X-Git-Url: http://info.iut-bm.univ-fcomte.fr/pub/gitweb/simgrid.git/blobdiff_plain/4e62e76d104a17f0c9aaf9135ac605e9c8c87141..5fb3a7567872d71ff4db33f4b26787ad5846784b:/ChangeLog

diff --git a/ChangeLog b/ChangeLog
index d665a77279..242ee774db 100644
--- a/ChangeLog
+++ b/ChangeLog
@@ -2,9 +2,29 @@
 
 SimGrid (3.24.1) NOT RELEASED YET (v3.25 expected December 22. 2029, 04:19 UTC)
 
+S4U:
+- Actor: Merge signals on_migration_start/end into on_host_change
+- Actor: Rename migrate() into set_host()
+- Disk: Allow users to get the read and write nominal bandwidth values
+
+XML:
+- Parse errors now raise a simgrid::ParseError that you may want to catch.
+
+Kernel:
+- In simgrid::kernel::resource::Model, the methods next_occuring_event*() have
+  been renamed to fix a spelling error. As usual, the previous definitions are
+  kept with a deprecation warning. However, to avoid runtime errors, it is now
+  forbidden to override these deprecated methods in a derived class. Please use
+  the new names immediately if you need to override them.
+
+XBT:
+- Remove unused parameter 'free_ctn' for xbt_dict_set() and xbt_dict_set_ext().
+- New module: random, providing classical random numbers generators.
+
 Fixed bugs (FG#.. -> framagit bugs; FG!.. -> framagit merge requests):
  - GH#31: [MC] please provide an option to make MPI_Send asynchronous
- - GH#305: Unscheduled tasks are still excuted 
+ - GH#305: Unscheduled tasks are still excuted
+ - GH#323: Crash when an actor turn off his physical host
  - FG!19: Removing RngStream
 
 ----------------------------------------------------------------------------
@@ -651,7 +671,7 @@ SimGrid (3.18) Released December 24 2017
  - #230: segfaults when exit() without run()
  - #225: s4u::Actor::kill() doesn not really kill victims in a join()
  - #223: MSG_task_get_flops_amount() not working with parallel tasks
- - #222: Actor::kill() doesn't really kill and segfaults
+ - #222: Actor::kill() doesn't really kill and segfaults
  - #221: odd LMM warning when killing an actor
  - #120: Memory leak when the processes are forcefully killed