What Made You Fall in Love With C++—and What Almost Made You Quit?
This is a great opportunity to share your life story as a C++ programmer: how you started, why you chose C++, what your first impressive project made purely for fun was, and what kind of job you do.
You can share all of that here!
I would also love to hear the criticism—the days when you wanted to escape from boring CRUD and API projects, as well as the happiest days of your life when you finally got the chance to work on your dream job.
https://redd.it/1uto7bm
@r_cpp
This is a great opportunity to share your life story as a C++ programmer: how you started, why you chose C++, what your first impressive project made purely for fun was, and what kind of job you do.
You can share all of that here!
I would also love to hear the criticism—the days when you wanted to escape from boring CRUD and API projects, as well as the happiest days of your life when you finally got the chance to work on your dream job.
https://redd.it/1uto7bm
@r_cpp
Reddit
From the cpp community on Reddit
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Building a tool for offline coding practice on flights/trips — would you actually use this?
Hey everyone,
I'm a developer working on a side project/startup idea and wanted to get honest feedback before I sink more time into it.
The idea: a website where you pick a programming language and a specific track (e.g., Go basics, or backend development with Go), and it generates a downloadable offline package — documentation, tutorials, and exercises — packed into a zip file. You download it before you lose internet access (long flight, train, remote area, wherever), and once offline you just open it in your browser like a normal site. No connection needed.
I know there are already tools like DevDocs, Dash, and Zeal that let you save documentation offline. What I'm trying to do differently is focus on structured learning tracks with exercises, not just a raw doc viewer — more like a self-contained mini-course you can work through with zero connectivity.
I'm trying to figure out monetization without doing a subscription (that already feels like the wrong model for something people might use a handful of times a year). Current thinking is one-time purchase per track, or eventually partnering with airlines.
Genuine questions for you all:
1. Would you pay a small one-time fee for something like this? (like 5 dollars)
2. Would you use it even if it were free — or does existing offline documentation (Dash, DevDocs, etc.) already solve this well enough for you?
Trying not to build something nobody wants, so brutally honest feedback is welcome. Thanks!
https://redd.it/1utrasf
@r_cpp
Hey everyone,
I'm a developer working on a side project/startup idea and wanted to get honest feedback before I sink more time into it.
The idea: a website where you pick a programming language and a specific track (e.g., Go basics, or backend development with Go), and it generates a downloadable offline package — documentation, tutorials, and exercises — packed into a zip file. You download it before you lose internet access (long flight, train, remote area, wherever), and once offline you just open it in your browser like a normal site. No connection needed.
I know there are already tools like DevDocs, Dash, and Zeal that let you save documentation offline. What I'm trying to do differently is focus on structured learning tracks with exercises, not just a raw doc viewer — more like a self-contained mini-course you can work through with zero connectivity.
I'm trying to figure out monetization without doing a subscription (that already feels like the wrong model for something people might use a handful of times a year). Current thinking is one-time purchase per track, or eventually partnering with airlines.
Genuine questions for you all:
1. Would you pay a small one-time fee for something like this? (like 5 dollars)
2. Would you use it even if it were free — or does existing offline documentation (Dash, DevDocs, etc.) already solve this well enough for you?
Trying not to build something nobody wants, so brutally honest feedback is welcome. Thanks!
https://redd.it/1utrasf
@r_cpp
Reddit
From the cpp community on Reddit
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Looking for C++ / Systems / HFT Internship or New Grad Opportunities
Title: Looking for C++ / Systems / HFT Internship or New Grad Opportunities
Hi everyone,
I'm currently looking for Software Engineering Intern, C++ Developer, Systems Programming, or HFT/Low-Latency Engineering opportunities.
Over the past year, I've focused heavily on C++, Linux, competitive programming, and building projects that pushed me beyond my comfort zone.
A few highlights about my profile:
Codeforces Specialist
CodeChef 4★
Strong foundation in DSA and Modern C++
Comfortable with Linux, Git, and CMake
I've built two major C++ projects:
A systems programming project focused on low-level software engineering and performance.
A low-latency order book/trading systems project that has received 50+ GitHub stars and valuable feedback from engineers with HFT backgrounds, including people associated with firms like IMC Trading and Jane Street. Their suggestions helped me improve both the project and my understanding of high-performance systems.
I'm particularly interested in roles involving:
High-Performance C++
Systems Programming
Backend Engineering
Low-Latency Infrastructure
Distributed Systems
Quant/HFT Technology
I'm always eager to learn, take on challenging engineering problems, and contribute to real-world systems.
If your company is hiring interns or new graduates, or if you know of any opportunities that match my profile, I'd greatly appreciate any referrals, advice, or connections.
Feel free to DM me if you'd like to connect.
https://redd.it/1utud1j
@r_cpp
Title: Looking for C++ / Systems / HFT Internship or New Grad Opportunities
Hi everyone,
I'm currently looking for Software Engineering Intern, C++ Developer, Systems Programming, or HFT/Low-Latency Engineering opportunities.
Over the past year, I've focused heavily on C++, Linux, competitive programming, and building projects that pushed me beyond my comfort zone.
A few highlights about my profile:
Codeforces Specialist
CodeChef 4★
Strong foundation in DSA and Modern C++
Comfortable with Linux, Git, and CMake
I've built two major C++ projects:
A systems programming project focused on low-level software engineering and performance.
A low-latency order book/trading systems project that has received 50+ GitHub stars and valuable feedback from engineers with HFT backgrounds, including people associated with firms like IMC Trading and Jane Street. Their suggestions helped me improve both the project and my understanding of high-performance systems.
I'm particularly interested in roles involving:
High-Performance C++
Systems Programming
Backend Engineering
Low-Latency Infrastructure
Distributed Systems
Quant/HFT Technology
I'm always eager to learn, take on challenging engineering problems, and contribute to real-world systems.
If your company is hiring interns or new graduates, or if you know of any opportunities that match my profile, I'd greatly appreciate any referrals, advice, or connections.
Feel free to DM me if you'd like to connect.
https://redd.it/1utud1j
@r_cpp
Reddit
From the cpp community on Reddit
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Programs, Not Objects: How I Stopped Designing Architecture and Started Writing a 3D Editor
https://alexsyniakov.com/2026/07/11/programs-not-objects-how-i-stopped-designing-architecture-and-started-writing-a-3d-editor/
https://redd.it/1utxc6s
@r_cpp
https://alexsyniakov.com/2026/07/11/programs-not-objects-how-i-stopped-designing-architecture-and-started-writing-a-3d-editor/
https://redd.it/1utxc6s
@r_cpp
Alex on software development
Programs, Not Objects: How I Stopped Designing Architecture and Started Writing a 3D Editor
Today’s post is a bit different from my usual deep dives into mesh geometry. It’s a story about architecture – and about going back to the beginning. Think back to how you learned…
i had to port my odin game to cpp
i finally got the game working in web but it doesnt look right butler status rawptr/hexbound:html5 i had to use butler and port from odin to c https://rawptr.itch.io/hexbound
https://redd.it/1utz54e
@r_cpp
i finally got the game working in web but it doesnt look right butler status rawptr/hexbound:html5 i had to use butler and port from odin to c https://rawptr.itch.io/hexbound
https://redd.it/1utz54e
@r_cpp
itch.io
HexBound by RawPtrStudios
rogue lite, turn based rpg made for raylib game jam. Play in your browser
GoCL – A C++20 Vulkan proxy with zero‑overhead dispatch, SPIR‑V rewriting, and lazy‑loaded backends
I’ve been working on a Vulkan optimisation layer and static library called GoCL. The C++ side ended up more interesting than I expected, so I wanted to share a few design choices.
It’s a Vulkan proxy (
C++ details that might interest this sub:
Capability oracle – on device creation, the engine queries every relevant physical device feature (texture compression, float16 support, descriptor indexing tiers, memory budget, etc.) and stores the result in a plain `DeviceCapabilities` struct. Every subsystem reads from that struct; there’s no virtual dispatch or runtime capability checks on the hot path. Decisions are data‑driven and branch‑predictable.
Proxy dispatch chain – the proxy hooks Vulkan entry points by patching a dispatch table (the loader’s
SPIR‑V rewriting – unsupported shader features (FP16, oversized descriptor sets) are detected and the binary is rewritten before the driver sees it. The rewriter is a lightweight in‑memory pass that widens FP16 ops to FP32 and splits large descriptor bindings. No external compiler, no LLVM dependency; it’s just a handful of C++ functions operating on the SPIR‑V binary blob.
Lazy‑loaded transcoder – the heavy Basis Universal encoder (used for ASTC→ETC2 texture conversion) is separated into
Zero per‑frame overhead – Callgrind instruction counts on a GTX 960M running 75+ Sascha Willems Vulkan examples: the proxy has \~3.8% fewer total instructions than native (3.806B vs 3.955B). FPS and frame times are identical within noise. All the work happens once at pipeline creation or texture load; the render loop is untouched.
Dual‑licensed under Apache‑2.0 OR MIT. Tested in CI with Mesa Lavapipe.
Architecture write‑up (covers the capability model, shader emulation, proxy internals, and the lazy‑load design):
GoCL – Architecture
GitHub: GoCL
Happy to discuss the C++ side – the capability oracle and the SPIR‑V rewriter in particular were fun to keep simple and predictable.
https://redd.it/1uu3392
@r_cpp
I’ve been working on a Vulkan optimisation layer and static library called GoCL. The C++ side ended up more interesting than I expected, so I wanted to share a few design choices.
It’s a Vulkan proxy (
vulkan_proxy.so / vulkan‑1.dll) and a static library (GoCL_core.a) that adapts rendering to the GPU’s actual capabilities at runtime. The proxy intercepts Vulkan calls and modifies them before they reach the driver, while the static library provides the same logic directly to engines that link against it. All C++20.C++ details that might interest this sub:
Capability oracle – on device creation, the engine queries every relevant physical device feature (texture compression, float16 support, descriptor indexing tiers, memory budget, etc.) and stores the result in a plain `DeviceCapabilities` struct. Every subsystem reads from that struct; there’s no virtual dispatch or runtime capability checks on the hot path. Decisions are data‑driven and branch‑predictable.
Proxy dispatch chain – the proxy hooks Vulkan entry points by patching a dispatch table (the loader’s
vkGetDeviceProcAddr pattern). The table is populated at vkCreateDevice time. On Linux the library is linked with -Wl,-z,now so all dynamic symbols are resolved eagerly at load time. Callgrind confirms zero lazy‑binding overhead in the render loop – dlopen/dlsym calls appear only in initialisation functions.SPIR‑V rewriting – unsupported shader features (FP16, oversized descriptor sets) are detected and the binary is rewritten before the driver sees it. The rewriter is a lightweight in‑memory pass that widens FP16 ops to FP32 and splits large descriptor bindings. No external compiler, no LLVM dependency; it’s just a handful of C++ functions operating on the SPIR‑V binary blob.
Lazy‑loaded transcoder – the heavy Basis Universal encoder (used for ASTC→ETC2 texture conversion) is separated into
gocl_transcoder.so, loaded via dlopen / LoadLibrary only when an ASTC texture is encountered. The static initialisers of the transcoder are therefore never invoked unless actually needed, keeping the proxy’s baseline footprint minimal.Zero per‑frame overhead – Callgrind instruction counts on a GTX 960M running 75+ Sascha Willems Vulkan examples: the proxy has \~3.8% fewer total instructions than native (3.806B vs 3.955B). FPS and frame times are identical within noise. All the work happens once at pipeline creation or texture load; the render loop is untouched.
Dual‑licensed under Apache‑2.0 OR MIT. Tested in CI with Mesa Lavapipe.
Architecture write‑up (covers the capability model, shader emulation, proxy internals, and the lazy‑load design):
GoCL – Architecture
GitHub: GoCL
Happy to discuss the C++ side – the capability oracle and the SPIR‑V rewriter in particular were fun to keep simple and predictable.
https://redd.it/1uu3392
@r_cpp
GitHub
GoCL/docs/ARCHITECTURE.md at main · thee3rdplayer/GoCL
GoCL is a cross‑generational Vulkan optimisation engine that adapts rendering to the GPU's real capabilities. It works as a static library for custom engines, or as an implicit Vulkan layer...
AFXDP implementation in C++ plus benchmarks against DPDK on real NICs
I developed a C++ library which implements AF\XDP and DPDK as backends for latency critical network processing tasks. I notice there are only few benchmarks comparing AF_XDP against DPDK on the same NICs therefore I aim to fill this gap. I used C++20 since that is my strongest language and it interfaces nicely with the low-level driver or linux kernel code.
The AF_XDP implementation is here: https://github.com/ASherjil/ABTRDA3/blob/master/src/backends/AF\_XDP/AFXDP.hpp
The comprehensive benchmark 24h results are here:
https://github.com/ASherjil/ABTRDA3/blob/master/docs/Benchmarks.md
One point that I think is underappreciated: a commonly marketed advantage of AF_XDP is that it doesn't unbind the NIC driver, so the interface stays visible to
On implementation effort: even with
Let me know if you guys have any feedback about the code, bench-marking methodology or anything else. Or any questions I'm happy to answer I don't really mind.
https://redd.it/1uub2kx
@r_cpp
I developed a C++ library which implements AF\XDP and DPDK as backends for latency critical network processing tasks. I notice there are only few benchmarks comparing AF_XDP against DPDK on the same NICs therefore I aim to fill this gap. I used C++20 since that is my strongest language and it interfaces nicely with the low-level driver or linux kernel code.
The AF_XDP implementation is here: https://github.com/ASherjil/ABTRDA3/blob/master/src/backends/AF\_XDP/AFXDP.hpp
The comprehensive benchmark 24h results are here:
https://github.com/ASherjil/ABTRDA3/blob/master/docs/Benchmarks.md
One point that I think is underappreciated: a commonly marketed advantage of AF_XDP is that it doesn't unbind the NIC driver, so the interface stays visible to
ip link and ethtool. That's true for Intel NICs, where DPDK requires binding to vfio-pci. But it's not true for mlx5 (ConnectX-4/5/6/7), which is a bifurcated driver — the NIC stays fully visible to the kernel while DPDK runs. On Mellanox hardware, the main practical argument for AF_XDP largely disappears.On implementation effort: even with
libbpf and libxdp, custom AF_XDP has high code complexity and plenty of driver-specific quirks. Its four lock-free SPSC rings (fill/RX/TX/completion) are counterintuitive and fairly difficult to comprehend. Without the helper libraries I'd call it a serious long-term project. For most use cases I'd recommend DPDK's AF_XDP PMD instead of a from-scratch implementation — in my results, my custom implementation performed only marginally better than DPDK’s AF_XDP PMD. I've documented the driver specific issues in the repository. Let me know if you guys have any feedback about the code, bench-marking methodology or anything else. Or any questions I'm happy to answer I don't really mind.
https://redd.it/1uub2kx
@r_cpp
GitHub
ABTRDA3/src/backends/AF_XDP/AFXDP.hpp at master · ASherjil/ABTRDA3
A low latency deterministic networking library developed with backends: DPDK, AF_XDP and Packet_MMAP. - ASherjil/ABTRDA3
Upa URL parser library v2.5.0 released
* Aligned with the most recent revision of the [WHATWG URL Standard](https://url.spec.whatwg.org/).
* Implemented [URL Pattern Standard](https://urlpattern.spec.whatwg.org/).
* Added support for compiling as a [C++20 module](https://github.com/upa-url/upa/blob/main/doc/modules.md).
More information: [https://github.com/upa-url/upa/releases/tag/v2.5.0](https://github.com/upa-url/upa/releases/tag/v2.5.0)
https://redd.it/1uuf1bl
@r_cpp
* Aligned with the most recent revision of the [WHATWG URL Standard](https://url.spec.whatwg.org/).
* Implemented [URL Pattern Standard](https://urlpattern.spec.whatwg.org/).
* Added support for compiling as a [C++20 module](https://github.com/upa-url/upa/blob/main/doc/modules.md).
More information: [https://github.com/upa-url/upa/releases/tag/v2.5.0](https://github.com/upa-url/upa/releases/tag/v2.5.0)
https://redd.it/1uuf1bl
@r_cpp
C++Now 2026 Keynote: Multidimensional Parallel Standard C++ - Mark Hoemmen
https://youtu.be/VAwW_s1uEHY
https://redd.it/1uujfny
@r_cpp
https://youtu.be/VAwW_s1uEHY
https://redd.it/1uujfny
@r_cpp
YouTube
Keynote: Multidimensional Parallel Standard C++ - Mark Hoemmen - C++Now 2026
https://www.cppnow.org
---
Keynote: Multidimensional Parallel Standard C++ - Mark Hoemmen - C++Now 2026
---
Standard C++ currently exposes potential parallelism in a few different ways: explicit thread creation, the parallel algorithms, std::execution…
---
Keynote: Multidimensional Parallel Standard C++ - Mark Hoemmen - C++Now 2026
---
Standard C++ currently exposes potential parallelism in a few different ways: explicit thread creation, the parallel algorithms, std::execution…
Need free resources for dsa in C++
I don't want to watch video lectures as they are very time consuming but I want topic wise all the theory covered and questions to practice. . in a structured way so that I can track how much I know. . , . I have tried a few platforms but they ask for a subscription fee and it's annoying. . Need free resources for dsa in C++
https://redd.it/1uuo0y4
@r_cpp
I don't want to watch video lectures as they are very time consuming but I want topic wise all the theory covered and questions to practice. . in a structured way so that I can track how much I know. . , . I have tried a few platforms but they ask for a subscription fee and it's annoying. . Need free resources for dsa in C++
https://redd.it/1uuo0y4
@r_cpp
Reddit
From the cpp community on Reddit
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AI usage for cpp at work
I am lead architect and maintainer of my firm main app backend, spanning around 2M LOC of c++.
Industry is : capital markets, low latency, custom kernel drivers, fpga...
I often talk with peers at other firms and I see a shy usage of AI compared to what feels like the global trend.
On my side, my firm does not pay for any AI related stuff. We are allowed to use our personnal plan for work in which case will get a pro membership compensation (claude or gpt or anything) on salary but we are not allowed to paste production code into it.
I know the app very well and do everything by hand (i mean the normal way) but use the chat version of any ai to generate some things for me, like "im using opensource lib x and lib y, please generate an SQL connection pool , you may use locks and condition variable for this, cpp 20".
Then i paste it and modify it a I see fit.
Im totally happy with that and the company is successful.
I do use AI but just chat, to gather data on subjects and summarize/report. Get some ideas but basically not much code related.
And you whats your experience as a c++ dev ?
https://redd.it/1uv5k2n
@r_cpp
I am lead architect and maintainer of my firm main app backend, spanning around 2M LOC of c++.
Industry is : capital markets, low latency, custom kernel drivers, fpga...
I often talk with peers at other firms and I see a shy usage of AI compared to what feels like the global trend.
On my side, my firm does not pay for any AI related stuff. We are allowed to use our personnal plan for work in which case will get a pro membership compensation (claude or gpt or anything) on salary but we are not allowed to paste production code into it.
I know the app very well and do everything by hand (i mean the normal way) but use the chat version of any ai to generate some things for me, like "im using opensource lib x and lib y, please generate an SQL connection pool , you may use locks and condition variable for this, cpp 20".
Then i paste it and modify it a I see fit.
Im totally happy with that and the company is successful.
I do use AI but just chat, to gather data on subjects and summarize/report. Get some ideas but basically not much code related.
And you whats your experience as a c++ dev ?
https://redd.it/1uv5k2n
@r_cpp
Reddit
From the cpp community on Reddit
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New C++ Conference Videos Released This Month - July 2026 (Updated to Include Videos Released 2026-06-22 - 2026-06-28)
C++Now
2026-07-06- 2026-07-11
Keynote: Reflection Is Only Half the Story - Barry Revzin - C++Now 2026 - [https://youtu.be/DZTkT1Cq\_aY](https://youtu.be/DZTkT1Cq_aY)
Keynote: Multidimensional Parallel Standard C++ - Mark Hoemmen - https://youtu.be/VAwW\_s1uEHY
C++Online
2026-07-06 - 2026-07-11
Time to Introspect - A Beginner's Guide to Practical Reflection - Sarthak Sehgal - [https://youtu.be/9stn1o149pw](https://youtu.be/9stn1o149pw)
Refactoring Towards Structured Concurrency - Roi Barkan - https://youtu.be/6502xFEreI8
2026-06-29 - 2026-07-05
Why std::vector Can't Save You (And What to Use Next) - Kevin Carpenter - [https://youtu.be/78fYPix0mN4](https://youtu.be/78fYPix0mN4)
Modern C++ for Embedded Systems - From Fundamentals To Real-Time Solutions - Rutvij Karkhanis - https://youtu.be/XxeqHRDhHkU
ADC
2026-07-06 - 2026-07-11
Workshop: Audio Plugin DSP in Practice - Jan Wilczek & Linus Corneliusson - [https://youtu.be/Atc0GRWoolI](https://youtu.be/Atc0GRWoolI)
An Open Toolkit for Real-Time Audio Descriptors - Valerio Orlandini - https://youtu.be/HKlnn0hd8J0
Bugs I’ve Seen in the Wild - From Confusion to Amazement - Olivier Petit - [https://youtu.be/LBWtb\_uXt0I](https://youtu.be/LBWtb_uXt0I)
Real-Time Audio in Python: Introducing the asmu Package - Felix Huber - https://youtu.be/X2vr81CJ934
2026-06-29 - 2026-07-05
Beyond iLok: Advanced Code Protection and Cryptography for the Next Generation - Protecting the Next Generation of Applications, Plug-ins, and AI Models - Neal Michie, Ryan Wardell & Bob Brown - [https://youtu.be/dbbK\_ry2cgo](https://youtu.be/dbbK_ry2cgo)
Database Synchronisation for Audio Plugins, Part Two - Here's One I Made Earlier - Adam Wilson - https://youtu.be/wJCy2G969ro
Perfect Oscillators in Less Than One Clock Cycle - Angus Hewlett - [https://youtu.be/Ssq0a-YdamM](https://youtu.be/Ssq0a-YdamM)
Driving Chaos - Virtual Analog Modelling of a Chaotic Circuit with Wave Digital Filters - Francisco Bernardo - https://youtu.be/PnEZNqyKlIw
Boost Documentary
There is also a teaser trailer for a new documentary on the history of the Boost C++ library https://www.youtube.com/watch?v=87jvuDbnwqQ which will have its first showing at CppCon this year
https://redd.it/1uvecu0
@r_cpp
C++Now
2026-07-06- 2026-07-11
Keynote: Reflection Is Only Half the Story - Barry Revzin - C++Now 2026 - [https://youtu.be/DZTkT1Cq\_aY](https://youtu.be/DZTkT1Cq_aY)
Keynote: Multidimensional Parallel Standard C++ - Mark Hoemmen - https://youtu.be/VAwW\_s1uEHY
C++Online
2026-07-06 - 2026-07-11
Time to Introspect - A Beginner's Guide to Practical Reflection - Sarthak Sehgal - [https://youtu.be/9stn1o149pw](https://youtu.be/9stn1o149pw)
Refactoring Towards Structured Concurrency - Roi Barkan - https://youtu.be/6502xFEreI8
2026-06-29 - 2026-07-05
Why std::vector Can't Save You (And What to Use Next) - Kevin Carpenter - [https://youtu.be/78fYPix0mN4](https://youtu.be/78fYPix0mN4)
Modern C++ for Embedded Systems - From Fundamentals To Real-Time Solutions - Rutvij Karkhanis - https://youtu.be/XxeqHRDhHkU
ADC
2026-07-06 - 2026-07-11
Workshop: Audio Plugin DSP in Practice - Jan Wilczek & Linus Corneliusson - [https://youtu.be/Atc0GRWoolI](https://youtu.be/Atc0GRWoolI)
An Open Toolkit for Real-Time Audio Descriptors - Valerio Orlandini - https://youtu.be/HKlnn0hd8J0
Bugs I’ve Seen in the Wild - From Confusion to Amazement - Olivier Petit - [https://youtu.be/LBWtb\_uXt0I](https://youtu.be/LBWtb_uXt0I)
Real-Time Audio in Python: Introducing the asmu Package - Felix Huber - https://youtu.be/X2vr81CJ934
2026-06-29 - 2026-07-05
Beyond iLok: Advanced Code Protection and Cryptography for the Next Generation - Protecting the Next Generation of Applications, Plug-ins, and AI Models - Neal Michie, Ryan Wardell & Bob Brown - [https://youtu.be/dbbK\_ry2cgo](https://youtu.be/dbbK_ry2cgo)
Database Synchronisation for Audio Plugins, Part Two - Here's One I Made Earlier - Adam Wilson - https://youtu.be/wJCy2G969ro
Perfect Oscillators in Less Than One Clock Cycle - Angus Hewlett - [https://youtu.be/Ssq0a-YdamM](https://youtu.be/Ssq0a-YdamM)
Driving Chaos - Virtual Analog Modelling of a Chaotic Circuit with Wave Digital Filters - Francisco Bernardo - https://youtu.be/PnEZNqyKlIw
Boost Documentary
There is also a teaser trailer for a new documentary on the history of the Boost C++ library https://www.youtube.com/watch?v=87jvuDbnwqQ which will have its first showing at CppCon this year
https://redd.it/1uvecu0
@r_cpp
[Project] Quantum Simulator | C++20 | Looking for Contributors
---
Hello!
We’re a team of two Computer Engineering students (UPC), about to start our second year, currently developing a **high-performance standalone quantum simulator** with its own visual interface. We’ve registered for the **Barcelona Supercomputing Center (BSC) Hackathon** and are looking to bring **one or two key contributors** into the team.
That said, the hackathon is **not** the reason this project exists—it’s actually the other way around. The project came first, so you can expect this to be a long-term effort (possibly lasting years).
The project is fully remote (you can contribute from anywhere in Spain without ever meeting us in person if that's what you prefer). However, if you're based in Barcelona and would like to join us physically for the hackathon, you'd be more than welcome. If you choose that option, we can register you as well.
**An important note about us:** We're students and beginners in this field. Even though we take the project very seriously and strive for technical rigor, we see it as both a production and a learning project. We want to build something ambitious, but our main goal is to learn, wrestle with the hardware, and grow as engineers. We're not looking for experts—we're looking for learning partners.
### **What is the project?**
The project follows a modular architecture split into three independent layers:
1. **Front-End / UX (Unity):** An interactive 3D environment for visualizing quantum registers and Bloch sphere rotations (C#).
2. **Backend / Orchestrator (C++):** The intermediate layer responsible for managing and routing computation requests from the front-end to the numerical core.
3. **Data Engine (C++):** A reusable data-processing engine optimized for CPU-intensive workloads through a data-oriented design (DOD). The quantum simulator is simply its first major use case. If the architecture proves successful, we'd like to reuse the engine for other high-performance computing problems in the future.
We should mention that the project is still in its early stages, but it's starting to take shape. In any case, this is the perfect moment to contribute to its foundations and make a meaningful impact.
---
### Main technologies
* C++20
* CMake
* Unity (C#)
* Linux
* Git
* Python (for mathematical prototyping)
---
### Who we're looking for
We're looking to fill one or both of the following roles. We don't expect previous professional experience—only enthusiasm for low-level development, an interest in quantum computing, and a willingness to learn as part of a team.
#### **Position A: Theory (Mathematics / Physics / Data Science)**
We're looking for someone with a solid understanding of Linear Algebra and an interest in Quantum Computing. Your work will focus on algorithmic formalization:
* Designing and structuring mathematical operators, complex transformation matrices, and the logic behind quantum state entanglement.
* Translating those ideas into clear algorithms that the rest of the team can later implement in C++.
* *Requirement:* Basic programming skills (Python, beginner C++, or similar) so you can communicate effectively with the team.
#### **Position B: C++ Developer (Beginner)**
If you're interested in C++, Linux, and understanding how hardware works under the hood, but you're still learning and looking for a real project to get your hands dirty:
* You'll help connect the different parts of the project: implementing efficient data loading and management, and helping build the bridge between our C++ code and the Unity environment. In the medium term, you'll also help plan and extend the computation engine alongside us.
* *What you'll gain:* Hands-on experience managing real memory, understanding cache optimization, and applying Data-Oriented Design (DOD) principles while working as part of a team.
---
### **Expected commitment**
* Around **8–12 hours per week** (flexible).
* Since this is a long-term project, we understand that people may eventually need to step away. If that happens,
---
Hello!
We’re a team of two Computer Engineering students (UPC), about to start our second year, currently developing a **high-performance standalone quantum simulator** with its own visual interface. We’ve registered for the **Barcelona Supercomputing Center (BSC) Hackathon** and are looking to bring **one or two key contributors** into the team.
That said, the hackathon is **not** the reason this project exists—it’s actually the other way around. The project came first, so you can expect this to be a long-term effort (possibly lasting years).
The project is fully remote (you can contribute from anywhere in Spain without ever meeting us in person if that's what you prefer). However, if you're based in Barcelona and would like to join us physically for the hackathon, you'd be more than welcome. If you choose that option, we can register you as well.
**An important note about us:** We're students and beginners in this field. Even though we take the project very seriously and strive for technical rigor, we see it as both a production and a learning project. We want to build something ambitious, but our main goal is to learn, wrestle with the hardware, and grow as engineers. We're not looking for experts—we're looking for learning partners.
### **What is the project?**
The project follows a modular architecture split into three independent layers:
1. **Front-End / UX (Unity):** An interactive 3D environment for visualizing quantum registers and Bloch sphere rotations (C#).
2. **Backend / Orchestrator (C++):** The intermediate layer responsible for managing and routing computation requests from the front-end to the numerical core.
3. **Data Engine (C++):** A reusable data-processing engine optimized for CPU-intensive workloads through a data-oriented design (DOD). The quantum simulator is simply its first major use case. If the architecture proves successful, we'd like to reuse the engine for other high-performance computing problems in the future.
We should mention that the project is still in its early stages, but it's starting to take shape. In any case, this is the perfect moment to contribute to its foundations and make a meaningful impact.
---
### Main technologies
* C++20
* CMake
* Unity (C#)
* Linux
* Git
* Python (for mathematical prototyping)
---
### Who we're looking for
We're looking to fill one or both of the following roles. We don't expect previous professional experience—only enthusiasm for low-level development, an interest in quantum computing, and a willingness to learn as part of a team.
#### **Position A: Theory (Mathematics / Physics / Data Science)**
We're looking for someone with a solid understanding of Linear Algebra and an interest in Quantum Computing. Your work will focus on algorithmic formalization:
* Designing and structuring mathematical operators, complex transformation matrices, and the logic behind quantum state entanglement.
* Translating those ideas into clear algorithms that the rest of the team can later implement in C++.
* *Requirement:* Basic programming skills (Python, beginner C++, or similar) so you can communicate effectively with the team.
#### **Position B: C++ Developer (Beginner)**
If you're interested in C++, Linux, and understanding how hardware works under the hood, but you're still learning and looking for a real project to get your hands dirty:
* You'll help connect the different parts of the project: implementing efficient data loading and management, and helping build the bridge between our C++ code and the Unity environment. In the medium term, you'll also help plan and extend the computation engine alongside us.
* *What you'll gain:* Hands-on experience managing real memory, understanding cache optimization, and applying Data-Oriented Design (DOD) principles while working as part of a team.
---
### **Expected commitment**
* Around **8–12 hours per week** (flexible).
* Since this is a long-term project, we understand that people may eventually need to step away. If that happens,
we only ask that whatever you've been working on is documented or left in a clean state so the rest of the team can continue smoothly.
---
### **What we offer**
* A collaborative learning environment with no hierarchy or commercial pressure.
* A project with a modular architecture and a strong emphasis on code quality.
* The opportunity to compete in—and receive mentorship from experienced HPC professionals during—the BSC Hackathon.
* Complete flexibility and fully remote work if that's what you prefer.
If you're excited about learning by programming close to the hardware or designing the mathematics behind a real quantum simulator, send us a private message telling us a bit about yourself.
#### **Note:** Even if you don't fully master these topics yet, but you're passionate about low-level programming or quantum physics, feel free to contact us anyway. We're not experts either—we're just developers at an early stage of our journey.
---
### Repositories
- **Atomix (Data Processing Engine):**
https://github.com/ElectroX79/Atomix_sandbox
- **Entangle (Backend / Orchestrator):**
https://github.com/Ironduck2/Entangle
*(Still in a very early stage, as its development depends on the evolution of the engine.)*
---
### Hackathon
- **8th MareNostrum Hackathon (BSC):**
https://www.bsc.es/en/news/events/mnhack26-8th-marenostrum-hackathon
---
https://redd.it/1uvoyou
@r_cpp
---
### **What we offer**
* A collaborative learning environment with no hierarchy or commercial pressure.
* A project with a modular architecture and a strong emphasis on code quality.
* The opportunity to compete in—and receive mentorship from experienced HPC professionals during—the BSC Hackathon.
* Complete flexibility and fully remote work if that's what you prefer.
If you're excited about learning by programming close to the hardware or designing the mathematics behind a real quantum simulator, send us a private message telling us a bit about yourself.
#### **Note:** Even if you don't fully master these topics yet, but you're passionate about low-level programming or quantum physics, feel free to contact us anyway. We're not experts either—we're just developers at an early stage of our journey.
---
### Repositories
- **Atomix (Data Processing Engine):**
https://github.com/ElectroX79/Atomix_sandbox
- **Entangle (Backend / Orchestrator):**
https://github.com/Ironduck2/Entangle
*(Still in a very early stage, as its development depends on the evolution of the engine.)*
---
### Hackathon
- **8th MareNostrum Hackathon (BSC):**
https://www.bsc.es/en/news/events/mnhack26-8th-marenostrum-hackathon
---
https://redd.it/1uvoyou
@r_cpp
GitHub
GitHub - ElectroX79/Atomix_sandbox
Contribute to ElectroX79/Atomix_sandbox development by creating an account on GitHub.
LeetCode 3336: Find the Number of Subsequences With Equal GCD
https://youtube.com/watch?v=uXJpD7BdnUo&si=ZFa33T_gyzqgmmPh
https://redd.it/1uw1770
@r_cpp
https://youtube.com/watch?v=uXJpD7BdnUo&si=ZFa33T_gyzqgmmPh
https://redd.it/1uw1770
@r_cpp
YouTube
LeetCode 3336: Find the Number of Subsequences With Equal GCD
🚀 In this video, we solve LeetCode 3336 – Find the Number of Subsequences With Equal GCD. This is a challenging Dynamic Programming + Number Theory problem where we count pairs of subsequences having the same GCD.
We'll cover:
✅ Problem intuition
✅ GCD…
We'll cover:
✅ Problem intuition
✅ GCD…
CppCast: 40 Years of Programming and Embeddable Programming Languages with Mark Guidarelli
https://cppcast.com/40_years_of_programming_and_embeddable_programming_languages_with_mark_guidarelli/
https://redd.it/1uw4m1j
@r_cpp
https://cppcast.com/40_years_of_programming_and_embeddable_programming_languages_with_mark_guidarelli/
https://redd.it/1uw4m1j
@r_cpp
Cppcast
Episode 409
Jason and Mathieu are joined by Mark Guidarelli to discuss the history of C++ and esoteric programming languages, Mark's own development history spanning four decades, and what
Beautiful Type Erasure with C++26 Reflection
https://ryanjk5.github.io/posts/rjk-duck/
https://redd.it/1uw9lxs
@r_cpp
https://ryanjk5.github.io/posts/rjk-duck/
https://redd.it/1uw9lxs
@r_cpp
Ryan Keane
Beautiful Type Erasure with C++26 Reflection
If you’ve ever tried using type erasure for something more complicated than std::any or std::function, you’ve either written 100+ lines of easy-to-mess-up code or reached for a boilerplate-heavy library like Boost.TypeErasure or Folly.Poly. rjk::duck uses…
Latest News From Upcoming C++ Conferences (2026-07-14)
This is the latest news from upcoming C++ Conferences. You can review all of the news at [https://programmingarchive.com/upcoming-conference-news/](https://programmingarchive.com/upcoming-conference-news/)
**TICKETS AVAILABLE TO PURCHASE**
The following conferences currently have tickets available to purchase
* **CppCon (12th – 18th September)** – You can buy standard tickets until August 29th at [https://cppcon.org/registration/](https://cppcon.org/registration/)
* **C++ Under The Sea** **(14th – 16th October)** – You can buy early bird tickets at [https://sales.ticketing.cm.com/cppunderthesea2026/](https://sales.ticketing.cm.com/cppunderthesea2026/)
* **ADC – (9th – 11th November)** – Tickets for ADC can now be purchased at [https://ti.to/audio-developer-conference/adc-bristol-2026](https://ti.to/audio-developer-conference/adc-bristol-2026)
* **Meeting C++ (26th – 28th November)** – You can buy early bird tickets at [https://meetingcpp.com/2026/](https://meetingcpp.com/2026/)
**OPEN CALL FOR SPEAKERS**
**OTHER OPEN CALLS**
* **(NEW) ADC Call For Reviewers Now Open** – Anyone who is interested in reviewing the proposals for talks at ADC Bristol 2026 have until July 17th to review talks. Visit [https://submit.audio.dev](https://submit.audio.dev) to start reviewing talks
* **CppCon Call For Volunteers Now Open** – Interested volunteers have until August 1st to apply at the CppCon main conference which is scheduled to take place from 14th – 18th September. For more information including how to apply visit [https://cppcon.org/cfv2026/](https://cppcon.org/cfv2026/)
* **(Last Chance) CppCon Call For Posters Closes Tomorrow!** – Interested poster presenters have until July 15th to submit their applications for the CppCon main conference which is scheduled to take place from 14th – 18th September. For more information including how to apply visit [https://cppcon.org/cppcon-2026-call-for-poster-submissions/](https://cppcon.org/cppcon-2026-call-for-poster-submissions/)
* **(Last Chance) CppCon Call For Authors Closes July 31st!** – CppCon are looking for book authors who want to engage with potential reviewers and readers. Read the full announcement at [https://cppcon.org/call-for-author-2026/](https://cppcon.org/call-for-author-2026/)
**TRAINING COURSES AVAILABLE FOR PURCHASE**
Conferences are offering the following training courses:
**C++Online**
1. **(Last Chance) AI++ 101 – Build an AI Coding Assistant in C++** – Jody Hagins – 1 day online workshop available on *Friday 24th July 16:00 – 00:00 UTC/0900-1700 PDT –* **DISCOUNTED BY £100 – NOW £245/$325/€285** – [https://cpponline.uk/workshop/ai-101/](https://cpponline.uk/workshop/ai-101/)
* Watch the preview session here [https://youtu.be/suP5zA7QqW4](https://youtu.be/suP5zA7QqW4)
**CppCon Online Workshops**
**9th – 11th September**
1. **Modern C++: When Efficiency Matters** – Andreas Fertig – 3 day online workshop available on 9th – 11th September 09.00 – 15.00 MDT – [https://cppcon.org/class-2026-when-efficiency-matters/](https://cppcon.org/class-2026-when-efficiency-matters/)
2. **System Architecture And Design Using Modern C++** – Charley Bay – 3 day online workshop available on 9th – 11th September 09.00 – 15.00 MDT – [https://cppcon.org/class-2026-system-architecture-and-design-using-modern-cpp/](https://cppcon.org/class-2026-system-architecture-and-design-using-modern-cpp/)
**21st – 23rd September**
1. **C++ Fundamentals You Wish You Had Known Earlier** – Mateusz Pusz – 3 day online workshop available on 21st– 23rd September 09.00 – 15.00 MDT – [https://cppcon.org/class-2026-cpp-fundamentals/](https://cppcon.org/class-2026-cpp-fundamentals/)
2. **C++23 in Practice: A Complete Introduction** – Nicolai Josuttis – 3 day online workshop available on 21st– 23rd September 09.00 – 15.00 MDT – [https://cppcon.org/class-2026-cpp23-in-practice/](https://cppcon.org/class-2026-cpp23-in-practice/)
3. **Programming with C++20** – Andreas Fertig – 3 day online workshop available on 21st– 23rd September 09.00 –
This is the latest news from upcoming C++ Conferences. You can review all of the news at [https://programmingarchive.com/upcoming-conference-news/](https://programmingarchive.com/upcoming-conference-news/)
**TICKETS AVAILABLE TO PURCHASE**
The following conferences currently have tickets available to purchase
* **CppCon (12th – 18th September)** – You can buy standard tickets until August 29th at [https://cppcon.org/registration/](https://cppcon.org/registration/)
* **C++ Under The Sea** **(14th – 16th October)** – You can buy early bird tickets at [https://sales.ticketing.cm.com/cppunderthesea2026/](https://sales.ticketing.cm.com/cppunderthesea2026/)
* **ADC – (9th – 11th November)** – Tickets for ADC can now be purchased at [https://ti.to/audio-developer-conference/adc-bristol-2026](https://ti.to/audio-developer-conference/adc-bristol-2026)
* **Meeting C++ (26th – 28th November)** – You can buy early bird tickets at [https://meetingcpp.com/2026/](https://meetingcpp.com/2026/)
**OPEN CALL FOR SPEAKERS**
**OTHER OPEN CALLS**
* **(NEW) ADC Call For Reviewers Now Open** – Anyone who is interested in reviewing the proposals for talks at ADC Bristol 2026 have until July 17th to review talks. Visit [https://submit.audio.dev](https://submit.audio.dev) to start reviewing talks
* **CppCon Call For Volunteers Now Open** – Interested volunteers have until August 1st to apply at the CppCon main conference which is scheduled to take place from 14th – 18th September. For more information including how to apply visit [https://cppcon.org/cfv2026/](https://cppcon.org/cfv2026/)
* **(Last Chance) CppCon Call For Posters Closes Tomorrow!** – Interested poster presenters have until July 15th to submit their applications for the CppCon main conference which is scheduled to take place from 14th – 18th September. For more information including how to apply visit [https://cppcon.org/cppcon-2026-call-for-poster-submissions/](https://cppcon.org/cppcon-2026-call-for-poster-submissions/)
* **(Last Chance) CppCon Call For Authors Closes July 31st!** – CppCon are looking for book authors who want to engage with potential reviewers and readers. Read the full announcement at [https://cppcon.org/call-for-author-2026/](https://cppcon.org/call-for-author-2026/)
**TRAINING COURSES AVAILABLE FOR PURCHASE**
Conferences are offering the following training courses:
**C++Online**
1. **(Last Chance) AI++ 101 – Build an AI Coding Assistant in C++** – Jody Hagins – 1 day online workshop available on *Friday 24th July 16:00 – 00:00 UTC/0900-1700 PDT –* **DISCOUNTED BY £100 – NOW £245/$325/€285** – [https://cpponline.uk/workshop/ai-101/](https://cpponline.uk/workshop/ai-101/)
* Watch the preview session here [https://youtu.be/suP5zA7QqW4](https://youtu.be/suP5zA7QqW4)
**CppCon Online Workshops**
**9th – 11th September**
1. **Modern C++: When Efficiency Matters** – Andreas Fertig – 3 day online workshop available on 9th – 11th September 09.00 – 15.00 MDT – [https://cppcon.org/class-2026-when-efficiency-matters/](https://cppcon.org/class-2026-when-efficiency-matters/)
2. **System Architecture And Design Using Modern C++** – Charley Bay – 3 day online workshop available on 9th – 11th September 09.00 – 15.00 MDT – [https://cppcon.org/class-2026-system-architecture-and-design-using-modern-cpp/](https://cppcon.org/class-2026-system-architecture-and-design-using-modern-cpp/)
**21st – 23rd September**
1. **C++ Fundamentals You Wish You Had Known Earlier** – Mateusz Pusz – 3 day online workshop available on 21st– 23rd September 09.00 – 15.00 MDT – [https://cppcon.org/class-2026-cpp-fundamentals/](https://cppcon.org/class-2026-cpp-fundamentals/)
2. **C++23 in Practice: A Complete Introduction** – Nicolai Josuttis – 3 day online workshop available on 21st– 23rd September 09.00 – 15.00 MDT – [https://cppcon.org/class-2026-cpp23-in-practice/](https://cppcon.org/class-2026-cpp23-in-practice/)
3. **Programming with C++20** – Andreas Fertig – 3 day online workshop available on 21st– 23rd September 09.00 –
15.00 MDT – [https://cppcon.org/class-2026-programming-with-cpp20/](https://cppcon.org/class-2026-programming-with-cpp20/)
**26th – 27th September**
1. **Using C++ for Low-Latency Systems** – Patrice Roy – 2 day online workshop available on 26th– 27th September 09.00 – 17.00 MDT – [https://cppcon.org/class-2026-low-latency/](https://cppcon.org/class-2026-low-latency/)
**CppCon Onsite Workshops**
All onsite workshops will take place in the Gaylord Rockies in Aurora, Colorado
**12th & 13th September**
1. **Advanced and Modern C++ Programming: The Tricky Parts** – Nicolai Josuttis – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-tricky-parts/](https://cppcon.org/class-2026-tricky-parts/)
2. **C++ Best Practices** – Jason Turner – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-best-practices/](https://cppcon.org/class-2026-best-practices/)
3. **How Hardware Gets Hacked: Breaking and Defending Embedded Systems** – Nathan Jones – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-hardware-hack/](https://cppcon.org/class-2026-hardware-hack/)
4. **Mastering \`std::execution\`: A Hands-On Workshop** – Mateusz Pusz – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-execution/](https://cppcon.org/class-2026-execution/)
5. **Performance and Efficiency in C++ for Experts, Future Experts, and Everyone Else** – Fedor Pikus – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-performance-and-efficiency/](https://cppcon.org/class-2026-performance-and-efficiency/)
6. **Talking Tech** – Sherry Sontag – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-talking-tech/](https://cppcon.org/class-2026-talking-tech/)
**13th September**
1. **AI++ 101 : Build a C++ Coding Agent from Scratch** – Jody Hagins – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-AI101/](https://cppcon.org/class-2026-AI101/)
2. **Essential GDB and Linux System Tools** – Mike Shah – 1 day in-person workshop available on 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-essential-gdb/](https://cppcon.org/class-2026-essential-gdb/)
**19th & 20th September**
1. **AI++ 201: Building High Quality C++ Infrastructure with AI** – Jody Hagins – 2 day in-person workshop available on 19th & 20th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-ai201/](https://cppcon.org/class-2026-ai201/)
2. **Function and Class Design with C++2x** – Jeff Garland – 2 day in-person workshop available on 19th & 20th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-function-class-design/](https://cppcon.org/class-2026-function-class-design/)
3. **High-performance Concurrency in C++** – Fedor Pikus – 2 day in-person workshop available on 19th & 20th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-high-perf-concurrency/](https://cppcon.org/class-2026-high-perf-concurrency/)
**OTHER NEWS**
* **(NEW) Dates for ACCU on Sea 2027 Announced –** ACCU on Sea 2027 will take place in Folkestone from June 30th – July 3rd with pre-conference workshops taking place from June 28th – 29th
* **(NEW) Boost Documentary screening at CppCon 2026** – Boost Libraries have announced that they will be screening a documentary on the history of Boost at CppCon 2026. Watch the trailer here [https://www.youtube.com/watch?v=87jvuDbnwqQ](https://www.youtube.com/watch?v=87jvuDbnwqQ)
* **(NEW) C++Now 2026 Videos Now Being Released on YouTube** – Subscribe to the C++Now YouTube channel to stay up to date when each video is published – [https://www.youtube.com/@CppNow](https://www.youtube.com/@CppNow)
* **Accepted Sessions For Meeting C++ Announced** – Visit [https://meetingcpp.com/mcpp/schedule/talklisting.php](https://meetingcpp.com/mcpp/schedule/talklisting.php) to
**26th – 27th September**
1. **Using C++ for Low-Latency Systems** – Patrice Roy – 2 day online workshop available on 26th– 27th September 09.00 – 17.00 MDT – [https://cppcon.org/class-2026-low-latency/](https://cppcon.org/class-2026-low-latency/)
**CppCon Onsite Workshops**
All onsite workshops will take place in the Gaylord Rockies in Aurora, Colorado
**12th & 13th September**
1. **Advanced and Modern C++ Programming: The Tricky Parts** – Nicolai Josuttis – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-tricky-parts/](https://cppcon.org/class-2026-tricky-parts/)
2. **C++ Best Practices** – Jason Turner – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-best-practices/](https://cppcon.org/class-2026-best-practices/)
3. **How Hardware Gets Hacked: Breaking and Defending Embedded Systems** – Nathan Jones – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-hardware-hack/](https://cppcon.org/class-2026-hardware-hack/)
4. **Mastering \`std::execution\`: A Hands-On Workshop** – Mateusz Pusz – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-execution/](https://cppcon.org/class-2026-execution/)
5. **Performance and Efficiency in C++ for Experts, Future Experts, and Everyone Else** – Fedor Pikus – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-performance-and-efficiency/](https://cppcon.org/class-2026-performance-and-efficiency/)
6. **Talking Tech** – Sherry Sontag – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-talking-tech/](https://cppcon.org/class-2026-talking-tech/)
**13th September**
1. **AI++ 101 : Build a C++ Coding Agent from Scratch** – Jody Hagins – 2 day in-person workshop available on 12th & 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-AI101/](https://cppcon.org/class-2026-AI101/)
2. **Essential GDB and Linux System Tools** – Mike Shah – 1 day in-person workshop available on 13th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-essential-gdb/](https://cppcon.org/class-2026-essential-gdb/)
**19th & 20th September**
1. **AI++ 201: Building High Quality C++ Infrastructure with AI** – Jody Hagins – 2 day in-person workshop available on 19th & 20th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-ai201/](https://cppcon.org/class-2026-ai201/)
2. **Function and Class Design with C++2x** – Jeff Garland – 2 day in-person workshop available on 19th & 20th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-function-class-design/](https://cppcon.org/class-2026-function-class-design/)
3. **High-performance Concurrency in C++** – Fedor Pikus – 2 day in-person workshop available on 19th & 20th September – 09:00 – 17:00 – [https://cppcon.org/class-2026-high-perf-concurrency/](https://cppcon.org/class-2026-high-perf-concurrency/)
**OTHER NEWS**
* **(NEW) Dates for ACCU on Sea 2027 Announced –** ACCU on Sea 2027 will take place in Folkestone from June 30th – July 3rd with pre-conference workshops taking place from June 28th – 29th
* **(NEW) Boost Documentary screening at CppCon 2026** – Boost Libraries have announced that they will be screening a documentary on the history of Boost at CppCon 2026. Watch the trailer here [https://www.youtube.com/watch?v=87jvuDbnwqQ](https://www.youtube.com/watch?v=87jvuDbnwqQ)
* **(NEW) C++Now 2026 Videos Now Being Released on YouTube** – Subscribe to the C++Now YouTube channel to stay up to date when each video is published – [https://www.youtube.com/@CppNow](https://www.youtube.com/@CppNow)
* **Accepted Sessions For Meeting C++ Announced** – Visit [https://meetingcpp.com/mcpp/schedule/talklisting.php](https://meetingcpp.com/mcpp/schedule/talklisting.php) to