/** Returns whether this JDBC data source can implement a given aggregate function. */
private static boolean canImplement(SqlAggFunction aggregation, SqlDialect sqlDialect) {
switch (sqlDialect.getDatabaseProduct()) {
case MYSQL:
return MYSQL_AGG_FUNCS.contains(aggregation);
default:
return AGG_FUNCS.contains(aggregation);
}
}
/**
* Get similarity of X submission to Y submission.
*
* @param xSubmission Submission to get similarities for
* @param ySubmission Submission to get similarities relative to
* @return Similarities of xSubmission to ySubmission
* @throws NoSuchSubmissionException Thrown if either xSubmission or ySubmission are not present
* in the matrix
*/
public AlgorithmResults getEntryFor(Submission xSubmission, Submission ySubmission)
throws NoSuchSubmissionException {
checkNotNull(xSubmission);
checkNotNull(ySubmission);
if (!xSubmissions.contains(xSubmission)) {
throw new NoSuchSubmissionException(
"X Submission with name " + xSubmission.getName() + " not found in similarity matrix!");
} else if (!ySubmissions.contains(ySubmission)) {
throw new NoSuchSubmissionException(
"Y Submission with name " + ySubmission.getName() + " not found in similarity matrix!");
}
int xIndex = xSubmissions.indexOf(xSubmission);
int yIndex = ySubmissions.indexOf(ySubmission);
return entries[xIndex][yIndex];
}
/**
* Gets the context of this event within a stream
*
* @return the context in struct form
*/
public StructDefinition getContext() {
/* Most common case so far */
if (fStreamContext == null) {
return fEventContext;
}
/* streamContext is not null, but the context of the event is null */
if (fEventContext == null) {
return fStreamContext;
}
// TODO: cache if this is a performance issue
/* The stream context and event context are assigned. */
StructDeclaration mergedDeclaration = new StructDeclaration(1);
Builder<String> builder = ImmutableList.<String>builder();
List<Definition> fieldValues = new ArrayList<>();
/* Add fields from the stream */
for (String fieldName : fStreamContext.getFieldNames()) {
Definition definition = fStreamContext.getDefinition(fieldName);
mergedDeclaration.addField(fieldName, definition.getDeclaration());
builder.add(fieldName);
fieldValues.add(definition);
}
ImmutableList<String> fieldNames = builder.build();
/*
* Add fields from the event context, overwrite the stream ones if
* needed.
*/
for (String fieldName : fEventContext.getFieldNames()) {
Definition definition = fEventContext.getDefinition(fieldName);
mergedDeclaration.addField(fieldName, definition.getDeclaration());
if (fieldNames.contains(fieldName)) {
fieldValues.set((fieldNames.indexOf(fieldName)), definition);
} else {
builder.add(fieldName);
fieldValues.add(definition);
}
}
fieldNames = builder.build();
StructDefinition mergedContext =
new StructDefinition(
mergedDeclaration,
this,
"context", //$NON-NLS-1$
fieldNames,
fieldValues.toArray(new Definition[fieldValues.size()]));
return mergedContext;
}
private ReferenceInfo newInfo(
ColumnIdent column,
DataType type,
ColumnPolicy columnPolicy,
ReferenceInfo.IndexType indexType) {
RowGranularity granularity = RowGranularity.DOC;
if (partitionedBy.contains(column)) {
granularity = RowGranularity.PARTITION;
}
return new ReferenceInfo(
new ReferenceIdent(ident, column), granularity, type, columnPolicy, indexType);
}
private void addToolchainFlags(List<String> argv) {
boolean fullyStatic = (linkStaticness == LinkStaticness.FULLY_STATIC);
boolean mostlyStatic = (linkStaticness == LinkStaticness.MOSTLY_STATIC);
boolean sharedLinkopts =
linkTargetType == LinkTargetType.DYNAMIC_LIBRARY
|| linkopts.contains("-shared")
|| cppConfiguration.getLinkOptions().contains("-shared");
/*
* For backwards compatibility, linkopts come _after_ inputFiles.
* This is needed to allow linkopts to contain libraries and
* positional library-related options such as
* -Wl,--begin-group -lfoo -lbar -Wl,--end-group
* or
* -Wl,--as-needed -lfoo -Wl,--no-as-needed
*
* As for the relative order of the three different flavours of linkopts
* (global defaults, per-target linkopts, and command-line linkopts),
* we have no idea what the right order should be, or if anyone cares.
*/
argv.addAll(linkopts);
// Extra toolchain link options based on the output's link staticness.
if (fullyStatic) {
argv.addAll(cppConfiguration.getFullyStaticLinkOptions(features, sharedLinkopts));
} else if (mostlyStatic) {
argv.addAll(cppConfiguration.getMostlyStaticLinkOptions(features, sharedLinkopts));
} else {
argv.addAll(cppConfiguration.getDynamicLinkOptions(features, sharedLinkopts));
}
// Extra test-specific link options.
if (useTestOnlyFlags) {
argv.addAll(cppConfiguration.getTestOnlyLinkOptions());
}
argv.addAll(cppConfiguration.getLinkOptions());
// -pie is not compatible with shared and should be
// removed when the latter is part of the link command. Should we need to further
// distinguish between shared libraries and executables, we could add additional
// command line / CROSSTOOL flags that distinguish them. But as long as this is
// the only relevant use case we're just special-casing it here.
if (linkTargetType == LinkTargetType.DYNAMIC_LIBRARY) {
Iterables.removeIf(argv, Predicates.equalTo("-pie"));
}
// Fission mode: debug info is in .dwo files instead of .o files. Inform the linker of this.
if (!linkTargetType.isStaticLibraryLink() && cppConfiguration.useFission()) {
argv.add("-Wl,--gdb-index");
}
}
public boolean isTypeVariableInScope(String tvar) {
if (typeParameters != null && typeParameters.contains(tvar)) {
return true;
}
// We don't look at this.nominalType, b/c if this function is a generic
// constructor, then typeParameters contains the relevant type variables.
if (receiverType != null && receiverType.isUninstantiatedGenericType()) {
RawNominalType rawType = receiverType.getRawNominalType();
if (rawType.getTypeParameters().contains(tvar)) {
return true;
}
}
return false;
}
private void add(
ColumnIdent column,
DataType type,
ColumnPolicy columnPolicy,
ReferenceInfo.IndexType indexType,
boolean partitioned) {
ReferenceInfo info = newInfo(column, type, columnPolicy, indexType);
// don't add it if there is a partitioned equivalent of this column
if (partitioned || !(partitionedBy != null && partitionedBy.contains(column))) {
if (info.ident().isColumn()) {
columnsBuilder.add(info);
}
referencesBuilder.put(info.ident().columnIdent(), info);
}
if (partitioned) {
partitionedByColumnsBuilder.add(info);
}
}
public static Map<String, BeanProperty> getNotNullValues(
Class<? extends AbstractEntity> entityClass, AbstractDto dto) {
try {
List<String> entityFields = new ArrayList<String>();
Class beanClass = getOriginalClassFromJavassist(entityClass);
for (Field fd : beanClass.getDeclaredFields()) {
entityFields.add(fd.getName());
}
HashMap<String, BeanProperty> mp = new HashMap<String, BeanProperty>();
Field[] fds = getOriginalClassFromJavassist(dto).getDeclaredFields();
for (Field fd : fds) {
fd.setAccessible(true);
if (!invalids.contains(fd.getName())) {
Object value = Property.getPropertyValue(dto, fd.getName());
if (value != null) {
System.out.println(fd.getName() + "|" + fd.getType() + "|" + value);
if (fd.isAnnotationPresent(PropertyMap.class)) {
String entityPropName = fd.getAnnotation(PropertyMap.class).propertyName();
if (entityFields.contains(entityPropName)) {
mp.put(fd.getName(), new BeanProperty(entityPropName, fd.getType(), value));
}
} else {
if (entityFields.contains(fd.getName())) {
mp.put(fd.getName(), new BeanProperty(fd.getName(), fd.getType(), value));
}
}
}
}
}
return mp;
} catch (Throwable e) {
e.printStackTrace();
return null;
}
}
// merge the optionally existing xmlDocument with a lower priority xml file.
private Optional<XmlDocument> merge(
Optional<XmlDocument> xmlDocument,
LoadedManifestInfo lowerPriorityDocument,
MergingReport.Builder mergingReportBuilder)
throws MergeFailureException {
MergingReport.Result validationResult =
PreValidator.validate(mergingReportBuilder, lowerPriorityDocument.getXmlDocument());
if (validationResult == MergingReport.Result.ERROR) {
mergingReportBuilder.addMessage(
lowerPriorityDocument.getXmlDocument().getSourceLocation(),
0,
0,
MergingReport.Record.Severity.ERROR,
"Validation failed, exiting");
return Optional.absent();
}
Optional<XmlDocument> result;
if (xmlDocument.isPresent()) {
result =
xmlDocument.get().merge(lowerPriorityDocument.getXmlDocument(), mergingReportBuilder);
} else {
mergingReportBuilder
.getActionRecorder()
.recordDefaultNodeAction(lowerPriorityDocument.getXmlDocument().getRootNode());
result = Optional.of(lowerPriorityDocument.getXmlDocument());
}
// if requested, dump each intermediary merging stage into the report.
if (mOptionalFeatures.contains(Invoker.Feature.KEEP_INTERMEDIARY_STAGES)
&& result.isPresent()) {
mergingReportBuilder.addMergingStage(result.get().prettyPrint());
}
return result;
}
private void generateSingleMLBytecodeCompilation(
Map<Path, ImmutableSortedSet<BuildRule>> sourceToRule,
ImmutableList.Builder<SourcePath> cmoFiles,
Path mlSource,
ImmutableMap<Path, ImmutableList<Path>> sources,
ImmutableList<Path> cycleDetector) {
ImmutableList<Path> newCycleDetector =
ImmutableList.<Path>builder().addAll(cycleDetector).add(mlSource).build();
if (cycleDetector.contains(mlSource)) {
throw new HumanReadableException(
"Dependency cycle detected: %s", Joiner.on(" -> ").join(newCycleDetector));
}
if (sourceToRule.containsKey(mlSource)) {
return;
}
ImmutableSortedSet.Builder<BuildRule> depsBuilder = ImmutableSortedSet.naturalOrder();
if (sources.containsKey(mlSource)) {
for (Path dep : checkNotNull(sources.get(mlSource))) {
generateSingleMLBytecodeCompilation(sourceToRule, cmoFiles, dep, sources, newCycleDetector);
depsBuilder.addAll(checkNotNull(sourceToRule.get(dep)));
}
}
ImmutableSortedSet<BuildRule> deps = depsBuilder.build();
String name = mlSource.toFile().getName();
BuildTarget buildTarget = createMLBytecodeCompileBuildTarget(params.getBuildTarget(), name);
BuildRuleParams compileParams =
params.copyWithChanges(
buildTarget,
Suppliers.ofInstance(
ImmutableSortedSet.<BuildRule>naturalOrder()
.addAll(params.getDeclaredDeps().get())
.addAll(deps)
.addAll(ocamlContext.getBytecodeCompileDeps())
.build()),
params.getExtraDeps());
String outputFileName = getMLBytecodeOutputName(name);
Path outputPath = ocamlContext.getCompileBytecodeOutputDir().resolve(outputFileName);
final ImmutableList<String> compileFlags =
getCompileFlags(/* isBytecode */ true, /* excludeDeps */ false);
BuildRule compileBytecode =
new OCamlMLCompile(
compileParams,
pathResolver,
new OCamlMLCompileStep.Args(
cCompiler.getEnvironment(pathResolver),
cCompiler.getCommandPrefix(pathResolver),
ocamlContext.getOcamlBytecodeCompiler().get(),
outputPath,
mlSource,
compileFlags));
resolver.addToIndex(compileBytecode);
sourceToRule.put(
mlSource,
ImmutableSortedSet.<BuildRule>naturalOrder().add(compileBytecode).addAll(deps).build());
if (!outputFileName.endsWith(OCamlCompilables.OCAML_CMI)) {
cmoFiles.add(new BuildTargetSourcePath(compileBytecode.getBuildTarget()));
}
}
@Override
public boolean contains(@Nullable Object object) {
return forwardList.contains(object);
}
/**
* Perform high level ordering of files merging and delegates actual merging to {@link
* XmlDocument#merge(XmlDocument, com.android.manifmerger.MergingReport.Builder)}
*
* @return the merging activity report.
* @throws MergeFailureException if the merging cannot be completed (for instance, if xml files
* cannot be loaded).
*/
private MergingReport merge() throws MergeFailureException {
// initiate a new merging report
MergingReport.Builder mergingReportBuilder = new MergingReport.Builder(mLogger);
SelectorResolver selectors = new SelectorResolver();
// load all the libraries xml files up front to have a list of all possible node:selector
// values.
List<LoadedManifestInfo> loadedLibraryDocuments =
loadLibraries(selectors, mergingReportBuilder);
// load the main manifest file to do some checking along the way.
LoadedManifestInfo loadedMainManifestInfo =
load(
new ManifestInfo(
mManifestFile.getName(),
mManifestFile,
XmlDocument.Type.MAIN,
Optional.<String>absent() /* mainManifestPackageName */),
selectors,
mergingReportBuilder);
// first do we have a package declaration in the main manifest ?
Optional<XmlAttribute> mainPackageAttribute =
loadedMainManifestInfo.getXmlDocument().getPackage();
if (!mainPackageAttribute.isPresent()) {
mergingReportBuilder.addMessage(
loadedMainManifestInfo.getXmlDocument().getSourceLocation(),
0,
0,
MergingReport.Record.Severity.ERROR,
String.format(
"Main AndroidManifest.xml at %1$s manifest:package attribute " + "is not declared",
loadedMainManifestInfo.getXmlDocument().getSourceLocation().print(true)));
return mergingReportBuilder.build();
}
// check for placeholders presence.
Map<String, Object> finalPlaceHolderValues = mPlaceHolderValues;
if (!mPlaceHolderValues.containsKey(APPLICATION_ID)) {
finalPlaceHolderValues =
ImmutableMap.<String, Object>builder()
.putAll(mPlaceHolderValues)
.put(PACKAGE_NAME, mainPackageAttribute.get().getValue())
.put(APPLICATION_ID, mainPackageAttribute.get().getValue())
.build();
}
// perform system property injection
performSystemPropertiesInjection(mergingReportBuilder, loadedMainManifestInfo.getXmlDocument());
// force the re-parsing of the xml as elements may have been added through system
// property injection.
loadedMainManifestInfo =
new LoadedManifestInfo(
loadedMainManifestInfo,
loadedMainManifestInfo.getOriginalPackageName(),
loadedMainManifestInfo.getXmlDocument().reparse());
// invariant : xmlDocumentOptional holds the higher priority document and we try to
// merge in lower priority documents.
Optional<XmlDocument> xmlDocumentOptional = Optional.absent();
for (File inputFile : mFlavorsAndBuildTypeFiles) {
mLogger.info("Merging flavors and build manifest %s \n", inputFile.getPath());
LoadedManifestInfo overlayDocument =
load(
new ManifestInfo(
null,
inputFile,
XmlDocument.Type.OVERLAY,
Optional.of(mainPackageAttribute.get().getValue())),
selectors,
mergingReportBuilder);
// check package declaration.
Optional<XmlAttribute> packageAttribute = overlayDocument.getXmlDocument().getPackage();
// if both files declare a package name, it should be the same.
if (loadedMainManifestInfo.getOriginalPackageName().isPresent()
&& packageAttribute.isPresent()
&& !loadedMainManifestInfo
.getOriginalPackageName()
.get()
.equals(packageAttribute.get().getValue())) {
// no suggestion for library since this is actually forbidden to change the
// the package name per flavor.
String message =
mMergeType == MergeType.APPLICATION
? String.format(
"Overlay manifest:package attribute declared at %1$s value=(%2$s)\n"
+ "\thas a different value=(%3$s) "
+ "declared in main manifest at %4$s\n"
+ "\tSuggestion: remove the overlay declaration at %5$s "
+ "\tand place it in the build.gradle:\n"
+ "\t\tflavorName {\n"
+ "\t\t\tapplicationId = \"%2$s\"\n"
+ "\t\t}",
packageAttribute.get().printPosition(),
packageAttribute.get().getValue(),
mainPackageAttribute.get().getValue(),
mainPackageAttribute.get().printPosition(),
packageAttribute.get().getSourceLocation().print(true))
: String.format(
"Overlay manifest:package attribute declared at %1$s value=(%2$s)\n"
+ "\thas a different value=(%3$s) "
+ "declared in main manifest at %4$s",
packageAttribute.get().printPosition(),
packageAttribute.get().getValue(),
mainPackageAttribute.get().getValue(),
mainPackageAttribute.get().printPosition());
mergingReportBuilder.addMessage(
overlayDocument.getXmlDocument().getSourceLocation(),
0,
0,
MergingReport.Record.Severity.ERROR,
message);
return mergingReportBuilder.build();
}
overlayDocument
.getXmlDocument()
.getRootNode()
.getXml()
.setAttribute("package", mainPackageAttribute.get().getValue());
xmlDocumentOptional = merge(xmlDocumentOptional, overlayDocument, mergingReportBuilder);
if (!xmlDocumentOptional.isPresent()) {
return mergingReportBuilder.build();
}
}
mLogger.info("Merging main manifest %s\n", mManifestFile.getPath());
xmlDocumentOptional = merge(xmlDocumentOptional, loadedMainManifestInfo, mergingReportBuilder);
if (!xmlDocumentOptional.isPresent()) {
return mergingReportBuilder.build();
}
// force main manifest package into resulting merged file when creating a library manifest.
if (mMergeType == MergeType.LIBRARY) {
// extract the package name...
String mainManifestPackageName =
loadedMainManifestInfo.getXmlDocument().getRootNode().getXml().getAttribute("package");
// save it in the selector instance.
if (!Strings.isNullOrEmpty(mainManifestPackageName)) {
xmlDocumentOptional
.get()
.getRootNode()
.getXml()
.setAttribute("package", mainManifestPackageName);
}
}
for (LoadedManifestInfo libraryDocument : loadedLibraryDocuments) {
mLogger.info("Merging library manifest " + libraryDocument.getLocation());
xmlDocumentOptional = merge(xmlDocumentOptional, libraryDocument, mergingReportBuilder);
if (!xmlDocumentOptional.isPresent()) {
return mergingReportBuilder.build();
}
}
// done with proper merging phase, now we need to trim unwanted elements, placeholder
// substitution and system properties injection.
ElementsTrimmer.trim(xmlDocumentOptional.get(), mergingReportBuilder);
if (mergingReportBuilder.hasErrors()) {
return mergingReportBuilder.build();
}
// do one last placeholder substitution, this is useful as we don't stop the build
// when a library failed a placeholder substitution, but the element might have
// been overridden so the problem was transient. However, with the final document
// ready, all placeholders values must have been provided.
KeyBasedValueResolver<String> placeHolderValueResolver =
new MapBasedKeyBasedValueResolver<String>(finalPlaceHolderValues);
PlaceholderHandler placeholderHandler = new PlaceholderHandler();
placeholderHandler.visit(
mMergeType, xmlDocumentOptional.get(), placeHolderValueResolver, mergingReportBuilder);
if (mergingReportBuilder.hasErrors()) {
return mergingReportBuilder.build();
}
// perform system property injection.
performSystemPropertiesInjection(mergingReportBuilder, xmlDocumentOptional.get());
XmlDocument finalMergedDocument = xmlDocumentOptional.get();
PostValidator.validate(finalMergedDocument, mergingReportBuilder);
if (mergingReportBuilder.hasErrors()) {
finalMergedDocument
.getRootNode()
.addMessage(
mergingReportBuilder,
MergingReport.Record.Severity.WARNING,
"Post merge validation failed");
}
// only remove tools annotations if we are packaging an application.
if (mOptionalFeatures.contains(Invoker.Feature.REMOVE_TOOLS_DECLARATIONS)) {
finalMergedDocument =
ToolsInstructionsCleaner.cleanToolsReferences(finalMergedDocument, mLogger);
}
if (mOptionalFeatures.contains(Invoker.Feature.EXTRACT_FQCNS)) {
extractFcqns(finalMergedDocument);
}
if (finalMergedDocument != null) {
mergingReportBuilder.setMergedDocument(finalMergedDocument);
}
MergingReport mergingReport = mergingReportBuilder.build();
StdLogger stdLogger = new StdLogger(StdLogger.Level.INFO);
mergingReport.log(stdLogger);
stdLogger.verbose(mergingReport.getMergedDocument().get().prettyPrint());
if (mReportFile.isPresent()) {
writeReport(mergingReport);
}
return mergingReport;
}
/** Returns whether this handler applies to the given parameter string. */
@Override
public boolean handles(String alias) {
return aliases.contains(alias);
}
@Override
public void leavingState(final State state) throws OperationException {
final DateTime utcNow = pluginControlPaymentAutomatonRunner.getClock().getUTCNow();
// Retrieve the associated payment transaction, if any
PaymentTransactionModelDao paymentTransactionModelDaoCandidate = null;
if (stateContext.getTransactionId() != null) {
paymentTransactionModelDaoCandidate =
paymentDao.getPaymentTransaction(
stateContext.getTransactionId(), stateContext.getInternalCallContext());
Preconditions.checkNotNull(
paymentTransactionModelDaoCandidate,
"paymentTransaction cannot be null for id " + stateContext.getTransactionId());
} else if (stateContext.getPaymentTransactionExternalKey() != null) {
final List<PaymentTransactionModelDao> paymentTransactionModelDaos =
paymentDao.getPaymentTransactionsByExternalKey(
stateContext.getPaymentTransactionExternalKey(),
stateContext.getInternalCallContext());
if (!paymentTransactionModelDaos.isEmpty()) {
paymentTransactionModelDaoCandidate =
paymentTransactionModelDaos.get(paymentTransactionModelDaos.size() - 1);
}
}
final PaymentTransactionModelDao paymentTransactionModelDao =
paymentTransactionModelDaoCandidate != null
&& TRANSIENT_TRANSACTION_STATUSES.contains(
paymentTransactionModelDaoCandidate.getTransactionStatus())
? paymentTransactionModelDaoCandidate
: null;
if (stateContext.getPaymentId() != null && stateContext.getPaymentExternalKey() == null) {
final PaymentModelDao payment =
paymentDao.getPayment(stateContext.getPaymentId(), stateContext.getInternalCallContext());
Preconditions.checkNotNull(
payment, "payment cannot be null for id " + stateContext.getPaymentId());
stateContext.setPaymentExternalKey(payment.getExternalKey());
stateContext.setPaymentMethodId(payment.getPaymentMethodId());
} else if (stateContext.getPaymentExternalKey() == null) {
stateContext.setPaymentExternalKey(UUIDs.randomUUID().toString());
}
if (paymentTransactionModelDao != null) {
stateContext.setPaymentTransactionExternalKey(
paymentTransactionModelDao.getTransactionExternalKey());
} else if (stateContext.getPaymentTransactionExternalKey() == null) {
stateContext.setPaymentTransactionExternalKey(UUIDs.randomUUID().toString());
}
if (stateContext.getPaymentMethodId() == null) {
// Similar logic in PaymentAutomatonRunner
stateContext.setPaymentMethodId(stateContext.getAccount().getPaymentMethodId());
}
if (state.getName().equals(initialState.getName())
|| state.getName().equals(retriedState.getName())) {
try {
final PaymentAttemptModelDao attempt;
if (paymentTransactionModelDao != null
&& paymentTransactionModelDao.getAttemptId() != null) {
attempt =
pluginControlPaymentAutomatonRunner
.getPaymentDao()
.getPaymentAttempt(
paymentTransactionModelDao.getAttemptId(),
stateContext.getInternalCallContext());
Preconditions.checkNotNull(
attempt,
"attempt cannot be null for id " + paymentTransactionModelDao.getAttemptId());
} else {
//
// We don't serialize any properties at this stage to avoid serializing sensitive
// information.
// However, if after going through the control plugins, the attempt end up in RETRIED
// state,
// the properties will be serialized in the enteringState callback (any plugin that sets a
// retried date is responsible to correctly remove sensitive information such as CVV, ...)
//
final byte[] serializedProperties =
PluginPropertySerializer.serialize(ImmutableList.<PluginProperty>of());
attempt =
new PaymentAttemptModelDao(
stateContext.getAccount().getId(),
stateContext.getPaymentMethodId(),
utcNow,
utcNow,
stateContext.getPaymentExternalKey(),
stateContext.getTransactionId(),
stateContext.getPaymentTransactionExternalKey(),
transactionType,
initialState.getName(),
stateContext.getAmount(),
stateContext.getCurrency(),
stateContext.getPaymentControlPluginNames(),
serializedProperties);
pluginControlPaymentAutomatonRunner
.getPaymentDao()
.insertPaymentAttemptWithProperties(attempt, stateContext.getInternalCallContext());
}
stateContext.setAttemptId(attempt.getId());
} catch (final PluginPropertySerializerException e) {
throw new OperationException(e);
}
}
}