Release Process and Checklist ======================================== .. note:: This information is only useful if you are a developer of botan who is creating a new release of the library. Pre Release Testing ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Kick off a Coverity scan a day or so before the planned release. Do maintainer-mode builds with Clang and GCC to catch any warnings that should be corrected. Also check Visual C++ build logs for any warnings that should be addressed. And remember that CI doesn't test everything. In particular, not all tests run under valgrind or on the qemu cross builds due to time constraints. So before release, do a complete build/test cycle: - Running under valgrind (remember ``--with-valgrind`` flag) - Using Clang sanitizers (ASan + UbSan) - Native or cross compile for Linux aarch64 and ppc64le - Native compile on FreeBSD x86-64 - Native compile on at least one unusual platform (AIX, NetBSD, ...) - Build the website content to detect any Doxygen problems Pre Release Checks ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Confirm that the release notes in ``news.rst`` are accurate and complete and that the version number in ``version.txt`` is correct. Update the release date in the release notes and change the entry for the appropriate branch in ``readme.rst`` to point to the new release. Now check in, and backport changes to the release branch:: $ git commit readme.rst news.rst -m "Update for 2.6.13 release" $ git checkout release-2 $ git merge master $ git tag 2.6.13 Build The Release Tarballs ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The release script is ``src/scripts/dist.py`` and must be run from a git workspace. $ src/scripts/dist.py 2.6.13 One useful option is ``--output-dir``, which specifies where the output will be placed. Now do a final build/test of the released tarball. The ``--pgp-key-id`` option is used to specify a PGP keyid. If set, the script assumes that it can execute GnuPG and will attempt to create signatures for the tarballs. The default value is ``EFBADFBC``, which is the official signing key. You can use ``--pgp-key-id=none`` to avoid creating any signature, though official distributed releases *should not* be released without signatures. The releases served on the official site are taken from the contents in a git repository:: $ git checkout git@botan.randombit.net:/srv/git/botan-releases.git $ src/scripts/dist.py 2.6.13 --output-dir=botan-releases $ cd botan-releases $ sha256sum Botan-2.6.13.tgz >> sha256sums.txt $ git add . $ git commit -m "Release version 2.6.13" $ git push origin master A cron job updates the live site every 10 minutes. Push to GitHub ^^^^^^^^^^^^^^^^^^ Don't forget to also push tags:: $ git push origin --tags release-2 master Build The Windows Installer ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ On Windows, run ``configure.py`` to setup a build:: $ python ./configure.py --cc=msvc --cpu=$ARCH --distribution-info=unmodified After completing the build (and running the tests), use `InnoSetup `_ to create the installer. A InnoSetup script is created from ``src/build-data/innosetup.in`` and placed in ``build/botan.iss`` by ``configure.py``. Create the installer either via the InnoSetup GUI by opening the ``iss`` file and selecting the 'Compile' option, or using the ``iscc`` command line tool. If all goes well it will produce an executable with a name like ``botan-2.6.13-x86_64.exe``. Sign the installers with GPG. Update The Website ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The website content is created by ``src/scripts/website.py``. The website is mirrored automatically from a git repository which must be updated:: $ git checkout git@botan.randombit.net:/srv/git/botan-website.git $ ./src/scripts/website.py --output botan-website $ cd botan-website $ git add . $ git commit -m "Update for 2.6.13" $ git push origin master Announce The Release ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Send an email to the botan-announce and botan-devel mailing lists noting that a new release is available.