Android Endless List

How can I create a list where when you reach the end of the list I am notified so I can load more items?

Why would iterating over a List be faster than indexing through it?

Reading the Java documentation for the ADT List it says:

The List interface provides four methods for positional (indexed) access to list elements. Lists (like Java arrays) are zero based. Note that these operations may execute in time proportional to the index value for some implementations (the LinkedList class, for example). Thus, iterating over the elements in a list is typically preferable to indexing through it if the caller does not know the implementation.

C# List<> OrderBy Alphabetical Order

I'm using C# on Framework 3.5. I'm looking to quickly sort a Generic List<>. For the sake of this example lets say I have a List of a Person type with a property of lastname. How would I sort this List using a lambda expression?

Javascript equivalent of PHP"s list()

Really like that function.

$matches = array('12', 'watt');

list($value, $unit) = $matches;

Is there any Relation between Iterator.hasNext and for-each loop

I was using JProfiler for profiling of my application, as it is a huge application so I am very aware of its performance and efficiency.

Java Variable References when using Lists

Just a thought question here. In C++, I could do the following:

Error while working with List<? extends DefaultMutableTreeNodel>

public void findClassNodesMatching(String lowerCaseSearchText, List<? extends DefaultMutableTreeNode> foundNodes) {

    findClassNodesMatching(lowerCaseSearchText, (DefaultMutableTreeNode) getRoot(), foundNodes);

}



private void findClassNodesMatching(String lowerCaseSearchText, DefaultMutableTreeNode node, List<? extends DefaultMutableTreeNode> foundNodes) {

    String nodeLabel = node.toString().toLowerCase();

    if (nodeLabel.indexOf(lowerCaseSearchText) >= 0) {

        foundNodes.add(node);

    }

}