# LCDd.conf
#
# This file contains the configuration for the LCDd server.
# 
# The format is ini-file-like. It is divided into sections that start at
# markers that look like [section]. Comments are all line-based comments,
# and are lines that start with '#' or ';'.
#
# The server has a 'central' section named [server]. Further each driver 
# has a section which defines how the driver acts.
#
# The drivers are activated by specifiying them in a driver= line in the
# server section, like:
#
#   Driver=curses
#
# This tells LCDd to use the curses driver. The first driver that is
# loaded and is capable of output becomes 'the' output driver.
# All extra drivers can only serve as input.
# The default driver to use is curses.
#
# The drivers can read their own options from the config file, but most of
# them don't do this yet. They expect 'command-line'-format parameters that
# were previously placed on the command line. These parameters can be
# given to the driver in the following way:
#
#   Arguments="place arguments here"
#
# The arguments between the quotes are passed to the driver.
# As said before these are the same arguments that the driver would have
# been passed under the old command line format of
#
#   -d <driver> "<driverargs>"
#
# Note that the -d option still works, but not allows driverargs anymore.
# If -d is specified on the command line, the Driver= options in the 
# config file are ignored.

[server]
# Server section with all kinds of settings for the LCDd server
#Driver=curses
Driver=hd44780
#Driver=MtxOrb
#
# Tells the server to load the given drivers. Multiple lines can be given.
# The name of the driver is exactly the same as the name of the driver
# module that is to be loaded, including the case of the letters !
# (That is: unless a file= option is given in the driver section)
Bind=127.0.0.1

# Tells the driver to bind to the given interface
Port=13666

# Listen on this specified port; defaults to 13666.
#ReportLevel=3

# Sets the reporting level; defaults to 2 (warnings and errors only).
#ReportToSyslog=yes

# Should we report to syslog instead of stderr ? Default: no
WaitTime=5

# Sets the default time in seconds to displays a screen.
User=root

# User to run as.  LCDd will drop its root priviledges,
# if any, and run as this user instead.
#ServerScreen=no

# Enables the built-in server screen [Default: noscreen]
# yes      : always,
# noscreen : when there are no other screens active,
# no       : never, the LCD display will be blank when there are 
#            no screens active.
Foreground=yes

# The server will stay in the foreground if set to true.

DriverPath=server/drivers/
# Where can we find the driver modules ?
# Always place a slash as last character !
# Driver sections are below this line, in alphabetical order

[bayrad]
# EMAC BayRAD driver
Arguments="fill in here"
# -d --device	Select the output device to use [/dev/lcd]
# -t --type	Select the LCD type (size) [20x2]
# -s --speed	Set the communication speed [19200]
# -h --help	Show this help information

[CFontz]
# CrystalFontz driver
# Select the output device to use [/dev/lcd]
Device=/dev/ttyS0
# Select the LCD type (size) [20x4]
Size=20x4
# Set the initial contrast [140]
Contrast=140
# Set the initial brightness [255]
Brightness=255
# Set the initial off-brightness [0]
# This value is used when the display is normally
# switched off in case LCDd is inactive
OffBrightness=0
# Set the communication speed [9600]
# possible values: 1200, 2400, 9600
Speed=9600
# Set the firmware version (New means >= 2.0) [no]
NewFirmware=no
# Reinitialize the LCD's BIOS [no]
# normally you shouldn't need this
Reboot=no

[CFontz633]
# CrystalFontz633 driver

# Select the output device to use [/dev/lcd]
Device=/dev/ttyS0
# Select the LCD type (size) [20x4]
Size=16x2
# Set the initial contrast [140]
Contrast=140
# Set the initial brightness [100]
# Brightness hardware value is between 0 and 100.
Brightness=100
# Set the initial off-brightness [0]
# This value is used when the display is normally
# switched off in case LCDd is inactive
OffBrightness=50
# Set the communication speed [9600]
# possible values: 19200
Speed=19200
# Set the firmware version (New means >= 2.0) [no]
# Currently this flag is not in use, there is no such thing as NewFirmware. ;=)
NewFirmware=no
# Reinitialize the LCD's BIOS [no]
# normally you shouldn't need this
Reboot=yes

[curses]
# Curses driver
# color settings
# foreground color [blue]
foreground=blue
# background color [cyan]
background=cyan
# backlight color [red]
backlight=red
# display size [20x4]
size=20x4
# What position (X,Y) to start the left top corner at...
# Default: (7,7)
topleftx=7
toplefty=7
[glk]
# Matrix Orbital GLK driver
Arguments="-d /dev/ttyS0 -s 9600"
# -d, --device   select the serial device to use [/dev/lcd]
# -c, --contrast set the initial contrast value [140]
# -s, --speed    set the serial port speed [19200]
# -h, --help     display this help text

[hd44780]
# Hitachi HD44780 driver
# See docs/hd44780_howto.txt

Port=0x378
# Port where the LPT is. Usual values are 0x278, 0x378 and 0x3BC

ConnectionType=winamp
# Select what type of connection. See documentation for types.

Keypad=no
# If you have a keypad connected. Keypad layout is currently not
# configureable from the config file.

Backlight=no
# If you have a switchable backlight.

Size=40x4
# Specifies the size of the LCD.
# In case of multiple combined displays, this should be the total size.

vspan=2,2
# For multiple displays: at what 'logical' lines do the individual displays
# start.

# extended=yes
# If you want to use more than 3 HD44780 controllers on the LPT, you need to
# specify this. See documentation.

# DelayMult=2
# If your display is slow and cannot keep up with the flow of data from
# LCDd, garbage can appear on the LCDd. Set this delay factor to 2 or 4
# to increase the delays. Default: 1.

# DelayBus=false
# You can reduce the inserted delays by setting this to false.
# On fast PCs it is possible your LCD does not respond correctly.
# Default: true.

[IrMan]
#IrMan driver
#if in trouble with IrMan, try Lirc emulator for IrMan
Arguments="fill in here"
# -d --device	Select the input device to use
# -c --config	Select the configuration file to use
# -h --help	Show this help information

[joy]
# Joystick driver
Arguments="-d /dev/js0"
# -d --device	Select the input device to use [/dev/js0]
# -a --axes	Modify the axis map
# -b --buttons	Modify the button map
# -h --help	Show this help information

[lb216]
# LB216 driver
Arguments="-d /dev/ttyS0 -s 9600"
# -d --device	Select the output device to use [/dev/lcd]
# -t --type	Select the LCD type (size) [16x2]
# -b --brightness	Set the initial brightness [255]
# -s --speed	Set the communication speed [9600]
# -r --reboot	Reinitialize the LCD's BIOS
# -h --help	Show this help information;

[lcdm001]
# LCDM001 driver
Device=/dev/ttyS1
# keypad settings
# Keyname      Function
#              Normal context              Menu context
# -------      --------------              ------------
#
# PauseKey     Pause/Continue              Enter/select
# BackKey      Back(Go to previous screen) Up/Left
# ForwardKey   Forward(Go to next screen)  Down/Right
# MainMenuKey  Open main menu              Exit/Cancel
PauseKey=LeftKey
BackKey=UpKey
ForwardKey=DownKey
MainMenuKey=RightKey
# You can rearrange the settings here.
# If your device is broken, have a look at server/drivers/lcdm001.h

[lcterm]
# HNE LCTerm driver
Device=/dev/ttyS1
size=16x2

[icp_a106]
# ICP A106 driver
Device=/dev/ttyS1

[lirc]
# Lirc input driver
# No options

[MtxOrb]
# Matrix Orbital driver
Arguments="-d /dev/ttyS0 -t 20x2 -c 120"
# -d		Select the output device to use [/dev/lcd]
# -t		Select the LCD type (size) [20x4]
# // UNAVAILABLE: -b --backlight	Select the backlight state [on]
# -c		Set the initial contrast [140]
# -s		Set the communication speed [19200]
# -h		Show this help information
# -b		display type: lcd, lkd, vfd, vkd\n
[sed1330]
# Seiko Epson 1330 driver
Port=0x378
# Port where the LPT is. Usual values are 0x278, 0x378 and 0x3BC
Type=G321D
#Type=G121C
#Type=G242C
# Type of LCD module. G321D is the only one that is tested currently.

[sed1520]
# Seiko Epson 1520 driver
Arguments="-p 0x278"
# -p n	--port n	Select the output device to use port n
# -h	--help		Show this help information

[stv5730]
# stv5730 driver
Arguments="fill in here"
# -p n	--port n	Select the output device to use port n
# -h	--help		Show this help information

[svgalib]
# SVGAlib driver
# No options.
# You should of course have your svgalib configured correctly.

[T6963]
# Toshiba T6963 driver
#Port=0x378
#Size=20x6
#ECPlpt=on    # use bidirectional mode or not

[text]
# Text driver
# No options

[Wirz-sli]
# Wirz SLI LCD driver
Arguments="fill in here"
# -d --device	Select the output device to use [/dev/lcd]
# -s --speed	Set the communication speed [19200]
# -h --help	Show this help information