π§ C++/WinRT access specifiers hit differently.
Implemented interface = public π
- public = module-internal π¦
- protected = derived types
- private = same class π
The Old New Thing explains why.
Read π
https://t.co/fkdeptemmh
Semantic search is powerful, but sometimes exact keywords are still the answer. Anna Hoffman tackles why the real answer might be a hybrid of both: https://t.co/f1OSveSC7p
What if you could group unrelated types without an inheritance hierarchy? Dustin Campbell and Mads Torgersen explore C# unions: https://t.co/R3sAiC2an8
Code as an asset, not an artifact. AI writes it fast, but future you maintains it. That's exactly what Mads Kristensen gets into: https://t.co/pjqOB9jT7D
Give AI tools, not just prompts. Kayla Cinnamon and James Montemagno build a custom tool the model can call instead of guessing. See it in action: https://t.co/rum6vVm8Ia
AI found a 90% optimization. It still needed an engineer's judgment call. Mark Downie and Sireesha Pisipati get into it.
See how: https://t.co/UVqRjgpwqG
π€― How can an undefined CPU opcodeβ¦ have operands?
Welcome to x86 history. π§ βοΈ
0F FF could be decoded + parse operands before π₯ invalid opcode. Then backward compatibility helped keep PADDQ out of its natural slot.
CPU archaeology awaits. πΊ
Read π https://t.co/ZnZnADLyeX
π₯ Your CPU just hit code that should never execute. But was it int 3 or ud2? π
int 3 β βthereβs no code hereβ ud2 β βyou reached an unreachable/undefined pathβ π¬
Same crashy vibes. Very different debugging clues. π§ βοΈ
π https://t.co/vmcWc54zVm
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π₯ Think hot-patching started recently? Think again.
Windows on Itanium shipped with a surprisingly elegant hot-patching design that made live updates much simpler than you'd expect. βοΈπ€―
A fascinating deep dive into OS and CPU architecture history.
π https://t.co/KGX984eiJA