Cross compiling C++ project, Relocations in generic ELF (EM: 3) refresh. november 2018. views. 28.3k time. 8. I’ve been working on a c++ project for a while now, but would like to port it over to my arm processor. I already have all of my cross-compile tools (I’m using CodeSourcery) and thought.
There are various relocations types and usually, these relocation types are architecture dependant. In this post, we cover relocation types of x86 and x86_64, but it is advised to rely on the ELF documentation of a given architecture to know its specific relocation types.
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Since then, the advancement of Power Architecture hardware, improvements in security, and the maturation of the generic ELF ABI specification. Passed as Structs), and overlap in relocation number.
Chris Foster: Jan 25, 2017 7:32 AM: Posted in group: android-ndk Hi everyone, I’m trying to build a static library using a standalone toolchain for a project that has its own build process, which I then wrap with a C++ library and expose to Android (compiled with ndk-build).
Link error when cross-compiling to ARM with –crate-type dylib: Relocations in generic elf (em: 40) #28924. Closed. mbrubeck opened this.
Avoiding libtool minefields when cross-compiling. If you’ve ever tried to cross-compile a free software project for a different architecture on GNU/Linux, you may well have run into the situation where you compile a library with your cross toolchain, install it in a "staging" directory that will hold your root filesystem (for example, you compile the library to go into /usr/lib, but you.
Relocations in generic ELF (EM: 40) ../configure -help . nettle-2.5 CXX . Click to share on Twitter (Opens in new window) Relocations in generic ELF (EM: 3) You’re building and linking with 2 different compilers. Make sure you clean your project so it has no build artifacts then rebuild with the cross compiler only. That should fix it.
Hi Guys, I am using Xeon Phi in offload mode. Basically, I have written a code with offload pragmas (main.cpp, micSolver.cpp). First, I generate the assembly code with icc -S micSolver.cpp, and it emits two files: (1) micSolver.s, and (2) micSolverMIC.s. As expected, the micSolverMIC.s includes the code to be run on Phi.
As written, this Makefile is BROKEN for cross-compilation – it does not use the $( CC) variable consistently, so it cannot compile to a non-native architecture.