| Commit message (Collapse) | Author | Age | Files | Lines |
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This is an alternative of #29722, and follow up of #32048.
This does not change the current behavior, but makes it easier to modify
all polymorphic names consistently.
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The values infinity and -infinity are supported by both date and
timestamp types.
https://www.postgresql.org/docs/current/static/datatype-datetime.html#DATATYPE-DATETIME-SPECIAL-TABLE
And also, it can not be known whether a value is infinity correctly
unless cast a value.
I've added `QueryAttribute#infinity?` to handle that case.
Closes #27585.
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Since #32028, Rails 6 requires Ruby 2.3+.
No longer needed workaround for Ruby 2.2 "private attribute?" warning.
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`association_primary_key` in `TableMetadata`
Because `join_primary_key` is called by `join_keys` and it is to
abstract calling `association_primary_key`.
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Fixes #21577.
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has many association wrong set of primary key and foreign key are selected.
Changed code to use 'join' primary key and foreign key over 'association' primary key and foreign key.
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Since 213796f, array predicate handler supports making binds, so the
preprocess is no longer needed.
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Since 213796f, `queries_predicates` is no longer used.
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A common source of bugs and code bloat within Active Record has been the
need for us to maintain the list of bind values separately from the AST
they're associated with. This makes any sort of AST manipulation
incredibly difficult, as any time we want to potentially insert or
remove an AST node, we need to traverse the entire tree to find where
the associated bind parameters are.
With this change, the bind parameters now live on the AST directly.
Active Record does not need to know or care about them until the final
AST traversal for SQL construction. Rather than returning just the SQL,
the Arel collector will now return both the SQL and the bind parameters.
At this point the connection adapter will have all the values that it
had before.
A bit of this code is janky and something I'd like to refactor later. In
particular, I don't like how we're handling associations in the
predicate builder, the special casing of `StatementCache::Substitute` in
`QueryAttribute`, or generally how we're handling bind value replacement
in the statement cache when prepared statements are disabled.
This also mostly reverts #26378, as it moved all the code into a
location that I wanted to delete.
/cc @metaskills @yahonda, this change will affect the adapters
Fixes #29766.
Fixes #29804.
Fixes #26541.
Close #28539.
Close #24769.
Close #26468.
Close #26202.
There are probably other issues/PRs that can be closed because of this
commit, but that's all I could find on the first few pages.
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This reverts commit 3420a14590c0e6915d8b6c242887f74adb4120f9, reversing
changes made to afb66a5a598ce4ac74ad84b125a5abf046dcf5aa.
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Rename `association_query_handler.rb` to `association_query_value.rb`
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Since `AssociationQueryHandler` and `PolymorphicArrayHandler` has
removed in #28715, only exists `AssociationQueryValue` and
`PolymorphicArrayValue` in these files.
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Partitioning to `values` and `nils` is unneeded before early return.
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association handling
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It should be handled by `PolymorphicArrayHandler` if polymorphic association.
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Remove extracting `polymorphic_base_class` for `Array` in `AssociationQueryValue`
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`AssociationQueryValue`
It is handled by `PolymorphicArrayValue`.
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All indentation was normalized by rubocop auto-correct at 80e66cc4d90bf8c15d1a5f6e3152e90147f00772.
But heredocs was still kept absolute position. This commit aligns
heredocs indentation for consistency.
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This reverts commit 3a1f6fe7b4a70bf0698b0684dd48ac712c6883b6.
This commit takes the code in a direction that I am looking to avoid.
The predicate builder should be purely concerned with AST construction
as it matters to methods like `where`. Things like case sensitivity
should continue to be handled elsewhere.
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Currently uniqueness validator is coupled with building Arel ASTs.
This commit extracts `PredicateBuilder::CaseSensitiveHandler` for
decouple the building Arel ASTs.
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`AssociationQueryHandler.value_for`
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different types.
When passing in an array of different types of objects to `where`, it would only take into account the class of the first object in the array.
PriceEstimate.where(estimate_of: [Treasure.find(1), Car.find(2)])
# => SELECT "price_estimates".* FROM "price_estimates"
WHERE ("price_estimates"."estimate_of_type" = 'Treasure' AND "price_estimates"."estimate_of_id" IN (1, 2))
This is fixed to properly look for any records matching both type and id:
PriceEstimate.where(estimate_of: [Treasure.find(1), Car.find(2)])
# => SELECT "price_estimates".* FROM "price_estimates"
WHERE (("price_estimates"."estimate_of_type" = 'Treasure' AND "price_estimates"."estimate_of_id" = 1)
OR ("price_estimates"."estimate_of_type" = 'Car' AND "price_estimates"."estimate_of_id" = 2))
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This still isn't as separated as I'd like, but it at least moves most of
the burden of alias mapping in one place.
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This is a similar case to wanting ot use bind params for limit and
offset. Right now passing a range grows the amount of prepared
statements in an unbounded fashion. We could avoid using prepared
statements in that case, similar to what we do with arrays, but there's
a known number of variants for ranges.
This ends up duplicating some of the logic from Arel for how to handle
potentially infinite ranges, and that behavior may be removed from Arel
in the future.
Fixes #23074
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Stackprof output truncated.
```
TOTAL (pct) SAMPLES (pct) FRAME
23 (4.7%) 12 (2.4%) Hash#transform_keys
11 (2.2%) 11 (2.2%) block in Hash#transform_keys
30 (6.1%) 7 (1.4%) Hash#stringify_keys
```
Benchmark Script:
```
begin
require 'bundler/inline'
rescue LoadError => e
$stderr.puts 'Bundler version 1.10 or later is required. Please update your Bundler'
raise e
end
gemfile(true) do
source 'https://rubygems.org'
gem 'rails', path: '~/rails' # master against ref "f1f0a3f8d99aef8aacfa81ceac3880dcac03ca06"
gem 'arel', github: 'rails/arel', branch: 'master'
gem 'rack', github: 'rack/rack', branch: 'master'
gem 'sass'
gem 'sprockets-rails', github: 'rails/sprockets-rails', branch: 'master'
gem 'sprockets', github: 'rails/sprockets', branch: 'master'
gem 'pg'
gem 'benchmark-ips'
end
require 'active_record'
require 'benchmark/ips'
ActiveRecord::Base.establish_connection('postgres://postgres@localhost:5432/rubybench')
ActiveRecord::Migration.verbose = false
ActiveRecord::Schema.define do
create_table :users, force: true do |t|
t.string :name, :email
t.timestamps null: false
end
end
class User < ActiveRecord::Base; end
attributes = {
name: "Lorem ipsum dolor sit amet, consectetur adipiscing elit.",
email: "foobar@email.com",
}
1000.times { User.create!(attributes) }
Benchmark.ips(5, 3) do |x|
x.report('where with hash') { User.where(name: "Lorem ipsum dolor sit amet, consectetur adipiscing elit.") }
x.report('where with string') { User.where("users.name = ?", "Lorem ipsum dolor sit amet, consectetur adipiscing elit.") }
x.compare!
end
key =
if RUBY_VERSION < '2.2'
:total_allocated_object
else
:total_allocated_objects
end
before = GC.stat[key]
User.where(name: "Lorem ipsum dolor sit amet, consectetur adipiscing elit.")
after = GC.stat[key]
puts "Total Allocated Object: #{after - before}"
```
Before:
```
Calculating -------------------------------------
where with hash 2.796k i/100ms
where with string 4.338k i/100ms
-------------------------------------------------
where with hash 29.177k (± 1.5%) i/s - 148.188k
where with string 47.419k (± 2.8%) i/s - 238.590k
Comparison:
where with string: 47419.0 i/s
where with hash: 29176.6 i/s - 1.63x slower
Total Allocated Object: 85
```
After:
```
Calculating -------------------------------------
where with hash 2.895k i/100ms
where with string 4.416k i/100ms
-------------------------------------------------
where with hash 30.758k (± 2.0%) i/s - 156.330k
where with string 47.708k (± 2.6%) i/s - 238.464k
Comparison:
where with string: 47707.9 i/s
where with hash: 30757.7 i/s - 1.55x slower
Total Allocated Object: 84
```
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While we query the proper columns, we go through normal handling for
converting the value to a primitive which assumes it should use the
table's primary key. If the association specifies a different value (and
we know that we're working with an association), we should use the
custom primary key instead.
Fixes #18813.
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These requires were added only to change deprecation message
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This API will require much less consuming code to change to accomodate
the removal of automatic type casting from Arel. As long as the
predicates are constructed using the `arel_table` off of an AR subclass,
there will be no changes that need to happen.
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Part of a larger refactoring to remove type casting from Arel.
/cc @mrgilman
[Sean Griffin & Melanie Gilman]
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A custom object is required for this, as you cannot build a range
object out of `Arel::Nodes::Quoted` objects. Depends on the changes
introduced in
https://github.com/rails/arel/commit/cf03bd45e39def057a2f63e42a3391b7d750dece
/cc @mrgilman
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As part of the larger refactoring to remove type casting from Arel, we
need to do the casting of values eagerly. The predicate builder is the
closest place that knows about the Active Record class, and can
therefore have the type information.
/cc @mrgilman
[Sean Griffin & Melanie Gilman]
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This class cares far too much about the internals of other parts of
Active Record. This is an attempt to break out a meaningful object which
represents the needs of the predicate builder. I'm not fully satisfied
with the name, but the general concept is an object which represents a
table, the associations to/from that table, and the types associated
with it. Many of these exist at the `ActiveRecord::Base` class level,
not as properties of the table itself, hence the need for another
object. Currently it provides these by holding a reference to the class,
but that will likely change in the future. This allows the predicate
builder to remain wholy concerned with building predicates.
/cc @mrgilman
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I'm attempting to remove `klass` as a dependency of the predicate
builder, in favor of an object that better represents what we're using
it for. The only part of this which doesn't fit nicely into that picture
is the check for an association being polymorphic. Since I'm not yet
sure what that is going to look like, I've moved this logic into another
class in an attempt to separate things that will change from things that
won't.
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This reduces the number of places which will need to care about single
value or range specific logic as we introduce type casting. The array
handler is only responsible for producing `in` statements.
/cc @mrgilman
[Sean Griffin & Melanie Gilman]
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This will allow us to pass the predicate builder into the constructor of
these handlers. The procs had to be changed to objects, because the
`PredicateBuilder` needs to be marshalable. If we ever decide to make
`register_handler` part of the public API, we should come up with a
better solution which allows procs.
/cc @mrgilman
[Sean Griffin & Melanie Gilman]
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We're accidentally documenting `PredicateBuilder` and `ArrayHandler`
since there's a constant which is missing `# :nodoc:`
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