public void setResourceTypeBundleConfiguration(ResourceTypeBundleConfiguration rtbc) {
if (rtbc == null) {
this.bundleConfiguration = null;
} else {
this.bundleConfiguration = rtbc.getBundleConfiguration();
}
}
private void assertVersion2(ResourceType resourceType) {
PropertyDefinition prop;
Set<String> seen =
new HashSet<String>(2); // we use to this remember names of the things that we've seen
assert resourceType.getChildSubCategories().size() == 1;
assert resourceType.getChildSubCategories().get(0).getName().equals(SUBCAT);
assert resourceType.getChildSubCategories().get(0).getDisplayName().equals(SUBCAT_DISPLAYNAME);
seen.clear();
ConfigurationDefinition pcDef = resourceType.getPluginConfigurationDefinition();
assert pcDef.getGroupDefinitions().size() == 2;
for (PropertyGroupDefinition group : pcDef.getGroupDefinitions()) {
seen.add(group.getName());
if (group.getName().equals(CHANGED_PC_GROUP)) {
assert group.isDefaultHidden() == CHANGED_PC_GROUP_HIDDEN;
} else if (group.getName().equals(NEW_PC_GROUP)) {
assert group.isDefaultHidden() == NEW_PC_GROUP_HIDDEN;
} else {
assert false : "Unexpected group [" + group.getName() + "]:" + group;
}
}
if (seen.size() != 2) {
assert false : "did not see what we expected to see: " + seen;
}
prop = pcDef.get(CHANGED_PC_PROP);
assert prop != null;
assert prop.getName().equals(CHANGED_PC_PROP);
assert prop.isRequired() == CHANGED_PC_PROP_REQUIRED;
assert prop.getPropertyGroupDefinition().getName().equals(CHANGED_PC_GROUP);
prop = pcDef.get(NEW_PC_PROP);
assert prop != null;
assert prop.getName().equals(NEW_PC_PROP);
assert prop.isRequired() == NEW_PC_PROP_REQUIRED;
assert prop.getPropertyGroupDefinition().getName().equals(NEW_PC_GROUP);
seen.clear();
assert resourceType.getProcessScans().size() == 2;
for (ProcessScan processScan : resourceType.getProcessScans()) {
seen.add(processScan.getName());
if (processScan.getName().equals(CHANGED_PROCESS_SCAN_NAME)) {
assert processScan.getQuery().equals(CHANGED_PROCESS_SCAN_QUERY);
} else if (processScan.getName().equals(NEW_PROCESS_SCAN_NAME)) {
assert processScan.getQuery().equals(NEW_PROCESS_SCAN_QUERY);
} else {
assert false : "Unexpected process scan[" + processScan.getName() + "]:" + processScan;
}
}
if (seen.size() != 2) {
assert false : "did not see what we expected to see: " + seen;
}
seen.clear();
assert resourceType.getOperationDefinitions().size() == 2;
for (OperationDefinition op : resourceType.getOperationDefinitions()) {
seen.add(op.getName());
if (op.getName().equals(CHANGED_OP_NAME)) {
assert op.getTimeout().intValue() == CHANGED_OP_TIMEOUT;
assert op.getDescription().equals(CHANGED_OP_DESC);
} else if (op.getName().equals(NEW_OP_NAME)) {
assert op.getTimeout().intValue() == NEW_OP_TIMEOUT;
assert op.getDescription().equals(NEW_OP_DESC);
} else {
assert false : "Unexpected operation [" + op.getName() + "]:" + op;
}
}
if (seen.size() != 2) {
assert false : "did not see what we expected to see: " + seen;
}
seen.clear();
assert resourceType.getMetricDefinitions().size() == 3; // include built-in Availability metric
for (MeasurementDefinition metric : resourceType.getMetricDefinitions()) {
if (metric.getName().equals(MeasurementDefinition.AVAILABILITY_NAME)) {
// expected, ignore
continue;
}
seen.add(metric.getName());
if (metric.getName().equals(CHANGED_METRIC_PROP)) {
// even though our _v2 plugin set this to something different, our upgrade doesn't change it
// because
// we don't want to overwrite changes a user possibly made to the defaut interval (aka
// metric template)
assert metric.getDefaultInterval() == METRIC_DEFAULT_INTERVAL;
} else if (metric.getName().equals(NEW_METRIC_PROP)) {
assert metric.getDefaultInterval() == NEW_METRIC_DEFAULT_INTERVAL;
} else {
assert false : "Unexpected metric [" + metric.getName() + "]:" + metric;
}
}
if (seen.size() != 2) {
assert false : "did not see what we expected to see: " + seen;
}
seen.clear();
assert resourceType.getEventDefinitions().size() == 2;
for (EventDefinition event : resourceType.getEventDefinitions()) {
seen.add(event.getName());
if (event.getName().equals(CHANGED_EVENT_NAME)) {
assert event.getDescription().equals(CHANGED_EVENT_DESC);
} else if (event.getName().equals(NEW_EVENT_NAME)) {
assert event.getDescription().equals(NEW_EVENT_DESC);
} else {
assert false : "Unexpected event [" + event.getName() + "]:" + event;
}
}
if (seen.size() != 2) {
assert false : "did not see what we expected to see: " + seen;
}
assert resourceType.getResourceConfigurationDefinition().getGroupDefinitions().size() == 0;
prop = resourceType.getResourceConfigurationDefinition().get(CHANGED_RC_PROP);
assert prop != null;
assert prop.getName().equals(CHANGED_RC_PROP);
assert prop.isRequired() == CHANGED_RC_PROP_REQUIRED;
prop = resourceType.getResourceConfigurationDefinition().get(NEW_RC_PROP);
assert prop != null;
assert prop.getName().equals(NEW_RC_PROP);
assert prop.isRequired() == NEW_RC_PROP_REQUIRED;
seen.clear();
assert resourceType.getDriftDefinitionTemplates().size() == 2;
for (DriftDefinitionTemplate drift : resourceType.getDriftDefinitionTemplates()) {
DriftDefinition def = drift.getTemplateDefinition();
seen.add(def.getName());
if (def.getName().equals(CHANGED_DRIFT_DEF_NAME)) {
BaseDirectory driftBasedir = def.getBasedir();
assert driftBasedir.getValueContext().equals(CHANGED_DRIFT_DEF_BASEDIR_CONTEXT);
assert driftBasedir.getValueName().equals(CHANGED_DRIFT_DEF_BASEDIR_VALUE);
} else if (def.getName().equals(NEW_DRIFT_DEF_NAME)) {
BaseDirectory driftBasedir = def.getBasedir();
assert driftBasedir.getValueContext().equals(NEW_DRIFT_DEF_BASEDIR_CONTEXT);
assert driftBasedir.getValueName().equals(NEW_DRIFT_DEF_BASEDIR_VALUE);
} else {
assert false : "Unexpected drift def [" + def.getName() + "]:" + def;
}
}
if (seen.size() != 2) {
assert false : "did not see what we expected to see: " + seen;
}
seen.clear();
ResourceTypeBundleConfiguration bundle = resourceType.getResourceTypeBundleConfiguration();
assert bundle.getBundleDestinationBaseDirectories().size() == 2;
for (BundleDestinationBaseDirectory bundleBasedir :
bundle.getBundleDestinationBaseDirectories()) {
seen.add(bundleBasedir.getName());
if (bundleBasedir.getName().equals(CHANGED_BUNDLE_TARGET_NAME)) {
assert bundleBasedir.getValueContext().equals(CHANGED_BUNDLE_BASEDIR_CONTEXT);
assert bundleBasedir.getValueName().equals(CHANGED_BUNDLE_BASEDIR_VALUE);
} else if (bundleBasedir.getName().equals(NEW_BUNDLE_TARGET_NAME)) {
assert bundleBasedir.getValueContext().equals(NEW_BUNDLE_BASEDIR_CONTEXT);
assert bundleBasedir.getValueName().equals(NEW_BUNDLE_BASEDIR_VALUE);
} else {
assert false
: "Unexpected bundle basedir [" + bundleBasedir.getName() + "]:" + bundleBasedir;
}
}
if (seen.size() != 2) {
assert false : "did not see what we expected to see: " + seen;
}
}
private void assertVersion1(ResourceType resourceType) {
PropertyGroupDefinition group;
PropertyDefinition prop;
ProcessScan processScan;
OperationDefinition op;
MeasurementDefinition metric;
EventDefinition event;
DriftDefinitionTemplate drift;
BaseDirectory driftBasedir;
ResourceTypeBundleConfiguration bundle;
BundleDestinationBaseDirectory bundleBasedir;
assert resourceType.getChildSubCategories().size() == 1;
assert resourceType.getChildSubCategories().get(0).getName().equals(SUBCAT);
assert resourceType.getChildSubCategories().get(0).getDisplayName().equals(SUBCAT_DISPLAYNAME);
assert resourceType.getPluginConfigurationDefinition().getGroupDefinitions().size() == 1;
group = resourceType.getPluginConfigurationDefinition().getGroupDefinitions().get(0);
assert group.getName().equals(PC_GROUP);
assert group.isDefaultHidden() == PC_GROUP_HIDDEN;
prop = resourceType.getPluginConfigurationDefinition().get(PC_PROP);
assert prop != null;
assert prop.getName().equals(PC_PROP);
assert prop.isRequired() == PC_PROP_REQUIRED;
assert prop.getPropertyGroupDefinition().getName().equals(PC_GROUP);
assert resourceType.getProcessScans().size() == 1;
processScan = resourceType.getProcessScans().iterator().next();
assert processScan.getName().equals(PROCESS_SCAN_NAME);
assert processScan.getQuery().equals(PROCESS_SCAN_QUERY);
assert resourceType.getOperationDefinitions().size() == 1;
op = resourceType.getOperationDefinitions().iterator().next();
assert op.getName().equals(OP_NAME);
assert op.getTimeout().intValue() == OP_TIMEOUT;
assert op.getDescription().equals(OP_DESC);
assert resourceType.getMetricDefinitions().size() == 2; // include built-in Availability metric
metric = resourceType.getMetricDefinitions().iterator().next();
assert metric.getName().equals(METRIC_PROP);
assert metric.getDefaultInterval() == METRIC_DEFAULT_INTERVAL;
assert resourceType.getEventDefinitions().size() == 1;
event = resourceType.getEventDefinitions().iterator().next();
assert event.getName().equals(EVENT_NAME);
assert event.getDescription().equals(EVENT_DESC);
assert resourceType.getResourceConfigurationDefinition().getGroupDefinitions().size() == 0;
prop = resourceType.getResourceConfigurationDefinition().get(RC_PROP);
assert prop != null;
assert prop.getName().equals(RC_PROP);
assert prop.isRequired() == RC_PROP_REQUIRED;
assert resourceType.getDriftDefinitionTemplates().size() == 1;
drift = resourceType.getDriftDefinitionTemplates().iterator().next();
assert drift.getTemplateDefinition().getName().equals(DRIFT_DEF_NAME);
driftBasedir = drift.getTemplateDefinition().getBasedir();
assert driftBasedir.getValueContext().equals(DRIFT_DEF_BASEDIR_CONTEXT);
assert driftBasedir.getValueName().equals(DRIFT_DEF_BASEDIR_VALUE);
bundle = resourceType.getResourceTypeBundleConfiguration();
assert bundle.getBundleDestinationBaseDirectories().size() == 1;
bundleBasedir = bundle.getBundleDestinationBaseDirectories().iterator().next();
assert bundleBasedir.getName().equals(BUNDLE_TARGET_NAME);
assert bundleBasedir.getValueContext().equals(BUNDLE_BASEDIR_CONTEXT);
assert bundleBasedir.getValueName().equals(BUNDLE_BASEDIR_VALUE);
}
public MockInventoryManager() {
super(pcConfig, null, pluginManager, new EventManager(pcConfig));
platformType =
new ResourceType(
"platformResourceTypeName", "pluginName", ResourceCategory.PLATFORM, null);
bundleHandlerType =
new ResourceType("bhRTypeName", "pluginName", ResourceCategory.SERVER, platformType);
serverTypeFS =
new ResourceType(
"typeName-fileSystem", "pluginName", ResourceCategory.SERVER, platformType);
serverTypePC =
new ResourceType(
"typeName-plugConfig", "pluginName", ResourceCategory.SERVER, platformType);
serverTypeRC =
new ResourceType(
"typeName-reSconfig", "pluginName", ResourceCategory.SERVER, platformType);
serverTypeMT =
new ResourceType("typeName-trait", "pluginName", ResourceCategory.SERVER, platformType);
int id = 1;
platform = new Resource("platformKey", "platformName", platformType);
platform.setId(id++);
bundleHandler = new Resource("bhKey", "bhName", bundleHandlerType);
bundleHandler.setId(id++);
bundleHandler.setParentResource(platform);
bundleHandler.setUuid(UUID.randomUUID().toString());
serverFS = new Resource("serverKey-fileSystem", "serverName-fileSystem", serverTypeFS);
serverFS.setId(id++);
serverFS.setParentResource(platform);
serverPC = new Resource("serverKey-plugConfig", "serverName-plugConfig", serverTypePC);
serverPC.setId(id++);
serverPC.setParentResource(platform);
serverRC = new Resource("serverKey-resConfig", "serverName-resConfig", serverTypeRC);
serverRC.setId(id++);
serverRC.setParentResource(platform);
serverMT = new Resource("serverKey-traitConfig", "serverName-traitConfig", serverTypeMT);
serverMT.setId(id++);
serverMT.setParentResource(platform);
typeResourceMap.put(platformType, platform);
typeResourceMap.put(bundleHandlerType, bundleHandler);
typeResourceMap.put(serverTypeFS, serverFS);
typeResourceMap.put(serverTypePC, serverPC);
typeResourceMap.put(serverTypeRC, serverRC);
typeResourceMap.put(serverTypeMT, serverMT);
ResourceContainer platformContainer = new ResourceContainer(platform, null);
ResourceContainer bundleHandlerContainer = new ResourceContainer(bundleHandler, null);
ResourceContainer serverContainerFS = new ResourceContainer(serverFS, null);
ResourceContainer serverContainerPC = new ResourceContainer(serverPC, null);
ResourceContainer serverContainerRC = new ResourceContainer(serverRC, null);
ResourceContainer serverContainerMT = new ResourceContainer(serverMT, null);
idResourceContainerMap.put(platform.getId(), platformContainer);
idResourceContainerMap.put(bundleHandler.getId(), bundleHandlerContainer);
idResourceContainerMap.put(serverFS.getId(), serverContainerFS);
idResourceContainerMap.put(serverPC.getId(), serverContainerPC);
idResourceContainerMap.put(serverRC.getId(), serverContainerRC);
idResourceContainerMap.put(serverMT.getId(), serverContainerMT);
bundleHandlerContainer.setResourceContext(new MockResourceContext(bundleHandler));
// each different resource type that supports bundle deployments needs to define its
// bundle configuration to denote where the base directory location is found.
// Today we support four ways: via plugin config property, resource config property,
// measurement trait value, or strictly on the root file system (using no resource specific
// value)
ResourceTypeBundleConfiguration rtbc =
new ResourceTypeBundleConfiguration(new Configuration());
rtbc.addBundleDestinationBaseDirectory(
BUNDLE_CONFIG_NAME_FS, Context.fileSystem.name(), BUNDLE_CONFIG_CONTEXT_VALUE_FS, null);
serverTypeFS.setResourceTypeBundleConfiguration(rtbc);
rtbc = new ResourceTypeBundleConfiguration(new Configuration());
rtbc.addBundleDestinationBaseDirectory(
BUNDLE_CONFIG_NAME_PC,
Context.pluginConfiguration.name(),
BUNDLE_CONFIG_CONTEXT_VALUE_PC,
null);
serverTypePC.setResourceTypeBundleConfiguration(rtbc);
rtbc = new ResourceTypeBundleConfiguration(new Configuration());
rtbc.addBundleDestinationBaseDirectory(
BUNDLE_CONFIG_NAME_RC,
Context.resourceConfiguration.name(),
BUNDLE_CONFIG_CONTEXT_VALUE_RC,
null);
serverTypeRC.setResourceTypeBundleConfiguration(rtbc);
rtbc = new ResourceTypeBundleConfiguration(new Configuration());
rtbc.addBundleDestinationBaseDirectory(
BUNDLE_CONFIG_NAME_MT,
Context.measurementTrait.name(),
BUNDLE_CONFIG_CONTEXT_VALUE_MT,
null);
serverTypeMT.setResourceTypeBundleConfiguration(rtbc);
// each different resource needs to specify where exactly it wants the bundles deployed
// using the different contexts that are supported.
Configuration pluginConfiguration = new Configuration();
pluginConfiguration.put(
new PropertySimple(BUNDLE_CONFIG_CONTEXT_VALUE_PC, BUNDLE_CONFIG_LOCATION_PC));
serverPC.setPluginConfiguration(pluginConfiguration);
Configuration resourceConfiguration = new Configuration();
resourceConfiguration.put(
new PropertySimple(BUNDLE_CONFIG_CONTEXT_VALUE_RC, BUNDLE_CONFIG_LOCATION_RC));
serverRC.setResourceConfiguration(resourceConfiguration);
MeasurementDefinition definition =
new MeasurementDefinition(serverTypeMT, BUNDLE_CONFIG_CONTEXT_VALUE_MT);
definition.setDataType(DataType.TRAIT);
definition.setId(123);
MeasurementSchedule schedule = new MeasurementSchedule(definition, serverMT);
schedule.setId(123123);
MeasurementScheduleRequest scheduleRequest = new MeasurementScheduleRequest(schedule);
Set<MeasurementScheduleRequest> schedules = new HashSet<MeasurementScheduleRequest>(1);
schedules.add(scheduleRequest);
serverContainerMT.setMeasurementSchedule(schedules);
}
/**
* Given a deployment, this examines the destination and the resource to determine where exactly
* the bundle distribution should be written.
*
* @param bundleResourceDeployment describes where the bundle should be or is deployed
* @return absolute directory location where the bundle should be deployed
*/
private File getAbsoluteDestinationDir(BundleResourceDeployment bundleResourceDeployment) {
BundleDestination dest = bundleResourceDeployment.getBundleDeployment().getDestination();
String destBaseDirName = dest.getDestinationBaseDirectoryName();
String relativeDeployDir = dest.getDeployDir();
// paranoia, if no deploy dir is given, as assume it will be directly under the base location
if (relativeDeployDir == null || relativeDeployDir.trim().length() == 0) {
relativeDeployDir = File.separator;
}
// get the resource entity stored in our local inventory
InventoryManager im = getInventoryManager();
Resource resource = bundleResourceDeployment.getResource();
ResourceContainer container = im.getResourceContainer(resource);
resource = container.getResource();
// find out the type of base location that is specified by the bundle destination
BundleDestinationBaseDirectory bundleDestBaseDir = null;
ResourceTypeBundleConfiguration rtbc =
resource.getResourceType().getResourceTypeBundleConfiguration();
if (rtbc == null) {
throw new IllegalArgumentException(
"The resource type doesn't support bundle deployments: " + resource);
}
for (BundleDestinationBaseDirectory bdbd : rtbc.getBundleDestinationBaseDirectories()) {
if (bdbd.getName().equals(destBaseDirName)) {
bundleDestBaseDir = bdbd;
break;
}
}
if (bundleDestBaseDir == null) {
throw new IllegalArgumentException(
"The resource type doesn't support bundle destination base location named ["
+ destBaseDirName
+ "]");
}
// based on the type of destination base location, determine the root base directory
String destBaseDirValueName =
bundleDestBaseDir.getValueName(); // the name we look up in the given context
String baseLocation;
switch (bundleDestBaseDir.getValueContext()) {
case fileSystem:
{
if (!new File(relativeDeployDir).isAbsolute()) {
// the deploy dir is not absolute; since we need to pin it to something, we assume the
// top root directory
// unless the descriptor told us to go somewhere else differently
baseLocation = destBaseDirValueName; // ultimately this came from the plugin descriptor
if (baseLocation == null || baseLocation.trim().length() == 0) {
baseLocation =
File
.separator; // paranoia, if the plugin descriptor didn't specify, assume the
// top root directory
}
} else {
baseLocation = null; // so the relativeDeployDir is processed as an absolute dir
}
break;
}
case pluginConfiguration:
{
baseLocation =
resource.getPluginConfiguration().getSimpleValue(destBaseDirValueName, null);
if (baseLocation == null) {
throw new IllegalArgumentException(
"Cannot determine the bundle base deployment location - "
+ "there is no plugin configuration setting for ["
+ destBaseDirValueName
+ "]");
}
break;
}
case resourceConfiguration:
{
baseLocation =
resource.getResourceConfiguration().getSimpleValue(destBaseDirValueName, null);
if (baseLocation == null) {
throw new IllegalArgumentException(
"Cannot determine the bundle base deployment location - "
+ "there is no resource configuration setting for ["
+ destBaseDirValueName
+ "]");
}
break;
}
case measurementTrait:
{
baseLocation = getMeasurementManager().getTraitValue(container, destBaseDirValueName);
if (baseLocation == null) {
throw new IllegalArgumentException(
"Cannot obtain trait ["
+ destBaseDirName
+ "] for resource ["
+ resource.getName()
+ "]");
}
break;
}
default:
{
throw new IllegalArgumentException(
"Unknown bundle destination location context: " + bundleDestBaseDir);
}
}
File destDir = new File(baseLocation, relativeDeployDir);
if (!destDir.isAbsolute()) {
throw new IllegalArgumentException(
"The base location path specified by ["
+ destBaseDirValueName
+ "] in the context ["
+ bundleDestBaseDir.getValueContext()
+ "] along with the destination directory of ["
+ relativeDeployDir
+ "] did not resolve to an absolute path ["
+ destDir.getPath()
+ "] so there is no way to know where to put the bundle.");
}
return destDir;
}
