! Copyright (C) 2009 Doug Coleman.
! See http://factorcode.org/license.txt for BSD license.
USING: byte-arrays checksums checksums.md5 io.encodings.binary
-io.streams.byte-array kernel math namespaces tools.test ;
+io.streams.byte-array kernel math namespaces tools.test
+sequences ;
IN: checksums.md5.tests
[ "d41d8cd98f00b204e9800998ecf8427e" ] [ "" >byte-array md5 checksum-bytes hex-string ] unit-test
<md5-state> "asdf" binary <byte-reader> add-checksum-stream
[ get-checksum ] [ get-checksum ] bi =
] unit-test
+
+[
+ t
+] [
+ { "abcd" "efg" } md5 checksum-lines length 16 =
+] unit-test
! Copyright (C) 2008, 2009 Slava Pestov.
! See http://factorcode.org/license.txt for BSD license.
USING: kernel math namespaces assocs hashtables sequences arrays
-accessors vectors combinators sets classes cpu.architecture
-compiler.cfg compiler.cfg.registers compiler.cfg.instructions
-compiler.cfg.def-use compiler.cfg.copy-prop compiler.cfg.rpo
-compiler.cfg.liveness ;
+accessors words vectors combinators combinators.short-circuit
+sets classes layouts cpu.architecture
+compiler.cfg
+compiler.cfg.rpo
+compiler.cfg.def-use
+compiler.cfg.liveness
+compiler.cfg.copy-prop
+compiler.cfg.registers
+compiler.cfg.comparisons
+compiler.cfg.instructions
+compiler.cfg.representations.preferred ;
IN: compiler.cfg.alias-analysis
! We try to eliminate redundant slot operations using some simple heuristics.
: ac>vregs ( ac -- vregs ) acs>vregs get at ;
-: aliases ( vreg -- vregs )
+GENERIC: aliases ( vreg -- vregs )
+
+M: integer aliases
#! All vregs which may contain the same value as vreg.
vreg>ac ac>vregs ;
+M: word aliases
+ 1array ;
+
: each-alias ( vreg quot -- )
[ aliases ] dip each ; inline
#! assigned by an ##load-immediate.
resolve constants get at ;
-! We treat slot accessors and stack traffic alike
GENERIC: insn-slot# ( insn -- slot#/f )
GENERIC: insn-object ( insn -- vreg )
M: ##set-slot insn-slot# slot>> constant ;
M: ##set-slot-imm insn-slot# slot>> ;
M: ##alien-global insn-slot# [ library>> ] [ symbol>> ] bi 2array ;
-M: ##vm-field-ptr insn-slot# field-name>> ; ! is this right?
+M: ##vm-field-ptr insn-slot# field-name>> ;
M: ##slot insn-object obj>> resolve ;
M: ##slot-imm insn-object obj>> resolve ;
H{ } clone live-slots set
H{ } clone constants set
H{ } clone copies set
-
+
0 ac-counter set
next-ac heap-ac set
+ \ ##vm-field-ptr set-new-ac
+ \ ##alien-global set-new-ac
+
dup local-live-in [ set-heap-ac ] each ;
GENERIC: analyze-aliases* ( insn -- insn' )
M: insn analyze-aliases*
- dup defs-vreg [ set-heap-ac ] when* ;
+ ! If an instruction defines a value with a non-integer
+ ! representation it means that the value will be boxed
+ ! anywhere its used as a tagged pointer. Boxing allocates
+ ! a new value, except boxing instructions haven't been
+ ! inserted yet.
+ dup defs-vreg [
+ over defs-vreg-rep int-rep eq?
+ [ set-heap-ac ] [ set-new-ac ] if
+ ] when* ;
+
+M: ##phi analyze-aliases*
+ dup defs-vreg set-heap-ac ;
M: ##load-immediate analyze-aliases*
+ call-next-method
dup [ val>> ] [ dst>> ] bi constants get set-at ;
M: ##allocation analyze-aliases*
#! vreg, since they both contain the same value.
dup record-copy ;
+: useless-compare? ( insn -- ? )
+ {
+ [ cc>> cc= eq? ]
+ [ [ src1>> ] [ src2>> ] bi [ resolve vreg>ac ] bi@ = not ]
+ } 1&& ; inline
+
+M: ##compare analyze-aliases*
+ call-next-method
+ dup useless-compare? [
+ dst>> \ f tag-number \ ##load-immediate new-insn
+ analyze-aliases*
+ ] when ;
+
: analyze-aliases ( insns -- insns' )
[ insn# set analyze-aliases* ] map-index sift ;
{ pinned-c-ptr class fixnum } \ set-alien-cell '[ _ declare _ execute ] unit-test-cfg
] each
-: contains-insn? ( quot insn-check -- ? )
+: count-insns ( quot insn-check -- ? )
[ test-mr [ instructions>> ] map ] dip
- '[ _ any? ] any? ; inline
+ '[ _ count ] sigma ; inline
+
+: contains-insn? ( quot insn-check -- ? )
+ count-insns 0 > ; inline
[ t ] [ [ swap ] [ ##replace? ] contains-insn? ] unit-test
[ f t ] [
[ { byte-array fixnum } declare alien-cell 4 alien-float ]
[ [ ##box-alien? ] contains-insn? ]
- [ [ ##box-float? ] contains-insn? ] bi
+ [ [ ##allot? ] contains-insn? ] bi
] unit-test
[ f t ] [
[ { byte-array fixnum } declare alien-cell { simple-alien } declare 4 alien-float ]
[ [ ##box-alien? ] contains-insn? ]
- [ [ ##box-float? ] contains-insn? ] bi
+ [ [ ##allot? ] contains-insn? ] bi
] unit-test
+
+ [ 1 ] [ [ dup float+ ] [ ##alien-double? ] count-insns ] unit-test
] when
! Regression. Make sure everything is inlined correctly
cc< cc<= cc= cc> cc>= cc<> cc<>=
cc/< cc/<= cc/= cc/> cc/>= cc/<> cc/<>= ;
+SYMBOLS:
+ vcc-all vcc-notall vcc-any vcc-none ;
+
: negate-cc ( cc -- cc' )
H{
{ cc< cc/< }
{ cc/<>= cc<>= }
} at ;
+: negate-vcc ( cc -- cc' )
+ H{
+ { vcc-all vcc-notall }
+ { vcc-any vcc-none }
+ { vcc-none vcc-any }
+ { vcc-notall vcc-all }
+ } at ;
+
: swap-cc ( cc -- cc' )
H{
{ cc< cc> }
} 0 test-bb
V{
- T{ ##box-float f 0 1 }
+ T{ ##box-alien f 0 1 }
} 1 test-bb
0 1 edge
[ ##load-reference ]
} cond ;
-: ^^unbox-c-ptr ( src class -- dst )
- [ next-vreg dup ] 2dip next-vreg ##unbox-c-ptr ;
-
-: ^^allot-tuple ( n -- dst )
- 2 + cells tuple ^^allot ;
-
-: ^^allot-array ( n -- dst )
- 2 + cells array ^^allot ;
-
-: ^^allot-byte-array ( n -- dst )
- 2 cells + byte-array ^^allot ;
-
: ^^offset>slot ( slot -- vreg' )
cell 4 = [ 1 ^^shr-imm ] [ any-rep ^^copy ] if ;
-: ^^tag-offset>slot ( slot tag -- vreg' )
- [ ^^offset>slot ] dip ^^sub-imm ;
-
: ^^tag-fixnum ( src -- dst )
tag-bits get ^^shl-imm ;
use: src/int-rep ;
! Float arithmetic
-PURE-INSN: ##unbox-float
-def: dst/double-rep
-use: src/int-rep ;
-
-PURE-INSN: ##box-float
-def: dst/int-rep
-use: src/double-rep
-temp: temp/int-rep ;
-
PURE-INSN: ##add-float
def: dst/double-rep
use: src1/double-rep src2/double-rep ;
use: src/int-rep ;
! SIMD operations
-
-PURE-INSN: ##box-vector
-def: dst/int-rep
-use: src
-literal: rep
-temp: temp/int-rep ;
-
-PURE-INSN: ##unbox-vector
-def: dst
-use: src/int-rep
-literal: rep ;
-
PURE-INSN: ##zero-vector
def: dst
literal: rep ;
use: src
literal: shuffle rep ;
+PURE-INSN: ##compare-vector
+def: dst
+use: src1 src2
+literal: rep cc ;
+
+PURE-INSN: ##test-vector
+def: dst/int-rep
+use: src1
+temp: temp/int-rep
+literal: rep vcc ;
+
+INSN: ##test-vector-branch
+use: src1
+temp: temp/int-rep
+literal: rep vcc ;
+
+INSN: _test-vector-branch
+literal: label
+use: src1
+temp: temp/int-rep
+literal: rep vcc ;
+
PURE-INSN: ##add-vector
def: dst
use: src1 src2
UNION: ##allocation
##allot
-##box-float
-##box-vector
##box-alien
##box-displaced-alien ;
! For alias analysis
-UNION: ##read ##slot ##slot-imm ;
+UNION: ##read ##slot ##slot-imm ##vm-field-ptr ##alien-global ;
UNION: ##write ##set-slot ##set-slot-imm ;
! Instructions that kill all live vregs but cannot trigger GC
USING: accessors kernel sequences alien math classes.algebra fry
locals combinators combinators.short-circuit cpu.architecture
compiler.tree.propagation.info compiler.cfg.hats
-compiler.cfg.stacks compiler.cfg.instructions
-compiler.cfg.utilities compiler.cfg.builder.blocks ;
+compiler.cfg.registers compiler.cfg.stacks
+compiler.cfg.instructions compiler.cfg.utilities
+compiler.cfg.builder.blocks ;
IN: compiler.cfg.intrinsics.alien
: emit-<displaced-alien>? ( node -- ? )
[ second class>> fixnum class<= ]
bi and ;
+: ^^unbox-c-ptr ( src class -- dst )
+ [ next-vreg dup ] 2dip next-vreg ##unbox-c-ptr ;
+
: prepare-alien-accessor ( info -- ptr-vreg offset )
class>> [ 2inputs ^^untag-fixnum swap ] dip ^^unbox-c-ptr ^^add 0 ;
: tuple-slot-regs ( layout -- vregs )
[ second ds-load ] [ ^^load-literal ] bi prefix ;
+: ^^allot-tuple ( n -- dst )
+ 2 + cells tuple ^^allot ;
+
: emit-<tuple-boa> ( node -- )
dup node-input-infos last literal>>
dup array? [
: expand-<array>? ( obj -- ? )
dup integer? [ 0 8 between? ] [ drop f ] if ;
+: ^^allot-array ( n -- dst )
+ 2 + cells array ^^allot ;
+
:: emit-<array> ( node -- )
[let | len [ node node-input-infos first literal>> ] |
len expand-<array>? [
: bytes>cells ( m -- n ) cell align cell /i ;
+: ^^allot-byte-array ( n -- dst )
+ 2 cells + byte-array ^^allot ;
+
: emit-allot-byte-array ( len -- dst )
ds-drop
dup ^^allot-byte-array
{ math.vectors.simd.intrinsics:(simd-vbitandn) [ [ ^^andn-vector ] emit-binary-vector-op ] }
{ math.vectors.simd.intrinsics:(simd-vbitor) [ [ ^^or-vector ] emit-binary-vector-op ] }
{ math.vectors.simd.intrinsics:(simd-vbitxor) [ [ ^^xor-vector ] emit-binary-vector-op ] }
+ { math.vectors.simd.intrinsics:(simd-vand) [ [ ^^and-vector ] emit-binary-vector-op ] }
+ { math.vectors.simd.intrinsics:(simd-vandn) [ [ ^^andn-vector ] emit-binary-vector-op ] }
+ { math.vectors.simd.intrinsics:(simd-vor) [ [ ^^or-vector ] emit-binary-vector-op ] }
+ { math.vectors.simd.intrinsics:(simd-vxor) [ [ ^^xor-vector ] emit-binary-vector-op ] }
+ { math.vectors.simd.intrinsics:(simd-v=) [ [ cc= ^^compare-vector ] emit-binary-vector-op ] }
+ { math.vectors.simd.intrinsics:(simd-vany?) [ [ vcc-any ^^test-vector ] emit-unary-vector-op ] }
+ { math.vectors.simd.intrinsics:(simd-vall?) [ [ vcc-all ^^test-vector ] emit-unary-vector-op ] }
+ { math.vectors.simd.intrinsics:(simd-vnone?) [ [ vcc-none ^^test-vector ] emit-unary-vector-op ] }
{ math.vectors.simd.intrinsics:(simd-vlshift) [ [ ^^shl-vector ] emit-binary-vector-op ] }
{ math.vectors.simd.intrinsics:(simd-vrshift) [ [ ^^shr-vector ] emit-binary-vector-op ] }
{ math.vectors.simd.intrinsics:(simd-hlshift) [ [ ^^horizontal-shl-vector ] emit-horizontal-shift ] }
: value-tag ( info -- n ) class>> class-tag ; inline
+: ^^tag-offset>slot ( slot tag -- vreg' )
+ [ ^^offset>slot ] dip ^^sub-imm ;
+
: (emit-slot) ( infos -- dst )
[ 2inputs ] [ first value-tag ] bi*
^^tag-offset>slot ^^slot ;
! See http://factorcode.org/license.txt for BSD license.
USING: kernel math accessors sequences namespaces make
combinators assocs arrays locals layouts hashtables
-cpu.architecture
+cpu.architecture generalizations
compiler.cfg
compiler.cfg.comparisons
compiler.cfg.stack-frame
: successors ( bb -- first second ) successors>> first2 ; inline
+:: conditional ( bb insn n conditional-quot negate-cc-quot -- bb successor label ... )
+ bb insn
+ conditional-quot
+ [ drop dup successors>> second useless-branch? ] 2bi
+ [ [ swap block-number ] n ndip ]
+ [ [ block-number ] n ndip negate-cc-quot call ] if ; inline
+
: (binary-conditional) ( bb insn -- bb successor1 successor2 src1 src2 cc )
[ dup successors ]
[ [ src1>> ] [ src2>> ] [ cc>> ] tri ] bi* ; inline
: binary-conditional ( bb insn -- bb successor label2 src1 src2 cc )
- [ (binary-conditional) ]
- [ drop dup successors>> second useless-branch? ] 2bi
- [ [ swap block-number ] 3dip ] [ [ block-number ] 3dip negate-cc ] if ;
+ 3 [ (binary-conditional) ] [ negate-cc ] conditional ;
+
+: (test-vector-conditional) ( bb insn -- bb successor1 successor2 src1 temp rep vcc )
+ [ dup successors ]
+ [ { [ src1>> ] [ temp>> ] [ rep>> ] [ vcc>> ] } cleave ] bi* ; inline
+
+: test-vector-conditional ( bb insn -- bb successor label src1 temp rep vcc )
+ 4 [ (test-vector-conditional) ] [ negate-vcc ] conditional ;
M: ##compare-branch linearize-insn
binary-conditional _compare-branch emit-branch ;
M: ##compare-float-unordered-branch linearize-insn
binary-conditional _compare-float-unordered-branch emit-branch ;
+M: ##test-vector-branch linearize-insn
+ test-vector-conditional _test-vector-branch emit-branch ;
+
: overflow-conditional ( bb insn -- bb successor label2 dst src1 src2 )
[ dup successors block-number ]
[ [ dst>> ] [ src1>> ] [ src2>> ] tri ] bi* ; inline
! Copyright (C) 2009 Slava Pestov
! See http://factorcode.org/license.txt for BSD license.
USING: kernel fry accessors sequences assocs sets namespaces
-arrays combinators combinators.short-circuit make locals deques
-dlists layouts cpu.architecture compiler.utilities
+arrays combinators combinators.short-circuit math make locals
+deques dlists layouts byte-arrays cpu.architecture
+compiler.utilities
+compiler.constants
compiler.cfg
compiler.cfg.rpo
compiler.cfg.hats
M:: float-rep emit-box ( dst src rep -- )
double-rep next-vreg-rep :> temp
temp src ##single>double-float
- dst temp int-rep next-vreg-rep ##box-float ;
+ dst temp double-rep emit-box ;
M:: float-rep emit-unbox ( dst src rep -- )
double-rep next-vreg-rep :> temp
- temp src ##unbox-float
+ temp src double-rep emit-unbox
dst temp ##double>single-float ;
M: double-rep emit-box
- drop int-rep next-vreg-rep ##box-float ;
+ drop
+ [ drop 16 float int-rep next-vreg-rep ##allot ]
+ [ float-offset swap ##set-alien-double ]
+ 2bi ;
M: double-rep emit-unbox
- drop ##unbox-float ;
+ drop float-offset ##alien-double ;
-M: vector-rep emit-box
- int-rep next-vreg-rep ##box-vector ;
+M:: vector-rep emit-box ( dst src rep -- )
+ int-rep next-vreg-rep :> temp
+ dst 16 2 cells + byte-array int-rep next-vreg-rep ##allot
+ temp 16 tag-fixnum ##load-immediate
+ temp dst 1 byte-array tag-number ##set-slot-imm
+ dst byte-array-offset src rep ##set-alien-vector ;
M: vector-rep emit-unbox
- ##unbox-vector ;
+ [ byte-array-offset ] dip ##alien-vector ;
M:: scalar-rep emit-box ( dst src rep -- )
int-rep next-vreg-rep :> temp
! Insert conversions. This introduces new temporaries, so we need
! to rename opearands too.
+! Mapping from vreg,rep pairs to vregs
+SYMBOL: alternatives
+
:: emit-def-conversion ( dst preferred required -- new-dst' )
! If an instruction defines a register with representation 'required',
! but the register has preferred representation 'preferred', then
! but the register has preferred representation 'preferred', then
! we rename the instruction's input to a new register, which
! becomes the output of a conversion instruction.
- required next-vreg-rep [ src required preferred emit-conversion ] keep ;
+ preferred required eq? [ src ] [
+ src required alternatives get [
+ required next-vreg-rep :> new-src
+ [ new-src ] 2dip preferred emit-conversion
+ new-src
+ ] 2cache
+ ] if ;
SYMBOLS: renaming-set needs-renaming? ;
dup kill-block? [ drop ] [
[
[
+ H{ } clone alternatives set
[ conversions-for-insn ] each
] V{ } make
] change-instructions drop
[ compare-imm-expr? ]
[ compare-float-unordered-expr? ]
[ compare-float-ordered-expr? ]
+ [ test-vector-expr? ]
} 1|| ;
: rewrite-boolean-comparison? ( insn -- ? )
: >compare-imm-expr< ( expr -- in1 in2 cc )
[ src1>> vn>vreg ] [ src2>> vn>constant ] [ cc>> ] tri ; inline
+: >test-vector-expr< ( expr -- src1 temp rep vcc )
+ {
+ [ src1>> vn>vreg ]
+ [ drop next-vreg ]
+ [ rep>> ]
+ [ vcc>> ]
+ } cleave ; inline
+
: rewrite-boolean-comparison ( expr -- insn )
src1>> vreg>expr {
{ [ dup compare-expr? ] [ >compare-expr< \ ##compare-branch new-insn ] }
{ [ dup compare-imm-expr? ] [ >compare-imm-expr< \ ##compare-imm-branch new-insn ] }
{ [ dup compare-float-unordered-expr? ] [ >compare-expr< \ ##compare-float-unordered-branch new-insn ] }
{ [ dup compare-float-ordered-expr? ] [ >compare-expr< \ ##compare-float-ordered-branch new-insn ] }
+ { [ dup test-vector-expr? ] [ >test-vector-expr< \ ##test-vector-branch new-insn ] }
} cond ;
: tag-fixnum-expr? ( expr -- ? )
[ ##compare-imm? ]
[ ##compare-float-unordered? ]
[ ##compare-float-ordered? ]
+ [ ##test-vector? ]
+ [ ##test-vector-branch? ]
} 1|| [ f >>temp ] when
] map ;
{
T{ ##peek f 8 D 0 }
T{ ##peek f 9 D -1 }
- T{ ##unbox-float f 10 8 }
- T{ ##unbox-float f 11 9 }
- T{ ##compare-float-unordered f 12 10 11 cc< }
- T{ ##compare-float-unordered f 14 10 11 cc/< }
+ T{ ##compare-float-unordered f 12 8 9 cc< }
+ T{ ##compare-float-unordered f 14 8 9 cc/< }
T{ ##replace f 14 D 0 }
}
] [
{
T{ ##peek f 8 D 0 }
T{ ##peek f 9 D -1 }
- T{ ##unbox-float f 10 8 }
- T{ ##unbox-float f 11 9 }
- T{ ##compare-float-unordered f 12 10 11 cc< }
+ T{ ##compare-float-unordered f 12 8 9 cc< }
T{ ##compare-imm f 14 12 5 cc= }
T{ ##replace f 14 D 0 }
} value-numbering-step trim-temps
} value-numbering-step trim-temps
] unit-test
+[
+ {
+ T{ ##peek f 1 D -1 }
+ T{ ##test-vector f 2 1 f float-4-rep vcc-any }
+ T{ ##test-vector-branch f 1 f float-4-rep vcc-any }
+ }
+] [
+ {
+ T{ ##peek f 1 D -1 }
+ T{ ##test-vector f 2 1 f float-4-rep vcc-any }
+ T{ ##compare-imm-branch f 2 5 cc/= }
+ } value-numbering-step trim-temps
+] unit-test
+
! Immediate operand conversion
[
{
! Anticipation of this and set-slot would help too, maybe later
FORWARD-ANALYSIS: slot
-UNION: access ##read ##write ;
+UNION: access ##slot ##slot-imm ##set-slot ##set-slot-imm ;
M: slot-analysis transfer-set
drop [ H{ } assoc-clone-like ] dip
CODEGEN: ##neg %neg
CODEGEN: ##log2 %log2
CODEGEN: ##copy %copy
-CODEGEN: ##unbox-float %unbox-float
-CODEGEN: ##box-float %box-float
CODEGEN: ##add-float %add-float
CODEGEN: ##sub-float %sub-float
CODEGEN: ##mul-float %mul-float
CODEGEN: ##double>single-float %double>single-float
CODEGEN: ##integer>float %integer>float
CODEGEN: ##float>integer %float>integer
-CODEGEN: ##unbox-vector %unbox-vector
CODEGEN: ##zero-vector %zero-vector
CODEGEN: ##gather-vector-2 %gather-vector-2
CODEGEN: ##gather-vector-4 %gather-vector-4
CODEGEN: ##shuffle-vector %shuffle-vector
-CODEGEN: ##box-vector %box-vector
+CODEGEN: ##compare-vector %compare-vector
+CODEGEN: ##test-vector %test-vector
CODEGEN: ##add-vector %add-vector
CODEGEN: ##saturated-add-vector %saturated-add-vector
CODEGEN: ##add-sub-vector %add-sub-vector
CODEGEN: _compare-imm-branch %compare-imm-branch
CODEGEN: _compare-float-ordered-branch %compare-float-ordered-branch
CODEGEN: _compare-float-unordered-branch %compare-float-unordered-branch
+CODEGEN: _test-vector-branch %test-vector-branch
CODEGEN: _dispatch %dispatch
CODEGEN: _spill %spill
CODEGEN: _reload %reload
} compile-test-bb
] unit-test
-! ##copy on floats. We can only run this test if float intrinsics
-! are enabled.
-\ float+ "intrinsic" word-prop [
- [ 1.5 ] [
- V{
- T{ ##load-reference f 4 1.5 }
- T{ ##unbox-float f 1 4 }
- T{ ##copy f 2 1 double-rep }
- T{ ##box-float f 3 2 }
- T{ ##copy f 0 3 int-rep }
- } compile-test-bb
- ] unit-test
-] when
-
! make sure slot access works when the destination is
! one of the sources
[ t ] [
(simd-vbitandn)
(simd-vbitor)
(simd-vbitxor)
+ (simd-vand)
+ (simd-vandn)
+ (simd-vor)
+ (simd-vxor)
(simd-vlshift)
(simd-vrshift)
(simd-hlshift)
(simd-hrshift)
(simd-vshuffle)
+ (simd-v=)
(simd-with)
(simd-gather-2)
(simd-gather-4)
\ (simd-v.) [ 2nip scalar-output-class ] "outputs" set-word-prop
+{
+ (simd-vany?)
+ (simd-vall?)
+ (simd-vnone?)
+} [ { boolean } "default-output-classes" set-word-prop ] each
+
\ (simd-select) [ 2nip scalar-output-class ] "outputs" set-word-prop
\ assert-positive [
HOOK: %fixnum-sub cpu ( label dst src1 src2 -- )
HOOK: %fixnum-mul cpu ( label dst src1 src2 -- )
-HOOK: %unbox-float cpu ( dst src -- )
-HOOK: %box-float cpu ( dst src temp -- )
-
HOOK: %add-float cpu ( dst src1 src2 -- )
HOOK: %sub-float cpu ( dst src1 src2 -- )
HOOK: %mul-float cpu ( dst src1 src2 -- )
HOOK: %integer>float cpu ( dst src -- )
HOOK: %float>integer cpu ( dst src -- )
-HOOK: %box-vector cpu ( dst src temp rep -- )
-HOOK: %unbox-vector cpu ( dst src rep -- )
-
HOOK: %zero-vector cpu ( dst rep -- )
HOOK: %gather-vector-2 cpu ( dst src1 src2 rep -- )
HOOK: %gather-vector-4 cpu ( dst src1 src2 src3 src4 rep -- )
HOOK: %shuffle-vector cpu ( dst src shuffle rep -- )
+HOOK: %compare-vector cpu ( dst src1 src2 rep cc -- )
+HOOK: %test-vector cpu ( dst src1 temp rep vcc -- )
+HOOK: %test-vector-branch cpu ( label src1 temp rep vcc -- )
HOOK: %add-vector cpu ( dst src1 src2 rep -- )
HOOK: %saturated-add-vector cpu ( dst src1 src2 rep -- )
HOOK: %add-sub-vector cpu ( dst src1 src2 rep -- )
HOOK: %gather-vector-2-reps cpu ( -- reps )
HOOK: %gather-vector-4-reps cpu ( -- reps )
HOOK: %shuffle-vector-reps cpu ( -- reps )
+HOOK: %compare-vector-reps cpu ( -- reps )
+HOOK: %test-vector-reps cpu ( -- reps )
HOOK: %add-vector-reps cpu ( -- reps )
HOOK: %saturated-add-vector-reps cpu ( -- reps )
HOOK: %add-sub-vector-reps cpu ( -- reps )
0 3 LOAD32 rc-absolute-ppc-2/2 rt-stack-chain jit-rel\r
4 3 0 LWZ\r
1 4 0 STW\r
- 0 3 LOAD32 rc-absolute-ppc-2/2 rt-primitive jit-rel\r
- 3 MTCTR\r
+ 4 0 swap LOAD32 rc-absolute-ppc-2/2 rt-vm jit-rel\r
+ 0 5 LOAD32 rc-absolute-ppc-2/2 rt-primitive jit-rel\r
+ 5 MTCTR\r
BCTR\r
] jit-primitive jit-define\r
\r
[\r
3 ds-reg 0 LWZ\r
ds-reg dup 4 SUBI\r
- 4 3 quot-xt-offset LWZ\r
- 4 MTCTR\r
+ 4 0 swap LOAD32 rc-absolute-ppc-2/2 rt-vm jit-rel\r
+ 5 3 quot-xt-offset LWZ\r
+ 5 MTCTR\r
BCTR\r
] \ (call) define-sub-primitive\r
\r
} case
] if ;
-M: ppc %unbox-float ( dst src -- ) float-offset LFD ;
-
-M:: ppc %box-float ( dst src temp -- )
- dst 16 float temp %allot
- src dst float-offset STFD ;
-
GENERIC: float-function-param* ( dst src -- )
M: spill-slot float-function-param* [ 1 ] dip n>> spill@ LFD ;
M: ppc %gather-vector-2-reps { } ;
M: ppc %gather-vector-4-reps { } ;
M: ppc %shuffle-vector-reps { } ;
+M: ppc %compare-vector-reps { } ;
+M: ppc %test-vector-reps { } ;
M: ppc %add-vector-reps { } ;
M: ppc %saturated-add-vector-reps { } ;
M: ppc %add-sub-vector-reps { } ;
M:: ppc %call-gc ( gc-root-count temp -- )
3 1 gc-root-base local@ ADDI
gc-root-count 4 LI
+ 5 %load-vm-addr
"inline_gc" f %alien-invoke ;
M: ppc %prologue ( n -- )
M: ppc %unbox ( n rep func -- )
! Value must be in r3
+ 4 %load-vm-addr
! Call the unboxer
f %alien-invoke
! Store the return value on the C stack
over [ [ reg-class-of return-reg ] keep %save-param-reg ] [ 2drop ] if ;
M: ppc %unbox-long-long ( n func -- )
- ! Value must be in r3:r4
+ 4 %load-vm-addr
! Call the unboxer
f %alien-invoke
! Store the return value on the C stack
! Value must be in r3
! Compute destination address and load struct size
[ [ 4 1 ] dip local@ ADDI ] [ heap-size 5 LI ] bi*
+ 6 %load-vm-addr
! Call the function
"to_value_struct" f %alien-invoke ;
-M: ppc %box ( n rep func -- )
+M:: ppc %box ( n rep func -- )
! If the source is a stack location, load it into freg #0.
! If the source is f, then we assume the value is already in
! freg #0.
- [ over [ 0 over reg-class-of param-reg swap %load-param-reg ] [ 2drop ] if ] dip
- f %alien-invoke ;
+ n [ 0 rep reg-class-of param-reg rep %load-param-reg ] when*
+ rep double-rep? 5 4 ? %load-vm-addr
+ func f %alien-invoke ;
M: ppc %box-long-long ( n func -- )
[
[ [ 3 1 ] dip local@ LWZ ]
[ [ 4 1 ] dip cell + local@ LWZ ] bi
] when*
+ 5 %load-vm-addr
] dip f %alien-invoke ;
: struct-return@ ( n -- n )
! If n = f, then we're boxing a returned struct
! Compute destination address and load struct size
[ [ 3 1 ] dip struct-return@ ADDI ] [ heap-size 4 LI ] bi*
+ 5 %load-vm-addr
! Call the function
"box_value_struct" f %alien-invoke ;
[ 11 ] 2dip %alien-global 11 MTLR BLRL ;
M: ppc %alien-callback ( quot -- )
- 3 swap %load-reference "c_to_factor" f %alien-invoke ;
+ 3 swap %load-reference
+ 4 %load-vm-addr
+ "c_to_factor" f %alien-invoke ;
M: ppc %prepare-alien-indirect ( -- )
+ 3 %load-vm-addr
"unbox_alien" f %alien-invoke
15 3 MR ;
! Save top of data stack
3 ds-reg 0 LWZ
3 1 0 local@ STW
+ 3 %load-vm-addr
! Restore data/call/retain stacks
"unnest_stacks" f %alien-invoke
! Restore top of data stack
M: ppc %box-small-struct ( c-type -- )
#! Box a <= 16-byte struct returned in r3:r4:r5:r6
heap-size 7 LI
+ 8 %load-vm-addr
"box_medium_struct" f %alien-invoke ;
: %unbox-struct-1 ( -- )
! Alien must be in r3.
+ 4 %load-vm-addr
"alien_offset" f %alien-invoke
3 3 0 LWZ ;
: %unbox-struct-2 ( -- )
! Alien must be in r3.
+ 4 %load-vm-addr
"alien_offset" f %alien-invoke
4 3 4 LWZ
3 3 0 LWZ ;
: %unbox-struct-4 ( -- )
! Alien must be in r3.
+ 4 %load-vm-addr
"alien_offset" f %alien-invoke
6 3 12 LWZ
5 3 8 LWZ
3 3 0 LWZ ;
M: ppc %nest-stacks ( -- )
+ 3 %load-vm-addr
"nest_stacks" f %alien-invoke ;
M: ppc %unnest-stacks ( -- )
+ 3 %load-vm-addr
"unnest_stacks" f %alien-invoke ;
M: ppc %unbox-small-struct ( size -- )
M: x86 %integer>float CVTSI2SD ;
M: x86 %float>integer CVTTSD2SI ;
-M: x86 %unbox-float ( dst src -- )
- float-offset [+] MOVSD ;
-
-M:: x86 %box-float ( dst src temp -- )
- dst 16 float temp %allot
- dst float-offset [+] src MOVSD ;
-
: %cmov-float= ( dst src -- )
[
"no-move" define-label
M: x86 %compare-float-unordered-branch ( label src1 src2 cc -- )
\ UCOMISD (%compare-float-branch) ;
-M:: x86 %box-vector ( dst src rep temp -- )
- dst rep rep-size 2 cells + byte-array temp %allot
- 16 tag-fixnum dst 1 byte-array tag-number %set-slot-imm
- dst byte-array-offset [+]
- src rep %copy ;
-
-M:: x86 %unbox-vector ( dst src rep -- )
- dst src byte-array-offset [+]
- rep %copy ;
-
MACRO: available-reps ( alist -- )
! Each SSE version adds new representations and supports
! all old ones
{ sse2? { double-2-rep int-4-rep uint-4-rep longlong-2-rep ulonglong-2-rep } }
} available-reps ;
+: %compare-vector-equal ( dst src rep -- )
+ unsign-rep {
+ { double-2-rep [ CMPEQPD ] }
+ { float-4-rep [ CMPEQPS ] }
+ { longlong-2-rep [ PCMPEQQ ] }
+ { int-4-rep [ PCMPEQD ] }
+ { short-8-rep [ PCMPEQW ] }
+ { char-16-rep [ PCMPEQB ] }
+ } case ;
+
+M: x86 %compare-vector ( dst src1 src2 rep cc -- )
+ [ [ two-operand ] keep ] dip {
+ { cc= [ %compare-vector-equal ] }
+ } case ;
+
+M: x86 %compare-vector-reps
+ {
+ { sse? { float-4-rep } }
+ { sse2? { double-2-rep char-16-rep uchar-16-rep short-8-rep ushort-8-rep int-4-rep uint-4-rep } }
+ { sse4.1? { longlong-2-rep ulonglong-2-rep } }
+ } available-reps ;
+
+:: %test-vector-mask ( dst temp mask vcc -- )
+ vcc {
+ { vcc-any [ dst dst TEST dst temp \ CMOVNE %boolean ] }
+ { vcc-none [ dst dst TEST dst temp \ CMOVE %boolean ] }
+ { vcc-all [ dst mask CMP dst temp \ CMOVE %boolean ] }
+ { vcc-notall [ dst mask CMP dst temp \ CMOVNE %boolean ] }
+ } case ;
+
+: %move-vector-mask ( dst src rep -- mask )
+ {
+ { double-2-rep [ MOVMSKPD HEX: 3 ] }
+ { float-4-rep [ MOVMSKPS HEX: f ] }
+ [ drop PMOVMSKB HEX: ffff ]
+ } case ;
+
+M:: x86 %test-vector ( dst src temp rep vcc -- )
+ dst src rep %move-vector-mask :> mask
+ dst temp mask vcc %test-vector-mask ;
+
+:: %test-vector-mask-branch ( label temp mask vcc -- )
+ vcc {
+ { vcc-any [ temp temp TEST label JNE ] }
+ { vcc-none [ temp temp TEST label JE ] }
+ { vcc-all [ temp mask CMP label JE ] }
+ { vcc-notall [ temp mask CMP label JNE ] }
+ } case ;
+
+M:: x86 %test-vector-branch ( label src temp rep vcc -- )
+ temp src rep %move-vector-mask :> mask
+ label temp mask vcc %test-vector-mask-branch ;
+
+M: x86 %test-vector-reps
+ {
+ { sse? { float-4-rep } }
+ { sse2? { double-2-rep char-16-rep uchar-16-rep short-8-rep ushort-8-rep int-4-rep uint-4-rep longlong-2-rep ulonglong-2-rep } }
+ } available-reps ;
+
M: x86 %add-vector ( dst src1 src2 rep -- )
[ two-operand ] keep
{
literals sequences checksums.md5 checksums ;
IN: images.bitmap.tests
-CONSTANT: test-bitmap24 "vocab:images/test-images/thiswayup24.bmp"
+CONSTANT: test-bitmap24 "vocab:images/testing/bmp/thiswayup24.bmp"
-CONSTANT: test-bitmap8 "vocab:images/test-images/rgb8bit.bmp"
+CONSTANT: test-bitmap8 "vocab:images/testing/bmp/rgb8bit.bmp"
-CONSTANT: test-bitmap4 "vocab:images/test-images/rgb4bit.bmp"
+CONSTANT: test-bitmap4 "vocab:images/testing/bmp/rgb4bit.bmp"
-CONSTANT: test-bitmap1 "vocab:images/test-images/1bit.bmp"
+CONSTANT: test-bitmap1 "vocab:images/testing/bmp/1bit.bmp"
-CONSTANT: test-40 "vocab:images/test-images/40red24bit.bmp"
-CONSTANT: test-41 "vocab:images/test-images/41red24bit.bmp"
-CONSTANT: test-42 "vocab:images/test-images/42red24bit.bmp"
-CONSTANT: test-43 "vocab:images/test-images/43red24bit.bmp"
+CONSTANT: test-40 "vocab:images/testing/bmp/40red24bit.bmp"
+CONSTANT: test-41 "vocab:images/testing/bmp/41red24bit.bmp"
+CONSTANT: test-42 "vocab:images/testing/bmp/42red24bit.bmp"
+CONSTANT: test-43 "vocab:images/testing/bmp/43red24bit.bmp"
${
test-bitmap8
! Copyright (C) 2009 Doug Coleman, Daniel Ehrenberg.
! See http://factorcode.org/license.txt for BSD license.
USING: accessors assocs byte-arrays combinators images
-io.encodings.binary io.pathnames io.streams.byte-array
-io.streams.limited kernel namespaces splitting strings
-unicode.case sequences ;
+io.encodings.binary io.files io.pathnames io.streams.byte-array
+io.streams.limited kernel namespaces sequences splitting
+strings unicode.case ;
IN: images.loader
ERROR: unknown-image-extension extension ;
PRIVATE>
+! Image Decode
+
GENERIC# load-image* 1 ( obj class -- image )
GENERIC: stream>image ( stream class -- image )
M: string load-image* [ open-image-file ] dip stream>image ;
M: pathname load-image* [ open-image-file ] dip stream>image ;
+
+! Image Encode
+
+GENERIC: image>stream ( image class -- )
+
+: save-graphic-image ( image path -- )
+ [ image-class ] [ ] bi
+ binary [ image>stream ] with-file-writer ;
! Copyright (C) 2009 Doug Coleman.
! See http://factorcode.org/license.txt for BSD license.
-USING: tools.test images.png ;
+USING: images.png images.testing namespaces tools.test
+tools.test.private ;
IN: images.png.tests
-: png-test-path ( -- path )
- "vocab:images/test-images/rgb.png" ;
\ No newline at end of file
+verbose-tests? off
+"vocab:images/testing/png/rgb.png" decode-test
+"vocab:images/testing/png/yin_yang.png" decode-test
+verbose-tests? on
--- /dev/null
+P7
+HEIGHT 224
+WIDTH 400
+MAXVAL 255
+DEPTH 3
+TUPLTYPE RGB
+ENDHDR
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ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ
\ No newline at end of file
--- /dev/null
+! Copyright (C) 2009 Keith Lazuka.
+! See http://factorcode.org/license.txt for BSD license.
+USING: fry images.loader io io.encodings.binary io.files
+io.pathnames io.streams.byte-array kernel locals quotations
+sequences tools.test ;
+IN: images.testing
+
+:: encode-test ( path image-class -- )
+ path binary file-contents 1quotation
+ [
+ binary <byte-writer> dup [
+ path load-image image-class image>stream
+ ] with-output-stream B{ } like
+ ] unit-test ;
+
+<PRIVATE
+
+: pam-name ( path -- newpath )
+ [ parent-directory canonicalize-path ]
+ [ file-stem ".pam" append ] bi
+ append-path ;
+
+: save-as-reference-image ( path -- )
+ [ load-image ] [ pam-name ] bi save-graphic-image ;
+
+PRIVATE>
+
+: decode-test ( path -- )
+ [ load-image 1quotation ]
+ [ '[ _ pam-name load-image ] ] bi
+ unit-test ;
! Copyright (C) 2009 Doug Coleman.
! See http://factorcode.org/license.txt for BSD license.
-USING: accessors images.tiff images.viewer io
-io.encodings.binary io.files namespaces sequences tools.test ;
+USING: accessors images.testing images.tiff images.viewer io
+io.encodings.binary io.files namespaces sequences tools.test
+tools.test.private ;
IN: images.tiff.tests
-: path>tiff ( path -- tiff )
- binary [ input-stream get load-tiff ] with-file-reader ;
-
-: tiff-example1 ( -- tiff )
- "resource:extra/images/testing/square.tiff" path>tiff ;
-
-: tiff-example2 ( -- tiff )
- "resource:extra/images/testing/cube.tiff" path>tiff ;
-
-: tiff-example3 ( -- tiff )
- "resource:extra/images/testing/bi.tiff" path>tiff ;
-
-: tiff-example4 ( -- tiff )
- "resource:extra/images/testing/noise.tiff" path>tiff ;
-
-: tiff-example5 ( -- tiff )
- "resource:extra/images/testing/alpha.tiff" path>tiff ;
-
-: tiff-example6 ( -- tiff )
- "resource:extra/images/testing/color_spectrum.tiff" path>tiff ;
-
-: tiff-example7 ( -- tiff )
- "resource:extra/images/testing/small.tiff" path>tiff ;
-
-: tiff-all. ( -- )
- {
- tiff-example1 tiff-example2 tiff-example3 tiff-example4 tiff-example5
- tiff-example6
- }
- [ execute( -- gif ) tiff>image image. ] each ;
-
-[ 1024 ] [ tiff-example1 ifds>> first bitmap>> length ] unit-test
-[ 1024 ] [ tiff-example2 ifds>> first bitmap>> length ] unit-test
-[ 131744 ] [ tiff-example3 ifds>> first bitmap>> length ] unit-test
-[ 49152 ] [ tiff-example4 ifds>> first bitmap>> length ] unit-test
-[ 16 ] [ tiff-example5 ifds>> first bitmap>> length ] unit-test
-[ 117504 ] [ tiff-example6 ifds>> first bitmap>> length ] unit-test
-
+verbose-tests? off
+"vocab:images/testing/tiff/octagon.tiff" decode-test
+"vocab:images/testing/tiff/elephants.tiff" decode-test
+"vocab:images/testing/tiff/noise.tiff" decode-test
+"vocab:images/testing/tiff/alpha.tiff" decode-test
+"vocab:images/testing/tiff/color_spectrum.tiff" decode-test
+! "vocab:images/testing/tiff/rgb.tiff" decode-test
+verbose-tests? on
! Copyright (C) 2009 Slava Pestov.
! See http://factorcode.org/license.txt for BSD license.
-USING: accessors assocs byte-arrays classes effects fry
+USING: accessors assocs byte-arrays classes classes.algebra effects fry
functors generalizations kernel literals locals math math.functions
math.vectors math.vectors.private math.vectors.simd.intrinsics
math.vectors.specialization parser prettyprint.custom sequences
sequences.private strings words definitions macros cpu.architecture
-namespaces arrays quotations combinators sets layouts ;
+namespaces arrays quotations combinators combinators.short-circuit sets
+layouts ;
QUALIFIED-WITH: alien.c-types c
QUALIFIED: math.private
IN: math.vectors.simd.functor
ERROR: bad-length got expected ;
+: vector-true-value ( class -- value )
+ {
+ { [ dup integer class<= ] [ drop -1 ] }
+ { [ dup float class<= ] [ drop -1 bits>double ] }
+ } cond ; foldable
+
+: vector-false-value ( class -- value )
+ {
+ { [ dup integer class<= ] [ drop 0 ] }
+ { [ dup float class<= ] [ drop 0.0 ] }
+ } cond ; foldable
+
+: boolean>element ( bool/elt class -- elt )
+ swap {
+ { t [ vector-true-value ] }
+ { f [ vector-false-value ] }
+ [ nip ]
+ } case ; inline
+
MACRO: simd-boa ( rep class -- simd-array )
[ rep-components ] [ new ] bi* '[ _ _ nsequence ] ;
'[ nip _ swap supported-simd-op? ] assoc-filter
'[ drop _ key? ] assoc-filter ;
-ERROR: bad-schema schema ;
+ERROR: bad-schema op schema ;
+
+:: op-wrapper ( op specials schemas -- wrapper )
+ op {
+ [ specials at ]
+ [ word-schema schemas at ]
+ [ dup word-schema bad-schema ]
+ } 1|| ;
-: low-level-ops ( simd-ops alist -- alist' )
- '[
- 1quotation
- over word-schema _ ?at [ bad-schema ] unless
- [ ] 2sequence
- ] assoc-map ;
+: low-level-ops ( simd-ops specials schemas -- alist )
+ '[ 1quotation over _ _ op-wrapper [ ] 2sequence ] assoc-map ;
:: high-level-ops ( ctor elt-class -- assoc )
! Some SIMD operations are defined in terms of others.
! in the general case.
elt-class float = [ { distance [ v- norm ] } suffix ] when ;
-TUPLE: simd class elt-class ops wrappers ctor rep ;
+TUPLE: simd class elt-class ops special-wrappers schema-wrappers ctor rep ;
: define-simd ( simd -- )
dup rep>> rep-component-type c:c-type-boxed-class >>elt-class
{
[ class>> ]
[ elt-class>> ]
- [ [ ops>> ] [ wrappers>> ] bi low-level-ops ]
+ [ [ ops>> ] [ special-wrappers>> ] [ schema-wrappers>> ] tri low-level-ops ]
[ rep>> supported-simd-ops ]
[ [ ctor>> ] [ elt-class>> ] bi high-level-ops assoc-union ]
} cleave
A-v->v-op DEFINES-PRIVATE ${A}-v->v-op
A-v->n-op DEFINES-PRIVATE ${A}-v->n-op
+A-element-class [ A-rep rep-component-type c:c-type-boxed-class ]
+
WHERE
TUPLE: A
M: A length drop N ; inline
+M: A equal?
+ over \ A instance? [ v= vall? ] [ 2drop f ] if ;
+
M: A nth-unsafe underlying>> A-rep simd-nth ; inline
-M: A set-nth-unsafe underlying>> SET-NTH call ; inline
+M: A set-nth-unsafe
+ [ A-element-class boolean>element ] 2dip
+ underlying>> SET-NTH call ; inline
: >A ( seq -- simd-array ) \ A new clone-like ;
[ N bad-length ]
if ; inline
-M: A equal? over \ A instance? [ sequence= ] [ 2drop f ] if ;
-
M: A c:byte-length underlying>> length ; inline
M: A element-type drop A-rep rep-component-type ;
{ { +vector+ -> +vector+ } A-v->v-op }
{ { +vector+ -> +scalar+ } A-v->n-op }
{ { +vector+ -> +nonnegative+ } A-v->n-op }
- } >>wrappers
+ } >>schema-wrappers
(define-simd-128)
PRIVATE>
A-rep [ A/2 name>> "-rep" append "cpu.architecture" lookup ]
A-vv->v-op DEFINES-PRIVATE ${A}-vv->v-op
A-vn->v-op DEFINES-PRIVATE ${A}-vn->v-op
-A-vv->n-op DEFINES-PRIVATE ${A}-vv->n-op
A-v->v-op DEFINES-PRIVATE ${A}-v->v-op
-A-v->n-op DEFINES-PRIVATE ${A}-v->n-op
+A-v.-op DEFINES-PRIVATE ${A}-v.-op
+(A-v->n-op) DEFINES-PRIVATE (${A}-v->v-op)
+A-sum-op DEFINES-PRIVATE ${A}-sum-op
+A-vany-op DEFINES-PRIVATE ${A}-vany-op
+A-vall-op DEFINES-PRIVATE ${A}-vall-op
WHERE
M: A length drop N ; inline
+M: A equal?
+ over \ A instance? [ v= vall? ] [ 2drop f ] if ;
+
: A-deref ( n seq -- n' seq' )
over N/2 < [ underlying1>> ] [ [ N/2 - ] dip underlying2>> ] if \ A/2 boa ; inline
[ N bad-length ]
if ; inline
-M: A equal? over \ A instance? [ sequence= ] [ 2drop f ] if ;
-
M: A c:byte-length drop 32 ; inline
M: A element-type drop A-rep rep-component-type ;
[ [ [ underlying2>> ] dip A-rep ] dip call ] 3bi
\ A boa ; inline
-: A-vv->n-op ( v1 v2 quot -- v3 )
- [ [ [ underlying1>> ] bi@ A-rep ] dip call ]
- [ [ [ underlying2>> ] bi@ A-rep ] dip call ] 3bi
- + ; inline
-
: A-v->v-op ( v1 combine-quot -- v2 )
[ [ underlying1>> A-rep ] dip call ]
[ [ underlying2>> A-rep ] dip call ] 2bi
\ A boa ; inline
-: A-v->n-op ( v1 combine-quot -- v2 )
- [ [ underlying1>> ] [ underlying2>> ] bi A-rep (simd-v+) A-rep ] dip call ; inline
+: A-v.-op ( v1 v2 quot -- n )
+ [ [ [ underlying1>> ] bi@ A-rep ] dip call ]
+ [ [ [ underlying2>> ] bi@ A-rep ] dip call ] 3bi
+ + ; inline
+
+: (A-v->n-op) ( v1 quot reduce-quot -- n )
+ '[ [ underlying1>> ] [ underlying2>> ] bi A-rep @ A-rep ] dip call ; inline
+
+: A-sum-op ( v1 quot -- n )
+ [ (simd-v+) ] (A-v->n-op) ; inline
+
+: A-vany-op ( v1 quot -- n )
+ [ (simd-vbitor) ] (A-v->n-op) ; inline
+: A-vall-op ( v1 quot -- n )
+ [ (simd-vbitand) ] (A-v->n-op) ; inline
simd new
\ A >>class
\ A-with >>ctor
\ A-rep >>rep
+ {
+ { v. A-v.-op }
+ { sum A-sum-op }
+ { vnone? A-vany-op }
+ { vany? A-vany-op }
+ { vall? A-vall-op }
+ } >>special-wrappers
{
{ { +vector+ +vector+ -> +vector+ } A-vv->v-op }
{ { +vector+ +scalar+ -> +vector+ } A-vn->v-op }
{ { +vector+ +literal+ -> +vector+ } A-vn->v-op }
- { { +vector+ +vector+ -> +scalar+ } A-vv->n-op }
{ { +vector+ -> +vector+ } A-v->v-op }
- { { +vector+ -> +scalar+ } A-v->n-op }
- { { +vector+ -> +nonnegative+ } A-v->n-op }
- } >>wrappers
+ } >>schema-wrappers
(define-simd-256)
;FUNCTOR
SIMD-OP: vbitandn
SIMD-OP: vbitor
SIMD-OP: vbitxor
+SIMD-OP: vand
+SIMD-OP: vandn
+SIMD-OP: vor
+SIMD-OP: vxor
SIMD-OP: vlshift
SIMD-OP: vrshift
SIMD-OP: hlshift
SIMD-OP: hrshift
SIMD-OP: vshuffle
+SIMD-OP: v=
+SIMD-OP: vany?
+SIMD-OP: vall?
+SIMD-OP: vnone?
: (simd-with) ( x rep -- v ) bad-simd-call ;
: (simd-gather-2) ( a b rep -- v ) bad-simd-call ;
{ \ (simd-vbitandn) [ %andn-vector-reps ] }
{ \ (simd-vbitor) [ %or-vector-reps ] }
{ \ (simd-vbitxor) [ %xor-vector-reps ] }
+ { \ (simd-vand) [ %and-vector-reps ] }
+ { \ (simd-vandn) [ %andn-vector-reps ] }
+ { \ (simd-vor) [ %or-vector-reps ] }
+ { \ (simd-vxor) [ %xor-vector-reps ] }
{ \ (simd-vlshift) [ %shl-vector-reps ] }
{ \ (simd-vrshift) [ %shr-vector-reps ] }
{ \ (simd-hlshift) [ %horizontal-shl-vector-reps ] }
{ \ (simd-hrshift) [ %horizontal-shr-vector-reps ] }
{ \ (simd-vshuffle) [ %shuffle-vector-reps ] }
+ { \ (simd-v=) [ %compare-vector-reps ] }
{ \ (simd-gather-2) [ %gather-vector-2-reps ] }
{ \ (simd-gather-4) [ %gather-vector-4-reps ] }
+ { \ (simd-vany?) [ %test-vector-reps ] }
+ { \ (simd-vall?) [ %test-vector-reps ] }
+ { \ (simd-vnone?) [ %test-vector-reps ] }
} case member? ;
: remove-integer-words ( alist -- alist' )
{ vlshift vrshift } unique assoc-diff ;
+: boolean-ops ( -- words )
+ { vand vandn vor vxor } ;
+
+: remove-boolean-words ( alist -- alist' )
+ boolean-ops unique assoc-diff ;
+
: remove-special-words ( alist -- alist' )
! These have their own tests later
- { hlshift hrshift vshuffle vbroadcast } unique assoc-diff ;
+ {
+ hlshift hrshift vshuffle vbroadcast
+ v= vany? vall? vnone?
+ } unique assoc-diff ;
: ops-to-check ( elt-class -- alist )
[ vector-words >alist ] dip
float = [ remove-integer-words ] [ remove-float-words ] if
+ remove-boolean-words
remove-special-words ;
: check-vector-ops ( class elt-class compare-quot -- )
[ [ { } ] ] dip first3 '[ _ _ _ check-vector-ops ] unit-test
] each
+"== Checking boolean operations" print
+
+: random-boolean-vector ( class -- vec )
+ new [ drop 2 random zero? ] map ;
+
+:: check-boolean-op ( word inputs class elt-class -- inputs quot )
+ inputs [
+ {
+ { +vector+ [ class random-boolean-vector ] }
+ { +scalar+ [ 1000 random elt-class float = [ >float ] when ] }
+ } case
+ ] [ ] map-as
+ word '[ _ execute ] ;
+
+: check-boolean-ops ( class elt-class compare-quot -- )
+ [
+ [ boolean-ops [ dup word-schema ] { } map>assoc ] 2dip
+ '[ first2 inputs _ _ check-boolean-op ]
+ ] dip check-optimizer ; inline
+
+simd-classes&reps [
+ [ [ { } ] ] dip first3 '[ _ _ _ check-boolean-ops ] unit-test
+] each
+
"== Checking shifts and permutations" print
[ int-4{ 256 512 1024 2048 } ]
] unit-test
] each
+"== Checking element tests" print
+
+[ short-8{ t f t f f f t f } ]
+[ short-8{ 1 2 3 4 5 6 7 8 } short-8{ 1 0 3 -1 -2 -3 7 -4 } v= ] unit-test
+
+[ short-8{ t f t f f f t f } ]
+[ short-8{ 1 2 3 4 5 6 7 8 } short-8{ 1 0 3 -1 -2 -3 7 -4 } [ { short-8 short-8 } declare v= ] compile-call ] unit-test
+
+[ int-8{ t f t f f f t f } ]
+[ int-8{ 1 2 3 4 5 6 7 8 } int-8{ 1 0 3 -1 -2 -3 7 -4 } v= ] unit-test
+
+[ int-8{ t f t f f f t f } ]
+[ int-8{ 1 2 3 4 5 6 7 8 } int-8{ 1 0 3 -1 -2 -3 7 -4 } [ { int-8 int-8 } declare v= ] compile-call ] unit-test
+
+[ int-4{ t f t f } ]
+[ int-4{ 1 2 3 4 } int-4{ 1 0 3 -1 } [ { int-4 int-4 } declare v= ] compile-call ] unit-test
+
+[ int-4{ t f t f } ]
+[ int-4{ 1 2 3 4 } int-4{ 1 0 3 -1 } v= ] unit-test
+
+[ int-4{ t f t f } ]
+[ int-4{ 1 2 3 4 } int-4{ 1 0 3 -1 } [ { int-4 int-4 } declare v= ] compile-call ] unit-test
+
+[ t ]
+[
+ float-4{ t f t f }
+ float-4{ 1.0 0/0. 3.0 4.0 } float-4{ 1.0 0/0. 3.0 -1.0 } v=
+ exact=
+] unit-test
+
+[ t ]
+[
+ float-4{ t f t f }
+ float-4{ 1.0 0/0. 3.0 4.0 } float-4{ 1.0 0/0. 3.0 -1.0 } [ { float-4 float-4 } declare v= ] compile-call
+ exact=
+] unit-test
+
+[ t ]
+[
+ float-8{ t f t f f t t t }
+ float-8{ 1.0 0/0. 3.0 4.0 5.0 6.0 7.0 8.0 } float-8{ 1.0 0/0. 3.0 -1.0 -2.0 6.0 7.0 8.0 } v=
+ exact=
+] unit-test
+
+[ t ]
+[
+ float-8{ t f t f f t t t }
+ float-8{ 1.0 0/0. 3.0 4.0 5.0 6.0 7.0 8.0 } float-8{ 1.0 0/0. 3.0 -1.0 -2.0 6.0 7.0 8.0 } [ { float-8 float-8 } declare v= ] compile-call
+ exact=
+] unit-test
+
+[ t ]
+[
+ double-2{ f t }
+ double-2{ 0/0. 3.0 } double-2{ 0/0. 3.0 } v=
+ exact=
+] unit-test
+
+[ t ]
+[
+ double-2{ f t }
+ double-2{ 0/0. 3.0 } double-2{ 0/0. 3.0 } [ { double-2 double-2 } declare v= ] compile-call
+ exact=
+] unit-test
+
+:: test-vector-tests-bool ( vector declaration -- none? any? all? )
+ vector
+ [ [ declaration declare vnone? ] compile-call ]
+ [ [ declaration declare vany? ] compile-call ]
+ [ [ declaration declare vall? ] compile-call ] tri ; inline
+
+: yes ( -- x ) t ;
+: no ( -- x ) f ;
+
+:: test-vector-tests-branch ( vector declaration -- none? any? all? )
+ vector
+ [ [ declaration declare vnone? [ yes ] [ no ] if ] compile-call ]
+ [ [ declaration declare vany? [ yes ] [ no ] if ] compile-call ]
+ [ [ declaration declare vall? [ yes ] [ no ] if ] compile-call ] tri ; inline
+
+SYMBOL: !!inconsistent!!
+
+: ?inconsistent ( a b -- ab/inconsistent )
+ 2dup = [ drop ] [ 2drop !!inconsistent!! ] if ;
+
+:: test-vector-tests ( vector decl -- none? any? all? )
+ vector decl test-vector-tests-bool :> bool-all :> bool-any :> bool-none
+ vector decl test-vector-tests-branch :> branch-all :> branch-any :> branch-none
+
+ bool-none branch-none ?inconsistent
+ bool-any branch-any ?inconsistent
+ bool-all branch-all ?inconsistent ; inline
+
+[ f t t ]
+[ float-4{ t t t t } { float-4 } test-vector-tests ] unit-test
+[ f t f ]
+[ float-4{ f t t t } { float-4 } test-vector-tests ] unit-test
+[ t f f ]
+[ float-4{ f f f f } { float-4 } test-vector-tests ] unit-test
+
+[ f t t ]
+[ double-2{ t t } { double-2 } test-vector-tests ] unit-test
+[ f t f ]
+[ double-2{ f t } { double-2 } test-vector-tests ] unit-test
+[ t f f ]
+[ double-2{ f f } { double-2 } test-vector-tests ] unit-test
+
+[ f t t ]
+[ int-4{ t t t t } { int-4 } test-vector-tests ] unit-test
+[ f t f ]
+[ int-4{ f t t t } { int-4 } test-vector-tests ] unit-test
+[ t f f ]
+[ int-4{ f f f f } { int-4 } test-vector-tests ] unit-test
+
+[ f t t ]
+[ float-8{ t t t t t t t t } { float-8 } test-vector-tests ] unit-test
+[ f t f ]
+[ float-8{ f t t t t f t t } { float-8 } test-vector-tests ] unit-test
+[ t f f ]
+[ float-8{ f f f f f f f f } { float-8 } test-vector-tests ] unit-test
+
+[ f t t ]
+[ double-4{ t t t t } { double-4 } test-vector-tests ] unit-test
+[ f t f ]
+[ double-4{ f t t f } { double-4 } test-vector-tests ] unit-test
+[ t f f ]
+[ double-4{ f f f f } { double-4 } test-vector-tests ] unit-test
+
+[ f t t ]
+[ int-8{ t t t t t t t t } { int-8 } test-vector-tests ] unit-test
+[ f t f ]
+[ int-8{ f t t t t f f f } { int-8 } test-vector-tests ] unit-test
+[ t f f ]
+[ int-8{ f f f f f f f f } { int-8 } test-vector-tests ] unit-test
+
"== Checking element access" print
! Test element access -- it should box bignums for int-4 on x86
{ vbitandn { +vector+ +vector+ -> +vector+ } }
{ vbitor { +vector+ +vector+ -> +vector+ } }
{ vbitxor { +vector+ +vector+ -> +vector+ } }
+ { vand { +vector+ +vector+ -> +vector+ } }
+ { vandn { +vector+ +vector+ -> +vector+ } }
+ { vor { +vector+ +vector+ -> +vector+ } }
+ { vxor { +vector+ +vector+ -> +vector+ } }
{ vlshift { +vector+ +scalar+ -> +vector+ } }
{ vrshift { +vector+ +scalar+ -> +vector+ } }
{ hlshift { +vector+ +literal+ -> +vector+ } }
{ hrshift { +vector+ +literal+ -> +vector+ } }
{ vshuffle { +vector+ +literal+ -> +vector+ } }
{ vbroadcast { +vector+ +literal+ -> +vector+ } }
+ { v= { +vector+ +vector+ -> +vector+ } }
+ { vany? { +vector+ -> +scalar+ } }
+ { vall? { +vector+ -> +scalar+ } }
+ { vnone? { +vector+ -> +scalar+ } }
}
PREDICATE: vector-word < word vector-words key? ;
vector-words keys [
[ vector-word-custom-inlining ]
"custom-inlining" set-word-prop
-] each
\ No newline at end of file
+] each
} ;
ARTICLE: "math-vectors-logic" "Vector componentwise logic"
+"See " { $link "math-vectors-simd-logic" } " for notes about using comparison and logical operations with SIMD vector types."
+$nl
"Element comparisons:"
{ $subsections
v<
vbitandn
vbitor
vbitxor
+ vbitnot
vlshift
vrshift
}
"Element logical operations:"
{ $subsections
vand
+ vandn
vor
vxor
- vmask
+ vnot
v?
}
+"Entire vector tests:"
+{ $subsections
+ vall?
+ vany?
+ vnone?
+}
"Element shuffling:"
{ $subsections vshuffle } ;
vbilerp
} ;
+ARTICLE: "math-vectors-simd-logic" "Componentwise logic with SIMD vectors"
+"Processor SIMD units supported by the " { $vocab-link "math.vectors.simd" } " vocabulary represent boolean values as bitmasks, where a true result's binary representation is all ones and a false representation is all zeroes. This is the format in which results from comparison words such as " { $link v= } " return their results and in which logic and test words such as " { $link vand } " and " { $link vall? } " take their inputs when working with SIMD types. For a float vector, false will manifest itself as " { $snippet "0.0" } " and true as a " { $link POSTPONE: NAN: } " literal with a string of set bits in its payload:"
+{ $example
+"""USING: math.vectors math.vectors.simd prettyprint ;
+FROM: alien.c-types => float ;
+SIMD: float
+
+float-4{ 1.0 2.0 3.0 0/0. } float-4{ 1.0 -2.0 3.0 0/0. } v= ."""
+"""float-4{ NAN: fffffe0000000 0.0 NAN: fffffe0000000 0.0 }"""
+}
+"For an integer vector, false will manifest as " { $snippet "0" } " and true as " { $snippet "-1" } " (for signed vectors) or the largest representable value of the element type (for unsigned vectors):"
+{ $example
+"""USING: math.vectors math.vectors.simd prettyprint alien.c-types ;
+SIMD: int
+SIMD: uchar
+
+int-4{ 1 2 3 0 } int-4{ 1 -2 3 4 } v=
+uchar-16{ 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 }
+uchar-16{ 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 } v<
+[ . ] bi@"""
+"""int-4{ -1 0 -1 0 }
+uchar-16{ 255 255 255 255 255 255 255 255 0 0 0 0 0 0 0 0 }"""
+}
+"This differs from Factor's native representation of boolean values, where " { $link f } " is false and every other value (including " { $snippet "0" } " and " { $snippet "0.0" } ") is true. To make it easy to construct literal SIMD masks, " { $link t } " and " { $link f } " are accepted inside SIMD literal syntax and expand to the proper true or false representation for the underlying type:"
+{ $example
+"""USING: math.vectors math.vectors.simd prettyprint alien.c-types ;
+SIMD: int
+
+int-4{ f f t f } ."""
+"""int-4{ 0 0 -1 0 }""" }
+"However, extracting an element from a boolean SIMD vector with " { $link nth } " will not yield a valid Factor boolean. This is not generally a problem, since the results of vector comparisons are meant to be consumed by subsequent vector logical and test operations, which will accept SIMD values in the native boolean format."
+$nl
+"Providing a SIMD boolean vector with element values other than the proper true and false representations as an input to the vector logical or test operations is undefined. Do not count on operations such as " { $link vall? } " or " { $link v? } " using bitwise operations to construct their results."
+$nl
+"This applies to the output of the following element comparison words: "
+{ $list
+{ $link v< }
+{ $link v<= }
+{ $link v= }
+{ $link v>= }
+{ $link v> }
+{ $link vunordered? }
+}
+"This likewise applies to the " { $snippet "mask" } " argument of " { $link v? } " and to the inputs and outputs of the following element logic words:"
+{ $list
+{ $link vand }
+{ $link vandn }
+{ $link vor }
+{ $link vxor }
+{ $link vnot }
+}
+"Finally, this applies to the inputs of these vector test words:"
+{ $list
+{ $link vall? }
+{ $link vany? }
+{ $link vnone? }
+} ;
ARTICLE: "math-vectors" "Vector operations"
"Any Factor sequence can be used to represent a mathematical vector, however for best performance, the sequences defined by the " { $vocab-link "specialized-arrays" } " and " { $vocab-link "math.vectors.simd" } " vocabularies should be used."
HELP: v<
{ $values { "u" "a sequence of numbers" } { "v" "a sequence of numbers" } { "w" "a sequence of booleans" } }
-{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when the former is less than the latter or " { $link f } " otherwise." } ;
+{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when the former is less than the latter or " { $link f } " otherwise." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean results when using SIMD types." } ;
HELP: v<=
{ $values { "u" "a sequence of numbers" } { "v" "a sequence of numbers" } { "w" "a sequence of booleans" } }
-{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when the former is less than or equal to the latter or " { $link f } " otherwise." } ;
+{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when the former is less than or equal to the latter or " { $link f } " otherwise." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean results when using SIMD types." } ;
HELP: v=
{ $values { "u" "a sequence of numbers" } { "v" "a sequence of numbers" } { "w" "a sequence of booleans" } }
-{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when they are equal or " { $link f } " otherwise." } ;
+{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when they are equal or " { $link f } " otherwise." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean results when using SIMD types." } ;
HELP: v>
{ $values { "u" "a sequence of numbers" } { "v" "a sequence of numbers" } { "w" "a sequence of booleans" } }
-{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when the former is greater than the latter or " { $link f } " otherwise." } ;
+{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when the former is greater than the latter or " { $link f } " otherwise." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean results when using SIMD types." } ;
HELP: v>=
{ $values { "u" "a sequence of numbers" } { "v" "a sequence of numbers" } { "w" "a sequence of booleans" } }
-{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when the former is greater than or equal to the latter or " { $link f } " otherwise." } ;
+{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when the former is greater than or equal to the latter or " { $link f } " otherwise." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean results when using SIMD types." } ;
HELP: vunordered?
{ $values { "u" "a sequence of numbers" } { "v" "a sequence of numbers" } { "w" "a sequence of booleans" } }
-{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when either value is Not-a-Number or " { $link f } " otherwise." } ;
+{ $description "Compares each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", returning " { $link t } " in the result vector when either value is Not-a-Number or " { $link f } " otherwise." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean results when using SIMD types." } ;
HELP: vand
{ $values { "u" "a sequence of booleans" } { "v" "a sequence of booleans" } { "w" "a sequence of booleans" } }
-{ $description "Takes the logical AND of each corresponding element of " { $snippet "u" } " and " { $snippet "v" } "." } ;
+{ $description "Takes the logical AND of each corresponding element of " { $snippet "u" } " and " { $snippet "v" } "." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean inputs and results when using SIMD types." } ;
+
+HELP: vandn
+{ $values { "u" "a sequence of booleans" } { "v" "a sequence of booleans" } { "w" "a sequence of booleans" } }
+{ $description "Takes the logical AND-NOT of each corresponding element of " { $snippet "u" } " and " { $snippet "v" } ", where " { $snippet "x AND-NOT y" } " is defined as " { $snippet "NOT(x) AND y" } "." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean inputs and results when using SIMD types." } ;
HELP: vor
{ $values { "u" "a sequence of booleans" } { "v" "a sequence of booleans" } { "w" "a sequence of booleans" } }
-{ $description "Takes the logical OR of each corresponding element of " { $snippet "u" } " and " { $snippet "v" } "." } ;
+{ $description "Takes the logical OR of each corresponding element of " { $snippet "u" } " and " { $snippet "v" } "." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean inputs and results when using SIMD types." } ;
HELP: vxor
{ $values { "u" "a sequence of booleans" } { "v" "a sequence of booleans" } { "w" "a sequence of booleans" } }
-{ $description "Takes the logical XOR of each corresponding element of " { $snippet "u" } " and " { $snippet "v" } "." } ;
+{ $description "Takes the logical XOR of each corresponding element of " { $snippet "u" } " and " { $snippet "v" } "." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean inputs and results when using SIMD types." } ;
HELP: vnot
{ $values { "u" "a sequence of booleans" } { "w" "a sequence of booleans" } }
-{ $description "Takes the logical NOT of each element of " { $snippet "u" } "." } ;
-
-HELP: vmask
-{ $values { "u" "a sequence of numbers" } { "?" "a sequence of booleans" } { "u'" "a sequence of numbers" } }
-{ $description "Returns a copy of " { $snippet "u" } " with the elements for which the corresponding element of " { $snippet "?" } " is false replaced by zero." } ;
+{ $description "Takes the logical NOT of each element of " { $snippet "u" } "." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean inputs and results when using SIMD types." } ;
HELP: v?
-{ $values { "?" "a sequence of booleans" } { "true" "a sequence of numbers" } { "false" "a sequence of numbers" } { "w" "a sequence of numbers" } }
-{ $description "Creates a new sequence by selecting elements from the " { $snippet "true" } " and " { $snippet "false" } " sequences based on whether the corresponding element of the " { $snippet "?" } " sequence is true or false." } ;
+{ $values { "mask" "a sequence of booleans" } { "true" "a sequence of numbers" } { "false" "a sequence of numbers" } { "w" "a sequence of numbers" } }
+{ $description "Creates a new sequence by selecting elements from the " { $snippet "true" } " and " { $snippet "false" } " sequences based on whether the corresponding bits of the " { $snippet "mask" } " sequence are set or not." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean inputs and results when using SIMD types." } ;
+
+HELP: vany?
+{ $values { "v" "a sequence of booleans" } { "?" "a boolean" } }
+{ $description "Returns true if any element of " { $snippet "v" } " is true." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean inputs when using SIMD types." } ;
+
+HELP: vall?
+{ $values { "v" "a sequence of booleans" } { "?" "a boolean" } }
+{ $description "Returns true if every element of " { $snippet "v" } " is true." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean inputs when using SIMD types." } ;
+
+HELP: vnone?
+{ $values { "v" "a sequence of booleans" } { "?" "a boolean" } }
+{ $description "Returns true if every element of " { $snippet "v" } " is false." }
+{ $notes "See " { $link "math-vectors-simd-logic" } " for notes on dealing with vector boolean inputs when using SIMD types." } ;
{ 2map v+ v- v* v/ } related-words
{ vs+ vs- vs* } related-words
-{ v< v<= v= v> v>= vunordered? vand vor vxor vnot vmask v? } related-words
+{ v< v<= v= v> v>= vunordered? vand vor vxor vnot vany? vall? vnone? v? } related-words
{ vbitand vbitandn vbitor vbitxor vbitnot } related-words
IN: math.vectors
GENERIC: element-type ( obj -- c-type )
+M: object element-type drop f ; inline
: vneg ( u -- v ) [ neg ] map ;
: fp-bitwise-op ( x y seq quot -- z )
swap element-type {
{ c:double [ [ [ double>bits ] bi@ ] dip call bits>double ] }
- { c:float [ [ [ float>bits ] bi@ ] dip call bits>float ] }
+ { c:float [ [ [ float>bits ] bi@ ] dip call bits>float ] }
[ drop call ]
} case ; inline
[ drop call ]
} case ; inline
+: element>bool ( x seq -- ? )
+ element-type [ zero? not ] when ; inline
+
: bitandn ( x y -- z ) [ bitnot ] dip bitand ; inline
GENERIC: new-underlying ( underlying seq -- seq' )
: hlshift ( u n -- w ) '[ _ <byte-array> prepend 16 head ] change-underlying ;
: hrshift ( u n -- w ) '[ _ <byte-array> append 16 tail* ] change-underlying ;
-: vand ( u v -- w ) [ and ] 2map ;
-: vor ( u v -- w ) [ or ] 2map ;
-: vxor ( u v -- w ) [ xor ] 2map ;
-: vnot ( u -- w ) [ not ] map ;
-
-: v< ( u v -- w ) [ < ] { } 2map-as ;
-: v<= ( u v -- w ) [ <= ] { } 2map-as ;
-: v>= ( u v -- w ) [ >= ] { } 2map-as ;
-: v> ( u v -- w ) [ > ] { } 2map-as ;
-: vunordered? ( u v -- w ) [ unordered? ] { } 2map-as ;
-: v= ( u v -- w ) [ = ] { } 2map-as ;
-
-: v? ( ? true false -- w ) [ ? ] pick 3map-as ;
-
-: vmask ( u ? -- u' ) swap dup dup vbitxor v? ;
+: vand ( u v -- w ) over '[ [ _ element>bool ] bi@ and ] 2map ;
+: vandn ( u v -- w ) over '[ [ _ element>bool ] bi@ [ not ] dip and ] 2map ;
+: vor ( u v -- w ) over '[ [ _ element>bool ] bi@ or ] 2map ;
+: vxor ( u v -- w ) over '[ [ _ element>bool ] bi@ xor ] 2map ;
+: vnot ( u -- w ) dup '[ _ element>bool not ] map ;
+
+: vall? ( v -- ? ) [ ] all? ;
+: vany? ( v -- ? ) [ ] any? ;
+: vnone? ( v -- ? ) [ not ] all? ;
+
+: v< ( u v -- w ) [ < ] 2map ;
+: v<= ( u v -- w ) [ <= ] 2map ;
+: v>= ( u v -- w ) [ >= ] 2map ;
+: v> ( u v -- w ) [ > ] 2map ;
+: vunordered? ( u v -- w ) [ unordered? ] 2map ;
+: v= ( u v -- w ) [ = ] 2map ;
+
+: v? ( mask true false -- w )
+ [ vand ] [ vandn ] bi-curry* bi vor ; inline
: vfloor ( u -- v ) [ floor ] map ;
: vceiling ( u -- v ) [ ceiling ] map ;
: do-length-limit ( seq -- trimmed n/f )
length-limit get dup [
over length over [-]
- dup zero? [ 2drop f ] [ [ head ] dip ] if
+ dup zero? [ 2drop f ] [ [ head-slice ] dip ] if
] when ;
: pprint-elements ( seq -- )
- >array
do-length-limit
[ [ pprint* ] each ] dip
[ "~" swap number>string " more~" 3append text ] when* ;
[ 3 ] [ { 1 2 3 4 } 3 sample prune length ] unit-test
[ 99 ] [ 100 99 sample prune length ] unit-test
+
+[ ]
+[ [ 100 random-bytes ] with-system-random drop ] unit-test
[ 2drop ] [ random-32* 4 >le swap head over push-all ] if
] bi-curry bi* ;
-M: object random-32* ( tuple -- r ) 4 random-bytes* le> ;
+M: object random-32* ( tuple -- r ) 4 swap random-bytes* le> ;
ERROR: no-random-number-generator ;
--- /dev/null
+Doug Coleman
\ No newline at end of file
--- /dev/null
+! Copyright (C) 2009 Doug Coleman.
+! See http://factorcode.org/license.txt for BSD license.
+USING: accessors kernel random random.sfmt random.sfmt.private
+sequences tools.test ;
+IN: random.sfmt.tests
+
+[ ] [ 100 <sfmt-19937> drop ] unit-test
+
+[ 1096298955 ]
+[ 100 <sfmt-19937> dup generate dup generate uint-array>> first ] unit-test
+
+[ 2556114782 ]
+[ 100 <sfmt-19937> random-32* ] unit-test
+
+[ t ]
+[
+ 100 <sfmt-19937>
+ [ random-32* ]
+ [ 100 seed-random random-32* ] bi =
+] unit-test
--- /dev/null
+! Copyright (C) 2009 Doug Coleman.
+! See http://factorcode.org/license.txt for BSD license.
+USING: accessors alien.c-types kernel locals math math.ranges
+math.bitwise math.vectors math.vectors.simd random
+sequences specialized-arrays sequences.private classes.struct ;
+SIMD: uint
+SPECIALIZED-ARRAY: uint
+SPECIALIZED-ARRAY: uint-4
+IN: random.sfmt
+
+<PRIVATE
+
+CONSTANT: state-multiplier 1812433253
+
+STRUCT: sfmt-state
+ { seed uint }
+ { n uint }
+ { m uint }
+ { ix uint }
+ { mask uint-4 }
+ { r1 uint-4 }
+ { r2 uint-4 } ;
+
+TUPLE: sfmt
+ { state sfmt-state }
+ { uint-array uint-array }
+ { uint-4-array uint-4-array } ;
+
+: wA ( w -- wA )
+ dup 1 hlshift vbitxor ; inline
+
+: wB ( w mask -- wB )
+ [ 11 vrshift ] dip vbitand ; inline
+
+: wC ( w -- wC )
+ 1 hrshift ; inline
+
+: wD ( w -- wD )
+ 18 vlshift ; inline
+
+: formula ( a b mask c d -- r )
+ [ wC ] dip wD vbitxor
+ [ wB ] dip vbitxor
+ [ wA ] dip vbitxor ; inline
+
+GENERIC: generate ( sfmt -- )
+
+M:: sfmt generate ( sfmt -- )
+ sfmt state>> :> state
+ sfmt uint-4-array>> :> array
+ state n>> 2 - array nth state (>>r1)
+ state n>> 1 - array nth state (>>r2)
+ state m>> :> m
+ state n>> :> n
+ state mask>> :> mask
+
+ n m - >fixnum iota [| i |
+ i array nth-unsafe
+ i m + array nth-unsafe
+ mask state r1>> state r2>> formula :> r
+
+ r i array set-nth-unsafe
+ state r2>> state (>>r1)
+ r state (>>r2)
+ ] each
+
+ ! n m - 1 + n [a,b) [
+ m 1 - iota [
+ n m - 1 + + >fixnum :> i
+ i array nth-unsafe
+ m n - i + array nth-unsafe
+ mask state r1>> state r2>> formula :> r
+
+ r i array set-nth-unsafe
+ state r2>> state (>>r1)
+ r state (>>r2)
+ ] each
+
+ 0 state (>>ix) ;
+
+: <sfmt-array> ( sfmt -- uint-array uint-4-array )
+ state>>
+ [ n>> 4 * iota >uint-array ] [ seed>> ] bi
+ [
+ [
+ [
+ [ -30 shift ] [ ] bi bitxor
+ state-multiplier * 32 bits
+ ] dip +
+ ] unless-zero 32 bits
+ ] uint-array{ } accumulate-as nip
+ dup underlying>> byte-array>uint-4-array ;
+
+: <sfmt-state> ( seed n m mask -- sfmt )
+ sfmt-state <struct>
+ swap >>mask
+ swap >>m
+ swap >>n
+ swap >>seed
+ 0 >>ix ;
+
+: init-sfmt ( sfmt -- sfmt' )
+ dup <sfmt-array> [ >>uint-array ] [ >>uint-4-array ] bi*
+ [ generate ] keep ; inline
+
+: <sfmt> ( seed n m mask -- sfmt )
+ <sfmt-state>
+ sfmt new
+ swap >>state
+ init-sfmt ; inline
+
+: refill-sfmt? ( sfmt -- ? )
+ state>> [ ix>> ] [ n>> 4 * ] bi >= ;
+
+: next-ix ( sfmt -- ix )
+ state>> [ dup 1 + ] change-ix drop ; inline
+
+: next ( sfmt -- n )
+ [ next-ix ] [ uint-array>> ] bi nth-unsafe ; inline
+
+PRIVATE>
+
+M: sfmt random-32* ( sfmt -- n )
+ dup refill-sfmt? [ dup generate ] when next ; inline
+
+M: sfmt seed-random ( sfmt seed -- sfmt )
+ [ [ state>> ] dip >>seed drop ]
+ [ drop init-sfmt ] 2bi ;
+
+: <sfmt-19937> ( seed -- sfmt )
+ 348 330 uint-4{ HEX: BFFFFFF6 HEX: BFFAFFFF HEX: DDFECB7F HEX: DFFFFFEF }
+ <sfmt> ; inline
: <direct-A> ( alien len -- specialized-array ) A boa ; inline
-: <A> ( n -- specialized-array ) [ \ T <underlying> ] keep <direct-A> ; inline
+: <A> ( n -- specialized-array )
+ [ \ T <underlying> ] keep <direct-A> ; inline
-: (A) ( n -- specialized-array ) [ \ T (underlying) ] keep <direct-A> ; inline
+: (A) ( n -- specialized-array )
+ [ \ T (underlying) ] keep <direct-A> ; inline
-: malloc-A ( len -- specialized-array ) [ \ T heap-size calloc ] keep <direct-A> ; inline
+: malloc-A ( len -- specialized-array )
+ [ \ T heap-size calloc ] keep <direct-A> ; inline
: byte-array>A ( byte-array -- specialized-array )
- dup length \ T heap-size /mod 0 = [ drop \ T bad-byte-array-length ] unless
+ >c-ptr dup length \ T heap-size /mod 0 =
+ [ drop \ T bad-byte-array-length ] unless
<direct-A> ; inline
M: A clone [ underlying>> clone ] [ length>> ] bi <direct-A> ; inline
[ name>> experiment-title ] bi
'[ _ ndup _ narray _ prefix ] ;
+SYMBOL: verbose-tests?
+t verbose-tests? set-global
+
: experiment. ( seq -- )
- [ first write ": " write ] [ rest . flush ] bi ;
+ [ first write ": " write ]
+ [ rest verbose-tests? get [ . ] [ short. ] if flush ] bi ;
:: experiment ( word: ( -- error ? ) line# -- )
word <experiment> :> e
"153"
} } ;
+HELP: accumulate-as
+{ $values { "identity" object } { "seq" sequence } { "quot" { $quotation "( prev elt -- next )" } } { "exemplar" sequence } { "final" "the final result" } { "newseq" "a new sequence" } }
+{ $description "Combines successive elements of the sequence using a binary operation, and outputs a sequence of the same type as " { $snippet "exemplar" } " containing intermediate results, together with the final result."
+$nl
+"The first element of the new sequence is " { $snippet "identity" } ". Then, on the first iteration, the two inputs to the quotation are " { $snippet "identity" } ", and the first element of the old sequence. On successive iterations, the first input is the result of the previous iteration, and the second input is the corresponding element of the old sequence."
+$nl
+"When given the empty sequence, outputs an empty sequence together with the " { $snippet "identity" } "." } ;
+
HELP: accumulate
-{ $values { "identity" object } { "seq" sequence } { "quot" { $quotation "( prev elt -- next )" } } { "final" "the final result" } { "newseq" "a new sequence" } }
-{ $description "Combines successive elements of the sequence using a binary operation, and outputs a sequence of intermediate results together with the final result. The first element of the new sequence is " { $snippet "identity" } ". Then, on the first iteration, the two inputs to the quotation are " { $snippet "identity" } ", and the first element of the old sequence. On successive iterations, the first input is the result of the previous iteration, and the second input is the corresponding element of the old sequence."
+{ $values { "identity" object } { "seq" sequence } { "quot" { $quotation "( prev elt -- next )" } } { "final" "the final result" } { "newseq" "a new array" } }
+{ $description "Combines successive elements of the sequence using a binary operation, and outputs an array of intermediate results, together with the final result."
+$nl
+"The first element of the new sequence is " { $snippet "identity" } ". Then, on the first iteration, the two inputs to the quotation are " { $snippet "identity" } ", and the first element of the old sequence. On successive iterations, the first input is the result of the previous iteration, and the second input is the corresponding element of the old sequence."
$nl
"When given the empty sequence, outputs an empty sequence together with the " { $snippet "identity" } "." }
{ $examples
ARTICLE: "sequences-add-remove" "Adding and removing sequence elements"
"Adding elements:"
-{ $subsections prefix suffix }
+{ $subsections prefix suffix insert-nth }
"Removing elements:"
{ $subsections remove remq remove-nth } ;
map-index
map-reduce
accumulate
+ accumulate-as
produce
produce-as
}
: change-each ( seq quot -- )
over map-into ; inline
+: accumulate-as ( seq identity quot exemplar -- final newseq )
+ [ [ swap ] dip [ curry keep ] curry ] dip map-as ; inline
+
: accumulate ( seq identity quot -- final newseq )
- swapd [ [ call ] [ 2drop ] 3bi ] curry { } map-as ; inline
+ { } accumulate-as ; inline
: 2each ( seq1 seq2 quot -- )
(2each) each-integer ; inline
--- /dev/null
+Doug Coleman
\ No newline at end of file
--- /dev/null
+! Copyright (C) 2009 Doug Coleman.
+! See http://factorcode.org/license.txt for BSD license.
+USING: fry kernel math random random.sfmt ;
+IN: benchmark.sfmt
+
+: sfmt-benchmark ( n -- )
+ >fixnum HEX: 533d <sfmt-19937> '[ _ random-32* drop ] times ;
+
+: sfmt-main ( -- ) 100000000 sfmt-benchmark ;
+
+MAIN: sfmt-main
! Copyright (C) 2009 Keith Lazuka.
! See http://factorcode.org/license.txt for BSD license.
-USING: accessors bitstreams compression.lzw images.gif io
-io.encodings.binary io.files kernel math math.bitwise
-math.parser namespaces prettyprint sequences tools.test images.viewer ;
+USING: accessors bitstreams compression.lzw fry images.gif
+images.loader images.testing images.viewer io
+io.encodings.binary io.files io.pathnames kernel math
+math.bitwise math.parser namespaces prettyprint quotations
+sequences tools.test tools.test.private ;
QUALIFIED-WITH: bitstreams bs
IN: images.gif.tests
-: path>gif ( path -- loading-gif )
- binary [ input-stream get load-gif ] with-file-reader ;
-
-: gif-example1 ( -- loading-gif )
- "resource:extra/images/testing/circle.gif" path>gif ;
+verbose-tests? off
+"vocab:images/testing/gif/circle.gif" decode-test
+"vocab:images/testing/gif/checkmark.gif" decode-test
+"vocab:images/testing/gif/monochrome.gif" decode-test
+"vocab:images/testing/gif/alpha.gif" decode-test
+"vocab:images/testing/gif/noise.gif" decode-test
+"vocab:images/testing/gif/astronaut_animation.gif" decode-test
+verbose-tests? on
-: gif-example2 ( -- loading-gif )
- "resource:extra/images/testing/checkmark.gif" path>gif ;
+: path>gif ( path -- gif )
+ binary [ input-stream get load-gif ] with-file-reader ;
-: gif-example3 ( -- loading-gif )
- "resource:extra/images/testing/monochrome.gif" path>gif ;
+: circle.gif ( -- gif )
+ "vocab:images/testing/gif/circle.gif" path>gif ;
-: gif-example4 ( -- loading-gif )
- "resource:extra/images/testing/noise.gif" path>gif ;
+: checkmark.gif ( -- gif )
+ "vocab:images/testing/gif/checkmark.gif" path>gif ;
-: gif-example5 ( -- loading-gif )
- "resource:extra/images/testing/alpha.gif" path>gif ;
+: monochrome.gif ( -- gif )
+ "vocab:images/testing/gif/monochrome.gif" path>gif ;
-: gif-example6 ( -- loading-gif )
- "resource:extra/images/testing/astronaut_animation.gif" path>gif ;
-
-: gif-all. ( -- )
- {
- gif-example1 gif-example2 gif-example3 gif-example4 gif-example5
- gif-example6
- }
- [ execute( -- gif ) gif>image image. ] each ;
+: alpha.gif ( -- gif )
+ "vocab:images/testing/gif/alpha.gif" path>gif ;
: declared-num-colors ( gif -- n ) flags>> 3 bits 1 + 2^ ;
: actual-num-colors ( gif -- n ) global-color-table>> length ;
-[ 16 ] [ gif-example1 actual-num-colors ] unit-test
-[ 16 ] [ gif-example1 declared-num-colors ] unit-test
+[ 2 ] [ monochrome.gif actual-num-colors ] unit-test
+[ 2 ] [ monochrome.gif declared-num-colors ] unit-test
-[ 256 ] [ gif-example2 actual-num-colors ] unit-test
-[ 256 ] [ gif-example2 declared-num-colors ] unit-test
+[ 16 ] [ circle.gif actual-num-colors ] unit-test
+[ 16 ] [ circle.gif declared-num-colors ] unit-test
-[ 2 ] [ gif-example3 actual-num-colors ] unit-test
-[ 2 ] [ gif-example3 declared-num-colors ] unit-test
+[ 256 ] [ checkmark.gif actual-num-colors ] unit-test
+[ 256 ] [ checkmark.gif declared-num-colors ] unit-test
: >index-stream ( gif -- seq )
[ compressed-bytes>> ]
1 0 1 1 0 1
1 0 0 0 0 1
}
-] [ gif-example3 >index-stream ] unit-test
-
-[
- B{
- 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255
- 0 0 0 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 0 0 0 255
- 0 0 0 255 0 0 0 255 255 255 255 255 255 255 255 255 0 0 0 255 0 0 0 255
- 0 0 0 255 0 0 0 255 0 0 0 255 0 0 0 255 0 0 0 255 0 0 0 255
- 0 0 0 255 255 255 255 255 0 0 0 255 0 0 0 255 255 255 255 255 0 0 0 255
- 0 0 0 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 255 0 0 0 255
- }
-] [ gif-example3 gif>image bitmap>> ] unit-test
+] [ monochrome.gif >index-stream ] unit-test
[
BV{
0 1
1 0
}
-] [ gif-example5 >index-stream ] unit-test
-
-[
- B{
- 255 000 000 255 000 000 000 000
- 000 000 000 000 255 000 000 255
- }
-] [ gif-example5 gif>image bitmap>> ] unit-test
-
-[ 100 ] [ gif-example1 >index-stream length ] unit-test
-[ 870 ] [ gif-example2 >index-stream length ] unit-test
-[ 16384 ] [ gif-example4 >index-stream length ] unit-test
-
-! example6 is a GIF animation and the first frame contains 1768 pixels
-[ 1768 ] [ gif-example6 >index-stream length ] unit-test
+] [ alpha.gif >index-stream ] unit-test
--- /dev/null
+! Copyright (C) 2009 Keith Lazuka.
+! See http://factorcode.org/license.txt for BSD license.
+USING: accessors byte-arrays images.loader images.pam
+images.testing io io.encodings.binary io.files
+io.streams.byte-array kernel quotations tools.test ;
+IN: images.pam.tests
+
+! ----------- Encoder Tests ------------------------------
+
+"vocab:images/testing/pam/rgb1x1.pam" pam-image encode-test
+"vocab:images/testing/pam/rgba1x1.pam" pam-image encode-test
+"vocab:images/testing/pam/rgb2x2.pam" pam-image encode-test
+"vocab:images/testing/pam/rgba2x2.pam" pam-image encode-test
+"vocab:images/testing/pam/rgb3x3.pam" pam-image encode-test
+"vocab:images/testing/pam/rgba3x3.pam" pam-image encode-test
+
+! ----------- Decoder Tests ------------------------------
+
+! 1x1
+
+[ { 1 1 } ] [ "vocab:images/testing/pam/rgb1x1.pam" load-image dim>> ] unit-test
+
+[ B{ 0 0 0 } ]
+[ "vocab:images/testing/pam/rgb1x1.pam" load-image bitmap>> ] unit-test
+
+[ B{ 0 0 0 0 } ]
+[ "vocab:images/testing/pam/rgba1x1.pam" load-image bitmap>> ] unit-test
+
+! 2x2
+
+[ { 2 2 } ] [ "vocab:images/testing/pam/rgb2x2.pam" load-image dim>> ] unit-test
+
+[ B{ 0 0 0 255 255 255 255 255 255 0 0 0 } ]
+[ "vocab:images/testing/pam/rgb2x2.pam" load-image bitmap>> ] unit-test
+
+[ B{ 0 0 0 255 255 255 255 0 255 255 255 0 0 0 0 255 } ]
+[ "vocab:images/testing/pam/rgba2x2.pam" load-image bitmap>> ] unit-test
+
+! 3x3
+
+[
+ B{
+ 255 0 0 0 255 0 0 0 255
+ 4 252 253 254 1 127 252 253 2
+ 255 255 255 0 0 0 255 255 255
+ }
+]
+[ "vocab:images/testing/pam/rgb3x3.pam" load-image bitmap>> ] unit-test
+
+[
+ B{
+ 255 0 0 255 0 255 0 255 0 0 255 255
+ 4 252 253 255 254 1 127 255 252 253 2 255
+ 255 255 255 255 0 0 0 255 255 255 255 0
+ }
+]
+[ "vocab:images/testing/pam/rgba3x3.pam" load-image bitmap>> ] unit-test
--- /dev/null
+! Copyright (C) 2009 Keith Lazuka.
+! See http://factorcode.org/license.txt for BSD license.
+USING: accessors arrays combinators fry grouping images
+images.loader io io.encodings io.encodings.ascii
+io.encodings.binary io.files io.files.temp kernel math
+math.parser prettyprint sequences splitting ;
+IN: images.pam
+
+SINGLETON: pam-image
+"pam" pam-image register-image-class
+
+: output-pam-header ( note num-channels width height -- )
+ ascii [
+ "P7" print
+ "HEIGHT " write pprint nl
+ "WIDTH " write pprint nl
+ "MAXVAL 255" print
+ "DEPTH " write pprint nl
+ "TUPLTYPE " prepend print
+ "ENDHDR" print
+ ] with-encoded-output ; inline
+
+: output-pam ( note num-channels width height pixels -- )
+ [ output-pam-header ] dip write ;
+
+: verify-bitmap-format ( image -- )
+ [ component-type>> ubyte-components assert= ]
+ [ component-order>> { RGB RGBA } memq? [
+ "PAM encode: component-order must be RGB or RGBA!" throw
+ ] unless ] bi ;
+
+GENERIC: TUPLTYPE ( component-order -- str )
+M: component-order TUPLTYPE name>> ;
+M: RGBA TUPLTYPE drop "RGB_ALPHA" ;
+
+M: pam-image image>stream
+ drop {
+ [ verify-bitmap-format ]
+ [ component-order>> [ TUPLTYPE ] [ component-count ] bi ]
+ [ dim>> first2 ]
+ [ bitmap>> ]
+ } cleave output-pam ;
+
+! PAM Decoder
+
+TUPLE: loading-pam width height depth maxval tupltype bitmap ;
+
+: ?glue ( seq1 seq2 seq3 -- seq )
+ pick empty? [ drop nip ] [ glue ] if ;
+
+: append-tupltype ( pam tupltype -- pam )
+ '[ _ " " ?glue ] change-tupltype ;
+
+: read-header-lines ( pam -- pam )
+ readln " " split unclip swap " " join swap {
+ { "ENDHDR" [ drop ] }
+ { "HEIGHT" [ string>number >>height read-header-lines ] }
+ { "WIDTH" [ string>number >>width read-header-lines ] }
+ { "DEPTH" [ string>number >>depth read-header-lines ] }
+ { "MAXVAL" [ string>number >>maxval read-header-lines ] }
+ { "TUPLTYPE" [ append-tupltype read-header-lines ] }
+ [ 2drop read-header-lines ]
+ } case ;
+
+: read-header ( pam -- pam )
+ ascii [
+ readln "P7" assert=
+ read-header-lines
+ ] with-decoded-input ;
+
+: bytes-per-pixel ( pam -- n )
+ [ depth>> ] [ maxval>> 256 < 1 2 ? ] bi * ;
+
+: bitmap-length ( pam -- num-bytes )
+ [ width>> ] [ height>> ] [ bytes-per-pixel ] tri * * ;
+
+: read-bitmap ( pam -- pam )
+ dup bitmap-length read >>bitmap ;
+
+: load-pam ( stream -- pam )
+ [ loading-pam new read-header read-bitmap ] with-input-stream ;
+
+: tupltype>component-order ( pam -- component-order )
+ tupltype>> dup {
+ { "RGB_ALPHA" [ drop RGBA ] }
+ { "RGBA" [ drop RGBA ] }
+ { "RGB" [ drop RGB ] }
+ [ "Cannot determine component-order from TUPLTYPE " prepend throw ]
+ } case ;
+
+: pam>image ( pam -- image )
+ [ <image> ] dip {
+ [ [ width>> ] [ height>> ] bi 2array >>dim ]
+ [ tupltype>component-order >>component-order ]
+ [ drop ubyte-components >>component-type ]
+ [ bitmap>> >>bitmap ]
+ } cleave ;
+
+M: pam-image stream>image drop load-pam pam>image ;
! (c)Joe Groff bsd license
-USING: classes.struct math.matrices.simd math.vectors.simd
+USING: classes.struct math.matrices.simd math.vectors.simd math
literals math.constants math.functions specialized-arrays tools.test ;
QUALIFIED-WITH: alien.c-types c
FROM: math.matrices => m~ ;
1.0e-7 m~
] unit-test
+[ t ] [
+ float-4{ 0.0 1.0 0.0 1.0 } pi 1/2. * rotation-matrix4
+ S{ matrix4 f
+ float-4-array{
+ float-4{ 0.0 0.0 1.0 0.0 }
+ float-4{ 0.0 1.0 0.0 0.0 }
+ float-4{ -1.0 0.0 0.0 0.0 }
+ float-4{ 0.0 0.0 0.0 1.0 }
+ }
+ }
+ 1.0e-7 m~
+] unit-test
+
[
S{ matrix4 f
float-4-array{
c set-rows ;
+TYPED:: v.m4 ( a: float-4 b: matrix4 -- c: float-4 )
+ b rows :> b4 :> b3 :> b2 :> b1
+
+ a first b1 n*v
+ a second b2 n*v v+
+ a third b3 n*v v+
+ a fourth b4 n*v v+ ;
+
+TYPED:: m4.v ( a: matrix4 b: float-4 -- c: float-4 )
+ a rows [ b v. ] 4 napply float-4-boa ;
+
CONSTANT: identity-matrix4
S{ matrix4 f
float-4-array{
TYPED:: scale-matrix4 ( factors: float-4 -- matrix: matrix4 )
matrix4 (struct) :> c
- factors { t t t f } vmask :> factors'
+ factors float-4{ t t t f } vbitand :> factors'
factors' { 0 3 3 3 } vshuffle
factors' { 3 1 3 3 } vshuffle
matrix4 (struct) :> c
float-4{ 0.0 0.0 0.0 1.0 } :> c4
- { t t t f } offset c4 v? :> offset'
+ float-4{ t t t f } offset c4 v? :> offset'
- offset' { 3 3 3 0 } vshuffle { t f f t } vmask
- offset' { 3 3 3 1 } vshuffle { f t f t } vmask
- offset' { 3 3 3 2 } vshuffle { f f t t } vmask
+ offset' { 3 3 3 0 } vshuffle float-4{ t f f t } vbitand
+ offset' { 3 3 3 1 } vshuffle float-4{ f t f t } vbitand
+ offset' { 3 3 3 2 } vshuffle float-4{ f f t t } vbitand
c4
c set-rows ;
axis2 cc ones axis2 v- v* v+ :> diagonal
- axis { 0 0 1 3 } vshuffle axis { 1 2 2 3 } vshuffle v* 1-c v*
- { t t t f } vmask :> triangle-a
- ss { 2 1 0 3 } vshuffle triangle-sign v* :> triangle-b
+ axis { 1 0 0 3 } vshuffle axis { 2 2 1 3 } vshuffle v* 1-c v*
+ float-4{ t t t f } vbitand :> triangle-a
+ ss axis v* triangle-sign v* :> triangle-b
triangle-a triangle-b v+ :> triangle-lo
triangle-a triangle-b v- :> triangle-hi
diagonal scale-matrix4 :> diagonal-m
- triangle-hi { 3 0 1 3 } vshuffle
- triangle-hi { 3 3 2 3 } vshuffle triangle-lo { 0 3 3 3 } vshuffle v+
- triangle-lo { 1 2 3 3 } vshuffle
+ triangle-hi { 3 2 1 3 } vshuffle
+ triangle-hi { 3 3 0 3 } vshuffle triangle-lo { 2 3 3 3 } vshuffle v+
+ triangle-lo { 1 0 3 3 } vshuffle
float-4 new
triangle-m set-rows drop
matrix4 (struct) :> c
near near near far + 2 near far * * float-4-boa :> num
- { t t f f } xy near far - float-4-with v? :> denom
+ float-4{ t t f f } xy near far - float-4-with v? :> denom
num denom v/ :> fov
- fov { 0 0 0 0 } vshuffle { t f f f } vmask
- fov { 1 1 1 1 } vshuffle { f t f f } vmask
- fov { 2 2 2 3 } vshuffle { f f t t } vmask
+ fov { 0 0 0 0 } vshuffle float-4{ t f f f } vbitand
+ fov { 1 1 1 1 } vshuffle float-4{ f t f f } vbitand
+ fov { 2 2 2 3 } vshuffle float-4{ f f t t } vbitand
float-4{ 0.0 0.0 -1.0 0.0 }
c set-rows ;
set iskeyword=!,@,33-35,%,$,38-64,A-Z,91-96,a-z,123-126,128-255
endif
-syn cluster factorCluster contains=factorComment,factorKeyword,factorRepeat,factorConditional,factorBoolean,factorCompileDirective,factorString,factorTriString,factorSbuf,@factorNumber,@factorNumErr,factorDelimiter,factorChar,factorCharErr,factorBackslash,@factorWordOps,factorAlien,factorTuple,factorStruct
+syn cluster factorCluster contains=factorComment,factorFryDirective,factorKeyword,factorRepeat,factorConditional,factorBoolean,factorCompileDirective,factorString,factorTriString,factorSbuf,@factorNumber,@factorNumErr,factorDelimiter,factorChar,factorCharErr,factorBackslash,@factorWordOps,factorAlien,factorTuple,factorStruct
syn match factorTodo /\(TODO\|FIXME\|XXX\):\=/ contained
syn match factorComment /\<#!\>.*/ contains=factorTodo
syn region None matchgroup=factorPrivate start=/\<<PRIVATE\>/ end=/\<PRIVATE>\>/ contains=@factorDefnContents,factorPrivateDefn,factorPrivateMethod,factorPGeneric,factorPGenericN
-syn keyword factorBoolean boolean f general-t t
+syn keyword factorBoolean f t
+syn match factorFryDirective /\<\(@\|_\)\>/ contained
syn keyword factorCompileDirective inline foldable recursive
+syn keyword factorKeyword boolean
syn keyword factorKeyword or tuck 2bi 2tri while wrapper nip 4dip wrapper? bi* callstack>array both? hashcode die dupd callstack callstack? 3dup tri@ pick curry build ?execute 3bi prepose >boolean ?if clone eq? tri* ? = swapd call-clear 2over 2keep 3keep clear 2dup when not tuple? dup 2bi* 2tri* call tri-curry object bi@ do unless* if* loop bi-curry* drop when* assert= retainstack assert? -rot execute 2bi@ 2tri@ boa with either? 3drop bi curry? datastack until 3dip over 3curry roll tri-curry* swap tri-curry@ 2nip and throw set-retainstack bi-curry (clone) hashcode* compose spin 2dip if 3tri unless compose? tuple keep 2curry equal? set-datastack assert tri 2drop most <wrapper> boolean? identity-tuple? null new set-callstack dip bi-curry@ rot -roll xor identity-tuple boolean
syn keyword factorKeyword ?at assoc? assoc-clone-like assoc= delete-at* assoc-partition extract-keys new-assoc value? assoc-size map>assoc push-at assoc-like key? assoc-intersect assoc-refine update assoc-union assoc-combine at* assoc-empty? at+ set-at assoc-all? assoc-subset? assoc-hashcode change-at assoc-each assoc-diff zip values value-at rename-at inc-at enum? at cache assoc>map <enum> assoc assoc-map enum value-at* remove-all assoc-map-as >alist assoc-filter-as substitute-here clear-assoc assoc-stack maybe-set-at substitute assoc-filter 2cache delete-at assoc-find keys assoc-any? unzip
syn keyword factorKeyword case execute-effect no-cond no-case? 3cleave>quot 2cleave cond>quot wrong-values? no-cond? cleave>quot no-case case>quot 3cleave wrong-values to-fixed-point alist>quot case-find cond cleave call-effect 2cleave>quot recursive-hashcode linear-case-quot spread spread>quot
HiLink factorConditional Conditional
HiLink factorKeyword Keyword
HiLink factorOperator Operator
+ HiLink factorFryDirective Operator
HiLink factorBoolean Boolean
HiLink factorDefnDelims Typedef
HiLink factorMethodDelims Typedef
}
/* make an alien pointing at an offset of another alien */
-inline void factor_vm::primitive_displaced_alien()
+void factor_vm::primitive_displaced_alien()
{
cell alien = dpop();
cell displacement = to_cell(dpop());
}
}
-PRIMITIVE_FORWARD(displaced_alien)
-
/* address of an object representing a C pointer. Explicitly throw an error
if the object is a byte array, as a sanity check. */
-inline void factor_vm::primitive_alien_address()
+void factor_vm::primitive_alien_address()
{
box_unsigned_cell((cell)pinned_alien_offset(dpop()));
}
-PRIMITIVE_FORWARD(alien_address)
-
/* pop ( alien n ) from datastack, return alien's address plus n */
void *factor_vm::alien_pointer()
{
DEFINE_ALIEN_ACCESSOR(cell,void *,box_alien,pinned_alien_offset)
/* open a native library and push a handle */
-inline void factor_vm::primitive_dlopen()
+void factor_vm::primitive_dlopen()
{
gc_root<byte_array> path(dpop(),this);
path.untag_check(this);
dpush(library.value());
}
-PRIMITIVE_FORWARD(dlopen)
-
/* look up a symbol in a native library */
-inline void factor_vm::primitive_dlsym()
+void factor_vm::primitive_dlsym()
{
gc_root<object> library(dpop(),this);
gc_root<byte_array> name(dpop(),this);
}
}
-PRIMITIVE_FORWARD(dlsym)
-
/* close a native library handle */
-inline void factor_vm::primitive_dlclose()
+void factor_vm::primitive_dlclose()
{
dll *d = untag_check<dll>(dpop());
if(d->dll != NULL)
ffi_dlclose(d);
}
-PRIMITIVE_FORWARD(dlclose)
-
-inline void factor_vm::primitive_dll_validp()
+void factor_vm::primitive_dll_validp()
{
cell library = dpop();
if(library == F)
dpush(untag_check<dll>(library)->dll == NULL ? F : T);
}
-PRIMITIVE_FORWARD(dll_validp)
-
/* gets the address of an object representing a C pointer */
char *factor_vm::alien_offset(cell obj)
{
return VM_PTR->box_medium_struct(x1, x2, x3, x4, size);
}
-inline void factor_vm::primitive_vm_ptr()
+void factor_vm::primitive_vm_ptr()
{
box_alien(this);
}
-PRIMITIVE_FORWARD(vm_ptr)
-
}
namespace factor
{
-PRIMITIVE(displaced_alien);
-PRIMITIVE(alien_address);
-
-PRIMITIVE(alien_signed_cell);
-PRIMITIVE(set_alien_signed_cell);
-PRIMITIVE(alien_unsigned_cell);
-PRIMITIVE(set_alien_unsigned_cell);
-PRIMITIVE(alien_signed_8);
-PRIMITIVE(set_alien_signed_8);
-PRIMITIVE(alien_unsigned_8);
-PRIMITIVE(set_alien_unsigned_8);
-PRIMITIVE(alien_signed_4);
-PRIMITIVE(set_alien_signed_4);
-PRIMITIVE(alien_unsigned_4);
-PRIMITIVE(set_alien_unsigned_4);
-PRIMITIVE(alien_signed_2);
-PRIMITIVE(set_alien_signed_2);
-PRIMITIVE(alien_unsigned_2);
-PRIMITIVE(set_alien_unsigned_2);
-PRIMITIVE(alien_signed_1);
-PRIMITIVE(set_alien_signed_1);
-PRIMITIVE(alien_unsigned_1);
-PRIMITIVE(set_alien_unsigned_1);
-PRIMITIVE(alien_float);
-PRIMITIVE(set_alien_float);
-PRIMITIVE(alien_double);
-PRIMITIVE(set_alien_double);
-PRIMITIVE(alien_cell);
-PRIMITIVE(set_alien_cell);
-
-PRIMITIVE(dlopen);
-PRIMITIVE(dlsym);
-PRIMITIVE(dlclose);
-PRIMITIVE(dll_validp);
-
-PRIMITIVE(vm_ptr);
-
VM_C_API char *alien_offset(cell object, factor_vm *vm);
VM_C_API char *unbox_alien(factor_vm *vm);
VM_C_API void box_alien(void *ptr, factor_vm *vm);
}
/* push a new array on the stack */
-inline void factor_vm::primitive_array()
+void factor_vm::primitive_array()
{
cell initial = dpop();
cell size = unbox_array_size();
dpush(tag<array>(allot_array(size,initial)));
}
-PRIMITIVE_FORWARD(array)
-
cell factor_vm::allot_array_1(cell obj_)
{
gc_root<object> obj(obj_,this);
return a.value();
}
-inline void factor_vm::primitive_resize_array()
+void factor_vm::primitive_resize_array()
{
array* a = untag_check<array>(dpop());
cell capacity = unbox_array_size();
dpush(tag<array>(reallot_array(a,capacity)));
}
-PRIMITIVE_FORWARD(resize_array)
-
void growable_array::add(cell elt_)
{
factor_vm* parent_vm = elements.parent_vm;
return array->data()[slot];
}
-PRIMITIVE(array);
-PRIMITIVE(resize_array);
+inline void factor_vm::set_array_nth(array *array, cell slot, cell value)
+{
+#ifdef FACTOR_DEBUG
+ assert(slot < array_capacity(array));
+ assert(array->h.hi_tag() == ARRAY_TYPE);
+ check_tagged_pointer(value);
+#endif
+ array->data()[slot] = value;
+ write_barrier(array);
+}
+
+struct growable_array {
+ cell count;
+ gc_root<array> elements;
+
+ growable_array(factor_vm *myvm, cell capacity = 10) : count(0), elements(myvm->allot_array(capacity,F),myvm) {}
+
+ void add(cell elt);
+ void trim();
+};
}
FOO_TO_BIGNUM(long_long,s64,u64)
FOO_TO_BIGNUM(ulong_long,u64,u64)
-
#define BIGNUM_TO_FOO(name,type,utype) \
type factor_vm::bignum_to_##name(bignum * bignum) \
{ \
VM_C_API void box_boolean(bool value, factor_vm *vm);
VM_C_API bool to_boolean(cell value, factor_vm *vm);
+inline cell factor_vm::tag_boolean(cell untagged)
+{
+ return (untagged ? T : F);
+}
+
}
return array;
}
-inline void factor_vm::primitive_byte_array()
+void factor_vm::primitive_byte_array()
{
cell size = unbox_array_size();
dpush(tag<byte_array>(allot_byte_array(size)));
}
-PRIMITIVE_FORWARD(byte_array)
-
-inline void factor_vm::primitive_uninitialized_byte_array()
+void factor_vm::primitive_uninitialized_byte_array()
{
cell size = unbox_array_size();
dpush(tag<byte_array>(allot_array_internal<byte_array>(size)));
}
-PRIMITIVE_FORWARD(uninitialized_byte_array)
-
-inline void factor_vm::primitive_resize_byte_array()
+void factor_vm::primitive_resize_byte_array()
{
byte_array *array = untag_check<byte_array>(dpop());
cell capacity = unbox_array_size();
dpush(tag<byte_array>(reallot_array(array,capacity)));
}
-PRIMITIVE_FORWARD(resize_byte_array)
-
void growable_byte_array::append_bytes(void *elts, cell len)
{
cell new_size = count + len;
namespace factor
{
-PRIMITIVE(byte_array);
-PRIMITIVE(uninitialized_byte_array);
-PRIMITIVE(resize_byte_array);
+struct growable_byte_array {
+ cell count;
+ gc_root<byte_array> elements;
+
+ growable_byte_array(factor_vm *myvm,cell capacity = 40) : count(0), elements(myvm->allot_byte_array(capacity),myvm) { }
+
+ void append_bytes(void *elts, cell len);
+ void append_byte_array(cell elts);
+
+ void trim();
+};
}
return frame + 1;
}
-inline void factor_vm::primitive_callstack()
+void factor_vm::primitive_callstack()
{
stack_frame *top = capture_start();
stack_frame *bottom = stack_chain->callstack_bottom;
dpush(tag<callstack>(stack));
}
-PRIMITIVE_FORWARD(callstack)
-
-inline void factor_vm::primitive_set_callstack()
+void factor_vm::primitive_set_callstack()
{
callstack *stack = untag_check<callstack>(dpop());
critical_error("Bug in set_callstack()",0);
}
-PRIMITIVE_FORWARD(set_callstack)
-
code_block *factor_vm::frame_code(stack_frame *frame)
{
check_frame(frame);
}
-inline void factor_vm::primitive_callstack_to_array()
+void factor_vm::primitive_callstack_to_array()
{
gc_root<callstack> callstack(dpop(),this);
dpush(accum.frames.elements.value());
}
-PRIMITIVE_FORWARD(callstack_to_array)
-
stack_frame *factor_vm::innermost_stack_frame(callstack *stack)
{
stack_frame *top = stack->top();
/* Some primitives implementing a limited form of callstack mutation.
Used by the single stepper. */
-inline void factor_vm::primitive_innermost_stack_frame_executing()
+void factor_vm::primitive_innermost_stack_frame_executing()
{
dpush(frame_executing(innermost_stack_frame(untag_check<callstack>(dpop()))));
}
-PRIMITIVE_FORWARD(innermost_stack_frame_executing)
-
-inline void factor_vm::primitive_innermost_stack_frame_scan()
+void factor_vm::primitive_innermost_stack_frame_scan()
{
dpush(frame_scan(innermost_stack_frame_quot(untag_check<callstack>(dpop()))));
}
-PRIMITIVE_FORWARD(innermost_stack_frame_scan)
-
-inline void factor_vm::primitive_set_innermost_stack_frame_quot()
+void factor_vm::primitive_set_innermost_stack_frame_quot()
{
gc_root<callstack> callstack(dpop(),this);
gc_root<quotation> quot(dpop(),this);
FRAME_RETURN_ADDRESS(inner) = (char *)quot->xt + offset;
}
-PRIMITIVE_FORWARD(set_innermost_stack_frame_quot)
-
/* called before entry into Factor code. */
void factor_vm::save_callstack_bottom(stack_frame *callstack_bottom)
{
return sizeof(callstack) + size;
}
-PRIMITIVE(callstack);
-PRIMITIVE(set_callstack);
-PRIMITIVE(callstack_to_array);
-PRIMITIVE(innermost_stack_frame_executing);
-PRIMITIVE(innermost_stack_frame_scan);
-PRIMITIVE(set_innermost_stack_frame_quot);
-
VM_ASM_API void save_callstack_bottom(stack_frame *callstack_bottom, factor_vm *vm);
+/* This is a little tricky. The iterator may allocate memory, so we
+keep the callstack in a GC root and use relative offsets */
+template<typename TYPE> void factor_vm::iterate_callstack_object(callstack *stack_, TYPE &iterator)
+{
+ gc_root<callstack> stack(stack_,this);
+ fixnum frame_offset = untag_fixnum(stack->length) - sizeof(stack_frame);
+
+ while(frame_offset >= 0)
+ {
+ stack_frame *frame = stack->frame_at(frame_offset);
+ frame_offset -= frame->size;
+ iterator(frame,this);
+ }
+}
+
+template<typename TYPE> void factor_vm::iterate_callstack(cell top, cell bottom, TYPE &iterator)
+{
+ stack_frame *frame = (stack_frame *)bottom - 1;
+
+ while((cell)frame >= top)
+ {
+ iterator(frame,this);
+ frame = frame_successor(frame);
+ }
+}
+
+/* Every object has a regular representation in the runtime, which makes GC
+much simpler. Every slot of the object until binary_payload_start is a pointer
+to some other object. */
+struct factor_vm;
+inline void factor_vm::do_slots(cell obj, void (* iter)(cell *,factor_vm*))
+{
+ cell scan = obj;
+ cell payload_start = binary_payload_start((object *)obj);
+ cell end = obj + payload_start;
+
+ scan += sizeof(cell);
+
+ while(scan < end)
+ {
+ iter((cell *)scan,this);
+ scan += sizeof(cell);
+ }
+}
}
cell factor_vm::compute_relocation(relocation_entry rel, cell index, code_block *compiled)
{
- array *literals = untag<array>(compiled->literals);
+ array *literals = (compiled->literals == F
+ ? NULL : untag<array>(compiled->literals));
cell offset = relocation_offset_of(rel) + (cell)compiled->xt();
#define ARG array_nth(literals,index)
for(cell i = 0; i < length; i++)
{
relocation_entry rel = relocation->data<relocation_entry>()[i];
- iter(rel,index,compiled,this);
+ (this->*iter)(rel,index,compiled);
index += number_of_parameters(relocation_type_of(rel));
}
}
{
if(!compiled->needs_fixup)
{
- iterate_relocations(compiled,factor::update_literal_references_step);
+ iterate_relocations(compiled,&factor_vm::update_literal_references_step);
flush_icache_for(compiled);
}
}
}
}
-void copy_literal_references(code_block *compiled, factor_vm *myvm)
-{
- return myvm->copy_literal_references(compiled);
-}
-
/* Compute an address to store at a relocation */
void factor_vm::relocate_code_block_step(relocation_entry rel, cell index, code_block *compiled)
{
#ifdef FACTOR_DEBUG
- tagged<array>(compiled->literals).untag_check(this);
- tagged<byte_array>(compiled->relocation).untag_check(this);
+ if(compiled->literals != F)
+ tagged<array>(compiled->literals).untag_check(this);
+ if(compiled->relocation != F)
+ tagged<byte_array>(compiled->relocation).untag_check(this);
#endif
store_address_in_code_block(relocation_class_of(rel),
code->heap_free(compiled);
else
{
- iterate_relocations(compiled,factor::update_word_references_step);
+ iterate_relocations(compiled,&factor_vm::update_word_references_step);
flush_icache_for(compiled);
}
}
void factor_vm::check_code_address(cell address)
{
#ifdef FACTOR_DEBUG
- assert(address >= code.seg->start && address < code.seg->end);
+ assert(address >= code->seg->start && address < code->seg->end);
#endif
}
{
compiled->last_scan = data->nursery();
compiled->needs_fixup = false;
- iterate_relocations(compiled,factor::relocate_code_block_step);
+ iterate_relocations(compiled,&factor_vm::relocate_code_block_step);
flush_icache_for(compiled);
}
/* code relocation table consists of a table of entries for each fixup */
typedef u32 relocation_entry;
-struct factor_vm;
-
-typedef void (*relocation_iterator)(relocation_entry rel, cell index, code_block *compiled, factor_vm *vm);
-
-// callback functions
-void relocate_code_block(code_block *compiled, factor_vm *myvm);
-void copy_literal_references(code_block *compiled, factor_vm *myvm);
-void update_word_references(code_block *compiled, factor_vm *myvm);
-void update_literal_and_word_references(code_block *compiled, factor_vm *myvm);
-
}
while(scan)
{
if(scan->status != B_FREE)
- iter((code_block *)scan,this);
+ (this->*iter)((code_block *)scan);
scan = code->next_block(scan);
}
}
aging and nursery collections */
void factor_vm::copy_code_heap_roots()
{
- iterate_code_heap(factor::copy_literal_references);
+ iterate_code_heap(&factor_vm::copy_literal_references);
}
/* Update pointers to words referenced from all code blocks. Only after
defining a new word. */
void factor_vm::update_code_heap_words()
{
- iterate_code_heap(factor::update_word_references);
+ iterate_code_heap(&factor_vm::update_word_references);
}
-inline void factor_vm::primitive_modify_code_heap()
+void factor_vm::primitive_modify_code_heap()
{
gc_root<array> alist(dpop(),this);
update_code_heap_words();
}
-PRIMITIVE_FORWARD(modify_code_heap)
-
/* Push the free space and total size of the code heap */
-inline void factor_vm::primitive_code_room()
+void factor_vm::primitive_code_room()
{
cell used, total_free, max_free;
code->heap_usage(&used,&total_free,&max_free);
dpush(tag_fixnum(max_free / 1024));
}
-PRIMITIVE_FORWARD(code_room)
-
code_block *factor_vm::forward_xt(code_block *compiled)
{
return (code_block *)forwarding[compiled];
namespace factor
{
-struct factor_vm;
-typedef void (*code_heap_iterator)(code_block *compiled, factor_vm *myvm);
-
-PRIMITIVE(modify_code_heap);
-PRIMITIVE(code_room);
+inline void factor_vm::check_code_pointer(cell ptr)
+{
+#ifdef FACTOR_DEBUG
+ assert(in_code_heap_p(ptr));
+#endif
+}
}
}
}
-inline void factor_vm::primitive_datastack()
+void factor_vm::primitive_datastack()
{
if(!stack_to_array(ds_bot,ds))
general_error(ERROR_DS_UNDERFLOW,F,F,NULL);
}
-PRIMITIVE_FORWARD(datastack)
-
-inline void factor_vm::primitive_retainstack()
+void factor_vm::primitive_retainstack()
{
if(!stack_to_array(rs_bot,rs))
general_error(ERROR_RS_UNDERFLOW,F,F,NULL);
}
-PRIMITIVE_FORWARD(retainstack)
-
/* returns pointer to top of stack */
cell factor_vm::array_to_stack(array *array, cell bottom)
{
return bottom + depth - sizeof(cell);
}
-inline void factor_vm::primitive_set_datastack()
+void factor_vm::primitive_set_datastack()
{
ds = array_to_stack(untag_check<array>(dpop()),ds_bot);
}
-PRIMITIVE_FORWARD(set_datastack)
-
-inline void factor_vm::primitive_set_retainstack()
+void factor_vm::primitive_set_retainstack()
{
rs = array_to_stack(untag_check<array>(dpop()),rs_bot);
}
-PRIMITIVE_FORWARD(set_retainstack)
-
/* Used to implement call( */
-inline void factor_vm::primitive_check_datastack()
+void factor_vm::primitive_check_datastack()
{
fixnum out = to_fixnum(dpop());
fixnum in = to_fixnum(dpop());
}
}
-PRIMITIVE_FORWARD(check_datastack)
-
}
DEFPUSHPOP(d,ds)
DEFPUSHPOP(r,rs)
-PRIMITIVE(datastack);
-PRIMITIVE(retainstack);
-PRIMITIVE(set_datastack);
-PRIMITIVE(set_retainstack);
-PRIMITIVE(check_datastack);
-
struct factor_vm;
VM_C_API void nest_stacks(factor_vm *vm);
VM_C_API void unnest_stacks(factor_vm *vm);
#define DS_REG r13
-DEF(void,primitive_fixnum_add,(void)):
+DEF(void,primitive_fixnum_add,(void *vm)):
+ mr r5,r3 /* save vm ptr for overflow */
lwz r3,0(DS_REG)
lwz r4,-4(DS_REG)
subi DS_REG,DS_REG,4
li r0,0
mtxer r0
- addo. r5,r3,r4
+ addo. r6,r3,r4
bso add_overflow
- stw r5,0(DS_REG)
+ stw r6,0(DS_REG)
blr
add_overflow:
b MANGLE(overflow_fixnum_add)
-DEF(void,primitive_fixnum_subtract,(void)):
+DEF(void,primitive_fixnum_subtract,(void *vm)):
+ mr r5,r3 /* save vm ptr for overflow */
lwz r3,-4(DS_REG)
lwz r4,0(DS_REG)
subi DS_REG,DS_REG,4
li r0,0
mtxer r0
- subfo. r5,r4,r3
+ subfo. r6,r4,r3
bso sub_overflow
- stw r5,0(DS_REG)
+ stw r6,0(DS_REG)
blr
sub_overflow:
b MANGLE(overflow_fixnum_subtract)
-DEF(void,primitive_fixnum_multiply,(void)):
+DEF(void,primitive_fixnum_multiply,(void *vm)):
+ mr r5,r3 /* save vm ptr for overflow */
lwz r3,0(DS_REG)
lwz r4,-4(DS_REG)
subi DS_REG,DS_REG,4
srawi r3,r3,3
- mullwo. r5,r3,r4
+ mullwo. r6,r3,r4
bso multiply_overflow
- stw r5,0(DS_REG)
+ stw r6,0(DS_REG)
blr
multiply_overflow:
srawi r4,r4,3
/* We have to save and restore nonvolatile registers because
the Factor compiler treats the entire register file as volatile. */
-DEF(void,c_to_factor,(CELL quot)):
+DEF(void,c_to_factor,(cell quot, void *vm)):
PROLOGUE
SAVE_INT(r15,0) /* save GPRs */
SAVE_V(v30,96)
SAVE_V(v31,100)
+ /* r4 vm ptr preserved */
mfvscr v0
li r2,SAVE_AT(104)
stvxl v0,r2,r1
addi r2,r2,0xc
- lwzx r4,r2,r1
- lis r5,0x1
- andc r4,r4,r5
- stwx r4,r2,r1
+ lwzx r5,r2,r1
+ lis r6,0x1
+ andc r5,r5,r6
+ stwx r5,r2,r1
subi r2,r2,0xc
lvxl v0,r2,r1
mtvscr v0
- SAVE_INT(r3,19) /* save quotation since we're about to mangle it */
+ /* save args in non-volatile regs */
+ mr r15,r3
+ mr r16,r4
- mr r3,r1 /* pass call stack pointer as an argument */
+ /* pass call stack pointer as an argument */
+ mr r3,r1
bl MANGLE(save_callstack_bottom)
- RESTORE_INT(r3,19) /* restore quotation */
+ /* restore quotation args */
+ mr r3,r15
+ mr r4,r16
CALL_QUOT
RESTORE_V(v0,104)
RESTORE_V(v21,60)
RESTORE_V(v20,56)
+ /* Restore FPRs */
RESTORE_FP(f31,54)
RESTORE_FP(f30,52)
RESTORE_FP(f29,50)
RESTORE_FP(f17,26)
RESTORE_FP(f16,24)
RESTORE_FP(f15,22)
- RESTORE_FP(f14,20) /* save FPRs */
+ RESTORE_FP(f14,20)
- RESTORE_INT(r31,16) /* restore GPRs */
+ /* restore GPRs */
+ RESTORE_INT(r31,16)
RESTORE_INT(r30,15)
RESTORE_INT(r29,14)
RESTORE_INT(r28,13)
/* We pass a function pointer to memcpy in r6 to work around a Mac OS X ABI
limitation which would otherwise require us to do a bizzaro PC-relative
trampoline to retrieve the function address */
-DEF(void,set_callstack,(F_STACK_FRAME *to, F_STACK_FRAME *from, CELL length, void *memcpy)):
+DEF(void,set_callstack,(F_STACK_FRAME *to, F_STACK_FRAME *from, cell length, void *memcpy)):
sub r1,r3,r5 /* compute new stack pointer */
mr r3,r1 /* start of destination of memcpy() */
stwu r1,-64(r1) /* setup fake stack frame for memcpy() */
mtlr r0 /* prepare to return to restored callstack */
blr /* go */
-DEF(void,throw_impl,(CELL quot, F_STACK_FRAME *rewind_to)):
+DEF(void,throw_impl,(cell quot, F_STACK_FRAME *rewind_to, void *vm)):
mr r1,r4 /* compute new stack pointer */
+ mr r4,r5 /* make vm ptr 2nd arg in case quot_xt = lazy_jit_compile */
lwz r0,LR_SAVE(r1) /* we have rewound the stack; load return address */
mtlr r0
JUMP_QUOT /* call the quotation */
-DEF(void,lazy_jit_compile,(CELL quot)):
+DEF(void,lazy_jit_compile,(cell quot, void *vm)):
+ mr r5,r4 /* vm ptr is 3rd arg */
mr r4,r1 /* save stack pointer */
PROLOGUE
bl MANGLE(lazy_jit_compile_impl)
isync
blr
-DEF(void,primitive_inline_cache_miss,(void)):
+DEF(void,primitive_inline_cache_miss,(void *vm)):
mflr r6
-DEF(void,primitive_inline_cache_miss_tail,(void)):
+DEF(void,primitive_inline_cache_miss_tail,(void *vm)):
PROLOGUE
+ mr r4,r3 /* vm ptr in 2nd arg */
mr r3,r6
bl MANGLE(inline_cache_miss)
EPILOGUE
#define DS_REG %esi
#define RETURN_REG %eax
-#define NV_TEMP_REG %ebx
+#define NV0 %ebx
+#define NV1 %ebp
#define ARITH_TEMP_1 %ebp
#define ARITH_TEMP_2 %ebx
DEF(void,primitive_inline_cache_miss,(void *vm)):
mov (%esp),%ebx
DEF(void,primitive_inline_cache_miss_tail,(void *vm)):
- sub $8,%esp
+ sub $4,%esp
push ARG0 /* push vm ptr */
push %ebx
call MANGLE(inline_cache_miss)
- add $16,%esp
+ add $12,%esp
jmp *%eax
DEF(void,get_sse_env,(void*)):
ret
DEF(F_FASTCALL void,throw_impl,(CELL quot, F_STACK_FRAME *rewind_to, void *vm)):
- mov ARG2,NV_TEMP_REG /* remember vm ptr in case quot_xt = lazy_jit_compile */
+ mov ARG2,NV0 /* remember vm ptr in case quot_xt = lazy_jit_compile */
/* clear x87 stack, but preserve rounding mode and exception flags */
sub $2,STACK_REG
fnstcw (STACK_REG)
fldcw (STACK_REG)
/* rewind_to */
mov ARG1,STACK_REG
- mov NV_TEMP_REG,ARG1
+ mov NV0,ARG1
jmp *QUOT_XT_OFFSET(ARG0)
DEF(F_FASTCALL void,lazy_jit_compile,(CELL quot, void *vm)):
#define CELL_SIZE 8
#define STACK_PADDING 56
-#define NV_TEMP_REG %rbp
+#define NV0 %rbp
+#define NV1 %r12
#define ARITH_TEMP_1 %r8
#define ARITH_TEMP_2 %r9
DEF(F_FASTCALL void,c_to_factor,(CELL quot, void *vm)):
PUSH_NONVOLATILE
- mov ARG0,NV_TEMP_REG
+ mov ARG0,NV0
+ mov ARG1,NV1
/* Create register shadow area for Win64 */
sub $32,STACK_REG
call MANGLE(save_callstack_bottom)
/* Call quot-xt */
- mov NV_TEMP_REG,ARG0
+ mov NV0,ARG0
+ mov NV1,ARG1
call *QUOT_XT_OFFSET(ARG0)
/* Tear down register shadow area */
code_heap_scans++;
if(collecting_gen == data->tenured())
- code->free_unmarked((heap_iterator)factor::update_literal_and_word_references);
+ code->free_unmarked((heap_iterator)&factor_vm::update_literal_and_word_references);
else
copy_code_heap_roots();
garbage_collection(data->tenured(),false,0);
}
-inline void factor_vm::primitive_gc()
+void factor_vm::primitive_gc()
{
gc();
}
-PRIMITIVE_FORWARD(gc)
-
-inline void factor_vm::primitive_gc_stats()
+void factor_vm::primitive_gc_stats()
{
growable_array result(this);
dpush(result.elements.value());
}
-PRIMITIVE_FORWARD(gc_stats)
-
void factor_vm::clear_gc_stats()
{
for(cell i = 0; i < max_gen_count; i++)
code_heap_scans = 0;
}
-inline void factor_vm::primitive_clear_gc_stats()
+void factor_vm::primitive_clear_gc_stats()
{
clear_gc_stats();
}
-PRIMITIVE_FORWARD(clear_gc_stats)
-
/* classes.tuple uses this to reshape tuples; tools.deploy.shaker uses this
to coalesce equal but distinct quotations and wrappers. */
-inline void factor_vm::primitive_become()
+void factor_vm::primitive_become()
{
array *new_objects = untag_check<array>(dpop());
array *old_objects = untag_check<array>(dpop());
compile_all_words();
}
-PRIMITIVE_FORWARD(become)
-
void factor_vm::inline_gc(cell *gc_roots_base, cell gc_roots_size)
{
for(cell i = 0; i < gc_roots_size; i++)
VM_PTR->inline_gc(gc_roots_base,gc_roots_size);
}
+inline object *factor_vm::allot_zone(zone *z, cell a)
+{
+ cell h = z->here;
+ z->here = h + align8(a);
+ object *obj = (object *)h;
+ allot_barrier(obj);
+ return obj;
+}
+
+/*
+ * It is up to the caller to fill in the object's fields in a meaningful
+ * fashion!
+ */
+object *factor_vm::allot_object(header header, cell size)
+{
+#ifdef GC_DEBUG
+ if(!gc_off)
+ gc();
+#endif
+
+ object *obj;
+
+ if(nursery.size - allot_buffer_zone > size)
+ {
+ /* If there is insufficient room, collect the nursery */
+ if(nursery.here + allot_buffer_zone + size > nursery.end)
+ garbage_collection(data->nursery(),false,0);
+
+ cell h = nursery.here;
+ nursery.here = h + align8(size);
+ obj = (object *)h;
+ }
+ /* If the object is bigger than the nursery, allocate it in
+ tenured space */
+ else
+ {
+ zone *tenured = &data->generations[data->tenured()];
+
+ /* If tenured space does not have enough room, collect */
+ if(tenured->here + size > tenured->end)
+ {
+ gc();
+ tenured = &data->generations[data->tenured()];
+ }
+
+ /* If it still won't fit, grow the heap */
+ if(tenured->here + size > tenured->end)
+ {
+ garbage_collection(data->tenured(),true,size);
+ tenured = &data->generations[data->tenured()];
+ }
+
+ obj = allot_zone(tenured,size);
+
+ /* Allows initialization code to store old->new pointers
+ without hitting the write barrier in the common case of
+ a nursery allocation */
+ write_barrier(obj);
+ }
+
+ obj->h = header;
+ return obj;
+}
+
}
registers) does not run out of memory */
static const cell allot_buffer_zone = 1024;
-PRIMITIVE(gc);
-PRIMITIVE(gc_stats);
-PRIMITIVE(clear_gc_stats);
-PRIMITIVE(become);
struct factor_vm;
VM_C_API void inline_gc(cell *gc_roots_base, cell gc_roots_size, factor_vm *myvm);
}
}
-inline void factor_vm::primitive_size()
+void factor_vm::primitive_size()
{
box_unsigned_cell(object_size(dpop()));
}
-PRIMITIVE_FORWARD(size)
-
/* The number of cells from the start of the object which should be scanned by
the GC. Some types have a binary payload at the end (string, word, DLL) which
we ignore. */
}
/* Push memory usage statistics in data heap */
-inline void factor_vm::primitive_data_room()
+void factor_vm::primitive_data_room()
{
dpush(tag_fixnum((data->cards_end - data->cards) >> 10));
dpush(tag_fixnum((data->decks_end - data->decks) >> 10));
dpush(a.elements.value());
}
-PRIMITIVE_FORWARD(data_room)
-
/* Disables GC and activates next-object ( -- obj ) primitive */
void factor_vm::begin_scan()
{
gc_off = false;
}
-inline void factor_vm::primitive_begin_scan()
+void factor_vm::primitive_begin_scan()
{
begin_scan();
}
-PRIMITIVE_FORWARD(begin_scan)
-
cell factor_vm::next_object()
{
if(!gc_off)
}
/* Push object at heap scan cursor and advance; pushes f when done */
-inline void factor_vm::primitive_next_object()
+void factor_vm::primitive_next_object()
{
dpush(next_object());
}
-PRIMITIVE_FORWARD(next_object)
-
/* Re-enables GC */
-inline void factor_vm::primitive_end_scan()
+void factor_vm::primitive_end_scan()
{
gc_off = false;
}
-PRIMITIVE_FORWARD(end_scan)
-
template<typename TYPE> void factor_vm::each_object(TYPE &functor)
{
begin_scan();
return (cell)pointer >= z->start && (cell)pointer < z->end;
}
-PRIMITIVE(data_room);
-PRIMITIVE(size);
-
-PRIMITIVE(begin_scan);
-PRIMITIVE(next_object);
-PRIMITIVE(end_scan);
-
}
end_scan();
}
-
void factor_vm::find_data_references_step(cell *scan)
{
if(look_for == *scan)
}
}
-inline void factor_vm::primitive_die()
+void factor_vm::primitive_die()
{
print_string("The die word was called by the library. Unless you called it yourself,\n");
print_string("you have triggered a bug in Factor. Please report.\n");
factorbug();
}
-PRIMITIVE_FORWARD(die)
-
}
namespace factor
{
-PRIMITIVE(die);
-
}
return array_nth(untag<array>(methods),TAG(obj));
}
-inline void factor_vm::primitive_lookup_method()
+void factor_vm::primitive_lookup_method()
{
cell methods = dpop();
cell obj = dpop();
dpush(lookup_method(obj,methods));
}
-PRIMITIVE_FORWARD(lookup_method)
-
cell factor_vm::object_class(cell obj)
{
switch(TAG(obj))
set_array_nth(cache_elements,hashcode + 1,method);
}
-inline void factor_vm::primitive_mega_cache_miss()
+void factor_vm::primitive_mega_cache_miss()
{
megamorphic_cache_misses++;
dpush(method);
}
-PRIMITIVE_FORWARD(mega_cache_miss)
-
-inline void factor_vm::primitive_reset_dispatch_stats()
+void factor_vm::primitive_reset_dispatch_stats()
{
megamorphic_cache_hits = megamorphic_cache_misses = 0;
}
-PRIMITIVE_FORWARD(reset_dispatch_stats)
-
-inline void factor_vm::primitive_dispatch_stats()
+void factor_vm::primitive_dispatch_stats()
{
growable_array stats(this);
stats.add(allot_cell(megamorphic_cache_hits));
dpush(stats.elements.value());
}
-PRIMITIVE_FORWARD(dispatch_stats)
-
void quotation_jit::emit_mega_cache_lookup(cell methods_, fixnum index, cell cache_)
{
gc_root<array> methods(methods_,parent_vm);
namespace factor
{
-PRIMITIVE(lookup_method);
-PRIMITIVE(mega_cache_miss);
-PRIMITIVE(reset_dispatch_stats);
-PRIMITIVE(dispatch_stats);
-
}
general_error(ERROR_FP_TRAP,tag_fixnum(fpu_status),F,signal_callstack_top);
}
-inline void factor_vm::primitive_call_clear()
+void factor_vm::primitive_call_clear()
{
throw_impl(dpop(),stack_chain->callstack_bottom,this);
}
-PRIMITIVE_FORWARD(call_clear)
-
/* For testing purposes */
-inline void factor_vm::primitive_unimplemented()
+void factor_vm::primitive_unimplemented()
{
not_implemented_error();
}
-PRIMITIVE_FORWARD(unimplemented)
-
void factor_vm::memory_signal_handler_impl()
{
memory_protection_error(signal_fault_addr,signal_callstack_top);
ERROR_FP_TRAP,
};
-PRIMITIVE(die);
-PRIMITIVE(call_clear);
-PRIMITIVE(unimplemented);
-
void fatal_error(const char* msg, cell tagged);
void memory_signal_handler_impl();
void fp_signal_handler_impl();
{
factor_vm *vm;
+unordered_map<THREADHANDLE, factor_vm*> thread_vms;
void init_globals()
{
#else
if (this == vm)
p->console = true;
- else
+ else
p->console = false;
#endif
vm_char **argv;
};
-void* start_standalone_factor_thread(void *arg)
+factor_vm * new_factor_vm()
{
factor_vm *newvm = new factor_vm;
register_vm_with_thread(newvm);
+ thread_vms[thread_id()] = newvm;
+
+ return newvm;
+}
+
+// arg must be new'ed because we're going to delete it!
+void* start_standalone_factor_thread(void *arg)
+{
+ factor_vm *newvm = new_factor_vm();
startargs *args = (startargs*) arg;
- newvm->start_standalone_factor(args->argc, args->argv);
+ int argc = args->argc; vm_char **argv = args->argv;
+ delete args;
+ newvm->start_standalone_factor(argc, argv);
return 0;
}
VM_C_API void start_standalone_factor(int argc, vm_char **argv)
{
- factor_vm *newvm = new factor_vm;
+ factor_vm *newvm = new_factor_vm();
vm = newvm;
- register_vm_with_thread(newvm);
return newvm->start_standalone_factor(argc,argv);
}
VM_C_API THREADHANDLE start_standalone_factor_in_new_thread(int argc, vm_char **argv)
{
- startargs *args = new startargs; // leaks startargs structure
- args->argc = argc; args->argv = argv;
+ startargs *args = new startargs;
+ args->argc = argc; args->argv = argv;
return start_thread(start_standalone_factor_thread,args);
}
return array_size<T>(array_capacity(array));
}
+template <typename TYPE> TYPE *factor_vm::allot_array_internal(cell capacity)
+{
+ TYPE *array = allot<TYPE>(array_size<TYPE>(capacity));
+ array->capacity = tag_fixnum(capacity);
+ return array;
+}
+
+template <typename TYPE> bool factor_vm::reallot_array_in_place_p(TYPE *array, cell capacity)
+{
+ return in_zone(&nursery,array) && capacity <= array_capacity(array);
+}
+
+template <typename TYPE> TYPE *factor_vm::reallot_array(TYPE *array_, cell capacity)
+{
+ gc_root<TYPE> array(array_,this);
+
+ if(reallot_array_in_place_p(array.untagged(),capacity))
+ {
+ array->capacity = tag_fixnum(capacity);
+ return array.untagged();
+ }
+ else
+ {
+ cell to_copy = array_capacity(array.untagged());
+ if(capacity < to_copy)
+ to_copy = capacity;
+
+ TYPE *new_array = allot_array_internal<TYPE>(capacity);
+
+ memcpy(new_array + 1,array.untagged() + 1,to_copy * TYPE::element_size);
+ memset((char *)(new_array + 1) + to_copy * TYPE::element_size,
+ 0,(capacity - to_copy) * TYPE::element_size);
+
+ return new_array;
+ }
+}
+
}
add_to_free_list((free_heap_block *)prev);
scan->status = B_ALLOCATED;
prev = scan;
- iter(scan,myvm);
+ (myvm->*iter)(scan);
break;
default:
myvm->critical_error("Invalid scan->status",(cell)scan);
free_heap_block *large_blocks;
};
-typedef void (*heap_iterator)(heap_block *compiled, factor_vm *vm);
+typedef void (factor_vm::*heap_iterator)(heap_block *compiled);
struct heap {
factor_vm *myvm;
return ok;
}
-inline void factor_vm::primitive_save_image()
+void factor_vm::primitive_save_image()
{
/* do a full GC to push everything into tenured space */
gc();
save_image((vm_char *)(path.untagged() + 1));
}
-PRIMITIVE_FORWARD(save_image)
-
-inline void factor_vm::primitive_save_image_and_exit()
+void factor_vm::primitive_save_image_and_exit()
{
/* We unbox this before doing anything else. This is the only point
where we might throw an error, so we have to throw an error here since
exit(1);
}
-PRIMITIVE_FORWARD(save_image_and_exit)
-
void factor_vm::data_fixup(cell *cell)
{
if(immediate_p(*cell))
void factor_vm::relocate_code()
{
- iterate_code_heap(factor::fixup_code_block);
+ iterate_code_heap(&factor_vm::fixup_code_block);
}
/* Read an image file from disk, only done once during startup */
cell max_pic_size;
};
-PRIMITIVE(save_image);
-PRIMITIVE(save_image_and_exit);
-
}
return VM_PTR->inline_cache_miss(return_address);
}
-inline void factor_vm::primitive_reset_inline_cache_stats()
+void factor_vm::primitive_reset_inline_cache_stats()
{
cold_call_to_ic_transitions = ic_to_pic_transitions = pic_to_mega_transitions = 0;
cell i;
for(i = 0; i < 4; i++) pic_counts[i] = 0;
}
-PRIMITIVE_FORWARD(reset_inline_cache_stats)
-
-inline void factor_vm::primitive_inline_cache_stats()
+void factor_vm::primitive_inline_cache_stats()
{
growable_array stats(this);
stats.add(allot_cell(cold_call_to_ic_transitions));
dpush(stats.elements.value());
}
-PRIMITIVE_FORWARD(inline_cache_stats)
-
}
namespace factor
{
-PRIMITIVE(reset_inline_cache_stats);
-PRIMITIVE(inline_cache_stats);
-PRIMITIVE(inline_cache_miss);
-PRIMITIVE(inline_cache_miss_tail);
VM_C_API void *inline_cache_miss(cell return_address, factor_vm *vm);
+++ /dev/null
-namespace factor
-{
-
-// I've had to copy inline implementations here to make dependencies work. Am hoping to move this code back into include files
-// once the rest of the reentrant changes are done. -PD
-
-// write_barrier.hpp
-
-inline card *factor_vm::addr_to_card(cell a)
-{
- return (card*)(((cell)(a) >> card_bits) + cards_offset);
-}
-
-inline cell factor_vm::card_to_addr(card *c)
-{
- return ((cell)c - cards_offset) << card_bits;
-}
-
-inline cell factor_vm::card_offset(card *c)
-{
- return *(c - (cell)data->cards + (cell)data->allot_markers);
-}
-
-inline card_deck *factor_vm::addr_to_deck(cell a)
-{
- return (card_deck *)(((cell)a >> deck_bits) + decks_offset);
-}
-
-inline cell factor_vm::deck_to_addr(card_deck *c)
-{
- return ((cell)c - decks_offset) << deck_bits;
-}
-
-inline card *factor_vm::deck_to_card(card_deck *d)
-{
- return (card *)((((cell)d - decks_offset) << (deck_bits - card_bits)) + cards_offset);
-}
-
-inline card *factor_vm::addr_to_allot_marker(object *a)
-{
- return (card *)(((cell)a >> card_bits) + allot_markers_offset);
-}
-
-/* the write barrier must be called any time we are potentially storing a
-pointer from an older generation to a younger one */
-inline void factor_vm::write_barrier(object *obj)
-{
- *addr_to_card((cell)obj) = card_mark_mask;
- *addr_to_deck((cell)obj) = card_mark_mask;
-}
-
-/* we need to remember the first object allocated in the card */
-inline void factor_vm::allot_barrier(object *address)
-{
- card *ptr = addr_to_allot_marker(address);
- if(*ptr == invalid_allot_marker)
- *ptr = ((cell)address & addr_card_mask);
-}
-
-//data_gc.hpp
-inline bool factor_vm::collecting_accumulation_gen_p()
-{
- return ((data->have_aging_p()
- && collecting_gen == data->aging()
- && !collecting_aging_again)
- || collecting_gen == data->tenured());
-}
-
-inline object *factor_vm::allot_zone(zone *z, cell a)
-{
- cell h = z->here;
- z->here = h + align8(a);
- object *obj = (object *)h;
- allot_barrier(obj);
- return obj;
-}
-
-/*
- * It is up to the caller to fill in the object's fields in a meaningful
- * fashion!
- */
-inline object *factor_vm::allot_object(header header, cell size)
-{
-#ifdef GC_DEBUG
- if(!gc_off)
- gc();
-#endif
-
- object *obj;
-
- if(nursery.size - allot_buffer_zone > size)
- {
- /* If there is insufficient room, collect the nursery */
- if(nursery.here + allot_buffer_zone + size > nursery.end)
- garbage_collection(data->nursery(),false,0);
-
- cell h = nursery.here;
- nursery.here = h + align8(size);
- obj = (object *)h;
- }
- /* If the object is bigger than the nursery, allocate it in
- tenured space */
- else
- {
- zone *tenured = &data->generations[data->tenured()];
-
- /* If tenured space does not have enough room, collect */
- if(tenured->here + size > tenured->end)
- {
- gc();
- tenured = &data->generations[data->tenured()];
- }
-
- /* If it still won't fit, grow the heap */
- if(tenured->here + size > tenured->end)
- {
- garbage_collection(data->tenured(),true,size);
- tenured = &data->generations[data->tenured()];
- }
-
- obj = allot_zone(tenured,size);
-
- /* Allows initialization code to store old->new pointers
- without hitting the write barrier in the common case of
- a nursery allocation */
- write_barrier(obj);
- }
-
- obj->h = header;
- return obj;
-}
-
-template<typename TYPE> TYPE *factor_vm::allot(cell size)
-{
- return (TYPE *)allot_object(header(TYPE::type_number),size);
-}
-
-inline void factor_vm::check_data_pointer(object *pointer)
-{
-#ifdef FACTOR_DEBUG
- if(!growing_data_heap)
- {
- assert((cell)pointer >= data->seg->start
- && (cell)pointer < data->seg->end);
- }
-#endif
-}
-
-inline void factor_vm::check_tagged_pointer(cell tagged)
-{
-#ifdef FACTOR_DEBUG
- if(!immediate_p(tagged))
- {
- object *obj = untag<object>(tagged);
- check_data_pointer(obj);
- obj->h.hi_tag();
- }
-#endif
-}
-
-//local_roots.hpp
-template <typename TYPE>
-struct gc_root : public tagged<TYPE>
-{
- factor_vm *parent_vm;
-
- void push() { parent_vm->check_tagged_pointer(tagged<TYPE>::value()); parent_vm->gc_locals.push_back((cell)this); }
-
- explicit gc_root(cell value_,factor_vm *vm) : tagged<TYPE>(value_),parent_vm(vm) { push(); }
- explicit gc_root(TYPE *value_, factor_vm *vm) : tagged<TYPE>(value_),parent_vm(vm) { push(); }
-
- const gc_root<TYPE>& operator=(const TYPE *x) { tagged<TYPE>::operator=(x); return *this; }
- const gc_root<TYPE>& operator=(const cell &x) { tagged<TYPE>::operator=(x); return *this; }
-
- ~gc_root() {
-#ifdef FACTOR_DEBUG
- assert(myvm->gc_locals.back() == (cell)this);
-#endif
- parent_vm->gc_locals.pop_back();
- }
-};
-
-/* A similar hack for the bignum implementation */
-struct gc_bignum
-{
- bignum **addr;
- factor_vm *parent_vm;
- gc_bignum(bignum **addr_, factor_vm *vm) : addr(addr_), parent_vm(vm) {
- if(*addr_)
- parent_vm->check_data_pointer(*addr_);
- parent_vm->gc_bignums.push_back((cell)addr);
- }
-
- ~gc_bignum() {
-#ifdef FACTOR_DEBUG
- assert(myvm->gc_bignums.back() == (cell)addr);
-#endif
- parent_vm->gc_bignums.pop_back();
- }
-};
-
-#define GC_BIGNUM(x) gc_bignum x##__gc_root(&x,this)
-
-//generic_arrays.hpp
-template <typename TYPE> TYPE *factor_vm::allot_array_internal(cell capacity)
-{
- TYPE *array = allot<TYPE>(array_size<TYPE>(capacity));
- array->capacity = tag_fixnum(capacity);
- return array;
-}
-
-template <typename TYPE> bool factor_vm::reallot_array_in_place_p(TYPE *array, cell capacity)
-{
- return in_zone(&nursery,array) && capacity <= array_capacity(array);
-}
-
-template <typename TYPE> TYPE *factor_vm::reallot_array(TYPE *array_, cell capacity)
-{
- gc_root<TYPE> array(array_,this);
-
- if(reallot_array_in_place_p(array.untagged(),capacity))
- {
- array->capacity = tag_fixnum(capacity);
- return array.untagged();
- }
- else
- {
- cell to_copy = array_capacity(array.untagged());
- if(capacity < to_copy)
- to_copy = capacity;
-
- TYPE *new_array = allot_array_internal<TYPE>(capacity);
-
- memcpy(new_array + 1,array.untagged() + 1,to_copy * TYPE::element_size);
- memset((char *)(new_array + 1) + to_copy * TYPE::element_size,
- 0,(capacity - to_copy) * TYPE::element_size);
-
- return new_array;
- }
-}
-
-//arrays.hpp
-inline void factor_vm::set_array_nth(array *array, cell slot, cell value)
-{
-#ifdef FACTOR_DEBUG
- assert(slot < array_capacity(array));
- assert(array->h.hi_tag() == ARRAY_TYPE);
- check_tagged_pointer(value);
-#endif
- array->data()[slot] = value;
- write_barrier(array);
-}
-
-struct growable_array {
- cell count;
- gc_root<array> elements;
-
- growable_array(factor_vm *myvm, cell capacity = 10) : count(0), elements(myvm->allot_array(capacity,F),myvm) {}
-
- void add(cell elt);
- void trim();
-};
-
-//byte_arrays.hpp
-struct growable_byte_array {
- cell count;
- gc_root<byte_array> elements;
-
- growable_byte_array(factor_vm *myvm,cell capacity = 40) : count(0), elements(myvm->allot_byte_array(capacity),myvm) { }
-
- void append_bytes(void *elts, cell len);
- void append_byte_array(cell elts);
-
- void trim();
-};
-
-//math.hpp
-inline cell factor_vm::allot_integer(fixnum x)
-{
- if(x < fixnum_min || x > fixnum_max)
- return tag<bignum>(fixnum_to_bignum(x));
- else
- return tag_fixnum(x);
-}
-
-inline cell factor_vm::allot_cell(cell x)
-{
- if(x > (cell)fixnum_max)
- return tag<bignum>(cell_to_bignum(x));
- else
- return tag_fixnum(x);
-}
-
-inline cell factor_vm::allot_float(double n)
-{
- boxed_float *flo = allot<boxed_float>(sizeof(boxed_float));
- flo->n = n;
- return tag(flo);
-}
-
-inline bignum *factor_vm::float_to_bignum(cell tagged)
-{
- return double_to_bignum(untag_float(tagged));
-}
-
-inline double factor_vm::bignum_to_float(cell tagged)
-{
- return bignum_to_double(untag<bignum>(tagged));
-}
-
-inline double factor_vm::untag_float(cell tagged)
-{
- return untag<boxed_float>(tagged)->n;
-}
-
-inline double factor_vm::untag_float_check(cell tagged)
-{
- return untag_check<boxed_float>(tagged)->n;
-}
-
-inline fixnum factor_vm::float_to_fixnum(cell tagged)
-{
- return (fixnum)untag_float(tagged);
-}
-
-inline double factor_vm::fixnum_to_float(cell tagged)
-{
- return (double)untag_fixnum(tagged);
-}
-
-//callstack.hpp
-/* This is a little tricky. The iterator may allocate memory, so we
-keep the callstack in a GC root and use relative offsets */
-template<typename TYPE> void factor_vm::iterate_callstack_object(callstack *stack_, TYPE &iterator)
-{
- gc_root<callstack> stack(stack_,this);
- fixnum frame_offset = untag_fixnum(stack->length) - sizeof(stack_frame);
-
- while(frame_offset >= 0)
- {
- stack_frame *frame = stack->frame_at(frame_offset);
- frame_offset -= frame->size;
- iterator(frame,this);
- }
-}
-
-//booleans.hpp
-inline cell factor_vm::tag_boolean(cell untagged)
-{
- return (untagged ? T : F);
-}
-
-// callstack.hpp
-template<typename TYPE> void factor_vm::iterate_callstack(cell top, cell bottom, TYPE &iterator)
-{
- stack_frame *frame = (stack_frame *)bottom - 1;
-
- while((cell)frame >= top)
- {
- iterator(frame,this);
- frame = frame_successor(frame);
- }
-}
-
-// data_heap.hpp
-/* Every object has a regular representation in the runtime, which makes GC
-much simpler. Every slot of the object until binary_payload_start is a pointer
-to some other object. */
-struct factor_vm;
-inline void factor_vm::do_slots(cell obj, void (* iter)(cell *,factor_vm*))
-{
- cell scan = obj;
- cell payload_start = binary_payload_start((object *)obj);
- cell end = obj + payload_start;
-
- scan += sizeof(cell);
-
- while(scan < end)
- {
- iter((cell *)scan,this);
- scan += sizeof(cell);
- }
-}
-
-// code_heap.hpp
-
-inline void factor_vm::check_code_pointer(cell ptr)
-{
-#ifdef FACTOR_DEBUG
- assert(in_code_heap_p(ptr));
-#endif
-}
-
-}
general_error(ERROR_IO,tag_fixnum(errno),F,NULL);
}
-inline void factor_vm::primitive_fopen()
+void factor_vm::primitive_fopen()
{
gc_root<byte_array> mode(dpop(),this);
gc_root<byte_array> path(dpop(),this);
}
}
-PRIMITIVE_FORWARD(fopen)
-
-inline void factor_vm::primitive_fgetc()
+void factor_vm::primitive_fgetc()
{
FILE *file = (FILE *)unbox_alien();
}
}
-PRIMITIVE_FORWARD(fgetc)
-
-inline void factor_vm::primitive_fread()
+void factor_vm::primitive_fread()
{
FILE *file = (FILE *)unbox_alien();
fixnum size = unbox_array_size();
}
}
-PRIMITIVE_FORWARD(fread)
-
-inline void factor_vm::primitive_fputc()
+void factor_vm::primitive_fputc()
{
FILE *file = (FILE *)unbox_alien();
fixnum ch = to_fixnum(dpop());
}
}
-PRIMITIVE_FORWARD(fputc)
-
-inline void factor_vm::primitive_fwrite()
+void factor_vm::primitive_fwrite()
{
FILE *file = (FILE *)unbox_alien();
byte_array *text = untag_check<byte_array>(dpop());
}
}
-PRIMITIVE_FORWARD(fwrite)
-
-inline void factor_vm::primitive_fseek()
+void factor_vm::primitive_fseek()
{
int whence = to_fixnum(dpop());
FILE *file = (FILE *)unbox_alien();
}
}
-PRIMITIVE_FORWARD(fseek)
-
-inline void factor_vm::primitive_fflush()
+void factor_vm::primitive_fflush()
{
FILE *file = (FILE *)unbox_alien();
for(;;)
}
}
-PRIMITIVE_FORWARD(fflush)
-
-inline void factor_vm::primitive_fclose()
+void factor_vm::primitive_fclose()
{
FILE *file = (FILE *)unbox_alien();
for(;;)
}
}
-PRIMITIVE_FORWARD(fclose)
-
/* This function is used by FFI I/O. Accessing the errno global directly is
not portable, since on some libc's errno is not a global but a funky macro that
reads thread-local storage. */
namespace factor
{
-PRIMITIVE(fopen);
-PRIMITIVE(fgetc);
-PRIMITIVE(fread);
-PRIMITIVE(fputc);
-PRIMITIVE(fwrite);
-PRIMITIVE(fflush);
-PRIMITIVE(fseek);
-PRIMITIVE(fclose);
-
/* Platform specific primitives */
-PRIMITIVE(open_file);
-PRIMITIVE(existsp);
-PRIMITIVE(read_dir);
VM_C_API int err_no();
VM_C_API void clear_err_no();
namespace factor
{
+
+template <typename TYPE>
+struct gc_root : public tagged<TYPE>
+{
+ factor_vm *parent_vm;
+
+ void push() { parent_vm->check_tagged_pointer(tagged<TYPE>::value()); parent_vm->gc_locals.push_back((cell)this); }
+
+ explicit gc_root(cell value_,factor_vm *vm) : tagged<TYPE>(value_),parent_vm(vm) { push(); }
+ explicit gc_root(TYPE *value_, factor_vm *vm) : tagged<TYPE>(value_),parent_vm(vm) { push(); }
+
+ const gc_root<TYPE>& operator=(const TYPE *x) { tagged<TYPE>::operator=(x); return *this; }
+ const gc_root<TYPE>& operator=(const cell &x) { tagged<TYPE>::operator=(x); return *this; }
+
+ ~gc_root() {
+#ifdef FACTOR_DEBUG
+ assert(parent_vm->gc_locals.back() == (cell)this);
+#endif
+ parent_vm->gc_locals.pop_back();
+ }
+};
+
+/* A similar hack for the bignum implementation */
+struct gc_bignum
+{
+ bignum **addr;
+ factor_vm *parent_vm;
+ gc_bignum(bignum **addr_, factor_vm *vm) : addr(addr_), parent_vm(vm) {
+ if(*addr_)
+ parent_vm->check_data_pointer(*addr_);
+ parent_vm->gc_bignums.push_back((cell)addr);
+ }
+
+ ~gc_bignum() {
+#ifdef FACTOR_DEBUG
+ assert(parent_vm->gc_bignums.back() == (cell)addr);
+#endif
+ parent_vm->gc_bignums.pop_back();
+ }
+};
+
+#define GC_BIGNUM(x) gc_bignum x##__gc_root(&x,this)
+
}
executing, the call frame of the current C primitive (if any) is rewound, and
the appropriate Factor error is thrown from the top-most Factor frame. */
void factor_vm::call_fault_handler(
- exception_type_t exception,
- exception_data_type_t code,
+ exception_type_t exception,
+ exception_data_type_t code,
MACH_EXC_STATE_TYPE *exc_state,
MACH_THREAD_STATE_TYPE *thread_state,
- MACH_FLOAT_STATE_TYPE *float_state)
+ MACH_FLOAT_STATE_TYPE *float_state)
{
/* There is a race condition here, but in practice an exception
delivered during stack frame setup/teardown or while transitioning
}
}
-static void call_fault_handler(exception_type_t exception,
- exception_data_type_t code,
- MACH_EXC_STATE_TYPE *exc_state,
- MACH_THREAD_STATE_TYPE *thread_state,
- MACH_FLOAT_STATE_TYPE *float_state)
+static void call_fault_handler(
+ mach_port_t thread,
+ exception_type_t exception,
+ exception_data_type_t code,
+ MACH_EXC_STATE_TYPE *exc_state,
+ MACH_THREAD_STATE_TYPE *thread_state,
+ MACH_FLOAT_STATE_TYPE *float_state)
{
- SIGNAL_VM_PTR()->call_fault_handler(exception,code,exc_state,thread_state,float_state);
+ THREADHANDLE thread_id = pthread_from_mach_thread_np(thread);
+ assert(thread_id);
+ unordered_map<THREADHANDLE, factor_vm*>::const_iterator vm = thread_vms.find(thread_id);
+ if (vm != thread_vms.end())
+ vm->second->call_fault_handler(exception,code,exc_state,thread_state,float_state);
}
/* Handle an exception by invoking the user's fault handler and/or forwarding
-the duty to the previously installed handlers. */
+the duty to the previously installed handlers. */
extern "C"
kern_return_t
catch_exception_raise (mach_port_t exception_port,
/* Get fault information and the faulting thread's register contents..
- See http://web.mit.edu/darwin/src/modules/xnu/osfmk/man/thread_get_state.html. */
+ See http://web.mit.edu/darwin/src/modules/xnu/osfmk/man/thread_get_state.html. */
exc_state_count = MACH_EXC_STATE_COUNT;
if (thread_get_state (thread, MACH_EXC_STATE_FLAVOR,
(natural_t *)&exc_state, &exc_state_count)
return KERN_FAILURE;
}
- float_state_count = MACH_FLOAT_STATE_COUNT;
+ float_state_count = MACH_FLOAT_STATE_COUNT;
if (thread_get_state (thread, MACH_FLOAT_STATE_FLAVOR,
(natural_t *)&float_state, &float_state_count)
!= KERN_SUCCESS)
/* Modify registers so to have the thread resume executing the
fault handler */
- call_fault_handler(exception,code[0],&exc_state,&thread_state,&float_state);
+ call_fault_handler(thread,exception,code[0],&exc_state,&thread_state,&float_state);
/* Set the faulting thread's register contents..
- See http://web.mit.edu/darwin/src/modules/xnu/osfmk/man/thread_set_state.html. */
+ See http://web.mit.edu/darwin/src/modules/xnu/osfmk/man/thread_set_state.html. */
if (thread_set_state (thread, MACH_FLOAT_STATE_FLAVOR,
(natural_t *)&float_state, float_state_count)
!= KERN_SUCCESS)
char data[1024];
}
msg;
- /* Buffer for a reply message. */
+ /* Buffer for a reply message. */
struct
{
mach_msg_header_t head;
for a particular thread. This has the effect that when our exception
port gets the message, the thread specific exception port has already
been asked, and we don't need to bother about it.
- See http://web.mit.edu/darwin/src/modules/xnu/osfmk/man/task_set_exception_ports.html. */
+ See http://web.mit.edu/darwin/src/modules/xnu/osfmk/man/task_set_exception_ports.html. */
if (task_set_exception_ports (self, mask, our_exception_port,
EXCEPTION_DEFAULT, MACHINE_THREAD_STATE)
!= KERN_SUCCESS)
#if __GNUC__ == 4
#include <tr1/unordered_map>
- #define unordered_map std::tr1::unordered_map
+
+namespace factor {
+ using std::tr1::unordered_map;
+}
#elif __GNUC__ == 3
#include <boost/unordered_map.hpp>
- #define unordered_map boost::unordered_map
+
+namespace factor {
+ using boost::unordered_map;
+}
#else
#error Factor requires GCC 3.x or later
#endif
#include "data_heap.hpp"
#include "write_barrier.hpp"
#include "data_gc.hpp"
-#include "local_roots.hpp"
-#include "generic_arrays.hpp"
#include "debug.hpp"
-#include "arrays.hpp"
#include "strings.hpp"
-#include "booleans.hpp"
-#include "byte_arrays.hpp"
#include "tuples.hpp"
#include "words.hpp"
-#include "math.hpp"
#include "float_bits.hpp"
#include "io.hpp"
#include "heap.hpp"
-#include "code_heap.hpp"
#include "image.hpp"
-#include "callstack.hpp"
#include "alien.hpp"
#include "vm.hpp"
#include "tagged.hpp"
-#include "inlineimpls.hpp"
+#include "local_roots.hpp"
+#include "callstack.hpp"
+#include "generic_arrays.hpp"
+#include "arrays.hpp"
+#include "math.hpp"
+#include "booleans.hpp"
+#include "code_heap.hpp"
+#include "byte_arrays.hpp"
#include "jit.hpp"
#include "quotations.hpp"
#include "dispatch.hpp"
namespace factor
{
-inline void factor_vm::primitive_bignum_to_fixnum()
+void factor_vm::primitive_bignum_to_fixnum()
{
drepl(tag_fixnum(bignum_to_fixnum(untag<bignum>(dpeek()))));
}
-PRIMITIVE_FORWARD(bignum_to_fixnum)
-
-inline void factor_vm::primitive_float_to_fixnum()
+void factor_vm::primitive_float_to_fixnum()
{
drepl(tag_fixnum(float_to_fixnum(dpeek())));
}
-PRIMITIVE_FORWARD(float_to_fixnum)
-
/* Division can only overflow when we are dividing the most negative fixnum
by -1. */
-inline void factor_vm::primitive_fixnum_divint()
+void factor_vm::primitive_fixnum_divint()
{
fixnum y = untag_fixnum(dpop()); \
fixnum x = untag_fixnum(dpeek());
drepl(tag_fixnum(result));
}
-PRIMITIVE_FORWARD(fixnum_divint)
-
-inline void factor_vm::primitive_fixnum_divmod()
+void factor_vm::primitive_fixnum_divmod()
{
cell y = ((cell *)ds)[0];
cell x = ((cell *)ds)[-1];
}
}
-PRIMITIVE_FORWARD(fixnum_divmod)
-
/*
* If we're shifting right by n bits, we won't overflow as long as none of the
* high WORD_SIZE-TAG_BITS-n bits are set.
return (x ^ sign_mask(x)) - sign_mask(x);
}
-inline void factor_vm::primitive_fixnum_shift()
+void factor_vm::primitive_fixnum_shift()
{
fixnum y = untag_fixnum(dpop());
fixnum x = untag_fixnum(dpeek());
fixnum_to_bignum(x),y)));
}
-PRIMITIVE_FORWARD(fixnum_shift)
-
-inline void factor_vm::primitive_fixnum_to_bignum()
+void factor_vm::primitive_fixnum_to_bignum()
{
drepl(tag<bignum>(fixnum_to_bignum(untag_fixnum(dpeek()))));
}
-PRIMITIVE_FORWARD(fixnum_to_bignum)
-
-inline void factor_vm::primitive_float_to_bignum()
+void factor_vm::primitive_float_to_bignum()
{
drepl(tag<bignum>(float_to_bignum(dpeek())));
}
-PRIMITIVE_FORWARD(float_to_bignum)
-
#define POP_BIGNUMS(x,y) \
bignum * y = untag<bignum>(dpop()); \
bignum * x = untag<bignum>(dpop());
-inline void factor_vm::primitive_bignum_eq()
+void factor_vm::primitive_bignum_eq()
{
POP_BIGNUMS(x,y);
box_boolean(bignum_equal_p(x,y));
}
-PRIMITIVE_FORWARD(bignum_eq)
-
-inline void factor_vm::primitive_bignum_add()
+void factor_vm::primitive_bignum_add()
{
POP_BIGNUMS(x,y);
dpush(tag<bignum>(bignum_add(x,y)));
}
-PRIMITIVE_FORWARD(bignum_add)
-
-inline void factor_vm::primitive_bignum_subtract()
+void factor_vm::primitive_bignum_subtract()
{
POP_BIGNUMS(x,y);
dpush(tag<bignum>(bignum_subtract(x,y)));
}
-PRIMITIVE_FORWARD(bignum_subtract)
-
-inline void factor_vm::primitive_bignum_multiply()
+void factor_vm::primitive_bignum_multiply()
{
POP_BIGNUMS(x,y);
dpush(tag<bignum>(bignum_multiply(x,y)));
}
-PRIMITIVE_FORWARD(bignum_multiply)
-
-inline void factor_vm::primitive_bignum_divint()
+void factor_vm::primitive_bignum_divint()
{
POP_BIGNUMS(x,y);
dpush(tag<bignum>(bignum_quotient(x,y)));
}
-PRIMITIVE_FORWARD(bignum_divint)
-
-inline void factor_vm::primitive_bignum_divmod()
+void factor_vm::primitive_bignum_divmod()
{
bignum *q, *r;
POP_BIGNUMS(x,y);
dpush(tag<bignum>(r));
}
-PRIMITIVE_FORWARD(bignum_divmod)
-
-inline void factor_vm::primitive_bignum_mod()
+void factor_vm::primitive_bignum_mod()
{
POP_BIGNUMS(x,y);
dpush(tag<bignum>(bignum_remainder(x,y)));
}
-PRIMITIVE_FORWARD(bignum_mod)
-
-inline void factor_vm::primitive_bignum_and()
+void factor_vm::primitive_bignum_and()
{
POP_BIGNUMS(x,y);
dpush(tag<bignum>(bignum_bitwise_and(x,y)));
}
-PRIMITIVE_FORWARD(bignum_and)
-
-inline void factor_vm::primitive_bignum_or()
+void factor_vm::primitive_bignum_or()
{
POP_BIGNUMS(x,y);
dpush(tag<bignum>(bignum_bitwise_ior(x,y)));
}
-PRIMITIVE_FORWARD(bignum_or)
-
-inline void factor_vm::primitive_bignum_xor()
+void factor_vm::primitive_bignum_xor()
{
POP_BIGNUMS(x,y);
dpush(tag<bignum>(bignum_bitwise_xor(x,y)));
}
-PRIMITIVE_FORWARD(bignum_xor)
-
-inline void factor_vm::primitive_bignum_shift()
+void factor_vm::primitive_bignum_shift()
{
fixnum y = untag_fixnum(dpop());
bignum* x = untag<bignum>(dpop());
dpush(tag<bignum>(bignum_arithmetic_shift(x,y)));
}
-PRIMITIVE_FORWARD(bignum_shift)
-
-inline void factor_vm::primitive_bignum_less()
+void factor_vm::primitive_bignum_less()
{
POP_BIGNUMS(x,y);
box_boolean(bignum_compare(x,y) == bignum_comparison_less);
}
-PRIMITIVE_FORWARD(bignum_less)
-
-inline void factor_vm::primitive_bignum_lesseq()
+void factor_vm::primitive_bignum_lesseq()
{
POP_BIGNUMS(x,y);
box_boolean(bignum_compare(x,y) != bignum_comparison_greater);
}
-PRIMITIVE_FORWARD(bignum_lesseq)
-
-inline void factor_vm::primitive_bignum_greater()
+void factor_vm::primitive_bignum_greater()
{
POP_BIGNUMS(x,y);
box_boolean(bignum_compare(x,y) == bignum_comparison_greater);
}
-PRIMITIVE_FORWARD(bignum_greater)
-
-inline void factor_vm::primitive_bignum_greatereq()
+void factor_vm::primitive_bignum_greatereq()
{
POP_BIGNUMS(x,y);
box_boolean(bignum_compare(x,y) != bignum_comparison_less);
}
-PRIMITIVE_FORWARD(bignum_greatereq)
-
-inline void factor_vm::primitive_bignum_not()
+void factor_vm::primitive_bignum_not()
{
drepl(tag<bignum>(bignum_bitwise_not(untag<bignum>(dpeek()))));
}
-PRIMITIVE_FORWARD(bignum_not)
-
-inline void factor_vm::primitive_bignum_bitp()
+void factor_vm::primitive_bignum_bitp()
{
fixnum bit = to_fixnum(dpop());
bignum *x = untag<bignum>(dpop());
box_boolean(bignum_logbitp(bit,x));
}
-PRIMITIVE_FORWARD(bignum_bitp)
-
-inline void factor_vm::primitive_bignum_log2()
+void factor_vm::primitive_bignum_log2()
{
drepl(tag<bignum>(bignum_integer_length(untag<bignum>(dpeek()))));
}
-PRIMITIVE_FORWARD(bignum_log2)
-
unsigned int factor_vm::bignum_producer(unsigned int digit)
{
unsigned char *ptr = (unsigned char *)alien_offset(dpeek());
return myvm->bignum_producer(digit);
}
-inline void factor_vm::primitive_byte_array_to_bignum()
+void factor_vm::primitive_byte_array_to_bignum()
{
cell n_digits = array_capacity(untag_check<byte_array>(dpeek()));
bignum * result = digit_stream_to_bignum(n_digits,factor::bignum_producer,0x100,0);
drepl(tag<bignum>(result));
}
-PRIMITIVE_FORWARD(byte_array_to_bignum)
-
cell factor_vm::unbox_array_size()
{
switch(tagged<object>(dpeek()).type())
return 0; /* can't happen */
}
-inline void factor_vm::primitive_fixnum_to_float()
+void factor_vm::primitive_fixnum_to_float()
{
drepl(allot_float(fixnum_to_float(dpeek())));
}
-PRIMITIVE_FORWARD(fixnum_to_float)
-
-inline void factor_vm::primitive_bignum_to_float()
+void factor_vm::primitive_bignum_to_float()
{
drepl(allot_float(bignum_to_float(dpeek())));
}
-PRIMITIVE_FORWARD(bignum_to_float)
-
-inline void factor_vm::primitive_str_to_float()
+void factor_vm::primitive_str_to_float()
{
byte_array *bytes = untag_check<byte_array>(dpeek());
cell capacity = array_capacity(bytes);
drepl(F);
}
-PRIMITIVE_FORWARD(str_to_float)
-
-inline void factor_vm::primitive_float_to_str()
+void factor_vm::primitive_float_to_str()
{
byte_array *array = allot_byte_array(33);
snprintf((char *)(array + 1),32,"%.16g",untag_float_check(dpop()));
dpush(tag<byte_array>(array));
}
-PRIMITIVE_FORWARD(float_to_str)
-
#define POP_FLOATS(x,y) \
double y = untag_float(dpop()); \
double x = untag_float(dpop());
-inline void factor_vm::primitive_float_eq()
+void factor_vm::primitive_float_eq()
{
POP_FLOATS(x,y);
box_boolean(x == y);
}
-PRIMITIVE_FORWARD(float_eq)
-
-inline void factor_vm::primitive_float_add()
+void factor_vm::primitive_float_add()
{
POP_FLOATS(x,y);
box_double(x + y);
}
-PRIMITIVE_FORWARD(float_add)
-
-inline void factor_vm::primitive_float_subtract()
+void factor_vm::primitive_float_subtract()
{
POP_FLOATS(x,y);
box_double(x - y);
}
-PRIMITIVE_FORWARD(float_subtract)
-
-inline void factor_vm::primitive_float_multiply()
+void factor_vm::primitive_float_multiply()
{
POP_FLOATS(x,y);
box_double(x * y);
}
-PRIMITIVE_FORWARD(float_multiply)
-
-inline void factor_vm::primitive_float_divfloat()
+void factor_vm::primitive_float_divfloat()
{
POP_FLOATS(x,y);
box_double(x / y);
}
-PRIMITIVE_FORWARD(float_divfloat)
-
-inline void factor_vm::primitive_float_mod()
+void factor_vm::primitive_float_mod()
{
POP_FLOATS(x,y);
box_double(fmod(x,y));
}
-PRIMITIVE_FORWARD(float_mod)
-
-inline void factor_vm::primitive_float_less()
+void factor_vm::primitive_float_less()
{
POP_FLOATS(x,y);
box_boolean(x < y);
}
-PRIMITIVE_FORWARD(float_less)
-
-inline void factor_vm::primitive_float_lesseq()
+void factor_vm::primitive_float_lesseq()
{
POP_FLOATS(x,y);
box_boolean(x <= y);
}
-PRIMITIVE_FORWARD(float_lesseq)
-
-inline void factor_vm::primitive_float_greater()
+void factor_vm::primitive_float_greater()
{
POP_FLOATS(x,y);
box_boolean(x > y);
}
-PRIMITIVE_FORWARD(float_greater)
-
-inline void factor_vm::primitive_float_greatereq()
+void factor_vm::primitive_float_greatereq()
{
POP_FLOATS(x,y);
box_boolean(x >= y);
}
-PRIMITIVE_FORWARD(float_greatereq)
-
-inline void factor_vm::primitive_float_bits()
+void factor_vm::primitive_float_bits()
{
box_unsigned_4(float_bits(untag_float_check(dpop())));
}
-PRIMITIVE_FORWARD(float_bits)
-
-inline void factor_vm::primitive_bits_float()
+void factor_vm::primitive_bits_float()
{
box_float(bits_float(to_cell(dpop())));
}
-PRIMITIVE_FORWARD(bits_float)
-
-inline void factor_vm::primitive_double_bits()
+void factor_vm::primitive_double_bits()
{
box_unsigned_8(double_bits(untag_float_check(dpop())));
}
-PRIMITIVE_FORWARD(double_bits)
-
-inline void factor_vm::primitive_bits_double()
+void factor_vm::primitive_bits_double()
{
box_double(bits_double(to_unsigned_8(dpop())));
}
-PRIMITIVE_FORWARD(bits_double)
-
fixnum factor_vm::to_fixnum(cell tagged)
{
switch(TAG(tagged))
static const fixnum fixnum_min = (-((fixnum)1 << (WORD_SIZE - TAG_BITS - 1)));
static const fixnum array_size_max = ((cell)1 << (WORD_SIZE - TAG_BITS - 2));
+inline cell factor_vm::allot_integer(fixnum x)
+{
+ if(x < fixnum_min || x > fixnum_max)
+ return tag<bignum>(fixnum_to_bignum(x));
+ else
+ return tag_fixnum(x);
+}
+
+inline cell factor_vm::allot_cell(cell x)
+{
+ if(x > (cell)fixnum_max)
+ return tag<bignum>(cell_to_bignum(x));
+ else
+ return tag_fixnum(x);
+}
+
+inline cell factor_vm::allot_float(double n)
+{
+ boxed_float *flo = allot<boxed_float>(sizeof(boxed_float));
+ flo->n = n;
+ return tag(flo);
+}
+
+inline bignum *factor_vm::float_to_bignum(cell tagged)
+{
+ return double_to_bignum(untag_float(tagged));
+}
+
+inline double factor_vm::bignum_to_float(cell tagged)
+{
+ return bignum_to_double(untag<bignum>(tagged));
+}
+
+inline double factor_vm::untag_float(cell tagged)
+{
+ return untag<boxed_float>(tagged)->n;
+}
+
+inline double factor_vm::untag_float_check(cell tagged)
+{
+ return untag_check<boxed_float>(tagged)->n;
+}
+
+inline fixnum factor_vm::float_to_fixnum(cell tagged)
+{
+ return (fixnum)untag_float(tagged);
+}
+
+inline double factor_vm::fixnum_to_float(cell tagged)
+{
+ return (double)untag_fixnum(tagged);
+}
+
// defined in assembler
-PRIMITIVE(fixnum_add);
-PRIMITIVE(fixnum_subtract);
-PRIMITIVE(fixnum_multiply);
-
-PRIMITIVE(bignum_to_fixnum);
-PRIMITIVE(float_to_fixnum);
-
-PRIMITIVE(fixnum_divint);
-PRIMITIVE(fixnum_divmod);
-PRIMITIVE(fixnum_shift);
-
-PRIMITIVE(fixnum_to_bignum);
-PRIMITIVE(float_to_bignum);
-PRIMITIVE(bignum_eq);
-PRIMITIVE(bignum_add);
-PRIMITIVE(bignum_subtract);
-PRIMITIVE(bignum_multiply);
-PRIMITIVE(bignum_divint);
-PRIMITIVE(bignum_divmod);
-PRIMITIVE(bignum_mod);
-PRIMITIVE(bignum_and);
-PRIMITIVE(bignum_or);
-PRIMITIVE(bignum_xor);
-PRIMITIVE(bignum_shift);
-PRIMITIVE(bignum_less);
-PRIMITIVE(bignum_lesseq);
-PRIMITIVE(bignum_greater);
-PRIMITIVE(bignum_greatereq);
-PRIMITIVE(bignum_not);
-PRIMITIVE(bignum_bitp);
-PRIMITIVE(bignum_log2);
-PRIMITIVE(byte_array_to_bignum);
-
-PRIMITIVE(fixnum_to_float);
-PRIMITIVE(bignum_to_float);
-PRIMITIVE(str_to_float);
-PRIMITIVE(float_to_str);
-PRIMITIVE(float_to_bits);
-
-PRIMITIVE(float_eq);
-PRIMITIVE(float_add);
-PRIMITIVE(float_subtract);
-PRIMITIVE(float_multiply);
-PRIMITIVE(float_divfloat);
-PRIMITIVE(float_mod);
-PRIMITIVE(float_less);
-PRIMITIVE(float_lesseq);
-PRIMITIVE(float_greater);
-PRIMITIVE(float_greatereq);
-
-PRIMITIVE(float_bits);
-PRIMITIVE(bits_float);
-PRIMITIVE(double_bits);
-PRIMITIVE(bits_double);
VM_C_API void box_float(float flo, factor_vm *vm);
VM_C_API float to_float(cell value, factor_vm *vm);
factor_vm *tls_vm()
{
- return (factor_vm*)pthread_getspecific(tlsKey);
+ factor_vm *vm = (factor_vm*)pthread_getspecific(tlsKey);
+ assert(vm != NULL);
+ return vm;
}
static void *null_dll;
dll->dll = NULL;
}
-inline void factor_vm::primitive_existsp()
+void factor_vm::primitive_existsp()
{
struct stat sb;
char *path = (char *)(untag_check<byte_array>(dpop()) + 1);
box_boolean(stat(path,&sb) >= 0);
}
-PRIMITIVE_FORWARD(existsp)
-
segment::segment(factor_vm *myvm_, cell size_)
{
myvm = myvm_;
return NULL;
}
-
void factor_vm::memory_signal_handler(int signal, siginfo_t *siginfo, void *uap)
{
signal_fault_addr = (cell)siginfo->si_addr;
typedef pthread_t THREADHANDLE;
THREADHANDLE start_thread(void *(*start_routine)(void *),void *args);
-pthread_t thread_id();
+inline static THREADHANDLE thread_id() { return pthread_self(); }
void unix_init_signals();
void signal_handler(int signal, siginfo_t* siginfo, void* uap);
return 0; /* unreachable */
}
-PRIMITIVE_FORWARD(os_envs)
-
void c_to_factor_toplevel(cell quot)
{
c_to_factor(quot,vm);
factor_vm *tls_vm()
{
- return (factor_vm*)TlsGetValue(dwTlsIndex);
+ factor_vm *vm = (factor_vm*)TlsGetValue(dwTlsIndex);
+ assert(vm != NULL);
+ return vm;
}
s64 current_micros()
typedef HANDLE THREADHANDLE;
THREADHANDLE start_thread(void *(*start_routine)(void *),void *args);
+inline static THREADHANDLE thread_id() { return GetCurrentThread(); }
void init_platform_globals();
struct factor_vm;
return safe_strdup(full_path);
}
-inline void factor_vm::primitive_existsp()
+void factor_vm::primitive_existsp()
{
vm_char *path = untag_check<byte_array>(dpop())->data<vm_char>();
box_boolean(windows_stat(path));
}
-PRIMITIVE_FORWARD(existsp)
-
segment::segment(factor_vm *myvm_, cell size_)
{
myvm = myvm_;
primitive_vm_ptr,
};
+PRIMITIVE_FORWARD(bignum_to_fixnum)
+PRIMITIVE_FORWARD(float_to_fixnum)
+PRIMITIVE_FORWARD(fixnum_to_bignum)
+PRIMITIVE_FORWARD(float_to_bignum)
+PRIMITIVE_FORWARD(fixnum_to_float)
+PRIMITIVE_FORWARD(bignum_to_float)
+PRIMITIVE_FORWARD(str_to_float)
+PRIMITIVE_FORWARD(float_to_str)
+PRIMITIVE_FORWARD(float_bits)
+PRIMITIVE_FORWARD(double_bits)
+PRIMITIVE_FORWARD(bits_float)
+PRIMITIVE_FORWARD(bits_double)
+PRIMITIVE_FORWARD(fixnum_divint)
+PRIMITIVE_FORWARD(fixnum_divmod)
+PRIMITIVE_FORWARD(fixnum_shift)
+PRIMITIVE_FORWARD(bignum_eq)
+PRIMITIVE_FORWARD(bignum_add)
+PRIMITIVE_FORWARD(bignum_subtract)
+PRIMITIVE_FORWARD(bignum_multiply)
+PRIMITIVE_FORWARD(bignum_divint)
+PRIMITIVE_FORWARD(bignum_mod)
+PRIMITIVE_FORWARD(bignum_divmod)
+PRIMITIVE_FORWARD(bignum_and)
+PRIMITIVE_FORWARD(bignum_or)
+PRIMITIVE_FORWARD(bignum_xor)
+PRIMITIVE_FORWARD(bignum_not)
+PRIMITIVE_FORWARD(bignum_shift)
+PRIMITIVE_FORWARD(bignum_less)
+PRIMITIVE_FORWARD(bignum_lesseq)
+PRIMITIVE_FORWARD(bignum_greater)
+PRIMITIVE_FORWARD(bignum_greatereq)
+PRIMITIVE_FORWARD(bignum_bitp)
+PRIMITIVE_FORWARD(bignum_log2)
+PRIMITIVE_FORWARD(byte_array_to_bignum)
+PRIMITIVE_FORWARD(float_eq)
+PRIMITIVE_FORWARD(float_add)
+PRIMITIVE_FORWARD(float_subtract)
+PRIMITIVE_FORWARD(float_multiply)
+PRIMITIVE_FORWARD(float_divfloat)
+PRIMITIVE_FORWARD(float_mod)
+PRIMITIVE_FORWARD(float_less)
+PRIMITIVE_FORWARD(float_lesseq)
+PRIMITIVE_FORWARD(float_greater)
+PRIMITIVE_FORWARD(float_greatereq)
+PRIMITIVE_FORWARD(word)
+PRIMITIVE_FORWARD(word_xt)
+PRIMITIVE_FORWARD(getenv)
+PRIMITIVE_FORWARD(setenv)
+PRIMITIVE_FORWARD(existsp)
+PRIMITIVE_FORWARD(gc)
+PRIMITIVE_FORWARD(gc_stats)
+PRIMITIVE_FORWARD(save_image)
+PRIMITIVE_FORWARD(save_image_and_exit)
+PRIMITIVE_FORWARD(datastack)
+PRIMITIVE_FORWARD(retainstack)
+PRIMITIVE_FORWARD(callstack)
+PRIMITIVE_FORWARD(set_datastack)
+PRIMITIVE_FORWARD(set_retainstack)
+PRIMITIVE_FORWARD(set_callstack)
+PRIMITIVE_FORWARD(exit)
+PRIMITIVE_FORWARD(data_room)
+PRIMITIVE_FORWARD(code_room)
+PRIMITIVE_FORWARD(micros)
+PRIMITIVE_FORWARD(modify_code_heap)
+PRIMITIVE_FORWARD(dlopen)
+PRIMITIVE_FORWARD(dlsym)
+PRIMITIVE_FORWARD(dlclose)
+PRIMITIVE_FORWARD(byte_array)
+PRIMITIVE_FORWARD(uninitialized_byte_array)
+PRIMITIVE_FORWARD(displaced_alien)
+PRIMITIVE_FORWARD(alien_address)
+PRIMITIVE_FORWARD(set_slot)
+PRIMITIVE_FORWARD(string_nth)
+PRIMITIVE_FORWARD(set_string_nth_fast)
+PRIMITIVE_FORWARD(set_string_nth_slow)
+PRIMITIVE_FORWARD(resize_array)
+PRIMITIVE_FORWARD(resize_string)
+PRIMITIVE_FORWARD(array)
+PRIMITIVE_FORWARD(begin_scan)
+PRIMITIVE_FORWARD(next_object)
+PRIMITIVE_FORWARD(end_scan)
+PRIMITIVE_FORWARD(size)
+PRIMITIVE_FORWARD(die)
+PRIMITIVE_FORWARD(fopen)
+PRIMITIVE_FORWARD(fgetc)
+PRIMITIVE_FORWARD(fread)
+PRIMITIVE_FORWARD(fputc)
+PRIMITIVE_FORWARD(fwrite)
+PRIMITIVE_FORWARD(fflush)
+PRIMITIVE_FORWARD(fseek)
+PRIMITIVE_FORWARD(fclose)
+PRIMITIVE_FORWARD(wrapper)
+PRIMITIVE_FORWARD(clone)
+PRIMITIVE_FORWARD(string)
+PRIMITIVE_FORWARD(array_to_quotation)
+PRIMITIVE_FORWARD(quotation_xt)
+PRIMITIVE_FORWARD(tuple)
+PRIMITIVE_FORWARD(profiling)
+PRIMITIVE_FORWARD(become)
+PRIMITIVE_FORWARD(sleep)
+PRIMITIVE_FORWARD(tuple_boa)
+PRIMITIVE_FORWARD(callstack_to_array)
+PRIMITIVE_FORWARD(innermost_stack_frame_executing)
+PRIMITIVE_FORWARD(innermost_stack_frame_scan)
+PRIMITIVE_FORWARD(set_innermost_stack_frame_quot)
+PRIMITIVE_FORWARD(call_clear)
+PRIMITIVE_FORWARD(resize_byte_array)
+PRIMITIVE_FORWARD(dll_validp)
+PRIMITIVE_FORWARD(unimplemented)
+PRIMITIVE_FORWARD(clear_gc_stats)
+PRIMITIVE_FORWARD(jit_compile)
+PRIMITIVE_FORWARD(load_locals)
+PRIMITIVE_FORWARD(check_datastack)
+PRIMITIVE_FORWARD(mega_cache_miss)
+PRIMITIVE_FORWARD(lookup_method)
+PRIMITIVE_FORWARD(reset_dispatch_stats)
+PRIMITIVE_FORWARD(dispatch_stats)
+PRIMITIVE_FORWARD(reset_inline_cache_stats)
+PRIMITIVE_FORWARD(inline_cache_stats)
+PRIMITIVE_FORWARD(optimized_p)
+PRIMITIVE_FORWARD(quot_compiled_p)
+PRIMITIVE_FORWARD(vm_ptr)
+
}
}
#endif
extern const primitive_type primitives[];
+
+PRIMITIVE(bignum_to_fixnum);
+PRIMITIVE(float_to_fixnum);
+PRIMITIVE(fixnum_to_bignum);
+PRIMITIVE(float_to_bignum);
+PRIMITIVE(fixnum_to_float);
+PRIMITIVE(bignum_to_float);
+PRIMITIVE(str_to_float);
+PRIMITIVE(float_to_str);
+PRIMITIVE(float_bits);
+PRIMITIVE(double_bits);
+PRIMITIVE(bits_float);
+PRIMITIVE(bits_double);
+PRIMITIVE(fixnum_add);
+PRIMITIVE(fixnum_subtract);
+PRIMITIVE(fixnum_multiply);
+PRIMITIVE(fixnum_divint);
+PRIMITIVE(fixnum_divmod);
+PRIMITIVE(fixnum_shift);
+PRIMITIVE(bignum_eq);
+PRIMITIVE(bignum_add);
+PRIMITIVE(bignum_subtract);
+PRIMITIVE(bignum_multiply);
+PRIMITIVE(bignum_divint);
+PRIMITIVE(bignum_mod);
+PRIMITIVE(bignum_divmod);
+PRIMITIVE(bignum_and);
+PRIMITIVE(bignum_or);
+PRIMITIVE(bignum_xor);
+PRIMITIVE(bignum_not);
+PRIMITIVE(bignum_shift);
+PRIMITIVE(bignum_less);
+PRIMITIVE(bignum_lesseq);
+PRIMITIVE(bignum_greater);
+PRIMITIVE(bignum_greatereq);
+PRIMITIVE(bignum_bitp);
+PRIMITIVE(bignum_log2);
+PRIMITIVE(byte_array_to_bignum);
+PRIMITIVE(float_eq);
+PRIMITIVE(float_add);
+PRIMITIVE(float_subtract);
+PRIMITIVE(float_multiply);
+PRIMITIVE(float_divfloat);
+PRIMITIVE(float_mod);
+PRIMITIVE(float_less);
+PRIMITIVE(float_lesseq);
+PRIMITIVE(float_greater);
+PRIMITIVE(float_greatereq);
+PRIMITIVE(word);
+PRIMITIVE(word_xt);
+PRIMITIVE(getenv);
+PRIMITIVE(setenv);
+PRIMITIVE(existsp);
+PRIMITIVE(gc);
+PRIMITIVE(gc_stats);
+PRIMITIVE(save_image);
+PRIMITIVE(save_image_and_exit);
+PRIMITIVE(datastack);
+PRIMITIVE(retainstack);
+PRIMITIVE(callstack);
+PRIMITIVE(set_datastack);
+PRIMITIVE(set_retainstack);
+PRIMITIVE(set_callstack);
+PRIMITIVE(exit);
+PRIMITIVE(data_room);
+PRIMITIVE(code_room);
+PRIMITIVE(micros);
+PRIMITIVE(modify_code_heap);
+PRIMITIVE(dlopen);
+PRIMITIVE(dlsym);
+PRIMITIVE(dlclose);
+PRIMITIVE(byte_array);
+PRIMITIVE(uninitialized_byte_array);
+PRIMITIVE(displaced_alien);
+PRIMITIVE(alien_signed_cell);
+PRIMITIVE(set_alien_signed_cell);
+PRIMITIVE(alien_unsigned_cell);
+PRIMITIVE(set_alien_unsigned_cell);
+PRIMITIVE(alien_signed_8);
+PRIMITIVE(set_alien_signed_8);
+PRIMITIVE(alien_unsigned_8);
+PRIMITIVE(set_alien_unsigned_8);
+PRIMITIVE(alien_signed_4);
+PRIMITIVE(set_alien_signed_4);
+PRIMITIVE(alien_unsigned_4);
+PRIMITIVE(set_alien_unsigned_4);
+PRIMITIVE(alien_signed_2);
+PRIMITIVE(set_alien_signed_2);
+PRIMITIVE(alien_unsigned_2);
+PRIMITIVE(set_alien_unsigned_2);
+PRIMITIVE(alien_signed_1);
+PRIMITIVE(set_alien_signed_1);
+PRIMITIVE(alien_unsigned_1);
+PRIMITIVE(set_alien_unsigned_1);
+PRIMITIVE(alien_float);
+PRIMITIVE(set_alien_float);
+PRIMITIVE(alien_double);
+PRIMITIVE(set_alien_double);
+PRIMITIVE(alien_cell);
+PRIMITIVE(set_alien_cell);
+PRIMITIVE(alien_address);
+PRIMITIVE(set_slot);
+PRIMITIVE(string_nth);
+PRIMITIVE(set_string_nth_fast);
+PRIMITIVE(set_string_nth_slow);
+PRIMITIVE(resize_array);
+PRIMITIVE(resize_string);
+PRIMITIVE(array);
+PRIMITIVE(begin_scan);
+PRIMITIVE(next_object);
+PRIMITIVE(end_scan);
+PRIMITIVE(size);
+PRIMITIVE(die);
+PRIMITIVE(fopen);
+PRIMITIVE(fgetc);
+PRIMITIVE(fread);
+PRIMITIVE(fputc);
+PRIMITIVE(fwrite);
+PRIMITIVE(fflush);
+PRIMITIVE(fseek);
+PRIMITIVE(fclose);
+PRIMITIVE(wrapper);
+PRIMITIVE(clone);
+PRIMITIVE(string);
+PRIMITIVE(array_to_quotation);
+PRIMITIVE(quotation_xt);
+PRIMITIVE(tuple);
+PRIMITIVE(profiling);
+PRIMITIVE(become);
+PRIMITIVE(sleep);
+PRIMITIVE(tuple_boa);
+PRIMITIVE(callstack_to_array);
+PRIMITIVE(innermost_stack_frame_executing);
+PRIMITIVE(innermost_stack_frame_scan);
+PRIMITIVE(set_innermost_stack_frame_quot);
+PRIMITIVE(call_clear);
+PRIMITIVE(resize_byte_array);
+PRIMITIVE(dll_validp);
+PRIMITIVE(unimplemented);
+PRIMITIVE(clear_gc_stats);
+PRIMITIVE(jit_compile);
+PRIMITIVE(load_locals);
+PRIMITIVE(check_datastack);
+PRIMITIVE(inline_cache_miss);
+PRIMITIVE(inline_cache_miss_tail);
+PRIMITIVE(mega_cache_miss);
+PRIMITIVE(lookup_method);
+PRIMITIVE(reset_dispatch_stats);
+PRIMITIVE(dispatch_stats);
+PRIMITIVE(reset_inline_cache_stats);
+PRIMITIVE(inline_cache_stats);
+PRIMITIVE(optimized_p);
+PRIMITIVE(quot_compiled_p);
+PRIMITIVE(vm_ptr);
+
}
}
/* Update XTs in code heap */
- iterate_code_heap(factor::relocate_code_block);
+ iterate_code_heap(&factor_vm::relocate_code_block);
}
-inline void factor_vm::primitive_profiling()
+void factor_vm::primitive_profiling()
{
set_profiling(to_boolean(dpop()));
}
-PRIMITIVE_FORWARD(profiling)
-
}
namespace factor
{
-PRIMITIVE(profiling);
-
}
if(relocating) relocate_code_block(compiled);
}
-inline void factor_vm::primitive_jit_compile()
+void factor_vm::primitive_jit_compile()
{
jit_compile(dpop(),true);
}
-PRIMITIVE_FORWARD(jit_compile)
-
/* push a new quotation on the stack */
-inline void factor_vm::primitive_array_to_quotation()
+void factor_vm::primitive_array_to_quotation()
{
quotation *quot = allot<quotation>(sizeof(quotation));
quot->array = dpeek();
drepl(tag<quotation>(quot));
}
-PRIMITIVE_FORWARD(array_to_quotation)
-
-inline void factor_vm::primitive_quotation_xt()
+void factor_vm::primitive_quotation_xt()
{
quotation *quot = untag_check<quotation>(dpeek());
drepl(allot_cell((cell)quot->xt));
}
-PRIMITIVE_FORWARD(quotation_xt)
-
void factor_vm::compile_all_words()
{
gc_root<array> words(find_all_words(),this);
}
- iterate_code_heap(factor::relocate_code_block);
+ iterate_code_heap(&factor_vm::relocate_code_block);
}
/* Allocates memory */
return VM_PTR->lazy_jit_compile_impl(quot_,stack);
}
-inline void factor_vm::primitive_quot_compiled_p()
+void factor_vm::primitive_quot_compiled_p()
{
tagged<quotation> quot(dpop());
quot.untag_check(this);
dpush(tag_boolean(quot->code != NULL));
}
-PRIMITIVE_FORWARD(quot_compiled_p)
-
}
void iterate_quotation();
};
-PRIMITIVE(jit_compile);
-
-PRIMITIVE(array_to_quotation);
-PRIMITIVE(quotation_xt);
-
VM_ASM_API cell lazy_jit_compile_impl(cell quot, stack_frame *stack, factor_vm *myvm);
-PRIMITIVE(quot_compiled_p);
-
}
namespace factor
{
-inline void factor_vm::primitive_getenv()
+void factor_vm::primitive_getenv()
{
fixnum e = untag_fixnum(dpeek());
drepl(userenv[e]);
}
-PRIMITIVE_FORWARD(getenv)
-
-inline void factor_vm::primitive_setenv()
+void factor_vm::primitive_setenv()
{
fixnum e = untag_fixnum(dpop());
cell value = dpop();
userenv[e] = value;
}
-PRIMITIVE_FORWARD(setenv)
-
-inline void factor_vm::primitive_exit()
+void factor_vm::primitive_exit()
{
exit(to_fixnum(dpop()));
}
-PRIMITIVE_FORWARD(exit)
-
-inline void factor_vm::primitive_micros()
+void factor_vm::primitive_micros()
{
box_unsigned_8(current_micros());
}
-PRIMITIVE_FORWARD(micros)
-
-inline void factor_vm::primitive_sleep()
+void factor_vm::primitive_sleep()
{
sleep_micros(to_cell(dpop()));
}
-PRIMITIVE_FORWARD(sleep)
-
-inline void factor_vm::primitive_set_slot()
+void factor_vm::primitive_set_slot()
{
fixnum slot = untag_fixnum(dpop());
object *obj = untag<object>(dpop());
write_barrier(obj);
}
-PRIMITIVE_FORWARD(set_slot)
-
-inline void factor_vm::primitive_load_locals()
+void factor_vm::primitive_load_locals()
{
fixnum count = untag_fixnum(dpop());
memcpy((cell *)(rs + sizeof(cell)),(cell *)(ds - sizeof(cell) * (count - 1)),sizeof(cell) * count);
rs += sizeof(cell) * count;
}
-PRIMITIVE_FORWARD(load_locals)
-
cell factor_vm::clone_object(cell obj_)
{
gc_root<object> obj(obj_,this);
}
}
-inline void factor_vm::primitive_clone()
+void factor_vm::primitive_clone()
{
drepl(clone_object(dpeek()));
}
-PRIMITIVE_FORWARD(clone)
-
}
return (i >= FIRST_SAVE_ENV && i <= LAST_SAVE_ENV) || i == STACK_TRACES_ENV;
}
-PRIMITIVE(getenv);
-PRIMITIVE(setenv);
-PRIMITIVE(exit);
-PRIMITIVE(micros);
-PRIMITIVE(sleep);
-PRIMITIVE(set_slot);
-PRIMITIVE(load_locals);
-PRIMITIVE(clone);
-
}
return str.untagged();
}
-inline void factor_vm::primitive_string()
+void factor_vm::primitive_string()
{
cell initial = to_cell(dpop());
cell length = unbox_array_size();
dpush(tag<string>(allot_string(length,initial)));
}
-PRIMITIVE_FORWARD(string)
-
bool factor_vm::reallot_string_in_place_p(string *str, cell capacity)
{
return in_zone(&nursery,str)
}
}
-inline void factor_vm::primitive_resize_string()
+void factor_vm::primitive_resize_string()
{
string* str = untag_check<string>(dpop());
cell capacity = unbox_array_size();
dpush(tag<string>(reallot_string(str,capacity)));
}
-PRIMITIVE_FORWARD(resize_string)
-
-inline void factor_vm::primitive_string_nth()
+void factor_vm::primitive_string_nth()
{
string *str = untag<string>(dpop());
cell index = untag_fixnum(dpop());
dpush(tag_fixnum(string_nth(str,index)));
}
-PRIMITIVE_FORWARD(string_nth)
-
-inline void factor_vm::primitive_set_string_nth_fast()
+void factor_vm::primitive_set_string_nth_fast()
{
string *str = untag<string>(dpop());
cell index = untag_fixnum(dpop());
set_string_nth_fast(str,index,value);
}
-PRIMITIVE_FORWARD(set_string_nth_fast)
-
-inline void factor_vm::primitive_set_string_nth_slow()
+void factor_vm::primitive_set_string_nth_slow()
{
string *str = untag<string>(dpop());
cell index = untag_fixnum(dpop());
set_string_nth_slow(str,index,value);
}
-PRIMITIVE_FORWARD(set_string_nth_slow)
-
}
return sizeof(string) + size;
}
-PRIMITIVE(string);
-PRIMITIVE(resize_string);
-
-PRIMITIVE(string_nth);
-PRIMITIVE(set_string_nth_slow);
-PRIMITIVE(set_string_nth_fast);
-
}
return t.untagged();
}
-inline void factor_vm::primitive_tuple()
+void factor_vm::primitive_tuple()
{
gc_root<tuple_layout> layout(dpop(),this);
tuple *t = allot_tuple(layout.value());
dpush(tag<tuple>(t));
}
-PRIMITIVE_FORWARD(tuple)
-
/* push a new tuple on the stack, filling its slots from the stack */
-inline void factor_vm::primitive_tuple_boa()
+void factor_vm::primitive_tuple_boa()
{
gc_root<tuple_layout> layout(dpop(),this);
gc_root<tuple> t(allot_tuple(layout.value()),this);
dpush(t.value());
}
-PRIMITIVE_FORWARD(tuple_boa)
-
}
return sizeof(tuple) + size * sizeof(cell);
}
-PRIMITIVE(tuple);
-PRIMITIVE(tuple_boa);
-PRIMITIVE(tuple_layout);
-
}
+++ /dev/null
-namespace factor
-{
-
-struct factor_vm_data {
- // if you change this struct, also change vm.factor k--------
- context *stack_chain;
- zone nursery; /* new objects are allocated here */
- cell cards_offset;
- cell decks_offset;
- cell userenv[USER_ENV]; /* TAGGED user environment data; see getenv/setenv prims */
-
- // -------------------------------
-
- // contexts
- cell ds_size, rs_size;
- context *unused_contexts;
-
- // run
- cell T; /* Canonical T object. It's just a word */
-
- // profiler
- bool profiling_p;
-
- // errors
- /* Global variables used to pass fault handler state from signal handler to
- user-space */
- cell signal_number;
- cell signal_fault_addr;
- unsigned int signal_fpu_status;
- stack_frame *signal_callstack_top;
-
- //data_heap
- bool secure_gc; /* Set by the -securegc command line argument */
- bool gc_off; /* GC is off during heap walking */
- data_heap *data;
- /* A heap walk allows useful things to be done, like finding all
- references to an object for debugging purposes. */
- cell heap_scan_ptr;
- //write barrier
- cell allot_markers_offset;
- //data_gc
- /* used during garbage collection only */
- zone *newspace;
- bool performing_gc;
- bool performing_compaction;
- cell collecting_gen;
- /* if true, we are collecting aging space for the second time, so if it is still
- full, we go on to collect tenured */
- bool collecting_aging_again;
- /* in case a generation fills up in the middle of a gc, we jump back
- up to try collecting the next generation. */
- jmp_buf gc_jmp;
- gc_stats stats[max_gen_count];
- u64 cards_scanned;
- u64 decks_scanned;
- u64 card_scan_time;
- cell code_heap_scans;
- /* What generation was being collected when copy_code_heap_roots() was last
- called? Until the next call to add_code_block(), future
- collections of younger generations don't have to touch the code
- heap. */
- cell last_code_heap_scan;
- /* sometimes we grow the heap */
- bool growing_data_heap;
- data_heap *old_data_heap;
-
- // local roots
- /* If a runtime function needs to call another function which potentially
- allocates memory, it must wrap any local variable references to Factor
- objects in gc_root instances */
- std::vector<cell> gc_locals;
- std::vector<cell> gc_bignums;
-
- //debug
- bool fep_disabled;
- bool full_output;
- cell look_for;
- cell obj;
-
- //math
- cell bignum_zero;
- cell bignum_pos_one;
- cell bignum_neg_one;
-
- //code_heap
- heap *code;
- unordered_map<heap_block *, char *> forwarding;
-
- //image
- cell code_relocation_base;
- cell data_relocation_base;
-
- //dispatch
- cell megamorphic_cache_hits;
- cell megamorphic_cache_misses;
-
- //inline cache
- cell max_pic_size;
- cell cold_call_to_ic_transitions;
- cell ic_to_pic_transitions;
- cell pic_to_mega_transitions;
- cell pic_counts[4]; /* PIC_TAG, PIC_HI_TAG, PIC_TUPLE, PIC_HI_TAG_TUPLE */
-
- factor_vm_data()
- : profiling_p(false),
- secure_gc(false),
- gc_off(false),
- performing_gc(false),
- performing_compaction(false),
- collecting_aging_again(false),
- growing_data_heap(false),
- fep_disabled(false),
- full_output(false),
- max_pic_size(0)
- {
- memset(this,0,sizeof(this)); // just to make sure
- }
-
-};
-
-}
-#include "vm-data.hpp"
-
namespace factor
{
-struct factor_vm : factor_vm_data {
+struct factor_vm
+{
+ // First five fields accessed directly by assembler. See vm.factor
+ context *stack_chain;
+ zone nursery; /* new objects are allocated here */
+ cell cards_offset;
+ cell decks_offset;
+ cell userenv[USER_ENV]; /* TAGGED user environment data; see getenv/setenv prims */
// contexts
+ cell ds_size, rs_size;
+ context *unused_contexts;
+
void reset_datastack();
void reset_retainstack();
void fix_stacks();
void init_stacks(cell ds_size_, cell rs_size_);
bool stack_to_array(cell bottom, cell top);
cell array_to_stack(array *array, cell bottom);
- inline void primitive_datastack();
- inline void primitive_retainstack();
- inline void primitive_set_datastack();
- inline void primitive_set_retainstack();
- inline void primitive_check_datastack();
+ void primitive_datastack();
+ void primitive_retainstack();
+ void primitive_set_datastack();
+ void primitive_set_retainstack();
+ void primitive_check_datastack();
// run
- inline void primitive_getenv();
- inline void primitive_setenv();
- inline void primitive_exit();
- inline void primitive_micros();
- inline void primitive_sleep();
- inline void primitive_set_slot();
- inline void primitive_load_locals();
+ cell T; /* Canonical T object. It's just a word */
+
+ void primitive_getenv();
+ void primitive_setenv();
+ void primitive_exit();
+ void primitive_micros();
+ void primitive_sleep();
+ void primitive_set_slot();
+ void primitive_load_locals();
cell clone_object(cell obj_);
- inline void primitive_clone();
+ void primitive_clone();
// profiler
+ bool profiling_p;
+
void init_profiler();
code_block *compile_profiling_stub(cell word_);
void set_profiling(bool profiling);
- inline void primitive_profiling();
+ void primitive_profiling();
// errors
+ /* Global variables used to pass fault handler state from signal handler to
+ user-space */
+ cell signal_number;
+ cell signal_fault_addr;
+ unsigned int signal_fpu_status;
+ stack_frame *signal_callstack_top;
+
void out_of_memory();
void critical_error(const char* msg, cell tagged);
void throw_error(cell error, stack_frame *callstack_top);
void signal_error(int signal, stack_frame *native_stack);
void divide_by_zero_error();
void fp_trap_error(unsigned int fpu_status, stack_frame *signal_callstack_top);
- inline void primitive_call_clear();
- inline void primitive_unimplemented();
+ void primitive_call_clear();
+ void primitive_unimplemented();
void memory_signal_handler_impl();
void misc_signal_handler_impl();
void fp_signal_handler_impl();
void type_error(cell type, cell tagged);
void general_error(vm_error_type error, cell arg1, cell arg2, stack_frame *native_stack);
- //callstack
-
// bignum
int bignum_equal_p(bignum * x, bignum * y);
enum bignum_comparison bignum_compare(bignum * x, bignum * y);
void bignum_destructive_add(bignum * bignum, bignum_digit_type n);
void bignum_destructive_scale_up(bignum * bignum, bignum_digit_type factor);
void bignum_divide_unsigned_large_denominator(bignum * numerator, bignum * denominator,
- bignum * * quotient, bignum * * remainder, int q_negative_p, int r_negative_p);
+ bignum * * quotient, bignum * * remainder, int q_negative_p, int r_negative_p);
void bignum_divide_unsigned_normalized(bignum * u, bignum * v, bignum * q);
bignum_digit_type bignum_divide_subtract(bignum_digit_type * v_start, bignum_digit_type * v_end,
- bignum_digit_type guess, bignum_digit_type * u_start);
+ bignum_digit_type guess, bignum_digit_type * u_start);
void bignum_divide_unsigned_medium_denominator(bignum * numerator,bignum_digit_type denominator,
- bignum * * quotient, bignum * * remainder,int q_negative_p, int r_negative_p);
+ bignum * * quotient, bignum * * remainder,int q_negative_p, int r_negative_p);
void bignum_destructive_normalization(bignum * source, bignum * target, int shift_left);
void bignum_destructive_unnormalization(bignum * bignum, int shift_right);
bignum_digit_type bignum_digit_divide(bignum_digit_type uh, bignum_digit_type ul,
- bignum_digit_type v, bignum_digit_type * q) /* return value */;
+ bignum_digit_type v, bignum_digit_type * q) /* return value */;
bignum_digit_type bignum_digit_divide_subtract(bignum_digit_type v1, bignum_digit_type v2,
- bignum_digit_type guess, bignum_digit_type * u);
+ bignum_digit_type guess, bignum_digit_type * u);
void bignum_divide_unsigned_small_denominator(bignum * numerator, bignum_digit_type denominator,
- bignum * * quotient, bignum * * remainder,int q_negative_p, int r_negative_p);
+ bignum * * quotient, bignum * * remainder,int q_negative_p, int r_negative_p);
bignum_digit_type bignum_destructive_scale_down(bignum * bignum, bignum_digit_type denominator);
bignum * bignum_remainder_unsigned_small_denominator(bignum * n, bignum_digit_type d, int negative_p);
bignum *bignum_digit_to_bignum(bignum_digit_type digit, int negative_p);
bignum *digit_stream_to_bignum(unsigned int n_digits, unsigned int (*producer)(unsigned int, factor_vm *), unsigned int radix, int negative_p);
//data_heap
+ bool secure_gc; /* Set by the -securegc command line argument */
+ bool gc_off; /* GC is off during heap walking */
+ data_heap *data;
+ /* A heap walk allows useful things to be done, like finding all
+ references to an object for debugging purposes. */
+ cell heap_scan_ptr;
+
void init_card_decks();
data_heap *grow_data_heap(data_heap *data, cell requested_bytes);
void clear_cards(cell from, cell to);
void init_data_heap(cell gens,cell young_size,cell aging_size,cell tenured_size,bool secure_gc_);
cell untagged_object_size(object *pointer);
cell unaligned_object_size(object *pointer);
- inline void primitive_size();
+ void primitive_size();
cell binary_payload_start(object *pointer);
- inline void primitive_data_room();
+ void primitive_data_room();
void begin_scan();
void end_scan();
- inline void primitive_begin_scan();
+ void primitive_begin_scan();
cell next_object();
- inline void primitive_next_object();
- inline void primitive_end_scan();
+ void primitive_next_object();
+ void primitive_end_scan();
template<typename T> void each_object(T &functor);
cell find_all_words();
cell object_size(cell tagged);
-
//write barrier
- inline card *addr_to_card(cell a);
- inline cell card_to_addr(card *c);
- inline cell card_offset(card *c);
- inline card_deck *addr_to_deck(cell a);
- inline cell deck_to_addr(card_deck *c);
- inline card *deck_to_card(card_deck *d);
- inline card *addr_to_allot_marker(object *a);
- inline void write_barrier(object *obj);
- inline void allot_barrier(object *address);
-
- //data_gc
+ cell allot_markers_offset;
+
+ inline card *addr_to_card(cell a)
+ {
+ return (card*)(((cell)(a) >> card_bits) + cards_offset);
+ }
+
+ inline cell card_to_addr(card *c)
+ {
+ return ((cell)c - cards_offset) << card_bits;
+ }
+
+ inline cell card_offset(card *c)
+ {
+ return *(c - (cell)data->cards + (cell)data->allot_markers);
+ }
+
+ inline card_deck *addr_to_deck(cell a)
+ {
+ return (card_deck *)(((cell)a >> deck_bits) + decks_offset);
+ }
+
+ inline cell deck_to_addr(card_deck *c)
+ {
+ return ((cell)c - decks_offset) << deck_bits;
+ }
+
+ inline card *deck_to_card(card_deck *d)
+ {
+ return (card *)((((cell)d - decks_offset) << (deck_bits - card_bits)) + cards_offset);
+ }
+
+ inline card *addr_to_allot_marker(object *a)
+ {
+ return (card *)(((cell)a >> card_bits) + allot_markers_offset);
+ }
+
+ /* the write barrier must be called any time we are potentially storing a
+ pointer from an older generation to a younger one */
+ inline void write_barrier(object *obj)
+ {
+ *addr_to_card((cell)obj) = card_mark_mask;
+ *addr_to_deck((cell)obj) = card_mark_mask;
+ }
+
+ /* we need to remember the first object allocated in the card */
+ inline void allot_barrier(object *address)
+ {
+ card *ptr = addr_to_allot_marker(address);
+ if(*ptr == invalid_allot_marker)
+ *ptr = ((cell)address & addr_card_mask);
+ }
+
+ // data_gc
+ /* used during garbage collection only */
+ zone *newspace;
+ bool performing_gc;
+ bool performing_compaction;
+ cell collecting_gen;
+ /* if true, we are collecting aging space for the second time, so if it is still
+ full, we go on to collect tenured */
+ bool collecting_aging_again;
+ /* in case a generation fills up in the middle of a gc, we jump back
+ up to try collecting the next generation. */
+ jmp_buf gc_jmp;
+ gc_stats stats[max_gen_count];
+ u64 cards_scanned;
+ u64 decks_scanned;
+ u64 card_scan_time;
+ cell code_heap_scans;
+ /* What generation was being collected when copy_code_heap_roots() was last
+ called? Until the next call to add_code_block(), future
+ collections of younger generations don't have to touch the code
+ heap. */
+ cell last_code_heap_scan;
+ /* sometimes we grow the heap */
+ bool growing_data_heap;
+ data_heap *old_data_heap;
+
void init_data_gc();
object *copy_untagged_object_impl(object *pointer, cell size);
object *copy_object_impl(object *untagged);
void end_gc(cell gc_elapsed);
void garbage_collection(cell gen,bool growing_data_heap_,cell requested_bytes);
void gc();
- inline void primitive_gc();
- inline void primitive_gc_stats();
+ void primitive_gc();
+ void primitive_gc_stats();
void clear_gc_stats();
- inline void primitive_become();
+ void primitive_become();
void inline_gc(cell *gc_roots_base, cell gc_roots_size);
- inline bool collecting_accumulation_gen_p();
inline object *allot_zone(zone *z, cell a);
- inline object *allot_object(header header, cell size);
- template <typename TYPE> TYPE *allot(cell size);
- inline void check_data_pointer(object *pointer);
- inline void check_tagged_pointer(cell tagged);
- inline void primitive_clear_gc_stats();
+ object *allot_object(header header, cell size);
+ void primitive_clear_gc_stats();
+
+ template<typename TYPE> TYPE *allot(cell size)
+ {
+ return (TYPE *)allot_object(header(TYPE::type_number),size);
+ }
+
+ inline bool collecting_accumulation_gen_p()
+ {
+ return ((data->have_aging_p()
+ && collecting_gen == data->aging()
+ && !collecting_aging_again)
+ || collecting_gen == data->tenured());
+ }
+
+ inline void check_data_pointer(object *pointer)
+ {
+ #ifdef FACTOR_DEBUG
+ if(!growing_data_heap)
+ {
+ assert((cell)pointer >= data->seg->start
+ && (cell)pointer < data->seg->end);
+ }
+ #endif
+ }
+
+ inline void check_tagged_pointer(cell tagged)
+ {
+ #ifdef FACTOR_DEBUG
+ if(!immediate_p(tagged))
+ {
+ object *obj = untag<object>(tagged);
+ check_data_pointer(obj);
+ obj->h.hi_tag();
+ }
+ #endif
+ }
+
+ // local roots
+ /* If a runtime function needs to call another function which potentially
+ allocates memory, it must wrap any local variable references to Factor
+ objects in gc_root instances */
+ std::vector<cell> gc_locals;
+ std::vector<cell> gc_bignums;
// generic arrays
template <typename T> T *allot_array_internal(cell capacity);
template <typename TYPE> TYPE *reallot_array(TYPE *array_, cell capacity);
//debug
+ bool fep_disabled;
+ bool full_output;
+ cell look_for;
+ cell obj;
+
void print_chars(string* str);
void print_word(word* word, cell nesting);
void print_factor_string(string* str);
void find_data_references(cell look_for_);
void dump_code_heap();
void factorbug();
- inline void primitive_die();
+ void primitive_die();
//arrays
array *allot_array(cell capacity, cell fill_);
- inline void primitive_array();
+ void primitive_array();
cell allot_array_1(cell obj_);
cell allot_array_2(cell v1_, cell v2_);
cell allot_array_4(cell v1_, cell v2_, cell v3_, cell v4_);
- inline void primitive_resize_array();
+ void primitive_resize_array();
inline void set_array_nth(array *array, cell slot, cell value);
//strings
string *allot_string_internal(cell capacity);
void fill_string(string *str_, cell start, cell capacity, cell fill);
string *allot_string(cell capacity, cell fill);
- inline void primitive_string();
+ void primitive_string();
bool reallot_string_in_place_p(string *str, cell capacity);
string* reallot_string(string *str_, cell capacity);
- inline void primitive_resize_string();
- inline void primitive_string_nth();
- inline void primitive_set_string_nth_fast();
- inline void primitive_set_string_nth_slow();
+ void primitive_resize_string();
+ void primitive_string_nth();
+ void primitive_set_string_nth_fast();
+ void primitive_set_string_nth_slow();
//booleans
void box_boolean(bool value);
//byte arrays
byte_array *allot_byte_array(cell size);
- inline void primitive_byte_array();
- inline void primitive_uninitialized_byte_array();
- inline void primitive_resize_byte_array();
+ void primitive_byte_array();
+ void primitive_uninitialized_byte_array();
+ void primitive_resize_byte_array();
//tuples
tuple *allot_tuple(cell layout_);
- inline void primitive_tuple();
- inline void primitive_tuple_boa();
+ void primitive_tuple();
+ void primitive_tuple_boa();
//words
word *allot_word(cell name_, cell vocab_, cell hashcode_);
- inline void primitive_word();
- inline void primitive_word_xt();
+ void primitive_word();
+ void primitive_word_xt();
void update_word_xt(cell w_);
- inline void primitive_optimized_p();
- inline void primitive_wrapper();
+ void primitive_optimized_p();
+ void primitive_wrapper();
//math
- inline void primitive_bignum_to_fixnum();
- inline void primitive_float_to_fixnum();
- inline void primitive_fixnum_divint();
- inline void primitive_fixnum_divmod();
+ cell bignum_zero;
+ cell bignum_pos_one;
+ cell bignum_neg_one;
+
+ void primitive_bignum_to_fixnum();
+ void primitive_float_to_fixnum();
+ void primitive_fixnum_divint();
+ void primitive_fixnum_divmod();
bignum *fixnum_to_bignum(fixnum);
bignum *cell_to_bignum(cell);
bignum *long_long_to_bignum(s64 n);
inline fixnum sign_mask(fixnum x);
inline fixnum branchless_max(fixnum x, fixnum y);
inline fixnum branchless_abs(fixnum x);
- inline void primitive_fixnum_shift();
- inline void primitive_fixnum_to_bignum();
- inline void primitive_float_to_bignum();
- inline void primitive_bignum_eq();
- inline void primitive_bignum_add();
- inline void primitive_bignum_subtract();
- inline void primitive_bignum_multiply();
- inline void primitive_bignum_divint();
- inline void primitive_bignum_divmod();
- inline void primitive_bignum_mod();
- inline void primitive_bignum_and();
- inline void primitive_bignum_or();
- inline void primitive_bignum_xor();
- inline void primitive_bignum_shift();
- inline void primitive_bignum_less();
- inline void primitive_bignum_lesseq();
- inline void primitive_bignum_greater();
- inline void primitive_bignum_greatereq();
- inline void primitive_bignum_not();
- inline void primitive_bignum_bitp();
- inline void primitive_bignum_log2();
+ void primitive_fixnum_shift();
+ void primitive_fixnum_to_bignum();
+ void primitive_float_to_bignum();
+ void primitive_bignum_eq();
+ void primitive_bignum_add();
+ void primitive_bignum_subtract();
+ void primitive_bignum_multiply();
+ void primitive_bignum_divint();
+ void primitive_bignum_divmod();
+ void primitive_bignum_mod();
+ void primitive_bignum_and();
+ void primitive_bignum_or();
+ void primitive_bignum_xor();
+ void primitive_bignum_shift();
+ void primitive_bignum_less();
+ void primitive_bignum_lesseq();
+ void primitive_bignum_greater();
+ void primitive_bignum_greatereq();
+ void primitive_bignum_not();
+ void primitive_bignum_bitp();
+ void primitive_bignum_log2();
unsigned int bignum_producer(unsigned int digit);
- inline void primitive_byte_array_to_bignum();
+ void primitive_byte_array_to_bignum();
cell unbox_array_size();
- inline void primitive_fixnum_to_float();
- inline void primitive_bignum_to_float();
- inline void primitive_str_to_float();
- inline void primitive_float_to_str();
- inline void primitive_float_eq();
- inline void primitive_float_add();
- inline void primitive_float_subtract();
- inline void primitive_float_multiply();
- inline void primitive_float_divfloat();
- inline void primitive_float_mod();
- inline void primitive_float_less();
- inline void primitive_float_lesseq();
- inline void primitive_float_greater();
- inline void primitive_float_greatereq();
- inline void primitive_float_bits();
- inline void primitive_bits_float();
- inline void primitive_double_bits();
- inline void primitive_bits_double();
+ void primitive_fixnum_to_float();
+ void primitive_bignum_to_float();
+ void primitive_str_to_float();
+ void primitive_float_to_str();
+ void primitive_float_eq();
+ void primitive_float_add();
+ void primitive_float_subtract();
+ void primitive_float_multiply();
+ void primitive_float_divfloat();
+ void primitive_float_mod();
+ void primitive_float_less();
+ void primitive_float_lesseq();
+ void primitive_float_greater();
+ void primitive_float_greatereq();
+ void primitive_float_bits();
+ void primitive_bits_float();
+ void primitive_double_bits();
+ void primitive_bits_double();
fixnum to_fixnum(cell tagged);
cell to_cell(cell tagged);
void box_signed_1(s8 n);
//io
void init_c_io();
void io_error();
- inline void primitive_fopen();
- inline void primitive_fgetc();
- inline void primitive_fread();
- inline void primitive_fputc();
- inline void primitive_fwrite();
- inline void primitive_fseek();
- inline void primitive_fflush();
- inline void primitive_fclose();
+ void primitive_fopen();
+ void primitive_fgetc();
+ void primitive_fread();
+ void primitive_fputc();
+ void primitive_fwrite();
+ void primitive_fseek();
+ void primitive_fflush();
+ void primitive_fclose();
//code_block
+ typedef void (factor_vm::*relocation_iterator)(relocation_entry rel, cell index, code_block *compiled);
+
relocation_type relocation_type_of(relocation_entry r);
relocation_class relocation_class_of(relocation_entry r);
cell relocation_offset_of(relocation_entry r);
}
//code_heap
+ heap *code;
+ unordered_map<heap_block *, char *> forwarding;
+ typedef void (factor_vm::*code_heap_iterator)(code_block *compiled);
+
void init_code_heap(cell size);
bool in_code_heap_p(cell ptr);
void jit_compile_word(cell word_, cell def_, bool relocate);
void iterate_code_heap(code_heap_iterator iter);
void copy_code_heap_roots();
void update_code_heap_words();
- inline void primitive_modify_code_heap();
- inline void primitive_code_room();
+ void primitive_modify_code_heap();
+ void primitive_code_room();
code_block *forward_xt(code_block *compiled);
void forward_frame_xt(stack_frame *frame);
void forward_object_xts();
inline void check_code_pointer(cell ptr);
//image
+ cell code_relocation_base;
+ cell data_relocation_base;
+
void init_objects(image_header *h);
void load_data_heap(FILE *file, image_header *h, vm_parameters *p);
void load_code_heap(FILE *file, image_header *h, vm_parameters *p);
bool save_image(const vm_char *filename);
- inline void primitive_save_image();
- inline void primitive_save_image_and_exit();
+ void primitive_save_image();
+ void primitive_save_image_and_exit();
void data_fixup(cell *cell);
template <typename T> void code_fixup(T **handle);
void fixup_word(word *word);
callstack *allot_callstack(cell size);
stack_frame *fix_callstack_top(stack_frame *top, stack_frame *bottom);
stack_frame *capture_start();
- inline void primitive_callstack();
- inline void primitive_set_callstack();
+ void primitive_callstack();
+ void primitive_set_callstack();
code_block *frame_code(stack_frame *frame);
cell frame_type(stack_frame *frame);
cell frame_executing(stack_frame *frame);
stack_frame *frame_successor(stack_frame *frame);
cell frame_scan(stack_frame *frame);
- inline void primitive_callstack_to_array();
+ void primitive_callstack_to_array();
stack_frame *innermost_stack_frame(callstack *stack);
stack_frame *innermost_stack_frame_quot(callstack *callstack);
- inline void primitive_innermost_stack_frame_executing();
- inline void primitive_innermost_stack_frame_scan();
- inline void primitive_set_innermost_stack_frame_quot();
+ void primitive_innermost_stack_frame_executing();
+ void primitive_innermost_stack_frame_scan();
+ void primitive_set_innermost_stack_frame_quot();
void save_callstack_bottom(stack_frame *callstack_bottom);
template<typename T> void iterate_callstack(cell top, cell bottom, T &iterator);
inline void do_slots(cell obj, void (* iter)(cell *,factor_vm*));
//alien
char *pinned_alien_offset(cell obj);
cell allot_alien(cell delegate_, cell displacement);
- inline void primitive_displaced_alien();
- inline void primitive_alien_address();
+ void primitive_displaced_alien();
+ void primitive_alien_address();
void *alien_pointer();
- inline void primitive_dlopen();
- inline void primitive_dlsym();
- inline void primitive_dlclose();
- inline void primitive_dll_validp();
- inline void primitive_vm_ptr();
+ void primitive_dlopen();
+ void primitive_dlsym();
+ void primitive_dlclose();
+ void primitive_dll_validp();
+ void primitive_vm_ptr();
char *alien_offset(cell obj);
char *unbox_alien();
void box_alien(void *ptr);
void box_medium_struct(cell x1, cell x2, cell x3, cell x4, cell size);
//quotations
- inline void primitive_jit_compile();
- inline void primitive_array_to_quotation();
- inline void primitive_quotation_xt();
+ void primitive_jit_compile();
+ void primitive_array_to_quotation();
+ void primitive_quotation_xt();
void set_quot_xt(quotation *quot, code_block *code);
void jit_compile(cell quot_, bool relocating);
void compile_all_words();
fixnum quot_code_offset_to_scan(cell quot_, cell offset);
cell lazy_jit_compile_impl(cell quot_, stack_frame *stack);
- inline void primitive_quot_compiled_p();
+ void primitive_quot_compiled_p();
//dispatch
+ cell megamorphic_cache_hits;
+ cell megamorphic_cache_misses;
+
cell search_lookup_alist(cell table, cell klass);
cell search_lookup_hash(cell table, cell klass, cell hashcode);
cell nth_superclass(tuple_layout *layout, fixnum echelon);
cell lookup_hi_tag_method(cell obj, cell methods);
cell lookup_hairy_method(cell obj, cell methods);
cell lookup_method(cell obj, cell methods);
- inline void primitive_lookup_method();
+ void primitive_lookup_method();
cell object_class(cell obj);
cell method_cache_hashcode(cell klass, array *array);
void update_method_cache(cell cache, cell klass, cell method);
- inline void primitive_mega_cache_miss();
- inline void primitive_reset_dispatch_stats();
- inline void primitive_dispatch_stats();
+ void primitive_mega_cache_miss();
+ void primitive_reset_dispatch_stats();
+ void primitive_dispatch_stats();
//inline cache
+ cell max_pic_size;
+ cell cold_call_to_ic_transitions;
+ cell ic_to_pic_transitions;
+ cell pic_to_mega_transitions;
+ cell pic_counts[4]; /* PIC_TAG, PIC_HI_TAG, PIC_TUPLE, PIC_HI_TAG_TUPLE */
+
void init_inline_caching(int max_size);
void deallocate_inline_cache(cell return_address);
cell determine_inline_cache_type(array *cache_entries);
cell add_inline_cache_entry(cell cache_entries_, cell klass_, cell method_);
void update_pic_transitions(cell pic_size);
void *inline_cache_miss(cell return_address);
- inline void primitive_reset_inline_cache_stats();
- inline void primitive_inline_cache_stats();
+ void primitive_reset_inline_cache_stats();
+ void primitive_inline_cache_stats();
//factor
void default_parameters(vm_parameters *p);
void factor_sleep(long us);
// os-*
- inline void primitive_existsp();
+ void primitive_existsp();
void init_ffi();
void ffi_dlopen(dll *dll);
void *ffi_dlsym(dll *dll, symbol_char *symbol);
void call_fault_handler(exception_type_t exception, exception_data_type_t code, MACH_EXC_STATE_TYPE *exc_state, MACH_THREAD_STATE_TYPE *thread_state, MACH_FLOAT_STATE_TYPE *float_state);
#endif
- void print_vm_data();
+ factor_vm()
+ : profiling_p(false),
+ secure_gc(false),
+ gc_off(false),
+ performing_gc(false),
+ performing_compaction(false),
+ collecting_aging_again(false),
+ growing_data_heap(false),
+ fep_disabled(false),
+ full_output(false),
+ max_pic_size(0)
+ {
+ memset(this,0,sizeof(this)); // just to make sure
+ }
+
};
#ifndef FACTOR_REENTRANT
- #define FACTOR_SINGLE_THREADED_SINGLETON
+ #define FACTOR_SINGLE_THREADED_TESTING
#endif
#ifdef FACTOR_SINGLE_THREADED_SINGLETON
#define SIGNAL_VM_PTR() tls_vm()
#endif
+extern unordered_map<THREADHANDLE, factor_vm*> thread_vms;
+
}
}
/* (word) ( name vocabulary hashcode -- word ) */
-inline void factor_vm::primitive_word()
+void factor_vm::primitive_word()
{
cell hashcode = dpop();
cell vocab = dpop();
dpush(tag<word>(allot_word(name,vocab,hashcode)));
}
-PRIMITIVE_FORWARD(word)
-
/* word-xt ( word -- start end ) */
-inline void factor_vm::primitive_word_xt()
+void factor_vm::primitive_word_xt()
{
gc_root<word> w(dpop(),this);
w.untag_check(this);
}
}
-PRIMITIVE_FORWARD(word_xt)
-
/* Allocates memory */
void factor_vm::update_word_xt(cell w_)
{
w->xt = w->code->xt();
}
-inline void factor_vm::primitive_optimized_p()
+void factor_vm::primitive_optimized_p()
{
drepl(tag_boolean(word_optimized_p(untag_check<word>(dpeek()))));
}
-PRIMITIVE_FORWARD(optimized_p)
-
-inline void factor_vm::primitive_wrapper()
+void factor_vm::primitive_wrapper()
{
wrapper *new_wrapper = allot<wrapper>(sizeof(wrapper));
new_wrapper->object = dpeek();
drepl(tag<wrapper>(new_wrapper));
}
-PRIMITIVE_FORWARD(wrapper)
-
}
namespace factor
{
-PRIMITIVE(word);
-PRIMITIVE(word_xt);
-
inline bool word_optimized_p(word *word)
{
return word->code->type == WORD_TYPE;
}
-PRIMITIVE(optimized_p);
-PRIMITIVE(wrapper);
-
}
projects / factor.git / commitdiff
