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twisted.internet.protocol.Factory
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Some errors during server startup could leave the server in a zombie
state (running, but not listening). This commit makes sure the server
stops if errors occur during deferreds created on server startup.
Closes #8997.
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Our current use of sys.exit(20) to stop the server when startup checks
fail affects logging in a bad way. This commit uses a system event
trigger to exit with the desired status code when startup checks fail.
Closes: #8996
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Adds the ability to have document that wont be synced. This enables
applications to use soledad to store temporary blobs that should be
discarded later instead of unnecessarily keeping the sync loop busy.
-- Resolves: #8819
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Sync method to propagate deletions in batch locally.
-- Resolves: #8961
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-- Related: #8961
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We were doing it for downloads, but not for uploads.
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This commit creates a PENDING_DELETE sync status which can be used to
keep track of whats deleted locally in order to propagate to server
later.
-- Related: #8961
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Closes: #8981.
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To avoid corrupting data, Soledad Server checks all user databases
during startup to make sure all of them use the correct schema version.
This was done synchronously, so when there are many databases startup
would take a long time. This commit makes that verification
asynchronous, thus speeding up server startup.
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--Resolves: #8848
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Retry limit was originally specified in #8825 as a protection mechanism,
but #8822 (retry) doesn't specify a retry limit. In fact, blobs is
supposed to retry until transfer is complete using timed delays between
attempts, but never giving up.
-- Related: #8822
-- Related: #8825
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As defined in #8970, this table and the new module will ease adding sync
features such as priority queues and streaming.
--Resolves: #8970
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preamble.py wasn't using urlsafe version of base64, while all other
parts of blobs were using it.
--Resolves: #8980
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So we can have manager, sync, sql and errors in its own places.
--Related: #8970
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Server config dictionary was being poorly updated, and not all default
values were being added in runtime. This was mainly a problem in tests,
but fixing may avoid possible bugs with this implementation in the
future.
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When running stress tests on blobs storage, we get weird errors when
hundreds of requests are made concurrently to the sqlite backend. This
commit adds a limit so only 10 requests will be delivered to the backend
at a time.
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If there's no limit to the number of concurrent blob writes in the
server, the maximum limit of open files will eventually be reached, and
the processing of requests will start crashing. This commit adds
a semaphore to limit the number of concurrent writes in the server.
Related: #8973
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An errback was missing in the PUT renderer method of the incoming API.
Because of that, requests to that endpoint were not being correctly
finished in case of errors when writing blobs. That was causing delivery
requests to hang until timeout.
Closes: #8977
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- add a MaximumRetriesError exception to encapsulate other exceptions.
- record the pending status before trying to download
- modify update_sync_status to insert or update
- modify retry tests to check number of retries
- add a test for download retry limit
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Because the exception catching was being made inside
_download_and_decrypt() and only accounted for InvalidBlob exceptions,
not all retriable errors would lead to an actual retry.
This commit moves the exception catching to one level up and catches any
kind of exception, as is done in the upload part. This allows for
retrying on all retriable errors.
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The previous error message had some problems:
- the connection should not be a problem, as this is going over TCP. If
the HTTP request was succesful, there's no reason to think its
contents could have been corrupted by a connection problem.
- I am not sure what's the best communication strategy here, but the
real problem is either a bug or actual tampering, so i make this
explicit.
- A problem like this should be reported always, not only when the
problem persists.
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The way in that concurrency limit was being enforced was such that
transfer attempts were being spawned in groups of 3, and all of them had
to finish before a new group could be spawned. This modification allows
for use of maximum concurrency level at all times.
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