def create_psservice(node_id, name, access_point, type, description):
# Check if the service already exists
services = Service.objects.filter(properties_bag__psserviceproperties__accessPoint=access_point)
if len(services) > 0:
return services[0]
# See if we can find node by id, but not necessary
node = None
try:
node = Node.objects.get(unis_id=node_id)
except Node.DoesNotExist:
pass
service = Service.objects.create(parent=node, unis_id=node_id+':service=snmpma')
props = psServiceProperties()
props.serviceName = name
props.accessPoint = access_point
props.serviceType = type
props.serviceDescription = description
service.properties_bag.add(props)
service.save()
return service
def create_psservice(node_id, name, access_point, type, description):
# Check if the service already exists
services = Service.objects.filter(
properties_bag__psserviceproperties__accessPoint=access_point)
if len(services) > 0:
return services[0]
# See if we can find node by id, but not necessary
node = None
try:
node = Node.objects.get(unis_id=node_id)
except Node.DoesNotExist:
pass
service = Service.objects.create(parent=node,
unis_id=node_id + ':service=snmpma')
props = psServiceProperties()
props.serviceName = name
props.accessPoint = access_point
props.serviceType = type
props.serviceDescription = description
service.properties_bag.add(props)
service.save()
return service
def create_psservice(serviceName, accessPoint, serviceType, serviceDescription, eventTypes):
"""Create new service object in the topology model.
If a service with the same accessPoint exists, this method will
return a reference to the existing object.
Arguments:
serviceName: string name of the service
accessPoint: string accessPoint of the service, must start with http: or https://
serviceDescription:
serviceType: e.g gLS, hLS, MA, MP
eventTypes: dict or list of supported event types by the service
"""
# Check if the service already exists
services = Service.objects.filter(properties_bag__psserviceproperties__accessPoint=accessPoint)
if len(services) > 0:
return services[0]
# Creating new service is needed
g = urlparse(accessPoint)
node = create_node_by_address(g.hostname)
unis_id = "%s:port=%s:service=%s" % (node.unis_id, g.port, g.path)
sresult = Service.objects.get_or_create(unis_id=unis_id)
#service already exists but with different address
if sresult[1] == False:
return sresult[0]
else:
sresult[0].parent = node
sresult[0].save()
service = sresult[0]
name = NetworkObjectNames.objects.create(name = Name.objects.create(value=accessPoint), networkobject=service)
name.save()
if serviceDescription is not None:
desc = NetworkObjectDescriptions.objects.create(description = Description.objects.create(value=serviceDescription), networkobject=service)
desc.save()
# Creates a ps service properites bag for a service
props = psServiceProperties()
props.serviceName = serviceName
props.accessPoint = accessPoint
props.serviceType = serviceType
props.serviceDescription = serviceDescription
service.properties_bag.add(props)
# Set the list of supported event types for a given psserviceproperties.
for e in eventTypes:
eresult = EventType.objects.get_or_create(value=e)
if e[1] == True:
eresult[0].save()
eventprop = psServicePropertiesEventTypes.objects.create(psServiceProperties=props, eventtype=eresult[0])
eventprop.save()
logger.info("New service '%s' is created" % service)
service.save()
return service
def create_psservice(serviceName, accessPoint, serviceType, serviceDescription,
eventTypes):
"""Create new service object in the topology model.
If a service with the same accessPoint exists, this method will
return a reference to the existing object.
Arguments:
serviceName: string name of the service
accessPoint: string accessPoint of the service, must start with http: or https://
serviceDescription:
serviceType: e.g gLS, hLS, MA, MP
eventTypes: dict or list of supported event types by the service
"""
# Check if the service already exists
services = Service.objects.filter(
properties_bag__psserviceproperties__accessPoint=accessPoint)
if len(services) > 0:
return services[0]
# Creating new service is needed
g = urlparse(accessPoint)
node = create_node_by_address(g.hostname)
unis_id = "%s:port=%s:service=%s" % (node.unis_id, g.port, g.path)
sresult = Service.objects.get_or_create(unis_id=unis_id)
#service already exists but with different address
if sresult[1] == False:
return sresult[0]
else:
sresult[0].parent = node
sresult[0].save()
service = sresult[0]
name = NetworkObjectNames.objects.create(
name=Name.objects.create(value=accessPoint), networkobject=service)
name.save()
if serviceDescription is not None:
desc = NetworkObjectDescriptions.objects.create(
description=Description.objects.create(value=serviceDescription),
networkobject=service)
desc.save()
# Creates a ps service properites bag for a service
props = psServiceProperties()
props.serviceName = serviceName
props.accessPoint = accessPoint
props.serviceType = serviceType
props.serviceDescription = serviceDescription
service.properties_bag.add(props)
# Set the list of supported event types for a given psserviceproperties.
for e in eventTypes:
eresult = EventType.objects.get_or_create(value=e)
if e[1] == True:
eresult[0].save()
eventprop = psServicePropertiesEventTypes.objects.create(
psServiceProperties=props, eventtype=eresult[0])
eventprop.save()
logger.info("New service '%s' is created" % service)
service.save()
return service
def create_psservice(service_name, access_point, service_type,
service_description=None, event_types=[]):
"""
Creates new UNIS Service object with
L{periscope.topology.models.psServiceProperties} properties bag.
If a service with the same I{access_point} exists, this method will
return a reference to the existing object.
@param service_name: the name of the service
@type service_name: str
@param access_point: full URL address.
@type access_point: URL str
@param service_description: optional description of the service
@type service_description: str
@param service_type: service type
@type service_type: 'gLS', 'hLS', 'MA', 'MP'
@param event_types: dict or list of supported event types by the service
@returns: L{periscope.topology.models.Service}
"""
# Check if the service already exists
filter_q = Q(properties_bag__psserviceproperties__accessPoint=access_point)
services = Service.objects.filter(filter_q)
if len(services) > 0:
return services[0]
# Creating new service is needed
parse = urlparse(access_point)
node = find_node_by_address(parse.hostname)
if not node:
node = create_node_by_address(parse.hostname)
unis_id = "%s:port=%s:service=%s" % (node.unis_id, parse.port, parse.path)
service = Service.objects.create(unis_id=unis_id, parent=node)
net_name = NetworkObjectNames.objects.create(networkobject=service,
name=Name.objects.create(value=service_name))
net_name.save()
if service_description:
serv_desc = NetworkObjectDescriptions.objects.create(
networkobject=service,
description=Description.objects.create(value=service_description))
# Creates a ps service properites bag for a service
props = psServiceProperties(serviceName=service_name,
accessPoint=access_point,
serviceType=service_type,
serviceDescription=service_description)
service.properties_bag.add(props)
# Set the list of supported event types for a given psserviceproperties.
for event_type in event_types:
eresult = EventType.objects.get_or_create(value=event_type)
if eresult[1] == True:
eresult[0].save()
event = eresult[0]
psServicePropertiesEventTypes.objects.create(psServiceProperties=props,
eventtype=event)
logger.info("New service '%s' is created" % service)
service.save()
return service
def create_psservice(service_name,
access_point,
service_type,
service_description=None,
event_types=[]):
"""
Creates new UNIS Service object with
L{periscope.topology.models.psServiceProperties} properties bag.
If a service with the same I{access_point} exists, this method will
return a reference to the existing object.
@param service_name: the name of the service
@type service_name: str
@param access_point: full URL address.
@type access_point: URL str
@param service_description: optional description of the service
@type service_description: str
@param service_type: service type
@type service_type: 'gLS', 'hLS', 'MA', 'MP'
@param event_types: dict or list of supported event types by the service
@returns: L{periscope.topology.models.Service}
"""
# Check if the service already exists
filter_q = Q(properties_bag__psserviceproperties__accessPoint=access_point)
services = Service.objects.filter(filter_q)
if len(services) > 0:
return services[0]
# Creating new service is needed
parse = urlparse(access_point)
node = find_node_by_address(parse.hostname)
if not node:
node = create_node_by_address(parse.hostname)
unis_id = "%s:port=%s:service=%s" % (node.unis_id, parse.port, parse.path)
service = Service.objects.create(unis_id=unis_id, parent=node)
net_name = NetworkObjectNames.objects.create(
networkobject=service, name=Name.objects.create(value=service_name))
net_name.save()
if service_description:
serv_desc = NetworkObjectDescriptions.objects.create(
networkobject=service,
description=Description.objects.create(value=service_description))
# Creates a ps service properites bag for a service
props = psServiceProperties(serviceName=service_name,
accessPoint=access_point,
serviceType=service_type,
serviceDescription=service_description)
service.properties_bag.add(props)
# Set the list of supported event types for a given psserviceproperties.
for event_type in event_types:
eresult = EventType.objects.get_or_create(value=event_type)
if eresult[1] == True:
eresult[0].save()
event = eresult[0]
psServicePropertiesEventTypes.objects.create(psServiceProperties=props,
eventtype=event)
logger.info("New service '%s' is created" % service)
service.save()
return service
