General-purpose programming language and runtime environment

Edit Package erlang
http://www.erlang.org

Erlang is a general-purpose programming language and runtime environment. Erlang has built-in support for concurrency, distribution and fault tolerance. Erlang is used in several large telecommunication systems from Ericsson.

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Source Files
Filename Size Changed
OTP-23.1.1.tar.gz 0056498218 53.9 MB
README.SUSE 0000001095 1.07 KB
_constraints 0000000117 117 Bytes
epmd.service 0000000336 336 Bytes
epmd.socket 0000000150 150 Bytes
erlang-not-install-misc.patch 0000001352 1.32 KB
erlang-rpmlintrc 0000000170 170 Bytes
erlang.changes 0000171946 168 KB
erlang.spec 0000015820 15.4 KB
erlang.sysconfig 0000000373 373 Bytes
macros.erlang 0000000455 455 Bytes
otp-R16B-rpath.patch 0000001081 1.06 KB
Revision 107 (latest revision is 136)
Gabriele Santomaggio's avatar Gabriele Santomaggio (gsantomaggio_suse) accepted request 839763 from Matwey Kornilov's avatar Matwey Kornilov (matwey) (revision 107)
- Changes for 23.1.1:
  * erts: inet:setopts([{active,once}]) wakes up IO polling thread
    unnecessarily, leading to lock contention and visibly higher
    CPU utilization.
  * erts: Two bugs in the ERTS internal thread wakeup functionality
    have been fixed. These bugs mainly hit when all threads in the
    system tried to go to sleep. When the bugs were triggered,
    certain operations were delayed until a thread woke up due to
    some other reason. Most important operations effected were code
    loading, persistent term updates, and memory deallocation.
  * erts: Fixed bug in ets:select_replace/2 on compressed tables
    that could produce faulty results or VM crash. Bug exists since
    OTP 20.
  * erts: When compiling Erlang/OTP on macOS using Xcode 12, the
    performance of the BEAM interpreter would be degraded.
  * erts: As of OTP 22, the allocator specific memory carrier pools
    were replaced by a node global carrier pool. This unfortunately
    caused substantial memory fragmentation in some cases due to
    long lived data being spread into carriers used by allocators
    mainly handling short lived data. A new command line argument
    +M<S>cp has been introduced with which one can enable the old
    behavior as well as configuring other behaviors for the carrier
    pools. In order to configure the old behavior, with allocator
    specific carrier pools for all allocators, pass +Mucp :
    (including the colon character) as a command line argument to
    erl when starting the Erlang system. The default configuration
    for carrier pools will be changed to +Mucp : some time in the
    future, but not in this patch.
  * os_mon: The configuration parameter
    memsup_improved_system_memory_data has been introduced. It can
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