Python encode/decode libs work directly with dicts, so the internal dict
can just be passed directly to any of these libs (pyyaml, pyjson, msgpack,
simplejson, etc). This still generates the exact same index.xml as before.
This converts the internal format for the repo timestamp to a datetime
instance, which can be easily converted to UNIX time in seconds for XML
and UNIX time in milliseconds for the new index formats. UNIX time in
milliseconds is directly serialized into a java.util.Date instance by
Jackson.
Since it is now possible to build and include arbitrary files, like OTA
update ZIP files, the update procedure needs to look for non-APK files that
match the packageName_versionCode pattern of fdroid-generated files.
!193
admin#14
privileged-extension#9
This lets index-v1 be parsed directly into class instances because the
field/instance var names match exactly. The original index v0 element
must retain the 'lastupdated' name for backwards compatibility.
If a group of items are enclosed in {}, then that will be a Python set,
which does not preserve order. To preserve order, the data must be either
a tuple () or list [].
Since https://gitlab.com/fdroid/ci-test-app is a separate git repo, things
with incompatible changes could get out of sync. Therefore, this test
should specify which git commit is runs against.
For example, the .fdroid.yml file is still a moving target. Just now, the
keys had the spaces removed as part of this MR.
In the future, we should have better internal datatypes for this stuff,
i.e. instead of gradle: ['yes'] for True, actually use a boolean. For now,
make the YAML and JSON metadata produce the same internal data as .txt.
This requires manually running it. I suppose it would be possible to
include a snapshot of the dumped internal representation for each release,
then make the tests run automatically against that. Right now, the dump is
17megs of YAML. Seems large to include in this git repo.
Like with the App class in the commit before, this makes it a lot
easier to work with this data when converting between the internal
formats and external formats like YAML, JSON, MsgPack, protobuf, etc.
The one unfortunate thing here is Build.update. It becomes
dict.update(), which is a method not an attribute.
build.get('update') or build['update'] could be used, but that would
be oddly inconsistent. So instead the field is renamed to
'androidupdate', except for in the .txt v0 metadata files. This better
describes what field does anyway, since it runs `android update`.
Build.update is only referenced in two places right next to each other
for the ant builds, so this change still seems worthwhile.
Python is heavily based on its core data types, and dict is one of the more
important ones. Even classes are basically a wrapper around a dict. This
converts metadata.App to be a subclass of dict so it can behave like a dict
when being dumped and loaded. This makes its drastically easier to use
different data formats for build metadata and for sending data to the
client. This approach will ultimately mean we no longer have to maintain
custom parsing and dumping code.
This also means then that the YAML/JSON field names will not have spaces in
them, and they will match exactly what it used as the dict keys once the
data is parsed, as well as matching exactly the instance attribute names:
* CurrentVersion: 1.2.6
* app['CurrentVersion'] == '1.2.6'
* app.CurrentVersion == '1.2.6'
Inspired by:
https://goodcode.io/articles/python-dict-object/
The original index.xml format needs to stay around for backwards
compatibility, but we shouldn't touch it anymore once the new format is in
place. This is a test to make sure `fdroid update` can still generate the
correct XML.
install_list and uninstall_list should be tuples or lists in order to
ensure that the order is preserved.
These tests also check that the added and lastupdated dates are
working correct, based on the dates in tests/stats/known_apks.txt. I
could see no useful way to test the timestamp, it is just hardcoded
using a regexp search-and-replace. Running these tests manually might
require deleting tmp/apkcache.
When making code changes related to the metadata parsing, it is useful to
see how the internal format has changed by seeing the differences in the
dump files. Those files are currently in the binary .pickle format. This
just straight converts them to YAML, which is a text format, so that normal
diff tools work to see changes.
The dump files are named .yaml instead of .yml since .yml is used for hand-
edited YAML files for fdroiddata/metadata, while these dump files here are
a human readable form of a Python pickle.
JSON and YAML are very closely related, so supporting both of them is
basically almost no extra work. Both are also closely related to how
Python works with dicts and pickles. XML is a very different beast, and its
not popular for this kind of thing anyway, so just purge it.
This allows a source repo to include a complete metadata file so that it
can be built directly in place using `fdroid build`. If that app is then
included in fdroiddata, it will first load the source repo type and URL
from fdroiddata, then read .fdroid.yml if it exists, then include the rest
of the metadata as specified in fdroiddata, so that fdroiddata has
precedence over the metadata in the source code.
This lets `fdroid build` apps without having a whole fdroiddata setup, but
instead just directly in place in the source code. This also lets devs
optionallu maintain the fdroid metadata as part of their app, rather than
in fdroiddata without loosing any control. This should make it easier to
spread around the maintenance load.
Something like `gradle: yes` in YAML will be parsed as a boolean, since
'yes' is officially defined as a boolean true in YAML. For metadata fields
that need to be lists, this needs to be converted. Same goes for a single
string like `gradle: customFlavor`.
This makes sure there is a GPG signature on any file that is included in
the repo, including APKs, OBB, source tarballs, media files, OTA update
ZIPs, etc. Having a GPG signature is more important on non-APK files since
they mostly do not have any signature mechanism of their own.
This also adds basic tests of adding non-APK/OBB files to a repo with
`fdroid update`.
closes#232
This makes it so that the final build product can be specified in output=
and it'll work no matter if its an APK or not. This was developed around
the case of building the OTA update.zip for the Privileged Extension. It
should work for any build process in theory but it has not yet been tested.
https://gitlab.com/fdroid/privileged-extension/issues/9
It is now possible for the server operator to specify lists of apps that
must be installed or deleted on the client (aka "push installs). If
the user has opted in, or the device is already setup to respond to
these requests, then fdroidclient will automatically install/delete
the packageNames listed. This is protected by the same signing key
as the app index metadata.
It generates single XML elements with the data set in the attributes. This
keeps the XML compact and easily extensible, e.g. for adding versionCode,
signingKey, etc as attributes:
<install packageName="com.fsck.k9"/>
<install packageName="at.bitfire.davdroid"/>
<delete packageName="com.facebook.orca"/>
Copyright: 2016 Blue Jay Wireless
Signed-off-by: Hans-Christoph Steiner <hans@eds.org>
closes#177
`fdroid update` should be able to handle any valid filename (hopefully
aapt doesn't barf on them). To handle that, the environment where the
shell commands are run in needs to have a UTF-8 locale set. If LANG is
not set, things default to ASCII and UTF-8 filenames fail.
This also renames test APK with lots of Unicode chars as a test case.
closes#167
Also, remove jdk7 as it will become unused. We added jdk8 for
retrolambda, and now that we will use jdk8 as the default, jdk7 is
unnecessary as retrolambda can work fine with just jdk8.
This removes it from the buildserver, and the new CI image also only has
jdk8 from jessie-backports.
Fixes#185.
This replaces the current default behavior of always forcing the
build_tools version and allows the user to set build-tools forcing in
config.py.
closes#147
It always wants to install packages into /usr/lib/python3.4/site-packages
Traceback (most recent call last):
File "/usr/lib/python3/dist-packages/pip/basecommand.py", line 122, in main
status = self.run(options, args)
File "/usr/lib/python3/dist-packages/pip/commands/install.py", line 295, in run
requirement_set.install(install_options, global_options, root=options.root_path)
File "/usr/lib/python3/dist-packages/pip/req.py", line 1436, in install
requirement.install(install_options, global_options, *args, **kwargs)
File "/usr/lib/python3/dist-packages/pip/req.py", line 672, in install
self.move_wheel_files(self.source_dir, root=root)
File "/usr/lib/python3/dist-packages/pip/req.py", line 902, in move_wheel_files
pycompile=self.pycompile,
File "/usr/lib/python3/dist-packages/pip/wheel.py", line 214, in move_wheel_files
clobber(source, lib_dir, True)
File "/usr/lib/python3/dist-packages/pip/wheel.py", line 176, in clobber
os.makedirs(dest)
File "/usr/lib/python3.4/os.py", line 237, in makedirs
mkdir(name, mode)
PermissionError: [Errno 13] Permission denied: '/usr/lib/python3.4/site-packages'
.java .gradle and XML files all can use any encoding. Most code is ASCII,
but authors' names, etc. can easily be non-ASCII. UTF-8 is by far the most
common file encoding. While UTF-8 is the default encoding inside the code
in Python 3, it still has to deal with the real world, so the encoding
needs to be explicitly set when reading and writing files. So this switches
fdroidserver to expect UTF-8 instead of ASCII when parsing these files. For
now, this commit means that we only support UTF-8 encoded *.java, pom.xml
or *.gradle files. Ideally, the code would detect the encoding and use the
actual one, but that's a lot more work, and its something that will not
happen often. We can cross that bridge when we come to it.
One approach, which is taken in the commit when possible, is to keep the
data as `bytes`, in which case the encoding doesn't matter.
This also fixes this crash when parsing gradle and maven files with
non-ASCII chars:
ERROR: test_adapt_gradle (__main__.BuildTest)
----------------------------------------------------------------------
Traceback (most recent call last):
File "/var/lib/jenkins/workspace/fdroidserver-eighthave/tests/build.TestCase", line 59, in test_adapt_gradle
fdroidserver.build.adapt_gradle(testsdir)
File "/var/lib/jenkins/workspace/fdroidserver-eighthave/fdroidserver/build.py", line 445, in adapt_gradle
path)
File "/var/lib/jenkins/workspace/fdroidserver-eighthave/fdroidserver/common.py", line 188, in regsub_file
text = f.read()
File "/usr/lib/python3.4/encodings/ascii.py", line 26, in decode
return codecs.ascii_decode(input, self.errors)[0]
UnicodeDecodeError: 'ascii' codec can't decode byte 0xe2 in position 9460: ordinal not in range(128)
Though the YAML people recommend .yaml for the file extension, in Android
land it seems clear that .yml has won out:
* .travis.yml
* .gitlab-ci.yml
* .circle.yml
* Ansible main.yml
The start up sequence of processes that are based on the .fdroid.* metadata
is a bit different, so this ensures that the environment variables get
properly initialized in all cases.
This also creates a single function where the environment is set. Before
it was being set in multiple places across multiple files.
serverwebroot has long supported uploading to multiple servers, this bit of
metadata communicates those official mirrors to the client so that it can
automatically do something useful with that information.
closes#14https://gitlab.com/fdroid/fdroidserver/issues/14
Using the same JDK throughout should prevent weird bugs where a setup might
use Java8's jarsigner and Java7's keytool. This also allows the user to
set java_paths and have jarsigner and keytool used from that specified JDK.
This incorporates almost all of the patch that is in the Debian package
that forces fdroidserver to use the default JDK on that Debian release.
closes#93https://gitlab.com/fdroid/fdroidserver/issues/93
Only keep lists in metadata files in the json format, since they don't
support multiline strings that are readable.
This makes the internal code easier, and a bit faster.
This simplifies usage, goes from
build['flag']
to
build.flag
Also makes static analyzers able to detect invalid attributes as the set
is now limited in the class definition.
As a bonus, setting of the default field values is now done in the
constructor, not separately and manually.
While at it, unify "build", "thisbuild", "info", "thisinfo", etc into
just "build".
This simplifies usage, goes from
app['Foo']
to
app.Foo
Also makes static analyzers able to detect invalid attributes as the set
is now limited in the class definition.
As a bonus, setting of the default field values is now done in the
constructor, not separately and manually.
Don't log and exit in an inner metadata function. Handle it at a higher
level and do a proper exception. This also avoids unnecessary passing of
apps all around.
This will report the version embedded in the module if it is installed, and
will report `git describe` if being run from git. If someone installs from
git using pip, this will probably report the version in setup.py, which
will be wrong. But that is not a documented install method, and I haven't
heard of anyone using it. The recommended way is to run straight from git.
For a bit repo like f-droid.org, it makes sense to standardize on a single
format for metadata files. This adds support for enforcing a single data
format, or a reduced set of data formats. So f-droid.org would run like
this if it changed to YAML:
accepted_formats = ['txt', 'yaml']
Then once everything was converted to YAML, it could look like this:
accepted_formats = ['yaml']
In order to prevent confusion caused by multiple metadata files for a given
app, fdroid will exit with an error if it finds any app metadata file with
the same package ID as one that has already been parsed.
YAML is a format that is quite similar to the .txt format, but is a
widespread standard that has editing modes in popular editors. It is also
easily parsable in python.
The .pickle for testing is a lightly edited version of the real metadata
for org.videolan.vlc:
* comments were removed
This puts all of the needed post parsing checks on the metadata into a
single method that is used by all parsing methods (.txt, JSON, XML, YAML).
This provides the single place to normalize the internal representation of
the metadata.
It would be good to also change the internal representation to use more Python
bool/int types so that less post parsing is needed for JSON, XML, and YAML.
The SMSSecure test .pickle was changed to account for the use of lstrip()
and rstrip() on all 'script' types.
This also changes the example JSON to use ints for versionCodes
While the current text metadata format is good for human readability and
editability, it is difficult to produce and parse using code. XML is a
widespread standard format for easy automatic parsing and creating, while
having decent human readability.
The .pickle for testing is a lightly edited version of the real metadata
for net.osmand.plus:
* comments were removed
* "NonFreeNet" was added as an AntiFeature
The AntiFeatures metadata is a comma-separated list of tags, like
Categories, so it should also be stored internally as a list. This makes
parsing XML and JSON easier.
The test cases' .pickle files look like they change a lot, but they really
don't, its only the change of default AntiFeatures value from None to []
The .pickle was created by dumping the output from parsing the current .txt
metadata for org.adaway. The JSON started from that pickle dump, but was
then hand edited to be more proper JSON, e.g. using boolean values.
This is a test to cover future modifications of the .txt metadata parsing.
The pickle file was generated by just dumping the current parsed metadata,
so this test will always succeed if the parsing is not changed.
This addresses the discussion in !64https://gitlab.com/fdroid/fdroidserver/merge_requests/64
Sometimes, buildToolsVersion is a kind of gradle macro call, and other
times it is a variable assignment. This regsub pattern now handles both of
those cases.
This provides the final option in this series, allowing the user to just
add --create-key to `fdroid update, and thereby upgrade an unsigned repo to
a proper signed repo. It also might be useful
closes#13https://gitlab.com/fdroid/fdroidserver/issues/13
This is a more flexible approach than testing for the complete SDK and
build-tools up front. This will only test for the commands that are
actually being run, so that if you only have `aapt` installed, you can do
`fdroid update` without errors, but other commands will still give
appropriate errors.
This also makes the build_tools item in config.py optional, it is only
needed if you want to force a specific version of the build-tools.
Just getting into the habit of adding tests to everything that I change...
Also, it should be useful to have an unsigned APK in the test collection,
since `fdroid update` should handle it gracefully and give a warning of
some kind.
The test for the help flag threw an error if there were 0 args, or if arg 1
was set to a space-separated list. The -z tests would fail if the arg was
set to a space-separated list.
This gives us flexibility in how the blocks of text can be formatted in
config.py, but also provides a more useful format for displaying since the
client can decide where to wrap the text.
This reverts b637568a62 since it added a
redundant check that broke `fdroid init` when the default version dir of
build_tools does not exist on the local system. It then uses the function
that was already in place for checking the build_tools setup in a way that
does not break `fdroid init`.
Now that the fake android home version is not matching the default version,
the tests will catch this bug in the future.
This is testing the build-tools version auto-detect in `fdroid init`, so it
should be kept as an older version. This is not meant to test the current
version of the build tools.
This means you can just do `cd tests/ && ./run-tests` to run the tests now.
You can still override the APK source with the first argument, like:
cd tests/ && ./run-tests /path/to/lots/of/apks/dir
To support a fully offline build/signing machine, there is the "local copy
dir". The repo is generated on the offline machine and then copied to a
local dir where a thumb drive or SD Card is mounted. Then on the online
machine, using `fdroid server update --sync-from-local-copy-dir` allows
the whole server update process to happen in a single command:
0. read config.py on online machine's repo
1. rsync from the local_copy_dir to the current dir
2. copy to serverwebroot, awsbucket, etc.
This allows a dir to be specified in config.py that `fdroid server update`
will automatically rsync the repo to. The idea is that the path would
point to an SD card on a fully offline machine that serves as the secure
repo signing machine.
Not everyone adds the build-tools to their PATH, so this makes it so this
script will find aapt in the most recent build-tools version that is
installed on the local system.
In this case, ANDROID_HOME is set to a fake, non-working version that will
be detected by fdroid as an Android SDK install. It should use the path
set by --android-home over the one in ANDROID_HOME, therefore if it uses
the one in ANDROID_HOME, it won't work because it is a fake one. Only
--android-home provides a working one.
This lets people easily set whatever dir they want, while letting jenkins
search through its whole workspace for any APKs that have been built. Also,
only include the latest version of a given packageName+versionCode.
Yes, this includes a binary file, but it is only for the tests, and it is
free software since I wrote it. The source is here:
https://github.com/eighthave/urzip
Previously, `fdroid update -c` would only create the new metadata, but
would not add the new apps/apks to the repo. That required a second run of
`fdroid update`. This has been fixes, so this test makes sure it stays
fixed, in a very generic way.
Make sure that fdroid can find aapt in the current config, otherwise exit
with an error. Some users don't have build_tools set, and their SDK does
not include the build-tools in the default versioned dir, so this should
warn them of what is wrong.
This allows the user to set the path to their Android SDK from the command
line. This option is named after the standard env var ANDROID_HOME, as used
in the build.xml generated by `android update project`. --android-home
takes precendence over the ANDROID_HOME env var if it is set.
This assumes that the smartcard is already setup with a signing key. init
does not generate a key on the smartcard, and skips genkey() if things are
configured to use a smartcard.
This also does not touch APK signing because that is a much more elaborate
question, since each app is signed by its own key.
