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1000 results for “cpp”
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So, the next one thing! "Dima stand 🧍♂️" (https://codeberg.org/xolatgames/Dima-stand) now uses Assimp as a library for parsing 3D model files (instead of the parser that I was wrote by my own), and even Bullet Physics SDK for creation some 3D physic.
#cpp #cplusplus #cmake #assimp #bullet3 #bullet #3d #3dgame #simulator #codeberg #opensource #codelite #linux #stb #stb_image #blender #blender3d #gimp #gimp3 #glfw #glfw3 #opengl #glm
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So, the next one thing! "Dima stand 🧍♂️" (https://codeberg.org/xolatgames/Dima-stand) now uses Assimp as a library for parsing 3D model files (instead of the parser that I was wrote by my own), and even Bullet Physics SDK for creation some 3D physic.
#cpp #cplusplus #cmake #assimp #bullet3 #bullet #3d #3dgame #simulator #codeberg #opensource #codelite #linux #stb #stb_image #blender #blender3d #gimp #gimp3 #glfw #glfw3 #opengl #glm
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Segment Heap support for C++ projects in Visual Studio
https://devblogs.microsoft.com/cppblog/segment-heap-support-for-c-projects-in-visual-studio/
#cpp #visualstudio #programming #debugging #softwaredev #windowsdev
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: Generating Language Bindings using C++ Reflection by Callum Piper
https://accuonsea.uk/2026/sessions/generating-language-bindings-using-cpp-reflection
Register now at https://accuonsea.uk/tickets/
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C++: The Documentary TRAILER│COMING JUNE 4th
https://youtube.com/watch?v=NXwTRzywDSk -
C++: The Documentary TRAILER│COMING JUNE 4th
https://youtube.com/watch?v=NXwTRzywDSk -
C++: The Documentary TRAILER│COMING JUNE 4th
https://youtube.com/watch?v=NXwTRzywDSk -
C++: The Documentary TRAILER│COMING JUNE 4th
https://youtube.com/watch?v=NXwTRzywDSk -
ACCU on Sea 2026 SESSION ANNOUNCEMENT: Portable Reflection in C++26 by Dan Katz
https://accuonsea.uk/2026/sessions/portable-reflection-in-cpp26
Register now at https://accuonsea.uk/tickets/
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Day 10/75: Sliding window - variable size
Today's note was about using a stable invariant so sliding window - variable size feels like a process instead of a trick. I kept coming back to the same checks: name the exact window, prefix, or pointer region each variable owns, reuse prior work instead of recomputing the same range each iteration, and test boundary sizes first because they expose weak invariants quickly.
The failure mode worth watching is moving boundaries before stating what region they actually represent. If that happens, the implementation usually looks busy while the invariant is already gone.
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Day 10/75: Sliding window - variable size
Today's note was about using a stable invariant so sliding window - variable size feels like a process instead of a trick. I kept coming back to the same checks: name the exact window, prefix, or pointer region each variable owns, reuse prior work instead of recomputing the same range each iteration, and test boundary sizes first because they expose weak invariants quickly.
The failure mode worth watching is moving boundaries before stating what region they actually represent. If that happens, the implementation usually looks busy while the invariant is already gone.
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Day 10/75: Sliding window - variable size
Today's note was about using a stable invariant so sliding window - variable size feels like a process instead of a trick. I kept coming back to the same checks: name the exact window, prefix, or pointer region each variable owns, reuse prior work instead of recomputing the same range each iteration, and test boundary sizes first because they expose weak invariants quickly.
The failure mode worth watching is moving boundaries before stating what region they actually represent. If that happens, the implementation usually looks busy while the invariant is already gone.
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Day 10/75: Sliding window - variable size
Today's note was about using a stable invariant so sliding window - variable size feels like a process instead of a trick. I kept coming back to the same checks: name the exact window, prefix, or pointer region each variable owns, reuse prior work instead of recomputing the same range each iteration, and test boundary sizes first because they expose weak invariants quickly.
The failure mode worth watching is moving boundaries before stating what region they actually represent. If that happens, the implementation usually looks busy while the invariant is already gone.
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📖 Modern C++ Programming Course (C++03/11/14/17/20/23/26) https://github.com/federico-busato/Modern-CPP-Programming
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TIL about C++ fold expressions 🤯
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: Incrementally Migrating C++ to a Memory Safe Language by Tim Condon
https://accuonsea.uk/2026/sessions/incrementally-migrating-cpp-to-a-memory-safe-language
Register now at https://accuonsea.uk/tickets/
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Today is the 8th anniversary of C++ Insights. In my latest post, I discuss its status and the gift for this special day.
https://andreasfertig.com/blog/2026/05/happy-8th-anniversary-cpp-insights/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: Fast, High-Quality Pseudo-Random Numbers for Non-Cryptographers by Roth Michaels
https://accuonsea.uk/2026/sessions/fast-high-quality-pseudo-random-numbers-for-non-cryptographers/
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: Fast, High-Quality Pseudo-Random Numbers for Non-Cryptographers by Roth Michaels
https://accuonsea.uk/2026/sessions/fast-high-quality-pseudo-random-numbers-for-non-cryptographers/
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: Fast, High-Quality Pseudo-Random Numbers for Non-Cryptographers by Roth Michaels
https://accuonsea.uk/2026/sessions/fast-high-quality-pseudo-random-numbers-for-non-cryptographers/
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: Fast, High-Quality Pseudo-Random Numbers for Non-Cryptographers by Roth Michaels
https://accuonsea.uk/2026/sessions/fast-high-quality-pseudo-random-numbers-for-non-cryptographers/
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: Fast, High-Quality Pseudo-Random Numbers for Non-Cryptographers by Roth Michaels
https://accuonsea.uk/2026/sessions/fast-high-quality-pseudo-random-numbers-for-non-cryptographers/
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: C++ Magic Statics Demystified - History, Internals, Pitfalls, and Optimizations by Kathleen Baker & Chandranath Bhattacharyya
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: C++ Magic Statics Demystified - History, Internals, Pitfalls, and Optimizations by Kathleen Baker & Chandranath Bhattacharyya
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: C++ Magic Statics Demystified - History, Internals, Pitfalls, and Optimizations by Kathleen Baker & Chandranath Bhattacharyya
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: C++ Magic Statics Demystified - History, Internals, Pitfalls, and Optimizations by Kathleen Baker & Chandranath Bhattacharyya
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: C++ Magic Statics Demystified - History, Internals, Pitfalls, and Optimizations by Kathleen Baker & Chandranath Bhattacharyya
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: Refactoring With C++20/23 Ranges - Cleaner Code, Clearer Algorithms by Aliaksandr Kharlamau
https://accuonsea.uk/2026/sessions/refactoring-with-cpp20-23-ranges-cleaner-code-clearer-algorithms/
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: Opening the Black Box - Legally Testing Private Members in C++ by Hubert Liberacki
https://accuonsea.uk/2026/sessions/opening-the-black-box-legally-testing-private-members-in-cpp/
Register now at https://accuonsea.uk/tickets/
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ACCU on Sea 2026 SESSION ANNOUNCEMENT: Opening the Black Box - Legally Testing Private Members in C++ by Hubert Liberacki
https://accuonsea.uk/2026/sessions/opening-the-black-box-legally-testing-private-members-in-cpp/
Register now at https://accuonsea.uk/tickets/