Repository containing workloads used in the evaluation of Fused, several of which are ported from the BEEBS project.

First, install a few tools:

$> sudo apt install libboost-dev build-essential g++ ninja-build gdb

Then install a recent version of CMake (>= version 3.12):

$> wget https://github.com/Kitware/CMake/releases/download/v3.15.4/cmake-3.15.4-Linux-x86_64.sh
$> chmod a+x cmake*.sh
$> sudo ./cmake*.sh --skip-license --prefix=/usr/local

Now download, build & install the MSP430 and Arm GCC toolchains, using CMake (this may take a while):

# in fused-workloads/
$> mkdir build && cd build
$> cmake .. -GNinja -D INSTALL_DEPENDENCIES=ON
$> ninja

By default, this installs to ~/.local, but you can providea different install path with the EP_INSTALL_DIR variable, e.g. -DEP_INSTALL_DIR=${HOME}/fused-workloads-deps.

Before building, we need to set a few environment variables, add these lines to your ~/.bashrc (or your shell's equivalent):

export FUSED_ROOT=<path/to/fused/root> # Optional
export ARM_GCC_ROOT=${HOME}/.local/arm-gcc
export MSP430_GCC_ROOT=${HOME}/.local/msp430-gcc
export MSP430_INC=${HOME}/.local/msp430-inc
export PATH="${HOME}/.local/msp430-gcc/bin:${PATH}"
export PATH="${HOME}/.local/arm-gcc/bin:${PATH}"

Now, disable INSTALL_DEPENDENCIES:

# in fused-workloads/build
$> cmake .. -D INSTALL_DEPENDENCIES=OFF

Simply select a target platform via the TARGET_ARCH variable (cm0 for Arm Cortex-M0 or msp430 for MSP430FR5994) and build:

# in fused-workloads/build
$> cmake .. -GNinja -DINSTALL_DEPENDENCIES=OFF -DTARGET_ARCH=msp430
$> ninja

Once the this has completed, there will be a folder for each benchmark, containing executables with names in the format of

<workload>-<Code section><Data section>-<target architecture (msp430-cm0)>

(you can list the ELF's with ls **/*.elf)

Note: If you want to change the target, e.g. from msp430 to cm0, completely clean the build folder first.

This repository combines workloads licensed under several different licenses, see the header of each source file.