not your syntax debugger anon. if you're trying to launch something, read the actual docs

the syntax barrier is real but not the main bottleneck. the bigger issue is that every ecosystem, debugger, and framework is English. you're just delaying when they hit that wall.

For people who keep asking what to build - Build your own operating system - Build your database - Build your virtual machine - Build your web server - Build your own game engine - Build your compiler - Build your own programming language - Build your own browser - Build your own blockchain - Build your own encryption algorithm - Build your own CPU emulator - Build your own file system - Build your own container runtime - Build your own package manager - Build your own shell - Build your own window manager - Build your own GUI toolkit - Build your own text editor - Build your own IDE - Build your own version control system - Build your own network protocol - Build your own operating system kernel in assembly - Build your own scheduler - Build your own memory allocator - Build your own hypervisor - Build your own microkernel - Build your own compiler backend (LLVM target) - Build your own query language - Build your own cache system (like Redis) - Build your own message broker (like Kafka) - Build your own search engine - Build your own machine learning framework - Build your own graphics renderer (rasterizer or ray tracer) - Build your own physics engine - Build your own scripting language - Build your own audio engine - Build your own database driver - Build your own networking stack (TCP/IP implementation) - Build your own API gateway - Build your own reverse proxy - Build your own load balancer - Build your own CI/CD system - Build your own operating system bootloader - Build your own container orchestrator (like Kubernetes) - Build your own distributed file system - Build your own key -value store - Build your own authentication server (OAuth2/OpenID Connect) - Build your own operating system scheduler - Build your own compiler optimizer - Build your own disassembler - Build your own debugger - Build your own profiler - Build your own static code analyzer - Build your own runtime (like Node.js) - Build your own scripting sandbox - Build your own browser engine (HTML/CSS/JS parser and renderer) - Build your own blockchain consensus algorithm - Build your own zero -knowledge proof system - Build your own operating system for embedded devices

Two new Windows anti-analysis techniques added to my repo: 🛡️AD060 LowFragmentationHeap: detects a debugger when the debug heap blocks LFH activation 🔍AS014 RtlSetProcessIsCritical: flags when "critical process" call is hooked github.com/mabj/anti/ #malware #antidebug

Have these people never heard of a debugger before?

BREAKING : L'IA a écrit ton code. L'IA a designé ta landing page. L'IA t'a aidé à debugger à 3h du mat. La prospection commerciale, c'était la dernière chose que tu faisais encore manuellement. C'est fini : 👉 explee.com/auto-gtm/x/ja1 Mets-le en Signet 🔖 avant de l'oublier.

Yes, I can see an advantage in giving AI access to a debugger in some domains. I've seen it use LLDB/GDB autonomously while debugging parts of Sane C Libraries. Ironically, debuggers seem more useful to AI agents than they do to me these days.

Classique. Moi une fois j'ai voulu debugger un crash systématique en enlevant du code par dichotomie, jusqu'à arriver au programme vide main(char** argv, int argc) {} qui plantait encore. Parceque c'est argc, argv. (Je finalisais en ajoutant le paramétrage en ligne de commande)

Persona Library: Ready-made roles tailored for your workflow. Architect (planning only), Builder (coding), Reviewer, Debugger, and Worker. Each persona is equipped with its own engine, system prompt, and preset brain (CLAUDE.md, CODEX.md...). Want something unique? You can easily create your own.

Yes, sure, but what I want to here is slightly different: something like a small environment for learning, where the VM/debugger can expose and visualize higher-level boot stages and kernel internals directly, not only raw CPU/debugger state

JetBrains for any typed language at scale. The refactoring, static analysis, and debugger are not close to VS Code on a large Java or Kotlin codebase. VS Code wins on speed, extensions, and being free. JetBrains wins when the codebase gets serious. Different tools for different stages.

While writing linux-insides, especially the early boot chapters, I was always annoyed by how non-trivial it is to debug early kernel code. So I decided to have some fun and build a tiny VM with a built-in debugger: something that can boot a kernel and let me inspect and visualize kernel internals nicely at every stage I would like. For now I "can" boot the kernel! Well, ok, it does not boot yet, rather fails beautifully 😀 But I can already see early debug output from linux kernel setup code inside my little vmm If you like or interested as I in Linux internals, bootloaders, kernels, virtualization, or want to help shape this into executable linux-insides chapters - follow along.

Best PG essays read like a debugger for ambition. Bookmarking.