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One of the more impressive features of Slick is its support for reverse combinators. These combinators are used just like regular combinators, but they alter the selection behavior by flipping the relationship described by the combinator. The default CSS combinators describe a top-down relationship between nodes: the nodes that match the selector on the left of the combinator always comes first in the DOM Tree before the nodes that match the selector on the right. For example, the expression div > a uses the child combinator to describe the relationship of the div elements to the a elements, and it means that we want to select all anchor elements that are the children of div elements. The relationship is therefore top-down in the sense that all div elements must be the parents of the anchor elements that will be selected. The same is true for the other combinators: the descendant combinator denotes a top-down ancestor-descendant relationship, while the adjacent sibling combinator denotes a relationship between an older child and its sibling. The selection process for normal combinators is therefore from a higher part of the DOM Tree to a lower part. Reverse combinators, as their name implies, switch the relationship of the default combinators from top-down to bottom-up and reverse the selection process. To understand how this works, let s take a look at a simple reverse combinator expression:

} public string StressTestKnowledge() { return "We found in stress-testing, the..."; } public string MechanicalKnowledge() { return "The mechanical features include..."; } public string PerformanceKnowledge() { return "The performance characteristics include..."; } public ChiefDesignEngineer() {;} } ProxyChiefDesignEngineer Class public class ProxyChiefDesignEngineer: IDesignEngineer { private ChiefDesignEngineer chief; public string DesignKnowledge() { return this.chief.DesignKnowledge(); } public string StressTestKnowledge() { return this. chief.StressTestKnowledge(); } //The proxy can also be used to save "over-use" of the principal, //by encapsulating a means to handle queries internally. public string MechanicalKnowledge() { return "A supplement has been added to the mechanical manual."; public string PerformanceKnowledge() { return "Performance information is in the manual."; }

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//constructor - instantiates local copy of ChiefDesignEngineer. public ProxyChiefDesignEngineer() { this.chief = new ChiefDesignEngineer(); } } Client Code In the client code, we can see the Surrogate-Proxy design pattern at work. We test the effectiveness of the design pattern by instructing the client code to deal directly through two proxies of the principal (caProxyChief and nyProxyChief). Although the client has access to the principal, it does so through the proxies, which act as surrogates for the principal (ChiefDesignEngineer). public class Client { static void Main(string[] args) { //Create a proxy ChiefDesignEngineer //to handle Californian State technical queries ProxyChiefDesignEngineer caProxyChief = new ProxyChiefDesignEngineer(); //Setup the console Console.WriteLine("*** Answer(s) for CA State ***"); //Ask a stress-test question of the ProxyChief Console.WriteLine(caProxyChief.StressTestKnowledge()); //Ask a performance question of the ProxyChief Console.WriteLine(caProxyChief.PerformanceKnowledge()); //Create a proxy ChiefDesignEngineer //to handle NewYork State technical queries ProxyChiefDesignEngineer nyProxyChief = new ProxyChiefDesignEngineer(); //Setup console Console.WriteLine(); Console.WriteLine("*** Answer(s) for NY State ***"); //Ask a mechnical question of the ProxyChief Console.WriteLine(nyProxyChief.MechanicalKnowledge()); } }

a !> div Here we took the original div > a expression and flipped it: the a selector now goes to the left of the combinator, and the div selector goes to the right. We also changed our original child combinator with a weird looking one that looks like a negated child combinator. In the original example, the child combinator denoted that the nodes that match the selector on the right should be direct children of the nodes that match the selector on the left. In this flipped expression, however, everything is reversed: the nodes that match the selector on the left should be direct children of the nodes that match the selector on the right. We are therefore no longer selecting children in this case, but parents which gives this !> combinator its name: parent combinator. Reverse combinators therefore allow us to switch the traversal of the DOM Tree by giving us a way to select higher nodes from lower nodes something we can t do with normal combinators. All Slick reverse combinators start with an exclamation point: ! is the ancestor combinator, which is the reverse of the descendant combinator. !> is the parent combinator, which is the reverse of the child combinator. !~ is the previous sibling combinator, which is the reverse of the general sibling combinatory. !+ is the previous adjacent sibling combinator, which is the reverse of the adjacent sibling combinator.

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