The pysvn project's goal is to enable Tools to be
written in Python that use subversion.
Thanks to Matthias Drochner for support and reviewing this package!
Changes from 4.1.2 to 4.2
1) Added support for Python 2.7.
2) Improved support for Python 3.x.
3) Improved support for Mac OS X based on feedback from some Mac users.
4) Improved hooks for the following modules: postgresql, matplotlib, twisted,
zope, PyQt4.
5) Improved packaging of MSI files by enabling support for creating shortcuts
for the executables, for specifying the initial target directory and for
adding other arbitrary configuration to the MSI.
6) Added support for namespace packages such as those distributed for zope.
7) The name of the generated MSI packages now includes the architecture in
order to differentiate between 32-bit and 64-bit builds.
8) Removed use of LINKFORSHARED on the Mac which is not necessary and for
Python 2.6 at least causes an error to be raised.
9) Turn off filename globbing on Windows as requested by Craig McQueen.
10) Fixed bug that prevented hooks from successfully including files in the
build (as is done for the matplotlib sample).
11) Fixed bug that prevented submodules from being included in the build if the
format of the import statement was from . import <name>.
12) Reverted bug fix for threading shutdown support which has been fixed
differently and is no longer required in Python 2.6.5 and up (in fact an
error is raised if the threading module is used in a frozen executable and
this code is retained).
13) Fixed bug which resulted in attempts to compile .pyc and .pyo files from
the initscripts directory.
14) Fixed selection of "Program Files" directory on Windows in 64-bit MSI
packages built by cx_Freeze.
This is GNU GCC, targeted for:
i686-w64-mingw32
x86_64-w64-mingw32
This package contains only the core components.
For a working environment, "mingw-w64-libgcc" must be installed as well.
Box2D is a 2D rigid body simulation library for games. Programmers can use it
in their games to make objects move in believable ways and make the game world
more interactive. From the game's point of view a physics engine is just a
system for procedural animation.
QDevelop is a development environment entirely dedicated to Qt4, which requires
Qt4, gcc under Linux or MinGW under Windows, possibly gdb for program debugging
and ctags for code completion.
QDevelop runs on Linux, unix, macosx and windows systems and is released under
the GPL license.
QDevelop is not a Kdevelop like or reduced. It's an independent IDE dedicated to
Qt and is totally independent of KDevelop. Less complete, but faster, light and
especially multi-platforms. QDevelop and KDevelop have different code sources.
Fixes:
- Warning message about deprecated PKG_SUFX should not appear
anymore.
- Html text inside <pre></pre> is quoted (<, >, & , " and '
sumbols)
- Another fix in report.html (conformance to HTML 4.0.1 Strict)
New stages have been added:
- summary: for creating pkg_summary.txt containing summaries
of successfully built packages only
- checksum: SHA512.{txt,gz,bz2}
For partial bulk builds the following stages are disabled
by default: summary, checksum, upload_pkgs.
distbb: New option -X, antonym for -x.
New variable PKG_ALL_SUMMARY keeps filename containing summaries of
all available binary packages. A number of such packages is not a
part of the report anymore. PKG_UPDATE_SUMMARY_CMD has been renamed
to PKG_UPDATE_ALL_SUMMARY_CMD.
Two new supported variables: GZIP and BZIP2.
Chaco is a Python plotting application toolkit that facilitates writing plotting
applications at all levels of complexity, from simple scripts with hard-coded
data to large plotting programs with complex data interrelationships and a
multitude of interactive tools. While Chaco generates attractive static plots
for publication and presentation, it also works well for interactive
data visualization and exploration.
pyswarm is an active light-weight MDA-style code-generator for model-driven
development (MDD) of database-centric n-tier server applications. Easily
customizable business-logic with Python & PostgreSQL. Applications
are modeled in UML 2.0 / XMI 2.1 (XML)
Biskit is a modular, object-oriented Python library for
structural bioinformatics research. It facilitates the manipulation
and analysis of macromolecular structures, protein complexes, and molecular
dynamics trajectories. For efficient number crunching, Biskit objects tightly
integrate with numpy. Biskit also offers a platform for the rapid integration of
external programs and new algorithms into complex workflows
Calculations are thus often delegated to establisheds
Sumatra is a tool for managing and tracking projects based on numerical
simulation and/or analysis, with the aim of supporting
reproducible research. It can be thought of as an automated electronic lab
notebook for computational projects.
It consists of:
* a command-line interface, smt, for launching simulations/analyses with
automatic recording of information about the experiment, annotating these
records, linking to data files, etc.
* a web interface with a built-in web-server, smtweb, for browsing and
annotating simulation/analysis results.
* a Python API, on which smt and smtweb are based, that can be used
in your own scripts in place of using smt, or could be integrated
into a GUI-based application.
