Free unix find software for linux

Unix::Mknod is a Perl extension for mknod, major, minor, and makedev.

SYNOPSIS

use Unix::Mknod qw(:all);
use File::stat;
use Fcntl qw(:mode);

$st=stat(/dev/null);
$major=major($st->rdev);
$minor=minor($st->rdev);

mknod(/tmp/special, S_IFCHR|0600, makedev($major,$minor+1));

This module allows access to the device routines major()/minor()/makedev() that may or may not be macros in .h files.

It also allows access to the mknod system call.

Unix::Conf::Bind8::DB::A is a Class representing A records.

METHODS

Methods specified here are overridden. They might or not be differnt from the derived ones. For other methods refer to the METHODS section for Unix::Conf::Bind8::DB::Record.

new ()

Arguments
LABEL => string,
CLASS => string, # IN|HS|CHAOS
TTL => string|number,
AUTH_NS => nameserver,
MAIL_ADDR => rp,
SERIAL => zone_serial_no # number
REFRESH => refresh,
RETRY => retry,
EXPIRE => expire,
MIN_TTL => min_ttl,
PARENT => reference, # to the DB object datastructure

Class constructor. Creates a new Unix::Conf::Bind8::DB::* object and returns it if successful, an Err object otherwise. Do not use this constructor directly. Use the Unix::Conf::Bind8::DB::new_* equivalent instead.

auth_ns ()

Arguments
auth_ns
Object method. Get/set the records auth_ns. If an argument is passed, the invocants auth_ns is set and true returned, on success, an Err object otherwise. If no argument is passed the invocants auth_ns is returned.

mail_addr ()

Arguments
mail_addr
Object method. Get/set the records mail_addr. If an argument is passed, the invocants mail_addr is set and true returned, on success, an Err object otherwise. If no argument is passed the invocants mail_addr is returned.

serial ()

Arguments
serial
Object method. Get/set the records serial. If an argument is passed, the invocants serial is set and true returned, on success, an Err object otherwise. If no argument is passed the invocants serial is returned.

refresh ()

Arguments
refresh
Object method. Get/set the records refresh. If an argument is passed, the invocants refresh is set and true returned, on success, an Err object otherwise. If no argument is passed the invocants refresh is returned.

retry ()

Arguments
retry
Object method. Get/set the records retry. If an argument is passed, the invocants retry is set and true returned, on success, an Err object otherwise. If no argument is passed the invocants retry is returned.

expire ()

Arguments
expire
Object method. Get/set the records expire. If an argument is passed, the invocants expire is set and true returned, on success, an Err object otherwise. If no argument is passed the invocants expire is returned.

min_ttl ()

Arguments
min_ttl
Object method. Get/set the records min_ttl. If an argument is passed, the invocants min_ttl is set and true returned, on success, an Err object otherwise. If no argument is passed the invocants min_ttl is returned.

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.

NetAddr::IP::Find is a Perl module to find IP addresses in plain text.

SYNOPSIS

use NetAddr::IP::Find;
$num_found = find_ipaddrs($text, &callback);

This is a module for finding IP addresses in plain text.

Functions

NetAddr::IP::Find exports one function, find_ipaddrs(). It works very similar to URI::Finds find_uris() or Email::Finds find_emails().

$num_ipaddrs_found = find_ipaddrs($text, &callback);

The first argument is a text to search through and manipulate. Second is a callback routine which defines what to do with each IP address as theyre found. It returns the total number of IP addresses found.

The callback is given two arguments. The first is a NetAddr::IP instance representing the IP address found. The second is the actual IP address as found in the text. Whatever the callback returns will replace the original text.

EXAMPLES

# For each IP address found, ping its host to see if its alive.
use Net::Ping;
my $pinger = Net::Ping->new;
my %pinged;
find_ipaddrs($text, sub {
my($ipaddr, $orig) = @_;
my $host = $ipaddr->to_string;
next if exists $pinged{$host};
$pinged{$host} = $pinger->ping($host);
});

while (my($host, $up) == each %pinged) {
print "$host is " . $up ? up : down . "n";
}


# Resolve IP address to FQDN
find_ipaddrs($text, sub {
my($ipaddr, $orig) = @_;
resolve_ip($ipaddr->to_string);
});

sub resolve_ip {
use Net::DNS;
# see perldoc Net::DNS for details
}

XFinger is the X window version of the finger command for linux and other Unix-like systems. The application provides refresh: in this way you can keep users monitored.

Compiling:

Sorry: no Makefile yet.

First of all you need to install the FLTK library from www.fltk.org, then you can compile XFinger. I tested it using GNU C++ compiler (g++/egcs) under RedHat Linux version 5.2 and 6.1. You can find examples of compilation commands in the files named COMPILE and STATIC-COMPILE.

After this, try the program, simply typing "./xfinger". If you are not used to compile programs, you can run the precompiled binary included in the distributed file. It should work on any Linux system with 2.x.x kernel (static ELF).

Maybe you can also recompile it on other Unix-like systems.

gvfsfind searches for files in a directory hierarchy. This project is inspired by the Unix find utility, but operates on URLs using gnome-vfs instead of the local file system.
For example, gvfsfind.py ftp://video.foo.org --type d --print prints all directories on the FTP server. gvfsfind.py ssh://skipper/srv/movie --type f -name ".*.vob" --exec "gnomevfs-copy %u ." copies all files ending with .vob from the host skippers directory /srv/movie, including its sub-directories.
Enhancements:
- A makefile has been added to simplify release.
- This release is packaged as a tar.gz archive.
- Support has been added for filenames including #.
- Support for use as a Python module has been added.