Package org.apache.jackrabbit.oak.spi.security.privilege

Examples of org.apache.jackrabbit.oak.spi.security.privilege.PrivilegeBits$UnmodifiableData


    private void copyCustomPrivileges(NodeBuilder root) {
        PrivilegeRegistry registry = source.getPrivilegeRegistry();
        NodeBuilder privileges = root.child(JCR_SYSTEM).child(REP_PRIVILEGES);
        privileges.setProperty(JCR_PRIMARYTYPE, NT_REP_PRIVILEGES, NAME);

        PrivilegeBits next = PrivilegeBits.NEXT_AFTER_BUILT_INS;

        logger.info("Copying registered privileges");
        for (Privilege privilege : registry.getRegisteredPrivileges()) {
            String name = privilege.getName();
            if (PrivilegeBits.BUILT_IN.containsKey(name) || JCR_ALL.equals(name)) {
                // Ignore built in privileges as those have been installed by
                // the PrivilegesInitializer already
                continue;
            }

            NodeBuilder def = privileges.child(name);
            def.setProperty(JCR_PRIMARYTYPE, NT_REP_PRIVILEGE, NAME);

            if (privilege.isAbstract()) {
                def.setProperty(REP_IS_ABSTRACT, true);
            }

            Privilege[] aggregate = privilege.getDeclaredAggregatePrivileges();
            if (aggregate.length > 0) {
                List<String> names = newArrayListWithCapacity(aggregate.length);
                for (Privilege p : aggregate) {
                    names.add(p.getName());
                }
                def.setProperty(REP_AGGREGATES, names, NAMES);
            }

            PrivilegeBits bits = PrivilegeBits.BUILT_IN.get(name);
            if (bits != null) {
                def.setProperty(bits.asPropertyState(REP_BITS));
            } else if (aggregate.length == 0) {
                bits = next;
                next = next.nextBits();
                def.setProperty(bits.asPropertyState(REP_BITS));
            }
        }

        privileges.setProperty(next.asPropertyState(REP_NEXT));
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        PropertyState b = def.getProperty(REP_BITS);
        if (b != null) {
            return PrivilegeBits.getInstance(b);
        }

        PrivilegeBits bits = PrivilegeBits.getInstance();
        for (String n : def.getNames(REP_AGGREGATES)) {
            bits.add(resolvePrivilegeBits(privileges, n));
        }
        def.setProperty(bits.asPropertyState(REP_BITS));
        return bits;
    }
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        }
    }

    //--------------------------------------------------------------------------
    private PrivilegeBits getPrivilegeBits(@Nullable final Tree tree) {
        PrivilegeBits sufficient = PrivilegeBits.getInstance();
        PrivilegeBits required = null;

        Iterable<AggregatedPermissionProvider> providers = Iterables.filter(pps, new Predicate<AggregatedPermissionProvider>() {
            @Override
            public boolean apply(@Nullable AggregatedPermissionProvider pp) {
                return pp != null && ((tree == null) ? pp.handlesRepositoryPermissions() : pp.handles(tree));
            }
        });
        for (AggregatedPermissionProvider pp : providers) {
            PrivilegeBits privs = pbp.getBits(pp.getPrivileges(tree));
            ControlFlag flag = pp.getFlag();
            if (ControlFlag.SUFFICIENT == flag) {
                sufficient.add(privs);
                if (required != null) {
                    sufficient.retain(required);
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                return (ace != null) && ace.getPrincipal().getName().equals(principal.getName());
            }
        }));

        for (ACE existing : subList) {
            PrivilegeBits existingBits = PrivilegeBits.getInstance(existing.getPrivilegeBits());
            PrivilegeBits entryBits = entry.getPrivilegeBits();
            if (entry.getRestrictions().equals(existing.getRestrictions())) {
                if (entry.isAllow() == existing.isAllow()) {
                    if (existingBits.includes(entryBits)) {
                        // no changes
                        return false;
                    } else {
                        // merge existing and new ace
                        existingBits.add(entryBits);
                        int index = entries.indexOf(existing);
                        entries.remove(existing);
                        entries.add(index, createACE(existing, existingBits));
                        return true;
                    }
                } else {
                    // existing is complementary entry -> clean up redundant
                    // privileges defined by the existing entry
                    PrivilegeBits updated = PrivilegeBits.getInstance(existingBits).diff(entryBits);
                    if (updated.isEmpty()) {
                        // remove the existing entry as the new entry covers all privileges
                        entries.remove(existing);
                    } else if (!updated.includes(existingBits)) {
                        // replace the existing entry having it's privileges adjusted
                        int index = entries.indexOf(existing);
                        entries.remove(existing);
                        entries.add(index, createACE(existing, updated));
                    } /* else: no collision that requires adjusting the existing entry.*/
 
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    }

    private PermissionEntry createPermissionEntry(@Nonnull String path,
                                                  @Nonnull Tree entryTree) {
        PropertyState ps = entryTree.getProperty(REP_PRIVILEGE_BITS);
        PrivilegeBits bits = (isJcrAll(ps)) ? allBits : PrivilegeBits.getInstance(ps);
        return new PermissionEntry(path,
                entryTree.getProperty(REP_IS_ALLOW).getValue(Type.BOOLEAN),
                Integer.parseInt(entryTree.getName()),
                bits,
                restrictionProvider.getPattern(path, entryTree));
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        long n = orderedChildNames.size();
        if (node.getChildNodeCount(n + 1) > n) {
            addAll(orderedChildNames, node.getChildNodeNames());
        }

        PrivilegeBits jcrAll = bitsProvider.getBits(PrivilegeConstants.JCR_ALL);
        int index = 0;
        for (String childName : orderedChildNames) {
            NodeState ace = node.getChildNode(childName);
            if (isACE.apply(ace)) {
                boolean isAllow = isGrantACE.apply(ace);
                PrivilegeBits privilegeBits = bitsProvider.getBits(ace.getNames(REP_PRIVILEGES));
                Set<Restriction> restrictions = restrictionProvider.readRestrictions(Strings.emptyToNull(accessControlledPath), new ImmutableTree(ace));

                AcEntry entry = (privilegeBits.equals(jcrAll)) ?
                        new JcrAllAcEntry(ace, accessControlledPath, index, isAllow, privilegeBits, restrictions) :
                        new AcEntry(ace, accessControlledPath, index, isAllow, privilegeBits, restrictions);
                List<AcEntry> list = entries.get(entry.principalName);
                if (list == null) {
                    list = new ArrayList<AcEntry>();
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        }
    }

    //------------------------------------------------------------< private >---
    private void validateNext(PrivilegeBits bits) throws CommitFailedException {
        PrivilegeBits next = PrivilegeBits.getInstance(getPrivilegesTree(rootAfter).getProperty(REP_NEXT));
        if (!next.equals(bits.nextBits())) {
            throw new CommitFailedException(CONSTRAINT, 43, "Next bits not updated");
        }
    }
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     * @throws org.apache.jackrabbit.oak.api.CommitFailedException
     *          If any of
     *          the checks listed above fails.
     */
    private void validateDefinition(Tree definitionTree) throws CommitFailedException {
        PrivilegeBits newBits = PrivilegeBits.getInstance(definitionTree);
        if (newBits.isEmpty()) {
            throw new CommitFailedException(CONSTRAINT, 48, "PrivilegeBits are missing.");
        }

        Set<String> privNames = bitsProvider.getPrivilegeNames(newBits);
        PrivilegeDefinition definition = PrivilegeUtil.readDefinition(definitionTree);
        Set<String> declaredNames = definition.getDeclaredAggregateNames();

        // non-aggregate privilege
        if (declaredNames.isEmpty()) {
            if (!privNames.isEmpty()) {
                throw new CommitFailedException(CONSTRAINT, 49, "PrivilegeBits already in used.");
            }
            validateNext(newBits);
            return;
        }

        // aggregation of a single privilege
        if (declaredNames.size() == 1) {
            throw new CommitFailedException(CONSTRAINT, 50, "Singular aggregation is equivalent to existing privilege.");
        }

        // aggregation of >1 privileges
        Map<String, PrivilegeDefinition> definitions = new PrivilegeDefinitionReader(rootBefore).readDefinitions();
        for (String aggrName : declaredNames) {
            // aggregated privilege not registered
            if (!definitions.containsKey(aggrName)) {
                throw new CommitFailedException(CONSTRAINT, 51, "Declared aggregate '" + aggrName + "' is not a registered privilege.");
            }

            // check for circular aggregation
            if (isCircularAggregation(definition.getName(), aggrName, definitions)) {
                String msg = "Detected circular aggregation within custom privilege caused by " + aggrName;
                throw new CommitFailedException(CONSTRAINT, 52, msg);
            }
        }

        Set<String> aggregateNames = resolveAggregates(declaredNames, definitions);
        for (PrivilegeDefinition existing : definitions.values()) {
            Set<String> existingDeclared = existing.getDeclaredAggregateNames();
            if (existingDeclared.isEmpty()) {
                continue;
            }

            // test for exact same aggregation or aggregation with the same net effect
            if (declaredNames.equals(existingDeclared) || aggregateNames.equals(resolveAggregates(existingDeclared, definitions))) {
                String msg = "Custom aggregate privilege '" + definition.getName() + "' is already covered by '" + existing.getName() + '\'';
                throw new CommitFailedException(CONSTRAINT, 53, msg);
            }
        }

        PrivilegeBits aggrBits = bitsProvider.getBits(declaredNames.toArray(new String[declaredNames.size()]));
        if (!newBits.equals(aggrBits)) {
            throw new CommitFailedException(CONSTRAINT, 53, "Invalid privilege bits for aggregated privilege definition.");
        }
    }
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        return new TestACE(principal, getBitsProvider().getBits(privilegeNames), isAllow, restrictions);
    }

    protected ACE createEntry(Principal principal, Privilege[] privileges, boolean isAllow)
            throws RepositoryException {
        PrivilegeBits bits = getBitsProvider().getBits(privileges, getNamePathMapper());
        return new TestACE(principal, bits, isAllow, null);
    }
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    @Test
    public void testGetPrivilegeBits() throws RepositoryException {
        ACE entry = createEntry(new String[]{PrivilegeConstants.JCR_READ}, true);

        PrivilegeBits bits = entry.getPrivilegeBits();
        assertNotNull(bits);
        assertEquals(bits, getBitsProvider().getBits(PrivilegeConstants.JCR_READ));

        entry = createEntry(new String[]{PrivilegeConstants.REP_WRITE}, true);
        bits = entry.getPrivilegeBits();
        assertNotNull(bits);
        assertEquals(bits, getBitsProvider().getBits(PrivilegeConstants.REP_WRITE));

        entry = createEntry(new String[]{PrivilegeConstants.JCR_ADD_CHILD_NODES,
                PrivilegeConstants.JCR_REMOVE_CHILD_NODES}, true);
        bits = entry.getPrivilegeBits();
        assertNotNull(bits);

        PrivilegeBits expected = getBitsProvider().getBits(
                PrivilegeConstants.JCR_ADD_CHILD_NODES,
                PrivilegeConstants.JCR_REMOVE_CHILD_NODES);
        assertEquals(expected, bits);
    }
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