def get_job(args):
job_manager = JobManager()
# Get Status
if args.t ==1:
print( int(job_manager.is_done(args.id)))
# Get output
elif args.t ==2:
print (job_manager.get_job_output(args.id))
sys.exit(0)
def get_full_disk_list(pid=None):
__output_split_text = "##petasan##"
disk_list = []
ceph_disk_list = get_disk_list()
ph_disk_list = disk_util.get_disk_list()
osd_dict = None
try:
osd_dict = ceph_osd.ceph_osd_tree(configuration().get_node_info().name)
except Exception as e:
logger.error(e.message)
missing_disk_list = []
# Set osd id and usage
if ceph_disk_list and len(ceph_disk_list) > 0:
for disk in ceph_disk_list:
for ph_disk in ph_disk_list:
if ph_disk.name == disk.name:
ph_disk.usage = disk.usage
ph_disk.osd_id = disk.osd_id
ph_disk.osd_uuid = disk.osd_uuid
ph_disk.linked_journal = disk.linked_journal
ph_disk.linked_osds = disk.linked_osds
ph_disk.linked_cache = disk.linked_cache
ph_disk.linked_cache_part_num = disk.linked_cache_part_num
ph_disk.vg_name = disk.vg_name
ph_disk.lv_name = disk.lv_name
ph_disk.linked_journal_part_num = disk.linked_journal_part_num
ph_disk.no_of_partitions = disk.no_of_partitions
ph_disk.no_available_partitions = disk.no_available_partitions
disk_list.append(ph_disk)
break
else:
disk_list.extend(ph_disk_list)
health_test = Smart().get_overall_health()
for disk in disk_list:
if disk.name in health_test:
disk.smart_test = health_test[disk.name]
# get all running jobs
job_manager = JobManager()
job_list = job_manager.get_running_job_list()
# Set disk osd status
for node_disk in disk_list:
# Set osd status [up, down]
if node_disk.usage == DiskUsage.osd:
status = None
if osd_dict and node_disk.osd_id is not None:
status = osd_dict.get(int(node_disk.osd_id), None)
if str(ceph_osd.get_osd_id(node_disk.osd_uuid)) == "-1":
node_disk.status = OsdStatus.no_status
node_disk.usage = DiskUsage.mounted
node_disk.osd_id = -1
elif status is not None:
node_disk.status = status
else:
node_disk.status = OsdStatus.no_status
disk_name_parameter = "-disk_name {}".format(node_disk.name)
disk_id_parameter = "-id {}".format(node_disk.osd_id)
# loop on running job list
for j in job_list:
# Set osd status [deleting , adding]
if j.type == JobType.ADDDISK and str(j.params).find(
str(disk_name_parameter)) > -1:
node_disk.status = OsdStatus.adding
elif j.type == JobType.ADDJOURNAL and str(j.params).find(
str(disk_name_parameter)) > -1:
node_disk.status = OsdStatus.adding_journal
elif j.type == JobType.ADDCACHE and str(j.params).find(
str(disk_name_parameter)) > -1:
node_disk.status = OsdStatus.adding_cache
elif j.type == JobType.DELETEOSD and (
str(j.params).find(str(disk_name_parameter)) > -1
or str(j.params).find(str(disk_id_parameter)) > -1):
node_disk.status = OsdStatus.deleting
elif j.type == JobType.DELETEJOURNAL and str(j.params).find(
str(disk_name_parameter)) > -1:
node_disk.status = OsdStatus.deleting
elif j.type == JobType.DELETECACHE and str(j.params).find(
str(disk_name_parameter)) > -1:
node_disk.status = OsdStatus.deleting
# Check if the job completed and has error to return it
elif pid and j.id == int(pid):
job_output = job_manager.get_job_output(j)
if job_output is None:
continue
job_output = str(job_output).strip()
if job_output != "":
# We expect our custom messages appear after __output_split_text.
out_arr = job_output.split(__output_split_text)
if out_arr > 1:
node_disk.error_message = out_arr[1]
job_manager.remove_job(j.id)
if not osd_dict or len(osd_dict.items()) == 0:
return disk_list
# If there is an osd found in ceph tree and this osd not has disk.
for osd_id, osd_status in osd_dict.items():
is_missing = True
for disk in disk_list:
if str(disk.osd_id) == str(osd_id):
is_missing = False
break
if is_missing:
disk = DiskInfo()
disk.osd_id = osd_id
disk.status = osd_status
disk.usage = DiskUsage.osd
missing_disk_list.append(disk)
disk_list.extend(missing_disk_list)
return disk_list