> It'll be nice to know that any normal PC program we write will "just work" on Raspberry Pi and Apple ARM. All we have to do embed an ARM build of the emulator above within our x86 executables, and have them morph and re-exec appropriately, similar to how Cosmopolitan is already doing doing with qemu-x86_64, except that this wouldn't need to be installed beforehand. The tradeoff is that, if we do this, binaries will only be 10x smaller than Go's Hello World, instead of 100x smaller. The other tradeoff is the GCC Runtime Exception forbids code morphing, but I already took care of that for you, by rewriting the GNU runtimes.
> Probably related to #399. The recommended approach would be to use a full emulator like Bochs. It's not something we use at the moment so we can't provide support on this. Although we do intend to have APE support ARM at some point in the future.
> It'll be nice to know that any normal PC program we write will "just work" on Raspberry Pi and Apple ARM. All we have to do embed an ARM build of the emulator above within our x86 executables, and have them morph and re-exec appropriately, similar to how Cosmopolitan is already doing doing with qemu-x86_64, except that this wouldn't need to be installed beforehand. The tradeoff is that, if we do this, binaries will only be 10x smaller than Go's Hello World, instead of 100x smaller. The other tradeoff is the GCC Runtime Exception forbids code morphing, but I already took care of that for you, by rewriting the GNU runtimes.
Also this, from a GitHub issue (https://github.com/jart/cosmopolitan/issues/354#issuecomment...):
> Probably related to #399. The recommended approach would be to use a full emulator like Bochs. It's not something we use at the moment so we can't provide support on this. Although we do intend to have APE support ARM at some point in the future.