Linux, Php, and Git are a popular projects developed with C, in the other side OpenOffice, firefox, Clang, Photoshop are developed with C++, so it’s proven that each one is a good candidate to develop complex applications. Try to prove that a language is better than the other is not the good debat. However we can discuss motivations behind choosing one of them.
There are two major arguments quoted each time when we discuss choosing C:
- Best performance.
- Compiler support.
The majority of developers have already heard about design patterns, GOF(Gang Of Four) patterns are the most popularized, and each developer has his way to learn them , we can enumerate:
- Reading a book or a magazine.
- From web sites.
- From a collegue.
- Doing a training.
Four years ago when we began the development of CppDepend we needed a C\C++ parser, our first reflex was to use GCC, in the beginning we were very excited to integrate it, but after few weeks we decide to abandon it for the following reasons:
- Gcc is monolithic and it’s difficult to isolate only the front end parser.
- Gcc doesnt treat microsoft extensions.
- The GPL license is restrictive, and we can’t use it for our commercial product.
Sometimes there are some hidden correlation between two or more process developement steps, that could generates many unsuspected problems , In this article the goal is to discover the impact of the architect decisions on the other actors involved in the project.
MemCache++ is a light-weight, type-safe, simple to use and full-featured Memcache client.
It was developed by Dean Michael Berris who is a C++ fanatic, loves working on network libraries (cpp-netlib.github.com), and currently works at Google Australia. He also is part of the Google delegation to the ISO C++ Committee. You can read more of his published works at deanberris.github.com and his C++ blog at www.cplusplus-soup.com.
Studying the well designed libraries is recommended to master C++ concepts, and the goal of this article is to discover some memcache++ design choices that makes it easy to understand and use.
The Task Scheduler schedules and coordinates tasks at run time. A task is a unit of work that performs a specific job. The Task Scheduler manages the details that are related to efficiently scheduling tasks on computers that have multiple computing resources.
Windows OS provides a preemptive kernel-mode scheduler,it’s a round-robin, priority-based mechanism that gives every task exclusive access to a computing resource for a given time period, and then switches to another task.Although this mechanism provides fairness (every thread makes forward progress), it comes at some cost of efficiency.For example, many computation-intensive algorithms do not require fairness. Instead, it is important that related tasks finish in the least overall time. Cooperative scheduling enables an application to more efficiently schedule work.
Visual C++ 2010 comes with interesting new features and enhancements to simplify more native programming. The Concurrency Runtime is an added framework to simplify parallel programming and helps you write robust, scalable, and responsive parallel applications.
The Concurrency Runtime raises the level of abstraction so that you do not have to manage the infrastructure details that are related to concurrency. The Concurrency Runtime also enables you to specify scheduling policies that meet the quality of service demands of your applications.