def get():
"""
API:
GET:
Retrun: {
hostname: string
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'cmd excute error', # err_code: 1
]
obj = {'hostname': '', 'error': False, 'err_code': 0, 'err_reason': ''}
status, arr = vcmd.get_status_arr(
'cdbctl read/cdb/sys/sys_global/hostname/')
if status != 0:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = ''.join(arr)
else:
obj['hostname'] = arr[0].get('hostname')
return obj
def log_cfg_get():
"""
API:
DELETE: {
vlan_ids: [int, int, ....]
}
Retrun: {
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'bad request', # err_code: 1
'cannot remove vlan 1', # err_code: 2
'excute error', # err_code: 3
]
obj = {'error': False, 'err_code': 0, 'err_reason': ''}
status, arr = vcmd.get_status_arr('cdbctl read/cdb/app/syslog_cfg/')
# param check
if status != 0:
obj['error'] = True
obj['err_code'] = 2
obj['err_reason'] = '; '.join(arr)
return obj
else:
# '64,1.1.1.1;64,1.1.1.2;0,1.1.1.3;' -> {1.1.1.1:64, 1.1.1.2:64, 1.1.1.3:0}
temp = arr[0].get('server_addr')
if len(temp) != 0:
temp = temp[:(len(temp) - 1)]
#temp = temp.replace('64,', '')
temp = temp.split(';')
addMap = {}
for entry in temp:
entry = entry.split(',')
addMap[entry[1]] = entry[0]
arr[0]['server_addr'] = addMap
else:
temp = []
obj['cfg'] = arr[0]
return obj
def radius_server_get():
"""
TBD
"""
_err_reason = [
'', # err_code: 0
'log is null', # err_code: 1
]
obj = {
'auth_cfg': [],
'dot1x_radius': [],
'error': False,
'err_code': 0,
'err_reason': ''
}
status, arr = vcmd.get_status_arr('cdbctl read/cdb/app/auth_cfg')
status1, arr1 = vcmd.get_status_arr('cdbctl read/cdb/app/auth_server')
if (status != 0) and (status1 != 0):
obj['error'] = True
obj['err_code'] = 2
obj['err_reason'] = '; '.join(arr)
return obj
else:
for cfg in arr1:
cfg['host'], cfg['type'], _ = cfg['key'].split('#')
if cfg['is_inband'] == "0":
cfg['is_inband'] = "mgmt"
else:
cfg['is_inband'] = "default"
del cfg['key']
obj['auth_cfg'] = arr
obj['dot1x_radius'] = arr1
#print obj
return obj
def dot1x_auth_ctl_enable_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
status, arr = vcmd.get_status_arr('cdbctl read/cdb/l2/dot1x_global/global_auth_enable')
if status != 0:
obj['error'] = True
obj['err_code'] = 2
obj['err_reason'] = '; '.join(arr)
return obj
else:
obj['dhcp_snooping_enable']= arr[0].get('global_auth_enable')
return obj
def get():
"""
API:
GET:
Retrun: {
ip: string, eg: '10.10.10.2/24'
gateway: string, eg: '10.10.10.1'
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'cmd excute error', # err_code: 1
]
obj = {
'ip': '',
'gateway': '',
'error': False,
'err_code': 0,
'err_reason': ''
}
status, arr = vcmd.get_status_arr('cdbctl read/cdb/sys/manage_if')
if status != 0:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = ''.join(arr)
else:
obj['ip'] = arr[0].get('addr').replace('#', '/')
obj['gateway'] = arr[0].get('gateway')
return obj
def gratuitous_arp_get():
"""
API:
Retrun: {
gratuitous_arp_learn_en:1 or 0
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'bad request', # err_code: 1
'cmd excute error', # err_code: 2
]
obj = {'error': False, 'err_code': 0, 'err_reason': ''}
# excute
status, arr = vcmd.get_status_arr('cdbctl read/cdb/l3/route_global')
if status != 0:
obj['error'] = True
obj['err_code'] = 2
obj['err_reason'] = '; '.join(arr)
return obj
else:
obj['gratuitous_arp_learn_en'] = arr[0].get('gratuitous_arp_learn_en')
#print obj
return obj
def channel_group_get(gid):
"""
API:
GET: / or /<int:gid>/
@param gid: group id
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': ''}
# param check
if gid != 'all' and base.parse.parse_int(gid) == None:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = _err_reason[1]
return obj
# excute
if gid == 'all':
status, arr = vcmd.get_status_arr(
'cdbctl read/cdb/interface/lag//type/summary')
else:
status, arr = vcmd.get_status_arr(
'cdbctl read/cdb/interface/lag/%d/type/summary' % int(gid))
if status != 0:
obj['error'] = True
obj['err_code'] = 2
obj['err_reason'] = '; '.join(arr)
return obj
max_ports_count = 16
status, version = vcmd.get_status_arr('cdbctl read/cdb/sys/version')
if status != 0:
obj['error'] = True
obj['err_code'] = 2
obj['err_reason'] = '; '.join(arr)
return obj
for info in version:
product = info.get('product')
if (product.find('580') != -1 or product.find('550') != -1
or product.find('530') != -1):
max_ports_count = 64
# arr shaping
arr_shaping = []
for i in arr:
lag_name = i.get('key')
protocol = 'None' if i.get('lag') == None else 'static' if i.get(
'lag').get('mode') == 'static' else 'LACP'
group_state = 'L2' if i.get('mode') == 'switch' else 'L3'
ports_in_bundle = 'None' if i.get(
'lag') == None else base.parse.parse_int(
i.get('lag').get('bundle_ports_count'))
member_ports = 'None' if i.get('lag') == None else i.get('lag').get(
'member_ports').split(',')
for mem_item in range(len(member_ports)):
member_ports[mem_item] = portMap.Mapping(member_ports[mem_item])
member_ports, err = base.check.array(member_ports,
['string', '!=', '', '', 1], True)
arr_shaping.append({
'lag_name': lag_name,
'protocol': protocol,
'group_state': group_state,
'ports_in_bundle': ports_in_bundle,
'member_ports': member_ports,
'max_ports_count': max_ports_count
})
# Insert "load_balance_mode" fild to arr
status, lines = vcmd.get_status_arr(
"cdbctl read/cdb/sys/lag_global/load_balance_mode")
for lag in arr_shaping:
lag_name = lag.get('lag_name')
replace = lag_name.replace('agg', '')
if (replace.isdigit()):
lagId = int(replace)
else:
continue
mode = lines[0].get('load_balance_mode').split(',')
m = mode[lagId]
lag['mode'] = m
# return
if gid == 'all':
obj['group_arr'] = arr_shaping
elif len(arr_shaping) >= 1:
obj['group'] = arr_shaping[0]
else:
obj['error'] = True
obj['err_code'] = 3 # 不要随便�?
obj['err_reason'] = _err_reason[3]
return obj
return obj
def load_balance_set(lb_type, lb_state):
"""
API:
PUT: /<lb_type>/<lb_state>/
@param lb_type:
src-mac | dst-mac | src-ip | dst-ip | ip-protocol | src-port-l4 | dst-port-l4
@param lb_state:
set | unset
Retrun: {
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'bad request', # err_code: 1
'cmd excute error', # err_code: 2
]
obj = {'error': False, 'err_code': 0, 'err_reason': ''}
# param check
lb_type = str(lb_type)
lb_state = str(lb_state)
#if not lb_type or not lb_type in ['src-mac', 'dst-mac', 'src-ip', 'dst-ip', 'ip-protocol', 'src-port-l4', 'dst-port-l4'] or not lb_state in ['set', 'unset']:
# obj['error'] = True
# obj['err_code'] = 1
# obj['err_reason'] = _err_reason[1]
# return obj
cmd = 'cdbctl read/cdb/sys/chip'
status, arr = vcmd.get_status_arr(cmd)
type = arr[0]['type']
if type == 'Greatbelt':
if lb_state == 'set':
cmd = 'cdbctl update/cdb/sys/lag_global/load_balance/overwrite/%s' % (
lb_type)
status, lines = vcmd.get_status_lines(cmd)
if status != 0:
obj['error'] = True
obj['err_code'] = 2
obj['err_reason'] = '; '.join(lines)
return obj
else:
cmd = 'cdbctl update/cdb/sys/lag_global/load_balance/set/default'
status, lines = vcmd.get_status_lines(cmd)
if status != 0:
obj['error'] = True
obj['err_code'] = 2
obj['err_reason'] = '; '.join(lines)
return obj
else:
# excute
cmd = 'cdbctl update/cdb/sys/lag_global/load_balance/%s/%s' % (
lb_state, lb_type)
status, lines = vcmd.get_status_lines(cmd)
if status != 0:
obj['error'] = True
obj['err_code'] = 2
obj['err_reason'] = '; '.join(lines)
return obj
return obj
def load_balance_get():
"""
API:
GET:
Retrun: {
state: {
src-mac bool,
dst-mac bool,
src-ip bool,
dst-ip bool,
ip-protocol bool,
src-port-l4 bool,
dst-port-l4 bool,
},
error: bool,
err_code: int,
err_reason: string
}
"""
_err_reason = [
'', # err_code: 0
'cmd excute error', # err_code: 1
]
cmd = 'cdbctl read/cdb/sys/chip'
status, arr = vcmd.get_status_arr(cmd)
type = arr[0]['type']
l2_hash_field = []
ip_hash_field = []
ipv6_hash_field = []
gre_hash_field = []
vxlan_hash_field = []
nvgre_hash_field = []
mpls_hash_field = []
if type == 'Greatbelt':
obj = {
'state': {
'src-mac': False,
'dst-mac': False,
'src-ip': False,
'dst-ip': False,
'ip-protocol': False,
'src-port-l4': False,
'dst-port-l4': False,
'vxlan-vni': False,
'inner-src-mac': False,
'inner-dst-mac': False,
'inner-src-ip': False,
'inner-dst-ip': False,
'gre-key': False,
'nvgre-vsid': False,
'nvgre-flow-id': False,
'src-dst-ip': False,
'src-dst-ip-src-dst-port': False,
'src-dst-mac': False,
'src-dst-port': False,
},
'error': False,
'err_code': 0,
'err_reason': ''
}
elif type == 'Tsingma':
obj = {
'state_tap530': {
'l2-eth-type': False,
'l2-macda': False,
'l2-macsa': False,
'l2-src-interface': False,
'l2-vlan': False,
'mpls-2nd-label': False,
'mpls-3rd-label': False,
'mpls-source-interface': False,
'mpls-top-label': False,
'ip-l4-destport': False,
'ip-l4-sourceport': False,
'ip-ipda': False,
'ip-ipsa': False,
'ip-ip-protocol': False,
'ip-src-interface': False,
'ipv6-l4-destport': False,
'ipv6-l4-sourceport': False,
'ipv6-ipda': False,
'ipv6-ipsa': False,
'ipv6-ip-protocol': False,
'ipv6-src-interface': False,
'gre-gre-key': False,
'gre-gre-protocol': False,
'gre-ipda': False,
'gre-ipsa': False,
'gre-src-interface': False,
'nvgre-inner2-eth-type': False,
'nvgre-inner2-macda': False,
'nvgre-inner2-macsa': False,
'nvgre-inner3-ip-protocol': False,
'nvgre-inner3-ipda': False,
'nvgre-inner3-ipsa': False,
'nvgre-outer-gre-protocol': False,
'nvgre-outer-ipda': False,
'nvgre-outer-ipsa': False,
'nvgre-vsid': False,
'nvgre-src-interface': False,
'vxlan-inner2-eth-type': False,
'vxlan-inner2-macda': False,
'vxlan-inner2-macsa': False,
'vxlan-inner3-l4-destport': False,
'vxlan-inner3-ip-protocol': False,
'vxlan-inner3-ipda': False,
'vxlan-inner3-ipsa': False,
'vxlan-inner3-l4-sourceport': False,
'vxlan-outer-l4-destport': False,
'vxlan-outer-ipda': False,
'vxlan-outer-ipsa': False,
'vxlan-outer-l4-sourceport': False,
'vxlan-outer-vlan': False,
'vxlan-src-interface': False,
'vxlan-vni': False,
},
'setip_enable': True,
'setipv6_enable': True,
'setmpls_enable': True,
'error': False,
'err_code': 0,
'err_reason': '',
}
else:
obj = {
'state': {
'src-mac': False,
'dst-mac': False,
'src-ip': False,
'dst-ip': False,
'ip-protocol': False,
'src-port-l4': False,
'dst-port-l4': False,
'vxlan-vni': False,
'inner-src-mac': False,
'inner-dst-mac': False,
'inner-src-ip': False,
'inner-dst-ip': False,
'inner-ip-protocol': False,
'inner-src-port-l4': False,
'inner-dst-port-l4': False,
'gre-key': False,
'nvgre-vsid': False,
'nvgre-flow-id': False,
},
'error': False,
'err_code': 0,
'err_reason': ''
}
(status, lines
) = vcmd.get_status_lines('cdbctl show/cdb/sys/lag_global/load-balance')
if status != 0 or len(lines) <= 2:
obj['error'] = True
obj['err_code'] = 1
obj['err_reason'] = ''.join(lines)
return obj
if type == 'Greatbelt':
lines = lines[2:]
if 'src-ip' in lines and 'dst-ip' in lines and 'src-port-l4' in lines and 'dst-port-l4' in lines:
obj['state']['src-dst-ip-src-dst-port'] = True
if 'src-ip' in lines and 'dst-ip' in lines:
obj['state']['src-dst-ip'] = True
if 'src-mac' in lines and 'dst-mac' in lines:
obj['state']['src-dst-mac'] = True
if 'src-port-l4' in lines and 'dst-port-l4' in lines:
obj['state']['src-dst-port'] = True
for key in lines:
if obj['state'].has_key(key):
obj['state'][key] = True
elif type == 'Tsingma':
(status, lines) = vcmd.get_status_lines(
'cdbctl show/cdb/l2/show_hash_field/port-channel')
lines1 = lines[13:]
str1 = ','.join(lines1)
str1 = str1.replace(',', ' ')
str1 = str1.replace(':', ' ')
arr1 = str1.split()
sub_arr = arr1[arr1.index('l2'):arr1.index('ip')]
for filed_ in sub_arr:
filed_ = 'l2-' + filed_
l2_hash_field.append(filed_)
l2_hash = l2_hash_field[1:]
sub_arr = arr1[arr1.index('ip'):arr1.index('ipv6')]
for filed_ in sub_arr:
filed_ = 'ip-' + filed_
ip_hash_field.append(filed_)
ip_hash = ip_hash_field[1:]
sub_arr = arr1[arr1.index('ipv6'):arr1.index('gre')]
for filed_ in sub_arr:
filed_ = 'ipv6-' + filed_
ipv6_hash_field.append(filed_)
ipv6_hash = ipv6_hash_field[1:]
sub_arr = arr1[arr1.index('gre'):arr1.index('vxlan')]
for filed_ in sub_arr:
filed_ = 'gre-' + filed_
gre_hash_field.append(filed_)
gre_hash = gre_hash_field[1:]
sub_arr = arr1[arr1.index('vxlan'):arr1.index('nvgre')]
for filed_ in sub_arr:
filed_ = 'vxlan-' + filed_
vxlan_hash_field.append(filed_)
vxlan_hash = vxlan_hash_field[1:]
sub_arr = arr1[arr1.index('nvgre'):arr1.index('mpls')]
for filed_ in sub_arr:
filed_ = 'nvgre-' + filed_
nvgre_hash_field.append(filed_)
nvgre_hash = nvgre_hash_field[1:]
sub_arr = arr1[arr1.index('mpls'):]
for filed_ in sub_arr:
if filed_ != 'inner-ipda' and filed_ != 'inner-ipsa':
filed_ = 'mpls-' + filed_
mpls_hash_field.append(filed_)
mpls_hash = mpls_hash_field[1:]
for key in gre_hash:
obj['state_tap530'][key] = True
for key in l2_hash:
obj['state_tap530'][key] = True
for key in ip_hash:
obj['state_tap530'][key] = True
for key in ipv6_hash:
obj['state_tap530'][key] = True
for key in nvgre_hash:
obj['state_tap530'][key] = True
for key in mpls_hash:
obj['state_tap530'][key] = True
for key in vxlan_hash:
obj['state_tap530'][key] = True
cmd = 'cdbctl read/cdb/l2/hash_field_profile/port-channel'
(status, lines) = vcmd.get_status_lines(cmd)
bitmapstr = lines[0][lines[0].find('bitmap_disable=') + 15:]
if len(bitmapstr) <= 2:
bitmapval = int(bitmapstr)
else:
bitmapval = int(bitmapstr[0:bitmapstr.find('/')])
if (bitmapval & 1):
obj['setip_enable'] = False
else:
obj['setip_enable'] = True
if (bitmapval & 2):
obj['setipv6_enable'] = False
else:
obj['setipv6_enable'] = True
if (bitmapval & 8):
obj['setmpls_enable'] = False
else:
obj['setmpls_enable'] = True
return obj
else:
lines = lines[2:]
for key in lines:
if obj['state'].has_key(key):
obj['state'][key] = True
return obj