Examples of org.modeshape.jcr.value.PathFactory.create()

Class org.modeshape.jcr.value.PathFactory

Examples of org.modeshape.jcr.value.PathFactory.create()

org.modeshape.jcr.value.PathFactory.create()
Create a path by appending the supplied relative path to the supplied parent path. The resulting path will be {@link Path#isAbsolute() absolute} if the supplied parent path is absolute. @param parentPath the path that is to provide the basis for the new path @param childPath the path that should be appended to the parent path @return the new path @throws IllegalArgumentException if the parent path reference or the child path reference is null

        throws PathNotFoundException, ItemExistsException, VersionException, ConstraintViolationException,
        UnsupportedRepositoryOperationException, LockException, InvalidItemStateException, RepositoryException {
        checkNotProtected();


        PathFactory pathFactory = session.pathFactory();
        Path relPathAsPath = pathFactory.create(relPath);
        if (relPathAsPath.isAbsolute()) throw new RepositoryException(JcrI18n.invalidRelativePath.text(relPath));
        Path actualPath = pathFactory.create(path(), relPathAsPath).getCanonicalPath();


        versionManager().restoreAtAbsPath(session.stringFactory().create(actualPath), version, removeExisting, false);
    }

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        checkNotProtected();


        PathFactory pathFactory = session.pathFactory();
        Path relPathAsPath = pathFactory.create(relPath);
        if (relPathAsPath.isAbsolute()) throw new RepositoryException(JcrI18n.invalidRelativePath.text(relPath));
        Path actualPath = pathFactory.create(path(), relPathAsPath).getCanonicalPath();


        versionManager().restoreAtAbsPath(session.stringFactory().create(actualPath), version, removeExisting, false);
    }


    @Override

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                        DateTime thisDateValue = dateFactory.create(this.value);
                        DateTime thatDateValue = dateFactory.create(that.value);
                        return thisDateValue.equals(thatDateValue);
                    case PropertyType.PATH:
                        PathFactory pathFactory = factories().getPathFactory();
                        Path thisPathValue = pathFactory.create(this.value);
                        Path thatPathValue = pathFactory.create(that.value);
                        return thisPathValue.equals(thatPathValue);
                    case PropertyType.NAME:
                        NameFactory nameFactory = factories().getNameFactory();
                        Name thisNameValue = nameFactory.create(this.value);

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                        DateTime thatDateValue = dateFactory.create(that.value);
                        return thisDateValue.equals(thatDateValue);
                    case PropertyType.PATH:
                        PathFactory pathFactory = factories().getPathFactory();
                        Path thisPathValue = pathFactory.create(this.value);
                        Path thatPathValue = pathFactory.create(that.value);
                        return thisPathValue.equals(thatPathValue);
                    case PropertyType.NAME:
                        NameFactory nameFactory = factories().getNameFactory();
                        Name thisNameValue = nameFactory.create(this.value);
                        Name thatNameValue = nameFactory.create(that.value);

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                               String reorderedBeforeNameSegment,
                               boolean queryable ) {
        NodeKey key = nodeKey(docId);
        NodeKey parentKey = nodeKey(parentDocId);
        PathFactory pathFactory = pathMappings.getPathFactory();
        Path newExternalPath = pathFactory.create(newPath);
        Path parentPath = newExternalPath.getParent();
        Path oldExternalPath = pathFactory.create(parentPath, pathFactory.createSegment(oldNameSegment));
        Path reorderedBeforePath = reorderedBeforeNameSegment == null ? null : pathFactory.create(parentPath,
                                                                                                  pathFactory.createSegment(reorderedBeforeNameSegment));
        // This external path in the connector may be projected into *multiple* nodes in the same or different workspaces ...

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        NodeKey key = nodeKey(docId);
        NodeKey parentKey = nodeKey(parentDocId);
        PathFactory pathFactory = pathMappings.getPathFactory();
        Path newExternalPath = pathFactory.create(newPath);
        Path parentPath = newExternalPath.getParent();
        Path oldExternalPath = pathFactory.create(parentPath, pathFactory.createSegment(oldNameSegment));
        Path reorderedBeforePath = reorderedBeforeNameSegment == null ? null : pathFactory.create(parentPath,
                                                                                                  pathFactory.createSegment(reorderedBeforeNameSegment));
        // This external path in the connector may be projected into *multiple* nodes in the same or different workspaces ...
        for (WorkspaceAndPath wsAndPath : pathMappings.resolveExternalPathToInternal(newExternalPath)) {
            changesFor(wsAndPath).nodeReordered(key, primaryType, mixinTypes, parentKey, wsAndPath.getPath(), oldExternalPath,

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        NodeKey parentKey = nodeKey(parentDocId);
        PathFactory pathFactory = pathMappings.getPathFactory();
        Path newExternalPath = pathFactory.create(newPath);
        Path parentPath = newExternalPath.getParent();
        Path oldExternalPath = pathFactory.create(parentPath, pathFactory.createSegment(oldNameSegment));
        Path reorderedBeforePath = reorderedBeforeNameSegment == null ? null : pathFactory.create(parentPath,
                                                                                                  pathFactory.createSegment(reorderedBeforeNameSegment));
        // This external path in the connector may be projected into *multiple* nodes in the same or different workspaces ...
        for (WorkspaceAndPath wsAndPath : pathMappings.resolveExternalPathToInternal(newExternalPath)) {
            changesFor(wsAndPath).nodeReordered(key, primaryType, mixinTypes, parentKey, wsAndPath.getPath(), oldExternalPath,
                                                reorderedBeforePath, queryable);

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             * Need two path factories here.  One uses the permanent namespace mappings to parse the constraints.
             * The other also looks at the transient mappings to parse the checked value
             */
            PathFactory repoPathFactory = context.getValueFactories().getPathFactory();
            PathFactory sessionPathFactory = session.pathFactory();
            Path value = sessionPathFactory.create(((JcrValue)valueToMatch).value());
            value = value.getNormalizedPath();


            for (int i = 0; i < constraints.length; i++) {
                boolean matchesDescendants = constraints[i].endsWith("/*");
                String pathStr = constraints[i];

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            Set<Path> thatExactPaths = new HashSet<Path>();
            for (String constraint : that.constraints) {
                boolean matchesDescendants = constraint.endsWith("/*");
                if (matchesDescendants) {
                    String pathStr = constraint.substring(0, constraint.length() - 2);
                    Path path = pathFactory.create(pathStr);
                    thatWildcardPaths.add(path);
                } else {
                    Path path = pathFactory.create(constraint);
                    thatExactPaths.add(path);
                }

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                if (matchesDescendants) {
                    String pathStr = constraint.substring(0, constraint.length() - 2);
                    Path path = pathFactory.create(pathStr);
                    thatWildcardPaths.add(path);
                } else {
                    Path path = pathFactory.create(constraint);
                    thatExactPaths.add(path);
                }
            }
            // Every path in this must be equal to or a descendant of a path in that ...
            for (String constraint : this.constraints) {

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