Killing C++ Serialization Overhead & Complexity
One of the hottest topics in C++ being data serialization, which is a major enabler for inter process communication, persisting the state of the program, or storing information in convenient way. That’s why there are countless data serialization frameworks out there, even ones made for cross programming-language communication.
When considering a serialization framework we face many considerations - convenience of use, performance, size of the library, size of the data, is the library applicable for embedded, support for cross language communication, build system dependencies (for those requiring to generate code in build time), and many more.
If I got you wondering about the above, and you are looking for some modern C++20 zero overhead macro-less serialization that requires close to nothing from you as a developer, together with almost unmatched performance, freestanding/embedded support out of the box, and a fair chance to blow your mind, this session is for you, hope to see you there!
Eyal Zedaka
Eyal Zedaka is a technical leader and C++ instructor, with more than 10 years of experience in C++, operating systems and device security. He is currently with Microsoft as principal manager, responsible for OS application sandboxing through virtualization. In the past, Eyal was manager of device security engineering of the Magic Leap augmented reality device, where he lead security features development and security research of the device, as well as the security architecture of the device and SoC from the requirement stage. Eyal designed C++ freestanding libraries for trusted execution environments, worked closely with embedded teams regarding C++ use in lower level areas. He has spoken at CppCon 2021 about using coroutines to implement C++ exceptions in freestanding environment and embedded systems.