Slide deck guidelines for presenters
| Paepcke | |
|---|---|
| Morning (9:00-10:30) | Keynote: Better Code |
| Bethe | Booz Allen Hamilton | Flug | |
|---|---|---|---|
| Morning (11:00-12:30) | Flowz: Towards an EDSL for Digital Signal Processing | Typegrind: Type Preserving Heap Profiler for C++ | C++14 Dependency Injection |
| Afternoon (2:00-3:30) | Proper Inheritance (Part 1) | CopperSpice: The Next Generation of Signals | Practical Performance Practices |
| Afternoon (4:00-5:30) | Proper Inheritance (Part 2) | Metaprogramming for Dummies | Monoids, Monads and Applicative Functors: Repeated Software Patterns |
| Bethe | Booz Allen Hamilton | Flug | |
|---|---|---|---|
| Morning (9:00-10:30) | Let's Make a Web Match-3 Game in C++14 | Multithreading is the Answer. What was the Question? (Part 1) | Variadic Expansion in Examples |
| Morning (11:00-12:30) | IoC++: An IoC Framework for C++ | Multithreading is the Answer. What was the Question? (Part 2) | Implementing Static Control Flow in C++14 |
| Afternoon (2:30-4:00) | The Effective Structured Data Marshalling/Demarshalling Through Boost.Fusion Introspection in a High Performance Web Service | Preprocessor-Aware Automated Refactoring | Exceptional Performance |
| Afternoon (4:30-6:00) | Extending C++ with Co-Array Semantics | Progress on Contract Support for C++17 | C++ Tool Support: Where We Are and Where We Are Heading |
| Why and How To Add Scripting |
| Bethe | Booz Allen Hamilton | Flug | |
|---|---|---|---|
| Morning (9:00-10:30) | The Design of a New C++ Build Toolchain | C++ Performance in Practice: Align, Vectorise, Cache, Jump! | Goodbye Metaprogramming, and Hello Functional: Living in a Post-Metaprogramming Era in C++ |
| Morning (11:00-12:30) | Understanding Boost.Build | Simple Hand Written Parsers | An Interesting Lock-free Queue: Part 2 of N |
| Afternoon (2:30-4:00) | HPX and GPU Parallelized STL | The Fiber Library | Implementing tuple in C++17 |
| Afternoon (4:30-6:00) | What is the Basic Interface? | The CPU Cache: Instruction Re-Ordering Made Obvious | No Sane Compiler would Optimize Atomics |