public static VRRPGroup newParamsVRRPGroupWithOneEndpoint(
String virtualIPAddress,
String interfaceName,
String interfaceIPAddress,
String interfaceSubnetMask) {
// VRRPGroup
VRRPGroup vrrpGroup = new VRRPGroup();
vrrpGroup.setVrrpName(201);
vrrpGroup.setVirtualIPAddress(virtualIPAddress);
// VRRPProtocolEndpoint
VRRPProtocolEndpoint vrrProtocolEndpoint1 = new VRRPProtocolEndpoint();
vrrProtocolEndpoint1.setPriority(100);
vrrProtocolEndpoint1.setService(vrrpGroup);
// IPProtocolEndpoint
IPProtocolEndpoint ipProtocolEndpoint1 = new IPProtocolEndpoint();
ipProtocolEndpoint1.setIPv4Address(interfaceIPAddress);
ipProtocolEndpoint1.setSubnetMask(interfaceSubnetMask);
vrrProtocolEndpoint1.bindServiceAccessPoint(ipProtocolEndpoint1);
// EthernetPort
EthernetPort eth1 = new EthernetPort();
eth1.setLinkTechnology(NetworkPort.LinkTechnology.ETHERNET);
eth1.setName(interfaceName);
ipProtocolEndpoint1.addLogiaclPort(eth1);
return vrrpGroup;
}
public static Object newParamsInterfaceGRE() {
EthernetPort eth = new EthernetPort();
eth.setName("gr-0/3/2");
eth.setPortNumber(2);
IPProtocolEndpoint ip = new IPProtocolEndpoint();
ip.setIPv4Address("192.168.32.1");
ip.setSubnetMask("255.255.255.0");
eth.addProtocolEndpoint(ip);
return eth;
}
/*
* test of an interface ethernet without vlan encapsulation
*/
public static Object newParamsInterfaceEthernet() {
EthernetPort eth = new EthernetPort();
eth.setLinkTechnology(NetworkPort.LinkTechnology.ETHERNET);
eth.setName("fe-0/3/2");
IPProtocolEndpoint ip = new IPProtocolEndpoint();
ip.setIPv4Address("192.168.32.1");
ip.setSubnetMask("255.255.255.0");
eth.addProtocolEndpoint(ip);
return eth;
}
/*
* test of an interface ethernet without vlan encapsulation
*/
public static Object newParamsInterfaceLT() {
LogicalTunnelPort ltp = new LogicalTunnelPort();
ltp.setLinkTechnology(NetworkPort.LinkTechnology.ETHERNET);
ltp.setName("lt-0/3/2");
ltp.setPeer_unit(101);
IPProtocolEndpoint ip = new IPProtocolEndpoint();
ip.setIPv4Address("192.168.32.1");
ip.setSubnetMask("255.255.255.0");
ltp.addProtocolEndpoint(ip);
return ltp;
}
public static Object newParamsInterfaceEtherVLAN() {
EthernetPort eth = new EthernetPort();
eth.setLinkTechnology(NetworkPort.LinkTechnology.OTHER);
eth.setName("fe-0/3/2");
eth.setPortNumber(2);
IPProtocolEndpoint ip = new IPProtocolEndpoint();
ip.setIPv4Address("192.168.32.1");
ip.setSubnetMask("255.255.255.0");
eth.addProtocolEndpoint(ip);
VLANEndpoint vlan = new VLANEndpoint();
vlan.setVlanID(2);
eth.addProtocolEndpoint(vlan);
return eth;
}
/*
* (non-Javadoc)
*
* @see org.opennaas.extensions.router.capability.ip.IIPCapability#setIPv4(org.opennaas.extensions.router.model.LogicalPort)
*/
@Override
public void setIPv4(LogicalDevice iface, IPProtocolEndpoint ipProtocolEndpoint)
throws CapabilityException {
NetworkPort param = new NetworkPort();
param.setName(iface.getName());
if (iface instanceof NetworkPort) {
param.setPortNumber(((NetworkPort) iface).getPortNumber());
param.setLinkTechnology(((NetworkPort) iface).getLinkTechnology());
}
IPProtocolEndpoint ip = new IPProtocolEndpoint();
ip.setIPv4Address(ipProtocolEndpoint.getIPv4Address());
ip.setSubnetMask(ipProtocolEndpoint.getSubnetMask());
param.addProtocolEndpoint(ipProtocolEndpoint);
IAction action = createActionAndCheckParams(IPActionSet.SET_IPv4, param);
queueAction(action);
}
@Test
public void UpDownActionTest() throws CapabilityException {
Response resp;
QueueResponse queueResponse;
resp = (Response) chassisCapability.sendMessage(ActionConstants.GETCONFIG, null);
Assert.assertEquals(Status.QUEUED, resp.getStatus());
Assert.assertTrue(resp.getErrors().size() == 0);
queueResponse = (QueueResponse) queueCapability.sendMessage(QueueConstants.EXECUTE, null);
Assert.assertTrue(queueResponse.isOk());
String str = "";
ComputerSystem model = (ComputerSystem) mockResource.getModel();
Assert.assertNotNull(model);
for (LogicalDevice device : model.getLogicalDevices()) {
if (device instanceof EthernetPort) {
EthernetPort port = (EthernetPort) device;
Assert.assertNotNull("OperationalStatus must be set", port.getOperationalStatus());
str += "- EthernetPort: " + '\n';
str += port.getName() + '.' + port.getPortNumber() + '\n';
str += port.getOperationalStatus();
str += '\n';
for (ProtocolEndpoint protocolEndpoint : port.getProtocolEndpoint()) {
if (protocolEndpoint instanceof IPProtocolEndpoint) {
IPProtocolEndpoint ipProtocol = (IPProtocolEndpoint) protocolEndpoint;
str += "ipv4: " + ipProtocol.getIPv4Address() + '\n';
str += "ipv6: " + ipProtocol.getIPv6Address() + '\n';
}
}
} else {
str += "not searched device";
}
}
log.info(str);
String interfaceName = "fe-0/1/3";
/* check model */
LogicalDevice logicalDevice = null;
try {
logicalDevice = getLogicalDevice(interfaceName, (ComputerSystem) mockResource.getModel());
} catch (Exception ex) {
Assert.fail("LogicalDevice not found");
}
if (logicalDevice.getOperationalStatus() != OperationalStatus.OK) {
Assert.fail("The test can't be executed because the needed interface is down");
}
/* send to change status */
resp =
(Response)
chassisCapability.sendMessage(
ActionConstants.CONFIGURESTATUS,
newParamsConfigureStatus(interfaceName, OperationalStatus.STOPPED));
Assert.assertEquals(Status.QUEUED, resp.getStatus());
Assert.assertTrue(resp.getErrors().size() == 0);
Assert.assertTrue(
((List<IAction>) queueCapability.sendMessage(QueueConstants.GETQUEUE, null)).size() == 1);
queueResponse = (QueueResponse) queueCapability.sendMessage(QueueConstants.EXECUTE, null);
Assert.assertTrue(queueResponse.isOk());
Assert.assertTrue(
((List<IAction>) queueCapability.sendMessage(QueueConstants.GETQUEUE, null)).size() == 0);
if (!isMock) {
checkOperationalStatus(
(ComputerSystem) mockResource.getModel(), interfaceName, OperationalStatus.STOPPED);
}
/* send to change status */
resp =
(Response)
chassisCapability.sendMessage(
ActionConstants.CONFIGURESTATUS,
newParamsConfigureStatus(interfaceName, OperationalStatus.OK));
Assert.assertEquals(Status.QUEUED, resp.getStatus());
Assert.assertTrue(resp.getErrors().size() == 0);
Assert.assertTrue(
((List<IAction>) queueCapability.sendMessage(QueueConstants.GETQUEUE, null)).size() == 1);
queueResponse = (QueueResponse) queueCapability.sendMessage(QueueConstants.EXECUTE, null);
Assert.assertTrue(queueResponse.isOk());
Assert.assertTrue(
((List<IAction>) queueCapability.sendMessage(QueueConstants.GETQUEUE, null)).size() == 0);
if (!isMock) {
checkOperationalStatus(
(ComputerSystem) mockResource.getModel(), interfaceName, OperationalStatus.OK);
}
}
/** @return */
public static IPProtocolEndpoint getIPProtocolEndPoint() {
IPProtocolEndpoint ipProtocolEndpoint = new IPProtocolEndpoint();
ipProtocolEndpoint.setIPv4Address("192.168.0.1");
ipProtocolEndpoint.setSubnetMask("255.255.255.0");
return ipProtocolEndpoint;
}
