Delegates, events, and lambda expressions.
委托、事件和lambda表达式。
How to test lambda expressions in Razor view?
如何测试在Razor视图的lambda表达式？
You'll see Lambda expressions, recursion, and macros.
您将学到 Lambda表达式、递归和宏。
Recently my article on lambda expressions got published on MSDN magazine.
最近我的关于Lambda表达式的文章被发表在MSDN杂志上。
Closures, and the related concept lambda expressions, are used throughout the LINQ query design.
闭包，和lambda表达式相关的一个概念，贯穿整个LINQ查询的设计。
He has a great diagram there showing the expression tree representation of a few lambda expressions.
他在那篇文章里用了非常好的图表来表现说明一些Lambda树的表达式树表示形式。
So lambda expressions bring with them another friend - expanded type inference through target typing.
所以，lambda表达式带来了另一个相关功能，即通过目标类型化(target typing)实现的扩展类型推断。
Another restriction is that while lambda expressions are supported, statements in lambda are not.
还有一个限制——虽然lambda表达式将得到支持，不过对lambda表达式中声明语句的支持却无法包含在这个版本中。
He has a great example of how you can manipulate the expression trees and build custom conditions in your lambda expressions.
他举出了大量的例子告诉你如何巧妙地处理那些表达式树和编译你的带自定义条件的lambda表达式。
However, following the initial phase, additional inferences are made from lambda expressions using an iterative process.
然而，初始阶段之后，产生了使用迭代过程的额外的推导。
LinQ also requires support for lambda expressions (closures), though this is not obvious from the previous query example.
LinQ还需要支持lambda表达式(闭包)，尽管这一点在前面的查询例子中体现得不是很明显。
NET 3.5 programming: from decision trees to data structures, from exceptions to lambda expressions, and from objects to components.
NET 3.5编程：从决策树的数据结构，从lambda表达式的例外情况，从对象到组件。
In his article on expression trees Ian Griffiths gives a great introduction to lambda expressions and their relation to expression trees.
IanGriffiths在他关于表达式树文章中，给出了一个非常不错的Lambda表达式介绍，以及Lambda与表达式树的关系。
Moq is a mocking library for .NET designed and developed to utilize .NET 3.5 features, e.g., Linq expression trees and lambda expressions.
Moq是利用诸如Linq表达式树和Lambda表达式等.NET 3.5的特性，为.NET设计和开发的Mocking库。
One limitation of inner classes - and lambda expressions too - is that they can only refer to final local variables from their lexical scope.
内部类以及lambda表达式一个局限性是——它们只引用来自它们的词法作用域的最终(final)局部变量。
Some of the most significant possible new features include exception handling, extension functions, function pointers, and/or lambda expressions.
一些最重要的新功能可能包括异常处理、扩展函数、函数指针和/或lambda表达式。
But lambda expressions are treated as values and can therefore be stored in a variable and executed after the block in which the captured variable was declared has gone out of scope.
但是，lambda表达式被视为值，因此可存储在变量中并在将捕获的变量声明为超出范围的代码块执行之后执行。
The primary rationale for lambda expressions is to have a way to express code as data, so that code literals can be passed to libraries that will invoke them at convenient times.
lambda表达式的基本原理是提供了一种将代码表达为数据的方式，从而可以将代码字面量传递至代码库中，以便在方便的时候随时调用。
Project lambda includes lambda expressions for more concisely encapsulating functional behavior together with platform implementations of concurrent algorithms like filtering or mapping.
Projectlambda包含了lambda表达式，用于实现更加简洁的封装函数行为以及并行算法的平台实现，如过滤和映射等。
The remaining arguments to lambda are the expressions to be evaluated when the function is called.
lambda的其余参数是调用函数时的计算表达式。
The remaining arguments to lambda are the expressions to be evaluated when the function is called.
lambda的其余参数是调用函数时的计算表达式。
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