// uniCenta oPOS - Touch Friendly Point Of Sale
// Copyright (c) 2009-2013 uniCenta & previous Openbravo POS works
// http://www.unicenta.net/unicentaopos
//
// This file is part of uniCenta oPOS
//
// uniCenta oPOS is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// uniCenta oPOS is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with uniCenta oPOS. If not, see <http://www.gnu.org/licenses/>.
package com.openbravo.pos.printer;
import com.openbravo.pos.forms.AppProperties;
import com.openbravo.pos.printer.escpos.*;
import com.openbravo.pos.printer.javapos.DeviceDisplayJavaPOS;
import com.openbravo.pos.printer.javapos.DeviceFiscalPrinterJavaPOS;
import com.openbravo.pos.printer.javapos.DevicePrinterJavaPOS;
import com.openbravo.pos.printer.printer.DevicePrinterPrinter;
import com.openbravo.pos.printer.screen.DeviceDisplayPanel;
import com.openbravo.pos.printer.screen.DeviceDisplayWindow;
import com.openbravo.pos.printer.screen.DevicePrinterPanel;
import com.openbravo.pos.util.StringParser;
import java.awt.Component;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
import java.util.Map;
import java.util.logging.Level;
import java.util.logging.Logger;
public class DeviceTicket {
private static final Logger logger = Logger.getLogger("com.openbravo.pos.printer.DeviceTicket");
private DeviceFiscalPrinter m_deviceFiscal;
private DeviceDisplay m_devicedisplay;
private DevicePrinter m_nullprinter;
private Map<String, DevicePrinter> m_deviceprinters;
private List<DevicePrinter> m_deviceprinterslist;
/** Creates a new instance of DeviceTicket */
public DeviceTicket() {
// Una impresora solo de pantalla.
m_deviceFiscal = new DeviceFiscalPrinterNull();
m_devicedisplay = new DeviceDisplayNull();
m_nullprinter = new DevicePrinterNull();
// JG May 12 use diamond inference
m_deviceprinters = new HashMap<>();
m_deviceprinterslist = new ArrayList<>();
DevicePrinter p = new DevicePrinterPanel();
m_deviceprinters.put("1", p);
m_deviceprinterslist.add(p);
}
public DeviceTicket(Component parent, AppProperties props) {
PrinterWritterPool pws = new PrinterWritterPool();
// La impresora fiscal
StringParser sf = new StringParser(props.getProperty("machine.fiscalprinter"));
String sFiscalType = sf.nextToken(':');
String sFiscalParam1 = sf.nextToken(',');
try {
if ("javapos".equals(sFiscalType)) {
m_deviceFiscal = new DeviceFiscalPrinterJavaPOS(sFiscalParam1);
} else {
m_deviceFiscal = new DeviceFiscalPrinterNull();
}
} catch (TicketPrinterException e) {
m_deviceFiscal = new DeviceFiscalPrinterNull(e.getMessage());
}
// El visor
StringParser sd = new StringParser(props.getProperty("machine.display"));
String sDisplayType = sd.nextToken(':');
String sDisplayParam1 = sd.nextToken(',');
String sDisplayParam2 = sd.nextToken(',');
// compatibilidad hacia atras.
if ("serial".equals(sDisplayType) || "rxtx".equals(sDisplayType) || "file".equals(sDisplayType)) {
sDisplayParam2 = sDisplayParam1;
sDisplayParam1 = sDisplayType;
sDisplayType = "epson";
}
try {
// JG 16 May 12 use switch
switch (sDisplayType) {
case "screen":
m_devicedisplay = new DeviceDisplayPanel();
break;
case "window":
m_devicedisplay = new DeviceDisplayWindow();
break;
case "epson":
m_devicedisplay = new DeviceDisplayESCPOS(pws.getPrinterWritter(sDisplayParam1, sDisplayParam2), new UnicodeTranslatorInt());
break;
case "surepos":
m_devicedisplay = new DeviceDisplaySurePOS(pws.getPrinterWritter(sDisplayParam1, sDisplayParam2));
break;
case "ld200":
m_devicedisplay = new DeviceDisplayESCPOS(pws.getPrinterWritter(sDisplayParam1, sDisplayParam2), new UnicodeTranslatorEur());
break;
case "javapos":
m_devicedisplay = new DeviceDisplayJavaPOS(sDisplayParam1);
break;
default:
m_devicedisplay = new DeviceDisplayNull();
break;
}
} catch (TicketPrinterException e) {
logger.log(Level.WARNING, e.getMessage(), e);
m_devicedisplay = new DeviceDisplayNull(e.getMessage());
}
m_nullprinter = new DevicePrinterNull();
// JG 16 May 12 use diamond inference
m_deviceprinters = new HashMap<>();
m_deviceprinterslist = new ArrayList<>();
// Empezamos a iterar por las impresoras...
int iPrinterIndex = 1;
String sPrinterIndex = Integer.toString(iPrinterIndex);
String sprinter = props.getProperty("machine.printer");
while (sprinter != null && !"".equals(sprinter)) {
StringParser sp = new StringParser(sprinter);
String sPrinterType = sp.nextToken(':');
String sPrinterParam1 = sp.nextToken(',');
String sPrinterParam2 = sp.nextToken(',');
// compatibilidad hacia atras.
if ("serial".equals(sPrinterType) || "rxtx".equals(sPrinterType) || "file".equals(sPrinterType)) {
sPrinterParam2 = sPrinterParam1;
sPrinterParam1 = sPrinterType;
sPrinterType = "epson";
}
try {
// JG 16 May 12 use switch
switch (sPrinterType) {
case "screen":
addPrinter(sPrinterIndex, new DevicePrinterPanel());
break;
case "printer":
// backward compatibility
if (sPrinterParam2 == null || sPrinterParam2.equals("") || sPrinterParam2.equals("true")) {
sPrinterParam2 = "receipt";
} else if (sPrinterParam2.equals("false")) {
sPrinterParam2 = "standard";
}
addPrinter(sPrinterIndex, new DevicePrinterPrinter(parent, sPrinterParam1,
Integer.parseInt(props.getProperty("paper." + sPrinterParam2 + ".x")),
Integer.parseInt(props.getProperty("paper." + sPrinterParam2 + ".y")),
Integer.parseInt(props.getProperty("paper." + sPrinterParam2 + ".width")),
Integer.parseInt(props.getProperty("paper." + sPrinterParam2 + ".height")),
props.getProperty("paper." + sPrinterParam2 + ".mediasizename")
));
break;
case "epson":
addPrinter(sPrinterIndex, new DevicePrinterESCPOS(pws.getPrinterWritter(sPrinterParam1, sPrinterParam2), new CodesEpson(), new UnicodeTranslatorInt()));
break;
case "tmu220":
addPrinter(sPrinterIndex, new DevicePrinterESCPOS(pws.getPrinterWritter(sPrinterParam1, sPrinterParam2), new CodesTMU220(), new UnicodeTranslatorInt()));
break;
case "star":
addPrinter(sPrinterIndex, new DevicePrinterESCPOS(pws.getPrinterWritter(sPrinterParam1, sPrinterParam2), new CodesStar(), new UnicodeTranslatorStar()));
break;
case "ithaca":
addPrinter(sPrinterIndex, new DevicePrinterESCPOS(pws.getPrinterWritter(sPrinterParam1, sPrinterParam2), new CodesIthaca(), new UnicodeTranslatorInt()));
break;
case "surepos":
addPrinter(sPrinterIndex, new DevicePrinterESCPOS(pws.getPrinterWritter(sPrinterParam1, sPrinterParam2), new CodesSurePOS(), new UnicodeTranslatorSurePOS()));
break;
case "plain":
addPrinter(sPrinterIndex, new DevicePrinterPlain(pws.getPrinterWritter(sPrinterParam1, sPrinterParam2)));
break;
case "javapos":
addPrinter(sPrinterIndex, new DevicePrinterJavaPOS(sPrinterParam1, sPrinterParam2));
break;
}
} catch (TicketPrinterException e) {
logger.log(Level.WARNING, e.getMessage(), e);
}
// siguiente impresora...
iPrinterIndex++;
sPrinterIndex = Integer.toString(iPrinterIndex);
sprinter = props.getProperty("machine.printer." + sPrinterIndex);
}
}
private void addPrinter(String sPrinterIndex, DevicePrinter p) {
m_deviceprinters.put(sPrinterIndex, p);
m_deviceprinterslist.add(p);
}
private static class PrinterWritterPool {
// JG 16 May 12 use diamond inference
private Map<String, PrinterWritter> m_apool = new HashMap<>();
public PrinterWritter getPrinterWritter(String con, String port) throws TicketPrinterException {
String skey = con + "-->" + port;
PrinterWritter pw = (PrinterWritter) m_apool.get(skey);
if (pw == null) {
// JG 16 May 12 use switch
switch (con) {
case "serial":
case "rxtx":
pw = new PrinterWritterRXTX(port);
m_apool.put(skey, pw);
break;
case "file":
pw = new PrinterWritterFile(port);
m_apool.put(skey, pw);
break;
default:
throw new TicketPrinterException();
}
}
return pw;
}
}
// Impresora fiscal
public DeviceFiscalPrinter getFiscalPrinter() {
return m_deviceFiscal;
}
// Display
public DeviceDisplay getDeviceDisplay() {
return m_devicedisplay;
}
// Receipt printers
public DevicePrinter getDevicePrinter(String key) {
DevicePrinter printer = m_deviceprinters.get(key);
return printer == null ? m_nullprinter : printer;
}
public List<DevicePrinter> getDevicePrinterAll() {
return m_deviceprinterslist;
}
// Utilidades
public static String getWhiteString(int iSize, char cWhiteChar) {
char[] cFill = new char[iSize];
for (int i = 0; i < iSize; i++) {
cFill[i] = cWhiteChar;
}
return new String(cFill);
}
public static String getWhiteString(int iSize) {
return getWhiteString(iSize, ' ');
}
public static String alignBarCode(String sLine, int iSize) {
if (sLine.length() > iSize) {
return sLine.substring(sLine.length() - iSize);
} else {
return getWhiteString(iSize - sLine.length(), '0') + sLine;
}
}
public static String alignLeft(String sLine, int iSize) {
if (sLine.length() > iSize) {
return sLine.substring(0, iSize);
} else {
return sLine + getWhiteString(iSize - sLine.length());
}
}
public static String alignRight(String sLine, int iSize) {
if (sLine.length() > iSize) {
return sLine.substring(sLine.length() - iSize);
} else {
return getWhiteString(iSize - sLine.length()) + sLine;
}
}
public static String alignCenter(String sLine, int iSize) {
if (sLine.length() > iSize) {
return alignRight(sLine.substring(0, (sLine.length() + iSize) / 2), iSize);
} else {
return alignRight(sLine + getWhiteString((iSize - sLine.length()) / 2), iSize);
}
}
public static String alignCenter(String sLine) {
return alignCenter(sLine, 42);
}
// JG 16 May 12 public static final byte[] transNumber(String sCad) {
public static byte[] transNumber(String sCad) {
if (sCad == null) {
return null;
} else {
byte bAux[] = new byte[sCad.length()];
for( int i = 0; i < sCad.length(); i++) {
bAux[i] = transNumberChar(sCad.charAt(i));
}
return bAux;
}
}
public static byte transNumberChar(char sChar) {
switch (sChar) {
case '0' : return 0x30;
case '1' : return 0x31;
case '2' : return 0x32;
case '3' : return 0x33;
case '4' : return 0x34;
case '5' : return 0x35;
case '6' : return 0x36;
case '7' : return 0x37;
case '8' : return 0x38;
case '9' : return 0x39;
default: return 0x30;
}
}
}