lcd display
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Relations::Display 0.92
Relations::Display is a DBI/DBD::mysql Query Graphing Perl module. more>>
Relations::Display is a DBI/DBD::mysql Query Graphing Perl module.
SYNOPSIS
# DBI, Relations::Display Script that creates a
# matrix, table, and graph from a query.
use DBI;
use Relations;
use Relations::Query;
use Relations::Abstract;
use Relations::Display;
$dsn = "DBI:mysql:watcher";
$username = "root";
$password = ;
$dbh = DBI->connect($dsn,$username,$password,{PrintError => 1, RaiseError => 0});
$abstract = new Relations::Abstract($dbh);
$display = new Relations::Display(-abstract => $abstract,
-query => {-select => {total => "count(*)",
first => "Bird",
second => "Count",
third => "if(gender=Male,Boy,Girl)",
tao => "if(gender=Male,Yang,Yin)",
sex => "gender",
kind => "sp_name",
id => "species.sp_id",
fourth => "(species.sp_id+50)",
vert => "2",
horiz => "1.5"},
-from => [bird,species],
-where => [species.sp_id=bird.sp_id,
species.sp_id < 4],
-group_by => [sp_name,gender,first,second],
-order_by => [gender,sp_name]},
-x_axis => first,kind,id,fourth,
-legend => second,third,tao,sex,vert,horiz,
-y_axis => total,
-hide => fourth,third,vert,horiz,
-vertical => vert,
-horizontal => horiz);
$matrix = $display->get_matrix();
$table = $display->get_table();
$display->set(-chart => bars,
-width => 400,
-height => 400,
-settings => {y_min_value => 0,
y_max_value => 3,
y_tick_number => 3,
transparent => 0}
);
$gph = $display->get_graph();
$gd = $gph->gd();
open(IMG, >test.png) or die $!;
binmode IMG;
print IMG $gd->png;
$dbh->disconnect();
<<lessSYNOPSIS
# DBI, Relations::Display Script that creates a
# matrix, table, and graph from a query.
use DBI;
use Relations;
use Relations::Query;
use Relations::Abstract;
use Relations::Display;
$dsn = "DBI:mysql:watcher";
$username = "root";
$password = ;
$dbh = DBI->connect($dsn,$username,$password,{PrintError => 1, RaiseError => 0});
$abstract = new Relations::Abstract($dbh);
$display = new Relations::Display(-abstract => $abstract,
-query => {-select => {total => "count(*)",
first => "Bird",
second => "Count",
third => "if(gender=Male,Boy,Girl)",
tao => "if(gender=Male,Yang,Yin)",
sex => "gender",
kind => "sp_name",
id => "species.sp_id",
fourth => "(species.sp_id+50)",
vert => "2",
horiz => "1.5"},
-from => [bird,species],
-where => [species.sp_id=bird.sp_id,
species.sp_id < 4],
-group_by => [sp_name,gender,first,second],
-order_by => [gender,sp_name]},
-x_axis => first,kind,id,fourth,
-legend => second,third,tao,sex,vert,horiz,
-y_axis => total,
-hide => fourth,third,vert,horiz,
-vertical => vert,
-horizontal => horiz);
$matrix = $display->get_matrix();
$table = $display->get_table();
$display->set(-chart => bars,
-width => 400,
-height => 400,
-settings => {y_min_value => 0,
y_max_value => 3,
y_tick_number => 3,
transparent => 0}
);
$gph = $display->get_graph();
$gd = $gph->gd();
open(IMG, >test.png) or die $!;
binmode IMG;
print IMG $gd->png;
$dbh->disconnect();
Download (0.024MB)
Added: 2007-06-12 License: Perl Artistic License Price:
865 downloads
Data Display Debugger 3.3.11
Data Display Debugger is a common graphical user interface for GDB, DBX and XDB. more>>
GNU DDD is a graphical front-end for command-line debuggers such as GDB, DBX, WDB, Ladebug, JDB, XDB, the Perl debugger, the bash debugger, or the Python debugger.
Besides "usual front-end features such as viewing source texts, DDD has become famous through its interactive graphical data display, where data structures are displayed as graphs.
<<lessBesides "usual front-end features such as viewing source texts, DDD has become famous through its interactive graphical data display, where data structures are displayed as graphs.
Download (7.3MB)
Added: 2005-04-18 License: GPL (GNU General Public License) Price:
1661 downloads
Kirocker Music Display 3.4.1
Kirocker Music Display is an Amaork script that makes your Kicker (the KDE main panel) rock with your music. more>>
Kirocker Music Display is an Amaork script that makes your Kicker (the KDE main panel) rock with your music.
It is a Kicker applet that displays what you listen to in Amarok
You then always know what you are listening to, and watch its cover: it is always visible on your panel.
It allows you to rate your music with one click: you can quickly change the number of stars of your musics from anywhere on your desktop.
To install:
- Extract the archive
- Open a konsole in the extracted folder (in Konqueror, go to the extracted folder and press F4)
- Run this set of command: ./configure --prefix=$(kde-config --prefix) && make && sudo make install
- It will ask your root password to install the applet on your system
- Right click the Kicker, choose "Add an Applet to the Panel..." (once the panel is unlocked)
- Double-click "Kirocker Music Display"
- Start playing a music: the applet is empty when Amarok is stopped or paused, to not annoy you with useless information when you are working
Also included in the package: the Kicker right translucent white background.
How to make the kicker translucent:
- Your screen resolution need to be 1280*800. If not, you will need some artistic skills and a Gimp experience to modify the given background
- Extract the image "Kicker Right Translucent Background.png" located in the Kirocker Music Display archive
- Open your desktop background image with The Gimp
- Drag and drop "Kicker Right Translucent Background.png" to the Gimp window of your background image
- Save the image and set it as your desktop background image
- Right click the Kicker and choose "Configure the Panel..." (once the panel is unlocked)
- Place the panel on the right (click the button on the right)
- Set the size to "Personalized" and enter "96 pixels"
- In the "Appearance" tab, check "Enable transparency"
- Click "Ok" and youre done: ENJOY!
Enhancements:
- This release fixes an issue with big playlists where Kirocker Music Display would hang up, act badly, or not respond.
- It also solves a long-standing tedious crash.
- Kirocker Music Display should be rock solid now.
<<lessIt is a Kicker applet that displays what you listen to in Amarok
You then always know what you are listening to, and watch its cover: it is always visible on your panel.
It allows you to rate your music with one click: you can quickly change the number of stars of your musics from anywhere on your desktop.
To install:
- Extract the archive
- Open a konsole in the extracted folder (in Konqueror, go to the extracted folder and press F4)
- Run this set of command: ./configure --prefix=$(kde-config --prefix) && make && sudo make install
- It will ask your root password to install the applet on your system
- Right click the Kicker, choose "Add an Applet to the Panel..." (once the panel is unlocked)
- Double-click "Kirocker Music Display"
- Start playing a music: the applet is empty when Amarok is stopped or paused, to not annoy you with useless information when you are working
Also included in the package: the Kicker right translucent white background.
How to make the kicker translucent:
- Your screen resolution need to be 1280*800. If not, you will need some artistic skills and a Gimp experience to modify the given background
- Extract the image "Kicker Right Translucent Background.png" located in the Kirocker Music Display archive
- Open your desktop background image with The Gimp
- Drag and drop "Kicker Right Translucent Background.png" to the Gimp window of your background image
- Save the image and set it as your desktop background image
- Right click the Kicker and choose "Configure the Panel..." (once the panel is unlocked)
- Place the panel on the right (click the button on the right)
- Set the size to "Personalized" and enter "96 pixels"
- In the "Appearance" tab, check "Enable transparency"
- Click "Ok" and youre done: ENJOY!
Enhancements:
- This release fixes an issue with big playlists where Kirocker Music Display would hang up, act badly, or not respond.
- It also solves a long-standing tedious crash.
- Kirocker Music Display should be rock solid now.
Download (0.98MB)
Added: 2007-08-20 License: GPL (GNU General Public License) Price:
797 downloads
Image Display System 0.82
Image Display System is a CGI that produces image galleries on-the-fly. more>> <<less
Download (0.65MB)
Added: 2005-05-04 License: BSD License Price:
1634 downloads
HTML::Display::Common 0.36
HTML::Display::Common is a Perl module with routines common to all HTML::Display subclasses. more>>
HTML::Display::Common is a Perl module with routines common to all HTML::Display subclasses.
__PACKAGE__->new %ARGS
Creates a new object as a blessed hash. The passed arguments are stored within the hash. If you need to do other things in your constructor, remember to call this constructor as well :
package HTML::Display::WhizBang;
use base HTML::Display::Common;
sub new {
my ($class) = shift;
my %args = @_;
my $self = $class->SUPER::new(%args);
# do stuff
$self;
};
$display->display %ARGS
This is the routine used to display the HTML to the user. It takes the following parameters :
html => SCALAR containing the HTML
file => SCALAR containing the filename of the file to be displayed
base => optional base url for the HTML, so that relative links still work
location (synonymous to base)
Basic usage :
my $html = "< html >< body >< h1 >Hello world!< /h1 >< /body >< /html >";
my $browser = HTML::Display->new();
$browser->display( html => $html );
Location parameter :
If you fetch a page from a remote site but still want to display it to the user, the location parameter comes in very handy :
my $html = < html >< body >< /body >< /html >;
my $browser = HTML::Display->new();
# This will display part of the Google logo
$browser->display( html => $html, base => http://www.google.com );
<<less__PACKAGE__->new %ARGS
Creates a new object as a blessed hash. The passed arguments are stored within the hash. If you need to do other things in your constructor, remember to call this constructor as well :
package HTML::Display::WhizBang;
use base HTML::Display::Common;
sub new {
my ($class) = shift;
my %args = @_;
my $self = $class->SUPER::new(%args);
# do stuff
$self;
};
$display->display %ARGS
This is the routine used to display the HTML to the user. It takes the following parameters :
html => SCALAR containing the HTML
file => SCALAR containing the filename of the file to be displayed
base => optional base url for the HTML, so that relative links still work
location (synonymous to base)
Basic usage :
my $html = "< html >< body >< h1 >Hello world!< /h1 >< /body >< /html >";
my $browser = HTML::Display->new();
$browser->display( html => $html );
Location parameter :
If you fetch a page from a remote site but still want to display it to the user, the location parameter comes in very handy :
my $html = < html >< body >< /body >< /html >;
my $browser = HTML::Display->new();
# This will display part of the Google logo
$browser->display( html => $html, base => http://www.google.com );
Download (0.054MB)
Added: 2006-12-05 License: Perl Artistic License Price:
1054 downloads
Apache::WeSQL::Display 0.53
Apache::WeSQL::Display is a library of functions to create web-pages based on a Journalled SQL database. more>>
Apache::WeSQL::Display is a library of functions to create web-pages based on a Journalled SQL database.
SYNOPSIS
use Apache::WeSQL::Display qw( :all );
This module contains the functions necessary to deal with the jform.wsql, jdetails.wsql, and jlist.wsql web calls. These calls read their configuration from the form.cf, details.cf, and list.cf files. Also, they use certain (see LAYOUT.CF below to know which) entries from the layout.cf file for the layout. The structure of the .cf files is outlined below.
.CF FILES
STRUCTURE
The .cf files (except for layout.cf, see below) have the following syntax:
< view-name >
< key >:< value >
< value_line2 >
< key >:< value >
< value_line2 >
< value_line3 >
...
< view-name >
< key >:< value >
...
Multi-line values are allowed as long as the extra lines begin with whitespace. Of course they can not be all whitespace, or they would be seen as a view separator!
<<lessSYNOPSIS
use Apache::WeSQL::Display qw( :all );
This module contains the functions necessary to deal with the jform.wsql, jdetails.wsql, and jlist.wsql web calls. These calls read their configuration from the form.cf, details.cf, and list.cf files. Also, they use certain (see LAYOUT.CF below to know which) entries from the layout.cf file for the layout. The structure of the .cf files is outlined below.
.CF FILES
STRUCTURE
The .cf files (except for layout.cf, see below) have the following syntax:
< view-name >
< key >:< value >
< value_line2 >
< key >:< value >
< value_line2 >
< value_line3 >
...
< view-name >
< key >:< value >
...
Multi-line values are allowed as long as the extra lines begin with whitespace. Of course they can not be all whitespace, or they would be seen as a view separator!
Download (0.085MB)
Added: 2006-06-09 License: Perl Artistic License Price:
1232 downloads
lcdmodxmms 0.1
lcdmodxmms displays the song currently playing, the time remaining, and a 6 bar spectrum analyser on LCD displays. more>>
lcdmodxmms is currently in its first release but should work hapily for most users, please send me an email if you have any trouble compiling or using it.
lcdmodxmms displays the song currently playing, the time remaining, and a 6 bar spectrum analyser on LCD displays controlled by lcdmod.
lcdmodxmms is currently written for 2x16 displays, it will work for other displays, but will only use 2x16 of them. The next release will cater better for larger displays.
<<lesslcdmodxmms displays the song currently playing, the time remaining, and a 6 bar spectrum analyser on LCD displays controlled by lcdmod.
lcdmodxmms is currently written for 2x16 displays, it will work for other displays, but will only use 2x16 of them. The next release will cater better for larger displays.
Download (0.008MB)
Added: 2006-04-12 License: GPL (GNU General Public License) Price:
1290 downloads
LCDML 1.2
LCDML is a description language based on XML and used to describe the text that should be displayed on a LCD. more>>
LCDML project (or Liquid Crystal Display Markup Language) is a description language based on XML and used to describe the text that should be displayed on a LCD. It supports both static and dynamic text messages and bar charts and allows to implement all kinds of (complex) status output on a display.
A LCDML player (e.g. iowlcdml in the iowlcd package) uses a LCDML input file and then displays the pages defined there. Each page will be displayed for a specified duration, then the next page is displayed. This allows to use LCDML to describe lots of status messages on different pages and its output will be displayed with time multi-plexing.
Each page defined in LCDML contains regions. The regions are rectangular boxes defined on the text screen on the LCD where text output can be placed. A region is by default static, i. e. the contents displayed is generated if the page is constructed and keeps its contents until the page is no longer displayed. Other regions can be defined to be updated more often during the display of the page. These dynamic regions allow to update its contents more often during the lifetime of a page.
In a region text and bar charts can be defined. A text can be either defined directly, read from a file, or be the output of a shell command. The last method is very useful for creating status outputs defined in LCDML. The shell command is executed each time the region is updated. Similar to text output, the bar charts can be defined in regions, too. Both vertical and horizontal bars arranged in groups are supported. The values displayed in a bar can also be generated from a command output. LCDML allows to filter command output with regular expressions to extract the values from verbose output.
As a convenience and performance feature, the command output can be also stored as strings. The strings can then be used and filtered for different values and applied in different texts and bars in a regions without re-evaluating the command.
<<lessA LCDML player (e.g. iowlcdml in the iowlcd package) uses a LCDML input file and then displays the pages defined there. Each page will be displayed for a specified duration, then the next page is displayed. This allows to use LCDML to describe lots of status messages on different pages and its output will be displayed with time multi-plexing.
Each page defined in LCDML contains regions. The regions are rectangular boxes defined on the text screen on the LCD where text output can be placed. A region is by default static, i. e. the contents displayed is generated if the page is constructed and keeps its contents until the page is no longer displayed. Other regions can be defined to be updated more often during the display of the page. These dynamic regions allow to update its contents more often during the lifetime of a page.
In a region text and bar charts can be defined. A text can be either defined directly, read from a file, or be the output of a shell command. The last method is very useful for creating status outputs defined in LCDML. The shell command is executed each time the region is updated. Similar to text output, the bar charts can be defined in regions, too. Both vertical and horizontal bars arranged in groups are supported. The values displayed in a bar can also be generated from a command output. LCDML allows to filter command output with regular expressions to extract the values from verbose output.
As a convenience and performance feature, the command output can be also stored as strings. The strings can then be used and filtered for different values and applied in different texts and bars in a regions without re-evaluating the command.
Download (0.006MB)
Added: 2006-05-26 License: GPL (GNU General Public License) Price:
1246 downloads
Display mail route 0.2.1
Display mail route is an excellent and easy-to-play extension which will display country icons for the stations (server) the mail has been routed. more>> Display mail route 0.2.1 is an excellent and easy-to-play extension which will display country icons for the stations (server) the mail has been routed. As always with my extensions, you need to install Mnenhy or Enigmail.
Enhancements: Compatible with TB 1.5.0.*
Requirements: Thunderbird 1.0 - 1.5.0.* ALL
Added: 2006-09-12 License: MPL Price: FREE
1 downloads
airLCD 0.2
airLCD application provides an interface between the amaroK music player, a remote control and an alpha-numeric LCD display. more>>
airLCD application provides an interface between the Amarok music player, a remote control and an alpha-numeric LCD display. Commands sent from your remote control are interpreted by airLCD and turned into commands for Amarok.
Status changes in Amarok (new song information, playing status) are shown on the LCD display. airLCD also allows the user to browse through their collection database and select music to play.
The LCD display is completely user customisable, allowing all screen sizes to be used, and only the information the user wants displayed shown.
<<lessStatus changes in Amarok (new song information, playing status) are shown on the LCD display. airLCD also allows the user to browse through their collection database and select music to play.
The LCD display is completely user customisable, allowing all screen sizes to be used, and only the information the user wants displayed shown.
Download (0.58MB)
Added: 2006-06-15 License: GPL (GNU General Public License) Price:
1226 downloads
LPlay 0.2.0 RC1
LPlay is part of Project Open Channel. more>>
LPlay is part of Project Open Channel. The LPlay plroject is a player for displaying different media on display(s). This can mean, for example, running a program loop on TVs.
<<less Download (0.65MB)
Added: 2006-11-10 License: GPL (GNU General Public License) Price:
1078 downloads
IOWLCD 1.3
IOWLCD library provides a small C-library that allows full control of the connected LCD. more>>
The IOWarrior boards (available at www.codemercs.com) are very nice experimental circuit boards connected via USB to you PC (with Linux or Windows) or Mac. They provide digital input and output ports and also an interface for a LCD with dot matrix display of up to 80 characters.
IOWLCD library provides a small C-library that allows full control of the connected LCD. Furthermore a PERL interface for the library is available. IOWLCD is implemented with the USB Library and runs without special kernel modules on a Linux 2.6 system. Since the USB Library also supports other brands of Unices (including Mac OS X), the IOWLCD library should be portable to these platforms.
Main features:
- Implemented full command set of Hitachi 44780 LCDisplay Controller (including custom character upload)
- Provides higher level LCD commands for text output and read back
- Simple horizontal or vertical bar charts are supported with pixel accuracy (implemented with custom chars). The ideal tool for system meters or gauges.
- Handles more than one IOWarrior and both types: IOW24 and IOW40
- C-Library and PERL bindings (via SWIG)
- runs on Linux without extra kernel modules and on 2.6 kernels
- supports LCDML (Liquid Crystal Display Markup Language) with the iowlcdml.pl player
<<lessIOWLCD library provides a small C-library that allows full control of the connected LCD. Furthermore a PERL interface for the library is available. IOWLCD is implemented with the USB Library and runs without special kernel modules on a Linux 2.6 system. Since the USB Library also supports other brands of Unices (including Mac OS X), the IOWLCD library should be portable to these platforms.
Main features:
- Implemented full command set of Hitachi 44780 LCDisplay Controller (including custom character upload)
- Provides higher level LCD commands for text output and read back
- Simple horizontal or vertical bar charts are supported with pixel accuracy (implemented with custom chars). The ideal tool for system meters or gauges.
- Handles more than one IOWarrior and both types: IOW24 and IOW40
- C-Library and PERL bindings (via SWIG)
- runs on Linux without extra kernel modules and on 2.6 kernels
- supports LCDML (Liquid Crystal Display Markup Language) with the iowlcdml.pl player
Download (0.010MB)
Added: 2006-05-26 License: GPL (GNU General Public License) Price:
1246 downloads
ATI Radeon Linux Display Drivers 8.40.4
ATI Radeon Linux Display Drivers are proprietary Linux drivers for ATI Radeon cards. more>>
ATI Radeon Linux Display Drivers are proprietary Linux drivers for ATI Radeon cards.
ATI Radeon Linux Display Driver provides TV Output support for ATI graphics cards that support TV out. The ATI Proprietary Linux driver also allows for the following monitor arrangements:
- Laptop Mode (toggle between internal or external screen)
- Clone Mode (same content on both screens)
- Big Desktop (one desktop stretched across two screens)
- Dual Head (separate instances of X running on each screen)
<<lessATI Radeon Linux Display Driver provides TV Output support for ATI graphics cards that support TV out. The ATI Proprietary Linux driver also allows for the following monitor arrangements:
- Laptop Mode (toggle between internal or external screen)
- Clone Mode (same content on both screens)
- Big Desktop (one desktop stretched across two screens)
- Dual Head (separate instances of X running on each screen)
Download (38.5MB)
Added: 2007-08-14 License: Other/Proprietary License Price:
520 downloads
lcdmod 1.0.2
lcdmod is a kernel module for using HD44780 compatible LCD displays connected to the parallel port. more>>
lcdmod was written because there was no nice way of controlling these displays from a computer under linux, most other software written to control these displays run in user space, and/or dont support all the features of the displays.
lcdmod allows users to easily intergrate the LCD, in its simplest form, into shell scripts, C code, et cetera by simply writing ASCII to the device file. But also provides an interface to many of the more powerful features of the display and module through that same interface.
Main features:
- Character device driver for all HD44780 compatible displays.
- Fast 8 bit mode.
- Support for all screen sizes.
- User definable fonts, and mapping.
- proc filesystem entry shows module configuration and current display state.
- Driver emulates most control characters of a vt52 terminal.
- Support for multiple wiring schemes.
- No LCDProc
<<lesslcdmod allows users to easily intergrate the LCD, in its simplest form, into shell scripts, C code, et cetera by simply writing ASCII to the device file. But also provides an interface to many of the more powerful features of the display and module through that same interface.
Main features:
- Character device driver for all HD44780 compatible displays.
- Fast 8 bit mode.
- Support for all screen sizes.
- User definable fonts, and mapping.
- proc filesystem entry shows module configuration and current display state.
- Driver emulates most control characters of a vt52 terminal.
- Support for multiple wiring schemes.
- No LCDProc
Download (0.016MB)
Added: 2005-10-14 License: GPL (GNU General Public License) Price:
1471 downloads
LCD2USB 1.07
LCD2USB is a open source/open hardware project. more>>
LCD2USB is a open source/open hardware project. LCD2USB was meant to be cheap and to be made of easily available parts.
It is therefore based on the Atmel AVR Mega8 CPU and does not require any difficult to obtain parts like separate USB controllers and the like. The total cost (without display and pcb) are about 5 to 10 Euros. LCD2USB currently comes with a simple demo application that works under Linux, MacOS X and Windows. I still have several spare PCBs, please email me if you are interested.
LCD2USB makes use of several projects to achieve this goal. LCD2USB is based on:
LCD4LINUX, a great framework to use small LCDs with linux, AVR-USB, a pure software implementation of USB for the AVR plattform, USBtiny, another software usb implementation for the AVR, and Peter Fleurys LCD routines for the AVR.
The hardware of the LCD2USB interface consists of the Atmel AVR Mega8 CPU, a cheap and easy to obtain microcontroller with 8 KBytes flash (of which ~3k are used in this application) and 2 KBytes RAM. The processor is surrounded by few parts, mainly connectors to interface to the PC and the LCD.
A power LED (LED1) indicates that the system is powered via USB. The system clock is derived from a 12Mhz crystal. This frequency is necessary due to the fact that the software USB implementation requires a precise timing with respect to the USB.
Enhancements:
- Added usbtiny based version due to user request
- AVR-USB version 1.07, USBtiny version 2.07
<<lessIt is therefore based on the Atmel AVR Mega8 CPU and does not require any difficult to obtain parts like separate USB controllers and the like. The total cost (without display and pcb) are about 5 to 10 Euros. LCD2USB currently comes with a simple demo application that works under Linux, MacOS X and Windows. I still have several spare PCBs, please email me if you are interested.
LCD2USB makes use of several projects to achieve this goal. LCD2USB is based on:
LCD4LINUX, a great framework to use small LCDs with linux, AVR-USB, a pure software implementation of USB for the AVR plattform, USBtiny, another software usb implementation for the AVR, and Peter Fleurys LCD routines for the AVR.
The hardware of the LCD2USB interface consists of the Atmel AVR Mega8 CPU, a cheap and easy to obtain microcontroller with 8 KBytes flash (of which ~3k are used in this application) and 2 KBytes RAM. The processor is surrounded by few parts, mainly connectors to interface to the PC and the LCD.
A power LED (LED1) indicates that the system is powered via USB. The system clock is derived from a 12Mhz crystal. This frequency is necessary due to the fact that the software USB implementation requires a precise timing with respect to the USB.
Enhancements:
- Added usbtiny based version due to user request
- AVR-USB version 1.07, USBtiny version 2.07
Download (0.26MB)
Added: 2007-01-17 License: GPL (GNU General Public License) Price:
1022 downloads
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