Ozma: Extending Scala with Oz concurrency

Sep 14, 20110 likes1,018 views

The document describes how Ozma extends the Scala programming language with constructs for declarative concurrency including thread for spawning concurrent tasks, Port for asynchronous message passing, and byNeedFuture and .lazified for lazy evaluation. It provides examples of using these features to concurrently map a function over a list, implement an agent that displays squared even numbers, and execute tasks with a partial barrier. The methodology is to start with sequential programs and add concurrency features where needed to introduce parallelism without changing results.

Ozma: Extending Scala with Oz concurrency

Sébastien Doeraene

Tail recursion modulo cons

def?append[A](front:?List[A],?back:?List[A]):?List[A]?=
??if?(front.isEmpty)?back
??else?front.head?::?append(front.tail,?back)

Declarative concurrency
def?map[A,?B](list:?List[A],?f:?A?=>?B):?List[B]?=
??if?(list.isEmpty)?Nil
??else?f(list.head)?::?map(list.tail,?f)

def?cmap[A,?B](list:?List[A],?f:?A?=>?B):?List[B]?=
??if?(list.isEmpty)?Nil
??else?thread(f(list.head))?::?cmap(list.tail,?f)

$Declarative agents def?displayEvenSquares()?{ ??val?integers?=?thread(gen(0)) ??val?evens?=?thread(integers?filter?(_?%?2?==?0)) ??val?evenSquares?=?thread(evens?map?(x?=>?x*x)) ??evenSquares?foreach?println } def?gen(from:?Int):?List[Int]?= ??from?::?gen(from+1)$

$Lazy execution def?displayEvenSquares()?{ ??val?integers?=?gen(0) ??val?evens?=?integers.lazified?filter?(_?%?2?==?0) ??val?evenSquares?=?evens.lazified?map?(x?=>?x*x) ??evenSquares?foreach?println } def?gen(from:?Int):?List[Int]?=?byNeedFuture?{ ??from?::?gen(from+1) }$

Ports
def?partialBarrier(m:?Int,?tasks:?List[()?=>?Unit])?{
??val?(stream,?port)?=?Port.newPort[Unit]
??for?(task?<??tasks)
????thread?{?task();?port.send(())?}
??stream(m?1)?//?wait?until?has?at?least?m?elements
}

println("start")
partialBarrier(2,?List(
????()?=>?{?sleep(1000);?println("a")?},
????()?=>?{?sleep(3000);?println("b")?},
????()?=>?{?sleep(2000);?println("c")?}
))
println("peekaboo")

Methodology (if still time remaining)
● Start with straightforward functional programs on lists
● Proove correctness with sequential methods
● Add thread expressions where needed
● Add concurrency, does not change result
● Add ports where needed
● Add nondeterminism exactly where needed, not more
● Add byNeedFuture and .lazified where needed
● Make computations optional, does not change result

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