- Massive update of printf formats for Win64 compatibility.
- Dynamic drive support on MacOSX.
- MSI fixes and improvements.
- Support for multiple monitors using Xinerama.
- A ton of memory leaks fixed.
- Many common controls fixes.
- Lots of bug fixes.
for use with GNUstep.
Features
* Uses a document interface to open multiple Notebooks.
* Each notebook has it's own tree interface navigable via a NSBrowser
control. Both branch pages and leaf pages can contain note information.
* Stores note pages in Rich Text Format allowing you to format the note
with different fonts, styles, weights, etc...
WWW: http://notebook.cowgar.com/
operations on arrays (vectors, matrices, etc) of values. It can
operate on any standard 'C' number type plus numbers of complex
type. MathArray is implemented using a "class cluster" concept,
allowing one to perform mathematical calculations on a number without
necessarily being aware of what type (class) of number is being
operated on. MathArray knows implicitly what types of operations can
be performed on what types of numbers and will automatically cast
itself to the correct number type representation to handle the
specific operation. Standard operations include addition, scalar and
matrix multiplication and logical operations. Mathematical operations
in the standard C math library are also supported, as well as
user-defined functions.
MathArray also does much more. Arrays can be manipulated, transposed
and concatenated. One can extract subarrays or include subarrays within
larger arrays.
than a scripting framework with an illusion of single objective
environment between objects of scriptable servers or applications.
StepTalk, when combined with the dynamism that the Objective-C
language provides, goes way beyond mere scripting. It is language
independent - it uses languages as separate bundles.
WWW: http://www.gnustep.org/experience/StepTalk.html
as an HTTP or HTTPS server for simple applications.
It does not attempt to be a general-purpose web server, but is rather
intended to permit a program to easily handle requests from automated
systems which are intended to control, monitor, or use the services
provided by the program in which the class is embedded.
The emphasis is on making it robust/reliable/simple, so you can rapidly
develop software using it. It is a single-threaded, single-process
system using asynchronous I/O, so you can easily run it under debug
in gdb to fix any bugs in your delegate object.
monitor many feeds at once and supports feed access through a web
(HTTP) proxy. Configure a feed to your liking, click "add/update" to
record your data and "instantiate" to create a window for the feed.
Right-click on the feed browser to display the feed menu, or use the
main menu. A ticker window for a feed displays headlines for all
articles in the feed. Right-click on the window or on the main menu to
display the "article" menu, where you may display the text of the
article, view it in a browser, follow the article link if there was
one or display a browser for all articles in the feed. Right-click on
the browser or the article content view to display the article menu
and apply it to the currently selected article. Right-click on the
article text view to display the "article" menu. Article text views
will be collected when the feed updates. The headline view will
flash/beep when the data in the feed change. You may have to
experiment to find a font that displays your language correctly. I
have found that Helvetica works well with Google's German, French and
Spanish feeds.
WWW: http://www.gnustep.it/marko/Ticker/index.html
it simple to write high performance applications using SQL databases from
Objective-C.
The library consists of a semi-abstract superclass doing much of the work
and allowing extremely simple database specific bundles to be written to
talk to particular database servers. It comes with backend bundles for
Postgres, MySQL, and SQLite (plus an untested Oracle bundle).
improve the performance of GNUstep and Cocoa applications. The scope
of the library is therefore -
1. Subclasses of standard Cocoa classes which are optimised for
particular uses.
2. Classes to perform tasks which can improve application performance
by mechanisms not covered by existing classes.
3. Classes to monitor/analyse performance issues so you can tell what
needs to be optimised.
