This is a SCIM IMEngine module which uses m17n library as the backend. It
allows you to use keyboard layouts available via devel/m17n-db and
textproc/m17n-contrib through standard SCIM interface. m17n-lib currently
supports input of more than 60 languages with more than 70 language
specific input methods.
This is just the Catalyst manual. If you want to develop Catalyst
apps, please install Catalyst::Devel. If you'd like a tutorial and a
full example Catalyst application, please intall
Task::Catalyst::Tutorial.
If you just want to run Catalyst applications, you probably don't need
this manual, but you do need Catalyst::Runtime.
There are currently twenty-two color schemes. Eight are modified versions of
previous color schemes by me, clearlooks-devel, and Ubuntu, where I've made
the widgets a little darker while allowing the scrollbars to remain the normal
background color (more or less).
Command line interface to devel/librcc library. It is a highly
configurable tool (supports almost all library functionality) which
allows to recode standard input on the per-line basis. Additionally,
there is a special mode providing a way to bring the names of all
files in the specified directory to appropriate form (to the specified
encoding, transliterate all names to english, translate all names
to english, etc.)
Smi is a Simple Markup Interpreter / filter for simplified Markup dialect.
smi can be fed text in Markdown, and return HTML output. smi can be fed
HTML, and return the markup translated to entities. I use smi as a filter
for devel/cgit to parse the README.md files, returning HTML output. I am
also using it to markup wiki pages, for a git backed wiki. The use cases
are limited only by your imagination.
JasperReports is a powerful open source Java reporting tool that has the
ability to deliver rich content onto the screen, to the printer or into
PDF, HTML, XLS, CSV and XML files.
It is entirely written in Java and can be used in a variety of Java enabled
applications, including J2EE or Web applications, to generate dynamic content.
Its main purpose is to help creating page oriented, ready to print documents in
a simple and flexible manner.
If you need a GUI, please see the port devel/ireport.
The PARI system is a package which is capable of doing formal computations on
recursive types at high speed.
It is possible to use PARI in two different ways:
1) as a library, which can be called from any upper-level language
application (for instance written in C, C++, Pascal or Fortran);
2) as a sophisticated programmable calculator, named GP, which contains
most of the standard control instructions of a standard language
like C.
This is the alpha quality version that development is in the way.
Algorithm, improvement of implementation are done.
Because improvement of performance was big, ports was made as -devel in
particular.
The Google API Client for Python is a client library for accessing
the adexchangebuyer, adexchangeseller, adsense, adsensehost, analytics,
androidpublisher, audit, bigquery, blogger, books, calendar, civicinfo,
compute, coordinate, customsearch, dfareporting, discovery, drive,
freebase, fusiontables, gan, groupsmigration, groupssettings, latitude,
licensing, oauth2, orkut, pagespeedonline, plus, prediction, reseller,
shopping, siteVerification, storage, taskqueue, tasks, translate,
urlshortener, webfonts, youtube, youtubeAnalytics APIs.
If you wish to use a Google API that is not in that list then you should
look at the Google Data APIs Python Client Library (devel/py-gdata).
Tidy is a console application. It corrects and cleans up HTML and XML documents
by fixing markup errors and upgrading legacy code to modern standards.
TidyLib is a C static or dynamic library that developers can integrate into
their applications in order to bring all of Tidy's power to your favorite tools.
TidyLib is used today in desktop applications, web servers, and more.
This is yet a development version. When it will become stable, it will
supersedes the ports www/tidy-devel and www/tidy-lib.
The Arduino Uno (http://arduino.cc/) is an open source hardware micro-
controller designed primarily for prototyping and experimentation.
Although the devel/arduino port already exists for programming the device,
it will not work properly with the newest Arduino hardware. Previous
versions of the Arduino used an FTDI USB to Serial interface. The newest
Arduino (beginning with the Uno) uses an on-board ATMel 8U2 controller
to emulate a USB to Serial interface with its own custom Vendor ID and
Hardware ID. As a result, NONE of the existing FreeBSD USB to serial
drivers can work with it. This kernel driver supplies the necessary
kernel support for the Arduino Uno on FreeBSD.
Additionally, some 'ACM' USB Serial devices may work with this driver by
manually adding their Vendor ID and Product ID combination to files/ids.txt
Official web site