Removed (pretty inconsistently used) tab chars from source code base.

[cc65] / libsrc / c128 / mainargs.s

diff --git a/libsrc/c128/mainargs.s b/libsrc/c128/mainargs.s
index 3bacd29343e0c0ded7360e7d23345b39e220758f..fb5fd1554da2d30b8876e6c673d29e5e9d8c7a4b 100644 (file)
--- a/libsrc/c128/mainargs.s
+++ b/libsrc/c128/mainargs.s
@@ -22,15 +22,15 @@
 ; - The "file-name" might be a path-name; don't copy the directory-components.
 ; - Add a control-character quoting mechanism.
 
-       .constructor    initmainargs, 24
-       .import         __argc, __argv
+        .constructor    initmainargs, 24
+        .import         __argc, __argv
 
-       .include        "c128.inc"
+        .include        "c128.inc"
 
 
-MAXARGS         = 10                   ; Maximum number of arguments allowed
-REM     = $8f                  ; BASIC token-code
-NAME_LEN = 16                  ; maximum length of command-name
+MAXARGS  = 10                   ; Maximum number of arguments allowed
+REM      = $8f                  ; BASIC token-code
+NAME_LEN = 16                   ; maximum length of command-name
 
 
 ; Get possible command-line arguments. Goes into the special INIT segment,
@@ -45,27 +45,27 @@ initmainargs:
 ; Because the buffer, that we're copying into, was zeroed out,
 ; we don't need to add a NUL character.
 ;
-       ldy     FNAM_LEN
-       cpy     #NAME_LEN + 1
-       bcc     L1
-       ldy     #NAME_LEN - 1   ; limit the length
+        ldy     FNAM_LEN
+        cpy     #NAME_LEN + 1
+        bcc     L1
+        ldy     #NAME_LEN - 1   ; limit the length
 L0:     lda     #FNAM           ; Load vector address for FETCH routine
         ldx     FNAM_BANK       ; Load bank for FETCH routine
         jsr     INDFET          ; Load byte from (FETVEC),y
-       sta     name,y          ; Save byte from filename
-L1:    dey
-       bpl     L0
-       inc     __argc          ; argc always is equal to, at least, 1
+        sta     name,y          ; Save byte from filename
+L1:     dey
+        bpl     L0
+        inc     __argc          ; argc always is equal to, at least, 1
 
 ; Find the "rem" token.
 ;
-       ldx     #0
-L2:    lda     BASIC_BUF,x
-               beq     done            ; no "rem," no args.
-       inx
-       cmp     #REM
-       bne     L2
-       ldy     #1 * 2
+        ldx     #0
+L2:     lda     BASIC_BUF,x
+        beq     done            ; no "rem," no args.
+        inx
+        cmp     #REM
+        bne     L2
+        ldy     #1 * 2
 
 ; Find the next argument
 
@@ -91,11 +91,11 @@ setterm:sta     term            ; Set end of argument marker
 ; necessary.
 
         txa                     ; Get low byte
-       sta     argv,y          ; argv[y]= &arg
-       iny
-       lda     #>BASIC_BUF
-       sta     argv,y
-       iny
+        sta     argv,y          ; argv[y]= &arg
+        iny
+        lda     #>BASIC_BUF
+        sta     argv,y
+        iny
         inc     __argc          ; Found another arg
 
 ; Search for the end of the argument
@@ -122,21 +122,21 @@ argloop:lda     BASIC_BUF,x
 
 ; (The last vector in argv[] already is NULL.)
 
-done:  lda     #<argv
-       ldx     #>argv
-       sta     __argv
-       stx     __argv + 1
-       rts
+done:   lda     #<argv
+        ldx     #>argv
+        sta     __argv
+        stx     __argv + 1
+        rts
 
 ; These arrays are zeroed before initmainargs is called.
-; char name[16+1];
+; char  name[16+1];
 ; char* argv[MAXARGS+1]={name};
 ;
 .bss
-term:  .res    1
-name:  .res    NAME_LEN + 1
+term:   .res    1
+name:   .res    NAME_LEN + 1
 
 .data
 argv:   .addr   name
-        .res           MAXARGS * 2
+        .res    MAXARGS * 2