Free jiddu krishnamurti en espa ol software for linux

cintoo Messages is a framework to make internationalization easier for Java applications. cintoo Messages framework supports locales for threads, and bundles can be associated with different packages.

This allows the usage of different bundles for different parts of the application, such as plugins, an installer, or a logging system. Bundles can be managed and associated with packages without any changes in the code.

This makes bundle management and refactoring much easier than with other solutions. cintoo Messages supports global locales for client applications written in Swing or SWT and thread-local ones for serverside Web applications.

Example:

Messages.setBundle("myBundle", "only.for.this.package");
...
Messages.setThreadLocale(new Locale("en", ""));
...
Messages.format(this, "myKey");

Monesa is a script to monitoring hosts trought icmp protocol.
To install, running as root `./install` script. But you prefer manual
install:
Copy etc-monesa directory to /etc/:
# cp etc-monesa /etc/monesa -R
Copy sbin-monesa and sbin-monesa-clientmail files do /sbin directory:
# cp sbin-monesa /sbin/monesa
# cp sbin-monesa-clientmail /sbin/monesa-clientmail
Copy init.d-monesa to init.d directory of your system:
# cp init.d-monesa /etc/rc.d/init.d/monesa
Copy rc-monesa /etc/rc.d directory:
# cp rc-monesa /etc/rc.d/rc.monesa
Enhancements:
- This release get first multilanguage implementation.
- pt_BR (Brazilian Portuguese) and en (English) are available.
- HTML is now under W3C compliance.

Device::SNP is a Perl extension for the GE Fanuc SNP-X serial protocol as used by GE Fanuc DataPanel data terminals. See http://www.gefanuc.com/en/ProductServices/VisPCSolutions/DataPanel/index.html

SYNOPSIS

use Device::SNP;

my $s = new Device::SNP::Slave(
Portname => /dev/ttyUSB0,
Debug => 0);
$s->run();
Amarok serial interface program: datapanel.pl [-h] [-d] [-p portdevice]
portdevice defaults to /dev/ttyUSB0

ABSTRACT

This Device::SNP module contains an implementation of the GE Fanuc SNP-X serial protocol as used by GE Fanuc DataPanel data terminals. See http://www.gefanuc.com/en/ProductServices/VisPCSolutions/DataPanel/index.html

DESCRIPTION

DataPanels are usually used with PLCs to monitor and control industrial equipment. They provide a programmable bitmap display, programmable function keys, and can poll and display data values and set data values in a remote PLC using the SNP-X serial protocol.

The Device::SNP::Slave object implements an SNP-X slave, opens a Device::Serial port and answers SNP-X requests to read and write data to a simulated PLC.
This package also contains a sample application that uses a DataPanel 160 to implement a remote control panel for the Amarok music player on Linux, allowing you to play, pause, next, prev tracks etc.

DataPanels are programmed with a GE application called DataDesigner, available from the GE web site for registered customers. Included in this package is a database for DataDesigner 5.2 for the Amarok remote control application. You will need DataDesigner 5.2 to download the datadesigner/linux.DTB database to the DataPanel 160

Tested on SuSE linux, but should run on pretty well any Linux or Unix.

Geography::NationalGrid::TW is a Perl module to convert Taiwan Datum (TWD67/TM2, TWD97/TM2) to/from Latitude and Longitude.

SYNOPSIS

You should _create_ the object using the Geography::NationalGrid factory class, but you still need to know the object interface, given below.
# default TWD97
my $point1 = new Geography::NationalGrid::TW(
Easting => 302721.36,
Northing => 2768851.3995,
);
printf("Point 1 is %f X and %f Yn", $point1->easting, $point1->northing);
printf("Point 1 is %f N and %f En", $point1->latitude, $point1->longitude);
# transform to TWD67
$point1->transform(TWD67);

Once created, the object allows you to retrieve information about the point that the object represents. For example you can create an object using easting / northing and the retrieve the latitude / longitude.

Zureta IfaceMon easily displays the activity of your network interfaces (eth0, eth1, etc.). It is curses based, and displays the activity on a bar graph.
This is how to install software:
1) Requirements
A good ol gcc and ncurses lib will do the thing.
2) How to do it
Use ./configure followed by make and make install to install the package.
Enhancements:
- nodelay moved to where it does not cause Segmentation Fault

GoogleMapAPI is a library used for creating google maps using the Google Map public API.
Main features:
- auto-geocode lookups
- geocode caching
- map directions
- adding markers and polylines by address or geocoordinates
- sidebar generation
- ...and many more.
SYNOPSIS:
< ?php
require(GoogleMapAPI.class.php);
$map = new GoogleMapAPI();
// setup database for geocode caching
$map->setDSN(mysql://USER:PASS@localhost/GEOCODES);
// enter YOUR Google Map Key
$map->setAPIKey(YOURGOOGLEMAPKEY);
// create some map markers
$map->addMarkerByAddress(621 N 48th St # 6 Lincoln NE 68502,PJ Pizza,< b>PJ Pizza< /b>);
$map->addMarkerByAddress(826 P St Lincoln NE 68502,Old Chicago,< b>Old Chicago< /b>);
$map->addMarkerByAddress(3457 Holdrege St Lincoln NE 68502,"Valentinos","< b>Valentinos< /b>");
?>
< !DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd" >
< html xmlns="http://www.w3.org/1999/xhtml" xmlns:v="urn:schemas-microsoft-com:vml" >
< head>
< ?php $map->printHeaderJS(); ?>
< ?php $map->printMapJS(); ?>
< /head>
< body onload="onLoad()">
< table border=1>
< tr>< td>
< ?php $map->printMap(); ?>
< /td>< td>
< ?php $map->printSidebar(); ?>
< /td>< /tr>
< /table>
< /body>
< /html >
Enhancements:
- The Google geo lookup has been updated to use the official Google geocode API.
- geoGetDistance() has been added for looking up the distance between two coordinates using the great circle distance formula.

QDWizard (Quick and Dirty Java Wizard) is a simple framework to create Swing wizards.
Main features:
- Designed to minimize required code. Only few methods to implement.
- Simple design, only two classes visible by the programmer.
- I18n support for action buttons (en, fr, de, sp, ca, nl for the moment).
- Full branching support, can implement any wizard cinematic.
- Error management using the simple setProblem() method.
- Supports Wizard images natively and resizes image automaticaly.
- Ultra light API: only few KB.
- Actively supported by the Jajuk team.
- Learning curve of 15 minutes maximum.
- Real world samples provided (jajuk classes).