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-23.1.3.tar.gz 0056501389 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 0000173867 170 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 108 (latest revision is 138)
Matwey Kornilov's avatar Matwey Kornilov (matwey) accepted request 849306 from Matwey Kornilov's avatar Matwey Kornilov (matwey) (revision 108)
- Changes for 23.1.3:
  * erts: Fixed a crash when exceptions were thrown during call
    time tracing.
  * ssh: A supervisor sub-tree could be left if the connection
    handler process is brutally killed. This will make the
    max_sessions checking option to count the existing sessions
    erroneously and could finally block further sessions.
- Changes for 23.1.2:
  * compiler: Fixed a bug in the boolean optimization pass that
    caused the compiler to confuse different clauses.
  * erts: Fixed bugs causing issues when enabling the ERTS internal
    allocators on a system built with the undocumented and
    unsupported SMALL_MEMORY feature.
  * erts: The inet driver used to use 16 as maximum elements in an
    I/O vector passed to writev() (and WSASend() on Windows). When
    the data to send contained lots of elements, this caused a
    performance degradation since repeated calls to writev() had to
    be made to a much larger extent. The inet driver now looks up
    actual maximum amount of elements that can be used on the
    system, instead of just assuming 16. On most systems this will
    result in a maximum amount of I/O vector elements of 1024. As
    of OTP 23.0 the term encoding of signals to send over the
    distribution are encoded into I/O vectors of buffers instead of
    into a single buffer. Reference counted binaries are referred
    to directly from the I/O vector instead of being copied into
    the single buffer. That is, Erlang signals containing huge
    amounts of reference counted binaries was effected by this
    performance degradation.
  * erts: In the distributed case, a faulty reply option in a call
    to the spawn_request() BIF erroneously caused a badarg
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