def _handle_rack(self, *args, **options):
rack_ids = options['id']
query = {}
if len(rack_ids) > 0:
query['pk__in'] = rack_ids
for rack in Rack.active.filter(**query):
if options['set_size']:
rack.size = options['set_size']
elif options['layout']:
print "*** {:^44} ***".format(
"%s::%s (id:%s)" % (rack.parent if rack.parent else 'global', rack, rack.id))
unsorted_servers = []
for rack_resource in rack:
if RackMountable.is_rack_mountable(rack_resource):
unsorted_servers.append(rack_resource)
sorted_servers = sorted(unsorted_servers, key=lambda s: s.position, reverse=True)
if len(sorted_servers) <= 0:
continue
# sorted_servers must be sorted by position in reverse order
rack_layout_map = {}
curr_position = rack.size # max position
for sorted_server in sorted_servers:
curr_pos = sorted_server.position
if not curr_pos:
logger.warning("Server %s position is not set." % sorted_server)
if curr_pos in rack_layout_map:
while curr_pos in rack_layout_map:
curr_pos += 1
sorted_server.position = curr_pos
rack_layout_map[sorted_server.position] = sorted_server
if sorted_server.position > curr_position:
curr_position = sorted_server.position
while curr_position > 0:
if curr_position in rack_layout_map:
server = rack_layout_map[curr_position]
print "[{:>3s}| {:<40s} |{:s}]".format(unicode(server.position), server,
'o' if server.on_rails else ' ')
else:
print "[{:>3s}|{:-^46s}]".format(unicode(curr_position), '')
curr_position -= 1
# print free space
while curr_position > 0:
print "[{:>3s}|{:-^46s}]".format(unicode(curr_position), '')
curr_position -= 1
print "\n"
def _handle_rack_unit(self, *args, **options):
server = self._get_server_by_ip_or_id(options['ip-or-id'])
assert RackMountable.is_rack_mountable(server)
for option_name in options:
if option_name.startswith('set_'):
prop_name = option_name[4:]
if options[option_name]:
server.set_option(prop_name, options[option_name])
self._dump_server(server)
logger.info("")
def _handle_rack_unit(self, *args, **options):
server = self._get_server_by_ip_or_id(options['ip-or-id'])
assert RackMountable.is_rack_mountable(server)
for option_name in options:
if option_name.startswith('set_'):
prop_name = option_name[4:]
if options[option_name]:
server.set_option(prop_name, options[option_name])
self._dump_server(server)
logger.info("")
def _handle_rack(self, *args, **options):
rack_ids = options['id']
query = {}
if len(rack_ids) > 0:
query['pk__in'] = rack_ids
for rack in Rack.active.filter(**query):
if options['set_size']:
rack.size = options['set_size']
elif options['layout']:
print "*** {:^44} ***".format(
"%s::%s (id:%s)" %
(rack.parent if rack.parent else 'global', rack, rack.id))
unsorted_servers = []
for rack_resource in rack:
if RackMountable.is_rack_mountable(rack_resource):
unsorted_servers.append(rack_resource)
sorted_servers = sorted(unsorted_servers,
key=lambda s: s.position,
reverse=True)
if len(sorted_servers) <= 0:
continue
# sorted_servers must be sorted by position in reverse order
rack_layout_map = {}
curr_position = rack.size # max position
for sorted_server in sorted_servers:
curr_pos = sorted_server.position
if not curr_pos:
logger.warning("Server %s position is not set." %
sorted_server)
if curr_pos in rack_layout_map:
while curr_pos in rack_layout_map:
curr_pos += 1
sorted_server.position = curr_pos
rack_layout_map[sorted_server.position] = sorted_server
if sorted_server.position > curr_position:
curr_position = sorted_server.position
while curr_position > 0:
if curr_position in rack_layout_map:
server = rack_layout_map[curr_position]
print "[{:>3s}| {:<40s} |{:s}]".format(
unicode(server.position), server,
'o' if server.on_rails else ' ')
else:
print "[{:>3s}|{:-^46s}]".format(
unicode(curr_position), '')
curr_position -= 1
# print free space
while curr_position > 0:
print "[{:>3s}|{:-^46s}]".format(unicode(curr_position),
'')
curr_position -= 1
print "\n"
