private List<HostDevice> freeVfCommon(
int numOfFreeVfs,
int numOfVfsAttachedToVm,
int numOfVfsHasNoNic,
int numOfVfsHasNetworkAttached,
int numOfVfsHasVlanDeviceAttached,
int numOfVfsArePartOfBond) {
networkDeviceHelper =
spy(new NetworkDeviceHelperImpl(interfaceDao, hostDeviceDao, hostNicVfsConfigDao, vdsDao));
List<HostDevice> devices = new ArrayList<>();
List<HostDevice> freeVfs = new ArrayList<>();
int numOfVfs =
numOfFreeVfs
+ numOfVfsAttachedToVm
+ numOfVfsHasNoNic
+ numOfVfsHasNetworkAttached
+ numOfVfsHasVlanDeviceAttached
+ numOfVfsArePartOfBond;
List<HostDevice> vfs = mockVfsOnNetDevice(numOfVfs);
List<VdsNetworkInterface> nics = new ArrayList<>();
devices.addAll(vfs);
for (HostDevice vfPciDevice : vfs) {
HostDevice vfNetDevice = mockNetworkDeviceForPciDevice(vfPciDevice);
devices.add(vfNetDevice);
if (numOfVfsHasNoNic != 0) {
--numOfVfsHasNoNic;
} else {
VdsNetworkInterface vfNic = mockNicForNetDevice(vfNetDevice);
nics.add(vfNic);
if (numOfVfsAttachedToVm != 0) {
--numOfVfsAttachedToVm;
vfPciDevice.setVmId(Guid.newGuid());
} else if (numOfVfsHasNetworkAttached != 0) {
--numOfVfsHasNetworkAttached;
vfNic.setNetworkName("netName");
} else if (numOfVfsHasVlanDeviceAttached != 0) {
--numOfVfsHasVlanDeviceAttached;
doReturn(true).when(networkDeviceHelper).isVlanDeviceAttached(vfNic);
} else if (numOfVfsArePartOfBond != 0) {
--numOfVfsArePartOfBond;
vfNic.setBondName("bondName");
} else {
doReturn(false).when(networkDeviceHelper).isVlanDeviceAttached(vfNic);
freeVfs.add(vfPciDevice);
}
}
}
mockHostDevices(devices);
mockNics(nics, true);
return freeVfs;
}
private List<HostDevice> mockVfsOnNetDevice(int numOfVfs, Guid vmId) {
List<HostDevice> vfs = new ArrayList<>();
for (int i = 0; i < numOfVfs; ++i) {
HostDevice vfPciDevice = new HostDevice();
vfPciDevice.setParentPhysicalFunction(pciDevice.getDeviceName());
vfPciDevice.setDeviceName(String.valueOf(i));
vfPciDevice.setHostId(HOST_ID);
vfPciDevice.setVmId(vmId);
vfs.add(vfPciDevice);
}
return vfs;
}
private void removeVmIdFromVfsCommonTest(int numOfVfWithVmId, int numOfOtherDeviceWithVmId) {
List<HostDevice> allDevices = new ArrayList<>();
List<HostDevice> otherDeviceWithVmId = new ArrayList<>();
Guid vmId = Guid.newGuid();
List<HostDevice> vfs = mockVfsOnNetDevice(numOfVfWithVmId, vmId);
allDevices.addAll(vfs);
for (int i = 0; i <= numOfOtherDeviceWithVmId; ++i) {
HostDevice hostDevice = createHostDevice(vmId);
otherDeviceWithVmId.add(hostDevice);
}
allDevices.addAll(otherDeviceWithVmId);
mockHostDevices(allDevices);
for (HostDevice vf : vfs) {
assertEquals(vmId, vf.getVmId());
}
networkDeviceHelper.removeVmIdFromVfs(vmId);
for (HostDevice vf : vfs) {
vf.setVmId(null);
}
if (numOfVfWithVmId == 0) {
verify(hostDeviceDao, never()).setVmIdOnHostDevice(any(HostDeviceId.class), any(Guid.class));
} else {
verify(hostDeviceDao, times(numOfVfWithVmId))
.setVmIdOnHostDevice(hostDeviceIdCaptor.capture(), vmIdCaptor.capture());
List<HostDeviceId> capturedDeviceIds = hostDeviceIdCaptor.getAllValues();
List<Guid> capturedVmIds = vmIdCaptor.getAllValues();
for (HostDevice vf : vfs) {
assertTrue(capturedDeviceIds.contains(vf.getId()));
}
for (HostDevice hostDevice : otherDeviceWithVmId) {
assertFalse(capturedDeviceIds.contains(hostDevice.getId()));
}
for (Guid capturedVmId : capturedVmIds) {
assertEquals(null, capturedVmId);
}
}
}
@Test
public void setVmIdOnVfs() {
List<HostDevice> vfs = mockVfsOnNetDevice(1);
mockHostDevices(vfs);
HostDevice vf = vfs.get(0);
Guid vmId = Guid.newGuid();
vf.setVmId(vmId);
networkDeviceHelper.setVmIdOnVfs(HOST_ID, vmId, Collections.singleton(vf.getDeviceName()));
verify(hostDeviceDao).setVmIdOnHostDevice(hostDeviceIdCaptor.capture(), vmIdCaptor.capture());
HostDeviceId capturedDeviceId = hostDeviceIdCaptor.getValue();
Guid capturedVmId = vmIdCaptor.getValue();
assertEquals(vf.getId(), capturedDeviceId);
assertEquals(vmId, capturedVmId);
}
private HostDevice createHostDevice(Guid vmId) {
HostDevice hostDevice = new HostDevice();
hostDevice.setHostId(HOST_ID);
hostDevice.setVmId(vmId);
return hostDevice;
}
