freediameter (1.2.0) UNRELEASED; urgency=low
* Major changes in the logging system to be more syslog and production friendly
* New extension: dict_dcca_3gpp
* New extension: dict_dcca_starent (Starent DCCA vendor-specific AVPs)
* New extension: rt_ignore_dh (hide network topology by proxying Destination-Host).
* New extension: rt_load_balance (load balancer based on pending queue size).
* New extension: rt_busypeers. See doc/rt_busypeers.conf.sample.
* New extension: dbg_msg_timings. Measures timing of message operations.
* New extension: dbg_msg_dumps. Use to control hooks display.
* New API (fd_hook_*) for extensions to control messages logging & profiling
* New API (fd_stats_*) for extensions to monitor framework state (e.g. SNMP implem)
* API change: all the fd_*_dump functions now return malloc'd strings instead of logging directly.
* API change: callback parameter of fd_rt_out_register had its signature updated.
* Updated dbg_monitoring extension to use the new API
* New script to generate dictionary extensions from org file (see contrib/tools)
* New compilation option: WORKAROUND_ACCEPT_INVALID_VSAI to improve compatibility
with invalid Vendor-Specific-Application-Id AVPs received from some equipments (e.g. Cisco).
* New compilation option: DISABLE_PEER_EXPIRY for use in test environments.
* Extensions are now also searched in LD_LIBRARY_PATH.
* Copy Proxy-Info AVP automatically in new answers.
* Port value 0 allowed in configuration to disable local server (e.g. disable non-secure port).
* API change: fd_msg_send_timeout now takes a separate callback for timeout situation.
* Function changes: fd_msg_dump_* now split in three different type of output.
* New test testmesg_stress to measure message parser performance
* Fix termination of the framework to avoid failures.
* Fix invalid timespec value in peer PSM appearing randomly (leading to crash).
* Return DIAMETER_LOOP_DETECTED if local peer in the Route-Record list of a message.
* Allow running without TLS configuration.
* Upgraded SCTP code to comply with RFC 6458
* Using default secure Diameter port number 5658 as per RFC 6733
* Updated TLS code for performance improvements with new GNU TLS.
* Fix interlocking problem when large number of requests were failed over.
* New option in test_app.fdx extension for long messages payload.
* Performance improvement in message sending code path.
-- Sebastien Decugis <sdecugis@freediameter.net> Sat, 14 Sep 2013 18:08:07 +0800
freediameter (1.1.6)
* Fix major issue in 1.1.5 preventing to send answers to a received message.
* New command-line option: --enable_msg_log=( DROPPED | RECEIVED | SENT | NODELIVER | TIMING )
* Improved parsing error handling and Failed-AVP generation.
* Added support for some timings measurements in freeDiameter (in the logs)
* Fix port handling when using non-default port.
* Some cleanups in several dictionary files.
* New option to fd_dict_search: AVP_BY_STRUCT
* Improved compatibility with C++ compilers.
* Cleanups in sessions creation/destruction to avoid memory corruption under stress.
* Add support for "include" directive in freeDiameter.conf file.
-- Sebastien Decugis <sdecugis@freediameter.net> Sun, 03 Mar 2013 07:40:43 +0100
* Added compatibility with MAC OS X
* Fix behavior of timeout when sending messages to allow re-send.
* Several cleanups and new contributions included.
* Added dependency on C++ compiler for CMakeLists.txt
1.1.4:
This new release contains a lot of bug fixes, thank to many reports
from our users. It is also the first release compatible with GNUTLS
version 3.x.
1.1.3:
This new release is a minor bug fix release, addressing a few issues
in dbg_interactive.fdx, as well as a memory leak in the sessions
module.
freeDiameter is a implementation of the Diameter protocol specified
in RFC3588. Diameter is a protocol for carrying Authentication,
Authorization and Accounting information. It is an evolution of
the widely-deployed RADIUS protocol. freeDiameter also implements
the changes to the Diameter protocol introduced by the rfc3588bis
Internet Draft (work in progress).
freeDiameter is open-source and released under a BSD compatible
license. It is mainly written in the C language, which provides
excellent performance and small memory footprint.
