\f
;;;; IR1 annotations used for IR2 conversion
-;;; Block-Info
+;;; BLOCK-INFO
;;; Holds the IR2-BLOCK structure. If there are overflow blocks,
;;; then this points to the first IR2-BLOCK. The BLOCK-INFO of the
;;; dummy component head and tail are dummy IR2 blocks that begin
;;; and end the emission order thread.
;;;
-;;; Component-Info
+;;; COMPONENT-INFO
;;; Holds the IR2-COMPONENT structure.
;;;
-;;; Continuation-Info
-;;; Holds the IR2-Continuation structure. Continuations whose
+;;; CONTINUATION-INFO
+;;; Holds the IR2-CONTINUATION structure. Continuations whose
;;; values aren't used won't have any.
;;;
-;;; Cleanup-Info
+;;; CLEANUP-INFO
;;; If non-null, then a TN in which the affected dynamic
;;; environment pointer should be saved after the binding is
;;; instantiated.
;;;
-;;; Physenv-Info
-;;; Holds the Ir2-Physenv structure.
+;;; PHYSENV-INFO
+;;; Holds the IR2-PHYSENV structure.
;;;
-;;; Tail-Set-Info
-;;; Holds the Return-Info structure.
+;;; TAIL-SET-INFO
+;;; Holds the RETURN-INFO structure.
;;;
-;;; NLX-Info-Info
-;;; Holds the IR2-NLX-Info structure.
+;;; NLX-INFO-INFO
+;;; Holds the IR2-NLX-INFO structure.
;;;
-;;; Leaf-Info
+;;; LEAF-INFO
;;; If a non-set lexical variable, the TN that holds the value in
;;; the home environment. If a constant, then the corresponding
;;; constant TN. If an XEP lambda, then the corresponding
;;; Entry-Info structure.
;;;
-;;; Basic-Combination-Info
+;;; BASIC-COMBINATION-INFO
;;; The template chosen by LTN, or
;;; :FULL if this is definitely a full call.
;;; :FUNNY if this is an oddball thing with IR2-convert.
;;; :LOCAL if this is a local call.
;;;
-;;; Node-Tail-P
+;;; NODE-TAIL-P
;;; After LTN analysis, this is true only in combination nodes that are
;;; truly tail recursive.
;; Similarly, a continuation is POPPED if its DEST is in this block
;; but has its uses elsewhere. The continuations are in the order
;; that are pushed/popped in the block. Note that the args to a
- ;; single MV-Combination appear reversed in POPPED, since we must
+ ;; single MV-COMBINATION appear reversed in POPPED, since we must
;; effectively pop the last argument first. All pops must come
;; before all pushes (although internal MV uses may be interleaved.)
;; POPPED is computed by LTN, and PUSHED is computed by stack
(local-tns (make-array local-tn-limit) :type local-tn-vector)
;; Bit-vectors used during lifetime analysis to keep track of
;; references to local TNs. When indexed by the LTN number, the
- ;; index for a TN is non-zero in Written if it is ever written in
- ;; the block, and in Live-Out if the first reference is a read.
+ ;; index for a TN is non-zero in WRITTEN if it is ever written in
+ ;; the block, and in LIVE-OUT if the first reference is a read.
(written (make-array local-tn-limit :element-type 'bit
:initial-element 0)
:type local-tn-bit-vector)
;; CONSTANT-TNs are non-packed TNs that represent constants.
;; :CONSTANT TNs may eventually be converted to :CACHED-CONSTANT
;; normal TNs.
+ ;;
+ ;; FIXME: What is :CACHED-CONSTANT?
(normal-tns nil :type (or tn null))
(restricted-tns nil :type (or tn null))
(wired-tns nil :type (or tn null))
(:copier nil))
;; VOP-INFO structure containing static info about the operation
(info nil :type (or vop-info null))
- ;; the IR2-Block this VOP is in
+ ;; the IR2-BLOCK this VOP is in
(block (missing-arg) :type ir2-block)
;; VOPs evaluated after and before this one. Null at the
;; beginning/end of the block, and temporarily during IR2
(info-arg-count 0 :type index)
;; a function that emits the VOPs for this template. Arguments:
;; 1] Node for source context.
- ;; 2] IR2-Block that we place the VOP in.
+ ;; 2] IR2-BLOCK that we place the VOP in.
;; 3] This structure.
- ;; 4] Head of argument TN-Ref list.
- ;; 5] Head of result TN-Ref list.
- ;; 6] If Info-Arg-Count is non-zero, then a list of the magic
+ ;; 4] Head of argument TN-REF list.
+ ;; 5] Head of result TN-REF list.
+ ;; 6] If INFO-ARG-COUNT is non-zero, then a list of the magic
;; arguments.
;;
;; Two values are returned: the first and last VOP emitted. This vop
;; wired TNs.
(primitive-type nil :type (or primitive-type null))
;; If this TN represents a variable or constant, then this is the
- ;; corresponding Leaf.
+ ;; corresponding LEAF.
(leaf nil :type (or leaf null))
;; thread that links TNs together so that we can find them
(next nil :type (or tn null))
- ;; head of TN-Ref lists for reads and writes of this TN
+ ;; head of TN-REF lists for reads and writes of this TN
(reads nil :type (or tn-ref null))
(writes nil :type (or tn-ref null))
;; a link we use when building various temporary TN lists
;; If a local TN, the block relative number for this TN. Global TNs
;; whose liveness changes within a block are also assigned a local
;; number during the conflicts analysis of that block. If the TN has
- ;; no local number within the block, then this is Nil.
+ ;; no local number within the block, then this is NIL.
(local-number nil :type (or local-tn-number null))
;; If this object is a local TN, this slot is a bit-vector with 1
;; for the local-number of every TN that we conflict with.
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