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Change-Id: I625af65b3fb1815b1af17dc2ef47dd697fdc3fb1
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to simplify pyproject.toml change the remaining files
that aren't going to be typed on this first pass
(unless of course someone wants to type some of these)
to include # mypy: ignore-errors. for the moment, only a handful
of ORM modules are to have more type checking implemented.
It's important that ignore-errors is used and
not "# type: ignore", as in the latter case, mypy doesn't even
read the existing types in the file, which makes it impossible to
type any files that refer to those modules at all.
to simplify ongoing typing work use inline mypy config
for remaining files that are "done" for now, indicating the
level of type checking they currently have.
Change-Id: I98669c1a305c2f0adba85d10b5425541f3fe9533
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also extends into some areas of utils, events and others
as needed.
Formalizes a public hierarchy for pool API,
with ManagesConnection -> PoolProxiedConnection /
ConnectionPoolEntry for connectionfairy / connectionrecord,
which are now what's exposed in the event API and other
APIs. all public API docs moved to the new objects.
Corrects the mypy plugin's check for sqlalchemy-stubs
not being insatlled, which has to be imported using the
dash in the name to be effective.
Change-Id: I16c2cb43b2e840d28e70a015f370a768e70f3581
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Starting to set up practices and conventions to
get the library typed.
Key goals for typing are:
1. whole library can pass mypy without any strict
turned on.
2. we can incrementally turn on some strict flags on a per-package/
module basis, as here we turn on more strictness for sqlalchemy.util, exc,
and log
3. mypy ORM plugin tests work fully without sqlalchemy2-stubs
installed
4. public facing methods all have return types, major parameter
signatures filled in also
5. Foundational elements like util etc. are typed enough so that
we can use them in fully typed internals higher up the stack.
Conventions set up here:
1. we can use lots of config in setup.cfg to limit where mypy
is throwing errors and how detailed it should be in different
packages / modules. We can use this to push up gerrits
that will pass tests fully without everything being typed.
2. a new tox target pep484 is added. this links to a new jenkins
pep484 job that works across all projects (alembic, dogpile, etc.)
We've worked around some mypy bugs that will likely
be around for awhile, and also set up some core practices
for how to deal with certain things such as public_factory
modules (mypy won't accept a module from a callable at all,
so need to use simple type checking conditionals).
References: #6810
Change-Id: I80be58029896a29fd9f491aa3215422a8b705e12
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Change-Id: I49abf2607e0eb0623650efdf0091b1fb3db737ea
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Change-Id: I7aaeb5bc130271624335b79cf586581d6c6c34c7
References: #4600
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Also replace http://pypi.python.org/pypi with https://pypi.org/project
Change-Id: I84b5005c39969a82140706472989f2a30b0c7685
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These were revealed by running `pylint --disable all --enable spelling --spelling-dict en_US` over all sources.
Closes: #5868
Pull-request: https://github.com/sqlalchemy/sqlalchemy/pull/5868
Pull-request-sha: bb249195d92e3b806e81ecf1192d5a1b3cd5db48
Change-Id: I96080ec93a9fbd20ce21e9e16265b3c77f22bb14
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Tests here are failing for python 3.6 due to the lack
of asyncio.run(). It seems to be non-trivial to vendor
a working version of this in Python 3.6 as the tests here
are running it in alternate threads.
The python documentation imports everything directly from the
asyncio package, and it seems that py < 3.8 does not have the
asyncio.exception module
Closes: #5865
Pull-request: https://github.com/sqlalchemy/sqlalchemy/pull/5865
Pull-request-sha: 35cc1fa3f6ff962676f571ae30851f4b4d96762a
Change-Id: I9398c9fb2aa87f3228ce2f59277de732091bd541
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Log an informative message if a connection is not closed
and the gc is reclaiming it when using an async dpapi, that
does not support running IO at that stage.
The ``AsyncAdaptedQueue`` used by default on async dpapis
should instantiate a queue only when it's first used
to avoid binding it to a possibly wrong event loop.
Fixes: #5823
Change-Id: Ibfc50e209b1937ae3d6599ae7997f028c7a92c33
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To allow the "connection" pytest fixture and others work
correctly in conjunction with setup/teardown that expects
to be external to the transaction, remove and prevent any usage
of "xdist" style names that are hardcoded by pytest to run
inside of fixtures, even function level ones. Instead use
pytest autouse fixtures to implement our own
r"setup|teardown_test(?:_class)?" methods so that we can ensure
function-scoped fixtures are run within them. A new more
explicit flow is set up within plugin_base and pytestplugin
such that the order of setup/teardown steps, which there are now
many, is fully documented and controllable. New granularity
has been added to the test teardown phase to distinguish
between "end of the test" when lock-holding structures on
connections should be released to allow for table drops,
vs. "end of the test plus its teardown steps" when we can
perform final cleanup on connections and run assertions
that everything is closed out.
From there we can remove most of the defensive "tear down everything"
logic inside of engines which for many years would frequently dispose
of pools over and over again, creating for a broken and expensive
connection flow. A quick test shows that running test/sql/ against
a single Postgresql engine with the new approach uses 75% fewer new
connections, creating 42 new connections total, vs. 164 new
connections total with the previous system.
As part of this, the new fixtures metadata/connection/future_connection
have been integrated such that they can be combined together
effectively. The fixture_session(), provide_metadata() fixtures
have been improved, including that fixture_session() now strongly
references sessions which are explicitly torn down before
table drops occur afer a test.
Major changes have been made to the
ConnectionKiller such that it now features different "scopes" for
testing engines and will limit its cleanup to those testing
engines corresponding to end of test, end of test class, or
end of test session. The system by which it tracks DBAPI
connections has been reworked, is ultimately somewhat similar to
how it worked before but is organized more clearly along
with the proxy-tracking logic. A "testing_engine" fixture
is also added that works as a pytest fixture rather than a
standalone function. The connection cleanup logic should
now be very robust, as we now can use the same global
connection pools for the whole suite without ever disposing
them, while also running a query for PostgreSQL
locks remaining after every test and assert there are no open
transactions leaking between tests at all. Additional steps
are added that also accommodate for asyncio connections not
explicitly closed, as is the case for legacy sync-style
tests as well as the async tests themselves.
As always, hundreds of tests are further refined to use the
new fixtures where problems with loose connections were identified,
largely as a result of the new PostgreSQL assertions,
many more tests have moved from legacy patterns into the newest.
An unfortunate discovery during the creation of this system is that
autouse fixtures (as well as if they are set up by
@pytest.mark.usefixtures) are not usable at our current scale with pytest
4.6.11 running under Python 2. It's unclear if this is due
to the older version of pytest or how it implements itself for
Python 2, as well as if the issue is CPU slowness or just large
memory use, but collecting the full span of tests takes over
a minute for a single process when any autouse fixtures are in
place and on CI the jobs just time out after ten minutes.
So at the moment this patch also reinvents a small version of
"autouse" fixtures when py2k is running, which skips generating
the real fixture and instead uses two global pytest fixtures
(which don't seem to impact performance) to invoke the
"autouse" fixtures ourselves outside of pytest.
This will limit our ability to do more with fixtures
until we can remove py2k support.
py.test is still observed to be much slower in collection in the
4.6.11 version compared to modern 6.2 versions, so add support for new
TOX_POSTGRESQL_PY2K and TOX_MYSQL_PY2K environment variables that
will run the suite for fewer backends under Python 2. For Python 3
pin pytest to modern 6.2 versions where performance for collection
has been improved greatly.
Includes the following improvements:
Fixed bug in asyncio connection pool where ``asyncio.TimeoutError`` would
be raised rather than :class:`.exc.TimeoutError`. Also repaired the
:paramref:`_sa.create_engine.pool_timeout` parameter set to zero when using
the async engine, which previously would ignore the timeout and block
rather than timing out immediately as is the behavior with regular
:class:`.QueuePool`.
For asyncio the connection pool will now also not interact
at all with an asyncio connection whose ConnectionFairy is
being garbage collected; a warning that the connection was
not properly closed is emitted and the connection is discarded.
Within the test suite the ConnectionKiller is now maintaining
strong references to all DBAPI connections and ensuring they
are released when tests end, including those whose ConnectionFairy
proxies are GCed.
Identified cx_Oracle.stmtcachesize as a major factor in Oracle
test scalability issues, this can be reset on a per-test basis
rather than setting it to zero across the board. the addition
of this flag has resolved the long-standing oracle "two task"
error problem.
For SQL Server, changed the temp table style used by the
"suite" tests to be the double-pound-sign, i.e. global,
variety, which is much easier to test generically. There
are already reflection tests that are more finely tuned
to both styles of temp table within the mssql test
suite. Additionally, added an extra step to the
"dropfirst" mechanism for SQL Server that will remove
all foreign key constraints first as some issues were
observed when using this flag when multiple schemas
had not been torn down.
Identified and fixed two subtle failure modes in the
engine, when commit/rollback fails in a begin()
context manager, the connection is explicitly closed,
and when "initialize()" fails on the first new connection
of a dialect, the transactional state on that connection
is still rolled back.
Fixes: #5826
Fixes: #5827
Change-Id: Ib1d05cb8c7cf84f9a4bfd23df397dc23c9329bfe
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Change-Id: Ic5bb19ca8be3cb47c95a0d3315d84cb484bac47c
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Change-Id: I4940d184a4dc790782fcddfb9873af3cca844398
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It's better, the majority of these changes look more readable to me.
also found some docstrings that had formatting / quoting issues.
Change-Id: I582a45fde3a5648b2f36bab96bad56881321899b
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The following pool parameters were not being propagated to the new pool
created when :meth:`_engine.Engine.dispose` were called: ``pre_ping``,
``use_lifo``. Additionally the ``recycle`` and ``reset_on_return``
parameters were not propagated for the :class:`_engine.AssertionPool`
class. These issues have been fixed.
Fixes: #5582
Change-Id: Ifdb703aa7e849652242b9ff8071c854cd1d77e71
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### Description
Decorating the referenced `await_fallback` with `staticmethod` would stop `AsyncAdaptedQueue.await_` from being treated as a bound method.
### Checklist
This pull request is:
- [x] A short code fix
Fixes #5546
**Have a nice day!**
Closes: #5547
Pull-request: https://github.com/sqlalchemy/sqlalchemy/pull/5547
Pull-request-sha: 6f18ee290e7d9fe24ce2a4a4ed8069b46082ca18
Change-Id: Ie335ee650f1dee0d1fce59e448217a48307b3435
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Using the approach introduced at
https://gist.github.com/zzzeek/6287e28054d3baddc07fa21a7227904e
We can now create asyncio endpoints that are then handled
in "implicit IO" form within the majority of the Core internals.
Then coroutines are re-exposed at the point at which we call
into asyncpg methods.
Patch includes:
* asyncpg dialect
* asyncio package
* engine, result, ORM session classes
* new test fixtures, tests
* some work with pep-484 and a short plugin for the
pyannotate package, which seems to have so-so results
Change-Id: Idbcc0eff72c4cad572914acdd6f40ddb1aef1a7d
Fixes: #3414
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(zzzeek:) For some reason I thought that threading.Lock() still did
not support context managers, at least in Python 2, however this
does not seem to be the case.
Co-authored-by: Mike Bayer <mike_mp@zzzcomputing.com>
Closes: #5069
Pull-request: https://github.com/sqlalchemy/sqlalchemy/pull/5069
Pull-request-sha: efeac06dda5afdbe33abcf9b27c8b5b5725c8444
Change-Id: Ic64fcd99cd587bc70b4ecc5b45d8205b5c76eff2
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Change-Id: I08440dc25e40ea1ccea1778f6ee9e28a00808235
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Change-Id: I6a71f4924d046cf306961c58dffccf21e9c03911
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Applied on top of a pure run of black -l 79 in
I7eda77fed3d8e73df84b3651fd6cfcfe858d4dc9, this set of changes
resolves all remaining flake8 conditions for those codes
we have enabled in setup.cfg.
Included are resolutions for all remaining flake8 issues
including shadowed builtins, long lines, import order, unused
imports, duplicate imports, and docstring issues.
Change-Id: I4f72d3ba1380dd601610ff80b8fb06a2aff8b0fe
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This is a straight reformat run using black as is, with no edits
applied at all.
The black run will format code consistently, however in
some cases that are prevalent in SQLAlchemy code it produces
too-long lines. The too-long lines will be resolved in the
following commit that will resolve all remaining flake8 issues
including shadowed builtins, long lines, import order, unused
imports, duplicate imports, and docstring issues.
Change-Id: I7eda77fed3d8e73df84b3651fd6cfcfe858d4dc9
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Added new "lifo" mode to :class:`.QueuePool`, typically enabled by setting
the flag :paramref:`.create_engine.pool_use_lifo` to True. "lifo" mode
means the same connection just checked in will be the first to be checked
out again, allowing excess connections to be cleaned up from the server
side during periods of the pool being only partially utilized. Pull request
courtesy Taem Park.
Change-Id: Idb5e299c5082b3e6b547bd03022acf65fdc34f35
Pull-request: https://github.com/zzzeek/sqlalchemy/pull/467
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Change-Id: I3ef36bfd0cb0ba62b3123c8cf92370a43156cf8f
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Change-Id: I4e8c2aa8fe817bb2af8707410fa0201f938781de
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sqlalchemy/orm, sqlalchemy/event, sqlalchemy/testing
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to get all flake8 passing
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recycles the connection pool when a "disconnect" condition is detected;
instead of discarding the pool and explicitly closing out connections,
the pool is retained and a "generational" timestamp is updated to
reflect the current time, thereby causing all existing connections
to be recycled when they are next checked out. This greatly simplifies
the recycle process, removes the need for "waking up" connect attempts
waiting on the old pool and eliminates the race condition that many
immediately-discarded "pool" objects could be created during the
recycle operation. fixes #2985
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connection to be available, such that for a connection pool
with no timeout specified, it will every half a second break out of
the wait to check for the so-called "abort" flag, which allows the
waiter to break out in case the whole connection pool was dumped;
normally the waiter should break out due to a notify_all() but it's
possible this notify_all() is missed in very slim cases.
This is an extension of logic first introduced in 0.8.0, and the
issue has only been observed occasionally in stress tests.
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continuing [ticket:2522]
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a disconnect detect + dispose that occurs
when the QueuePool has threads waiting
for connections would leave those
threads waiting for the duration of
the timeout on the old pool. The fix
now notifies those waiters with a special
exception case and has them move onto
the new pool. This fix may or may
not be ported to 0.7. [ticket:2522]
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a consistent tag
- AUTHORS file
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- move function_named into test.lib.util
- use @decorator for all decorators in test/
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