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-rw-r--r--gc-benchmarks/larceny/twobit.sch16
1 files changed, 8 insertions, 8 deletions
diff --git a/gc-benchmarks/larceny/twobit.sch b/gc-benchmarks/larceny/twobit.sch
index 1cb7834d2..f5e59a027 100644
--- a/gc-benchmarks/larceny/twobit.sch
+++ b/gc-benchmarks/larceny/twobit.sch
@@ -16067,7 +16067,7 @@
; Returns a length-4 bytevector.
;
; M may be an exact integer or a length-4 bytevector.
-; N must be an exact nonnegative integer; it's interpreted modulo 33.
+; N must be an exact non-negative integer; it's interpreted modulo 33.
(define (asm:lsh m n)
(if (not (bytevector? m))
@@ -16098,7 +16098,7 @@
; Returns a length-4 bytevector.
;
; M may be an exact integer or a length-4 bytevector.
-; N must be an exact nonnegative integer; it's interpreted modulo 33.
+; N must be an exact non-negative integer; it's interpreted modulo 33.
(define (asm:rshl m n)
(if (not (bytevector? m))
@@ -16129,7 +16129,7 @@
; high end. Returns a length-4 bytevector.
;
; M may be an exact integer or a length-4 bytevector.
-; N must be an exact nonnegative integer; it's interpreted modulo 33.
+; N must be an exact non-negative integer; it's interpreted modulo 33.
(define asm:rsha
(let ((ones (asm:bv #xff #xff #xff #xff)))
@@ -16240,7 +16240,7 @@
; Extract the n low-order bits of m.
; m may be an exact integer or a length-4 bytevector.
-; n must be an exact nonnegative integer, interpreted modulo 32.
+; n must be an exact non-negative integer, interpreted modulo 32.
; Returns length-4 bytevector.
;
; Does not depend on endian-ness.
@@ -16255,7 +16255,7 @@
; Extract the n high-order bits of m.
; m may be an exact integer or a length-4 bytevector.
-; n must be an exact nonnegative integer, interpreted modulo 33.
+; n must be an exact non-negative integer, interpreted modulo 33.
; Returns length-4 bytevector with the high-order bits of m at low end.
;
; Does not depend on endian-ness.
@@ -16553,7 +16553,7 @@
;
; version a fixnum (constant) - heap type version number
; roots an assoc list that maps root names to values
-; top an exact nonnegative integer: the address of the
+; top an exact non-negative integer: the address of the
; next byte to be emitted
; symbol-table a symbol table abstract data type
; extra any value - a client-extension field
@@ -20735,7 +20735,7 @@
; Strings
-; RESULT must have nonnegative fixnum.
+; RESULT must have non-negative fixnum.
; RS2 must have character.
(define-primop 'make-string
@@ -23056,7 +23056,7 @@
; A `decoded-instruction' is a list where the car is a mnemonic and
; the operands are appropriate for that mnemonic.
;
-; A `mnemonic' is an exact nonnegative integer. It encodes the name of
+; A `mnemonic' is an exact non-negative integer. It encodes the name of
; the instruction as well as its attributes (operand pattern and instruction
; type). See below for specific operations on mnemonics.