Gang, CLR via C#, Third Edition (ISBN: 9780735627048), by Jeffrey Richter, is proceeding very very well. We’re 99% sure it will be available in the middle of February 2010!
Because the book is coming soon, we’d like to post information originally shared by Jeffrey about how the third edition differs from the second edition:
Jeffrey here. Last week I submitted the reaming chapters for my new book. It is now being edited and should be available right around the time that Visual Studio 2010 launches (March 22, 2010).
One place you can order it is here: http://www.amazon.com/CLR-via-C-Third-Pro-Developer/dp/0735627045
I know that many people will ask me what are the differences between the 2nd edition and the 3rd edition and so I thought I d create this blog post to address this.
Overall, every chapter has been modified making the text clearer, fixing any known mistakes and I’ve added more 64-bit coverage as this hardware is becoming more commonplace. I ve also embellished a lot of text to reflect new things that I ve learned in the last 5 years since the previous edition of the book was published. In addition, since the 2nd Edition of the book covered version 2.0 of the .NET Framework and C#, the new book adds coverage of versions 3.0, 3.5 and 4.0.
Also, I always thought I’d write a Threading Book showing how to properly architect software to build responsive and scalable applications and components in today’s world of multi-core computers. However, I decided to just include this other book’s content in the 3rd Edition of CLR via C# and so Part 5 of the book has five pretty lengthy chapters related to Threading. These chapters (like all chapters in the book) are very prescriptive. That is, I don’t just explain what is in the .NET Framework and how to use it. I explain when to use it and why as well as pitfalls associated with various constructs. I have written a lot of threading material over the past 20+ years and this is all new material presented in an all new way that I think will resonate well with software developers. The 2nd edition of CLR via C# had two chapters related to threading; the five new chapters contain a small part of that material but the new chapters are basically rewritten and add all of the new stuff that is being introduces with .NET 4.0.
Below is the Table of Contents for CLR via C#, 3rd Edition and a brief description of what has been added to each chapter since the 2nd Edition.
Added about discussion about C#’s /optimize and /debug switches and how they relate to each other.
Improved discussion about Win32 manifest information and version resource information.
Added discussion of TypeForwardedToAttribute and TypeForwardedFromAttribute.
No new topics.
Enhanced discussion of checked and unchecked code and added discussion of new BigInteger type. Also added discussion of C# 4.0’s dynamic primitive type.
Added discussion of extension methods and partial methods.
Added discussion of optional/named parameters and implicitly-typed local variables.
Added discussion of automatically-implemented properties, properties and the Visual Studio debugger, object and collection initializers, anonymous types, the System.Tuple type and the ExpandoObject type.
Added discussion of events and thread-safety as well as showing a cool extension method to simplify the raising of an event.
Added discussion of delegate and interface generic type argument variance.
Added coverage of new Enum and Type methods to access enumerated type instances.
Added new section on initializing array elements.
Added discussion of using generic delegates to avoid defining new delegate types. Also added discussion of lambda expressions.
Added discussion on performance.
This chapter has been completely rewritten. It is now about exception handling and state management. It includes discussions of code contracts and constrained execution regions (CERs). It also includes a new section on trade-offs between writing productive code and reliable code.
Added discussion of C#’s fixed state and how it works to pin objects in the heap. Rewrote the code for weak delegates so you can use them with any class that exposes an event (the class doesn’t have to support weak delegates itself). Added discussion on the new ConditionalWeakTable class, GC Collection modes, Full GC notifications, garbage collection modes and latency modes. I also include a new sample showing how your application can receive notifications whenever Generation 0 or 2 collections occur.
Added discussion of side-by-side support allowing multiple CLRs to be loaded in a single process. Added section on the performance of using MarshalByRefObject-derived types. Substantially rewrote the section on cross-AppDomain communication. Added section on AppDomain Monitoring and first chance exception notifications. Updated the section on the AppDomainManager class.
Added section on how to deploy a single file with dependent assemblies embedded inside it. Added section comparing reflection invoke vs bind/invoke vs bind/create delegate/invoke vs C#’s dynamic type.
This is a whole new chapter that was not in the 2nd Edition.
Whole new chapter motivating why Windows supports threads, thread overhead, CPU trends, NUMA Architectures, the relationship between CLR threads and Windows threads, the Thread class, reasons to use threads, thread scheduling and priorities, foreground thread vs background threads.
Whole new chapter explaining the CLR’s thread pool. This chapter covers all the new .NET 4.0 constructs including cooperative cancelation, Tasks, the aralle class, parallel language integrated query, timers, how the thread pool manages its threads, cache lines and false sharing.
Whole new chapter explaining how Windows performs synchronous and asynchronous I/O operations. Then, I go into the CLR’s Asynchronous Programming Model, my AsyncEnumerator class, the APM and exceptions, Applications and their threading models, implementing a service asynchronously, the APM and Compute-bound operations, APM considerations, I/O request priorities, converting the APM to a Task, the event-based Asynchronous Pattern, programming model soup.
Whole new chapter discusses class libraries and thread safety, primitive user-mode, kernel-mode constructs, and data alignment.
Whole new chapter discussion various hybrid constructs such as ManualResetEventSlim, SemaphoreSlim, CountdownEvent, Barrier, ReaderWriterLock(Slim), OneManyResourceLock, Monitor, 3 ways to solve the double-check locking technique, .NET 4.0’s Lazy and LazyInitializer classes, the condition variable pattern, .NET 4.0’s concurrent collection classes, the ReaderWriterGate and SyncGate classes.
> > > > >
Jeffrey’s original post is here. You can follow Jeffrey at http://www.wintellect.com/cs/blogs/jeffreyr/default.aspx.
We’ll post more about the book in the coming weeks.