Examples of com.sleepycat.je.latch.SharedLatch$Owner

net.noderunner.amazon.s3.Owner
Holds the state of a single owner thread.

        if (envImpl.isNoLocking()) {
            lockManager = new DummyLockManager(envImpl, lockManager);
        }


        this.envImpl = envImpl;
        allTxnsLatch = new SharedLatch("TxnManager.allTxns");
        allTxns = new ConcurrentHashMap<Txn, Txn>();
        allXATxns = Collections.synchronizedMap(new HashMap<Xid, Txn>());
        thread2Txn = new ConcurrentHashMap<Thread, Transaction>();


        lastUsedLocalTxnId = new AtomicLong(0);

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    /**
     * constructor helper
     */
    private void init(DatabaseImpl database) {
        rootLatch = new SharedLatch("RootLatch");
        this.root = null;
        this.database = database;


        /* Do the stats definitions. */
        stats = new StatGroup(GROUP_NAME, GROUP_DESC);

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             * exists, recovery will recreate the dbMapTree from the log and
             * overwrite this instance.
             */
            dbMapTree = new DbTree(this, isReplicated(), getPreserveVLSN());


            triggerLatch = new SharedLatch("TriggerLatch");


            /*
             * Allocate node sequences before recovery. We expressly wait to
             * allocate it after the DbTree is created, because these sequences
             * should not be used by the DbTree before recovery has

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                        byte[] identifierKey,
                        int initialCapacity,
                        @SuppressWarnings("hiding")
                        int level) {
        setDatabase(db);
        latch = new SharedLatch(shortClassName() + getNodeId());
        latch.setExclusiveOnly(EnvironmentImpl.getSharedLatches() ?
                isAlwaysLatchedExclusively() :
                true);
        assert latch.setNoteLatch(true);
        generation = 0;

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       */
            dbMapTree = new DbTree(this); 


            referenceCount = 0;


            triggerLatch = new SharedLatch(this, "TriggerLatch", this);


            /*
             * Do not do recovery and start daemons if this environment is for
             * a utility.
             */

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             */
            dbMapTree = new DbTree(this, isReplicated());


            referenceCount = 0;


            triggerLatch = new SharedLatch("TriggerLatch");


            /*
             * Allocate node sequences before recovery. We expressly wait to
             * allocate it after the DbTree is created, because these sequences
             * should not be used by the DbTree before recovery has

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    /**
     * constructor helper
     */
    private void init(DatabaseImpl database) {
        rootLatch = new SharedLatch("RootLatch");
        this.root = null;
        this.database = database;


        /* Do the stats definitions. */
        stats = new StatGroup(GROUP_NAME, GROUP_DESC);

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        if (envImpl.isNoLocking()) {
            lockManager = new DummyLockManager(envImpl, lockManager);
        }


        this.envImpl = envImpl;
        allTxnsLatch = new SharedLatch("TxnManager.allTxns");
        allTxns = new ConcurrentHashMap<Txn, Txn>();
        allXATxns = Collections.synchronizedMap(new HashMap<Xid, Txn>());
        thread2Txn = new ConcurrentHashMap<Thread, Transaction>();


        lastUsedLocalTxnId = new AtomicLong(0);

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    protected void init(DatabaseImpl db,
            byte[] identifierKey,
            int initialCapacity,
            int level) {
        setDatabase(db);
        latch = new SharedLatch(shortClassName() + getNodeId());
        latch.setExclusiveOnly(EnvironmentImpl.getSharedLatches() ?
                isAlwaysLatchedExclusively() :
                true);
        assert latch.setNoteLatch(true);
        generation = 0;

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      bucket = true;
    } else {
      Entry e = new Entry(key(uri));
      e.setLastModified(new Date());
      e.setSize(req.getContentLength());
      e.setOwner(new Owner("id", "name"));
      ByteArrayOutputStream os = new ByteArrayOutputStream();
      ServletInputStream is = req.getInputStream();
      byte b[] = new byte[128];
      while (true) {
        int len = is.read(b);

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Related Classes of com.sleepycat.je.latch.SharedLatch$Owner

com.sleepycat.je.dbi.EnvironmentImpl

com.sleepycat.je.tree.IN

com.sleepycat.je.tree.Tree

com.sleepycat.je.txn.TxnManager

jenkins.model.Jenkins

net.noderunner.amazon.s3.emulator.Server

org.deuce.transaction.AbstractContext

org.jenkinsci.plugins.workflow.flow.FlowExecution

java.io.IOException

java.util.Iterator

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