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unameOut="$(uname -s)"
case "${unameOut}" in
Linux*) libext=so;;
Darwin*) libext=dylib;;
CYGWIN*) libext=dll;;
MINGW*) libext=dll;;
MSYS_NT*) libext=dll;;
*) libext="so"
esac
# name without extension, num_iters, input number
function bench_program() {
local name=$1
local num_iters=$2
local input=$3
echo -e "### ${RED}Benchmarking $name ${NC}"
rustc --crate-type=cdylib "$name.rs" -C target-cpu=native -C opt-level=3 -o "${name}_rs.${libext}" > /dev/null 2>&1
cargo r -- build "$name.con" --lib --release
cp "$name.${libext}" "${name}_con.${libext}"
cc -march=native -mtune=native bench.c -L . -l:./"${name}"_rs.${libext} -l:./"${name}"_con.${libext} -o bench_"${name}"
./bench_"${name}" "$num_iters" "$input"
} @rpath/mylibname.dylib using install_name_tool, then link to it with -l @rpath/mylibname.dyliv
otool -l ./mylibrary.dylibinstall_name_tool after
:- include(stdio).
int func main
{
puts("Hello, world!");
return 0
}.
1int func main {
list[int] var my_ints = list[int]:new(17);
size_t var size = *(list[int]:capacity(my_ints));
for(int var i = 0; i < size; i += 1)
{
list[int]:append(my_ints, i*i)
};
for(int var i = 0; i < size; i+= 1)
{
printf("%d squared = %d.\n", i, list[int]:get(my_ints, i))
};
return 0
}. 
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& you had a great time 
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static const char *s_apTest[100] = {
"only one element kek",
}; static_asserts are better then
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