This module provides an interface to deal with Media Access Control (or MAC)
addresses. These are the addresses that uniquely identify a device on various
layer 2 networks. Although the most common case is hardware addresses
on Ethernet network cards, there are a variety of devices that use this
system of addressing.
This module supports both EUI-48 and EUI-64 addresses and implements an OO
and a functional interface.
The Net::XWhois class provides a generic client framework for doing Whois
queries and parsing server response.
One of the more important features of this module is to enable the design of
consistent and predictable interfaces to incompatible whois response formats.
The Whois RFC (954) does not define a template for presenting server data;
consequently there is a large variation in layout styles as well as content
served across servers.
This is a simple utility that adds ability to match URL parts against
regular expressions, subroutines, or objects that implement a match()
method.
Since this module uses loops and method calls, writing up a clever
regular expression and using it directly against the whole URL is
probably faster. This module aims to solve the problem where
readability matters, or when you need to assemble the match conditions
at run time.
URI::Match adds the following methods to the URI namespace.
A collection of scripts, "over" user{add,del,mod} and group{add,del,mod}
system tools to manipulate users and groups stored in LDAP directory,
for DEN system like SAMBA-LDAP and pam/nss_ldap systems.
Additionnaly, some scripts are designed to ease your migration from
a Windows NT 4.0 PDC Server to a Samba-LDAP PDC Server (Killer?;-):
smbldap-populate, smbldap-migrate-groups, smbldap-migrate-accounts.
The Prefix WhoIs Project provides a whois-compatible client and server
framework for disclosing various up-to-date routing information.
Instead of using registrar-originated network information (which is often
unspecific or inaccurate), Prefix WhoIs uses the Internet's global routing
table as gleaned from a number of routing peers around the world. Other
sources of information, such as imported data from ARIN are also supported
(a separate agreement with ARIN is required).
gspreadsheet is a wrapper around a wrapper to get Google spreadsheets to look
like csv.DictReader. If you're used to working with CSVs or a human, you'll
find that working with Google's Python API for spreadsheets is so frustrating.
With gspreadsheet, you can adapt your existing csv code to work with Google
Spreadsheets with just two line changes. As an added bonus, if you alter the
dict, those changes get saved back to the original spreadsheet.
The SIP Scenario Generator creates SIP Call Flows or SIP scenario diagrams,
in html format, of SIP messages from ethernet capture files. SIP Scenario
Generator shows the actual call processing trace in a format that is easily
understood using browser technology. Clicking on a sip message hyperlink
displays the contents of the traced SIP message. The SIP Scenario Generator
is a useful tool for SIP professionals, engineers, administrators, educators,
etc.
A pure-ruby growl notifier. ruby-growl allows you to perform Growl
notification via UDP from machines without growl installed (for
example, non-OSX machines).
What's Growl? Growl is a really cool "global notification system
for Mac OS X".
You can receive Growl notifications on various platforms and send
them from any machine that runs Ruby.
ruby-growl also contains a command-line notification tool named
'growl'. Where possible, it isoption-compatible with growlnotify.
(Use --priority instead of -p.)
Based on the work of rdesktop, xrdp uses the remote desktop protocol to
present a GUI to the user.
The goal of this project is to provide a fully functional Linux terminal
server, capable of accepting connections from rdesktop and Microsoft's own
terminal server / remote desktop clients.
Unlike Windows NT/2000/2003 server, xrdp will not display a Windows desktop
but an X window desktop to the user.
Xrdp uses Xvnc or X11rdp to manage the X session.
Based on the work of rdesktop, xrdp uses the remote desktop protocol to
present a GUI to the user.
The goal of this project is to provide a fully functional Linux terminal
server, capable of accepting connections from rdesktop and Microsoft's own
terminal server / remote desktop clients.
Unlike Windows NT/2000/2003 server, xrdp will not display a Windows desktop
but an X window desktop to the user.
Xrdp uses Xvnc or X11rdp to manage the X session.