(print-unreadable-object (x stream :type t :identity t)
(format stream " #~D" (cont-num x))))
-(defstruct (node (:constructor nil)
+(def!struct (node (:constructor nil)
(:copier nil))
;; unique ID for debugging
#!+sb-show (id (new-object-id) :read-only t)
;; can null out this slot.
(tail-p nil :type boolean))
-(defstruct (valued-node (:conc-name node-)
+(def!struct (valued-node (:conc-name node-)
(:include node)
(:constructor nil)
(:copier nil))
;;; order. This latter numbering also forms the basis of the block
;;; numbering in the debug-info (though that is relative to the start
;;; of the function.)
-(defstruct (cblock (:include sset-element)
+(def!struct (cblock (:include sset-element)
(:constructor make-block (start))
(:constructor make-block-key)
(:conc-name block-)
;;; The BLOCK-ANNOTATION class is inherited (via :INCLUDE) by
;;; different BLOCK-INFO annotation structures so that code
;;; (specifically control analysis) can be shared.
-(defstruct (block-annotation (:constructor nil)
+(def!struct (block-annotation (:constructor nil)
(:copier nil))
;; The IR1 block that this block is in the INFO for.
(block (missing-arg) :type cblock)
;;; size of flow analysis problems, this allows back-end data
;;; structures to be reclaimed after the compilation of each
;;; component.
-(defstruct (component (:copier nil)
- (:constructor
- make-component (head tail &aux (last-block tail))))
+(def!struct (component (:copier nil)
+ (:constructor
+ make-component (head tail &aux (last-block tail))))
;; unique ID for debugging
#!+sb-show (id (new-object-id) :read-only t)
;; the kind of component
;;; boundaries by requiring that the exit ctrans initially head their
;;; blocks, and then by not merging blocks when there is a cleanup
;;; change.
-(defstruct (cleanup (:copier nil))
+(def!struct (cleanup (:copier nil))
;; the kind of thing that has to be cleaned up
(kind (missing-arg)
:type (member :special-bind :catch :unwind-protect
;;; structure is attached to INFO and used to keep track of
;;; associations between these names and less-abstract things (like
;;; TNs, or eventually stack slots and registers). -- WHN 2001-09-29
-(defstruct (physenv (:copier nil))
+(def!struct (physenv (:copier nil))
;; the function that allocates this physical environment
(lambda (missing-arg) :type clambda :read-only t)
;; This ultimately converges to a list of all the LAMBDA-VARs and
;;; The tail set is somewhat approximate, because it is too early to
;;; be sure which calls will be tail-recursive. Any call that *might*
;;; end up tail-recursive causes TAIL-SET merging.
-(defstruct (tail-set)
+(def!struct (tail-set)
;; a list of all the LAMBDAs in this tail set
(funs nil :type list)
;; our current best guess of the type returned by these functions.
;;; A REF represents a reference to a LEAF. REF-REOPTIMIZE is
;;; initially (and forever) NIL, since REFs don't receive any values
;;; and don't have any IR1 optimizer.
-(defstruct (ref (:include valued-node (reoptimize nil))
+(def!struct (ref (:include valued-node (reoptimize nil))
(:constructor make-ref
(leaf
&aux (leaf-type (leaf-type leaf))
leaf)
;;; Naturally, the IF node always appears at the end of a block.
-(defstruct (cif (:include node)
+(def!struct (cif (:include node)
(:conc-name if-)
(:predicate if-p)
(:constructor make-if)
consequent
alternative)
-(defstruct (cset (:include valued-node
+(def!struct (cset (:include valued-node
(derived-type (make-single-value-type
*universal-type*)))
(:conc-name set-)
;;; and multiple value combinations. In a let-like function call, this
;;; node appears at the end of its block and the body of the called
;;; function appears as the successor; the NODE-LVAR is null.
-(defstruct (basic-combination (:include valued-node)
+(def!struct (basic-combination (:include valued-node)
(:constructor nil)
(:copier nil))
;; LVAR for the function
;;; The COMBINATION node represents all normal function calls,
;;; including FUNCALL. This is distinct from BASIC-COMBINATION so that
;;; an MV-COMBINATION isn't COMBINATION-P.
-(defstruct (combination (:include basic-combination)
+(def!struct (combination (:include basic-combination)
(:constructor make-combination (fun))
(:copier nil)))
(defprinter (combination :identity t)
;;; An MV-COMBINATION is to MULTIPLE-VALUE-CALL as a COMBINATION is to
;;; FUNCALL. This is used to implement all the multiple-value
;;; receiving forms.
-(defstruct (mv-combination (:include basic-combination)
+(def!struct (mv-combination (:include basic-combination)
(:constructor make-mv-combination (fun))
(:copier nil)))
(defprinter (mv-combination)
;;; The BIND node marks the beginning of a lambda body and represents
;;; the creation and initialization of the variables.
-(defstruct (bind (:include node)
+(def!struct (bind (:include node)
(:copier nil))
;; the lambda we are binding variables for. Null when we are
;; creating the LAMBDA during IR1 translation.
;;; return values and represents the control transfer on return. This
;;; is also where we stick information used for TAIL-SET type
;;; inference.
-(defstruct (creturn (:include node)
+(def!struct (creturn (:include node)
(:conc-name return-)
(:predicate return-p)
(:constructor make-return)
;;; The CAST node represents type assertions. The check for
;;; TYPE-TO-CHECK is performed and then the VALUE is declared to be of
;;; type ASSERTED-TYPE.
-(defstruct (cast (:include valued-node)
+(def!struct (cast (:include valued-node)
(:constructor %make-cast))
(asserted-type (missing-arg) :type ctype)
(type-to-check (missing-arg) :type ctype)
;;; The ENTRY node serves to mark the start of the dynamic extent of a
;;; lexical exit. It is the mess-up node for the corresponding :ENTRY
;;; cleanup.
-(defstruct (entry (:include node)
+(def!struct (entry (:include node)
(:copier nil))
;; All of the EXIT nodes for potential non-local exits to this point.
(exits nil :type list)
;;; continuation, it is delivered to our VALUE lvar. The original exit
;;; lvar is the exit node's LVAR; physenv analysis also makes it the
;;; lvar of %NLX-ENTRY call.
-(defstruct (exit (:include valued-node)
+(def!struct (exit (:include valued-node)
(:copier nil))
;; the ENTRY node that this is an exit for. If null, this is a
;; degenerate exit. A degenerate exit is used to "fill" an empty
\f
;;;; miscellaneous IR1 structures
-(defstruct (undefined-warning
+(def!struct (undefined-warning
#-no-ansi-print-object
(:print-object (lambda (x s)
(print-unreadable-object (x s :type t)
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