#javascript #c #cpp #debug #debugger #debugger_gdb #debugging #debugging_tool #gdb #gdb_extension #gdb_frontend #gdb_gui #gdb_plugin #gdb_ui

https://github.com/rohanrhu/gdb-frontend

#other #debugging #post_mortem

https://github.com/danluu/post-mortems

#typescript #blockchain #dapps #debugging #ethereum #javascript #smart_contracts #solidity #stack_traces #task_runner #tooling

https://github.com/NomicFoundation/hardhat

#java #debugging #debugging_tools #logging #monitoring

https://github.com/runsidekick/sidekick

#python #binary_ninja #capture_the_flag #ctf #debugging #disassembler #gdb #gdbinit #gef #hack #hacktoberfest #hacktoberfest2022 #ida_pro #linux #malware_analysis #peda #pwnable #pwndbg #reverse_engineering

https://github.com/pwndbg/pwndbg

#cplusplus #cpp #debug #debugger #debugger_gdb #debugger_visualizer #debugger_visualizers #debuggers #debugging #debugging_tool #debugging_tools #gdb #gdb_frontend #gdb_mi #gdb_ui #gdbserver #gnu_debugger #qt #qt5 #qt6

Seer is a user-friendly graphical interface (GUI) for the debugger gdb on Linux. It makes debugging easier with a simple and pleasing GUI. You can install Seer using package managers or build it from source, ensuring you have the necessary requirements like Linux, C++17, gdb, CMake, and QT6. Seer offers various features such as viewing source code, variables, registers, breakpoints, and assembly code. It also includes tools like a memory visualizer, array visualizer, and struct visualizer to help you understand your program's data better. This tool simplifies the debugging process, making it more efficient and intuitive for users.

https://github.com/epasveer/seer

#python #debugging #http #http2 #man_in_the_middle #mitmproxy #proxy #python #security #ssl #tls #websocket

Mitmproxy is a powerful tool that helps you inspect and manipulate HTTP, HTTP/2, and WebSocket traffic. It has three main versions: `mitmproxy` for an interactive console interface, `mitmdump` for a command-line version like tcpdump, and `mitmweb` for a web-based interface. This tool is useful for developers and security professionals to analyze and debug network traffic, ensuring your applications communicate securely and correctly. You can easily install it from precompiled binaries or source code, and there is extensive documentation and community support available if you need help.

https://github.com/mitmproxy/mitmproxy

#typescript #cloud_native #dashboard #debugging #devops #headlamp #k8s #kinvolk #kubernetes #kubernetes_dashboard #kubernetes_debugging #kubernetes_monitoring #kubernetes_ui #orchestration #plugins

Headlamp is a user-friendly tool for managing Kubernetes. It provides a graphical interface that makes it easier for people to use Kubernetes without needing to write complex commands. This tool is extensible, meaning you can add plugins to customize it for your needs. It works with multiple clusters and shows resources like pods and deployments. Headlamp also respects user permissions, so you can only perform actions you are allowed to do. This helps make Kubernetes more accessible to a wider range of users.

https://github.com/kubernetes-sigs/headlamp

#typescript #blockchain #dapps #debugging #ethereum #javascript #smart_contracts #solidity #task_runner #tooling #typescript

Hardhat is a powerful Ethereum development tool that helps you write, test, and deploy smart contracts easily and efficiently. It includes a local Ethereum network for testing without real money, advanced debugging tools to find and fix errors quickly, and a flexible plugin system to add extra features. This makes your development faster, safer, and more convenient, especially if you want to build decentralized applications. You can install it with npm, follow simple setup steps, and access many guides and plugins to customize your workflow. Hardhat is widely used by professionals to streamline Ethereum programming and improve code quality.

https://github.com/NomicFoundation/hardhat

#typescript #browser #chrome #chrome_devtools #debugging #devtools #mcp #mcp_server #puppeteer

Chrome DevTools MCP lets your AI coding tools like Gemini, Claude, or Cursor control a live Chrome browser for automation, debugging, and performance checks. Install it easily with npx chrome-devtools-mcp@latest in your MCP config, then prompt "Check performance of a site" to auto-record traces, take screenshots, analyze networks, and fix issues reliably. This benefits you by making AI smarter at web coding—verifying changes in real-time, spotting bugs fast, and boosting site speed without manual work.

https://github.com/ChromeDevTools/chrome-devtools-mcp