def menu_show_clusters():
json_data = cm.cluster_ls()
if json_data == None: return
cluster_name_list = json_data['data']['list']
if len(cluster_name_list) == 0:
print yellow('There is no cluster.')
return
cluster_name_list.sort()
while True:
# Get max length of cluster names
max_len = 0
for i in range(len(cluster_name_list)):
if max_len < len(cluster_name_list[i]):
max_len = len(cluster_name_list[i])
fmt = '%%3d. %%-%ds ' % max_len
# Show cluster list
COLUMN_CNT = 3
line_no = len(cluster_name_list) / COLUMN_CNT
remainder = len(cluster_name_list) % COLUMN_CNT
if remainder != 0:
line_no += 1
lines = []
for i in range(line_no):
lines.append('')
print yellow(' 0. all')
item = 0
for i in range(min(COLUMN_CNT, len(cluster_name_list))):
line_to = line_no
if remainder != 0 and remainder < (i + 1):
line_to -= 1
for j in range(line_to):
lines[j] += yellow(fmt % (item+1, cluster_name_list[item]))
item += 1
for line in lines:
print line
print yellow(' x. Up')
# Select a cluster
print cyan("Select a cluster")
try:
s = prompt(">>")
if s.lower() == 'x':
break
menu_no = int(s)
except:
try:
warn(red('Invalid input', menu_no))
except:
pass
continue
if menu_no < 0 or menu_no > len(cluster_name_list):
warn(red('Invalid menu'))
continue
if menu_no == 0:
memlog = prompt_show_memlog()
for i in range(len(cluster_name_list)):
cluster_name = cluster_name_list[i].encode('ascii')
print cyan(' #### ' + cluster_name + ' #### ')
show_all(cluster_name, memlog)
continue
menu_select_info(cluster_name_list[menu_no-1].encode('ascii'))
def menu_show_clusters():
json_data = cm.cluster_ls()
if json_data == None: return
cluster_name_list = json_data['data']['list']
if len(cluster_name_list) == 0:
print yellow('There is no cluster.')
return
cluster_name_list.sort()
while True:
# Get max length of cluster names
max_len = 0
for i in range(len(cluster_name_list)):
if max_len < len(cluster_name_list[i]):
max_len = len(cluster_name_list[i])
fmt = '%%3d. %%-%ds ' % max_len
# Show cluster list
COLUMN_CNT = 3
line_no = len(cluster_name_list) / COLUMN_CNT
remainder = len(cluster_name_list) % COLUMN_CNT
if remainder != 0:
line_no += 1
lines = []
for i in range(line_no):
lines.append('')
print yellow(' 0. all')
item = 0
for i in range(min(COLUMN_CNT, len(cluster_name_list))):
line_to = line_no
if remainder != 0 and remainder < (i + 1):
line_to -= 1
for j in range(line_to):
lines[j] += yellow(fmt % (item+1, cluster_name_list[item]))
item += 1
for line in lines:
print line
print yellow(' x. Up')
# Select a cluster
print cyan("Select a cluster")
try:
s = prompt(">>")
if s.lower() == 'x':
break
menu_no = int(s)
except:
try:
warn(red('Invalid input', menu_no))
except:
pass
continue
if menu_no < 0 or menu_no > len(cluster_name_list):
warn(red('Invalid menu'))
continue
if menu_no == 0:
memlog = prompt_show_memlog()
for i in range(len(cluster_name_list)):
cluster_name = cluster_name_list[i].encode('ascii')
print cyan(' #### ' + cluster_name + ' #### ')
show_all(cluster_name, memlog)
continue
menu_select_info(cluster_name_list[menu_no-1].encode('ascii'))
def update_jobs():
global g_update_jobs_cnt
global g_sched
global g_old_appdata
log_info('running...')
out_cluster_ls = cm.cluster_ls()
if out_cluster_ls.cm == False:
log_info("CONFIG > mgmt-cc error.")
return
# Get jobs from CM
appdata_list = []
for cluster_name in out_cluster_ls.json['data']['list']:
# Appdata contains job of backup
out = cm.appdata_get(cluster_name.encode('ascii'))
if out.cm == False:
log_info("CONFIG > mgmt-cc error.")
return
if out.appdata_list == None:
log_info("CONFIG > Cluster '%s' doesn't have any appdata" % (cluster_name))
else:
for data in out.appdata_list:
appdata_list.append(data)
# Update jobs
changed = False
for appdata in appdata_list:
period = appdata['period'].split(' ')
y = period[5]
day_of_week = period[4]
mo = period[3]
d = period[2]
h = period[1]
mi = period[0]
old_appdata = find_in_list_of_dicts(g_old_appdata, "name", appdata["name"])
if len(old_appdata) == 0:
old_appdata = None
else:
old_appdata = old_appdata[0]
try:
# Add new job
if old_appdata == None:
sort_keys=True,
log_info('CONFIG > add job : %s' % json_to_str(appdata))
if h == 24:
h = 0
if verifyAppdata(appdata):
g_sched.add_cron_job(backup, name=appdata['name'], args=[appdata],
minute=mi, hour=h, day=d, month=mo, day_of_week=day_of_week, year=y)
changed = True
else:
log_error('CONFIG > Invalid configuration. %s' % json_to_str(appdata))
# Update modified job
elif old_appdata['version'] != appdata['version']:
for scheduled_job in g_sched.get_jobs():
if scheduled_job.name == appdata['name']:
if verifyAppdata(appdata):
log_info('CONFIG > update job %s' % json_to_str(appdata))
g_sched.unschedule_job(scheduled_job)
g_sched.add_cron_job(backup, name=appdata['name'], args=[appdata],
minute=mi, hour=h, day=d, month=mo, day_of_week=day_of_week, year=y)
changed = True
else:
log_error('CONFIG > Invalid configuration. %s' % json_to_str(appdata))
break
except ValueError as e:
log_error('CONFIG > ValueError: %s' % e)
continue
except KeyError as e:
log_error('CONFIG > KeyError: %s' % e)
continue
except:
log_exception("CONFIG > ")
continue
g_old_appdata = appdata_list
# Handle deleted jobs
deleted_jobs = g_sched.get_jobs()
for sched_job in g_sched.get_jobs():
if sched_job.name == 'update_jobs': deleted_jobs.remove(sched_job)
job = find_in_list_of_dicts(appdata_list, "name", sched_job.name)
if len(job) != 0:
deleted_jobs.remove(sched_job)
for deleted_job in deleted_jobs:
changed = True
log_info('CONFIG > delete job : %s' % deleted_job)
g_sched.unschedule_job(deleted_job)
if changed == True:
print_scheduled_jobs()
else:
# Print backup jobs
g_update_jobs_cnt += 1
if g_update_jobs_cnt >= 10:
print_scheduled_jobs()
g_update_jobs_cnt = 0
def update_jobs():
global g_update_jobs_cnt
global g_sched
global g_old_appdata
log_info('running...')
out_cluster_ls = cm.cluster_ls()
if out_cluster_ls.cm == False:
log_info("CONFIG > mgmt-cc error.")
return
# Get jobs from CM
appdata_list = []
for cluster_name in out_cluster_ls.json['data']['list']:
# Appdata contains job of backup
out = cm.appdata_get(cluster_name.encode('ascii'))
if out.cm == False:
log_info("CONFIG > mgmt-cc error.")
return
if out.appdata_list == None:
log_info("CONFIG > Cluster '%s' doesn't have any appdata" %
(cluster_name))
else:
for data in out.appdata_list:
appdata_list.append(data)
# Update jobs
changed = False
for appdata in appdata_list:
period = appdata['period'].split(' ')
y = period[5]
day_of_week = period[4]
mo = period[3]
d = period[2]
h = period[1]
mi = period[0]
old_appdata = find_in_list_of_dicts(g_old_appdata, "name",
appdata["name"])
if len(old_appdata) == 0:
old_appdata = None
else:
old_appdata = old_appdata[0]
try:
# Add new job
if old_appdata == None:
sort_keys = True,
log_info('CONFIG > add job : %s' % json_to_str(appdata))
if h == 24:
h = 0
if verifyAppdata(appdata):
g_sched.add_cron_job(backup,
name=appdata['name'],
args=[appdata],
minute=mi,
hour=h,
day=d,
month=mo,
day_of_week=day_of_week,
year=y)
changed = True
else:
log_error('CONFIG > Invalid configuration. %s' %
json_to_str(appdata))
# Update modified job
elif old_appdata['version'] != appdata['version']:
for scheduled_job in g_sched.get_jobs():
if scheduled_job.name == appdata['name']:
if verifyAppdata(appdata):
log_info('CONFIG > update job %s' %
json_to_str(appdata))
g_sched.unschedule_job(scheduled_job)
g_sched.add_cron_job(backup,
name=appdata['name'],
args=[appdata],
minute=mi,
hour=h,
day=d,
month=mo,
day_of_week=day_of_week,
year=y)
changed = True
else:
log_error('CONFIG > Invalid configuration. %s' %
json_to_str(appdata))
break
except ValueError as e:
log_error('CONFIG > ValueError: %s' % e)
continue
except KeyError as e:
log_error('CONFIG > KeyError: %s' % e)
continue
except:
log_exception("CONFIG > ")
continue
g_old_appdata = appdata_list
# Handle deleted jobs
deleted_jobs = g_sched.get_jobs()
for sched_job in g_sched.get_jobs():
if sched_job.name == 'update_jobs': deleted_jobs.remove(sched_job)
job = find_in_list_of_dicts(appdata_list, "name", sched_job.name)
if len(job) != 0:
deleted_jobs.remove(sched_job)
for deleted_job in deleted_jobs:
changed = True
log_info('CONFIG > delete job : %s' % deleted_job)
g_sched.unschedule_job(deleted_job)
if changed == True:
print_scheduled_jobs()
else:
# Print backup jobs
g_update_jobs_cnt += 1
if g_update_jobs_cnt >= 10:
print_scheduled_jobs()
g_update_jobs_cnt = 0
