
Check below regularly for meeting announcements or
subscribe.
Join our mailing list, or browse the archives.
"SeaFunc"-- Seattle's functional programming group: They have a mailing list and regular gatherings at taverns/restaurants. Meetings are on Tuesdays, every 3 weeks.
For expanding Lisp, consider contributing to Common Lisp Gardeners, WikiBooks version of CL-Cookbook, intra Lisp group or the new Lisp FAQ.
To keep current, interesting and newsworthy items find their way to planet.lisp.org including local job postings via LispJobs.com.
Please respond to the Lisp Questionnaire and be counted as being local to Seattle.
Check local events on the WSA calendar. Entrepreneurs may be interested in trading notes with other Seattle Tech Startups or meeting investors at OpenCoffee Club.
Nothing scheduled at this time
Suggestions should be posted to the mailing list for discussion and if necessary, finding collaborators.
June meeting: Topics in Lisp programming
This session will introduce the basic ideas that make Lisp a uniquely powerful programming language, illustrated with examples from biomedical applications, including molecular biology, drug interactions and cancer treatment.
If time allows, we will introduce functional programming, CLOS, the Meta-Object Protocol and macros.
If there is interest but insufficient time, a second session is possible.
The session is for both experienced Lispers and those new to Lisp.
April meeting: Topics in Lisp programming
Within the scope of systems programming, there are often multiple languages being used. While there are verbose file formats for exchanging data among foreign applications, sometimes you still must deal with packed structures within "binary" files or network protocols.
This is about processing and generating packed data records such as those native to C programs.
Specifically, we'll have Lisp reading and writing a C or C++ struct.
We'll also process Unix time values within ANSI Common Lisp, accounting for the different epochs and depending upon hardware architecture, byte order.
[Source code from the presentation has been contributed to WikiBooks.]