Exploring a new codebase? 😩 It doesn’t have to be overwhelming. Watch how Undo AI + Claude Code let an AI agent navigate, reason about, and explain the Chocolate Doom codebase. #ai #cpp #debugging #programming

Exploring a new codebase? 😩 It doesn’t have to be overwhelming. Watch how Undo AI + Claude Code let an AI agent navigate, reason about, and explain the Chocolate Doom codebase. #ai #cpp #debugging #programming

Race conditions. Deadlocks. Heisenbugs. The nightmares of C/C++ developers. In this webinar, experts from Undo & AWS show you the tools and techniques to debug multithreaded code with confidence. ▶️ Watch now: youtu.be/nxKuo_RHX1s #Cpp #CPlusPlus #Debugging #Concurrency

Exploring a new codebase? 😩 It doesn’t have to be overwhelming. Watch how Undo AI + Claude Code let an AI agent navigate, reason about, and explain the Chocolate Doom codebase. #ai #cpp #debugging #programming

Exploring a new codebase? 😩 It doesn’t have to be overwhelming. Watch how Undo AI + Claude Code let an AI agent navigate, reason about, and explain the Chocolate Doom codebase. #ai #cpp #debugging #programming

Exploring a new codebase? 😩 It doesn’t have to be overwhelming. Watch how Undo AI + Claude Code let an AI agent navigate, reason about, and explain the Chocolate Doom codebase. #ai #cpp #debugging #programming

Exploring a new codebase? 😩 It doesn’t have to be overwhelming. Watch how Undo AI + Claude Code let an AI agent navigate, reason about, and explain the Chocolate Doom codebase. #ai #cpp #debugging #programming

Debugging takes hours. Undo AI makes it take minutes. Watch how time travel debugging + AI coding agents explain the root cause of C++ bugs — no dead ends, no guesswork. ▶️https://youtu.be/p416JIurLiU #cpp #cplusplus #programming #debugging #ai #cplusplus #cpp #debugging #programming

Debugging multithreaded C++ code? 🧵 GDB can help! This tutorial shows: 🔹 How to name & switch threads 🔹 Use scheduler-locking to control execution 🔹 Debug deadlocks & data races #cpp #debugging #multithreading #programming

We've been experimenting with a new "explain" command, which allows an AI (we currently use Claude Code) to drive the debugger to answer your questions. 📰 Read more at: undo.io/resources/us... 🧪 A smarter way to debug is coming. And it’s a lot more helpful than Clippy ever was.

AI coding assistants are already helping devs ship faster, but they still struggle with one thing: Understanding what your program 𝘢𝘤𝘵𝘶𝘢𝘭𝘭𝘺 did. That's why we’ve integrated our time travel debugger with Claude Code using MCP (Model Context Protocol). Find out more: undo.io/resources/ti...

Debugging third-party C++ networking code? This webinar dives deep into Free Range Routing (FRR) using time-travel debugging. 🔧 Fix protocol bugs 📉 Analyze performance bottlenecks 🔥 Use flame graphs to find root causes #cpp #debugging #embedded

Multithreaded C++ bugs = nightmares 😫 Race conditions. Deadlocks. In this video, we show how to: 🛠️ Debug C/C++ threads in VS Code ⏪ Step backwards in time with UDB 🔍 Fix real-world race conditions #coding #cplusplus #cpp #debugging #vscode

‪Shout-out and thanks to @undo-io.bsky.social for sponsoring our volunteer T-shirts this year. undo empower developers to understand complex code and fix bugs faster with time travel debugging. You can buy the 2025 festival T-shirt, in a range of colours, from the stall in the food marquee #cbf2025

Multithreaded C++ bugs = nightmares 😫 Race conditions. Deadlocks. In this video, we show how to: 🛠️ Debug C/C++ threads in VS Code ⏪ Step backwards in time with UDB 🔍 Fix real-world race conditions #coding #cplusplus #cpp #debugging #vscode

Multithreaded C++ bugs = nightmares 😫 Race conditions. Deadlocks. In this video, we show how to: 🛠️ Debug C/C++ threads in VS Code ⏪ Step backwards in time with UDB 🔍 Fix real-world race conditions #coding #cplusplus #cpp #debugging #vscode

🧠 How do you explore an unfamiliar C or C++ codebase? We picked something fun: DOOM! Using Undo’s Time Travel Debugging, see how a zombie dies in real time. ⚔️ Step through gameplay 🧩 Backtrack code & variables 🛠️ All in VS @code #c-programming #doom #vscode

Multithreaded C++ bugs = nightmares 😫 Race conditions. Deadlocks. In this video, we show how to: 🛠️ Debug C/C++ threads in VS Code ⏪ Step backwards in time with UDB 🔍 Fix real-world race conditions #coding #cplusplus #cpp #debugging #vscode

Multithreaded C++ bugs = nightmares 😫 Race conditions. Deadlocks. In this video, we show how to: 🛠️ Debug C/C++ threads in VS Code ⏪ Step backwards in time with UDB 🔍 Fix real-world race conditions #coding #cplusplus #cpp #debugging #vscode

Multithreaded C++ bugs = nightmares 😫 Race conditions. Deadlocks. In this video, we show how to: 🛠️ Debug C/C++ threads in VS Code ⏪ Step backwards in time with UDB 🔍 Fix real-world race conditions #coding #cplusplus #cpp #debugging #vscode

🧠 How do you explore an unfamiliar C or C++ codebase? We picked something fun: DOOM! Using Undo’s Time Travel Debugging, see how a zombie dies in real time. ⚔️ Step through gameplay 🧩 Backtrack code & variables 🛠️ All in VS @code #c-programming #doom #vscode

🧠 How do you explore an unfamiliar C or C++ codebase? We picked something fun: DOOM! Using Undo’s Time Travel Debugging, see how a zombie dies in real time. ⚔️ Step through gameplay 🧩 Backtrack code & variables 🛠️ All in VS @code #c-programming #doom #vscode

Data races are one of the hardest bugs to catch in multithreaded apps! 🐞 In this video, Greg Law shows how ThreadSanitizer helps: ✅ Detect race conditions in C & C++ ✅ Debug unpredictable thread behavior 🎥 Watch our new video now! #cplusplus #debugging #tsan

🧠 How do you explore an unfamiliar C or C++ codebase? We picked something fun: DOOM! Using Undo’s Time Travel Debugging, see how a zombie dies in real time. ⚔️ Step through gameplay 🧩 Backtrack code & variables 🛠️ All in VS @code #c-programming #doom #vscode

🧠 How do you explore an unfamiliar C or C++ codebase? We picked something fun: DOOM! Using Undo’s Time Travel Debugging, see how a zombie dies in real time. ⚔️ Step through gameplay 🧩 Backtrack code & variables 🛠️ All in VS @code #c-programming #doom #vscode

🧠 How do you explore an unfamiliar C or C++ codebase? We picked something fun: DOOM! Using Undo’s Time Travel Debugging, see how a zombie dies in real time. ⚔️ Step through gameplay 🧩 Backtrack code & variables 🛠️ All in VS code #c-programming #doom #vscode

Data races are one of the hardest bugs to catch in multithreaded apps! 🐞 In this video, Greg Law shows how ThreadSanitizer helps: ✅ Detect race conditions in C & C++ ✅ Debug unpredictable thread behavior 🎥 Watch our new video now! #cplusplus #debugging #tsan

Stop using printf() for debugging! 🚨 It's slow, causes race conditions, and may make bugs disappear! 😱 This video covers: ✅ Why printf should be a last resort ✅ Faster logging alternatives ✅ Debugging race conditions #cpp #debugging #programming

Data races are one of the hardest bugs to catch in multithreaded apps! 🐞 In this video, Greg Law shows how ThreadSanitizer helps: ✅ Detect race conditions in C & C++ ✅ Debug unpredictable thread behavior 🎥 Watch our new video now! #cplusplus #debugging #tsan

Debugging C++ multithreading is HARD. 😵‍💫 Race conditions, Heisenbugs, deadlocks—where do you even start? This video covers: ✅ Debugging tools like GDB & Valgrind ✅ Solving race conditions ✅ Thread-safe logging with L3 #cplusplus #debugging #logging #programming

SAP HANA runs mission-critical code - but what happens when bugs appear? 😨 Extreme stress testing + Undo’s Live Recorder = faster debugging and higher software quality. Learn how SAP engineers tackle tough bugs! 🎥 #cpp #debugging #programming

Data races are one of the hardest bugs to catch in multithreaded apps! 🐞 In this video, Greg Law shows how ThreadSanitizer helps: ✅ Detect race conditions in C & C++ ✅ Debug unpredictable thread behavior 🎥 Watch our new video now! #cplusplus #debugging #tsan

Stop using printf() for debugging! 🚨 It's slow, causes race conditions, and may make bugs disappear! 😱 This video covers: ✅ Why printf should be a last resort ✅ Faster logging alternatives ✅ Debugging race conditions #cpp #debugging #programming

Data races are one of the hardest bugs to catch in multithreaded apps! 🐞 In this video, Greg Law shows how ThreadSanitizer helps: ✅ Detect race conditions in C & C++ ✅ Debug unpredictable thread behavior 🎥 Watch our new video now! #cplusplus #debugging #tsan

Debugging is hard. Reading messy data? Even harder. 😵‍💫 With GDB’s pretty printing, you can format output, highlight key info & slice data—making debugging faster & easier. Find out more! #programming #cpp #debugging #gdb

Data races are one of the hardest bugs to catch in multithreaded apps! 🐞 In this video, Greg Law shows how ThreadSanitizer helps: ✅ Detect race conditions in C & C++ ✅ Debug unpredictable thread behavior 🎥 Watch our new video now! #cplusplus #debugging #tsan

Debugging C++ multithreading is HARD. 😵‍💫 Race conditions, Heisenbugs, deadlocks—where do you even start? This video covers: ✅ Debugging tools like GDB & Valgrind ✅ Solving race conditions ✅ Thread-safe logging with L3 #cplusplus #debugging #logging #programming

Memory leaks & buffer overruns? Not on our watch! 🕵️‍♂️ In this episode of Watch Point, we break down Valgrind & AddressSanitizer (ASan)—two powerful tools to detect memory issues fast. Watch now & debug smarter! 🎥 #asan #debugging #programming #valgrind

SAP HANA runs mission-critical code - but what happens when bugs appear? 😨 Extreme stress testing + Undo’s Live Recorder = faster debugging and higher software quality. Learn how SAP engineers tackle tough bugs! 🎥 #cpp #debugging #programming

Stop using printf() for debugging! 🚨 It's slow, causes race conditions, and may make bugs disappear! 😱 This video covers: ✅ Why printf should be a last resort ✅ Faster logging alternatives ✅ Debugging race conditions #cpp #debugging #programming

Debugging multi-process applications is a nightmare… until now. With UDB & Live Recorder, you can trace IPC, track socket communication, and pinpoint bugs across processes in C & C++ without the guesswork. #cprogramming #debugging #ipc #testing

Watch Mark Williamson as he brings a zombie back to life by using Time Travel Debugging! #coding #debugging #gamedev #programming

Debugging C++ multithreading is HARD. 😵‍💫 Race conditions, Heisenbugs, deadlocks—where do you even start? This video covers: ✅ Debugging tools like GDB & Valgrind ✅ Solving race conditions ✅ Thread-safe logging with L3 #cplusplus #debugging #logging #programming

🚀 Want to debug C++ like a time traveler? Mike Shah walks you through time travel debugging using rr & GDB! Learn how to record, replay, and rewind your code like magic. #cpp #debugging #programming

Debugging is hard. Reading messy data? Even harder. 😵‍💫 With GDB’s pretty printing, you can format output, highlight key info & slice data—making debugging faster & easier. Find out more! #programming #cpp #debugging #gdb

Stop using printf() for debugging! 🚨 It's slow, causes race conditions, and may make bugs disappear! 😱 This video covers: ✅ Why printf should be a last resort ✅ Faster logging alternatives ✅ Debugging race conditions #cpp #debugging #programming

SAP HANA runs mission-critical code - but what happens when bugs appear? 😨 Extreme stress testing + Undo’s Live Recorder = faster debugging and higher software quality. Learn how SAP engineers tackle tough bugs! 🎥 #cpp #debugging #programming

Memory leaks & buffer overruns? Not on our watch! 🕵️‍♂️ In this episode of Watch Point, we break down Valgrind & AddressSanitizer (ASan)—two powerful tools to detect memory issues fast. Watch now & debug smarter! 🎥 #asan #debugging #programming #valgrind

Debugging C++ multithreading is HARD. 😵‍💫 Race conditions, Heisenbugs, deadlocks—where do you even start? This video covers: ✅ Debugging tools like GDB & Valgrind ✅ Solving race conditions ✅ Thread-safe logging with L3 #cplusplus #debugging #logging #programming

Stop using printf() for debugging! 🚨 It's slow, causes race conditions, and may make bugs disappear! 😱 This video covers: ✅ Why printf should be a last resort ✅ Faster logging alternatives ✅ Debugging race conditions #cpp #debugging #programming