def _generate_switch_info(switch_type, data):
switch_info = dict()
meta = dict()
slot_list = []
for role in PORT_ROLES:
# for each role, create a list of ports belonging to that role
switch_info[role] = list()
meta[role] = list()
for speed in PORT_SPEEDS:
# number of ports at each speed
switch_info[speed] = 0
if switch_type == FIXED:
_scan_port_groups(switch_info, meta, 1, data[PORT_GROUPS])
module_id = data.get(MODULE_ID, 0)
if module_id:
module = linecard.get_linecard(module_id)
linecard.update_ref_count(module_id, 1)
_scan_port_groups(switch_info, meta, 2, module.lc_data[PORT_GROUPS])
else:
for slot in data[SLOTS]:
lc = linecard.get_linecard(slot[LC_ID])
linecard.update_ref_count(slot[LC_ID], 1)
slot_list.append(slot[SLOT_NUM])
_scan_port_groups(switch_info, meta, slot[SLOT_NUM],
lc.lc_data[PORT_GROUPS])
if len(slot_list) != len(set(slot_list)):
raise IgniteException(ERR_SW_SLOT_IN_USE)
return switch_info, meta
def _generate_switch_info(switch_type, data):
switch_info = dict()
meta = dict()
slot_list = []
for role in PORT_ROLES:
# for each role, create a list of ports belonging to that role
switch_info[role] = list()
meta[role] = list()
for speed in PORT_SPEEDS:
# number of ports at each speed
switch_info[speed] = 0
if switch_type == FIXED:
_scan_port_groups(switch_info, meta, 1, data[PORT_GROUPS])
module_id = data.get(MODULE_ID, 0)
if module_id:
module = linecard.get_linecard(module_id)
linecard.update_ref_count(module_id, 1)
_scan_port_groups(switch_info, meta, 2,
module.lc_data[PORT_GROUPS])
else:
for slot in data[SLOTS]:
lc = linecard.get_linecard(slot[LC_ID])
linecard.update_ref_count(slot[LC_ID], 1)
slot_list.append(slot[SLOT_NUM])
_scan_port_groups(switch_info, meta, slot[SLOT_NUM],
lc.lc_data[PORT_GROUPS])
if len(slot_list) != len(set(slot_list)):
raise IgniteException(ERR_SW_SLOT_IN_USE)
return switch_info, meta
def get_linecard(id):
lc = linecard.get_linecard(id)
serializer = LineCardSerializer(lc)
return serializer.data