The .txt format was the last place where the lowercase "builds" was used,
this converts references everywhere to be "Builds". This makes it possible
to load metadata YAML files with any YAML parser, then have it possible to
use fdroidserver methods on that data, like metadata.write_metadata().
The test files in tests/metadata/dump/*.yaml were manually edited by cutting
the builds: block and putting it the sort order for Builds: so the contents
should be unchanged.
```
sed -i \
-e 's/app\.builds/app.get('Builds', \[\])/g' \
-e "s/app\.get(Builds, \[\]) =/app\['Builds'] =/g" \
-e "s/app\.get(Builds, \[\]) =/app\['Builds'] =/g" \
-e "s/app\.get(Builds, \[\])/app.get('Builds', \[\])/g" \
-e "s/app\.get('Builds', \[\])\.append/app\['Builds'\].append/g" \
-e "s/app\['builds'\]/app.get('Builds', [])/g" \
*/*.*
```
Ideally, an fdroid repo should be running from a clean git repo, so that
all changes are tracked in git. This change is useful in seeing which
changes and/or files are not in git. If there are modified files, the
dirty flag will be set, so this info can help debugging that.
Back when fdroidserver was built around aapt, that was needed to
guarantee that a compatible version of aapt was used. Now, aapt is
only optionally used for getting the APK ID, so this was just
complicating maintenance.
None of the config options in config.py require Python code. YAML is a
common config data format, and it is also used for build metadata. It is
also much safer to use since it can be pure data, without anything
executable in it. This also reduces the attack surface of the fdroid
process by eliminating a guaranteed place to write to get code executed.
With config.py, any exploit that can get local write access can turn that
into execute access by writing to the config.py, then cleaning up after
itself once it has what it needs. Switching to YAML removes that vector
entirely.
Also, this removes the config_file argument. It is not used in either
fdroidserver or repomaker. Also, it probably wouldn't work since so
much of the code assumes that the current working dir is the root of the
repo.
Up until now, the buildserver has not included androguard. Since a
good version of androguard (v3.3.3+) is included in stretch-backports
and the buildserver is already setup to use stretch-backports, this
sets up the buildserver with androguard.
closes#627
This makes apksigner a hard requirement of the signing procedure.
We'll first try to find a globally installed version from PATH and if
that's not available fall back to using a version from build-tools.
Future TODO: always sign with apksigner, blocked on signature transplant
support for apksigv2/v3
Closesfdroid/fdroidserver#634Closesfdroid/fdroidserver#827
import is a strict keyword in Python, so it is not possible to import a
module called 'import', even with things like:
* import fdroidserver.import
* from fdroidserver import import
These days, the location that overrides all the others is in the android{}
block of the build.gradle file that loads the com.android.application
plugin. So this should be the preferred place to read these values.
test files GPL licensed: https://github.com/Integreight/1Sheeld-Android-App
This was done with much help from @uniqx. This is the first level of
supporting APK Signatures v1, v2, and v3. This is enough to include
APKs with any combo of v1/v2/v3 signatures. For this to work at all,
apksigner and androguard 3.3.3+ must be installed.
closes#399
androguard parses the whole APK before handing the instance back, this uses
the primitives to just find the <application android:debuggable=""> value,
then stop parsing.
#557
Normally, androguard parses the entire APK before it is possible to get any
values from it. This uses androguard primitives to only attempt to parse
the AndroidManifest.xml, then to quit as soon as it gets what it needs.
This greatly speeds up the parsing (1 minute vs 60 minutes).
fdroid/fdroidserver#557
