Hi,
I'm writing a scientific paper in which I'm using Qemu as a DBT tool. I
would like to know if there is any available literature about benchmarking
QEMU and known overheads/slowdowns decurrent from the usage of QEMU as a
tool.
Thank you very much.
João.
Hi Everyone,
I've been trying to compile QEMU with --enable-gprof on ubuntu, but I'm
getting a linking error.
/usr/bin/ld: /usr/lib/gcc/x86_64-linux-gnu/4.4.3/../../../../lib/gcrt1.o:
relocation R_X86_64_32S against `__libc_csu_fini' can not be used when
making a shared object; recompile with -fP
Hi Guys,
I'm trying to understand better intermediate code generation with qemu and
I'm having some problems. I've seen that qemu have some different memory
areas, such as code, start_brk, end_code... One of these areas is 'entry'.
What exactly this area keeps? I've been able to see, through '-d o
Hi Guys,
I'm trying to use some helper functions to instrument translated code, but
I'm getting some segfaults while doing it. Here are some code I've placed:
target-i386/helper.h
DEF_HELPER_1(foo, void, tl)
target-i386/op_helper.c
#ifdef TARGET_X86_64
void foo(target_ulong t0){
}
target-i386
Hi Guys,
Simple question. Considering that I am running code translated into tcg
using the interpreter (tci), is it possible for me to, based on the
instruction's address on the code, recover the original address of the
translated instruction on the target binary? Is there any data structure or
fu
Hi,
Hopefully I'm sending this e-mail to the right list. If not, please ignore
it!
I'm trying to read the asm code generated with the -D qemu option, but I am
having some difficulties.
First, I've seen that the generated asm is allocated in different address
ranges. The beginning of the dump say
