#include "demo.ships"
-// NOTE: "accept" is a synonym for "move" it is less confusing in the case
-// of inboxes, but is otherwise identical
-
-//////////////////////////////////////////////////////////////////////////////
-// The following three instructions simply produce one hundred "3"s
-// and put them into fifo "a". Ignore the switch-fabric clogging
-// issue here; this is just setup for the rest of the code.
-
- 3 -> helper.in
- copy helper.out -[10]-> source.in
- discard helper.out -> ()
-
-
-//////////////////////////////////////////////////////////////////////////////
-// set up a counting move of 10 items from source.out to dest.in, but require
-// flow control tokens (10 items is too many to send at once)
-
- triggered move source.out -[10]-> dest.in
-
-
-//////////////////////////////////////////////////////////////////////////////
-// The next instruction tears down the "default" standing move on dest.in
-// and uses the resulting tokens to prime source.out's pump. Once that
-// has been kicked off, any subsequent incoming items will generate tokens
-// which are sent back to the source outbox
-
- nop+ack dest.in -[3]-> source.out
- accept+ack dest.in -[7]-> source.out
- accept dest.in -[3]-> source.out
- nop+ack dest.in -> fetch.release // then release the fetch
- accept dest.in -[*]-> () // and return the fabric to normal
-
-{ tokensource.out -> halt.in } -> fetch.codebag // termination codebag
-
+3 -> adder1.a
+3 -> adder1.b
+adder1.out -> adder1.a ; accept adder1.a->()
+3 -> adder1.b
+adder1.out -> debug.data
+accept debug.data -> ()
+
+//4 -> debug.data