Events : Standard C++

Home » Blog » Categories » Events

« Prev Next »

Events

CppCon 2024 Gazing Beyond Reflection for C++26 -- Daveed Vandevoorde

By Blog Staff | Sep 3, 2024 08:25 AM | Tags: None

Registration is now open for CppCon 2024! The conference starts on September 15 and will be held in person in Aurora, CO. To whet your appetite for this year’s conference, we’re posting some upcoming talks that you will be able to attend this year. Here’s another CppCon future talk we hope you will enjoy – and register today for CppCon 2024!

Gazing Beyond Reflection for C++26

Friday, September 20 16:15 - 18:00 MDT

by Daveed Vandevoorde

Summary of the talk:

In less than a year since its original publication, the WG21 proposal “Reflection for C++26” (P2996) has made good progress towards its titular goal. From its inception, we intended that design to offer a modest-but-useful set of features with a solid foundation on top of which we will be able to incrementally grow an easy-to-use, rich, and extensible C++ meta-programming framework. This keynote will review some of the fundamental tools proposed in P2996 and follow up with a vision for some additional capabilities that we’re working on.

David ("Daveed") Vandevoorde is a Belgian computer scientist who lives near Princeton, NJ, USA. He is vice-president of engineering at the Edison Design Group (EDG), where he contributes primarily to the implementation of their C++ compiler front end. He is an active member of the C++ standardization committee where he is primarily active in the core language evolution work. His recent work in that context has primarily been about extending the capabilities of “constexpr evaluation”. Daveed is also one of the five members of the committee’s “direction group”. He is the primary author of the well-regarded “C++ Templates: A Complete Guide” (now available in its second edition).

CppCon 2024 When Nanoseconds Matter: Ultrafast Trading Systems in C++ -- David Gross

By Blog Staff | Sep 2, 2024 02:13 PM | Tags: None

When Nanoseconds Matter: Ultrafast Trading Systems in C++

Thursday, September 19 10:30 - 12:00 MDT

by David Gross

Summary of the talk:

Achieving low latency in a trading system cannot be an afterthought; it must be an integral part of the design from the very beginning. While low latency programming is sometimes seen under the umbrella of "code optimization", the truth is that most of the work needed to achieve such latency is done upfront, at the design phase. How to translate our knowledge about the CPU and hardware into C++? How to use multiple CPU cores, handle concurrency issues and cost, and stay fast?

In this talk, I will be sharing with you some industry insights on how to design from scratch a low latency trading system. I will be presenting building blocks that application developers can directly re-use when in their trading systems (or some other high performance, highly concurrent applications).

Additionally, we will delve into several algorithms and data structures commonly used in trading systems, and discuss how to optimize them using the latest features available in C++. This session aims to equip you with practical knowledge and techniques to enhance the performance of your systems and make informed decisions about the tools and technologies you choose to employ.

CppCon 2024 To Int or to Uint, This is the Question -- Alex Dathskosky

By Blog Staff | Aug 31, 2024 03:25 PM | Tags: None

To Int or to Uint, This is the Question

Thursday, September 19 15:15 - 16:15 MDT

by Walter E. Brown

Summary of the talk:

In our daily work, we often use integral data types to perform arithmetic calculations, but we may not always consider how the selection of the data type can affect performance and compiler optimizations. This talk will delve into the importance of choosing the correct data type for the job and how it impacts compiler optimizations. We will also examine the overall performance implications for the application. We will explore specific algorithms where using unsigned data types is more beneficial and other situations where signed data types are the best choice. Furthermore this talk will dive into the differences between signed and unsigned integers, how the processor handles certain operations and explain many of the surprising pitfalls of using integral types.
Attendees will come away with a deeper understanding of how data type selection can impact their code and how to make better choices for optimal performance.

This session will follow the guidelines from my short article on LinkedIn but it will go into higher details and contain more examples and explanations.

Alex has over 17 years of software development experience, working on systems, low-level generic tools and high-level applications. Alex has worked as an integration/software developer at Elbit, senior software developer at Rafael, technical leader at Axxana, Software manager at Abbott Israel and now a group manager a technical manager at Speedata.io an Exciting startup the will change Big Data and analytics as we know it .On His current Job Alex is developing a new CPU/APU system working with C++20, Massive metaprogramming and development of LLVM to create the next Big thing for Big Data. _x000D_
_x000D_
Alex is a C++ expert with a strong experience in template meta-programming. Alex also teaches a course about the new features of modern C++, trying to motivate companies to move to the latest standards.

CppCon 2024 C++ Exceptions for Smaller Firmware -- Khalil Estell

By Blog Staff | Aug 29, 2024 03:14 PM | Tags: None

C++ Exceptions for Smaller Firmware

Tuesday, September 17 10:30 - 12:00 MDT

by Khalil Estell

Summary of the talk:

For years, developers have overlooked a powerful tool for reducing binary size: C++ exceptions. Join me on a deep dive into the world of exceptions and discover how they can be harnessed to create more space efficient firmware. We’ll explore the requirements and best practices of embedded development, and show what is required to use exceptions in that environment. By the end of this talk, you’ll have a thorough understanding of how exceptions are handled, what their space costs are, and how exceptions compare to functional errors as values.

Khalil is a ISO C++ Committee Member and has extensive experience writing production firmware.

CppCon 2024 An Ode to Concepts -- Nina Ranns

By Blog Staff | Aug 28, 2024 01:51 PM | Tags: None

An Ode to Concepts

Friday, September 20 09:00 - 10:00 MDT

by Nina Ranns

Summary of the talk:

Concepts are a long awaited C++ feature. They allow constraining a template in a much more elegant way than various enable_if tricks. In this lecture we cover the basics of concepts syntax, how to write a concept and how to apply a concept in your code. Then we look at one woman's experience of implementing a heavily constrained type before and after introduction of concepts.

Nina Ranns has been a member of the C++ standard committee since 2013, focusing mostly on the core part of the language, and committee secretary since 2018. Throughout her career she has worked for Siemens, Motorola, Datasift, and Symantec on everything from parts of the UMTS network to cloud based antivirus products. Currently an independent consultant with contracts for EDG, QT, and most recently Bloomberg, where she is eagerly extending her library knowledge and helping create new polymorphic-allocator friendly library types.

Reminder: CppCon 2024 Regular registration ends Friday, Late registration opens Saturday

By Blog Staff | Aug 26, 2024 09:14 AM | Tags: None

The opening keynote of CppCon 2024 is just 20 days away! The program has over 100 great talks and panels, and the five keynotes have been announced:

Monday, Herb Sutter. "Peering forward: C++'s next decade" (Sched)
Tuesday, Khalil Estell. "C++ Exceptions for smaller firmware" (Sched)
Wednesday, Amanda Rousseau. "Embracing an adversarial mindset for C++ security" (Sched)
Thursday, David Gross. "When nanoseconds matter: Ultrafast trading systems in C++" (Sched)
Friday, Daveed Vandevoorde. "Gazing Beyond Reflection for C++26"

If you're interested in savings, the Regular price for on-line and on-site tickets is available until this Friday, August 30. After that tickets will still be available right up to the conference, but at the late registration ticket price.

To register for CppCon 2024 at the Regular rate, click this link this week.

For details of on-line and on-site tickets, see the Registration page which includes information about student registration discounts, group rates, the CppCon Academy (extra pre- and post-conference classes by world-renowned instructors including online classes for those who can't be there in person), the community dinner, the "Meet the Presenters" banquet, and much more!

CppCon 2024 Back to Basics: Functional Programming in C++ -- Jonathan Müller

By Blog Staff | Aug 23, 2024 12:48 PM | Tags: None

Back to Basics: Functional Programming in C++

Thursday, September 19 09:00 - 10:00 MDT

by Jonathan Müller

Summary of the talk:

Functional programming is a declarative way of writing programs by composing functions.
In many situations, this can lead to code that is easier to write and understand and less error-prone.
However, it requires a shift to a more functional mindset.
This talk gives an introduction to functional programming in C++ using the modern standard library.
We will cover algorithms using `std::ranges`, composable error handling with `std::optional` and `std::expected`, algebraic data types, and separating IO from computation.
In the end, we'll even cover the M-word.

Jonathan is a Software Engineer at think-cell. There, he is responsible for maintaining think-cell's core libraries, which include a custom range library, a fast and convenient JSON parser, and many other utilities and data structures to write elegant C++ code. Before working at think-cell, he wrote many useful open-source C++ libraries. He is also a member of the C++ standardization committee, where he serves as the assistant chair for std::ranges, and a frequent conference speaker.

CppCon 2024 Building Safe and Reliable Surgical Robotics with C++ -- Milad Khaledyan

By Blog Staff | Aug 22, 2024 12:45 PM | Tags: None

Building Safe and Reliable Surgical Robotics with C++

Wednesday, September 18 15:15 - 16:15 MDT

by Milad Khaledyan

Summary of the talk:

This talk examines the use of C++ in building distributed robotic surgical systems, emphasizing safety, performance, and reliability. While C++ offers strong performance benefits, it also presents challenges in meeting industry standards and regulations in the medical technology field. We discuss the architectural decisions and strategies employed to meet international safety standards for medical devices, and present techniques for writing efficient, safe and reliable software. Our experience in building a surgical robotic system serves as a case study, highlighting the challenges and solutions in this highly regulated domain.

Milad Khaledyan is a Staff Robotics Software Engineer at Johnson & Johnson MedTech, based in Santa Clara, CA, USA. With extensive experience across various companies, he specializes in software development for robotics in medical devices, as well as autonomous robots in manufacturing settings. Milad earned his doctoral degree in Mechanical Engineering, specializing in Robotics and Control, from Louisiana State University in 2018.

CppCon 2024 Leveraging C++20/23 Features for Low Level Ineractions -- Jeffrey Erickson

By Blog Staff | Aug 21, 2024 12:41 PM | Tags: None

Leveraging C++20/23 Features for Low Level Ineractions

Tuesday, September 17 14:00 - 15:00 MDT

by Jeffrey Erickson

Summary of the talk:

Low level interactions are a core part of embedded implementations. All too often, C++ developers rely on C constructs and interactions due to prior biases around language support. Herein we present effective leveraging of C++20 and C++23 constructs in an embedded driver code base. From using an existing C driver more effectively with modern C++ smart pointers to leveraging constexprs for bit and byte manipulation in the standard library, we will go over how you can stay on the cutting edge of the C++ language evolution in the embedded space.

Jeffrey E Erickson works in HW/SW Codesign Architecture at Altera, an Intel company. He holds a BS in Electrical and Computer Engineering from the University of Virginia and a doctorate from Rutgers University and UMDNJ. For 15 years he has worked in embedded systems development including FPGA-processor integration, secure firmware development, and systems modeling. He holds 3 patents in image processing and signal integrity.

CppCon 2024 Peering Forward - C++'s Next Decade -- Herb Sutter

By Blog Staff | Aug 20, 2024 09:25 AM | Tags: None

Peering Forward - C++'s Next Decade

Monday, September 16 08:45 - 10:30 MDT

by Herb Sutter

Summary of the talk:

This is an exciting year for ISO C++: In just the past few months, it has started to become clear that C++ is approaching three major positive turning points that are starting to materialize together in a blossoming of usability we haven’t seen since C++11.

First, compile-time reflection, including source generation, will dominate the next decade of C++ as arguably the most powerful feature that we’ve ever standardized, and (fingers crossed!) it’s on track for being included in C++26 in the coming months. I expect reflection’s impact on library building to be comparable to that of all the other library-building improvements combined that we’ve added since C++98.

Related: The CppCon 2024 Friday keynote will be all about reflection… more about that will be announced soon!

Second, memory safety is being taken seriously in WG21. After a decade or two of gradual smaller improvements, the committee is actively working toward taking the major step of enabling well-known proven-effective safety checks at compile time by default, without compromising performance.

Related: The CppCon 2024 Monday evening panel and Wednesday keynote will be all about safety… more about those will be announced soon!

Third, simplifying C++ is being taken seriously. I’m not the only person actively proposing simplifications to C++, and I expect the rate of simplification proposal papers to increase again in the coming year as the fruits of in-the-field experiments turn into evidence that the experimental improvements are working and are ready to be considered for ISO C++ itself to benefit all programmers.

Most of all, the above overlap and reinforce each other. For example, reflection will enable writing more new facilities as compile-time libraries instead of as language features that have to be baked into a compiler, which helps simplify future language evolution. Reflection will also enable compile-time libraries that let developers express their intent directly and leave it to the library code to accurately generate correct implementations, which helps reduce errors and makes our code both simpler and safer.

ISO C++ has long been solidly in the top 5 programming languages and is going strong. This talk presents reasons to expect that C++’s future is bright, and that perhaps its most important decade is just ahead.

Herb is an author, designer of several Standard C++ features, and chair of the ISO C++ committee and the Standard C++ Foundation. His current interest is simplifying C++.