Free ignition module software for linux

Sdictionary is a cross-platform dictionary project uses own Sdict dictionary format. Sdictionary includes Sdict, the main program and two simple applications: Jotter and Data. Unlike ptkdic or gtkdic no MySQL needed, so you can work with dictionary files directly. Currently it is known to work under UNIX, Win32 and Symbian OS.
Main features:
- Cross-platform, works under UNIX, Win32 and Symbian OS
- Open Source, binary .dct format is also open and described in documentation
- Unicode, all words and articles are stored in UTF-8
- Two index levels: short and full
- Compression for dictionary articles
- Tools to convert from text file to .dct and vice versa under both Win32 and UNIX
- Simple Web Dictionary which is included into package
- C library framework with simple CLI, Win32 binaries are available
- Perl API (Sdict.pm module)
- Simple, but powerful Jotter and Data applications
- Compiler which helps you to create own dictionaries

The metric implemented in the Image::Density Perl Module estimates the density of data where there is data, and has a reasonable correlation with goodness as judged by humans.

That is, if you let a human look at a set of images and judge quality, the density values for those images as calculated here tend to correlate well with the human judgement (densities that are too high or too low represent "bad images).

This project is intended for use on bitonal TIFF images, such as those from scanning paper documents.

DNSMasq Webmin Module is a Webmin module to allow configuration of DNSMasq, a DNS proxy and DHCP server.

pam_mount is a Pluggable Authentication Module that can mount volumes for a user session.
This module is aimed at environments with SMB (Samba or Windows NT) or NCP (Netware or Mars-NWE) servers that Unix users wish to access transparently. It facilitates access to private volumes of these types well.
The module also supports mounting home directories using loopback encrypted filesystems. The module was originally written for use on the GNU/Linux operating system but has since been modified to work on several flavors of BSD.
- Every user can access his own volumes
- The user needs to type the password just once (at login)
- The mounting process is transparent to the users
- There is no need to keep the login passwords in any additional file
- The volumes are unmounted upon logout, so it saves system resources, avoiding the need of listing every every possibly useful remote volume in /etc/fstab or in an automount/supermount config file. This is also necessary for securing encrypted filesystems.
pam_mount "understands" SMB, NCP, and any type of filesystem that can be mounted using the standard mount command. If someone has a particular need for a different filesystem, feel free to ask me to include it and send me patches.
If you intend to use pam_mount to protect volumes on your computer using an encrypted filesystem system, please know that there are many other issues you need to consider in order to protect your data.
For example, you probably want to disable or encrypt your swap partition (the cryptoswap can help you do this). Dont assume a system is secure without carefully considering potential threats.
Enhancements:
- pam_mount now uses an XML config file, which also has a few new variables and options.
- Support for truecrypt was added.

Python config module allows a hierarchical configuration scheme with support for mappings and sequences, cross-references between one part of the configuration and another, the ability to flexibly access real Python objects without full-blown eval(), an include facility, simple expression evaluation, and the ability to change, save, cascade, and merge configurations.
It interfaces easily with environment variables and command line options. Python config module has been developed on Python 2.3, but should work on version 2.2 or greater.
Usage
The simplest scenario is, of course, "Hello, world". Lets look at a very simple configuration file simple.cfg where a message to be printed is configured:
# The message to print (this is a comment)
message: Hello, world!
and the program which uses it:
from config import Config
# You can pass any file-like object; if it has a name attribute,
# that name is used when file format error messages are printed
f = file(simple.cfg)
cfg = Config(f)
print cfg.message
which results in the expected:
Hello, world!
A configuration file is, at the top level, a list of key-value pairs. Each value, as well see later, can be a sequence or a mapping, and these can be nested without any practical limit.
In addition to attribute access (cfg.message in the example above), you can also access a value in the configuration using the getByPath method of a configuration: cfg.getByPath(message) would be equivalent. The parameter passed to getByPath is the path of the required value. The getByPath method is useful for when the path is variable. It could even be read from a configuration.
There is also a get method which acts like the dictionary method of the same name - you can pass a default value which is returned if the value is not found in the configuration. The get method works with dictionary keys or attribute names, rather than paths. Hence, you may call cfg.getByPath(a.b) which is equivalent to cfg.a.b, or you can call cfg.a.get(b, 1234) which will return cfg.a.b if it is defined, and 1234 otherwise.
Enhancements:
- This release makes classes derive from an object (previously, they were old-style classes).
- ConfigMerger has been changed to use a more flexible merge strategy.
- Multi-line strings (using """ or ) are now supported.
- A typo involving raising a ConfigError was fixed.

Webmin OpenVpm Admin Module allows you to create static or CA-based VPNs through a Web interface.
Webmin is a valid web-based instrument for Linux/Unix system administrator. OpenVPN allows to create and manage VPN supplying wide possibilities of configuration.
Their union, with also the pressing necessity of having an efficient instruments of administration, has carried OPEN IT to develop a module of Webmin for OpenVPN.
The Open VPNadmin module is web-based and it can be used within Webmin. Witj this module you can:
- manage the Certificate Authority (CA)
- manage the VPNs and check the active connections
Enhancements:
- The device number (tun0, tun1, etc.) is automatically added and can be modified interactively.
- In the module configuration area the default server has been added as a new item.
- Tests for the validity of keys, servers, and clients were modified.
- New config files were provided for NetBSD and OpenBSD.
- The server static form was adapted to the Webmin skins.

The Python logging module implements a standard logging system for Python programs. It was strongly influenced by log4j from the Apache project.

As this package is included in versions 2.3 and later, only users of earlier versions of Python would need to install this module.

There was a need for a standard logging system in Python, as comprehensively documented in PEP 282 and enthusiastically endorsed by the BDFL in the Parade of the PEPs.

By a happy coincidence, the package described here was already in development and fairly close in intent and design to the description in the aforementioned PEP, borrowing as it did heavily from JSR-47 (now JDK 1.4s java.util.logging package) and log4j.

This page describes it in more detail. As I have tweaked the package to meet comments on PEP 282, I have structured this page in the same way as the original PEP.

This package is now part of Python 2.3, but if you have an earlier version of Python, you can download the package from here and use it with Python versions between 1.5.2 and 2.2.x.

Directory Server NT Authentication Module provides a plugin allowing LDAP authentication via an NT domain account.
The Directory Server NT Authentication Module project is made of two parts: The first is a simple daemon which takes an NT users domain credentials (including password) and attempts to authenticate via the SMB protocol with those credentials.
The second part is a plugin which takes an LDAP DN and password and discovers the DNs NT domain identifier (if the entry has such an ID).
The daemon will only listen on localhost, so the credentials are not exposed via the network, and it does not run as root, so that compromise can be limited.
It attempts to locate all the domain controllers for an arbitrary domain, so failure of one DC does not cause the module to fail the authentication attempt unless no DC can be found that will accept the credential.
Enhancements:
- Minor change - new parameter in ntauth-config.txt "null_password_fail". If set to non-zero, then this causes a password bind with a non-NULL dn and a NULL password to generate "INVALID CREDENTIALS". By default, this parameter is off (which means silently assign the anonymous identity to the post bind LDAP session - which is the correct thing to do, according to the LDAP spec).