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Slick has two main selector functions for selecting elements from the DOM Tree. The first one, Slick.find, takes two arguments: context, which is the root node where the traversal will begin, and expression, which is a CSS selector string that will be used to match elements. It will then return the first node that matches the selector string, or null if none is found. Slick.find(document, 'div'); Here we have a very simple invocation of the Slick.find function. For the context parameter, we pass in the document object, which tells Slick we want to search the whole document. We then pass 'div' as the value of the expression argument, which means we re looking for a div element. Slick will traverse the document object to look for a div. When it finds one, it returns this node immediately. The MooTools document.id function is actually implemented using the Slick.find method. A very simple version of document.id using Slick.find would look something like this: document.simpleID = function(id){ return Slick.find(document, '#' + id); }; Of course, this version is an oversimplification of the actual document.id function, which as we learned in the previous chapter performs several operations aside from simply selecting elements using their ids. However, it does illustrate how the MooTools document.id uses the Slick.find method. The second Slick selector function is called Slick.search, and it takes the same two main arguments: context and expression. Like Slick.find, the Slick.search function uses the context argument as the starting point for the traversal process, and the expression argument to match the elements. Unlike Slick.find, though, Slick.search returns all elements that match the selector as an array. Slick.search(document, 'div');

The brute-force MapReduce pattern is generally the quickest to get going and the simplest to manage. The downside is that these jobs quickly become bound by the network speed and the sorting speed for the cluster. In a brute-force MapReduce, the only time you have ordered data is in the reduce step. This forces all of the data to flow through to the reduce task. There is also the additional complexity that you have multiple record types, which need to be distinguished at reduce time. The overriding constraint here is ensuring that any given search request record finds all records that it is in range of in the search space.

MoveToPrevious() won t work; they will return false and not affect the location of the XPathNavigator. MoveToParent() will locate the navigator back on the parent element.

If a single reduce task is used, all search request records are guaranteed to be in the same partition as their respective search space records. Table 9-2 defines the comparator behavior for the three cases the comparator will encounter. Table 9-2. Comparator Cases

In this snippet, we use the same arguments as we did with the Slickfind example above Here, however, we won t receive either a single node object or null as the return value Instead we ll get an array that contains all the nodes that match the selector If there are no matches, we ll receive an empty array As you ve probably guessed, Slicksearch is used to implement the MooTools $$ function var simple$$ = function(expression){ return Slicksearch(document, expression); }; As with our simpleID example above, the implementation shown here is also a simplification of the real $$ function Like documentid, the $$ function performs other processes aside from simply selecting the elements using Slicksearch One important thing to know is that the Slickfind and Slicksearch functions return native node objects and not MooTools Element or Elements instances.

Key1 equal to key2 Search request key equal to begin range Begin range1 equal to begin range2 and end range1 equal to end range2

Once you ve positioned the XPathNavigator where you want it, you can then act on the selected element get or set the element s value, add an attribute, and determine information about the element (is it a node, is it empty, what is the URI of the element, does it have children, etc). You can also use the XPathNavigator to select a collection of elements. The methods that provide this will return an XPathNavigator if they will only return a single element (e.g., SelectSingleNode()), or an XPathNodeIterator if the operation will return a collection of elements (e.g., SelectNodes()). Once you have an XPathNodeIterator, you can navigate it just like any collection, or iterate through the members of its collection.