Changelog for libnng1-1.2.6-1.2.x86_64.rpm :

* Thu Feb 06 2020 mardnhAATTgmx.de- Update to version 1.2.6
* This is another release to fix builds for older compiles without support for C11 atomics.
* Wed Jan 29 2020 mardnhAATTgmx.de- Update to version 1.2.5
* This release fixes a mistake that prevented the code from building for people on older compilers or older operating systems.
* Tue Jan 14 2020 mardnhAATTgmx.de- Update to version 1.2.4 fixed:
* #1132 Masking error in LMQ leads to corruption
* #1131 (openindiana) compile error
* fix reported versions in nng.h and CMakeLists.txt The critical bug here is #1132 which leads to use after free heap corruption, and unpredictable results once the receive or send queue wraps.
* Sun Jan 05 2020 mardnhAATTgmx.de- Update to version 1.2.3 fixed:
* #1079 Use after free in tcp dialer
* #1075 WebSocket use after free
* #1064 Potential deadlock in statistics code
* #1065 resolver leaks work structures
* Sun Dec 22 2019 mardnhAATTgmx.de- Update to version 1.2 This is a minor feature release of NNG.
* Notably it includes support for non-SP protocol usages + for example NNG can be used to make generic websocket or HTTP applications now.
* The default maximum receive size is lifted. (If you use NNG on an untrusted network, please set an explicit limit instead of relying on the defaults!)
* Substantial work on performance. Most protocols should see a nice boost.
* Numerous bugs fixed.- Update to version 1.1.1 This fixes a few problems with 1.1.0.
* The version number at build time was misreported as 1.0.1. It will now be 1.1.1.
* Support for use in CMake scenarios involving add_subdirectory
* Fix for the bug report URL if NNG crashes
* Fix for a crash if a remote websocket peer sends PING requests- Update to version 1.1.0 There are numerous bug fixes and improvements in this since 1.0.1.
* DNS resolution is done asynchronously at dial time, leading to better self healing in the face of changing DNS records (and the possibility to use DNS for round-robin load balancing.)
* Better peer identification is possible with IPC based transports.
* The HTTP framework has better support for cancellation, and the HTTP client has a much friendlier ability to execute transactions. Additionally, the HTTP client can now support servers that insist on sending chunked transfer encodings.
* The ZeroTier transport received a lot of work, so that it is far more stable, and supports more properties relating to peer identification. There are (undocumented) options to tune the local IP addresses used in ZeroTier as well. Also, the entire configuration process for ZeroTier is much saner.
* A statistics API is available to obtain statistics about the application. Unfortunately, only a few statistics have been added - - more will be added in coming releases.
* More modern CMake style is used to provide much more correct use from CMake projects - it should no longer be necessary to call find_package(Threads) or similar.
* Fri Jul 06 2018 mardnhAATTgmx.de- Update to version 1.0.1
* Sat Jun 09 2018 mardnhAATTgmx.de- Update to version 1.0.0
* Thu Jun 07 2018 mardnhAATTgmx.de- Initial package