def get_map_example(map_name, map_id):
map_obj = nas_qos.MapCPSObjs(map_name, map_id=map_id)
ret_data_list = []
ret = cps.get([map_obj.data_map()], ret_data_list)
if ret != True:
print 'Error in get'
return False
print '#### Map %s Profile ####' % map_name
for ret_data in ret_data_list:
map_obj = nas_qos.MapCPSObjs(map_name, cps_data=ret_data)
map_obj.print_obj()
def read_current_map(lookup_map, yang_map_name):
map_obj = nas_qos.MapCPSObjs(yang_map_name=yang_map_name, map_id=0,
create_map=False)
ret_list = []
ret = cps.get([map_obj.cps_data], ret_list)
if ret:
for cps_ret_data in ret_list:
m = nas_qos.MapCPSObjs(yang_map_name=yang_map_name, cps_data=cps_ret_data)
if (dbg_on):
m.print_obj()
name = m.extract_attr('name')
id = m.extract_attr('id')
if (name):
lookup_map[name] = id;
else:
syslog.syslog('Error in get maps')
def get_map(map_name, map_id):
# CPS Data get existing map table
m = nas_qos.MapCPSObjs(map_name, map_id=map_id)
ret_data_list = []
cps.get([m.data_map()], ret_data_list)
print "## CPS data for " + map_name
print ret_data_list
def delete_map_entry(map_name, map_id, entry_list):
# delete existing map table entry
m = nas_qos.MapCPSObjs(map_name, map_id=map_id)
m.del_entries(entry_list)
if m.commit() == False:
print "Failed to delete entry from " + map_name
else:
print "Successfully delete entry from " + map_name
def delete_map_example(map_name, map_id):
map_obj = nas_qos.MapCPSObjs(map_name, map_id=map_id)
if map_obj.delete() == False:
print 'Falied to delete map %s' % map_name
return False
print 'Successfully deleted map %s with map_id %d' % (map_name, map_id)
return True
def create_map_example(map_name, entries):
map_obj = nas_qos.MapCPSObjs(map_name, entry_list=entries)
if map_obj.commit() == False:
print 'Failed to create map %s' % map_name
return None
print 'Successfully created map %s with map_id %d' % (
map_name, map_obj.get_map_id())
return map_obj.get_map_id()
def create_egr_map(eg_map_name, entries):
map_obj = nas_qos.MapCPSObjs(eg_map_name, entry_list=entries)
if map_obj.commit() == False:
print "Failed to create " + eg_map_name
return None
print "Successfully created " + eg_map_name + " " + str(
map_obj.get_map_id())
return map_obj.get_map_id()
def modify_ing_map(in_map_name, map_id, mod_list, new_list):
# Modify existing map table entry
m = nas_qos.MapCPSObjs(in_map_name, map_id=map_id)
mod_list = [(1, 2, 'GREEN'), (2, 6, 'RED')]
new_list = [(5, 3, 'YELLOW'), (6, 4, 'RED')]
m.mod_entries(mod_list)
m.new_entries(new_list)
if m.commit() == False:
print "Failed to modify " + in_map_name
else:
print "Successfully modified " + in_map_name
def modify_dot1p_to_tc_map(in_map_name, map_id, mod_list, new_list):
# Modify existing map table entry
m = nas_qos.MapCPSObjs(in_map_name, map_id=map_id)
mod_list = [(1, 2), (2, 6)]
new_list = [(5, 3), (6, 4)]
m.mod_entries(mod_list)
m.new_entries(new_list)
if m.commit() == False:
print "Failed to modify " + in_map_name
else:
print "Successfully modified " + in_map_name
def create_map(xnode_map_tbl):
entries = []
for xnode_map_entry in xnode_map_tbl:
e = get_map_entry(xnode_map_tbl, xnode_map_entry)
entries.extend(e)
dbg_print('Cfg entries= {0}'.format(entries))
map_obj = nas_qos.MapCPSObjs(xnode_map_tbl.tag,
entry_list=entries,
map_name=xnode_map_tbl.attrib['tag'])
if map_obj.commit() == False:
raise RuntimeError("Failed to create " + xnode_map_tbl.tag +
xnode_map_tbl.attrib['tag'])
map_id = map_obj.get_map_id()
dbg_print(' Map {0} = {1}'.format(xnode_map_tbl.attrib['tag'], map_id))
return map_id
