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I wrote an Ada2012 translation of the Fourmilab Java emulation; the input cards to add 1 to 2 and get 3 (lines beginning with a dot are comments) are . number card, set v0 to 1 n000 1 . set v1 to 2 n001 2 . operation card, add + . load from v0 l000 . load from v1, apply the operation l001 . save the result in v2 s002 . print the last result p . halt with message h done! The trace output from a run is $ ./aes -t demo.ae Card 1 (demo.ae:1) . number card, set v0 to 1 Card 2 (demo.ae:2) n000 1 Store: 1 => V0 Card 3 (demo.ae:3) . set v1 to 2 Card 4 (demo.ae:4) n001 2 Store: 2 => V1 Card 5 (demo.ae:5) . operation card, add Card 6 (demo.ae:6) + Card 7 (demo.ae:7) . load v0 Card 8 (demo.ae:8) l000 Store: V0(1) => Mill Card 9 (demo.ae:9) . load v1, apply the operation Card 10 (demo.ae:10) l001 Store: V1(2) => Mill Mill: 1 + 2 = 3 Card 11 (demo.ae:11) . save the result in v2 Card 12 (demo.ae:12) s002 Store: 3 => V2 Card 13 (demo.ae:13) . print the last result Card 14 (demo.ae:14) p 3 Card 15 (demo.ae:15) . halt Card 16 (demo.ae:16) h done! Halt: done! The (bugfixed) program for AAL’s Note G is here.