Free html2htmlps 0.19 software for linux

DocSet::Doc::HTML2HTMLPS is a HTML source to PS (intermediate HTML) target converter.

See DocSet::Doc::HTML2HTML. This sub-class only extends the postprocess() method.

METHODS

For the rest of the super class methods see DocSet::Doc::HTML2HTML.
postprocess()

Convert the generated HTML doc to PS and PDF.

UMLSpeed project is a compiler for a simple, C-style language that allows declaration of UML entities and diagrams. Diagrams can be compiled into SVG and the entities to XMI for use with other tools.
Why?
- Graphical UML tools in general suck - why should we, as programmers have to drag and drop stupid graphical things and use a mouse when we could express what we want 10 times faster with a text editor and a simple notation? - More importantly, why should we have to lay everything out when the computer could do it for us?
- Graphical UML tools are bloated, huge, memory and disk-hogging monsters.
- Graphical UML tools use either a binary data format or XML, which is not particularly friendly to source code control systems.
Main features:
- Written in GCJ-portable java and compiled natively. Its extremely fast even when dealing with thousands of entities and diagrams.
- Purely command-line driven and takes miniscule resources.
- Flexible enough with file imports that large UML projects can be broken up into separate files and only individual bits built at a time as required.
- C-style syntax means that the source language integrates well with source code control and diff tools.
- Standards compliant - produces interoperable SVG and XMI, as well as clean source code.
- Can integrate with automated build tools for regular diagram/xmi compilation.
Status
This is still alpha software. Dont hold me responsible if it kills your pets and blows your house up.
Implemented so far:
- Compiler/parser
- Namespaces, Class diagrams and related entities
- Use case diagrams and related entities
- Auto-link pathfinding
- XMI 1.3 output
- VIM syntax highlighting
- Code generation (Java and Python)
Still to do:
- Documentation output
- Code generation (Ruby, PHP, Perl, C++, C#)
- Diagram packages
- Diagram notes
- Alternative diagram layout managers
- Deployment diagrams
- Sequence diagrams
- Activity diagrams
Enhancements:
- Added facilities to store HTML of reports in a buffer for use by plugins and turn off file generation. Maven plugin now uses this when using Doxia for generation.
- Added $PROJECTNAME and $PROJECTVERSION HTML tokens, with CLI parameters to set them. Maven plugin will automatically set them.
- Added $PUBLISHDATE token
- Added $TOC key for generating links to bookmarks on the same page.

NetMRG is a tool for network monitoring, graphing and reporting. Based on RRDTOOL, the best of open source graphing systems, NetMRG is capable of creating graphs of any parameter of your network.
Main features:
- Slide Show (global, per-group) w/ auto-scroll - allows you to see an entire devices graphs without doing anything, then move onto the next device.
- Graph Templates - reduce the amount of work you do to add new devices
- Events, Responses, and Notifications - get notified when key items in your network behave oddly.
- Workday Highlighting - so you can tell when your customers are commonly in-office and when things are out-of-norm.
- Several methods to gather information: SNMP, [My]SQL, or Scripts (use your favorite language)
- Updater tool - very little admin interaction is required to stay current with NetMRG

firmware-tools is an architecture that utilizes native Linux packaging formats (.rpm and .deb) and native Linux change management frameworks (yum, apt, etc) for delivering and installing system firmware. firmware-tools architecture is OS distribution, hardware vendor, device, and change management system agnostic.
The architecture is easy as PIE: splitting Payload, Inventory, and Executable components into separate packages, using package format Requires/Provides language to handle dependencies at a package installation level, and using matching Requires/Provides language to handle runtime dependency resolution and installation ordering.
The framework then provides unifying applications such as inventory_firmware and apply_updates that handle runtime ordering of inventory, execution, and conflict resolution/ notification for all of the plug-ins. These are the commands a system administrator runs. Once all of the separate payload, inventory, and execution packages are in package manager format, and are put into package manager repositories, then standard tools can retreive, install, and execute them:
# yum install $(inventory_firmware -b)
# apply_updates
Enhancements:
- Initial stable proposed API and initial CLI.
- Several small typos for names of commands have been fixed.
- Tested with the first public release of firmware-addon-dell for updating select Dell system BIOSs across Dell servers, desktops, and laptops.

Gambas is a free development environment based on a Basic interpreter with object extensions, like Visual Basic (but it is NOT a clone !).
With Gambas, you can quickly design your program GUI, access MySQL or PostgreSQL databases, pilot KDE applications with DCOP, translate your program into many languages, create network applications easily, and so on...
This project aims at making a graphical development environment based on a Basic interpreter, so that we have a language like Visual Basic under Linux.
The phenomenal quantity of bugs and inconsistencies that makes Visual Basic so delightful persuaded me to start this project.
It seems that Microsoft is aware of the poor quality of its language, as VB .Net is not backward compatible with older versions of Visual Basic. I think they have thrown away the Visual Basic interpreter source code, and that VB .Net is just a .Net runtime compiler whose syntax looks like the Visual Basic one. Well, its just my own opinion...
I want to clear up any misunderstanding immediately. Gambas does not try to be compatible with Visual Basic, and will never be. Im convinced that its syntax and internals are far better than the ones of its proprietary cousin.
I took from Visual Basic what I found useful : the Basic language, the development environment, and the easiness to quickly make programs with user interfaces.
But I dislike the very bad level of common Visual Basic programmers, often due to bad pratices imposed by the bugs and strangeness of this language. So I will try to make Gambas as coherent, logical and reliable as possible, and I hope that Gambas programmers will make effort in return !
At the moment, Im looking for programming help. The kernel of Gambas is now stabilized, if not well documented. There is a component example to help people learning how to write components.
I hope other people will join me to help to increase the possibilities of the language. There is so much to do !
Gambas is made up of the following programs :
- A compiler.
- An interpreter.
- An archiver.
- A graphical user interface component.
- A development environment.
The development environment is written with Gambas itself, so that I can show the abilities of the language. And it is very useful for debugging !
Enhancements:
Development Environment
- NEW: Russian translation made by Sergey Irupin.
Interpreter
- BUG: Fixed a crash when displaying an error while reading the .project file.
Gb.db.mysql Component
- BUG: Fixed memory leaks.

Dark Lands project is an ANSI based RPG game.
Dark Lands is a multiplayer RPG made fully with ANSI graphics. The source code is in Pascal. Currently, this game has probably no point except exploring the areas and killing monsters. It can be used as a BBS door game.
Main features:
- Door.sys, doorfile.sr and chain.txt support
- up to 115200 bps speed and up to 99 comports
- Easy setup and installation
- Local mode play
- 12 major races and over 60 subraces, including Humans, Dragons, Elf, Undead and Lycanthropes.
- 9 character alignement combinaison are possible
- 12 god to chose from, and player can be atheist
- over 100 different rooms
- over 15 monsters
- over 200 racial skills and 13 racial disadvantaged (most are still not implemented)
- Require a Fossil driver to work
- Online help system
- Players can build their own cities, raise armies and manage it
- And, best of all, this is emailware, just complete the form in the email section and youll receive your registration key at no charge at all.
Enhancements:
- BBS independant operation (optionnal)
- Internal login system
- Max time on
- Daemon operation DPMI + Linux are now functionnal ports.
- Faster Disk i/o
- Sysop can disable the sysop keys in the setup. (security)

msn-pecan 0.0.19 offers you a very alternative MSN protocol plugin for libpurple. The current development of the MSN protocol plug-in seems to be lagging because of bad development decisions. This is a fork of that code with a much faster development process.

Socket6 is a Perl module for IPv6 related part of the C socket.h defines and structure manipulators.

SYNOPSIS

use Socket;
use Socket6;

@res = getaddrinfo(hishost.com, daytime, AF_UNSPEC, SOCK_STREAM);
$family = -1;
while (scalar(@res) >= 5) {
($family, $socktype, $proto, $saddr, $canonname, @res) = @res;

($host, $port) = getnameinfo($saddr, NI_NUMERICHOST | NI_NUMERICSERV);
print STDERR "Trying to connect to $host port port $port...n";

socket(Socket_Handle, $family, $socktype, $proto) || next;
connect(Socket_Handle, $saddr) && last;

close(Socket_Handle);
$family = -1;
}

if ($family != -1) {
print STDERR "connected to $host port port $portn";
} else {
die "connect attempt failedn";
}

This module provides glue routines to the various IPv6 functions.
If you use the Socket6 module, be sure to specify "use Socket" as well as "use Socket6".

Functions supplied are:

inet_pton FAMILY, TEXT_ADDRESS
This function takes an IP address in presentation (or string) format
and converts it into numeric (or binary) format.
The type of IP address conversion (IPv4 versus IPv6) is controlled
by the FAMILY argument.
inet_ntop FAMILY, BINARY_ADDRESS
This function takes an IP address in numeric (or binary) format
and converts it into presentation (or string) format
The type of IP address conversion (IPv4 versus IPv6) is controlled
by the FAMILY argument.
pack_sockaddr_in6 PORT, ADDR
This function takes two arguments: a port number, and a 16-octet
IPv6 address structure (as returned by inet_pton()).
It returns the sockaddr_in6 structure with these arguments packed
into their correct fields, as well as the AF_INET6 family.
The other fields are not set and their values should not be relied upon.
pack_sockaddr_in6_all PORT, FLOWINFO, ADDR, SCOPEID
This function takes four arguments: a port number, a 16-octet
IPv6 address structure (as returned by inet_pton), any
special flow information, and any specific scope information.
It returns a complete sockaddr_in6 structure with these arguments packed
into their correct fields, as well as the AF_INET6 family.
unpack_sockaddr_in6 NAME
This function takes a sockaddr_in6 structure (as returned by
pack_sockaddr_in6()) and returns a list of of two elements:
the port number and the 16-octet IP address.
This function will croak if it determines it has not been
passed an IPv6 structure.
unpack_sockaddr_in6_all NAME
This function takes a sockaddr_in6 structure (as returned by
pack_sockaddr_in6()) and returns a list of of four elements:
the port number, the flow information, the 16-octet IP address,
and the scope information.
This function will croak if it determines it has not been
passed an IPv6 structure.
gethostbyname2 HOSTNAME, FAMILY
getaddrinfo NODENAME, SERVICENAME, [FAMILY, SOCKTYPE, PROTOCOL, FLAGS]
This function converts node names to addresses and service names
to port numbers.
If the NODENAME argument is not a false value,
then a nodename to address lookup is performed;
otherwise a service name to port number lookup is performed.
At least one of NODENAME and SERVICENAME must have a true value.

If the lookup is successful, a list consisting of multiples of
five elements is returned.
Each group of five elements consists of the address family,
socket type, protocol, 16-octet IP address, and the canonical
name (undef if the node name passed is already the canonical name).

The arguments FAMILY, SOCKTYPE, PROTOCOL, and FLAGS are all optional.

This function will croak if it determines it has not been
passed an IPv6 structure.
If the function returns an error value,
the string version of that error will be returned as a single scalar.
getnameinfo NAME, [FLAGS]
This function takes a socket address structure and returns either
a node or service name.
The optional FLAGS argument controls what kind of lookup is performed.
getipnodebyname HOST, [FAMILY, FLAGS]
This function takes either a node name or an IP address string
and performs a lookup on that name (or conversion of the string).
It returns a list of five elements: the canonical host name,
the address family, the length in octets of the IP addresses
returned, a reference to a list of IP address structures, and
a reference to a list of aliases for the host name.

The arguments FAMILY and FLAGS are optional.
Note: This function does not handle IPv6 scope identifiers,
and should be used with care.
And, this function was deprecated in RFC3493.
The getnameinfo function should be used instead.
getipnodebyaddr FAMILY, ADDRESS
This function takes an IP address family and an IP address structure
and performs a reverse lookup on that address.
It returns a list of five elements: the canonical host name,
the address family, the length in octets of the IP addresses
returned, a reference to a list of IP address structures, and
a reference to a list of aliases for the host name.

Note: This function does not handle IPv6 scope identifiers,
and should be used with care.
And, this function was deprecated in RFC3493.
The getaddrinfo function should be used instead.
gai_strerror ERROR_NUMBER
This function returns a string corresponding to the error number
passed in as an argument.
in6addr_any
This function returns the 16-octet wildcard address.
in6add_loopback
This function returns the 16-octet loopback address.