/**
* Adds a dialect to the <code>initialVariantMap</code>.
*
* @param dialectSpec the <code>ConceptSpec</code> representing the dialect concept
* @param viewCoordinate the view coordinate specifying which versions are active or inactive
* @param varientsSpec the <code>ConceptSpec</code> representing the dialect refex concept
* @param terminologySnapshot the terminologySnapshot to use for getting component versions
* @param initialVariantMap the map to udpate
* @throws ContradictionException if more than one version is found for a given position or view
* coordinate
* @throws IOException signals that an I/O exception has occurred
*/
private static void addDialect(
ConceptSpec dialectSpec,
ViewCoordinate viewCoordinate,
ConceptSpec varientsSpec,
TerminologySnapshotDI terminologySnapshot,
HashMap<Integer, Map<String, String>> initialVariantMap)
throws ContradictionException, IOException {
ConceptVersionBI dialectC = dialectSpec.getStrict(viewCoordinate);
ConceptVersionBI variantTextRefsetC = varientsSpec.getStrict(viewCoordinate);
Collection<? extends RefexChronicleBI<?>> dialectVarients =
variantTextRefsetC.getRefexMembersActive(viewCoordinate);
Map<String, String> variantDialectMap = new HashMap<String, String>();
for (RefexChronicleBI<?> refex : dialectVarients) {
if (RefexStringVersionBI.class.isAssignableFrom(refex.getClass())) {
RefexStringVersionBI<?> dialectText =
(RefexStringVersionBI<?>) refex.getVersion(viewCoordinate);
if (dialectText != null) {
RefexStringVersionBI<?> variantText =
(RefexStringVersionBI<?>)
terminologySnapshot.getComponentVersion(dialectText.getReferencedComponentNid());
variantDialectMap.put(variantText.getString1(), dialectText.getString1());
}
}
}
initialVariantMap.put(dialectC.getNid(), variantDialectMap);
}
/**
* Imports the dialect variant words into a map of the dialect to the dialect variant word. Checks
* to see if the map is empty before loading, and will only load the words if the map is found to
* be empty.
*
* @param dialectOrLanguageNid the dialect or language nid
* @throws UnsupportedDialectOrLanguage indicates an unsupported dialect or language
* @throws IOException signals that an I/O exception has occurred
*/
private static void lazyInit(int dialectOrLanguageNid)
throws UnsupportedDialectOrLanguage, IOException {
if (variantMap == null) {
initLock.lock();
try {
if (variantMap == null) {
HashMap<Integer, Map<String, String>> initialVariantMap =
new HashMap<Integer, Map<String, String>>();
variantSetMap = new HashMap<Integer, Set<String>>();
ViewCoordinate vc = AppContext.getService(TerminologyStoreDI.class).getMetadataVC();
TerminologySnapshotDI ts =
AppContext.getService(TerminologyStoreDI.class).getSnapshot(vc);
ConceptVersionBI enVariantTextRefsetC =
Language.EN_VARIANT_TEXT.getStrict(
AppContext.getService(TerminologyStoreDI.class).getMetadataVC());
Collection<? extends RefexChronicleBI<?>> enVariants = enVariantTextRefsetC.getRefexes();
Set<String> variantSet = new HashSet<String>();
for (RefexChronicleBI<?> refex : enVariants) {
if (RefexStringVersionBI.class.isAssignableFrom(refex.getClass())) {
RefexStringVersionBI<?> variantText = (RefexStringVersionBI<?>) refex.getVersion(vc);
if (variantText != null) {
variantSet.add(variantText.getString1());
}
}
}
variantSetMap.put(Language.EN.getStrict(vc).getNid(), variantSet);
addDialect(Language.EN_AU, vc, Language.EN_AU_TEXT_VARIANTS, ts, initialVariantMap);
addDialect(Language.EN_CA, vc, Language.EN_CA_TEXT_VARIANTS, ts, initialVariantMap);
addDialect(Language.EN_NZ, vc, Language.EN_NZ_TEXT_VARIANTS, ts, initialVariantMap);
addDialect(Language.EN_UK, vc, Language.EN_UK_TEXT_VARIANTS, ts, initialVariantMap);
addDialect(Language.EN_US, vc, Language.EN_US_TEXT_VARIANTS, ts, initialVariantMap);
DialectHelper.variantMap = initialVariantMap;
}
} catch (ContradictionException ex) {
throw new IOException(ex);
} finally {
initLock.unlock();
}
}
if (!variantMap.containsKey(dialectOrLanguageNid)
&& !variantSetMap.containsKey(dialectOrLanguageNid)) {
throw new UnsupportedDialectOrLanguage("nid: " + dialectOrLanguageNid);
}
}
