bingcc is a wrapper around gcc and mjau's gensymoverride for generating binaries which do not depend on newer glibc versions. It's got a pretty basic website at http://davidgow.net/hacks/bingcc.html It doesn't touch libstdc++ at all, just libc, so while it should fix most of the GLIBC errors, it won't do a thing about the GLIBCXX ones. Try statically linking libstdc++ or using an old compiler (before gcc 4.6; you're probably pretty safe if you don't use many fancy STL features). Be warned: there a several cases where using bingcc will simply stop your program from compiling. Basically, if you try to use too new a feature, it'll give up. You can get around this sort of thing by running setup-bingcc with a higher glibc version, or by somehow finding a compiler switch to disable the missing functionality. bingcc will add some of these flags automatically. Hopefully this will help make the world just a little more compatible. If it's not working (it's really just a bit of an experiment), let me know. Using an older toolchain (or indeed an older distro in a VM) will probably be a bit more reliable. It's all in the public domain (or Creative Commons Zero) except for gensymoverride, which isn't mine to license. Have fun with it, and let me know if you make any improvements. The "32" versions of things simply add "-m32" to the cflags for cross-compiling. You'll probably need to hack some of the paths in the various files in order to get it to work on anything other than the latest amd64 ubuntu release. You also might need to add CFLAGS=-fno-finite-math-only to your environment to counteract the use of -ffast-math. Usage: [optional]: run ./setup-bingcc [max glibc version] - This scans your system libraries and generates the header using mjau's gensymoverride. Max glibc version defaults to 2.3.6. run bingcc-env: - This launces a bash shell which will have bingcc set up: it sets the CC and CXX environment variables to point to bingcc/bing++. ./configure (or cmake) and build within this shell. check to see if it worked: - use objdump -p <binary> to have a look at what's required - objdump -CT <binary> | grep <version> to see what symbols are causing problems. Notes: There's some commented out code for stdc++ stuff, which might work pre gcc4.6, but I've not had much luck yet myself. There's a script to download and compile the Simple Directmedia Layer (v1.2) in the examples/ directory. Have a look if that's your thing. There's also one to build libogg/libvorbis and friends.