def debug_self_check (self): # we are not really running the program, just want check the configuration validity if environment.settings().debug.selfcheck: from exabgp.configuration.check import check_neighbor if check_neighbor(self.neighbors): sys.exit(0) sys.exit(1)
def debug_self_check(self):
# we are not really running the program, just want check the configuration validity
if environment.settings().debug.selfcheck:
from exabgp.configuration.check import check_neighbor
if check_neighbor(self.neighbors):
sys.exit(0)
sys.exit(1)
def test_all_configuration(self):
neighbors = []
for file in self.files:
# print file.split('/')[-1]
configuration = Configuration([
file,
])
configuration.reload()
self.assertEqual(check_neighbor(configuration.neighbor), True)
del configuration
def test_all_configuration (self):
neighbors = []
for filename in self.files:
if filename.endswith(self.skip):
continue
print filename
configuration = Configuration([filename,])
configuration.reload()
self.assertEqual(check_neighbor(configuration.neighbor),True)
del configuration
def _reload (self):
# taking the first configuration available (FIFO buffer)
fname = self._configurations.pop(0)
self.process.configuration(fname)
self._configurations.append(fname)
# storing the routes associated with each peer so we can find what changed
backup_changes = {}
for neighbor in self._neighbors:
backup_changes[neighbor] = self._neighbors[neighbor].changes
# clearing the current configuration to be able to re-parse it
self._clear()
if not self.tokens.set_file(fname):
return False
# parsing the configurtion
r = False
while not self.tokens.finished:
r = self._dispatch(
self._scope,'configuration',
['group','neighbor'],
[]
)
if r is False:
break
# handling possible parsing errors
if r not in [True,None]:
return self.error.set("\nsyntax error in section %s\nline %d: %s\n\n%s" % (self._location[-1],self.tokens.number,' '.join(self.tokens.line),self.error))
# parsing was sucessful, assigning the result
self.neighbors = self._neighbors
# installing in the neighbor what was its previous routes so we can
# add/withdraw what need to be
for neighbor in self.neighbors:
self.neighbors[neighbor].backup_changes = backup_changes.get(neighbor,[])
# we are not really running the program, just want to ....
if environment.settings().debug.route:
from exabgp.configuration.check import check_message
if check_message(self.neighbors,environment.settings().debug.route):
sys.exit(0)
sys.exit(1)
# we are not really running the program, just want check the configuration validity
if environment.settings().debug.selfcheck:
from exabgp.configuration.check import check_neighbor
if check_neighbor(self.neighbors):
sys.exit(0)
sys.exit(1)
return True
def test_all_configuration (self): for filename in self.files: if filename.endswith(self.skip): continue print '-'*80 print filename print '='*80 sys.stdout.flush() configuration = Configuration([filename,]) configuration.reload() self.assertEqual(check_neighbor(configuration.neighbor),True) del configuration
def test_all_configuration (self):
for filename in self.files:
if filename.endswith(self.skip):
continue
print('-'*80)
print(filename)
print('='*80)
sys.stdout.flush()
configuration = Configuration([filename,])
configuration.reload()
self.assertEqual(check_neighbor(configuration.neighbors),True)
del configuration
def test_all_configuration(self):
neighbors = []
for filename in self.files:
if filename.endswith(self.skip):
continue
print '-' * 80
print filename
print '=' * 80
configuration = Configuration([
filename,
])
configuration.reload()
self.assertEqual(check_neighbor(configuration.neighbor), True)
del configuration
