all existing tests pass under 64-bit
This commit is contained in:
Abdulaziz Ghuloum
parent
81a1a640df
commit
4f48c55bfc
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@ -608,7 +608,7 @@
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(do-bind lhs* rhs* (E e))]
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[(primcall op rands)
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(case op
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[(mset bset bset/c bset/h mset32)
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[(mset bset bset/c mset32)
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(S* rands
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(lambda (s*)
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(make-asm-instr op
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@ -1508,7 +1508,7 @@
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[(cltd)
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(mark-reg/vars-conf! edx vs)
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(R s vs (rem-reg edx rs) fs ns)]
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[(mset mset32 bset bset/c bset/h
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[(mset mset32 bset bset/c
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fl:load fl:store fl:add! fl:sub! fl:mul! fl:div! fl:from-int
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fl:shuffle fl:load-single fl:store-single)
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(R* (list s d) vs rs fs ns)]
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@ -1711,7 +1711,7 @@
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(make-primcall 'nop '())]
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[else
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(make-asm-instr op d s)]))]
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[(logand logor logxor int+ int- int* mset bset mset32 bset/c bset/h
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[(logand logor logxor int+ int- int* mset bset mset32 bset/c
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sll sra srl bswap!
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cltd idiv int-/overflow int+/overflow int*/overflow
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fl:load fl:store fl:add! fl:sub! fl:mul! fl:div!
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@ -1946,7 +1946,7 @@
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(set-union (set-union (R v) (R d)) s))]
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[(bset/c)
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(set-union (set-union (R v) (R d)) s)]
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[(bset/h bset)
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[(bset)
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(when (var? v)
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(for-each (lambda (r) (add-edge! g v r))
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non-8bit-registers))
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@ -2316,7 +2316,7 @@
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(eq? b ecx))
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(error who "invalid shift" b))
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x]
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[(mset mset32 bset bset/c bset/h)
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[(mset mset32 bset bset/c )
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(cond
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[(not (small-operand? b))
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(let ([u (mku)])
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@ -2646,7 +2646,6 @@
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ac
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(cons `(movb ,(R/l s) ,(R/l d)) ac))]
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[(bset/c) (cons `(movb ,(BYTE s) ,(R d)) ac)]
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[(bset/h) (cons `(movb ,(reg/h s) ,(R d)) ac)]
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[(bset) (cons `(movb ,(reg/l s) ,(R d)) ac)]
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[(sll) (cons `(sall ,(R/cl s) ,(R d)) ac)]
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[(sra) (cons `(sarl ,(R/cl s) ,(R d)) ac)]
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@ -28,7 +28,7 @@
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(define-record-type enum
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(fields g univ values)
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(opaque #t) (sealed #t)
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(opaque #f) (sealed #t)
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(nongenerative))
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(define (remove-dups ls)
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@ -74,8 +74,12 @@
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(unless (memq s (enum-univ x))
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(die 'enum-set-constructor "not in the universe" s x)))
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ls)
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(make-enum (enum-g x) (enum-univ x)
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(remove-dups ls))))
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(let ([idx (enum-set-indexer x)])
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(make-enum (enum-g x) (enum-univ x)
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(map car
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(list-sort (lambda (a b) (< (cdr a) (cdr b)))
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(map (lambda (x) (cons x (idx x)))
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ls)))))))
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(define (enum-set->list x)
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(unless (enum? x)
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@ -90,44 +90,74 @@
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(char->integer x)
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(die who "unexpected eof inside a fasl object")))
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(define (read-fixnum p)
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(define (read-u32 p)
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(let* ([c0 (read-u8 p)]
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[c1 (read-u8 p)]
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[c2 (read-u8 p)]
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[c3 (read-u8 p)])
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(cond
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[(fx<= c3 127)
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(fxlogor (fxlogor (fxsra c0 2) (fxsll c1 6))
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(fxlogor (fxsll c2 14) (fxsll c3 22)))]
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[else
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(let ([c0 (fxlogand #xFF (fxlognot c0))]
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[c1 (fxlogand #xFF (fxlognot c1))]
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[c2 (fxlogand #xFF (fxlognot c2))]
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[c3 (fxlogand #xFF (fxlognot c3))])
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(fx- -1
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(fxlogor (fxlogor (fxsra c0 2)
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(fxsll c1 6))
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(fxlogor (fxsll c2 14)
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(fxsll c3 22)))))])))
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(bitwise-ior c0 (sll c1 8) (sll c2 16) (sll c3 24))))
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(define (read-fixnum p)
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(case (fixnum-width)
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[(30)
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(let* ([c0 (read-u8 p)]
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[c1 (read-u8 p)]
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[c2 (read-u8 p)]
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[c3 (read-u8 p)])
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(cond
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[(fx<= c3 127)
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(fxlogor (fxlogor (fxsra c0 2) (fxsll c1 6))
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(fxlogor (fxsll c2 14) (fxsll c3 22)))]
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[else
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(let ([c0 (fxlogand #xFF (fxlognot c0))]
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[c1 (fxlogand #xFF (fxlognot c1))]
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[c2 (fxlogand #xFF (fxlognot c2))]
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[c3 (fxlogand #xFF (fxlognot c3))])
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(fx- -1
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(fxlogor (fxlogor (fxsra c0 2)
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(fxsll c1 6))
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(fxlogor (fxsll c2 14)
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(fxsll c3 22)))))]))]
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[else
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(let* ([u0 (read-u32 p)]
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[u1 (read-u32 p)])
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(if (<= u1 #x7FFFFFF)
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(sra (bitwise-ior u0 (sll u1 32)) 3)
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(let ([u0 (fxlogand #xFFFFFFFF (fxlognot u0))]
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[u1 (fxlogand #xFFFFFFFF (fxlognot u1))])
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(fx- -1
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(fxlogor (fxsra u0 3) (fxsll u1 29))))))]))
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(define (read-int p)
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(let* ([c0 (char->int (read-u8-as-char p))]
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[c1 (char->int (read-u8-as-char p))]
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[c2 (char->int (read-u8-as-char p))]
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[c3 (char->int (read-u8-as-char p))])
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(cond
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[(fx<= c3 127)
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(fxlogor (fxlogor c0 (fxsll c1 8))
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(fxlogor (fxsll c2 16) (fxsll c3 24)))]
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[else
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(let ([c0 (fxlogand #xFF (fxlognot c0))]
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[c1 (fxlogand #xFF (fxlognot c1))]
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[c2 (fxlogand #xFF (fxlognot c2))]
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[c3 (fxlogand #xFF (fxlognot c3))])
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(fx- -1
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(fxlogor (fxlogor c0
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(fxsll c1 8))
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(fxlogor (fxsll c2 16)
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(fxsll c3 24)))))])))
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(case (fixnum-width)
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[(30)
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(let* ([c0 (char->int (read-u8-as-char p))]
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[c1 (char->int (read-u8-as-char p))]
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[c2 (char->int (read-u8-as-char p))]
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[c3 (char->int (read-u8-as-char p))])
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(cond
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[(fx<= c3 127)
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(fxlogor (fxlogor c0 (fxsll c1 8))
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(fxlogor (fxsll c2 16) (fxsll c3 24)))]
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[else
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(let ([c0 (fxlogand #xFF (fxlognot c0))]
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[c1 (fxlogand #xFF (fxlognot c1))]
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[c2 (fxlogand #xFF (fxlognot c2))]
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[c3 (fxlogand #xFF (fxlognot c3))])
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(fx- -1
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(fxlogor (fxlogor c0
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(fxsll c1 8))
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(fxlogor (fxsll c2 16)
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(fxsll c3 24)))))]))]
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[else
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(let* ([u0 (read-u32 p)]
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[u1 (read-u32 p)])
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(if (<= u1 #x7FFFFFF)
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(bitwise-ior u0 (sll u1 32))
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(let ([u0 (fxlogand #xFFFFFFFF (fxlognot u0))]
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[u1 (fxlogand #xFFFFFFFF (fxlognot u1))])
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(- -1 (bitwise-ior u0 (sll u1 32))))))]))
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(define (do-read p)
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(define marks (make-vector 1 #f))
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(define (max x y)
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@ -380,7 +410,9 @@
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(assert-eq? (read-u8-as-char p) #\I)
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(assert-eq? (read-u8-as-char p) #\K)
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(assert-eq? (read-u8-as-char p) #\0)
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(assert-eq? (read-u8-as-char p) #\1)
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(case (fixnum-width)
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[(30) (assert-eq? (read-u8-as-char p) #\1)]
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[else (assert-eq? (read-u8-as-char p) #\2)])
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(let ([v (do-read p)])
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(unless (port-eof? p)
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(printf "port did not reach eof\n"))
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@ -532,8 +532,8 @@
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;(CODE c0 (CODE c1 (RM r rm ac))))
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(REX+RM r rm (CODE c0 (CODE c1 (RM r rm ac)))))
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(define (CCR c0 c1 r ac)
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(CODE c0 (CODE+r c1 r ac)))
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;(REX+r r (CODE c0 (CODE+r c1 r ac))))
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;(CODE c0 (CODE+r c1 r ac)))
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(REX+r r (CODE c0 (CODE+r c1 r ac))))
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(define (CCCR* c0 c1 c2 r rm ac)
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;(CODE c0 (CODE c1 (CODE c2 (RM r rm ac)))))
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(REX+RM r rm (CODE c0 (CODE c1 (CODE c2 (RM r rm ac))))))
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@ -2574,23 +2574,14 @@
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(define exact-integer-sqrt
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(lambda (x)
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(define who 'exact-integer-sqrt)
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(define (fxsqrt x i k)
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(let ([j ($fxsra ($fx+ i k) 1)])
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(let ([j^2 ($fx* j j)])
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(if ($fx> j^2 x)
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(fxsqrt x i j)
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(if ($fx= i j)
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(values j ($fx- x j^2))
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(fxsqrt x j k))))))
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(cond
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[(fixnum? x)
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(cond
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[($fx< x 0) (die who "invalid argument" x)]
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[($fx= x 0) (values 0 0)]
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[($fx< x 4) (values 1 ($fx- x 1))]
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[($fx< x 9) (values 2 ($fx- x 4))]
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[($fx< x 46340) (fxsqrt x 3 ($fxsra x 1))]
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[else (fxsqrt x 215 23171)])]
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[($fx< x 0) (die who "invalid argument" x)]
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[else
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(let ([s (foreign-call "ikrt_exact_fixnum_sqrt" x)])
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(values s ($fx- x ($fx* s s))))])]
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[(bignum? x)
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(cond
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[($bignum-positive? x)
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@ -1 +1 @@
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1542
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1543
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@ -41,11 +41,9 @@
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(define (dirty-vector-set address)
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(define shift-bits 2)
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(prm 'mset
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(prm 'int+
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(prm 'mref pcr (K pcb-dirty-vector))
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(prm 'sll (prm 'srl address (K pageshift)) (K shift-bits)))
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(K 0)
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(prm 'mset32
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(prm 'mref pcr (K pcb-dirty-vector))
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(prm 'sll (prm 'srl address (K pageshift)) (K shift-bits))
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(K dirty-word)))
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(define (smart-dirty-vector-set addr what)
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@ -1062,9 +1060,10 @@
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[(constant i)
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(unless (and (fixnum? i) (fx<= 0 i) (fx<= i 7))
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(interrupt))
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(prm 'bset/h (T x)
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(prm 'bset
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(T x)
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(K (+ (- 7 i) (- disp-flonum-data vector-tag)))
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(prm 'sll (T v) (K (- 8 fx-shift))))]
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(prm 'sra (T v) (K fx-shift)))]
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[(known) (error 'translate "$flonum-set!")]
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[else (interrupt)])])
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@ -1967,19 +1966,30 @@
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(define-primop $bytevector-ieee-double-nonnative-ref unsafe
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[(V bv i)
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(let ([bvoff (- disp-bytevector-data bytevector-tag)]
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[floff (- disp-flonum-data vector-tag)])
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(with-tmp ([x (prm 'alloc (K (align flonum-size)) (K vector-tag))])
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(prm 'mset x (K (- vector-tag)) (K flonum-tag))
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(with-tmp ([t (prm 'int+ (T bv)
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(prm 'sra (T i) (K fx-shift)))])
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(with-tmp ([x0 (prm 'mref t (K bvoff))])
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(prm 'bswap! x0 x0)
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(prm 'mset x (K (+ floff wordsize)) x0))
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(with-tmp ([x0 (prm 'mref t (K (+ bvoff wordsize)))])
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(prm 'bswap! x0 x0)
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(prm 'mset x (K floff) x0)))
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x))])
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(case wordsize
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[(4)
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(let ([bvoff (- disp-bytevector-data bytevector-tag)]
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[floff (- disp-flonum-data vector-tag)])
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(with-tmp ([x (prm 'alloc (K (align flonum-size)) (K vector-tag))])
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(prm 'mset x (K (- vector-tag)) (K flonum-tag))
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(with-tmp ([t (prm 'int+ (T bv)
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(prm 'sra (T i) (K fx-shift)))])
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(with-tmp ([x0 (prm 'mref t (K bvoff))])
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(prm 'bswap! x0 x0)
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(prm 'mset x (K (+ floff wordsize)) x0))
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(with-tmp ([x0 (prm 'mref t (K (+ bvoff wordsize)))])
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(prm 'bswap! x0 x0)
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(prm 'mset x (K floff) x0)))
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x))]
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[else
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(let ([bvoff (- disp-bytevector-data bytevector-tag)]
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[floff (- disp-flonum-data vector-tag)])
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(with-tmp ([x (prm 'alloc (K (align flonum-size)) (K vector-tag))])
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(prm 'mset x (K (- vector-tag)) (K flonum-tag))
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(with-tmp ([x0 (prm 'mref (T bv) (K bvoff))])
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(prm 'bswap! x0 x0)
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(prm 'mset x (K floff) x0))
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x))])])
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|
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|
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(define-primop $bytevector-ieee-double-native-set! unsafe
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@ -2021,7 +2031,7 @@
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(with-tmp ([x0 (prm 'mref t (K bvoff))])
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(prm 'bswap! x0 x0)
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(prm 'mset x (K floff) x0)))
|
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(prm 'fl:load-single x (K floff))
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(prm 'fl:load-single x (K (+ floff (- wordsize 4))))
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(prm 'fl:single->double)
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(prm 'fl:store x (K floff))
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x))])
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|
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@ -2041,16 +2051,26 @@
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|
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(define-primop $bytevector-ieee-double-nonnative-set! unsafe
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[(E bv i x)
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(let ([bvoff (- disp-bytevector-data bytevector-tag)]
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[floff (- disp-flonum-data vector-tag)])
|
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(with-tmp ([t (prm 'int+ (T bv)
|
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(prm 'sra (T i) (K fx-shift)))])
|
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(with-tmp ([x0 (prm 'mref (T x) (K floff))])
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(prm 'bswap! x0 x0)
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(prm 'mset t (K (+ bvoff wordsize)) x0))
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(with-tmp ([x0 (prm 'mref (T x) (K (+ floff wordsize)))])
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(prm 'bswap! x0 x0)
|
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(prm 'mset t (K bvoff) x0))))])
|
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(case wordsize
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[(4)
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(let ([bvoff (- disp-bytevector-data bytevector-tag)]
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[floff (- disp-flonum-data vector-tag)])
|
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(with-tmp ([t (prm 'int+ (T bv)
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(prm 'sra (T i) (K fx-shift)))])
|
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(with-tmp ([x0 (prm 'mref (T x) (K floff))])
|
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(prm 'bswap! x0 x0)
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(prm 'mset t (K (+ bvoff wordsize)) x0))
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(with-tmp ([x0 (prm 'mref (T x) (K (+ floff wordsize)))])
|
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(prm 'bswap! x0 x0)
|
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(prm 'mset t (K bvoff) x0))))]
|
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[else
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(let ([bvoff (- disp-bytevector-data bytevector-tag)]
|
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[floff (- disp-flonum-data vector-tag)])
|
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(with-tmp ([t (prm 'int+ (T bv)
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(prm 'sra (T i) (K fx-shift)))])
|
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(with-tmp ([x0 (prm 'mref (T x) (K floff))])
|
||||
(prm 'bswap! x0 x0)
|
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(prm 'mset t (K bvoff) x0))))])])
|
||||
|
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(define-primop $bytevector-ieee-single-nonnative-set! unsafe
|
||||
[(E bv i x)
|
||||
|
|
@ -2062,9 +2082,15 @@
|
|||
(with-tmp ([t (prm 'int+ (T bv)
|
||||
(prm 'sra (T i) (K fx-shift)))])
|
||||
(prm 'fl:store-single t (K bvoff))
|
||||
(with-tmp ([x0 (prm 'mref t (K bvoff))])
|
||||
(prm 'bswap! x0 x0)
|
||||
(prm 'mset t (K bvoff) x0)))))])
|
||||
(case wordsize
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||||
[(4)
|
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(with-tmp ([x0 (prm 'mref t (K bvoff))])
|
||||
(prm 'bswap! x0 x0)
|
||||
(prm 'mset t (K bvoff) x0))]
|
||||
[else
|
||||
(with-tmp ([x0 (prm 'mref32 t (K bvoff))])
|
||||
(prm 'bswap! x0 x0)
|
||||
(prm 'mset32 t (K bvoff) (prm 'sra x0 (K 32))))]))))])
|
||||
/section)
|
||||
|
||||
(section ;;; strings
|
||||
|
|
|
|||
|
|
@ -58,11 +58,11 @@
|
|||
(test-case-folding)
|
||||
(test-reader)
|
||||
(test-char-syntax)
|
||||
;(test-bytevectors)
|
||||
(test-bytevectors)
|
||||
(test-strings)
|
||||
;(test-exact-integer-sqrt)
|
||||
(test-exact-integer-sqrt)
|
||||
(test-bignum-to-flonum)
|
||||
;(test-bignum->flonum)
|
||||
(test-bignum->flonum)
|
||||
(test-string-to-number)
|
||||
(test-div-and-mod)
|
||||
(test-bignums)
|
||||
|
|
@ -78,9 +78,9 @@
|
|||
(test-fxdiv0-and-mod0)
|
||||
(test-fxlength)
|
||||
(test-bitwise-bit-count)
|
||||
;(test-io)
|
||||
(test-io)
|
||||
(test-sorting)
|
||||
;(test-fasl)
|
||||
(test-fasl)
|
||||
(test-numerics)
|
||||
|
||||
(printf "Happy Happy Joy Joy\n")
|
||||
|
|
|
|||
|
|
@ -15,12 +15,14 @@
|
|||
(define (test-fasl)
|
||||
(test 12)
|
||||
(test -12)
|
||||
(test (greatest-fixnum))
|
||||
(test (least-fixnum))
|
||||
(test 0)
|
||||
(test #t)
|
||||
(test #f)
|
||||
(test '())
|
||||
(test 'hello)
|
||||
(test "Hello")
|
||||
(test 'hello)
|
||||
(test '(Hello There))
|
||||
(test 3498798327498723894789237489324)
|
||||
(test -3498798327498723894789237489324)
|
||||
|
|
|
|||
|
|
@ -9,7 +9,7 @@
|
|||
(lambda ()
|
||||
(let ([p p0] [e e0])
|
||||
(unless (p e)
|
||||
(error 'test-all "~s failed, got ~s"
|
||||
(error 'test-all "failed"
|
||||
'(p0 e0) e)))
|
||||
...
|
||||
(printf "[~s: ~s] Happy Happy Joy Joy\n"
|
||||
|
|
|
|||
|
|
@ -1334,6 +1334,11 @@ relocate_new_code(ikptr x, gc_t* gc){
|
|||
ikptr displaced_object = obj + obj_off;
|
||||
long int next_word = code + code_off + 4;
|
||||
ikptr relative_distance = displaced_object - (long int)next_word;
|
||||
if(relative_distance != (int)relative_distance){
|
||||
fprintf(stderr, "relocation error with relative=0x%016lx\n",
|
||||
relative_distance);
|
||||
exit(-1);
|
||||
}
|
||||
*((int*)(code+code_off)) = relative_distance;
|
||||
p += (3*wordsize);
|
||||
}
|
||||
|
|
|
|||
|
|
@ -35,7 +35,7 @@
|
|||
// #define most_positive_fixnum 0x1FFFFFFF
|
||||
// #define most_negative_fixnum 0x20000000
|
||||
|
||||
#define max_digits_per_limb 10
|
||||
#define max_digits_per_limb ((wordsize==4)?10:20)
|
||||
|
||||
#ifdef NDEBUG
|
||||
#define verify_bignum(x,caller) (x)
|
||||
|
|
@ -2075,6 +2075,15 @@ ikrt_bignum_to_flonum(ikptr bn, ikptr more_bits, ikptr fl){
|
|||
return fl;
|
||||
}
|
||||
|
||||
ikptr
|
||||
ikrt_exact_fixnum_sqrt(ikptr fx /*, ikpcb* pcb*/){
|
||||
mp_limb_t x = unfix(fx);
|
||||
mp_limb_t s;
|
||||
mp_limb_t r;
|
||||
mpn_sqrtrem(&s, &r, &x, 1);
|
||||
return fix(s);
|
||||
}
|
||||
|
||||
ikptr
|
||||
ikrt_exact_bignum_sqrt(ikptr bn, ikpcb* pcb){
|
||||
ikptr fst = ref(bn, -vector_tag);
|
||||
|
|
|
|||
Loading…
Reference in New Issue