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/* $Id: drv_SimpleLCD.c 771 2007-02-25 12:27:26Z michael $
 * $URL: https://ssl.bulix.org/svn/lcd4linux/trunk/drv_SimpleLCD.c $
 * 
 * driver for a simple serial terminal.
 * 
 * Copyright (C) 2005 Julien Aube <ob@obconseil.net>
 * Copyright (C) 2005 The LCD4Linux Team <lcd4linux-devel@users.sourceforge.net>
 *
 * This file is part of LCD4Linux.
 *
 * LCD4Linux 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 2, or (at your option)
 * any later version.
 *
 * LCD4Linux 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 this program; if not, write to the Free Software
 * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
 *
 */

/*
 * This driver simply send out caracters on the serial port, without any 
 * formatting instructions for a particular LCD device. 
 * This is useful for custom boards of for very simple LCD.
 *
 * I use it for tests on a custom-made board based on a AVR microcontroler
 * and also for driver a Point-of-Sale text-only display.
 * I assume the following :
 * - CR (0x0d) Return to the begining of the line without erasing,
 * - LF (0x0a) Initiate a new line (but without sending the cursor to 
 * the begining of the line)
 * - BS (0x08) Move the cursor to the previous caracter (but does no erase it).
 * - It's not possible to return to the first line. Thus a back buffer is used
 * in this driver.
 * 
 * ******** UPDATE *********
 * I have added a "VT-100 Compatible mode" that allows the driver to support
 * control-sequence code. This greatly reduce flickering and eliminate the need
 * for the back-buffer. But it is optional since all displays cannot support them.
 * Here are the codes:
 * Delete the display (but does not move the cursor) : 
 *    "ESC [ 2 J"     (0x1b 0x5b 0x32 0x4a)
 * Position the cursor :
 *    "ESC [ YY ; XX H" ( 0x1b 0x5b YY 0x3b XX 0x48 ) where YY is the ascii for the line 
 *    number, and XX is the ascii for the column number ( first line/column is '1', not zero)
 * Delete to the end of line from current cursor position :
 *    "ESC [ 0 K" ( 0x1b 0x5b 0x30 0x4b )
 * Set Country Code : 
 *    "ESC R NN"  (0x1b 0x52 NN) where NN is the country code *in byte, NOT ascii*.
 *    The default is 0 (USA), see below for specific countries. 
 *    the list of accessible characters page are available on this page : 
 *    http://www.wincor-nixdorf.com/internet/com/Services/Support/TechnicalSupport/POSSystems
 *    /Manuals/BAxx/index.html
 * Get the display identification : (Doesn't work reliably, timing issues here)
 *    "ESC [ 0 c" ( 0x1b 0x5b 0x30 0x63). Return a string which look like this : 
 *  ESC [ ? M ; NN ; OO ; PP ; QQ c) where M is type of display (2 for VFD),
 *  NN is the rom version, 00 is the current caracter set, PP is the number of lines and 
 *  QQ the number of colomns.  
 * 
 *
 * A "bar" capability is now provided if the config file has a "BarCharValue" parameter in it.
 *
 * The code come mostly taken from the LCDTerm driver in LCD4Linux, from 
 * Michaels Reinelt, many thanks to him.
 *
 * This driver is released under the GPL.
 */

/* 
 *
 * exported fuctions:
 *
 * struct DRIVER drv_SimpleLCD
 *
 */

#include "config.h"

#include <stdlib.h>
#include <unistd.h>
#include <string.h>

#include "debug.h"
#include "cfg.h"
#include "qprintf.h"
#include "plugin.h"
#include "widget.h"
#include "widget_text.h"
#include "widget_icon.h"
#include "widget_bar.h"
#include "drv.h"
#include "drv_generic_text.h"
#include "drv_generic_serial.h"


static char Name[] = "SimpleLCD";
static char *backbuffer = 0;
static int backbuffer_size = 0;
static int vt100_mode = 0;
static unsigned char bar_char = 0;

/****************************************/
/***  hardware dependant functions    ***/
/****************************************/

/** No clear function on SimpleLCD : Just send CR-LF * number of lines **/
static void drv_SL_simple_clear(void)
{
    char cmd[2];
    int i;
    cmd[0] = '\r';
    cmd[1] = '\n';
    for (i = 0; i < DROWS; ++i) {
	drv_generic_serial_write(cmd, 2);
    }
    memset(backbuffer, ' ', backbuffer_size);
}

/** vt-100 mode : send the ESC-code **/
static void drv_SL_vt100_clear(void)
{
    char cmd[4];
    cmd[0] = 0x1b;
    cmd[1] = '[';
    cmd[2] = '2';
    cmd[3] = 'J';
    drv_generic_serial_write(cmd, 4);

}

static void drv_SL_clear(void)
{
    vt100_mode == 1 ? drv_SL_vt100_clear() : drv_SL_simple_clear();
}


/* If full_commit = true, then the whole buffer is to be sent to screen.
   if full_commit = false, then only the last line is to be sent (faster on slow screens)
*/

static void drv_SL_commit(int full_commit)
{
    int row;
    char cmd[2] = { '\r', '\n' };
    if (full_commit) {
	for (row = 0; row < DROWS; row++) {
	    drv_generic_serial_write(cmd, 2);
	    drv_generic_serial_write(backbuffer + (DCOLS * row), DCOLS);
	}
    } else {
	drv_generic_serial_write(cmd, 1);	/* Go to the beginning of the line only */
	drv_generic_serial_write(backbuffer + (DCOLS * (DROWS - 1)), DCOLS);
    }
}

static void drv_SL_simple_write(const int row, const int col, const char *data, int len)
{
    memcpy(backbuffer + (row * DCOLS) + col, data, len);
    if (row == DROWS - 1)
	drv_SL_commit(0);
    else
	drv_SL_commit(1);
}

static void drv_SL_vt100_write(const int row, const int col, const char *data, int len)
{
    char cmd[8];
    cmd[0] = 0x1b;
    cmd[1] = '[';
    cmd[2] = row + '1';
    cmd[3] = ';';
    cmd[4] = (col / 10) + '0';
    cmd[5] = (col % 10) + '1';
    cmd[6] = 'H';
    drv_generic_serial_write(cmd, 7);
    drv_generic_serial_write(data, len);
}


static int drv_SL_start(const char *section, const int quiet)
{
    int rows = -1, cols = -1;
    int value;
    unsigned int flags = 0;
    char *s;
    char *model = 0;

    vt100_mode = 0;
    model = cfg_get(section, "Model", "generic");
    if (model != NULL && *model != '\0') {
	if (strcasecmp("vt100", model) == 0)
	    vt100_mode = 1;
    }

    cfg_number(section, "BarCharValue", 0, 0, 255, &value);
    bar_char = value;
    cfg_number(section, "Options", 0, 0, 0xffff, &value);
    flags = value;
    if (drv_generic_serial_open(section, Name, flags) < 0)
	return -1;

    s = cfg_get(section, "Size", NULL);
    if (s == NULL || *s == '\0') {
	error("%s: no '%s.Size' entry from %s", Name, section, cfg_source());
	return -1;
    }
    if (sscanf(s, "%dx%d", &cols, &rows) != 2 || rows < 1 || cols < 1) {
	error("%s: bad %s.Size '%s' from %s", Name, section, s, cfg_source());
	free(s);
	return -1;
    }

    DROWS = rows;
    DCOLS = cols;

    if (!vt100_mode) {
	backbuffer_size = DROWS * DCOLS;
	backbuffer = malloc(backbuffer_size);
	if (!backbuffer) {
	    return -1;
	}
    }

    /* real worker functions */
    if (vt100_mode) {
	drv_generic_text_real_write = drv_SL_vt100_write;
    } else {
	drv_generic_text_real_write = drv_SL_simple_write;
    }

    drv_SL_clear();		/* clear */


    if (!quiet) {
	char buffer[40];
	qprintf(buffer, sizeof(buffer), "%s %dx%d", Name, DCOLS, DROWS);
	if (drv_generic_text_greet(buffer, NULL)) {
	    sleep(3);
	    drv_SL_clear();
	}
    }

    return 0;
}


/****************************************/
/***            plugins               ***/
/****************************************/

/* none */


/****************************************/
/***        widget callbacks          ***/
/****************************************/


/* using drv_generic_text_draw(W) */


/****************************************/
/***        exported functions        ***/
/****************************************/


/* list models */
int drv_SL_list(void)
{
    printf("generic vt100");
    return 0;
}


/* initialize driver & display */
int drv_SL_init(const char *section, const int quiet)
{
    WIDGET_CLASS wc;
    int ret;

    info("%s: %s", Name, "$Rev: 771 $");

    /* display preferences */
    XRES = 5;			/* pixel width of one char  */
    YRES = 8;			/* pixel height of one char  */
    CHARS = 0;			/* number of user-defineable characters */
    CHAR0 = 0;			/* ASCII of first user-defineable char */

    GOTO_COST = -1;		/* number of bytes a goto command requires */


    /* start display */
    if ((ret = drv_SL_start(section, quiet)) != 0)
	return ret;

    /* initialize generic text driver */
    if ((ret = drv_generic_text_init(section, Name)) != 0)
	return ret;

    /* register text widget */
    wc = Widget_Text;
    wc.draw = drv_generic_text_draw;
    widget_register(&wc);

    /* register plugins */
    /* none */

    return 0;
}


/* close driver & display */
int drv_SL_quit(const int quiet)
{

    info("%s: shutting down.", Name);

    drv_generic_text_quit();

    /* clear display */
    drv_SL_clear();

    /* say goodbye... */
    if (!quiet) {
	drv_generic_text_greet("goodbye!", NULL);
    }

    drv_generic_serial_close();

    if (backbuffer) {
	free(backbuffer);
	backbuffer = 0;
	backbuffer_size = 0;
    }
    return (0);
}


DRIVER drv_SimpleLCD = {
    .name = Name,
    .list = drv_SL_list,
    .init = drv_SL_init,
    .quit = drv_SL_quit,
};
ghlight .vm { color: #336699 } /* Name.Variable.Magic */ .highlight .il { color: #0000DD; font-weight: bold } /* Literal.Number.Integer.Long */
#  $Id$
#  $URL$


Variables {
   tick 500
   tack 100
   minute 60000
}

Display G15 {
    Driver 'G-15'
    Font   '6x8'
    Contrast 10
    Inverted 0
    UInput '/dev/input/uinput'
    SingleKeyPress 1
}


Display SerDispLib {
    Driver 'serdisplib'
    Port 'PAR:/dev/parports/0'
    #Port '/dev/tts/0'	
    Model 'OPTREX323'
    Options ''
}


Display TeakLCM {
    Driver 'TeakLCM'
    Size '20x2'
    Port '/dev/ttyS1'
    Speed 38400
    Backlight 1
    Icons 0
}


Display Trefon {
    Driver 'TREFON'
    Size '16x2'
    Backlight 1
    Icons 1
}


Display LCD-Linux {
    Driver 'LCD-Linux'
    Size '20x2'
    UseBusy 0
}

Display IRLCD {
    Driver 'IRLCD'
    Size '16x2'
    Backlight 0
    Icons 1
}

Display LCD2USB {
    Driver 'LCD2USB'
    Size '20x2'
    Backlight 1
    Icons 1
}

Display GLCD2USB {
    Driver 'GLCD2USB'
    Brightness 255
}

Display ABP08-16x3 {
    Driver  'LW_ABP'
    Port '/dev/tts/0'
    Speed 19200
    Size    '16x3'
}

Display LCD2041 {
    Driver 'MatrixOrbital'
    Model 'LCD2041'
    Port '/dev/tts/0'
    Speed 19200
    Contrast 160
}

Display LK202 {
    Driver 'MatrixOrbital'
    Model 'LK202-24-USB'
    Port '/dev/tts/USB0'
    Speed 19200
    Contrast 256/2
}

Display LK204 {
    Driver 'MatrixOrbital'
    Model 'LK204-24-USB'
    Port '/dev/usb/tts/0'
#   Port '/dev/tts/0'
    Speed 19200
    Contrast 256/2
}


Display MDM166A {
    Driver   'MDM166A'
    Brightness  1
    Inverted   0
    Size      '96x16'
    Font      '6x8'
}


Display MI240 {
    Driver 'MilfordInstruments'
    Model 'MI240'
    Port '/dev/tts/0'
    Speed 19200
}


Display CW12232 {
    Driver 'Cwlinux'
    Model 'CW12232'
    Port '/dev/usb/tts/0'
    Speed 19200
    Brightness 2
    Icons 1
}


Display CF631 {
    Driver 'Crystalfontz'
    Model '631'
    Port '/dev/tts/USB0'
    Speed 115200
    Contrast 95
    Backlight 50
    Icons 1
}

Display CF632 {
    Driver 'Crystalfontz'
    Model '632'
    Port '/dev/tts/0'
    Speed 19200
    Icons 1
}

Display CF633 {
    Icons 1
    Driver 'Crystalfontz'
    Model '633'
    Port '/dev/tts/0'
    Speed 19200
    Contrast 16
    Backlight 50
}

Display CF635 {
    Icons 1
    Driver 'Crystalfontz'
    Model '635'
    Port '/dev/ttyUSB0'
    Speed 115200
    Contrast 100
    Backlight 128
}

Display Curses {
    Driver 'Curses'
    Size '20x6'
}

# generic HD44780 display (LCD4Linux wiring)
Display HD44780-generic {
    Driver 'HD44780'
    Model 'generic'
    Port '/dev/parports/0'	
    Size '8x2'
    asc255bug 0
    GPOs 8
    Wire {
	RW      'GND'
	RS      'AUTOFD'
	ENABLE  'STROBE'
	ENABLE2 'GND'
	GPO     'INIT'
	POWER   'GND'
    }
}

# generic HD44780 display (WinAmp wiring)
Display HD44780-winamp {
    Driver 'HD44780'
    Model 'generic'
    UseBusy 1
    Port '/dev/parports/0'	
    Size '20x4'
    asc255bug 1
    Wire {
	RW      'AUTOFD'
	RS      'INIT'
	ENABLE  'STROBE'
	ENABLE2 'GND'
	GPO     'GND'
	POWER   'GND'
    }
    Timing {
	# fuzz timings by value (100 = no change)
	fuzz 100
	# low-level communication [ns]
	CY 1000  # Enable cycle time
	PW  450  # Enable pulse width
	AS  140  # Address setup time
	AH   20  # Address hold time
	# HD44780 execution timings [us]
	INIT1 4100  # first init sequence: 4.1 msec
	INIT2  100  # second init sequence: 100 usec
	EXEC    80  # normal execution time
	WRCG   120  # CG RAM Write
	CLEAR 2250  # Clear Display
	HOME  2250  # Return Cursor Home
	ONOFF 2250  # Display On/Off Control
	# GPO timing [ns]
	GPO_ST  20  # 74HCT573 set-up time
	GPO_PW 230  # 74HCT573 enable pulse width
	# Power supply timing [ms]
	POWER  500  # power-on delay
    }
}

# HD44780 display 4-Bit mode
Display HD44780-4bit {
    Driver 'HD44780'
    Model 'generic'
    Port '/dev/parports/0'	
    Size '16x1'
    Bits 4
    UseBusy 0
    asc255bug 0
    Wire {
        RW     'GND'
        RS     'DB4'
        ENABLE 'DB6'
        GPO    'GND'
    }
}

# Dual-HD44780 display from Pollin
Display WDC2704M {
    Driver 'HD44780'
    Model 'generic'
    Controllers 2
    UseBusy 1
    Port '/dev/parports/0'	
    Size '27x4'
    Wire {
	RW      'AUTOFD'
	RS      'INIT'
	ENABLE  'STROBE'
	ENABLE2 'SLCTIN'
	GPO     'GND'
	POWER   'GND'
    }
}

# HD44780 display from www.kernelconcepts.de
Display HD44780-kernelconcepts {
    Driver 'HD44780'
    Model 'HD66712'
    UseBusy 1
    Port '/dev/parports/0'	
    Size '20x4'
    Wire {
	RW      'AUTOFD'
	RS      'INIT'
	ENABLE  'STROBE'
	ENABLE2 'GND'
	GPO     'GND'
	POWER   'GND'
    }
}

Display picoLCD {
    Driver 'picoLCD'
    Size     '20x2'
    Contrast  0
    Backlight 1
    Icons     1
}

Display picoLCDGraphic {
    Driver 'picoLCDGraphic'
    Size     '256x64'
    Contrast  0
    Backlight 100
}

Display SC1602D {
    Driver 'HD44780'
    Port '/dev/parports/0'	
    Bits '8'
    Size '16x2'
    asc255bug 0
    Icons 1
    Wire {
	RW     'GND'
	RS     'AUTOFD'
	ENABLE 'STROBE'
	GPO    'INIT'
	POWER  'GND'
    }
}


Display LCM-162 {
    Driver 'HD44780'
    Model 'LCM-162'
#   Bus 'parport'
    Port '/dev/parports/0'	
    Size '16x2'
    UseBusy 1
    asc255bug 0
    Icons 1
}


Display HD44780-I2C {
    Driver 'HD44780'
    Model 'generic'
    Bus 'i2c'
    Port '/dev/i2c-0'
    Device '70'
    Bits '4'
    Size '20x4'
    asc255bug 0
    Icons 1
    Wire {
        RW     'DB5'
        RS     'DB4'
        ENABLE 'DB6'
        GPO    'GND'
    }
}


Display LCDTerm {
    Driver 'LCDTerm'
    Port '/dev/tts/0'
    Speed 19200
    Size '20x4'
    Icons 1
}

Display SimpleLCD {
    Driver 'SimpleLCD'
    Port '/dev/tts/0'
    Speed 1200
    Options 0
    Size '20x2'
}

Display PHAnderson {
    Driver 'PHAnderson'
    Port '/dev/tts/0'
    Speed 19200
    Size '24x2'
    Blackligth 100
    Bootscreen '123456789012345678901234ABCDEFGHIJKLMNOPQRSTUVWX'                                         
}

Display BA63 {
    Driver   'WincorNixdorf'
    Model    'BA63'
    Port     '/dev/tts/0'
#   Port     '/dev/tts/USB0'
    Speed     9600
    BarChar   219
    SelfTest  0
}

Display M50530-24x8 {
    Driver 'M50530'
    Port '/dev/parports/0'	
#   Port '0x378'
    Size '24x8'
    Font '5x7'
    Duty 2
    Wire.RW   'INIT'
    Wire.EX   'STROBE'
    Wire.IOC1 'SLCTIN'
    Wire.IOC2 'AUTOFD'
    Wire.GPO  'GND'
    UseBusy    1
    Timing.fuzz 100
}


Display CT20x4 {
    Driver 'Beckmann+Egle'
    Model 'CT20x4'
    Port '/dev/tts/0'
#    Size '16x2'
#    Contrast 7
#    Backlight 1
    Icons 1
}


Display ULA200 {
    Driver 'ULA200'
    Size '20x4'
    Icons 0
    Backlight 1
}

Display USBLCD {
    Driver 'USBLCD'
#   Port '/dev/lcd0'
    Port 'libusb'
    Size '20x4'
    asc255bug 1
    Icons 1
}


Display BWCT {
    Driver 'BWCT'
    Size '20x4'
    Contrast 220
    asc255bug 1
    Icons 1
}


Display T6963-240x64 {
    Driver 'T6963'
    Port '/dev/parports/0'
    Size '240x64'
    DualScan 0
    Cell 6
    Wire.CE 'STROBE'
    Wire.CD 'SLCTIN'
    Wire.RD 'AUTOFD'
    Wire.WR 'INIT'
    Timing.fuzz 120
    Font '6x8'
}

Display T6963-240x128 {
    Driver 'T6963'
    Port '/dev/parports/0'
    Size '240x128'
    DualScan 0
    Cell 6
    Wire.CE 'STROBE'
    Wire.CD 'SLCTIN'
    Wire.RD 'AUTOFD'
    Wire.WR 'INIT'
    Timing.fuzz 120
    Font '6x8'
}

Display T6963-240x128D {
    Driver 'T6963'
    Port '/dev/parports/0'
    Size '240x128'
    DualScan 1
    Cell 6
    Wire.CE 'STROBE'
    Wire.CD 'SLCTIN'
    Wire.RD 'AUTOFD'
    Wire.WR 'INIT'
    Timing.fuzz 120
    Font '6x8'
}


Display LPH7508 {
    Driver 'LPH7508'
    Port   '/dev/parports/0'
    Font   '6x8'
    Contrast 15
    Inverted 0
}

Display LPH7508-serdisplib {
    Driver 'serdisplib'
    Port 'PAR:/dev/parports/0'
    Model 'LPH7508'
}

Display ctinclud {
   Driver  'serdisplib'
   Port    'USB:7c0/1501'
   Model   'CTINCLUD'
   Options ''
   Inverted 0
}

Display ASTUSB {
    Driver 'ASTUSB'
    Size '20x4'
    Backlight 1
}

Display XWindow {
    Driver 'X11'
    Size   '120x32'
    Font   '5x8'
    Pixel  '4+1'
    Gap    '-1x-1'
    Border 20
    Buttons 2
    Foreground  '000000cc'
    Background  '00000022'
    Basecolor   '80d000'
    Bordercolor '90e000'
}

Display Image {
    Driver 'Image'
#   Format 'PPM'
    Format 'PNG'
    Size   '120x32'
    Font   '6x8'
    Pixel  '4+1'
    Gap    '-1x-1'
    Border 20
#   Foreground '#000000'
#   Background '#80d000'
#   Halfground '#70c000'
    Foreground '000000cc'
    Background '00000022'
    Basecolor  '80d000'
}

Display VNC {
    Driver       'VNC'
    Font         '6x8'
    Port         '5900'
    Xres         '320'
    Yres         '140'
    Bpp          '4'
    Maxclients   '2'
    Buttons      '4'
    Keypadxofs   '40'
    Keypadyofs   '70'
    Keypadygap   '10'
    Keypadcol    '8745877'
    Osd_showtime '2000'
#    Password     'password'
    Maxfps       '25'
#    HttpDir	 '/path/to/classfiles'
    HttpPort	 '5800'
}


Display FutabaVFD {
    Driver 'FutabaVFD'
    Port '/dev/parport0'	
    Size '40x2'
    Brightness 3
    Wire {
	RW      'STROBE'
	TEST    'AUTOFD'
	SELECT  'SLCTIN'
	BUSY    'BUSY'
    }
}


#Plugin KVV {
#    StationID '12_701'
#    Refresh 30
#    Proxy 'igate'
#    Port 8080;
#}

Plugin Seti {
    Directory '/root/setiathome-3.08.i686-pc-linux-gnu'
}


Plugin MySQL {
    server 'gsmlandia.com'	# if none, localhost assumed
    port 3306			# if none, MySQL default assumed
    user 'lcd4linux'		# if none, lcd4linux unix owner assumed
    password 'lcd4linux'	# if none, empty password assumed
    database 'lcd4linux'	# MUST be specified
}

Plugin Pop3 {
   server1 'localhost'
   port1 110
   user1 'michael'
   password1 'secret'
}


Plugin DBus {
       # signal 0 is displayed IM msg
       #
       signal0sender 'im.pidgin.purple.PurpleService'      # should be in the form com.domain.app.service,
                                                           # the :1.23 form given by dbus-monitor will NOT work,
                                                           # if unsure skip it
       signal0path '/im/pidgin/purple/PurpleObject'        # find using dbus-monitor
       signal0interface 'im.pidgin.purple.PurpleInterface' # find using dbus-monitor
       signal0member 'DisplayedImMsg'                      # find using dbus-monitor
       signal0eventname 'got_im' # make something up, all Text widgets with an
                                 # event option matching this will be updated
}


#this example prints the second argument of signal# 0
#(in this case it prints the message displayed)
Widget Pidgin {
    class 'Text'
    expression dbus::argument(0, 1) . ': ' . dbus::argument(0, 2))
    width 20	
    align 'R'	
    event 'got_im'	
}	


Widget OS {
    class 'Text'
    expression '*** '.uname('sysname').' '.uname('release').' ***'
    width 20
    align 'M'
    style 'bold'
    speed 50	
    update tick
}

Widget CPU {
    class  'Text'
    expression  uname('machine')
    prefix 'CPU '
    width  9
    align  'L'
    style test::onoff(7)>0?'bold':'norm'
    update tick
}


Widget CPUinfo {
    class  'Text'
    expression  cpuinfo('model name')
    prefix ''
    width  20
    align  'M'
    speed 100	
    update tick
}


Widget RAM {
    class  'Text'
    expression meminfo('MemTotal')/1024
    postfix ' MB RAM'	
    width  11
    precision 0
    align  'R'
    update tick
}

Widget Busy {
    class 'Text'
    expression proc_stat::cpu('busy', 500)
    prefix 'Busy'	
    postfix '%'	
    width 9	
    precision 1
    align 'R'	
    update tick	
}	

Widget BusyBar {
    class 'Bar'
    expression  proc_stat::cpu('busy',   500)
    expression2 proc_stat::cpu('system', 500)
    length 10	
    direction 'E'
    update tack
}

Widget Load {
    class 'Text'
    expression loadavg(1)
    prefix 'Load'
    postfix loadavg(1)>1.0?'!':' '
    width 10
    precision 1
    align 'R'
    update tick
}

Widget LoadBar {
    class 'Bar'
    expression  loadavg(1)
    max 2.0
    length 10	
    direction 'E'
    update tack
}


Widget Disk {
    class 'Text'
    # disk.[rw]blk return blocks, we assume a blocksize of 512
    # to get the number in kB/s we would do blk*512/1024, which is blk/2 
    # expression (proc_stat::disk('.*', 'rblk', 500)+proc_stat::disk('.*', 'wblk', 500))/2
    # with kernel 2.6, disk_io disappeared from /proc/stat but moved to /proc/diskstat
    # therefore you have to use another function called 'diskstats':
    expression diskstats('hd.', 'read_sectors', 500) + diskstats('hd.', 'write_sectors', 500)
    prefix 'disk'
    postfix ' '
    width 10	
    precision 0
    align 'R'	
    update tick	
}	

Widget DiskBar {
    class 'Bar'
    #expression  proc_stat::disk('.*', 'rblk', 500)
    #expression2 proc_stat::disk('.*', 'wblk', 500)
    # for kernel 2.6:
    expression  diskstats('hd.', 'read_sectors',  500)
    expression2 diskstats('hd.', 'write_sectors', 500)
    length 14	
    direction 'E'
    update tack
}

Widget Eth0 {
    class 'Text'
    expression (netdev('eth0', 'Rx_bytes', 500)+netdev('eth0', 'Tx_bytes', 500))/1024
    prefix 'eth0'
    postfix ' '
    width 10	
    precision 0
    align 'R'	
    update tick	
}	

Widget Eth0Bar {
    class 'Bar'
    expression  netdev('eth0', 'Rx_bytes', 500)
    expression2 netdev('eth0', 'Tx_bytes', 500)
    length 14	
    direction 'E'
    update tack
}

Widget PPP {
    class 'Text'
    expression (ppp('Rx:0', 500)+ppp('Tx:0', 500))
    prefix 'PPP'
    width 9
    precision 0
    align 'R'
    update tick
}

Widget Temp {
    class 'Text'
    expression i2c_sensors('temp_input3')*1.0324-67
    prefix 'Temp'
    width 9
    precision 1
    align 'R'
    update tick
}

Widget TempBar {
    class 'Bar'
    expression  i2c_sensors('temp_input3')*1.0324-67
    min 40
    max 80
    length 10
    direction 'E'
    update tack
}

Widget MySQLtest1 {
    class 'Text'
    expression MySQL::query('SELECT id FROM table1')
    width 20
    align 'R'
    prefix 'MySQL test:'
    update minute
}

Widget MySQLtest2 {
    class 'Text'
    expression MySQL::status()
    width 20
    align 'M'
    prefix 'Status: '
    update minute
}

Widget Uptime {
    class 'Text'
    expression uptime('%d days %H:%M:%S')
    width 20
    align 'R'
    prefix 'Up '
    update 1000
}

Widget mpris_TrackPosition_bar {
    class 'Bar'
    expression  mpris_dbus::method_PositionGet('org.kde.amarok')
    length 40   
    min 0
    max 100
    direction 'E'
    style 'H'
    update 200
}

# debugging widgets 

Widget BarTest {
    class 'Bar'
    # test::bar(barno,maxval,startval,delta) - move a test value between 0 and max.
    # delta= step to change value by each time it's read.
    # barno - ten different test bar values can be set up, with barno=0..9
    # if delta=0, just returns the value of bar n instead of changing it.
    expression test::bar(0,30,25,1)
    expression2 test::bar(1,30,0,1)
    length 8
    # max 50
    direction 'E'
    update 10
}

Widget BarTestVal {
    class 'Text'
    expression test::bar(0,100,50,0)
    prefix 'Test '
    width 9
    update 200
}

Widget LightningTest {
    class 'icon'
    speed 500
    visible test::onoff(0)
    bitmap {
        row1 '...***'
        row2 '..***.'
        row3 '.***..'
        row4 '.****.'
        row5 '..**..'
        row6 '.**...'
        row7 '**....'
        row8 '*.....'
    }
}


# Icons

Widget Heartbeat {
    class 'Icon'
    speed 800
    Bitmap {
	Row1 '.....|.....'
	Row2 '.*.*.|.*.*.'
	Row3 '*****|*.*.*'
	Row4 '*****|*...*'
	Row5 '.***.|.*.*.'
	Row6 '.***.|.*.*.'
	Row7 '..*..|..*..'
	Row8 '.....|.....'
    }
}

Widget EKG {
    class 'Icon'
    speed 50
    Bitmap {
	Row1 '.....|.....|.....|.....|.....|.....|.....|.....'
	Row2 '.....|....*|...*.|..*..|.*...|*....|.....|.....'
	Row3 '.....|....*|...*.|..*..|.*...|*....|.....|.....'
	Row4 '.....|....*|...**|..**.|.**..|**...|*....|.....'
	Row5 '.....|....*|...**|..**.|.**..|**...|*....|.....'
	Row6 '.....|....*|...*.|..*.*|.*.*.|*.*..|.*...|*....'
	Row7 '*****|*****|****.|***..|**..*|*..**|..***|.****'
	Row8 '.....|.....|.....|.....|.....|.....|.....|.....'
    }
}
Widget Karo {
    class 'Icon'
    speed 200
    Bitmap {
	Row1 '.....|.....|.....|.....|..*..|.....|.....|.....'
	Row2 '.....|.....|.....|..*..|.*.*.|..*..|.....|.....'
	Row3 '.....|.....|..*..|.*.*.|*...*|.*.*.|..*..|.....'
	Row4 '.....|..*..|.*.*.|*...*|.....|*...*|.*.*.|..*..'
	Row5 '.....|.....|..*..|.*.*.|*...*|.*.*.|..*..|.....'
	Row6 '.....|.....|.....|..*..|.*.*.|..*..|.....|.....'
	Row7 '.....|.....|.....|.....|..*..|.....|.....|.....'
	Row8 '.....|.....|.....|.....|.....|.....|.....|.....'
    }
}
Widget Heart {
    class 'Icon'
    speed 250
    Bitmap {
	Row1 '.....|.....|.....|.....|.....|.....'
	Row2 '.*.*.|.....|.*.*.|.....|.....|.....'
	Row3 '*****|.*.*.|*****|.*.*.|.*.*.|.*.*.'
	Row4 '*****|.***.|*****|.***.|.***.|.***.'
	Row5 '.***.|.***.|.***.|.***.|.***.|.***.'
	Row6 '.***.|..*..|.***.|..*..|..*..|..*..'
	Row7 '..*..|.....|..*..|.....|.....|.....'
	Row8 '.....|.....|.....|.....|.....|.....'
    }
}
Widget Blob {
    class 'Icon'
    speed 250
    Bitmap {
	Row1 '.....|.....|.....'
	Row2 '.....|.....|.***.'
	Row3 '.....|.***.|*...*'
	Row4 '..*..|.*.*.|*...*'
	Row5 '.....|.***.|*...*'
	Row6 '.....|.....|.***.'
	Row7 '.....|.....|.....'
	Row8 '.....|.....|.....'
    }
}
Widget Wave {
    class 'Icon'
    speed 100
    Bitmap {
	Row1 '..**.|.**..|**...|*....|.....|.....|.....|.....|....*|...**'
	Row2 '.*..*|*..*.|..*..|.*...|*....|.....|.....|....*|...*.|..*..'
	Row3 '*....|....*|...*.|..*..|.*...|*....|....*|...*.|..*..|.*...'
	Row4 '*....|....*|...*.|..*..|.*...|*....|....*|...*.|..*..|.*...'
	Row5 '*....|....*|...*.|..*..|.*...|*....|....*|...*.|..*..|.*...'
	Row6 '.....|.....|....*|...*.|..*..|.*..*|*..*.|..*..|.*...|*....'
	Row7 '.....|.....|.....|....*|...**|..**.|.**..|**...|*....|.....'
	Row8 '.....|.....|.....|.....|.....|.....|.....|.....|.....|.....'
    }
}
Widget Squirrel {
    class 'Icon'
    speed 100
    Bitmap {
	Row1 '.....|.....|.....|.....|.....|.....'
	Row2 '.....|.....|.....|.....|.....|.....'
	Row3 '.....|.....|.....|.....|.....|.....'
	Row4 '**...|.**..|..**.|...**|....*|.....'
	Row5 '*****|*****|*****|*****|*****|*****'
	Row6 '...**|..**.|.**..|**...|*....|.....'
	Row7 '.....|.....|.....|.....|.....|.....'
	Row8 '.....|.....|.....|.....|.....|.....'
    }
}

Widget Lightning {
    class 'icon'
    speed 100
    visible cpu('busy', 500)-50
    bitmap {
        row1 '...***'
        row2 '..***.'
        row3 '.***..'
        row4 '.****.'
        row5 '..**..'
        row6 '.**...'
        row7 '**....'
        row8 '*.....'
    }
}

Widget Rain {
    class 'icon'
    speed 200
    bitmap {
	row1 '...*.|.....|.....|.*...|....*|..*..|.....|*....'
	row2 '*....|...*.|.....|.....|.*...|....*|..*..|.....'
	row3 '.....|*....|...*.|.....|.....|.*...|....*|..*..'
	row4 '..*..|.....|*....|...*.|.....|.....|.*...|....*'
	row5 '....*|..*..|.....|*....|...*.|.....|.....|.*...'
	row6 '.*...|....*|..*..|.....|*....|...*.|.....|.....'
	row7 '.....|.*...|....*|..*..|.....|*....|...*.|.....'
	row8 '.....|.....|.*...|....*|..*..|.....|*....|...*.'
    }
}

Widget Timer {
    class 'Icon'
    speed 50
    Bitmap {
	Row1 '.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|'
	Row2 '.***.|.*+*.|.*++.|.*++.|.*++.|.*++.|.*++.|.*++.|.*++.|.*++.|.*++.|.*++.|.+++.|.+*+.|.+**.|.+**.|.+**.|.+**.|.+**.|.+**.|.+**.|.+**.|.+**.|.+**.|'
	Row3 '*****|**+**|**++*|**+++|**++.|**++.|**+++|**+++|**+++|**+++|**+++|+++++|+++++|++*++|++**+|++***|++**.|++**.|++***|++***|++***|++***|++***|*****|'
	Row4 '*****|**+**|**+**|**+**|**+++|**+++|**+++|**+++|**+++|**+++|+++++|+++++|+++++|++*++|++*++|++*++|++***|++***|++***|++***|++***|++***|*****|*****|'
	Row5 '*****|*****|*****|*****|*****|***++|***++|**+++|*++++|+++++|+++++|+++++|+++++|+++++|+++++|+++++|+++++|+++**|+++**|++***|+****|*****|*****|*****|'
	Row6 '.***.|.***.|.***.|.***.|.***.|.***.|.**+.|.*++.|.+++.|.+++.|.+++.|.+++.|.+++.|.+++.|.+++.|.+++.|.+++.|.+++.|.++*.|.+**.|.***.|.***.|.***.|.***.|'
	Row7 '.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|'
	Row8 '.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|.....|'


    }
}

Widget Test {
    class 'Text'
    expression '1234567890123456789012345678901234567890'
    width 40
    foreground 'ff0000ff'
}

Widget Test1 {
    class 'Text'
    expression 'ABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890'
    width 40
    align 'M'
    speed 100
}

Widget Test2 {
    class 'Text'
    expression '1234567890abcdefghijklmnopqrstuvwxyz'
    width 40
    align 'M'
    speed 150
}

Widget GPO_Val1 {
    class 'Text'
    expression LCD::GPO(1)
    prefix 'GPO#1'
    width 10
    precision 0
    align 'R'
    update tick
}

Widget GPI_Val1 {
    class 'Text'
    expression LCD::GPI(1)
    prefix 'GPI#1'
    width 10
    precision 0
    align 'R'
    update tick
}

Widget GPO_Val4 {
    class 'Text'
    expression LCD::GPO(4)
    prefix 'GPO#4'
    width 10
    precision 0
    align 'R'
    update tick
}

Widget GPO_Test1 {
    class 'GPO'
    expression 255*test::onoff(1)
    update 300
}

Widget GPO_Test255 {
    class 'GPO'
    expression test::bar(0,255, 0, 1)
    update 100
}

Widget ImageTest {
    class 'Image'
    file 'tux.png'
    update 1000
    visible 1
    inverted 0
}

Widget KVV {
    class 'Text'
    expression kvv::line(0).' '.kvv::station(0)
    width 11

    align 'L'
    update tick
    Foreground 'ffff00'
    style 'bold'
}

Widget KVV_TIME {
    class 'Text'
    expression kvv::time_str(0)
    width 2

    align 'R'
    update tick
    foreground kvv::time(0) < 2 ? 'FF0000' : ( kvv::time(0) < 5 ? 'FFFF00' : '00FF00' )
    style 'bold'
}

Layout Default {
    Row1 {
	Col1  'OS'
    }
    Row2 {
	Col1  'CPU'
	Col10 'RAM'
    }
    Row3 {
	Col1  'Busy'
	Col10 'Rain'
	Col11 'BusyBar'
    }
    Row4 {
	Col1 'Load'
	Col11 'LoadBar'
    }
    Row5 {
	Col1  'Disk'
	Col11 'DiskBar'
    }
    Row6 {
	Col1  'Eth0'
	Col11 'Eth0Bar'
    }
}

Layout TestLayer {
    Row1 {
	Col1  'OS'
    }
    Row2 {
	Col1  'CPU'
	Col10 'RAM'
    }
    Row3 {
	Col1  'Busy'
	Col10 'Rain'
	Col11 'BusyBar'
    }
    Row4 {
	Col1 'Load'
	Col11 'LoadBar'
    }
    Row5 {
	Col1  'Disk'
	Col11 'DiskBar'
    }
    Row6 {
	Col1  'Eth0'
	Col11 'Eth0Bar'
    }
    Layer 2 {
	X1.Y1 'ImageTest'
    }
}

Layout TestImage {
    Layer 2 {
	X1.Y1 'ImageTest'
    }
}

Layout L24x8 {
    Row1 {
	Col1  'Load'
	Col11 'BusyBar'
    }
    Row2 {
    }
}

Layout L8x2 {
    Row1 {
	Col1  'Busy'
    }
    Row2 {
	Col1 'BarTest'
    }
}

Layout L16x1 {
    Row1 {
	Col1  'Busy'
	Col11 'BusyBar'
    }
}

Layout L16x2 {
    Row1 {
	Col1  'Busy'
	Col11 'BusyBar'
    }
    Row2 {
	Col1  'Disk'
	#Col11 'DiskBar'
	Col11 'BarTest'
    }
}

Layout L20x2 {
    Row1 {
        Col1  'CPUinfo'
    }
    Row2 {
	Col1  'Busy'
	Col11 'BusyBar'
    }
}

Layout L40x2 {
    Row1 {
	Col1  'OS'
	Col21  'Busy'
	Col31 'BusyBar'
    }
    Row2 {
	Col1  'CPU'
	Col10 'RAM'
	Col21 'Load'
	Col31 'LoadBar'
    }
}

Layout Test {
    Row01.Col1 'Test1'
    Row02.Col1 'Test1'
    Row03.Col1 'Test1'
    Row04.Col1 'Test1'
    Row05.Col1 'Test1'
    Row06.Col1 'Test1'
    Row07.Col1 'Test1'
    Row08.Col1 'Test1'
    Row09.Col1 'Test1'
    Row10.Col1 'Test1'
    Row11.Col1 'Test1'
    Row12.Col1 'Test1'
    Row13.Col1 'Test1'
    Row14.Col1 'Test1'
    Row15.Col1 'Test1'
    Row16.Col1 'Test1'
    Row17.Col1 'Test1'
    Row18.Col1 'Test1'
    Row19.Col1 'Test1'
    Row20.Col1 'Test1'
    Row21.Col1 'Test1'
    Row22.Col1 'Test1'
    Row23.Col1 'Test1'
    Row24.Col1 'Test1'
}

Layout Test2 {
    Row01.Col1 'Test1'
    #Row02.Col1 'Rain'
    Row02.Col1 'Test2'
    Row03.Col1 'Test1'
    Row04.Col1 'Test2'
    Row05.Col1 'Test1'
    Row06.Col1 'Test2'
    Row07.Col1 'Test1'
    Row08.Col1 'Test2'
}

Layout TestGPO {
    Row1.Col1  'GPO_Val1'
    Row1.Col10 'GPI_Val1'
    Row2.Col1  'GPO_Val4'
    GPO1       'GPO_Test255'
    GPO4       'GPO_Test1'
}

Layout TestIcons {
    Row1.Col1 'Timer'
    Row1.Col2 'Rain'
    Row1.Col3 'Squirrel'
    Row1.Col4 'Wave'
    Row1.Col5 'Blob'
    Row1.Col6 'Heart'
    Row1.Col7 'Karo'
    Row1.Col8 'EKG'
}

Layout testMySQL {
	Row1 {
		Col1 'MySQLtest1'
	}
	Row2 {
		Col1 'MySQLtest2'
	}
}

Layout Debug {
    #Row09.Col1 'Test'
    Row09.Col1 'Heartbeat'
}



#Display 'SerDispLib'
#Display 'LCD-Linux'
#Display 'LCD2041'
#Display 'LK202'
#Display 'LK204'
#Display 'MI240'
#Display 'CW12232'
#Display 'HD44780-generic'
#Display 'HD44780-WinAmp'
#Display 'HD44780-4bit'
#Display 'WDC2704M'
#Display 'SC1602D'
#Display 'LCM-162'
#Display 'CF631'
#Display 'CF632'
#Display 'CF633'
#Display 'Curses'
#Display 'M50530-24x8'
#Display 'LCDTerm'
#Display 'SimpleLCD'
#Display 'BA63'
#Display 'CT20x4'
#Display 'T6963-240x64'
#Display 'T6963-240x128'
#Display 'T6963-240x128D'
#Display 'XWindow'
#Display 'IRLCD'
#Display 'USBLCD'
#Display 'BWCT'
#Display 'Image'
#Display 'TeakLCD'
#Display 'Trefon'
#Display 'LCD2USB'
#Display 'LPH7508-serdisplib'
#Display 'LPH7508'
#Display 'ctinclud'
#Display 'picoLCD'
#Display 'VNC'
#Display 'FutabaVFD'
Display 'GLCD2USB'

#Layout 'Default'
Layout 'TestLayer'
#Layout 'TestImage'
#Layout 'L8x2'
#Layout 'L16x1'
#Layout 'L16x2'
#Layout 'L20x2'
#Layout 'L40x2'
#Layout 'Test'
#Layout 'Test2'
#Layout 'TestGPO'
#Layout 'Debug'
#Layout 'TestIcons'