;;;; leaf reference
;;; Return the TN that holds the value of THING in the environment ENV.
-(defun find-in-environment (thing env)
- (declare (type (or nlx-info lambda-var) thing) (type environment env)
+(defun find-in-physenv (thing physenv)
+ (declare (type (or nlx-info lambda-var) thing) (type physenv physenv)
(values tn))
- (or (cdr (assoc thing (ir2-environment-environment (environment-info env))))
+ (or (cdr (assoc thing (ir2-physenv-environment (physenv-info physenv))))
(etypecase thing
(lambda-var
;; I think that a failure of this assertion means that we're
;; trying to access a variable which was improperly closed
- ;; over. An ENVIRONMENT structure is a physical environment.
- ;; Every variable that a form refers to should either be in
- ;; its physical environment directly, or grabbed from a
+ ;; over. The PHYSENV describes a physical environment. Every
+ ;; variable that a form refers to should either be in its
+ ;; physical environment directly, or grabbed from a
;; surrounding physical environment when it was closed over.
;; The ASSOC expression above finds closed-over variables, so
;; if we fell through the ASSOC expression, it wasn't closed
;; directly. If instead it is in some other physical
;; environment, then it's bogus for us to reference it here
;; without it being closed over. -- WHN 2001-09-29
- (aver (eq env (lambda-environment (lambda-var-home thing))))
+ (aver (eq physenv (lambda-physenv (lambda-var-home thing))))
(leaf-info thing))
(nlx-info
- (aver (eq env (block-environment (nlx-info-target thing))))
+ (aver (eq physenv (block-physenv (nlx-info-target thing))))
(ir2-nlx-info-home (nlx-info-info thing))))))
;;; If LEAF already has a constant TN, return that, otherwise make a
;;; isn't directly represented by a TN. ENV is the environment that
;;; the reference is done in.
(defun leaf-tn (leaf env)
- (declare (type leaf leaf) (type environment env))
+ (declare (type leaf leaf) (type physenv env))
(typecase leaf
(lambda-var
(unless (lambda-var-indirect leaf)
- (find-in-environment leaf env)))
+ (find-in-physenv leaf env)))
(constant (constant-tn leaf))
(t nil)))
(res (first locs)))
(etypecase leaf
(lambda-var
- (let ((tn (find-in-environment leaf (node-environment node))))
+ (let ((tn (find-in-physenv leaf (node-physenv node))))
(if (lambda-var-indirect leaf)
(vop value-cell-ref node block tn res)
(emit-move node block tn res))))
(let ((entry (make-load-time-constant-tn :entry leaf))
(closure (etypecase leaf
(clambda
- (environment-closure (get-lambda-environment leaf)))
+ (physenv-closure (get-lambda-physenv leaf)))
(functional
(aver (eq (functional-kind leaf) :top-level-xep))
nil))))
(cond (closure
- (let ((this-env (node-environment node)))
+ (let ((this-env (node-physenv node)))
(vop make-closure node block entry (length closure) res)
(loop for what in closure and n from 0 do
(unless (and (lambda-var-p what)
(null (leaf-refs what)))
(vop closure-init node block
res
- (find-in-environment what this-env)
+ (find-in-physenv what this-env)
n)))))
(t
(emit-move node block entry res))))
(etypecase leaf
(lambda-var
(when (leaf-refs leaf)
- (let ((tn (find-in-environment leaf (node-environment node))))
+ (let ((tn (find-in-physenv leaf (node-physenv node))))
(if (lambda-var-indirect leaf)
(vop value-cell-set node block tn val)
(emit-move node block val tn)))))
(ecase (ir2-continuation-kind 2cont)
(:delayed
(let ((ref (continuation-use cont)))
- (leaf-tn (ref-leaf ref) (node-environment ref))))
+ (leaf-tn (ref-leaf ref) (node-physenv ref))))
(:fixed
(aver (= (length (ir2-continuation-locs 2cont)) 1))
(first (ir2-continuation-locs 2cont)))))
(defun emit-psetq-moves (node block fun old-fp)
(declare (type combination node) (type ir2-block block) (type clambda fun)
(type (or tn null) old-fp))
- (let* ((called-env (environment-info (lambda-environment fun)))
- (this-1env (node-environment node))
+ (let* ((called-env (physenv-info (lambda-physenv fun)))
+ (this-1env (node-physenv node))
(actuals (mapcar #'(lambda (x)
(when x
(continuation-tn node block x)))
(locs loc))))
(when old-fp
- (dolist (thing (ir2-environment-environment called-env))
- (temps (find-in-environment (car thing) this-1env))
+ (dolist (thing (ir2-physenv-environment called-env))
+ (temps (find-in-physenv (car thing) this-1env))
(locs (cdr thing)))
(temps old-fp)
- (locs (ir2-environment-old-fp called-env)))
+ (locs (ir2-physenv-old-fp called-env)))
(values (temps) (locs)))))
;;; function's passing location.
(defun ir2-convert-tail-local-call (node block fun)
(declare (type combination node) (type ir2-block block) (type clambda fun))
- (let ((this-env (environment-info (node-environment node))))
+ (let ((this-env (physenv-info (node-physenv node))))
(multiple-value-bind (temps locs)
- (emit-psetq-moves node block fun (ir2-environment-old-fp this-env))
+ (emit-psetq-moves node block fun (ir2-physenv-old-fp this-env))
(mapc #'(lambda (temp loc)
(emit-move node block temp loc))
temps locs))
(emit-move node block
- (ir2-environment-return-pc this-env)
- (ir2-environment-return-pc-pass
- (environment-info
- (lambda-environment fun)))))
+ (ir2-physenv-return-pc this-env)
+ (ir2-physenv-return-pc-pass
+ (physenv-info
+ (lambda-physenv fun)))))
(values))
(emit-psetq-moves node block fun old-fp)
(vop current-fp node block old-fp)
(vop allocate-frame node block
- (environment-info (lambda-environment fun))
+ (physenv-info (lambda-physenv fun))
fp nfp)
(values fp nfp temps (mapcar #'make-alias-tn locs)))))
(vop* known-call-local node block
(fp nfp (reference-tn-list temps nil))
((reference-tn-list locs t))
- arg-locs (environment-info (lambda-environment fun)) start)
+ arg-locs (physenv-info (lambda-physenv fun)) start)
(move-continuation-result node block locs cont)))
(values))
(multiple-value-bind (fp nfp temps arg-locs)
(ir2-convert-local-call-args node block fun)
(let ((2cont (continuation-info cont))
- (env (environment-info (lambda-environment fun)))
+ (env (physenv-info (lambda-physenv fun)))
(temp-refs (reference-tn-list temps nil)))
(if (and 2cont (eq (ir2-continuation-kind 2cont) :unknown))
(vop* multiple-call-local node block (fp nfp temp-refs)
;;; named) tail call.
(defun ir2-convert-tail-full-call (node block)
(declare (type combination node) (type ir2-block block))
- (let* ((env (environment-info (node-environment node)))
+ (let* ((env (physenv-info (node-physenv node)))
(args (basic-combination-args node))
(nargs (length args))
(pass-refs (move-tail-full-call-args node block))
- (old-fp (ir2-environment-old-fp env))
- (return-pc (ir2-environment-return-pc env)))
+ (old-fp (ir2-physenv-old-fp env))
+ (return-pc (ir2-physenv-return-pc env)))
(multiple-value-bind (fun-tn named)
(function-continuation-tn node block (basic-combination-fun node))
(defun init-xep-environment (node block fun)
(declare (type bind node) (type ir2-block block) (type clambda fun))
(let ((start-label (entry-info-offset (leaf-info fun)))
- (env (environment-info (node-environment node))))
+ (env (physenv-info (node-physenv node))))
(let ((ef (functional-entry-function fun)))
(cond ((and (optional-dispatch-p ef) (optional-dispatch-more-entry ef))
;; Special case the xep-allocate-frame + copy-more-arg case.
(t
;; No more args, so normal entry.
(vop xep-allocate-frame node block start-label nil)))
- (if (ir2-environment-environment env)
+ (if (ir2-physenv-environment env)
(let ((closure (make-normal-tn *backend-t-primitive-type*)))
(vop setup-closure-environment node block start-label closure)
(when (getf (functional-plist ef) :fin-function)
(vop funcallable-instance-lexenv node block closure closure))
(let ((n -1))
- (dolist (loc (ir2-environment-environment env))
+ (dolist (loc (ir2-physenv-environment env))
(vop closure-ref node block closure (incf n) (cdr loc)))))
(vop setup-environment node block start-label)))
(incf n))))
(emit-move node block (make-old-fp-passing-location t)
- (ir2-environment-old-fp env)))
+ (ir2-physenv-old-fp env)))
(values))
;;; Emit function prolog code. This is only called on bind nodes for
;;; functions that allocate environments. All semantics of let calls
-;;; are handled by IR2-Convert-Let.
+;;; are handled by IR2-CONVERT-LET.
;;;
;;; If not an XEP, all we do is move the return PC from its passing
;;; location, since in a local call, the caller allocates the frame
(defun ir2-convert-bind (node block)
(declare (type bind node) (type ir2-block block))
(let* ((fun (bind-lambda node))
- (env (environment-info (lambda-environment fun))))
+ (env (physenv-info (lambda-physenv fun))))
(aver (member (functional-kind fun)
'(nil :external :optional :top-level :cleanup)))
(emit-move node
block
- (ir2-environment-return-pc-pass env)
- (ir2-environment-return-pc env))
+ (ir2-physenv-return-pc-pass env)
+ (ir2-physenv-return-pc env))
(let ((lab (gen-label)))
- (setf (ir2-environment-environment-start env) lab)
+ (setf (ir2-physenv-environment-start env) lab)
(vop note-environment-start node block lab)))
(values))
(2cont (continuation-info cont))
(cont-kind (ir2-continuation-kind 2cont))
(fun (return-lambda node))
- (env (environment-info (lambda-environment fun)))
- (old-fp (ir2-environment-old-fp env))
- (return-pc (ir2-environment-return-pc env))
+ (env (physenv-info (lambda-physenv fun)))
+ (old-fp (ir2-physenv-old-fp env))
+ (return-pc (ir2-physenv-return-pc env))
(returns (tail-set-info (lambda-tail-set fun))))
(cond
((and (eq (return-info-kind returns) :fixed)
;;; stack. It returns the OLD-FP and RETURN-PC for the current
;;; function as multiple values.
(defoptimizer (sb!kernel:%caller-frame-and-pc ir2-convert) (() node block)
- (let ((env (environment-info (node-environment node))))
+ (let ((env (physenv-info (node-physenv node))))
(move-continuation-result node block
- (list (ir2-environment-old-fp env)
- (ir2-environment-return-pc env))
+ (list (ir2-physenv-old-fp env)
+ (ir2-physenv-return-pc env))
(node-cont node))))
\f
;;;; multiple values
(eq (ir2-continuation-kind start-cont) :unknown)))
(cond
(tails
- (let ((env (environment-info (node-environment node))))
+ (let ((env (physenv-info (node-physenv node))))
(vop tail-call-variable node block start fun
- (ir2-environment-old-fp env)
- (ir2-environment-return-pc env))))
+ (ir2-physenv-old-fp env)
+ (ir2-physenv-return-pc env))))
((and 2cont
(eq (ir2-continuation-kind 2cont) :unknown))
(vop* multiple-call-variable node block (start fun nil)
;;; IR2 converted.
(defun ir2-convert-exit (node block)
(declare (type exit node) (type ir2-block block))
- (let ((loc (find-in-environment (find-nlx-info (exit-entry node)
- (node-cont node))
- (node-environment node)))
+ (let ((loc (find-in-physenv (find-nlx-info (exit-entry node)
+ (node-cont node))
+ (node-physenv node)))
(temp (make-stack-pointer-tn))
(value (exit-value node)))
(vop value-cell-ref node block loc temp)
;;; cell that holds the closed unwind block.
(defoptimizer (%lexical-exit-breakup ir2-convert) ((info) node block)
(vop value-cell-set node block
- (find-in-environment (continuation-value info) (node-environment node))
+ (find-in-physenv (continuation-value info) (node-physenv node))
(emit-constant 0)))
;;; We have to do a spurious move of no values to the result
(type (or continuation null) tag))
(let* ((2info (nlx-info-info info))
(kind (cleanup-kind (nlx-info-cleanup info)))
- (block-tn (environment-live-tn
+ (block-tn (physenv-live-tn
(make-normal-tn (primitive-type-or-lose 'catch-block))
- (node-environment node)))
+ (node-physenv node)))
(res (make-stack-pointer-tn))
(target-label (ir2-nlx-info-target 2info)))
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