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Regular expressions can be hairy to write and impossible to read. Indeed, you might expect one of the simple String methods (like include ) to be faster than a Regexp with the same behavior. The take-home warning of this subsection is to avoid making such assumptions. Have a look at Listing 3-9. Listing 3-9. String.include vs. String.=~ require "benchmark" words = IO.readlines("/usr/share/dict/words") Benchmark.bmbm(15) do |b| b.report("include") do words.each { |w| next if w.include ("abe") } end b.report("regexp") do words.each { |w| next if w =~ /abe/ } end end Because there is no way to be certain what s going on behind the scenes in either of the cases presented in this listing (at least with access only to this code), it is difficult to predict which of them should be faster. The C programmer in me assumes that the first should be, because finding one string in another seems like it has to be faster than building a regular expression matcher in memory and then executing it. However, the string ("abe") is an object, not a C array. String.include could be implemented on top of the regular expression library for all we know and the regular expression parser could be really efficient. Hence the need for benchmarking:

The foremost problem faced by an array is it is a fixed size once allocated, an array cannot be resized in a straightforward manner. The array size is defined either during runtime or during compile time. After that, the size remains fixed for the entire duration of the program. The only way to redimension an array is to apply a crude approach by allocating a separate temporary array (which acts as a temporary storage container for the old data elements), moving the elements from the source array to the temporary array, and then reallocating a different size to the source array, as illustrated in the following code:

To resolve this, we simply need to make two small changes to the Gadget Catalog code. First, we change the @Begin annotation on the editGadgets() action listener method to specify that the editing conversation should be nested, if necessary:

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using System; class ArrayCopy { class Order{} [STAThread] static void Main(string[] args) { //Create an order array Order[] orderList = { new Order(),new Order(), new Order(),new Order()}; //Create a temp array of exactly the same size //as original order container Order[] tempList = new Order[4]; //copy the actual items stored in the order array //to temp order array ArrayCopy(orderList,0,tempList,0,4); //resize the order array orderList = new Order[5]; //copy the order items from the temp order array //to the original order array ArrayCopy(tempList,0,orderList,0,4); } } Array lists alleviate the fixed-size problem faced by arrays Behind the scenes, array lists follow the same crude mechanism demonstrated in the previous code, but the mechanism is transparent to developers Developers, without worrying about dimension issues, can add data element at runtime The other major problem faced by an array is the type coupleness behavior.

Rehearsal -------------------------------------------------include 0.440000 0.010000 0.450000 ( 0.566975) regexp 0.330000 0.010000 0.340000 ( 0.392143) ----------------------------------------- total: 0.790000sec user 0.440000 0.330000 system 0.000000 0.000000 total 0.440000 ( 0.330000 ( real 0.564176) 0.430611)

An array list solves this problem by acting as a universal container and allows you to insert a data element of any data type This means an instance of both the value types and the reference type is allowed However, be careful when dealing with value types because of the implicit boxing and unboxing penalty cost incurred at runtime The internal storage implementation of an array list is of the reference type, and an instance of the value type that is allocated on the stack cannot be straightforwardly assigned to a reference type To achieve this task, the instance of the value type needs to be converted to a reference type through a process known as boxing Similarly, in the reverse process known as unboxing, the boxed value type that is a reference type is converted to its original value type.

. . . @Begin(nested=true) public String editGadget() { if (mSelGadget != null) { setActiveGadget(mSelGadget); } return "success"; } . . .

The following code example demonstrates various operations performed on array lists and how different types of orders are added, retrieved, and finally removed: using System; using SystemCollections; class ArrayListContainer { class Order {} class LimitOrder {} class IOCOrder {} [STAThread] static void Main(string[] args).

There you have it: exactly the opposite of what I expected the first time I did this test. The regular expression approach is the faster. I encourage you to consider this behavior when writing tight parsing loops and having to choose between a regular expression and some dedicated function of String.

{ ArrayList orderContainer; orderContainer = new ArrayList(); //Add regular order Order order = new Order(); orderContainer.Add(order); //Add limit order LimitOrder limOrder = new LimitOrder(); orderContainer.Add(limOrder); //Add IOC order IOCOrder iocOrder =new IOCOrder(); orderContainer.Add(iocOrder ); //Access limit order limOrder = orderContainer[0] as LimitOrder; //Remove limit order orderContainer.RemoveAt(0); //Display total elements Console.WriteLine("Total Elements : " +orderContainer.Count); } }

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