Make PIA upper case for orthogonality.

git-svn-id: svn://svn.cc65.org/cc65/trunk@4586 b7a2c559-68d2-44c3-8de9-860c34a00d81

diff --git a/libsrc/c64/c64-c256k.s b/libsrc/c64/c64-c256k.s
index f66118f4cf3727edf60f249e89321b4469f14157..ed8bf7732f579cf2ea0bdb515435a90af9a711f3 100755 (executable)
--- a/libsrc/c64/c64-c256k.s
+++ b/libsrc/c64/c64-c256k.s
@@ -39,7 +39,7 @@
 BASE                    = $4000
 PAGES                   = 3 * 256
 TARGETLOC               = $200          ; Target location for copy/check code
-pia                     = $DFC0
+PIA                     = $DFC0
 
 ; ------------------------------------------------------------------------
 ; Data.
@@ -52,13 +52,13 @@ pia                     = $DFC0
 template:
 .org    ::TARGETLOC             ; Assemble for target location
 entry:
-        stx     pia
+        stx     PIA
 stashop         = $91           ; 'sta' opcode
 operation       := *            ; Location and opcode is patched at runtime
 address         := *+1
         lda     ($00),y
         ldx     #$dc
-        stx     pia
+        stx     PIA
         rts
 .reloc
 .endproc
@@ -71,7 +71,7 @@ entry:
         ldy     #$00            ; Assume hardware not present
 
         lda     #$fc
-        sta     pia
+        sta     PIA
         lda     $01
         tax
         and     #$f8
@@ -87,7 +87,7 @@ entry:
         iny
 done:   stx     $01
         ldx     #$dc
-        stx     pia
+        stx     PIA
         rts
 .reloc
 .endproc
@@ -115,36 +115,36 @@ backup:         .res      .max (.sizeof (copy), .sizeof (check))
 ;
 
 INSTALL:
-        lda    pia+1           ; Select Peripheral Registers
+        lda    PIA+1           ; Select Peripheral Registers
         ora    #4
-        sta    pia+1
+        sta    PIA+1
         tax
-        lda    pia+3
+        lda    PIA+3
         ora    #4
-        sta    pia+3
+        sta    PIA+3
         tay
 
         lda    #$DC            ; Set the default memory bank data
-        sta    pia
+        sta    PIA
         lda    #$FE
-        sta    pia+2
+        sta    PIA+2
 
         txa                    ; Select Data Direction Registers
         and    #$FB
-        sta    pia+1
+        sta    PIA+1
         tya
         and    #$FB
-        sta    pia+3
+        sta    PIA+3
 
         lda    #$FF            ; Set the ports to output
-        sta    pia
-        sta    pia+2
+        sta    PIA
+        sta    PIA+2
 
         txa
         and    #$C7
         ora    #$30            ; Set CA1 and
-        sta    pia+1           ; select Peripheral Registers
-        sty    pia+3
+        sta    PIA+1           ; select Peripheral Registers
+        sty    PIA+3
 
         jsr    backup_and_setup_check_routine
         jsr    check::entry