From e0416bf1a9bf810e2ca1591b88c9fc4508fd33c5 Mon Sep 17 00:00:00 2001 From: Patrick Spek Date: Fri, 1 Nov 2019 11:48:30 +0100 Subject: Update release documentation --- docs/guides/adding-new-community-modules.md | 9 + docs/guides/mac-dmg.pod | 142 +++++++++++++++ docs/guides/release-guide.pod | 273 ++++++++++++++++++++++++++++ docs/guides/windows-msi.pod | 155 ++++++++++++++++ 4 files changed, 579 insertions(+) create mode 100644 docs/guides/adding-new-community-modules.md create mode 100644 docs/guides/mac-dmg.pod create mode 100644 docs/guides/release-guide.pod create mode 100644 docs/guides/windows-msi.pod (limited to 'docs') diff --git a/docs/guides/adding-new-community-modules.md b/docs/guides/adding-new-community-modules.md new file mode 100644 index 0000000..42c429f --- /dev/null +++ b/docs/guides/adding-new-community-modules.md @@ -0,0 +1,9 @@ + + +If there are any new modules to be added, use C to add +its repo to the modules/ directory. Also add the module directory +name to the C file. + + $ git submodule add git@github.com:user/acme-example modules/acme-example + $ echo acme-example >>modules/MODULES.txt + $ git commit . -m "Added acme-example to installed modules." diff --git a/docs/guides/mac-dmg.pod b/docs/guides/mac-dmg.pod new file mode 100644 index 0000000..7ebc64a --- /dev/null +++ b/docs/guides/mac-dmg.pod @@ -0,0 +1,142 @@ +=head1 Guide to building DMG packages + +Rakudo Star releases are based on Rakudo compiler releases. +Since some time is often needed for module updates and testing +after each Rakudo compiler release, the timing of Star releases +varies from one release to the next. The dmg packages are based +on these Star releases. + +Also, while the Rakudo compiler issues monthly releases; Star +releases are free to choose a longer release cycle. Star releases +are also free to choose older releases of the compiler, NQP, and/or +MoarVM. The goal is to balance end-user stability needs with +progress being made on the compiler, modules, and other runtime +components. + +=head2 Steps to create an DMG package + +A C<.dmg> is a file extension used for an Apple Disk Image which is the most +popular way of running an installer on the Mac desktop + +If this is your first time releasing, B. That way you can ask questions and clear up any confusions before +you're in the thick of it. + +If you have done this before, you might want to check for and read any changes +to this release guide since your last run. + +=over 4 + +=item Step 0 + +Download and install C from Apple if you don't already have the C C +compiler installed. This process was tested on OS X 10.11.x as a build system +using clang-700.1.76 and the result is known to run on as least far back as OS +X 10.9 (and probably further). + +=item Step 1 + +Use your browser to download the latest star release, replace YYYY.MM by year and month: +https://rakudo.perl6.org/downloads/star/rakudo-star-YYYY.MM.tar.gz + +Unpack this C<.tar.gz> to your hard disk. You will get a folder C, again +YYYY.MM is year and month of the star release. + +=item Step 2 + +Change the path to the directory created in the previous step, and run: + + cd ports/darwin_dmg + perl package_darwin_dmg.pl --build -v YYYY MM + +This should automatically compile the MoarVM version of star and all modules and create the C<.dmg> + +In theory this all that needs doing and you can jump to step 4 below. + +=item Step 3 + +Watch the scrollback for errors. + +If the build is interrupted you will have to manually C in the top +level directory before rerunning the previous step. + +Note the C<--build> option will automatically delete the binary destination +directory of C if it exists before running but leaves it in +place after finishing. + +Omitting the C<--build> option will just rebuild the C<.dmg> from C which is useful when debugging the final stage of C<.dmg> build since it's much faster. + +=item Step 4 + +A correct build will create C + +To sanity test + + open Temp_build/Rakudo-Star-YYYY-MM.dmg + +This should automount C and open a Finder window with a +background image of Camelia and "Drag the Rakudo Folder to Applications" +containing a README.txt, a Rakudo folder, Docs folder and a folder representing +a sym link to Applications. + +Delete the directory used to create the C<.dmg>. + + rm -rf /Applications/Rakudo + +Now dragging the C folder to the Applications Link folder (with arrow) +should repopulate C. + +Append your C as suggested in the C and look for reasonable output +from the following kind of commands. + + perl6 -e "say 'hello'" + zef list --installed + p6doc -l + +=item Step 5 + +Stop the release process if you see serious issues with no obvious fix and post +them to the IRC channel or mailing list. If you alter scripts recommit them. + +=item Step 6 + +Generate a SHA256 sum: + + sha256sum rakudo-star-YYYY.MM.dmg | cut -f1 -d" " > rakudo-star-YYYY.MM.dmg.sha256.txt + +=item Step 7 + +Generate a GPG signature for the DMG file: + + gpg --armor --detach-sig rakudo-star-YYYY.MM.dmg + +This will create C. + +=item Step 8 + +Upload the dmg and SHA256 to L: + + rsync -avz rakudo-star-YYYY.MM.dmg* rakudo@www.p6c.org:public_html/downloads/star + +If you don't have permission to do this step, please ask one(pmichaud, jnthn, +masak, PerlJam/perlpilot, tadzik, moritz) on C<#perl6> to do it for you. + +=item Step 9 + +Publicize the dmg packages in the appropriate places. These include: + +=over 4 + +=item * rakudo.org + +=item * #perl6 + +=back + +=item Step 10 + +You're done! Celebrate with the appropriate amount of fun. + +=back + +=cut diff --git a/docs/guides/release-guide.pod b/docs/guides/release-guide.pod new file mode 100644 index 0000000..5bd8ce2 --- /dev/null +++ b/docs/guides/release-guide.pod @@ -0,0 +1,273 @@ +# Rakudo Star release guide + +Rakudo Star releases are based on Rakudo compiler releases. Since some time is +often needed for module updates and testing after each Rakudo compiler release, +the timing of Star releases varies from one release to the next. + +Also, while the Rakudo compiler issues monthly releases, Star releases are free +to choose a longer release cycle. Star releases are also free to choose older +releases of the compiler, NQP, or MoarVM. The goal is to balance end-user +stability needs with progress being made on the compiler, modules, and other +runtime components. Currently, Star is on a quarterly release cycle. + +## Creating a release distribution + +If this is your first time releasing, **read the whole guide before starting**. +That way you can ask questions and clear up and confusions before you're in the +thick of it. + +If you have done this before, you might want to check for and read any changes +to this release guide since your last run. + +### Clone this repository + + git clone git://gitlab.com/tyil/rakudo-star.git + +If this is not your first time, you probably already have a copy of this +repository, in which case you should pull the latest changes. + + git pull origin master + +### Branch out + +Since all the information is stored in git, this is a great moment to create a +new branch. This will make it easier to roll back if things go horribly wrong, +and to create a merge request later on to get other people to review the +changes. + + git switch -c $VERSION-rc1 + +### Update all community modules + +All community modules that are going to be bundled with this release need to be +made up-to-date. These are managed as submodules, so `git submodule` comes in +handy here. + + git submodule sync + git submodule update --init --recursive + git submodule foreach git pull origin master + git commit -m "Update submodules" + +At this point `git status` should report a clean repository. + +### Set component versions + +Inside the repository is a Makefile which indicates which versions of upstream +components should be used. This file can be found at `tools/star/Makefile`. +These version numbers are *usually* similar, but not necesarily. Specifically, +it is about the values for `RAKUDO_VER`, `NQP_VER`, `MOAR_VER`. + +If unsure, ask for the specific value for `RAKUDO_VER` in `#raku-dev` on +`irc.freenode.net`. The `NQP_VER` can be found inside the Rakudo repository, in +`tools/build/NQP_REVISION`, and the `MOAR_VER` can be found in the NQP +repository in the `tools/build/MOAR_REVISION` file. + + $EDITOR tools/star/Makefile + git commit -m "Bump component versions" + +### Create a release announcement + +For every release, an announcement should be made. These can be found in +`docs/announce`. They follow the same versioning scheme as Rakudo Star itself, +and as such, the name for the new one should have the current version number, +followed by `.md` since the announcements are in Markdown. + +You should include the latest version number changes, community module changes +(updated ones, deleted ones, new ones), and any other information which might +be relevant to end-users or package maintainers. + + $EDITOR docs/announce/$VERSION.md + git add !$ + git commit -m "Add release announcement for $VERSION" + +### Bump Rakudo Star version number + +The version number for Rakudo Star itself is referred to in another file, +`Makefile.in`, which needs updating. + + $EDITOR tools/build/Makefile.in. + git commit -m "Bump Rakudo Star version" + +### Publish changes + +With all the prep-work done, it is time to build an actual release +distribution. This is done using GitLab CI, so all you need to do now is push +the changes back to the repository. Generally, this would be done through a +merge request, so the changes can be reviewed and approved. Luckily, you're +already using a seperate branch, so this is pretty straightforward as well. + + git push origin $VERSION-rc1 + +This should give you an URL to create a merge request directly, however, if it +does not, you'll have to use your `$BROWSER` to go to the repository web page, +and make one manually. + +### Creating the release candidate + +GitLab CI has been set up to create a new release on every branch or tag. As +such, the previous `git push` should have started a CI job to build a +distribution tarball. If it did not, please consult `#raku-dev` on +`irc.freenode.net`. + +The CI setup also contains a testing phase, where the resulting tarball is +compiled and tested. If any of these steps fail, a solution must be found. The +best place to discuss options would be, again, the `#raku-dev` channel. + +### Creating the official release + +Once the release candidate has been approved to become an official release, the +branch can be merged into `master`. Afterwards, create a new tag for the new +release, and push it to the remote repository. GitLab CI will make a tarball +for you. + + git switch master + git pull origin master + git tag -s $VERSION + git push origin $VERSION + +The `-s` option for `git tag` makes you sign this particular tag with your PGP +key. All tags must be signed, so if you lack a PGP key, you should [strongly +consider to get yourself one](https://fedoraproject.org/wiki/Creating_GPG_Keys). + +### Publishing the official release + +Once GitLab CI has built and tested the final image, you can download it as an +artifact from the job. The job is of stage "Package, and name "Tarball". +Downloading the artifacts will get you a zip file with the tarball inside of +it. Extract the zipfile to some temporary location. Next, create a PGP +signature and checksums for it, to allow other people to verify they got the +right thing. + +For checksumming, a small utility can be found in the `bin` directory, +`mkchecksum`, which will generate a number or checksum formats for a given +file. + + cd -- "$(mktemp -d)" + wget "$ARTIFACTS_URL" + unzip download + cd work/release + gpg --armor --detach-sig *.tar.gz + mkchecksum *.tar.gz > rakudo-star-$VERSION.tar.gz.checksum.txt + +Lastly, the three files you have right now should be uploaded to the remote +server hosting official releases. + +TODO: I currently don't have any information on this step yet! + + If you don't have permission to do this step, please ask one of the core + devs (pmichaud, jnthn, masak, PerlJam/perlpilot, tadzik, or moritz) on + C<#perl6> to do it for you. + +### Announce the new release + +Now that a new release has been made, you're *technically* done. However, it +would be much appreciated if you also announce to the rest of the world that a +new release has been published. The most important place would be `rakudo.org`. + +#### rakudo.org +The sources of this site can be found in the +[`perl6/rakudo.org`](https://github.com/perl6/rakudo.org repository on GitHub). +It contains a small script to make this easier, called +`push-latest-rakudo-star-announcement.p6`. You will need to have a working +`perl6` in your `$PATH`, and have the `WWW` module installed. + + cd -- "$(mktemp -d)" + git clone git@github.com:perl6/rakudo.org . + ./push-latest-rakudo-star-announcement.p6 $VERSION + +You will also have to bump versions manually in C in +the rakudo.org repo. + +#### Other places of importance + +There are more places around the 'net that should be informed of the new +release. These are not all documented, so you may have to ask around to get +access. + +- http://perl6.org/ +- perl6-users@perl.org +- perl6-language@perl.org +- perl6-compiler@perl.org +- http://en.wikipedia.org/wiki/Rakudo_Perl_6 (latest release date is mentioned in the main text) +- http://en.wikipedia.org/wiki/Perl_6 + +You should actively ask others to advertise the release as well. This includes +their social media accounts and blogs. Notable places include: + +- http://blogs.perl.org/ +- [Perl 6 Facebook Page](https://www.facebook.com/groups/1595443877388632/) +- Reddit: [r/perl](https://www.reddit.com/r/perl/), + [r/rakulang](https://www.reddit.com/r/rakulang/), + [r/programming](https://www.reddit.com/r/programming/) +- [Hacker News](https://news.ycombinator.com/news) +- Twitter: [@rakudoperl](https://twitter.com/rakudoperl) + +### Give yourself some credit + +Add this release and your name to the list of releases at the end of this +document, to eternalize your fame. This may also help other people interested +in making releases to find people to help them when any issues arrive. + + $EDITOR docs/guides/release-guide.md + +You may want to commit and push this file as well, of course. + +**You're done!** Celebrate with the appropriate amount of fun. + +## Rakudo Star release list + +- `2019.03`: hankache, clarkema +- `2018.10`: stmuk +- `2018.06`: stmuk +- `2018.04`: stmuk +- `2018.01`: stmuk +- `2017.10`: stmuk +- `2017.07`: stmuk +- `2017.04`: stmuk +- `2017.01`: stmuk +- `2016.11`: stmuk +- `2016.10`: stmuk +- `2016.07`: stmuk +- `2016.04`: stmuk +- `2016.01`: FROGGS +- `2015.11`: moritz +- `2015.09`: moritz +- `2015.07`: moritz +- `2015.06`: FROGGS +- `2015.03`: moritz +- `2015.02`: moritz +- `2015.01`: moritz +- `2014.12`: moritz +- `2014.09`: FROGGS +- `2014.08`: FROGGS +- `2014.04`: jnthn +- `2014.03`: FROGGS +- `2014.01`: tadzik +- `2013.12`: lue +- `2013.11`: moritz +- `2013.10`: lue +- `2013.09`: moritz +- `2013.08`: moritz +- `2013.05`: pmichaud +- `2013.02`: moritz +- `2013.01`: moritz +- `2012.12`: moritz +- `2012.11`: moritz +- `2012.10`: jnthn +- `2012.09`: pmichaud +- `2012.08`: pmichaud +- `2012.07`: pmichaud +- `2012.06`: moritz +- `2012.05`: moritz +- `2012.04`: moritz +- `2012.02`: jnthn +- `2012.01`: jnthn +- `2011.07`: pmichaud +- `2011.04`: pmichaud +- `2011.01`: pmichaud +- `2010.12`: pmichaud +- `2010.11`: pmichaud +- `2010.10`: pmichaud +- `2010.09`: pmichaud +- `2010.08`: pmichaud +- `2010.07`: pmichaud diff --git a/docs/guides/windows-msi.pod b/docs/guides/windows-msi.pod new file mode 100644 index 0000000..8674c22 --- /dev/null +++ b/docs/guides/windows-msi.pod @@ -0,0 +1,155 @@ +=head1 Guide to build MSI packages + +Rakudo Star releases are based on Rakudo compiler releases. +Since some time is often needed for module updates and testing +after each Rakudo compiler release, the timing of Star releases +varies from one release to the next. The MSI packages are based +on these Star releases. + +Also, while the Rakudo compiler issues monthly releases; Star +releases are free to choose a longer release cycle. Star releases +are also free to choose older releases of the compiler, NQP, and/or +MoarVM. The goal is to balance end-user stability needs with +progress being made on the compiler, modules, and other runtime +components. + +=head2 Steps to create an MSI package + +If this is your first time releasing, B. +That way you can ask questions and clear up and confusions before you're in the +thick of it. + +If you have done this before, you might want to check for and read any changes +to this release guide since your last run. + +=over 4 + +=item Step 0 + +Download and install WiX Toolset, if needed adjust the PATH environment +variable to point to its bin directory. The tools C, C and C +should be available now. + +Install ActivePerl and make sure it is in C. C should give a +sensible output. + +If you do not have the C compiler C installed yet, install the Microsoft +Visual C++ Express for version 2010 or perhaps newer. + +Finally, install the Windows Software Development Kit (SDK) for your Windows +version. + +An alternative to ActivePerl and the Microsoft toolchain is to use Strawberry +Perl which ships with GCC and a mingw toolchain. Run these tools under C +and replace all following references to C by C. + +=item Step 1 + +Make sure there is no C directory, as this will be our installation +target. If there is one, remove it, perhaps after creating backup. + +=item Step 2 + +Use your browser to download the latest star release, replace YYYY.MM by year +and month: https://rakudo.perl6.org/downloads/star/rakudo-star-YYYY.MM.tar.gz + +Unpack this C<.tar.gz> to your hard disk. You will get a folder +C, again YYYY.MM is year and month of the star release. + +=item Step 3 + +Run the Command Line for Visual Studio from the start menu. Alternatively you +can run C followed by C. + +In either case, this should return a valid path: + + echo %VSINSTALLDIR% + +=item Step 4 + +Change the path to the directory created in step 2, and run: + + perl Configure.pl --prefix=C:\rakudo --gen-moar + +This will create a Makefile and will start to compile the MoarVM backend. + +=item Step 5 + +Compile NQP and Rakudo by doing: + + nmake install + +This will also precompile all modules and install binaries like C. + +=item Step 6 + +Finally create the MSI package. + + nmake msi + +(Note if you are using Strawberry Perl's GCC use C at this point) + +Depending on your architecture you either rename that msi to: + + rakudo-star-YYYY.MM-x86 (no JIT).msi + +or: + + rakudo-star-YYYY.MM-x86_64 (JIT).msi + + +=item Step 7 + +Delete your C folder and make sure it got deleted. Then run the just +created installer, and do some sanity tests: + + perl6 -e "say $*KERNEL.bits" + zef list --installed + zef install openssl + +If you are using Strawberry Perl then move its directory temporarily to a +different name in order to check all DDLs are correctly installed in the +C folder. + +=item Step 8 + +Stop the release process if step 7 failed. Post any issues to the irc channel +or mailing list. + +=item Step 9 + +Generate a SHA256 sum eg. + + $ sha256sum "rakudo-star-YYYY.MM-x86_64 (JIT).msi" | cut -f1 -d" " > "rakudo-star-YYYY.MM-x86_64 (JIT).msi.sha256.txt" + +=item Step 10 + +Upload the msi package to L and L: + + scp "rakudo-star-YYYY.MM-x86 (no JIT).msi" rakudo@rakudo.org:public_html/downloads/star + scp "rakudo-star-YYYY.MM-x86 (no JIT).msi" rakudo@www.p6c.org:public_html/downloads/star + +If you don't have permission to do this step, please ask one(pmichaud, jnthn, +masak, PerlJam/perlpilot, tadzik, moritz) on C<#perl6> to do it for you. + +Also upload the sha256 sum eg. C + +=item Step 11 + +Publicize the msi packages in the appropriate places. These include: + +=over 4 + +=item * rakudo.org + +=item * #perl6 + +=back + +=item Step 12 + +You're done! Celebrate with the appropriate amount of fun. + +=back + +=cut -- cgit v1.1