org.jgroups.blocks.ReplicatedTree.stop java code examples

Common ways to obtain ReplicatedTree

private void myMethod () {
     ReplicatedTree r =String props;new ReplicatedTree(null, props, long1)
AI code suggestions by Codota
}

public static void main(String[] args) {
  ReplicatedTree tree=null;
  HashMap m=new HashMap();
  String props=null;
  try {
    tree=new ReplicatedTree(null, props, 10000);
    // tree.setRemoteCalls(false);
    tree.addReplicatedTreeListener(new MyListener());
    tree.put("/a/b/c", null);
    tree.put("/a/b/c1", null);
    tree.put("/a/b/c2", null);
    tree.put("/a/b1/chat", null);
    tree.put("/a/b1/chat2", null);
    tree.put("/a/b1/chat5", null);
    System.out.println(tree);
    m.put("name", "Bela Ban");
    m.put("age",36);
    m.put("cube", "240-17");
    tree.put("/a/b/c", m);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.put("/a/b/c", "age",37);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.remove("/a/b");
    System.out.println(tree);
    tree.stop();
  }
  catch(Exception ex) {
    System.err.println(ex);
  }
}

public static void main(String[] args) {
  ReplicatedTree tree=null;
  HashMap m=new HashMap();
  String props=null;
  try {
    tree=new ReplicatedTree(null, props, 10000);
    // tree.setRemoteCalls(false);
    tree.addReplicatedTreeListener(new MyListener());
    tree.put("/a/b/c", null);
    tree.put("/a/b/c1", null);
    tree.put("/a/b/c2", null);
    tree.put("/a/b1/chat", null);
    tree.put("/a/b1/chat2", null);
    tree.put("/a/b1/chat5", null);
    System.out.println(tree);
    m.put("name", "Bela Ban");
    m.put("age",36);
    m.put("cube", "240-17");
    tree.put("/a/b/c", m);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.put("/a/b/c", "age",37);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.remove("/a/b");
    System.out.println(tree);
    tree.stop();
  }
  catch(Exception ex) {
    System.err.println(ex);
  }
}

public static void main(String[] args) {
  ReplicatedTree tree=null;
  HashMap m=new HashMap();
  String props=null;
  try {
    tree=new ReplicatedTree(null, props, 10000);
    // tree.setRemoteCalls(false);
    tree.addReplicatedTreeListener(new MyListener());
    tree.put("/a/b/c", null);
    tree.put("/a/b/c1", null);
    tree.put("/a/b/c2", null);
    tree.put("/a/b1/chat", null);
    tree.put("/a/b1/chat2", null);
    tree.put("/a/b1/chat5", null);
    System.out.println(tree);
    m.put("name", "Bela Ban");
    m.put("age",36);
    m.put("cube", "240-17");
    tree.put("/a/b/c", m);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.put("/a/b/c", "age",37);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.remove("/a/b");
    System.out.println(tree);
    tree.stop();
  }
  catch(Exception ex) {
    System.err.println(ex);
  }
}

public static void main(String[] args) {
  ReplicatedTree tree=null;
  HashMap m=new HashMap();
  String props=null;
  try {
    tree=new ReplicatedTree(null, props, 10000);
    // tree.setRemoteCalls(false);
    tree.addReplicatedTreeListener(new MyListener());
    tree.put("/a/b/c", null);
    tree.put("/a/b/c1", null);
    tree.put("/a/b/c2", null);
    tree.put("/a/b1/chat", null);
    tree.put("/a/b1/chat2", null);
    tree.put("/a/b1/chat5", null);
    System.out.println(tree);
    m.put("name", "Bela Ban");
    m.put("age",36);
    m.put("cube", "240-17");
    tree.put("/a/b/c", m);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.put("/a/b/c", "age",37);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.remove("/a/b");
    System.out.println(tree);
    tree.stop();
  }
  catch(Exception ex) {
    System.err.println(ex);
  }
}

public static void main(String[] args) {
  ReplicatedTree tree=null;
  HashMap m=new HashMap();
  String props=null;
  try {
    tree=new ReplicatedTree(null, props, 10000);
    // tree.setRemoteCalls(false);
    tree.addReplicatedTreeListener(new MyListener());
    tree.put("/a/b/c", null);
    tree.put("/a/b/c1", null);
    tree.put("/a/b/c2", null);
    tree.put("/a/b1/chat", null);
    tree.put("/a/b1/chat2", null);
    tree.put("/a/b1/chat5", null);
    System.out.println(tree);
    m.put("name", "Bela Ban");
    m.put("age",36);
    m.put("cube", "240-17");
    tree.put("/a/b/c", m);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.put("/a/b/c", "age",37);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.remove("/a/b");
    System.out.println(tree);
    tree.stop();
  }
  catch(Exception ex) {
    System.err.println(ex);
  }
}

public static void main(String[] args) {
  ReplicatedTree tree=null;
  HashMap m=new HashMap();
  String props=null;
  try {
    tree=new ReplicatedTree(null, props, 10000);
    // tree.setRemoteCalls(false);
    tree.addReplicatedTreeListener(new MyListener());
    tree.put("/a/b/c", null);
    tree.put("/a/b/c1", null);
    tree.put("/a/b/c2", null);
    tree.put("/a/b1/chat", null);
    tree.put("/a/b1/chat2", null);
    tree.put("/a/b1/chat5", null);
    System.out.println(tree);
    m.put("name", "Bela Ban");
    m.put("age",36);
    m.put("cube", "240-17");
    tree.put("/a/b/c", m);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.put("/a/b/c", "age",37);
    System.out.println("info for for \"/a/b/c\" is " + tree.print("/a/b/c"));
    tree.remove("/a/b");
    System.out.println(tree);
    tree.stop();
  }
  catch(Exception ex) {
    System.err.println(ex);
  }
}

Popular methods of ReplicatedTree

<init>
Expects an already connected channel. Creates a PullPushAdapter and starts it
_put
_remove
addReplicatedTreeListener
findNode
Returns the node at fqn. This method should not be used by clients (therefore it is package-private)
findParentNode
Find the node just above the one indicated by fqn. This is needed in many cases, e.g. to add a new n
notifyAllNodesCreated
Generates NodeAdded notifications for all nodes of the tree. This is called whenever the tree is ini
notifyNodeAdded
notifyNodeModified
notifyNodeRemoved
notifyViewChange
print
Prints a representation of the node defined by fqn. Output includes name, fqn and data.

Popular classes and methods

setScale (BigDecimal)
Returns a new BigDecimal instance with the specified scale. If the new scale is greater than the old
getExternalFilesDir (Context)
setContentView (Activity)
PrintStream (java.io)
Wraps an existing OutputStream and provides convenience methods for writing common data types in a h
Proxy (java.net)
This class represents a proxy setting, typically a type (http, socks) and a socket address. A Proxy
URLConnection (java.net)
A connection to a URL for reading or writing. For HTTP connections, see HttpURLConnection for docume
UnknownHostException (java.net)
Thrown when a hostname can not be resolved.
Executors (java.util.concurrent)
Factory and utility methods for Executor, ExecutorService, ScheduledExecutorService, ThreadFactory,
Servlet (javax.servlet)
Defines methods that all servlets must implement.A servlet is a small Java program that runs within
JFileChooser (javax.swing)

Best code snippets using org.jgroups.blocks.ReplicatedTree.stop(Showing top 6 results out of 315)