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// Now, wrap the expression as well.

List evenNumbers = list.FindAll((i) => ((i % 2) == 0));

Now that you have seen the various ways to build a lambda expression, how can we read this

lambda statement in human-friendly terms? Leaving the raw mathematics behind, the following

explanation fits the bill:

// My list of parameters (in this case a single integer named i)

// will be processed by the expression (i % 2) == 0.

List evenNumbers = list.FindAll((i) => ((i % 2) == 0));

Processing Arguments Within Multiple Statements

Our first lambda expression was a single statement that ultimately evaluated to a Boolean. However,

as you know full well, many delegate targets must perform a number of code statements. For this

reason, C# 2008 allows you to build lambda expressions using multiple statement blocks. When

your expression must process the parameters using multiple lines of code, you can do so by denot-

ing a scope for these statements using the expected curly brackets. Consider the following example

update to our LambdaExpressionSyntax() method:

static void LambdaExpressionSyntax()

{