- Do not build a test if a dependency is not enabled.
- Perform a dependency check and generate an error if an enabled module
depends on a disabled module.
Closes#4077
- Provide support for separate user and kernel include paths in
libbsd.py.
- Update all added files with a suitable context to build them
with. Supported contexts are `kernel` and `user`.
- Kernel source use the kernel, CPU, and build header paths in
this order.
- User source use the user, kernel, CPU and build header paths
in this order. The FreeBSD /usr/include tree has some kernel
header files installed as well as user land header files. This
complicates the separation as some kernel header files are not
visible to user land code while other are. This is handled by
appending the kernel header paths to the user header paths so
user land code will include a user header with the same name as
a kernel header over the kernel header but will find a kernel
header if there is no matching user header file.
Closes#4067
In some applications, it's usefull if the files generated by lex or yacc
are not build automatically. With that it is for example possible to
create a wrapper source file that sets some defines before the generated
code is parsed.
This adds two new buildset configurations: One that leaves out as much
features as possible and one that enables all features. For the default
configuration WiFi support is now disabled.
To disable IPv6 for the minimal configuration, all -DINET6 are
eliminated in libbsd.py. They are now replaced by a #ifdef that checks
for RTEMS_BSD_MODULE_NETINET6 instead.
Close#3351.
Imported from Freescale Linux repository
git://git.freescale.com/ppc/upstream/linux.git
commit 2774c204cd8bfc56a200ff4dcdfc9cdf5b6fc161.
Linux compatibility layer is partly from FreeBSD.
This allows to set the optimization level for libbsd via a configure
switch. Useful for building with for example no optimization during
debug or with size optimization for space restricted targets.
There are some cases, where a header is installed into a directory with
a different name then it's source directory. In that case, the build
might fail because the header is not found. One example would be the
<openssl/opensslv.h>. The source for this file is in
freebsd/crypto/openssl/crypto/opensslv.h.
To allow the build to work in such cases too, copy such files into a
temporary location in the build tree.
The following files are now provided by Newlib:
* arpa/inet.h
* net/if.h
* netinet/in.h
* netinet/tcp.h
* sys/socket.h
* sys/uio.h
* sys/un.h
The <sys/param.h> and <sys/cpuset.h> are now compatible enough to be
used directly.
Update #2833.
Python 3 requires better UTF-8 handling of files and FreeBSD has UTF-8
characters in some files.
Refactor builder.py to clean up the code and remove the need to have
a temporary file. Update other scripts to use the new code.
Add support to force the RTEMS version. This remove the need for using
the --rtems-version command line option if the automatic detection fails.
Update all python code to support python 2 and 3.
Update rtems_waf to the latest version to support the RTEMS version,
check environment variables and to display the CC version.
Sort all tests. I think the unsorted list is dependent on the version
of python and so would result in repo noise as if it regenerted.
- Update the file builder generator to handle generator specific cflags and
includes. The tcpdump and libpcap have localised headers and need specific
headers paths to see them. There are also module specific flags and these
need to be passed to the lex and yacc generators.
- Add the tcpdump support.
