In order to support Docker, this should be able to operate without ssh,
e.g. using vagrant-communicator-docker. This removes the buildserverid
hack and makes it a provisioner shell script.
This expands the gradle wrapper shell script used by the buildserver for
usage outside the buildserver environment. It also allows downloading
whitelisted versions of gradle if they are not yet deployed to the
buildserver by simply upsating the copy of fdroidserver (in contrast to
having to reprovision the whole buildserver).
We first move the buildserver/gradle shell script to the repo root
as gradlew-fdroid, as it's an fdroid specific gradle wrapper.
We also now sync it inside the build VM before each build.
We then add a list of whitelisted gradle distributions taken from the
makebuildserver script.
The script additionally now reads two env vars which tell it where to
expect installed versions of gradle and where it might store downloaded
gradle .zip files. Both of those are configurable from config.py. As the
first should normally just be a subdir of the second it's not exposed in
the example config.py but only used by the buildserver config.py.
Default config now uses this internal gradle wrapper but a path to a
custom wrapper or specific gradle distribution can still be set from
config.py.
Closesfdroid/fdroidserver#98
Ref: fdroid/fdroidserver#370
The currently included Qt has known security issues and is outdated. This
can now be replaced by downloading and installing the Qt installer using
the sudo= build field. @relan's provisioner system will also replace this
once that's done. There are only two apps that currently use the Qt stuff:
* csd.qtproject.minesweeper
* org.openorienteering.mapper
Now that fdroidserver requires Python 3, there's no need to tune sshd for
an old version of Paramiko because Ubuntu 14.04 does not have
python3-paramiko package in its repositories:
https://packages.ubuntu.com/search?keywords=python3-paramiko
We can safely assume that Ubuntu 14.04 users have installed a more recent
version of Paramiko from PIP.
This is the last thing using Chef, which adds a lot of time to the time it
takes to fully provision the buildserver. This slows down development on
the things we are actually using, like running all builds on
jenkins.debian.net.
#210#165
This forces the release channel and version of chef-solo to install on the
guest VM. I was getting really massive, odd stacktraces without specifying
this, and chef is only used for Kivy now anyway.
The technique where /var/cache/apt is mounted as a shared folder conflicts
with vagrant-cachier's workings. Therefore, ignore vagrant-cachier if the
user selects ./makebuildserver's custom apt cache. The shared folder way
has the advantage for CI builds of storing the cache outside of
VAGRANT_HOME, which is set to be in the git project. That gets wiped by
`git clean -fdx` on each CI build.
Vagrantfile is now committed and not changed between configurations. It is
configed by translating the python config file's dict to a YAML file, which
Vagrantfile now loads and uses. This makes it a lot easier for vagrant
users and python programmers to understand, and hopefully makes it easier
to maintain and test with.
