359 lines
9.3 KiB
Factor
Executable File
359 lines
9.3 KiB
Factor
Executable File
USING: arrays compiler.units generic hashtables inference kernel
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kernel.private math optimizer generator prettyprint sequences
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sbufs strings tools.test vectors words sequences.private
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quotations optimizer.backend classes classes.algebra
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inference.dataflow classes.tuple.private continuations growable
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optimizer.inlining namespaces hints ;
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IN: optimizer.tests
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[ H{ { 1 5 } { 3 4 } { 2 5 } } ] [
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H{ { 1 2 } { 3 4 } } H{ { 2 5 } } union*
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] unit-test
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[ H{ { 1 4 } { 2 4 } { 3 4 } } ] [
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H{ { 1 2 } { 3 4 } } H{ { 2 3 } } union*
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] unit-test
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GENERIC: xyz ( obj -- obj )
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M: array xyz xyz ;
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[ t ] [ \ xyz compiled? ] unit-test
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! Test predicate inlining
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: pred-test-1
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dup fixnum? [
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dup integer? [ "integer" ] [ "nope" ] if
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] [
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"not a fixnum"
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] if ;
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[ 1 "integer" ] [ 1 pred-test-1 ] unit-test
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TUPLE: pred-test ;
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: pred-test-2
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dup tuple? [
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dup pred-test? [ "pred-test" ] [ "nope" ] if
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] [
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"not a tuple"
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] if ;
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[ T{ pred-test } "pred-test" ] [ T{ pred-test } pred-test-2 ] unit-test
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: pred-test-3
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dup pred-test? [
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dup tuple? [ "pred-test" ] [ "nope" ] if
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] [
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"not a tuple"
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] if ;
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[ T{ pred-test } "pred-test" ] [ T{ pred-test } pred-test-3 ] unit-test
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: inline-test
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"nom" = ;
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[ t ] [ "nom" inline-test ] unit-test
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[ f ] [ "shayin" inline-test ] unit-test
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[ f ] [ 3 inline-test ] unit-test
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: fixnum-declarations >fixnum 24 shift 1234 bitxor ;
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[ ] [ 1000000 fixnum-declarations . ] unit-test
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! regression
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: literal-not-branch 0 not [ ] [ ] if ;
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[ ] [ literal-not-branch ] unit-test
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! regression
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: bad-kill-1 ( a b -- c d e ) [ 3 f ] [ dup bad-kill-1 ] if ; inline
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: bad-kill-2 bad-kill-1 drop ;
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[ 3 ] [ t bad-kill-2 ] unit-test
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! regression
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: (the-test) ( x -- y ) dup 0 > [ 1- (the-test) ] when ; inline
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: the-test ( -- x y ) 2 dup (the-test) ;
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[ 2 0 ] [ the-test ] unit-test
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! regression
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: (double-recursion) ( start end -- )
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< [
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6 1 (double-recursion)
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3 2 (double-recursion)
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] when ; inline
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: double-recursion 0 2 (double-recursion) ;
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[ ] [ double-recursion ] unit-test
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! regression
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: double-label-1 ( a b c -- d )
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[ f double-label-1 ] [ swap nth-unsafe ] if ; inline
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: double-label-2 ( a -- b )
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dup array? [ ] [ ] if 0 t double-label-1 ;
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[ 0 ] [ 10 double-label-2 ] unit-test
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! regression
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GENERIC: void-generic ( obj -- * )
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: breakage ( -- * ) "hi" void-generic ;
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[ t ] [ \ breakage compiled? ] unit-test
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[ breakage ] must-fail
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! regression
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: branch-fold-regression-0 ( m -- n )
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t [ ] [ 1+ branch-fold-regression-0 ] if ; inline
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: branch-fold-regression-1 ( -- m )
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10 branch-fold-regression-0 ;
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[ 10 ] [ branch-fold-regression-1 ] unit-test
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! another regression
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: constant-branch-fold-0 "hey" ; foldable
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: constant-branch-fold-1 ( -- ? ) constant-branch-fold-0 "hey" = ; inline
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[ 1 ] [ [ constant-branch-fold-1 [ 1 ] [ 2 ] if ] compile-call ] unit-test
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! another regression
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: foo f ;
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: bar ( -- ? ) foo 4 4 = and ;
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[ f ] [ bar ] unit-test
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! ensure identities are working in some form
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[ t ] [
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[ { number } declare 0 + ] dataflow optimize
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[ #push? ] node-exists? not
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] unit-test
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! compiling <tuple> with a non-literal class failed
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: <tuple>-regression ( class -- tuple ) <tuple> ;
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[ t ] [ \ <tuple>-regression compiled? ] unit-test
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GENERIC: foozul ( a -- b )
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M: reversed foozul ;
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M: integer foozul ;
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M: slice foozul ;
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[ reversed ] [ reversed \ foozul specific-method ] unit-test
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! regression
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: constant-fold-2 f ; foldable
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: constant-fold-3 4 ; foldable
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[ f t ] [
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[ constant-fold-2 constant-fold-3 4 = ] compile-call
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] unit-test
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: constant-fold-4 f ; foldable
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: constant-fold-5 f ; foldable
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[ f ] [
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[ constant-fold-4 constant-fold-5 or ] compile-call
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] unit-test
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[ 5 ] [ 5 [ 0 + ] compile-call ] unit-test
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[ 5 ] [ 5 [ 0 swap + ] compile-call ] unit-test
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[ 5 ] [ 5 [ 0 - ] compile-call ] unit-test
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[ -5 ] [ 5 [ 0 swap - ] compile-call ] unit-test
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[ 0 ] [ 5 [ dup - ] compile-call ] unit-test
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[ 5 ] [ 5 [ 1 * ] compile-call ] unit-test
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[ 5 ] [ 5 [ 1 swap * ] compile-call ] unit-test
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[ 0 ] [ 5 [ 0 * ] compile-call ] unit-test
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[ 0 ] [ 5 [ 0 swap * ] compile-call ] unit-test
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[ -5 ] [ 5 [ -1 * ] compile-call ] unit-test
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[ -5 ] [ 5 [ -1 swap * ] compile-call ] unit-test
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[ 0 ] [ 5 [ 1 mod ] compile-call ] unit-test
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[ 0 ] [ 5 [ 1 rem ] compile-call ] unit-test
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[ 5 ] [ 5 [ -1 bitand ] compile-call ] unit-test
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[ 0 ] [ 5 [ 0 bitand ] compile-call ] unit-test
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[ 5 ] [ 5 [ -1 swap bitand ] compile-call ] unit-test
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[ 0 ] [ 5 [ 0 swap bitand ] compile-call ] unit-test
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[ 5 ] [ 5 [ dup bitand ] compile-call ] unit-test
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[ 5 ] [ 5 [ 0 bitor ] compile-call ] unit-test
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[ -1 ] [ 5 [ -1 bitor ] compile-call ] unit-test
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[ 5 ] [ 5 [ 0 swap bitor ] compile-call ] unit-test
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[ -1 ] [ 5 [ -1 swap bitor ] compile-call ] unit-test
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[ 5 ] [ 5 [ dup bitor ] compile-call ] unit-test
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[ 5 ] [ 5 [ 0 bitxor ] compile-call ] unit-test
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[ 5 ] [ 5 [ 0 swap bitxor ] compile-call ] unit-test
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[ -6 ] [ 5 [ -1 bitxor ] compile-call ] unit-test
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[ -6 ] [ 5 [ -1 swap bitxor ] compile-call ] unit-test
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[ 0 ] [ 5 [ dup bitxor ] compile-call ] unit-test
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[ 0 ] [ 5 [ 0 swap shift ] compile-call ] unit-test
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[ 5 ] [ 5 [ 0 shift ] compile-call ] unit-test
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[ f ] [ 5 [ dup < ] compile-call ] unit-test
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[ t ] [ 5 [ dup <= ] compile-call ] unit-test
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[ f ] [ 5 [ dup > ] compile-call ] unit-test
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[ t ] [ 5 [ dup >= ] compile-call ] unit-test
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[ t ] [ 5 [ dup eq? ] compile-call ] unit-test
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[ t ] [ 5 [ dup = ] compile-call ] unit-test
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[ t ] [ 5 [ dup number= ] compile-call ] unit-test
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[ t ] [ \ vector [ \ vector = ] compile-call ] unit-test
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GENERIC: detect-number ( obj -- obj )
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M: number detect-number ;
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[ 10 f [ <array> 0 + detect-number ] compile-call ] must-fail
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! Regression
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[ 4 [ + ] ] [ 2 2 [ [ + ] [ call ] keep ] compile-call ] unit-test
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! Regression
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USE: sorting
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USE: sorting.private
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: old-binsearch ( elt quot seq -- elt quot i )
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dup length 1 <= [
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slice-from
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] [
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[ midpoint swap call ] 3keep roll dup zero?
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[ drop dup slice-from swap midpoint@ + ]
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[ partition old-binsearch ] if
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] if ; inline
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[ 10 ] [
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10 20 >vector <flat-slice>
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[ [ - ] swap old-binsearch ] compile-call 2nip
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] unit-test
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! Regression
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TUPLE: silly-tuple a b ;
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[ 1 2 { silly-tuple-a silly-tuple-b } ] [
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T{ silly-tuple f 1 2 }
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[
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{ silly-tuple-a silly-tuple-b } [ get-slots ] keep
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] compile-call
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] unit-test
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! Regression
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: empty-compound ;
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: node-successor-f-bug ( x -- * )
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[ 3 throw ] [ empty-compound ] compose [ 3 throw ] if ;
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[ t ] [ \ node-successor-f-bug compiled? ] unit-test
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[ ] [ [ new ] dataflow optimize drop ] unit-test
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[ ] [ [ <tuple> ] dataflow optimize drop ] unit-test
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! Make sure we have sane heuristics
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: should-inline? ( generic class -- ? ) method flat-length 10 <= ;
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[ t ] [ \ fixnum \ shift should-inline? ] unit-test
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[ f ] [ \ array \ equal? should-inline? ] unit-test
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[ f ] [ \ sequence \ hashcode* should-inline? ] unit-test
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[ t ] [ \ array \ nth-unsafe should-inline? ] unit-test
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[ t ] [ \ growable \ nth-unsafe should-inline? ] unit-test
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[ t ] [ \ sbuf \ set-nth-unsafe should-inline? ] unit-test
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! Regression
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: lift-throw-tail-regression ( obj -- obj str )
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dup integer? [ "an integer" ] [
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dup string? [ "a string" ] [
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"error" throw
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] if
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] if ;
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[ t ] [ \ lift-throw-tail-regression compiled? ] unit-test
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[ 3 "an integer" ] [ 3 lift-throw-tail-regression ] unit-test
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[ "hi" "a string" ] [ "hi" lift-throw-tail-regression ] unit-test
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: lift-loop-tail-test-1 ( a quot -- )
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over even? [
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[ >r 3 - r> call ] keep lift-loop-tail-test-1
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] [
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over 0 < [
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2drop
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] [
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[ >r 2 - r> call ] keep lift-loop-tail-test-1
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] if
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] if ; inline
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: lift-loop-tail-test-2
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10 [ ] lift-loop-tail-test-1 1 2 3 ;
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[ 1 2 3 ] [ lift-loop-tail-test-2 ] unit-test
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GENERIC: generic-inline-test ( x -- y )
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M: integer generic-inline-test ;
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: generic-inline-test-1 ( -- x )
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1
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generic-inline-test
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generic-inline-test
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generic-inline-test
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generic-inline-test
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generic-inline-test
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generic-inline-test
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generic-inline-test
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generic-inline-test
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generic-inline-test
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generic-inline-test ;
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! Inlining all of the above should only take two passes
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[ { t f } ] [
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\ generic-inline-test-1 word-def dataflow
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[ optimize-1 , optimize-1 , drop ] { } make
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] unit-test
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! Forgot a recursive inline check
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: recursive-inline-hang ( a -- a )
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dup array? [ recursive-inline-hang ] when ;
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HINTS: recursive-inline-hang array ;
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: recursive-inline-hang-1 ( -- a )
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{ } recursive-inline-hang ;
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[ t ] [ \ recursive-inline-hang-1 compiled? ] unit-test
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DEFER: recursive-inline-hang-3
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: recursive-inline-hang-2 ( a -- a )
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dup array? [ recursive-inline-hang-3 ] when ;
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HINTS: recursive-inline-hang-2 array ;
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: recursive-inline-hang-3 ( a -- a )
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dup array? [ recursive-inline-hang-2 ] when ;
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HINTS: recursive-inline-hang-3 array ;
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! Regression
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USE: sequences.private
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[ ] [ { (3append) } compile ] unit-test
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! Wow
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: counter-example ( a b c d -- a' b' c' d' )
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dup 0 > [ 1 - >r rot 2 * r> counter-example ] when ; inline
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: counter-example' ( -- a' b' c' d' )
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1 2 3.0 3 counter-example ;
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[ 2 4 6.0 0 ] [ counter-example' ] unit-test
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: member-test ( obj -- ? ) { + - * / /i } member? ;
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\ member-test must-infer
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[ ] [ \ member-test word-dataflow optimize 2drop ] unit-test
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[ t ] [ \ + member-test ] unit-test
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[ f ] [ \ append member-test ] unit-test
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