Features

• Conditional breakpoints, function breakpoints, logpoints,
• Hardware data access breakpoints (watchpoints),
• Launch debuggee in integrated or external terminal,
• Disassembly view with instruction-level stepping,
• Step Into Targets.
• Caller exclusion for breakpoints.
• Memory view.
• Loaded modules view,
• Python scripting,
• HTML rendering for advanced visualizations,
• Workspace-level defaults for launch configurations,
• Remote debugging,
• Reverse debugging (experimental, requires a compatible backend).

For full details please see User's Manual.<br>

Languages

The primary focus of this project are the C++ and Rust languages, for which CodeLLDB includes built-in visualizers for vectors, strings, maps, and other standard library types.<br> That said, it is usable with most other compiled languages whose compiler generates compatible debugging information, such as Ada, Fortran, Kotlin Native, Nim, Objective-C, Pascal, Swift and Zig.

Supported Platforms

Host

• Linux with glibc 2.18+ for x86_64, aarch64 or armhf.
• MacOS 10.12+ for x86_64 and 11.0+ for arm64.
• Windows 10 and 11 for x86_64. See Windows notes in wiki!

Target

CodeLLDB supports AArch64, ARM, AVR, MSP430, RISCV, X86 architectures and may be used to debug on embedded platforms via remote debugging.

More information

• CodeLLDB User's Manual - how to use this extension.
• Debugging in VS Code - if you are new to VSCode debugging.
• LLDB Tutorial - all of LLDB's CLI commands and scripting features may be used in CodeLLDB.
• Wiki pages - troubleshooting and other tips and tricks.
• Discussions - for questions and discussions.

Screenshots

C++ debugging with data visualization (Howto):<br> <br> <br> Rust debugging:<br>