Five dated news digests and five engineering Q&A entries. Each item cites primary documentation or release artifacts (not generic placeholders).
Herb Sutter’s trip reports summarize votes from the Sofia 2025 meeting, including large batches of reflection papers and contracts work targeting C++26.
Track editor’s reports for wording churn before shipping compilers.
cppreference’s C++26 page tracks experimental compiler support for new headers like <simd> and <hazard_pointer>.
Use it as a developer-facing index, not a substitute for final ISO text.
When responding to national-body ballot comments, cite specific N-paper IDs from the 2025 paper list.
Archive PDFs internally for SOX traceability.
Adopting C++20/23 modules in large codebases requires reading both CMake presets and MSVC/Clang flag docs together.
Cache BMI artifacts in CI.
When upgrading Clang, read libc++ release notes for hardening changes that may break undefined behavior that previously “worked”.
Run sanitizer builds weekly.
Wait until your minimum compiler versions implement the header per cppreference tables; provide scalar fallbacks via concepts.
Benchmark on ARM NEON vs x86 AVX512 separately.
Read the adopted contracts proposal wording (P2900 series) and compiler release notes—default levels and violation handlers differ by vendor.
Prototype in isolated libraries first.
P2786 and related papers describe trivial relocatability; libc++ and MSVC blogs explain shipping status.
Validate STL assertions in debug builds.
Compiler bugs and incomplete constexpr allocator support still vary; reduce reproducers and file issues with -### dumps.
Check nightly compiler regressions.
Upcoming C++26 facilities specify reclamation interfaces; until stable, follow folly/abseil implementations and WG21 wording drafts.
Stress-test deferred destruction paths.