Free diary of jane breaking benjamin software for linux

mywebcreator is software for creating online diaries or blogs. mywebcreator project requires either PHP and MySQL or the .NET Framework 2 or higher.

mywebcreator is a publishing software written in PHP that will let you create your personal diary on the internet.

mywebcreator is less than 15KB (without images) and can work with web hosts that support PHP/MySQL.

You can customize the look and feel of your website by modifying the header and footer files for the index and archives.

You can post using the webbased interface or using a program that will connect through XMLHTTP or similar.

Creates indexed pdf documents from text files. Designed to aid creating an electronic distribution method for legacy system reports, since many mainframe type print spools are plain text.
Allows indexing, customizing page settings, font size, font face, and super-imposing text over an image in the case of using pre-printed forms. Supports unlimited levels of indexing bookmarks in documents and system/user configuration files.
Suitable for use in an intranet gateway for generating PDF documents in real-time.
Enhancements:
- This fixes a bug for page breaking when the number of lines is a multiple of the lines per page, thanks to Carlo Benna

Ryans Electronic Diary Sheet (aka RyansEDS) is a web-based Perl application which allows members of an organization (typically staff) to inform each other of their proposed whereabouts. The project is designed to be a simple shared calendaring application which does require complex (and often proprietary) client/server software.
Like its sister application Ryans In/Out Board it was written to fulfil a need at my employer Contact a Family. Staff needed a simple centralised way to let each other know when they would be out of the office rather than get into the complexities of sharing calendars.
The diary sheet works on a week by week basis and stores its data accordingly. A shell script (bacth file) is supplied which (when run as a scheduled event/cron job) will clear out data older that your chosen limit. Thus data storage is kept to a minimum. The diary sheet itself also has a feature will prevent users from going too far forward or backward.
Main features:
- Simple to use and administer
- Week to a screen view
- Users can be grouped into (colour coded) departments - current users department shown at top
- User aliases permit users to have friendly names on the diary sheet whilst logging in with more secure names 1
- No database required - uses simple text files for storage
- Tidies up after itself - deletes old storage files 2.
- No client application required - save for a web browser
- Easily configurable styles - all through the config file no HTML/CSS skills required.
- Allows additional comments/notes to be linked from the main diary sheet view
- Cross platform - runs on any browser and a range of server OSs.
- W3C compliant and fully accessible HTML output
- Suitable for small-medium installations (< 100 users)

Objective Modula-2 programming language is a hybrid between Smalltalk and Modula-2 based on the object model and runtime of Objective-C.

The design is an example how native Cocoa/GNUstep support can be added to static imperative programming languages without implementing a bridge.

The projects scope encompasses the design of the Objective Modula-2 programming language and the implementation of a compiler to implement it. The initial compiler will generate Objective-C source code.

Secure Diary is a Java application that uses the Bouncy Castle JCE to provide strong encryption for your diary.

It stores the entries using blowfish and triple DES. It allows you to enter/view/export diary enteries in multiple diaries.

Search::InvertedIndex is a manager for inverted index maps.

SYNOPSIS

use Search::InvertedIndex;

my $database = Search::InvertedIndex::DB::DB_File_SplitHash->new({
-map_name => /www/search-engine/databases/test-maps/test,
-multi => 4,
-file_mode => 0644,
-lock_mode => EX,
-lock_timeout => 30,
-blocking_locks => 0,
-cachesize => 1000000,
-write_through => 0,
-read_write_mode => RDWR;
});

my $inv_map = Search::Inverted->new({ -database => $database });

##########################################################
# Example Update
##########################################################

my $index_data = "Some scalar - complex structure refs are ok";

my $update = Search::InvertedIndex::Update->new({
-group => keywords,
-index => http://www.nihongo.org/,
-data => $index_data,
-keys => {
some => 10,
scalar => 20,
complex => 15,
structure => 15,
refs => 15,
are => 15,
ok => 15,
},
});
my $result = $inv_map->update({ -update => $update });

##########################################################
# Example Query
# -nodes is an anon list of Search::InvertedIndex::Query
# objects (this allows constructing complex booleans by
# nesting).
#
# -leafs is an anon list of Search::InvertedIndex::Query::Leaf
# objects (used for individual search terms).
#
##########################################################

my $query_leaf1 = Search::InvertedIndex::Query::Leaf->new({
-key => complex,
-group => keywords,
-weight => 1,
});

my $query_leaf2 = Search::InvertedIndex::Query::Leaf->new({
-key => structure,
-group => keywords,
-weight => 1,
});
my $query_leaf3 = Search::InvertedIndex::Query::Leaf->new({
-key => gold,
-group => keywords,
-weight => 1,
});
my $query1 = Search::InvertedIndex::Query->new({
-logic => and,
-weight => 1,
-nodes => [],
-leafs => [$query_leaf1,$query_leaf2],
});
my $query2 = Search::InvertedIndex::Query->new({
-logic => or,
-weight => 1,
-nodes => [$query1],
-leafs => [$query_leaf3],
});

my $result = $inv_map->search({ -query => $query2 });

##########################################################

$inv_map->close;