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...for patches which we will submit soon. AAP was designed in early 2015 and aims to advance compiler development for small deeply embedded Harvard architectures, which are widely used commercially. AAP is freely available as an open source softcore for use in FPGA designs. AAP has wide exposure: at ORCONF16 at CERN, at FOSDEM and at BCS and OSHUG meetings. It is also of commercial interest, because of the potential benefits of providing upstream LLVM support for features found in small embedded processors. Currently there is a complete Clang and LLVM toolchain including gdb, ld and binutils, as well...

...was designed in early 2015 and aims to advance compiler development >> for small deeply embedded Harvard architectures, which are widely used >> commercially. AAP is freely available as an open source softcore for use >> in FPGA designs. >> >> AAP has wide exposure: at ORCONF16 at CERN, at FOSDEM and at BCS and >> OSHUG meetings. It is also of commercial interest, because of the >> potential benefits of providing upstream LLVM support for features found >> in small embedded processors. >> >> Currently there is a complete Clang and LLVM toolch...

...was designed in early 2015 and aims to advance compiler development >> for small deeply embedded Harvard architectures, which are widely used >> commercially. AAP is freely available as an open source softcore for use >> in FPGA designs. >> >> AAP has wide exposure: at ORCONF16 at CERN, at FOSDEM and at BCS and >> OSHUG meetings. It is also of commercial interest, because of the >> potential benefits of providing upstream LLVM support for features found >> in small embedded processors. >> >> Currently there is a complete Clang and LLVM toolch...