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Converts a CGI query into structured data using a dotted name convention similar to TT2. expand_cgi works with CGI.pm, Apache::Request or anything with an appropriate "param" method. Or you can use expand_hash directly. If you prefer to use a different flattening convention then CGI::Expand can be subclassed.

This plugin lets you put your lexicals on the stash and elsewhere very easily. If you use the same name for two variables with the same storage binding attribute they will be aliased to each other, so you can use this for reading as well as writing values across controller subs. This is almost like sharing your lexical scope.

Rose::HTML::Objects is a framework for creating a reusable set of HTML widgets as mutable Perl objects that can be serialized to HTML or XHTML for display purposes. The Rose::HTML::Object class may be used directly to represent a generic tag with an explicitly set element name and arbitrary attributes. There are also methods for parent/child manipulation.

InFormEnter adds a small, clickable icon next to every input field in a web form, from where you can select the item to be inserted - no typing required. You can configure it to display your frequently used information such as name, email, address and whatever else you want to be available from the form menu.

Mlclock is the best clock for the mlvwm window manager. HOW TO USE Copy /usr/X11R6/share/mlclock/mlclockrc file to your home directory as ".mlclockrc" (or specifyed name in Imakefile). Then, add following line into .mlvwmrc. Swallow "MLClock" Action Exec "mlclock" exec mlclock that's all.

Tilda is a x11 terminal taking after the likeness of many classic terminals from first person shooter games, Quake, Doom and Half-Life to name a few, where the terminal has no border and is hidden from the desktop till a key or keys is hit.

Thinglaunch is a very fast launcher program for X. You can bind it to a key in your favorite window manager, and when you want to start a program, just type its name. thinglaunch has a tiny footprint and depends only on Xlib.

xwatchwin allows you to peek at a window on another X server. To use it, you must specify the display name of the machine you want to watch, then the name of the window on that machine. Xwatchwin will attempt to connect with the X server hostname:0.0, and if successful, will try to retrieve a copy of the window in which you specified interest. You may specify the window you want to watch either by name or by its window id, usually a hexidecimal number. Usually specifying the window by name is simpler, although not all windows have names associated with them; in that case you must use the window id option. If the window you want to watch is not in a viewable state, xwatchwin will tell you so and exit. If while you are watching a window it becomes 'unviewable', xwatchwin will wait until the window becomes 'viewable' again. xwatchwin was written as an aid to a class for people learning to use X. The idea is that the instructor would type into an xterm window on his/her display and the students would use xwatchwin to see what the instructor typed. The students could then type the same thing in their own terminal windows. Hopefully others will find equally (if not more) constructive uses.

The tardy program is a tar post-processor. It may be used to manipulate the file headers in tar archive files in various ways. The reason the tardy program was written was because the author wanted to "spruce up" tar files before posting them to the net, mostly to remove artifacts of the development environment, without introducing more. The tardy program was designed to allow you to alter certain characteristics of files after they have been included in the tar file. Among them are: * change file owner (by number or name) * change file group (by number or name) * add directory prefix (e.g. dot) * change file protections (e.g. from 600 to 644) Note that all of these affect ALL files in the archive.

GPL Cver is a full 1995 P1364 Verilog standard HDL simulator. It also implements some of the 2001 P1364 standard features including all three PLI interfaces (tf_, acc_ and vpi_) as defined in the 2001 Language Reference Manual (LRM). Verilog is the name for both a language for describing electronic hardware called a hardware description language (HDL) and the name of the program that simulates HDL circuit descriptions to verify that described circuits will function correctly when the are constructed. Verilog is used only for describing digital logic circuits. Other HDLs such as Spice are used for describing analog circuits. There is an IEEE standard named P1364 that standardizes the Verilog HDL and the behavior of Verilog simulators. Verilog is officially defined in the IEEE P1364 Language Reference Manual (LRM) that can be purchased from IEEE. There are many good books for learning that teach the Verilog HDL and/or that teach digital circuit design using Verilog.