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Updated buildserver docs

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Ciaran Gultnieks 2013-05-31 09:58:36 +01:00
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@ -1060,7 +1060,7 @@ in the repository, and where updates are required you will be prompted to
The Build Server system isolates the builds for each package within a clean,
isolated and secure throwaway virtual machine environment.
@section Rationale
@section Overview
Building applications in this manner on a large scale, especially with the
involvement of automated and/or unattended processes, could be considered
@ -1097,12 +1097,16 @@ multi-purpose system, but within the confines of a throwaway single-use
virtual machine, anything is possible.
All this is in addition to the obvious advantage of having a standardised
and completely reproducible environment in which builds are made.
and completely reproducible environment in which builds are made. Additionally,
it allows for specialised custom build environments for particular
applications.
@section Setting up a build server
In addition to the basic setup previously described, you will also need
a Vagrant-compatible Ubuntu Raring base box called 'raring64'.
a Vagrant-compatible Ubuntu Raring base box called 'raring32' (or raring64
for a 64-bit VM, if you want it to be much slower, and require more disk
space).
You can use a different version or distro for the base box, so long as you
don't expect any help making it work. One thing to be aware of is that
@ -1113,7 +1117,7 @@ would fail.
Unless you're very trusting. you should create one of these for yourself
from verified standard Ubuntu installation media. However, you could skip
over the next few paragraphs (and sacrifice some security) by downloading
@url{https://f-droid.org/raring64.box}.
@url{https://f-droid.org/raring32.box} or @url{https://f-droid.org/raring64.box}.
Documentation for creating a base box can be found at
@url{http://docs.vagrantup.com/v1/docs/base_boxes.html}.
@ -1142,8 +1146,10 @@ there is a path for retrieving the base box if it doesn't exist, and an
apt proxy definition, both of which may need customising for your
environment.
With this base box available, you can then go to the @code{fdroidserver}
directory and run this:
With this base box available, you should then look at the settings at the
top of @code{makebuildserver.py} and see if any need changing to suit your
environment. You can then go to the @code{fdroidserver} directory and run
this:
@example
./makebuildserver.py
@ -1156,6 +1162,18 @@ working build server image, if the recipes change (e.g. when packages need
to be added) you can just run that script again and the existing one will
be updated in place.
The main sdk/ndk downloads will automatically be cached to speed things
up the next time, but there's no easy way of doing this for the longer
sections which use the SDK's @code{android} tool to install platforms,
add-ons and tools. However, instead of allowing automatic caching, you
can supply a pre-populated cache directory which includes not only these
downloads, but also .tar.gz files for all the relevant additions. If the
provisioning scripts detect these, they will be used in preference to
running the android tools. For example, if you have
@code{buildserver/addons/cache/platforms/android-15.tar.gz} that will be
used when installing the android-15 platform, instead of re-downloading it
using @code{android update sdk --no-ui -t android-15}.
Once it's complete you'll have a new base box called 'buildserver' which is
what's used for the actual builds. You can then build packages as normal,
but with the addition of the @code{--server} flag to @code{fdroid build} to