Examples of org.modeshape.jcr.ExecutionContext

org.modeshape.jcr.ExecutionContext
An ExecutionContext is a representation of the environment or context in which a component or operation is operating. Some components require this context to be passed into individual methods, allowing the context to vary with each method invocation. Other components require the context to be provided before it's used, and will use that context for all its operations (until it is given a different one).
ExecutionContext instances are {@link Immutable immutable}, so components may hold onto references to them without concern of those contexts changing. Contexts may be used to create other contexts that vary the environment and/or security context. For example, an ExecutionContext could be used to create another context that references the same {@link #getNamespaceRegistry() namespace registry} but which has a different {@link #getSecurityContext() security context}.

                    public WorkspaceCache call() throws Exception {
                        // Create/get the Infinispan workspaceCache that we'll use within the WorkspaceCache, using the
                        // workspaceCache manager's
                        // default configuration ...
                        Cache<NodeKey, CachedNode> nodeCache = cacheForWorkspace(name);
                        ExecutionContext context = context();


                        // Compute the root key for this workspace ...
                        String workspaceKey = NodeKey.keyForWorkspaceName(name);
                        NodeKey rootKey = new NodeKey(sourceKey, workspaceKey, rootNodeId);


                        // Create the root document for this workspace ...
                        EditableDocument rootDoc = Schematic.newDocument();
                        DocumentTranslator trans = new DocumentTranslator(context, documentStore, Long.MAX_VALUE);
                        trans.setProperty(rootDoc,
                                          context.getPropertyFactory().create(JcrLexicon.PRIMARY_TYPE, ModeShapeLexicon.ROOT),
                                          null, null);
                        trans.setProperty(rootDoc, context.getPropertyFactory().create(JcrLexicon.UUID, rootKey.toString()),
                                          null, null);


                        WorkspaceCache workspaceCache = new WorkspaceCache(context, getKey(), name, systemWorkspaceCache,
                                                                           documentStore, translator, rootKey, nodeCache,
                                                                           changeBus);

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        this.workspaceNames.add(wsName);
        refreshRepositoryMetadata(true);


        Cache<NodeKey, CachedNode> nodeCache = cacheForWorkspace(name);
        ExecutionContext context = context();
        
        //the name of the external connector is used for source name and workspace name
        
        String sourceKey = NodeKey.keyForSourceName(conName);
        String workspaceKey = NodeKey.keyForWorkspaceName(conName);

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    public ExecutionContext authenticate( Credentials credentials,
                                          String repositoryName,
                                          String workspaceName,
                                          ExecutionContext repositoryContext,
                                          Map<String, Object> sessionAttributes ) {
        ExecutionContext result = null;
        for (AuthenticationProvider provider : providers) {
            try {
                // The session attributes from prior, failed authenticators should be cleared ...
                sessionAttributes.clear();
                result = provider.authenticate(credentials, repositoryName, workspaceName, repositoryContext, sessionAttributes);

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    private TypeSystem typeSystem;
    private BasicSqlQueryParser parser;


    @Before
    public void beforeEach() {
        typeSystem = new ExecutionContext().getValueFactories().getTypeSystem();
        parser = new BasicSqlQueryParser();
    }

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    private ChooseJoinAlgorithm nestedRule;
    private QueryContext context;


    @Before
    public void beforeEach() {
        context = new QueryContext(new ExecutionContext(), mock(RepositoryCache.class), Collections.singleton("workspace"),
                                   mock(Schemata.class), mock(RepositoryIndexes.class), mock(NodeTypes.class),
                                   mock(BufferManager.class));
        bestRule = ChooseJoinAlgorithm.USE_BEST_JOIN_ALGORITHM;
        nestedRule = ChooseJoinAlgorithm.USE_ONLY_NESTED_JOIN_ALGORITHM;
    }

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    @Before
    public void beforeEach() {
        rule = RewriteAsRangeCriteria.INSTANCE;
        rules = new LinkedList<OptimizerRule>();
        rules.add(rule);
        context = new QueryContext(new ExecutionContext(), mock(RepositoryCache.class), Collections.singleton("workspace"),
                                   mock(Schemata.class), mock(RepositoryIndexes.class), mock(NodeTypes.class),
                                   mock(BufferManager.class));
        print = false;
    }

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org.modeshape.common.util.ThreadPools

org.modeshape.connector.git.GitFunctionalTest

org.modeshape.jcr.cache.document.AbstractNodeCacheTest

org.modeshape.jcr.cache.document.WritableSessionCache

org.modeshape.jcr.cache.RepositoryCache

org.modeshape.jcr.index.local.AbstractLocalIndexTest

org.modeshape.jcr.query.BufferManagerTest

org.modeshape.jcr.query.engine.process.DistinctSequenceTest

org.modeshape.jcr.query.engine.process.HashJoinSequenceTest

org.modeshape.jcr.query.engine.process.RestartableSequenceTest

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