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...that at this point is very unlikely, and so working around it in lldb is probably the best we can do. I am not sure what is the official position on continuing from a debug trap, but I think that without that ability, the concept would be pretty useless. A quick example <https://godbolt.org/z/-8voBz> shows that clang produces the "expected" output even at -O3. In fact, on aarch64, __builtin_debugtrap() and __builtin_trap() produce the same instruction, and the only difference between them is that the latter also triggers DCE of everything coming after it. pl

Hi, I'm noticing an unexpected difference between targets when I hit a dbgtrap in the debugger. Consider this simple llvm function: define void @do_break() { entry: call void @llvm.debugtrap() ret void } If I compile that with llc and use lldb to launch a program that calls it, on x86_64 linux (Ubuntu 18.04), here's what I see at the stop: Process 130404 stopped * thread #1,