| Commit message (Collapse) | Author | Age | Files | Lines |
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A full rewrite of all imports and pep8 formatting using zimports, black,
commits are broken into sections.
Directories included in this commit:
lib/sqlalchemy/sql/
Change-Id: Ia994322c398c55aaa01d11d21cb74f1d50ab683f
(cherry picked from commit 0ae1a3ab57727b798da78befa1ee40537ae95b69)
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includes adjustment to setup.py to recognize __version__ correctly
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cherry-picked from 90a772b19339b97517bc46f016122341528e440a with modifications
Change-Id: I09ccd73ebabbea4b5098ba5b170786ac065444c8
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- no longer experimental
- will support empty param sets in 1.3
Change-Id: I06c69cc44dfb2b5449ace8c14dc0e12f2af25c64
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Added missing window function parameters
:paramref:`.WithinGroup.over.range_` and :paramref:`.WithinGroup.over.rows`
parameters to the :meth:`.WithinGroup.over` and
:meth:`.FunctionFilter.over` methods, to correspond to the range/rows
feature added to the "over" method of SQL functions as part of
:ticket:`3049` in version 1.1.
Fixes: #4322
Change-Id: I77dcdac65c699a4b52a3fc3ee09a100ffb4fc20e
(cherry picked from commit 3e2f61c439dab76133a49b7a16b03bf4071d4c4c)
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Fixed issue that is closely related to :ticket:`3639` where an expression
rendered in a boolean context on a non-native boolean backend would
be compared to 1/0 even though it is already an implcitly boolean
expression, when :meth:`.ColumnElement.self_group` were used. While this
does not affect the user-friendly backends (MySQL, SQLite) it was not
handled by Oracle (and possibly SQL Server). Whether or not the
expression is implicitly boolean on any database is now determined
up front as an additional check to not generate the integer comparison
within the compliation of the statement.
Fixes: #4320
Change-Id: Iae0a65e5c01bd576e64733c3651e1e1a1a1b240c
(cherry picked from commit 462ccd9ff18d2e428b20ec3f596391a275472140)
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Fixed issue where the "ambiguous literal" error message used when
interpreting literal values as SQL expression values would encounter a
tuple value, and fail to format the message properly. Pull request courtesy
Miguel Ventura.
Change-Id: I50d5d32d5f80ec79703a42d4b19b42c2f9701f24
Pull-request: https://github.com/zzzeek/sqlalchemy/pull/442
(cherry picked from commit 0b0b58c938c6a38fccc3e0ba59876b3b6b4f8009)
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Fixed regression in 1.2 where newly repaired quoting
of collation names in :ticket:`3785` breaks SQL Server,
which explicitly does not understand a quoted collation
name. Whether or not mixed-case collation names are
quoted or not is now deferred down to a dialect-level
decision so that each dialect can prepare these identifiers
directly.
Change-Id: Iaf0a8123d9bf4711219e320896bb28c5d2649304
Fixes: #4154
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Change-Id: I3ef36bfd0cb0ba62b3123c8cf92370a43156cf8f
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No SQLA built-in subclasses ColumnElement without specifying
an alternate visit_name, and user defined ColumnElement
subclasses should avoid being treated like ColumnClause,
e.g. where a Table is present.
Fixes: #4142
Change-Id: I15ed09ba8bdebae4cb0c7e5e5df3f59351477577
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Added a new method :class:`.DefaultExecutionContext.current_parameters`
which is used within a function-based default value generator in
order to retrieve the current parameters being passed to the statement.
The new function differs from the ``.current_parameters`` attribute in
that it also provides for optional grouping of parameters that
correspond to a multi-valued "insert" construct. Previously it was not
possible to identify the subset of parameters that were relevant to
the function call.
Change-Id: I6894c7b4a2bce3e83c3ade8af0e5b2f8df37b785
Fixes: #4075
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Fixes: #3429
Co-authored-by: Mike Bayer <mike_mp@zzzcomputing.com>
Change-Id: I870ee7dc801d553c5309c291402ec468b671e9a9
Pull-request: https://github.com/zzzeek/sqlalchemy/pull/383
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Altered the range specification for window functions to allow
for two of the same PRECEDING or FOLLOWING keywords in a range
by allowing for the left side of the range to be positive
and for the right to be negative, e.g. (1, 3) is
"1 FOLLOWING AND 3 FOLLOWING".
Change-Id: I7d3a6c641151bb49219104968d18dac2266f3db8
Fixes: #4053
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Fixed AttributeError which would occur in :class:`.WithinGroup`
construct during an iteration of the structure.
Change-Id: I563882d93c8c32292463a605b636aa60c77e9406
Fixes: #4012
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Fixed the negation of a :class:`.Label` construct so that the
inner element is negated correctly, when the :func:`.not_` modifier
is applied to the labeled expression.
Change-Id: Ia99917b2959bdfbff28689c962b4203911c57b85
Fixes: #3969
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Added a new kind of :func:`.bindparam` called "expanding". This is
for use in ``IN`` expressions where the list of elements is rendered
into individual bound parameters at statement execution time, rather
than at statement compilation time. This allows both a single bound
parameter name to be linked to an IN expression of multiple elements,
as well as allows query caching to be used with IN expressions. The
new feature allows the related features of "select in" loading and
"polymorphic in" loading to make use of the baked query extension
to reduce call overhead. This feature should be considered to be
**experimental** for 1.2.
Fixes: #3953
Change-Id: Ie708414a3ab9c0af29998a2c7f239ff7633b1f6e
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The SQL Server dialect now allows for a database and/or owner name
with a dot inside of it, using brackets explicitly in the string around
the owner and optionally the database name as well. In addition,
sending the :class:`.quoted_name` construct for the schema name will
not split on the dot and will deliver the full string as the "owner".
:class:`.quoted_name` is also now available from the ``sqlalchemy.sql``
import space.
Change-Id: I77491d63ce47638bd23787d903ccde2f35a9d43d
Fixes: #2626
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The expression used for COLLATE as rendered by the column-level
:func:`.expression.collate` and :meth:`.ColumnOperators.collate` is now
quoted as an identifier when the name is case sensitive, e.g. has
uppercase characters. Note that this does not impact type-level
collation, which is already quoted.
Change-Id: I83d5d9cd1e66a4f20b96303bb84c5f360d5d6a1a
Fixes: #3785
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Corrects some warnings and adds tox config. Adds DeprecationWarning
to the error category. Large sweep for string literals w/ backslashes
as this is common in docstrings
Co-authored-by: Andrii Soldatenko
Fixes: #3886
Change-Id: Ia7c838dfbbe70b262622ed0803d581edc736e085
Pull-request: https://github.com/zzzeek/sqlalchemy/pull/337
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Change-Id: I4e8c2aa8fe817bb2af8707410fa0201f938781de
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Fixes the comparison of bindparam() objects based on
the "callable" parameter being present which helps to correctly
detect use_get, and also checks for "callable" when detecting
parameters for value substitution and will not impact the
object if present.
Change-Id: I4c93ee5d404d2648dd9835beeae0c5fb67e37d19
Fixes: #3767
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Fixed bug where the "simple many-to-one" condition that allows lazy
loading to use get() from identity map would fail to be invoked if the
primaryjoin of the relationship had multiple clauses separated by AND
which were not in the same order as that of the primary key columns
being compared in each clause. This ordering
difference occurs for a composite foreign key where the table-bound
columns on the referencing side were not in the same order in the .c
collection as the primary key columns on the referenced side....which
in turn occurs a lot if one is using declarative mixins and/or
declared_attr to set up columns.
Change-Id: I66cce74f614c04ed693dc0d58ac8c952b2f8ae54
Fixes: #3788
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Raise a more descriptive exception / message when ClauseElement
or non-SQLAlchemy objects that are not "executable" are erroneously
passed to ``.execute()``; a new exception ObjectNotExecutableError
is raised consistently in all cases.
Change-Id: I2dd393121e2c7e5b6b9e40286a2f25670876e8e4
Fixes: #3786
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Fixes: #3049
Co-authored-by: Mike Bayer <mike_mp@zzzcomputing.com>
Change-Id: Ie572095c3e25f70a1e72e1af6858e5edd89fd25e
Pull-request: https://github.com/zzzeek/sqlalchemy/pull/264
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Fixed bug whereby passing a :func:`.text` construct to the
:meth:`.Query.group_by` method would raise an error, instead
of intepreting the object as a SQL fragment.
Change-Id: I5fc2f590b76508d52e23b5fa9cf037ddea8080c3
fixes: #3706
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be properly typed as boolean in the result, and also would fail to be
anonymously aliased in a SELECT list as is the case with a
non-negated EXISTS construct.
fixes #3682
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we're trying to hit columns without names yet and such, to suit the bug
right now just make it specific to FunctionElement
(cherry picked from commit 785224a92f39bd5bdd05bbc66f4dd79736abded5)
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passed to :func:`.column_property`, so that if the same attribute
is referred to as a column expression twice the names are de-duped,
thus avoiding "ambiguous column" errors. Previously, the
``.label(None)`` would need to be applied in order for the name
to be de-anonymized.
fixes #3663
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when the construct contains non-standard sql elements such as
returning, array index operations, or dialect-specific or custom
datatypes. a string is now returned in these cases rendering an
approximation of the construct (typically the postgresql-style
version of it) rather than raising an error. fixes #3631
- add within_group to top-level imports
- add eq_ignore_whitespace to sqlalchemy.testing imports
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method, and its interaction with result-row processing, now allows
the columns passed to the method to be positionally matched with the
result columns in the statement, rather than matching on name alone.
The advantage to this includes that when linking a textual SQL statement
to an ORM or Core table model, no system of labeling or de-duping of
common column names needs to occur, which also means there's no need
to worry about how label names match to ORM columns and so-forth. In
addition, the :class:`.ResultProxy` has been further enhanced to
map column and string keys to a row with greater precision in some
cases. fixes #3501
- reorganize the initialization of ResultMetaData for readability
and complexity; use the name "cursor_description", define the
task of "merging" cursor_description with compiled column information
as its own function, and also define "name extraction" as a separate task.
- fully change the name we use in the "ambiguous column" error to be the
actual name that was ambiguous, modify the C ext also
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for SQL fragments; we've deprecated that in 1.0 and its a good idea
to document like this for 0.9 as well.
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persistence of JSON values in MySQL as well as basic operator support
of "getitem" and "getpath", making use of the ``JSON_EXTRACT``
function in order to refer to individual paths in a JSON structure.
fixes #3547
- Added a new type to core :class:`.types.JSON`. This is the
base of the PostgreSQL :class:`.postgresql.JSON` type as well as that
of the new :class:`.mysql.JSON` type, so that a PG/MySQL-agnostic
JSON column may be used. The type features basic index and path
searching support.
fixes #3619
- reorganization of migration docs etc. to try to refer both to
the fixes to JSON that helps Postgresql while at the same time
indicating these are new features of the new base JSON type.
- a rework of the Array/Indexable system some more, moving things
that are specific to Array out of Indexable.
- new operators for JSON indexing added to core so that these can
be compiled by the PG and MySQL dialects individually
- rename sqltypes.Array to sqltypes.ARRAY - as there is no generic
Array implementation, this is an uppercase type for now, consistent
with the new sqltypes.JSON type that is also not a generic implementation.
There may need to be some convention change to handle the case of
datatypes that aren't generic, rely upon DB-native implementations,
but aren't necessarily all named the same thing.
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expression element which is late-evaluated at compile time. Previously,
the function was only a conversion function which would handle different
expression inputs by returning either a :class:`.Label` of a column-oriented
expression or a copy of a given :class:`.BindParameter` object,
which in particular prevented the operation from being logically
maintained when an ORM-level expression transformation would convert
a column to a bound parameter (e.g. for lazy loading).
fixes #3531
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``<function> WITHIN GROUP (ORDER BY <criteria>)``, using the
method :class:`.FunctionElement.within_group`. A series of common
set-aggregate functions with return types derived from the set have
been added. This includes functions like :class:`.percentile_cont`,
:class:`.dense_rank` and others.
fixes #1370
- make sure we use func.name for all _literal_as_binds in functions.py
so we get consistent naming behavior for parameters.
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- any/all work for Array as well as subqueries, accepted by MySQL
- Postgresql ARRAY now subclasses Array
- fixes #3516
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or mapped instances into contexts where they are interpreted as
SQL bound parameters; a new exception is raised for this.
fixes #3321
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- The "hashable" flag on special datatypes such as :class:`.postgresql.ARRAY`,
:class:`.postgresql.JSON` and :class:`.postgresql.HSTORE` is now
set to False, which allows these types to be fetchable in ORM
queries that include entities within the row. fixes #3499
- The Postgresql :class:`.postgresql.ARRAY` type now supports multidimensional
indexed access, e.g. expressions such as ``somecol[5][6]`` without
any need for explicit casts or type coercions, provided
that the :paramref:`.postgresql.ARRAY.dimensions` parameter is set to the
desired number of dimensions. fixes #3487
- The return type for the :class:`.postgresql.JSON` and :class:`.postgresql.JSONB`
when using indexed access has been fixed to work like Postgresql itself,
and returns an expression that itself is of type :class:`.postgresql.JSON`
or :class:`.postgresql.JSONB`. Previously, the accessor would return
:class:`.NullType` which disallowed subsequent JSON-like operators to be
used. part of fixes #3503
- The :class:`.postgresql.JSON`, :class:`.postgresql.JSONB` and
:class:`.postgresql.HSTORE` datatypes now allow full control over the
return type from an indexed textual access operation, either ``column[someindex].astext``
for a JSON type or ``column[someindex]`` for an HSTORE type,
via the :paramref:`.postgresql.JSON.astext_type` and
:paramref:`.postgresql.HSTORE.text_type` parameters. also part of fixes #3503
- The :attr:`.postgresql.JSON.Comparator.astext` modifier no longer
calls upon :meth:`.ColumnElement.cast` implicitly, as PG's JSON/JSONB
types allow cross-casting between each other as well. Code that
makes use of :meth:`.ColumnElement.cast` on JSON indexed access,
e.g. ``col[someindex].cast(Integer)``, will need to be changed
to call :attr:`.postgresql.JSON.Comparator.astext` explicitly. This is
part of the refactor in references #3503 for consistency in operator
use.
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- test for .cast() method has no good place now except for
test_cast in test_compiler.py
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in conjunction with :func:`.and_` or :func:`.or_` would fail
with an AttributeError.
fixes #3490
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of :class:`.FunctionElement` or other column element that incorrectly
states 'None' or any other invalid object as the ``.type``
attribute will report this exception instead of recursion overflow.
fixes #3485
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object would fail to accommodate the labeled SQL expression
in all cases, such that any SQL operation that made use of
:meth:`.Label.self_group` would use the original unadapted
expression. One effect of this would be that an ORM :func:`.aliased`
construct would not fully accommodate attributes mapped by
:obj:`.column_property`, such that the un-aliased table could
leak out when the property were used in some kinds of SQL
comparisons.
fixes #3445
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(hence becoming two regressions); reports that
SELECT statements would GROUP BY a label name and fail was misconstrued
that certain backends such as SQL Server should not be emitting
ORDER BY or GROUP BY on a simple label name at all; when in fact,
we had forgotten that 0.9 was already emitting ORDER BY on a simple
label name for all backends, as described in :ref:`migration_1068`,
as 1.0 had rewritten this logic as part of :ticket:`2992`.
In 1.0.2, the bug is fixed both that SQL Server, Firebird and others
will again emit ORDER BY on a simple label name when passed a
:class:`.Label` construct that is expressed in the columns clause,
and no backend will emit GROUP BY on a simple label name in this case,
as even Postgresql can't reliably do GROUP BY on a simple name
in every case.
fixes #3338, fixes #3385
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assign the proper result type of Boolean to the result mapping, and
instead would leak column types from within the query into the
result map. This issue exists in 0.9 and earlier as well, however
has less of an impact in those versions. In 1.0, due to #918
this becomes a regression in that we now rely upon the result mapping
to be very accurate, else we can assign result-type processors to
the wrong column. In all versions, this issue also has the effect
that a simple EXISTS will not apply the Boolean type handler, leading
to simple 1/0 values for backends without native boolean instead of
True/False. The fix includes that an EXISTS columns argument
will be anon-labeled like other column expressions; a similar fix is
implemented for pure-boolean expressions like ``not_(True())``.
fixes #3372
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