def process_vlan(self, lines, cur_idx, lineno):
ifaceobj = iface()
lines_consumed = self.parse_iface(lines, cur_idx, lineno, ifaceobj)
range_val = utils.parse_iface_range(ifaceobj.name)
if range_val:
if len(range_val) == 3:
for v in range(range_val[1], range_val[2] + 1):
flags = iface.IFACERANGE_ENTRY
if v == range_val[1]:
flags |= iface.IFACERANGE_START
ifaceobj_new = self._create_ifaceobj_clone(
ifaceobj, '%s%d' % (range_val[0], v),
ifaceType.BRIDGE_VLAN, flags)
self.callbacks.get('iface_found')(ifaceobj_new)
elif len(range_val) == 4:
for v in range(range_val[1], range_val[2] + 1):
flags = iface.IFACERANGE_ENTRY
if v == range_val[1]:
flags |= iface.IFACERANGE_START
ifaceobj_new = self._create_ifaceobj_clone(
ifaceobj, '%s%d%s' % (range_val[0], v, range_val[3]),
ifaceType.BRIDGE_VLAN, flags)
self.callbacks.get('iface_found')(ifaceobj_new)
else:
ifaceobj.type = ifaceType.BRIDGE_VLAN
self.callbacks.get('iface_found')(ifaceobj)
return lines_consumed # Return next index
def process_iface(self, lines, cur_idx, lineno):
ifaceobj = iface()
lines_consumed = self.parse_iface(lines, cur_idx, lineno, ifaceobj)
range_val = utils.parse_iface_range(ifaceobj.name)
if range_val:
if len(range_val) == 3:
for v in range(range_val[1], range_val[2]+1):
ifacename = '%s%d' %(range_val[0], v)
if utils.check_ifname_size_invalid(ifacename):
self._parse_warn(self._currentfile, lineno,
'%s: interface name too long' %ifacename)
flags = iface.IFACERANGE_ENTRY
if v == range_val[1]:
flags |= iface.IFACERANGE_START
ifaceobj_new = self._create_ifaceobj_clone(ifaceobj,
ifacename, ifaceobj.type, flags)
self.callbacks.get('iface_found')(ifaceobj_new)
elif len(range_val) == 4:
for v in range(range_val[1], range_val[2]+1):
ifacename = '%s%d%s' %(range_val[0], v, range_val[3])
if utils.check_ifname_size_invalid(ifacename):
self._parse_warn(self._currentfile, lineno,
'%s: interface name too long' %ifacename)
flags = iface.IFACERANGE_ENTRY
if v == range_val[1]:
flags |= iface.IFACERANGE_START
ifaceobj_new = self._create_ifaceobj_clone(ifaceobj,
ifacename, ifaceobj.type, flags)
self.callbacks.get('iface_found')(ifaceobj_new)
else:
self.callbacks.get('iface_found')(ifaceobj)
return lines_consumed # Return next index
def process_auto(self, lines, cur_idx, lineno):
auto_ifaces = re.split(self._ws_split_regex, lines[cur_idx])[1:]
if not auto_ifaces:
#auto之后必须给接口名称
self._parse_error(self._currentfile, lineno,
'invalid auto line \'%s\''%lines[cur_idx])
return 0
for a in auto_ifaces:
if a == 'all':
self.auto_all = True
break
r = utils.parse_iface_range(a)
if r:
#支持range方式
if len(r) == 3:
# eg swp1.[2-4], r = "swp1.", 2, 4)
for i in range(r[1], r[2]+1):
self.auto_ifaces.append('%s%d' %(r[0], i))
elif len(r) == 4:
for i in range(r[1], r[2]+1):
# eg swp[2-4].100, r = ("swp", 2, 4, ".100")
self.auto_ifaces.append('%s%d%s' %(r[0], i, r[3]))
#添加auto ifaces
self.auto_ifaces.append(a)
return 0
def process_vlan(self, lines, cur_idx, lineno):
ifaceobj = iface()
lines_consumed = self.parse_iface(lines, cur_idx, lineno, ifaceobj)
range_val = utils.parse_iface_range(ifaceobj.name)
if range_val:
if len(range_val) == 3:
for v in range(range_val[1], range_val[2]+1):
flags = iface.IFACERANGE_ENTRY
if v == range_val[1]:
flags |= iface.IFACERANGE_START
ifaceobj_new = self._create_ifaceobj_clone(ifaceobj,
'%s%d' %(range_val[0], v),
ifaceType.BRIDGE_VLAN, flags)
self.callbacks.get('iface_found')(ifaceobj_new)
elif len(range_val) == 4:
for v in range(range_val[1], range_val[2]+1):
flags = iface.IFACERANGE_ENTRY
if v == range_val[1]:
flags |= iface.IFACERANGE_START
ifaceobj_new = self._create_ifaceobj_clone(ifaceobj,
'%s%d%s' %(range_val[0], v, range_val[3]),
ifaceType.BRIDGE_VLAN,
flags)
self.callbacks.get('iface_found')(ifaceobj_new)
else:
ifaceobj.type = ifaceType.BRIDGE_VLAN
self.callbacks.get('iface_found')(ifaceobj)
return lines_consumed # Return next index
def process_iface(self, lines, cur_idx, lineno):
ifaceobj = iface()
lines_consumed = self.parse_iface(lines, cur_idx, lineno, ifaceobj)
range_val = utils.parse_iface_range(ifaceobj.name)
if range_val:
if len(range_val) == 3:
for v in range(range_val[1], range_val[2]+1):
ifacename = '%s%d' %(range_val[0], v)
if utils.check_ifname_size_invalid(ifacename):
self._parse_warn(self._currentfile, lineno,
'%s: interface name too long' %ifacename)
flags = iface.IFACERANGE_ENTRY
if v == range_val[1]:
flags |= iface.IFACERANGE_START
ifaceobj_new = self._create_ifaceobj_clone(ifaceobj,
ifacename, ifaceobj.type, flags)
self.callbacks.get('iface_found')(ifaceobj_new)
elif len(range_val) == 4:
for v in range(range_val[1], range_val[2]+1):
ifacename = '%s%d%s' %(range_val[0], v, range_val[3])
if utils.check_ifname_size_invalid(ifacename):
self._parse_warn(self._currentfile, lineno,
'%s: interface name too long' %ifacename)
flags = iface.IFACERANGE_ENTRY
if v == range_val[1]:
flags |= iface.IFACERANGE_START
ifaceobj_new = self._create_ifaceobj_clone(ifaceobj,
ifacename, ifaceobj.type, flags)
self.callbacks.get('iface_found')(ifaceobj_new)
else:
self.callbacks.get('iface_found')(ifaceobj)
return lines_consumed # Return next index
def process_auto(self, lines, cur_idx, lineno):
auto_ifaces = re.split(self._ws_split_regex, lines[cur_idx])[1:]
if not auto_ifaces:
self._parse_error(self._currentfile, lineno,
'invalid auto line \'%s\''%lines[cur_idx])
return 0
for a in auto_ifaces:
if a == 'all':
self.auto_all = True
break
r = utils.parse_iface_range(a)
if r:
if len(r) == 3:
# eg swp1.[2-4], r = "swp1.", 2, 4)
for i in range(r[1], r[2]+1):
self.auto_ifaces.append('%s%d' %(r[0], i))
elif len(r) == 4:
for i in range(r[1], r[2]+1):
# eg swp[2-4].100, r = ("swp", 2, 4, ".100")
self.auto_ifaces.append('%s%d%s' %(r[0], i, r[3]))
self.auto_ifaces.append(a)
return 0