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If you recall from a previous section, we learned that a function s this value is mutable and that we can change it using the apply and call methods. However, there are cases when it s time-consuming if we have to use apply and call each time: function setName(name){ this.name = name; }; var object = {name: 'Mark'}; setName.call(object, 'Joseph'); setName.call(object, 'Olie'); setName.call(object, 'Patrick'); A better solution would be to create a new version of the setName function that would be automatically bound to the object: function setName(name){ this.name = name; }; var object = {name: 'Mark'}; function setObjectName(name){ setName.call(object, name); }; setObjectName('Joseph'); setObjectName('Olie'); setObjectName('Patrick'); This technique is called binding, and it s much better than the earlier example since it eliminates the need to use call all the time. But it s a bit time-consuming to declare new functions for all functions you want to rebind. Fortunately, MooTools gives us an easier way to do this using the bind method of functions. Our code above can be simplified using this method: function setName(name){ this.name = name; }; var object = {name: 'Mark'}; var setObjectName = setName.bind(object); setObjectName('Joseph'); setObjectName('Olie'); setObjectName('Patrick'); The first argument to the bind method is an object that will be the this value of the new function. The method then returns a new function similar to the example we had in the previous snippet. All arguments passed to bind after the first argument are passed as arguments to the function being bound. If we have several calls to setName.call(object, 'Mark') in our code, we could simply create a new function using var setObjectToMark = setName.bind(object, ['Mark']), and replace our previous

Input path(s) Class to read and convert the input path elements to key/ value pairs Map output key class Map output value class Class supplying the map function Suggested minimum number of map tasks Number of threads to run in each map task

Most Hadoop Core jobs have their input as some set of files, and these files are either a textual key/value pair per line or a Hadoop-specific binary file format that provides serialized key/value pairs. The class that handles the key/value text input is KeyValueTextInputFormat. The class that handles the Hadoop-specific binary file is SequenceFileInputFormat.

calls with setObjectToMark(). Note, however, that bind does not do partial application: if we leave out any arguments to the function, they will be set to undefined.

InfoPath forms are all XML-based. Understanding this is critical in designing forms, as it will help explain some of the form behaviors that you should take into consideration while you are laying out a form. The form definition is a schema, whether the form is designed against an arbitrary schema or a blank form is laid out (in which case InfoPath implicitly creates the schema underneath the form). A power user can be happily oblivious to the XML/XSD magic that is going on behind the scenes while creating a form, and still produce a working, scalable front end for their business process. But a developer who is laying out a form (or troubleshooting a form they didn t design) will be much happier with the results if they re aware of InfoPath s XML underpinnings.

The Hadoop framework provides a large variety of input formats. The major distinctions are between textual input formats and binary input formats. The following are the available formats: KeyValueTextInputFormat: Key/value pairs, one per line. TextInputFormant: The key is the line number, and the value is the line. NLineInputFormat: Similar to KeyValueTextInputFormat, but the splits are based on N lines of input rather than Y bytes of input. MultiFileInputFormat: An abstract class that lets the user implement an input format that aggregates multiple files into one split. SequenceFIleInputFormat: The input file is a Hadoop sequence file, containing serialized key/value pairs.

While MooTools already includes several useful function methods, it also allows developers to add new function methods easily We ll discuss much of how this native extension mechanism works in 6, but right now we ll focus on how we can use this MooTools feature to add new methods The MooTools way to add new function methods is via Functionimplement Here s an example: // create a new function method `thenAdd` Functionimplement('thenAdd', function(num){ var self = this; return function(){ var args = Arrayprototypeslicecall(arguments); var result = selfapply(null, args); return result + num; }; }); var add = function(a, b){ return a + b; }; // modify the add function to add 5 to the result var addThenAdd5 = addthenAdd(5); console.

KeyValueTextInputFormat and SequenceFileInputFormat are the most commonly used input formats. The examples in this chapter use KeyValueTextInputFormat, as the input files are human-readable.