Merge pull request #43 from thp/code-fixes

Code fixes

src/chapter-01.md

@@ -754,12 +754,12 @@ Parms struc
 Buffer              dw    ?
 BufferLength        dw    ?
 Checksum            dw    ?
-Parmsends
+Parms ends
 ;
      .model small
      .code
      public _ChecksumChunk
-_ChecksumChunkprocnear
+_ChecksumChunk proc near
      push  bp
      mov   bp,sp
      push  si                        ;save C's register variable
@@ -779,7 +779,7 @@ ChecksumLoop:
       pop  si                ;restore C's register variable
       pop  bp
       ret
-_ChecksumChunkendp
+_ChecksumChunk endp
       end
 ```
 

src/chapter-07.md

@@ -245,7 +245,7 @@ the whole point.)
         .stack      100h
         .data
 ; Sample string to search through.
-SampleString        labelbyte
+SampleString        label byte
         db   ‘This is a sample string of a long enough length '
         db   ‘so that raw searching speed can outweigh any '
         db   ‘extra set-up time that may be required.',0
@@ -263,7 +263,7 @@ NoByteFoundMsg       db    0dh,0ah
                      db    ‘Buffer exhausted with no match.', 0dh, 0ah, ‘$'
 
     .code
-Startprocnear
+Start proc near
     mov  ax,@data    ;point to standard data segment
     mov  ds,ax
     mov  dx,offset Prompt
@@ -289,7 +289,7 @@ PrintStatus:
     int  21h              ;report status
     mov  ah,4ch           ;return to DOS
     int  21h
-Startendp
+Start endp
 
 ; Function to search a buffer of a specified length until either a
 ; specified byte or a zero byte is encountered.
@@ -306,7 +306,7 @@ Startendp
 ;         byte is found
 ;    Carry Flag = set if searched-for byte found, reset otherwise
 
-SearchMaxLengthprocnear
+SearchMaxLength proc near
       cld
 SearchMaxLengthLoop:
       lodsb                        ;get the next byte
@@ -324,7 +324,7 @@ ByteFound:
                                    ;we found the searched-for byte
       stc                          ;return "found" status
       ret
-SearchMaxLengthendp
+SearchMaxLength endp
       end   Start
 ```
 
@@ -350,7 +350,7 @@ all the difference.
        .stack      100h
        .data
 ; Sample string to search through.
-SampleStringlabelbyte
+SampleString label byte
         db     ‘This is a sample string of a long enough length '
         db     ‘so that raw searching speed can outweigh any '
         db     ‘extra set-up time that may be required.',0
@@ -403,7 +403,7 @@ PrintStatus:
 
       mov   ah,4ch           ;return to DOS
       int   21h
-Startendp
+Start endp
 
 ; Function to search a buffer of a specified length until either a
 ; specified byte or a zero byte is encountered.
@@ -468,7 +468,7 @@ ByteFound:
                               ; we found the searched-for byte
      stc                      ;return "found" status
      ret
-SearchMaxLengthendp
+SearchMaxLength endp
      end    Start
 ```
 

src/chapter-09.md

@@ -395,7 +395,7 @@ Parmsends
       .model      small
       .code
       public _FindString
-_FindStringprocnear
+_FindString proc near
       push     bp      ;preserve caller's stack frame
       mov      bp,sp   ;point to our stack frame
       push     si      ;preserve caller's register variables
@@ -458,7 +458,7 @@ FindStringDone:
       pop    si
       pop    bp                 ;restore caller's stack frame
 ret
-_FindStringendp
+_FindString endp
       end
 ```
 
@@ -492,7 +492,7 @@ Parmsends
       .model      small
       .code
       public _FindString
-_FindStringprocnear
+_FindString proc near
       push     bp      ;preserve caller's stack frame
       mov      bp,sp   ;point to our stack frame
       push     si      ;preserve caller's register variables
@@ -559,7 +559,7 @@ FindStringDone:
       pop         si
       pop         bp         ;restore caller's stack frame
       ret
-_FindStringendp
+_FindString endp
       end
 ```
 
@@ -743,7 +743,7 @@ parmsends
                .model     small
                .code
                public     _Div
-_Divprocnear
+_Div proc near
                push    bp      ;preserve caller's stack frame
                mov     bp,sp   ;point to our stack frame
                push    si      ;preserve caller's register variables
@@ -778,7 +778,7 @@ DivLoop:
                pop   si
                pop   bp        ;restore caller's stack frame
                ret
-_Divendp
+_Div endp
                end
 ```
 

src/chapter-28.md

@@ -85,12 +85,12 @@ registers.
 ;
 ; By Michael Abrash
 ;
-stacksegmentword stack 'STACK'
-db512 dup (?)
-stackends
+stack segment word stack 'STACK'
+ db 512 dup (?)
+stack ends
 ;
-datasegment    word 'DATA'
-IMAGE_WIDTHEQU 4                 ;in bytes
+data segment    word 'DATA'
+IMAGE_WIDTH    EQU   4           ;in bytes
 IMAGE_HEIGHT   EQU   32          ;in pixels
 LEFT_BOUND     EQU   10          ;in bytes
 RIGHT_BOUND    EQU   66          ;in bytes
@@ -105,11 +105,11 @@ READ_MAP       EQU   4           ;Read Map register index in GC
 ;
 PatternPlane0    label byte
      db    32 dup (0ffh,0ffh,0,0)
-PatternPlane1    labelbyte
+PatternPlane1    label byte
      db    32 dup (0ffh,0,0ffh,0)
-PatternPlane2    labelbyte
+PatternPlane2    label byte
      db    32 dup (0f0h,0f0h,0f0h,0f0h)
-PatternPlane3    labelbyte
+PatternPlane3    label byte
      db    32 dup (0cch,0cch,0cch,0cch)
 ;
 ; Temporary storage for 16-color image during animation.
@@ -124,7 +124,7 @@ ImagePlane3 db   32*4 dup (?)
 ImageX          dw  40           ;in bytes
 ImageY          dw  100          ;in pixels
 ImageXDirection dw  1            ;in bytes
-dataends
+data ends
 ;
 code segment    word 'CODE'
      assume     cs:code,ds:data
@@ -197,12 +197,12 @@ DelayLoop:
      int  10h
      mov  ah,4ch
      int  21h
-Startendp
+Start endp
 ;
 ; Draws the image at offset DS:SI to the current image location in
 ; VGA memory.
 ;
-DrawImageprocnear
+DrawImage proc near
      mov  ax,VGA_SEGMENT
      mov  es,ax
      call GetImageOffset   ;ES:DI is the destination address for the
@@ -233,7 +233,7 @@ DrawImageLoop:
      cmp  al,10h           ;have we done all four planes?
      jnz  DrawImagePlaneLoop
      ret
-DrawImageendp
+DrawImage endp
 ;
 ; Copies the image from its current location in VGA memory into the
 ; buffer at DS:DI.
@@ -274,7 +274,7 @@ GetImageLoop:
      push es
      pop  ds                ;restore original DS
      ret
-GetImageendp
+GetImage endp
 ;
 ; Erases the image at its current location.
 ;
@@ -435,7 +435,7 @@ VLineLoop:
 ; provides the data written to display
 ; memory, and AL is actually ignored)
      add    di,SCREEN_WIDTH-1     ;point to the next scan line
-loopVLineLoop
+loop VLineLoop
 ;
 ; Select write mode 0 and read mode 1.
 ;
@@ -513,12 +513,12 @@ WaitKeyLoop:
      int    10h                   ;return to text mode
      mov    ah,4ch
      int    21h                   ;done
-Startendp
+Start endp
 ;
 ; Enables set/reset for all planes, and sets the set/reset color
 ; to AL.
 ;
-SelectSetResetColorprocnear
+SelectSetResetColor proc near
      mov    dx,GC_INDEX
      push   ax                    ;preserve color
      mov    al,SET_RESET
@@ -533,7 +533,7 @@ SelectSetResetColorprocnear
      mov    al,0fh
      out    dx,al                 ;enable set/reset for all planes
      ret
-SelectSetResetColorendp
+SelectSetResetColor endp
 code ends
 end  Start
 ```
@@ -636,7 +636,7 @@ COLOR_DONT_CARE  EQU  7            ;Color Don't Care register index in GC
 ;
 code  segment  word 'CODE'
      assume    cs:code
-Startprocnear
+Start proc near
 ;
 ; Select graphics mode 12h.
 ;
@@ -698,7 +698,7 @@ DrawDiagonalLoop:
                             ; point to the next scan line
     ror  al,1               ;move the pixel mask one pixel to the right
     adc  bx,0               ;advance to the next byte if the pixel mask wrapped
-loopDrawDiagonalLoop
+loop DrawDiagonalLoop
 ;
 ; Wait for a key to be pressed to end, then return to text mode and
 ; return to DOS.
@@ -713,7 +713,7 @@ WaitKeyLoop:
     int  10h                ;return to text mode
     mov  ah,4ch
     int  21h                ;done
-Startendp
+Start endp
 code ends
     end  Start
 ```

src/chapter-29.md

@@ -557,14 +557,14 @@ x=         x+1
 ; Used to label the colors of the color bars. (Color values are
 ; filled in on the fly.)
 ;
-ColorNumberslabelbyte
+ColorNumbers label byte
            rept    16
            db      ‘000h', 0ah, 8, 8, 8, 8
            endm
-COLOR_ENTRY_LENGTHequ($-ColorNumbers)/16
+COLOR_ENTRY_LENGTH equ ($-ColorNumbers)/16
            db      ‘$'
 ;
-CurrentColordb?
+CurrentColor db ?
 ;
 ; Space for the array of 16 colors we'll pass to the BIOS, plus
 ; an overscan setting of black.
@@ -574,7 +574,7 @@ Data          ends
 ;
 Code          segment
               assume     cs:Code, ds:Data
-Start         procnear
+Start          proc near
               cld
               mov        ax,Data
               mov        ds,ax
@@ -764,7 +764,7 @@ ColorNumberLoop:
                mov        dx,offset ColorNumbers
                int        21h               ;put up the attribute numbers
                ret
-ColorNumbersUpendp
+ColorNumbersUp endp
 ;
 Start          endp
 Code           ends
@@ -820,7 +820,7 @@ WAIT_KEY macro
               endm
 ;
 stack         segment para stack ‘STACK'
-              db512 dup (?)
+              db 512 dup (?)
 stack         ends
 ;
 Data  segment   word   ‘DATA'

src/chapter-30.md

@@ -146,7 +146,7 @@ SCREEN_WIDTH         equ  640
 SCREEN_HEIGHT        equ  350
 CRTC_INDEX           equ  3d4h     ;CRT Controller Index register
 OVERFLOW             equ  7        ;index of Overflow reg in CRTC
-MAXIMUM_SCAN_LINEequ 9             ;index of Maximum Scan Line register
+MAXIMUM_SCAN_LINE    equ  9        ;index of Maximum Scan Line register
                                    ; in CRTC
 START_ADDRESS_HIGH   equ  0ch      ;index of Start Address High register
                                    ; in CRTC
@@ -318,7 +318,7 @@ CountVerticalSyncsLoop:
        int    10h                      ;return to text mode
        mov    ah,4ch
        int    21h                      ;return to DOS
-Startendp
+Start endp
 ;*********************************************************************
 ; Waits for the leading edge of the vertical sync pulse.
 ;
@@ -328,7 +328,7 @@ Startendp
 ;
 ; Registers altered: AL, DX
 ;
-WaitForVerticalSyncStartprocnear
+WaitForVerticalSyncStart proc near
        mov    dx,INPUT_STATUS_0
 WaitNotVerticalSync:
        in     al,dx
@@ -349,7 +349,7 @@ WaitForVerticalSyncStart       endp
 ;
 ; Registers altered: AL, DX
 ;
-WaitForVerticalSyncEndprocnear
+WaitForVerticalSyncEnd proc near
        mov    dx,INPUT_STATUS_0
 WaitVerticalSync2:
        in     al,dx
@@ -360,7 +360,7 @@ WaitNotVerticalSync2:
        test   al,08h
        jnz    WaitNotVerticalSync2
        ret
-WaitForVerticalSyncEndendp
+WaitForVerticalSyncEnd endp
 ;*********************************************************************
 ; Sets the start address to the value specifed by StartAddress.
 ; Wait for the trailing edge of vertical sync before setting so that
@@ -751,7 +751,7 @@ MyStack       segment para stack 'STACK'
        db     512 dup (0)
 MyStack       ends
 ;*********************************************************************
-Datasegment
+Data segment
 SplitScreenLine       dw    ?            ;line the split screen currently
                                          ; starts after
 StartAddress          dw    ?            ;display memory offset at which
@@ -763,7 +763,7 @@ Data    ends
 Code    segment
         assume    cs:Code, ds:Data
 ;*********************************************************************
-Startproc    near
+Start proc    near
      mov     ax,Data
      mov     ds,ax
 ;
@@ -837,7 +837,7 @@ ColumnLoop2:
                                               ; panning effects can be seen easily
      inc     di
      inc     di
-loopColumnLoop2
+loop ColumnLoop2
      ror     ax,1                             ;shift pattern word
      dec     dx
      jnz     RowLoop2
@@ -847,7 +847,7 @@ loopColumnLoop2
 ; screen jerks back and forth as the pel panning setting cycles.
 ;
      mov     cx,200                   ;pan 200 pixels to the left
-callPanRight
+call PanRight
 ;
 ; Wait for a key press (don't echo character).
 ;
@@ -904,7 +904,7 @@ endif
      int     10h                         ;return to text mode
      mov     ah,4ch
      int     21h                         ;return to DOS
-Startendp
+Start endp
 ;*********************************************************************
 ; Waits for the leading edge of the vertical sync pulse.
 ;
@@ -997,7 +997,7 @@ SetPelPan     proc     near
      mov      al,[PelPan]
      out      dx,al                       ;load the new Pel Pan setting
      ret
-SetPelPanendp
+SetPelPan endp
 ;*********************************************************************
 ; Sets the scan line the split screen starts after to the scan line
 ; specified by SplitScreenLine.
@@ -1104,8 +1104,8 @@ DoSetStartAddress:
      ret
 PanRight     endp
 ;*********************************************************************
-Codeends
-endStart
+Code ends
+end Start
 ```
 
 ### Notes on Setting and Reading Registers

src/chapter-31.md

@@ -37,7 +37,7 @@ the way up to 360x480—and that's with the vanilla IBM VGA!
 
 In this chapter, I'm going to focus on one of my favorite 256-color
 modes, which provides 320x400 resolution and two graphics pages and can
-be set up with very little reof the VGA. In the next chapter, I'll
+be set up with very little reprogramming of the VGA. In the next chapter, I'll
 discuss higher-resolution 256-color modes, and starting in Chapter 47,
 I'll cover the high-performance "Mode X" 256-color programming that many
 games use.
@@ -283,7 +283,7 @@ endif
 ;
 ; Macro to output a constant value to an indexed VGA register.
 ;
-CONSTANT_TO_INDEXED_REGISTERmacroADDRESS, INDEX, VALUE
+CONSTANT_TO_INDEXED_REGISTER macro ADDRESS, INDEX, VALUE
       mov  dx,ADDRESS
       mov  ax,(VALUE shl 8) + INDEX
       OUT_WORD
@@ -309,7 +309,7 @@ ColorLoop:
                                   ; line descriptor list
 LineLoop:
      mov   cx,[si+StartX]         ;set the initial X coordinate
-     cmpcx,-1
+     cmp   cx,-1
      jz    LinesDone              ;a descriptor with a -1 X
                                   ; coordinate marks the end
                                   ; of the list
@@ -341,7 +341,7 @@ LinesDone:
 ;
      call   GetNextKey
      mov    ax,0003h
-     int    10h                    text mode
+     int    10h                    ;text mode
      mov    ah,4ch
      int    21h   ;done
 ;
@@ -477,7 +477,7 @@ WritePixel proc near
                                         ; the pixel
         mov  es:[di],bl                 ;draw the pixel
         ret
-WritePixelendp
+WritePixel endp
 ;
 ; Reads the color of the pixel at the specified location in 320x400
 ; 256-color mode.
@@ -491,7 +491,7 @@ WritePixelendp
 ;
 ; Registers altered: AX, CX, DX, SI, ES
 ;
-ReadPixelprocnear
+ReadPixel proc near
         mov   ax,VGA_SEGMENT
         mov   es,ax                        ;point to display memory
         mov   ax,SCREEN_WIDTH/4
@@ -511,9 +511,9 @@ ReadPixelprocnear
         mov    dx,GC_INDEX
         OUT_WORD                           ;set to read from the proper plane for
                                            ; the pixel
-        lodsbyte ptr es:[si]               ;read the pixel
+        lods byte ptr es:[si]              ;read the pixel
         ret
-ReadPixelendp
+ReadPixel endp
 ;
 ; Waits for the next key and returns it in AX.
 ;
@@ -690,7 +690,7 @@ endif
 ;
 ; Macro to output a constant value to an indexed VGA register.
 ;
-CONSTANT_TO_INDEXED_REGISTERmacroADDRESS, INDEX, VALUE
+CONSTANT_TO_INDEXED_REGISTER macro ADDRESS, INDEX, VALUE
         mov  dx,ADDRESS
         mov  ax,(VALUE shl 8) + INDEX
         OUT_WORD
@@ -702,7 +702,7 @@ Start   proc   near
 ;
 ; Set 320x400 256-color mode.
 ;
-callSet320By400Mode
+call Set320By400Mode
 ;
 ; We're in 320x400 256-color mode, with page 0 displayed.
 ; Let's fill page 0 with color bars slanting down and to the right.
@@ -722,7 +722,7 @@ callSet320By400Mode
 ;
 ; Wait for a key and flip to page 1 when one is pressed.
 ;
-      callGetNextKey
+      call GetNextKey
       CONSTANT_TO_INDEXED_REGISTER CRTC_INDEX,START_ADDRESS_HIGH,80h
                                ;set the Start Address High register
                                ; to 80h, for a start address of 8000h
@@ -735,7 +735,7 @@ callSet320By400Mode
 ;
 ; Wait for another key and flip back to page 0 when one is pressed.
 ;
-        callGetNextKey
+        call GetNextKey
         CONSTANT_TO_INDEXED_REGISTER CRTC_INDEX,START_ADDRESS_HIGH,00h
                                 ;set the Start Address High register
                                 ; to 00h, for a start address of 0000h
@@ -757,7 +757,7 @@ Start endp
 ;
 ; Output: none
 ;
-Set320By400Modeprocnear
+Set320By400Mode proc near
 ;
 ; First, go to normal 320x200 256-color mode, which is really a
 ; 320x400 256-color mode with each line scanned twice.
@@ -831,7 +831,7 @@ CONSTANT_TO_INDEXED_REGISTER SC_INDEX,MAP_MASK,0fh
         out     dx,al
         inc     dx
         in      al,dx
-        and     al,not40h                ;turn off doubleword
+        and     al,not 40h                ;turn off doubleword
         out     dx,al
         dec     dx
         mov     al,MODE_CONTROL
@@ -853,7 +853,7 @@ Set320By400Mode  endp
 ;        make them slant down and to the left, 0 to make
 ;        them vertical.
 ;
-ColorBarsUpprocnear
+ColorBarsUp proc near
         mov     ax,VGA_SEGMENT
         mov     es,ax                ;point to display memory
         sub     bh,bh                ;start with color 0
@@ -867,7 +867,7 @@ RowLoop:
                                      ;4 pixels at each address, so
                                      ; each 320-pixel row is 80 bytes wide
                                      ; in each plane
-        pus h   bx                   ;save the row-start color
+        push    bx                   ;save the row-start color
 ColumnLoop:
 MAP_SELECT = 1
         rept  4                      ;do all 4 pixels at this address with
@@ -887,11 +887,11 @@ MAP_SELECT = MAP_SELECT shl 1
         dec     si                     ;count down lines on the screen
         jnz     RowLoop
         ret
-ColorBarsUpendp
+ColorBarsUp endp
 ;
 ; Waits for the next key and returns it in AX.
 ;
-GetNextKeyprocnear
+GetNextKey proc near
 WaitKey:
         mov     ah,1
         int     16h
@@ -901,9 +901,9 @@ WaitKey:
         ret
 GetNextKey      endp
 ;
-Codeends
+Code ends
 ;
-endStart
+end Start
 ```
 
 When you run Listing 31.2, note the extremely smooth edges and fine

src/chapter-32.md

@@ -148,7 +148,7 @@ WORD_OUTS_OK    equ    1           ;set to 0 to assemble for
                                    ; computers that can't handle
                                    ; word outs to indexed VGA registers
 ;
-_DATAsegmentpublic byte ‘DATA'
+_DATA segment public byte ‘DATA'
 ;
 ; 360x480 256-color mode CRT Controller register settings.
 ; (Courtesy of John Bridges.)
@@ -171,7 +171,7 @@ vptbl   dw      06b00h  ; horz total
         dw      00616h  ; v blank end
         dw      0e317h  ; turn on byte mode
 vpend   label   word
-_DATAends
+_DATA ends
 ;
 ; Macro to output a word value to a port.
 ;
@@ -199,7 +199,7 @@ _TEXTsegment byte public ‘CODE'
 ; Returns: nothing
 ;
       public _Set360x480Mode
-_Set360x480Modeprocnear
+_Set360x480Mode proc near
       push   si                 ;preserve C register vars
       push   di
       mov    ax,12h             ; start with mode 12h
@@ -239,7 +239,7 @@ _Set360x480Modeprocnear
       pop     di                ;restore C register vars
       pop     si
       ret
-_Set360x480Modeendp
+_Set360x480Mode endp
 ;
 ; Draws a pixel in the specified color at the specified
 ; location in 360x480 256-color mode.
@@ -258,7 +258,7 @@ Color dw   ?            ;color in which to draw (in the
 DParms     ends
 ;
       public _Draw360x480Dot
-_Draw360x480Dotprocnear
+_Draw360x480Dot proc near
       push  bp            ;preserve caller's BP
       mov   bp,sp         ;point to stack frame
       push  si            ;preserve C register vars
@@ -289,7 +289,7 @@ _Draw360x480Dotprocnear
       pop   si
       pop   bp             ;restore caller's BP
       ret
-_Draw360x480Dotendp
+_Draw360x480Dot endp
 ;
 ; Reads the color of the pixel at the specified
 ; location in 360x480 256-color mode.
@@ -306,7 +306,7 @@ ReadY dw   ?                ;Y coordinate from which to read
 RParms     ends
 ;
       public _Read360x480Dot
-_Read360x480Dotprocnear
+_Read360x480Dot proc near
       push  bp              ;preserve caller's BP
       mov   bp,sp           ;point to stack frame
       push  si              ;preserve C register vars
@@ -336,7 +336,7 @@ _Read360x480Dotprocnear
        pop  bp              ;restore caller's BP
        ret
 _Read360x480Dot  endp
-_TEX   Tends
+_TEXT  ends
        end
 ```
 

src/chapter-33.md

@@ -532,7 +532,7 @@ FillVertLoop:
        jnz  FillHorzLoop           ;no, do the next column
        ret;
 
-        endStart
+        end Start
 ```
 
 Note the jagged lines at the corners of the screen when you run Listing

src/chapter-43.md

@@ -720,7 +720,7 @@ DrawLoop:
         dec     dx              ;count down the lines of the image
         jnz     DrawLoop
         ret
-DrawObjectendp
+DrawObject endp
 ;
 Code    ends
         end     Start

src/chapter-53.md

@@ -199,7 +199,7 @@ SCparms ends
 
    align ALIGNMENT
    public -CosSin
--CosSinprocnear
+-CosSin proc near
      push  bp                  ;preserve stack frame
      mov   bp,sp               ;set up local stack frame
 
@@ -272,7 +272,7 @@ CSDone:
 
      pop      bp;restore stack frame
 ret
--CosSinendp
+-CosSin endp
 ;=====================================================================
 ; Matrix multiplies Xform by SourceVec, and stores the result in
 ; DestVec. Multiplies a 4x4 matrix times a 4x1 matrix; the result
@@ -351,7 +351,7 @@ pop di;restore register variables
 pop si
 pop bp;restore stack frame
 ret
--XformVecendp
+-XformVec endp
 ;=====================================================================
 ; Matrix multiplies SourceXform1 by SourceXform2 and stores the
 ; result in DestXform. Multiplies a 4x4 matrix times a 4x4 matrix;
@@ -475,7 +475,7 @@ pop di;restore register variables
 pop si
 pop bp;restore stack frame
 ret
--ConcatXformsendp
+-ConcatXforms endp
 end
 ```
 

src/chapter-54.md

@@ -339,7 +339,7 @@ SCparms    ends
 
     alignALIGNMENT
     public _CosSin
-_CosSin    procnear
+_CosSin     proc near
      push  bp                          ;preserve stack frame
      mov   bp,sp                       ;set up local stack frame
 
@@ -597,7 +597,7 @@ FixedMulDone:
 
      align ALIGNMENT
      public _XformVec
-_XformVecprocnear
+_XformVec proc near
      push   bp                           ;preserve stack frame
      mov    bp,sp                        ;set up local stack frame
      push   si                           ;preserve register variables
@@ -704,7 +704,7 @@ endif ;USE386
      pop   si
      pop   bp                             ;restore stack frame
 ret
-_XformVecendp
+_XformVec endp
 
 ;=====================================================================
 ; Matrix multiplies SourceXform1 by SourceXform2 and stores the
@@ -741,7 +741,7 @@ CXparms ends
 
           align ALIGNMENT
           public _ConcatXforms
-_ConcatXformsprocnear
+_ConcatXforms proc near
           push    bp                   ;preserve stack frame
           mov     bp,sp                ;set up local stack frame
           push    si                   ;preserve register variables