Free how do i find my biological parents software for linux

FindEmAll is another graphical find-and-grep tool.
Find Em All is inspired by XFCE-3s XFglob and Efinder which is part of the Equinox desktop environment.
Unfortunately XFglob is no longer included in XFCE and Efinder does not seem to work (at least for me), because it uses XFCEs glob command which is no longer available.
Main features:
- optional Perl-style regular expression syntax (grep -P)
- search for files owned by non-system user / group (find -nouser -nogroup)
- search files where the search pattern does not match
- exclude binary files from search
Files may be opened in your favorite editor by a double-click on an entry in the list of results. Right-clicking a file opens a context menu that allows to choose an arbitrary application to open this file.

File::Find::Closures is a Perl module with functions you can use with File::Find.

SYNOPSIS

use File::Find;
use File::Find::Closures qw(:all);

my( $wanted, $list_reporter ) = find_by_name( qw(README) );

File::Find::find( $wanted, @directories );
File::Find::find( { wanted => $wanted, ... }, @directories );

my @readmes = $list_reporter->();

SOME PARTS ARE NOT IMPLEMENTED YET! THIS IS ALPHA ALPHA SOFTWARE: A MERE SHELL OF AN IDEA.

I wrote this module as an example of both using closures and using File::Find. Students are always asking me what closures are good for, and heres some examples. The functions mostly stand alone (i.e. they dont need the rest of the module), so rather than creating a dependency in your code, just lift the parts you want).

When I use File::Find, I have two headaches---coming up with the &wanted function to pass to find(), and acculumating the files.

This module provides the &wanted functions as a closures that I can pass directly to find(). Actually, for each pre-made closure, I provide a closure to access the list of files too, so I dont have to create a new array to hold the results.

The filenames are the full path to the file as reported by File::Find.
Unless otherwise noted, the reporter closure returns a list of the filenames in list context and an anonymous array that is a copy (not a reference) of the original list. The filenames have been normalized by File::Spec::canonfile unless otherwise noted. The list of files has been processed by File::Spec::no_upwards so that "." and ".." (or their equivalents) do not show up in the list.

File::Find::Parallel allows you to traverse a number of similar directories in parallel.

SYNOPSIS

use File::Find::Parallel;

my $ffp = File::Find::Parallel->new( qw( /foo /bar ) );

print "Union:n";
my $union = $ffp->any_iterator
print " $_n" while $_ = $union->();

print "Intersection:n";
my $inter = $ffp->all_iterator
print " $_n" while $_ = $inter->();

File::Find is the ideal tool for quickly scanning a single directory. But sometimes its nice to be able to perform operations on multiple similar directories in parallel. Perhaps you need to compare the contents of two directories or convert files that are shared in more than one directory into hard links.

This module manufactures iterators that visit each file and directory in either the union or the intersection of a number of directories. Hmm. What does that mean?

Given two directory trees like this

foo
foo/a
foo/b/c
foo/d

bar
bar/a
bar/b
bar/e

you can choose to work with the intersection of the two directory structures:
.
./a
./b

That is the subdirectories and files that the foo and bar share.
Alternately you can work with the union of the two directory structures:
.
./a
./b
./b/c
./d
./e

Still not clear? Well, if you wanted to do a recursive diff on the two directories youd iterate their union so you could report files that were present in foo but missing from bar and vice-versa.

If, on the other hand you wanted to scan the directories and find all the files that are common to all of them youd iterate their intersection and receive only files and directories that were present in all the directories being scanned.

The any_iterator and all_iterator are built on a more general purpose method: want_iterator. If, for example, you want to make links between files that are found in more than one directory you might get your iterator like this:

my $iter = $ffp->want_iterator( 2 );

The apparently magic 2 reflects the fact that if youre going to be making links you need at least two files. No matter how many directories you are iterating over in parallel you will only see files and directories that appear in at least two of those directories.

File::Find::Parallel can scan any number of directories at the same time. Heres an example (on Unix systems) that returns the list of all files and directories that are contained in all home directories.

use File::Glob :glob;
use File::Find::Parallel;

my $find = File::Find::Parallel->new( bsd_glob( /home/* ) );

my @common = ( );
my $iter = $find->all_iterator;
while ( defined my $obj = $iter->() ) {
push @common, $obj;
}

print "The following files are common to ",
"all directories below /home :n";

print " $_n" for @common;

For a complete concrete example of its use see lncopies in the bin subdirectory of this distribution.

Iterators

The iterator returned by any_iterator, all_iterator or want_iterator is a code reference. Call it to get the next file or directory. When all files and directories have been returned the iterator will return undef.

Once created an iterator is independent of the File::Find::Parallel object that created it. If the object goes out of scope and is destroyed during the life of the iterator it will still function normally.

You may have many active iterators for a single File::Find::Parallel object at any time.

File::Find::Rule::XPath is a Perl module that contains rule to match on XPath expressions.

SYNOPSIS

use File::Find::Rule::XPath;

my @files = File::Find::Rule->file
->name(*.dkb)
->xpath( //section/title[contains(., "Crustacean")] )
->in($root);

This module extends File::Find::Rule to provide the ability to locate XML files which match a given XPath expression.

METHODS

xpath( $xpath_expression )

Matches XML files which contain one or more nodes matching the given XPath expression. Files which are not well formed XML are silently skipped.

If no XPath expression is supplied, the value / is used. This will match all files which are well formed XML.

gbrainy is a brain teaser game and trainer to have fun and to keep your brain trained.

The application is written for GNOME using Mono, C# and Cairo.

gbrainy mission is to provide a platform for creating different kinds of brain-teasers and brain trainers games for GNOME.

Use cases:

Currently the following use cases are considered:

New user.A person that uses gbrainy to evaluate it and understand what can provide. Interested in see its different kinds of games in a short period of time.

Adult gamer.An adult that uses gbrainy just for fun.

Adult training.An adult that uses gbrainy to train her memory, arithmetical and logical capabilities.

Kid training.Her parents decided that she should use gbrainy to train her memory, arithmetical and logical capabilities.

The objective is to provide enough flexibility in terms of number of games and difficulty parametrization to make gbrainy use on these cases straight forward.

Bandwidth Management Tools is a total bandwidth management solution for Linux and can be used for firewalling, traffic graphing, and shaping.
Bandwidth Management Tools is not based on any currently-available bandwidth management software and supports packet queues, bursting, complex traffic flow hierarchies, flow groups, traffic logging, and a simple real-time monitoring front-end.
Main features:
- XML configuration file format:
- Class based traffic categorization
- POWERFULL for advanced users!!
- Firewalling:
- Support for all Netfilter features on host operating system
- Traffic shaping (flows):
- Shaping of blocks or single ip addresses
- Support for bursting based on user definable average period
- Multi-level shaping, you can define parents & grand parents
- Traffic logging:
- Logging of byte, packet, burst & drop counters
- Traffic flow grouping
- Misc:
- Atomic loading of firewall tables into kernel
- Supports more than 1 CPU
Whats New in 0.2.3 Release:
- Development snapshot 200602012132 has been released as stable.
- The URLs in graphs generated by bwm_graph has been fixed.
Whats New in 200603080716 Release:
- Logging directly to RRD files was added.
- Graphing was fixed, and error handling was improved.
- rrdtool was fixed so that if it is built at installation time, its also installed.
- New flow parameters were added: report-format, report-filename, and flow-mode.

MP3::Find::Filesystem is a File::Find-based backend to MP3::Find.

SYNOPSIS

use MP3::Find::Filesystem;
my $finder = MP3::Find::Filesystem->new;

my @mp3s = $finder->find_mp3s(
dir => /home/peter/music,
query => {
artist => ilyaimy,
album => myxomatosis,
},
ignore_case => 1,
);

Web Business Pro is a Web application designed for everyday business activities. The project includes support for customer lists, inventory, receipt printing, and accounting. Fully featured search functions and filters make it easy to find what you need quickly.