use of org.ovirt.engine.api.v3.types.V3SchedulingPolicy in project ovirt-engine by oVirt.
the class V3ClusterHelper method assignCompatiblePolicy.
/**
* Makes sure that the V4 cluster has a reference to a scheduling policy that is compatible with the one specified
* by the given V3 cluster. If that isn't possible throws an exception that will result in an HTTP error response
* sent to the caller.
*/
public static void assignCompatiblePolicy(V3Cluster v3Cluster, Cluster v4Cluster) {
V3SchedulingPolicy v3Policy = v3Cluster.getSchedulingPolicy();
SchedulingPolicy v4Policy = v4Cluster.getSchedulingPolicy();
boolean v3IsSet = v3Policy != null && (v3Policy.isSetName() || v3Policy.isSetPolicy());
boolean v4IsSet = v4Policy != null && (v4Policy.isSetName() || v4Policy.isSetId());
if (v3IsSet && !v4IsSet) {
SchedulingPolicy v4CompatiblePolicy = findCompatiblePolicy(v3Policy);
if (v4CompatiblePolicy != null) {
v4Policy = new SchedulingPolicy();
v4Policy.setId(v4CompatiblePolicy.getId());
v4Cluster.setSchedulingPolicy(v4Policy);
} else {
V3Fault fault = new V3Fault();
fault.setReason("Operation Failed");
fault.setDetail("Can't find a compatible scheduling policy.");
Response response = Response.serverError().entity(fault).build();
throw new WebApplicationException(response);
}
}
}
use of org.ovirt.engine.api.v3.types.V3SchedulingPolicy in project ovirt-engine by oVirt.
the class V3SchedulingPolicyInAdapter method adapt.
@Override
public SchedulingPolicy adapt(V3SchedulingPolicy from) {
SchedulingPolicy to = new SchedulingPolicy();
if (from.isSetLinks()) {
to.getLinks().addAll(adaptIn(from.getLinks()));
}
if (from.isSetActions()) {
to.setActions(adaptIn(from.getActions()));
}
if (from.isSetComment()) {
to.setComment(from.getComment());
}
if (from.isSetDefaultPolicy()) {
to.setDefaultPolicy(from.isDefaultPolicy());
}
if (from.isSetDescription()) {
to.setDescription(from.getDescription());
}
if (from.isSetId()) {
to.setId(from.getId());
}
if (from.isSetHref()) {
to.setHref(from.getHref());
}
if (from.isSetLocked()) {
to.setLocked(from.isLocked());
}
if (from.isSetName()) {
to.setName(from.getName());
}
if (from.isSetProperties()) {
to.setProperties(new Properties());
to.getProperties().getProperties().addAll(adaptIn(from.getProperties().getProperties()));
}
return to;
}
use of org.ovirt.engine.api.v3.types.V3SchedulingPolicy in project ovirt-engine by oVirt.
the class V3SchedulingPolicyOutAdapter method adapt.
@Override
public V3SchedulingPolicy adapt(SchedulingPolicy from) {
V3SchedulingPolicy to = new V3SchedulingPolicy();
if (from.isSetLinks()) {
to.getLinks().addAll(adaptOut(from.getLinks()));
}
if (from.isSetActions()) {
to.setActions(adaptOut(from.getActions()));
}
if (from.isSetComment()) {
to.setComment(from.getComment());
}
if (from.isSetDefaultPolicy()) {
to.setDefaultPolicy(from.isDefaultPolicy());
}
if (from.isSetDescription()) {
to.setDescription(from.getDescription());
}
if (from.isSetId()) {
to.setId(from.getId());
}
if (from.isSetHref()) {
to.setHref(from.getHref());
}
if (from.isSetLocked()) {
to.setLocked(from.isLocked());
}
if (from.isSetName()) {
to.setName(from.getName());
}
if (from.isSetProperties()) {
to.setProperties(new V3Properties());
to.getProperties().getProperties().addAll(adaptOut(from.getProperties().getProperties()));
}
return to;
}
use of org.ovirt.engine.api.v3.types.V3SchedulingPolicy in project ovirt-engine by oVirt.
the class V3ClusterOutAdapter method adapt.
@Override
public V3Cluster adapt(Cluster from) {
V3Cluster to = new V3Cluster();
if (from.isSetLinks()) {
to.getLinks().addAll(adaptOut(from.getLinks()));
}
if (from.isSetActions()) {
to.setActions(adaptOut(from.getActions()));
}
if (from.isSetBallooningEnabled()) {
to.setBallooningEnabled(from.isBallooningEnabled());
}
if (from.isSetComment()) {
to.setComment(from.getComment());
}
if (from.isSetCpu()) {
to.setCpu(adaptOut(from.getCpu()));
}
if (from.isSetDataCenter()) {
to.setDataCenter(adaptOut(from.getDataCenter()));
}
if (from.isSetDescription()) {
to.setDescription(from.getDescription());
}
if (from.isSetDisplay()) {
to.setDisplay(adaptOut(from.getDisplay()));
}
if (from.isSetErrorHandling()) {
to.setErrorHandling(adaptOut(from.getErrorHandling()));
}
if (from.isSetFencingPolicy()) {
to.setFencingPolicy(adaptOut(from.getFencingPolicy()));
}
if (from.isSetGlusterService()) {
to.setGlusterService(from.isGlusterService());
}
if (from.isSetHaReservation()) {
to.setHaReservation(from.isHaReservation());
}
if (from.isSetId()) {
to.setId(from.getId());
}
if (from.isSetHref()) {
to.setHref(from.getHref());
}
if (from.isSetKsm()) {
to.setKsm(adaptOut(from.getKsm()));
}
if (from.isSetMaintenanceReasonRequired()) {
to.setMaintenanceReasonRequired(from.isMaintenanceReasonRequired());
}
if (from.isSetManagementNetwork()) {
to.setManagementNetwork(adaptOut(from.getManagementNetwork()));
}
if (from.isSetMemoryPolicy()) {
to.setMemoryPolicy(adaptOut(from.getMemoryPolicy()));
}
if (from.isSetMigration()) {
to.setMigration(adaptOut(from.getMigration()));
}
if (from.isSetName()) {
to.setName(from.getName());
}
if (from.isSetOptionalReason()) {
to.setOptionalReason(from.isOptionalReason());
}
if (from.isSetRequiredRngSources()) {
to.setRequiredRngSources(new V3RngSources());
to.getRequiredRngSources().getRngSources().addAll(adaptRngSources(from));
}
if (from.isSetSerialNumber()) {
to.setSerialNumber(adaptOut(from.getSerialNumber()));
}
if (from.isSetSupportedVersions()) {
to.setSupportedVersions(new V3SupportedVersions());
to.getSupportedVersions().getVersions().addAll(adaptOut(from.getSupportedVersions().getVersions()));
}
if (from.isSetThreadsAsCores()) {
to.setThreadsAsCores(from.isThreadsAsCores());
}
if (from.isSetTrustedService()) {
to.setTrustedService(from.isTrustedService());
}
if (from.isSetTunnelMigration()) {
to.setTunnelMigration(from.isTunnelMigration());
}
if (from.isSetVersion()) {
to.setVersion(adaptOut(from.getVersion()));
}
if (from.isSetVirtService()) {
to.setVirtService(from.isVirtService());
}
// In V3 the scheduling policy was part of the cluster, so we need to retrieve the details and populate the
// "policy" and "thresholds" elements:
SchedulingPolicy fromPolicy = from.getSchedulingPolicy();
if (fromPolicy != null && fromPolicy.isSetId()) {
SystemResource systemResource = BackendApiResource.getInstance();
SchedulingPoliciesResource policiesResource = systemResource.getSchedulingPoliciesResource();
SchedulingPolicyResource policyResource = policiesResource.getPolicyResource(fromPolicy.getId());
try {
fromPolicy = policyResource.get();
} catch (WebApplicationException exception) {
// If an application exception is generated while retrieving the details of the scheduling policy it
// is safe to ignore it, as it may be that the user just doesn't have permission to see the policy, but
// she may still have permissions to see the other details of the cluster.
}
V3SchedulingPolicy toPolicy = to.getSchedulingPolicy();
if (toPolicy == null) {
toPolicy = new V3SchedulingPolicy();
to.setSchedulingPolicy(toPolicy);
}
if (fromPolicy.isSetId()) {
toPolicy.setId(fromPolicy.getId());
}
if (fromPolicy.isSetHref()) {
toPolicy.setHref(fromPolicy.getHref());
}
if (fromPolicy.isSetName() && !toPolicy.isSetPolicy()) {
toPolicy.setPolicy(fromPolicy.getName());
}
Properties fromProperties = fromPolicy.getProperties();
if (fromProperties != null) {
Integer fromDuration = getIntegerProperty(fromProperties, "CpuOverCommitDurationMinutes");
if (fromDuration != null) {
V3SchedulingPolicyThresholds toThresholds = toPolicy.getThresholds();
if (toThresholds == null) {
toThresholds = new V3SchedulingPolicyThresholds();
toPolicy.setThresholds(toThresholds);
}
toThresholds.setDuration(fromDuration);
}
Integer fromHigh = getIntegerProperty(fromProperties, "HighUtilization");
if (fromHigh != null) {
V3SchedulingPolicyThresholds toThresholds = toPolicy.getThresholds();
if (toThresholds == null) {
toThresholds = new V3SchedulingPolicyThresholds();
toPolicy.setThresholds(toThresholds);
}
toThresholds.setHigh(fromHigh);
}
Integer fromLow = getIntegerProperty(fromProperties, "LowUtilization");
if (fromLow != null) {
V3SchedulingPolicyThresholds toThresholds = toPolicy.getThresholds();
if (toThresholds == null) {
toThresholds = new V3SchedulingPolicyThresholds();
toPolicy.setThresholds(toThresholds);
}
toThresholds.setLow(fromLow);
}
}
}
return to;
}
use of org.ovirt.engine.api.v3.types.V3SchedulingPolicy in project ovirt-engine by oVirt.
the class V3ClusterHelper method arePoliciesCompatible.
/**
* Checks if the given V3 and V4 scheduling policies are compatible.
*
* @return {@code true} iif the two policies are compatible
*/
private static boolean arePoliciesCompatible(V3SchedulingPolicy v3Policy, SchedulingPolicy v4Policy) {
// The V3 "policy" attribute must be equal to the V4 "name" attribute:
String v3Name = v3Policy.getName();
if (v3Name == null) {
v3Name = v3Policy.getPolicy();
}
if (v3Name != null && !Objects.equals(v3Name, v4Policy.getName())) {
return false;
}
// All the V3 threshold must match the equivalent V4 properties:
V3SchedulingPolicyThresholds v3Thresholds = v3Policy.getThresholds();
Properties v4Properties = v4Policy.getProperties();
if (v3Thresholds != null) {
Integer v3Duration = v3Thresholds.getDuration();
Integer v4Duration = getIntegerProperty(v4Properties, "CpuOverCommitDurationMinutes");
if (!arePropertiesCompatible(v3Duration, v4Duration)) {
return false;
}
Integer v3High = v3Thresholds.getHigh();
Integer v4High = getIntegerProperty(v4Properties, "HighUtilization");
if (!arePropertiesCompatible(v3High, v4High)) {
return false;
}
Integer v3Low = v3Thresholds.getLow();
Integer v4Low = getIntegerProperty(v4Properties, "LowUtilization");
if (!arePropertiesCompatible(v3Low, v4Low)) {
return false;
}
}
// All the tests passed, so the policies are compatible:
return true;
}
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