The C# lambda expression . This post will explain lambda expression and other concepts in lambda calculus.

C# is discussed in detail used everywhere in the . This post and the follo

The previous parts has discussed some aspects that can impact the performance of EF/Core and LINQ to Entities, and here is a summary:

Parallel LINQ is powerful, but also can be more complex. This part discusses Parallel LINQ query performance in different cases.

Parallel LINQ provides additional query methods and additional overrides for Aggregate method:

The first step of Parallel LINQ is partitioning. The source values is split into several partitions, so that multiple threads can execute the query logic in parallel.

So far, all the discussion for LINQ to Objects/XML does not involve multi-threading, concurrency, or parallel computing. This is by design, because pulling values from an IEnumerable<T> sequence is no

Besides creating and querying XML, LINQ to XML also provides APIs for other XML manipulations, including cloning, deleting, replacing, and updating XML structures:

As fore mentioned, LINQ to XML is just a specialized LINQ to Objects, so all the LINQ to Objects query methods can be used in LINQ to XML queries. LINQ to XML provides many function members and other

(eXtensible Markup Language) is widely used to represent, store, and transfer data. Since .NET 3.5, the built in LINQ to XML APIs are provided to enable LINQ q