txObject ATK 1.3.9 has been Released:
- Support for txObject ATK on MAC OS X
C++ Changes:
This release fixes a Layer 1 object serialization bug that was found when Object Referencing was turned on.
Python Changes:
This release provides a more manageable way of building different txObject ATK layers into the python interpreter. Dynamic method documentation has been added for each txObject ATK Python feature.
... 1 Year Anniversary is coming up! ...
C++ Changes from 1.3.6 to 1.3.7
-------------------------------
1) some methods to return const for container
types where appropriate (layer1)
2) add virtual destructor to class txAbsPacker
(layer4)
3) rework txStateMgr method : check for
determinate contact (layer5)
Python Changes from 1.3.6 to 1.3.7
----------------------------------
1) txThread.priority & txNativeThread.priority
methods now provide two signature (set/get)
Changes from 1.3.5 to 1.3.6
---------------------------
1) fix packer object leak in txTCPServer class
2) add print warning indicating that yields in
io/timer calls are not allowed
3) use a txhashtable attributed instead of 0x1
to indicate dummy slots
- this is a workaround for ObjectStore 6.0
not allow "invalid" addresses
- ObjectStore has said that they will fix
this issue someday...
txObject ATK 1.3.5 for both C++ and Python versions. A few C++ bug fixes along with some new Python thread Modules.
Final release of txObject ATK 1.3 series. Includes all known bug fixes.
Bug fixes and enhancements for C++ & Python Modules
The txObject Python Modules provide an interface to the txObject Application Tool Kit and Libraries.
The txObject Application Tool Kit (ATK) is a collection of platform-independent C++ libraries that provides a five-layer framework containing an Object Library, IO and Timers, Threads, Inter-Process Communication, and Distributed Object Communication.
The txObject Python Modules provide an interface to the txObject Application Tool Kit and Libraries.
The txObject Application Tool Kit (ATK) is a collection of platform-independent C++ libraries that provides a five-layer framework containing an Object Library, IO and Timers, Threads, Inter-Process Communication, and Distributed Object Communication.