17:46 rene 

Update to 1.4.10

19:11 rene 

Update to 1.4.9

Changelog:      http://www.ros.org/wiki/ROS/ChangeList/1.4

18:39 rene 

Update to 1.4.8

Changes:        http://www.ros.org/wiki/ROS/ChangeList/1.4/

22:24 rene 

Upgrade the Robot Operating System ports to their 1.4 aka Diamondback versions.
Detailed changelists are available on the WWW sites.

Port changes:
- distribution files are now fetched from upstream servers instead of
  using local copies from my server
- Python files are now always compiled (to .pyc and .pyo) and use Python 2.7
- devel/ros is now split in to devel/ros, devel/ros-documentation,
  devel/ros-rx, and devel-ros-comm to allow more lightweight installations
- Connect latter 3 ports to the build

23:33 rene 

Update to 1.2.6

Changes:        http://www.ros.org/wiki/ROS/ChangeList/1.2

16:27 rene 

- Update to 1.2.5
- Remove patch integrated upstream
- New patches to use GNU make which supports the -l parameter, sent upstream

23:31 rene 

- Upgrade the built-in googletest to 1.5.0
- Use ${WRKSRC}/googletest_backup instead of /var/tmp as a temporary backup
  directory if dealing with an googletest installed from ports
- Add a stacks directory, which will be used as a destination for other
  ROS packages
- Improve pkg-message
- Bump PORTREVISION
- Cleanups

08:29 rene 

- Update to 1.2.4
- Remove patches integrated upstream

Changelog:      http://www.ros.org/wiki/ROS/ChangeList/1.2

16:22 rene 

- Properly fetch all required files in the fetch phase, and feed them to the
upstream build system. Since multiple files are fetched now, move all
distfiles to DIST_SUBDIR.
- Re-enable cluster build.
- Return pointy hat to pool.

Tested with:    offline laptop doing 'make'
Blames:         fast connection to upstream site and
                too summarized upstream build logs.

09:13 rene 

Robot Operating System (ROS) is a meta-operating system for your robot.
It provides several services for a robot control system, including but
not limited to:
* language-independent and network-transparent communication
* including hardware abstraction
* low-level device control
* implementation of commonly-used functionality
* message-passing between processes

This port provides the core part of ROS: the base system and the tools
to develop additional nodes. These additional nodes can be installed
manually by using something like:
% svn co `roslocate svn nodename` nodename
  (or git clone `roslocate svn nodename` nodename)
% rosmake nodename

WWW: http://www.ros.org/wiki/