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Except for Join( ), these query methods take one argument, which is an object of some form of the generic type Func<T, TResult> This is a built-in delegate type that is declared like this: delegate TResult Func<in T, out TResult>(T arg) Here, TResult specifies the result type of the delegate and T specifies the element type In these query methods, the selector, predicate, or keySelector argument determines what action the query method takes For example, in the case of Where( ), it determines how the query filters the data Each of these query methods returns an enumerable object Thus, the result of one can be used to execute a call on another, allowing the methods to be chained together The Join( ) method takes four arguments The first is a reference to the second sequence to be joined The first sequence is the one on which Join( ) is called The key selector for the

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Examples: Upper("Jane Doe") returns "JANE DOE" Upper([Country]) returns "UNITED STATES" when [Country]= "United States"

19:

first sequence is passed via outerKeySelector, and the key selector for the second sequence is passed via innerKeySelector The result of the join is described by resultSelector The type of outerKeySelector is Func<TOuter, TKey>, and the type of innerKeySelector is Func<TInner, TKey> The resultSelector argument is of type Func<TOuter, TInner, TResult> Here, TOuter is the element type of the invoking sequence; TInner is the element type of the passed sequence; and TResult is the type of the resulting elements An enumerable object is returned that contains the result of the join Although an argument to a query method such as Where( ) is a method compatible with the specified form of the Func delegate, it does not need to be an explicitly declared method In fact, most often it won t be Instead, you will usually use a lambda expression As explained in 15, a lambda expression offers a streamlined, yet powerful way to define what is, essentially, an anonymous method The C# compiler automatically converts a lambda expression into a form that can be passed to a Func parameter Because of the convenience offered by lambda expressions, they are used by all of the examples in this section

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Since the explicit relationship between the vectors p(0) and x(1) is not known, the in uence function matrix, Px, cannot easily be calculated One approach is to take partial derivatives of Eqs (1348) and (1349) with respect to the initial value of the costate vector, p(0) and interchange the order of differentiation (since continuity with respect to p(0) and t is assumed) The resulting two-point boundary-value problem is derived as follows x(t ) = f ( x(t ), p(t ),t ) (t ) = g( x(t ), p(t ),t ) p 2H 2H Px (p1 ( 0),t ) = Px (p1 ( 0),t ) + 2 Pp (p1 ( 0),t ) p x p 2 H 2H 1 Pp (p1 ( 0),t ) = - 2 Px (p1 ( 0),t ) + Pp (p ( 0),t ) x x p with the following initial conditions x ( 0 ) = x0 p( 0) = p1 ( 0) Px (p1 ( 0),t ) = 0 Pp ( P1 ( 0),t ) = 1 where x1 (t ) p1 ( 0) D Px (p1 ( 0),t ) = x5 (t ) p1 ( 0) Pp (p1 ( 0),t ) p(t ) p( 0) x1 (t ) p5 ( 0) x(t ) p( 0) x5 (t ) p5 ( 0)

By using the query methods in conjunction with lambda expressions, it is possible to create queries that do not use the C# query syntax Instead, the query methods are called Let s begin with a simple example It reworks the first program in this chapter so that it uses calls to Where( ) and Select( ) rather than the query keywords

// Use the query methods to create a simple query // This is a reworked version of the first program in this chapter using System; using SystemLinq; class SimpQuery { static void Main() { int[] nums = { 1, -2, 3, 0, -4, 5 };

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