The type conversion should all happen in post_parse_yaml_metadata whenever
possible. Also, when `if` blocks end in `return`, it is clearer if no
`elif` or `else` is used.
These test cases were writing assuming they had to transform the data
format. That is no longer the case. Going forward, the parsing process
converts everything to a standardized format. That will hopefully be
enforceable by the JSON Schema in the future.
* The metadata.Builds() class initializes all possible flags, then the
flags with init values are filtered out when writing out YAML.
* TYPE_SCRIPT flags with one entry will be converted to a string.
This should reduce surprises when dealing with filenames in things like
`rm:`. So any float/int/bool value can be used directly, without quoting.
* A plain str/int/float value is interpreted as a list of one string.
* Dictionaries as values throws error.
* A set is treated like a list.
Even for people who know what the special floats not-a-number, infinity,
and negative infinity, they don't necessarily know the YAML 1.2 syntax for
these. I didn't. And I've spent some quality time fighting things with
those values. They are also easy to reliably convert to string values.
If the metadata file contains NoSourceSince:, it is added to the collection
of Anti-Features. When rewriting the .yml file, NoSourceSince should only
be written into the AntiFeatures: collection if there are manual changes,
e.g. the user had provided translations.
If there was a global default on a machine that was something other than
'master', these things would crash with:
Traceback (most recent call last):
File "/home/hans/code/fdroid/server/fdroid", line 22, in <module>
fdroidserver.__main__.main()
File "/home/hans/code/fdroid/server/fdroidserver/__main__.py", line 230, in main
raise e
File "/home/hans/code/fdroid/server/fdroidserver/__main__.py", line 211, in main
mod.main()
File "/home/hans/code/fdroid/server/fdroidserver/deploy.py", line 833, in main
push_binary_transparency(BINARY_TRANSPARENCY_DIR,
File "/home/hans/code/fdroid/server/fdroidserver/deploy.py", line 705, in push_binary_transparency
local.pull('master')
File "/usr/lib/python3/dist-packages/git/remote.py", line 1045, in pull
res = self._get_fetch_info_from_stderr(proc, progress, kill_after_timeout=kill_after_timeout)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/lib/python3/dist-packages/git/remote.py", line 848, in _get_fetch_info_from_stderr
proc.wait(stderr=stderr_text)
File "/usr/lib/python3/dist-packages/git/cmd.py", line 604, in wait
raise GitCommandError(remove_password_if_present(self.args), status, errstr)
git.exc.GitCommandError: Cmd('git') failed due to: exit code(1)
cmdline: git pull -v -- local master
stderr: 'fatal: couldn't find remote ref master'
The builder should check the `AllowedAPKSigningKeys` at build time, so
that the CI can check if somebody gives a wrong value that doesn't match
a compared RB binary. In the event it fails, it gives useful
information, and in the event it succeeds, it makes it clear that this
build has verification back to the developer's original key.
Also, add tests for this to the test suite.
I tried to get this to indent the .yaml files properly so yamllint defaults
work with tests/metadata/dump/*.yaml, but it didn't take for some reason:
yaml.indent(mapping=4, sequence=4, offset=2)
Before this, there were separate post-parse paths for app-fields versus
build-flags. This makes all TYPE_STRING values always go through the same
post-parse code path.
My guess is that this is some kind of vestige of the old code structure,
back when there was .txt and .yml formats. This makes it a normal Python
function: input as arg, return value is the result.
