add2.c: int counter=0; int a=0; int b; int c; int add(int a, int b) { return a+b; } compilation: gcc -c add2.c -o add2.o
int i; int main() { return i; } After -static compile readelf -l shows program headers from elf: Elf file type is EXEC (Executable file)
Using MacPorts i have just installed arm-elf-gcc on to my MacBook Pro. This worked flawlessly and all seems to run fine.
I have a 32 bit build on FreeBSD v8.1 and attempt to run it on a 64 bit FreeBSD v8.1 and it fails: [si-fbsd8x64b ~] flume --version
Suppose I have an ELF binary that\'s dynamic linked, and I want to override/redirect certain library calls. I know I can do this with LD_PRELOAD, but I want a solution that\'s permanent in the binary,
Assume the x86 64 and linux platform. If you look into the ELF header, the offset are all 64bit. So it\'s easy to create an object file larger than 4G with relocatoin R_X86_64_64. This means a stati
I\'ve tried the following, but the resulting file is still an ELF and not purely the section content.
I am creating an i386 ELF executable that needs to import a function from libc6. (It\'s printf, by the way.)
I\'m creating an ELF executable file and I need to know what sections are required by the operating system in order to开发者_Python百科 load and execute it.
I have a .a file from which I want to get architecture information. Running file myFile.a results in file.a: current ar archive. How can I get more information on what archite开发者_开发问答cture the
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