def reserveConfirmed(self, soap_data, request_info):
header, reservation = helper.parseRequest(soap_data)
criteria = reservation.criteria
# Create DTOs - this overlaps heavily with the parsing done in providerservice - unify sometime
start_time = xmlhelper.parseXMLTimestamp(criteria.schedule.startTime) if criteria.schedule.startTime is not None else None
end_time = xmlhelper.parseXMLTimestamp(criteria.schedule.endTime) if criteria.schedule.endTime is not None else None
schedule = nsa.Schedule(start_time, end_time)
# check for service type sometime
p2ps = criteria.serviceDefinition
if type(p2ps) is not p2pservices.P2PServiceBaseType:
raise ValueError('Only P2P service supported.')
# (ERO missing)
src_stp = helper.createSTP(p2ps.sourceSTP)
dst_stp = helper.createSTP(p2ps.destSTP)
if p2ps.ero:
print('ERO parsing in reserveConfirmed not implemented yet, full path will not be available')
sd = nsa.Point2PointService(src_stp, dst_stp, p2ps.capacity, p2ps.directionality, p2ps.symmetricPath, None)
crt = nsa.Criteria(criteria.version, schedule, sd)
self.requester.reserveConfirmed(header, reservation.connectionId, reservation.globalReservationId, reservation.description, crt)
return helper.createGenericRequesterAcknowledgement(header)
def reserveConfirmed(self, soap_data):
header, reservation = helper.parseRequest(soap_data)
criteria = reservation.criteria
# Create DTOs - this overlaps heavily with the parsing done in providerservice - unify sometime
start_time = xmlhelper.parseXMLTimestamp(criteria.schedule.startTime) if criteria.schedule.startTime is not None else None
end_time = xmlhelper.parseXMLTimestamp(criteria.schedule.endTime)
schedule = nsa.Schedule(start_time, end_time)
# check for service type sometime
p2ps = criteria.serviceDefinition
if type(p2ps) is not p2pservices.P2PServiceBaseType:
raise ValueError('Only P2P service supported.')
# (ERO missing)
src_stp = helper.createSTP(p2ps.sourceSTP)
dst_stp = helper.createSTP(p2ps.destSTP)
if p2ps.ero:
print "ERO parsing in reserveConfirmed not implemented yet, full path will not be available"
sd = nsa.Point2PointService(src_stp, dst_stp, p2ps.capacity, p2ps.directionality, p2ps.symmetricPath, None)
crt = nsa.Criteria(criteria.version, schedule, sd)
self.requester.reserveConfirmed(header, reservation.connectionId, reservation.globalReservationId, reservation.description, crt)
return helper.createGenericRequesterAcknowledgement(header)
def buildSchedule(schedule):
start_time = parseXMLTimestamp(
schedule.startTime) if schedule.startTime is not None else None
end_time = parseXMLTimestamp(
schedule.endTime) if schedule.endTime is not None else None
return nsa.Schedule(start_time, end_time)
def reserveTimeout(self, soap_data, request_info):
header, reserve_timeout = helper.parseRequest(soap_data)
rt = reserve_timeout
timestamp = xmlhelper.parseXMLTimestamp(rt.timeStamp)
self.requester.reserveTimeout(header, rt.connectionId, rt.notificationId, timestamp, rt.timeoutValue, rt.originatingConnectionId, rt.originatingNSA)
return helper.createGenericRequesterAcknowledgement(header)
def reserveTimeout(self, soap_data, request_info):
header, reserve_timeout = helper.parseRequest(soap_data)
rt = reserve_timeout
timestamp = xmlhelper.parseXMLTimestamp(rt.timeStamp)
self.requester.reserveTimeout(header, rt.connectionId, rt.notificationId, timestamp, rt.timeoutValue, rt.originatingConnectionId, rt.originatingNSA)
return helper.createGenericRequesterAcknowledgement(header)
def render_POST(self, request):
allowed, msg, request_info = requestauthz.checkAuthz(request, self.allowed_hosts)
if not allowed:
payload = msg + RN
return _requestResponse(request, 401, payload) # Not Authorized
payload = request.content.read()
if len(payload) == 0:
log.msg('No data received in request', system=LOG_SYSTEM)
payload = 'No data received in request' + RN
return _requestResponse(request, 400, payload) # Bad Request
if len(payload) > 32*1024:
log.msg('Rejecting request, payload too large. Length %i' % len(payload), system=LOG_SYSTEM)
payload = 'Requests too large' + RN
return _requestResponse(request, 413, payload) # Payload Too Large
try:
data = json.loads(payload)
except ValueError:
log.msg('Invalid JSON data received, returning 400', system=LOG_SYSTEM)
payload = 'Invalid JSON data' + RN
return _requestResponse(request, 400, payload) # Bad Request
def createResponse(connection_id):
payload = 'Connection created' + RN
header = { 'location': self.base_path + '/' + connection_id }
_finishRequest(request, 201, payload, header) # Created
# extract stuffs
try:
source = data['source']
if not source.startswith(cnt.URN_OGF_PREFIX):
source = cnt.URN_OGF_PREFIX + source
destination = data['destination']
if not destination.startswith(cnt.URN_OGF_PREFIX):
destination = cnt.URN_OGF_PREFIX + destination
source_stp = helper.createSTP(str(source))
destination_stp = helper.createSTP(str(destination))
start_time = xmlhelper.parseXMLTimestamp(data['start']) if 'start' in data else None
end_time = xmlhelper.parseXMLTimestamp(data['end']) if 'end' in data else None
capacity = data['capacity'] if 'capacity' in data else 0 # Maybe None should just be best effort
# fillers, we don't really do this in this api
symmetric = False
ero = None
params = None
version = 0
service_def = nsa.Point2PointService(source_stp, destination_stp, capacity, cnt.BIDIRECTIONAL, symmetric, ero, params)
schedule = nsa.Schedule(start_time, end_time)
criteria = nsa.Criteria(version, schedule, service_def)
header = nsa.NSIHeader('rest-dud-requester', 'rest-dud-provider') # completely bogus header
d = self.provider.reserve(header, None, None, None, criteria, request_info) # nones are connectoin id, global resv id, description
d.addCallbacks(createResponse, _createErrorResponse, errbackArgs=(request,))
return server.NOT_DONE_YET
except Exception as e:
error_code = _errorCode(e)
return _requestResponse(request, error_code, str(e))
def buildSchedule(schedule):
start_time = parseXMLTimestamp(schedule.startTime) if schedule.startTime is not None else None
end_time = parseXMLTimestamp(schedule.endTime)
return nsa.Schedule(start_time, end_time)
def render_POST(self, request):
allowed, msg, request_info = requestauthz.checkAuthz(
request, self.allowed_hosts)
if not allowed:
payload = msg + RN
return _requestResponse(request, 401, payload) # Not Authorized
payload = request.content.read()
if len(payload) == 0:
log.msg('No data received in request', system=LOG_SYSTEM)
payload = 'No data received in request' + RN
return _requestResponse(request, 400, payload) # Bad Request
if len(payload) > 32 * 1024:
log.msg('Rejecting request, payload too large. Length %i' %
len(payload),
system=LOG_SYSTEM)
payload = 'Requests too large' + RN
return _requestResponse(request, 413, payload) # Payload Too Large
try:
data = json.loads(payload)
except ValueError:
log.msg('Invalid JSON data received, returning 400',
system=LOG_SYSTEM)
payload = 'Invalid JSON data' + RN
return _requestResponse(request, 400, payload) # Bad Request
def createResponse(connection_id):
payload = 'Connection created' + RN
header = {'location': self.base_path + '/' + connection_id}
_finishRequest(request, 201, payload, header) # Created
return connection_id
# extract stuffs
try:
source = data['source']
if not source.startswith(cnt.URN_OGF_PREFIX):
source = cnt.URN_OGF_PREFIX + source
destination = data['destination']
if not destination.startswith(cnt.URN_OGF_PREFIX):
destination = cnt.URN_OGF_PREFIX + destination
source_stp = helper.createSTP(str(source))
destination_stp = helper.createSTP(str(destination))
start_time = xmlhelper.parseXMLTimestamp(
data[START_TIME]) if START_TIME in data else None
end_time = xmlhelper.parseXMLTimestamp(
data[END_TIME]) if END_TIME in data else None
capacity = data[
'capacity'] if 'capacity' in data else 0 # Maybe None should just be best effort
# auto commit (default true) and auto provision (defult false)
auto_commit = False if 'auto_commit' in data and not data[
'auto_commit'] else True
auto_provision = True if 'auto_provision' in data and data[
'auto_provision'] else False
if auto_provision and not auto_commit:
msg = 'Cannot have auto-provision without auto-commit'
log.msg('Rejecting request: ' + msg, system=LOG_SYSTEM)
return _requestResponse(request, 400, msg + RN) # Bad Request
# fillers, we don't really do this in this api
symmetric = False
ero = None
params = None
version = 0
service_def = nsa.Point2PointService(source_stp, destination_stp,
capacity, cnt.BIDIRECTIONAL,
symmetric, ero, params)
schedule = nsa.Schedule(start_time, end_time)
criteria = nsa.Criteria(version, schedule, service_def)
header = nsa.NSIHeader(
'rest-dud-requester',
'rest-dud-provider') # completely bogus header
d = self.provider.reserve(
header, None, None, None, criteria, request_info
) # nones are connection_id, global resv id, description
d.addCallbacks(createResponse,
_createErrorResponse,
errbackArgs=(request, ))
if auto_commit:
@defer.inlineCallbacks
def connectionCreated(conn_id):
if conn_id is None:
# error creating connection
# not exactly optimal code flow here, but chainining the callback correctly for this is tricky
return
conn = yield self.provider.getConnection(conn_id)
def stateUpdate():
log.msg(
'stateUpdate reservation_state: %s, provision_state: %s'
% (str(conn.reservation_state),
str(conn.provision_state)),
debug=True,
system=LOG_SYSTEM)
if conn.reservation_state == state.RESERVE_HELD:
self.provider.reserveCommit(
header, conn_id, request_info)
if conn.reservation_state == state.RESERVE_START and conn.provision_state == state.RELEASED and auto_provision:
self.provider.provision(header, conn_id,
request_info)
if conn.provision_state == state.PROVISIONED:
state.desubscribe(conn_id, stateUpdate)
state.subscribe(conn_id, stateUpdate)
d.addCallback(connectionCreated)
return server.NOT_DONE_YET
except Exception as e:
#log.err(e, system=LOG_SYSTEM)
log.msg('Error creating connection: %s' % str(e),
system=LOG_SYSTEM)
error_code = _errorCode(e)
return _requestResponse(request, error_code, str(e))
def reserve(self, soap_data):
t_start = time.time()
header, reservation = helper.parseRequest(soap_data)
# do some checking here
# print header.protocolVersion
# print header.correlationId
# print header.requesterNSA
# print header.providerNSA
# print header.replyTo
criteria = reservation.criteria
#version = criteria.version # not used at the moment
service_type = criteria.serviceType # right now we just ignore this, either we know the service type or not
p2ps = criteria.serviceDefinition
# if len(service_defs) == 0:
# err = failure.Failure ( error.PayloadError('No service definition element in message') )
# return self._createSOAPFault(err, header.provider_nsa, service_type=service_type)
# if len(service_defs) != 1:
# err = failure.Failure ( error.PayloadError('Only one service definition allowed') )
# return self._createSOAPFault(err, header.provider_nsa, service_type=service_type)
if type(p2ps) is not p2pservices.P2PServiceBaseType:
err = failure.Failure(
error.PayloadError(
'Only supports Point2PointService service for now.'))
return self._createSOAPFault(err,
header.provider_nsa,
service_type=service_type)
if p2ps.directionality in (None, ''):
err = failure.Failure(
error.MissingParameterError(
'Directionality parameter not defined'))
return self._createSOAPFault(err, header.provider_nsa)
# create DTOs (EROs not supported yet)
start_time = xmlhelper.parseXMLTimestamp(
criteria.schedule.startTime
) if criteria.schedule.startTime is not None else None
end_time = xmlhelper.parseXMLTimestamp(criteria.schedule.endTime)
schedule = nsa.Schedule(start_time, end_time)
src_stp = helper.createSTP(p2ps.sourceSTP)
dst_stp = helper.createSTP(p2ps.destSTP)
if p2ps.ero:
err = failure.Failure(
error.PayloadError('ERO not supported, go away.'))
return self._createSOAPFault(err, header.provider_nsa)
# if p2ps.parameter:
# p = p2ps.parameter[0]
# err = failure.Failure ( error.UnsupportedParameter('Unsupported parameter: %s/%s' % (p.type_, p.value) ) )
# return self._createSOAPFault(err, header.provider_nsa)
params = [(p.type_, p.value)
for p in p2ps.parameter] if p2ps.parameter else None
symmetric = p2ps.symmetricPath or False # the p2p service specifies default behaviour as false, but doesn't specify default
sd = nsa.Point2PointService(src_stp, dst_stp, p2ps.capacity,
p2ps.directionality, symmetric, None,
params)
crt = nsa.Criteria(criteria.version, schedule, sd)
t_delta = time.time() - t_start
log.msg('Profile: Reserve request parse time: %s' % round(t_delta, 3),
profile=True,
system=LOG_SYSTEM)
d = self.provider.reserve(header, reservation.connectionId,
reservation.globalReservationId,
reservation.description, crt)
def createReserveAcknowledgement(connection_id):
# no reply to / security attrs / trace
soap_header_element = helper.createProviderHeader(
header.requester_nsa, header.provider_nsa, None,
header.correlation_id)
reserve_response = nsiconnection.ReserveResponseType(connection_id)
reserve_response_element = reserve_response.xml(
nsiconnection.reserveResponse)
payload = minisoap.createSoapPayload(reserve_response_element,
soap_header_element)
return payload
d.addCallbacks(createReserveAcknowledgement,
self._createSOAPFault,
errbackArgs=(header.provider_nsa, ))
return d
def reserve(self, soap_data, request_info):
t_start = time.time()
header, reservation = helper.parseRequest(soap_data)
# do some checking here
# print header.protocolVersion
# print header.correlationId
# print header.requesterNSA
# print header.providerNSA
# print header.replyTo
criteria = reservation.criteria
#version = criteria.version # not used at the moment
service_type = criteria.serviceType # right now we just ignore this, either we know the service type or not
p2ps = criteria.serviceDefinition
# if len(service_defs) == 0:
# err = failure.Failure ( error.PayloadError('No service definition element in message') )
# return self._createSOAPFault(err, header.provider_nsa, service_type=service_type)
# if len(service_defs) != 1:
# err = failure.Failure ( error.PayloadError('Only one service definition allowed') )
# return self._createSOAPFault(err, header.provider_nsa, service_type=service_type)
if type(p2ps) is not p2pservices.P2PServiceBaseType:
err = failure.Failure ( error.PayloadError('Only supports Point2PointService service for now.') )
return self._createSOAPFault(err, header.provider_nsa, service_type=service_type)
if p2ps.directionality in (None, ''):
err = failure.Failure ( error.MissingParameterError('Directionality parameter not defined'))
return self._createSOAPFault(err, header.provider_nsa)
# create DTOs (EROs not supported yet)
start_time = xmlhelper.parseXMLTimestamp(criteria.schedule.startTime) if criteria.schedule.startTime is not None else None
end_time = xmlhelper.parseXMLTimestamp(criteria.schedule.endTime) if criteria.schedule.endTime is not None else None
schedule = nsa.Schedule(start_time, end_time)
src_stp = helper.createSTP(p2ps.sourceSTP)
dst_stp = helper.createSTP(p2ps.destSTP)
if p2ps.ero:
err = failure.Failure ( error.PayloadError('ERO not supported, go away.') )
return self._createSOAPFault(err, header.provider_nsa)
# if p2ps.parameter:
# p = p2ps.parameter[0]
# err = failure.Failure ( error.UnsupportedParameter('Unsupported parameter: %s/%s' % (p.type_, p.value) ) )
# return self._createSOAPFault(err, header.provider_nsa)
params = [ (p.type_, p.value) for p in p2ps.parameter ] if p2ps.parameter else None
symmetric = p2ps.symmetricPath or False # the p2p service specifies default behaviour as false, but doesn't specify default
sd = nsa.Point2PointService(src_stp, dst_stp, p2ps.capacity, p2ps.directionality, symmetric, None, params)
crt = nsa.Criteria(criteria.version, schedule, sd)
t_delta = time.time() - t_start
log.msg('Profile: Reserve request parse time: %s' % round(t_delta, 3), profile=True, system=LOG_SYSTEM)
d = self.provider.reserve(header, reservation.connectionId, reservation.globalReservationId, reservation.description, crt, request_info)
def createReserveAcknowledgement(connection_id):
# no reply to / security attrs / trace
soap_header_element = helper.createProviderHeader(header.requester_nsa, header.provider_nsa, None, header.correlation_id)
reserve_response = nsiconnection.ReserveResponseType(connection_id)
reserve_response_element = reserve_response.xml(nsiconnection.reserveResponse)
payload = minisoap.createSoapPayload(reserve_response_element, soap_header_element)
return payload
d.addCallbacks(createReserveAcknowledgement, self._createSOAPFault, errbackArgs=(header.provider_nsa,))
return d