영어에서 Lldb 을 사용하는 예와 한국어로 번역
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Computer
The LLDB Debugger.
Debugging native code using LLDB.
Lldb is analogous to gdb.
For C and C++ code, Android Studio uses the LLDB debugger.
LLDB works almost exactly like GDB.
Note: Parallels Desktop supports lldb as a debugging front end.
LLDB executes the commands in order from top to bottom.
I need to add C/C++ code in my android program for which I needed LLDB, CMake, and NDK.
I found LLDB and NDK in SDK manager but CMake is missing from there.
While your app is suspended on a breakpoint, navigate to the Variables pane in your LLDB session view.
Add LLDB commands that you want to execute before the debugger attaches to the process.
Android Studio switches to the tab when LLDB debugger encounters a breakpoint in your C/C++ code.
By default, LLDB inspects only your native code and ignores breakpoints in your Java code.
The initial version supports GNU Compiler Collection(GCC) and Clang compilers andGDB debugger, LLDB and Google Test.
LLDB is known to work on macOS, Linux, FreeBSD, and Windows and supports i386, x86-64 and ARM instruction sets.
Android Studio switches to the<your-module> tab when LLDB debugger encounters a breakpoint in your C/C++ code.
While debugging with LLDB, you can use the LLDB terminal in the LLDB session view to pass command line options to LLDB.
For C and C++ projects, you can add symbol directories, as well as LLDB startup and post attach commands, in the Debugger tab.
If you add C and C++ code to your project, Android Studio also runs the LLDB debugger in the Debug window to debug your native code.
This debugger continues to support great lldb features like fast steps and memory watchpoints while also allowing you to stop on Java language breakpoints and view your Java language memory contents.
In addition to the normal Android Studio UI,the debugger window has an LLDB tab that lets you enter LLDB commands during debugging.
Android Studio attaches both the Java debugger and LLDB to your app process, one for the Java debugger and one for LLDB, so you can inspect breakpoints in both your Java and native code without restarting your app or changing your debug configuration.
Note: For Android Studio to detect breakpoints in your C or C++ code, you need to use a debug type that supports LLDB, such as Auto, Native, or Dual.
Although the Threads pane is not available in the LLDB session view, you can access your app processes using the drop-down list in the Frames pane.
In Android Studio, you can create a watchpoint during runtime by selecting a specific variable, but LLDB assigns the watchpoint to only the block of memory the system allocates to that variable, not the variable itself.
Although Rust can be run under both the gdb and lldb debuggers with limited success, there are still many cases where debugging does not work as expected.
If your project uses any native code,by default the Auto debug type attaches both the Java debugger and LLDB to your app as two separate processes, so you can switch between inspecting Java and C/C++ breakpoints without restarting your app or changing settings.