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Keep in mind that the LINQ query operators used here are simply shorthand versions for calling various extension methods defined by the Enumerable type Consider the following QueryStringsWithEnumerableAndLambdas() method, which is processing the local string array now making direct use of the Enumerable extension methods: static void QueryStringsWithEnumerableAndLambdas() { ConsoleWriteLine("***** Using Enumerable / Lambda Expressions *****"); string[] currentVideoGames = {"Morrowind", "Uncharted 2", "Fallout 3", "Daxter", "System Shock 2"}; // Build a query expression using extension methods // granted to the Array via the Enumerable type var subset = currentVideoGamesWhere(game => gameContains(" ")) OrderBy(game => game)Select(game => game); // Print out the results foreach (var game in subset) ConsoleWriteLine("Item: {0}", game); ConsoleWriteLine(); } Here, you begin by calling the Where() extension method on the currentVideoGames string array Recall the Array class receives this via an extension method granted by Enumerable The Enumerable.

Where() method requires a SystemFunc<T1, TResult> delegate parameter The first type parameter of this delegate represents the IEnumerable<T> compatible data to process (an array of strings in this case), while the second type parameter represents the method result data, which is obtained from a single statement fed into the lambda expression The return value of the Where() method is hidden from view in this code example, but under the covers you are operating on an OrderedEnumerable type From this object, you call the generic OrderBy() method, which also requires a Func< > delegate parameter This time, you are simply passing each item in turn via a fitting lambda expression The end result of calling OrderBy() is a new ordered sequence of the initial data.

Last but not least, you call the Select() method off the sequence returned from OrderBy(), which results in the final set of data that is stored in an implicitly typed variable named subset To be sure, this long hand LINQ query is a bit more complex to tease apart than the previous C# LINQ query operator example Part of the complexity is no doubt due to the chaining together of calls using the dot operator Here is the exact same query, with each step broken into discrete chunks: static void QueryStringsWithEnumerableAndLambdas2() { ConsoleWriteLine("***** Using Enumerable / Lambda Expressions *****"); string[] currentVideoGames = {"Morrowind", "Uncharted 2", "Fallout 3", "Daxter", "System Shock 2"}; // Break it down!.

$this->assertTrue($result, $message = FALSE, $group = Other )

var gamesWithSpaces = currentVideoGames.Where(game => game.Contains(" ")); var orderedGames = gamesWithSpaces.OrderBy(game => game); var subset = orderedGames.Select(game => game); foreach (var game in subset) Console.WriteLine("Item: {0}", game); Console.WriteLine(); } As you may agree, building a LINQ query expression using the methods of the Enumerable class directly is much more verbose than making use of the C# query operators. As well, given that the methods of Enumerable require delegates as parameters, you will typically need to author lambda expressions to allow the input data to be processed by the underlying delegate target.

Given that C# lambda expressions are simply shorthand notations for working with anonymous methods, consider the third query expression created within the QueryStringsWithAnonymousMethods() helper function: static void QueryStringsWithAnonymousMethods() { Console.WriteLine("***** Using Anonymous Methods *****"); string[] currentVideoGames = {"Morrowind", "Uncharted 2", "Fallout 3", "Daxter", "System Shock 2"}; // Build the necessary Func<> delegates using anonymous methods. Func<string, bool> searchFilter = delegate(string game) { return game.Contains(" "); }; Func<string, string> itemToProcess = delegate(string s) { return s; }; // Pass the delegates into the methods of Enumerable. var subset = currentVideoGames.Where(searchFilter) .OrderBy(itemToProcess).Select(itemToProcess); // Print out the results. foreach (var game in subset) Console.WriteLine("Item: {0}", game); Console.WriteLine(); } This iteration of the query expression is even more verbose, because you are manually creating the Func<> delegates used by the Where(), OrderBy(), and Select() methods of the Enumerable class. On the plus side, the anonymous method syntax does keep all the delegate processing contained within a single method definition. Nevertheless, this method is functionally equivalent to the QueryStringsWithEnumerableAndLambdas() and QueryStringsWithOperators() methods created in the previous sections.

This function asserts that the variable $result resolves to true. $age = is_integer(123); $this->assertTrue($is_number, t( Make sure that the person\ s age is an integer value ));