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.

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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).

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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.