lamellar 0.8.0

Lamellar is an asynchronous tasking runtime for HPC systems developed in RUST.
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use lamellar::array::prelude::*;

macro_rules! initialize_array {
    (UnsafeArray,$array:ident,$init_val:ident) => {
        unsafe {
            $array
                .dist_iter_mut()
                .for_each(move |x| *x = $init_val)
                .block();
        }
        $array.barrier();
    };
    (AtomicArray,$array:ident,$init_val:ident) => {
        $array
            .dist_iter()
            .for_each(move |x| x.store($init_val))
            .block();
        $array.barrier();
    };
    (LocalLockArray,$array:ident,$init_val:ident) => {
        $array
            .dist_iter_mut()
            .for_each(move |x| *x = $init_val)
            .block();
        $array.barrier();
    };
    (GlobalLockArray,$array:ident,$init_val:ident) => {
        $array
            .dist_iter_mut()
            .for_each(move |x| *x = $init_val)
            .block();
        $array.barrier();
    };
}

macro_rules! check_val {
    (UnsafeArray,$val:ident,$max_val:ident,$valid:ident) => {
        // UnsafeArray updates will be nondeterminstic so should not ever be considered safe/valid so for testing sake we just say they are
    };
    (AtomicArray,$val:ident,$max_val:ident,$valid:ident) => {
        if (($val - $max_val) as f32).abs() > 0.0001 {
            //all updates should be preserved
            $valid = false;
        }
    };
    (LocalLockArray,$val:ident,$max_val:ident,$valid:ident) => {
        if (($val - $max_val) as f32).abs() > 0.0001 {
            //all updates should be preserved
            $valid = false;
        }
    };
    (GlobalLockArray,$val:ident,$max_val:ident,$valid:ident) => {
        if (($val - $max_val) as f32).abs() > 0.0001 {
            //all updates should be preserved
            $valid = false;
        }
    };
}

macro_rules! onesided_iter {
    (GlobalLockArray,$array:ident) => {
        $array.read_lock().block().onesided_iter()
    };
    ($arraytype:ident,$array:ident) => {
        $array.onesided_iter()
    };
}

macro_rules! fetch_or_test{
    ($array:ident, $t:ty, $len:expr, $dist:ident) =>{
       {
            let world = lamellar::LamellarWorldBuilder::new().build();
            let num_pes = world.num_pes();
            let my_pe = world.my_pe();
            let array_total_len = $len;
            #[allow(unused_mut)]
            let mut success = true;
            let array: $array::<$t> = $array::<$t>::new(world.team(), array_total_len, $dist).block().into(); //convert into abstract LamellarArray, distributed len is total_len

            let init_val =0 as $t;
            let final_val = !(!init_val << num_pes);
            initialize_array!($array, array, init_val);
            array.wait_all();
            array.barrier();
            let my_val = 1 as $t << my_pe;

            let mut reqs = vec![];
            for idx in 0..array.len(){
                #[allow(unused_unsafe)]
                reqs.push((unsafe{array.fetch_bit_or(idx,my_val)},idx));
            }
            for (req,idx) in reqs{
                let val =  world.block_on(req);
                if (val & my_val) != 0 {
                    eprintln!("{:?} {:x} {:x} ",idx,my_val,val);
                    success = false;
                }
            }

            array.wait_all();
            array.barrier();
            // array.print();
                #[allow(unused_unsafe)]
                for (i,elem) in unsafe {onesided_iter!($array,array).into_iter().enumerate()}{
                let val = elem;
                check_val!($array,val,final_val,success);
                if !success{
                    eprintln!("{:?} {:x} {:x} {:x}",i,my_val,val,final_val);
                }
            }
            array.barrier();
            initialize_array!($array, array, init_val);
            array.wait_all();
            array.barrier();



            let half_len = array_total_len/2;
            let start_i = half_len/2;
            let end_i = start_i + half_len;
            let sub_array = array.sub_array(start_i..end_i);
            sub_array.barrier();
            // sub_array.print();

            let mut reqs = vec![];
            for idx in 0..sub_array.len(){
                #[allow(unused_unsafe)]
                reqs.push((unsafe{sub_array.fetch_bit_or(idx,my_val)},idx));
            }
            for (req,idx)  in reqs{
                let val =  world.block_on(req);
                if (val & my_val) != 0 {
                    eprintln!("{:?} {:x} {:x} ",idx,my_val,val);
                    success = false;
                }
            }

            sub_array.wait_all();
            sub_array.barrier();
            // sub_array.print();
            #[allow(unused_unsafe)]
            for (i,elem) in unsafe {onesided_iter!($array,sub_array).into_iter().enumerate()}{
                let val = elem;
                check_val!($array,val,final_val,success);
                if !success{
                    eprintln!("{:?} {:x} {:x} {:x}",i,my_val,val,final_val);
                }
            }
            sub_array.barrier();
            initialize_array!($array, array, init_val);
            sub_array.wait_all();
            sub_array.barrier();



            let pe_len = array_total_len/num_pes;
            for pe in 0..num_pes{
                let len = std::cmp::max(pe_len/2,1);
                let start_i = (pe*pe_len)+ len/2;
                let end_i = start_i+len;
                let sub_array = array.sub_array(start_i..end_i);
                sub_array.barrier();

                let mut reqs = vec![];
                for idx in 0..sub_array.len(){
                    #[allow(unused_unsafe)]
                    reqs.push((unsafe{sub_array.fetch_bit_or(idx,my_val)},idx));
                }
                for (req,idx)  in reqs{
                    let val =  world.block_on(req);
                    if (val & my_val) != 0 {
                        eprintln!("{:?} {:x} {:x} ",idx,my_val,val);
                        success = false;
                    }
                }

                sub_array.wait_all();
                sub_array.barrier();
                // sub_array.print();
                #[allow(unused_unsafe)]
                for (i,elem) in unsafe {onesided_iter!($array,sub_array).into_iter().enumerate()}{
                    let val = elem;
                    check_val!($array,val,final_val,success);
                    if !success{
                        eprintln!("{:?} {:x} {:x} {:x}",i,my_val,val,final_val);
                    }
                }
                sub_array.barrier();
                initialize_array!($array, array, init_val);
                sub_array.wait_all();
                sub_array.barrier();
            }

            if !success{
                eprintln!("failed");
            }
        }
    }
}

#[lamellar::main]
fn main() {
    let args: Vec<String> = std::env::args().collect();
    let array = args[1].clone();
    let dist = args[2].clone();
    let elem = args[3].clone();
    let len = args[4].parse::<usize>().unwrap();

    let dist_type = match dist.as_str() {
        "Block" => lamellar::array::Distribution::Block,
        "Cyclic" => lamellar::array::Distribution::Cyclic,
        _ => panic!("unsupported dist type"),
    };

    match array.as_str() {
        "UnsafeArray" => match elem.as_str() {
            "u8" => fetch_or_test!(UnsafeArray, u8, len, dist_type),
            "u16" => fetch_or_test!(UnsafeArray, u16, len, dist_type),
            "u32" => fetch_or_test!(UnsafeArray, u32, len, dist_type),
            "u64" => fetch_or_test!(UnsafeArray, u64, len, dist_type),
            "u128" => fetch_or_test!(UnsafeArray, u128, len, dist_type),
            "usize" => fetch_or_test!(UnsafeArray, usize, len, dist_type),
            "i8" => fetch_or_test!(UnsafeArray, i8, len, dist_type),
            "i16" => fetch_or_test!(UnsafeArray, i16, len, dist_type),
            "i32" => fetch_or_test!(UnsafeArray, i32, len, dist_type),
            "i64" => fetch_or_test!(UnsafeArray, i64, len, dist_type),
            "i128" => fetch_or_test!(UnsafeArray, i128, len, dist_type),
            "isize" => fetch_or_test!(UnsafeArray, isize, len, dist_type),
            _ => eprintln!("unsupported element type"),
        },
        "AtomicArray" => match elem.as_str() {
            "u8" => fetch_or_test!(AtomicArray, u8, len, dist_type),
            "u16" => fetch_or_test!(AtomicArray, u16, len, dist_type),
            "u32" => fetch_or_test!(AtomicArray, u32, len, dist_type),
            "u64" => fetch_or_test!(AtomicArray, u64, len, dist_type),
            "u128" => fetch_or_test!(AtomicArray, u128, len, dist_type),
            "usize" => fetch_or_test!(AtomicArray, usize, len, dist_type),
            "i8" => fetch_or_test!(AtomicArray, i8, len, dist_type),
            "i16" => fetch_or_test!(AtomicArray, i16, len, dist_type),
            "i32" => fetch_or_test!(AtomicArray, i32, len, dist_type),
            "i64" => fetch_or_test!(AtomicArray, i64, len, dist_type),
            "i128" => fetch_or_test!(AtomicArray, i128, len, dist_type),
            "isize" => fetch_or_test!(AtomicArray, isize, len, dist_type),
            _ => eprintln!("unsupported element type"),
        },
        "LocalLockArray" => match elem.as_str() {
            "u8" => fetch_or_test!(LocalLockArray, u8, len, dist_type),
            "u16" => fetch_or_test!(LocalLockArray, u16, len, dist_type),
            "u32" => fetch_or_test!(LocalLockArray, u32, len, dist_type),
            "u64" => fetch_or_test!(LocalLockArray, u64, len, dist_type),
            "u128" => fetch_or_test!(LocalLockArray, u128, len, dist_type),
            "usize" => fetch_or_test!(LocalLockArray, usize, len, dist_type),
            "i8" => fetch_or_test!(LocalLockArray, i8, len, dist_type),
            "i16" => fetch_or_test!(LocalLockArray, i16, len, dist_type),
            "i32" => fetch_or_test!(LocalLockArray, i32, len, dist_type),
            "i64" => fetch_or_test!(LocalLockArray, i64, len, dist_type),
            "i128" => fetch_or_test!(LocalLockArray, i128, len, dist_type),
            "isize" => fetch_or_test!(LocalLockArray, isize, len, dist_type),
            _ => eprintln!("unsupported element type"),
        },
        "GlobalLockArray" => match elem.as_str() {
            "u8" => fetch_or_test!(GlobalLockArray, u8, len, dist_type),
            "u16" => fetch_or_test!(GlobalLockArray, u16, len, dist_type),
            "u32" => fetch_or_test!(GlobalLockArray, u32, len, dist_type),
            "u64" => fetch_or_test!(GlobalLockArray, u64, len, dist_type),
            "u128" => fetch_or_test!(GlobalLockArray, u128, len, dist_type),
            "usize" => fetch_or_test!(GlobalLockArray, usize, len, dist_type),
            "i8" => fetch_or_test!(GlobalLockArray, i8, len, dist_type),
            "i16" => fetch_or_test!(GlobalLockArray, i16, len, dist_type),
            "i32" => fetch_or_test!(GlobalLockArray, i32, len, dist_type),
            "i64" => fetch_or_test!(GlobalLockArray, i64, len, dist_type),
            "i128" => fetch_or_test!(GlobalLockArray, i128, len, dist_type),
            "isize" => fetch_or_test!(GlobalLockArray, isize, len, dist_type),
            _ => {} //eprintln!("unsupported element type"),
        },
        _ => eprintln!("unsupported array type"),
    }
}