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Minor pipeline adjustments #328
Minor pipeline adjustments #328
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This allows vm_compute to run in 300 seconds on the from_associational pipeline.
These changes look reasonable to my limited understanding. If you think this is the best place to continue on, merge away. |
expr_let v13 := ((uint64)((uint64)(v10) +₆₄ (uint64)(v3)) & 2251799813685247) in | ||
(uint64)(v11) :: (uint64)(v13) :: (uint64)(v12) +₆₄ (uint64)(v5) :: (uint64)(v7) :: (uint64)(v9) :: [])%expr | ||
: Expr (type.list (type.type_primitive type.Z) * type.list (type.type_primitive type.Z) -> type.list (type.type_primitive type.Z)) | ||
(*base_51_carry_mul = |
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is this change an intended consequence of this PR? I don't mind (no-brainer used-once fixes it), just curious.
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It's a side-effect of let
-binding place
. If we don't let-bind place, then it goes back to what it was.
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For future reference, timing statistics on the bounds pipeline (post-caching) on radd, for 2^127-1, n=3, wordsize=64:
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Probably if the lists are the same lengths, then we want to compare them element-wise rather than all at once. It's way too verbose to keep expanding them, so we only do that when lists are not the same length. We now get error messages such as ``` Unable to unify: [inr [378, 381, 384]] == [inr [101, 106, 108]] Could not unify the values at index 0: [mit-plv#378, mit-plv#381, mit-plv#384] != [mit-plv#101, mit-plv#106, mit-plv#108] index 0: mit-plv#378 != mit-plv#101 (slice 0 44, [mit-plv#377]) != (slice 0 44, [mit-plv#98]) index 0: mit-plv#377 != mit-plv#98 (add 64, [mit-plv#345, mit-plv#375]) != (add 64, [mit-plv#57, mit-plv#96]) index 0: mit-plv#345 != mit-plv#57 (slice 0 44, [mit-plv#337]) != (slice 0 44, [#44]) index 0: mit-plv#337 != #44 (add 64, [#41, mit-plv#334]) != (add 64, [#25, #41]) index 1: mit-plv#334 != #25 (mul 64, [#1, mit-plv#331]) != (mul 64, [#0, #1, #22]) [(add 64, [mit-plv#329, mit-plv#329])] != [#0, (const 20, [])] [(add 64, [(mul 64, [#7, mit-plv#328]), (mul 64, [#7, mit-plv#328])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [#0, mit-plv#327])]), (mul 64, [(const 2, []), (add 64, [#0, mit-plv#327])])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, mit-plv#326])])]), (mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, mit-plv#326])])])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, (const 4, [])])])]), (mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, (const 4, [])])])])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [(old 64 0, []), (mul 64, [(old 64 0, []), (const 4, [])])])]), (mul 64, [(const 2, []), (add 64, [(old 64 0, []), (mul 64, [(old 64 0, []), (const 4, [])])])])])] != [(old 64 0, []), (const 20, [])] ``` The second to last line is generally the one to look at; the last line adds a bit more detail to it. Perhaps we should instead list out the values of indices rather than expanding one additional level?
Probably if the lists are the same lengths, then we want to compare them element-wise rather than all at once. It's way too verbose to keep expanding them, so we only do that when lists are not the same length. We now get error messages such as ``` Unable to unify: [inr [378, 381, 384]] == [inr [101, 106, 108]] Could not unify the values at index 0: [mit-plv#378, mit-plv#381, mit-plv#384] != [mit-plv#101, mit-plv#106, mit-plv#108] index 0: mit-plv#378 != mit-plv#101 (slice 0 44, [mit-plv#377]) != (slice 0 44, [mit-plv#98]) index 0: mit-plv#377 != mit-plv#98 (add 64, [mit-plv#345, mit-plv#375]) != (add 64, [mit-plv#57, mit-plv#96]) index 0: mit-plv#345 != mit-plv#57 (slice 0 44, [mit-plv#337]) != (slice 0 44, [#44]) index 0: mit-plv#337 != #44 (add 64, [#41, mit-plv#334]) != (add 64, [#25, #41]) index 1: mit-plv#334 != #25 (mul 64, [#1, mit-plv#331]) != (mul 64, [#0, #1, #22]) [(add 64, [mit-plv#329, mit-plv#329])] != [#0, (const 20, [])] [(add 64, [(mul 64, [#7, mit-plv#328]), (mul 64, [#7, mit-plv#328])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [#0, mit-plv#327])]), (mul 64, [(const 2, []), (add 64, [#0, mit-plv#327])])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, mit-plv#326])])]), (mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, mit-plv#326])])])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, (const 4, [])])])]), (mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, (const 4, [])])])])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [(old 64 0, []), (mul 64, [(old 64 0, []), (const 4, [])])])]), (mul 64, [(const 2, []), (add 64, [(old 64 0, []), (mul 64, [(old 64 0, []), (const 4, [])])])])])] != [(old 64 0, []), (const 20, [])] ``` The second to last line is generally the one to look at; the last line adds a bit more detail to it. Perhaps we should instead list out the values of indices rather than expanding one additional level?
Probably if the lists are the same lengths, then we want to compare them element-wise rather than all at once. It's way too verbose to keep expanding them, so we only do that when lists are not the same length. We now get error messages such as ``` Unable to unify: [inr [378, 381, 384]] == [inr [101, 106, 108]] Could not unify the values at index 0: [#378, #381, #384] != [#101, #106, #108] index 0: #378 != #101 (slice 0 44, [#377]) != (slice 0 44, [#98]) index 0: #377 != #98 (add 64, [#345, #375]) != (add 64, [#57, #96]) index 0: #345 != #57 (slice 0 44, [#337]) != (slice 0 44, [#44]) index 0: #337 != #44 (add 64, [#41, #334]) != (add 64, [#25, #41]) index 1: #334 != #25 (mul 64, [#1, #331]) != (mul 64, [#0, #1, #22]) [(add 64, [#329, #329])] != [#0, (const 20, [])] [(add 64, [(mul 64, [#7, #328]), (mul 64, [#7, #328])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [#0, #327])]), (mul 64, [(const 2, []), (add 64, [#0, #327])])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, #326])])]), (mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, #326])])])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, (const 4, [])])])]), (mul 64, [(const 2, []), (add 64, [#0, (mul 64, [#0, (const 4, [])])])])])] != [#0, (const 20, [])] [(add 64, [(mul 64, [(const 2, []), (add 64, [(old 64 0, []), (mul 64, [(old 64 0, []), (const 4, [])])])]), (mul 64, [(const 2, []), (add 64, [(old 64 0, []), (mul 64, [(old 64 0, []), (const 4, [])])])])])] != [(old 64 0, []), (const 20, [])] ``` The second to last line is generally the one to look at; the last line adds a bit more detail to it. Perhaps we should instead list out the values of indices rather than expanding one additional level?
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