Free unix timestamp software for linux

CUPS provides a portable printing layer for Unix(r)-based operating systems. Common UNIX Printing System has been developed to promote a standard printing solution for all Unix vendors and users.

CUPS provides the System V and Berkeley command line interfaces, and uses the Internet Printing Protocol ("IPP") as the basis for managing print jobs and queues. The Line Printer Daemon (LPD) Server Message Block (SMB), and AppSocket (a.k.a. JetDirect) protocols are also supported with reduced functionality.

CUPS adds network printer browsing and PostScript Printer Description ("PPD") based printing options to support real world printing under UNIX. It includes an image file RIP that supports printing of image files to non-PostScript printers.

A customized version of GNU Ghostscript 7.05 for CUPS called ESP Ghostscript is available separately to support printing of PostScript files within the CUPS driver framework. Sample drivers for Dymo, EPSON, HP, and OKIDATA printers are included that use these filters.

Unix I-Ching Generator project is an I Ching generator for the Unix command line.
It accepts questions and generates responses that can be looked up in the I Ching (a Chinese divination book).
It is designed around "spiritual algorithms", that is, algorithms that make some sort of sense spiritually, not just programatically.
This is software that automates the casting of I-Ching hexagrams. It does not provide the interpretations or readings of those hexagrams.
It merely outputs a mandella of two hexagrams and then informs you of the numerical identity of each hexagram.
Enhancements:
- Moved global options to header file. (ARJ)
- Changed unigram::cast() so that it relied on globals. (ARJ)
- Fixed spelling errors. (ARJ)

The CWP/SU Seixmic Un*x (SU) package is a software environment for seismic processing and seismic and wave-propagation related research.
Seismic Unix project is used not only in seismology but in other areas involving time-dependent data, such as Ground Penetrating RADAR.
Installation:
1) read the READMEs before unbundling cwp.su.all.xx.tar.Z
2) dont install as root (the superuser) (It is possible to damage a systems file structure if the install is not done properly.)
3) begin with the compressed tarfile cwp.su.all.xx.tar.Z in /your/root/path
4) set the CWPROOT environment variable to CWPROOT=/your/root/path
5) put /your/root/path/bin on your working shell path
6) uncompress and untar the compressed tarfile via:
zcat cwp.su.all.xx.tar.Z | tar -xvf -
The code will appear as the single directory /your/root/path/src
7) compile codes via:
cd /your/root/path/src
1) edit the file /your/root/path/src/Makefile.config to agree with the needs of your system.
2) type:
make install (to install the basic set of codes)
make xtinstall (to install the X-toolkit applications)
make finstall (to install the Fortran codes)
make mglinstall (to install the Mesa/ Open GL items) (experimental)
make utils (to install libcwputils) (nonessential)
make xminstall (to install the Motif application)(nonessential)
make sfinstall (to install an improved version of SEGDREAD)
or if remaking:
type: make remake (to remake the basic set of codes)
make xtremake (to remake the X-toolkit applications)
make finstall (to install the Fortran codes)
make mglremake (to install the Mesa/ Open GL items)(experimental)
make uremake (to remake libcwputils.a)(nonessential)(nonessential)
make xmremake (to remake the Motif-based applications)(nonessential)
make sfremake (to remake the improved version of SEGDREAD)
You may have to do some hacking along the way, if the codes fail to compile the first time through. In this event, you may simply type "make" in the directory where you were modifying code. If code appears to have been missed, you may need to
use the "remaking" options.
A screen dump of a successfull install of the current version of the codes on a RedHat Linux based PC is located in the file: "install.successfull"
Enhancements:
- This version added functions for converting stiffnesses to velocities, replacing lobes on seismic data with a spike of height scaled by the area of the lobe, and carrying out deconvolution by complex division in the frequency domain.
- There were also many code speedups, cleanups, and bugfixes.

Time::Convert is a Perl interface to converting unix seconds to years, days, hours and minutes.

SYNOPSIS

use Time::Convert;
my $convert = new Time::Convert;

EXAMPLE

use Time::Convert;
my $convert = new Time::Convert;
$REPLY = $convert->ConvertSecs(time);
print($REPLY);