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Improvements to the test suite's integration with pytest such that the
"warnings" plugin, if manually enabled, will not interfere with the test
suite, such that third parties can enable the warnings plugin or make use
of the ``-W`` parameter and SQLAlchemy's test suite will continue to pass.
Additionally, modernized the detection of the "pytest-xdist" plugin so that
plugins can be globally disabled using PYTEST_DISABLE_PLUGIN_AUTOLOAD=1
without breaking the test suite if xdist were still installed. Warning
filters that promote deprecation warnings to errors are now localized to
SQLAlchemy-specific warnings, or within SQLAlchemy-specific sources for
general Python deprecation warnings, so that non-SQLAlchemy deprecation
warnings emitted from pytest plugins should also not impact the test suite.
Fixes: #7599
Change-Id: Ibcf09af25228d39ee5a943fda82d8a9302433726
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This module was not documented nor part of any test suite,
and it's unlikely it was working correctly. It's not likely
that this module was ever used after the first year or so
of SQLAlchemy, and it's stayed around because it is so
obscure that I never remembered to remove it.
Change-Id: I0ed9030438982e935add87c51abbfff50e7382be
References: #7257
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introduces:
1. new mapped_column() helper
2. DeclarativeBase helper
3. declared_attr has been re-typed
4. rework of Mapped[] to return InstrumentedAtribute for
class get, so works without Mapped itself having expression
methods
5. ORM constructs now generic on [_T]
also includes some early typing work, most of which will
be in later commits:
1. URL and History become typing.NamedTuple
2. come up with type-checking friendly way of type
checking cy extensions, where type checking will be applied
to the py versions, just needed to come up with a succinct
conditional pattern for the imports
References: #6810
References: #7535
References: #7562
Change-Id: Ie5d9a44631626c021d130ca4ce395aba623c71fb
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Finalize all remaining removed-in-2.0 changes so that we
can begin doing pep-484 typing without old things
getting in the way (we will also have to do public_factory).
note there are a few "moved_in_20()" and "became_legacy_in_20()"
warnings still in place. The SQLALCHEMY_WARN_20 variable
is now removed.
Also removed here are the legacy "in place mutators" for Select
statements, and some keyword-only argument signatures in Core
have been added.
Also in the big change department, the ORM mapper() function
is removed entirely; the Mapper class is otherwise unchanged,
just the public-facing API function. Mappers are now always
given a registry in which to participate, however the
argument signature of Mapper is not changed. ideally "registry"
would be the first positional argument.
Fixes: #7257
Change-Id: Ic70c57b9f1cf7eb996338af5183b11bdeb3e1623
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<!-- Provide a general summary of your proposed changes in the Title field above -->
### Description
<!-- Describe your changes in detail -->
Black's `target-version` was still set to `['py27', 'py36']`. Set it to `[py37]` instead.
Also update Black and other pre-commit hooks and re-format with Black.
### Checklist
<!-- go over following points. check them with an `x` if they do apply, (they turn into clickable checkboxes once the PR is submitted, so no need to do everything at once)
-->
This pull request is:
- [ ] A documentation / typographical error fix
- Good to go, no issue or tests are needed
- [ ] A short code fix
- please include the issue number, and create an issue if none exists, which
must include a complete example of the issue. one line code fixes without an
issue and demonstration will not be accepted.
- Please include: `Fixes: #<issue number>` in the commit message
- please include tests. one line code fixes without tests will not be accepted.
- [ ] A new feature implementation
- please include the issue number, and create an issue if none exists, which must
include a complete example of how the feature would look.
- Please include: `Fixes: #<issue number>` in the commit message
- please include tests.
**Have a nice day!**
Closes: #7536
Pull-request: https://github.com/sqlalchemy/sqlalchemy/pull/7536
Pull-request-sha: b3aedf5570d7e0ba6c354e5989835260d0591b08
Change-Id: I8be85636fd2c9449b07a8626050c8bd35bd119d5
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Re-implement c version immutabledict / processors / resultproxy / utils with cython.
Performance is in general in par or better than the c version
Added a collection module that has cython version of OrderedSet and IdentitySet
Added a new test/perf file to compare the implementations.
Run ``python test/perf/compiled_extensions.py all`` to execute the comparison test.
See results here: https://docs.google.com/document/d/1nOcDGojHRtXEkuy4vNXcW_XOJd9gqKhSeALGG3kYr6A/edit?usp=sharing
Fixes: #7256
Change-Id: I2930ef1894b5048210384728118e586e813f6a76
Signed-off-by: Federico Caselli <cfederico87@gmail.com>
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This patch adds new warnings for all elements that
don't indicate their caching behavior, including user-defined
ClauseElement subclasses and third party dialects.
it additionally adds new documentation to discuss an apparent
performance degradation in 1.4 when caching is disabled as a
result in the significant expense incurred by ORM
lazy loaders, which in 1.3 used BakedQuery so were actually
cached.
As a result of adding the warnings, a fair degree of
lesser used SQL expression objects identified that they did not
define caching behavior so would have been producing
``[no key]``, including PostgreSQL constructs ``hstore``
and ``array``. These have been amended to use inherit
cache where appropriate. "on conflict" constructs in
PostgreSQL, MySQL, SQLite still explicitly don't generate
a cache key at this time.
The change also adds a test for all constructs via
assert_compile() to assert they will not generate cache
warnings.
Fixes: #7394
Change-Id: I85958affbb99bfad0f5efa21bc8f2a95e7e46981
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Fixed issue where if an exception occurred when the :class:`_orm.Session`
were to close the connection within the :meth:`_orm.Session.commit` method,
when using a context manager for :meth:`_orm.Session.begin` , it would
attempt a rollback which would not be possible as the :class:`_orm.Session`
was in between where the transaction is committed and the connection is
then to be returned to the pool, raising the exception "this
sessiontransaction is in the committed state". This exception can occur
mostly in an asyncio context where CancelledError can be raised.
Fixes: #7388
Change-Id: I1a85a3a7eae79f3553ddf1e3d245a0d90b0a2f40
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Added support for ``copy()`` and ``deepcopy()`` to the :class:`_url.URL`
class. Pull request courtesy Tom Ritchford.
Fixes: #7400
Closes: #7401
Pull-request: https://github.com/sqlalchemy/sqlalchemy/pull/7401
Pull-request-sha: a2c1b8992f5d153c6210178cda47b8ae96b91fb5
Change-Id: I55977338b2655a7d4f733ae786d31e589185e9ca
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Change-Id: I1ef2eb2018f4b68825fe40a2a8d99084cf217b35
References: #7257
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This is so that dialect methods that are called within init
can assume the same argument structure as when they are called
in other places; we can nail down the type of object as well.
This change seems to mostly impact the isolation level routines
in the dialects, as these are called during initialize()
as well as on established connections. these methods can now
assume a non-proxied DBAPI connection object in all cases,
as it is commonly required that attributes like ".autocommit"
are set on the object which don't work well in a proxied
situation.
Other changes:
* adds an interface for the "connectionfairy" concept
called PoolProxiedConnection.
* Removes ``Connectable`` superclass of Connection.
``Connectable`` was originally meant to provide for the
"method which accepts connection or engine" theme. As this
pattern is greatly reduced in 2.0 and Engine no longer extends
from it, the ``Connectable`` superclass doesnt serve any real
purpose.
Leading from that, to set this in I also applied pep 484 annotations
to the Dialect base, and then in the interests of seeing some
of the typing information show up in my IDE did a little bit for Engine,
Connection and others. I hope that it's feasible that we can
add annotations to specific classes and attributes ahead of when we
actually try to mass-populate the whole library. This was
the original spirit of pep-484 that we can apply annotations
gradually. I do of course want to try to do a mass-populate
although i think even in that case we will end up doing a lot
of manual work anyway (in particular for the changes here which
are distinct from what the stubs have).
Fixes: #7122
Change-Id: I5dd7fbff8a7ae520a81c165091af12a6a68826db
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Both sync and async versions are supported.
Fixes: #6842
Change-Id: I57751c5028acebfc6f9c43572562405453a2f2a4
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Add a new system so that PostgreSQL and other dialects have a
reliable way to add casts to bound parameters in SQL statements,
replacing previous use of setinputsizes() for PG dialects.
rationale:
1. psycopg3 will be using the same SQLAlchemy-side "setinputsizes"
as asyncpg, so we will be seeing a lot more of this
2. the full rendering that SQLAlchemy's compilation is performing
is in the engine log as well as error messages. Without this,
we introduce three levels of SQL rendering, the compiler, the
hidden "setinputsizes" in SQLAlchemy, and then whatever the DBAPI
driver does. With this new approach, users reporting bugs etc.
will be less confused that there are as many as two separate
layers of "hidden rendering"; SQLAlchemy's rendering is again
fully transparent
3. calling upon a setinputsizes() method for every statement execution
is expensive. this way, the work is done behind the caching layer
4. for "fast insertmany()", I also want there to be a fast approach
towards setinputsizes. As it was, we were going to be taking
a SQL INSERT with thousands of bound parameter placeholders and
running a whole second pass on it to apply typecasts. this way,
we will at least be able to build the SQL string once without a huge
second pass over the whole string
5. psycopg2 can use this same system for its ARRAY casts
6. the general need for PostgreSQL to have lots of type casts
is now mostly in the base PostgreSQL dialect and works independently
of a DBAPI being present. dependence on DBAPI symbols that aren't
complete / consistent / hashable is removed
I was originally going to try to build this into bind_expression(),
but it was revealed this worked poorly with custom bind_expression()
as well as empty sets. the current impl also doesn't need to
run a second expression pass over the POSTCOMPILE sections, which
came out better than I originally thought it would.
Change-Id: I363e6d593d059add7bcc6d1f6c3f91dd2e683c0c
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Change-Id: I8172fdcc3103ff92aa049827728484c8779af6b7
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References: #4600
Change-Id: I2a62ddfe00bc562720f0eae700a497495d7a987a
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Generalized the :paramref:`_sa.create_engine.isolation_level` parameter to
the base dialect so that it is no longer dependent on individual dialects
to be present. This parameter sets up the "isolation level" setting to
occur for all new database connections as soon as they are created by the
connection pool, where the value then stays set without being reset on
every checkin.
The :paramref:`_sa.create_engine.isolation_level` parameter is essentially
equivalent in functionality to using the
:paramref:`_engine.Engine.execution_options.isolation_level` parameter via
:meth:`_engine.Engine.execution_options` for an engine-wide setting. The
difference is in that the former setting assigns the isolation level just
once when a connection is created, the latter sets and resets the given
level on each connection checkout.
Fixes: #6342
Change-Id: Id81d6b1c1a94371d901ada728a610696e09e9741
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The :paramref:`_sa.create_engine.implicit_returning` parameter is
deprecated on the :func:`_sa.create_engine` function only; the parameter
remains available on the :class:`_schema.Table` object. This parameter was
originally intended to enable the "implicit returning" feature of
SQLAlchemy when it was first developed and was not enabled by default.
Under modern use, there's no reason this parameter should be disabled, and
it has been observed to cause confusion as it degrades performance and
makes it more difficult for the ORM to retrieve recently inserted server
defaults. The parameter remains available on :class:`_schema.Table` to
specifically suit database-level edge cases which make RETURNING
infeasible, the sole example currently being SQL Server's limitation that
INSERT RETURNING may not be used on a table that has INSERT triggers on it.
Also removed from the Oracle dialect some logic that would upgrade
an Oracle 8/8i server version to use implicit returning if the
parameter were explictly passed; these versions of Oracle
still support RETURNING so the feature is now enabled for all
Oracle versions.
Fixes: #6962
Change-Id: Ib338e300cd7c8026c3083043f645084a8211aed8
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quoting" into main
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Adjusted the compiler's generation of "post compile" symbols including
those used for "expanding IN" as well as for the "schema translate map" to
not be based directly on plain bracketed strings with underscores, as this
conflicts directly with SQL Server's quoting format of also using brackets,
which produces false matches when the compiler replaces "post compile" and
"schema translate" symbols. The issue created easy to reproduce examples
both with the :meth:`.Inspector.get_schema_names` method when used in
conjunction with the
:paramref:`_engine.Connection.execution_options.schema_translate_map`
feature, as well in the unlikely case that a symbol overlapping with the
internal name "POSTCOMPILE" would be used with a feature like "expanding
in".
Fixes: #7300
Change-Id: I6255c850b140522a4aba95085216d0bca18ce230
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Fixes: #6960
Even though a default driver still exists for
each dialect, remove most usages of `dialect://`
to encourage users to explicitly specify
`dialect+driver://`
Change-Id: I0ad42167582df509138fca64996bbb53e379b1af
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The major action here is to lift and move future.Connection
and future.Engine fully into sqlalchemy.engine.base. This
removes lots of engine concepts, including:
* autocommit
* Connection running without a transaction, autobegin
is now present in all cases
* most "autorollback" is obsolete
* Core-level subtransactions (i.e. MarkerTransaction)
* "branched" connections, copies of connections
* execution_options() returns self, not a new connection
* old argument formats, distill_params(), simplifies calling
scheme between engine methods
* before/after_execute() events (oriented towards compiled constructs)
don't emit for exec_driver_sql(). before/after_cursor_execute()
is still included for this
* old helper methods superseded by context managers, connection.transaction(),
engine.transaction() engine.run_callable()
* ancient engine-level reflection methods has_table(), table_names()
* sqlalchemy.testing.engines.proxying_engine
References: #7257
Change-Id: Ib20ed816642d873b84221378a9ec34480e01e82c
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Fixed issue in future :class:`_future.Connection` object where the
:meth:`_future.Connection.execute` method would not accept a non-dict
mapping object, such as SQLAlchemy's own :class:`.RowMapping` or other
``abc.collections.Mapping`` object as a parameter dictionary.
Fixes: #7291
Change-Id: I819f079d86d19d1d81c570e0680f987e51e34b84
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As future connections will now be autobeginning, there
will be more cases where begin() can't be called as well as where isolation level
can't be set, which will be surprising as this is a behavioral
change for 2.0; additionally, when DBAPI autocommit is set,
there isn't actually a DBAPI level transaction in effect even though
Connection has a Transaction object. Clarify the language in these
two error messages to make it clear that begin() and autobegin
are tracking a SQLAlchemy-level Transaction() object, whether or not
the DBAPI has actually started a transaction, and that this is the
reason rollback() or commit() is required before performing
the requsted operation. Additionally make sure the error message
mentions "autobegin" as a likely reason this error is being
encountered along with what Connection needs the user to do in
order to resolve.
Change-Id: If8763939eeabc46aa9d9209a56d05ad82b892c5c
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References: #4600
Change-Id: I61e35bc93fe95610ae75b31c18a3282558cd4ffe
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Fixed issue in future :class:`_future.Engine` where calling upon
:meth:`_future.Engine.begin` and entering the context manager would not
close the connection if the actual BEGIN operation failed for some reason,
such as an event handler raising an exception; this use case failed to be
tested for the future version of the engine. Note that the "future" context
managers which handle ``begin()`` blocks in Core and ORM don't actually run
the "BEGIN" operation until the context managers are actually entered. This
is different from the legacy version which runs the "BEGIN" operation up
front.
Fixes: #7272
Change-Id: I9667ac0861a9e007c4b3dfcf0fcf0829038a8711
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into main
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in order to remove LegacyRow / LegacyResult, we have
to also lose close_with_result, which connectionless
execution relies upon.
also includes a new profiles.txt file that's all against
py310, as that's what CI is on now. some result counts
changed by one function call which was enough to fail the
low-count result tests.
Replaces Connectable as the common interface between
Connection and Engine with EngineEventsTarget. Engine
is no longer Connectable. Connection and MockConnection
still are.
References: #7257
Change-Id: Iad5eba0313836d347e65490349a22b061356896a
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Fixes: #7258
Change-Id: I3577f665eca04f2632b69bcb090f0a4ec9271db9
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Fixed issue where the deprecation warning for the :class:`.URL` constructor
which indicates that the :meth:`.URL.create` method should be used would
not emit if a full positional argument list of seven arguments were passed;
additionally, validation of URL arguments will now occur if the constructor
is called in this way, which was being skipped previously.
Fixes: #7130
Change-Id: I8c8491d8aa7774afaf67c22b4f8e9859f780f2d9
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Improve the interface used by adapted drivers, like the asyncio ones,
to access the actual connection object returned by the driver.
The :class:`_engine._ConnectionRecord` and
:class:`_engine._ConnectionFairy` now have two new attributes:
* ``dbapi_connection`` always represents a DBAPI compatible
object. For pep-249 drivers, this is the DBAPI connection as it always
has been, previously accessed under the ``.connection`` attribute.
For asyncio drivers that SQLAlchemy adapts into a pep-249 interface,
the returned object will normally be a SQLAlchemy adaption object
called :class:`_engine.AdaptedConnection`.
* ``driver_connection`` always represents the actual connection object
maintained by the third party pep-249 DBAPI or async driver in use.
For standard pep-249 DBAPIs, this will always be the same object
as that of the ``dbapi_connection``. For an asyncio driver, it will be
the underlying asyncio-only connection object.
The ``.connection`` attribute remains available and is now a legacy alias
of ``.dbapi_connection``.
Fixes: #6832
Change-Id: Ib72f97deefca96dce4e61e7c38ba430068d6a82e
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Added initial support for the ``asyncmy`` asyncio database driver for MySQL
and MariaDB. This driver is very new, however appears to be the only
current alternative to the ``aiomysql`` driver which currently appears to
be unmaintained and is not working with current Python versions. Much
thanks to long2ice for the pull request for this dialect.
Fixes: #6993
Closes: #7000
Pull-request: https://github.com/sqlalchemy/sqlalchemy/pull/7000
Pull-request-sha: f7d6c811fc72324a83c8af635bbca8b268b0098e
Change-Id: I4ef54b43334feff7e3a710fc4de6821437f3bb68
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Added new methods :meth:`_orm.Session.scalars`,
:meth:`_engine.Connection.scalars`, :meth:`_asyncio.AsyncSession.scalars`
and :meth:`_asyncio.AsyncSession.stream_scalars`, which provide a short cut
to the use case of receiving a row-oriented :class:`_result.Result` object
and converting it to a :class:`_result.ScalarResult` object via the
:meth:`_engine.Result.scalars` method, to return a list of values rather
than a list of rows. The new methods are analogous to the long existing
:meth:`_orm.Session.scalar` and :meth:`_engine.Connection.scalar` methods
used to return a single value from the first row only. Pull request
courtesy Miguel Grinberg.
Fixes: #6990
Closes: #6991
Pull-request: https://github.com/sqlalchemy/sqlalchemy/pull/6991
Pull-request-sha: b3e0bb3042c55b0cc5af6a25cb3f31b929f88a47
Change-Id: Ia445775e24ca964b0162c2c8e5ca67dd1e39199f
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Ensure that ``str()`` is called on the an ``URL.password`` argument,
allowing usage of objects that implement the ``__str__()`` method
as password attributes.
Also clarified that one such object is not appropriate to dynamically
change the password.
Fixes: #6958
Change-Id: Id0690990a64b9e0935537b7b8f5a73efe6a9e3dc
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Fixed issue in ``URL`` where validation of "drivername" would not
appropriately respond to the ``None`` value where a string were expected.
Fixes: #6983
Change-Id: If546c373a60533779595a9e393ea9a59a9b8a96f
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Fixed issue where the ability of the
:meth:`_engine.ConnectionEvents.before_execute` method to alter the SQL
statement object passed, returning the new object to be invoked, was
inadvertently removed. This behavior has been restored.
The refactor in a1939719a652774a437f69f8d4788b3f08650089 removed this
feature for some reason and there were no tests in place to detect
it. I don't see any indication this was planned.
Fixes: #6913
Change-Id: Ia77ca08aa91ab9403f19a8eb61e2a0e41aad138a
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To service #6718 and #6710, the system by which columns are
given labels in a SELECT statement as well as the system that
gives them keys in a .c or .selected_columns collection have
been refactored to provide a single source of truth for
both, in constrast to the previous approach that included
similar logic repeated in slightly different ways.
Main ideas:
1. ColumnElement attributes ._label, ._anon_label, ._key_label
are renamed to include the letters "tq", meaning
"table-qualified" - these labels are only used when rendering
a SELECT that has LABEL_STYLE_TABLENAME_PLUS_COL for its
label style; as this label style is primarily legacy, the
"tq" names should be isolated so that in a 2.0 style application
these aren't being used at all
2. The means by which the "labels" and "proxy keys" for the elements
of a SELECT has been centralized to a single source of truth;
previously, the three of _generate_columns_plus_names,
_generate_fromclause_column_proxies, and _column_naming_convention
all had duplicated rules between them, as well as that there
were a little bit of labeling rules in compiler._label_select_column
as well; by this we mean that the various "anon_label" "anon_key"
methods on ColumnElement were called by all four of these methods,
where there were many cases where it was necessary that one method
comes up with the same answer as another of the methods. This
has all been centralized into _generate_columns_plus_names
for all the names except the "proxy key", which is generated
by _column_naming_convention.
3. compiler._label_select_column has been rewritten to both not make
any naming decisions nor any "proxy key" decisions, only whether
to label or not to label; the _generate_columns_plus_names method
gives it the information, where the proxy keys come from
_column_naming_convention; previously, these proxy keys were matched
based on restatement of similar (but not really the same) logic in
two places. The heuristics of "whether to label or not to label"
are also reorganized to be much easier to read and understand.
4. a new method compiler._label_returning_column is added for dialects
to use in their "generate returning columns" methods. A
github search reveals a small number of third party dialects also
doing this using the prior _label_select_column method so we
try to make sure _label_select_column continues to work the
exact same way for that specific use case; for the "SELECT" use
case it now needs
5. After some attempts to do it different ways, for the case where
_proxy_key is giving us some kind of anon label, we are hard
changing it to "_no_label" right now, as there's not currently
a way to fully match anonymized labels from stmt.c or
stmt.selected_columns to what will be in the result map. The
idea of "_no_label" is to encourage the user to use label('name')
for columns they want to be able to target by string name that
don't have a natural name.
Change-Id: I7a92a66f3a7e459ccf32587ac0a3c306650daf11
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Eliminate engine.execute() and engine.scalar()
Change-Id: I99f76d0e615ddebab2da4fd07a40a0a2796995c7
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Change-Id: I61639dc2d7e7bcae6c53e2a15680b11fce3efa5d
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Fixed an issue that presented itself when using the :class:`_pool.NullPool`
or the :class:`_pool.StaticPool` with an async engine. This mostly affected
the aiosqlite dialect.
Fixes: #6575
Change-Id: Ic1e27d99ffcb20ed4de82ea78f430a0f3b629d86
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The fix for pysqlcipher released in version 1.4.3 :ticket:`5848` was
unfortunately non-working, in that the new ``on_connect_url`` hook was
erroneously not receiving a ``URL`` object under normal usage of
:func:`_sa.create_engine` and instead received a string that was unhandled;
the test suite failed to fully set up the actual conditions under which
this hook is called. This has been fixed.
Fixes: #6586
Change-Id: I3bf738daec35877a10fdad740f08dca9e7420829
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Fixed a long-standing issue with :class:`.URL` where query parameters
following the question mark would not be parsed correctly if the URL did
not contain a database portion with a backslash.
Fixed issue where an ``@`` sign in the database portion of a URL would not
be interpreted correctly if the URL also had a username:password section.
Fixes: #6329
Fixes: #6482
Change-Id: I6cb6478affa49b618335b947a74e64090657a98c
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