def get(key):
"""
API:
GET:
Retrun: {
arr: [
tbl_interface
]
},
...
...
],
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'interface is not exist', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
if key == '' or key == 'all':
arr = vcmd.get_arr('cdbctl read/cdb/interface')
if arr:
for item in arr:
item['sort_name'] = portMap.Mapping(item['key'])
item['full_name'] = portMap.Mapping(item['key'], is_sort=False)
obj['arr'] = arr
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
else:
arr = vcmd.get_lines('cdbctl read/cdb/interface/%s' % key)
if arr[0].find('%') >= 0:
for item in arr:
item['sort_name'] = portMap.Mapping(item['key'])
item['full_name'] = portMap.Mapping(item['key'], is_sort=False)
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = arr
else:
arr = vcmd.get_arr('cdbctl read/cdb/interface/%s' % key)
if arr:
for item in arr:
item['sort_name'] = portMap.Mapping(item['key'])
item['full_name'] = portMap.Mapping(item['key'],
is_sort=False)
obj['arr'] = arr
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def dot1x_load_dot1x_port_get(key):
"""
API:
GET:
Retrun: {
arr: [
tbl_interface
]
},
...
...
],
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'interface is not exist', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
if key == '' or key == 'all':
arr = vcmd.get_arr('cdbctl read/cdb/l2/dot1x_port/')
if arr:
# pre-process for front-web easy display
for entry in arr:
if entry['guest_vlan'] == '0':
entry['guest_vlan'] = 'none'
if entry['max_user'] == '0':
entry['max_user'] = '******'
obj['arr'] = arr
# else:
# obj['error'] = True
# obj['err_code'] = 1
# obj['err_reason'] = _err_reason[1]
else:
arr = vcmd.get_lines('cdbctl read/cdb/l2/dot1x_port/%s' % key)
if arr[0].find('%') >= 0:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = arr
else:
arr = vcmd.get_arr('cdbctl read/cdb/interface/%s' % key)
if arr:
obj['arr'] = arr
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def snmp_context_get():
_err_reason = [
'', # err_code: 0
'get snmp cfg error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl read/cdb/app/snmp_context'
arr = vcmd.get_arr(cmd)
if arr:
for entry in arr:
key = entry['key']
key = key[:(len(key))]
sublist = key.split(',')
entry.pop('key')
entry['context'] = sublist[0]
obj['cfg'] = arr
else:
obj['cfg'] = []
return obj
def snmp_target_addr_get():
_err_reason = [
'', # err_code: 0
'get snmp cfg error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl read/cdb/app/snmp_trap'
arr = vcmd.get_arr(cmd)
if arr:
for entry in arr:
key = entry['key']
key = key[:(len(key) - 1)]
sublist = key.split(',')
entry.pop('key')
entry['trapaddr'] = sublist[0]
entry['community'] = sublist[1]
entry['port'] = sublist[2]
if entry['is_inband'] == '1':
entry['vrf'] = 'default'
elif entry['is_inband'] == '0':
entry['vrf'] = 'mgmt'
obj['cfg'] = arr
else:
obj['cfg'] = []
return obj
def sensorGet():
"""
API:
GET:
Retrun: {
arr: [
{
tbl_sensor;
},
...
...
],
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'log is null', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
arr = vcmd.get_arr('cdbctl read/cdb/sys/sensor')
if arr:
obj['arr'] = arr
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def snmp_target_params_get():
_err_reason = [
'', # err_code: 0
'get snmp cfg error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl read/cdb/app/snmp_target_params'
arr = vcmd.get_arr(cmd)
if arr:
for entry in arr:
# key = entry['key']
# key = key[:(len(key))]
# sublist = key.split(',')
# entry.pop('key')
entry['params'] = entry['key']
entry['username'] = entry['user_name']
if entry['usm_level'] == '1':
entry['selpar'] = 'noauth'
elif entry['usm_level'] == '2':
entry['selpar'] = 'auth'
elif entry['usm_level'] == '3':
entry['selpar'] = 'priv'
obj['cfg'] = arr
else:
obj['cfg'] = []
return obj
def tap_timestamp_get():
"""
TBD
"""
_err_reason = [
'', # err_code: 0
'cmd excute error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl read/cdb/sys/sys_global/'
arr = vcmd.get_arr(cmd)
if arr:
# int -> hex format
value = arr[0].get('ether_type')
arr[0]['ether_type'] = hex(int(value)) if value.isdigit() else 0xffff
obj['cfg'] = arr
else:
obj['cfg'] = []
return obj
def snmp_target_address_get():
_err_reason = [
'', # err_code: 0
'get snmp cfg error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl read/cdb/app/snmp_target_addr'
arr = vcmd.get_arr(cmd)
if arr:
for entry in arr:
entry['trapaddress'] = entry['key']
entry['communitys'] = entry['para_name']
entry['server'] = entry['ip_addr']
entry['traname'] = entry['tag_list']
obj['cfg'] = arr
else:
obj['cfg'] = []
return obj
def ntp_srv_get():
"""
TBD
"""
_err_reason = [
'', # err_code: 0
'cmd excute error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl read/cdb/app/ntp_server'
arr = vcmd.get_arr(cmd)
if arr:
for entry in arr:
if entry['is_inband'] == '1':
entry['is_inband'] = 'default'
elif entry['is_inband'] == '0':
entry['is_inband'] = 'mgmt'
if arr:
obj['cfg'] = arr
else:
obj['cfg'] = []
return obj
def snmp_notify_get():
_err_reason = [
'', # err_code: 0
'get snmp cfg error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl read/cdb/app/snmp_notify'
arr = vcmd.get_arr(cmd)
if arr:
for entry in arr:
#key = entry['key']
#key = key[:(len(key))]
#sublist = key.split(',')
#entry.pop('key')
entry['notify'] = entry['key']
entry['tag'] = entry['tag_name']
if entry['notify_type'] == '0':
entry['type'] = 'trap'
elif entry['notify_type'] == '1':
entry['type'] = 'inform'
obj['cfg'] = arr
else:
obj['cfg'] = []
return obj
def _get_boot_info():
"""get boot image infomations
"""
res = vcmd.get_arr('cdbctl read/cdb/sys/bootimage')[0]
if res['mode'] == 'flash:':
tmp = res['current_image']
tmp = tmp.replace(res['mode'], '')
res['current_image'] = os.path.basename(tmp)
return res
def snmp_community_get():
_err_reason = [
'', # err_code: 0
'get snmp cfg error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
arr = vcmd.get_arr('cdbctl read/cdb/app/snmp_community')
if arr:
obj['cfg'] = arr
else:
obj['cfg'] = []
return obj
def dhcp_snooping_information_option_get():
"""
API:
Retrun: {
if /:
group_arr: [group_dict, group_dict, ...],
elif /<int:git>/:
group: group_dict
error: bool,
err_code: int,
err_reason: string
}
group_dict {
lag_name: string,
protocol: 'static' | 'LACP',
group_state: 'L2' | 'L3',
ports_in_bundle: int,
member_ports: ['eth-0-1', ...],
max_ports_count: int,
}
"""
_err_reason = [
'', # err_code: 0
'bad request', # err_code: 1
'cmd excute error', # err_code: 2
'group is not exist', # err_code: 3
]
obj = {'error': False, 'err_code': 0, 'err_reason': ''}
# excute
arr = vcmd.get_arr('cdbctl read/cdb/dhcp/dhcsnooping/add_agent_options')
if arr:
obj['add_agent_options'] = arr[0]['add_agent_options']
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def get_port_split_status():
"""
TBD
"""
_err_reason = [
'', # err_code: 0
'interface is not exist', # err_code: 1
]
obj = {
'arr': [],
'port_media_type': '',
'error': False,
'err_code': 0,
'err_reason': ''
}
arr = vcmd.get_arr('cdbctl show/cdb/sys/port/')
split_arr = {}
connection = portMap.getPortConnection()
if arr:
for item in arr:
# 1. media type property only support 1 port eth-0-1 only in GG chip.
if (item['key'] == '0'):
obj['port_media_type'] = item['port_media_type']
# 2. split_type
if -1 != item['name'].find(connection['sub_connection']):
item['is_split'] = 'True'
else:
item['is_split'] = 'False'
split_arr[item['name']] = {
'split_type': item['split_type'],
'is_split': item['is_split']
}
obj['arr'] = split_arr
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def tap_group_table_get():
"""
TBD
"""
_err_reason = [
'', # err_code: 0
'cmd excute error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl read/cdb/tap/tap_group'
arr = vcmd.get_arr(cmd)
if arr:
obj['arr'] = arr
else:
obj['arr'] = []
return obj
def tap_truncation_get():
"""
TBD
"""
_err_reason = [
'', # err_code: 0
'cmd excute error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl read/cdb/sys/sys_global/trunction_length'
arr = vcmd.get_arr(cmd)
if arr:
obj['trunction'] = arr[0]['trunction_length']
else:
obj['trunction'] = ''
return obj
def tap_timestamp_del():
"""
TBD
"""
_err_reason = [
'', # err_code: 0
'cmd excute error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl update/cdb/sys/sys_global/trunction_length/0'
arr = vcmd.get_arr(cmd)
if arr:
obj['arr'] = arr
else:
obj['arr'] = []
return obj
def snmp_cfg_get():
"""
TBD
"""
_err_reason = [
'', # err_code: 0
'get snmp cfg error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
arr = vcmd.get_arr('cdbctl read/cdb/app/snmp_cfg/')
if arr:
obj['cfg'] = arr[0]
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def sysglobalGet():
"""
API:
GET:
Retrun: {
arr: [
{
tbl_sys_global;
},
...
...
],
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'log is null', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
arr = vcmd.get_arr('cdbctl read/cdb/sys/sys_global')
if arr:
obj['arr'] = arr
mgmt_mac = vcmd.get_showarr('cdbctl show/cdb/sys/show_management_if')
if len(mgmt_mac[0]) > 1:
for line in mgmt_mac:
if line.find('HWaddr') >= 0:
arr[0]['mgmt_routemac'] = line[line.find('HWaddr: ') + len('HWaddr: '):]
break
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def get(file_type):
"""
API:
GET:
Retrun: {
user: [
{user: string, privilege: number, password: string,},
...
],
}
"""
_err_reason = [
'', # err_code: 0
'cmd excute error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl read/cdb/app/user'
arr = vcmd.get_arr(cmd)
if arr:
for entry in arr:
# key = entry['key']
# key = key[:(len(key) - 1)]
# entry.pop('key')
entry['username'] = entry['key']
entry['privilege'] = entry['privilege']
entry['password'] = entry['passwd']
obj['cfg'] = arr
else:
obj['cfg'] = []
return obj
def flow_table_get():
"""
TBD
"""
_err_reason = [
'', # err_code: 0
'cmd excute error', # err_code: 1
]
obj = {
'acl': [],
'flow': [],
'flow_match': [],
'error': False,
'err_code': 0,
'err_reason': ''
}
cmd = 'cdbctl read/cdb/l2/acl_config/'
arr = vcmd.get_arr(cmd)
# change '/key=#FLOW#flow1/' to '/key=flow1/'
for entry in arr:
key = entry['key']
if '#' in key:
name_list = key.split('#')
entry['key'] = name_list[-1]
if 'FLOW' in key:
obj['flow'].append(entry)
else:
obj['flow_match'].append(entry)
else:
obj['acl'].append(entry)
return obj
def load_balance_tunnel_hash_get():
"""
API:
GET:
Retrun: {
arr: [group_dict, group_dict, ...],
error: bool,
err_code: int,
err_reason: string
}
group_dict {
load_balance: string,
load_balance_inner_filed_en: '0' | '1' | '2',
...
}
"""
_err_reason = [
'', # err_code: 0
'get tunnel hash mode cfg error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
arr = vcmd.get_arr('cdbctl read/cdb/sys/lag_global/')
if arr:
obj['arr'] = arr[0]
#print obj
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def snmp_usm_user_get():
_err_reason = [
'', # err_code: 0
'get snmp cfg error', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
cmd = 'cdbctl read/cdb/app/snmp_usm_user'
arr = vcmd.get_arr(cmd)
if arr:
for entry in arr:
# key = entry['key']
# key = key[:(len(key) - 1)]
# entry.pop('key')
entry['username'] = entry['key']
if entry['auth_type'] == '1':
entry['authensel'] = 'md5'
elif entry['auth_type'] == '2':
entry['authensel'] = 'sha'
entry['authenpwd'] = entry['auth_pwd']
if entry['priv_type'] == '1':
entry['encrysel'] = 'des'
elif entry['priv_type'] == '2':
entry['encrysel'] = 'aes'
entry['encrypwd'] = entry['priv_pwd']
obj['cfg'] = arr
else:
obj['cfg'] = []
return obj
def dhcp_get_interval():
"""
API:
Retrun: {
database_save_interval: database_save_interval,
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'bad request', # err_code: 1
'cmd excute error', # err_code: 2
'group is not exist', # err_code: 3
]
obj = {'error': False, 'err_code': 0, 'err_reason': ''}
# excute
arr = vcmd.get_arr(
'cdbctl read/cdb/dhcp/dhcsnooping/database_save_interval')
if arr:
obj['database_save_interval'] = arr[0]['database_save_interval']
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def get(key):
"""
API:
GET:
Retrun: {
arr: [
tbl_interface
]
},
...
...
],
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'interface is not exist', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
if key == '' or key == 'all':
arr = vcmd.get_arr('cdbctl read/cdb/interface')
if arr:
# process split port, assert a 'split_type' field
for item in arr:
if item['key'].startswith('eth-'):
item['split_type'] = 'splited' if (
item['key'].find('_') != -1) else 'not_split'
else:
item['split_type'] = 'not_support'
if item['brgif'] and item['brgif']['allowed_vlan']:
# change "all5-10" to 'ALL', if exist keyword 'all', we ignore other when display
item['brgif']['allowed_vlan'] = 'ALL' if (
item['brgif']['allowed_vlan'].find('all')
== 0) else item['brgif']['allowed_vlan']
item['sort_name'] = portMap.Mapping(item['key'])
item['full_name'] = portMap.Mapping(item['key'], is_sort=False)
item['svlan_tpid_mode'] = '0x%x' % int(item['svlan_tpid'])
# process split port end
obj['arr'] = arr
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
else:
arr = vcmd.get_lines('cdbctl read/cdb/interface/%s' % key)
if arr[0].find('%') >= 0:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = arr
else:
arr = vcmd.get_arr('cdbctl read/cdb/interface/%s' % key)
if arr:
obj['arr'] = arr
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def tap_entry_get():
"""
TBD
"""
_err_reason = [
'', # err_code: 0
'cmd excute error', # err_code: 1
]
obj = {
'egress': [],
'ingress': [],
'error': False,
'err_code': 0,
'err_reason': ''
}
cmd = 'cdbctl read/cdb/tap/tap_group_egress/'
# Get egress direction entry
arr = vcmd.get_arr(cmd)
if arr:
for entry in arr:
temp = entry.get('key')
entry['name'] = temp.split('#')[0]
entry['port'] = temp.split('#')[1]
entry['sort_name'] = portMap.Mapping(entry['port'])
entry['full_name'] = portMap.Mapping(entry['port'], is_sort=False)
obj['egress'] = arr
else:
obj['egress'] = []
# Get in gress direction entry
cmd_flow = 'cdbctl read/cdb/tap/tap_group_ingress_flow'
cmd_normal = 'cdbctl read/cdb/tap/tap_group_ingress'
arr_flow = vcmd.get_arr(cmd_flow)
arr_normal = vcmd.get_arr(cmd_normal)
arr = arr_flow + arr_normal
if arr:
# change 'tap2#eth-0-24#flow1' to 'tap2','eth-0-24','flow1'
for entry in arr:
temp = entry.get('key').split('#')
if entry['ing_untag_en'] == '1':
entry['untag_mode'] = 'double-vlan'
elif entry['ing_untag_en'] == '2':
entry['untag_mode'] = 'outer-vlan'
elif entry['ing_untag_en'] == '3':
entry['untag_mode'] = 'inner-vlan'
else:
entry['untag_mode'] = 'Disable'
if len(temp) == 2:
entry['name'] = temp[0]
entry['port'] = temp[1]
entry['sort_name'] = portMap.Mapping(entry['port'])
entry['full_name'] = portMap.Mapping(entry['port'],
is_sort=False)
entry['flow'] = ''
elif len(temp) == 5:
entry['name'] = temp[0]
entry['port'] = temp[1]
entry['sort_name'] = portMap.Mapping(entry['port'])
entry['full_name'] = portMap.Mapping(entry['port'],
is_sort=False)
entry['flow'] = temp[4]
# only hold a place
entry['ing_trunction_en'] = '0'
# ingress can't support edit-pkt, only hold a place for display
entry['ing_edit_dest_mac_en'] = '0'
entry['ing_edit_src_mac_en'] = '0'
entry['ing_edit_ipda_en'] = '0'
entry['ing_edit_ipsa_en'] = '0'
obj['ingress'] = arr
else:
obj['ingress'] = []
return obj
def ipv4_port_load_l3_port_get(key):
"""
API:
GET:
Retrun: {
arr: [
tbl_interface
]
},
...
...
],
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'interface is not exist', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
entry = []
if key == '' or key == 'all':
arr = vcmd.get_arr('cdbctl read/cdb/l3/route_if/')
if arr:
for i in range(len(arr)):
ipv4 = arr[i].get('ifc_ipv4')
if (isinstance(ipv4, list)):
for item in ipv4:
# Add option web need
item['name'] = arr[i].get('key')
item['ip_redirects_en'] = arr[i].get('ip_redirects_en')
item['unicast_rpf_en'] = arr[i].get('unicast_rpf_en')
# ',/key' --> 'key'
if item.has_key(',/key'):
item['ip'] = item[',/key'].split('#')[0]
item['mask'] = item[',/key'].split('#')[1]
del item[',/key']
if item.has_key('key'):
item['ip'] = item['key'].split('#')[0]
item['mask'] = item['key'].split('#')[1]
del item['key']
# append to entry
entry.append(item)
if (isinstance(ipv4, dict)):
ipv4['name'] = arr[i].get('key')
ipv4['ip_redirects_en'] = arr[i].get('ip_redirects_en')
ipv4['unicast_rpf_en'] = arr[i].get('unicast_rpf_en')
if (ipv4.has_key('key')):
item = ipv4['key'].split('#')
ipv4['ip'] = item[0]
ipv4['mask'] = item[1]
else:
ipv4['ip'] = 'N/A'
ipv4['mask'] = 'N/A'
entry.append(ipv4)
obj['arr'] = entry
else:
arr = vcmd.get_lines('cdbctl read/cdb/l2/dot1x_port/%s' % key)
if arr[0].find('%') >= 0:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = arr
else:
arr = vcmd.get_arr('cdbctl read/cdb/interface/%s' % key)
if arr:
obj['arr'] = arr
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def get(key):
"""
API:
GET:
Retrun: {
if_statistic_arr: [
{
ifidx: int,
octets_rcv_rate: int,
pkts_rcv_rate: int,
octets_send_rate: int,
pkts_send_rate: int,
octets_rcv: int,
pkts_rcv: int,
uc_pkts_rcv: int,
brdc_pkts_rcv: int,
mc_pkts_rcv: int,
oam_pkts_rcv: int,
undersize_pkts: int,
oversize_pkts: int,
mac_rcv_error: int,
bad_crc: int,
frame_error: int,
drop_events: int,
pause_rcv: int,
octets_send: int,
pkts_send: int,
uc_pkts_send: int,
brdc_pkts_send: int,
mc_pkts_send: int,
oam_pkts_send: int,
underruns: int,
mac_transmit_err: int,
pause_send: int,
fcs_pkts_rcv: int,
fcs_octets_rcv: int,
fcs_pkts_send: int,
fcs_octets_send: int,
fragments_pkts: int,
bad_pkts_rcv: int,
bad_octets_rcv: int,
ifname: string
},
...
...
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'interface statistic is not exist', # err_code: 1
]
obj = {
'if_statistic_arr': [],
'error': False,
'err_code': 0,
'err_reason': ''
}
arr_if = vcmd.get_arr('cdbctl read/cdb/interface')
if key == '' or key == 'all':
arr = vcmd.get_arr('cdbctl read/cdb/sys/port_stats')
if arr:
for i in arr:
tmp = {}
tmp['ifidx'] = i.get('key')
if arr_if:
for j in arr_if:
if j.get('ifindex') == i.get('key'):
tmp['ifname'] = j.get('key')
tmp['sort_name'] = portMap.Mapping(tmp['ifname'])
tmp['full_name'] = portMap.Mapping(tmp['ifname'],
is_sort=False)
break
else:
tmp['ifname'] = ''
if j.get('ifg_stats_en') == "1":
octets_rcv = str(
int(i.get('octets_rcv')) + int(i.get('pkts_rcv')) * 20)
tmp['octets_rcv'] = octets_rcv
else:
tmp['octets_rcv'] = i.get('octets_rcv')
tmp['pkts_rcv'] = i.get('pkts_rcv')
tmp['uc_pkts_rcv'] = i.get('uc_pkts_rcv')
tmp['brdc_pkts_rcv'] = i.get('brdc_pkts_rcv')
tmp['mc_pkts_rcv'] = i.get('mc_pkts_rcv')
tmp['oam_pkts_rcv'] = i.get('oam_pkts_rcv')
tmp['undersize_pkts'] = i.get('undersize_pkts')
tmp['oversize_pkts'] = i.get('oversize_pkts')
tmp['mac_rcv_error'] = i.get('mac_rcv_error')
tmp['bad_crc'] = i.get('bad_crc')
tmp['frame_error'] = i.get('frame_error')
tmp['drop_events'] = i.get('drop_events')
tmp['pause_rcv'] = i.get('pause_rcv')
if j.get('ifg_stats_en') == "1":
octets_send = str(
int(i.get('octets_send')) +
int(i.get('pkts_send')) * 20)
tmp['octets_send'] = octets_send
else:
tmp['octets_send'] = i.get('octets_send')
tmp['pkts_send'] = i.get('pkts_send')
tmp['uc_pkts_send'] = i.get('uc_pkts_send')
tmp['brdc_pkts_send'] = i.get('brdc_pkts_send')
tmp['mc_pkts_send'] = i.get('mc_pkts_send')
tmp['oam_pkts_send'] = i.get('oam_pkts_send')
tmp['underruns'] = i.get('underruns')
tmp['mac_transmit_err'] = i.get('mac_transmit_err')
tmp['pause_send'] = i.get('pause_send')
tmp['fcs_pkts_rcv'] = i.get('fcs_pkts_rcv')
tmp['fcs_octets_rcv'] = i.get('fcs_octets_rcv')
tmp['fcs_pkts_send'] = i.get('fcs_pkts_send')
tmp['fcs_octets_send'] = i.get('fcs_octets_send')
tmp['fragments_pkts'] = i.get('fragments_pkts')
tmp['bad_pkts_rcv'] = i.get('bad_pkts_rcv')
tmp['bad_octets_rcv'] = i.get('bad_octets_rcv')
if arr_if:
for j in arr_if:
if j.get('ifindex') == i.get('key'):
tmp['ifname'] = j.get('key')
tmp['sort_name'] = portMap.Mapping(tmp['ifname'])
tmp['full_name'] = portMap.Mapping(tmp['ifname'],
is_sort=False)
break
else:
tmp['ifname'] = ''
arr_rate = vcmd.get_arr('cdbctl read/cdb/sys/port_stats_rate')
if arr_rate:
for j in arr_rate:
if j.get('key') == i.get('key'):
tmp['octets_rcv_rate'] = j.get('octets_rcv_rate')
tmp['pkts_rcv_rate'] = j.get('pkts_rcv_rate')
tmp['octets_send_rate'] = j.get('octets_send_rate')
tmp['pkts_send_rate'] = j.get('pkts_send_rate')
break
else:
tmp['octets_rcv_rate'] = 0
tmp['pkts_rcv_rate'] = 0
tmp['octets_send_rate'] = 0
tmp['pkts_send_rate'] = 0
obj['if_statistic_arr'].append(tmp)
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
else:
arr = vcmd.get_lines('cdbctl read/cdb/sys/port_stats/%s' % key)
status, lines = vcmd.get_status_lines()
if arr[0].find('%') >= 0:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = arr
else:
arr = vcmd.get_arr('cdbctl read/cdb/sys/port_stats/%s' % key)
if arr:
for i in arr:
tmp = {}
tmp['ifidx'] = i.get('key')
#tmp['octets_rcv_rate'] = i.get('octets_rcv_rate')
#tmp['pkts_rcv_rate'] = i.get('pkts_rcv_rate')
#tmp['octets_send_rate'] = i.get('octets_send_rate')
#tmp['pkts_send_rate'] = i.get('pkts_send_rate')
tmp['octets_rcv'] = i.get('octets_rcv')
tmp['pkts_rcv'] = i.get('pkts_rcv')
tmp['uc_pkts_rcv'] = i.get('uc_pkts_rcv')
tmp['brdc_pkts_rcv'] = i.get('brdc_pkts_rcv')
tmp['mc_pkts_rcv'] = i.get('mc_pkts_rcv')
tmp['oam_pkts_rcv'] = i.get('oam_pkts_rcv')
tmp['undersize_pkts'] = i.get('undersize_pkts')
tmp['oversize_pkts'] = i.get('oversize_pkts')
tmp['mac_rcv_error'] = i.get('mac_rcv_error')
tmp['bad_crc'] = i.get('bad_crc')
tmp['frame_error'] = i.get('frame_error')
tmp['drop_events'] = i.get('drop_events')
tmp['pause_rcv'] = i.get('pause_rcv')
tmp['octets_send'] = i.get('octets_send')
tmp['pkts_send'] = i.get('pkts_send')
tmp['uc_pkts_send'] = i.get('uc_pkts_send')
tmp['brdc_pkts_send'] = i.get('brdc_pkts_send')
tmp['mc_pkts_send'] = i.get('mc_pkts_send')
tmp['oam_pkts_send'] = i.get('oam_pkts_send')
tmp['underruns'] = i.get('underruns')
tmp['mac_transmit_err'] = i.get('mac_transmit_err')
tmp['pause_send'] = i.get('pause_send')
tmp['fcs_pkts_rcv'] = i.get('fcs_pkts_rcv')
tmp['fcs_octets_rcv'] = i.get('fcs_octets_rcv')
tmp['fcs_pkts_send'] = i.get('fcs_pkts_send')
tmp['fcs_octets_send'] = i.get('fcs_octets_send')
tmp['fragments_pkts'] = i.get('fragments_pkts')
tmp['bad_pkts_rcv'] = i.get('bad_pkts_rcv')
tmp['bad_octets_rcv'] = i.get('bad_octets_rcv')
if arr_if:
for j in arr_if:
if j.get('ifindex') == i.get('key'):
tmp['ifname'] = j.get('key')
tmp['sort_name'] = portMap.Mapping(
tmp['ifname'])
tmp['full_name'] = portMap.Mapping(
tmp['ifname'], is_sort=False)
break
else:
tmp['ifname'] = ''
arr_rate = vcmd.get_arr(
'cdbctl read/cdb/sys/port_stats_rate/%s' % key)
if arr_rate:
for j in arr_rate:
if j.get('key') == j.get('key'):
tmp['octets_rcv_rate'] = j.get(
'octets_rcv_rate')
tmp['pkts_rcv_rate'] = j.get('pkts_rcv_rate')
tmp['octets_send_rate'] = j.get(
'octets_send_rate')
tmp['pkts_send_rate'] = j.get('pkts_send_rate')
break
else:
tmp['octets_rcv_rate'] = 0
tmp['pkts_rcv_rate'] = 0
tmp['octets_send_rate'] = 0
tmp['pkts_send_rate'] = 0
obj['if_statistic_arr'].append(tmp)
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
def get(key):
"""
API:
GET:
Retrun: {
arr: [
tbl_interface
]
},
...
...
],
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'interface is not exist', # err_code: 1
]
obj = {'arr': [], 'error': False, 'err_code': 0, 'err_reason': ''}
if key == '' or key == 'all':
arr = vcmd.get_arr('cdbctl read/cdb/sys/fiber/')
if arr:
newArr = []
for map in arr:
m = {}
for key, value in map.items():
if key == 'interface_name':
m['interface_name'] = str(value)
m['sort_name'] = portMap.Mapping(m['interface_name'])
m['full_name'] = portMap.Mapping(m['interface_name'],
is_sort=False)
if key == 'fiber_type_name':
m['fiber_type_name'] = str(value)
if key == 'name':
m['name'] = str(value)
if key == 'pn':
m['pn'] = str(value)
if key == 'sn':
m['sn'] = str(value)
newArr.append(m)
obj['arr'] = newArr
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
else:
arr = vcmd.get_lines('cdbctl read/cdb/sys/fiber/%s' % key)
if arr[0].find('%') >= 0:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = arr
else:
arr = vcmd.get_arr('cdbctl read/cdb/sys/fiber/%s' % key)
if arr:
obj['arr'] = arr
else:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
