Skip to main content

DDS Programming using Modern C++

I'm not the only one who agrees that C++ is the awesomest language for network programming. Raw network programming, however, is very low-level and leads to many distractions that reduce productivity. Networking middlewares provide higher-level network programming models while taking care of many accidental complexities that would otherwise likely to plague your distributed system. One such standards-based networking middleware is Data Distribution Service (DDS) and now there is a modern C++ binding for programming high-performance distributed real-time systems using DDS. The API is now finalized by the Object Management Group (OMG) and is known as the DDS-PSM-Cxx standard.

I have two upcoming talks on the DDS-PSM-Cxx. One is in the San Francisco Bay Area and another in Aspen (Yes, C++ Now'13!) . Find out what DDS-PSM-Cxx is about and what will be covered in the talks in this new blog post on DDS Programming using Modern C++.

Comments

Anonymous said…
Very good info in your blog.
http://ccppcoding.blogspot.com/
Wed Mar 06, 05:56:00 AM PST
Narasing said…
Fantastic post and great sight with really finer points of C++ programming. I have immensely enjoying going through all your blog posts.

Thank you!! I would love to see some presentation or article /blog post/write up on shared memory programming in C++(boost, poco or whatever else). Hope you can
Sun May 05, 10:31:00 PM PDT
Change MAC Address said…
I think C++ has lost its craze from people ever since Java came into picture. Who wouldn't like to go with the most advanced programming language?

Regards,
Silvester Norman
Tue Aug 06, 05:45:00 AM PDT
Post a Comment

Popular Content

Multi-dimensional arrays in C++11

What new can be said about multi-dimensional arrays in C++? As it turns out, quite a bit! With the advent of C++11, we get new standard library class std::array. We also get new language features, such as template aliases and variadic templates. So I'll talk about interesting ways in which they come together. It all started with a simple question of how to define a multi-dimensional std::array. It is a great example of deceptively simple things. Are the following the two arrays identical except that one is native and the other one is std::array? int native[3][4]; std::array<std::array<int, 3>, 4> arr; No! They are not. In fact, arr is more like an int[4][3]. Note the difference in the array subscripts. The native array is an array of 3 elements where every element is itself an array of 4 integers. 3 rows and 4 columns. If you want a std::array with the same layout, what you really need is: std::array<std::array<int, 4>, 3> arr; That's quite annoying for...
20 comments
Read more

Review of Manning's Functional Programming in C++

Last year I reviewed the pre-print manuscript of Manning's Functional Programming in C++ written by Ivan Čukić. I really enjoyed reading the book. I enthusiastically support that the book Offers precise, easy-to-understand, and engaging explanations of functional concepts. Who is this book for This book expects a reasonable working knowledge of C++, its modern syntax, and semantics from the readers. Therefore, reading this book might require a companion book for C++ beginners. I think that’s fair because FP is an advanced topic. C++ is getting more and more powerful day by day. While there are many FP topics that could be discussed in such a book, I like the practicality of the topics selected in this book. Here's the table of contents at a glance. This is a solid coverage of functional programming concepts to get a determined programmer going from zero-to-sixty in a matter of weeks. Others have shared their thoughts on this book as well. See Rangarajan Krishnamo...
Post a Comment
Read more

Want speed? Use constexpr meta-programming!

It's official: C++11 has two meta-programming languages embedded in it! One is based on templates and other one using constexpr . Templates have been extensively used for meta-programming in C++03. C++11 now gives you one more option of writing compile-time meta-programs using constexpr . The capabilities differ, however. The meta-programming language that uses templates was discovered accidently and since then countless techniques have been developed. It is a pure functional language which allows you to manipulate compile-time integral literals and types but not floating point literals. Most people find the syntax of template meta-programming quite abominable because meta-functions must be implemented as structures and nested typedefs. Compile-time performance is also a pain point for this language feature. The generalized constant expressions (constexpr for short) feature allows C++11 compiler to peek into the implementation of a function (even classes) and perform optimization...
37 comments
Read more