All,
Google has announced the student proposals which have been accepted.
Following are brief descriptions of the 9 Tcl projects that will take
place this summer. Student projects will be worked on roughly 40
hours/week between May 26th and August 18th. From now until May 26th we
will be working with the students to help them get acquainted with the
Tcl community. To that end, the students will be posting email
introducing themselves and encourage you to help make them feel welcome,
help them get grounded in our code base and styles of doing things, etc.
Best,
Matt
Project Descriptions
Loading Shared Libraries from Memory and/or Tcl Channels
Student: Daniel Hans
Mentor: Andreas Kupries
The main objective of this project is to provide an enhanced mechanism
of loading shared libraries from Tcl Virtual
Filesystems by Tcl programs.
---
Tcl FUSE Language Binding
Student: Alexandros Stergiakis
Mentor: Stephen Huntley
The goal of this project is to produce a fully-functional Tcl language
binding to FUSE virtual filesystem kernel module,
making it possible to create FUSE filesystems using Tcl. It will ensure
the binding works on all or most operating systems
supported by FUSE, and provide detailed document the result.
---
TclDTrace
Student: Remigiusz Modrzejewski
Mentor: Daniel A. Steffen
The main objective of this project is designing and implementing a Tcl
binding to the libdtrace API. This would allow all of
gathering user input, compiling, running and processing the results of D
scripts inside Tcl.
---
Audio Input and Output Library and Extension
Student: Mohamed Abderaouf Bencheraiet
Mentor: Youness El Alaoui
This project will consist in merging libao's interface
(http://xiph.org/ao) with libao2's drivers (http://mplayerhq.hu) and make
it into a single, standalone library, as well as creating an audio input
equivalent and writing a Tcl extension to wrap the library,
thus providing the Tcl community with a new, more powerful audio input
and audio output library. This will allow the creation
of new real-time audio processing Tcl applications.
---
Tcl/Tk Printing Support
Student: Blicharski Krzysztof
Mentor: Clif Flynt
I would like to take up the "printing support" project. As I consulted
with the mentor, it consists of four major parts:
1) Convert the contents of the Tcl/Tk application to a printable format.
This may be Postscript, PDF, Gif, or printer commands.
2) Transmit the intermediate format data to a printer, interacting with
whatever facilities are offered by the operating system.
3) Code layer interfaces for application developers. This could include
adding print subcommands to all Tk widgets, or a print
subsystem capable of understanding the contents of all widgets.
4) User layer interface that a developer can include in an pplication to
give users access to printing.
---
Update Tk Test System
Student: Ania Pawelczyk
Mentor: Jeff Hobbes
The tcltest package provides several utility commands useful in the
construction of test suites for code instrumented to be
run by evaluation of Tcl commands. Notably the built-in commands of the
Tcl library itself are tested by a test suite
using the tcltest package.
The Tk test system still uses primarily tcltest v1, and would benefit
from an update to tcltest v2 and a full reexamination of
out-dated tests. The test suite should gain independence from the
system's settings that test is made on. This all leads to
improvement of testing capabilities.
---
Graph Manipulations
Student: Alejandro Eduardo Cruz Paz
Mentor: Steve Landers
The tcllib package provides functionality for creating and manipulating
graph data structures in Tcl/Tk. Although the
package is fairly flexible (e.g. allows attaching arbitrary attributes
to graphs, arcs, and nodes), there are a number of useful
functions that could be added such as finding connected components,
determine (shortest) path between two nodes, etc.
---
A Business Rule Management System based on the high-level object
oriented scripting language XOTcl
Student: Franz Wirl
Mentor: Gustaf Neumann
High level object oriented scripting languages like XOTcl can be
perfectly used to implement Charles Forgy's Rete algorithm.
An algorithm that has been developed and tested to match between more
than a thousand patterns and objects. Implementing this
fast algorithm into/with XOTcl will provide a fast and dynamic Rete
library in XOTcl.
An object oriented implementation allows a natural expression of rules.
Object oriented interfaces to the algorithm improve
its flexibility and allows usage in many different domains.
---
AOLserver-GD Integration
Student: Matthew Gagen
Mentor: Matthew Burke
The goal of this project would be to get the latest version of nsgd
working with AOLserver 4.x, further rationalize its API,
allow sharing of graphics among server threads, build graphing and
sparkline packages using this module and
use of autoconf to improve t
