| Commit message (Collapse) | Author | Age | Files | Lines |
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This fixes a bug that the `foreign_key` and the `foreign_type` are
separated as different table conditions if a polymorphic association has
a scope that joins another tables.
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This follows up 0ee96d13de29680e148ccb8e5b68025f29fd091c.
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kamipo/fix_leaking_scope_on_relation_create"
This reverts commit b67d5c6dedbf033515a96a95d24d085bf99a0d07, reversing
changes made to 2e018361c7c51e36d1d98bf770b7456d78dee68b.
Reason: #35186 may cause that silently leaking information when people
upgrade the app.
We need deprecation first before making this.
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methods"
This reverts #32380, since this may cause that silently leaking
information when people upgrade the app.
We need deprecation first before making this.
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Currently custom attributes are always qualified by the table name in
the generated SQL wrongly even if the table doesn't have the named
column, it would cause an invalid SQL error.
Custom attributes should only be qualified if the table has the same
named column.
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callbacks
`relation.create` populates scope attributes to new record by `scoping`,
it is necessary to assign the scope attributes to the record and to find
STI subclass from the scope attributes.
But the effect of `scoping` is class global, it was caused undesired
behavior that pollute all class level querying methods in initialization
block and callbacks (`after_initialize`, `before_validation`,
`before_save`, etc), which are user provided code.
To avoid the leaking scope issue, restore the original current scope
before initialization block and callbacks are invoked.
Fixes #9894.
Fixes #17577.
Closes #31526.
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Active Record uses `scoping` to delegate to named scopes from relations
for propagating the chaining source scope. It was needed to restore the
source scope in named scopes, but it was caused undesired behavior that
pollute all class level querying methods.
Example:
```ruby
class Topic < ActiveRecord::Base
scope :toplevel, -> { where(parent_id: nil) }
scope :children, -> { where.not(parent_id: nil) }
scope :has_children, -> { where(id: Topic.children.select(:parent_id)) }
end
# Works as expected.
Topic.toplevel.where(id: Topic.children.select(:parent_id))
# Doesn't work due to leaking `toplevel` to `Topic.children`.
Topic.toplevel.has_children
```
Since #29301, the receiver in named scopes has changed from the model
class to the chaining source scope, so the polluting class level
querying methods is no longer required for that purpose.
Fixes #14003.
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#33729 affected the behavior of the has_many through record creation.
Since #33729, the intermediate reflection of simple has_many through
association has `inverse_of` to the association, it causes extra through
record creation, the extra through record required valid before the
association record is saved.
https://github.com/rails/rails/blob/23125378673bcc606b274027666a126573e136f8/activerecord/lib/active_record/associations/has_many_through_association.rb#L95-L102
I think that #33729 need to more work to care about has_many through
association, that PR should be reverted to not break existing apps.
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- Remove `fragment_cache_key` helper declaration.
It was removed in e70d3df7c9b05c129b0fdcca57f66eca316c5cfc
- Remove `by_private_lifo`.
It is unused since a7becf147afc85c354e5cfa519911a948d25fc4d
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Since 31ffbf8d, finder methods no longer raise `RangeError`. So
`StatementCache#execute` is the only place to raise the exception for
finder queries.
`StatementCache` is used for simple equality queries in the codebase.
This means that if `StatementCache#execute` raises `RangeError`, the
result could always be regarded as empty.
So `StatementCache#execute` just return nil in that range error case,
and treat that as empty in the caller side, then we can avoid catching
the exception in much places.
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(#28078)
This PR addresses the issue described in #28025. On `dependent: :nullify` strategy only the foreign key of the relation is nullified. However on polymorphic associations the `*_type` column is not nullified leaving the record with a NULL `*_id` but the `*_type` column is present.
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Otherwise `save` method would raise the `ReadOnlyError` against `BEGIN`
and `ROLLBACK` queries.
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Fix the scoping with query methods in the scope block
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Follow up #33394.
#33394 only fixes the case of scoping with klass methods in the scope
block which invokes `klass.all`.
Query methods in the scope block also need to invoke `klass.all` to be
affected by the scoping.
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Additional types of ResultSet should not contain keys of #attributes_to_define_after_schema_loads
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Follow up ba4e68f577efc76f351d30a2914e29942b97830e.
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The `read_attribute` method always returns the primary key when asked to
read the `id` attribute, even if the primary key isn't named `id`, and
even if another attribute named `id` exists.
For the `inspect`, `attribute_for_inspect` and `pretty_print` methods,
this behaviour is undesirable, as they're used to examine the internal
state of the record. By using `_read_attribute` instead, we'll get the
real value of the `id` attribute.
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Use column definition with `primary_key: true` instead.
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The delegation methods to named scope are defined when `method_missing`
is invoked on the relation.
Since #29301, the receiver in the named scope is changed to the relation
like others (e.g. `default_scope`, etc) for consistency.
Most named scopes would be delegated from relation by `method_missing`,
since we don't allow scopes to be defined which conflict with instance
methods on `Relation` (#31179). But if a named scope is defined with the
same name as any method on the `superclass` (e.g. `Kernel.open`), the
`method_missing` on the relation is not invoked.
To address the issue, make the delegation methods to named scope is
generated in the definition time.
Fixes #34098.
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`topic` and `reply` belongs_to associations on `SillyReply` are defined
with the same `foreign_key` (`parent_id`) and `counter_cache`
(`replies_count`) columns.
This would cause unintentional side-effect (e.g. saving `SillyReply`
object would cause double increment `replies_count`), so it is better to
avoid that side-effect.
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Allow subclasses to redefine autosave callbacks for associated records
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Since 213796f, bind params are used for IN clause if enabled prepared
statements.
Unfortunately, most adapter modules have a limitation for # of bind
params (mysql2 65535, pg 65535, sqlite3 250000). So if eager loading
large number of records at once, that query couldn't be sent to the
database.
Since eager loading/preloading queries are auto-generated by Active
Record itself, so it should be worked regardless of large number of
records like as before.
Fixes #33702.
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Since fe9547b6, numericality validator would parse raw value only when a
value came from user to work type casting to a value from database.
But that was caused a regression that the validator would work against
getter value instead of parsed raw value, a getter is sometimes
customized by people. #33550
There we never guarantees that the value before type cast was going to
the used in this validation (actually here is only place that getter
value might not be used), but we should not change the behavior unless
there is some particular reason.
The purpose of fe9547b6 is to work type casting to a value from
database. We could achieve the purpose by using `read_attribute`,
without using getter value.
Fixes #33550.
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What?
From now on when `accepts_nested_attributes_for` defined and `extend` option
added the overwritten `build` method being called.
[Alireza Bashiri, Martins Polakovs]
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Since #29301, delegating to klass methods in the `scope` block would
cause extra scoping by the receiver itself. The extra scoping would
always override intermediate scoping like `unscoped` and caused the
regression #33387. To keep the original scoping behavior, should avoid
the extra scoping in the `scope` block.
Fixes #33387.
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Currently, column aliases which is used for eager loading are calculated
before constructing all table aliases in FROM clause.
`JoinDependency#join_constraints` constructs table aliases for `joins`
first, and then always re-constructs table aliases for eager loading.
If both `joins` and eager loading are given a same table association,
the re-construction would cause the discrepancy between column aliases
and table aliases.
To avoid the discrepancy, the column aliases should be calculated after
all table aliases are constructed.
Fixes #30603.
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`touch` option was added to `increment!` (#27660) and `update_counters`
(#26995). But that option behaves inconsistently with
`Persistence#touch` method.
If `touch` option is passed attribute names, it won't update
update_at/on attributes unlike `Persistence#touch` method.
Due to changed from `Persistence#touch` to `increment!` with `touch`
option, #31405 has a regression that `counter_cache` with `touch` option
which is passed attribute names won't update update_at/on attributes.
I think that the inconsistency is not intended. To get back consistency,
ensure that `touch` option updates update_at/on attributes.
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Allow prefix/suffix options for store accessors
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In `_create_record`, explicit `transaction` block requires rollback
handling manually when `insert_record` is failed.
We need to handle it in `_create_record`, not in `insert_record`, since
our test cases expect a record added to target and returned even if
`insert_record` is failed,
Closes #31488.
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Follow up of #32952.
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Fix parent record should not get saved with duplicate children records
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- Fixes #32940
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Since #31405, using `#increment!` with touch option instead of `#touch`
to touch belongs_to association if counter cache is enabled. It caused
the regression since `#increment!` won't invoke after_touch callbacks
even if touch option is given.
To fix the regression, make `#increment!` invokes after_touch callbacks
if touch option is given.
Fixes #31559.
Fixes #32408.
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On belongs_to with `touch: true` association, unassigned object is
caused touching, but assigned object is not touched.
And also, if primary key is customized, it will touch against the wrong
target looked up by the customized key as primary key.
This change ensures correctly touching consistently between assigning
and unassigning.
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* Rollback parent transaction when children fails to update
Rails supports autosave associations on the owner of a `has_many`
relationship. In certain situation, if the children of the association
fail to save, the parent is not rolled back.
```ruby
class Employee < ActiveRecord::Base
end
class Company < ActiveRecord::Base
has_many(:employees)
end
company = Company.new
employee = company.employees.new
company.save
```
In the previous example, if the Employee failed to save, the Company
will not be rolled back. It will remain in the database with no
associated Employee.
I expect the `company.save` call to be atomic, and either create all or
none of the records.
The persistance of the Company already starts a transaction that nests
it's children. However, it didn't track the success or failure of it's
children in this very situation, and the outermost transaction is not
rolled back.
This PR makes the change to track the success of the child insertion and
rollback the parent if any of the children fail.
* Change the test to reflect what we expect
Once #32862 is merged, rolling back a record will rollback it's state to match
the state before the database changes were applied
* Use only the public API to express the tests
* Refactor to avoid reassigning saved for nested reflections
[Guillaume Malette + Rafael Mendonça França]
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`after_initialize`
`becomes` creates new object and copies attributes from the receiver. If
new object has mutation tracker which is created in `after_initialize`,
it should be cleared since it is for discarded attributes.
But if the receiver doesn't have mutation tracker yet, it will not be
cleared properly.
It should be cleared regardless of whether the receiver has mutation
tracker or not.
Fixes #32867.
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Adds test case for failing issue
Moves set_value back to protected
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Follow up of #32514.
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This fixes a bug with building an object that has multiple
`has_many :through` associations through the same object.
Previously, when building the object via .new, the intermediate
object would be created instead of just being built.
Here's an example:
Given a GameBoard, that has_one Owner and Collection through Game.
The following line would cause a game object to be created in the
database.
GameBoard.new(owner: some_owner, collection: some_collection)
Whereas, if passing only one of those associations into `.new` would
cause the Game object to be built and not created in the database.
Now the above code will only build the Game object, and not save it.
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Bring back private class methods accessibility in named scope
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The receiver in a scope was changed from `klass` to `relation` itself
for all scopes (named scope, default_scope, and association scope)
behaves consistently.
In addition. Before 5.2, if both an AR model class and a Relation
instance have same named methods (e.g. `arel_attribute`,
`predicate_builder`, etc), named scope doesn't respect relation instance
information.
For example:
```ruby
class Post < ActiveRecord::Base
has_many :comments1, class_name: "RecentComment1"
has_many :comments2, class_name: "RecentComment2"
end
class RecentComment1 < ActiveRecord::Base
self.table_name = "comments"
default_scope { where(arel_attribute(:created_at).gteq(2.weeks.ago)) }
end
class RecentComment2 < ActiveRecord::Base
self.table_name = "comments"
default_scope { recent_updated }
scope :recent_updated, -> { where(arel_attribute(:updated_at).gteq(2.weeks.ago)) }
end
```
If eager loading `Post.eager_load(:comments1, :comments2).to_a`,
`:comments1` (default_scope) respects aliased table name, but
`:comments2` (using named scope) may not work correctly since named
scope doesn't respect relation instance information. See also 801ccab.
But this is a breaking change between releases without deprecation.
I decided to bring back private class methods accessibility in named
scope.
Fixes #31740.
Fixes #32331.
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