MSVC having so useless error messages it didn't quite point to the root
cause of the issue... it turns out that through the maze of macros
defined in the windows API, there's one which impacted the function
pointer definition of CfCloseHandle which would then not convert to
FileHandle::Deleter as expected. So I end up wrapping it in a lambda to
help... luckily this kind of lambdas decay into a simple function
pointer so there's likely no overhead it's just to coerce the compiler
into doing the right thing.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
For some reason MSVC manages to deduce the right constructor in Win64
mode but not in Win32 mode. So let's be more explicit about what we
return.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
This comes with a test simulating an open request coming from another
process (although in our case it's really just a thread). The actual
hydration works as expected by cfapi, handling of encrypted files is for
now missing.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
For now this implements only the logic necessary to get a test suite
equivalent to the TestSyncVirtualFiles one to pass. It doesn't (yet)
honor request to fetch files from the system.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
Shouldn't be translated.
Just checked https://en.wikipedia.org/wiki/HTTP_ETag and all available localized pages.
Signed-off-by: rakekniven <mark.ziegler@rakekniven.de>
We will have all the code in public anyway so it can just be compiled
in. Thus no need to go through the plugin loading dance. Replaced the
loading with factory functions. Kept mostly the same structure
otherwise.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
If we use those encrypted propagation code paths, we already know from
the discovery phase (and thus the journal db) that the folders are
encrypted so no need to check again.
This will remove another expensive round trip with the server.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
This step isn't necessary anymore, no one looks at ClientSideEncryption
for that information anyway.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
Thanks to the new discovery algorithm, we got all the freshest E2EE
information straight from the database so reuse it instead of going
through an in memory copy.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
It had a different path convention than all the other jobs, most likely
for legacy reasons because of the tight coupling it had to the settings
dialog.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
No need to look for a token on the outside we can just work properly by
keeping all the state encapsulated in the job.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
Thanks to the new discovery algorithm we got both mangled and original
file names in the item so no need to go through the database for
nothing.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
Now we pull the encrypted metadata during the discovery which is a
better approach than before. This shall remove the need for some of the
deep propfinds we have been using so far. It already simplifies the code
a bit for the download scenario.
Signed-off-by: Kevin Ottens <kevin.ottens@nextcloud.com>
