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With silent rules, the output of make is less verbose and compilation
warnings are easier to spot. Silent rules are disabled by default and
can be disabled or enabled at will by make V=0 and make V=1.
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OTP-10106
OTP-10107
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* raimo/parallel-make/OTP-9857:
hipe: Fix rtl dependencies
erts: Simplify toplevel makefile due to better dependencies
erts: Fix make omissions for void emulators
erts: Fix dependencies between targets generate and depend
erts: Cleanup dependencies for target generate
erts,tools: Fix parallel make for erts/lib_src
erts: Fix parallel make for emulator zlib
Conflicts:
erts/emulator/Makefile.in
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Use a make timestamp file to condense dependencies to some
part(s) of erts/lib_src build results.
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* Removes -Wformat-security problems
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Still does not run, just compiles.
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Force early creations of directories.
See 8d3a2dfa646ab2ceb41905c673adb15e57bf9cfd for more details.
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Large parts of the ethread library have been rewritten. The
ethread library is an Erlang runtime system internal, portable
thread library used by the runtime system itself.
Most notable improvement is a reader optimized rwlock
implementation which dramatically improve the performance of
read-lock/read-unlock operations on multi processor systems by
avoiding ping-ponging of the rwlock cache lines. The reader
optimized rwlock implementation is used by miscellaneous
rwlocks in the runtime system that are known to be read-locked
frequently, and can be enabled on ETS tables by passing the
`{read_concurrency, true}' option upon table creation. See the
documentation of `ets:new/2' for more information.
The ethread library can now also use the libatomic_ops library
for atomic memory accesses. This makes it possible for the
Erlang runtime system to utilize optimized atomic operations
on more platforms than before. Use the
`--with-libatomic_ops=PATH' configure command line argument
when specifying where the libatomic_ops installation is
located. The libatomic_ops library can be downloaded from:
http://www.hpl.hp.com/research/linux/atomic_ops/
The changed API of the ethread library has also caused
modifications in the Erlang runtime system. Preparations for
the to come "delayed deallocation" feature has also been done
since it depends on the ethread library.
Note: When building for x86, the ethread library will now use
instructions that first appeared on the pentium 4 processor. If
you want the runtime system to be compatible with older
processors (back to 486) you need to pass the
`--enable-ethread-pre-pentium4-compatibility' configure command
line argument when configuring the system.
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