Daniela Engert explores the significant push towards memory safety in C++26, detailing how the language is evolving to address long-standing vulnerabilities. The talk covers the critical distinction between security and functional safety, the nuances of undefined behavior, and introduces powerful new features like Standard Library Hardening and a formal Contracts system to help developers write safer, more reliable code.
Yusuf Olokoba, founder of Muna, details a compiler-based approach to transform Python AI functions into self-contained native binaries. This talk explores the technical pipeline, including custom AST-based tracing, type propagation, and the strategic use of LLMs for code generation, enabling a universal, OpenAI-style client for running any model on any platform.
Sy Brand, author of "Building a Debugger," and Tim Misiak explore how implementing a debugger is one of the most effective ways to gain a deep understanding of operating systems, compilers, and hardware. They delve into the unexpected complexities of core features like stack unwinding and code stepping, the challenges posed by legacy APIs like ptrace and debug formats like DWARF, and the future of debugging with advancements in time travel debugging and tools for optimized code.
A conversation with C++ expert Patrice Roy, author of 'Memory Management in C++', exploring the core principles of modern memory management. The discussion covers the pitfalls of over-allocation, the nuanced use of smart pointers, the importance of measurement before optimization, and when to consider custom allocators for peak performance.