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We only support building epmd, erl_interface, and ic for VxWorks;
therefore there is no need to have a conditional section for VxWorks.
We use to build different applications on Windows and Unix, but
that is no longer the case; therefore one list of applications is
sufficient.
Unfortunately, there are build order dependencies between the
applications, so we must not sort the list.
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Copy wx_object to bootstrap compiler
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* dev:
tar_SUITE: Work around limited pathname length on Windows
Merge the fourth bootstrap stage into the third bootstrap stage
Remove unused lib/orber/include/Makefile
Remove lib/orber/include/* from the primary bootstrap
otp_build update_primary: Don't commit generated source files
primary bootstrap: Remove source files
Conflicts:
Makefile.in
bootstrap/bin/start.script
bootstrap/bin/start_clean.script
bootstrap/lib/compiler/ebin/compiler.app
bootstrap/lib/compiler/egen/beam_opcodes.erl
bootstrap/lib/compiler/egen/core_parse.erl
bootstrap/lib/kernel/ebin/kernel.app
bootstrap/lib/kernel/ebin/kernel.appup
bootstrap/lib/orber/include/Makefile
bootstrap/lib/orber/include/corba.hrl
bootstrap/lib/orber/include/orber_pi.hrl
bootstrap/lib/stdlib/ebin/stdlib.app
bootstrap/lib/stdlib/ebin/stdlib.appup
bootstrap/lib/stdlib/egen/erl_parse.erl
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The sasl application used to have snmp MIBs, thus requiring the
snmp and sasl applications to be built in separate bootstrap
stage. Since the MIBs in sasl have been moved to the otp_mibs
application, the third and fourth bootstrap stages can be merged.
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The include files for orber are included in the primary bootstrap,
probably for historical reasons. They are not needed there, because
no applications compiled in the secondary bootstrap need them.
Therefore, install the lib/orber/include/* in the bootstrap at
the end of the second bootstrap stage.
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There used to be a requirement that Dialyzer was build at the
very end. Since this requirement has been dropped, remove the
special-case build targets for Dialyzer in the top-level
Makefile.
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The application provides an implementation of the Diameter protocol
as defined in RFC 3588.
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improvements.
Most notable:
Lots of cross compilation improvements. The old cross compilation
support was more or less non-existing as well as broken. Please,
note that the cross compilation support should still be
considered as experimental. Also note that old cross compilation
configurations cannot be used without modifications. For more
information on cross compiling Erlang/OTP see the
$ERL_TOP/xcomp/README file.
Support for staged install using <url
href="http://www.gnu.org/prep/standards/html_node/DESTDIR.html">D
ESTDIR</url>. The old broken INSTALL_PREFIX has also been fixed.
For more information see the $ERL_TOP/README file.
Documentation of the release target of the top Makefile. For more
information see the $ERL_TOP/README file.
make install now by default creates relative symbolic links
instead of absolute ones. For more information see the
$ERL_TOP/README file.
$ERL_TOP/configure --help=recursive now works and prints help for
all applications with configure scripts.
Doing make install, or make release directly after make all no
longer triggers miscellaneous rebuilds.
Existing bootstrap system is now used when doing make install, or
make release without a preceding make all.
The crypto and ssl applications use the same runtime library path
when dynamically linking against libssl.so and libcrypto.so. The
runtime library search path has also been extended.
The configure scripts of erl_interface and odbc now search for
thread libraries and thread library quirks the same way as erts
do.
The configure script of the odbc application now also looks for
odbc libraries in lib64 and lib/64 directories when building on a
64-bit system.
The config.h.in file in the erl_interface application is now
automatically generated in instead of statically updated which
reduces the risk of configure tests without any effect.
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