(values))
-(defevent split-ir2-block "Split an IR2 block to meet Local-TN-Limit.")
+(defevent split-ir2-block "Split an IR2 block to meet LOCAL-TN-LIMIT.")
;;; Move the code after the VOP LOSE in 2BLOCK into its own block. The
;;; block is linked into the emit order following 2BLOCK. NUMBER is
;;; since all &MORE args (and results) are referenced simultaneously
;;; as far as conflict analysis is concerned.
;;;
-;;; BLOCK is the IR2-Block that the more VOP is at the end of. OPS is
-;;; the full argument or result TN-Ref list. Fixed is the types of the
+;;; BLOCK is the IR2-BLOCK that the MORE VOP is at the end of. OPS is
+;;; the full argument or result TN-REF list. Fixed is the types of the
;;; fixed operands (used only to skip those operands.)
;;;
;;; What we do is grab a LTN number, then make a :READ-ONLY global
(values))
(defevent coalesce-more-ltn-numbers
- "Coalesced LTN numbers for a more operand to meet Local-TN-Limit.")
+ "Coalesced LTN numbers for a more operand to meet LOCAL-TN-LIMIT.")
;;; Loop over the blocks in COMPONENT, assigning LTN numbers and
;;; recording TN birth and death. The only interesting action is when
(values live-bits live-list))
;;; Return as values, a LTN bit-vector and a list (threaded by
-;;; TN-Next*) representing the TNs live at the end of Block (exclusive
+;;; TN-NEXT*) representing the TNs live at the end of BLOCK (exclusive
;;; of :LIVE TNs).
;;;
;;; We iterate over the TNs in the global conflicts that are live at