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|
(in-package "DJVM")
(include-book "../../BCV/typechecker")
(include-book "../../BCV/bcv-functions")
(include-book "base")
(include-book "base-consistent-state")
(include-book "base-bind-free")
(in-theory (disable bcv::frameStack bcv::frameLocals bcv::frameFlags
locals operand-stack bcv::nth1OperandStackIs
bcv::pushOperandStack popStack
nullp BCV::isMatchingType
CODE-STACKMAPS ENV-SIG HEAP-INIT-MAP
MAKEENVIRONMENT BCV::ARRAYELEMENTTYPE
BCV::POP frame-sig BCV::SIZEOF
bcv::classtableEnvironment
REFp
BCV::popmatchingtype
BCV::MAXSTACKENVIRONMENT
deref2-init
bcv::make-sig-frame
value-sig
make-sig-frame))
(in-theory (disable frame-push-value-sig
frame-pop-opstack
frame-top-opstack))
;;; bcv::excute-* expands into bcv::TypeTransition which expands into
;;; bcv::make-sig-frame
;;;
;;; We just chose the make-sig-frame to be the normal form to write our other
;;; rewrite rules!!
(defthm bcv-make-sig-frame-normalize
(equal (bcv::make-sig-frame l s f)
(make-sig-frame l s f))
:hints (("Goal" :in-theory (enable make-sig-frame bcv::make-sig-frame))))
(defthm bcv-make-sig-frame-accessor
(and (equal (bcv::frameStack (make-sig-frame l s f)) s)
(equal (bcv::frameLocals (make-sig-frame l s f)) l)
(equal (bcv::frameFlags (make-sig-frame l s f)) f))
:hints (("Goal" :in-theory (enable make-sig-frame
bcv::frameFlags bcv::frameLocals
bcv::frameStack))))
;----------------------------------------------------------------------
;;; We are interested in the relation between (frame-sig (djvm::step s)) ...
;;; We will show (bcv::step (frame-sig s ...) ...)
;;;
;;; The strategy is to rewrite all reference to stack of a sig-frame,
;;; into reference to opstack-sig of a concrete state.
;;;
;;;
(defthm bcv-frame-Stack-frame-sig-is-opstack-sig
(equal (bcv::frameStack (frame-sig frame cl hp hp-init))
(opstack-sig (operand-stack frame) cl hp hp-init (method-ptr frame)))
:hints (("Goal" :in-theory (enable frame-sig))))
(defthm bcv-frame-Locals-frame-sig-is-locals-sig
(equal (bcv::frameLocals (frame-sig frame cl hp hp-init))
(locals-sig (locals frame) cl hp hp-init (method-ptr frame)))
:hints (("Goal" :in-theory (enable frame-sig))))
(defthm bcv-frame-Flags-frame-sig-is-genflags-sig
(equal (bcv::frameFlags (frame-sig frame cl hp hp-init))
(gen-frame-flags frame hp-init))
:hints (("Goal" :in-theory (enable frame-sig))))
;;; Sun Jul 31 12:50:02 2005. fixed. see notes on flags!!
;;;
;; (defthm bcv-frame-Flags-frame-sig-is-genflags-sig
;; (equal (bcv::frameFlags (frame-sig frame cl hp hp-init))
;; (gen-frame-flags (locals-sig (locals frame) cl hp hp-init
;; (method-ptr frame))
;; (opstack-sig (operand-stack frame) cl hp hp-init
;; (method-ptr frame))))
;; :hints (("Goal" :in-theory (enable frame-sig)))
;----------------------------------------------------------------------
;;; these should appear in base-consistent-state
;;; and always enabled!!
(encapsulate ()
(local (include-book "base-consistent-state-more"))
(defthm locals-no-change-pushStack
(equal (locals (current-frame (pushstack v s)))
(locals (current-frame s))))
(defthm locals-no-change-popStack
(equal (locals (current-frame (popStack s)))
(locals (current-frame s))))
(defthm gen-frame-flags-popStack-no-change
(equal (gen-frame-flags (current-frame (popStack s)) hp-init)
(gen-frame-flags (current-frame s) hp-init))))
; If we were using record book. proof of this may be automatic!
;----------------------------------------------------------------------
;----------------------------------------------------------------------
;;;
;;; rewrite typeTransition style state into frame-sig style state
;;;
(defthm make-sig-frame-bcv-push-operandstack-normalize
(implies (and (equal (bcv::frameLocals (frame-sig frame cl hp hp-init)) locals)
(equal (bcv::frameFlags (frame-sig frame cl hp hp-init)) flags)
(equal (bcv::sizeof resulttype) 1)
(not (equal resulttype 'void))
(equal (method-ptr frame) method-ptr))
(equal (MAKE-SIG-FRAME
locals
(BCV::PUSHOPERANDSTACK RESULTTYPE (opstack-sig
(operand-stack frame)
cl hp hp-init method-ptr))
flags)
(frame-push-value-sig resulttype (frame-sig frame cl hp hp-init))))
:hints (("Goal" :in-theory (enable bcv::pushoperandstack
frame-push-value-sig))))
;;; how popmatchingtype in BCV::typetransition maps to opstack-sig ....
;;;
;;; note the following is skip-proved (in base-bcv-support. need clean up
;;; there!!)
(encapsulate ()
(local (include-book "base-bcv-support"))
(defthm isMatchingType-popMatchingType-form1
(implies (and (bcv::ismatchingtype type (opstack-sig (operand-stack (current-frame s))
cl hp hp-init
method-ptr) (env-sig
s))
type
(not (equal type 'topx))
(equal (bcv::sizeof type) 1)
(not (equal type 'void))
(consistent-state s)
(equal (instance-class-table s) cl)
(equal (heap s) hp)
(equal (heap-init-map (aux s)) hp-init)
(equal (method-ptr (current-frame s)) method-ptr))
(equal (BCV::POPMATCHINGTYPE type
(OPSTACK-SIG (OPERAND-STACK (CURRENT-FRAME S))
cl hp hp-init method-ptr))
(opstack-sig (operand-stack (current-frame (popStack s)))
cl hp hp-init method-ptr)))
:hints (("Goal" :in-theory (e/d ()
())))))
(defthm car-opstack-sig-normalize
(Implies (canPopCategory1 (operand-stack (current-frame s)))
(equal (CAR (OPSTACK-SIG (OPERAND-STACK (CURRENT-FRAME S))
cl hp hp-init method-ptr))
(value-sig (topStack s)
cl hp hp-init method-ptr)))
:hints (("Goal" :in-theory (e/d (opstack-sig topStack current-frame
opstack-sig) (value-sig))
:cases ((consp (operand-stack (current-frame s)))))
("Subgoal 1" :expand (opstack-sig (OPERAND-STACK (CURRENT-FRAME S))
cl hp hp-init method-ptr))))
;;;
;;; reduce (car (opstack-sig ...)) into value-sig of (topStack ..))
;;;
(include-book "base-bcv-fact-nth-opstack-specific-env-sig")
;;; expand nth1operandstackis into a CAR of something.
;;; together with our rule for isMatchingType-popMatchingType-form1
;;; and car-opstack-sig-normalize
;;;
(include-book "base-bcv-fact-isMatchingType-canPopCategory1")
;;;
;;; necessary for car-opstack-sig-normalize to work!!
;;;
;;; Next we need to reduce value-sig which is a more complicated concept
;;; that deal with whether an object is initialized or not
;;; whether it is primitive type value.
;;;
;;; We want to reduce it to the intuitive fix-sig.
;;;
;;; Basically, REFp and initialized, we will want to reduce it to fix-sig
;;;
(encapsulate ()
(local (include-book "base-bcv-djvm-assignable"))
(defthm value-sig-being-fix-sig
(implies (and (REFp v hp)
(not (NULLp v))
(not (consp (deref2-init v hp-init))))
(equal (value-sig v cl hp hp-init method-ptr)
(fix-sig (obj-type (deref2 v hp)))))))
;;;
;;; this are proved before!! in efforts to expand frame-sig ...
;;; This helps in getting value-sig is not uninitializedThis
;;;
(defthm nullp-implies
(implies (and (not (nullp v))
(REFp v hp))
(not (EQUAL (VALUE-OF v) -1)))
:hints (("Goal" :in-theory (enable nullp REFp))))
;;; Note: the decision to only export isMatchingType implies
;;; (not (consp ...))
;;; etc.
;; (encapsulate ()
;; (local (include-book "base-bcv-support"))
;; ;; The problem we want to avoid all reference to isAssignable
;; ;; part of strategy!!
;; (local
;; (defthm isAssignable-to-array-class-java-lang-Object-implies-not-deref2-init-specific
;; (implies (and (bcv::isAssignable (value-sig (topStack s)
;; (instance-class-table s)
;; (heap s)
;; (heap-init-map (aux s))
;; (method-ptr (current-frame s)))
;; '(array (class "java.lang.Object"))
;; (env-sig s))
;; (not (nullp (topStack s)))
;; (consistent-value-x (topStack s) (instance-class-table s)
;; (heap s))
;; (equal (heap-init-map (aux s)) hp-init))
;; (not (consp (deref2-init (topStack s) hp-init))))))
;; (local (include-book "base-bcv-fact-isMatchingType-isAssignable"))
;; (local
;; (defthm bcv-isMatchingType-bcv-isAssignable-specific
;; (implies (and (bcv::isMatchingType typ (opstack-sig
;; (operand-stack (current-frame s))
;; cl hp hp-init method-ptr) env)
;; (canPopCategory1 (operand-stack (current-frame s)))
;; (equal (bcv::sizeof typ) 1))
;; (bcv::isAssignable (value-sig (topStack s)
;; cl hp hp-init method-ptr) typ env))))
;; (defthm isMatchingType-to-array-class-java-lang-Object-implies-not-deref2-init-specific
;; (implies (and (bcv::isMatchingType '(array (class "java.lang.Object"))
;; (opstack-sig (operand-stack (current-frame s))
;; (instance-class-table s)
;; (heap s)
;; (heap-init-map (aux s))
;; (method-ptr (current-frame s)))
;; (env-sig s))
;; (not (nullp (topStack s)))
;; (consistent-value-x (topStack s) (instance-class-table s)
;; (heap s))
;; (equal (heap-init-map (aux s)) hp-init))
;; (not (consp (deref2-init (topStack s) hp-init))))
;; :hints (("Goal" :in-theory (disable consistent-value-x)))))
(encapsulate ()
(local (include-book "base-bcv-fact-isMatchingType-value-initialized"))
(defthm isMatchingType-to-array-class-java-lang-Object-implies-not-deref2-init-specific
(implies (and (bcv::isMatchingType '(array (class "java.lang.Object"))
(opstack-sig (operand-stack (current-frame s))
(instance-class-table s)
(heap s)
(heap-init-map (aux s))
(method-ptr (current-frame s)))
(env-sig s))
(not (nullp (topStack s)))
(consistent-value-x (topStack s) (instance-class-table s)
(heap s))
(equal (heap-init-map (aux s)) hp-init))
(not (consp (deref2-init (topStack s) hp-init))))
:hints (("Goal" :in-theory (disable consistent-value-x)))))
(in-theory (enable bcv::nth1OperandStackIs))
;; we will rely on rules in
;; (include-book "base-bcv-fact-nth-opstack-specific-env-sig")
;; to expand (nth i ...)
;;
(defthm car-operand-stack-current-frame
(equal (car (operand-stack (current-frame s)))
(topStack s))
:hints (("Goal" :in-theory (enable topStack current-frame))))
(defthm element-type-of-fix-sig-is-fix-sig-of-element-type
(implies (isArrayType type)
(equal (bcv::arrayelementtype (fix-sig type))
(FIX-SIG (array-component-type type))))
:hints (("Goal" :in-theory (enable fix-sig component-type
bcv::arrayelementtype
primitive-type? isArrayType
array-component-type))))
(in-theory (disable fix-sig))
(encapsulate ()
(local (include-book "base-bcv-support"))
(local (defthm isAssignable-to-array-class-java-lang-Object-not-primitive-type
(implies (and (bcv::isAssignable (value-sig v (instance-class-table s)
(heap s)
(heap-init-map (aux s))
(method-ptr (current-frame s)))
'(array (class "java.lang.Object"))
(env-sig s))
(not (nullp v))
(consistent-value-x v (instance-class-table s) (heap s)))
(not (primitive-type? (array-component-type
(obj-type (deref2 v (heap s)))))))))
(local (include-book "base-bcv-fact-isMatchingType-isAssignable"))
(local (defthm bcv-isMatchingType-bcv-isAssignable-specific
(implies (and (bcv::isMatchingType typ (opstack-sig
(operand-stack (current-frame s))
cl hp hp-init method-ptr) env)
(canPopCategory1 (operand-stack (current-frame s)))
(equal (bcv::sizeof typ) 1))
(bcv::isAssignable (value-sig (topStack s)
cl hp hp-init method-ptr) typ env))))
(defthm isMatchingType-to-array-class-java-lang-Object-not-primitive-type
(implies (and (bcv::ismatchingtype '(array (class "java.lang.Object"))
(opstack-sig (operand-stack (current-frame s))
(instance-class-table s)
(heap s)
(heap-init-map (aux s))
(method-ptr (current-frame s)))
(env-sig s))
(REFp (topStack s) (heap s))
(not (nullp (topStack s)))
(equal (heap s) hp)
(consistent-value-x (topStack s) (instance-class-table s) (heap s)))
(not (primitive-type? (array-component-type
(obj-type (deref2 (topStack s) hp))))))
:hints (("Goal" :in-theory (disable bcv::isAssignable)))))
(encapsulate ()
(local (include-book "base-bcv-support"))
(local (defthm isAssignable-to-AARRAY-implies-array-type
(implies (and (bcv::isAssignable
(value-sig v (instance-class-table s)
(heap s)
(heap-init-map (aux s))
(method-ptr (current-frame s)))
'(array (class "java.lang.Object"))
(env-sig s))
(not (nullp v))
(consistent-state s)
(REFp v (heap s)))
(isArrayType (obj-type (deref2 v (heap s)))))))
(local (include-book "base-bcv-fact-isMatchingType-isAssignable"))
(local (defthm bcv-isMatchingType-bcv-isAssignable-specific
(implies (and (bcv::isMatchingType typ (opstack-sig
(operand-stack (current-frame s))
cl hp hp-init method-ptr) env)
(canPopCategory1 (operand-stack (current-frame s)))
(equal (bcv::sizeof typ) 1))
(bcv::isAssignable (value-sig (topStack s)
cl hp hp-init method-ptr) typ env))))
(defthm isMatchingTypee-to-AARRAY-implies-array-type
(implies (and (bcv::ismatchingtype '(array (class "java.lang.Object"))
(opstack-sig (operand-stack (current-frame
s))
(instance-class-table s)
(heap s)
(heap-init-map (aux s))
(method-ptr (current-frame s)))
(env-sig s))
(not (nullp (topStack s)))
(equal (heap s) hp)
(consistent-state s)
(REFp (topStack s) (heap s)))
(isArrayType (obj-type (deref2 (topStack s) hp))))))
;; we need isArrayType??
;;
;; Because we need element-type-of-fix-sig-is-fix-sig-of-element-type
;; fix-sig (array-component-type ...
;; being the same as
;; (array-component-type (fix-sig...))
;;
(defthm fix-sig-is-1-if-not-type
(implies (not (primitive-type? type))
(equal (bcv::sizeof (fix-sig type)) 1))
:hints (("Goal" :in-theory (enable fix-sig bcv::sizeof primitive-type?))))
(defthm fix-sig-never-void
(not (equal (fix-sig any) 'void))
:hints (("Goal" :in-theory (enable fix-sig primitive-type?))))
(defthm fix-sig-never-uninitialized
(not (equal (fix-sig any) 'uninitializedThis))
:hints (("Goal" :in-theory (enable fix-sig primitive-type?))))
;; (defthm primitive-type-value-sig-reduce
;; (implies (and (primitive-type? (tag-of v))
;; (not (NULLp v)))
;; (equal (value-sig v cl hp hp-init method-ptr)
;; (tag-of v)))
;; :hints (("Goal" :in-theory (enable value-sig fix-sig REFp wff-REFp))))
;;;
;;; we are almost there!! ;; Sun May 15 23:32:14 2005
;;;
;; (skip-proofs
;; (defthm not-consp-operand-stack-operand-stack-pop-is-nil
;; (implies (not (consp (operand-stack (current-frame s))))
;; (equal (operand-stack (current-frame (popStack s))) nil))))
;;; Sun Jul 31 15:33:39 2005
;;; (include-book "base-bcv-fact-isMatchingType-gen-flags")
;;;
;;; not needed!!! Sun Jul 31 15:33:46 2005
(defthm frame-push-value-sig-locals
(equal (bcv::frameLocals (frame-push-value-sig v frame))
(bcv::frameLocals frame))
:hints (("Goal" :in-theory (enable frame-push-value-sig))))
(defthm frame-push-value-sig-flags
(equal (bcv::frameFlags (frame-push-value-sig v frame))
(bcv::frameFlags frame))
:hints (("Goal" :in-theory (enable frame-push-value-sig))))
(in-theory (disable frame-push-value-sig bcv::isMatchingType))
;----------------------------------------------------------------------
;;(i-am-here) ;; Tue May 17 23:33:28 2005
;; (i-am-here) ;; Sun Jul 31 15:38:36 2005
;;; modified the following as a result of the changing gen-frame-flags's
;;; definition!!
(defthm make-sig-frame-normalize
(implies (and (equal (locals (current-frame s)) locals)
(equal (operand-stack (current-frame s)) stk)
(equal (method-ptr (current-frame s)) method-ptr)
(equal (gen-frame-flags (current-frame s) hp-init)
flags))
(equal (equal (MAKE-SIG-FRAME
(LOCALS-SIG locals cl hp hp-init method-ptr)
(OPSTACK-SIG stk cl hp hp-init method-ptr)
flags)
(FRAME-SIG (current-frame s)
cl hp hp-init))
t))
:hints (("Goal" :in-theory (disable frame-sig gen-frame-flags)
:expand (FRAME-SIG (current-frame s)
cl hp hp-init))))
;; I seem to need this.
(defthm push-void-no-change
(equal (BCV::PUSHOPERANDSTACK 'void any) any)
:hints (("Goal" :in-theory (enable bcv::pushoperandstack))))
;----------------------------------------------------------------------
(in-theory (disable bcv::isAssignable bcv::arg1 arg))
(defthm bcv-arg1-normalize-to-djvm-arg
(equal (BCV::ARG1 INST)
(djvm::arg inst))
:hints (("Goal" :in-theory (enable bcv::arg1 djvm::arg))))
(defthm isAssignable-size-equal-specific-local
(implies (and (bind-free (acl2::default-bind-free 's 's (acl2::pkg-witness
"DJVM"))
(s))
(bcv::isAssignable y 'reference (env-sig s)))
(equal (bcv::sizeof y) 1))
:hints (("Goal" :in-theory (enable bcv::isAssignable bcv::sizeof))))
;; (defthm not-isAssignable-any-void
;; (implies (not (equal x 'void))
;; (not (isAssignable x 'VOID env)))
;; :hints (("Goal" :expand (isAssignable x 'void env))))
(local
(defthm not-isAssignable-void-any
(implies (not (equal x 'void))
(not (bcv::isAssignable 'VOID x env)))
:hints (("Goal" :expand (bcv::isAssignable 'void x env)))))
(defthm isAssignable-reference-not-void
(implies (and (bind-free (acl2::default-bind-free 's 's (acl2::pkg-witness
"DJVM"))
(s))
(bcv::isAssignable y 'reference (env-sig s)))
(not (equal y 'void))))
;; (i-am-here) ;; Wed Jul 27 00:30:08 2005
(local
(defthm equal-minus-one-minus-one-plus-negative-two
(equal (+ -1 -1 i)
(+ -2 i))))
(local
(defthm nth-i-specific-cons
(implies (and (< 0 i)
(integerp i))
(equal (nth i (cons x locals))
(nth (- i 1) locals)))))
(local
(defthm nth-i-specific-2-cons
(implies (and (< 1 i)
(integerp i))
(equal (nth i (list* x y locals))
(nth (- i 2) locals)))
:hints (("Goal"
:in-theory (disable nth-i-specific-cons)
:use ((:instance nth-i-specific-cons
(i (- i 1))
(locals (cdr locals)))
(:instance nth-i-specific-cons))
:do-not-induct t))))
(local
(defthm valid-local-index-implies-i-positive
(implies (VALID-LOCAL-INDEX (+ -2 I) any)
(< 1 i))
:rule-classes :forward-chaining))
(defthm valid-local-index-implies-nth-i-local-sig-reduce
(implies (and (valid-local-index i locals)
(integerp i))
(equal (nth i (locals-sig locals cl hp hp-init method-ptr))
(value-sig (nth i locals) cl hp hp-init method-ptr)))
:hints (("Goal" :in-theory (disable value-sig)
:do-not '(generalize))))
;----------------------------------------------------------------------
(defthm bcv-size-of-array-1
(equal (bcv::sizeof (cons 'array any)) 1)
:hints (("Goal" :in-theory (enable bcv::sizeof))))
;----------------------------------------------------------------------
;; (i-am-here) ;; Sat Jul 23 17:18:59 2005
(in-theory (disable bcv::passesprotectedfieldcheck))
(in-theory (disable JVM::MEM-BASE-TYPES-IMPLIES-NOT-EQUAL))
(in-theory (disable fieldcp-classname
fieldcp-fieldname
fieldcp-fieldtype
field-classname
BCV::FIELDCLASSNAMECP
bcv::fieldnamecp
bcv::fieldtypecp
bcv::translate-type
arg))
(defthm bcv-size-of-prefix-class-is-1
(equal (BCV::SIZEOF (bcv::prefix-class any)) 1)
:hints (("Goal" :in-theory (enable bcv::prefix-class bcv::sizeof))))
(defthm equal-size-translate-type
(equal (BCV::SIZEOF (BCV::TRANSLATE-TYPE type))
(bcv::sizeof type))
:hints (("Goal" :in-theory (enable bcv::sizeof bcv::translate-type))))
(defthm equal-size-djvm-translate-type
(equal (BCV::SIZEOF (djvm-translate-int-type type))
(bcv::sizeof type))
:hints (("Goal" :in-theory (enable bcv::sizeof djvm-translate-int-type))))
(defthm translate-type-not-void
(implies (not (equal type 'void))
(NOT (EQUAL (BCV::TRANSLATE-TYPE type) 'VOID)))
:hints (("Goal" :in-theory (enable bcv::translate-type))))
(defthm wff-type-rep-implies-not-void-type
(implies (WFF-FIELDCP fieldcp)
(not (equal (bcv::fieldtypecp fieldcp) 'void)))
:hints (("Goal" :in-theory (enable wff-fieldcp bcv::fieldtypecp))))
;----------------------------------------------------------------------
;;; some thing like this.
;;;
;;;
(defthm bcv-translate-type-reduce-to-djvm-translate
(equal (djvm-translate-int-type type)
(bcv::translate-type type))
:hints (("Goal" :in-theory (enable bcv::translate-type djvm-translate-int-type))))
(defthm type-size-fieldcp-type-implies-bcv-sizeof-1
(implies (and (equal (type-size (fieldcp-fieldtype fieldcp)) 1)
(wff-fieldcp fieldcp))
(equal (bcv::sizeof (bcv::fieldtypecp fieldcp)) 1))
:hints (("Goal" :in-theory (enable type-size bcv::sizeof fieldcp-fieldtype
wff-fieldcp bcv::fieldtypecp
normalize-type-rep))))
(defthm type-size-fieldcp-type-implies-bcv-sizeof-2
(implies (and (equal (type-size (fieldcp-fieldtype fieldcp)) 2)
(wff-fieldcp fieldcp))
(equal (bcv::sizeof (bcv::fieldtypecp fieldcp)) 2))
:hints (("Goal" :in-theory (enable type-size bcv::sizeof fieldcp-fieldtype
wff-fieldcp wff-type-rep
bcv::fieldtypecp
normalize-type-rep)
:expand (WFF-TYPE-REP (NTH 3 FIELDCP)))))
;----------------------------------------------------------------------
; the following is a bit not trivial
(encapsulate ()
(local (include-book "base-bcv-fact-isMatchingType-value-initialized"))
(defthm isMatchingType-to-class-type-implies-not-deref2-init-specific
(implies (and (bcv::isMatchingType (bcv::prefix-class any)
(opstack-sig (operand-stack (current-frame s))
(instance-class-table s)
(heap s)
(heap-init-map (aux s))
(method-ptr (current-frame
s)))
(env-sig s))
(not (nullp (topStack s)))
(consistent-value-x (topStack s) (instance-class-table s)
(heap s))
(equal (heap-init-map (aux s)) hp-init))
(not (consp (deref2-init (topStack s) hp-init))))
:hints (("Goal" :in-theory (disable consistent-value-x)))))
;----------------------------------------------------------------------
(defthm make-sig-frame-bcv-push-operandstack-normalize-size-2
(implies (and (equal (bcv::frameLocals (frame-sig frame cl hp hp-init)) locals)
(equal (bcv::frameFlags (frame-sig frame cl hp hp-init)) flags)
(equal (bcv::sizeof resulttype) 2)
(equal (method-ptr frame) method-ptr))
(equal (MAKE-SIG-FRAME
locals
(BCV::PUSHOPERANDSTACK RESULTTYPE (opstack-sig
(operand-stack frame)
cl hp hp-init method-ptr))
flags)
(MAKE-SIG-FRAME
locals
(cons 'topx (cons resulttype (opstack-sig
(operand-stack frame)
cl hp hp-init method-ptr)))
flags)))
:hints (("Goal" :in-theory (enable bcv::pushoperandstack
frame-push-value-sig))))
;----------------------------------------------------------------------
(in-theory (disable gen-frame-flags frame-aux))
;----------------------------------------------------------------------
;; (i-am-here) ;; Sun Jul 31 17:15:11 2005
(defthm consp-opstack-implies-consp-opstack-sig
(implies (and (consistent-opstack stack cl hp)
(consp stack))
(consp (opstack-sig stack cl hp hp-init method-ptr))))
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