def get_path_status(scsi_id, onlyActive = False):
listPaths = []
list = []
retVal = True
try:
lines = mpath_cli.get_topology(scsi_id)
listPaths = []
for line in lines:
m=mpath_cli.regex.search(line)
if(m):
listPaths.append(line)
XenCertPrint("list_paths returned: %s" % listPaths)
for node in listPaths:
XenCertPrint("Looking at node: %s" % node)
l = node.split()
status = l[len(l) - 1].lstrip('[').rstrip(']')
XenCertPrint("HBTL: %s" % l[1])
XenCertPrint("Path status: %s, %s" % (status.split('][')[0], status.split('][')[1]))
pathStatus = status.split('][')[0]
if onlyActive:
if pathStatus == 'active':
list.append((l[1],status.split('][')[0], status.split('][')[1]))
else:
list.append((l[1],status.split('][')[0], status.split('][')[1]))
XenCertPrint("Returning list: %s" % list)
except Exception, e:
XenCertPrint("There was some exception in getting path status for scsi id: %s. Exception: %s" % (scsi_id, str(e)))
retVal = False
def get_path_count(SCSIid, active=True):
count = 0
lines = mpath_cli.get_topology(SCSIid)
for line in filter(match_dmpLUN,lines):
if not active:
count += 1
elif match_pathup(line):
count += 1
return count
def get_path_count(SCSIid):
count = 0
total = 0
lines = mpath_cli.get_topology(SCSIid)
for line in filter(match_dmpLUN, lines):
total += 1
if match_pathup(line):
count += 1
return (count, total)
def get_path_count(SCSIid, active=True):
count = 0
lines = mpath_cli.get_topology(SCSIid)
for line in filter(match_dmpLUN, lines):
if not active:
count += 1
elif match_pathup(line):
count += 1
return count
def get_path_count(SCSIid, active=True):
count = 0
if mpp_luncheck.is_RdacLun(SCSIid):
(total_count, active_count) = mpp_mpathutil.get_pathinfo(SCSIid)
return (total_count, active_count)
lines = mpath_cli.get_topology(SCSIid)
for line in filter(match_dmpLUN, lines):
if not active:
count += 1
elif match_pathup(line):
count += 1
return count
def get_path_count(SCSIid, active=True):
count = 0
if (mpp_luncheck.is_RdacLun(SCSIid)):
(total_count, active_count) = mpp_mpathutil.get_pathinfo(SCSIid)
return (total_count, active_count)
lines = mpath_cli.get_topology(SCSIid)
for line in filter(match_dmpLUN,lines):
if not active:
count += 1
elif match_pathup(line):
count += 1
return count
def get_path_status(scsi_id, onlyActive=False):
listPaths = []
list = []
retVal = True
try:
lines = mpath_cli.get_topology(scsi_id)
listPaths = []
for line in lines:
m = mpath_cli.regex.search(line)
if (m):
listPaths.append(line)
XenCertPrint("list_paths returned: %s" % listPaths)
# Extract hbtl, dm and path status from the multipath topology output
# e.g. "| |- 0:0:0:0 sda 8:0 active ready running"
pat = re.compile(r'(\d+:\d+:\d+:\d+.*)$')
for node in listPaths:
XenCertPrint("Looking at node: %s" % node)
match_res = pat.search(node)
if match_res is None:
continue
# Extract path info if pattern matched successfully
l = match_res.group(1).split()
hbtl = l[0]
dm_status = l[3]
path_status = l[4]
XenCertPrint("HBTL: %s" % hbtl)
XenCertPrint("Path status: %s, %s" % (dm_status, path_status))
if onlyActive:
if dm_status == 'active':
list.append((hbtl, dm_status, path_status))
else:
list.append((hbtl, dm_status, path_status))
XenCertPrint("Returning list: %s" % list)
except Exception, e:
XenCertPrint(
"There was some exception in getting path status for scsi id: %s. Exception: %s"
% (scsi_id, str(e)))
retVal = False
def get_path_status(scsi_id, onlyActive=False):
listPaths = []
list = []
retVal = True
try:
lines = mpath_cli.get_topology(scsi_id)
listPaths = []
for line in lines:
m = mpath_cli.regex.search(line)
if m:
listPaths.append(line)
XenCertPrint("list_paths returned: %s" % listPaths)
# Extract hbtl, dm and path status from the multipath topology output
# e.g. "| |- 0:0:0:0 sda 8:0 active ready running"
pat = re.compile(r"(\d:\d:\d:\d.*)$")
for node in listPaths:
XenCertPrint("Looking at node: %s" % node)
match_res = pat.search(node)
if match_res is None:
continue
# Extract path info if pattern matched successfully
l = match_res.group(1).split()
hbtl = l[0]
dm_status = l[3]
path_status = l[4]
XenCertPrint("HBTL: %s" % hbtl)
XenCertPrint("Path status: %s, %s" % (dm_status, path_status))
if onlyActive:
if dm_status == "active":
list.append((hbtl, dm_status, path_status))
else:
list.append((hbtl, dm_status, path_status))
XenCertPrint("Returning list: %s" % list)
except Exception, e:
XenCertPrint(
"There was some exception in getting path status for scsi id: %s. Exception: %s" % (scsi_id, str(e))
)
retVal = False
def get_path_status(scsi_id, onlyActive=False):
listPaths = []
list = []
retVal = True
try:
lines = mpath_cli.get_topology(scsi_id)
listPaths = []
for line in lines:
m = mpath_cli.regex.search(line)
if (m):
listPaths.append(line)
XenCertPrint("list_paths returned: %s" % listPaths)
for node in listPaths:
XenCertPrint("Looking at node: %s" % node)
l = node.split()
status = l[len(l) - 1].lstrip('[').rstrip(']')
XenCertPrint("HBTL: %s" % l[1])
XenCertPrint("Path status: %s, %s" %
(status.split('][')[0], status.split('][')[1]))
pathStatus = status.split('][')[0]
if onlyActive:
if pathStatus == 'active':
list.append(
(l[1], status.split('][')[0], status.split('][')[1]))
else:
list.append(
(l[1], status.split('][')[0], status.split('][')[1]))
XenCertPrint("Returning list: %s" % list)
except Exception, e:
XenCertPrint(
"There was some exception in getting path status for scsi id: %s. Exception: %s"
% (scsi_id, str(e)))
retVal = False