def get_free_disk(cls, system_id, except_disks=(), number=1):
disks = []
for i in generic_get('drives', array_id=system_id):
if re.match('^0*$', i['currentVolumeGroupRef']):
if i['id'] not in except_disks:
disks.append(str(i['id'].encode('utf-8').decode('ascii', 'ignore')))
if len(disks) == number:
break
if len(disks) < number:
raise RuntimeError('RUNTIME ERROR - THERE ARE NO TWO FREE DISKS ON STORAGE!!!')
return disks
def get_free_disk(cls, system_id, except_disks=(), number=1):
disks = []
for i in generic_get('drives', array_id=system_id):
if re.match('^0*$', i['currentVolumeGroupRef']):
if i['id'] not in except_disks:
disks.append(str(i['id'].encode('utf-8').decode('ascii', 'ignore')))
if len(disks) == number:
break
if len(disks) < number:
raise RuntimeError('RUNTIME ERROR - THERE ARE NO TWO FREE DISKS ON STORAGE!!!')
return disks
def remove_BANANA_objects_by_REST(cls, system_id):
try:
for volume_copy in generic_get('volume_copies', array_id=system_id):
s = (generic_get('volume', array_id=system_id, id=volume_copy['sourceVolume']))['label']
t = (generic_get('volume', array_id=system_id, id=volume_copy['targetVolume']))['label']
if re.search('BANANA_VOLUME', s) and re.search('BANANA_VOLUME', t):
cls.log.debug("DELETE VOLUME COPY'{0}' BY REST!".format(volume_copy['id']))
generic_delete('volume_copy', array_id=system_id, id=volume_copy['id'])
for snapshot_group in generic_get('snapshot_groups', array_id=system_id):
if re.search('BANANA_SNAPSHOT', snapshot_group['label']):
cls.log.debug("DELETE SNAPSHOT GROUP '{0}' BY REST!".format(snapshot_group['label']))
generic_delete('snapshot_group', id=snapshot_group['id'], array_id=system_id)
for volume in generic_get('volumes', array_id=system_id):
if re.search('BANANA_VOLUME', volume['label']):
cls.log.debug("DELETE VOLUME '{0}' BY REST!".format(volume['label']))
generic_delete('volume', id=volume['id'], array_id=system_id)
for thin_volume in generic_get('thin_volumes', array_id=system_id):
if re.search('BANANA_VOLUME', thin_volume['label']):
cls.log.debug("DELETE THIN VOLUME '{0}' BY REST!".format(thin_volume['label']))
generic_delete('thin_volume', id=thin_volume['id'], array_id=system_id)
for pool in generic_get('pools', array_id=system_id):
if re.search('BANANA_POOL', pool['label']):
cls.log.debug("DELETE POOL '{0}' BY REST!".format(pool['label']))
generic_delete('pool', id=pool['id'], array_id=system_id)
for hostgroup in generic_get('host_groups', array_id=system_id):
if re.search('BANANA_HOSTGROUP', hostgroup['label']):
cls.log.debug("DELETE HOSTGROUP '{0}' BY REST!".format(hostgroup['label']))
generic_delete('host_group', id=hostgroup['id'], array_id=system_id)
for storage_system in cls.get_system_list():
if re.match(r'^BANANA[0-9]?_', storage_system):
cls.log.debug("DELETE STORAGE SYSTEM '{system_id}' BY REST!".format(system_id=storage_system))
generic_delete('storage-system', array_id=storage_system)
# TODO Delete host
except:
print sys.exc_info()[0]
return
def remove_BANANA_objects_by_REST(cls, system_id):
try:
for volume_copy in generic_get('volume_copies', array_id=system_id):
s = (generic_get('volume', array_id=system_id, id=volume_copy['sourceVolume']))['label']
t = (generic_get('volume', array_id=system_id, id=volume_copy['targetVolume']))['label']
if re.search('BANANA_VOLUME', s) and re.search('BANANA_VOLUME', t):
cls.log.debug("DELETE VOLUME COPY'{0}' BY REST!".format(volume_copy['id']))
generic_delete('volume_copy', array_id=system_id, id=volume_copy['id'])
for snapshot_group in generic_get('snapshot_groups', array_id=system_id):
if re.search('BANANA_SNAPSHOT', snapshot_group['label']):
cls.log.debug("DELETE SNAPSHOT GROUP '{0}' BY REST!".format(snapshot_group['label']))
generic_delete('snapshot_group', id=snapshot_group['id'], array_id=system_id)
for volume in generic_get('volumes', array_id=system_id):
if re.search('BANANA_VOLUME', volume['label']):
cls.log.debug("DELETE VOLUME '{0}' BY REST!".format(volume['label']))
generic_delete('volume', id=volume['id'], array_id=system_id)
for thin_volume in generic_get('thin_volumes', array_id=system_id):
if re.search('BANANA_VOLUME', thin_volume['label']):
cls.log.debug("DELETE THIN VOLUME '{0}' BY REST!".format(thin_volume['label']))
generic_delete('thin_volume', id=thin_volume['id'], array_id=system_id)
for pool in generic_get('pools', array_id=system_id):
if re.search('BANANA_POOL', pool['label']):
cls.log.debug("DELETE POOL '{0}' BY REST!".format(pool['label']))
generic_delete('pool', id=pool['id'], array_id=system_id)
for hostgroup in generic_get('host_groups', array_id=system_id):
if re.search('BANANA_HOSTGROUP', hostgroup['label']):
cls.log.debug("DELETE HOSTGROUP '{0}' BY REST!".format(hostgroup['label']))
generic_delete('host_group', id=hostgroup['id'], array_id=system_id)
for storage_system in cls.get_system_list():
if re.match(r'^BANANA[0-9]?_', storage_system):
cls.log.debug("DELETE STORAGE SYSTEM '{system_id}' BY REST!".format(system_id=storage_system))
generic_delete('storage-system', array_id=storage_system)
# TODO Delete host
except:
print sys.exc_info()[0]
return
def get_system_state(cls, system_id):
snapshot_groups = dict((snapshot_group['id'],snapshot_group['label']) for snapshot_group in generic_get('snapshot_groups', array_id=system_id))
all_volumes = dict((volume['id'],volume['name']) for volume in generic_get('volumes', array_id=system_id))
all_volumes.update(dict((thin_volume['id'], thin_volume['name']) for thin_volume in generic_get('thin_volumes', array_id=system_id)))
snapshots_for_print = ['(id: {0}, group: {1}, volume: {2})'.format(x['id'],
snapshot_groups[x['pitGroupRef']],
all_volumes[x['baseVol']])
for x in generic_get('snapshots', array_id=system_id)]
snapshots_for_assertion = dict((x['id'], {
'group': snapshot_groups[x['pitGroupRef']],
'volume': all_volumes[x['baseVol']],
})
for x in generic_get('snapshots', array_id=system_id))
return dict(storage_systems=cls.get_system_list(),
pools=[j['label'] for j in generic_get('pools', array_id=system_id)],
volumes=[j['name'] for j in generic_get('volumes', array_id=system_id)],
thin_volumes=[j['name'] for j in generic_get('thin_volumes', array_id=system_id)],
volume_copies=[j['id'] for j in generic_get('volume_copies', array_id=system_id)],
hostgroups=[j['id'] for j in generic_get('host_groups', array_id=system_id)],
hostgroups_for_print=["'{1}'({0})".format(j['id'], j['label']) for j in generic_get('host_groups', array_id=system_id)],
hosts_before=[j['label'] for j in generic_get('hosts', array_id=system_id)],
hosts_before_for_print=["'{1}'({0})".format(j['id'], j['label']) for j in generic_get('hosts', array_id=system_id)],
snapshot_groups=[j['label'] for j in generic_get('snapshot_groups', array_id=system_id)],
snapshot_groups_for_print=["'{1}'({0})".format(j['id'], j['label']) for j in generic_get('snapshot_groups', array_id=system_id)],
snapshots=[j['id'] for j in generic_get('snapshots', array_id=system_id)],
snapshots_for_print=snapshots_for_print,
snapshots_for_assertion=snapshots_for_assertion,
snapshot_volumes=[j['label'] for j in generic_get('snapshot_views', array_id=system_id)],
volume_mappings=[j['lun'] for j in generic_get('volume_mappings', array_id=system_id)],
)
def get_ips_by_REST(cls, system_id):
raw_ethernet_interfaces_list = generic_get('ethernet-interfaces', array_id=system_id)
actual_ips = [i['ipv4Address'] for i in raw_ethernet_interfaces_list
if i['linkStatus'].strip() == 'up' and i['ipv4Enabled']]
return actual_ips
def get_system_list(cls):
objectBundle = generic_get('storage-systems')
system_list = [s['id'] for s in objectBundle]
return system_list
def get_system_state(cls, system_id):
snapshot_groups = dict((snapshot_group['id'],snapshot_group['label']) for snapshot_group in generic_get('snapshot_groups', array_id=system_id))
all_volumes = dict((volume['id'],volume['name']) for volume in generic_get('volumes', array_id=system_id))
all_volumes.update(dict((thin_volume['id'], thin_volume['name']) for thin_volume in generic_get('thin_volumes', array_id=system_id)))
snapshots_for_print = ['(id: {0}, group: {1}, volume: {2})'.format(x['id'],
snapshot_groups[x['pitGroupRef']],
all_volumes[x['baseVol']])
for x in generic_get('snapshots', array_id=system_id)]
snapshots_for_assertion = dict((x['id'], {
'group': snapshot_groups[x['pitGroupRef']],
'volume': all_volumes[x['baseVol']],
})
for x in generic_get('snapshots', array_id=system_id))
return dict(storage_systems=cls.get_system_list(),
pools=[j['label'] for j in generic_get('pools', array_id=system_id)],
volumes=[j['name'] for j in generic_get('volumes', array_id=system_id)],
thin_volumes=[j['name'] for j in generic_get('thin_volumes', array_id=system_id)],
volume_copies=[j['id'] for j in generic_get('volume_copies', array_id=system_id)],
hostgroups=[j['id'] for j in generic_get('host_groups', array_id=system_id)],
hostgroups_for_print=["'{1}'({0})".format(j['id'], j['label']) for j in generic_get('host_groups', array_id=system_id)],
hosts_before=[j['label'] for j in generic_get('hosts', array_id=system_id)],
hosts_before_for_print=["'{1}'({0})".format(j['id'], j['label']) for j in generic_get('hosts', array_id=system_id)],
snapshot_groups=[j['label'] for j in generic_get('snapshot_groups', array_id=system_id)],
snapshot_groups_for_print=["'{1}'({0})".format(j['id'], j['label']) for j in generic_get('snapshot_groups', array_id=system_id)],
snapshots=[j['id'] for j in generic_get('snapshots', array_id=system_id)],
snapshots_for_print=snapshots_for_print,
snapshots_for_assertion=snapshots_for_assertion,
snapshot_volumes=[j['label'] for j in generic_get('snapshot_views', array_id=system_id)],
volume_mappings=[j['lun'] for j in generic_get('volume_mappings', array_id=system_id)],
)
def get_ips_by_REST(cls, system_id):
raw_ethernet_interfaces_list = generic_get('ethernet-interfaces', array_id=system_id)
actual_ips = [i['ipv4Address'] for i in raw_ethernet_interfaces_list
if i['linkStatus'].strip() == 'up' and i['ipv4Enabled']]
return actual_ips
def get_system_list(cls):
objectBundle = generic_get('storage-systems')
system_list = [s['id'] for s in objectBundle]
return system_list
