Aros/Developer/Docs/Devices/Printer
Introduction[edit | edit source]
AmigaDOS 3.1 (which AROS is modeled after) didn't have any standard printing dialogs like you are probably used to seeing under other OSes for selecting which pages to print of a document, choosing landscape mode vs portrait, paper sizes, paper types, duplex mode, print preview, etc. Every program has to roll its own to interface with the printer prefs for these things.
Under AmigaDOS 1.x-3.1 each and every application program has to do its own support for high resolution, high quality printing because the graphics display and printing API didn't have any resolution independence built in creating and displaying a drawing command list and then converting that to a structured drawing format or language output including logos or fonts, etc. (unlike MacOS or Windows).
Under AmigaDOS 1.x-3.1 printing consisted of a primitive printer.device which only understands ANSI formatted text and a few types of graphics rastport binary data, and consulted the printer, printergfx, and printerps preferences to decide how to handle printing to either a bitmap oriented printer, an ANSI sequence text printer, or by feeding raw data (generated independently by each individual program that wanted to print raw). Each printer would have a custom device file made for it to switch modes from text to graphics (translating from internal Amiga graphics or text format to something the printer liked) and do things like form feed, set margins, etc. and printer.device would (by the printer prefs) decide which port to send that data to, check for errors while printing, etc.
AROS, at the moment, does support translating any text and pictures into Postscript (.ps) files which can then be saved as a file or printed to a limited range of printers.
- Use the existing printer.device API
- PRD_RAWWRITE send unprocessed data to printer
- PRD_DUMPRPORT (IODRPReq->ioCommand) send rastport to printer
- PRD_QUERY (IOStdReq->io_Command) in what state is the printer port
- PRD_PRTCOMMAND (IOPrtCmdReq->ioCommand) send ANSI escape sequence to printer via CMD_WRITE (unsupported)
- Writes its output to
- A filename specified by the user (via prefs or a pop-up)
- A pipe to another program (via prefs or a pop-up requester)
- The output is PostScript Level 2 (or lower)
- Select page size as A4, Letter, or custom (in inches or mm)
Status:
- printer.device is ~99% code complete
- L:port-handler is code complete
- C:Print is code complete (print via Datatypes)
- DEVS:Printers/PostScript is ~95% code complete
Features:
+ All 10 printer.device units should be available + Each unit runs in its own DOS Process + Each unit has its own instance of a DEVS:Printer/* driver + The instance only exists while the unit is open. + Print to file, serial, parallel, or USB (the last 3 are untested) + PAR: SER: and PRT: DOS handlers for printing (and general IO) - Of note, see DEVS:DosDrivers/SER0 - it can be adapted for to connect to any streaming device. + Landscape/Portrait works + PostScript Level 2, with %%Page: and EPS compatible comments - makes enscript happier
Known issues:
- Only PCC_BGR printers are supported at this time (I'll get CYMK and B&W working in a bit) - Only (due to licensing [1]) PostScript and Skeleton (demo) printers are available. - Centering, color inversion, and a number of other minor features are missing or broken. - No attempt is made to correct the aspect ratio of the printed pictures.
- Almost all of the printer drivers with source code that could be found have a big "Copyright (c) 19xx Amiga" at the top. Hopefully people can use the PostScript and Skeleton drivers to write printer drivers with better licenses.
Examples[edit | edit source]
/************************************************************** **** Print.h : procedures for printing **** **** Free software under GNU license, started on 2/2/2012 **** **** © AROS Team **** **************************************************************/ #ifndef PRINT_H #define PRINT_H #include "Memory.h" /* Print a file */ BYTE print_file(LINE *svg, unsigned char eol); /* Get/set current printer.device unit * If unit < 0, gets current printer unit * Otherwise, sets unit to the selected unit */ BYTE print_unit(BYTE unit); #endif
/**************************************************************
**** Print.c : procedures for printing ****
**** Free software under GNU license, started on 2/2/2012 ****
**** © AROS Team ****
**************************************************************/
#include <intuition/intuition.h>
#include <libraries/asl.h>
#include <exec/memory.h>
#include <dos/dos.h>
#include <proto/exec.h>
#include "Gui.h"
#include "Project.h"
#include "Utility.h"
#include "ProtoTypes.h"
#include "Print.h"
#include "DiskIO.h"
#define CATCOMP_NUMBERS /* Error msg use strings id */
#include "strings.h"
static inline BYTE PWrite(struct IORequest *io, CONST_STRPTR buffer, LONG len)
{
struct IOStdReq *sio = (struct IOStdReq *)io;
sio->io_Command = CMD_WRITE;
sio->io_Data = (APTR)buffer;
sio->io_Length = len;
return (DoIO(io) == 0 && sio->io_Actual == len) ? 1 : 0;
}
/* Print a file
*/
BYTE print_file(LINE *svg, unsigned char eol)
{
STRPTR buf;
LONG i;
BYTE szeol = szEOL[eol];
LINE *ln;
BYTE retval = 0;
struct IORequest *io;
struct MsgPort *mp;
if ((mp = CreateMsgPort())) {
if ((io = CreateIORequest(mp, sizeof(struct IOStdReq)))) {
if (0 == OpenDevice("printer.device", print_unit(-1), io, 0)) {
BusyWindow(Wnd);
for(ln=svg, buf=NULL, i=0; ln; ln=ln->next)
{
if (i == 0)
buf = ln->stream;
/* An unmodified line (2nd cond. is for deleted lines) */
if (ln->max == 0 && ln->stream-buf == i) {
i+=ln->size+szeol;
} else {
/* Flush preceding unmodified buffer */
i -= szeol;
if( i>=0 && (PWrite(io, buf, i) != 1 ||
PWrite(io, &chEOL[eol], szeol) != 1 ) )
{
retval = 0;
break;
}
/* Writes the modified line */
if( PWrite(io, ln->stream, ln->size) != 1 || (ln->next != NULL &&
PWrite(io, &chEOL[eol], szeol) != 1 ) ) {
retval = 0;
break;
}
i=0;
}
}
/* Flush buffer */
if( i>szeol && PWrite(io, buf, i-szeol) !=1 ) {
retval = 0;
}
WakeUp(Wnd);
CloseDevice(io);
}
DeleteIORequest(io);
}
DeleteMsgPort(mp);
}
return retval;
}
/* Get/set current printer.device unit
* If unit < 0, do not change current unit
* Return:
* printer unit to be used for printing
*
*/
BYTE print_unit(BYTE unit)
{
static BYTE current_unit = 0;
if (unit >= 0)
current_unit = unit;
return current_unit;
}
Drivers[edit | edit source]
/*
* Copyright (C) 2012, The AROS Development Team. All rights reserved.
* Author: Jason S. McMullan <jason.mcmullan@gmail.com>
*
* Licensed under the AROS PUBLIC LICENSE (APL) Version 1.1
*/
#include <aros/debug.h>
#include <aros/printertag.h>
#include <clib/alib_protos.h>
#include <devices/printer.h>
#include <devices/prtgfx.h>
#include <prefs/printergfx.h>
#include <prefs/printertxt.h>
#include <exec/rawfmt.h>
#include <proto/exec.h>
#include <proto/graphics.h>
/* Support binary compatability with AOS */
#ifdef __mc68000
#undef RAWFMTFUNC_STRING
#define RAWFMTFUNC_STRING (VOID (*)())"\x16\xC0\x4E\x75"
#endif
static LONG sk_Init(struct PrinterData *pd);
static VOID sk_Expunge(VOID);
static LONG sk_Open(union printerIO *ior);
static VOID sk_Close(union printerIO *ior);
static LONG sk_Render(SIPTR ct, LONG x, LONG y, LONG status);
static LONG sk_ConvFunc(UBYTE *buf, UBYTE c, LONG crlf_flag);
static LONG sk_DoPreferences(union printerIO *ior, LONG command);
static VOID sk_CallErrHook(union printerIO *ior, struct Hook *hook);
static LONG sk_DoSpecial(UWORD *command, UBYTE output_buffer[],
BYTE *current_line_position,
BYTE *current_line_spacing,
BYTE *crlf_flag, UBYTE params[]);
static CONST_STRPTR PED_Commands[] = {
"\377", /* 0 aRIS (reset) */
"\377\377", /* 1 aRIN (initialize) */
"\377", /* 2 aIND (linefeed) */
"\377", /* 3 aNEL (CR/LF) */
"\377", /* 4 aRI (reverse LF) */
"\377", /* 5 aSGR0 (Courier) */
"\377", /* 6 aSGR3 (italics) */
"\377", /* 7 aSGR23 (no italics) */
"\377", /* 8 aSGR4 (underline) */
"\377", /* 9 aSGR24 (no underline) */
"\377", /* 10 aSGR1 (boldface) */
"\377", /* 11 aSGR21 (no boldface) */
"\377", /* 12 aSFC (set text color) */
"\377", /* 13 aSBC (set background color) */
"\377", /* 14 aSHORP0 (normal pitch) */
"\377", /* 15 aSHORP2 (elite) */
"\377", /* 16 aSHORP1 (no elite) */
"\377", /* 17 aSHORP4 (condensed) */
"\377", /* 18 aSHORP3 (no condensed) */
"\377", /* 19 aSHORP6 (enlarge) */
"\377", /* 20 aSHORT5 (no enlarge) */
"\377", /* 21 aDEN6 (shadow) */
"\377", /* 22 aDEN5 (no shadow) */
"\377", /* 23 aDEN4 (double strike) */
"\377", /* 24 aDEN3 (no double strike) */
"\377", /* 25 aDEN2 (NLQ) */
"\377", /* 26 aDEN1 (no NLQ) */
"\377", /* 27 aSUS2 (superscript) */
"\377", /* 28 aSUS1 (no superscript) */
"\377", /* 29 aSUS4 (subscript) */
"\377", /* 30 aSUS3 (no subscript) */
"\377", /* 31 aSUS0 (normal) */
"\377", /* 32 aPLU (partial line up) */
"\377", /* 33 aPLD (partial line down) */
"\377", /* 34 aFNT0 (Courier) */
"\377", /* 35 aFNT1 (Helvetica) */
"\377", /* 36 aFNT2 (Font 2) */
"\377", /* 37 aFNT3 (Font 3) */
"\377", /* 38 aFNT4 (Font 4) */
"\377", /* 39 aFNT5 (Font 5) */
"\377", /* 40 aFNT6 (Font 6) */
"\377", /* 41 aFNT7 (Font 7) */
"\377", /* 42 aFNT8 (Font 8) */
"\377", /* 43 aFNT9 (Font 9) */
"\377", /* 44 aFNT10 (Font 10) */
"\377", /* 45 aPROP2 (proportional) */
"\377", /* 46 aPROP1 (no proportional) */
"\377", /* 47 aPROP0 (default proportion) */
"\377", /* 48 aTSS (set proportional offset) */
"\377", /* 49 aJFY5 (left justify) */
"\377", /* 50 aJFY7 (right justify) */
"\377", /* 51 aJFY6 (full justify) */
"\377", /* 52 aJFY0 (no justify) */
"\377", /* 53 aJFY3 (letter space) */
"\377", /* 54 aJFY1 (word fill) */
"\377", /* 55 aVERP0 (1/8" line spacing) */
"\377", /* 56 aVERP1 (1/6" line spacing) */
"\377", /* 57 aSLPP (form length) */
"\377", /* 58 aPERF (skip n perfs) */
"\377", /* 59 aPERF0 (no skip perfs) */
"\377", /* 60 aLMS (left margin) */
"\377", /* 61 aRMS (right margin) */
"\377", /* 62 aTMS (top margin) */
"\377", /* 63 aBMS (bot margin) */
"\377", /* 64 aSTBM (top & bottom margin) */
"\377", /* 65 aSLRM (left & right margin) */
"\377", /* 66 aCAM (no margins) */
"\377", /* 67 aHTS (horizontal tabs) */
"\377", /* 68 aVTS (vertical tabs) */
"\377", /* 69 aTBC0 (clear horizontal tab) */
"\377", /* 70 aTBC3 (clear all horiz. tabs) */
"\377", /* 71 aTBC1 (clear vertical tab) */
"\377", /* 72 aTBC4 (clear all vertical tabs) */
"\377", /* 73 aTBCALL (clear all tabs) */
"\377", /* 74 aTBSALL (default tabs) */
"\377", /* 75 aEXTEND (extended chars) */
"\377", /* 76 aRAW (next N chars are literal) */
};
static CONST_STRPTR cmdTable[] = {
"aRIS", /* 0 */
"aRIN", /* 1 */
"aIND", /* 2 */
"aNEL", /* 3 */
"aRI", /* 4 */
"aSGR0", /* 5 */
"aSGR3", /* 6 */
"aSGR23", /* 7 */
"aSGR4", /* 8 */
"aSGR24", /* 9 */
"aSGR1", /* 10 */
"aSGR21", /* 11 */
"aSFC", /* 12 */
"aSBC", /* 13 */
"aSHORP0", /* 14 */
"aSHORP2", /* 15 */
"aSHORP1", /* 16 */
"aSHORP4", /* 17 */
"aSHORP3", /* 18 */
"aSHORP6", /* 19 */
"aSHORT5", /* 20 */
"aDEN6", /* 21 */
"aDEN5", /* 22 */
"aDEN4", /* 23 */
"aDEN3", /* 24 */
"aDEN2", /* 25 */
"aDEN1", /* 26 */
"aSUS2", /* 27 */
"aSUS1", /* 28 */
"aSUS4", /* 29 */
"aSUS3", /* 30 */
"aSUS0", /* 31 */
"aPLU", /* 32 */
"aPLD", /* 33 */
"aFNT0", /* 34 */
"aFNT1", /* 35 */
"aFNT2", /* 36 */
"aFNT3", /* 37 */
"aFNT4", /* 38 */
"aFNT5", /* 39 */
"aFNT6", /* 40 */
"aFNT7", /* 41 */
"aFNT8", /* 42 */
"aFNT9", /* 43 */
"aFNT10", /* 44 */
"aPROP2", /* 45 */
"aPROP1", /* 46 */
"aPROP0", /* 47 */
"aTSS", /* 48 */
"aJFY5", /* 49 */
"aJFY7", /* 50 */
"aJFY6", /* 51 */
"aJFY0", /* 52 */
"aJFY3", /* 53 */
"aJFY1", /* 54 */
"aVERP0", /* 55 */
"aVERP1", /* 56 */
"aSLPP", /* 57 */
"aPERF", /* 58 */
"aPERF0", /* 59 */
"aLMS", /* 60 */
"aRMS", /* 61 */
"aTMS", /* 62 */
"aBMS", /* 63 */
"aSTBM", /* 64 */
"aSLRM", /* 65 */
"aCAM", /* 66 */
"aHTS", /* 67 */
"aVTS", /* 68 */
"aTBC0", /* 69 */
"aTBC3", /* 70 */
"aTBC1", /* 71 */
"aTBC4", /* 72 */
"aTBCALL", /* 73 */
"aTBSALL", /* 74 */
"aEXTEND", /* 75 */
"aRAW", /* 76 */
};
static CONST_STRPTR PED_8BitChars[] = {
" ", /* SPC (160) */
"?", /* ! */
"?", /* c */
"?", /* £ */
"?", /* o */
"?", /* Y */
"|",
"?", /* S */
"?",
"?", /* Copyright */
"?", /* a */
"?", /* < */
"?", /* - */
"?", /* SHY */
"?", /* R */
"?", /* - */
"?", /* o (176) */
"?", /* +- */
"?", /* 2 */
"?", /* 3 */
"?",
"?", /* u */
"?", /* P */
"?", /* . */
"?", /* , */
"?", /* 1 */
"?", /* o */
"?", /* > */
"?", /* 1/4 */
"?", /* 1/2 */
"?", /* 3/4 */
"?", /* ? */
"?", /* A' (192) */
"?", /* A' */
"?", /* A^ */
"?", /* A~ */
"?", /* A: */
"?", /* Ao */
"?", /* AE */
"?", /* C */
"?", /* E' */
"?", /* E' */
"?", /* E^ */
"?", /* E: */
"?", /* I' */
"?", /* I' */
"?", /* I^ */
"?", /* I: */
"?", /* D- (208) */
"?", /* N~ */
"?", /* O' */
"?", /* O' */
"?", /* O^ */
"?", /* O~ */
"?", /* O: */
"?", /* x */
"?", /* 0 */
"?", /* U' */
"?", /* U' */
"?", /* U^ */
"?", /* U: */
"?", /* Y' */
"?", /* p */
"?", /* B */
"?", /* a' (224) */
"?", /* a' */
"?", /* a^ */
"?", /* a~ */
"?", /* a: */
"?", /* ao */
"?", /* ae */
"?", /* c */
"?", /* e' */
"?", /* e' */
"?", /* e^ */
"?", /* e: */
"?", /* i' */
"?", /* i' */
"?", /* i^ */
"?", /* i: */
"?", /* o (240) */
"?", /* n~ */
"?", /* o' */
"?", /* o' */
"?", /* o^ */
"?", /* o~ */
"?", /* o: */
"?", /* / */
"?", /* 0 */
"?", /* u' */
"?", /* u' */
"?", /* u^ */
"?", /* u: */
"?", /* y' */
"?", /* p */
"?", /* y: */
};
static struct TagItem PED_TagList[] = {
{ PRTA_8BitGuns, TRUE }, /* 0 */
{ PRTA_MixBWColor, TRUE }, /* 1 */
{ PRTA_LeftBorder, 0 }, /* 2 */
{ PRTA_TopBorder, 0 }, /* 3 */
// { PRTA_ConvertSource, TRUE }, /* 4 */
{ PRTA_ColorCorrection, TRUE }, /* 5 */
{ TAG_END }
};
AROS_PRINTER_TAG(PED, 44, 0,
.ped_PrinterName = "Skeleton",
.ped_Init = sk_Init,
.ped_Expunge = sk_Expunge,
.ped_Open = sk_Open,
.ped_Close = sk_Close,
/* Settings for a 'graphics only' printer */
.ped_PrinterClass = PPC_COLORGFX | PPCF_EXTENDED,
.ped_MaxColumns = 0, /* Set during render */
.ped_ColorClass = PCC_YMCB | PCC_MULTI_PASS,
.ped_NumCharSets = 2,
.ped_NumRows = 1, /* minimum pixels/row in gfx mode */
.ped_MaxXDots = 0, /* Set during render */
.ped_MaxYDots = 0, /* Set during render */
.ped_XDotsInch = 0, /* Set during render */
.ped_YDotsInch = 0, /* Set during render */
.ped_Commands = (STRPTR *)PED_Commands, /* No ANSI commands */
.ped_DoSpecial = sk_DoSpecial,
.ped_Render = sk_Render,
.ped_TimeoutSecs = 1000, /* For print-to-file timeouts */
.ped_8BitChars = (STRPTR *)PED_8BitChars,
.ped_PrintMode = 1,
.ped_ConvFunc = sk_ConvFunc,
.ped_TagList = &PED_TagList[0],
.ped_DoPreferences = sk_DoPreferences,
.ped_CallErrHook = sk_CallErrHook,
);
struct PrinterData *PD;
static CONST_STRPTR sk_PaperSize;
static LONG sk_PrintBufLen;
static LONG sk_SpacingLPI;
static LONG sk_FontCPI;
static LONG sk_Init(struct PrinterData *pd)
{
D(bug("sk_Init: pd=%p\n", pd));
PD = pd;
return 0;
}
static VOID sk_Expunge(VOID)
{
D(bug("sk_Expunge\n"));
PD = NULL;
}
static struct {
char buff_a[16];
char buff_b[16];
char *buff;
int len;
} sk_PState = {
.buff = &sk_PState.buff_a[0]
};
#define PFLUSH() do { \
PD->pd_PWrite(sk_PState.buff, sk_PState.len); \
if (sk_PState.buff == &sk_PState.buff_a[0]) \
sk_PState.buff = &sk_PState.buff_b[0]; \
else \
sk_PState.buff = &sk_PState.buff_a[0]; \
sk_PState.len = 0; \
} while (0)
static AROS_UFH2(void, sk_PPutC,
AROS_UFHA(UBYTE, c, D0),
AROS_UFHA(APTR, dummy, A3))
{
AROS_USERFUNC_INIT
/* Ignore the trailing 0 that RawDoFmt() tacks on the end */
if (c == 0)
return;
sk_PState.buff[sk_PState.len++]=c;
if (sk_PState.len >= 16)
PFLUSH();
AROS_USERFUNC_EXIT
}
#define sk_PWrite(fmt, ...) \
do { \
IPTR args[] = { AROS_PP_VARIADIC_CAST2IPTR(__VA_ARGS__) }; \
RawDoFmt(fmt, args, (VOID_FUNC)sk_PPutC, NULL); \
PFLUSH(); \
} while (0);
#define sk_VWrite(buf, fmt, ...) \
do { \
IPTR args[] = { AROS_PP_VARIADIC_CAST2IPTR(__VA_ARGS__) }; \
RawDoFmt(fmt, args, RAWFMTFUNC_STRING, buf); \
} while (0);
static LONG sk_Open(union printerIO *ior)
{
D(bug("sk_Open: ior=%p\n", ior));
return 0;
}
static VOID sk_Close(union printerIO *ior)
{
D(bug("sk_Close: ior=%p\n", ior));
}
static LONG sk_RenderInit(struct IODRPReq *io, LONG width, LONG height)
{
D(bug("sk_RenderInit: Dump raster %ldx%ld pixels, io_RastPort=%p\n", width, height, io->io_RastPort));
D(bug("\t@%ldx%ld (%ldx%ld) => @%ldx%ld\n",
io->io_SrcX, io->io_SrcY, io->io_SrcWidth,
io->io_SrcHeight, io->io_DestCols, io->io_DestRows));
LONG alignOffsetX = 0;
LONG alignOffsetY = 0;
LONG x, y;
sk_PrintBufLen = width;
PD->pd_PrintBuf = AllocMem(sk_PrintBufLen * 6, MEMF_ANY);
if (PD->pd_PrintBuf == NULL)
return PDERR_BUFFERMEMORY;
if (PD->pd_Preferences.PrintFlags & PGFF_CENTER_IMAGE) {
alignOffsetX = (PED->ped_MaxXDots - width) / 2;
alignOffsetY = (PED->ped_MaxYDots - height) / 2;
}
sk_PWrite("[IMAGE]\n");
return PDERR_NOERR;
}
static LONG sk_RenderTransfer(struct PrtInfo *pi, LONG color, LONG y)
{
UBYTE *ptr = PD->pd_PrintBuf;
union colorEntry *src = pi->pi_ColorInt;
int x;
D(bug("\tSource=%p\n", src));
sk_PWrite("[Image %ld] ", y);
for (x = 0; x < pi->pi_width; x++, src++, ptr++) {
*ptr = " ..ccooCCOO@@##"[(src->colorByte[PCMBLACK] >> 4) & 0xf];
}
return PDERR_NOERR;
}
static LONG sk_RenderFlush(LONG rows)
{
PD->pd_PWrite(PD->pd_PrintBuf, sk_PrintBufLen);
PD->pd_PWrite("\n", 1);
return PDERR_NOERR;
}
static LONG sk_RenderClear(void)
{
memset(PD->pd_PrintBuf, ' ', sk_PrintBufLen);
return PDERR_NOERR;
}
static LONG sk_RenderPreInit(struct IODRPReq *io, LONG flags)
{
ULONG dpiX, dpiY;
ULONG width, height;
/* Select DPI */
switch (flags & SPECIAL_DENSITYMASK) {
case SPECIAL_DENSITY1:
dpiX = 72;
dpiY = 72;
break;
case SPECIAL_DENSITY2:
dpiX = 10;
dpiY = 10;
break;
case SPECIAL_DENSITY3:
dpiX = 120;
dpiY = 120;
break;
case SPECIAL_DENSITY4:
dpiX = 150;
dpiY = 150;
break;
case SPECIAL_DENSITY5:
dpiX = 300;
dpiY = 300;
break;
case SPECIAL_DENSITY6:
dpiX = 600;
dpiY = 600;
break;
case SPECIAL_DENSITY7:
dpiX = 1200;
dpiY = 1200;
break;
default:
dpiX = 72;
dpiY = 72;
}
switch (PD->pd_Preferences.PrintPitch) {
case PP_ELITE: sk_FontCPI = 120; break;
case PP_FINE: sk_FontCPI = 171; break;
case PP_PICA: sk_FontCPI = 100; break;
default:
return PDERR_BADDIMENSION;
}
switch (PD->pd_Preferences.PrintSpacing) {
case PS_SIX_LPI: sk_SpacingLPI = 6; break;
case PS_EIGHT_LPI: sk_SpacingLPI = 8; break;
default:
return PDERR_BADDIMENSION;
}
switch (PD->pd_Preferences.PaperSize) {
/* PaperSize (in units of 0.0001 meters) */
case US_LETTER: sk_PaperSize = "Letter"; break; /* 8.5"x11" */
case US_LEGAL: sk_PaperSize = "Legal"; break; /* 8.5"x14" */
case N_TRACTOR: sk_PaperSize = "80-Col"; break; /* 9.5"x11" */
case W_TRACTOR: sk_PaperSize = "132-Col"; break; /* 14.86"x11" */
/* European sizes */
case EURO_A0: sk_PaperSize = "A0"; break; /* A0: 841 x 1189 */
case EURO_A1: sk_PaperSize = "A1"; break; /* A1: 594 x 841 */
case EURO_A2: sk_PaperSize = "A2"; break; /* A2: 420 x 594 */
case EURO_A3: sk_PaperSize = "A3"; break; /* A3: 297 x 420 */
case EURO_A4: sk_PaperSize = "A4"; break; /* A4: 210 x 297 */
case EURO_A5: sk_PaperSize = "A5"; break; /* A5: 148 x 210 */
case EURO_A6: sk_PaperSize = "A6"; break; /* A6: 105 x 148 */
case EURO_A7: sk_PaperSize = "A7"; break; /* A7: 74 x 105 */
case EURO_A8: sk_PaperSize = "A8"; break; /* A8: 52 x 74 */
case CUSTOM: sk_PaperSize = "Custom"; break;
default: return PDERR_BADDIMENSION;
}
/* Set up for the page size */
switch (PD->pd_Preferences.PaperSize) {
/* PaperSize (in units of 0.0001 meters) */
case US_LETTER: width = 2159; height = 2794; break; /* 8.5"x11" */
case US_LEGAL: width = 2159; height = 3556; break; /* 8.5"x14" */
case N_TRACTOR: width = 2413; height = 2794; break; /* 9.5"x11" */
case W_TRACTOR: width = 3774; height = 2794; break; /* 14.86"x11" */
/* European sizes */
case EURO_A0: width = 8410; height = 11890; break; /* A0: 841 x 1189 */
case EURO_A1: width = 5940; height = 8410; break; /* A1: 594 x 841 */
case EURO_A2: width = 4200; height = 5940; break; /* A2: 420 x 594 */
case EURO_A3: width = 2970; height = 4200; break; /* A3: 297 x 420 */
case EURO_A4: width = 2100; height = 2970; break; /* A4: 210 x 297 */
case EURO_A5: width = 1480; height = 2100; break; /* A5: 148 x 210 */
case EURO_A6: width = 1050; height = 1480; break; /* A6: 105 x 148 */
case EURO_A7: width = 740; height = 1050; break; /* A7: 74 x 105 */
case EURO_A8: width = 520; height = 740; break; /* A8: 52 x 74 */
case CUSTOM: width = PD->pd_Preferences.PrintMaxWidth * 254 / 10;
height = PD->pd_Preferences.PrintMaxHeight * 254 / 10;
break;
default: return PDERR_CANCEL;
}
PED->ped_MaxColumns = width * sk_FontCPI / 2540;
PED->ped_XDotsInch = dpiX;
PED->ped_YDotsInch = dpiY;
PED->ped_MaxXDots = width * dpiX / 254;
PED->ped_MaxYDots = height * dpiY / 254;
D(bug("MaxColumns=%d, dpiX=%d, dpiY=%d, MaxXDots=%d, MaxYDots=%d (%d x %d in)\n",
PED->ped_MaxColumns, PED->ped_XDotsInch, PED->ped_YDotsInch,
PED->ped_MaxXDots, PED->ped_MaxYDots,
PED->ped_MaxXDots / dpiX, PED->ped_MaxYDots / dpiY));
return PDERR_NOERR;
}
static LONG sk_RenderClose(SIPTR error, ULONG flags)
{
if (error != PDERR_CANCEL) {
/* Send formfeed */
if (!(flags & SPECIAL_NOFORMFEED))
sk_PWrite("[FF]\n");
}
sk_PWrite("[Close]\n");
return PDERR_NOERR;
}
static LONG sk_RenderNextColor(void)
{
return PDERR_NOERR;
}
/* If Tag PRTA_ConvertSource is set, this function is called instead
* of the printer.device built-in to convert.
*
* The size of each entry is either sizeof(union colorEntry), or
* Tag PRTA_ColorSize (if set)
*
* The conversion is done in-place.
*/
static LONG sk_RenderConvert(APTR row, LONG entries, LONG is_pixels)
{
return PDERR_NOERR;
}
/* If Tag PRTA_ColorCorrection is set, this function is called instead
* of the printer.device built-in to correct printer-space colors.
*
* The size of each entry is either sizeof(union colorEntry), or
* Tag PRTA_ColorSize (if set)
*
* The conversion is done in-place.
*/
static LONG sk_RenderCorrect(APTR row, LONG entries, LONG is_pixels)
{
return PDERR_NOERR;
}
static LONG sk_Render(SIPTR ct, LONG x, LONG y, LONG status)
{
LONG err = PDERR_NOERR;
switch (status) {
case PRS_INIT:
D(bug("PRS_INIT: IODRPReq=%p, width=%d, height=%d\n", ct, x, y));
err = sk_RenderInit((struct IODRPReq *)ct, x, y);
break;
case PRS_TRANSFER:
D(bug("PRS_TRANSFER: PrtInfo=%p, color=%d, row=%d\n", ct, x, y));
err = sk_RenderTransfer((struct PrtInfo *)ct, x, y);
break;
case PRS_FLUSH:
D(bug("PRS_FLUSH: ct=%p, x=%d, rows=%d\n", ct, x, y));
err = sk_RenderFlush(y);
break;
case PRS_CLEAR:
D(bug("PRS_CLEAR: ct=%p, x=%d, y=%d\n", ct, x, y));
err = sk_RenderClear();
break;
case PRS_CLOSE:
D(bug("PRS_CLOSE: error=%d, io_Special=0x%0x, y=%d\n", ct, x, y));
err = sk_RenderClose(ct, x);
break;
case PRS_PREINIT:
D(bug("PRS_PREINIT: IODRPReq=%p, io_Special=0x%0x, y=%d\n", ct, x, y));
err = sk_RenderPreInit((struct IODRPReq *)ct, x);
break;
case PRS_NEXTCOLOR:
D(bug("PRS_NEXTCOLOR: ct=%p, x=0x%0x, y=%d\n", ct, x, y));
err = sk_RenderNextColor();
break;
case PRS_UNKNOWN:
D(bug("PRS_UNKNOWN: ct=%p, x=0x%0x, y=%d\n", ct, x, y));
err = PDERR_NOERR;
break;
case PRS_CONVERT:
D(bug("PRS_CONVERT: row=%p, entries=%d, type=%s\n", ct, x, y ? "pixels" : "union colorEntry"));
err = sk_RenderConvert((APTR)ct, x, y);
break;
case PRS_CORRECT:
D(bug("PRS_CORRECT: row=%p, entries=%d, type=%s\n", ct, x, y ? "pixels" : "union colorEntry"));
err = sk_RenderCorrect((APTR)ct, x, y);
break;
default:
D(bug("PRS_xxxx(%d): ct=%p, x=0x%0x, y=%d\n", status, ct, x, y));
break;
}
return err;
}
/* Text output:
* > 0 = processed, add N chars
* 0 = not handled by DoSpecial
* -1 = Unsupported command
* -2 = Processed, but no additional chars in the buffer
*/
static LONG sk_DoSpecial(UWORD *command, UBYTE output_buffer[],
BYTE *current_line_position,
BYTE *current_line_spacing,
BYTE *crlf_flag, UBYTE params[])
{
D(bug("sk_DoSpecial: command=0x%04x, output_buffer=%p, current_line_position=%d, current_line_spacing=%d, crlf_flag=%d, params=%s\n",
*command, output_buffer, *current_line_position, *current_line_spacing, *crlf_flag, params));
sk_VWrite(output_buffer, "[%s %ld,%ld,%ld,%ld]", cmdTable[*command], params[0], params[1], params[2], params[3]);
return strlen(output_buffer);
}
static LONG sk_ConvFunc(UBYTE *buf, UBYTE c, LONG crlf_flag)
{
D(bug("sk_ConvFunc: %p '%c' %d\n", buf, c, crlf_flag));
/* NOTE: For compatability with AOS 3.x, do
* not attempt to convert ESC or \377
* characters if you want DoSpecial() to work.
*/
if (c == 0x1b || c == 0xff)
return -1;
/* As a demo, we're going to UPPERCASE all characters,
* and put a '\' in front of the modified character.
*/
if (c >= 'a' && c <= 'z') {
*(buf++) = '\\';
*(buf++) = c;
return 2;
}
return -1;
}
static LONG sk_DoPreferences(union printerIO *ior, LONG command)
{
D(bug("sk_DoPreferences: ior=%p, command=%d\n"));
return 0;
}
static VOID sk_CallErrHook(union printerIO *ior, struct Hook *hook)
{
D(bug("sk_CallErrHook: ior=%p, hook=%p\n", ior, hook));
}
References[edit | edit source]
struct FileHandle *file;
file = Open( "PRT:", MODE_NEWFILE ); /* Open PRT: */
if (file == 0) /* if the open was unsuccessful */
exit(PRINTER_WONT_OPEN);
See 2View src
Read more about printer driver and more printer drivers
Also take a look at TurboPrint's printer.device API extensions. It used to be the de facto standard for many years before v44. Documentation can be found here. Actually, the AROS printer.device already supports all the CyberGfx bitmap formats, and every screen mode. Sure. But TurboPrint also extended printer.device with its own command. If you are interested by 68k binary compatibility, this may be an easy addition as it's very close to CBM's DUMPRPORT command.
The way it works is that it does all scaling into an AllocBitmap() 'friend' of the source bitmap, and uses the CyberGfx ReadPixelArray() to get BGR032 pixel lines from that. BGR032 is the same format that the printer drivers use internally (unless inverted for YMCK purposes), so no additional transform is needed there. The only thing io_Modes is used for is to get the display's aspect ratio. I haven't tested printing HAM6 or HAM8 images, but I don't know of a test program for that, either. I suggest example program from Turboprint SDK and Ghostscript 68k (old 5.x, included in TurboPrint and new one). Both have sources available. ArtEffect has support for Turboprint also and my Scandal too (aros x86 version also but you must have some supported scanner to get data to be printed :))
commit 43799 restructured to allow future printer drivers.
struct IODRPReq
{
struct Message io_Message;
struct Device *io_Device; /* device node pointer */
struct Unit *io_Unit; /* unit (driver private)*/
UWORD io_Command; /* device command */
UBYTE io_Flags;
BYTE io_Error; /* error or warning num */
struct RastPort *io_RastPort; /* raster port */
struct ColorMap *io_ColorMap; /* color map */
ULONG io_Modes; /* graphics viewport modes */
UWORD io_SrcX; /* source x origin */
UWORD io_SrcY; /* source y origin */
UWORD io_SrcWidth; /* source x width */
UWORD io_SrcHeight; /* source x height */
LONG io_DestCols; /* destination x width */
LONG io_DestRows; /* destination y height */
UWORD io_Special; /* option flags */
};
struct IOPrtCmdReq
{
struct Message io_Message;
struct Device *io_Device; /* device node pointer */
struct Unit *io_Unit; /* unit (driver private)*/
UWORD io_Command; /* device command */
UBYTE io_Flags;
BYTE io_Error; /* error or warning num */
UWORD io_PrtCommand; /* printer command */
UBYTE io_Parm0; /* first command parameter */
UBYTE io_Parm1; /* second command parameter */
UBYTE io_Parm2; /* third command parameter */
UBYTE io_Parm3; /* fourth command parameter */
};
The error is found in io_Error.
PRINTER DEVICE ERROR CODES
Error Value Explanation
----- ----- -----------
PDERR_NOERR 0 Operation successful
PDERR_CANCEL 1 User canceled request
PDERR_NOTGRAPHICS 2 Printer cannot output graphics
PDERR_INVERTHAM 3 OBSOLETE
PDERR_BADDIMENSION 4 Print dimensions are illegal
PDERR_DIMENSIONOVERFLOW 5 OBSOLETE
PDERR_INTERNALMEMORY 6 No memory available for internal variables
PDERR_BUFFERMEMORY 7 No memory available for print buffer
EXEC ERROR CODES
Error Value Explanation
---- ----- -----------
IOERR_OPENFAIL -1 Device failed to open
IOERR_ABORTED -2 Request terminated early (after AbortIO())
IOERR_NOCMD -3 Command not supported by device
IOERR_BADLENGTH -4 Not a valid length
Amiga Printer Commands ---------------------- Esc[<n>"<x> where `<n>' is the decimal typed number of bytes in the string `<x>', which actually contains your special printer sequence. This ANSI sequence tells the printer driver to not interpret or translate the next `<n>' bytes. 10 Line Feed 13 Carriage Return 14 Form Feed ESCc Reset ESC#1 Initialise ESCD Line feed ESCE CR, LF ESCM Reverse line feed ESC[0m Normal char set ESC[3m Italics on ESC[23m Italics off ESC[4m Underline on ESC[24m Underline off ESC[1m Bold on ESC[22 Boldface off ESC[nm Set foreground colour (30-39) ESC[nm Set background colour (40-49) ESC[0w Normal pitch ESC[2w Elite on ESC[1w Elite off ESC[4w Condensed on ESC[3w Condensed off ESC[6w Enlarge on ESC[5w Enlarge off ESC[6"z Shadow print on ESC[5"z Shadow print off ESC[4"z Doublestrikes on ESC[3"z Doublestrikes off ESC[2"z NLQ on ESC[1"z NLQ off ESC[2v Superscript on ESC[1v Superscript off ESC[4v Subscript on ESC[3v Subscript off ESC[0v Normalise the line ESCL Partial line up ESCK Partial line down ESC(B US Char set (Typeface 0) ESC(R French char set (Typeface 1) ESC(K German char set (Typeface 2) ESC(A UK char set (Typeface 3) ESC(E Danish 1 char set (Typeface 4) ESC(H Swedish char set (Typeface 5) ESC(Y Italian char set (Typeface 6) ESC(Z Spanish char set (Typeface 7) ESC(J Japanese char set (Typeface 8) ESC(6 Norwegian char set (Typeface 90) ESC(C Danish 2 char set (Typeface 10) ESC[2p Proportional on ESC[1p Proportional off ESC[0p Proportional clear ESC[nE Set proportional offset ESC[5F Auto left justify ESC[7F Auto right justify ESC[6F Auto full justify ESC[0F Auto justify off ESC[3F Letter space (justify) ESC[1F Word fill (Auto Centre) ESC[0z 1/8" line spacing ESC[1z 1/6" line spacing ESC[nt Set form length n ESC[nq Perforation skip n (n>0) ESC[0q Perforation skip off ESC#9 Set left margin ESC#0 Set right margin ESC#8 Set top margin ESC#2 Set bottom margin ESC[n;nr Top and bottom margins ESC[n;ns Left and right margins ESC#3 Clear margins ESCH Set horizontal tab ESCJ Setg Vertical tab ESC[0g Clear horizontal tab ESC[3g Clear all horizontal tabs ESC[1g Clear Vertical tab ESC[4g Clear all vertical tabs ESC#4 Clear all tabs ESC#5 Set default tabs ESC[n"x Extended commands n = Decimal number e.g. 12
PRINTER DEVICE COMMAND FUNCTIONS
Cmd Escape Defined
Name No. Sequence Function by:
---- --- -------- -------- -------
aRIS 0 ESCc Reset ISO
aRIN 1 ESC#1 Initialize +++
aIND 2 ESCD Linefeed ISO
aNEL 3 ESCE Return,linefeed ISO
aRI 4 ESCM Reverse linefeed ISO
aSGR0 5 ESC[0m Normal char set ISO
aSGR3 6 ESC[3m Italics on ISO
aSGR23 7 ESC[23m Italics off ISO
aSGR4 8 ESC[4m Underline on ISO
aSGR24 9 ESC[24m Underline off ISO
aSGR1 10 ESC[1m Boldface on ISO
aSGR22 11 ESC[22m Boldface off ISO
aSFC 12 ESC[nm Set foreground color where n ISO
stands for a pair of ASCII digits,
3 followed by any number 0-9
(See ISOColor Table)
aSBC 13 ESC[nm Set background color where n ISO
stands for a pair of ASCII digits,
4 followed by any number 0-9
(See ISO Color Table)
aSHORP0 14 ESC[0w Normal pitch DEC
aSHORP2 15 ESC[2w Elite on DEC
aSHORP1 16 ESC[1w Elite off DEC
aSHORP4 17 ESC[4w Condensed fine on DEC
aSHORP3 18 ESC[3w Condensed off DEC
aSHORP6 19 ESC[6w Enlarged on DEC
aSHORP5 20 ESC[5w Enlarged off DEC
aDEN6 21 ESC[6"z Shadow print on DEC
aDEN5 22 ESC[5"z Shadow print off (sort of)DEC
aDEN4 23 ESC[4"z Doublestrike on DEC
aDEN3 24 ESC[3"z Doublestrike off DEC
aDEN2 25 ESC[2"z NLQ on DEC
aDEN1 26 ESC[1"z NLQ off DEC
aSUS2 27 ESC[2v Superscript on +++
aSUS1 28 ESC[1v Superscript off +++
aSUS4 29 ESC[4v Subscript on +++
aSUS3 30 ESC[3v Subscript off +++
aSUS0 31 ESC[0v Normalize the line +++
aPLU 32 ESCL Partial line up ISO
aPLD 33 ESCK Partial line down ISO
aFNT0 34 ESC(B US char set or Typeface 0 DEC
aFNT1 35 ESC(R French char set or Typeface 1 DEC
aFNT2 36 ESC(K German char set or Typeface 2 DEC
aFNT3 37 ESC(A UK char set or Typeface 3 DEC
aFNT4 38 ESC(E Danish I char set or Typeface 4 DEC
aFNT5 39 ESC(H Swedish char set or Typeface 5 DEC
aFNT6 40 ESC(Y Italian char set or Typeface 6 DEC
aFNT7 41 ESC(Z Spanish char set or Typeface 7 DEC
aFNT8 42 ESC(J Japanese char set or Typeface 8 +++
aFNT9 43 ESC(6 Norwegian char set or Typeface 9 DEC
aFNT10 44 ESC(C Danish II char set or Typeface 10 +++
(See Suggested Typefaces Table)
aPROP2 45 ESC[2p Proportional on +++
aPROP1 46 ESC[1p Proportional off +++
aPROP0 47 ESC[0p Proportional clear +++
aTSS 48 ESC[n E Set proportional offset ISO
aJFY5 49 ESC[5 F Auto left justify ISO
aJFY7 50 ESC[7 F Auto right justify ISO
aJFY6 51 ESC[6 F Auto full justify ISO
aJFY0 52 ESC[0 F Auto justify off ISO
aJFY3 53 ESC[3 F Letter space (justify) (special)ISO
aJFY1 54 ESC[1 F Word fill(auto center) (special)ISO
aVERP0 55 ESC[0z 1/8" line spacing +++
aVERP1 56 ESC[1z 1/6" line spacing +++
aSLPP 57 ESC[nt Set form length n DEC
aPERF 58 ESC[nq Perf skip n (n>0) +++
aPERF0 59 ESC[0q Perf skip off +++
aLMS 60 ESC#9 Left margin set +++
aRMS 61 ESC#0 Right margin set +++
aTMS 62 ESC#8 Top margin set +++
aBMS 63 ESC#2 Bottom margin set +++
aSTBM 64 ESC[n; nr Top and bottom margins DEC
aSLRM 65 ESC[n; ns Left and right margins DEC
aCAM 66 ESC#3 Clear margins +++
aHTS 67 ESCH Set horizontal tab ISO
aVTS 68 ESCJ Set vertical tabs ISO
aTBC0 69 ESC[0g Clear horizontal tab ISO
aTBC3 70 ESC[3g Clear all h. tabs ISO
aTBC1 71 ESC[1g Clear vertical tab ISO
aTBC4 72 ESC[4g Clear all v. tabs ISO
aTBCALL 73 ESC#4 Clear all h. & v. tabs +++
aTBSALL 74 ESC#5 Set default tabs +++
aEXTEND 75 ESC[n"x Extended commands +++
aRAW 76 ESC[n"r Next n chars are raw +++
Legend:
------
ISO indicates that the sequence has been defined by the
International Standards Organization. This is
also very similar to ANSI x3.64.
DEC indicates a control sequence defined by Digital Equipment
Corporation.
+++ indicates a sequence unique to Amiga.
n stands for a decimal number expressed as a set of ASCII
digits. In the aRAW string ESC[5"rHELLO, n is substituted by 5,
the number of RAW characters you send to the printer.
ISO Color Table Suggested Typefaces
--------------- -------------------
0 Black 0 Default typeface
1 Red 1 Line Printer or equivalent
2 Green 2 Pica or equivalent
3 Yellow 3 Elite or equivalent
4 Blue 4 Helvetica or equivalent
5 Magenta 5 Times Roman or equivalent
6 Cyan 6 Gothic or equivalent
7 White 7 Script or equivalent
8 NC 8 Prestige or equivalent
9 Default 9 Caslon or equivalent
10 Orator or equivalent
The status is returned in the two UBYTES set in the io_Data field. The
printer type, either serial or parallel, is returned in the io_Actual
field.
io_Data Bit Active Function (Serial Device)
------- --- ------ ------------------------
LSB 0 low reserved
1 low reserved
2 low reserved
3 low Data Set Ready
4 low Clear To Send
5 low Carrier Detect
6 low Ready To Send
7 low Data Terminal Ready
MSB 8 high read buffer overflow
9 high break sent (most recent output)
10 high break received (as latest input)
11 high transmit x-OFFed
12 high receive x-OFFed
13-15 high reserved
io_Data Bit Active Function (Parallel Device)
------- --- ------ --------------------------
LSB 0 high printer busy (offline)
1 high paper out
2 high printer selected
3 - read=0; write=1
4-7 reserved
MSB 8-15 reserved
io_Actual 1-parallel, 2-serial
PIO->iodrp.io_Special = SPECIAL_ASPECT | SPECIAL_FRACCOLS; PIO->iodrp.io_DestCols = 0xffffffff / 2; PIO->iodrp.io_DestRows = 0;