By Douglas C. Schmidt, Stephen D. Huston
Quantity 2 alternatives up the place quantity 1 left off, and courses C++ programmers via utilizing the Adaptive verbal exchange setting (ACE), the main whole toolkit to be had for networked programming. Softcover.
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Extra info for C++ Network Programming, Volume 2: Systematic Reuse with ACE and Frameworks
The core ACE library contains roughly a quarter million lines of C++ code that comprises approximately 500 classes. Many of these classes cooperate to form ACE's major frameworks. The ACE toolkit also includes higher-level components, as well as a large set of examples and an extensive automated regression test suite. 7. The capabilities provided by ACE span the session, presentation, and application layers in the OSI reference model [Bla91]. The foundation of the ACE toolkit is its combination of an OS adaptation layer and C++ wrapper facades, which together encapsulate core OS network programming mechanisms to run portably on all the OS platforms shown in Sidebar 2 (page 16).
The ACE Reactor framework is often used to develop networked applications, where the major sources of overhead result from caching, latency, network/host interface hardware, presentation-level formatting, dynamic memory allocation and copying, synchronization, and concurrency management. The additional indirection caused by dynamic binding is often insignificant by comparison [Koe92]. In addition, good C++ compilers can eliminate virtual method overhead completely via the use of "adjustor thunk" optimizations [Lip96].
Develop a timer queue mechanism that orders timers and associates each timer with an action to perform when a timer expires 1. 2. 2. Integrate the timer queue with the application's use of a synchronous event demultiplexer, such as select() or WaitForMultipleObjects(), to integrate the handling of timer expirations with other event processing. 2. It's hard to develop this type of timer facility portably across OS platforms, however, due to the wide range of capabilities and restrictions. Moreover, this capability is often redeveloped for many projects due to tight coupling between the timer queue mechanism and the synchronous event demultiplexing mechanism.
C++ Network Programming, Volume 2: Systematic Reuse with ACE and Frameworks by Douglas C. Schmidt, Stephen D. Huston