List of usage examples for com.google.common.collect ImmutableCollection.Builder add
public final boolean add(E e)
From source file:org.fcrepo.kernel.rdf.impl.NamespaceRdfContext.java
/** * Default constructor. Loads context with RDF describing namespaces in * scope in the repository./* ww w.j a v a 2 s .com*/ * * @param session * @throws RepositoryException */ public NamespaceRdfContext(final Session session) throws RepositoryException { super(); final NamespaceRegistry namespaceRegistry = session.getWorkspace().getNamespaceRegistry(); checkNotNull(namespaceRegistry, "Couldn't find namespace registry in repository!"); final ImmutableMap.Builder<String, String> namespaces = ImmutableMap.builder(); final ImmutableCollection.Builder<Triple> nsTriples = ImmutableSet.builder(); for (String prefix : namespaceRegistry.getPrefixes()) { if (!prefix.isEmpty()) { final String nsURI = namespaceRegistry.getURI(prefix); if (prefix.equals("jcr")) { prefix = "fcrepo"; } LOGGER.trace("Discovered namespace prefix \"{}\" with URI \"{}\"", prefix, nsURI); final String rdfNsUri = getRDFNamespaceForJcrNamespace(nsURI); // first, let's put the namespace in context namespaces.put(prefix, rdfNsUri); LOGGER.trace("Added namespace prefix \"{}\" with URI \"{}\"", prefix, rdfNsUri); final Node nsSubject = createURI(rdfNsUri); // now, some triples describing this namespace nsTriples.add(create(nsSubject, type.asNode(), VOAF_VOCABULARY.asNode())); nsTriples.add(create(nsSubject, HAS_NAMESPACE_PREFIX.asNode(), createLiteral(prefix))); nsTriples.add(create(nsSubject, HAS_NAMESPACE_URI.asNode(), createLiteral(rdfNsUri))); } } concat(nsTriples.build()).namespaces(namespaces.build()); }
From source file:com.wolvereness.overmapped.MembersSubRoutine.java
@Override public void invoke(final OverMapped instance, final Map<String, ByteClass> classes, final Multimap<String, String> depends, final Multimap<String, String> rdepends, final BiMap<String, String> nameMaps, final BiMap<String, String> inverseNameMaps, final BiMap<Signature, Signature> signatureMaps, final BiMap<Signature, Signature> inverseSignatureMaps, final Remapper inverseMapper, final MutableSignature mutableSignature, final Set<String> searchCache, final Map<Signature, Integer> flags, final Map<?, ?> map) throws ClassCastException, NullPointerException, MojoFailureException { final Object memberMaps = map.get(tag); if (!(memberMaps instanceof Map)) return;//from w w w .ja v a 2 s.c om final Store store = new Store(searchCache, instance.isFindParents() ? new HashSet<String>() : null, instance); for (final Map.Entry<?, ?> memberMap : ((Map<?, ?>) memberMaps).entrySet()) { final Map<?, ?> maps = asType(memberMap.getValue(), "`%4$s' points to a %2$s `%1$s', expected a %5$s, in `%3$s'", false, memberMaps, memberMap, Map.class); if (memberMap.getKey() instanceof Collection<?> && ((Collection<?>) memberMap.getKey()).size() > 1) { final Iterable<String> classNames; { final ImmutableCollection.Builder<String> containingClassNames = ImmutableList.builder(); for (final Object clazz : (Collection<?>) memberMap.getKey()) { final String unresolvedClassName = asType(clazz, "`%4$s' contains a %2$s `%1$s', expected a %5$s, from `%3$s'", false, memberMaps, memberMap.getKey(), String.class); final String className = inverseNameMaps.get(unresolvedClassName); if (className == null) { instance.missingAction.actMemberClass(instance.getLog(), unresolvedClassName, memberMap.getKey(), inverseNameMaps); continue; } containingClassNames.add(className); } classNames = containingClassNames.build(); } for (final Map.Entry<?, ?> entry : maps.entrySet()) { parseMapping(store, inverseMapper, mutableSignature, maps, entry, false); final String newName = store.newName, oldName = store.oldName, description = store.description, originalDescription = store.originalDescription; if (!mutableSignature.update("", "", description).isMethod()) throw new MojoFailureException(String .format("Malformed mapping %s for %s; can only map methods.", entry, memberMap)); for (final String className : classNames) { updateMember(store, signatureMaps, inverseSignatureMaps, mutableSignature, oldName, newName, description, className, nameMaps, originalDescription, nameMaps.get(className)); if (mutableSignature.isMethod() && !mutableSignature.isConstructor()) { final Set<String> parents = store.parents; if (parents != null) { parents.addAll(depends.get(className)); } for (final String inherited : rdepends.get(className)) { if (!updateMember(store, signatureMaps, inverseSignatureMaps, mutableSignature, oldName, newName, description, inherited, nameMaps, originalDescription, nameMaps.get(inherited))) continue; if (parents != null) { parents.addAll(depends.get(inherited)); } } } } performParentChecks(store, nameMaps, inverseSignatureMaps, mutableSignature, classNames, newName, oldName, description, originalDescription); store.searchCache.clear(); } continue; } if (memberMap.getKey() instanceof Collection<?> && ((Collection<?>) memberMap.getKey()).size() < 1) throw new MojoFailureException( String.format("Malformed mapping %s -> %s", memberMap.getKey(), maps)); final String unresolvedClassName = asType( memberMap.getKey() instanceof Collection<?> ? ((Collection<?>) memberMap.getKey()).iterator().next() : memberMap.getKey(), "`%4$s' points from a %2$s `%1$s', expected a %5$s, in `%3$s'", false, memberMaps, memberMap, String.class); final String className = inverseNameMaps.get(unresolvedClassName); if (className == null) { instance.missingAction.actMemberClass(instance.getLog(), unresolvedClassName, memberMap.getKey(), inverseNameMaps); continue; } for (final Map.Entry<?, ?> entry : maps.entrySet()) { processSingleClassMappings(store, classes, depends, rdepends, nameMaps, signatureMaps, inverseSignatureMaps, inverseMapper, mutableSignature, maps, className, unresolvedClassName, entry); } } }