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logger_std_h:filesync/1 -----> logger_std_h:sync/1
logger_disk_log_h:disk_log_sync/1 -----> logger_disk_log_h:sync/1
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Also, change HandlerId from logger_simple to simple.
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This configuration option has been removed. logger_formatter will read
the utc_log configuration parameter and format the timestamp
accordingly.
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Earlier, only reports and {Format,Args} was limited by chars_limit,
and max_size was needed to limit the size of a string.
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This field contains the index of all installed handlers. It is
internal and can not be altered by the user, and should therefore not
be visible.
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These are replaced by new config handling and must not be used any
more.
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Most logger configuration that was possible through
kernel application variables have been moved into a
common 'logger' application environment in kernel.
Now all the configuration possible through the logger
API can be done as sys config.
The handler started by kernel has been renamed to 'default'
instead of logger_std_h.
There is a new logger:setup_handlers/1 function that given an
application name can be used to setup handlers in other applications.
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* peppe/peppe/kernel/logger_handler_fixes:
Various logger handler improvements and updated test cases
Make it possible to disable sync and drop mode
Conflicts:
lib/kernel/test/logger_disk_log_h_SUITE.erl
lib/kernel/test/logger_std_h_SUITE.erl
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* siri/kernel/dont-store-incl-apps-in-env/OTP-15071:
Don't save included_applications as application environment variable
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* richcarl/eliminate_lib_module/PR-1786/OTP-15072:
Fix minor issues
Eliminate call to ct:get_progname() in ts_erl_config
Use \n escape instead of integer 10
Move error formatting to erl_error.erl and delete lib.erl
Move extended parse functions in lib.erl to erl_eval.erl
Move lib:eval_str/1 into mod_esi.erl
Remove lib:progname/0
Eliminate call to lib:progname/1 in slave.erl
Add ct:get_progname/0
Remove lib:error_message/2
Remove lib:flush_receive/0
Remove lib:send/2 and lib:sendw/2
Move lib:nonl/1 into yecc.erl
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During application load, the included_applications key from the .app
file would earlier be duplicated as an application environment
variable. Due to this, its value could be retrieved in any of the
following ways:
application:get_key(App,included_applications).
application:get_env(App,included_applications).
It would also be included in the resulting list from the following calls:
application:get_all_key(App).
application:get_all_env(App).
This commit removes the duplication, and included_applications will no
longer be returned by application:get_env/2 or application:get_all_env/1.
The reason for this change is mainly to avoid confusion, but also to
avoid the potensial inconsistency which would occur if the environment
variable was changed during runtime by calls to
application:put_env(App,included_applications,NewInclApps).
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This replaces all uses of lib:progname/0 in tests.
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Also add tests and update failing test cases
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* maint:
Updated OTP version
Update release notes
Update version numbers
ssl: Prepare for release
ssl: Proper handling of clients that choose to send an empty answer to a certificate request
heart: Use ntohs instead of manual conversion
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into maint-20
* john/erts/fix-heart-command-overflow/OTP-15034/ERIERL-166:
heart: Use ntohs instead of manual conversion
# Conflicts:
# lib/kernel/test/heart_SUITE.erl
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Multiplying a signed char by 256 is undefined behavior and caused
problems on some platforms when the length was long enough. We
could cast it to an unsigned int to make it work, but it's best not
to reinvent the wheel.
Fixes OTP-15034
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for erts, stdlib, kernel and runtime_tools.
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OTP-14899
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just to make it easier to do "rm -rf"
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Implementation of true asynchronous signaling between processes
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Communication between Erlang processes has conceptually always been
performed through asynchronous signaling. The runtime system
implementation has however previously preformed most operation
synchronously. In a system with only one true thread of execution, this
is not problematic (often the opposite). In a system with multiple threads
of execution (as current runtime system implementation with SMP support)
it becomes problematic. This since it often involves locking of structures
when updating them which in turn cause resource contention. Utilizing
true asynchronous communication often avoids these resource contention
issues.
The case that triggered this change was contention on the link lock due
to frequent updates of the monitor trees during communication with a
frequently used server. The signal order delivery guarantees of the
language makes it hard to change the implementation of only some signals
to use true asynchronous signaling. Therefore the implementations
of (almost) all signals have been changed.
Currently the following signals have been implemented as true
asynchronous signals:
- Message signals
- Exit signals
- Monitor signals
- Demonitor signals
- Monitor triggered signals (DOWN, CHANGE, etc)
- Link signals
- Unlink signals
- Group leader signals
All of the above already defined as asynchronous signals in the
language. The implementation of messages signals was quite
asynchronous to begin with, but had quite strict delivery constraints
due to the ordering guarantees of signals between a pair of processes.
The previously used message queue partitioned into two halves has been
replaced by a more general signal queue partitioned into three parts
that service all kinds of signals. More details regarding the signal
queue can be found in comments in the erl_proc_sig_queue.h file.
The monitor and link implementations have also been completely replaced
in order to fit the new asynchronous signaling implementation as good
as possible. More details regarding the new monitor and link
implementations can be found in the erl_monitor_link.h file.
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It wasn't possible to change group/owner separately, and our test
suite lacked coverage for that.
ERL-589
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* sverker/dict-put-immed-opt:
erts: Optimize erlang:put/2 for hash collision lists
erts: Optimize erlang:put/2 for immed values
erts: Refactor erlang:put/2
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* raimo/stop-encouraging-v4-mapped/ERL-503/OTP-13716:
Stop translating V4MAPPED addresses
Stop returning V4MAPPED addresses
Implement function for IPv4-mapped IPv6 addresses
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