Andreas/tracks
1
0
Fork 0
mirror of https://github.com/TracksApp/tracks.git synced 2026-02-22 07:04:09 +01:00
Code Issues Projects Releases Packages Wiki Activity Actions

unfreeze rails 2.3.9

Browse source
This commit is contained in:
Reinier Balt 2011-02-04 16:35:00 +01:00
parent 6443adac78
commit dea6dbe4da
1916 changed files with 0 additions and 240923 deletions
Download patch file Download diff file Expand all files Collapse all files

5898
vendor/rails/activerecord/CHANGELOG vendored
View file

File diff suppressed because it is too large Load diff

20
vendor/rails/activerecord/MIT-LICENSE vendored
View file

@ -1,20 +0,0 @@
Copyright (c) 2004-2010 David Heinemeier Hansson
Permission is hereby granted, free of charge, to any person obtaining
a copy of this software and associated documentation files (the
"Software"), to deal in the Software without restriction, including
without limitation the rights to use, copy, modify, merge, publish,
distribute, sublicense, and/or sell copies of the Software, and to
permit persons to whom the Software is furnished to do so, subject to
the following conditions:
The above copyright notice and this permission notice shall be
included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE
LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION
OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION
WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

351
vendor/rails/activerecord/README vendored
View file

@ -1,351 +0,0 @@
= Active Record -- Object-relation mapping put on rails
Active Record connects business objects and database tables to create a persistable
domain model where logic and data are presented in one wrapping. It's an implementation
of the object-relational mapping (ORM) pattern[http://www.martinfowler.com/eaaCatalog/activeRecord.html]
by the same name as described by Martin Fowler:
"An object that wraps a row in a database table or view, encapsulates
the database access, and adds domain logic on that data."
Active Record's main contribution to the pattern is to relieve the original of two stunting problems:
lack of associations and inheritance. By adding a simple domain language-like set of macros to describe
the former and integrating the Single Table Inheritance pattern for the latter, Active Record narrows the
gap of functionality between the data mapper and active record approach.
A short rundown of the major features:
* Automated mapping between classes and tables, attributes and columns.
class Product < ActiveRecord::Base; end
...is automatically mapped to the table named "products", such as:
CREATE TABLE products (
id int(11) NOT NULL auto_increment,
name varchar(255),
PRIMARY KEY (id)
);
...which again gives Product#name and Product#name=(new_name)
{Learn more}[link:classes/ActiveRecord/Base.html]
* Associations between objects controlled by simple meta-programming macros.
class Firm < ActiveRecord::Base
has_many :clients
has_one :account
belongs_to :conglomorate
end
{Learn more}[link:classes/ActiveRecord/Associations/ClassMethods.html]
* Aggregations of value objects controlled by simple meta-programming macros.
class Account < ActiveRecord::Base
composed_of :balance, :class_name => "Money",
:mapping => %w(balance amount)
composed_of :address,
:mapping => [%w(address_street street), %w(address_city city)]
end
{Learn more}[link:classes/ActiveRecord/Aggregations/ClassMethods.html]
* Validation rules that can differ for new or existing objects.
class Account < ActiveRecord::Base
validates_presence_of :subdomain, :name, :email_address, :password
validates_uniqueness_of :subdomain
validates_acceptance_of :terms_of_service, :on => :create
validates_confirmation_of :password, :email_address, :on => :create
end
{Learn more}[link:classes/ActiveRecord/Validations.html]
* Callbacks as methods or queues on the entire lifecycle (instantiation, saving, destroying, validating, etc).
class Person < ActiveRecord::Base
def before_destroy # is called just before Person#destroy
CreditCard.find(credit_card_id).destroy
end
end
class Account < ActiveRecord::Base
after_find :eager_load, 'self.class.announce(#{id})'
end
{Learn more}[link:classes/ActiveRecord/Callbacks.html]
* Observers for the entire lifecycle
class CommentObserver < ActiveRecord::Observer
def after_create(comment) # is called just after Comment#save
Notifications.deliver_new_comment("david@loudthinking.com", comment)
end
end
{Learn more}[link:classes/ActiveRecord/Observer.html]
* Inheritance hierarchies
class Company < ActiveRecord::Base; end
class Firm < Company; end
class Client < Company; end
class PriorityClient < Client; end
{Learn more}[link:classes/ActiveRecord/Base.html]
* Transactions
# Database transaction
Account.transaction do
david.withdrawal(100)
mary.deposit(100)
end
{Learn more}[link:classes/ActiveRecord/Transactions/ClassMethods.html]
* Reflections on columns, associations, and aggregations
reflection = Firm.reflect_on_association(:clients)
reflection.klass # => Client (class)
Firm.columns # Returns an array of column descriptors for the firms table
{Learn more}[link:classes/ActiveRecord/Reflection/ClassMethods.html]
* Direct manipulation (instead of service invocation)
So instead of (Hibernate[http://www.hibernate.org/] example):
long pkId = 1234;
DomesticCat pk = (DomesticCat) sess.load( Cat.class, new Long(pkId) );
// something interesting involving a cat...
sess.save(cat);
sess.flush(); // force the SQL INSERT
Active Record lets you:
pkId = 1234
cat = Cat.find(pkId)
# something even more interesting involving the same cat...
cat.save
{Learn more}[link:classes/ActiveRecord/Base.html]
* Database abstraction through simple adapters (~100 lines) with a shared connector
ActiveRecord::Base.establish_connection(:adapter => "sqlite", :database => "dbfile")
ActiveRecord::Base.establish_connection(
:adapter => "mysql",
:host => "localhost",
:username => "me",
:password => "secret",
:database => "activerecord"
)
{Learn more}[link:classes/ActiveRecord/Base.html#M000081] and read about the built-in support for
MySQL[link:classes/ActiveRecord/ConnectionAdapters/MysqlAdapter.html], PostgreSQL[link:classes/ActiveRecord/ConnectionAdapters/PostgreSQLAdapter.html], SQLite[link:classes/ActiveRecord/ConnectionAdapters/SQLiteAdapter.html], Oracle[link:classes/ActiveRecord/ConnectionAdapters/OracleAdapter.html], SQLServer[link:classes/ActiveRecord/ConnectionAdapters/SQLServerAdapter.html], and DB2[link:classes/ActiveRecord/ConnectionAdapters/DB2Adapter.html].
* Logging support for Log4r[http://log4r.sourceforge.net] and Logger[http://www.ruby-doc.org/stdlib/libdoc/logger/rdoc]
ActiveRecord::Base.logger = Logger.new(STDOUT)
ActiveRecord::Base.logger = Log4r::Logger.new("Application Log")
* Database agnostic schema management with Migrations
class AddSystemSettings < ActiveRecord::Migration
def self.up
create_table :system_settings do |t|
t.string :name
t.string :label
t.text :value
t.string :type
t.integer :position
end
SystemSetting.create :name => "notice", :label => "Use notice?", :value => 1
end
def self.down
drop_table :system_settings
end
end
{Learn more}[link:classes/ActiveRecord/Migration.html]
== Simple example (1/2): Defining tables and classes (using MySQL)
Data definitions are specified only in the database. Active Record queries the database for
the column names (that then serves to determine which attributes are valid) on regular
object instantiation through the new constructor and relies on the column names in the rows
with the finders.
# CREATE TABLE companies (
# id int(11) unsigned NOT NULL auto_increment,
# client_of int(11),
# name varchar(255),
# type varchar(100),
# PRIMARY KEY (id)
# )
Active Record automatically links the "Company" object to the "companies" table
class Company < ActiveRecord::Base
has_many :people, :class_name => "Person"
end
class Firm < Company
has_many :clients
def people_with_all_clients
clients.inject([]) { |people, client| people + client.people }
end
end
The foreign_key is only necessary because we didn't use "firm_id" in the data definition
class Client < Company
belongs_to :firm, :foreign_key => "client_of"
end
# CREATE TABLE people (
# id int(11) unsigned NOT NULL auto_increment,
# name text,
# company_id text,
# PRIMARY KEY (id)
# )
Active Record will also automatically link the "Person" object to the "people" table
class Person < ActiveRecord::Base
belongs_to :company
end
== Simple example (2/2): Using the domain
Picking a database connection for all the Active Records
ActiveRecord::Base.establish_connection(
:adapter => "mysql",
:host => "localhost",
:username => "me",
:password => "secret",
:database => "activerecord"
)
Create some fixtures
firm = Firm.new("name" => "Next Angle")
# SQL: INSERT INTO companies (name, type) VALUES("Next Angle", "Firm")
firm.save
client = Client.new("name" => "37signals", "client_of" => firm.id)
# SQL: INSERT INTO companies (name, client_of, type) VALUES("37signals", 1, "Firm")
client.save
Lots of different finders
# SQL: SELECT * FROM companies WHERE id = 1
next_angle = Company.find(1)
# SQL: SELECT * FROM companies WHERE id = 1 AND type = 'Firm'
next_angle = Firm.find(1)
# SQL: SELECT * FROM companies WHERE id = 1 AND name = 'Next Angle'
next_angle = Company.find(:first, :conditions => "name = 'Next Angle'")
next_angle = Firm.find_by_sql("SELECT * FROM companies WHERE id = 1").first
The supertype, Company, will return subtype instances
Firm === next_angle
All the dynamic methods added by the has_many macro
next_angle.clients.empty? # true
next_angle.clients.size # total number of clients
all_clients = next_angle.clients
Constrained finds makes access security easier when ID comes from a web-app
# SQL: SELECT * FROM companies WHERE client_of = 1 AND type = 'Client' AND id = 2
thirty_seven_signals = next_angle.clients.find(2)
Bi-directional associations thanks to the "belongs_to" macro
thirty_seven_signals.firm.nil? # true
== Philosophy
Active Record attempts to provide a coherent wrapper as a solution for the inconvenience that is
object-relational mapping. The prime directive for this mapping has been to minimize
the amount of code needed to build a real-world domain model. This is made possible
by relying on a number of conventions that make it easy for Active Record to infer
complex relations and structures from a minimal amount of explicit direction.
Convention over Configuration:
* No XML-files!
* Lots of reflection and run-time extension
* Magic is not inherently a bad word
Admit the Database:
* Lets you drop down to SQL for odd cases and performance
* Doesn't attempt to duplicate or replace data definitions
== Download
The latest version of Active Record can be found at
* http://rubyforge.org/project/showfiles.php?group_id=182
Documentation can be found at
* http://ar.rubyonrails.com
== Installation
The prefered method of installing Active Record is through its GEM file. You'll need to have
RubyGems[http://rubygems.rubyforge.org/wiki/wiki.pl] installed for that, though. If you have,
then use:
% [sudo] gem install activerecord-1.10.0.gem
You can also install Active Record the old-fashioned way with the following command:
% [sudo] ruby install.rb
from its distribution directory.
== License
Active Record is released under the MIT license.
== Support
The Active Record homepage is http://www.rubyonrails.com. You can find the Active Record
RubyForge page at http://rubyforge.org/projects/activerecord. And as Jim from Rake says:
Feel free to submit commits or feature requests. If you send a patch,
remember to update the corresponding unit tests. If fact, I prefer
new feature to be submitted in the form of new unit tests.
For other information, feel free to ask on the rubyonrails-talk
(http://groups.google.com/group/rubyonrails-talk) mailing list.

36
vendor/rails/activerecord/RUNNING_UNIT_TESTS vendored
View file

@ -1,36 +0,0 @@
== Creating the test database
The default names for the test databases are "activerecord_unittest" and
"activerecord_unittest2". If you want to use another database name then be sure
to update the connection adapter setups you want to test with in
test/connections/<your database>/connection.rb.
When you have the database online, you can import the fixture tables with
the test/schema/*.sql files.
Make sure that you create database objects with the same user that you specified in
connection.rb otherwise (on Postgres, at least) tests for default values will fail.
== Running with Rake
The easiest way to run the unit tests is through Rake. The default task runs
the entire test suite for all the adapters. You can also run the suite on just
one adapter by using the tasks test_mysql, test_sqlite, test_postgresql or any
of the other test_ tasks. For more information, checkout the full array of rake
tasks with "rake -T"
Rake can be found at http://rake.rubyforge.org
== Running by hand
Unit tests are located in test/cases directory. If you only want to run a single test suite,
you can do so with:
rake test_mysql TEST=test/cases/base_test.rb
That'll run the base suite using the MySQL-Ruby adapter. Some tests rely on the schema
being initialized - you can initialize the schema with:
rake test_mysql TEST=test/cases/aaa_create_tables_test.rb

270
vendor/rails/activerecord/Rakefile vendored
View file

@ -1,270 +0,0 @@
require 'rubygems'
require 'rake'
require 'rake/testtask'
require 'rake/rdoctask'
require 'rake/packagetask'
require 'rake/gempackagetask'
require File.join(File.dirname(__FILE__), 'lib', 'active_record', 'version')
require File.expand_path(File.dirname(__FILE__)) + "/test/config"
PKG_BUILD = ENV['PKG_BUILD'] ? '.' + ENV['PKG_BUILD'] : ''
PKG_NAME = 'activerecord'
PKG_VERSION = ActiveRecord::VERSION::STRING + PKG_BUILD
PKG_FILE_NAME = "#{PKG_NAME}-#{PKG_VERSION}"
RELEASE_NAME = "REL #{PKG_VERSION}"
RUBY_FORGE_PROJECT = "activerecord"
RUBY_FORGE_USER = "webster132"
MYSQL_DB_USER = 'rails'
PKG_FILES = FileList[
"lib/**/*", "test/**/*", "examples/**/*", "doc/**/*", "[A-Z]*", "install.rb", "Rakefile"
].exclude(/\bCVS\b|~$/)
def run_without_aborting(*tasks)
errors = []
tasks.each do |task|
begin
Rake::Task[task].invoke
rescue Exception
errors << task
end
end
abort "Errors running #{errors.join(', ')}" if errors.any?
end
desc 'Run mysql, sqlite, and postgresql tests by default'
task :default => :test
desc 'Run mysql, sqlite, and postgresql tests'
task :test do
tasks = defined?(JRUBY_VERSION) ?
%w(test_jdbcmysql test_jdbcsqlite3 test_jdbcpostgresql) :
%w(test_mysql test_sqlite3 test_postgresql)
run_without_aborting(*tasks)
end
for adapter in %w( mysql postgresql sqlite sqlite3 firebird db2 oracle sybase openbase frontbase jdbcmysql jdbcpostgresql jdbcsqlite3 jdbcderby jdbch2 jdbchsqldb )
Rake::TestTask.new("test_#{adapter}") { |t|
if adapter =~ /jdbc/
t.libs << "test" << "test/connections/jdbc_#{adapter}"
else
t.libs << "test" << "test/connections/native_#{adapter}"
end
adapter_short = adapter == 'db2' ? adapter : adapter[/^[a-z]+/]
t.test_files=Dir.glob( "test/cases/**/*_test{,_#{adapter_short}}.rb" ).sort
t.verbose = true
}
namespace adapter do
task :test => "test_#{adapter}"
end
end
namespace :mysql do
desc 'Build the MySQL test databases'
task :build_databases do
%x( echo "create DATABASE activerecord_unittest DEFAULT CHARACTER SET utf8 DEFAULT COLLATE utf8_unicode_ci " | mysql --user=#{MYSQL_DB_USER})
%x( echo "create DATABASE activerecord_unittest2 DEFAULT CHARACTER SET utf8 DEFAULT COLLATE utf8_unicode_ci " | mysql --user=#{MYSQL_DB_USER})
end
desc 'Drop the MySQL test databases'
task :drop_databases do
%x( mysqladmin --user=#{MYSQL_DB_USER} -f drop activerecord_unittest )
%x( mysqladmin --user=#{MYSQL_DB_USER} -f drop activerecord_unittest2 )
end
desc 'Rebuild the MySQL test databases'
task :rebuild_databases => [:drop_databases, :build_databases]
end
task :build_mysql_databases => 'mysql:build_databases'
task :drop_mysql_databases => 'mysql:drop_databases'
task :rebuild_mysql_databases => 'mysql:rebuild_databases'
namespace :postgresql do
desc 'Build the PostgreSQL test databases'
task :build_databases do
%x( createdb -E UTF8 activerecord_unittest )
%x( createdb -E UTF8 activerecord_unittest2 )
end
desc 'Drop the PostgreSQL test databases'
task :drop_databases do
%x( dropdb activerecord_unittest )
%x( dropdb activerecord_unittest2 )
end
desc 'Rebuild the PostgreSQL test databases'
task :rebuild_databases => [:drop_databases, :build_databases]
end
task :build_postgresql_databases => 'postgresql:build_databases'
task :drop_postgresql_databases => 'postgresql:drop_databases'
task :rebuild_postgresql_databases => 'postgresql:rebuild_databases'
namespace :frontbase do
desc 'Build the FrontBase test databases'
task :build_databases => :rebuild_frontbase_databases
desc 'Rebuild the FrontBase test databases'
task :rebuild_databases do
build_frontbase_database = Proc.new do |db_name, sql_definition_file|
%(
STOP DATABASE #{db_name};
DELETE DATABASE #{db_name};
CREATE DATABASE #{db_name};
CONNECT TO #{db_name} AS SESSION_NAME USER _SYSTEM;
SET COMMIT FALSE;
CREATE USER RAILS;
CREATE SCHEMA RAILS AUTHORIZATION RAILS;
COMMIT;
SET SESSION AUTHORIZATION RAILS;
SCRIPT '#{sql_definition_file}';
COMMIT;
DISCONNECT ALL;
)
end
create_activerecord_unittest = build_frontbase_database['activerecord_unittest', File.join(SCHEMA_ROOT, 'frontbase.sql')]
create_activerecord_unittest2 = build_frontbase_database['activerecord_unittest2', File.join(SCHEMA_ROOT, 'frontbase2.sql')]
execute_frontbase_sql = Proc.new do |sql|
system(<<-SHELL)
/Library/FrontBase/bin/sql92 <<-SQL
#{sql}
SQL
SHELL
end
execute_frontbase_sql[create_activerecord_unittest]
execute_frontbase_sql[create_activerecord_unittest2]
end
end
task :build_frontbase_databases => 'frontbase:build_databases'
task :rebuild_frontbase_databases => 'frontbase:rebuild_databases'
# Generate the RDoc documentation
Rake::RDocTask.new { |rdoc|
rdoc.rdoc_dir = 'doc'
rdoc.title = "Active Record -- Object-relation mapping put on rails"
rdoc.options << '--line-numbers' << '--inline-source' << '-A cattr_accessor=object'
rdoc.options << '--charset' << 'utf-8'
rdoc.template = ENV['template'] ? "#{ENV['template']}.rb" : '../doc/template/horo'
rdoc.rdoc_files.include('README', 'RUNNING_UNIT_TESTS', 'CHANGELOG')
rdoc.rdoc_files.include('lib/**/*.rb')
rdoc.rdoc_files.exclude('lib/active_record/vendor/*')
rdoc.rdoc_files.include('dev-utils/*.rb')
}
# Enhance rdoc task to copy referenced images also
task :rdoc do
FileUtils.mkdir_p "doc/files/examples/"
FileUtils.copy "examples/associations.png", "doc/files/examples/associations.png"
end
# Create compressed packages
dist_dirs = [ "lib", "test", "examples" ]
spec = Gem::Specification.new do |s|
s.platform = Gem::Platform::RUBY
s.name = PKG_NAME
s.version = PKG_VERSION
s.summary = "Implements the ActiveRecord pattern for ORM."
s.description = %q{Implements the ActiveRecord pattern (Fowler, PoEAA) for ORM. It ties database tables and classes together for business objects, like Customer or Subscription, that can find, save, and destroy themselves without resorting to manual SQL.}
s.files = [ "Rakefile", "install.rb", "README", "RUNNING_UNIT_TESTS", "CHANGELOG" ]
dist_dirs.each do |dir|
s.files = s.files + Dir.glob( "#{dir}/**/*" ).delete_if { |item| item.include?( "\.svn" ) }
end
s.add_dependency('activesupport', '= 2.3.9' + PKG_BUILD)
s.files.delete FIXTURES_ROOT + "/fixture_database.sqlite"
s.files.delete FIXTURES_ROOT + "/fixture_database_2.sqlite"
s.files.delete FIXTURES_ROOT + "/fixture_database.sqlite3"
s.files.delete FIXTURES_ROOT + "/fixture_database_2.sqlite3"
s.require_path = 'lib'
s.autorequire = 'active_record'
s.has_rdoc = true
s.extra_rdoc_files = %w( README )
s.rdoc_options.concat ['--main', 'README']
s.author = "David Heinemeier Hansson"
s.email = "david@loudthinking.com"
s.homepage = "http://www.rubyonrails.org"
s.rubyforge_project = "activerecord"
end
Rake::GemPackageTask.new(spec) do |p|
p.gem_spec = spec
p.need_tar = true
p.need_zip = true
end
task :lines do
lines, codelines, total_lines, total_codelines = 0, 0, 0, 0
for file_name in FileList["lib/active_record/**/*.rb"]
next if file_name =~ /vendor/
f = File.open(file_name)
while line = f.gets
lines += 1
next if line =~ /^\s*$/
next if line =~ /^\s*#/
codelines += 1
end
puts "L: #{sprintf("%4d", lines)}, LOC #{sprintf("%4d", codelines)} | #{file_name}"
total_lines += lines
total_codelines += codelines
lines, codelines = 0, 0
end
puts "Total: Lines #{total_lines}, LOC #{total_codelines}"
end
# Publishing ------------------------------------------------------
desc "Publish the beta gem"
task :pgem => [:package] do
require 'rake/contrib/sshpublisher'
Rake::SshFilePublisher.new("gems.rubyonrails.org", "/u/sites/gems/gems", "pkg", "#{PKG_FILE_NAME}.gem").upload
`ssh gems.rubyonrails.org '/u/sites/gems/gemupdate.sh'`
end
desc "Publish the API documentation"
task :pdoc => [:rdoc] do
require 'rake/contrib/sshpublisher'
Rake::SshDirPublisher.new("wrath.rubyonrails.org", "public_html/ar", "doc").upload
end
desc "Publish the release files to RubyForge."
task :release => [ :package ] do
require 'rubyforge'
require 'rake/contrib/rubyforgepublisher'
packages = %w( gem tgz zip ).collect{ |ext| "pkg/#{PKG_NAME}-#{PKG_VERSION}.#{ext}" }
rubyforge = RubyForge.new
rubyforge.login
rubyforge.add_release(PKG_NAME, PKG_NAME, "REL #{PKG_VERSION}", *packages)
end

1
vendor/rails/activerecord/examples/.gitignore vendored
View file

@ -1 +0,0 @@
performance.sql

BIN
vendor/rails/activerecord/examples/associations.png vendored
View file

Binary file not shown.
Side by side

Before

Width:  |  Height:  |  Size: 40 KiB

164
vendor/rails/activerecord/examples/performance.rb vendored
View file

@ -1,164 +0,0 @@
#!/usr/bin/env ruby -KU
TIMES = (ENV['N'] || 10000).to_i
require 'rubygems'
gem 'addressable', '~>2.0'
gem 'faker', '~>0.3.1'
gem 'rbench', '~>0.2.3'
require 'addressable/uri'
require 'faker'
require 'rbench'
__DIR__ = File.dirname(__FILE__)
$:.unshift "#{__DIR__}/../lib"
$:.unshift "#{__DIR__}/../../activesupport/lib"
require 'active_record'
conn = { :adapter => 'mysql',
:database => 'activerecord_unittest',
:username => 'rails', :password => '',
:encoding => 'utf8' }
conn[:socket] = Pathname.glob(%w[
/opt/local/var/run/mysql5/mysqld.sock
/tmp/mysqld.sock
/tmp/mysql.sock
/var/mysql/mysql.sock
/var/run/mysqld/mysqld.sock
]).find { |path| path.socket? }
ActiveRecord::Base.establish_connection(conn)
class User < ActiveRecord::Base
connection.create_table :users, :force => true do |t|
t.string :name, :email
t.timestamps
end
has_many :exhibits
end
class Exhibit < ActiveRecord::Base
connection.create_table :exhibits, :force => true do |t|
t.belongs_to :user
t.string :name
t.text :notes
t.timestamps
end
belongs_to :user
def look; attributes end
def feel; look; user.name end
def self.look(exhibits) exhibits.each { |e| e.look } end
def self.feel(exhibits) exhibits.each { |e| e.feel } end
end
sqlfile = "#{__DIR__}/performance.sql"
if File.exists?(sqlfile)
mysql_bin = %w[mysql mysql5].select { |bin| `which #{bin}`.length > 0 }
`#{mysql_bin} -u #{conn[:username]} #{"-p#{conn[:password]}" unless conn[:password].blank?} #{conn[:database]} < #{sqlfile}`
else
puts 'Generating data...'
# pre-compute the insert statements and fake data compilation,
# so the benchmarks below show the actual runtime for the execute
# method, minus the setup steps
# Using the same paragraph for all exhibits because it is very slow
# to generate unique paragraphs for all exhibits.
notes = Faker::Lorem.paragraphs.join($/)
today = Date.today
puts 'Inserting 10,000 users and exhibits...'
10_000.times do
user = User.create(
:created_at => today,
:name => Faker::Name.name,
:email => Faker::Internet.email
)
Exhibit.create(
:created_at => today,
:name => Faker::Company.name,
:user => user,
:notes => notes
)
end
mysqldump_bin = %w[mysqldump mysqldump5].select { |bin| `which #{bin}`.length > 0 }
`#{mysqldump_bin} -u #{conn[:username]} #{"-p#{conn[:password]}" unless conn[:password].blank?} #{conn[:database]} exhibits users > #{sqlfile}`
end
RBench.run(TIMES) do
column :times
column :ar
report 'Model#id', (TIMES * 100).ceil do
ar_obj = Exhibit.find(1)
ar { ar_obj.id }
end
report 'Model.new (instantiation)' do
ar { Exhibit.new }
end
report 'Model.new (setting attributes)' do
attrs = { :name => 'sam' }
ar { Exhibit.new(attrs) }
end
report 'Model.first' do
ar { Exhibit.first.look }
end
report 'Model.all limit(100)', (TIMES / 10).ceil do
ar { Exhibit.look Exhibit.all(:limit => 100) }
end
report 'Model.all limit(100) with relationship', (TIMES / 10).ceil do
ar { Exhibit.feel Exhibit.all(:limit => 100, :include => :user) }
end
report 'Model.all limit(10,000)', (TIMES / 1000).ceil do
ar { Exhibit.look Exhibit.all(:limit => 10000) }
end
exhibit = {
:name => Faker::Company.name,
:notes => Faker::Lorem.paragraphs.join($/),
:created_at => Date.today
}
report 'Model.create' do
ar { Exhibit.create(exhibit) }
end
report 'Resource#attributes=' do
attrs_first = { :name => 'sam' }
attrs_second = { :name => 'tom' }
ar { exhibit = Exhibit.new(attrs_first); exhibit.attributes = attrs_second }
end
report 'Resource#update' do
ar { Exhibit.first.update_attributes(:name => 'bob') }
end
report 'Resource#destroy' do
ar { Exhibit.first.destroy }
end
report 'Model.transaction' do
ar { Exhibit.transaction { Exhibit.new } }
end
summary 'Total'
end
ActiveRecord::Migration.drop_table "exhibits"
ActiveRecord::Migration.drop_table "users"

30
vendor/rails/activerecord/install.rb vendored
View file

@ -1,30 +0,0 @@
require 'rbconfig'
require 'find'
require 'ftools'
include Config
# this was adapted from rdoc's install.rb by ways of Log4r
$sitedir = CONFIG["sitelibdir"]
unless $sitedir
version = CONFIG["MAJOR"] + "." + CONFIG["MINOR"]
$libdir = File.join(CONFIG["libdir"], "ruby", version)
$sitedir = $:.find {|x| x =~ /site_ruby/ }
if !$sitedir
$sitedir = File.join($libdir, "site_ruby")
elsif $sitedir !~ Regexp.quote(version)
$sitedir = File.join($sitedir, version)
end
end
# the actual gruntwork
Dir.chdir("lib")
Find.find("active_record", "active_record.rb") { |f|
if f[-3..-1] == ".rb"
File::install(f, File.join($sitedir, *f.split(/\//)), 0644, true)
else
File::makedirs(File.join($sitedir, *f.split(/\//)))
end
}

83
vendor/rails/activerecord/lib/active_record.rb vendored
View file

@ -1,83 +0,0 @@
#--
# Copyright (c) 2004-2010 David Heinemeier Hansson
#
# Permission is hereby granted, free of charge, to any person obtaining
# a copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to
# permit persons to whom the Software is furnished to do so, subject to
# the following conditions:
#
# The above copyright notice and this permission notice shall be
# included in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
# EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
# NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE
# LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION
# OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION
# WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
#++
begin
require 'active_support'
rescue LoadError
activesupport_path = "#{File.dirname(__FILE__)}/../../activesupport/lib"
if File.directory?(activesupport_path)
$:.unshift activesupport_path
require 'active_support'
end
end
module ActiveRecord
# TODO: Review explicit loads to see if they will automatically be handled by the initilizer.
def self.load_all!
[Base, DynamicFinderMatch, ConnectionAdapters::AbstractAdapter]
end
autoload :VERSION, 'active_record/version'
autoload :ActiveRecordError, 'active_record/base'
autoload :ConnectionNotEstablished, 'active_record/base'
autoload :Aggregations, 'active_record/aggregations'
autoload :AssociationPreload, 'active_record/association_preload'
autoload :Associations, 'active_record/associations'
autoload :AttributeMethods, 'active_record/attribute_methods'
autoload :AutosaveAssociation, 'active_record/autosave_association'
autoload :Base, 'active_record/base'
autoload :Batches, 'active_record/batches'
autoload :Calculations, 'active_record/calculations'
autoload :Callbacks, 'active_record/callbacks'
autoload :Dirty, 'active_record/dirty'
autoload :DynamicFinderMatch, 'active_record/dynamic_finder_match'
autoload :DynamicScopeMatch, 'active_record/dynamic_scope_match'
autoload :Migration, 'active_record/migration'
autoload :Migrator, 'active_record/migration'
autoload :NamedScope, 'active_record/named_scope'
autoload :NestedAttributes, 'active_record/nested_attributes'
autoload :Observing, 'active_record/observer'
autoload :QueryCache, 'active_record/query_cache'
autoload :Reflection, 'active_record/reflection'
autoload :Schema, 'active_record/schema'
autoload :SchemaDumper, 'active_record/schema_dumper'
autoload :Serialization, 'active_record/serialization'
autoload :SessionStore, 'active_record/session_store'
autoload :TestCase, 'active_record/test_case'
autoload :Timestamp, 'active_record/timestamp'
autoload :Transactions, 'active_record/transactions'
autoload :Validations, 'active_record/validations'
module Locking
autoload :Optimistic, 'active_record/locking/optimistic'
autoload :Pessimistic, 'active_record/locking/pessimistic'
end
module ConnectionAdapters
autoload :AbstractAdapter, 'active_record/connection_adapters/abstract_adapter'
end
end
I18n.load_path << File.dirname(__FILE__) + '/active_record/locale/en.yml'

261
vendor/rails/activerecord/lib/active_record/aggregations.rb vendored
View file

@ -1,261 +0,0 @@
module ActiveRecord
module Aggregations # :nodoc:
def self.included(base)
base.extend(ClassMethods)
end
def clear_aggregation_cache #:nodoc:
self.class.reflect_on_all_aggregations.to_a.each do |assoc|
instance_variable_set "@#{assoc.name}", nil
end unless self.new_record?
end
# Active Record implements aggregation through a macro-like class method called +composed_of+ for representing attributes
# as value objects. It expresses relationships like "Account [is] composed of Money [among other things]" or "Person [is]
# composed of [an] address". Each call to the macro adds a description of how the value objects are created from the
# attributes of the entity object (when the entity is initialized either as a new object or from finding an existing object)
# and how it can be turned back into attributes (when the entity is saved to the database). Example:
#
# class Customer < ActiveRecord::Base
# composed_of :balance, :class_name => "Money", :mapping => %w(balance amount)
# composed_of :address, :mapping => [ %w(address_street street), %w(address_city city) ]
# end
#
# The customer class now has the following methods to manipulate the value objects:
# * <tt>Customer#balance, Customer#balance=(money)</tt>
# * <tt>Customer#address, Customer#address=(address)</tt>
#
# These methods will operate with value objects like the ones described below:
#
# class Money
# include Comparable
# attr_reader :amount, :currency
# EXCHANGE_RATES = { "USD_TO_DKK" => 6 }
#
# def initialize(amount, currency = "USD")
# @amount, @currency = amount, currency
# end
#
# def exchange_to(other_currency)
# exchanged_amount = (amount * EXCHANGE_RATES["#{currency}_TO_#{other_currency}"]).floor
# Money.new(exchanged_amount, other_currency)
# end
#
# def ==(other_money)
# amount == other_money.amount && currency == other_money.currency
# end
#
# def <=>(other_money)
# if currency == other_money.currency
# amount <=> amount
# else
# amount <=> other_money.exchange_to(currency).amount
# end
# end
# end
#
# class Address
# attr_reader :street, :city
# def initialize(street, city)
# @street, @city = street, city
# end
#
# def close_to?(other_address)
# city == other_address.city
# end
#
# def ==(other_address)
# city == other_address.city && street == other_address.street
# end
# end
#
# Now it's possible to access attributes from the database through the value objects instead. If you choose to name the
# composition the same as the attribute's name, it will be the only way to access that attribute. That's the case with our
# +balance+ attribute. You interact with the value objects just like you would any other attribute, though:
#
# customer.balance = Money.new(20) # sets the Money value object and the attribute
# customer.balance # => Money value object
# customer.balance.exchange_to("DKK") # => Money.new(120, "DKK")
# customer.balance > Money.new(10) # => true
# customer.balance == Money.new(20) # => true
# customer.balance < Money.new(5) # => false
#
# Value objects can also be composed of multiple attributes, such as the case of Address. The order of the mappings will
# determine the order of the parameters. Example:
#
# customer.address_street = "Hyancintvej"
# customer.address_city = "Copenhagen"
# customer.address # => Address.new("Hyancintvej", "Copenhagen")
# customer.address = Address.new("May Street", "Chicago")
# customer.address_street # => "May Street"
# customer.address_city # => "Chicago"
#
# == Writing value objects
#
# Value objects are immutable and interchangeable objects that represent a given value, such as a Money object representing
# $5. Two Money objects both representing $5 should be equal (through methods such as <tt>==</tt> and <tt><=></tt> from Comparable if ranking
# makes sense). This is unlike entity objects where equality is determined by identity. An entity class such as Customer can
# easily have two different objects that both have an address on Hyancintvej. Entity identity is determined by object or
# relational unique identifiers (such as primary keys). Normal ActiveRecord::Base classes are entity objects.
#
# It's also important to treat the value objects as immutable. Don't allow the Money object to have its amount changed after
# creation. Create a new Money object with the new value instead. This is exemplified by the Money#exchange_to method that
# returns a new value object instead of changing its own values. Active Record won't persist value objects that have been
# changed through means other than the writer method.
#
# The immutable requirement is enforced by Active Record by freezing any object assigned as a value object. Attempting to
# change it afterwards will result in a ActiveSupport::FrozenObjectError.
#
# Read more about value objects on http://c2.com/cgi/wiki?ValueObject and on the dangers of not keeping value objects
# immutable on http://c2.com/cgi/wiki?ValueObjectsShouldBeImmutable
#
# == Custom constructors and converters
#
# By default value objects are initialized by calling the <tt>new</tt> constructor of the value class passing each of the
# mapped attributes, in the order specified by the <tt>:mapping</tt> option, as arguments. If the value class doesn't support
# this convention then +composed_of+ allows a custom constructor to be specified.
#
# When a new value is assigned to the value object the default assumption is that the new value is an instance of the value
# class. Specifying a custom converter allows the new value to be automatically converted to an instance of value class if
# necessary.
#
# For example, the NetworkResource model has +network_address+ and +cidr_range+ attributes that should be aggregated using the
# NetAddr::CIDR value class (http://netaddr.rubyforge.org). The constructor for the value class is called +create+ and it
# expects a CIDR address string as a parameter. New values can be assigned to the value object using either another
# NetAddr::CIDR object, a string or an array. The <tt>:constructor</tt> and <tt>:converter</tt> options can be used to
# meet these requirements:
#
# class NetworkResource < ActiveRecord::Base
# composed_of :cidr,
# :class_name => 'NetAddr::CIDR',
# :mapping => [ %w(network_address network), %w(cidr_range bits) ],
# :allow_nil => true,
# :constructor => Proc.new { |network_address, cidr_range| NetAddr::CIDR.create("#{network_address}/#{cidr_range}") },
# :converter => Proc.new { |value| NetAddr::CIDR.create(value.is_a?(Array) ? value.join('/') : value) }
# end
#
# # This calls the :constructor
# network_resource = NetworkResource.new(:network_address => '192.168.0.1', :cidr_range => 24)
#
# # These assignments will both use the :converter
# network_resource.cidr = [ '192.168.2.1', 8 ]
# network_resource.cidr = '192.168.0.1/24'
#
# # This assignment won't use the :converter as the value is already an instance of the value class
# network_resource.cidr = NetAddr::CIDR.create('192.168.2.1/8')
#
# # Saving and then reloading will use the :constructor on reload
# network_resource.save
# network_resource.reload
#
# == Finding records by a value object
#
# Once a +composed_of+ relationship is specified for a model, records can be loaded from the database by specifying an instance
# of the value object in the conditions hash. The following example finds all customers with +balance_amount+ equal to 20 and
# +balance_currency+ equal to "USD":
#
# Customer.find(:all, :conditions => {:balance => Money.new(20, "USD")})
#
module ClassMethods
# Adds reader and writer methods for manipulating a value object:
# <tt>composed_of :address</tt> adds <tt>address</tt> and <tt>address=(new_address)</tt> methods.
#
# Options are:
# * <tt>:class_name</tt> - Specifies the class name of the association. Use it only if that name can't be inferred
# from the part id. So <tt>composed_of :address</tt> will by default be linked to the Address class, but
# if the real class name is CompanyAddress, you'll have to specify it with this option.
# * <tt>:mapping</tt> - Specifies the mapping of entity attributes to attributes of the value object. Each mapping
# is represented as an array where the first item is the name of the entity attribute and the second item is the
# name the attribute in the value object. The order in which mappings are defined determine the order in which
# attributes are sent to the value class constructor.
# * <tt>:allow_nil</tt> - Specifies that the value object will not be instantiated when all mapped
# attributes are +nil+. Setting the value object to +nil+ has the effect of writing +nil+ to all mapped attributes.
# This defaults to +false+.
# * <tt>:constructor</tt> - A symbol specifying the name of the constructor method or a Proc that is called to
# initialize the value object. The constructor is passed all of the mapped attributes, in the order that they
# are defined in the <tt>:mapping option</tt>, as arguments and uses them to instantiate a <tt>:class_name</tt> object.
# The default is <tt>:new</tt>.
# * <tt>:converter</tt> - A symbol specifying the name of a class method of <tt>:class_name</tt> or a Proc that is
# called when a new value is assigned to the value object. The converter is passed the single value that is used
# in the assignment and is only called if the new value is not an instance of <tt>:class_name</tt>.
#
# Option examples:
# composed_of :temperature, :mapping => %w(reading celsius)
# composed_of :balance, :class_name => "Money", :mapping => %w(balance amount), :converter => Proc.new { |balance| balance.to_money }
# composed_of :address, :mapping => [ %w(address_street street), %w(address_city city) ]
# composed_of :gps_location
# composed_of :gps_location, :allow_nil => true
# composed_of :ip_address,
# :class_name => 'IPAddr',
# :mapping => %w(ip to_i),
# :constructor => Proc.new { |ip| IPAddr.new(ip, Socket::AF_INET) },
# :converter => Proc.new { |ip| ip.is_a?(Integer) ? IPAddr.new(ip, Socket::AF_INET) : IPAddr.new(ip.to_s) }
#
def composed_of(part_id, options = {}, &block)
options.assert_valid_keys(:class_name, :mapping, :allow_nil, :constructor, :converter)
name = part_id.id2name
class_name = options[:class_name] || name.camelize
mapping = options[:mapping] || [ name, name ]
mapping = [ mapping ] unless mapping.first.is_a?(Array)
allow_nil = options[:allow_nil] || false
constructor = options[:constructor] || :new
converter = options[:converter] || block
ActiveSupport::Deprecation.warn('The conversion block has been deprecated, use the :converter option instead.', caller) if block_given?
reader_method(name, class_name, mapping, allow_nil, constructor)
writer_method(name, class_name, mapping, allow_nil, converter)
create_reflection(:composed_of, part_id, options, self)
end
private
def reader_method(name, class_name, mapping, allow_nil, constructor)
module_eval do
define_method(name) do |*args|
force_reload = args.first || false
if (instance_variable_get("@#{name}").nil? || force_reload) && (!allow_nil || mapping.any? {|pair| !read_attribute(pair.first).nil? })
attrs = mapping.collect {|pair| read_attribute(pair.first)}
object = case constructor
when Symbol
class_name.constantize.send(constructor, *attrs)
when Proc, Method
constructor.call(*attrs)
else
raise ArgumentError, 'Constructor must be a symbol denoting the constructor method to call or a Proc to be invoked.'
end
instance_variable_set("@#{name}", object)
end
instance_variable_get("@#{name}")
end
end
end
def writer_method(name, class_name, mapping, allow_nil, converter)
module_eval do
define_method("#{name}=") do |part|
if part.nil? && allow_nil
mapping.each { |pair| self[pair.first] = nil }
instance_variable_set("@#{name}", nil)
else
unless part.is_a?(class_name.constantize) || converter.nil?
part = case converter
when Symbol
class_name.constantize.send(converter, part)
when Proc, Method
converter.call(part)
else
raise ArgumentError, 'Converter must be a symbol denoting the converter method to call or a Proc to be invoked.'
end
end
mapping.each { |pair| self[pair.first] = part.send(pair.last) }
instance_variable_set("@#{name}", part.freeze)
end
end
end
end
end
end
end

406
vendor/rails/activerecord/lib/active_record/association_preload.rb vendored
View file

@ -1,406 +0,0 @@
module ActiveRecord
# See ActiveRecord::AssociationPreload::ClassMethods for documentation.
module AssociationPreload #:nodoc:
def self.included(base)
base.extend(ClassMethods)
end
# Implements the details of eager loading of ActiveRecord associations.
# Application developers should not use this module directly.
#
# ActiveRecord::Base is extended with this module. The source code in
# ActiveRecord::Base references methods defined in this module.
#
# Note that 'eager loading' and 'preloading' are actually the same thing.
# However, there are two different eager loading strategies.
#
# The first one is by using table joins. This was only strategy available
# prior to Rails 2.1. Suppose that you have an Author model with columns
# 'name' and 'age', and a Book model with columns 'name' and 'sales'. Using
# this strategy, ActiveRecord would try to retrieve all data for an author
# and all of its books via a single query:
#
# SELECT * FROM authors
# LEFT OUTER JOIN books ON authors.id = books.id
# WHERE authors.name = 'Ken Akamatsu'
#
# However, this could result in many rows that contain redundant data. After
# having received the first row, we already have enough data to instantiate
# the Author object. In all subsequent rows, only the data for the joined
# 'books' table is useful; the joined 'authors' data is just redundant, and
# processing this redundant data takes memory and CPU time. The problem
# quickly becomes worse and worse as the level of eager loading increases
# (i.e. if ActiveRecord is to eager load the associations' assocations as
# well).
#
# The second strategy is to use multiple database queries, one for each
# level of association. Since Rails 2.1, this is the default strategy. In
# situations where a table join is necessary (e.g. when the +:conditions+
# option references an association's column), it will fallback to the table
# join strategy.
#
# See also ActiveRecord::Associations::ClassMethods, which explains eager
# loading in a more high-level (application developer-friendly) manner.
module ClassMethods
protected
# Eager loads the named associations for the given ActiveRecord record(s).
#
# In this description, 'association name' shall refer to the name passed
# to an association creation method. For example, a model that specifies
# <tt>belongs_to :author</tt>, <tt>has_many :buyers</tt> has association
# names +:author+ and +:buyers+.
#
# == Parameters
# +records+ is an array of ActiveRecord::Base. This array needs not be flat,
# i.e. +records+ itself may also contain arrays of records. In any case,
# +preload_associations+ will preload the associations all records by
# flattening +records+.
#
# +associations+ specifies one or more associations that you want to
# preload. It may be:
# - a Symbol or a String which specifies a single association name. For
# example, specifiying +:books+ allows this method to preload all books
# for an Author.
# - an Array which specifies multiple association names. This array
# is processed recursively. For example, specifying <tt>[:avatar, :books]</tt>
# allows this method to preload an author's avatar as well as all of his
# books.
# - a Hash which specifies multiple association names, as well as
# association names for the to-be-preloaded association objects. For
# example, specifying <tt>{ :author => :avatar }</tt> will preload a
# book's author, as well as that author's avatar.
#
# +:associations+ has the same format as the +:include+ option for
# <tt>ActiveRecord::Base.find</tt>. So +associations+ could look like this:
#
# :books
# [ :books, :author ]
# { :author => :avatar }
# [ :books, { :author => :avatar } ]
#
# +preload_options+ contains options that will be passed to ActiveRecord#find
# (which is called under the hood for preloading records). But it is passed
# only one level deep in the +associations+ argument, i.e. it's not passed
# to the child associations when +associations+ is a Hash.
def preload_associations(records, associations, preload_options={})
records = [records].flatten.compact.uniq
return if records.empty?
case associations
when Array then associations.each {|association| preload_associations(records, association, preload_options)}
when Symbol, String then preload_one_association(records, associations.to_sym, preload_options)
when Hash then
associations.each do |parent, child|
raise "parent must be an association name" unless parent.is_a?(String) || parent.is_a?(Symbol)
preload_associations(records, parent, preload_options)
reflection = reflections[parent]
parents = records.map {|record| record.send(reflection.name)}.flatten.compact
unless parents.empty?
parents.first.class.preload_associations(parents, child)
end
end
end
end
private
# Preloads a specific named association for the given records. This is
# called by +preload_associations+ as its base case.
def preload_one_association(records, association, preload_options={})
class_to_reflection = {}
# Not all records have the same class, so group then preload
# group on the reflection itself so that if various subclass share the same association then we do not split them
# unnecessarily
records.group_by {|record| class_to_reflection[record.class] ||= record.class.reflections[association]}.each do |reflection, records|
raise ConfigurationError, "Association named '#{ association }' was not found; perhaps you misspelled it?" unless reflection
# 'reflection.macro' can return 'belongs_to', 'has_many', etc. Thus,
# the following could call 'preload_belongs_to_association',
# 'preload_has_many_association', etc.
send("preload_#{reflection.macro}_association", records, reflection, preload_options)
end
end
def add_preloaded_records_to_collection(parent_records, reflection_name, associated_record)
parent_records.each do |parent_record|
association_proxy = parent_record.send(reflection_name)
association_proxy.loaded
association_proxy.target.push(*[associated_record].flatten)
association_proxy.__send__(:set_inverse_instance, associated_record, parent_record)
end
end
def add_preloaded_record_to_collection(parent_records, reflection_name, associated_record)
parent_records.each do |parent_record|
parent_record.send("set_#{reflection_name}_target", associated_record)
end
end
def set_association_collection_records(id_to_record_map, reflection_name, associated_records, key)
associated_records.each do |associated_record|
mapped_records = id_to_record_map[associated_record[key].to_s]
add_preloaded_records_to_collection(mapped_records, reflection_name, associated_record)
end
end
def set_association_single_records(id_to_record_map, reflection_name, associated_records, key)
seen_keys = {}
associated_records.each do |associated_record|
#this is a has_one or belongs_to: there should only be one record.
#Unfortunately we can't (in portable way) ask the database for 'all records where foo_id in (x,y,z), but please
# only one row per distinct foo_id' so this where we enforce that
next if seen_keys[associated_record[key].to_s]
seen_keys[associated_record[key].to_s] = true
mapped_records = id_to_record_map[associated_record[key].to_s]
mapped_records.each do |mapped_record|
association_proxy = mapped_record.send("set_#{reflection_name}_target", associated_record)
association_proxy.__send__(:set_inverse_instance, associated_record, mapped_record)
end
end
id_to_record_map.each do |id, records|
next if seen_keys.include?(id.to_s)
records.each {|record| record.send("set_#{reflection_name}_target", nil) }
end
end
# Given a collection of ActiveRecord objects, constructs a Hash which maps
# the objects' IDs to the relevant objects. Returns a 2-tuple
# <tt>(id_to_record_map, ids)</tt> where +id_to_record_map+ is the Hash,
# and +ids+ is an Array of record IDs.
def construct_id_map(records, primary_key=nil)
id_to_record_map = {}
ids = []
records.each do |record|
primary_key ||= record.class.primary_key
ids << record[primary_key]
mapped_records = (id_to_record_map[ids.last.to_s] ||= [])
mapped_records << record
end
ids.uniq!
return id_to_record_map, ids
end
def preload_has_and_belongs_to_many_association(records, reflection, preload_options={})
table_name = reflection.klass.quoted_table_name
id_to_record_map, ids = construct_id_map(records)
records.each {|record| record.send(reflection.name).loaded}
options = reflection.options
conditions = "t0.#{reflection.primary_key_name} #{in_or_equals_for_ids(ids)}"
conditions << append_conditions(reflection, preload_options)
associated_records = reflection.klass.with_exclusive_scope do
reflection.klass.find(:all, :conditions => [conditions, ids],
:include => options[:include],
:joins => "INNER JOIN #{connection.quote_table_name options[:join_table]} t0 ON #{reflection.klass.quoted_table_name}.#{reflection.klass.primary_key} = t0.#{reflection.association_foreign_key}",
:select => "#{options[:select] || table_name+'.*'}, t0.#{reflection.primary_key_name} as the_parent_record_id",
:order => options[:order])
end
set_association_collection_records(id_to_record_map, reflection.name, associated_records, 'the_parent_record_id')
end
def preload_has_one_association(records, reflection, preload_options={})
return if records.first.send("loaded_#{reflection.name}?")
id_to_record_map, ids = construct_id_map(records, reflection.options[:primary_key])
options = reflection.options
records.each {|record| record.send("set_#{reflection.name}_target", nil)}
if options[:through]
through_records = preload_through_records(records, reflection, options[:through])
through_reflection = reflections[options[:through]]
through_primary_key = through_reflection.primary_key_name
unless through_records.empty?
source = reflection.source_reflection.name
through_records.first.class.preload_associations(through_records, source)
if through_reflection.macro == :belongs_to
rev_id_to_record_map, rev_ids = construct_id_map(records, through_primary_key)
rev_primary_key = through_reflection.klass.primary_key
through_records.each do |through_record|
add_preloaded_record_to_collection(rev_id_to_record_map[through_record[rev_primary_key].to_s],
reflection.name, through_record.send(source))
end
else
through_records.each do |through_record|
add_preloaded_record_to_collection(id_to_record_map[through_record[through_primary_key].to_s],
reflection.name, through_record.send(source))
end
end
end
else
set_association_single_records(id_to_record_map, reflection.name, find_associated_records(ids, reflection, preload_options), reflection.primary_key_name)
end
end
def preload_has_many_association(records, reflection, preload_options={})
return if records.first.send(reflection.name).loaded?
options = reflection.options
primary_key_name = reflection.through_reflection_primary_key_name
id_to_record_map, ids = construct_id_map(records, primary_key_name || reflection.options[:primary_key])
records.each {|record| record.send(reflection.name).loaded}
if options[:through]
through_records = preload_through_records(records, reflection, options[:through])
through_reflection = reflections[options[:through]]
unless through_records.empty?
source = reflection.source_reflection.name
through_records.first.class.preload_associations(through_records, source, options)
through_records.each do |through_record|
through_record_id = through_record[reflection.through_reflection_primary_key].to_s
add_preloaded_records_to_collection(id_to_record_map[through_record_id], reflection.name, through_record.send(source))
end
end
else
set_association_collection_records(id_to_record_map, reflection.name, find_associated_records(ids, reflection, preload_options),
reflection.primary_key_name)
end
end
def preload_through_records(records, reflection, through_association)
through_reflection = reflections[through_association]
through_primary_key = through_reflection.primary_key_name
if reflection.options[:source_type]
interface = reflection.source_reflection.options[:foreign_type]
preload_options = {:conditions => ["#{connection.quote_column_name interface} = ?", reflection.options[:source_type]]}
records.compact!
records.first.class.preload_associations(records, through_association, preload_options)
# Dont cache the association - we would only be caching a subset
through_records = []
records.each do |record|
proxy = record.send(through_association)
if proxy.respond_to?(:target)
through_records << proxy.target
proxy.reset
else # this is a has_one :through reflection
through_records << proxy if proxy
end
end
through_records.flatten!
else
options = {}
options[:include] = reflection.options[:include] || reflection.options[:source] if reflection.options[:conditions]
options[:order] = reflection.options[:order]
options[:conditions] = reflection.options[:conditions]
records.first.class.preload_associations(records, through_association, options)
through_records = records.map {|record| record.send(through_association)}.flatten
end
through_records.compact!
through_records
end
def preload_belongs_to_association(records, reflection, preload_options={})
return if records.first.send("loaded_#{reflection.name}?")
options = reflection.options
primary_key_name = reflection.primary_key_name
if options[:polymorphic]
polymorph_type = options[:foreign_type]
klasses_and_ids = {}
# Construct a mapping from klass to a list of ids to load and a mapping of those ids back to their parent_records
records.each do |record|
if klass = record.send(polymorph_type)
klass_id = record.send(primary_key_name)
if klass_id
id_map = klasses_and_ids[klass] ||= {}
id_list_for_klass_id = (id_map[klass_id.to_s] ||= [])
id_list_for_klass_id << record
end
end
end
klasses_and_ids = klasses_and_ids.to_a
else
id_map = {}
records.each do |record|
key = record.send(primary_key_name)
if key
mapped_records = (id_map[key.to_s] ||= [])
mapped_records << record
end
end
klasses_and_ids = [[reflection.klass.name, id_map]]
end
klasses_and_ids.each do |klass_and_id|
klass_name, id_map = *klass_and_id
next if id_map.empty?
klass = klass_name.constantize
table_name = klass.quoted_table_name
primary_key = reflection.options[:primary_key] || klass.primary_key
column_type = klass.columns.detect{|c| c.name == primary_key}.type
ids = id_map.keys.map do |id|
if column_type == :integer
id.to_i
elsif column_type == :float
id.to_f
else
id
end
end
conditions = "#{table_name}.#{connection.quote_column_name(primary_key)} #{in_or_equals_for_ids(ids)}"
conditions << append_conditions(reflection, preload_options)
associated_records = klass.with_exclusive_scope do
klass.find(:all, :conditions => [conditions, ids],
:include => options[:include],
:select => options[:select],
:joins => options[:joins],
:order => options[:order])
end
set_association_single_records(id_map, reflection.name, associated_records, primary_key)
end
end
def find_associated_records(ids, reflection, preload_options)
options = reflection.options
table_name = reflection.klass.quoted_table_name
if interface = reflection.options[:as]
parent_type = if reflection.active_record.abstract_class?
self.base_class.sti_name
else
reflection.active_record.sti_name
end
conditions = "#{reflection.klass.quoted_table_name}.#{connection.quote_column_name "#{interface}_id"} #{in_or_equals_for_ids(ids)} and #{reflection.klass.quoted_table_name}.#{connection.quote_column_name "#{interface}_type"} = '#{parent_type}'"
else
foreign_key = reflection.primary_key_name
conditions = "#{reflection.klass.quoted_table_name}.#{foreign_key} #{in_or_equals_for_ids(ids)}"
end
conditions << append_conditions(reflection, preload_options)
reflection.klass.with_exclusive_scope do
reflection.klass.find(:all,
:select => (preload_options[:select] || options[:select] || "#{table_name}.*"),
:include => preload_options[:include] || options[:include],
:conditions => [conditions, ids],
:joins => options[:joins],
:group => preload_options[:group] || options[:group],
:order => preload_options[:order] || options[:order])
end
end
def interpolate_sql_for_preload(sql)
instance_eval("%@#{sql.gsub('@', '\@')}@")
end
def append_conditions(reflection, preload_options)
sql = ""
sql << " AND (#{interpolate_sql_for_preload(reflection.sanitized_conditions)})" if reflection.sanitized_conditions
sql << " AND (#{sanitize_sql preload_options[:conditions]})" if preload_options[:conditions]
sql
end
def in_or_equals_for_ids(ids)
ids.size > 1 ? "IN (?)" : "= ?"
end
end
end
end

2251
vendor/rails/activerecord/lib/active_record/associations.rb vendored
View file

File diff suppressed because it is too large Load diff

508
vendor/rails/activerecord/lib/active_record/associations/association_collection.rb vendored
View file

@ -1,508 +0,0 @@
require 'set'
module ActiveRecord
module Associations
# AssociationCollection is an abstract class that provides common stuff to
# ease the implementation of association proxies that represent
# collections. See the class hierarchy in AssociationProxy.
#
# You need to be careful with assumptions regarding the target: The proxy
# does not fetch records from the database until it needs them, but new
# ones created with +build+ are added to the target. So, the target may be
# non-empty and still lack children waiting to be read from the database.
# If you look directly to the database you cannot assume that's the entire
# collection because new records may have beed added to the target, etc.
#
# If you need to work on all current children, new and existing records,
# +load_target+ and the +loaded+ flag are your friends.
class AssociationCollection < AssociationProxy #:nodoc:
def initialize(owner, reflection)
super
construct_sql
end
def find(*args)
options = args.extract_options!
# If using a custom finder_sql, scan the entire collection.
if @reflection.options[:finder_sql]
expects_array = args.first.kind_of?(Array)
ids = args.flatten.compact.uniq.map { |arg| arg.to_i }
if ids.size == 1
id = ids.first
record = load_target.detect { |r| id == r.id }
expects_array ? [ record ] : record
else
load_target.select { |r| ids.include?(r.id) }
end
else
conditions = "#{@finder_sql}"
if sanitized_conditions = sanitize_sql(options[:conditions])
conditions << " AND (#{sanitized_conditions})"
end
options[:conditions] = conditions
if options[:order] && @reflection.options[:order]
options[:order] = "#{options[:order]}, #{@reflection.options[:order]}"
elsif @reflection.options[:order]
options[:order] = @reflection.options[:order]
end
# Build options specific to association
construct_find_options!(options)
merge_options_from_reflection!(options)
# Pass through args exactly as we received them.
args << options
@reflection.klass.find(*args)
end
end
# Fetches the first one using SQL if possible.
def first(*args)
if fetch_first_or_last_using_find?(args)
find(:first, *args)
else
load_target unless loaded?
@target.first(*args)
end
end
# Fetches the last one using SQL if possible.
def last(*args)
if fetch_first_or_last_using_find?(args)
find(:last, *args)
else
load_target unless loaded?
@target.last(*args)
end
end
def to_ary
load_target
if @target.is_a?(Array)
@target.to_ary
else
Array(@target)
end
end
def reset
reset_target!
@loaded = false
end
def build(attributes = {}, &block)
if attributes.is_a?(Array)
attributes.collect { |attr| build(attr, &block) }
else
build_record(attributes) do |record|
block.call(record) if block_given?
set_belongs_to_association_for(record)
end
end
end
# Add +records+ to this association. Returns +self+ so method calls may be chained.
# Since << flattens its argument list and inserts each record, +push+ and +concat+ behave identically.
def <<(*records)
result = true
load_target if @owner.new_record?
transaction do
flatten_deeper(records).each do |record|
raise_on_type_mismatch(record)
add_record_to_target_with_callbacks(record) do |r|
result &&= insert_record(record) unless @owner.new_record?
end
end
end
result && self
end
alias_method :push, :<<
alias_method :concat, :<<
# Starts a transaction in the association class's database connection.
#
# class Author < ActiveRecord::Base
# has_many :books
# end
#
# Author.find(:first).books.transaction do
# # same effect as calling Book.transaction
# end
def transaction(*args)
@reflection.klass.transaction(*args) do
yield
end
end
# Remove all records from this association
#
# See delete for more info.
def delete_all
load_target
delete(@target)
reset_target!
end
# Calculate sum using SQL, not Enumerable
def sum(*args)
if block_given?
calculate(:sum, *args) { |*block_args| yield(*block_args) }
else
calculate(:sum, *args)
end
end
# Count all records using SQL. If the +:counter_sql+ option is set for the association, it will
# be used for the query. If no +:counter_sql+ was supplied, but +:finder_sql+ was set, the
# descendant's +construct_sql+ method will have set :counter_sql automatically.
# Otherwise, construct options and pass them with scope to the target class's +count+.
def count(*args)
if @reflection.options[:counter_sql]
@reflection.klass.count_by_sql(@counter_sql)
else
column_name, options = @reflection.klass.send(:construct_count_options_from_args, *args)
if @reflection.options[:uniq]
# This is needed because 'SELECT count(DISTINCT *)..' is not valid SQL.
column_name = "#{@reflection.quoted_table_name}.#{@reflection.klass.primary_key}" if column_name == :all
options.merge!(:distinct => true)
end
value = @reflection.klass.send(:with_scope, construct_scope) { @reflection.klass.count(column_name, options) }
limit = @reflection.options[:limit]
offset = @reflection.options[:offset]
if limit || offset
[ [value - offset.to_i, 0].max, limit.to_i ].min
else
value
end
end
end
# Removes +records+ from this association calling +before_remove+ and
# +after_remove+ callbacks.
#
# This method is abstract in the sense that +delete_records+ has to be
# provided by descendants. Note this method does not imply the records
# are actually removed from the database, that depends precisely on
# +delete_records+. They are in any case removed from the collection.
def delete(*records)
remove_records(records) do |records, old_records|
delete_records(old_records) if old_records.any?
records.each { |record| @target.delete(record) }
end
end
# Destroy +records+ and remove them from this association calling
# +before_remove+ and +after_remove+ callbacks.
#
# Note that this method will _always_ remove records from the database
# ignoring the +:dependent+ option.
def destroy(*records)
records = find(records) if records.any? {|record| record.kind_of?(Fixnum) || record.kind_of?(String)}
remove_records(records) do |records, old_records|
old_records.each { |record| record.destroy }
end
load_target
end
# Removes all records from this association. Returns +self+ so method calls may be chained.
def clear
return self if length.zero? # forces load_target if it hasn't happened already
if @reflection.options[:dependent] && @reflection.options[:dependent] == :destroy
destroy_all
else
delete_all
end
self
end
# Destory all the records from this association.
#
# See destroy for more info.
def destroy_all
load_target
destroy(@target).tap do
reset_target!
end
end
def create(attrs = {})
if attrs.is_a?(Array)
attrs.collect { |attr| create(attr) }
else
create_record(attrs) do |record|
yield(record) if block_given?
record.save
end
end
end
def create!(attrs = {})
create_record(attrs) do |record|
yield(record) if block_given?
record.save!
end
end
# Returns the size of the collection by executing a SELECT COUNT(*)
# query if the collection hasn't been loaded, and calling
# <tt>collection.size</tt> if it has.
#
# If the collection has been already loaded +size+ and +length+ are
# equivalent. If not and you are going to need the records anyway
# +length+ will take one less query. Otherwise +size+ is more efficient.
#
# This method is abstract in the sense that it relies on
# +count_records+, which is a method descendants have to provide.
def size
if @owner.new_record? || (loaded? && !@reflection.options[:uniq])
@target.size
elsif !loaded? && @reflection.options[:group]
load_target.size
elsif !loaded? && !@reflection.options[:uniq] && @target.is_a?(Array)
unsaved_records = @target.select { |r| r.new_record? }
unsaved_records.size + count_records
else
count_records
end
end
# Returns the size of the collection calling +size+ on the target.
#
# If the collection has been already loaded +length+ and +size+ are
# equivalent. If not and you are going to need the records anyway this
# method will take one less query. Otherwise +size+ is more efficient.
def length
load_target.size
end
# Equivalent to <tt>collection.size.zero?</tt>. If the collection has
# not been already loaded and you are going to fetch the records anyway
# it is better to check <tt>collection.length.zero?</tt>.
def empty?
size.zero?
end
def any?
if block_given?
method_missing(:any?) { |*block_args| yield(*block_args) }
else
!empty?
end
end
def uniq(collection = self)
seen = Set.new
collection.inject([]) do |kept, record|
unless seen.include?(record.id)
kept << record
seen << record.id
end
kept
end
end
# Replace this collection with +other_array+
# This will perform a diff and delete/add only records that have changed.
def replace(other_array)
other_array.each { |val| raise_on_type_mismatch(val) }
load_target
other = other_array.size < 100 ? other_array : other_array.to_set
current = @target.size < 100 ? @target : @target.to_set
transaction do
delete(@target.select { |v| !other.include?(v) })
concat(other_array.select { |v| !current.include?(v) })
end
end
def include?(record)
return false unless record.is_a?(@reflection.klass)
load_target if @reflection.options[:finder_sql] && !loaded?
return @target.include?(record) if loaded?
exists?(record)
end
def proxy_respond_to?(method, include_private = false)
super || @reflection.klass.respond_to?(method, include_private)
end
protected
def construct_find_options!(options)
end
def load_target
if !@owner.new_record? || foreign_key_present
begin
if !loaded?
if @target.is_a?(Array) && @target.any?
@target = find_target.map do |f|
i = @target.index(f)
if i
@target.delete_at(i).tap do |t|
keys = ["id"] + t.changes.keys + (f.attribute_names - t.attribute_names)
t.attributes = f.attributes.except(*keys)
end
else
f
end
end + @target
else
@target = find_target
end
end
rescue ActiveRecord::RecordNotFound
reset
end
end
loaded if target
target
end
def method_missing(method, *args)
case method.to_s
when 'find_or_create'
return find(:first, :conditions => args.first) || create(args.first)
when /^find_or_create_by_(.*)$/
rest = $1
return send("find_by_#{rest}", *args) ||
method_missing("create_by_#{rest}", *args)
when /^create_by_(.*)$/
return create($1.split('_and_').zip(args).inject({}) { |h,kv| k,v=kv ; h[k] = v ; h })
end
if @target.respond_to?(method) || (!@reflection.klass.respond_to?(method) && Class.respond_to?(method))
if block_given?
super { |*block_args| yield(*block_args) }
else
super
end
elsif @reflection.klass.scopes.include?(method)
@reflection.klass.scopes[method].call(self, *args)
else
with_scope(construct_scope) do
if block_given?
@reflection.klass.send(method, *args) { |*block_args| yield(*block_args) }
else
@reflection.klass.send(method, *args)
end
end
end
end
# overloaded in derived Association classes to provide useful scoping depending on association type.
def construct_scope
{}
end
def reset_target!
@target = Array.new
end
def find_target
records =
if @reflection.options[:finder_sql]
@reflection.klass.find_by_sql(@finder_sql)
else
find(:all)
end
records = @reflection.options[:uniq] ? uniq(records) : records
records.each do |record|
set_inverse_instance(record, @owner)
end
records
end
def add_record_to_target_with_callbacks(record)
callback(:before_add, record)
yield(record) if block_given?
@target ||= [] unless loaded?
index = @target.index(record)
unless @reflection.options[:uniq] && index
if index
@target[index] = record
else
@target << record
end
end
callback(:after_add, record)
set_inverse_instance(record, @owner)
record
end
private
def create_record(attrs)
attrs.update(@reflection.options[:conditions]) if @reflection.options[:conditions].is_a?(Hash)
ensure_owner_is_not_new
record = @reflection.klass.send(:with_scope, :create => construct_scope[:create]) do
@reflection.build_association(attrs)
end
if block_given?
add_record_to_target_with_callbacks(record) { |*block_args| yield(*block_args) }
else
add_record_to_target_with_callbacks(record)
end
end
def build_record(attrs)
attrs.update(@reflection.options[:conditions]) if @reflection.options[:conditions].is_a?(Hash)
record = @reflection.build_association(attrs)
if block_given?
add_record_to_target_with_callbacks(record) { |*block_args| yield(*block_args) }
else
add_record_to_target_with_callbacks(record)
end
end
def remove_records(*records)
records = flatten_deeper(records)
records.each { |record| raise_on_type_mismatch(record) }
transaction do
records.each { |record| callback(:before_remove, record) }
old_records = records.reject { |r| r.new_record? }
yield(records, old_records)
records.each { |record| callback(:after_remove, record) }
end
end
def callback(method, record)
callbacks_for(method).each do |callback|
ActiveSupport::Callbacks::Callback.new(method, callback, record).call(@owner, record)
end
end
def callbacks_for(callback_name)
full_callback_name = "#{callback_name}_for_#{@reflection.name}"
@owner.class.read_inheritable_attribute(full_callback_name.to_sym) || []
end
def ensure_owner_is_not_new
if @owner.new_record?
raise ActiveRecord::RecordNotSaved, "You cannot call create unless the parent is saved"
end
end
def fetch_first_or_last_using_find?(args)
args.first.kind_of?(Hash) || !(loaded? || @owner.new_record? || @reflection.options[:finder_sql] ||
@target.any? { |record| record.new_record? } || args.first.kind_of?(Integer))
end
end
end
end

288
vendor/rails/activerecord/lib/active_record/associations/association_proxy.rb vendored
View file

@ -1,288 +0,0 @@
module ActiveRecord
module Associations
# This is the root class of all association proxies:
#
# AssociationProxy
# BelongsToAssociation
# HasOneAssociation
# BelongsToPolymorphicAssociation
# AssociationCollection
# HasAndBelongsToManyAssociation
# HasManyAssociation
# HasManyThroughAssociation
# HasOneThroughAssociation
#
# Association proxies in Active Record are middlemen between the object that
# holds the association, known as the <tt>@owner</tt>, and the actual associated
# object, known as the <tt>@target</tt>. The kind of association any proxy is
# about is available in <tt>@reflection</tt>. That's an instance of the class
# ActiveRecord::Reflection::AssociationReflection.
#
# For example, given
#
# class Blog < ActiveRecord::Base
# has_many :posts
# end
#
# blog = Blog.find(:first)
#
# the association proxy in <tt>blog.posts</tt> has the object in +blog+ as
# <tt>@owner</tt>, the collection of its posts as <tt>@target</tt>, and
# the <tt>@reflection</tt> object represents a <tt>:has_many</tt> macro.
#
# This class has most of the basic instance methods removed, and delegates
# unknown methods to <tt>@target</tt> via <tt>method_missing</tt>. As a
# corner case, it even removes the +class+ method and that's why you get
#
# blog.posts.class # => Array
#
# though the object behind <tt>blog.posts</tt> is not an Array, but an
# ActiveRecord::Associations::HasManyAssociation.
#
# The <tt>@target</tt> object is not \loaded until needed. For example,
#
# blog.posts.count
#
# is computed directly through SQL and does not trigger by itself the
# instantiation of the actual post records.
class AssociationProxy #:nodoc:
alias_method :proxy_respond_to?, :respond_to?
alias_method :proxy_extend, :extend
delegate :to_param, :to => :proxy_target
instance_methods.each { |m| undef_method m unless m =~ /(^__|^nil\?$|^send$|proxy_|^object_id$)/ }
def initialize(owner, reflection)
@owner, @reflection = owner, reflection
reflection.check_validity!
Array(reflection.options[:extend]).each { |ext| proxy_extend(ext) }
reset
end
# Returns the owner of the proxy.
def proxy_owner
@owner
end
# Returns the reflection object that represents the association handled
# by the proxy.
def proxy_reflection
@reflection
end
# Returns the \target of the proxy, same as +target+.
def proxy_target
@target
end
# Does the proxy or its \target respond to +symbol+?
def respond_to?(*args)
proxy_respond_to?(*args) || (load_target && @target.respond_to?(*args))
end
# Forwards <tt>===</tt> explicitly to the \target because the instance method
# removal above doesn't catch it. Loads the \target if needed.
def ===(other)
load_target
other === @target
end
# Returns the name of the table of the related class:
#
# post.comments.aliased_table_name # => "comments"
#
def aliased_table_name
@reflection.klass.table_name
end
# Returns the SQL string that corresponds to the <tt>:conditions</tt>
# option of the macro, if given, or +nil+ otherwise.
def conditions
@conditions ||= interpolate_sql(@reflection.sanitized_conditions) if @reflection.sanitized_conditions
end
alias :sql_conditions :conditions
# Resets the \loaded flag to +false+ and sets the \target to +nil+.
def reset
@loaded = false
@target = nil
end
# Reloads the \target and returns +self+ on success.
def reload
reset
load_target
self unless @target.nil?
end
# Has the \target been already \loaded?
def loaded?
@loaded
end
# Asserts the \target has been loaded setting the \loaded flag to +true+.
def loaded
@loaded = true
end
# Returns the target of this proxy, same as +proxy_target+.
def target
@target
end
# Sets the target of this proxy to <tt>\target</tt>, and the \loaded flag to +true+.
def target=(target)
@target = target
loaded
end
# Forwards the call to the target. Loads the \target if needed.
def inspect
load_target
@target.inspect
end
def send(method, *args)
if proxy_respond_to?(method)
super
else
load_target
@target.send(method, *args)
end
end
protected
# Does the association have a <tt>:dependent</tt> option?
def dependent?
@reflection.options[:dependent]
end
# Returns a string with the IDs of +records+ joined with a comma, quoted
# if needed. The result is ready to be inserted into a SQL IN clause.
#
# quoted_record_ids(records) # => "23,56,58,67"
#
def quoted_record_ids(records)
records.map { |record| record.quoted_id }.join(',')
end
def interpolate_sql(sql, record = nil)
@owner.send(:interpolate_sql, sql, record)
end
# Forwards the call to the reflection class.
def sanitize_sql(sql, table_name = @reflection.klass.quoted_table_name)
@reflection.klass.send(:sanitize_sql, sql, table_name)
end
# Assigns the ID of the owner to the corresponding foreign key in +record+.
# If the association is polymorphic the type of the owner is also set.
def set_belongs_to_association_for(record)
if @reflection.options[:as]
record["#{@reflection.options[:as]}_id"] = @owner.id unless @owner.new_record?
record["#{@reflection.options[:as]}_type"] = @owner.class.base_class.name.to_s
else
unless @owner.new_record?
primary_key = @reflection.options[:primary_key] || :id
record[@reflection.primary_key_name] = @owner.send(primary_key)
end
end
end
# Merges into +options+ the ones coming from the reflection.
def merge_options_from_reflection!(options)
options.reverse_merge!(
:group => @reflection.options[:group],
:having => @reflection.options[:having],
:limit => @reflection.options[:limit],
:offset => @reflection.options[:offset],
:joins => @reflection.options[:joins],
:include => @reflection.options[:include],
:select => @reflection.options[:select],
:readonly => @reflection.options[:readonly]
)
end
# Forwards +with_scope+ to the reflection.
def with_scope(*args, &block)
@reflection.klass.send :with_scope, *args, &block
end
private
# Forwards any missing method call to the \target.
def method_missing(method, *args, &block)
if load_target
if @target.respond_to?(method)
@target.send(method, *args, &block)
else
super
end
end
end
# Loads the \target if needed and returns it.
#
# This method is abstract in the sense that it relies on +find_target+,
# which is expected to be provided by descendants.
#
# If the \target is already \loaded it is just returned. Thus, you can call
# +load_target+ unconditionally to get the \target.
#
# ActiveRecord::RecordNotFound is rescued within the method, and it is
# not reraised. The proxy is \reset and +nil+ is the return value.
def load_target
return nil unless defined?(@loaded)
if !loaded? and (!@owner.new_record? || foreign_key_present)
@target = find_target
end
@loaded = true
@target
rescue ActiveRecord::RecordNotFound
reset
end
# Can be overwritten by associations that might have the foreign key
# available for an association without having the object itself (and
# still being a new record). Currently, only +belongs_to+ presents
# this scenario (both vanilla and polymorphic).
def foreign_key_present
false
end
# Raises ActiveRecord::AssociationTypeMismatch unless +record+ is of
# the kind of the class of the associated objects. Meant to be used as
# a sanity check when you are about to assign an associated record.
def raise_on_type_mismatch(record)
unless record.is_a?(@reflection.klass) || record.is_a?(@reflection.class_name.constantize)
message = "#{@reflection.class_name}(##{@reflection.klass.object_id}) expected, got #{record.class}(##{record.class.object_id})"
raise ActiveRecord::AssociationTypeMismatch, message
end
end
# Array#flatten has problems with recursive arrays. Going one level
# deeper solves the majority of the problems.
def flatten_deeper(array)
array.collect { |element| (element.respond_to?(:flatten) && !element.is_a?(Hash)) ? element.flatten : element }.flatten
end
# Returns the ID of the owner, quoted if needed.
def owner_quoted_id
@owner.quoted_id
end
def set_inverse_instance(record, instance)
return if record.nil? || !we_can_set_the_inverse_on_this?(record)
inverse_relationship = @reflection.inverse_of
unless inverse_relationship.nil?
record.send(:"set_#{inverse_relationship.name}_target", instance)
end
end
# Override in subclasses
def we_can_set_the_inverse_on_this?(record)
false
end
end
end
end

86
vendor/rails/activerecord/lib/active_record/associations/belongs_to_association.rb vendored
View file

@ -1,86 +0,0 @@
module ActiveRecord
module Associations
class BelongsToAssociation < AssociationProxy #:nodoc:
def create(attributes = {})
replace(@reflection.create_association(attributes))
end
def build(attributes = {})
replace(@reflection.build_association(attributes))
end
def replace(record)
counter_cache_name = @reflection.counter_cache_column
if record.nil?
if counter_cache_name && !@owner.new_record?
@reflection.klass.decrement_counter(counter_cache_name, previous_record_id) if @owner[@reflection.primary_key_name]
end
@target = @owner[@reflection.primary_key_name] = nil
else
raise_on_type_mismatch(record)
if counter_cache_name && !@owner.new_record?
@reflection.klass.increment_counter(counter_cache_name, record.id)
@reflection.klass.decrement_counter(counter_cache_name, @owner[@reflection.primary_key_name]) if @owner[@reflection.primary_key_name]
end
@target = (AssociationProxy === record ? record.target : record)
@owner[@reflection.primary_key_name] = record_id(record) unless record.new_record?
@updated = true
end
set_inverse_instance(record, @owner)
loaded
record
end
def updated?
@updated
end
private
def find_target
find_method = if @reflection.options[:primary_key]
"find_by_#{@reflection.options[:primary_key]}"
else
"find"
end
the_target = @reflection.klass.send(find_method,
@owner[@reflection.primary_key_name],
:select => @reflection.options[:select],
:conditions => conditions,
:include => @reflection.options[:include],
:readonly => @reflection.options[:readonly]
) if @owner[@reflection.primary_key_name]
set_inverse_instance(the_target, @owner)
the_target
end
def foreign_key_present
!@owner[@reflection.primary_key_name].nil?
end
def record_id(record)
record.send(@reflection.options[:primary_key] || :id)
end
def previous_record_id
@previous_record_id ||= if @reflection.options[:primary_key]
previous_record = @owner.send(@reflection.name)
previous_record.nil? ? nil : previous_record.id
else
@owner[@reflection.primary_key_name]
end
end
# NOTE - for now, we're only supporting inverse setting from belongs_to back onto
# has_one associations.
def we_can_set_the_inverse_on_this?(record)
@reflection.has_inverse? && @reflection.inverse_of.macro == :has_one
end
end
end
end

77
vendor/rails/activerecord/lib/active_record/associations/belongs_to_polymorphic_association.rb vendored
View file

@ -1,77 +0,0 @@
module ActiveRecord
module Associations
class BelongsToPolymorphicAssociation < AssociationProxy #:nodoc:
def replace(record)
if record.nil?
@target = @owner[@reflection.primary_key_name] = @owner[@reflection.options[:foreign_type]] = nil
else
@target = (AssociationProxy === record ? record.target : record)
@owner[@reflection.primary_key_name] = record_id(record)
@owner[@reflection.options[:foreign_type]] = record.class.base_class.name.to_s
@updated = true
end
set_inverse_instance(record, @owner)
loaded
record
end
def updated?
@updated
end
private
# NOTE - for now, we're only supporting inverse setting from belongs_to back onto
# has_one associations.
def we_can_set_the_inverse_on_this?(record)
if @reflection.has_inverse?
inverse_association = @reflection.polymorphic_inverse_of(record.class)
inverse_association && inverse_association.macro == :has_one
else
false
end
end
def set_inverse_instance(record, instance)
return if record.nil? || !we_can_set_the_inverse_on_this?(record)
inverse_relationship = @reflection.polymorphic_inverse_of(record.class)
unless inverse_relationship.nil?
record.send(:"set_#{inverse_relationship.name}_target", instance)
end
end
def find_target
return nil if association_class.nil?
target =
if @reflection.options[:conditions]
association_class.find(
@owner[@reflection.primary_key_name],
:select => @reflection.options[:select],
:conditions => conditions,
:include => @reflection.options[:include]
)
else
association_class.find(@owner[@reflection.primary_key_name], :select => @reflection.options[:select], :include => @reflection.options[:include])
end
set_inverse_instance(target, @owner)
target
end
def foreign_key_present
!@owner[@reflection.primary_key_name].nil?
end
def record_id(record)
record.send(@reflection.options[:primary_key] || :id)
end
def association_class
@owner[@reflection.options[:foreign_type]] ? @owner[@reflection.options[:foreign_type]].constantize : nil
end
end
end
end

143
vendor/rails/activerecord/lib/active_record/associations/has_and_belongs_to_many_association.rb vendored
View file

@ -1,143 +0,0 @@
module ActiveRecord
module Associations
class HasAndBelongsToManyAssociation < AssociationCollection #:nodoc:
def initialize(owner, reflection)
super
@primary_key_list = {}
end
def create(attributes = {})
create_record(attributes) { |record| insert_record(record) }
end
def create!(attributes = {})
create_record(attributes) { |record| insert_record(record, true) }
end
def columns
@reflection.columns(@reflection.options[:join_table], "#{@reflection.options[:join_table]} Columns")
end
def reset_column_information
@reflection.reset_column_information
end
def has_primary_key?
return @has_primary_key unless @has_primary_key.nil?
@has_primary_key = (@owner.connection.supports_primary_key? &&
@owner.connection.primary_key(@reflection.options[:join_table]))
end
protected
def construct_find_options!(options)
options[:joins] = @join_sql
options[:readonly] = finding_with_ambiguous_select?(options[:select] || @reflection.options[:select])
options[:select] ||= (@reflection.options[:select] || '*')
end
def count_records
load_target.size
end
def insert_record(record, force = true, validate = true)
if has_primary_key?
raise ActiveRecord::ConfigurationError,
"Primary key is not allowed in a has_and_belongs_to_many join table (#{@reflection.options[:join_table]})."
end
if record.new_record?
if force
record.save!
else
return false unless record.save(validate)
end
end
if @reflection.options[:insert_sql]
@owner.connection.insert(interpolate_sql(@reflection.options[:insert_sql], record))
else
attributes = columns.inject({}) do |attrs, column|
case column.name.to_s
when @reflection.primary_key_name.to_s
attrs[column.name] = owner_quoted_id
when @reflection.association_foreign_key.to_s
attrs[column.name] = record.quoted_id
else
if record.has_attribute?(column.name)
value = @owner.send(:quote_value, record[column.name], column)
attrs[column.name] = value unless value.nil?
end
end
attrs
end
sql =
"INSERT INTO #{@owner.connection.quote_table_name @reflection.options[:join_table]} (#{@owner.send(:quoted_column_names, attributes).join(', ')}) " +
"VALUES (#{attributes.values.join(', ')})"
@owner.connection.insert(sql)
end
return true
end
def delete_records(records)
if sql = @reflection.options[:delete_sql]
records.each { |record| @owner.connection.delete(interpolate_sql(sql, record)) }
else
ids = quoted_record_ids(records)
sql = "DELETE FROM #{@owner.connection.quote_table_name @reflection.options[:join_table]} WHERE #{@reflection.primary_key_name} = #{owner_quoted_id} AND #{@reflection.association_foreign_key} IN (#{ids})"
@owner.connection.delete(sql)
end
end
def construct_sql
if @reflection.options[:finder_sql]
@finder_sql = interpolate_sql(@reflection.options[:finder_sql])
else
@finder_sql = "#{@owner.connection.quote_table_name @reflection.options[:join_table]}.#{@reflection.primary_key_name} = #{owner_quoted_id} "
@finder_sql << " AND (#{conditions})" if conditions
end
@join_sql = "INNER JOIN #{@owner.connection.quote_table_name @reflection.options[:join_table]} ON #{@reflection.quoted_table_name}.#{@reflection.klass.primary_key} = #{@owner.connection.quote_table_name @reflection.options[:join_table]}.#{@reflection.association_foreign_key}"
if @reflection.options[:counter_sql]
@counter_sql = interpolate_sql(@reflection.options[:counter_sql])
elsif @reflection.options[:finder_sql]
# replace the SELECT clause with COUNT(*), preserving any hints within /* ... */
@reflection.options[:counter_sql] = @reflection.options[:finder_sql].sub(/SELECT (\/\*.*?\*\/ )?(.*)\bFROM\b/im) { "SELECT #{$1}COUNT(*) FROM" }
@counter_sql = interpolate_sql(@reflection.options[:counter_sql])
else
@counter_sql = @finder_sql
end
end
def construct_scope
{ :find => { :conditions => @finder_sql,
:joins => @join_sql,
:readonly => false,
:order => @reflection.options[:order],
:include => @reflection.options[:include],
:limit => @reflection.options[:limit] } }
end
# Join tables with additional columns on top of the two foreign keys must be considered ambiguous unless a select
# clause has been explicitly defined. Otherwise you can get broken records back, if, for example, the join column also has
# an id column. This will then overwrite the id column of the records coming back.
def finding_with_ambiguous_select?(select_clause)
!select_clause && columns.size != 2
end
private
def create_record(attributes, &block)
# Can't use Base.create because the foreign key may be a protected attribute.
ensure_owner_is_not_new
if attributes.is_a?(Array)
attributes.collect { |attr| create(attr) }
else
build_record(attributes, &block)
end
end
end
end
end

127
vendor/rails/activerecord/lib/active_record/associations/has_many_association.rb vendored
View file

@ -1,127 +0,0 @@
module ActiveRecord
module Associations
# This is the proxy that handles a has many association.
#
# If the association has a <tt>:through</tt> option further specialization
# is provided by its child HasManyThroughAssociation.
class HasManyAssociation < AssociationCollection #:nodoc:
protected
def owner_quoted_id
if @reflection.options[:primary_key]
quote_value(@owner.send(@reflection.options[:primary_key]))
else
@owner.quoted_id
end
end
# Returns the number of records in this collection.
#
# If the association has a counter cache it gets that value. Otherwise
# it will attempt to do a count via SQL, bounded to <tt>:limit</tt> if
# there's one. Some configuration options like :group make it impossible
# to do a SQL count, in those cases the array count will be used.
#
# That does not depend on whether the collection has already been loaded
# or not. The +size+ method is the one that takes the loaded flag into
# account and delegates to +count_records+ if needed.
#
# If the collection is empty the target is set to an empty array and
# the loaded flag is set to true as well.
def count_records
count = if has_cached_counter?
@owner.send(:read_attribute, cached_counter_attribute_name)
elsif @reflection.options[:counter_sql]
@reflection.klass.count_by_sql(@counter_sql)
else
@reflection.klass.count(:conditions => @counter_sql, :include => @reflection.options[:include])
end
# If there's nothing in the database and @target has no new records
# we are certain the current target is an empty array. This is a
# documented side-effect of the method that may avoid an extra SELECT.
@target ||= [] and loaded if count == 0
if @reflection.options[:limit]
count = [ @reflection.options[:limit], count ].min
end
return count
end
def has_cached_counter?
@owner.attribute_present?(cached_counter_attribute_name)
end
def cached_counter_attribute_name
"#{@reflection.name}_count"
end
def insert_record(record, force = false, validate = true)
set_belongs_to_association_for(record)
force ? record.save! : record.save(validate)
end
# Deletes the records according to the <tt>:dependent</tt> option.
def delete_records(records)
case @reflection.options[:dependent]
when :destroy
records.each { |r| r.destroy }
when :delete_all
@reflection.klass.delete(records.map { |record| record.id })
else
ids = quoted_record_ids(records)
@reflection.klass.update_all(
"#{@reflection.primary_key_name} = NULL",
"#{@reflection.primary_key_name} = #{owner_quoted_id} AND #{@reflection.klass.primary_key} IN (#{ids})"
)
@owner.class.update_counters(@owner.id, cached_counter_attribute_name => -records.size) if has_cached_counter?
end
end
def target_obsolete?
false
end
def construct_sql
case
when @reflection.options[:finder_sql]
@finder_sql = interpolate_sql(@reflection.options[:finder_sql])
when @reflection.options[:as]
@finder_sql =
"#{@reflection.quoted_table_name}.#{@reflection.options[:as]}_id = #{owner_quoted_id} AND " +
"#{@reflection.quoted_table_name}.#{@reflection.options[:as]}_type = #{@owner.class.quote_value(@owner.class.base_class.name.to_s)}"
@finder_sql << " AND (#{conditions})" if conditions
else
@finder_sql = "#{@reflection.quoted_table_name}.#{@reflection.primary_key_name} = #{owner_quoted_id}"
@finder_sql << " AND (#{conditions})" if conditions
end
if @reflection.options[:counter_sql]
@counter_sql = interpolate_sql(@reflection.options[:counter_sql])
elsif @reflection.options[:finder_sql]
# replace the SELECT clause with COUNT(*), preserving any hints within /* ... */
@reflection.options[:counter_sql] = @reflection.options[:finder_sql].sub(/SELECT (\/\*.*?\*\/ )?(.*)\bFROM\b/im) { "SELECT #{$1}COUNT(*) FROM" }
@counter_sql = interpolate_sql(@reflection.options[:counter_sql])
else
@counter_sql = @finder_sql
end
end
def construct_scope
create_scoping = {}
set_belongs_to_association_for(create_scoping)
{
:find => { :conditions => @finder_sql, :readonly => false, :order => @reflection.options[:order], :limit => @reflection.options[:limit], :include => @reflection.options[:include]},
:create => create_scoping
}
end
def we_can_set_the_inverse_on_this?(record)
inverse = @reflection.inverse_of
return !inverse.nil?
end
end
end
end

266
vendor/rails/activerecord/lib/active_record/associations/has_many_through_association.rb vendored
View file

@ -1,266 +0,0 @@
module ActiveRecord
module Associations
class HasManyThroughAssociation < HasManyAssociation #:nodoc:
alias_method :new, :build
def create!(attrs = nil)
transaction do
self << (object = attrs ? @reflection.klass.send(:with_scope, :create => attrs) { @reflection.create_association! } : @reflection.create_association!)
object
end
end
def create(attrs = nil)
transaction do
object = if attrs
@reflection.klass.send(:with_scope, :create => attrs) {
@reflection.create_association
}
else
@reflection.create_association
end
raise_on_type_mismatch(object)
add_record_to_target_with_callbacks(object) do |r|
insert_record(object, false)
end
object
end
end
# Returns the size of the collection by executing a SELECT COUNT(*) query if the collection hasn't been loaded and
# calling collection.size if it has. If it's more likely than not that the collection does have a size larger than zero,
# and you need to fetch that collection afterwards, it'll take one fewer SELECT query if you use #length.
def size
return @owner.send(:read_attribute, cached_counter_attribute_name) if has_cached_counter?
return @target.size if loaded?
return count
end
protected
def target_reflection_has_associated_record?
if @reflection.through_reflection.macro == :belongs_to && @owner[@reflection.through_reflection.primary_key_name].blank?
false
else
true
end
end
def construct_find_options!(options)
options[:select] = construct_select(options[:select])
options[:from] ||= construct_from
options[:joins] = construct_joins(options[:joins])
options[:include] = @reflection.source_reflection.options[:include] if options[:include].nil? && @reflection.source_reflection.options[:include]
end
def insert_record(record, force = true, validate = true)
if record.new_record?
if force
record.save!
else
return false unless record.save(validate)
end
end
through_reflection = @reflection.through_reflection
klass = through_reflection.klass
@owner.send(@reflection.through_reflection.name).proxy_target << klass.send(:with_scope, :create => construct_join_attributes(record)) { through_reflection.create_association! }
end
# TODO - add dependent option support
def delete_records(records)
klass = @reflection.through_reflection.klass
records.each do |associate|
klass.delete_all(construct_join_attributes(associate))
end
end
def find_target
return [] unless target_reflection_has_associated_record?
@reflection.klass.find(:all,
:select => construct_select,
:conditions => construct_conditions,
:from => construct_from,
:joins => construct_joins,
:order => @reflection.options[:order],
:limit => @reflection.options[:limit],
:group => @reflection.options[:group],
:readonly => @reflection.options[:readonly],
:include => @reflection.options[:include] || @reflection.source_reflection.options[:include]
)
end
# Construct attributes for associate pointing to owner.
def construct_owner_attributes(reflection)
if as = reflection.options[:as]
{ "#{as}_id" => @owner.id,
"#{as}_type" => @owner.class.base_class.name.to_s }
else
{ reflection.primary_key_name => @owner.id }
end
end
# Construct attributes for :through pointing to owner and associate.
def construct_join_attributes(associate)
# TODO: revist this to allow it for deletion, supposing dependent option is supported
raise ActiveRecord::HasManyThroughCantAssociateThroughHasOneOrManyReflection.new(@owner, @reflection) if [:has_one, :has_many].include?(@reflection.source_reflection.macro)
join_attributes = construct_owner_attributes(@reflection.through_reflection).merge(@reflection.source_reflection.primary_key_name => associate.id)
if @reflection.options[:source_type]
join_attributes.merge!(@reflection.source_reflection.options[:foreign_type] => associate.class.base_class.name.to_s)
end
join_attributes
end
# Associate attributes pointing to owner, quoted.
def construct_quoted_owner_attributes(reflection)
if as = reflection.options[:as]
{ "#{as}_id" => owner_quoted_id,
"#{as}_type" => reflection.klass.quote_value(
@owner.class.base_class.name.to_s,
reflection.klass.columns_hash["#{as}_type"]) }
elsif reflection.macro == :belongs_to
{ reflection.klass.primary_key => @owner[reflection.primary_key_name] }
else
{ reflection.primary_key_name => owner_quoted_id }
end
end
# Build SQL conditions from attributes, qualified by table name.
def construct_conditions
table_name = @reflection.through_reflection.quoted_table_name
conditions = construct_quoted_owner_attributes(@reflection.through_reflection).map do |attr, value|
"#{table_name}.#{attr} = #{value}"
end
conditions << sql_conditions if sql_conditions
"(" + conditions.join(') AND (') + ")"
end
def construct_from
@reflection.quoted_table_name
end
def construct_select(custom_select = nil)
distinct = "DISTINCT " if @reflection.options[:uniq]
selected = custom_select || @reflection.options[:select] || "#{distinct}#{@reflection.quoted_table_name}.*"
end
def construct_joins(custom_joins = nil)
polymorphic_join = nil
if @reflection.source_reflection.macro == :belongs_to
reflection_primary_key = @reflection.klass.primary_key
source_primary_key = @reflection.source_reflection.primary_key_name
if @reflection.options[:source_type]
polymorphic_join = "AND %s.%s = %s" % [
@reflection.through_reflection.quoted_table_name, "#{@reflection.source_reflection.options[:foreign_type]}",
@owner.class.quote_value(@reflection.options[:source_type])
]
end
else
reflection_primary_key = @reflection.source_reflection.primary_key_name
source_primary_key = @reflection.through_reflection.klass.primary_key
if @reflection.source_reflection.options[:as]
polymorphic_join = "AND %s.%s = %s" % [
@reflection.quoted_table_name, "#{@reflection.source_reflection.options[:as]}_type",
@owner.class.quote_value(@reflection.through_reflection.klass.name)
]
end
end
"INNER JOIN %s ON %s.%s = %s.%s %s #{@reflection.options[:joins]} #{custom_joins}" % [
@reflection.through_reflection.quoted_table_name,
@reflection.quoted_table_name, reflection_primary_key,
@reflection.through_reflection.quoted_table_name, source_primary_key,
polymorphic_join
]
end
def construct_scope
{ :create => construct_owner_attributes(@reflection),
:find => { :from => construct_from,
:conditions => construct_conditions,
:joins => construct_joins,
:include => @reflection.options[:include],
:select => construct_select,
:order => @reflection.options[:order],
:limit => @reflection.options[:limit],
:readonly => @reflection.options[:readonly],
} }
end
def construct_sql
case
when @reflection.options[:finder_sql]
@finder_sql = interpolate_sql(@reflection.options[:finder_sql])
@finder_sql = "#{@reflection.quoted_table_name}.#{@reflection.primary_key_name} = #{owner_quoted_id}"
@finder_sql << " AND (#{conditions})" if conditions
else
@finder_sql = construct_conditions
end
if @reflection.options[:counter_sql]
@counter_sql = interpolate_sql(@reflection.options[:counter_sql])
elsif @reflection.options[:finder_sql]
# replace the SELECT clause with COUNT(*), preserving any hints within /* ... */
@reflection.options[:counter_sql] = @reflection.options[:finder_sql].sub(/SELECT (\/\*.*?\*\/ )?(.*)\bFROM\b/im) { "SELECT #{$1}COUNT(*) FROM" }
@counter_sql = interpolate_sql(@reflection.options[:counter_sql])
else
@counter_sql = @finder_sql
end
end
def conditions
@conditions = build_conditions unless defined?(@conditions)
@conditions
end
def build_conditions
association_conditions = @reflection.options[:conditions]
through_conditions = build_through_conditions
source_conditions = @reflection.source_reflection.options[:conditions]
uses_sti = !@reflection.through_reflection.klass.descends_from_active_record?
if association_conditions || through_conditions || source_conditions || uses_sti
all = []
[association_conditions, source_conditions].each do |conditions|
all << interpolate_sql(sanitize_sql(conditions)) if conditions
end
all << through_conditions if through_conditions
all << build_sti_condition if uses_sti
all.map { |sql| "(#{sql})" } * ' AND '
end
end
def build_through_conditions
conditions = @reflection.through_reflection.options[:conditions]
if conditions.is_a?(Hash)
interpolate_sql(sanitize_sql(conditions)).gsub(
@reflection.quoted_table_name,
@reflection.through_reflection.quoted_table_name)
elsif conditions
interpolate_sql(sanitize_sql(conditions))
end
end
def build_sti_condition
@reflection.through_reflection.klass.send(:type_condition)
end
alias_method :sql_conditions, :conditions
def has_cached_counter?
@owner.attribute_present?(cached_counter_attribute_name)
end
def cached_counter_attribute_name
"#{@reflection.name}_count"
end
# NOTE - not sure that we can actually cope with inverses here
def we_can_set_the_inverse_on_this?(record)
false
end
end
end
end

142
vendor/rails/activerecord/lib/active_record/associations/has_one_association.rb vendored
View file

@ -1,142 +0,0 @@
module ActiveRecord
module Associations
class HasOneAssociation < BelongsToAssociation #:nodoc:
def initialize(owner, reflection)
super
construct_sql
end
def create(attrs = {}, replace_existing = true)
new_record(replace_existing) do |reflection|
attrs = merge_with_conditions(attrs)
reflection.create_association(attrs)
end
end
def create!(attrs = {}, replace_existing = true)
new_record(replace_existing) do |reflection|
attrs = merge_with_conditions(attrs)
reflection.create_association!(attrs)
end
end
def build(attrs = {}, replace_existing = true)
new_record(replace_existing) do |reflection|
attrs = merge_with_conditions(attrs)
reflection.build_association(attrs)
end
end
def replace(obj, dont_save = false)
load_target
unless @target.nil? || @target == obj
if dependent? && !dont_save
case @reflection.options[:dependent]
when :delete
@target.delete unless @target.new_record?
@owner.clear_association_cache
when :destroy
@target.destroy unless @target.new_record?
@owner.clear_association_cache
when :nullify
@target[@reflection.primary_key_name] = nil
@target.save unless @owner.new_record? || @target.new_record?
end
else
@target[@reflection.primary_key_name] = nil
@target.save unless @owner.new_record? || @target.new_record?
end
end
if obj.nil?
@target = nil
else
raise_on_type_mismatch(obj)
set_belongs_to_association_for(obj)
@target = (AssociationProxy === obj ? obj.target : obj)
end
set_inverse_instance(obj, @owner)
@loaded = true
unless @owner.new_record? or obj.nil? or dont_save
return (obj.save ? self : false)
else
return (obj.nil? ? nil : self)
end
end
protected
def owner_quoted_id
if @reflection.options[:primary_key]
@owner.class.quote_value(@owner.send(@reflection.options[:primary_key]))
else
@owner.quoted_id
end
end
private
def find_target
the_target = @reflection.klass.find(:first,
:conditions => @finder_sql,
:select => @reflection.options[:select],
:order => @reflection.options[:order],
:include => @reflection.options[:include],
:readonly => @reflection.options[:readonly]
)
set_inverse_instance(the_target, @owner)
the_target
end
def construct_sql
case
when @reflection.options[:as]
@finder_sql =
"#{@reflection.quoted_table_name}.#{@reflection.options[:as]}_id = #{owner_quoted_id} AND " +
"#{@reflection.quoted_table_name}.#{@reflection.options[:as]}_type = #{@owner.class.quote_value(@owner.class.base_class.name.to_s)}"
else
@finder_sql = "#{@reflection.quoted_table_name}.#{@reflection.primary_key_name} = #{owner_quoted_id}"
end
@finder_sql << " AND (#{conditions})" if conditions
end
def construct_scope
create_scoping = {}
set_belongs_to_association_for(create_scoping)
{ :create => create_scoping }
end
def new_record(replace_existing)
# Make sure we load the target first, if we plan on replacing the existing
# instance. Otherwise, if the target has not previously been loaded
# elsewhere, the instance we create will get orphaned.
load_target if replace_existing
record = @reflection.klass.send(:with_scope, :create => construct_scope[:create]) do
yield @reflection
end
if replace_existing
replace(record, true)
else
record[@reflection.primary_key_name] = @owner.id unless @owner.new_record?
self.target = record
set_inverse_instance(record, @owner)
end
record
end
def merge_with_conditions(attrs={})
attrs ||= {}
attrs.update(@reflection.options[:conditions]) if @reflection.options[:conditions].is_a?(Hash)
attrs
end
def we_can_set_the_inverse_on_this?(record)
inverse = @reflection.inverse_of
return !inverse.nil?
end
end
end
end

37
vendor/rails/activerecord/lib/active_record/associations/has_one_through_association.rb vendored
View file

@ -1,37 +0,0 @@
module ActiveRecord
module Associations
class HasOneThroughAssociation < HasManyThroughAssociation
def create_through_record(new_value) #nodoc:
klass = @reflection.through_reflection.klass
current_object = @owner.send(@reflection.through_reflection.name)
if current_object
new_value ? current_object.update_attributes(construct_join_attributes(new_value)) : current_object.destroy
elsif new_value
if @owner.new_record?
self.target = new_value
through_association = @owner.send(:association_instance_get, @reflection.through_reflection.name)
through_association.build(construct_join_attributes(new_value))
else
@owner.send(@reflection.through_reflection.name, klass.create(construct_join_attributes(new_value)))
end
end
end
private
def find(*args)
super(args.merge(:limit => 1))
end
def find_target
super.first
end
def reset_target!
@target = nil
end
end
end
end

388
vendor/rails/activerecord/lib/active_record/attribute_methods.rb vendored
View file

@ -1,388 +0,0 @@
module ActiveRecord
module AttributeMethods #:nodoc:
DEFAULT_SUFFIXES = %w(= ? _before_type_cast)
ATTRIBUTE_TYPES_CACHED_BY_DEFAULT = [:datetime, :timestamp, :time, :date]
def self.included(base)
base.extend ClassMethods
base.attribute_method_suffix(*DEFAULT_SUFFIXES)
base.cattr_accessor :attribute_types_cached_by_default, :instance_writer => false
base.attribute_types_cached_by_default = ATTRIBUTE_TYPES_CACHED_BY_DEFAULT
base.cattr_accessor :time_zone_aware_attributes, :instance_writer => false
base.time_zone_aware_attributes = false
base.class_inheritable_accessor :skip_time_zone_conversion_for_attributes, :instance_writer => false
base.skip_time_zone_conversion_for_attributes = []
end
# Declare and check for suffixed attribute methods.
module ClassMethods
# Declares a method available for all attributes with the given suffix.
# Uses +method_missing+ and <tt>respond_to?</tt> to rewrite the method
#
# #{attr}#{suffix}(*args, &block)
#
# to
#
# attribute#{suffix}(#{attr}, *args, &block)
#
# An <tt>attribute#{suffix}</tt> instance method must exist and accept at least
# the +attr+ argument.
#
# For example:
#
# class Person < ActiveRecord::Base
# attribute_method_suffix '_changed?'
#
# private
# def attribute_changed?(attr)
# ...
# end
# end
#
# person = Person.find(1)
# person.name_changed? # => false
# person.name = 'Hubert'
# person.name_changed? # => true
def attribute_method_suffix(*suffixes)
attribute_method_suffixes.concat suffixes
rebuild_attribute_method_regexp
end
# Returns MatchData if method_name is an attribute method.
def match_attribute_method?(method_name)
rebuild_attribute_method_regexp unless defined?(@@attribute_method_regexp) && @@attribute_method_regexp
@@attribute_method_regexp.match(method_name)
end
# Contains the names of the generated attribute methods.
def generated_methods #:nodoc:
@generated_methods ||= Set.new
end
def generated_methods?
!generated_methods.empty?
end
# Generates all the attribute related methods for columns in the database
# accessors, mutators and query methods.
def define_attribute_methods
return if generated_methods?
columns_hash.each do |name, column|
unless instance_method_already_implemented?(name)
if self.serialized_attributes[name]
define_read_method_for_serialized_attribute(name)
elsif create_time_zone_conversion_attribute?(name, column)
define_read_method_for_time_zone_conversion(name)
else
define_read_method(name.to_sym, name, column)
end
end
unless instance_method_already_implemented?("#{name}=")
if create_time_zone_conversion_attribute?(name, column)
define_write_method_for_time_zone_conversion(name)
else
define_write_method(name.to_sym)
end
end
unless instance_method_already_implemented?("#{name}?")
define_question_method(name)
end
end
end
# Checks whether the method is defined in the model or any of its subclasses
# that also derive from Active Record. Raises DangerousAttributeError if the
# method is defined by Active Record though.
def instance_method_already_implemented?(method_name)
method_name = method_name.to_s
return true if method_name =~ /^id(=$|\?$|$)/
@_defined_class_methods ||= ancestors.first(ancestors.index(ActiveRecord::Base)).sum([]) { |m| m.public_instance_methods(false) | m.private_instance_methods(false) | m.protected_instance_methods(false) }.map(&:to_s).to_set
@@_defined_activerecord_methods ||= (ActiveRecord::Base.public_instance_methods(false) | ActiveRecord::Base.private_instance_methods(false) | ActiveRecord::Base.protected_instance_methods(false)).map(&:to_s).to_set
raise DangerousAttributeError, "#{method_name} is defined by ActiveRecord" if @@_defined_activerecord_methods.include?(method_name)
@_defined_class_methods.include?(method_name)
end
alias :define_read_methods :define_attribute_methods
# +cache_attributes+ allows you to declare which converted attribute values should
# be cached. Usually caching only pays off for attributes with expensive conversion
# methods, like time related columns (e.g. +created_at+, +updated_at+).
def cache_attributes(*attribute_names)
attribute_names.each {|attr| cached_attributes << attr.to_s}
end
# Returns the attributes which are cached. By default time related columns
# with datatype <tt>:datetime, :timestamp, :time, :date</tt> are cached.
def cached_attributes
@cached_attributes ||=
columns.select{|c| attribute_types_cached_by_default.include?(c.type)}.map(&:name).to_set
end
# Returns +true+ if the provided attribute is being cached.
def cache_attribute?(attr_name)
cached_attributes.include?(attr_name)
end
private
# Suffixes a, ?, c become regexp /(a|\?|c)$/
def rebuild_attribute_method_regexp
suffixes = attribute_method_suffixes.map { |s| Regexp.escape(s) }
@@attribute_method_regexp = /(#{suffixes.join('|')})$/.freeze
end
# Default to =, ?, _before_type_cast
def attribute_method_suffixes
@@attribute_method_suffixes ||= []
end
def create_time_zone_conversion_attribute?(name, column)
time_zone_aware_attributes && !skip_time_zone_conversion_for_attributes.include?(name.to_sym) && [:datetime, :timestamp].include?(column.type)
end
# Define an attribute reader method. Cope with nil column.
def define_read_method(symbol, attr_name, column)
cast_code = column.type_cast_code('v') if column
access_code = cast_code ? "(v=@attributes['#{attr_name}']) && #{cast_code}" : "@attributes['#{attr_name}']"
unless attr_name.to_s == self.primary_key.to_s
access_code = access_code.insert(0, "missing_attribute('#{attr_name}', caller) unless @attributes.has_key?('#{attr_name}'); ")
end
if cache_attribute?(attr_name)
access_code = "@attributes_cache['#{attr_name}'] ||= (#{access_code})"
end
evaluate_attribute_method attr_name, "def #{symbol}; #{access_code}; end"
end
# Define read method for serialized attribute.
def define_read_method_for_serialized_attribute(attr_name)
evaluate_attribute_method attr_name, "def #{attr_name}; unserialize_attribute('#{attr_name}'); end"
end
# Defined for all +datetime+ and +timestamp+ attributes when +time_zone_aware_attributes+ are enabled.
# This enhanced read method automatically converts the UTC time stored in the database to the time zone stored in Time.zone.
def define_read_method_for_time_zone_conversion(attr_name)
method_body = <<-EOV
def #{attr_name}(reload = false)
cached = @attributes_cache['#{attr_name}']
return cached if cached && !reload
time = read_attribute('#{attr_name}')
@attributes_cache['#{attr_name}'] = time.acts_like?(:time) ? time.in_time_zone : time
end
EOV
evaluate_attribute_method attr_name, method_body
end
# Defines a predicate method <tt>attr_name?</tt>.
def define_question_method(attr_name)
evaluate_attribute_method attr_name, "def #{attr_name}?; query_attribute('#{attr_name}'); end", "#{attr_name}?"
end
def define_write_method(attr_name)
evaluate_attribute_method attr_name, "def #{attr_name}=(new_value);write_attribute('#{attr_name}', new_value);end", "#{attr_name}="
end
# Defined for all +datetime+ and +timestamp+ attributes when +time_zone_aware_attributes+ are enabled.
# This enhanced write method will automatically convert the time passed to it to the zone stored in Time.zone.
def define_write_method_for_time_zone_conversion(attr_name)
method_body = <<-EOV
def #{attr_name}=(time)
unless time.acts_like?(:time)
time = time.is_a?(String) ? Time.zone.parse(time) : time.to_time rescue time
end
time = time.in_time_zone rescue nil if time
write_attribute(:#{attr_name}, time)
end
EOV
evaluate_attribute_method attr_name, method_body, "#{attr_name}="
end
# Evaluate the definition for an attribute related method
def evaluate_attribute_method(attr_name, method_definition, method_name=attr_name)
unless method_name.to_s == primary_key.to_s
generated_methods << method_name
end
begin
class_eval(method_definition, __FILE__)
rescue SyntaxError => err
generated_methods.delete(attr_name)
if logger
logger.warn "Exception occurred during reader method compilation."
logger.warn "Maybe #{attr_name} is not a valid Ruby identifier?"
logger.warn err.message
end
end
end
end # ClassMethods
# Allows access to the object attributes, which are held in the <tt>@attributes</tt> hash, as though they
# were first-class methods. So a Person class with a name attribute can use Person#name and
# Person#name= and never directly use the attributes hash -- except for multiple assigns with
# ActiveRecord#attributes=. A Milestone class can also ask Milestone#completed? to test that
# the completed attribute is not +nil+ or 0.
#
# It's also possible to instantiate related objects, so a Client class belonging to the clients
# table with a +master_id+ foreign key can instantiate master through Client#master.
def method_missing(method_id, *args, &block)
method_name = method_id.to_s
if self.class.private_method_defined?(method_name)
raise NoMethodError.new("Attempt to call private method", method_name, args)
end
# If we haven't generated any methods yet, generate them, then
# see if we've created the method we're looking for.
if !self.class.generated_methods?
self.class.define_attribute_methods
if self.class.generated_methods.include?(method_name)
return self.send(method_id, *args, &block)
end
end
if self.class.primary_key.to_s == method_name
id
elsif md = self.class.match_attribute_method?(method_name)
attribute_name, method_type = md.pre_match, md.to_s
if @attributes.include?(attribute_name)
__send__("attribute#{method_type}", attribute_name, *args, &block)
else
super
end
elsif @attributes.include?(method_name)
read_attribute(method_name)
else
super
end
end
# Returns the value of the attribute identified by <tt>attr_name</tt> after it has been typecast (for example,
# "2004-12-12" in a data column is cast to a date object, like Date.new(2004, 12, 12)).
def read_attribute(attr_name)
attr_name = attr_name.to_s
if !(value = @attributes[attr_name]).nil?
if column = column_for_attribute(attr_name)
if unserializable_attribute?(attr_name, column)
unserialize_attribute(attr_name)
else
column.type_cast(value)
end
else
value
end
else
nil
end
end
def read_attribute_before_type_cast(attr_name)
@attributes[attr_name]
end
# Returns true if the attribute is of a text column and marked for serialization.
def unserializable_attribute?(attr_name, column)
column.text? && self.class.serialized_attributes[attr_name]
end
# Returns the unserialized object of the attribute.
def unserialize_attribute(attr_name)
unserialized_object = object_from_yaml(@attributes[attr_name])
if unserialized_object.is_a?(self.class.serialized_attributes[attr_name]) || unserialized_object.nil?
@attributes.frozen? ? unserialized_object : @attributes[attr_name] = unserialized_object
else
raise SerializationTypeMismatch,
"#{attr_name} was supposed to be a #{self.class.serialized_attributes[attr_name]}, but was a #{unserialized_object.class.to_s}"
end
end
# Updates the attribute identified by <tt>attr_name</tt> with the specified +value+. Empty strings for fixnum and float
# columns are turned into +nil+.
def write_attribute(attr_name, value)
attr_name = attr_name.to_s
@attributes_cache.delete(attr_name)
if (column = column_for_attribute(attr_name)) && column.number?
@attributes[attr_name] = convert_number_column_value(value)
else
@attributes[attr_name] = value
end
end
def query_attribute(attr_name)
unless value = read_attribute(attr_name)
false
else
column = self.class.columns_hash[attr_name]
if column.nil?
if Numeric === value || value !~ /[^0-9]/
!value.to_i.zero?
else
return false if ActiveRecord::ConnectionAdapters::Column::FALSE_VALUES.include?(value)
!value.blank?
end
elsif column.number?
!value.zero?
else
!value.blank?
end
end
end
# A Person object with a name attribute can ask <tt>person.respond_to?(:name)</tt>,
# <tt>person.respond_to?(:name=)</tt>, and <tt>person.respond_to?(:name?)</tt>
# which will all return +true+.
alias :respond_to_without_attributes? :respond_to?
def respond_to?(method, include_private_methods = false)
method_name = method.to_s
if super
return true
elsif !include_private_methods && super(method, true)
# If we're here than we haven't found among non-private methods
# but found among all methods. Which means that given method is private.
return false
elsif !self.class.generated_methods?
self.class.define_attribute_methods
if self.class.generated_methods.include?(method_name)
return true
end
end
if @attributes.nil?
return super
elsif @attributes.include?(method_name)
return true
elsif md = self.class.match_attribute_method?(method_name)
return true if @attributes.include?(md.pre_match)
end
super
end
private
def missing_attribute(attr_name, stack)
raise ActiveRecord::MissingAttributeError, "missing attribute: #{attr_name}", stack
end
# Handle *? for method_missing.
def attribute?(attribute_name)
query_attribute(attribute_name)
end
# Handle *= for method_missing.
def attribute=(attribute_name, value)
write_attribute(attribute_name, value)
end
# Handle *_before_type_cast for method_missing.
def attribute_before_type_cast(attribute_name)
read_attribute_before_type_cast(attribute_name)
end
end
end

395
vendor/rails/activerecord/lib/active_record/autosave_association.rb vendored
View file

@ -1,395 +0,0 @@
module ActiveRecord
# AutosaveAssociation is a module that takes care of automatically saving
# your associations when the parent is saved. In addition to saving, it
# also destroys any associations that were marked for destruction.
# (See mark_for_destruction and marked_for_destruction?)
#
# Saving of the parent, its associations, and the destruction of marked
# associations, all happen inside 1 transaction. This should never leave the
# database in an inconsistent state after, for instance, mass assigning
# attributes and saving them.
#
# If validations for any of the associations fail, their error messages will
# be applied to the parent.
#
# Note that it also means that associations marked for destruction won't
# be destroyed directly. They will however still be marked for destruction.
#
# === One-to-one Example
#
# Consider a Post model with one Author:
#
# class Post
# has_one :author, :autosave => true
# end
#
# Saving changes to the parent and its associated model can now be performed
# automatically _and_ atomically:
#
# post = Post.find(1)
# post.title # => "The current global position of migrating ducks"
# post.author.name # => "alloy"
#
# post.title = "On the migration of ducks"
# post.author.name = "Eloy Duran"
#
# post.save
# post.reload
# post.title # => "On the migration of ducks"
# post.author.name # => "Eloy Duran"
#
# Destroying an associated model, as part of the parent's save action, is as
# simple as marking it for destruction:
#
# post.author.mark_for_destruction
# post.author.marked_for_destruction? # => true
#
# Note that the model is _not_ yet removed from the database:
# id = post.author.id
# Author.find_by_id(id).nil? # => false
#
# post.save
# post.reload.author # => nil
#
# Now it _is_ removed from the database:
# Author.find_by_id(id).nil? # => true
#
# === One-to-many Example
#
# Consider a Post model with many Comments:
#
# class Post
# has_many :comments, :autosave => true
# end
#
# Saving changes to the parent and its associated model can now be performed
# automatically _and_ atomically:
#
# post = Post.find(1)
# post.title # => "The current global position of migrating ducks"
# post.comments.first.body # => "Wow, awesome info thanks!"
# post.comments.last.body # => "Actually, your article should be named differently."
#
# post.title = "On the migration of ducks"
# post.comments.last.body = "Actually, your article should be named differently. [UPDATED]: You are right, thanks."
#
# post.save
# post.reload
# post.title # => "On the migration of ducks"
# post.comments.last.body # => "Actually, your article should be named differently. [UPDATED]: You are right, thanks."
#
# Destroying one of the associated models members, as part of the parent's
# save action, is as simple as marking it for destruction:
#
# post.comments.last.mark_for_destruction
# post.comments.last.marked_for_destruction? # => true
# post.comments.length # => 2
#
# Note that the model is _not_ yet removed from the database:
# id = post.comments.last.id
# Comment.find_by_id(id).nil? # => false
#
# post.save
# post.reload.comments.length # => 1
#
# Now it _is_ removed from the database:
# Comment.find_by_id(id).nil? # => true
#
# === Validation
#
# Validation is performed on the parent as usual, but also on all autosave
# enabled associations. If any of the associations fail validation, its
# error messages will be applied on the parents errors object and validation
# of the parent will fail.
#
# Consider a Post model with Author which validates the presence of its name
# attribute:
#
# class Post
# has_one :author, :autosave => true
# end
#
# class Author
# validates_presence_of :name
# end
#
# post = Post.find(1)
# post.author.name = ''
# post.save # => false
# post.errors # => #<ActiveRecord::Errors:0x174498c @errors={"author_name"=>["can't be blank"]}, @base=#<Post ...>>
#
# No validations will be performed on the associated models when validations
# are skipped for the parent:
#
# post = Post.find(1)
# post.author.name = ''
# post.save(false) # => true
module AutosaveAssociation
ASSOCIATION_TYPES = %w{ has_one belongs_to has_many has_and_belongs_to_many }
def self.included(base)
base.class_eval do
base.extend(ClassMethods)
alias_method_chain :reload, :autosave_associations
ASSOCIATION_TYPES.each do |type|
base.send("valid_keys_for_#{type}_association") << :autosave
end
end
end
module ClassMethods
private
# def belongs_to(name, options = {})
# super
# add_autosave_association_callbacks(reflect_on_association(name))
# end
ASSOCIATION_TYPES.each do |type|
module_eval <<-CODE, __FILE__, __LINE__ + 1
def #{type}(name, options = {})
super
add_autosave_association_callbacks(reflect_on_association(name))
end
CODE
end
# Adds a validate and save callback for the association as specified by
# the +reflection+.
#
# For performance reasons, we don't check whether to validate at runtime,
# but instead only define the method and callback when needed. However,
# this can change, for instance, when using nested attributes, which is
# called _after_ the association has been defined. Since we don't want
# the callbacks to get defined multiple times, there are guards that
# check if the save or validation methods have already been defined
# before actually defining them.
def add_autosave_association_callbacks(reflection)
save_method = :"autosave_associated_records_for_#{reflection.name}"
validation_method = :"validate_associated_records_for_#{reflection.name}"
collection = reflection.collection?
unless method_defined?(save_method)
if collection
before_save :before_save_collection_association
define_method(save_method) { save_collection_association(reflection) }
# Doesn't use after_save as that would save associations added in after_create/after_update twice
after_create save_method
after_update save_method
else
if reflection.macro == :has_one
define_method(save_method) { save_has_one_association(reflection) }
after_save save_method
else
define_method(save_method) { save_belongs_to_association(reflection) }
before_save save_method
end
end
end
if reflection.validate? && !method_defined?(validation_method)
method = (collection ? :validate_collection_association : :validate_single_association)
define_method(validation_method) { send(method, reflection) }
validate validation_method
end
end
end
# Reloads the attributes of the object as usual and removes a mark for destruction.
def reload_with_autosave_associations(options = nil)
@marked_for_destruction = false
reload_without_autosave_associations(options)
end
# Marks this record to be destroyed as part of the parents save transaction.
# This does _not_ actually destroy the record yet, rather it will be destroyed when <tt>parent.save</tt> is called.
#
# Only useful if the <tt>:autosave</tt> option on the parent is enabled for this associated model.
def mark_for_destruction
@marked_for_destruction = true
end
# Returns whether or not this record will be destroyed as part of the parents save transaction.
#
# Only useful if the <tt>:autosave</tt> option on the parent is enabled for this associated model.
def marked_for_destruction?
@marked_for_destruction
end
# Returns whether or not this record has been changed in any way (including whether
# any of its nested autosave associations are likewise changed)
def changed_for_autosave?
new_record? || changed? || marked_for_destruction? || nested_records_changed_for_autosave?
end
private
# Returns the record for an association collection that should be validated
# or saved. If +autosave+ is +false+ only new records will be returned,
# unless the parent is/was a new record itself.
def associated_records_to_validate_or_save(association, new_record, autosave)
if new_record
association
elsif autosave
association.target.select { |record| record.changed_for_autosave? }
else
association.target.select { |record| record.new_record? }
end
end
# go through nested autosave associations that are loaded in memory (without loading
# any new ones), and return true if is changed for autosave
def nested_records_changed_for_autosave?
self.class.reflect_on_all_autosave_associations.each do |reflection|
if association = association_instance_get(reflection.name)
if [:belongs_to, :has_one].include?(reflection.macro)
return true if association.target && association.target.changed_for_autosave?
else
association.target.each {|record| return true if record.changed_for_autosave? }
end
end
end
false
end
# Validate the association if <tt>:validate</tt> or <tt>:autosave</tt> is
# turned on for the association specified by +reflection+.
def validate_single_association(reflection)
if (association = association_instance_get(reflection.name)) && !association.target.nil?
association_valid?(reflection, association)
end
end
# Validate the associated records if <tt>:validate</tt> or
# <tt>:autosave</tt> is turned on for the association specified by
# +reflection+.
def validate_collection_association(reflection)
if association = association_instance_get(reflection.name)
if records = associated_records_to_validate_or_save(association, new_record?, reflection.options[:autosave])
records.each { |record| association_valid?(reflection, record) }
end
end
end
# Returns whether or not the association is valid and applies any errors to
# the parent, <tt>self</tt>, if it wasn't. Skips any <tt>:autosave</tt>
# enabled records if they're marked_for_destruction? or destroyed.
def association_valid?(reflection, association)
return true if association.destroyed? || association.marked_for_destruction?
unless valid = association.valid?
if reflection.options[:autosave]
association.errors.each_error do |attribute, error|
attribute = "#{reflection.name}.#{attribute}"
errors.add(attribute, error.dup) unless errors.on(attribute)
end
else
errors.add(reflection.name)
end
end
valid
end
# Is used as a before_save callback to check while saving a collection
# association whether or not the parent was a new record before saving.
def before_save_collection_association
@new_record_before_save = new_record?
true
end
# Saves any new associated records, or all loaded autosave associations if
# <tt>:autosave</tt> is enabled on the association.
#
# In addition, it destroys all children that were marked for destruction
# with mark_for_destruction.
#
# This all happens inside a transaction, _if_ the Transactions module is included into
# ActiveRecord::Base after the AutosaveAssociation module, which it does by default.
def save_collection_association(reflection)
if association = association_instance_get(reflection.name)
autosave = reflection.options[:autosave]
if records = associated_records_to_validate_or_save(association, @new_record_before_save, autosave)
records.each do |record|
next if record.destroyed?
if autosave && record.marked_for_destruction?
association.destroy(record)
elsif autosave != false && (@new_record_before_save || record.new_record?)
if autosave
saved = association.send(:insert_record, record, false, false)
else
association.send(:insert_record, record)
end
elsif autosave
saved = record.save(false)
end
raise ActiveRecord::Rollback if saved == false
end
end
# reconstruct the SQL queries now that we know the owner's id
association.send(:construct_sql) if association.respond_to?(:construct_sql)
end
end
# Saves the associated record if it's new or <tt>:autosave</tt> is enabled
# on the association.
#
# In addition, it will destroy the association if it was marked for
# destruction with mark_for_destruction.
#
# This all happens inside a transaction, _if_ the Transactions module is included into
# ActiveRecord::Base after the AutosaveAssociation module, which it does by default.
def save_has_one_association(reflection)
if (association = association_instance_get(reflection.name)) && !association.target.nil? && !association.destroyed?
autosave = reflection.options[:autosave]
if autosave && association.marked_for_destruction?
association.destroy
else
key = reflection.options[:primary_key] ? send(reflection.options[:primary_key]) : id
if autosave != false && (new_record? || association.new_record? || association[reflection.primary_key_name] != key || autosave)
association[reflection.primary_key_name] = key
saved = association.save(!autosave)
raise ActiveRecord::Rollback if !saved && autosave
saved
end
end
end
end
# Saves the associated record if it's new or <tt>:autosave</tt> is enabled
# on the association.
#
# In addition, it will destroy the association if it was marked for
# destruction with mark_for_destruction.
#
# This all happens inside a transaction, _if_ the Transactions module is included into
# ActiveRecord::Base after the AutosaveAssociation module, which it does by default.
def save_belongs_to_association(reflection)
if (association = association_instance_get(reflection.name)) && !association.destroyed?
autosave = reflection.options[:autosave]
if autosave && association.marked_for_destruction?
association.destroy
elsif autosave != false
saved = association.save(!autosave) if association.new_record? || autosave
if association.updated?
association_id = association.send(reflection.options[:primary_key] || :id)
self[reflection.primary_key_name] = association_id
# TODO: Removing this code doesn't seem to matter…
if reflection.options[:polymorphic]
self[reflection.options[:foreign_type]] = association.class.base_class.name.to_s
end
end
saved if autosave
end
end
end
end
end

3218
vendor/rails/activerecord/lib/active_record/base.rb vendored
View file

File diff suppressed because it is too large Load diff

85
vendor/rails/activerecord/lib/active_record/batches.rb vendored
View file

@ -1,85 +0,0 @@
module ActiveRecord
module Batches # :nodoc:
def self.included(base)
base.extend(ClassMethods)
end
# When processing large numbers of records, it's often a good idea to do
# so in batches to prevent memory ballooning.
module ClassMethods
# Yields each record that was found by the find +options+. The find is
# performed by find_in_batches with a batch size of 1000 (or as
# specified by the <tt>:batch_size</tt> option).
#
# Example:
#
# Person.find_each(:conditions => "age > 21") do |person|
# person.party_all_night!
# end
#
# Note: This method is only intended to use for batch processing of
# large amounts of records that wouldn't fit in memory all at once. If
# you just need to loop over less than 1000 records, it's probably
# better just to use the regular find methods.
def find_each(options = {})
find_in_batches(options) do |records|
records.each { |record| yield record }
end
self
end
# Yields each batch of records that was found by the find +options+ as
# an array. The size of each batch is set by the <tt>:batch_size</tt>
# option; the default is 1000.
#
# You can control the starting point for the batch processing by
# supplying the <tt>:start</tt> option. This is especially useful if you
# want multiple workers dealing with the same processing queue. You can
# make worker 1 handle all the records between id 0 and 10,000 and
# worker 2 handle from 10,000 and beyond (by setting the <tt>:start</tt>
# option on that worker).
#
# It's not possible to set the order. That is automatically set to
# ascending on the primary key ("id ASC") to make the batch ordering
# work. This also mean that this method only works with integer-based
# primary keys. You can't set the limit either, that's used to control
# the the batch sizes.
#
# Example:
#
# Person.find_in_batches(:conditions => "age > 21") do |group|
# sleep(50) # Make sure it doesn't get too crowded in there!
# group.each { |person| person.party_all_night! }
# end
def find_in_batches(options = {})
raise "You can't specify an order, it's forced to be #{batch_order}" if options[:order]
raise "You can't specify a limit, it's forced to be the batch_size" if options[:limit]
start = options.delete(:start).to_i
batch_size = options.delete(:batch_size) || 1000
proxy = scoped(options.merge(:order => batch_order, :limit => batch_size))
records = proxy.find(:all, :conditions => [ "#{table_name}.#{primary_key} >= ?", start ])
while records.any?
yield records
break if records.size < batch_size
last_value = records.last.id
raise "You must include the primary key if you define a select" unless last_value.present?
records = proxy.find(:all, :conditions => [ "#{table_name}.#{primary_key} > ?", last_value ])
end
end
private
def batch_order
"#{table_name}.#{primary_key} ASC"
end
end
end
end

314
vendor/rails/activerecord/lib/active_record/calculations.rb vendored
View file

@ -1,314 +0,0 @@
module ActiveRecord
module Calculations #:nodoc:
CALCULATIONS_OPTIONS = [:conditions, :joins, :order, :select, :group, :having, :distinct, :limit, :offset, :include, :from]
def self.included(base)
base.extend(ClassMethods)
end
module ClassMethods
# Count operates using three different approaches.
#
# * Count all: By not passing any parameters to count, it will return a count of all the rows for the model.
# * Count using column: By passing a column name to count, it will return a count of all the rows for the model with supplied column present
# * Count using options will find the row count matched by the options used.
#
# The third approach, count using options, accepts an option hash as the only parameter. The options are:
#
# * <tt>:conditions</tt>: An SQL fragment like "administrator = 1" or [ "user_name = ?", username ]. See conditions in the intro to ActiveRecord::Base.
# * <tt>:joins</tt>: Either an SQL fragment for additional joins like "LEFT JOIN comments ON comments.post_id = id" (rarely needed)
# or named associations in the same form used for the <tt>:include</tt> option, which will perform an INNER JOIN on the associated table(s).
# If the value is a string, then the records will be returned read-only since they will have attributes that do not correspond to the table's columns.
# Pass <tt>:readonly => false</tt> to override.
# * <tt>:include</tt>: Named associations that should be loaded alongside using LEFT OUTER JOINs. The symbols named refer
# to already defined associations. When using named associations, count returns the number of DISTINCT items for the model you're counting.
# See eager loading under Associations.
# * <tt>:order</tt>: An SQL fragment like "created_at DESC, name" (really only used with GROUP BY calculations).
# * <tt>:group</tt>: An attribute name by which the result should be grouped. Uses the GROUP BY SQL-clause.
# * <tt>:select</tt>: By default, this is * as in SELECT * FROM, but can be changed if you, for example, want to do a join but not
# include the joined columns.
# * <tt>:distinct</tt>: Set this to true to make this a distinct calculation, such as SELECT COUNT(DISTINCT posts.id) ...
# * <tt>:from</tt> - By default, this is the table name of the class, but can be changed to an alternate table name (or even the name
# of a database view).
#
# Examples for counting all:
# Person.count # returns the total count of all people
#
# Examples for counting by column:
# Person.count(:age) # returns the total count of all people whose age is present in database
#
# Examples for count with options:
# Person.count(:conditions => "age > 26")
# Person.count(:conditions => "age > 26 AND job.salary > 60000", :include => :job) # because of the named association, it finds the DISTINCT count using LEFT OUTER JOIN.
# Person.count(:conditions => "age > 26 AND job.salary > 60000", :joins => "LEFT JOIN jobs on jobs.person_id = person.id") # finds the number of rows matching the conditions and joins.
# Person.count('id', :conditions => "age > 26") # Performs a COUNT(id)
# Person.count(:all, :conditions => "age > 26") # Performs a COUNT(*) (:all is an alias for '*')
#
# Note: <tt>Person.count(:all)</tt> will not work because it will use <tt>:all</tt> as the condition. Use Person.count instead.
def count(*args)
calculate(:count, *construct_count_options_from_args(*args))
end
# Calculates the average value on a given column. The value is returned as
# a float, or +nil+ if there's no row. See +calculate+ for examples with
# options.
#
# Person.average('age') # => 35.8
def average(column_name, options = {})
calculate(:avg, column_name, options)
end
# Calculates the minimum value on a given column. The value is returned
# with the same data type of the column, or +nil+ if there's no row. See
# +calculate+ for examples with options.
#
# Person.minimum('age') # => 7
def minimum(column_name, options = {})
calculate(:min, column_name, options)
end
# Calculates the maximum value on a given column. The value is returned
# with the same data type of the column, or +nil+ if there's no row. See
# +calculate+ for examples with options.
#
# Person.maximum('age') # => 93
def maximum(column_name, options = {})
calculate(:max, column_name, options)
end
# Calculates the sum of values on a given column. The value is returned
# with the same data type of the column, 0 if there's no row. See
# +calculate+ for examples with options.
#
# Person.sum('age') # => 4562
def sum(column_name, options = {})
calculate(:sum, column_name, options)
end
# This calculates aggregate values in the given column. Methods for count, sum, average, minimum, and maximum have been added as shortcuts.
# Options such as <tt>:conditions</tt>, <tt>:order</tt>, <tt>:group</tt>, <tt>:having</tt>, and <tt>:joins</tt> can be passed to customize the query.
#
# There are two basic forms of output:
# * Single aggregate value: The single value is type cast to Fixnum for COUNT, Float for AVG, and the given column's type for everything else.
# * Grouped values: This returns an ordered hash of the values and groups them by the <tt>:group</tt> option. It takes either a column name, or the name
# of a belongs_to association.
#
# values = Person.maximum(:age, :group => 'last_name')
# puts values["Drake"]
# => 43
#
# drake = Family.find_by_last_name('Drake')
# values = Person.maximum(:age, :group => :family) # Person belongs_to :family
# puts values[drake]
# => 43
#
# values.each do |family, max_age|
# ...
# end
#
# Options:
# * <tt>:conditions</tt> - An SQL fragment like "administrator = 1" or [ "user_name = ?", username ]. See conditions in the intro to ActiveRecord::Base.
# * <tt>:include</tt>: Eager loading, see Associations for details. Since calculations don't load anything, the purpose of this is to access fields on joined tables in your conditions, order, or group clauses.
# * <tt>:joins</tt> - An SQL fragment for additional joins like "LEFT JOIN comments ON comments.post_id = id". (Rarely needed).
# The records will be returned read-only since they will have attributes that do not correspond to the table's columns.
# * <tt>:order</tt> - An SQL fragment like "created_at DESC, name" (really only used with GROUP BY calculations).
# * <tt>:group</tt> - An attribute name by which the result should be grouped. Uses the GROUP BY SQL-clause.
# * <tt>:select</tt> - By default, this is * as in SELECT * FROM, but can be changed if you for example want to do a join, but not
# include the joined columns.
# * <tt>:distinct</tt> - Set this to true to make this a distinct calculation, such as SELECT COUNT(DISTINCT posts.id) ...
#
# Examples:
# Person.calculate(:count, :all) # The same as Person.count
# Person.average(:age) # SELECT AVG(age) FROM people...
# Person.minimum(:age, :conditions => ['last_name != ?', 'Drake']) # Selects the minimum age for everyone with a last name other than 'Drake'
# Person.minimum(:age, :having => 'min(age) > 17', :group => :last_name) # Selects the minimum age for any family without any minors
# Person.sum("2 * age")
def calculate(operation, column_name, options = {})
validate_calculation_options(operation, options)
column_name = options[:select] if options[:select]
column_name = '*' if column_name == :all
column = column_for column_name
catch :invalid_query do
if options[:group]
return execute_grouped_calculation(operation, column_name, column, options)
else
return execute_simple_calculation(operation, column_name, column, options)
end
end
0
end
protected
def construct_count_options_from_args(*args)
options = {}
column_name = :all
# We need to handle
# count()
# count(:column_name=:all)
# count(options={})
# count(column_name=:all, options={})
case args.size
when 1
args[0].is_a?(Hash) ? options = args[0] : column_name = args[0]
when 2
column_name, options = args
else
raise ArgumentError, "Unexpected parameters passed to count(): #{args.inspect}"
end if args.size > 0
[column_name, options]
end
def construct_calculation_sql(operation, column_name, options) #:nodoc:
operation = operation.to_s.downcase
options = options.symbolize_keys
scope = scope(:find)
merged_includes = merge_includes(scope ? scope[:include] : [], options[:include])
aggregate_alias = column_alias_for(operation, column_name)
column_name = "#{connection.quote_table_name(table_name)}.#{column_name}" if column_names.include?(column_name.to_s)
if operation == 'count'
if merged_includes.any?
options[:distinct] = true
column_name = options[:select] || [connection.quote_table_name(table_name), primary_key] * '.'
end
if options[:distinct]
use_workaround = !connection.supports_count_distinct?
end
end
if options[:distinct] && column_name.to_s !~ /\s*DISTINCT\s+/i
distinct = 'DISTINCT '
end
sql = "SELECT #{operation}(#{distinct}#{column_name}) AS #{aggregate_alias}"
# A (slower) workaround if we're using a backend, like sqlite, that doesn't support COUNT DISTINCT.
sql = "SELECT COUNT(*) AS #{aggregate_alias}" if use_workaround
sql << ", #{options[:group_field]} AS #{options[:group_alias]}" if options[:group]
if options[:from]
sql << " FROM #{options[:from]} "
elsif scope && scope[:from] && !use_workaround
sql << " FROM #{scope[:from]} "
else
sql << " FROM (SELECT #{distinct}#{column_name}" if use_workaround
sql << " FROM #{connection.quote_table_name(table_name)} "
end
joins = ""
add_joins!(joins, options[:joins], scope)
if merged_includes.any?
join_dependency = ActiveRecord::Associations::ClassMethods::JoinDependency.new(self, merged_includes, joins)
sql << join_dependency.join_associations.collect{|join| join.association_join }.join
end
sql << joins unless joins.blank?
add_conditions!(sql, options[:conditions], scope)
add_limited_ids_condition!(sql, options, join_dependency) if join_dependency && !using_limitable_reflections?(join_dependency.reflections) && ((scope && scope[:limit]) || options[:limit])
if options[:group]
group_key = connection.adapter_name == 'FrontBase' ? :group_alias : :group_field
sql << " GROUP BY #{options[group_key]} "
end
if options[:group] && options[:having]
having = sanitize_sql_for_conditions(options[:having])
# FrontBase requires identifiers in the HAVING clause and chokes on function calls
if connection.adapter_name == 'FrontBase'
having.downcase!
having.gsub!(/#{operation}\s*\(\s*#{column_name}\s*\)/, aggregate_alias)
end
sql << " HAVING #{having} "
end
sql << " ORDER BY #{options[:order]} " if options[:order]
add_limit!(sql, options, scope)
sql << ") #{aggregate_alias}_subquery" if use_workaround
sql
end
def execute_simple_calculation(operation, column_name, column, options) #:nodoc:
value = connection.select_value(construct_calculation_sql(operation, column_name, options))
type_cast_calculated_value(value, column, operation)
end
def execute_grouped_calculation(operation, column_name, column, options) #:nodoc:
group_attr = options[:group].to_s
association = reflect_on_association(group_attr.to_sym)
associated = association && association.macro == :belongs_to # only count belongs_to associations
group_field = associated ? association.primary_key_name : group_attr
group_alias = column_alias_for(group_field)
group_column = column_for group_field
sql = construct_calculation_sql(operation, column_name, options.merge(:group_field => group_field, :group_alias => group_alias))
calculated_data = connection.select_all(sql)
aggregate_alias = column_alias_for(operation, column_name)
if association
key_ids = calculated_data.collect { |row| row[group_alias] }
key_records = association.klass.base_class.find(key_ids)
key_records = key_records.inject({}) { |hsh, r| hsh.merge(r.id => r) }
end
calculated_data.inject(ActiveSupport::OrderedHash.new) do |all, row|
key = type_cast_calculated_value(row[group_alias], group_column)
key = key_records[key] if associated
value = row[aggregate_alias]
all[key] = type_cast_calculated_value(value, column, operation)
all
end
end
private
def validate_calculation_options(operation, options = {})
options.assert_valid_keys(CALCULATIONS_OPTIONS)
end
# Converts the given keys to the value that the database adapter returns as
# a usable column name:
#
# column_alias_for("users.id") # => "users_id"
# column_alias_for("sum(id)") # => "sum_id"
# column_alias_for("count(distinct users.id)") # => "count_distinct_users_id"
# column_alias_for("count(*)") # => "count_all"
# column_alias_for("count", "id") # => "count_id"
def column_alias_for(*keys)
table_name = keys.join(' ')
table_name.downcase!
table_name.gsub!(/\*/, 'all')
table_name.gsub!(/\W+/, ' ')
table_name.strip!
table_name.gsub!(/ +/, '_')
connection.table_alias_for(table_name)
end
def column_for(field)
field_name = field.to_s.split('.').last
columns.detect { |c| c.name.to_s == field_name }
end
def type_cast_calculated_value(value, column, operation = nil)
if value.is_a?(String) || value.nil?
case operation.to_s.downcase
when 'count' then value.to_i
when 'sum' then type_cast_using_column(value || '0', column)
when 'avg' then value.try(:to_d)
else type_cast_using_column(value, column)
end
else
value
end
end
def type_cast_using_column(value, column)
column ? column.type_cast(value) : value
end
end
end
end

360
vendor/rails/activerecord/lib/active_record/callbacks.rb vendored
View file

@ -1,360 +0,0 @@
require 'observer'
module ActiveRecord
# Callbacks are hooks into the lifecycle of an Active Record object that allow you to trigger logic
# before or after an alteration of the object state. This can be used to make sure that associated and
# dependent objects are deleted when +destroy+ is called (by overwriting +before_destroy+) or to massage attributes
# before they're validated (by overwriting +before_validation+). As an example of the callbacks initiated, consider
# the <tt>Base#save</tt> call for a new record:
#
# * (-) <tt>save</tt>
# * (-) <tt>valid</tt>
# * (1) <tt>before_validation</tt>
# * (2) <tt>before_validation_on_create</tt>
# * (-) <tt>validate</tt>
# * (-) <tt>validate_on_create</tt>
# * (3) <tt>after_validation</tt>
# * (4) <tt>after_validation_on_create</tt>
# * (5) <tt>before_save</tt>
# * (6) <tt>before_create</tt>
# * (-) <tt>create</tt>
# * (7) <tt>after_create</tt>
# * (8) <tt>after_save</tt>
#
# That's a total of eight callbacks, which gives you immense power to react and prepare for each state in the
# Active Record lifecycle. The sequence for calling <tt>Base#save</tt> an existing record is similar, except that each
# <tt>_on_create</tt> callback is replaced by the corresponding <tt>_on_update</tt> callback.
#
# Examples:
# class CreditCard < ActiveRecord::Base
# # Strip everything but digits, so the user can specify "555 234 34" or
# # "5552-3434" or both will mean "55523434"
# def before_validation_on_create
# self.number = number.gsub(/[^0-9]/, "") if attribute_present?("number")
# end
# end
#
# class Subscription < ActiveRecord::Base
# before_create :record_signup
#
# private
# def record_signup
# self.signed_up_on = Date.today
# end
# end
#
# class Firm < ActiveRecord::Base
# # Destroys the associated clients and people when the firm is destroyed
# before_destroy { |record| Person.destroy_all "firm_id = #{record.id}" }
# before_destroy { |record| Client.destroy_all "client_of = #{record.id}" }
# end
#
# == Inheritable callback queues
#
# Besides the overwritable callback methods, it's also possible to register callbacks through the use of the callback macros.
# Their main advantage is that the macros add behavior into a callback queue that is kept intact down through an inheritance
# hierarchy. Example:
#
# class Topic < ActiveRecord::Base
# before_destroy :destroy_author
# end
#
# class Reply < Topic
# before_destroy :destroy_readers
# end
#
# Now, when <tt>Topic#destroy</tt> is run only +destroy_author+ is called. When <tt>Reply#destroy</tt> is run, both +destroy_author+ and
# +destroy_readers+ are called. Contrast this to the situation where we've implemented the save behavior through overwriteable
# methods:
#
# class Topic < ActiveRecord::Base
# def before_destroy() destroy_author end
# end
#
# class Reply < Topic
# def before_destroy() destroy_readers end
# end
#
# In that case, <tt>Reply#destroy</tt> would only run +destroy_readers+ and _not_ +destroy_author+. So, use the callback macros when
# you want to ensure that a certain callback is called for the entire hierarchy, and use the regular overwriteable methods
# when you want to leave it up to each descendant to decide whether they want to call +super+ and trigger the inherited callbacks.
#
# *IMPORTANT:* In order for inheritance to work for the callback queues, you must specify the callbacks before specifying the
# associations. Otherwise, you might trigger the loading of a child before the parent has registered the callbacks and they won't
# be inherited.
#
# == Types of callbacks
#
# There are four types of callbacks accepted by the callback macros: Method references (symbol), callback objects,
# inline methods (using a proc), and inline eval methods (using a string). Method references and callback objects are the
# recommended approaches, inline methods using a proc are sometimes appropriate (such as for creating mix-ins), and inline
# eval methods are deprecated.
#
# The method reference callbacks work by specifying a protected or private method available in the object, like this:
#
# class Topic < ActiveRecord::Base
# before_destroy :delete_parents
#
# private
# def delete_parents
# self.class.delete_all "parent_id = #{id}"
# end
# end
#
# The callback objects have methods named after the callback called with the record as the only parameter, such as:
#
# class BankAccount < ActiveRecord::Base
# before_save EncryptionWrapper.new
# after_save EncryptionWrapper.new
# after_initialize EncryptionWrapper.new
# end
#
# class EncryptionWrapper
# def before_save(record)
# record.credit_card_number = encrypt(record.credit_card_number)
# end
#
# def after_save(record)
# record.credit_card_number = decrypt(record.credit_card_number)
# end
#
# alias_method :after_find, :after_save
#
# private
# def encrypt(value)
# # Secrecy is committed
# end
#
# def decrypt(value)
# # Secrecy is unveiled
# end
# end
#
# So you specify the object you want messaged on a given callback. When that callback is triggered, the object has
# a method by the name of the callback messaged. You can make these callbacks more flexible by passing in other
# initialization data such as the name of the attribute to work with:
#
# class BankAccount < ActiveRecord::Base
# before_save EncryptionWrapper.new("credit_card_number")
# after_save EncryptionWrapper.new("credit_card_number")
# after_initialize EncryptionWrapper.new("credit_card_number")
# end
#
# class EncryptionWrapper
# def initialize(attribute)
# @attribute = attribute
# end
#
# def before_save(record)
# record.send("#{@attribute}=", encrypt(record.send("#{@attribute}")))
# end
#
# def after_save(record)
# record.send("#{@attribute}=", decrypt(record.send("#{@attribute}")))
# end
#
# alias_method :after_find, :after_save
#
# private
# def encrypt(value)
# # Secrecy is committed
# end
#
# def decrypt(value)
# # Secrecy is unveiled
# end
# end
#
# The callback macros usually accept a symbol for the method they're supposed to run, but you can also pass a "method string",
# which will then be evaluated within the binding of the callback. Example:
#
# class Topic < ActiveRecord::Base
# before_destroy 'self.class.delete_all "parent_id = #{id}"'
# end
#
# Notice that single quotes (') are used so the <tt>#{id}</tt> part isn't evaluated until the callback is triggered. Also note that these
# inline callbacks can be stacked just like the regular ones:
#
# class Topic < ActiveRecord::Base
# before_destroy 'self.class.delete_all "parent_id = #{id}"',
# 'puts "Evaluated after parents are destroyed"'
# end
#
# == The +after_find+ and +after_initialize+ exceptions
#
# Because +after_find+ and +after_initialize+ are called for each object found and instantiated by a finder, such as <tt>Base.find(:all)</tt>, we've had
# to implement a simple performance constraint (50% more speed on a simple test case). Unlike all the other callbacks, +after_find+ and
# +after_initialize+ will only be run if an explicit implementation is defined (<tt>def after_find</tt>). In that case, all of the
# callback types will be called.
#
# == <tt>before_validation*</tt> returning statements
#
# If the returning value of a +before_validation+ callback can be evaluated to +false+, the process will be aborted and <tt>Base#save</tt> will return +false+.
# If Base#save! is called it will raise a ActiveRecord::RecordInvalid exception.
# Nothing will be appended to the errors object.
#
# == Canceling callbacks
#
# If a <tt>before_*</tt> callback returns +false+, all the later callbacks and the associated action are cancelled. If an <tt>after_*</tt> callback returns
# +false+, all the later callbacks are cancelled. Callbacks are generally run in the order they are defined, with the exception of callbacks
# defined as methods on the model, which are called last.
#
# == Transactions
#
# The entire callback chain of a +save+, <tt>save!</tt>, or +destroy+ call runs
# within a transaction. That includes <tt>after_*</tt> hooks. If everything
# goes fine a COMMIT is executed once the chain has been completed.
#
# If a <tt>before_*</tt> callback cancels the action a ROLLBACK is issued. You
# can also trigger a ROLLBACK raising an exception in any of the callbacks,
# including <tt>after_*</tt> hooks. Note, however, that in that case the client
# needs to be aware of it because an ordinary +save+ will raise such exception
# instead of quietly returning +false+.
module Callbacks
CALLBACKS = %w(
after_find after_initialize before_save after_save before_create after_create before_update after_update before_validation
after_validation before_validation_on_create after_validation_on_create before_validation_on_update
after_validation_on_update before_destroy after_destroy
)
def self.included(base) #:nodoc:
base.extend Observable
[:create_or_update, :valid?, :create, :update, :destroy].each do |method|
base.send :alias_method_chain, method, :callbacks
end
base.send :include, ActiveSupport::Callbacks
base.define_callbacks *CALLBACKS
end
# Is called when the object was instantiated by one of the finders, like <tt>Base.find</tt>.
#def after_find() end
# Is called after the object has been instantiated by a call to <tt>Base.new</tt>.
#def after_initialize() end
# Is called _before_ <tt>Base.save</tt> (regardless of whether it's a +create+ or +update+ save).
def before_save() end
# Is called _after_ <tt>Base.save</tt> (regardless of whether it's a +create+ or +update+ save).
# Note that this callback is still wrapped in the transaction around +save+. For example, if you
# invoke an external indexer at this point it won't see the changes in the database.
#
# class Contact < ActiveRecord::Base
# after_save { logger.info( 'New contact saved!' ) }
# end
def after_save() end
def create_or_update_with_callbacks #:nodoc:
return false if callback(:before_save) == false
if result = create_or_update_without_callbacks
callback(:after_save)
end
result
end
private :create_or_update_with_callbacks
# Is called _before_ <tt>Base.save</tt> on new objects that haven't been saved yet (no record exists).
def before_create() end
# Is called _after_ <tt>Base.save</tt> on new objects that haven't been saved yet (no record exists).
# Note that this callback is still wrapped in the transaction around +save+. For example, if you
# invoke an external indexer at this point it won't see the changes in the database.
def after_create() end
def create_with_callbacks #:nodoc:
return false if callback(:before_create) == false
result = create_without_callbacks
callback(:after_create)
result
end
private :create_with_callbacks
# Is called _before_ <tt>Base.save</tt> on existing objects that have a record.
def before_update() end
# Is called _after_ <tt>Base.save</tt> on existing objects that have a record.
# Note that this callback is still wrapped in the transaction around +save+. For example, if you
# invoke an external indexer at this point it won't see the changes in the database.
def after_update() end
def update_with_callbacks(*args) #:nodoc:
return false if callback(:before_update) == false
result = update_without_callbacks(*args)
callback(:after_update)
result
end
private :update_with_callbacks
# Is called _before_ <tt>Validations.validate</tt> (which is part of the <tt>Base.save</tt> call).
def before_validation() end
# Is called _after_ <tt>Validations.validate</tt> (which is part of the <tt>Base.save</tt> call).
def after_validation() end
# Is called _before_ <tt>Validations.validate</tt> (which is part of the <tt>Base.save</tt> call) on new objects
# that haven't been saved yet (no record exists).
def before_validation_on_create() end
# Is called _after_ <tt>Validations.validate</tt> (which is part of the <tt>Base.save</tt> call) on new objects
# that haven't been saved yet (no record exists).
def after_validation_on_create() end
# Is called _before_ <tt>Validations.validate</tt> (which is part of the <tt>Base.save</tt> call) on
# existing objects that have a record.
def before_validation_on_update() end
# Is called _after_ <tt>Validations.validate</tt> (which is part of the <tt>Base.save</tt> call) on
# existing objects that have a record.
def after_validation_on_update() end
def valid_with_callbacks? #:nodoc:
return false if callback(:before_validation) == false
if new_record? then result = callback(:before_validation_on_create) else result = callback(:before_validation_on_update) end
return false if false == result
result = valid_without_callbacks?
callback(:after_validation)
if new_record? then callback(:after_validation_on_create) else callback(:after_validation_on_update) end
return result
end
# Is called _before_ <tt>Base.destroy</tt>.
#
# Note: If you need to _destroy_ or _nullify_ associated records first,
# use the <tt>:dependent</tt> option on your associations.
def before_destroy() end
# Is called _after_ <tt>Base.destroy</tt> (and all the attributes have been frozen).
#
# class Contact < ActiveRecord::Base
# after_destroy { |record| logger.info( "Contact #{record.id} was destroyed." ) }
# end
def after_destroy() end
def destroy_with_callbacks #:nodoc:
return false if callback(:before_destroy) == false
result = destroy_without_callbacks
callback(:after_destroy)
result
end
private
def callback(method)
result = run_callbacks(method) { |result, object| false == result }
if result != false && respond_to_without_attributes?(method)
result = send(method)
end
notify(method)
return result
end
def notify(method) #:nodoc:
self.class.changed
self.class.notify_observers(method, self)
end
end
end

371
vendor/rails/activerecord/lib/active_record/connection_adapters/abstract/connection_pool.rb vendored
View file

@ -1,371 +0,0 @@
require 'monitor'
require 'set'
module ActiveRecord
# Raised when a connection could not be obtained within the connection
# acquisition timeout period.
class ConnectionTimeoutError < ConnectionNotEstablished
end
module ConnectionAdapters
# Connection pool base class for managing ActiveRecord database
# connections.
#
# == Introduction
#
# A connection pool synchronizes thread access to a limited number of
# database connections. The basic idea is that each thread checks out a
# database connection from the pool, uses that connection, and checks the
# connection back in. ConnectionPool is completely thread-safe, and will
# ensure that a connection cannot be used by two threads at the same time,
# as long as ConnectionPool's contract is correctly followed. It will also
# handle cases in which there are more threads than connections: if all
# connections have been checked out, and a thread tries to checkout a
# connection anyway, then ConnectionPool will wait until some other thread
# has checked in a connection.
#
# == Obtaining (checking out) a connection
#
# Connections can be obtained and used from a connection pool in several
# ways:
#
# 1. Simply use ActiveRecord::Base.connection as with ActiveRecord 2.1 and
# earlier (pre-connection-pooling). Eventually, when you're done with
# the connection(s) and wish it to be returned to the pool, you call
# ActiveRecord::Base.clear_active_connections!. This will be the
# default behavior for ActiveRecord when used in conjunction with
# ActionPack's request handling cycle.
# 2. Manually check out a connection from the pool with
# ActiveRecord::Base.connection_pool.checkout. You are responsible for
# returning this connection to the pool when finished by calling
# ActiveRecord::Base.connection_pool.checkin(connection).
# 3. Use ActiveRecord::Base.connection_pool.with_connection(&block), which
# obtains a connection, yields it as the sole argument to the block,
# and returns it to the pool after the block completes.
#
# Connections in the pool are actually AbstractAdapter objects (or objects
# compatible with AbstractAdapter's interface).
#
# == Options
#
# There are two connection-pooling-related options that you can add to
# your database connection configuration:
#
# * +pool+: number indicating size of connection pool (default 5)
# * +wait_timeout+: number of seconds to block and wait for a connection
# before giving up and raising a timeout error (default 5 seconds).
class ConnectionPool
attr_reader :spec
# Creates a new ConnectionPool object. +spec+ is a ConnectionSpecification
# object which describes database connection information (e.g. adapter,
# host name, username, password, etc), as well as the maximum size for
# this ConnectionPool.
#
# The default ConnectionPool maximum size is 5.
def initialize(spec)
@spec = spec
# The cache of reserved connections mapped to threads
@reserved_connections = {}
# The mutex used to synchronize pool access
@connection_mutex = Monitor.new
@queue = @connection_mutex.new_cond
# default 5 second timeout unless on ruby 1.9
@timeout =
if RUBY_VERSION < '1.9'
spec.config[:wait_timeout] || 5
end
# default max pool size to 5
@size = (spec.config[:pool] && spec.config[:pool].to_i) || 5
@connections = []
@checked_out = []
end
# Retrieve the connection associated with the current thread, or call
# #checkout to obtain one if necessary.
#
# #connection can be called any number of times; the connection is
# held in a hash keyed by the thread id.
def connection
if conn = @reserved_connections[current_connection_id]
conn
else
@reserved_connections[current_connection_id] = checkout
end
end
# Signal that the thread is finished with the current connection.
# #release_connection releases the connection-thread association
# and returns the connection to the pool.
def release_connection
conn = @reserved_connections.delete(current_connection_id)
checkin conn if conn
end
# Reserve a connection, and yield it to a block. Ensure the connection is
# checked back in when finished.
def with_connection
conn = checkout
yield conn
ensure
checkin conn
end
# Returns true if a connection has already been opened.
def connected?
!@connections.empty?
end
# Disconnects all connections in the pool, and clears the pool.
def disconnect!
@reserved_connections.each do |name,conn|
checkin conn
end
@reserved_connections = {}
@connections.each do |conn|
conn.disconnect!
end
@connections = []
end
# Clears the cache which maps classes
def clear_reloadable_connections!
@reserved_connections.each do |name, conn|
checkin conn
end
@reserved_connections = {}
@connections.each do |conn|
conn.disconnect! if conn.requires_reloading?
end
@connections = []
end
# Verify active connections and remove and disconnect connections
# associated with stale threads.
def verify_active_connections! #:nodoc:
clear_stale_cached_connections!
@connections.each do |connection|
connection.verify!
end
end
# Return any checked-out connections back to the pool by threads that
# are no longer alive.
def clear_stale_cached_connections!
remove_stale_cached_threads!(@reserved_connections) do |name, conn|
checkin conn
end
end
# Check-out a database connection from the pool, indicating that you want
# to use it. You should call #checkin when you no longer need this.
#
# This is done by either returning an existing connection, or by creating
# a new connection. If the maximum number of connections for this pool has
# already been reached, but the pool is empty (i.e. they're all being used),
# then this method will wait until a thread has checked in a connection.
# The wait time is bounded however: if no connection can be checked out
# within the timeout specified for this pool, then a ConnectionTimeoutError
# exception will be raised.
#
# Returns: an AbstractAdapter object.
#
# Raises:
# - ConnectionTimeoutError: no connection can be obtained from the pool
# within the timeout period.
def checkout
# Checkout an available connection
@connection_mutex.synchronize do
loop do
conn = if @checked_out.size < @connections.size
checkout_existing_connection
elsif @connections.size < @size
checkout_new_connection
end
return conn if conn
# No connections available; wait for one
if @queue.wait(@timeout)
next
else
# try looting dead threads
clear_stale_cached_connections!
if @size == @checked_out.size
raise ConnectionTimeoutError, "could not obtain a database connection#{" within #{@timeout} seconds" if @timeout}. The max pool size is currently #{@size}; consider increasing it."
end
end
end
end
end
# Check-in a database connection back into the pool, indicating that you
# no longer need this connection.
#
# +conn+: an AbstractAdapter object, which was obtained by earlier by
# calling +checkout+ on this pool.
def checkin(conn)
@connection_mutex.synchronize do
conn.run_callbacks :checkin
@checked_out.delete conn
@queue.signal
end
end
synchronize :clear_reloadable_connections!, :verify_active_connections!,
:connected?, :disconnect!, :with => :@connection_mutex
private
def new_connection
ActiveRecord::Base.send(spec.adapter_method, spec.config)
end
def current_connection_id #:nodoc:
Thread.current.object_id
end
# Remove stale threads from the cache.
def remove_stale_cached_threads!(cache, &block)
keys = Set.new(cache.keys)
Thread.list.each do |thread|
keys.delete(thread.object_id) if thread.alive?
end
keys.each do |key|
next unless cache.has_key?(key)
block.call(key, cache[key])
cache.delete(key)
end
end
def checkout_new_connection
c = new_connection
@connections << c
checkout_and_verify(c)
end
def checkout_existing_connection
c = (@connections - @checked_out).first
checkout_and_verify(c)
end
def checkout_and_verify(c)
c.verify!
c.run_callbacks :checkout
@checked_out << c
c
end
end
# ConnectionHandler is a collection of ConnectionPool objects. It is used
# for keeping separate connection pools for ActiveRecord models that connect
# to different databases.
#
# For example, suppose that you have 5 models, with the following hierarchy:
#
# |
# +-- Book
# | |
# | +-- ScaryBook
# | +-- GoodBook
# +-- Author
# +-- BankAccount
#
# Suppose that Book is to connect to a separate database (i.e. one other
# than the default database). Then Book, ScaryBook and GoodBook will all use
# the same connection pool. Likewise, Author and BankAccount will use the
# same connection pool. However, the connection pool used by Author/BankAccount
# is not the same as the one used by Book/ScaryBook/GoodBook.
#
# Normally there is only a single ConnectionHandler instance, accessible via
# ActiveRecord::Base.connection_handler. ActiveRecord models use this to
# determine that connection pool that they should use.
class ConnectionHandler
def initialize(pools = {})
@connection_pools = pools
end
def connection_pools
@connection_pools ||= {}
end
def establish_connection(name, spec)
@connection_pools[name] = ConnectionAdapters::ConnectionPool.new(spec)
end
# Returns any connections in use by the current thread back to the pool,
# and also returns connections to the pool cached by threads that are no
# longer alive.
def clear_active_connections!
@connection_pools.each_value {|pool| pool.release_connection }
end
# Clears the cache which maps classes
def clear_reloadable_connections!
@connection_pools.each_value {|pool| pool.clear_reloadable_connections! }
end
def clear_all_connections!
@connection_pools.each_value {|pool| pool.disconnect! }
end
# Verify active connections.
def verify_active_connections! #:nodoc:
@connection_pools.each_value {|pool| pool.verify_active_connections! }
end
# Locate the connection of the nearest super class. This can be an
# active or defined connection: if it is the latter, it will be
# opened and set as the active connection for the class it was defined
# for (not necessarily the current class).
def retrieve_connection(klass) #:nodoc:
pool = retrieve_connection_pool(klass)
(pool && pool.connection) or raise ConnectionNotEstablished
end
# Returns true if a connection that's accessible to this class has
# already been opened.
def connected?(klass)
conn = retrieve_connection_pool(klass)
conn ? conn.connected? : false
end
# Remove the connection for this class. This will close the active
# connection and the defined connection (if they exist). The result
# can be used as an argument for establish_connection, for easily
# re-establishing the connection.
def remove_connection(klass)
pool = @connection_pools[klass.name]
@connection_pools.delete_if { |key, value| value == pool }
pool.disconnect! if pool
pool.spec.config if pool
end
def retrieve_connection_pool(klass)
pool = @connection_pools[klass.name]
return pool if pool
return nil if ActiveRecord::Base == klass
retrieve_connection_pool klass.superclass
end
end
class ConnectionManagement
def initialize(app)
@app = app
end
def call(env)
@app.call(env)
ensure
# Don't return connection (and peform implicit rollback) if
# this request is a part of integration test
unless env.key?("rack.test")
ActiveRecord::Base.clear_active_connections!
end
end
end
end
end

139
vendor/rails/activerecord/lib/active_record/connection_adapters/abstract/connection_specification.rb vendored
View file

@ -1,139 +0,0 @@
module ActiveRecord
class Base
class ConnectionSpecification #:nodoc:
attr_reader :config, :adapter_method
def initialize (config, adapter_method)
@config, @adapter_method = config, adapter_method
end
end
##
# :singleton-method:
# The connection handler
class_attribute :connection_handler
self.connection_handler = ConnectionAdapters::ConnectionHandler.new
# Returns the connection currently associated with the class. This can
# also be used to "borrow" the connection to do database work that isn't
# easily done without going straight to SQL.
def connection
self.class.connection
end
# Establishes the connection to the database. Accepts a hash as input where
# the <tt>:adapter</tt> key must be specified with the name of a database adapter (in lower-case)
# example for regular databases (MySQL, Postgresql, etc):
#
# ActiveRecord::Base.establish_connection(
# :adapter => "mysql",
# :host => "localhost",
# :username => "myuser",
# :password => "mypass",
# :database => "somedatabase"
# )
#
# Example for SQLite database:
#
# ActiveRecord::Base.establish_connection(
# :adapter => "sqlite",
# :database => "path/to/dbfile"
# )
#
# Also accepts keys as strings (for parsing from YAML for example):
#
# ActiveRecord::Base.establish_connection(
# "adapter" => "sqlite",
# "database" => "path/to/dbfile"
# )
#
# The exceptions AdapterNotSpecified, AdapterNotFound and ArgumentError
# may be returned on an error.
def self.establish_connection(spec = nil)
case spec
when nil
raise AdapterNotSpecified unless defined? RAILS_ENV
establish_connection(RAILS_ENV)
when ConnectionSpecification
self.connection_handler.establish_connection(name, spec)
when Symbol, String
if configuration = configurations[spec.to_s]
establish_connection(configuration)
else
raise AdapterNotSpecified, "#{spec} database is not configured"
end
else
spec = spec.symbolize_keys
unless spec.key?(:adapter) then raise AdapterNotSpecified, "database configuration does not specify adapter" end
begin
require 'rubygems'
gem "activerecord-#{spec[:adapter]}-adapter"
require "active_record/connection_adapters/#{spec[:adapter]}_adapter"
rescue LoadError
begin
require "active_record/connection_adapters/#{spec[:adapter]}_adapter"
rescue LoadError
raise "Please install the #{spec[:adapter]} adapter: `gem install activerecord-#{spec[:adapter]}-adapter` (#{$!})"
end
end
adapter_method = "#{spec[:adapter]}_connection"
if !respond_to?(adapter_method)
raise AdapterNotFound, "database configuration specifies nonexistent #{spec[:adapter]} adapter"
end
remove_connection
establish_connection(ConnectionSpecification.new(spec, adapter_method))
end
end
class << self
# Deprecated and no longer has any effect.
def allow_concurrency
ActiveSupport::Deprecation.warn("ActiveRecord::Base.allow_concurrency has been deprecated and no longer has any effect. Please remove all references to allow_concurrency.")
end
# Deprecated and no longer has any effect.
def allow_concurrency=(flag)
ActiveSupport::Deprecation.warn("ActiveRecord::Base.allow_concurrency= has been deprecated and no longer has any effect. Please remove all references to allow_concurrency=.")
end
# Deprecated and no longer has any effect.
def verification_timeout
ActiveSupport::Deprecation.warn("ActiveRecord::Base.verification_timeout has been deprecated and no longer has any effect. Please remove all references to verification_timeout.")
end
# Deprecated and no longer has any effect.
def verification_timeout=(flag)
ActiveSupport::Deprecation.warn("ActiveRecord::Base.verification_timeout= has been deprecated and no longer has any effect. Please remove all references to verification_timeout=.")
end
# Returns the connection currently associated with the class. This can
# also be used to "borrow" the connection to do database work unrelated
# to any of the specific Active Records.
def connection
retrieve_connection
end
def connection_pool
connection_handler.retrieve_connection_pool(self)
end
def retrieve_connection
connection_handler.retrieve_connection(self)
end
# Returns true if +ActiveRecord+ is connected.
def connected?
connection_handler.connected?(self)
end
def remove_connection(klass = self)
connection_handler.remove_connection(klass)
end
delegate :clear_active_connections!, :clear_reloadable_connections!,
:clear_all_connections!,:verify_active_connections!, :to => :connection_handler
end
end
end

57
vendor/rails/activerecord/lib/active_record/connection_adapters/abstract/database_limits.rb vendored
View file

@ -1,57 +0,0 @@
module ActiveRecord
module ConnectionAdapters # :nodoc:
module DatabaseLimits
# the maximum length of a table alias
def table_alias_length
255
end
# the maximum length of a column name
def column_name_length
64
end
# the maximum length of a table name
def table_name_length
64
end
# the maximum length of an index name
def index_name_length
64
end
# the maximum number of columns per table
def columns_per_table
1024
end
# the maximum number of indexes per table
def indexes_per_table
16
end
# the maximum number of columns in a multicolumn index
def columns_per_multicolumn_index
16
end
# the maximum number of elements in an IN (x,y,z) clause
def in_clause_length
65535
end
# the maximum length of a SQL query
def sql_query_length
1048575
end
# maximum number of joins in a single query
def joins_per_query
256
end
end
end
end

289
vendor/rails/activerecord/lib/active_record/connection_adapters/abstract/database_statements.rb vendored
View file

@ -1,289 +0,0 @@
module ActiveRecord
module ConnectionAdapters # :nodoc:
module DatabaseStatements
# Returns an array of record hashes with the column names as keys and
# column values as values.
def select_all(sql, name = nil)
select(sql, name)
end
# Returns a record hash with the column names as keys and column values
# as values.
def select_one(sql, name = nil)
result = select_all(sql, name)
result.first if result
end
# Returns a single value from a record
def select_value(sql, name = nil)
if result = select_one(sql, name)
result.values.first
end
end
# Returns an array of the values of the first column in a select:
# select_values("SELECT id FROM companies LIMIT 3") => [1,2,3]
def select_values(sql, name = nil)
result = select_rows(sql, name)
result.map { |v| v[0] }
end
# Returns an array of arrays containing the field values.
# Order is the same as that returned by +columns+.
def select_rows(sql, name = nil)
end
undef_method :select_rows
# Executes the SQL statement in the context of this connection.
def execute(sql, name = nil, skip_logging = false)
end
undef_method :execute
# Returns the last auto-generated ID from the affected table.
def insert(sql, name = nil, pk = nil, id_value = nil, sequence_name = nil)
insert_sql(sql, name, pk, id_value, sequence_name)
end
# Executes the update statement and returns the number of rows affected.
def update(sql, name = nil)
update_sql(sql, name)
end
# Executes the delete statement and returns the number of rows affected.
def delete(sql, name = nil)
delete_sql(sql, name)
end
# Checks whether there is currently no transaction active. This is done
# by querying the database driver, and does not use the transaction
# house-keeping information recorded by #increment_open_transactions and
# friends.
#
# Returns true if there is no transaction active, false if there is a
# transaction active, and nil if this information is unknown.
#
# Not all adapters supports transaction state introspection. Currently,
# only the PostgreSQL adapter supports this.
def outside_transaction?
nil
end
# Runs the given block in a database transaction, and returns the result
# of the block.
#
# == Nested transactions support
#
# Most databases don't support true nested transactions. At the time of
# writing, the only database that supports true nested transactions that
# we're aware of, is MS-SQL.
#
# In order to get around this problem, #transaction will emulate the effect
# of nested transactions, by using savepoints:
# http://dev.mysql.com/doc/refman/5.0/en/savepoints.html
# Savepoints are supported by MySQL and PostgreSQL, but not SQLite3.
#
# It is safe to call this method if a database transaction is already open,
# i.e. if #transaction is called within another #transaction block. In case
# of a nested call, #transaction will behave as follows:
#
# - The block will be run without doing anything. All database statements
# that happen within the block are effectively appended to the already
# open database transaction.
# - However, if +:requires_new+ is set, the block will be wrapped in a
# database savepoint acting as a sub-transaction.
#
# === Caveats
#
# MySQL doesn't support DDL transactions. If you perform a DDL operation,
# then any created savepoints will be automatically released. For example,
# if you've created a savepoint, then you execute a CREATE TABLE statement,
# then the savepoint that was created will be automatically released.
#
# This means that, on MySQL, you shouldn't execute DDL operations inside
# a #transaction call that you know might create a savepoint. Otherwise,
# #transaction will raise exceptions when it tries to release the
# already-automatically-released savepoints:
#
# Model.connection.transaction do # BEGIN
# Model.connection.transaction(:requires_new => true) do # CREATE SAVEPOINT active_record_1
# Model.connection.create_table(...)
# # active_record_1 now automatically released
# end # RELEASE SAVEPOINT active_record_1 <--- BOOM! database error!
# end
def transaction(options = {})
options.assert_valid_keys :requires_new, :joinable
last_transaction_joinable = @transaction_joinable
if options.has_key?(:joinable)
@transaction_joinable = options[:joinable]
else
@transaction_joinable = true
end
requires_new = options[:requires_new] || !last_transaction_joinable
transaction_open = false
begin
if block_given?
if requires_new || open_transactions == 0
if open_transactions == 0
begin_db_transaction
elsif requires_new
create_savepoint
end
increment_open_transactions
transaction_open = true
end
yield
end
rescue Exception => database_transaction_rollback
if transaction_open && !outside_transaction?
transaction_open = false
decrement_open_transactions
if open_transactions == 0
rollback_db_transaction
else
rollback_to_savepoint
end
end
raise unless database_transaction_rollback.is_a?(ActiveRecord::Rollback)
end
ensure
@transaction_joinable = last_transaction_joinable
if outside_transaction?
@open_transactions = 0
elsif transaction_open
decrement_open_transactions
begin
if open_transactions == 0
commit_db_transaction
else
release_savepoint
end
rescue Exception => database_transaction_rollback
if open_transactions == 0
rollback_db_transaction
else
rollback_to_savepoint
end
raise
end
end
end
# Begins the transaction (and turns off auto-committing).
def begin_db_transaction() end
# Commits the transaction (and turns on auto-committing).
def commit_db_transaction() end
# Rolls back the transaction (and turns on auto-committing). Must be
# done if the transaction block raises an exception or returns false.
def rollback_db_transaction() end
# Alias for <tt>add_limit_offset!</tt>.
def add_limit!(sql, options)
add_limit_offset!(sql, options) if options
end
# Appends +LIMIT+ and +OFFSET+ options to an SQL statement, or some SQL
# fragment that has the same semantics as LIMIT and OFFSET.
#
# +options+ must be a Hash which contains a +:limit+ option (required)
# and an +:offset+ option (optional).
#
# This method *modifies* the +sql+ parameter.
#
# ===== Examples
# add_limit_offset!('SELECT * FROM suppliers', {:limit => 10, :offset => 50})
# generates
# SELECT * FROM suppliers LIMIT 10 OFFSET 50
def add_limit_offset!(sql, options)
if limit = options[:limit]
sql << " LIMIT #{sanitize_limit(limit)}"
if offset = options[:offset]
sql << " OFFSET #{offset.to_i}"
end
end
sql
end
# Appends a locking clause to an SQL statement.
# This method *modifies* the +sql+ parameter.
# # SELECT * FROM suppliers FOR UPDATE
# add_lock! 'SELECT * FROM suppliers', :lock => true
# add_lock! 'SELECT * FROM suppliers', :lock => ' FOR UPDATE'
def add_lock!(sql, options)
case lock = options[:lock]
when true; sql << ' FOR UPDATE'
when String; sql << " #{lock}"
end
end
def default_sequence_name(table, column)
nil
end
# Set the sequence to the max value of the table's column.
def reset_sequence!(table, column, sequence = nil)
# Do nothing by default. Implement for PostgreSQL, Oracle, ...
end
# Inserts the given fixture into the table. Overridden in adapters that require
# something beyond a simple insert (eg. Oracle).
def insert_fixture(fixture, table_name)
execute "INSERT INTO #{quote_table_name(table_name)} (#{fixture.key_list}) VALUES (#{fixture.value_list})", 'Fixture Insert'
end
def empty_insert_statement(table_name)
"INSERT INTO #{quote_table_name(table_name)} VALUES(DEFAULT)"
end
def case_sensitive_equality_operator
"="
end
def limited_update_conditions(where_sql, quoted_table_name, quoted_primary_key)
"WHERE #{quoted_primary_key} IN (SELECT #{quoted_primary_key} FROM #{quoted_table_name} #{where_sql})"
end
protected
# Returns an array of record hashes with the column names as keys and
# column values as values.
def select(sql, name = nil)
end
undef_method :select
# Returns the last auto-generated ID from the affected table.
def insert_sql(sql, name = nil, pk = nil, id_value = nil, sequence_name = nil)
execute(sql, name)
id_value
end
# Executes the update statement and returns the number of rows affected.
def update_sql(sql, name = nil)
execute(sql, name)
end
# Executes the delete statement and returns the number of rows affected.
def delete_sql(sql, name = nil)
update_sql(sql, name)
end
# Sanitizes the given LIMIT parameter in order to prevent SQL injection.
#
# +limit+ may be anything that can evaluate to a string via #to_s. It
# should look like an integer, or a comma-delimited list of integers.
#
# Returns the sanitized limit parameter, either as an integer, or as a
# string which contains a comma-delimited list of integers.
def sanitize_limit(limit)
if limit.to_s =~ /,/
limit.to_s.split(',').map{ |i| i.to_i }.join(',')
else
limit.to_i
end
end
end
end
end

94
vendor/rails/activerecord/lib/active_record/connection_adapters/abstract/query_cache.rb vendored
View file

@ -1,94 +0,0 @@
module ActiveRecord
module ConnectionAdapters # :nodoc:
module QueryCache
class << self
def included(base)
base.class_eval do
alias_method_chain :columns, :query_cache
alias_method_chain :select_all, :query_cache
end
dirties_query_cache base, :insert, :update, :delete
end
def dirties_query_cache(base, *method_names)
method_names.each do |method_name|
base.class_eval <<-end_code, __FILE__, __LINE__ + 1
def #{method_name}_with_query_dirty(*args) # def update_with_query_dirty(*args)
clear_query_cache if @query_cache_enabled # clear_query_cache if @query_cache_enabled
#{method_name}_without_query_dirty(*args) # update_without_query_dirty(*args)
end # end
#
alias_method_chain :#{method_name}, :query_dirty # alias_method_chain :update, :query_dirty
end_code
end
end
end
attr_reader :query_cache, :query_cache_enabled
# Enable the query cache within the block.
def cache
old, @query_cache_enabled = @query_cache_enabled, true
@query_cache ||= {}
yield
ensure
clear_query_cache
@query_cache_enabled = old
end
# Disable the query cache within the block.
def uncached
old, @query_cache_enabled = @query_cache_enabled, false
yield
ensure
@query_cache_enabled = old
end
# Clears the query cache.
#
# One reason you may wish to call this method explicitly is between queries
# that ask the database to randomize results. Otherwise the cache would see
# the same SQL query and repeatedly return the same result each time, silently
# undermining the randomness you were expecting.
def clear_query_cache
@query_cache.clear if @query_cache
end
def select_all_with_query_cache(*args)
if @query_cache_enabled
cache_sql(args.first) { select_all_without_query_cache(*args) }
else
select_all_without_query_cache(*args)
end
end
def columns_with_query_cache(*args)
if @query_cache_enabled
@query_cache["SHOW FIELDS FROM #{args.first}"] ||= columns_without_query_cache(*args)
else
columns_without_query_cache(*args)
end
end
private
def cache_sql(sql)
result =
if @query_cache.has_key?(sql)
log_info(sql, "CACHE", 0.0)
@query_cache[sql]
else
@query_cache[sql] = yield
end
if Array === result
result.collect { |row| row.dup }
else
result.duplicable? ? result.dup : result
end
rescue TypeError
result
end
end
end
end

65
vendor/rails/activerecord/lib/active_record/connection_adapters/abstract/quoting.rb vendored
View file

@ -1,65 +0,0 @@
module ActiveRecord
module ConnectionAdapters # :nodoc:
module Quoting
# Quotes the column value to help prevent
# {SQL injection attacks}[http://en.wikipedia.org/wiki/SQL_injection].
def quote(value, column = nil)
# records are quoted as their primary key
return value.quoted_id if value.respond_to?(:quoted_id)
case value
when String, ActiveSupport::Multibyte::Chars
value = value.to_s
if column && column.type == :binary && column.class.respond_to?(:string_to_binary)
"'#{quote_string(column.class.string_to_binary(value))}'" # ' (for ruby-mode)
elsif column && [:integer, :float].include?(column.type)
value = column.type == :integer ? value.to_i : value.to_f
value.to_s
else
"'#{quote_string(value)}'" # ' (for ruby-mode)
end
when NilClass then "NULL"
when TrueClass then (column && column.type == :integer ? '1' : quoted_true)
when FalseClass then (column && column.type == :integer ? '0' : quoted_false)
when Float, Fixnum, Bignum then value.to_s
# BigDecimals need to be output in a non-normalized form and quoted.
when BigDecimal then value.to_s('F')
else
if value.acts_like?(:date) || value.acts_like?(:time)
"'#{quoted_date(value)}'"
else
"'#{quote_string(value.to_yaml)}'"
end
end
end
# Quotes a string, escaping any ' (single quote) and \ (backslash)
# characters.
def quote_string(s)
s.gsub(/\\/, '\&\&').gsub(/'/, "''") # ' (for ruby-mode)
end
# Quotes the column name. Defaults to no quoting.
def quote_column_name(column_name)
column_name
end
# Quotes the table name. Defaults to column name quoting.
def quote_table_name(table_name)
quote_column_name(table_name)
end
def quoted_true
"'t'"
end
def quoted_false
"'f'"
end
def quoted_date(value)
value.to_s(:db)
end
end
end
end

722
vendor/rails/activerecord/lib/active_record/connection_adapters/abstract/schema_definitions.rb vendored
View file

@ -1,722 +0,0 @@
require 'date'
require 'set'
require 'bigdecimal'
require 'bigdecimal/util'
module ActiveRecord
module ConnectionAdapters #:nodoc:
# An abstract definition of a column in a table.
class Column
TRUE_VALUES = [true, 1, '1', 't', 'T', 'true', 'TRUE'].to_set
FALSE_VALUES = [false, 0, '0', 'f', 'F', 'false', 'FALSE'].to_set
module Format
ISO_DATE = /\A(\d{4})-(\d\d)-(\d\d)\z/
ISO_DATETIME = /\A(\d{4})-(\d\d)-(\d\d) (\d\d):(\d\d):(\d\d)(\.\d+)?\z/
end
attr_reader :name, :default, :type, :limit, :null, :sql_type, :precision, :scale
attr_accessor :primary
# Instantiates a new column in the table.
#
# +name+ is the column's name, such as <tt>supplier_id</tt> in <tt>supplier_id int(11)</tt>.
# +default+ is the type-casted default value, such as +new+ in <tt>sales_stage varchar(20) default 'new'</tt>.
# +sql_type+ is only used to extract the column's length, if necessary. For example +60+ in <tt>company_name varchar(60)</tt>.
# +null+ determines if this column allows +NULL+ values.
def initialize(name, default, sql_type = nil, null = true)
@name, @sql_type, @null = name, sql_type, null
@limit, @precision, @scale = extract_limit(sql_type), extract_precision(sql_type), extract_scale(sql_type)
@type = simplified_type(sql_type)
@default = extract_default(default)
@primary = nil
end
# Returns +true+ if the column is either of type string or text.
def text?
type == :string || type == :text
end
# Returns +true+ if the column is either of type integer, float or decimal.
def number?
type == :integer || type == :float || type == :decimal
end
def has_default?
!default.nil?
end
# Returns the Ruby class that corresponds to the abstract data type.
def klass
case type
when :integer then Fixnum
when :float then Float
when :decimal then BigDecimal
when :datetime then Time
when :date then Date
when :timestamp then Time
when :time then Time
when :text, :string then String
when :binary then String
when :boolean then Object
end
end
# Casts value (which is a String) to an appropriate instance.
def type_cast(value)
return nil if value.nil?
case type
when :string then value
when :text then value
when :integer then value.to_i rescue value ? 1 : 0
when :float then value.to_f
when :decimal then self.class.value_to_decimal(value)
when :datetime then self.class.string_to_time(value)
when :timestamp then self.class.string_to_time(value)
when :time then self.class.string_to_dummy_time(value)
when :date then self.class.string_to_date(value)
when :binary then self.class.binary_to_string(value)
when :boolean then self.class.value_to_boolean(value)
else value
end
end
def type_cast_code(var_name)
case type
when :string then nil
when :text then nil
when :integer then "(#{var_name}.to_i rescue #{var_name} ? 1 : 0)"
when :float then "#{var_name}.to_f"
when :decimal then "#{self.class.name}.value_to_decimal(#{var_name})"
when :datetime then "#{self.class.name}.string_to_time(#{var_name})"
when :timestamp then "#{self.class.name}.string_to_time(#{var_name})"
when :time then "#{self.class.name}.string_to_dummy_time(#{var_name})"
when :date then "#{self.class.name}.string_to_date(#{var_name})"
when :binary then "#{self.class.name}.binary_to_string(#{var_name})"
when :boolean then "#{self.class.name}.value_to_boolean(#{var_name})"
else nil
end
end
# Returns the human name of the column name.
#
# ===== Examples
# Column.new('sales_stage', ...).human_name # => 'Sales stage'
def human_name
Base.human_attribute_name(@name)
end
def extract_default(default)
type_cast(default)
end
class << self
# Used to convert from Strings to BLOBs
def string_to_binary(value)
value
end
# Used to convert from BLOBs to Strings
def binary_to_string(value)
value
end
def string_to_date(string)
return string unless string.is_a?(String)
return nil if string.empty?
fast_string_to_date(string) || fallback_string_to_date(string)
end
def string_to_time(string)
return string unless string.is_a?(String)
return nil if string.empty?
fast_string_to_time(string) || fallback_string_to_time(string)
end
def string_to_dummy_time(string)
return string unless string.is_a?(String)
return nil if string.empty?
string_to_time "2000-01-01 #{string}"
end
# convert something to a boolean
def value_to_boolean(value)
if value.is_a?(String) && value.blank?
nil
else
TRUE_VALUES.include?(value)
end
end
# convert something to a BigDecimal
def value_to_decimal(value)
# Using .class is faster than .is_a? and
# subclasses of BigDecimal will be handled
# in the else clause
if value.class == BigDecimal
value
elsif value.respond_to?(:to_d)
value.to_d
else
value.to_s.to_d
end
end
protected
# '0.123456' -> 123456
# '1.123456' -> 123456
def microseconds(time)
((time[:sec_fraction].to_f % 1) * 1_000_000).to_i
end
def new_date(year, mon, mday)
if year && year != 0
Date.new(year, mon, mday) rescue nil
end
end
def new_time(year, mon, mday, hour, min, sec, microsec)
# Treat 0000-00-00 00:00:00 as nil.
return nil if year.nil? || year == 0
Time.time_with_datetime_fallback(Base.default_timezone, year, mon, mday, hour, min, sec, microsec) rescue nil
end
def fast_string_to_date(string)
if string =~ Format::ISO_DATE
new_date $1.to_i, $2.to_i, $3.to_i
end
end
# Doesn't handle time zones.
def fast_string_to_time(string)
if string =~ Format::ISO_DATETIME
microsec = ($7.to_f * 1_000_000).to_i
new_time $1.to_i, $2.to_i, $3.to_i, $4.to_i, $5.to_i, $6.to_i, microsec
end
end
def fallback_string_to_date(string)
new_date(*::Date._parse(string, false).values_at(:year, :mon, :mday))
end
def fallback_string_to_time(string)
time_hash = Date._parse(string)
time_hash[:sec_fraction] = microseconds(time_hash)
new_time(*time_hash.values_at(:year, :mon, :mday, :hour, :min, :sec, :sec_fraction))
end
end
private
def extract_limit(sql_type)
$1.to_i if sql_type =~ /\((.*)\)/
end
def extract_precision(sql_type)
$2.to_i if sql_type =~ /^(numeric|decimal|number)\((\d+)(,\d+)?\)/i
end
def extract_scale(sql_type)
case sql_type
when /^(numeric|decimal|number)\((\d+)\)/i then 0
when /^(numeric|decimal|number)\((\d+)(,(\d+))\)/i then $4.to_i
end
end
def simplified_type(field_type)
case field_type
when /int/i
:integer
when /float|double/i
:float
when /decimal|numeric|number/i
extract_scale(field_type) == 0 ? :integer : :decimal
when /datetime/i
:datetime
when /timestamp/i
:timestamp
when /time/i
:time
when /date/i
:date
when /clob/i, /text/i
:text
when /blob/i, /binary/i
:binary
when /char/i, /string/i
:string
when /boolean/i
:boolean
end
end
end
class IndexDefinition < Struct.new(:table, :name, :unique, :columns, :lengths) #:nodoc:
end
# Abstract representation of a column definition. Instances of this type
# are typically created by methods in TableDefinition, and added to the
# +columns+ attribute of said TableDefinition object, in order to be used
# for generating a number of table creation or table changing SQL statements.
class ColumnDefinition < Struct.new(:base, :name, :type, :limit, :precision, :scale, :default, :null) #:nodoc:
def sql_type
base.type_to_sql(type.to_sym, limit, precision, scale) rescue type
end
def to_sql
column_sql = "#{base.quote_column_name(name)} #{sql_type}"
column_options = {}
column_options[:null] = null unless null.nil?
column_options[:default] = default unless default.nil?
add_column_options!(column_sql, column_options) unless type.to_sym == :primary_key
column_sql
end
private
def add_column_options!(sql, options)
base.add_column_options!(sql, options.merge(:column => self))
end
end
# Represents the schema of an SQL table in an abstract way. This class
# provides methods for manipulating the schema representation.
#
# Inside migration files, the +t+ object in +create_table+ and
# +change_table+ is actually of this type:
#
# class SomeMigration < ActiveRecord::Migration
# def self.up
# create_table :foo do |t|
# puts t.class # => "ActiveRecord::ConnectionAdapters::TableDefinition"
# end
# end
#
# def self.down
# ...
# end
# end
#
# The table definitions
# The Columns are stored as a ColumnDefinition in the +columns+ attribute.
class TableDefinition
# An array of ColumnDefinition objects, representing the column changes
# that have been defined.
attr_accessor :columns
def initialize(base)
@columns = []
@base = base
end
#Handles non supported datatypes - e.g. XML
def method_missing(symbol, *args)
if symbol.to_s == 'xml'
xml_column_fallback(args)
end
end
def xml_column_fallback(*args)
case @base.adapter_name.downcase
when 'sqlite', 'mysql'
options = args.extract_options!
column(args[0], :text, options)
end
end
# Appends a primary key definition to the table definition.
# Can be called multiple times, but this is probably not a good idea.
def primary_key(name)
column(name, :primary_key)
end
# Returns a ColumnDefinition for the column with name +name+.
def [](name)
@columns.find {|column| column.name.to_s == name.to_s}
end
# Instantiates a new column for the table.
# The +type+ parameter is normally one of the migrations native types,
# which is one of the following:
# <tt>:primary_key</tt>, <tt>:string</tt>, <tt>:text</tt>,
# <tt>:integer</tt>, <tt>:float</tt>, <tt>:decimal</tt>,
# <tt>:datetime</tt>, <tt>:timestamp</tt>, <tt>:time</tt>,
# <tt>:date</tt>, <tt>:binary</tt>, <tt>:boolean</tt>.
#
# You may use a type not in this list as long as it is supported by your
# database (for example, "polygon" in MySQL), but this will not be database
# agnostic and should usually be avoided.
#
# Available options are (none of these exists by default):
# * <tt>:limit</tt> -
# Requests a maximum column length. This is number of characters for <tt>:string</tt> and <tt>:text</tt> columns and number of bytes for :binary and :integer columns.
# * <tt>:default</tt> -
# The column's default value. Use nil for NULL.
# * <tt>:null</tt> -
# Allows or disallows +NULL+ values in the column. This option could
# have been named <tt>:null_allowed</tt>.
# * <tt>:precision</tt> -
# Specifies the precision for a <tt>:decimal</tt> column.
# * <tt>:scale</tt> -
# Specifies the scale for a <tt>:decimal</tt> column.
#
# For clarity's sake: the precision is the number of significant digits,
# while the scale is the number of digits that can be stored following
# the decimal point. For example, the number 123.45 has a precision of 5
# and a scale of 2. A decimal with a precision of 5 and a scale of 2 can
# range from -999.99 to 999.99.
#
# Please be aware of different RDBMS implementations behavior with
# <tt>:decimal</tt> columns:
# * The SQL standard says the default scale should be 0, <tt>:scale</tt> <=
# <tt>:precision</tt>, and makes no comments about the requirements of
# <tt>:precision</tt>.
# * MySQL: <tt>:precision</tt> [1..63], <tt>:scale</tt> [0..30].
# Default is (10,0).
# * PostgreSQL: <tt>:precision</tt> [1..infinity],
# <tt>:scale</tt> [0..infinity]. No default.
# * SQLite2: Any <tt>:precision</tt> and <tt>:scale</tt> may be used.
# Internal storage as strings. No default.
# * SQLite3: No restrictions on <tt>:precision</tt> and <tt>:scale</tt>,
# but the maximum supported <tt>:precision</tt> is 16. No default.
# * Oracle: <tt>:precision</tt> [1..38], <tt>:scale</tt> [-84..127].
# Default is (38,0).
# * DB2: <tt>:precision</tt> [1..63], <tt>:scale</tt> [0..62].
# Default unknown.
# * Firebird: <tt>:precision</tt> [1..18], <tt>:scale</tt> [0..18].
# Default (9,0). Internal types NUMERIC and DECIMAL have different
# storage rules, decimal being better.
# * FrontBase?: <tt>:precision</tt> [1..38], <tt>:scale</tt> [0..38].
# Default (38,0). WARNING Max <tt>:precision</tt>/<tt>:scale</tt> for
# NUMERIC is 19, and DECIMAL is 38.
# * SqlServer?: <tt>:precision</tt> [1..38], <tt>:scale</tt> [0..38].
# Default (38,0).
# * Sybase: <tt>:precision</tt> [1..38], <tt>:scale</tt> [0..38].
# Default (38,0).
# * OpenBase?: Documentation unclear. Claims storage in <tt>double</tt>.
#
# This method returns <tt>self</tt>.
#
# == Examples
# # Assuming td is an instance of TableDefinition
# td.column(:granted, :boolean)
# # granted BOOLEAN
#
# td.column(:picture, :binary, :limit => 2.megabytes)
# # => picture BLOB(2097152)
#
# td.column(:sales_stage, :string, :limit => 20, :default => 'new', :null => false)
# # => sales_stage VARCHAR(20) DEFAULT 'new' NOT NULL
#
# td.column(:bill_gates_money, :decimal, :precision => 15, :scale => 2)
# # => bill_gates_money DECIMAL(15,2)
#
# td.column(:sensor_reading, :decimal, :precision => 30, :scale => 20)
# # => sensor_reading DECIMAL(30,20)
#
# # While <tt>:scale</tt> defaults to zero on most databases, it
# # probably wouldn't hurt to include it.
# td.column(:huge_integer, :decimal, :precision => 30)
# # => huge_integer DECIMAL(30)
#
# # Defines a column with a database-specific type.
# td.column(:foo, 'polygon')
# # => foo polygon
#
# == Short-hand examples
#
# Instead of calling +column+ directly, you can also work with the short-hand definitions for the default types.
# They use the type as the method name instead of as a parameter and allow for multiple columns to be defined
# in a single statement.
#
# What can be written like this with the regular calls to column:
#
# create_table "products", :force => true do |t|
# t.column "shop_id", :integer
# t.column "creator_id", :integer
# t.column "name", :string, :default => "Untitled"
# t.column "value", :string, :default => "Untitled"
# t.column "created_at", :datetime
# t.column "updated_at", :datetime
# end
#
# Can also be written as follows using the short-hand:
#
# create_table :products do |t|
# t.integer :shop_id, :creator_id
# t.string :name, :value, :default => "Untitled"
# t.timestamps
# end
#
# There's a short-hand method for each of the type values declared at the top. And then there's
# TableDefinition#timestamps that'll add created_at and +updated_at+ as datetimes.
#
# TableDefinition#references will add an appropriately-named _id column, plus a corresponding _type
# column if the <tt>:polymorphic</tt> option is supplied. If <tt>:polymorphic</tt> is a hash of options, these will be
# used when creating the <tt>_type</tt> column. So what can be written like this:
#
# create_table :taggings do |t|
# t.integer :tag_id, :tagger_id, :taggable_id
# t.string :tagger_type
# t.string :taggable_type, :default => 'Photo'
# end
#
# Can also be written as follows using references:
#
# create_table :taggings do |t|
# t.references :tag
# t.references :tagger, :polymorphic => true
# t.references :taggable, :polymorphic => { :default => 'Photo' }
# end
def column(name, type, options = {})
column = self[name] || ColumnDefinition.new(@base, name, type)
if options[:limit]
column.limit = options[:limit]
elsif native[type.to_sym].is_a?(Hash)
column.limit = native[type.to_sym][:limit]
end
column.precision = options[:precision]
column.scale = options[:scale]
column.default = options[:default]
column.null = options[:null]
@columns << column unless @columns.include? column
self
end
%w( string text integer float decimal datetime timestamp time date binary boolean ).each do |column_type|
class_eval <<-EOV
def #{column_type}(*args) # def string(*args)
options = args.extract_options! # options = args.extract_options!
column_names = args # column_names = args
#
column_names.each { |name| column(name, '#{column_type}', options) } # column_names.each { |name| column(name, 'string', options) }
end # end
EOV
end
# Appends <tt>:datetime</tt> columns <tt>:created_at</tt> and
# <tt>:updated_at</tt> to the table.
def timestamps(*args)
options = args.extract_options!
column(:created_at, :datetime, options)
column(:updated_at, :datetime, options)
end
def references(*args)
options = args.extract_options!
polymorphic = options.delete(:polymorphic)
args.each do |col|
column("#{col}_id", :integer, options)
column("#{col}_type", :string, polymorphic.is_a?(Hash) ? polymorphic : options) unless polymorphic.nil?
end
end
alias :belongs_to :references
# Returns a String whose contents are the column definitions
# concatenated together. This string can then be prepended and appended to
# to generate the final SQL to create the table.
def to_sql
@columns.map(&:to_sql) * ', '
end
private
def native
@base.native_database_types
end
end
# Represents a SQL table in an abstract way for updating a table.
# Also see TableDefinition and SchemaStatements#create_table
#
# Available transformations are:
#
# change_table :table do |t|
# t.column
# t.index
# t.timestamps
# t.change
# t.change_default
# t.rename
# t.references
# t.belongs_to
# t.string
# t.text
# t.integer
# t.float
# t.decimal
# t.datetime
# t.timestamp
# t.time
# t.date
# t.binary
# t.boolean
# t.remove
# t.remove_references
# t.remove_belongs_to
# t.remove_index
# t.remove_timestamps
# end
#
class Table
def initialize(table_name, base)
@table_name = table_name
@base = base
end
# Adds a new column to the named table.
# See TableDefinition#column for details of the options you can use.
# ===== Example
# ====== Creating a simple column
# t.column(:name, :string)
def column(column_name, type, options = {})
@base.add_column(@table_name, column_name, type, options)
end
# Adds a new index to the table. +column_name+ can be a single Symbol, or
# an Array of Symbols. See SchemaStatements#add_index
#
# ===== Examples
# ====== Creating a simple index
# t.index(:name)
# ====== Creating a unique index
# t.index([:branch_id, :party_id], :unique => true)
# ====== Creating a named index
# t.index([:branch_id, :party_id], :unique => true, :name => 'by_branch_party')
def index(column_name, options = {})
@base.add_index(@table_name, column_name, options)
end
# Adds timestamps (created_at and updated_at) columns to the table. See SchemaStatements#add_timestamps
# ===== Example
# t.timestamps
def timestamps
@base.add_timestamps(@table_name)
end
# Changes the column's definition according to the new options.
# See TableDefinition#column for details of the options you can use.
# ===== Examples
# t.change(:name, :string, :limit => 80)
# t.change(:description, :text)
def change(column_name, type, options = {})
@base.change_column(@table_name, column_name, type, options)
end
# Sets a new default value for a column. See SchemaStatements#change_column_default
# ===== Examples
# t.change_default(:qualification, 'new')
# t.change_default(:authorized, 1)
def change_default(column_name, default)
@base.change_column_default(@table_name, column_name, default)
end
# Removes the column(s) from the table definition.
# ===== Examples
# t.remove(:qualification)
# t.remove(:qualification, :experience)
def remove(*column_names)
@base.remove_column(@table_name, column_names)
end
# Removes the given index from the table.
#
# ===== Examples
# ====== Remove the suppliers_name_index in the suppliers table
# t.remove_index :name
# ====== Remove the index named accounts_branch_id_index in the accounts table
# t.remove_index :column => :branch_id
# ====== Remove the index named accounts_branch_id_party_id_index in the accounts table
# t.remove_index :column => [:branch_id, :party_id]
# ====== Remove the index named by_branch_party in the accounts table
# t.remove_index :name => :by_branch_party
def remove_index(options = {})
@base.remove_index(@table_name, options)
end
# Removes the timestamp columns (created_at and updated_at) from the table.
# ===== Example
# t.remove_timestamps
def remove_timestamps
@base.remove_timestamps(@table_name)
end
# Renames a column.
# ===== Example
# t.rename(:description, :name)
def rename(column_name, new_column_name)
@base.rename_column(@table_name, column_name, new_column_name)
end
# Adds a reference. Optionally adds a +type+ column.
# <tt>references</tt> and <tt>belongs_to</tt> are acceptable.
# ===== Examples
# t.references(:goat)
# t.references(:goat, :polymorphic => true)
# t.belongs_to(:goat)
def references(*args)
options = args.extract_options!
polymorphic = options.delete(:polymorphic)
args.each do |col|
@base.add_column(@table_name, "#{col}_id", :integer, options)
@base.add_column(@table_name, "#{col}_type", :string, polymorphic.is_a?(Hash) ? polymorphic : options) unless polymorphic.nil?
end
end
alias :belongs_to :references
# Removes a reference. Optionally removes a +type+ column.
# <tt>remove_references</tt> and <tt>remove_belongs_to</tt> are acceptable.
# ===== Examples
# t.remove_references(:goat)
# t.remove_references(:goat, :polymorphic => true)
# t.remove_belongs_to(:goat)
def remove_references(*args)
options = args.extract_options!
polymorphic = options.delete(:polymorphic)
args.each do |col|
@base.remove_column(@table_name, "#{col}_id")
@base.remove_column(@table_name, "#{col}_type") unless polymorphic.nil?
end
end
alias :remove_belongs_to :remove_references
# Adds a column or columns of a specified type
# ===== Examples
# t.string(:goat)
# t.string(:goat, :sheep)
%w( string text integer float decimal datetime timestamp time date binary boolean ).each do |column_type|
class_eval <<-EOV
def #{column_type}(*args) # def string(*args)
options = args.extract_options! # options = args.extract_options!
column_names = args # column_names = args
#
column_names.each do |name| # column_names.each do |name|
column = ColumnDefinition.new(@base, name, '#{column_type}') # column = ColumnDefinition.new(@base, name, 'string')
if options[:limit] # if options[:limit]
column.limit = options[:limit] # column.limit = options[:limit]
elsif native['#{column_type}'.to_sym].is_a?(Hash) # elsif native['string'.to_sym].is_a?(Hash)
column.limit = native['#{column_type}'.to_sym][:limit] # column.limit = native['string'.to_sym][:limit]
end # end
column.precision = options[:precision] # column.precision = options[:precision]
column.scale = options[:scale] # column.scale = options[:scale]
column.default = options[:default] # column.default = options[:default]
column.null = options[:null] # column.null = options[:null]
@base.add_column(@table_name, name, column.sql_type, options) # @base.add_column(@table_name, name, column.sql_type, options)
end # end
end # end
EOV
end
private
def native
@base.native_database_types
end
end
end
end

489
vendor/rails/activerecord/lib/active_record/connection_adapters/abstract/schema_statements.rb vendored
View file

@ -1,489 +0,0 @@
module ActiveRecord
module ConnectionAdapters # :nodoc:
module SchemaStatements
# Returns a Hash of mappings from the abstract data types to the native
# database types. See TableDefinition#column for details on the recognized
# abstract data types.
def native_database_types
{}
end
# Truncates a table alias according to the limits of the current adapter.
def table_alias_for(table_name)
table_name[0..table_alias_length-1].gsub(/\./, '_')
end
# def tables(name = nil) end
def table_exists?(table_name)
tables.include?(table_name.to_s)
end
# Returns an array of indexes for the given table.
# def indexes(table_name, name = nil) end
# Returns an array of Column objects for the table specified by +table_name+.
# See the concrete implementation for details on the expected parameter values.
def columns(table_name, name = nil) end
# Creates a new table with the name +table_name+. +table_name+ may either
# be a String or a Symbol.
#
# There are two ways to work with +create_table+. You can use the block
# form or the regular form, like this:
#
# === Block form
# # create_table() passes a TableDefinition object to the block.
# # This form will not only create the table, but also columns for the
# # table.
# create_table(:suppliers) do |t|
# t.column :name, :string, :limit => 60
# # Other fields here
# end
#
# === Regular form
# # Creates a table called 'suppliers' with no columns.
# create_table(:suppliers)
# # Add a column to 'suppliers'.
# add_column(:suppliers, :name, :string, {:limit => 60})
#
# The +options+ hash can include the following keys:
# [<tt>:id</tt>]
# Whether to automatically add a primary key column. Defaults to true.
# Join tables for +has_and_belongs_to_many+ should set <tt>:id => false</tt>.
# [<tt>:primary_key</tt>]
# The name of the primary key, if one is to be added automatically.
# Defaults to +id+.
# [<tt>:options</tt>]
# Any extra options you want appended to the table definition.
# [<tt>:temporary</tt>]
# Make a temporary table.
# [<tt>:force</tt>]
# Set to true to drop the table before creating it.
# Defaults to false.
#
# ===== Examples
# ====== Add a backend specific option to the generated SQL (MySQL)
# create_table(:suppliers, :options => 'ENGINE=InnoDB DEFAULT CHARSET=utf8')
# generates:
# CREATE TABLE suppliers (
# id int(11) DEFAULT NULL auto_increment PRIMARY KEY
# ) ENGINE=InnoDB DEFAULT CHARSET=utf8
#
# ====== Rename the primary key column
# create_table(:objects, :primary_key => 'guid') do |t|
# t.column :name, :string, :limit => 80
# end
# generates:
# CREATE TABLE objects (
# guid int(11) DEFAULT NULL auto_increment PRIMARY KEY,
# name varchar(80)
# )
#
# ====== Do not add a primary key column
# create_table(:categories_suppliers, :id => false) do |t|
# t.column :category_id, :integer
# t.column :supplier_id, :integer
# end
# generates:
# CREATE TABLE categories_suppliers (
# category_id int,
# supplier_id int
# )
#
# See also TableDefinition#column for details on how to create columns.
def create_table(table_name, options = {})
table_definition = TableDefinition.new(self)
table_definition.primary_key(options[:primary_key] || Base.get_primary_key(table_name.to_s.singularize)) unless options[:id] == false
yield table_definition if block_given?
if options[:force] && table_exists?(table_name)
drop_table(table_name, options)
end
create_sql = "CREATE#{' TEMPORARY' if options[:temporary]} TABLE "
create_sql << "#{quote_table_name(table_name)} ("
create_sql << table_definition.to_sql
create_sql << ") #{options[:options]}"
execute create_sql
end
# A block for changing columns in +table+.
#
# === Example
# # change_table() yields a Table instance
# change_table(:suppliers) do |t|
# t.column :name, :string, :limit => 60
# # Other column alterations here
# end
#
# ===== Examples
# ====== Add a column
# change_table(:suppliers) do |t|
# t.column :name, :string, :limit => 60
# end
#
# ====== Add 2 integer columns
# change_table(:suppliers) do |t|
# t.integer :width, :height, :null => false, :default => 0
# end
#
# ====== Add created_at/updated_at columns
# change_table(:suppliers) do |t|
# t.timestamps
# end
#
# ====== Add a foreign key column
# change_table(:suppliers) do |t|
# t.references :company
# end
#
# Creates a <tt>company_id(integer)</tt> column
#
# ====== Add a polymorphic foreign key column
# change_table(:suppliers) do |t|
# t.belongs_to :company, :polymorphic => true
# end
#
# Creates <tt>company_type(varchar)</tt> and <tt>company_id(integer)</tt> columns
#
# ====== Remove a column
# change_table(:suppliers) do |t|
# t.remove :company
# end
#
# ====== Remove several columns
# change_table(:suppliers) do |t|
# t.remove :company_id
# t.remove :width, :height
# end
#
# ====== Remove an index
# change_table(:suppliers) do |t|
# t.remove_index :company_id
# end
#
# See also Table for details on
# all of the various column transformation
def change_table(table_name)
yield Table.new(table_name, self)
end
# Renames a table.
# ===== Example
# rename_table('octopuses', 'octopi')
def rename_table(table_name, new_name)
raise NotImplementedError, "rename_table is not implemented"
end
# Drops a table from the database.
def drop_table(table_name, options = {})
execute "DROP TABLE #{quote_table_name(table_name)}"
end
# Adds a new column to the named table.
# See TableDefinition#column for details of the options you can use.
def add_column(table_name, column_name, type, options = {})
add_column_sql = "ALTER TABLE #{quote_table_name(table_name)} ADD #{quote_column_name(column_name)} #{type_to_sql(type, options[:limit], options[:precision], options[:scale])}"
add_column_options!(add_column_sql, options)
execute(add_column_sql)
end
# Removes the column(s) from the table definition.
# ===== Examples
# remove_column(:suppliers, :qualification)
# remove_columns(:suppliers, :qualification, :experience)
def remove_column(table_name, *column_names)
raise ArgumentError.new("You must specify at least one column name. Example: remove_column(:people, :first_name)") if column_names.empty?
column_names.flatten.each do |column_name|
execute "ALTER TABLE #{quote_table_name(table_name)} DROP #{quote_column_name(column_name)}"
end
end
alias :remove_columns :remove_column
# Changes the column's definition according to the new options.
# See TableDefinition#column for details of the options you can use.
# ===== Examples
# change_column(:suppliers, :name, :string, :limit => 80)
# change_column(:accounts, :description, :text)
def change_column(table_name, column_name, type, options = {})
raise NotImplementedError, "change_column is not implemented"
end
# Sets a new default value for a column. If you want to set the default
# value to +NULL+, you are out of luck. You need to
# DatabaseStatements#execute the appropriate SQL statement yourself.
# ===== Examples
# change_column_default(:suppliers, :qualification, 'new')
# change_column_default(:accounts, :authorized, 1)
def change_column_default(table_name, column_name, default)
raise NotImplementedError, "change_column_default is not implemented"
end
# Renames a column.
# ===== Example
# rename_column(:suppliers, :description, :name)
def rename_column(table_name, column_name, new_column_name)
raise NotImplementedError, "rename_column is not implemented"
end
# Adds a new index to the table. +column_name+ can be a single Symbol, or
# an Array of Symbols.
#
# The index will be named after the table and the first column name,
# unless you pass <tt>:name</tt> as an option.
#
# When creating an index on multiple columns, the first column is used as a name
# for the index. For example, when you specify an index on two columns
# [<tt>:first</tt>, <tt>:last</tt>], the DBMS creates an index for both columns as well as an
# index for the first column <tt>:first</tt>. Using just the first name for this index
# makes sense, because you will never have to create a singular index with this
# name.
#
# ===== Examples
#
# ====== Creating a simple index
# add_index(:suppliers, :name)
# generates
# CREATE INDEX suppliers_name_index ON suppliers(name)
#
# ====== Creating a unique index
# add_index(:accounts, [:branch_id, :party_id], :unique => true)
# generates
# CREATE UNIQUE INDEX accounts_branch_id_party_id_index ON accounts(branch_id, party_id)
#
# ====== Creating a named index
# add_index(:accounts, [:branch_id, :party_id], :unique => true, :name => 'by_branch_party')
# generates
# CREATE UNIQUE INDEX by_branch_party ON accounts(branch_id, party_id)
#
# ====== Creating an index with specific key length
# add_index(:accounts, :name, :name => 'by_name', :length => 10)
# generates
# CREATE INDEX by_name ON accounts(name(10))
#
# add_index(:accounts, [:name, :surname], :name => 'by_name_surname', :length => {:name => 10, :surname => 15})
# generates
# CREATE INDEX by_name_surname ON accounts(name(10), surname(15))
#
# Note: SQLite doesn't support index length
def add_index(table_name, column_name, options = {})
column_names = Array(column_name)
index_name = index_name(table_name, :column => column_names)
if Hash === options # legacy support, since this param was a string
index_type = options[:unique] ? "UNIQUE" : ""
index_name = options[:name] || index_name
else
index_type = options
end
if index_name.length > index_name_length
@logger.warn("Index name '#{index_name}' on table '#{table_name}' is too long; the limit is #{index_name_length} characters. Skipping.")
return
end
if index_exists?(table_name, index_name, false)
@logger.warn("Index name '#{index_name}' on table '#{table_name}' already exists. Skipping.")
return
end
quoted_column_names = quoted_columns_for_index(column_names, options).join(", ")
execute "CREATE #{index_type} INDEX #{quote_column_name(index_name)} ON #{quote_table_name(table_name)} (#{quoted_column_names})"
end
# Remove the given index from the table.
#
# Remove the suppliers_name_index in the suppliers table.
# remove_index :suppliers, :name
# Remove the index named accounts_branch_id_index in the accounts table.
# remove_index :accounts, :column => :branch_id
# Remove the index named accounts_branch_id_party_id_index in the accounts table.
# remove_index :accounts, :column => [:branch_id, :party_id]
# Remove the index named by_branch_party in the accounts table.
# remove_index :accounts, :name => :by_branch_party
def remove_index(table_name, options = {})
index_name = index_name(table_name, options)
unless index_exists?(table_name, index_name, true)
@logger.warn("Index name '#{index_name}' on table '#{table_name}' does not exist. Skipping.")
return
end
remove_index!(table_name, index_name)
end
def remove_index!(table_name, index_name) #:nodoc:
execute "DROP INDEX #{quote_column_name(index_name)} ON #{table_name}"
end
# Rename an index.
#
# Rename the index_people_on_last_name index to index_users_on_last_name
# rename_index :people, 'index_people_on_last_name', 'index_users_on_last_name'
def rename_index(table_name, old_name, new_name)
# this is a naive implementation; some DBs may support this more efficiently (Postgres, for instance)
old_index_def = indexes(table_name).detect { |i| i.name == old_name }
return unless old_index_def
remove_index(table_name, :name => old_name)
add_index(table_name, old_index_def.columns, :name => new_name, :unique => old_index_def.unique)
end
def index_name(table_name, options) #:nodoc:
if Hash === options # legacy support
if options[:column]
"index_#{table_name}_on_#{Array(options[:column]) * '_and_'}"
elsif options[:name]
options[:name]
else
raise ArgumentError, "You must specify the index name"
end
else
index_name(table_name, :column => options)
end
end
# Verify the existence of an index.
#
# The default argument is returned if the underlying implementation does not define the indexes method,
# as there's no way to determine the correct answer in that case.
def index_exists?(table_name, index_name, default)
return default unless respond_to?(:indexes)
indexes(table_name).detect { |i| i.name == index_name }
end
# Returns a string of <tt>CREATE TABLE</tt> SQL statement(s) for recreating the
# entire structure of the database.
def structure_dump
end
def dump_schema_information #:nodoc:
sm_table = ActiveRecord::Migrator.schema_migrations_table_name
migrated = select_values("SELECT version FROM #{sm_table}")
migrated.map { |v| "INSERT INTO #{sm_table} (version) VALUES ('#{v}');" }.join("\n\n")
end
# Should not be called normally, but this operation is non-destructive.
# The migrations module handles this automatically.
def initialize_schema_migrations_table
sm_table = ActiveRecord::Migrator.schema_migrations_table_name
unless tables.detect { |t| t == sm_table }
create_table(sm_table, :id => false) do |schema_migrations_table|
schema_migrations_table.column :version, :string, :null => false
end
add_index sm_table, :version, :unique => true,
:name => "#{Base.table_name_prefix}unique_schema_migrations#{Base.table_name_suffix}"
# Backwards-compatibility: if we find schema_info, assume we've
# migrated up to that point:
si_table = Base.table_name_prefix + 'schema_info' + Base.table_name_suffix
if tables.detect { |t| t == si_table }
old_version = select_value("SELECT version FROM #{quote_table_name(si_table)}").to_i
assume_migrated_upto_version(old_version)
drop_table(si_table)
end
end
end
def assume_migrated_upto_version(version, migrations_path = ActiveRecord::Migrator.migrations_path)
version = version.to_i
sm_table = quote_table_name(ActiveRecord::Migrator.schema_migrations_table_name)
migrated = select_values("SELECT version FROM #{sm_table}").map(&:to_i)
versions = Dir["#{migrations_path}/[0-9]*_*.rb"].map do |filename|
filename.split('/').last.split('_').first.to_i
end
unless migrated.include?(version)
execute "INSERT INTO #{sm_table} (version) VALUES ('#{version}')"
end
inserted = Set.new
(versions - migrated).each do |v|
if inserted.include?(v)
raise "Duplicate migration #{v}. Please renumber your migrations to resolve the conflict."
elsif v < version
execute "INSERT INTO #{sm_table} (version) VALUES ('#{v}')"
inserted << v
end
end
end
def type_to_sql(type, limit = nil, precision = nil, scale = nil) #:nodoc:
if native = native_database_types[type]
column_type_sql = (native.is_a?(Hash) ? native[:name] : native).dup
if type == :decimal # ignore limit, use precision and scale
scale ||= native[:scale]
if precision ||= native[:precision]
if scale
column_type_sql << "(#{precision},#{scale})"
else
column_type_sql << "(#{precision})"
end
elsif scale
raise ArgumentError, "Error adding decimal column: precision cannot be empty if scale if specified"
end
elsif (type != :primary_key) && (limit ||= native.is_a?(Hash) && native[:limit])
column_type_sql << "(#{limit})"
end
column_type_sql
else
type
end
end
def add_column_options!(sql, options) #:nodoc:
sql << " DEFAULT #{quote(options[:default], options[:column])}" if options_include_default?(options)
# must explicitly check for :null to allow change_column to work on migrations
if options[:null] == false
sql << " NOT NULL"
end
end
# SELECT DISTINCT clause for a given set of columns and a given ORDER BY clause.
# Both PostgreSQL and Oracle overrides this for custom DISTINCT syntax.
#
# distinct("posts.id", "posts.created_at desc")
def distinct(columns, order_by)
"DISTINCT #{columns}"
end
# ORDER BY clause for the passed order option.
# PostgreSQL overrides this due to its stricter standards compliance.
def add_order_by_for_association_limiting!(sql, options)
sql << " ORDER BY #{options[:order]}"
end
# Adds timestamps (created_at and updated_at) columns to the named table.
# ===== Examples
# add_timestamps(:suppliers)
def add_timestamps(table_name)
add_column table_name, :created_at, :datetime
add_column table_name, :updated_at, :datetime
end
# Removes the timestamp columns (created_at and updated_at) from the table definition.
# ===== Examples
# remove_timestamps(:suppliers)
def remove_timestamps(table_name)
remove_column table_name, :updated_at
remove_column table_name, :created_at
end
protected
# Overridden by the mysql adapter for supporting index lengths
def quoted_columns_for_index(column_names, options = {})
column_names.map {|name| quote_column_name(name) }
end
def options_include_default?(options)
options.include?(:default) && !(options[:null] == false && options[:default].nil?)
end
end
end
end

249
vendor/rails/activerecord/lib/active_record/connection_adapters/abstract_adapter.rb vendored
View file

@ -1,249 +0,0 @@
require 'benchmark'
require 'date'
require 'bigdecimal'
require 'bigdecimal/util'
# TODO: Autoload these files
require 'active_record/connection_adapters/abstract/schema_definitions'
require 'active_record/connection_adapters/abstract/schema_statements'
require 'active_record/connection_adapters/abstract/database_statements'
require 'active_record/connection_adapters/abstract/quoting'
require 'active_record/connection_adapters/abstract/connection_pool'
require 'active_record/connection_adapters/abstract/connection_specification'
require 'active_record/connection_adapters/abstract/query_cache'
require 'active_record/connection_adapters/abstract/database_limits'
module ActiveRecord
module ConnectionAdapters # :nodoc:
# ActiveRecord supports multiple database systems. AbstractAdapter and
# related classes form the abstraction layer which makes this possible.
# An AbstractAdapter represents a connection to a database, and provides an
# abstract interface for database-specific functionality such as establishing
# a connection, escaping values, building the right SQL fragments for ':offset'
# and ':limit' options, etc.
#
# All the concrete database adapters follow the interface laid down in this class.
# ActiveRecord::Base.connection returns an AbstractAdapter object, which
# you can use.
#
# Most of the methods in the adapter are useful during migrations. Most
# notably, the instance methods provided by SchemaStatement are very useful.
class AbstractAdapter
include Quoting, DatabaseStatements, SchemaStatements
include DatabaseLimits
include QueryCache
include ActiveSupport::Callbacks
define_callbacks :checkout, :checkin
@@row_even = true
def initialize(connection, logger = nil) #:nodoc:
@connection, @logger = connection, logger
@runtime = 0
@last_verification = 0
@query_cache_enabled = false
end
# Returns the human-readable name of the adapter. Use mixed case - one
# can always use downcase if needed.
def adapter_name
'Abstract'
end
# Does this adapter support migrations? Backend specific, as the
# abstract adapter always returns +false+.
def supports_migrations?
false
end
# Can this adapter determine the primary key for tables not attached
# to an ActiveRecord class, such as join tables? Backend specific, as
# the abstract adapter always returns +false+.
def supports_primary_key?
false
end
# Does this adapter support using DISTINCT within COUNT? This is +true+
# for all adapters except sqlite.
def supports_count_distinct?
true
end
# Does this adapter support DDL rollbacks in transactions? That is, would
# CREATE TABLE or ALTER TABLE get rolled back by a transaction? PostgreSQL,
# SQL Server, and others support this. MySQL and others do not.
def supports_ddl_transactions?
false
end
# Does this adapter support savepoints? PostgreSQL and MySQL do, SQLite
# does not.
def supports_savepoints?
false
end
# Should primary key values be selected from their corresponding
# sequence before the insert statement? If true, next_sequence_value
# is called before each insert to set the record's primary key.
# This is false for all adapters but Firebird.
def prefetch_primary_key?(table_name = nil)
false
end
def reset_runtime #:nodoc:
rt, @runtime = @runtime, 0
rt
end
# QUOTING ==================================================
# Override to return the quoted table name. Defaults to column quoting.
def quote_table_name(name)
quote_column_name(name)
end
# REFERENTIAL INTEGRITY ====================================
# Override to turn off referential integrity while executing <tt>&block</tt>.
def disable_referential_integrity(&block)
yield
end
# CONNECTION MANAGEMENT ====================================
# Checks whether the connection to the database is still active. This includes
# checking whether the database is actually capable of responding, i.e. whether
# the connection isn't stale.
def active?
@active != false
end
# Disconnects from the database if already connected, and establishes a
# new connection with the database.
def reconnect!
@active = true
end
# Disconnects from the database if already connected. Otherwise, this
# method does nothing.
def disconnect!
@active = false
end
# Reset the state of this connection, directing the DBMS to clear
# transactions and other connection-related server-side state. Usually a
# database-dependent operation.
#
# The default implementation does nothing; the implementation should be
# overridden by concrete adapters.
def reset!
# this should be overridden by concrete adapters
end
# Returns true if its safe to reload the connection between requests for development mode.
def requires_reloading?
true
end
# Checks whether the connection to the database is still active (i.e. not stale).
# This is done under the hood by calling <tt>active?</tt>. If the connection
# is no longer active, then this method will reconnect to the database.
def verify!(*ignored)
reconnect! unless active?
end
# Provides access to the underlying database driver for this adapter. For
# example, this method returns a Mysql object in case of MysqlAdapter,
# and a PGconn object in case of PostgreSQLAdapter.
#
# This is useful for when you need to call a proprietary method such as
# PostgreSQL's lo_* methods.
def raw_connection
@connection
end
def open_transactions
@open_transactions ||= 0
end
def increment_open_transactions
@open_transactions ||= 0
@open_transactions += 1
end
def decrement_open_transactions
@open_transactions -= 1
end
def transaction_joinable=(joinable)
@transaction_joinable = joinable
end
def create_savepoint
end
def rollback_to_savepoint
end
def release_savepoint
end
def current_savepoint_name
"active_record_#{open_transactions}"
end
def log_info(sql, name, ms)
if @logger && @logger.debug?
name = '%s (%.1fms)' % [name || 'SQL', ms]
@logger.debug(format_log_entry(name, sql.squeeze(' ')))
end
end
protected
def log(sql, name)
if block_given?
result = nil
ms = Benchmark.ms { result = yield }
@runtime += ms
log_info(sql, name, ms)
result
else
log_info(sql, name, 0)
nil
end
rescue SystemExit, SignalException, NoMemoryError => e
# Don't re-wrap these exceptions. They are probably not being caused by invalid
# sql, but rather some external stimulus beyond the responsibilty of this code.
# Additionaly, wrapping these exceptions with StatementInvalid would lead to
# meaningful loss of data, such as losing SystemExit#status.
raise e
rescue Exception => e
# Log message and raise exception.
# Set last_verification to 0, so that connection gets verified
# upon reentering the request loop
@last_verification = 0
message = "#{e.class.name}: #{e.message}: #{sql}"
log_info(message, name, 0)
raise ActiveRecord::StatementInvalid, message
end
def format_log_entry(message, dump = nil)
if ActiveRecord::Base.colorize_logging
if @@row_even
@@row_even = false
message_color, dump_color = "4;36;1", "0;1"
else
@@row_even = true
message_color, dump_color = "4;35;1", "0"
end
log_entry = " \e[#{message_color}m#{message}\e[0m "
log_entry << "\e[#{dump_color}m%#{String === dump ? 's' : 'p'}\e[0m" % dump if dump
log_entry
else
"%s %s" % [message, dump]
end
end
end
end
end

662
vendor/rails/activerecord/lib/active_record/connection_adapters/mysql_adapter.rb vendored
View file

@ -1,662 +0,0 @@
require 'active_record/connection_adapters/abstract_adapter'
require 'set'
module MysqlCompat #:nodoc:
# add all_hashes method to standard mysql-c bindings or pure ruby version
def self.define_all_hashes_method!
raise 'Mysql not loaded' unless defined?(::Mysql)
target = defined?(Mysql::Result) ? Mysql::Result : MysqlRes
return if target.instance_methods.include?('all_hashes') ||
target.instance_methods.include?(:all_hashes)
# Ruby driver has a version string and returns null values in each_hash
# C driver >= 2.7 returns null values in each_hash
if Mysql.const_defined?(:VERSION) && (Mysql::VERSION.is_a?(String) || Mysql::VERSION >= 20700)
target.class_eval <<-'end_eval'
def all_hashes # def all_hashes
rows = [] # rows = []
each_hash { |row| rows << row } # each_hash { |row| rows << row }
rows # rows
end # end
end_eval
# adapters before 2.7 don't have a version constant
# and don't return null values in each_hash
else
target.class_eval <<-'end_eval'
def all_hashes # def all_hashes
rows = [] # rows = []
all_fields = fetch_fields.inject({}) { |fields, f| # all_fields = fetch_fields.inject({}) { |fields, f|
fields[f.name] = nil; fields # fields[f.name] = nil; fields
} # }
each_hash { |row| rows << all_fields.dup.update(row) } # each_hash { |row| rows << all_fields.dup.update(row) }
rows # rows
end # end
end_eval
end
unless target.instance_methods.include?('all_hashes') ||
target.instance_methods.include?(:all_hashes)
raise "Failed to defined #{target.name}#all_hashes method. Mysql::VERSION = #{Mysql::VERSION.inspect}"
end
end
end
module ActiveRecord
class Base
# Establishes a connection to the database that's used by all Active Record objects.
def self.mysql_connection(config) # :nodoc:
config = config.symbolize_keys
host = config[:host]
port = config[:port]
socket = config[:socket]
username = config[:username] ? config[:username].to_s : 'root'
password = config[:password].to_s
database = config[:database]
# Require the MySQL driver and define Mysql::Result.all_hashes
unless defined? Mysql
begin
require_library_or_gem('mysql')
rescue LoadError
$stderr.puts '!!! The bundled mysql.rb driver has been removed from Rails 2.2. Please install the mysql gem and try again: gem install mysql.'
raise
end
end
MysqlCompat.define_all_hashes_method!
mysql = Mysql.init
mysql.ssl_set(config[:sslkey], config[:sslcert], config[:sslca], config[:sslcapath], config[:sslcipher]) if config[:sslca] || config[:sslkey]
default_flags = Mysql.const_defined?(:CLIENT_MULTI_RESULTS) ? Mysql::CLIENT_MULTI_RESULTS : 0
options = [host, username, password, database, port, socket, default_flags]
ConnectionAdapters::MysqlAdapter.new(mysql, logger, options, config)
end
end
module ConnectionAdapters
class MysqlColumn < Column #:nodoc:
def extract_default(default)
if sql_type =~ /blob/i || type == :text
if default.blank?
return null ? nil : ''
else
raise ArgumentError, "#{type} columns cannot have a default value: #{default.inspect}"
end
elsif missing_default_forged_as_empty_string?(default)
nil
else
super
end
end
def has_default?
return false if sql_type =~ /blob/i || type == :text #mysql forbids defaults on blob and text columns
super
end
private
def simplified_type(field_type)
return :boolean if MysqlAdapter.emulate_booleans && field_type.downcase.index("tinyint(1)")
return :string if field_type =~ /enum/i
super
end
def extract_limit(sql_type)
case sql_type
when /blob|text/i
case sql_type
when /tiny/i
255
when /medium/i
16777215
when /long/i
2147483647 # mysql only allows 2^31-1, not 2^32-1, somewhat inconsistently with the tiny/medium/normal cases
else
super # we could return 65535 here, but we leave it undecorated by default
end
when /^bigint/i; 8
when /^int/i; 4
when /^mediumint/i; 3
when /^smallint/i; 2
when /^tinyint/i; 1
else
super
end
end
# MySQL misreports NOT NULL column default when none is given.
# We can't detect this for columns which may have a legitimate ''
# default (string) but we can for others (integer, datetime, boolean,
# and the rest).
#
# Test whether the column has default '', is not null, and is not
# a type allowing default ''.
def missing_default_forged_as_empty_string?(default)
type != :string && !null && default == ''
end
end
# The MySQL adapter will work with both Ruby/MySQL, which is a Ruby-based MySQL adapter that comes bundled with Active Record, and with
# the faster C-based MySQL/Ruby adapter (available both as a gem and from http://www.tmtm.org/en/mysql/ruby/).
#
# Options:
#
# * <tt>:host</tt> - Defaults to "localhost".
# * <tt>:port</tt> - Defaults to 3306.
# * <tt>:socket</tt> - Defaults to "/tmp/mysql.sock".
# * <tt>:username</tt> - Defaults to "root"
# * <tt>:password</tt> - Defaults to nothing.
# * <tt>:database</tt> - The name of the database. No default, must be provided.
# * <tt>:encoding</tt> - (Optional) Sets the client encoding by executing "SET NAMES <encoding>" after connection.
# * <tt>:reconnect</tt> - Defaults to false (See MySQL documentation: http://dev.mysql.com/doc/refman/5.0/en/auto-reconnect.html).
# * <tt>:sslca</tt> - Necessary to use MySQL with an SSL connection.
# * <tt>:sslkey</tt> - Necessary to use MySQL with an SSL connection.
# * <tt>:sslcert</tt> - Necessary to use MySQL with an SSL connection.
# * <tt>:sslcapath</tt> - Necessary to use MySQL with an SSL connection.
# * <tt>:sslcipher</tt> - Necessary to use MySQL with an SSL connection.
#
class MysqlAdapter < AbstractAdapter
##
# :singleton-method:
# By default, the MysqlAdapter will consider all columns of type <tt>tinyint(1)</tt>
# as boolean. If you wish to disable this emulation (which was the default
# behavior in versions 0.13.1 and earlier) you can add the following line
# to your environment.rb file:
#
# ActiveRecord::ConnectionAdapters::MysqlAdapter.emulate_booleans = false
cattr_accessor :emulate_booleans
self.emulate_booleans = true
ADAPTER_NAME = 'MySQL'.freeze
LOST_CONNECTION_ERROR_MESSAGES = [
"Server shutdown in progress",
"Broken pipe",
"Lost connection to MySQL server during query",
"MySQL server has gone away" ]
QUOTED_TRUE, QUOTED_FALSE = '1'.freeze, '0'.freeze
NATIVE_DATABASE_TYPES = {
:primary_key => "int(11) DEFAULT NULL auto_increment PRIMARY KEY".freeze,
:string => { :name => "varchar", :limit => 255 },
:text => { :name => "text" },
:integer => { :name => "int", :limit => 4 },
:float => { :name => "float" },
:decimal => { :name => "decimal" },
:datetime => { :name => "datetime" },
:timestamp => { :name => "datetime" },
:time => { :name => "time" },
:date => { :name => "date" },
:binary => { :name => "blob" },
:boolean => { :name => "tinyint", :limit => 1 }
}
def initialize(connection, logger, connection_options, config)
super(connection, logger)
@connection_options, @config = connection_options, config
@quoted_column_names, @quoted_table_names = {}, {}
connect
end
def adapter_name #:nodoc:
ADAPTER_NAME
end
def supports_migrations? #:nodoc:
true
end
def supports_primary_key? #:nodoc:
true
end
def supports_savepoints? #:nodoc:
true
end
def native_database_types #:nodoc:
NATIVE_DATABASE_TYPES
end
# QUOTING ==================================================
def quote(value, column = nil)
if value.kind_of?(String) && column && column.type == :binary && column.class.respond_to?(:string_to_binary)
s = column.class.string_to_binary(value).unpack("H*")[0]
"x'#{s}'"
elsif value.kind_of?(BigDecimal)
value.to_s("F")
else
super
end
end
def quote_column_name(name) #:nodoc:
@quoted_column_names[name] ||= "`#{name}`"
end
def quote_table_name(name) #:nodoc:
@quoted_table_names[name] ||= quote_column_name(name).gsub('.', '`.`')
end
def quote_string(string) #:nodoc:
@connection.quote(string)
end
def quoted_true
QUOTED_TRUE
end
def quoted_false
QUOTED_FALSE
end
# REFERENTIAL INTEGRITY ====================================
def disable_referential_integrity(&block) #:nodoc:
old = select_value("SELECT @@FOREIGN_KEY_CHECKS")
begin
update("SET FOREIGN_KEY_CHECKS = 0")
yield
ensure
update("SET FOREIGN_KEY_CHECKS = #{old}")
end
end
# CONNECTION MANAGEMENT ====================================
def active?
if @connection.respond_to?(:stat)
@connection.stat
else
@connection.query 'select 1'
end
# mysql-ruby doesn't raise an exception when stat fails.
if @connection.respond_to?(:errno)
@connection.errno.zero?
else
true
end
rescue Mysql::Error
false
end
def reconnect!
disconnect!
connect
end
def disconnect!
@connection.close rescue nil
end
def reset!
if @connection.respond_to?(:change_user)
# See http://bugs.mysql.com/bug.php?id=33540 -- the workaround way to
# reset the connection is to change the user to the same user.
@connection.change_user(@config[:username], @config[:password], @config[:database])
configure_connection
end
end
# DATABASE STATEMENTS ======================================
def select_rows(sql, name = nil)
@connection.query_with_result = true
result = execute(sql, name)
rows = []
result.each { |row| rows << row }
result.free
@connection.more_results && @connection.next_result # invoking stored procedures with CLIENT_MULTI_RESULTS requires this to tidy up else connection will be dropped
rows
end
# Executes a SQL query and returns a MySQL::Result object. Note that you have to free the Result object after you're done using it.
def execute(sql, name = nil) #:nodoc:
log(sql, name) { @connection.query(sql) }
rescue ActiveRecord::StatementInvalid => exception
if exception.message.split(":").first =~ /Packets out of order/
raise ActiveRecord::StatementInvalid, "'Packets out of order' error was received from the database. Please update your mysql bindings (gem install mysql) and read http://dev.mysql.com/doc/mysql/en/password-hashing.html for more information. If you're on Windows, use the Instant Rails installer to get the updated mysql bindings."
else
raise
end
end
def insert_sql(sql, name = nil, pk = nil, id_value = nil, sequence_name = nil) #:nodoc:
super sql, name
id_value || @connection.insert_id
end
def update_sql(sql, name = nil) #:nodoc:
super
@connection.affected_rows
end
def begin_db_transaction #:nodoc:
execute "BEGIN"
rescue Exception
# Transactions aren't supported
end
def commit_db_transaction #:nodoc:
execute "COMMIT"
rescue Exception
# Transactions aren't supported
end
def rollback_db_transaction #:nodoc:
execute "ROLLBACK"
rescue Exception
# Transactions aren't supported
end
def create_savepoint
execute("SAVEPOINT #{current_savepoint_name}")
end
def rollback_to_savepoint
execute("ROLLBACK TO SAVEPOINT #{current_savepoint_name}")
end
def release_savepoint
execute("RELEASE SAVEPOINT #{current_savepoint_name}")
end
def add_limit_offset!(sql, options) #:nodoc:
if limit = options[:limit]
limit = sanitize_limit(limit)
unless offset = options[:offset]
sql << " LIMIT #{limit}"
else
sql << " LIMIT #{offset.to_i}, #{limit}"
end
end
end
# SCHEMA STATEMENTS ========================================
def structure_dump #:nodoc:
if supports_views?
sql = "SHOW FULL TABLES WHERE Table_type = 'BASE TABLE'"
else
sql = "SHOW TABLES"
end
select_all(sql).inject("") do |structure, table|
table.delete('Table_type')
structure += select_one("SHOW CREATE TABLE #{quote_table_name(table.to_a.first.last)}")["Create Table"] + ";\n\n"
end
end
def recreate_database(name, options = {}) #:nodoc:
drop_database(name)
create_database(name, options)
end
# Create a new MySQL database with optional <tt>:charset</tt> and <tt>:collation</tt>.
# Charset defaults to utf8.
#
# Example:
# create_database 'charset_test', :charset => 'latin1', :collation => 'latin1_bin'
# create_database 'matt_development'
# create_database 'matt_development', :charset => :big5
def create_database(name, options = {})
if options[:collation]
execute "CREATE DATABASE `#{name}` DEFAULT CHARACTER SET `#{options[:charset] || 'utf8'}` COLLATE `#{options[:collation]}`"
else
execute "CREATE DATABASE `#{name}` DEFAULT CHARACTER SET `#{options[:charset] || 'utf8'}`"
end
end
def drop_database(name) #:nodoc:
execute "DROP DATABASE IF EXISTS `#{name}`"
end
def current_database
select_value 'SELECT DATABASE() as db'
end
# Returns the database character set.
def charset
show_variable 'character_set_database'
end
# Returns the database collation strategy.
def collation
show_variable 'collation_database'
end
def tables(name = nil) #:nodoc:
tables = []
result = execute("SHOW TABLES", name)
result.each { |field| tables << field[0] }
result.free
tables
end
def drop_table(table_name, options = {})
super(table_name, options)
end
def indexes(table_name, name = nil)#:nodoc:
indexes = []
current_index = nil
result = execute("SHOW KEYS FROM #{quote_table_name(table_name)}", name)
result.each do |row|
if current_index != row[2]
next if row[2] == "PRIMARY" # skip the primary key
current_index = row[2]
indexes << IndexDefinition.new(row[0], row[2], row[1] == "0", [], [])
end
indexes.last.columns << row[4]
indexes.last.lengths << row[7]
end
result.free
indexes
end
def columns(table_name, name = nil)#:nodoc:
sql = "SHOW FIELDS FROM #{quote_table_name(table_name)}"
columns = []
result = execute(sql, name)
result.each { |field| columns << MysqlColumn.new(field[0], field[4], field[1], field[2] == "YES") }
result.free
columns
end
def create_table(table_name, options = {}) #:nodoc:
super(table_name, options.reverse_merge(:options => "ENGINE=InnoDB"))
end
def rename_table(table_name, new_name)
execute "RENAME TABLE #{quote_table_name(table_name)} TO #{quote_table_name(new_name)}"
end
def add_column(table_name, column_name, type, options = {})
add_column_sql = "ALTER TABLE #{quote_table_name(table_name)} ADD #{quote_column_name(column_name)} #{type_to_sql(type, options[:limit], options[:precision], options[:scale])}"
add_column_options!(add_column_sql, options)
add_column_position!(add_column_sql, options)
execute(add_column_sql)
end
def change_column_default(table_name, column_name, default) #:nodoc:
column = column_for(table_name, column_name)
change_column table_name, column_name, column.sql_type, :default => default
end
def change_column_null(table_name, column_name, null, default = nil)
column = column_for(table_name, column_name)
unless null || default.nil?
execute("UPDATE #{quote_table_name(table_name)} SET #{quote_column_name(column_name)}=#{quote(default)} WHERE #{quote_column_name(column_name)} IS NULL")
end
change_column table_name, column_name, column.sql_type, :null => null
end
def change_column(table_name, column_name, type, options = {}) #:nodoc:
column = column_for(table_name, column_name)
unless options_include_default?(options)
options[:default] = column.default
end
unless options.has_key?(:null)
options[:null] = column.null
end
change_column_sql = "ALTER TABLE #{quote_table_name(table_name)} CHANGE #{quote_column_name(column_name)} #{quote_column_name(column_name)} #{type_to_sql(type, options[:limit], options[:precision], options[:scale])}"
add_column_options!(change_column_sql, options)
add_column_position!(change_column_sql, options)
execute(change_column_sql)
end
def rename_column(table_name, column_name, new_column_name) #:nodoc:
options = {}
if column = columns(table_name).find { |c| c.name == column_name.to_s }
options[:default] = column.default
options[:null] = column.null
else
raise ActiveRecordError, "No such column: #{table_name}.#{column_name}"
end
current_type = select_one("SHOW COLUMNS FROM #{quote_table_name(table_name)} LIKE '#{column_name}'")["Type"]
rename_column_sql = "ALTER TABLE #{quote_table_name(table_name)} CHANGE #{quote_column_name(column_name)} #{quote_column_name(new_column_name)} #{current_type}"
add_column_options!(rename_column_sql, options)
execute(rename_column_sql)
end
# Maps logical Rails types to MySQL-specific data types.
def type_to_sql(type, limit = nil, precision = nil, scale = nil)
return super unless type.to_s == 'integer'
case limit
when 1; 'tinyint'
when 2; 'smallint'
when 3; 'mediumint'
when nil, 4, 11; 'int(11)' # compatibility with MySQL default
when 5..8; 'bigint'
else raise(ActiveRecordError, "No integer type has byte size #{limit}")
end
end
def add_column_position!(sql, options)
if options[:first]
sql << " FIRST"
elsif options[:after]
sql << " AFTER #{quote_column_name(options[:after])}"
end
end
# SHOW VARIABLES LIKE 'name'
def show_variable(name)
variables = select_all("SHOW VARIABLES LIKE '#{name}'")
variables.first['Value'] unless variables.empty?
end
# Returns a table's primary key and belonging sequence.
def pk_and_sequence_for(table) #:nodoc:
keys = []
result = execute("describe #{quote_table_name(table)}")
result.each_hash do |h|
keys << h["Field"]if h["Key"] == "PRI"
end
result.free
keys.length == 1 ? [keys.first, nil] : nil
end
# Returns just a table's primary key
def primary_key(table)
pk_and_sequence = pk_and_sequence_for(table)
pk_and_sequence && pk_and_sequence.first
end
def case_sensitive_equality_operator
"= BINARY"
end
def limited_update_conditions(where_sql, quoted_table_name, quoted_primary_key)
where_sql
end
protected
def quoted_columns_for_index(column_names, options = {})
length = options[:length] if options.is_a?(Hash)
quoted_column_names = case length
when Hash
column_names.map {|name| length[name] ? "#{quote_column_name(name)}(#{length[name]})" : quote_column_name(name) }
when Fixnum
column_names.map {|name| "#{quote_column_name(name)}(#{length})"}
else
column_names.map {|name| quote_column_name(name) }
end
end
private
def connect
encoding = @config[:encoding]
if encoding
@connection.options(Mysql::SET_CHARSET_NAME, encoding) rescue nil
end
if @config[:sslca] || @config[:sslkey]
@connection.ssl_set(@config[:sslkey], @config[:sslcert], @config[:sslca], @config[:sslcapath], @config[:sslcipher])
end
@connection.options(Mysql::OPT_CONNECT_TIMEOUT, @config[:connect_timeout]) if @config[:connect_timeout]
@connection.options(Mysql::OPT_READ_TIMEOUT, @config[:read_timeout]) if @config[:read_timeout]
@connection.options(Mysql::OPT_WRITE_TIMEOUT, @config[:write_timeout]) if @config[:write_timeout]
@connection.real_connect(*@connection_options)
# reconnect must be set after real_connect is called, because real_connect sets it to false internally
@connection.reconnect = !!@config[:reconnect] if @connection.respond_to?(:reconnect=)
configure_connection
end
def configure_connection
encoding = @config[:encoding]
execute("SET NAMES '#{encoding}'") if encoding
# By default, MySQL 'where id is null' selects the last inserted id.
# Turn this off. http://dev.rubyonrails.org/ticket/6778
execute("SET SQL_AUTO_IS_NULL=0")
end
def select(sql, name = nil)
@connection.query_with_result = true
result = execute(sql, name)
rows = result.all_hashes
result.free
@connection.more_results && @connection.next_result # invoking stored procedures with CLIENT_MULTI_RESULTS requires this to tidy up else connection will be dropped
rows
end
def supports_views?
version[0] >= 5
end
def version
@version ||= @connection.server_info.scan(/^(\d+)\.(\d+)\.(\d+)/).flatten.map { |v| v.to_i }
end
def column_for(table_name, column_name)
unless column = columns(table_name).find { |c| c.name == column_name.to_s }
raise "No such column: #{table_name}.#{column_name}"
end
column
end
end
end
end

1078
vendor/rails/activerecord/lib/active_record/connection_adapters/postgresql_adapter.rb vendored
View file

File diff suppressed because it is too large Load diff

34
vendor/rails/activerecord/lib/active_record/connection_adapters/sqlite3_adapter.rb vendored
View file

@ -1,34 +0,0 @@
require 'active_record/connection_adapters/sqlite_adapter'
module ActiveRecord
class Base
# sqlite3 adapter reuses sqlite_connection.
def self.sqlite3_connection(config) # :nodoc:
parse_sqlite_config!(config)
unless self.class.const_defined?(:SQLite3)
require_library_or_gem(config[:adapter])
end
db = SQLite3::Database.new(
config[:database],
:results_as_hash => true,
:type_translation => false
)
db.busy_timeout(config[:timeout]) unless config[:timeout].nil?
ConnectionAdapters::SQLite3Adapter.new(db, logger, config)
end
end
module ConnectionAdapters #:nodoc:
class SQLite3Adapter < SQLiteAdapter # :nodoc:
def table_structure(table_name)
@connection.table_info(quote_table_name(table_name)).tap do |structure|
raise(ActiveRecord::StatementInvalid, "Could not find table '#{table_name}'") if structure.empty?
end
end
end
end
end

454
vendor/rails/activerecord/lib/active_record/connection_adapters/sqlite_adapter.rb vendored
View file

@ -1,454 +0,0 @@
# encoding: binary
require 'active_record/connection_adapters/abstract_adapter'
module ActiveRecord
class Base
class << self
# Establishes a connection to the database that's used by all Active Record objects
def sqlite_connection(config) # :nodoc:
parse_sqlite_config!(config)
unless self.class.const_defined?(:SQLite)
require_library_or_gem(config[:adapter])
db = SQLite::Database.new(config[:database], 0)
db.show_datatypes = "ON" if !defined? SQLite::Version
db.results_as_hash = true if defined? SQLite::Version
db.type_translation = false
message = "Support for SQLite2Adapter and DeprecatedSQLiteAdapter has been removed from Rails 3. "
message << "You should migrate to SQLite 3+ or use the plugin from git://github.com/rails/sqlite2_adapter.git with Rails 3."
ActiveSupport::Deprecation.warn(message)
# "Downgrade" deprecated sqlite API
if SQLite.const_defined?(:Version)
ConnectionAdapters::SQLite2Adapter.new(db, logger, config)
else
ConnectionAdapters::DeprecatedSQLiteAdapter.new(db, logger, config)
end
end
end
private
def parse_sqlite_config!(config)
if config.include?(:dbfile)
ActiveSupport::Deprecation.warn "Please update config/database.yml to use 'database' instead of 'dbfile'"
end
config[:database] ||= config[:dbfile]
# Require database.
unless config[:database]
raise ArgumentError, "No database file specified. Missing argument: database"
end
# Allow database path relative to RAILS_ROOT, but only if
# the database path is not the special path that tells
# Sqlite to build a database only in memory.
if Object.const_defined?(:RAILS_ROOT) && ':memory:' != config[:database]
config[:database] = File.expand_path(config[:database], RAILS_ROOT)
end
end
end
end
module ConnectionAdapters #:nodoc:
class SQLiteColumn < Column #:nodoc:
class << self
def string_to_binary(value)
value = value.dup.force_encoding(Encoding::BINARY) if value.respond_to?(:force_encoding)
value.gsub(/\0|\%/n) do |b|
case b
when "\0" then "%00"
when "%" then "%25"
end
end
end
def binary_to_string(value)
value = value.dup.force_encoding(Encoding::BINARY) if value.respond_to?(:force_encoding)
value.gsub(/%00|%25/n) do |b|
case b
when "%00" then "\0"
when "%25" then "%"
end
end
end
end
end
# The SQLite adapter works with both the 2.x and 3.x series of SQLite with the sqlite-ruby drivers (available both as gems and
# from http://rubyforge.org/projects/sqlite-ruby/).
#
# Options:
#
# * <tt>:database</tt> - Path to the database file.
class SQLiteAdapter < AbstractAdapter
class Version
include Comparable
def initialize(version_string)
@version = version_string.split('.').map(&:to_i)
end
def <=>(version_string)
@version <=> version_string.split('.').map(&:to_i)
end
end
def initialize(connection, logger, config)
super(connection, logger)
@config = config
end
def adapter_name #:nodoc:
'SQLite'
end
def supports_ddl_transactions?
sqlite_version >= '2.0.0'
end
def supports_migrations? #:nodoc:
true
end
def supports_primary_key? #:nodoc:
true
end
def requires_reloading?
true
end
def supports_add_column?
sqlite_version >= '3.1.6'
end
def disconnect!
super
@connection.close rescue nil
end
def supports_count_distinct? #:nodoc:
sqlite_version >= '3.2.6'
end
def supports_autoincrement? #:nodoc:
sqlite_version >= '3.1.0'
end
def native_database_types #:nodoc:
{
:primary_key => default_primary_key_type,
:string => { :name => "varchar", :limit => 255 },
:text => { :name => "text" },
:integer => { :name => "integer" },
:float => { :name => "float" },
:decimal => { :name => "decimal" },
:datetime => { :name => "datetime" },
:timestamp => { :name => "datetime" },
:time => { :name => "time" },
:date => { :name => "date" },
:binary => { :name => "blob" },
:boolean => { :name => "boolean" }
}
end
# QUOTING ==================================================
def quote_string(s) #:nodoc:
@connection.class.quote(s)
end
def quote_column_name(name) #:nodoc:
%Q("#{name}")
end
# DATABASE STATEMENTS ======================================
def execute(sql, name = nil) #:nodoc:
catch_schema_changes { log(sql, name) { @connection.execute(sql) } }
end
def update_sql(sql, name = nil) #:nodoc:
super
@connection.changes
end
def delete_sql(sql, name = nil) #:nodoc:
sql += " WHERE 1=1" unless sql =~ /WHERE/i
super sql, name
end
def insert_sql(sql, name = nil, pk = nil, id_value = nil, sequence_name = nil) #:nodoc:
super || @connection.last_insert_row_id
end
def select_rows(sql, name = nil)
execute(sql, name).map do |row|
(0...(row.size / 2)).map { |i| row[i] }
end
end
def begin_db_transaction #:nodoc:
catch_schema_changes { @connection.transaction }
end
def commit_db_transaction #:nodoc:
catch_schema_changes { @connection.commit }
end
def rollback_db_transaction #:nodoc:
catch_schema_changes { @connection.rollback }
end
# SELECT ... FOR UPDATE is redundant since the table is locked.
def add_lock!(sql, options) #:nodoc:
sql
end
# SCHEMA STATEMENTS ========================================
def tables(name = nil) #:nodoc:
sql = <<-SQL
SELECT name
FROM sqlite_master
WHERE type = 'table' AND NOT name = 'sqlite_sequence'
SQL
execute(sql, name).map do |row|
row['name']
end
end
def columns(table_name, name = nil) #:nodoc:
table_structure(table_name).map do |field|
SQLiteColumn.new(field['name'], field['dflt_value'], field['type'], field['notnull'].to_i == 0)
end
end
def indexes(table_name, name = nil) #:nodoc:
execute("PRAGMA index_list(#{quote_table_name(table_name)})", name).map do |row|
index = IndexDefinition.new(table_name, row['name'])
index.unique = row['unique'].to_i != 0
index.columns = execute("PRAGMA index_info('#{index.name}')").map { |col| col['name'] }
index
end
end
def primary_key(table_name) #:nodoc:
column = table_structure(table_name).find {|field| field['pk'].to_i == 1}
column ? column['name'] : nil
end
def remove_index!(table_name, index_name) #:nodoc:
execute "DROP INDEX #{quote_column_name(index_name)}"
end
def rename_table(name, new_name)
execute "ALTER TABLE #{name} RENAME TO #{new_name}"
end
# See: http://www.sqlite.org/lang_altertable.html
# SQLite has an additional restriction on the ALTER TABLE statement
def valid_alter_table_options( type, options)
type.to_sym != :primary_key
end
def add_column(table_name, column_name, type, options = {}) #:nodoc:
if supports_add_column? && valid_alter_table_options( type, options )
super(table_name, column_name, type, options)
else
alter_table(table_name) do |definition|
definition.column(column_name, type, options)
end
end
end
def remove_column(table_name, *column_names) #:nodoc:
raise ArgumentError.new("You must specify at least one column name. Example: remove_column(:people, :first_name)") if column_names.empty?
column_names.flatten.each do |column_name|
alter_table(table_name) do |definition|
definition.columns.delete(definition[column_name])
end
end
end
alias :remove_columns :remove_column
def change_column_default(table_name, column_name, default) #:nodoc:
alter_table(table_name) do |definition|
definition[column_name].default = default
end
end
def change_column_null(table_name, column_name, null, default = nil)
unless null || default.nil?
execute("UPDATE #{quote_table_name(table_name)} SET #{quote_column_name(column_name)}=#{quote(default)} WHERE #{quote_column_name(column_name)} IS NULL")
end
alter_table(table_name) do |definition|
definition[column_name].null = null
end
end
def change_column(table_name, column_name, type, options = {}) #:nodoc:
alter_table(table_name) do |definition|
include_default = options_include_default?(options)
definition[column_name].instance_eval do
self.type = type
self.limit = options[:limit] if options.include?(:limit)
self.default = options[:default] if include_default
self.null = options[:null] if options.include?(:null)
end
end
end
def rename_column(table_name, column_name, new_column_name) #:nodoc:
unless columns(table_name).detect{|c| c.name == column_name.to_s }
raise ActiveRecord::ActiveRecordError, "Missing column #{table_name}.#{column_name}"
end
alter_table(table_name, :rename => {column_name.to_s => new_column_name.to_s})
end
def empty_insert_statement(table_name)
"INSERT INTO #{table_name} VALUES(NULL)"
end
protected
def select(sql, name = nil) #:nodoc:
execute(sql, name).map do |row|
record = {}
row.each_key do |key|
if key.is_a?(String)
record[key.sub(/^"?\w+"?\./, '')] = row[key]
end
end
record
end
end
def table_structure(table_name)
execute("PRAGMA table_info(#{quote_table_name(table_name)})").tap do |structure|
raise(ActiveRecord::StatementInvalid, "Could not find table '#{table_name}'") if structure.empty?
end
end
def alter_table(table_name, options = {}) #:nodoc:
altered_table_name = "altered_#{table_name}"
caller = lambda {|definition| yield definition if block_given?}
transaction do
move_table(table_name, altered_table_name,
options.merge(:temporary => true))
move_table(altered_table_name, table_name, &caller)
end
end
def move_table(from, to, options = {}, &block) #:nodoc:
copy_table(from, to, options, &block)
drop_table(from)
end
def copy_table(from, to, options = {}) #:nodoc:
options = options.merge(:id => (!columns(from).detect{|c| c.name == 'id'}.nil? && 'id' == primary_key(from).to_s))
create_table(to, options) do |definition|
@definition = definition
columns(from).each do |column|
column_name = options[:rename] ?
(options[:rename][column.name] ||
options[:rename][column.name.to_sym] ||
column.name) : column.name
@definition.column(column_name, column.type,
:limit => column.limit, :default => column.default,
:null => column.null)
end
@definition.primary_key(primary_key(from)) if primary_key(from)
yield @definition if block_given?
end
copy_table_indexes(from, to, options[:rename] || {})
copy_table_contents(from, to,
@definition.columns.map {|column| column.name},
options[:rename] || {})
end
def copy_table_indexes(from, to, rename = {}) #:nodoc:
indexes(from).each do |index|
name = index.name
if to == "altered_#{from}"
name = "temp_#{name}"
elsif from == "altered_#{to}"
name = name[5..-1]
end
to_column_names = columns(to).map(&:name)
columns = index.columns.map {|c| rename[c] || c }.select do |column|
to_column_names.include?(column)
end
unless columns.empty?
# index name can't be the same
opts = { :name => name.gsub(/_(#{from})_/, "_#{to}_") }
opts[:unique] = true if index.unique
add_index(to, columns, opts)
end
end
end
def copy_table_contents(from, to, columns, rename = {}) #:nodoc:
column_mappings = Hash[*columns.map {|name| [name, name]}.flatten]
rename.inject(column_mappings) {|map, a| map[a.last] = a.first; map}
from_columns = columns(from).collect {|col| col.name}
columns = columns.find_all{|col| from_columns.include?(column_mappings[col])}
quoted_columns = columns.map { |col| quote_column_name(col) } * ','
quoted_to = quote_table_name(to)
@connection.execute "SELECT * FROM #{quote_table_name(from)}" do |row|
sql = "INSERT INTO #{quoted_to} (#{quoted_columns}) VALUES ("
sql << columns.map {|col| quote row[column_mappings[col]]} * ', '
sql << ')'
@connection.execute sql
end
end
def catch_schema_changes
return yield
rescue ActiveRecord::StatementInvalid => exception
if exception.message =~ /database schema has changed/
reconnect!
retry
else
raise
end
end
def sqlite_version
@sqlite_version ||= SQLiteAdapter::Version.new(select_value('select sqlite_version(*)'))
end
def default_primary_key_type
if supports_autoincrement?
'INTEGER PRIMARY KEY AUTOINCREMENT NOT NULL'.freeze
else
'INTEGER PRIMARY KEY NOT NULL'.freeze
end
end
end
class SQLite2Adapter < SQLiteAdapter # :nodoc:
def rename_table(name, new_name)
move_table(name, new_name)
end
end
class DeprecatedSQLiteAdapter < SQLite2Adapter # :nodoc:
def insert(sql, name = nil, pk = nil, id_value = nil)
execute(sql, name = nil)
id_value || @connection.last_insert_rowid
end
end
end
end

183
vendor/rails/activerecord/lib/active_record/dirty.rb vendored
View file

@ -1,183 +0,0 @@
module ActiveRecord
# Track unsaved attribute changes.
#
# A newly instantiated object is unchanged:
# person = Person.find_by_name('uncle bob')
# person.changed? # => false
#
# Change the name:
# person.name = 'Bob'
# person.changed? # => true
# person.name_changed? # => true
# person.name_was # => 'uncle bob'
# person.name_change # => ['uncle bob', 'Bob']
# person.name = 'Bill'
# person.name_change # => ['uncle bob', 'Bill']
#
# Save the changes:
# person.save
# person.changed? # => false
# person.name_changed? # => false
#
# Assigning the same value leaves the attribute unchanged:
# person.name = 'Bill'
# person.name_changed? # => false
# person.name_change # => nil
#
# Which attributes have changed?
# person.name = 'bob'
# person.changed # => ['name']
# person.changes # => { 'name' => ['Bill', 'bob'] }
#
# Before modifying an attribute in-place:
# person.name_will_change!
# person.name << 'by'
# person.name_change # => ['uncle bob', 'uncle bobby']
module Dirty
DIRTY_SUFFIXES = ['_changed?', '_change', '_will_change!', '_was']
def self.included(base)
base.attribute_method_suffix *DIRTY_SUFFIXES
base.alias_method_chain :write_attribute, :dirty
base.alias_method_chain :save, :dirty
base.alias_method_chain :save!, :dirty
base.alias_method_chain :update, :dirty
base.alias_method_chain :reload, :dirty
base.class_attribute :partial_updates
base.partial_updates = true
base.send(:extend, ClassMethods)
end
# Do any attributes have unsaved changes?
# person.changed? # => false
# person.name = 'bob'
# person.changed? # => true
def changed?
!changed_attributes.empty?
end
# List of attributes with unsaved changes.
# person.changed # => []
# person.name = 'bob'
# person.changed # => ['name']
def changed
changed_attributes.keys
end
# Map of changed attrs => [original value, new value].
# person.changes # => {}
# person.name = 'bob'
# person.changes # => { 'name' => ['bill', 'bob'] }
def changes
changed.inject({}) { |h, attr| h[attr] = attribute_change(attr); h }
end
# Attempts to +save+ the record and clears changed attributes if successful.
def save_with_dirty(*args) #:nodoc:
if status = save_without_dirty(*args)
changed_attributes.clear
end
status
end
# Attempts to <tt>save!</tt> the record and clears changed attributes if successful.
def save_with_dirty!(*args) #:nodoc:
status = save_without_dirty!(*args)
changed_attributes.clear
status
end
# <tt>reload</tt> the record and clears changed attributes.
def reload_with_dirty(*args) #:nodoc:
record = reload_without_dirty(*args)
changed_attributes.clear
record
end
private
# Map of change <tt>attr => original value</tt>.
def changed_attributes
@changed_attributes ||= {}
end
# Handle <tt>*_changed?</tt> for +method_missing+.
def attribute_changed?(attr)
changed_attributes.include?(attr)
end
# Handle <tt>*_change</tt> for +method_missing+.
def attribute_change(attr)
[changed_attributes[attr], __send__(attr)] if attribute_changed?(attr)
end
# Handle <tt>*_was</tt> for +method_missing+.
def attribute_was(attr)
attribute_changed?(attr) ? changed_attributes[attr] : __send__(attr)
end
# Handle <tt>*_will_change!</tt> for +method_missing+.
def attribute_will_change!(attr)
changed_attributes[attr] = clone_attribute_value(:read_attribute, attr)
end
# Wrap write_attribute to remember original attribute value.
def write_attribute_with_dirty(attr, value)
attr = attr.to_s
# The attribute already has an unsaved change.
if changed_attributes.include?(attr)
old = changed_attributes[attr]
changed_attributes.delete(attr) unless field_changed?(attr, old, value)
else
old = clone_attribute_value(:read_attribute, attr)
changed_attributes[attr] = old if field_changed?(attr, old, value)
end
# Carry on.
write_attribute_without_dirty(attr, value)
end
def update_with_dirty
if partial_updates?
# Serialized attributes should always be written in case they've been
# changed in place.
update_without_dirty(changed | (attributes.keys & self.class.serialized_attributes.keys))
else
update_without_dirty
end
end
def field_changed?(attr, old, value)
if column = column_for_attribute(attr)
if column.number? && column.null && (old.nil? || old == 0) && value.blank?
# For nullable numeric columns, NULL gets stored in database for blank (i.e. '') values.
# Hence we don't record it as a change if the value changes from nil to ''.
# If an old value of 0 is set to '' we want this to get changed to nil as otherwise it'll
# be typecast back to 0 (''.to_i => 0)
value = nil
else
value = column.type_cast(value)
end
end
old != value
end
module ClassMethods
def self.extended(base)
base.singleton_class.alias_method_chain(:alias_attribute, :dirty)
end
def alias_attribute_with_dirty(new_name, old_name)
alias_attribute_without_dirty(new_name, old_name)
DIRTY_SUFFIXES.each do |suffix|
module_eval <<-STR, __FILE__, __LINE__ + 1
def #{new_name}#{suffix}; self.#{old_name}#{suffix}; end # def subject_changed?; self.title_changed?; end
STR
end
end
end
end
end

41
vendor/rails/activerecord/lib/active_record/dynamic_finder_match.rb vendored
View file

@ -1,41 +0,0 @@
module ActiveRecord
class DynamicFinderMatch
def self.match(method)
df_match = self.new(method)
df_match.finder ? df_match : nil
end
def initialize(method)
@finder = :first
case method.to_s
when /^find_(all_by|last_by|by)_([_a-zA-Z]\w*)$/
@finder = :last if $1 == 'last_by'
@finder = :all if $1 == 'all_by'
names = $2
when /^find_by_([_a-zA-Z]\w*)\!$/
@bang = true
names = $1
when /^find_or_(initialize|create)_by_([_a-zA-Z]\w*)$/
@instantiator = $1 == 'initialize' ? :new : :create
names = $2
else
@finder = nil
end
@attribute_names = names && names.split('_and_')
end
attr_reader :finder, :attribute_names, :instantiator
def finder?
!@finder.nil? && @instantiator.nil?
end
def instantiator?
@finder == :first && !@instantiator.nil?
end
def bang?
@bang
end
end
end

25
vendor/rails/activerecord/lib/active_record/dynamic_scope_match.rb vendored
View file

@ -1,25 +0,0 @@
module ActiveRecord
class DynamicScopeMatch
def self.match(method)
ds_match = self.new(method)
ds_match.scope ? ds_match : nil
end
def initialize(method)
@scope = true
case method.to_s
when /^scoped_by_([_a-zA-Z]\w*)$/
names = $1
else
@scope = nil
end
@attribute_names = names && names.split('_and_')
end
attr_reader :scope, :attribute_names
def scope?
!@scope.nil?
end
end
end

997
vendor/rails/activerecord/lib/active_record/fixtures.rb vendored
View file

@ -1,997 +0,0 @@
require 'erb'
require 'yaml'
require 'csv'
require 'zlib'
require 'active_support/dependencies'
require 'active_support/test_case'
if RUBY_VERSION < '1.9'
module YAML #:nodoc:
class Omap #:nodoc:
def keys; map { |k, v| k } end
def values; map { |k, v| v } end
end
end
end
if defined? ActiveRecord
class FixtureClassNotFound < ActiveRecord::ActiveRecordError #:nodoc:
end
else
class FixtureClassNotFound < StandardError #:nodoc:
end
end
# Fixtures are a way of organizing data that you want to test against; in short, sample data.
#
# = Fixture formats
#
# Fixtures come in 3 flavors:
#
# 1. YAML fixtures
# 2. CSV fixtures
# 3. Single-file fixtures
#
# == YAML fixtures
#
# This type of fixture is in YAML format and the preferred default. YAML is a file format which describes data structures
# in a non-verbose, human-readable format. It ships with Ruby 1.8.1+.
#
# Unlike single-file fixtures, YAML fixtures are stored in a single file per model, which are placed in the directory appointed
# by <tt>ActiveSupport::TestCase.fixture_path=(path)</tt> (this is automatically configured for Rails, so you can just
# put your files in <tt><your-rails-app>/test/fixtures/</tt>). The fixture file ends with the <tt>.yml</tt> file extension (Rails example:
# <tt><your-rails-app>/test/fixtures/web_sites.yml</tt>). The format of a YAML fixture file looks like this:
#
# rubyonrails:
# id: 1
# name: Ruby on Rails
# url: http://www.rubyonrails.org
#
# google:
# id: 2
# name: Google
# url: http://www.google.com
#
# This YAML fixture file includes two fixtures. Each YAML fixture (ie. record) is given a name and is followed by an
# indented list of key/value pairs in the "key: value" format. Records are separated by a blank line for your viewing
# pleasure.
#
# Note that YAML fixtures are unordered. If you want ordered fixtures, use the omap YAML type. See http://yaml.org/type/omap.html
# for the specification. You will need ordered fixtures when you have foreign key constraints on keys in the same table.
# This is commonly needed for tree structures. Example:
#
# --- !omap
# - parent:
# id: 1
# parent_id: NULL
# title: Parent
# - child:
# id: 2
# parent_id: 1
# title: Child
#
# == CSV fixtures
#
# Fixtures can also be kept in the Comma Separated Value (CSV) format. Akin to YAML fixtures, CSV fixtures are stored
# in a single file, but instead end with the <tt>.csv</tt> file extension
# (Rails example: <tt><your-rails-app>/test/fixtures/web_sites.csv</tt>).
#
# The format of this type of fixture file is much more compact than the others, but also a little harder to read by us
# humans. The first line of the CSV file is a comma-separated list of field names. The rest of the file is then comprised
# of the actual data (1 per line). Here's an example:
#
# id, name, url
# 1, Ruby On Rails, http://www.rubyonrails.org
# 2, Google, http://www.google.com
#
# Should you have a piece of data with a comma character in it, you can place double quotes around that value. If you
# need to use a double quote character, you must escape it with another double quote.
#
# Another unique attribute of the CSV fixture is that it has *no* fixture name like the other two formats. Instead, the
# fixture names are automatically generated by deriving the class name of the fixture file and adding an incrementing
# number to the end. In our example, the 1st fixture would be called "web_site_1" and the 2nd one would be called
# "web_site_2".
#
# Most databases and spreadsheets support exporting to CSV format, so this is a great format for you to choose if you
# have existing data somewhere already.
#
# == Single-file fixtures
#
# This type of fixture was the original format for Active Record that has since been deprecated in favor of the YAML and CSV formats.
# Fixtures for this format are created by placing text files in a sub-directory (with the name of the model) to the directory
# appointed by <tt>ActiveSupport::TestCase.fixture_path=(path)</tt> (this is automatically configured for Rails, so you can just
# put your files in <tt><your-rails-app>/test/fixtures/<your-model-name>/</tt> --
# like <tt><your-rails-app>/test/fixtures/web_sites/</tt> for the WebSite model).
#
# Each text file placed in this directory represents a "record". Usually these types of fixtures are named without
# extensions, but if you are on a Windows machine, you might consider adding <tt>.txt</tt> as the extension. Here's what the
# above example might look like:
#
# web_sites/google
# web_sites/yahoo.txt
# web_sites/ruby-on-rails
#
# The file format of a standard fixture is simple. Each line is a property (or column in db speak) and has the syntax
# of "name => value". Here's an example of the ruby-on-rails fixture above:
#
# id => 1
# name => Ruby on Rails
# url => http://www.rubyonrails.org
#
# = Using fixtures in testcases
#
# Since fixtures are a testing construct, we use them in our unit and functional tests. There are two ways to use the
# fixtures, but first let's take a look at a sample unit test:
#
# require 'test_helper'
#
# class WebSiteTest < ActiveSupport::TestCase
# test "web_site_count" do
# assert_equal 2, WebSite.count
# end
# end
#
# By default, the <tt>test_helper module</tt> will load all of your fixtures into your test database, so this test will succeed.
# The testing environment will automatically load the all fixtures into the database before each test.
# To ensure consistent data, the environment deletes the fixtures before running the load.
#
# In addition to being available in the database, the fixture's data may also be accessed by
# using a special dynamic method, which has the same name as the model, and accepts the
# name of the fixture to instantiate:
#
# test "find" do
# assert_equal "Ruby on Rails", web_sites(:rubyonrails).name
# end
#
# Alternatively, you may enable auto-instantiation of the fixture data. For instance, take the following tests:
#
# test "find_alt_method_1" do
# assert_equal "Ruby on Rails", @web_sites['rubyonrails']['name']
# end
#
# test "find_alt_method_2" do
# assert_equal "Ruby on Rails", @rubyonrails.news
# end
#
# In order to use these methods to access fixtured data within your testcases, you must specify one of the
# following in your <tt>ActiveSupport::TestCase</tt>-derived class:
#
# - to fully enable instantiated fixtures (enable alternate methods #1 and #2 above)
# self.use_instantiated_fixtures = true
#
# - create only the hash for the fixtures, do not 'find' each instance (enable alternate method #1 only)
# self.use_instantiated_fixtures = :no_instances
#
# Using either of these alternate methods incurs a performance hit, as the fixtured data must be fully
# traversed in the database to create the fixture hash and/or instance variables. This is expensive for
# large sets of fixtured data.
#
# = Dynamic fixtures with ERb
#
# Some times you don't care about the content of the fixtures as much as you care about the volume. In these cases, you can
# mix ERb in with your YAML or CSV fixtures to create a bunch of fixtures for load testing, like:
#
# <% for i in 1..1000 %>
# fix_<%= i %>:
# id: <%= i %>
# name: guy_<%= 1 %>
# <% end %>
#
# This will create 1000 very simple YAML fixtures.
#
# Using ERb, you can also inject dynamic values into your fixtures with inserts like <tt><%= Date.today.strftime("%Y-%m-%d") %></tt>.
# This is however a feature to be used with some caution. The point of fixtures are that they're stable units of predictable
# sample data. If you feel that you need to inject dynamic values, then perhaps you should reexamine whether your application
# is properly testable. Hence, dynamic values in fixtures are to be considered a code smell.
#
# = Transactional fixtures
#
# TestCases can use begin+rollback to isolate their changes to the database instead of having to delete+insert for every test case.
#
# class FooTest < ActiveSupport::TestCase
# self.use_transactional_fixtures = true
#
# test "godzilla" do
# assert !Foo.find(:all).empty?
# Foo.destroy_all
# assert Foo.find(:all).empty?
# end
#
# test "godzilla aftermath" do
# assert !Foo.find(:all).empty?
# end
# end
#
# If you preload your test database with all fixture data (probably in the Rakefile task) and use transactional fixtures,
# then you may omit all fixtures declarations in your test cases since all the data's already there and every case rolls back its changes.
#
# In order to use instantiated fixtures with preloaded data, set +self.pre_loaded_fixtures+ to true. This will provide
# access to fixture data for every table that has been loaded through fixtures (depending on the value of +use_instantiated_fixtures+)
#
# When *not* to use transactional fixtures:
#
# 1. You're testing whether a transaction works correctly. Nested transactions don't commit until all parent transactions commit,
# particularly, the fixtures transaction which is begun in setup and rolled back in teardown. Thus, you won't be able to verify
# the results of your transaction until Active Record supports nested transactions or savepoints (in progress).
# 2. Your database does not support transactions. Every Active Record database supports transactions except MySQL MyISAM.
# Use InnoDB, MaxDB, or NDB instead.
#
# = Advanced YAML Fixtures
#
# YAML fixtures that don't specify an ID get some extra features:
#
# * Stable, autogenerated IDs
# * Label references for associations (belongs_to, has_one, has_many)
# * HABTM associations as inline lists
# * Autofilled timestamp columns
# * Fixture label interpolation
# * Support for YAML defaults
#
# == Stable, autogenerated IDs
#
# Here, have a monkey fixture:
#
# george:
# id: 1
# name: George the Monkey
#
# reginald:
# id: 2
# name: Reginald the Pirate
#
# Each of these fixtures has two unique identifiers: one for the database
# and one for the humans. Why don't we generate the primary key instead?
# Hashing each fixture's label yields a consistent ID:
#
# george: # generated id: 503576764
# name: George the Monkey
#
# reginald: # generated id: 324201669
# name: Reginald the Pirate
#
# Active Record looks at the fixture's model class, discovers the correct
# primary key, and generates it right before inserting the fixture
# into the database.
#
# The generated ID for a given label is constant, so we can discover
# any fixture's ID without loading anything, as long as we know the label.
#
# == Label references for associations (belongs_to, has_one, has_many)
#
# Specifying foreign keys in fixtures can be very fragile, not to
# mention difficult to read. Since Active Record can figure out the ID of
# any fixture from its label, you can specify FK's by label instead of ID.
#
# === belongs_to
#
# Let's break out some more monkeys and pirates.
#
# ### in pirates.yml
#
# reginald:
# id: 1
# name: Reginald the Pirate
# monkey_id: 1
#
# ### in monkeys.yml
#
# george:
# id: 1
# name: George the Monkey
# pirate_id: 1
#
# Add a few more monkeys and pirates and break this into multiple files,
# and it gets pretty hard to keep track of what's going on. Let's
# use labels instead of IDs:
#
# ### in pirates.yml
#
# reginald:
# name: Reginald the Pirate
# monkey: george
#
# ### in monkeys.yml
#
# george:
# name: George the Monkey
# pirate: reginald
#
# Pow! All is made clear. Active Record reflects on the fixture's model class,
# finds all the +belongs_to+ associations, and allows you to specify
# a target *label* for the *association* (monkey: george) rather than
# a target *id* for the *FK* (<tt>monkey_id: 1</tt>).
#
# ==== Polymorphic belongs_to
#
# Supporting polymorphic relationships is a little bit more complicated, since
# Active Record needs to know what type your association is pointing at. Something
# like this should look familiar:
#
# ### in fruit.rb
#
# belongs_to :eater, :polymorphic => true
#
# ### in fruits.yml
#
# apple:
# id: 1
# name: apple
# eater_id: 1
# eater_type: Monkey
#
# Can we do better? You bet!
#
# apple:
# eater: george (Monkey)
#
# Just provide the polymorphic target type and Active Record will take care of the rest.
#
# === has_and_belongs_to_many
#
# Time to give our monkey some fruit.
#
# ### in monkeys.yml
#
# george:
# id: 1
# name: George the Monkey
# pirate_id: 1
#
# ### in fruits.yml
#
# apple:
# id: 1
# name: apple
#
# orange:
# id: 2
# name: orange
#
# grape:
# id: 3
# name: grape
#
# ### in fruits_monkeys.yml
#
# apple_george:
# fruit_id: 1
# monkey_id: 1
#
# orange_george:
# fruit_id: 2
# monkey_id: 1
#
# grape_george:
# fruit_id: 3
# monkey_id: 1
#
# Let's make the HABTM fixture go away.
#
# ### in monkeys.yml
#
# george:
# name: George the Monkey
# pirate: reginald
# fruits: apple, orange, grape
#
# ### in fruits.yml
#
# apple:
# name: apple
#
# orange:
# name: orange
#
# grape:
# name: grape
#
# Zap! No more fruits_monkeys.yml file. We've specified the list of fruits
# on George's fixture, but we could've just as easily specified a list
# of monkeys on each fruit. As with +belongs_to+, Active Record reflects on
# the fixture's model class and discovers the +has_and_belongs_to_many+
# associations.
#
# == Autofilled timestamp columns
#
# If your table/model specifies any of Active Record's
# standard timestamp columns (+created_at+, +created_on+, +updated_at+, +updated_on+),
# they will automatically be set to <tt>Time.now</tt>.
#
# If you've set specific values, they'll be left alone.
#
# == Fixture label interpolation
#
# The label of the current fixture is always available as a column value:
#
# geeksomnia:
# name: Geeksomnia's Account
# subdomain: $LABEL
#
# Also, sometimes (like when porting older join table fixtures) you'll need
# to be able to get ahold of the identifier for a given label. ERB
# to the rescue:
#
# george_reginald:
# monkey_id: <%= Fixtures.identify(:reginald) %>
# pirate_id: <%= Fixtures.identify(:george) %>
#
# == Support for YAML defaults
#
# You probably already know how to use YAML to set and reuse defaults in
# your <tt>database.yml</tt> file. You can use the same technique in your fixtures:
#
# DEFAULTS: &DEFAULTS
# created_on: <%= 3.weeks.ago.to_s(:db) %>
#
# first:
# name: Smurf
# <<: *DEFAULTS
#
# second:
# name: Fraggle
# <<: *DEFAULTS
#
# Any fixture labeled "DEFAULTS" is safely ignored.
class Fixtures < (RUBY_VERSION < '1.9' ? YAML::Omap : Hash)
MAX_ID = 2 ** 30 - 1
DEFAULT_FILTER_RE = /\.ya?ml$/
@@all_cached_fixtures = {}
def self.reset_cache(connection = nil)
connection ||= ActiveRecord::Base.connection
@@all_cached_fixtures[connection.object_id] = {}
end
def self.cache_for_connection(connection)
@@all_cached_fixtures[connection.object_id] ||= {}
@@all_cached_fixtures[connection.object_id]
end
def self.fixture_is_cached?(connection, table_name)
cache_for_connection(connection)[table_name]
end
def self.cached_fixtures(connection, keys_to_fetch = nil)
if keys_to_fetch
fixtures = cache_for_connection(connection).values_at(*keys_to_fetch)
else
fixtures = cache_for_connection(connection).values
end
fixtures.size > 1 ? fixtures : fixtures.first
end
def self.cache_fixtures(connection, fixtures_map)
cache_for_connection(connection).update(fixtures_map)
end
def self.instantiate_fixtures(object, table_name, fixtures, load_instances = true)
object.instance_variable_set "@#{table_name.to_s.gsub('.','_')}", fixtures
if load_instances
ActiveRecord::Base.silence do
fixtures.each do |name, fixture|
begin
object.instance_variable_set "@#{name}", fixture.find
rescue FixtureClassNotFound
nil
end
end
end
end
end
def self.instantiate_all_loaded_fixtures(object, load_instances = true)
all_loaded_fixtures.each do |table_name, fixtures|
Fixtures.instantiate_fixtures(object, table_name, fixtures, load_instances)
end
end
cattr_accessor :all_loaded_fixtures
self.all_loaded_fixtures = {}
def self.create_fixtures(fixtures_directory, table_names, class_names = {})
table_names = [table_names].flatten.map { |n| n.to_s }
connection = block_given? ? yield : ActiveRecord::Base.connection
table_names_to_fetch = table_names.reject { |table_name| fixture_is_cached?(connection, table_name) }
unless table_names_to_fetch.empty?
ActiveRecord::Base.silence do
connection.disable_referential_integrity do
fixtures_map = {}
fixtures = table_names_to_fetch.map do |table_name|
fixtures_map[table_name] = Fixtures.new(connection, File.split(table_name.to_s).last, class_names[table_name.to_sym], File.join(fixtures_directory, table_name.to_s))
end
all_loaded_fixtures.update(fixtures_map)
connection.transaction(:requires_new => true) do
fixtures.reverse.each { |fixture| fixture.delete_existing_fixtures }
fixtures.each { |fixture| fixture.insert_fixtures }
# Cap primary key sequences to max(pk).
if connection.respond_to?(:reset_pk_sequence!)
table_names.each do |table_name|
connection.reset_pk_sequence!(table_name)
end
end
end
cache_fixtures(connection, fixtures_map)
end
end
end
cached_fixtures(connection, table_names)
end
# Returns a consistent, platform-independent identifier for +label+.
# Identifiers are positive integers less than 2^32.
def self.identify(label)
Zlib.crc32(label.to_s) % MAX_ID
end
attr_reader :table_name, :name
def initialize(connection, table_name, class_name, fixture_path, file_filter = DEFAULT_FILTER_RE)
@connection, @table_name, @fixture_path, @file_filter = connection, table_name, fixture_path, file_filter
@name = table_name # preserve fixture base name
@class_name = class_name ||
(ActiveRecord::Base.pluralize_table_names ? @table_name.singularize.camelize : @table_name.camelize)
@table_name = "#{ActiveRecord::Base.table_name_prefix}#{@table_name}#{ActiveRecord::Base.table_name_suffix}"
@table_name = class_name.table_name if class_name.respond_to?(:table_name)
@connection = class_name.connection if class_name.respond_to?(:connection)
read_fixture_files
end
def delete_existing_fixtures
@connection.delete "DELETE FROM #{@connection.quote_table_name(table_name)}", 'Fixture Delete'
end
def insert_fixtures
now = ActiveRecord::Base.default_timezone == :utc ? Time.now.utc : Time.now
now = now.to_s(:db)
# allow a standard key to be used for doing defaults in YAML
if is_a?(Hash)
delete('DEFAULTS')
else
delete(assoc('DEFAULTS'))
end
# track any join tables we need to insert later
habtm_fixtures = Hash.new do |h, habtm|
h[habtm] = HabtmFixtures.new(@connection, habtm.options[:join_table], nil, nil)
end
each do |label, fixture|
row = fixture.to_hash
if model_class && model_class < ActiveRecord::Base
# fill in timestamp columns if they aren't specified and the model is set to record_timestamps
if model_class.record_timestamps
timestamp_column_names.each do |name|
row[name] = now unless row.key?(name)
end
end
# interpolate the fixture label
row.each do |key, value|
row[key] = label if value == "$LABEL"
end
# generate a primary key if necessary
if has_primary_key_column? && !row.include?(primary_key_name)
row[primary_key_name] = Fixtures.identify(label)
end
# If STI is used, find the correct subclass for association reflection
reflection_class =
if row.include?(inheritance_column_name)
row[inheritance_column_name].constantize rescue model_class
else
model_class
end
reflection_class.reflect_on_all_associations.each do |association|
case association.macro
when :belongs_to
# Do not replace association name with association foreign key if they are named the same
fk_name = (association.options[:foreign_key] || "#{association.name}_id").to_s
if association.name.to_s != fk_name && value = row.delete(association.name.to_s)
if association.options[:polymorphic]
if value.sub!(/\s*\(([^\)]*)\)\s*$/, "")
target_type = $1
target_type_name = (association.options[:foreign_type] || "#{association.name}_type").to_s
# support polymorphic belongs_to as "label (Type)"
row[target_type_name] = target_type
end
end
row[fk_name] = Fixtures.identify(value)
end
when :has_and_belongs_to_many
if (targets = row.delete(association.name.to_s))
targets = targets.is_a?(Array) ? targets : targets.split(/\s*,\s*/)
join_fixtures = habtm_fixtures[association]
targets.each do |target|
join_fixtures["#{label}_#{target}"] = Fixture.new(
{ association.primary_key_name => row[primary_key_name],
association.association_foreign_key => Fixtures.identify(target) },
nil, @connection)
end
end
end
end
end
@connection.insert_fixture(fixture, @table_name)
end
# insert any HABTM join tables we discovered
habtm_fixtures.values.each do |fixture|
fixture.delete_existing_fixtures
fixture.insert_fixtures
end
end
private
class HabtmFixtures < ::Fixtures #:nodoc:
def read_fixture_files; end
end
def model_class
unless defined?(@model_class)
@model_class =
if @class_name.nil? || @class_name.is_a?(Class)
@class_name
else
@class_name.constantize rescue nil
end
end
@model_class
end
def primary_key_name
@primary_key_name ||= model_class && model_class.primary_key
end
def has_primary_key_column?
@has_primary_key_column ||= model_class && primary_key_name &&
model_class.columns.find { |c| c.name == primary_key_name }
end
def timestamp_column_names
@timestamp_column_names ||= %w(created_at created_on updated_at updated_on).select do |name|
column_names.include?(name)
end
end
def inheritance_column_name
@inheritance_column_name ||= model_class && model_class.inheritance_column
end
def column_names
@column_names ||= @connection.columns(@table_name).collect(&:name)
end
def read_fixture_files
if File.file?(yaml_file_path)
read_yaml_fixture_files
elsif File.file?(csv_file_path)
read_csv_fixture_files
end
end
def read_yaml_fixture_files
yaml_string = ""
Dir["#{@fixture_path}/**/*.yml"].select { |f| test(?f, f) }.each do |subfixture_path|
yaml_string << IO.read(subfixture_path)
end
yaml_string << IO.read(yaml_file_path)
if yaml = parse_yaml_string(yaml_string)
# If the file is an ordered map, extract its children.
yaml_value =
if yaml.respond_to?(:type_id) && yaml.respond_to?(:value)
yaml.value
else
[yaml]
end
yaml_value.each do |fixture|
raise Fixture::FormatError, "Bad data for #{@class_name} fixture named #{fixture}" unless fixture.respond_to?(:each)
fixture.each do |name, data|
unless data
raise Fixture::FormatError, "Bad data for #{@class_name} fixture named #{name} (nil)"
end
self[name] = Fixture.new(data, model_class, @connection)
end
end
end
end
def read_csv_fixture_files
reader = CSV.parse(erb_render(IO.read(csv_file_path)))
header = reader.shift
i = 0
reader.each do |row|
data = {}
row.each_with_index { |cell, j| data[header[j].to_s.strip] = cell.to_s.strip }
self["#{@class_name.to_s.underscore}_#{i+=1}"] = Fixture.new(data, model_class, @connection)
end
end
def yaml_file_path
"#{@fixture_path}.yml"
end
def csv_file_path
@fixture_path + ".csv"
end
def yaml_fixtures_key(path)
File.basename(@fixture_path).split(".").first
end
def parse_yaml_string(fixture_content)
YAML::load(erb_render(fixture_content))
rescue => error
raise Fixture::FormatError, "a YAML error occurred parsing #{yaml_file_path}. Please note that YAML must be consistently indented using spaces. Tabs are not allowed. Please have a look at http://www.yaml.org/faq.html\nThe exact error was:\n #{error.class}: #{error}"
end
def erb_render(fixture_content)
ERB.new(fixture_content).result
end
end
class Fixture #:nodoc:
include Enumerable
class FixtureError < StandardError #:nodoc:
end
class FormatError < FixtureError #:nodoc:
end
attr_reader :model_class
def initialize(fixture, model_class, connection = ActiveRecord::Base.connection)
@connection = connection
@fixture = fixture
@model_class = model_class.is_a?(Class) ? model_class : model_class.constantize rescue nil
end
def class_name
@model_class.name if @model_class
end
def each
@fixture.each { |item| yield item }
end
def [](key)
@fixture[key]
end
def to_hash
@fixture
end
def key_list
columns = @fixture.keys.collect{ |column_name| @connection.quote_column_name(column_name) }
columns.join(", ")
end
def value_list
list = @fixture.inject([]) do |fixtures, (key, value)|
col = model_class.columns_hash[key] if model_class.respond_to?(:ancestors) && model_class.ancestors.include?(ActiveRecord::Base)
fixtures << @connection.quote(value, col).gsub('[^\]\\n', "\n").gsub('[^\]\\r', "\r")
end
list * ', '
end
def find
if model_class
model_class.find(self[model_class.primary_key])
else
raise FixtureClassNotFound, "No class attached to find."
end
end
end
module ActiveRecord
module TestFixtures
def self.included(base)
base.class_eval do
setup :setup_fixtures
teardown :teardown_fixtures
superclass_delegating_accessor :fixture_path
superclass_delegating_accessor :fixture_table_names
superclass_delegating_accessor :fixture_class_names
superclass_delegating_accessor :use_transactional_fixtures
superclass_delegating_accessor :use_instantiated_fixtures # true, false, or :no_instances
superclass_delegating_accessor :pre_loaded_fixtures
self.fixture_table_names = []
self.use_transactional_fixtures = false
self.use_instantiated_fixtures = true
self.pre_loaded_fixtures = false
self.fixture_class_names = {}
end
base.extend ClassMethods
end
module ClassMethods
def set_fixture_class(class_names = {})
self.fixture_class_names = self.fixture_class_names.merge(class_names)
end
def fixtures(*table_names)
if table_names.first == :all
table_names = Dir["#{fixture_path}/*.yml"] + Dir["#{fixture_path}/*.csv"]
table_names.map! { |f| File.basename(f).split('.')[0..-2].join('.') }
else
table_names = table_names.flatten.map { |n| n.to_s }
end
self.fixture_table_names |= table_names
require_fixture_classes(table_names)
setup_fixture_accessors(table_names)
end
def try_to_load_dependency(file_name)
require_dependency file_name
rescue LoadError => e
# Let's hope the developer has included it himself
# Let's warn in case this is a subdependency, otherwise
# subdependency error messages are totally cryptic
if ActiveRecord::Base.logger
ActiveRecord::Base.logger.warn("Unable to load #{file_name}, underlying cause #{e.message} \n\n #{e.backtrace.join("\n")}")
end
end
def require_fixture_classes(table_names = nil)
(table_names || fixture_table_names).each do |table_name|
file_name = table_name.to_s
file_name = file_name.singularize if ActiveRecord::Base.pluralize_table_names
try_to_load_dependency(file_name)
end
end
def setup_fixture_accessors(table_names = nil)
table_names = [table_names] if table_names && !table_names.respond_to?(:each)
(table_names || fixture_table_names).each do |table_name|
table_name = table_name.to_s.tr('.', '_')
define_method(table_name) do |*fixtures|
force_reload = fixtures.pop if fixtures.last == true || fixtures.last == :reload
@fixture_cache[table_name] ||= {}
instances = fixtures.map do |fixture|
@fixture_cache[table_name].delete(fixture) if force_reload
if @loaded_fixtures[table_name][fixture.to_s]
@fixture_cache[table_name][fixture] ||= @loaded_fixtures[table_name][fixture.to_s].find
else
raise StandardError, "No fixture with name '#{fixture}' found for table '#{table_name}'"
end
end
instances.size == 1 ? instances.first : instances
end
private table_name
end
end
def uses_transaction(*methods)
@uses_transaction = [] unless defined?(@uses_transaction)
@uses_transaction.concat methods.map(&:to_s)
end
def uses_transaction?(method)
@uses_transaction = [] unless defined?(@uses_transaction)
@uses_transaction.include?(method.to_s)
end
end
def run_in_transaction?
use_transactional_fixtures &&
!self.class.uses_transaction?(method_name)
end
def setup_fixtures
return unless defined?(ActiveRecord) && !ActiveRecord::Base.configurations.blank?
if pre_loaded_fixtures && !use_transactional_fixtures
raise RuntimeError, 'pre_loaded_fixtures requires use_transactional_fixtures'
end
@fixture_cache = {}
@@already_loaded_fixtures ||= {}
# Load fixtures once and begin transaction.
if run_in_transaction?
if @@already_loaded_fixtures[self.class]
@loaded_fixtures = @@already_loaded_fixtures[self.class]
else
load_fixtures
@@already_loaded_fixtures[self.class] = @loaded_fixtures
end
ActiveRecord::Base.connection.increment_open_transactions
ActiveRecord::Base.connection.transaction_joinable = false
ActiveRecord::Base.connection.begin_db_transaction
# Load fixtures for every test.
else
Fixtures.reset_cache
@@already_loaded_fixtures[self.class] = nil
load_fixtures
end
# Instantiate fixtures for every test if requested.
instantiate_fixtures if use_instantiated_fixtures
end
def teardown_fixtures
return unless defined?(ActiveRecord) && !ActiveRecord::Base.configurations.blank?
unless run_in_transaction?
Fixtures.reset_cache
end
# Rollback changes if a transaction is active.
if run_in_transaction? && ActiveRecord::Base.connection.open_transactions != 0
ActiveRecord::Base.connection.rollback_db_transaction
ActiveRecord::Base.connection.decrement_open_transactions
end
ActiveRecord::Base.clear_active_connections!
end
private
def load_fixtures
@loaded_fixtures = {}
fixtures = Fixtures.create_fixtures(fixture_path, fixture_table_names, fixture_class_names)
unless fixtures.nil?
if fixtures.instance_of?(Fixtures)
@loaded_fixtures[fixtures.name] = fixtures
else
fixtures.each { |f| @loaded_fixtures[f.name] = f }
end
end
end
# for pre_loaded_fixtures, only require the classes once. huge speed improvement
@@required_fixture_classes = false
def instantiate_fixtures
if pre_loaded_fixtures
raise RuntimeError, 'Load fixtures before instantiating them.' if Fixtures.all_loaded_fixtures.empty?
unless @@required_fixture_classes
self.class.require_fixture_classes Fixtures.all_loaded_fixtures.keys
@@required_fixture_classes = true
end
Fixtures.instantiate_all_loaded_fixtures(self, load_instances?)
else
raise RuntimeError, 'Load fixtures before instantiating them.' if @loaded_fixtures.nil?
@loaded_fixtures.each do |table_name, fixtures|
Fixtures.instantiate_fixtures(self, table_name, fixtures, load_instances?)
end
end
end
def load_instances?
use_instantiated_fixtures != :no_instances
end
end
end

58
vendor/rails/activerecord/lib/active_record/locale/en.yml vendored
View file

@ -1,58 +0,0 @@
en:
activerecord:
errors:
# The values :model, :attribute and :value are always available for interpolation
# The value :count is available when applicable. Can be used for pluralization.
messages:
inclusion: "is not included in the list"
exclusion: "is reserved"
invalid: "is invalid"
confirmation: "doesn't match confirmation"
accepted: "must be accepted"
empty: "can't be empty"
blank: "can't be blank"
too_long: "is too long (maximum is %{count} characters)"
too_short: "is too short (minimum is %{count} characters)"
wrong_length: "is the wrong length (should be %{count} characters)"
taken: "has already been taken"
not_a_number: "is not a number"
greater_than: "must be greater than %{count}"
greater_than_or_equal_to: "must be greater than or equal to %{count}"
equal_to: "must be equal to %{count}"
less_than: "must be less than %{count}"
less_than_or_equal_to: "must be less than or equal to %{count}"
odd: "must be odd"
even: "must be even"
record_invalid: "Validation failed: %{errors}"
# Append your own errors here or at the model/attributes scope.
full_messages:
format: "%{attribute} %{message}"
# You can define own errors for models or model attributes.
# The values :model, :attribute and :value are always available for interpolation.
#
# For example,
# models:
# user:
# blank: "This is a custom blank message for %{model}: %{attribute}"
# attributes:
# login:
# blank: "This is a custom blank message for User login"
# Will define custom blank validation message for User model and
# custom blank validation message for login attribute of User model.
#models:
# Translate model names. Used in Model.human_name().
#models:
# For example,
# user: "Dude"
# will translate User model name to "Dude"
# Translate model attribute names. Used in Model.human_attribute_name(attribute).
#attributes:
# For example,
# user:
# login: "Handle"
# will translate User attribute "login" as "Handle"

182
vendor/rails/activerecord/lib/active_record/locking/optimistic.rb vendored
View file

@ -1,182 +0,0 @@
module ActiveRecord
module Locking
# == What is Optimistic Locking
#
# Optimistic locking allows multiple users to access the same record for edits, and assumes a minimum of
# conflicts with the data. It does this by checking whether another process has made changes to a record since
# it was opened, an ActiveRecord::StaleObjectError is thrown if that has occurred and the update is ignored.
#
# Check out ActiveRecord::Locking::Pessimistic for an alternative.
#
# == Usage
#
# Active Records support optimistic locking if the field <tt>lock_version</tt> is present. Each update to the
# record increments the lock_version column and the locking facilities ensure that records instantiated twice
# will let the last one saved raise a StaleObjectError if the first was also updated. Example:
#
# p1 = Person.find(1)
# p2 = Person.find(1)
#
# p1.first_name = "Michael"
# p1.save
#
# p2.first_name = "should fail"
# p2.save # Raises a ActiveRecord::StaleObjectError
#
# Optimistic locking will also check for stale data when objects are destroyed. Example:
#
# p1 = Person.find(1)
# p2 = Person.find(1)
#
# p1.first_name = "Michael"
# p1.save
#
# p2.destroy # Raises a ActiveRecord::StaleObjectError
#
# You're then responsible for dealing with the conflict by rescuing the exception and either rolling back, merging,
# or otherwise apply the business logic needed to resolve the conflict.
#
# You must ensure that your database schema defaults the lock_version column to 0.
#
# This behavior can be turned off by setting <tt>ActiveRecord::Base.lock_optimistically = false</tt>.
# To override the name of the lock_version column, invoke the <tt>set_locking_column</tt> method.
# This method uses the same syntax as <tt>set_table_name</tt>
module Optimistic
def self.included(base) #:nodoc:
base.extend ClassMethods
base.cattr_accessor :lock_optimistically, :instance_writer => false
base.lock_optimistically = true
base.alias_method_chain :update, :lock
base.alias_method_chain :destroy, :lock
base.alias_method_chain :attributes_from_column_definition, :lock
class << base
alias_method :locking_column=, :set_locking_column
end
end
def locking_enabled? #:nodoc:
self.class.locking_enabled?
end
private
def attributes_from_column_definition_with_lock
result = attributes_from_column_definition_without_lock
# If the locking column has no default value set,
# start the lock version at zero. Note we can't use
# locking_enabled? at this point as @attributes may
# not have been initialized yet
if lock_optimistically && result.include?(self.class.locking_column)
result[self.class.locking_column] ||= 0
end
return result
end
def update_with_lock(attribute_names = @attributes.keys) #:nodoc:
return update_without_lock(attribute_names) unless locking_enabled?
return 0 if attribute_names.empty?
lock_col = self.class.locking_column
previous_value = send(lock_col).to_i
send(lock_col + '=', previous_value + 1)
attribute_names += [lock_col]
attribute_names.uniq!
begin
affected_rows = connection.update(<<-end_sql, "#{self.class.name} Update with optimistic locking")
UPDATE #{self.class.quoted_table_name}
SET #{quoted_comma_pair_list(connection, attributes_with_quotes(false, false, attribute_names))}
WHERE #{self.class.primary_key} = #{quote_value(id)}
AND #{self.class.quoted_locking_column} = #{quote_value(previous_value)}
end_sql
unless affected_rows == 1
raise ActiveRecord::StaleObjectError, "Attempted to update a stale object: #{self.class.name}"
end
affected_rows
# If something went wrong, revert the version.
rescue Exception
send(lock_col + '=', previous_value)
raise
end
end
def destroy_with_lock #:nodoc:
return destroy_without_lock unless locking_enabled?
unless new_record?
lock_col = self.class.locking_column
previous_value = send(lock_col).to_i
affected_rows = connection.delete(
"DELETE FROM #{self.class.quoted_table_name} " +
"WHERE #{connection.quote_column_name(self.class.primary_key)} = #{quoted_id} " +
"AND #{self.class.quoted_locking_column} = #{quote_value(previous_value)}",
"#{self.class.name} Destroy"
)
unless affected_rows == 1
raise ActiveRecord::StaleObjectError, "Attempted to delete a stale object: #{self.class.name}"
end
end
@destroyed = true
freeze
end
module ClassMethods
DEFAULT_LOCKING_COLUMN = 'lock_version'
def self.extended(base)
class <<base
alias_method_chain :update_counters, :lock
end
end
# Is optimistic locking enabled for this table? Returns true if the
# +lock_optimistically+ flag is set to true (which it is, by default)
# and the table includes the +locking_column+ column (defaults to
# +lock_version+).
def locking_enabled?
lock_optimistically && columns_hash[locking_column]
end
# Set the column to use for optimistic locking. Defaults to +lock_version+.
def set_locking_column(value = nil, &block)
define_attr_method :locking_column, value, &block
value
end
# The version column used for optimistic locking. Defaults to +lock_version+.
def locking_column
reset_locking_column
end
# Quote the column name used for optimistic locking.
def quoted_locking_column
connection.quote_column_name(locking_column)
end
# Reset the column used for optimistic locking back to the +lock_version+ default.
def reset_locking_column
set_locking_column DEFAULT_LOCKING_COLUMN
end
# Make sure the lock version column gets updated when counters are
# updated.
def update_counters_with_lock(id, counters)
counters = counters.merge(locking_column => 1) if locking_enabled?
update_counters_without_lock(id, counters)
end
end
end
end
end

55
vendor/rails/activerecord/lib/active_record/locking/pessimistic.rb vendored
View file

@ -1,55 +0,0 @@
module ActiveRecord
module Locking
# Locking::Pessimistic provides support for row-level locking using
# SELECT ... FOR UPDATE and other lock types.
#
# Pass <tt>:lock => true</tt> to ActiveRecord::Base.find to obtain an exclusive
# lock on the selected rows:
# # select * from accounts where id=1 for update
# Account.find(1, :lock => true)
#
# Pass <tt>:lock => 'some locking clause'</tt> to give a database-specific locking clause
# of your own such as 'LOCK IN SHARE MODE' or 'FOR UPDATE NOWAIT'.
#
# Example:
# Account.transaction do
# # select * from accounts where name = 'shugo' limit 1 for update
# shugo = Account.find(:first, :conditions => "name = 'shugo'", :lock => true)
# yuko = Account.find(:first, :conditions => "name = 'yuko'", :lock => true)
# shugo.balance -= 100
# shugo.save!
# yuko.balance += 100
# yuko.save!
# end
#
# You can also use ActiveRecord::Base#lock! method to lock one record by id.
# This may be better if you don't need to lock every row. Example:
# Account.transaction do
# # select * from accounts where ...
# accounts = Account.find(:all, :conditions => ...)
# account1 = accounts.detect { |account| ... }
# account2 = accounts.detect { |account| ... }
# # select * from accounts where id=? for update
# account1.lock!
# account2.lock!
# account1.balance -= 100
# account1.save!
# account2.balance += 100
# account2.save!
# end
#
# Database-specific information on row locking:
# MySQL: http://dev.mysql.com/doc/refman/5.1/en/innodb-locking-reads.html
# PostgreSQL: http://www.postgresql.org/docs/8.1/interactive/sql-select.html#SQL-FOR-UPDATE-SHARE
module Pessimistic
# Obtain a row lock on this record. Reloads the record to obtain the requested
# lock. Pass an SQL locking clause to append the end of the SELECT statement
# or pass true for "FOR UPDATE" (the default, an exclusive row lock). Returns
# the locked record.
def lock!(lock = true)
reload(:lock => lock) unless new_record?
self
end
end
end
end

571
vendor/rails/activerecord/lib/active_record/migration.rb vendored
View file

@ -1,571 +0,0 @@
module ActiveRecord
class IrreversibleMigration < ActiveRecordError#:nodoc:
end
class DuplicateMigrationVersionError < ActiveRecordError#:nodoc:
def initialize(version)
super("Multiple migrations have the version number #{version}")
end
end
class DuplicateMigrationNameError < ActiveRecordError#:nodoc:
def initialize(name)
super("Multiple migrations have the name #{name}")
end
end
class UnknownMigrationVersionError < ActiveRecordError #:nodoc:
def initialize(version)
super("No migration with version number #{version}")
end
end
class IllegalMigrationNameError < ActiveRecordError#:nodoc:
def initialize(name)
super("Illegal name for migration file: #{name}\n\t(only lower case letters, numbers, and '_' allowed)")
end
end
# Migrations can manage the evolution of a schema used by several physical databases. It's a solution
# to the common problem of adding a field to make a new feature work in your local database, but being unsure of how to
# push that change to other developers and to the production server. With migrations, you can describe the transformations
# in self-contained classes that can be checked into version control systems and executed against another database that
# might be one, two, or five versions behind.
#
# Example of a simple migration:
#
# class AddSsl < ActiveRecord::Migration
# def self.up
# add_column :accounts, :ssl_enabled, :boolean, :default => 1
# end
#
# def self.down
# remove_column :accounts, :ssl_enabled
# end
# end
#
# This migration will add a boolean flag to the accounts table and remove it if you're backing out of the migration.
# It shows how all migrations have two class methods +up+ and +down+ that describes the transformations required to implement
# or remove the migration. These methods can consist of both the migration specific methods like add_column and remove_column,
# but may also contain regular Ruby code for generating data needed for the transformations.
#
# Example of a more complex migration that also needs to initialize data:
#
# class AddSystemSettings < ActiveRecord::Migration
# def self.up
# create_table :system_settings do |t|
# t.string :name
# t.string :label
# t.text :value
# t.string :type
# t.integer :position
# end
#
# SystemSetting.create :name => "notice", :label => "Use notice?", :value => 1
# end
#
# def self.down
# drop_table :system_settings
# end
# end
#
# This migration first adds the system_settings table, then creates the very first row in it using the Active Record model
# that relies on the table. It also uses the more advanced create_table syntax where you can specify a complete table schema
# in one block call.
#
# == Available transformations
#
# * <tt>create_table(name, options)</tt> Creates a table called +name+ and makes the table object available to a block
# that can then add columns to it, following the same format as add_column. See example above. The options hash is for
# fragments like "DEFAULT CHARSET=UTF-8" that are appended to the create table definition.
# * <tt>drop_table(name)</tt>: Drops the table called +name+.
# * <tt>rename_table(old_name, new_name)</tt>: Renames the table called +old_name+ to +new_name+.
# * <tt>add_column(table_name, column_name, type, options)</tt>: Adds a new column to the table called +table_name+
# named +column_name+ specified to be one of the following types:
# <tt>:string</tt>, <tt>:text</tt>, <tt>:integer</tt>, <tt>:float</tt>, <tt>:decimal</tt>, <tt>:datetime</tt>, <tt>:timestamp</tt>, <tt>:time</tt>,
# <tt>:date</tt>, <tt>:binary</tt>, <tt>:boolean</tt>. A default value can be specified by passing an
# +options+ hash like <tt>{ :default => 11 }</tt>. Other options include <tt>:limit</tt> and <tt>:null</tt> (e.g. <tt>{ :limit => 50, :null => false }</tt>)
# -- see ActiveRecord::ConnectionAdapters::TableDefinition#column for details.
# * <tt>rename_column(table_name, column_name, new_column_name)</tt>: Renames a column but keeps the type and content.
# * <tt>change_column(table_name, column_name, type, options)</tt>: Changes the column to a different type using the same
# parameters as add_column.
# * <tt>remove_column(table_name, column_name)</tt>: Removes the column named +column_name+ from the table called +table_name+.
# * <tt>add_index(table_name, column_names, options)</tt>: Adds a new index with the name of the column. Other options include
# <tt>:name</tt> and <tt>:unique</tt> (e.g. <tt>{ :name => "users_name_index", :unique => true }</tt>).
# * <tt>remove_index(table_name, index_name)</tt>: Removes the index specified by +index_name+.
#
# == Irreversible transformations
#
# Some transformations are destructive in a manner that cannot be reversed. Migrations of that kind should raise
# an <tt>ActiveRecord::IrreversibleMigration</tt> exception in their +down+ method.
#
# == Running migrations from within Rails
#
# The Rails package has several tools to help create and apply migrations.
#
# To generate a new migration, you can use
# script/generate migration MyNewMigration
#
# where MyNewMigration is the name of your migration. The generator will
# create an empty migration file <tt>nnn_my_new_migration.rb</tt> in the <tt>db/migrate/</tt>
# directory where <tt>nnn</tt> is the next largest migration number.
#
# You may then edit the <tt>self.up</tt> and <tt>self.down</tt> methods of
# MyNewMigration.
#
# There is a special syntactic shortcut to generate migrations that add fields to a table.
# script/generate migration add_fieldname_to_tablename fieldname:string
#
# This will generate the file <tt>nnn_add_fieldname_to_tablename</tt>, which will look like this:
# class AddFieldnameToTablename < ActiveRecord::Migration
# def self.up
# add_column :tablenames, :fieldname, :string
# end
#
# def self.down
# remove_column :tablenames, :fieldname
# end
# end
#
# To run migrations against the currently configured database, use
# <tt>rake db:migrate</tt>. This will update the database by running all of the
# pending migrations, creating the <tt>schema_migrations</tt> table
# (see "About the schema_migrations table" section below) if missing. It will also
# invoke the db:schema:dump task, which will update your db/schema.rb file
# to match the structure of your database.
#
# To roll the database back to a previous migration version, use
# <tt>rake db:migrate VERSION=X</tt> where <tt>X</tt> is the version to which
# you wish to downgrade. If any of the migrations throw an
# <tt>ActiveRecord::IrreversibleMigration</tt> exception, that step will fail and you'll
# have some manual work to do.
#
# == Database support
#
# Migrations are currently supported in MySQL, PostgreSQL, SQLite,
# SQL Server, Sybase, and Oracle (all supported databases except DB2).
#
# == More examples
#
# Not all migrations change the schema. Some just fix the data:
#
# class RemoveEmptyTags < ActiveRecord::Migration
# def self.up
# Tag.find(:all).each { |tag| tag.destroy if tag.pages.empty? }
# end
#
# def self.down
# # not much we can do to restore deleted data
# raise ActiveRecord::IrreversibleMigration, "Can't recover the deleted tags"
# end
# end
#
# Others remove columns when they migrate up instead of down:
#
# class RemoveUnnecessaryItemAttributes < ActiveRecord::Migration
# def self.up
# remove_column :items, :incomplete_items_count
# remove_column :items, :completed_items_count
# end
#
# def self.down
# add_column :items, :incomplete_items_count
# add_column :items, :completed_items_count
# end
# end
#
# And sometimes you need to do something in SQL not abstracted directly by migrations:
#
# class MakeJoinUnique < ActiveRecord::Migration
# def self.up
# execute "ALTER TABLE `pages_linked_pages` ADD UNIQUE `page_id_linked_page_id` (`page_id`,`linked_page_id`)"
# end
#
# def self.down
# execute "ALTER TABLE `pages_linked_pages` DROP INDEX `page_id_linked_page_id`"
# end
# end
#
# == Using a model after changing its table
#
# Sometimes you'll want to add a column in a migration and populate it immediately after. In that case, you'll need
# to make a call to Base#reset_column_information in order to ensure that the model has the latest column data from
# after the new column was added. Example:
#
# class AddPeopleSalary < ActiveRecord::Migration
# def self.up
# add_column :people, :salary, :integer
# Person.reset_column_information
# Person.find(:all).each do |p|
# p.update_attribute :salary, SalaryCalculator.compute(p)
# end
# end
# end
#
# == Controlling verbosity
#
# By default, migrations will describe the actions they are taking, writing
# them to the console as they happen, along with benchmarks describing how
# long each step took.
#
# You can quiet them down by setting ActiveRecord::Migration.verbose = false.
#
# You can also insert your own messages and benchmarks by using the +say_with_time+
# method:
#
# def self.up
# ...
# say_with_time "Updating salaries..." do
# Person.find(:all).each do |p|
# p.update_attribute :salary, SalaryCalculator.compute(p)
# end
# end
# ...
# end
#
# The phrase "Updating salaries..." would then be printed, along with the
# benchmark for the block when the block completes.
#
# == About the schema_migrations table
#
# Rails versions 2.0 and prior used to create a table called
# <tt>schema_info</tt> when using migrations. This table contained the
# version of the schema as of the last applied migration.
#
# Starting with Rails 2.1, the <tt>schema_info</tt> table is
# (automatically) replaced by the <tt>schema_migrations</tt> table, which
# contains the version numbers of all the migrations applied.
#
# As a result, it is now possible to add migration files that are numbered
# lower than the current schema version: when migrating up, those
# never-applied "interleaved" migrations will be automatically applied, and
# when migrating down, never-applied "interleaved" migrations will be skipped.
#
# == Timestamped Migrations
#
# By default, Rails generates migrations that look like:
#
# 20080717013526_your_migration_name.rb
#
# The prefix is a generation timestamp (in UTC).
#
# If you'd prefer to use numeric prefixes, you can turn timestamped migrations
# off by setting:
#
# config.active_record.timestamped_migrations = false
#
# In environment.rb.
#
class Migration
@@verbose = true
cattr_accessor :verbose
class << self
def up_with_benchmarks #:nodoc:
migrate(:up)
end
def down_with_benchmarks #:nodoc:
migrate(:down)
end
# Execute this migration in the named direction
def migrate(direction)
return unless respond_to?(direction)
case direction
when :up then announce "migrating"
when :down then announce "reverting"
end
result = nil
time = Benchmark.measure { result = send("#{direction}_without_benchmarks") }
case direction
when :up then announce "migrated (%.4fs)" % time.real; write
when :down then announce "reverted (%.4fs)" % time.real; write
end
result
end
# Because the method added may do an alias_method, it can be invoked
# recursively. We use @ignore_new_methods as a guard to indicate whether
# it is safe for the call to proceed.
def singleton_method_added(sym) #:nodoc:
return if defined?(@ignore_new_methods) && @ignore_new_methods
begin
@ignore_new_methods = true
case sym
when :up, :down
klass = (class << self; self; end)
klass.send(:alias_method_chain, sym, "benchmarks")
end
ensure
@ignore_new_methods = false
end
end
def write(text="")
puts(text) if verbose
end
def announce(message)
text = "#{@version} #{name}: #{message}"
length = [0, 75 - text.length].max
write "== %s %s" % [text, "=" * length]
end
def say(message, subitem=false)
write "#{subitem ? " ->" : "--"} #{message}"
end
def say_with_time(message)
say(message)
result = nil
time = Benchmark.measure { result = yield }
say "%.4fs" % time.real, :subitem
say("#{result} rows", :subitem) if result.is_a?(Integer)
result
end
def suppress_messages
save, self.verbose = verbose, false
yield
ensure
self.verbose = save
end
def connection
ActiveRecord::Base.connection
end
def method_missing(method, *arguments, &block)
arg_list = arguments.map(&:inspect) * ', '
say_with_time "#{method}(#{arg_list})" do
unless arguments.empty? || method == :execute
arguments[0] = Migrator.proper_table_name(arguments.first)
end
connection.send(method, *arguments, &block)
end
end
end
end
# MigrationProxy is used to defer loading of the actual migration classes
# until they are needed
class MigrationProxy
attr_accessor :name, :version, :filename
delegate :migrate, :announce, :write, :to=>:migration
private
def migration
@migration ||= load_migration
end
def load_migration
load(filename)
name.constantize
end
end
class Migrator#:nodoc:
class << self
def migrate(migrations_path, target_version = nil)
case
when target_version.nil? then up(migrations_path, target_version)
when current_version == 0 && target_version == 0 then # noop
when current_version > target_version then down(migrations_path, target_version)
else up(migrations_path, target_version)
end
end
def rollback(migrations_path, steps=1)
migrator = self.new(:down, migrations_path)
start_index = migrator.migrations.index(migrator.current_migration)
return unless start_index
finish = migrator.migrations[start_index + steps]
down(migrations_path, finish ? finish.version : 0)
end
def up(migrations_path, target_version = nil)
self.new(:up, migrations_path, target_version).migrate
end
def down(migrations_path, target_version = nil)
self.new(:down, migrations_path, target_version).migrate
end
def run(direction, migrations_path, target_version)
self.new(direction, migrations_path, target_version).run
end
def migrations_path
'db/migrate'
end
def schema_migrations_table_name
Base.table_name_prefix + 'schema_migrations' + Base.table_name_suffix
end
def get_all_versions
Base.connection.select_values("SELECT version FROM #{schema_migrations_table_name}").map(&:to_i).sort
end
def current_version
sm_table = schema_migrations_table_name
if Base.connection.table_exists?(sm_table)
get_all_versions.max || 0
else
0
end
end
def proper_table_name(name)
# Use the Active Record objects own table_name, or pre/suffix from ActiveRecord::Base if name is a symbol/string
name.table_name rescue "#{ActiveRecord::Base.table_name_prefix}#{name}#{ActiveRecord::Base.table_name_suffix}"
end
end
def initialize(direction, migrations_path, target_version = nil)
raise StandardError.new("This database does not yet support migrations") unless Base.connection.supports_migrations?
Base.connection.initialize_schema_migrations_table
@direction, @migrations_path, @target_version = direction, migrations_path, target_version
end
def current_version
migrated.last || 0
end
def current_migration
migrations.detect { |m| m.version == current_version }
end
def run
target = migrations.detect { |m| m.version == @target_version }
raise UnknownMigrationVersionError.new(@target_version) if target.nil?
unless (up? && migrated.include?(target.version.to_i)) || (down? && !migrated.include?(target.version.to_i))
target.migrate(@direction)
record_version_state_after_migrating(target.version)
end
end
def migrate
current = migrations.detect { |m| m.version == current_version }
target = migrations.detect { |m| m.version == @target_version }
if target.nil? && !@target_version.nil? && @target_version > 0
raise UnknownMigrationVersionError.new(@target_version)
end
start = up? ? 0 : (migrations.index(current) || 0)
finish = migrations.index(target) || migrations.size - 1
runnable = migrations[start..finish]
# skip the last migration if we're headed down, but not ALL the way down
runnable.pop if down? && !target.nil?
runnable.each do |migration|
Base.logger.info "Migrating to #{migration.name} (#{migration.version})"
# On our way up, we skip migrating the ones we've already migrated
next if up? && migrated.include?(migration.version.to_i)
# On our way down, we skip reverting the ones we've never migrated
if down? && !migrated.include?(migration.version.to_i)
migration.announce 'never migrated, skipping'; migration.write
next
end
begin
ddl_transaction do
migration.migrate(@direction)
record_version_state_after_migrating(migration.version)
end
rescue => e
canceled_msg = Base.connection.supports_ddl_transactions? ? "this and " : ""
raise StandardError, "An error has occurred, #{canceled_msg}all later migrations canceled:\n\n#{e}", e.backtrace
end
end
end
def migrations
@migrations ||= begin
files = Dir["#{@migrations_path}/[0-9]*_*.rb"]
migrations = files.inject([]) do |klasses, file|
version, name = file.scan(/([0-9]+)_([_a-z0-9]*).rb/).first
raise IllegalMigrationNameError.new(file) unless version
version = version.to_i
if klasses.detect { |m| m.version == version }
raise DuplicateMigrationVersionError.new(version)
end
if klasses.detect { |m| m.name == name.camelize }
raise DuplicateMigrationNameError.new(name.camelize)
end
klasses << (MigrationProxy.new).tap do |migration|
migration.name = name.camelize
migration.version = version
migration.filename = file
end
end
migrations = migrations.sort_by(&:version)
down? ? migrations.reverse : migrations
end
end
def pending_migrations
already_migrated = migrated
migrations.reject { |m| already_migrated.include?(m.version.to_i) }
end
def migrated
@migrated_versions ||= self.class.get_all_versions
end
private
def record_version_state_after_migrating(version)
sm_table = self.class.schema_migrations_table_name
@migrated_versions ||= []
if down?
@migrated_versions.delete(version.to_i)
Base.connection.update("DELETE FROM #{sm_table} WHERE version = '#{version}'")
else
@migrated_versions.push(version.to_i).sort!
Base.connection.insert("INSERT INTO #{sm_table} (version) VALUES ('#{version}')")
end
end
def up?
@direction == :up
end
def down?
@direction == :down
end
# Wrap the migration in a transaction only if supported by the adapter.
def ddl_transaction(&block)
if Base.connection.supports_ddl_transactions?
Base.transaction { block.call }
else
block.call
end
end
end
end

197
vendor/rails/activerecord/lib/active_record/named_scope.rb vendored
View file

@ -1,197 +0,0 @@
module ActiveRecord
module NamedScope
# All subclasses of ActiveRecord::Base have one named scope:
# * <tt>scoped</tt> - which allows for the creation of anonymous \scopes, on the fly: <tt>Shirt.scoped(:conditions => {:color => 'red'}).scoped(:include => :washing_instructions)</tt>
#
# These anonymous \scopes tend to be useful when procedurally generating complex queries, where passing
# intermediate values (scopes) around as first-class objects is convenient.
#
# You can define a scope that applies to all finders using ActiveRecord::Base.default_scope.
def self.included(base)
base.extend ClassMethods
end
module ClassMethods
def scopes
read_inheritable_attribute(:scopes) || write_inheritable_attribute(:scopes, {})
end
def scoped(scope, &block)
Scope.new(self, scope, &block)
end
# Adds a class method for retrieving and querying objects. A scope represents a narrowing of a database query,
# such as <tt>:conditions => {:color => :red}, :select => 'shirts.*', :include => :washing_instructions</tt>.
#
# class Shirt < ActiveRecord::Base
# named_scope :red, :conditions => {:color => 'red'}
# named_scope :dry_clean_only, :joins => :washing_instructions, :conditions => ['washing_instructions.dry_clean_only = ?', true]
# end
#
# The above calls to <tt>named_scope</tt> define class methods Shirt.red and Shirt.dry_clean_only. Shirt.red,
# in effect, represents the query <tt>Shirt.find(:all, :conditions => {:color => 'red'})</tt>.
#
# Unlike <tt>Shirt.find(...)</tt>, however, the object returned by Shirt.red is not an Array; it resembles the association object
# constructed by a <tt>has_many</tt> declaration. For instance, you can invoke <tt>Shirt.red.find(:first)</tt>, <tt>Shirt.red.count</tt>,
# <tt>Shirt.red.find(:all, :conditions => {:size => 'small'})</tt>. Also, just
# as with the association objects, named \scopes act like an Array, implementing Enumerable; <tt>Shirt.red.each(&block)</tt>,
# <tt>Shirt.red.first</tt>, and <tt>Shirt.red.inject(memo, &block)</tt> all behave as if Shirt.red really was an Array.
#
# These named \scopes are composable. For instance, <tt>Shirt.red.dry_clean_only</tt> will produce all shirts that are both red and dry clean only.
# Nested finds and calculations also work with these compositions: <tt>Shirt.red.dry_clean_only.count</tt> returns the number of garments
# for which these criteria obtain. Similarly with <tt>Shirt.red.dry_clean_only.average(:thread_count)</tt>.
#
# All \scopes are available as class methods on the ActiveRecord::Base descendant upon which the \scopes were defined. But they are also available to
# <tt>has_many</tt> associations. If,
#
# class Person < ActiveRecord::Base
# has_many :shirts
# end
#
# then <tt>elton.shirts.red.dry_clean_only</tt> will return all of Elton's red, dry clean
# only shirts.
#
# Named \scopes can also be procedural:
#
# class Shirt < ActiveRecord::Base
# named_scope :colored, lambda { |color|
# { :conditions => { :color => color } }
# }
# end
#
# In this example, <tt>Shirt.colored('puce')</tt> finds all puce shirts.
#
# Named \scopes can also have extensions, just as with <tt>has_many</tt> declarations:
#
# class Shirt < ActiveRecord::Base
# named_scope :red, :conditions => {:color => 'red'} do
# def dom_id
# 'red_shirts'
# end
# end
# end
#
#
# For testing complex named \scopes, you can examine the scoping options using the
# <tt>proxy_options</tt> method on the proxy itself.
#
# class Shirt < ActiveRecord::Base
# named_scope :colored, lambda { |color|
# { :conditions => { :color => color } }
# }
# end
#
# expected_options = { :conditions => { :colored => 'red' } }
# assert_equal expected_options, Shirt.colored('red').proxy_options
def named_scope(name, options = {}, &block)
name = name.to_sym
scopes[name] = lambda do |parent_scope, *args|
Scope.new(parent_scope, case options
when Hash
options
when Proc
if self.model_name != parent_scope.model_name
options.bind(parent_scope).call(*args)
else
options.call(*args)
end
end, &block)
end
singleton_class.send :define_method, name do |*args|
scopes[name].call(self, *args)
end
end
end
class Scope
attr_reader :proxy_scope, :proxy_options, :current_scoped_methods_when_defined
NON_DELEGATE_METHODS = %w(nil? send object_id class extend find size count sum average maximum minimum paginate first last empty? any? respond_to?).to_set
[].methods.each do |m|
unless m =~ /^__/ || NON_DELEGATE_METHODS.include?(m.to_s)
delegate m, :to => :proxy_found
end
end
delegate :scopes, :with_scope, :scoped_methods, :to => :proxy_scope
def initialize(proxy_scope, options, &block)
options ||= {}
[options[:extend]].flatten.each { |extension| extend extension } if options[:extend]
extend Module.new(&block) if block_given?
unless Scope === proxy_scope
@current_scoped_methods_when_defined = proxy_scope.send(:current_scoped_methods)
end
@proxy_scope, @proxy_options = proxy_scope, options.except(:extend)
end
def reload
load_found; self
end
def first(*args)
if args.first.kind_of?(Integer) || (@found && !args.first.kind_of?(Hash))
proxy_found.first(*args)
else
find(:first, *args)
end
end
def last(*args)
if args.first.kind_of?(Integer) || (@found && !args.first.kind_of?(Hash))
proxy_found.last(*args)
else
find(:last, *args)
end
end
def size
@found ? @found.length : count
end
def empty?
@found ? @found.empty? : count.zero?
end
def respond_to?(method, include_private = false)
super || @proxy_scope.respond_to?(method, include_private)
end
def any?
if block_given?
proxy_found.any? { |*block_args| yield(*block_args) }
else
!empty?
end
end
protected
def proxy_found
@found || load_found
end
private
def method_missing(method, *args, &block)
if scopes.include?(method)
scopes[method].call(self, *args)
else
with_scope({:find => proxy_options, :create => proxy_options[:conditions].is_a?(Hash) ? proxy_options[:conditions] : {}}, :reverse_merge) do
method = :new if method == :build
if current_scoped_methods_when_defined && !scoped_methods.include?(current_scoped_methods_when_defined)
with_scope current_scoped_methods_when_defined do
proxy_scope.send(method, *args, &block)
end
else
proxy_scope.send(method, *args, &block)
end
end
end
end
def load_found
@found = find(:all)
end
end
end
end

407
vendor/rails/activerecord/lib/active_record/nested_attributes.rb vendored
View file

@ -1,407 +0,0 @@
module ActiveRecord
module NestedAttributes #:nodoc:
class TooManyRecords < ActiveRecordError
end
def self.included(base)
base.extend(ClassMethods)
base.class_inheritable_accessor :nested_attributes_options, :instance_writer => false
base.nested_attributes_options = {}
end
# == Nested Attributes
#
# Nested attributes allow you to save attributes on associated records
# through the parent. By default nested attribute updating is turned off,
# you can enable it using the accepts_nested_attributes_for class method.
# When you enable nested attributes an attribute writer is defined on
# the model.
#
# The attribute writer is named after the association, which means that
# in the following example, two new methods are added to your model:
# <tt>author_attributes=(attributes)</tt> and
# <tt>pages_attributes=(attributes)</tt>.
#
# class Book < ActiveRecord::Base
# has_one :author
# has_many :pages
#
# accepts_nested_attributes_for :author, :pages
# end
#
# Note that the <tt>:autosave</tt> option is automatically enabled on every
# association that accepts_nested_attributes_for is used for.
#
# === One-to-one
#
# Consider a Member model that has one Avatar:
#
# class Member < ActiveRecord::Base
# has_one :avatar
# accepts_nested_attributes_for :avatar
# end
#
# Enabling nested attributes on a one-to-one association allows you to
# create the member and avatar in one go:
#
# params = { :member => { :name => 'Jack', :avatar_attributes => { :icon => 'smiling' } } }
# member = Member.create(params)
# member.avatar.id # => 2
# member.avatar.icon # => 'smiling'
#
# It also allows you to update the avatar through the member:
#
# params = { :member' => { :avatar_attributes => { :id => '2', :icon => 'sad' } } }
# member.update_attributes params['member']
# member.avatar.icon # => 'sad'
#
# By default you will only be able to set and update attributes on the
# associated model. If you want to destroy the associated model through the
# attributes hash, you have to enable it first using the
# <tt>:allow_destroy</tt> option.
#
# class Member < ActiveRecord::Base
# has_one :avatar
# accepts_nested_attributes_for :avatar, :allow_destroy => true
# end
#
# Now, when you add the <tt>_destroy</tt> key to the attributes hash, with a
# value that evaluates to +true+, you will destroy the associated model:
#
# member.avatar_attributes = { :id => '2', :_destroy => '1' }
# member.avatar.marked_for_destruction? # => true
# member.save
# member.avatar #=> nil
#
# Note that the model will _not_ be destroyed until the parent is saved.
#
# === One-to-many
#
# Consider a member that has a number of posts:
#
# class Member < ActiveRecord::Base
# has_many :posts
# accepts_nested_attributes_for :posts
# end
#
# You can now set or update attributes on an associated post model through
# the attribute hash.
#
# For each hash that does _not_ have an <tt>id</tt> key a new record will
# be instantiated, unless the hash also contains a <tt>_destroy</tt> key
# that evaluates to +true+.
#
# params = { :member => {
# :name => 'joe', :posts_attributes => [
# { :title => 'Kari, the awesome Ruby documentation browser!' },
# { :title => 'The egalitarian assumption of the modern citizen' },
# { :title => '', :_destroy => '1' } # this will be ignored
# ]
# }}
#
# member = Member.create(params['member'])
# member.posts.length # => 2
# member.posts.first.title # => 'Kari, the awesome Ruby documentation browser!'
# member.posts.second.title # => 'The egalitarian assumption of the modern citizen'
#
# You may also set a :reject_if proc to silently ignore any new record
# hashes if they fail to pass your criteria. For example, the previous
# example could be rewritten as:
#
# class Member < ActiveRecord::Base
# has_many :posts
# accepts_nested_attributes_for :posts, :reject_if => proc { |attributes| attributes['title'].blank? }
# end
#
# params = { :member => {
# :name => 'joe', :posts_attributes => [
# { :title => 'Kari, the awesome Ruby documentation browser!' },
# { :title => 'The egalitarian assumption of the modern citizen' },
# { :title => '' } # this will be ignored because of the :reject_if proc
# ]
# }}
#
# member = Member.create(params['member'])
# member.posts.length # => 2
# member.posts.first.title # => 'Kari, the awesome Ruby documentation browser!'
# member.posts.second.title # => 'The egalitarian assumption of the modern citizen'
#
# Alternatively, :reject_if also accepts a symbol for using methods:
#
# class Member < ActiveRecord::Base
# has_many :posts
# accepts_nested_attributes_for :posts, :reject_if => :new_record?
# end
#
# class Member < ActiveRecord::Base
# has_many :posts
# accepts_nested_attributes_for :posts, :reject_if => :reject_posts
#
# def reject_posts(attributed)
# attributed['title].blank?
# end
# end
#
# If the hash contains an <tt>id</tt> key that matches an already
# associated record, the matching record will be modified:
#
# member.attributes = {
# :name => 'Joe',
# :posts_attributes => [
# { :id => 1, :title => '[UPDATED] An, as of yet, undisclosed awesome Ruby documentation browser!' },
# { :id => 2, :title => '[UPDATED] other post' }
# ]
# }
#
# member.posts.first.title # => '[UPDATED] An, as of yet, undisclosed awesome Ruby documentation browser!'
# member.posts.second.title # => '[UPDATED] other post'
#
# By default the associated records are protected from being destroyed. If
# you want to destroy any of the associated records through the attributes
# hash, you have to enable it first using the <tt>:allow_destroy</tt>
# option. This will allow you to also use the <tt>_destroy</tt> key to
# destroy existing records:
#
# class Member < ActiveRecord::Base
# has_many :posts
# accepts_nested_attributes_for :posts, :allow_destroy => true
# end
#
# params = { :member => {
# :posts_attributes => [{ :id => '2', :_destroy => '1' }]
# }}
#
# member.attributes = params['member']
# member.posts.detect { |p| p.id == 2 }.marked_for_destruction? # => true
# member.posts.length #=> 2
# member.save
# member.posts.length # => 1
#
# === Saving
#
# All changes to models, including the destruction of those marked for
# destruction, are saved and destroyed automatically and atomically when
# the parent model is saved. This happens inside the transaction initiated
# by the parents save method. See ActiveRecord::AutosaveAssociation.
module ClassMethods
REJECT_ALL_BLANK_PROC = proc { |attributes| attributes.all? { |_, value| value.blank? } }
# Defines an attributes writer for the specified association(s). If you
# are using <tt>attr_protected</tt> or <tt>attr_accessible</tt>, then you
# will need to add the attribute writer to the allowed list.
#
# Supported options:
# [:allow_destroy]
# If true, destroys any members from the attributes hash with a
# <tt>_destroy</tt> key and a value that evaluates to +true+
# (eg. 1, '1', true, or 'true'). This option is off by default.
# [:reject_if]
# Allows you to specify a Proc or a Symbol pointing to a method
# that checks whether a record should be built for a certain attribute
# hash. The hash is passed to the supplied Proc or the method
# and it should return either +true+ or +false+. When no :reject_if
# is specified, a record will be built for all attribute hashes that
# do not have a <tt>_destroy</tt> value that evaluates to true.
# Passing <tt>:all_blank</tt> instead of a Proc will create a proc
# that will reject a record where all the attributes are blank.
# [:limit]
# Allows you to specify the maximum number of the associated records that
# can be processes with the nested attributes. If the size of the
# nested attributes array exceeds the specified limit, NestedAttributes::TooManyRecords
# exception is raised. If omitted, any number associations can be processed.
# Note that the :limit option is only applicable to one-to-many associations.
# [:update_only]
# Allows you to specify that an existing record may only be updated.
# A new record may only be created when there is no existing record.
# This option only works for one-to-one associations and is ignored for
# collection associations. This option is off by default.
#
# Examples:
# # creates avatar_attributes=
# accepts_nested_attributes_for :avatar, :reject_if => proc { |attributes| attributes['name'].blank? }
# # creates avatar_attributes=
# accepts_nested_attributes_for :avatar, :reject_if => :all_blank
# # creates avatar_attributes= and posts_attributes=
# accepts_nested_attributes_for :avatar, :posts, :allow_destroy => true
def accepts_nested_attributes_for(*attr_names)
options = { :allow_destroy => false, :update_only => false }
options.update(attr_names.extract_options!)
options.assert_valid_keys(:allow_destroy, :reject_if, :limit, :update_only)
options[:reject_if] = REJECT_ALL_BLANK_PROC if options[:reject_if] == :all_blank
attr_names.each do |association_name|
if reflection = reflect_on_association(association_name)
reflection.options[:autosave] = true
add_autosave_association_callbacks(reflection)
nested_attributes_options[association_name.to_sym] = options
type = (reflection.collection? ? :collection : :one_to_one)
# def pirate_attributes=(attributes)
# assign_nested_attributes_for_one_to_one_association(:pirate, attributes)
# end
class_eval <<-EOS, __FILE__, __LINE__ + 1
def #{association_name}_attributes=(attributes)
assign_nested_attributes_for_#{type}_association(:#{association_name}, attributes)
end
EOS
else
raise ArgumentError, "No association found for name `#{association_name}'. Has it been defined yet?"
end
end
end
end
# Returns ActiveRecord::AutosaveAssociation::marked_for_destruction? It's
# used in conjunction with fields_for to build a form element for the
# destruction of this association.
#
# See ActionView::Helpers::FormHelper::fields_for for more info.
def _destroy
marked_for_destruction?
end
private
# Attribute hash keys that should not be assigned as normal attributes.
# These hash keys are nested attributes implementation details.
UNASSIGNABLE_KEYS = %w( id _destroy )
# Assigns the given attributes to the association.
#
# If update_only is false and the given attributes include an <tt>:id</tt>
# that matches the existing record’s id, then the existing record will be
# modified. If update_only is true, a new record is only created when no
# object exists. Otherwise a new record will be built.
#
# If the given attributes include a matching <tt>:id</tt> attribute, or
# update_only is true, and a <tt>:_destroy</tt> key set to a truthy value,
# then the existing record will be marked for destruction.
def assign_nested_attributes_for_one_to_one_association(association_name, attributes)
options = nested_attributes_options[association_name]
attributes = attributes.with_indifferent_access
check_existing_record = (options[:update_only] || !attributes['id'].blank?)
if check_existing_record && (record = send(association_name)) &&
(options[:update_only] || record.id.to_s == attributes['id'].to_s)
assign_to_or_mark_for_destruction(record, attributes, options[:allow_destroy])
elsif attributes['id']
existing_record = self.class.reflect_on_association(association_name).klass.find(attributes['id'])
assign_to_or_mark_for_destruction(existing_record, attributes, options[:allow_destroy])
self.send(association_name.to_s+'=', existing_record)
elsif !reject_new_record?(association_name, attributes)
method = "build_#{association_name}"
if respond_to?(method)
send(method, attributes.except(*UNASSIGNABLE_KEYS))
else
raise ArgumentError, "Cannot build association #{association_name}. Are you trying to build a polymorphic one-to-one association?"
end
end
end
# Assigns the given attributes to the collection association.
#
# Hashes with an <tt>:id</tt> value matching an existing associated record
# will update that record. Hashes without an <tt>:id</tt> value will build
# a new record for the association. Hashes with a matching <tt>:id</tt>
# value and a <tt>:_destroy</tt> key set to a truthy value will mark the
# matched record for destruction.
#
# For example:
#
# assign_nested_attributes_for_collection_association(:people, {
# '1' => { :id => '1', :name => 'Peter' },
# '2' => { :name => 'John' },
# '3' => { :id => '2', :_destroy => true }
# })
#
# Will update the name of the Person with ID 1, build a new associated
# person with the name `John', and mark the associatied Person with ID 2
# for destruction.
#
# Also accepts an Array of attribute hashes:
#
# assign_nested_attributes_for_collection_association(:people, [
# { :id => '1', :name => 'Peter' },
# { :name => 'John' },
# { :id => '2', :_destroy => true }
# ])
def assign_nested_attributes_for_collection_association(association_name, attributes_collection)
options = nested_attributes_options[association_name]
unless attributes_collection.is_a?(Hash) || attributes_collection.is_a?(Array)
raise ArgumentError, "Hash or Array expected, got #{attributes_collection.class.name} (#{attributes_collection.inspect})"
end
if options[:limit] && attributes_collection.size > options[:limit]
raise TooManyRecords, "Maximum #{options[:limit]} records are allowed. Got #{attributes_collection.size} records instead."
end
if attributes_collection.is_a? Hash
attributes_collection = attributes_collection.sort_by { |index, _| index.to_i }.map { |_, attributes| attributes }
end
association = send(association_name)
existing_records = if association.loaded?
association.to_a
else
attribute_ids = attributes_collection.map {|a| a['id'] || a[:id] }.compact
attribute_ids.present? ? association.all(:conditions => {association.primary_key => attribute_ids}) : []
end
attributes_collection.each do |attributes|
attributes = attributes.with_indifferent_access
if attributes['id'].blank?
unless reject_new_record?(association_name, attributes)
association.build(attributes.except(*UNASSIGNABLE_KEYS))
end
elsif existing_records.size == 0 # Existing record but not yet associated
existing_record = self.class.reflect_on_association(association_name).klass.find(attributes['id'])
association.send(:add_record_to_target_with_callbacks, existing_record) unless association.loaded?
assign_to_or_mark_for_destruction(existing_record, attributes, options[:allow_destroy])
elsif existing_record = existing_records.detect { |record| record.id.to_s == attributes['id'].to_s }
association.send(:add_record_to_target_with_callbacks, existing_record) unless association.loaded?
assign_to_or_mark_for_destruction(existing_record, attributes, options[:allow_destroy])
end
end
end
# Updates a record with the +attributes+ or marks it for destruction if
# +allow_destroy+ is +true+ and has_destroy_flag? returns +true+.
def assign_to_or_mark_for_destruction(record, attributes, allow_destroy)
if has_destroy_flag?(attributes) && allow_destroy
record.mark_for_destruction
else
record.attributes = attributes.except(*UNASSIGNABLE_KEYS)
end
end
# Determines if a hash contains a truthy _destroy key.
def has_destroy_flag?(hash)
ConnectionAdapters::Column.value_to_boolean(hash['_destroy'])
end
# Determines if a new record should be built by checking for
# has_destroy_flag? or if a <tt>:reject_if</tt> proc exists for this
# association and evaluates to +true+.
def reject_new_record?(association_name, attributes)
has_destroy_flag?(attributes) || call_reject_if(association_name, attributes)
end
def call_reject_if(association_name, attributes)
case callback = nested_attributes_options[association_name][:reject_if]
when Symbol
method(callback).arity == 0 ? send(callback) : send(callback, attributes)
when Proc
callback.call(attributes)
end
end
end
end

197
vendor/rails/activerecord/lib/active_record/observer.rb vendored
View file

@ -1,197 +0,0 @@
require 'singleton'
require 'set'
module ActiveRecord
module Observing # :nodoc:
def self.included(base)
base.extend ClassMethods
end
module ClassMethods
# Activates the observers assigned. Examples:
#
# # Calls PersonObserver.instance
# ActiveRecord::Base.observers = :person_observer
#
# # Calls Cacher.instance and GarbageCollector.instance
# ActiveRecord::Base.observers = :cacher, :garbage_collector
#
# # Same as above, just using explicit class references
# ActiveRecord::Base.observers = Cacher, GarbageCollector
#
# Note: Setting this does not instantiate the observers yet. +instantiate_observers+ is
# called during startup, and before each development request.
def observers=(*observers)
@observers = observers.flatten
end
# Gets the current observers.
def observers
@observers ||= []
end
# Instantiate the global Active Record observers.
def instantiate_observers
return if @observers.blank?
@observers.each do |observer|
if observer.respond_to?(:to_sym) # Symbol or String
observer.to_s.camelize.constantize.instance
elsif observer.respond_to?(:instance)
observer.instance
else
raise ArgumentError, "#{observer} must be a lowercase, underscored class name (or an instance of the class itself) responding to the instance method. Example: Person.observers = :big_brother # calls BigBrother.instance"
end
end
end
protected
# Notify observers when the observed class is subclassed.
def inherited(subclass)
super
changed
notify_observers :observed_class_inherited, subclass
end
end
end
# Observer classes respond to lifecycle callbacks to implement trigger-like
# behavior outside the original class. This is a great way to reduce the
# clutter that normally comes when the model class is burdened with
# functionality that doesn't pertain to the core responsibility of the
# class. Example:
#
# class CommentObserver < ActiveRecord::Observer
# def after_save(comment)
# Notifications.deliver_comment("admin@do.com", "New comment was posted", comment)
# end
# end
#
# This Observer sends an email when a Comment#save is finished.
#
# class ContactObserver < ActiveRecord::Observer
# def after_create(contact)
# contact.logger.info('New contact added!')
# end
#
# def after_destroy(contact)
# contact.logger.warn("Contact with an id of #{contact.id} was destroyed!")
# end
# end
#
# This Observer uses logger to log when specific callbacks are triggered.
#
# == Observing a class that can't be inferred
#
# Observers will by default be mapped to the class with which they share a name. So CommentObserver will
# be tied to observing Comment, ProductManagerObserver to ProductManager, and so on. If you want to name your observer
# differently than the class you're interested in observing, you can use the Observer.observe class method which takes
# either the concrete class (Product) or a symbol for that class (:product):
#
# class AuditObserver < ActiveRecord::Observer
# observe :account
#
# def after_update(account)
# AuditTrail.new(account, "UPDATED")
# end
# end
#
# If the audit observer needs to watch more than one kind of object, this can be specified with multiple arguments:
#
# class AuditObserver < ActiveRecord::Observer
# observe :account, :balance
#
# def after_update(record)
# AuditTrail.new(record, "UPDATED")
# end
# end
#
# The AuditObserver will now act on both updates to Account and Balance by treating them both as records.
#
# == Available callback methods
#
# The observer can implement callback methods for each of the methods described in the Callbacks module.
#
# == Storing Observers in Rails
#
# If you're using Active Record within Rails, observer classes are usually stored in app/models with the
# naming convention of app/models/audit_observer.rb.
#
# == Configuration
#
# In order to activate an observer, list it in the <tt>config.active_record.observers</tt> configuration setting in your
# <tt>config/environment.rb</tt> file.
#
# config.active_record.observers = :comment_observer, :signup_observer
#
# Observers will not be invoked unless you define these in your application configuration.
#
# == Loading
#
# Observers register themselves in the model class they observe, since it is the class that
# notifies them of events when they occur. As a side-effect, when an observer is loaded its
# corresponding model class is loaded.
#
# Up to (and including) Rails 2.0.2 observers were instantiated between plugins and
# application initializers. Now observers are loaded after application initializers,
# so observed models can make use of extensions.
#
# If by any chance you are using observed models in the initialization you can still
# load their observers by calling <tt>ModelObserver.instance</tt> before. Observers are
# singletons and that call instantiates and registers them.
#
class Observer
include Singleton
class << self
# Attaches the observer to the supplied model classes.
def observe(*models)
models.flatten!
models.collect! { |model| model.is_a?(Symbol) ? model.to_s.camelize.constantize : model }
define_method(:observed_classes) { Set.new(models) }
end
# The class observed by default is inferred from the observer's class name:
# assert_equal Person, PersonObserver.observed_class
def observed_class
if observed_class_name = name[/(.*)Observer/, 1]
observed_class_name.constantize
else
nil
end
end
end
# Start observing the declared classes and their subclasses.
def initialize
Set.new(observed_classes + observed_subclasses).each { |klass| add_observer! klass }
end
# Send observed_method(object) if the method exists.
def update(observed_method, object) #:nodoc:
send(observed_method, object) if respond_to?(observed_method)
end
# Special method sent by the observed class when it is inherited.
# Passes the new subclass.
def observed_class_inherited(subclass) #:nodoc:
self.class.observe(observed_classes + [subclass])
add_observer!(subclass)
end
protected
def observed_classes
Set.new([self.class.observed_class].compact.flatten)
end
def observed_subclasses
observed_classes.sum([]) { |klass| klass.send(:subclasses) }
end
def add_observer!(klass)
klass.add_observer(self)
if respond_to?(:after_find) && !klass.method_defined?(:after_find)
klass.class_eval 'def after_find() end'
end
end
end
end

33
vendor/rails/activerecord/lib/active_record/query_cache.rb vendored
View file

@ -1,33 +0,0 @@
module ActiveRecord
class QueryCache
module ClassMethods
# Enable the query cache within the block if Active Record is configured.
def cache(&block)
if ActiveRecord::Base.configurations.blank?
yield
else
connection.cache(&block)
end
end
# Disable the query cache within the block if Active Record is configured.
def uncached(&block)
if ActiveRecord::Base.configurations.blank?
yield
else
connection.uncached(&block)
end
end
end
def initialize(app)
@app = app
end
def call(env)
ActiveRecord::Base.cache do
@app.call(env)
end
end
end
end

385
vendor/rails/activerecord/lib/active_record/reflection.rb vendored
View file

@ -1,385 +0,0 @@
module ActiveRecord
module Reflection # :nodoc:
def self.included(base)
base.extend(ClassMethods)
end
# Reflection allows you to interrogate Active Record classes and objects about their associations and aggregations.
# This information can, for example, be used in a form builder that took an Active Record object and created input
# fields for all of the attributes depending on their type and displayed the associations to other objects.
#
# You can find the interface for the AggregateReflection and AssociationReflection classes in the abstract MacroReflection class.
module ClassMethods
def create_reflection(macro, name, options, active_record)
case macro
when :has_many, :belongs_to, :has_one, :has_and_belongs_to_many
klass = options[:through] ? ThroughReflection : AssociationReflection
reflection = klass.new(macro, name, options, active_record)
when :composed_of
reflection = AggregateReflection.new(macro, name, options, active_record)
end
write_inheritable_hash :reflections, name => reflection
reflection
end
# Returns a hash containing all AssociationReflection objects for the current class
# Example:
#
# Invoice.reflections
# Account.reflections
#
def reflections
read_inheritable_attribute(:reflections) || write_inheritable_attribute(:reflections, {})
end
# Returns an array of AggregateReflection objects for all the aggregations in the class.
def reflect_on_all_aggregations
reflections.values.select { |reflection| reflection.is_a?(AggregateReflection) }
end
# Returns the AggregateReflection object for the named +aggregation+ (use the symbol). Example:
#
# Account.reflect_on_aggregation(:balance) # returns the balance AggregateReflection
#
def reflect_on_aggregation(aggregation)
reflections[aggregation].is_a?(AggregateReflection) ? reflections[aggregation] : nil
end
# Returns an array of AssociationReflection objects for all the associations in the class. If you only want to reflect on a
# certain association type, pass in the symbol (<tt>:has_many</tt>, <tt>:has_one</tt>, <tt>:belongs_to</tt>) for that as the first parameter.
# Example:
#
# Account.reflect_on_all_associations # returns an array of all associations
# Account.reflect_on_all_associations(:has_many) # returns an array of all has_many associations
#
def reflect_on_all_associations(macro = nil)
association_reflections = reflections.values.select { |reflection| reflection.is_a?(AssociationReflection) }
macro ? association_reflections.select { |reflection| reflection.macro == macro } : association_reflections
end
# Returns the AssociationReflection object for the named +association+ (use the symbol). Example:
#
# Account.reflect_on_association(:owner) # returns the owner AssociationReflection
# Invoice.reflect_on_association(:line_items).macro # returns :has_many
#
def reflect_on_association(association)
reflections[association].is_a?(AssociationReflection) ? reflections[association] : nil
end
# Returns an array of AssociationReflection objects for all associations which have <tt>:autosave</tt> enabled.
def reflect_on_all_autosave_associations
reflections.values.select { |reflection| reflection.options[:autosave] }
end
end
# Abstract base class for AggregateReflection and AssociationReflection that describes the interface available for both of
# those classes. Objects of AggregateReflection and AssociationReflection are returned by the Reflection::ClassMethods.
class MacroReflection
attr_reader :active_record
def initialize(macro, name, options, active_record)
@macro, @name, @options, @active_record = macro, name, options, active_record
end
# Returns the name of the macro. For example, <tt>composed_of :balance, :class_name => 'Money'</tt> will return
# <tt>:balance</tt> or for <tt>has_many :clients</tt> it will return <tt>:clients</tt>.
def name
@name
end
# Returns the macro type. For example, <tt>composed_of :balance, :class_name => 'Money'</tt> will return <tt>:composed_of</tt>
# or for <tt>has_many :clients</tt> will return <tt>:has_many</tt>.
def macro
@macro
end
# Returns the hash of options used for the macro. For example, it would return <tt>{ :class_name => "Money" }</tt> for
# <tt>composed_of :balance, :class_name => 'Money'</tt> or +{}+ for <tt>has_many :clients</tt>.
def options
@options
end
# Returns the class for the macro. For example, <tt>composed_of :balance, :class_name => 'Money'</tt> returns the Money
# class and <tt>has_many :clients</tt> returns the Client class.
def klass
@klass ||= class_name.constantize
end
# Returns the class name for the macro. For example, <tt>composed_of :balance, :class_name => 'Money'</tt> returns <tt>'Money'</tt>
# and <tt>has_many :clients</tt> returns <tt>'Client'</tt>.
def class_name
@class_name ||= options[:class_name] || derive_class_name
end
# Returns +true+ if +self+ and +other_aggregation+ have the same +name+ attribute, +active_record+ attribute,
# and +other_aggregation+ has an options hash assigned to it.
def ==(other_aggregation)
other_aggregation.kind_of?(self.class) && name == other_aggregation.name && other_aggregation.options && active_record == other_aggregation.active_record
end
def sanitized_conditions #:nodoc:
@sanitized_conditions ||= klass.send(:sanitize_sql, options[:conditions]) if options[:conditions]
end
# Returns +true+ if +self+ is a +belongs_to+ reflection.
def belongs_to?
macro == :belongs_to
end
private
def derive_class_name
name.to_s.camelize
end
end
# Holds all the meta-data about an aggregation as it was specified in the Active Record class.
class AggregateReflection < MacroReflection #:nodoc:
end
# Holds all the meta-data about an association as it was specified in the Active Record class.
class AssociationReflection < MacroReflection #:nodoc:
# Returns the target association's class:
#
# class Author < ActiveRecord::Base
# has_many :books
# end
#
# Author.reflect_on_association(:books).klass
# # => Book
#
# <b>Note:</b> do not call +klass.new+ or +klass.create+ to instantiate
# a new association object. Use +build_association+ or +create_association+
# instead. This allows plugins to hook into association object creation.
def klass
@klass ||= active_record.send(:compute_type, class_name)
end
# Returns a new, unsaved instance of the associated class. +options+ will
# be passed to the class's constructor.
def build_association(*options)
klass.new(*options)
end
# Creates a new instance of the associated class, and immediates saves it
# with ActiveRecord::Base#save. +options+ will be passed to the class's
# creation method. Returns the newly created object.
def create_association(*options)
klass.create(*options)
end
# Creates a new instance of the associated class, and immediates saves it
# with ActiveRecord::Base#save!. +options+ will be passed to the class's
# creation method. If the created record doesn't pass validations, then an
# exception will be raised.
#
# Returns the newly created object.
def create_association!(*options)
klass.create!(*options)
end
def table_name
@table_name ||= klass.table_name
end
def quoted_table_name
@quoted_table_name ||= klass.quoted_table_name
end
def primary_key_name
@primary_key_name ||= options[:foreign_key] || derive_primary_key_name
end
def association_foreign_key
@association_foreign_key ||= @options[:association_foreign_key] || class_name.foreign_key
end
def counter_cache_column
if options[:counter_cache] == true
"#{active_record.name.demodulize.underscore.pluralize}_count"
elsif options[:counter_cache]
options[:counter_cache]
end
end
def columns(tbl_name, log_msg)
@columns ||= klass.connection.columns(tbl_name, log_msg)
end
def reset_column_information
@columns = nil
end
def check_validity!
check_validity_of_inverse!
end
def check_validity_of_inverse!
unless options[:polymorphic]
if has_inverse? && inverse_of.nil?
raise InverseOfAssociationNotFoundError.new(self)
end
end
end
def through_reflection
false
end
def through_reflection_primary_key_name
end
def source_reflection
nil
end
def has_inverse?
!@options[:inverse_of].nil?
end
def inverse_of
if has_inverse?
@inverse_of ||= klass.reflect_on_association(options[:inverse_of])
end
end
def polymorphic_inverse_of(associated_class)
if has_inverse?
if inverse_relationship = associated_class.reflect_on_association(options[:inverse_of])
inverse_relationship
else
raise InverseOfAssociationNotFoundError.new(self, associated_class)
end
end
end
# Returns whether or not this association reflection is for a collection
# association. Returns +true+ if the +macro+ is one of +has_many+ or
# +has_and_belongs_to_many+, +false+ otherwise.
def collection?
if @collection.nil?
@collection = [:has_many, :has_and_belongs_to_many].include?(macro)
end
@collection
end
# Returns whether or not the association should be validated as part of
# the parent's validation.
#
# Unless you explicitely disable validation with
# <tt>:validate => false</tt>, it will take place when:
#
# * you explicitely enable validation; <tt>:validate => true</tt>
# * you use autosave; <tt>:autosave => true</tt>
# * the association is a +has_many+ association
def validate?
!options[:validate].nil? ? options[:validate] : (options[:autosave] == true || macro == :has_many)
end
def dependent_conditions(record, base_class, extra_conditions)
dependent_conditions = []
dependent_conditions << "#{primary_key_name} = #{record.send(name).send(:owner_quoted_id)}"
dependent_conditions << "#{options[:as]}_type = '#{base_class.name}'" if options[:as]
dependent_conditions << klass.send(:sanitize_sql, options[:conditions]) if options[:conditions]
dependent_conditions = dependent_conditions.collect {|where| "(#{where})" }.join(" AND ")
dependent_conditions << extra_conditions if extra_conditions
dependent_conditions = dependent_conditions.gsub('@', '\@')
dependent_conditions
end
private
def derive_class_name
class_name = name.to_s.camelize
class_name = class_name.singularize if collection?
class_name
end
def derive_primary_key_name
if belongs_to?
"#{name}_id"
elsif options[:as]
"#{options[:as]}_id"
else
active_record.name.foreign_key
end
end
end
# Holds all the meta-data about a :through association as it was specified in the Active Record class.
class ThroughReflection < AssociationReflection #:nodoc:
# Gets the source of the through reflection. It checks both a singularized and pluralized form for <tt>:belongs_to</tt> or <tt>:has_many</tt>.
# (The <tt>:tags</tt> association on Tagging below.)
#
# class Post < ActiveRecord::Base
# has_many :taggings
# has_many :tags, :through => :taggings
# end
#
def source_reflection
@source_reflection ||= source_reflection_names.collect { |name| through_reflection.klass.reflect_on_association(name) }.compact.first
end
# Returns the AssociationReflection object specified in the <tt>:through</tt> option
# of a HasManyThrough or HasOneThrough association. Example:
#
# class Post < ActiveRecord::Base
# has_many :taggings
# has_many :tags, :through => :taggings
# end
#
# tags_reflection = Post.reflect_on_association(:tags)
# taggings_reflection = tags_reflection.through_reflection
#
def through_reflection
@through_reflection ||= active_record.reflect_on_association(options[:through])
end
# Gets an array of possible <tt>:through</tt> source reflection names:
#
# [:singularized, :pluralized]
#
def source_reflection_names
@source_reflection_names ||= (options[:source] ? [options[:source]] : [name.to_s.singularize, name]).collect { |n| n.to_sym }
end
def check_validity!
if through_reflection.nil?
raise HasManyThroughAssociationNotFoundError.new(active_record.name, self)
end
if source_reflection.nil?
raise HasManyThroughSourceAssociationNotFoundError.new(self)
end
if options[:source_type] && source_reflection.options[:polymorphic].nil?
raise HasManyThroughAssociationPointlessSourceTypeError.new(active_record.name, self, source_reflection)
end
if source_reflection.options[:polymorphic] && options[:source_type].nil?
raise HasManyThroughAssociationPolymorphicError.new(active_record.name, self, source_reflection)
end
unless [:belongs_to, :has_many, :has_one].include?(source_reflection.macro) && source_reflection.options[:through].nil?
raise HasManyThroughSourceAssociationMacroError.new(self)
end
check_validity_of_inverse!
end
def through_reflection_primary_key
through_reflection.belongs_to? ? through_reflection.klass.primary_key : through_reflection.primary_key_name
end
def through_reflection_primary_key_name
through_reflection.primary_key_name if through_reflection.belongs_to?
end
private
def derive_class_name
# get the class_name of the belongs_to association of the through reflection
options[:source_type] || source_reflection.class_name
end
end
end
end

55
vendor/rails/activerecord/lib/active_record/schema.rb vendored
View file

@ -1,55 +0,0 @@
module ActiveRecord
# Allows programmers to programmatically define a schema in a portable
# DSL. This means you can define tables, indexes, etc. without using SQL
# directly, so your applications can more easily support multiple
# databases.
#
# Usage:
#
# ActiveRecord::Schema.define do
# create_table :authors do |t|
# t.string :name, :null => false
# end
#
# add_index :authors, :name, :unique
#
# create_table :posts do |t|
# t.integer :author_id, :null => false
# t.string :subject
# t.text :body
# t.boolean :private, :default => false
# end
#
# add_index :posts, :author_id
# end
#
# ActiveRecord::Schema is only supported by database adapters that also
# support migrations, the two features being very similar.
class Schema < Migration
private_class_method :new
def self.migrations_path
ActiveRecord::Migrator.migrations_path
end
# Eval the given block. All methods available to the current connection
# adapter are available within the block, so you can easily use the
# database definition DSL to build up your schema (+create_table+,
# +add_index+, etc.).
#
# The +info+ hash is optional, and if given is used to define metadata
# about the current schema (currently, only the schema's version):
#
# ActiveRecord::Schema.define(:version => 20380119000001) do
# ...
# end
def self.define(info={}, &block)
instance_eval(&block)
unless info[:version].blank?
initialize_schema_migrations_table
assume_migrated_upto_version(info[:version], migrations_path)
end
end
end
end

185
vendor/rails/activerecord/lib/active_record/schema_dumper.rb vendored
View file

@ -1,185 +0,0 @@
require 'stringio'
require 'bigdecimal'
module ActiveRecord
# This class is used to dump the database schema for some connection to some
# output format (i.e., ActiveRecord::Schema).
class SchemaDumper #:nodoc:
private_class_method :new
##
# :singleton-method:
# A list of tables which should not be dumped to the schema.
# Acceptable values are strings as well as regexp.
# This setting is only used if ActiveRecord::Base.schema_format == :ruby
cattr_accessor :ignore_tables
@@ignore_tables = []
def self.dump(connection=ActiveRecord::Base.connection, stream=STDOUT)
new(connection).dump(stream)
stream
end
def dump(stream)
header(stream)
tables(stream)
trailer(stream)
stream
end
private
def initialize(connection)
@connection = connection
@types = @connection.native_database_types
@version = Migrator::current_version rescue nil
end
def header(stream)
define_params = @version ? ":version => #{@version}" : ""
stream.puts <<HEADER
# This file is auto-generated from the current state of the database. Instead of editing this file,
# please use the migrations feature of Active Record to incrementally modify your database, and
# then regenerate this schema definition.
#
# Note that this schema.rb definition is the authoritative source for your database schema. If you need
# to create the application database on another system, you should be using db:schema:load, not running
# all the migrations from scratch. The latter is a flawed and unsustainable approach (the more migrations
# you'll amass, the slower it'll run and the greater likelihood for issues).
#
# It's strongly recommended to check this file into your version control system.
ActiveRecord::Schema.define(#{define_params}) do
HEADER
end
def trailer(stream)
stream.puts "end"
end
def tables(stream)
@connection.tables.sort.each do |tbl|
next if ['schema_migrations', ignore_tables].flatten.any? do |ignored|
case ignored
when String; tbl == ignored
when Regexp; tbl =~ ignored
else
raise StandardError, 'ActiveRecord::SchemaDumper.ignore_tables accepts an array of String and / or Regexp values.'
end
end
table(tbl, stream)
end
end
def table(table, stream)
columns = @connection.columns(table)
begin
tbl = StringIO.new
# first dump primary key column
if @connection.respond_to?(:pk_and_sequence_for)
pk, pk_seq = @connection.pk_and_sequence_for(table)
elsif @connection.respond_to?(:primary_key)
pk = @connection.primary_key(table)
end
tbl.print " create_table #{table.inspect}"
if columns.detect { |c| c.name == pk }
if pk != 'id'
tbl.print %Q(, :primary_key => "#{pk}")
end
else
tbl.print ", :id => false"
end
tbl.print ", :force => true"
tbl.puts " do |t|"
# then dump all non-primary key columns
column_specs = columns.map do |column|
raise StandardError, "Unknown type '#{column.sql_type}' for column '#{column.name}'" if @types[column.type].nil?
next if column.name == pk
spec = {}
spec[:name] = column.name.inspect
spec[:type] = column.type.to_s
spec[:limit] = column.limit.inspect if column.limit != @types[column.type][:limit] && column.type != :decimal
spec[:precision] = column.precision.inspect if !column.precision.nil?
spec[:scale] = column.scale.inspect if !column.scale.nil?
spec[:null] = 'false' if !column.null
spec[:default] = default_string(column.default) if column.has_default?
(spec.keys - [:name, :type]).each{ |k| spec[k].insert(0, "#{k.inspect} => ")}
spec
end.compact
# find all migration keys used in this table
keys = [:name, :limit, :precision, :scale, :default, :null] & column_specs.map(&:keys).flatten
# figure out the lengths for each column based on above keys
lengths = keys.map{ |key| column_specs.map{ |spec| spec[key] ? spec[key].length + 2 : 0 }.max }
# the string we're going to sprintf our values against, with standardized column widths
format_string = lengths.map{ |len| "%-#{len}s" }
# find the max length for the 'type' column, which is special
type_length = column_specs.map{ |column| column[:type].length }.max
# add column type definition to our format string
format_string.unshift " t.%-#{type_length}s "
format_string *= ''
column_specs.each do |colspec|
values = keys.zip(lengths).map{ |key, len| colspec.key?(key) ? colspec[key] + ", " : " " * len }
values.unshift colspec[:type]
tbl.print((format_string % values).gsub(/,\s*$/, ''))
tbl.puts
end
tbl.puts " end"
tbl.puts
indexes(table, tbl)
tbl.rewind
stream.print tbl.read
rescue => e
stream.puts "# Could not dump table #{table.inspect} because of following #{e.class}"
stream.puts "# #{e.message}"
stream.puts
end
stream
end
def default_string(value)
case value
when BigDecimal
value.to_s
when Date, DateTime, Time
"'" + value.to_s(:db) + "'"
else
value.inspect
end
end
def indexes(table, stream)
if (indexes = @connection.indexes(table)).any?
add_index_statements = indexes.map do |index|
statment_parts = [ ('add_index ' + index.table.inspect) ]
statment_parts << index.columns.inspect
statment_parts << (':name => ' + index.name.inspect)
statment_parts << ':unique => true' if index.unique
index_lengths = index.lengths.compact if index.lengths.is_a?(Array)
statment_parts << (':length => ' + Hash[*index.columns.zip(index.lengths).flatten].inspect) if index_lengths.present?
' ' + statment_parts.join(', ')
end
stream.puts add_index_statements.sort.join("\n")
stream.puts
end
end
end
end

101
vendor/rails/activerecord/lib/active_record/serialization.rb vendored
View file

@ -1,101 +0,0 @@
require 'active_support/json'
module ActiveRecord #:nodoc:
module Serialization
class Serializer #:nodoc:
attr_reader :options
def initialize(record, options = nil)
@record = record
@options = options ? options.dup : {}
end
# To replicate the behavior in ActiveRecord#attributes,
# <tt>:except</tt> takes precedence over <tt>:only</tt>. If <tt>:only</tt> is not set
# for a N level model but is set for the N+1 level models,
# then because <tt>:except</tt> is set to a default value, the second
# level model can have both <tt>:except</tt> and <tt>:only</tt> set. So if
# <tt>:only</tt> is set, always delete <tt>:except</tt>.
def serializable_attribute_names
attribute_names = @record.attribute_names
if options[:only]
options.delete(:except)
attribute_names = attribute_names & Array(options[:only]).collect { |n| n.to_s }
else
options[:except] = Array(options[:except]) | Array(@record.class.inheritance_column)
attribute_names = attribute_names - options[:except].collect { |n| n.to_s }
end
attribute_names
end
def serializable_method_names
Array(options[:methods]).inject([]) do |method_attributes, name|
method_attributes << name if @record.respond_to?(name.to_s)
method_attributes
end
end
def serializable_names
serializable_attribute_names + serializable_method_names
end
# Add associations specified via the <tt>:includes</tt> option.
# Expects a block that takes as arguments:
# +association+ - name of the association
# +records+ - the association record(s) to be serialized
# +opts+ - options for the association records
def add_includes(&block)
if include_associations = options.delete(:include)
base_only_or_except = { :except => options[:except],
:only => options[:only] }
include_has_options = include_associations.is_a?(Hash)
associations = include_has_options ? include_associations.keys : Array(include_associations)
for association in associations
records = case @record.class.reflect_on_association(association).macro
when :has_many, :has_and_belongs_to_many
@record.send(association).to_a
when :has_one, :belongs_to
@record.send(association)
end
unless records.nil?
association_options = include_has_options ? include_associations[association] : base_only_or_except
opts = options.merge(association_options)
yield(association, records, opts)
end
end
options[:include] = include_associations
end
end
def serializable_record
{}.tap do |serializable_record|
serializable_names.each { |name| serializable_record[name] = @record.send(name) }
add_includes do |association, records, opts|
if records.is_a?(Enumerable)
serializable_record[association] = records.collect { |r| self.class.new(r, opts).serializable_record }
else
serializable_record[association] = self.class.new(records, opts).serializable_record
end
end
end
end
def serialize
# overwrite to implement
end
def to_s(&block)
serialize(&block)
end
end
end
end
require 'active_record/serializers/xml_serializer'
require 'active_record/serializers/json_serializer'

91
vendor/rails/activerecord/lib/active_record/serializers/json_serializer.rb vendored
View file

@ -1,91 +0,0 @@
require 'active_support/json'
require 'active_support/core_ext/module/model_naming'
module ActiveRecord #:nodoc:
module Serialization
def self.included(base)
base.cattr_accessor :include_root_in_json, :instance_writer => false
end
# Returns a JSON string representing the model. Some configuration is
# available through +options+.
#
# The option <tt>ActiveRecord::Base.include_root_in_json</tt> controls the
# top-level behavior of to_json. In a new Rails application, it is set to
# <tt>true</tt> in initializers/new_rails_defaults.rb. When it is <tt>true</tt>,
# to_json will emit a single root node named after the object's type. For example:
#
# konata = User.find(1)
# ActiveRecord::Base.include_root_in_json = true
# konata.to_json
# # => { "user": {"id": 1, "name": "Konata Izumi", "age": 16,
# "created_at": "2006/08/01", "awesome": true} }
#
# ActiveRecord::Base.include_root_in_json = false
# konata.to_json
# # => {"id": 1, "name": "Konata Izumi", "age": 16,
# "created_at": "2006/08/01", "awesome": true}
#
# The remainder of the examples in this section assume include_root_in_json is set to
# <tt>false</tt>.
#
# Without any +options+, the returned JSON string will include all
# the model's attributes. For example:
#
# konata = User.find(1)
# konata.to_json
# # => {"id": 1, "name": "Konata Izumi", "age": 16,
# "created_at": "2006/08/01", "awesome": true}
#
# The <tt>:only</tt> and <tt>:except</tt> options can be used to limit the attributes
# included, and work similar to the +attributes+ method. For example:
#
# konata.to_json(:only => [ :id, :name ])
# # => {"id": 1, "name": "Konata Izumi"}
#
# konata.to_json(:except => [ :id, :created_at, :age ])
# # => {"name": "Konata Izumi", "awesome": true}
#
# To include any methods on the model, use <tt>:methods</tt>.
#
# konata.to_json(:methods => :permalink)
# # => {"id": 1, "name": "Konata Izumi", "age": 16,
# "created_at": "2006/08/01", "awesome": true,
# "permalink": "1-konata-izumi"}
#
# To include associations, use <tt>:include</tt>.
#
# konata.to_json(:include => :posts)
# # => {"id": 1, "name": "Konata Izumi", "age": 16,
# "created_at": "2006/08/01", "awesome": true,
# "posts": [{"id": 1, "author_id": 1, "title": "Welcome to the weblog"},
# {"id": 2, author_id: 1, "title": "So I was thinking"}]}
#
# 2nd level and higher order associations work as well:
#
# konata.to_json(:include => { :posts => {
# :include => { :comments => {
# :only => :body } },
# :only => :title } })
# # => {"id": 1, "name": "Konata Izumi", "age": 16,
# "created_at": "2006/08/01", "awesome": true,
# "posts": [{"comments": [{"body": "1st post!"}, {"body": "Second!"}],
# "title": "Welcome to the weblog"},
# {"comments": [{"body": "Don't think too hard"}],
# "title": "So I was thinking"}]}
def to_json(options = {})
super
end
def as_json(options = nil) #:nodoc:
hash = Serializer.new(self, options).serializable_record
hash = { options[:root] || self.class.model_name.element => hash } if include_root_in_json
hash
end
def from_json(json)
self.attributes = ActiveSupport::JSON.decode(json)
self
end
end
end

357
vendor/rails/activerecord/lib/active_record/serializers/xml_serializer.rb vendored
View file

@ -1,357 +0,0 @@
module ActiveRecord #:nodoc:
module Serialization
# Builds an XML document to represent the model. Some configuration is
# available through +options+. However more complicated cases should
# override ActiveRecord::Base#to_xml.
#
# By default the generated XML document will include the processing
# instruction and all the object's attributes. For example:
#
# <?xml version="1.0" encoding="UTF-8"?>
# <topic>
# <title>The First Topic</title>
# <author-name>David</author-name>
# <id type="integer">1</id>
# <approved type="boolean">false</approved>
# <replies-count type="integer">0</replies-count>
# <bonus-time type="datetime">2000-01-01T08:28:00+12:00</bonus-time>
# <written-on type="datetime">2003-07-16T09:28:00+1200</written-on>
# <content>Have a nice day</content>
# <author-email-address>david@loudthinking.com</author-email-address>
# <parent-id></parent-id>
# <last-read type="date">2004-04-15</last-read>
# </topic>
#
# This behavior can be controlled with <tt>:only</tt>, <tt>:except</tt>,
# <tt>:skip_instruct</tt>, <tt>:skip_types</tt>, <tt>:dasherize</tt> and <tt>:camelize</tt> .
# The <tt>:only</tt> and <tt>:except</tt> options are the same as for the
# +attributes+ method. The default is to dasherize all column names, but you
# can disable this setting <tt>:dasherize</tt> to +false+. Setting <tt>:camelize</tt>
# to +true+ will camelize all column names - this also overrides <tt>:dasherize</tt>.
# To not have the column type included in the XML output set <tt>:skip_types</tt> to +true+.
#
# For instance:
#
# topic.to_xml(:skip_instruct => true, :except => [ :id, :bonus_time, :written_on, :replies_count ])
#
# <topic>
# <title>The First Topic</title>
# <author-name>David</author-name>
# <approved type="boolean">false</approved>
# <content>Have a nice day</content>
# <author-email-address>david@loudthinking.com</author-email-address>
# <parent-id></parent-id>
# <last-read type="date">2004-04-15</last-read>
# </topic>
#
# To include first level associations use <tt>:include</tt>:
#
# firm.to_xml :include => [ :account, :clients ]
#
# <?xml version="1.0" encoding="UTF-8"?>
# <firm>
# <id type="integer">1</id>
# <rating type="integer">1</rating>
# <name>37signals</name>
# <clients type="array">
# <client>
# <rating type="integer">1</rating>
# <name>Summit</name>
# </client>
# <client>
# <rating type="integer">1</rating>
# <name>Microsoft</name>
# </client>
# </clients>
# <account>
# <id type="integer">1</id>
# <credit-limit type="integer">50</credit-limit>
# </account>
# </firm>
#
# To include deeper levels of associations pass a hash like this:
#
# firm.to_xml :include => {:account => {}, :clients => {:include => :address}}
# <?xml version="1.0" encoding="UTF-8"?>
# <firm>
# <id type="integer">1</id>
# <rating type="integer">1</rating>
# <name>37signals</name>
# <clients type="array">
# <client>
# <rating type="integer">1</rating>
# <name>Summit</name>
# <address>
# ...
# </address>
# </client>
# <client>
# <rating type="integer">1</rating>
# <name>Microsoft</name>
# <address>
# ...
# </address>
# </client>
# </clients>
# <account>
# <id type="integer">1</id>
# <credit-limit type="integer">50</credit-limit>
# </account>
# </firm>
#
# To include any methods on the model being called use <tt>:methods</tt>:
#
# firm.to_xml :methods => [ :calculated_earnings, :real_earnings ]
#
# <firm>
# # ... normal attributes as shown above ...
# <calculated-earnings>100000000000000000</calculated-earnings>
# <real-earnings>5</real-earnings>
# </firm>
#
# To call any additional Procs use <tt>:procs</tt>. The Procs are passed a
# modified version of the options hash that was given to +to_xml+:
#
# proc = Proc.new { |options| options[:builder].tag!('abc', 'def') }
# firm.to_xml :procs => [ proc ]
#
# <firm>
# # ... normal attributes as shown above ...
# <abc>def</abc>
# </firm>
#
# Alternatively, you can yield the builder object as part of the +to_xml+ call:
#
# firm.to_xml do |xml|
# xml.creator do
# xml.first_name "David"
# xml.last_name "Heinemeier Hansson"
# end
# end
#
# <firm>
# # ... normal attributes as shown above ...
# <creator>
# <first_name>David</first_name>
# <last_name>Heinemeier Hansson</last_name>
# </creator>
# </firm>
#
# As noted above, you may override +to_xml+ in your ActiveRecord::Base
# subclasses to have complete control about what's generated. The general
# form of doing this is:
#
# class IHaveMyOwnXML < ActiveRecord::Base
# def to_xml(options = {})
# options[:indent] ||= 2
# xml = options[:builder] ||= Builder::XmlMarkup.new(:indent => options[:indent])
# xml.instruct! unless options[:skip_instruct]
# xml.level_one do
# xml.tag!(:second_level, 'content')
# end
# end
# end
def to_xml(options = {}, &block)
serializer = XmlSerializer.new(self, options)
block_given? ? serializer.to_s(&block) : serializer.to_s
end
def from_xml(xml)
self.attributes = Hash.from_xml(xml).values.first
self
end
end
class XmlSerializer < ActiveRecord::Serialization::Serializer #:nodoc:
def builder
@builder ||= begin
options[:indent] ||= 2
builder = options[:builder] ||= Builder::XmlMarkup.new(:indent => options[:indent])
unless options[:skip_instruct]
builder.instruct!
options[:skip_instruct] = true
end
builder
end
end
def root
root = (options[:root] || @record.class.model_name.singular).to_s
reformat_name(root)
end
def dasherize?
!options.has_key?(:dasherize) || options[:dasherize]
end
def camelize?
options.has_key?(:camelize) && options[:camelize]
end
def reformat_name(name)
name = name.camelize if camelize?
dasherize? ? name.dasherize : name
end
def serializable_attributes
serializable_attribute_names.collect { |name| Attribute.new(name, @record) }
end
def serializable_method_attributes
Array(options[:methods]).inject([]) do |method_attributes, name|
method_attributes << MethodAttribute.new(name.to_s, @record) if @record.respond_to?(name.to_s)
method_attributes
end
end
def add_attributes
(serializable_attributes + serializable_method_attributes).each do |attribute|
add_tag(attribute)
end
end
def add_procs
if procs = options.delete(:procs)
[ *procs ].each do |proc|
proc.call(options)
end
end
end
def add_tag(attribute)
builder.tag!(
reformat_name(attribute.name),
attribute.value.to_s,
attribute.decorations(!options[:skip_types])
)
end
def add_associations(association, records, opts)
if records.is_a?(Enumerable)
tag = reformat_name(association.to_s)
type = options[:skip_types] ? {} : {:type => "array"}
if records.empty?
builder.tag!(tag, type)
else
builder.tag!(tag, type) do
association_name = association.to_s.singularize
records.each do |record|
if options[:skip_types]
record_type = {}
else
record_class = (record.class.to_s.underscore == association_name) ? nil : record.class.name
record_type = {:type => record_class}
end
record.to_xml opts.merge(:root => association_name).merge(record_type)
end
end
end
else
if record = @record.send(association)
record.to_xml(opts.merge(:root => association))
end
end
end
def serialize
args = [root]
if options[:namespace]
args << {:xmlns=>options[:namespace]}
end
if options[:type]
args << {:type=>options[:type]}
end
builder.tag!(*args) do
add_attributes
procs = options.delete(:procs)
add_includes { |association, records, opts| add_associations(association, records, opts) }
options[:procs] = procs
add_procs
yield builder if block_given?
end
end
class Attribute #:nodoc:
attr_reader :name, :value, :type
def initialize(name, record)
@name, @record = name, record
@type = compute_type
@value = compute_value
end
# There is a significant speed improvement if the value
# does not need to be escaped, as <tt>tag!</tt> escapes all values
# to ensure that valid XML is generated. For known binary
# values, it is at least an order of magnitude faster to
# Base64 encode binary values and directly put them in the
# output XML than to pass the original value or the Base64
# encoded value to the <tt>tag!</tt> method. It definitely makes
# no sense to Base64 encode the value and then give it to
# <tt>tag!</tt>, since that just adds additional overhead.
def needs_encoding?
![ :binary, :date, :datetime, :boolean, :float, :integer ].include?(type)
end
def decorations(include_types = true)
decorations = {}
if type == :binary
decorations[:encoding] = 'base64'
end
if include_types && type != :string
decorations[:type] = type
end
if value.nil?
decorations[:nil] = true
end
decorations
end
protected
def compute_type
type = if @record.class.serialized_attributes.has_key?(name)
:yaml
else
@record.class.columns_hash[name].try(:type)
end
case type
when :text
:string
when :time
:datetime
else
type
end
end
def compute_value
value = @record.send(name)
if formatter = Hash::XML_FORMATTING[type.to_s]
value ? formatter.call(value) : nil
else
value
end
end
end
class MethodAttribute < Attribute #:nodoc:
protected
def compute_type
Hash::XML_TYPE_NAMES[@record.send(name).class.name] || :string
end
end
end
end

334
vendor/rails/activerecord/lib/active_record/session_store.rb vendored
View file

@ -1,334 +0,0 @@
module ActiveRecord
# A session store backed by an Active Record class. A default class is
# provided, but any object duck-typing to an Active Record Session class
# with text +session_id+ and +data+ attributes is sufficient.
#
# The default assumes a +sessions+ tables with columns:
# +id+ (numeric primary key),
# +session_id+ (text, or longtext if your session data exceeds 65K), and
# +data+ (text or longtext; careful if your session data exceeds 65KB).
# The +session_id+ column should always be indexed for speedy lookups.
# Session data is marshaled to the +data+ column in Base64 format.
# If the data you write is larger than the column's size limit,
# ActionController::SessionOverflowError will be raised.
#
# You may configure the table name, primary key, and data column.
# For example, at the end of <tt>config/environment.rb</tt>:
# ActiveRecord::SessionStore::Session.table_name = 'legacy_session_table'
# ActiveRecord::SessionStore::Session.primary_key = 'session_id'
# ActiveRecord::SessionStore::Session.data_column_name = 'legacy_session_data'
# Note that setting the primary key to the +session_id+ frees you from
# having a separate +id+ column if you don't want it. However, you must
# set <tt>session.model.id = session.session_id</tt> by hand! A before filter
# on ApplicationController is a good place.
#
# Since the default class is a simple Active Record, you get timestamps
# for free if you add +created_at+ and +updated_at+ datetime columns to
# the +sessions+ table, making periodic session expiration a snap.
#
# You may provide your own session class implementation, whether a
# feature-packed Active Record or a bare-metal high-performance SQL
# store, by setting
# ActiveRecord::SessionStore.session_class = MySessionClass
# You must implement these methods:
# self.find_by_session_id(session_id)
# initialize(hash_of_session_id_and_data)
# attr_reader :session_id
# attr_accessor :data
# save
# destroy
#
# The example SqlBypass class is a generic SQL session store. You may
# use it as a basis for high-performance database-specific stores.
class SessionStore < ActionController::Session::AbstractStore
# The default Active Record class.
class Session < ActiveRecord::Base
##
# :singleton-method:
# Customizable data column name. Defaults to 'data'.
cattr_accessor :data_column_name
self.data_column_name = 'data'
before_save :marshal_data!
before_save :raise_on_session_data_overflow!
class << self
def data_column_size_limit
@data_column_size_limit ||= columns_hash[@@data_column_name].limit
end
# Hook to set up sessid compatibility.
def find_by_session_id(session_id)
setup_sessid_compatibility!
find_by_session_id(session_id)
end
def marshal(data)
ActiveSupport::Base64.encode64(Marshal.dump(data)) if data
end
def unmarshal(data)
Marshal.load(ActiveSupport::Base64.decode64(data)) if data
end
def create_table!
connection.execute <<-end_sql
CREATE TABLE #{table_name} (
id INTEGER PRIMARY KEY,
#{connection.quote_column_name('session_id')} TEXT UNIQUE,
#{connection.quote_column_name(@@data_column_name)} TEXT(255)
)
end_sql
end
def drop_table!
connection.execute "DROP TABLE #{table_name}"
end
private
# Compatibility with tables using sessid instead of session_id.
def setup_sessid_compatibility!
# Reset column info since it may be stale.
reset_column_information
if columns_hash['sessid']
def self.find_by_session_id(*args)
find_by_sessid(*args)
end
define_method(:session_id) { sessid }
define_method(:session_id=) { |session_id| self.sessid = session_id }
else
def self.find_by_session_id(session_id)
find :first, :conditions => {:session_id=>session_id}
end
end
end
end
# Lazy-unmarshal session state.
def data
@data ||= self.class.unmarshal(read_attribute(@@data_column_name)) || {}
end
attr_writer :data
# Has the session been loaded yet?
def loaded?
!!@data
end
private
def marshal_data!
return false if !loaded?
write_attribute(@@data_column_name, self.class.marshal(self.data))
end
# Ensures that the data about to be stored in the database is not
# larger than the data storage column. Raises
# ActionController::SessionOverflowError.
def raise_on_session_data_overflow!
return false if !loaded?
limit = self.class.data_column_size_limit
if loaded? and limit and read_attribute(@@data_column_name).size > limit
raise ActionController::SessionOverflowError
end
end
end
# A barebones session store which duck-types with the default session
# store but bypasses Active Record and issues SQL directly. This is
# an example session model class meant as a basis for your own classes.
#
# The database connection, table name, and session id and data columns
# are configurable class attributes. Marshaling and unmarshaling
# are implemented as class methods that you may override. By default,
# marshaling data is
#
# ActiveSupport::Base64.encode64(Marshal.dump(data))
#
# and unmarshaling data is
#
# Marshal.load(ActiveSupport::Base64.decode64(data))
#
# This marshaling behavior is intended to store the widest range of
# binary session data in a +text+ column. For higher performance,
# store in a +blob+ column instead and forgo the Base64 encoding.
class SqlBypass
##
# :singleton-method:
# Use the ActiveRecord::Base.connection by default.
cattr_accessor :connection
##
# :singleton-method:
# The table name defaults to 'sessions'.
cattr_accessor :table_name
@@table_name = 'sessions'
##
# :singleton-method:
# The session id field defaults to 'session_id'.
cattr_accessor :session_id_column
@@session_id_column = 'session_id'
##
# :singleton-method:
# The data field defaults to 'data'.
cattr_accessor :data_column
@@data_column = 'data'
class << self
def connection
@@connection ||= ActiveRecord::Base.connection
end
# Look up a session by id and unmarshal its data if found.
def find_by_session_id(session_id)
if record = connection.select_one("SELECT * FROM #{@@table_name} WHERE #{@@session_id_column}=#{connection.quote(session_id)}")
new(:session_id => session_id, :marshaled_data => record['data'])
end
end
def marshal(data)
ActiveSupport::Base64.encode64(Marshal.dump(data)) if data
end
def unmarshal(data)
Marshal.load(ActiveSupport::Base64.decode64(data)) if data
end
def create_table!
@@connection.execute <<-end_sql
CREATE TABLE #{table_name} (
id INTEGER PRIMARY KEY,
#{@@connection.quote_column_name(session_id_column)} TEXT UNIQUE,
#{@@connection.quote_column_name(data_column)} TEXT
)
end_sql
end
def drop_table!
@@connection.execute "DROP TABLE #{table_name}"
end
end
attr_reader :session_id
attr_writer :data
# Look for normal and marshaled data, self.find_by_session_id's way of
# telling us to postpone unmarshaling until the data is requested.
# We need to handle a normal data attribute in case of a new record.
def initialize(attributes)
@session_id, @data, @marshaled_data = attributes[:session_id], attributes[:data], attributes[:marshaled_data]
@new_record = @marshaled_data.nil?
end
def new_record?
@new_record
end
# Lazy-unmarshal session state.
def data
unless @data
if @marshaled_data
@data, @marshaled_data = self.class.unmarshal(@marshaled_data) || {}, nil
else
@data = {}
end
end
@data
end
def loaded?
!!@data
end
def save
return false if !loaded?
marshaled_data = self.class.marshal(data)
if @new_record
@new_record = false
@@connection.update <<-end_sql, 'Create session'
INSERT INTO #{@@table_name} (
#{@@connection.quote_column_name(@@session_id_column)},
#{@@connection.quote_column_name(@@data_column)} )
VALUES (
#{@@connection.quote(session_id)},
#{@@connection.quote(marshaled_data)} )
end_sql
else
@@connection.update <<-end_sql, 'Update session'
UPDATE #{@@table_name}
SET #{@@connection.quote_column_name(@@data_column)}=#{@@connection.quote(marshaled_data)}
WHERE #{@@connection.quote_column_name(@@session_id_column)}=#{@@connection.quote(session_id)}
end_sql
end
end
def destroy
unless @new_record
@@connection.delete <<-end_sql, 'Destroy session'
DELETE FROM #{@@table_name}
WHERE #{@@connection.quote_column_name(@@session_id_column)}=#{@@connection.quote(session_id)}
end_sql
end
end
end
# The class used for session storage. Defaults to
# ActiveRecord::SessionStore::Session
cattr_accessor :session_class
self.session_class = Session
SESSION_RECORD_KEY = 'rack.session.record'.freeze
private
def get_session(env, sid)
Base.silence do
sid ||= generate_sid
session = find_session(sid)
env[SESSION_RECORD_KEY] = session
[sid, session.data]
end
end
def set_session(env, sid, session_data)
Base.silence do
record = get_session_model(env, sid)
record.data = session_data
return false unless record.save
session_data = record.data
if session_data && session_data.respond_to?(:each_value)
session_data.each_value do |obj|
obj.clear_association_cache if obj.respond_to?(:clear_association_cache)
end
end
end
return true
end
def destroy(env)
if sid = current_session_id(env)
Base.silence do
get_session_model(env, sid).destroy
end
end
end
def get_session_model(env, sid)
if env[ENV_SESSION_OPTIONS_KEY][:id].nil?
env[SESSION_RECORD_KEY] = find_session(sid)
else
env[SESSION_RECORD_KEY] ||= find_session(sid)
end
end
def find_session(id)
@@session_class.find_by_session_id(id) ||
@@session_class.new(:session_id => id, :data => {})
end
end
end

66
vendor/rails/activerecord/lib/active_record/test_case.rb vendored
View file

@ -1,66 +0,0 @@
require "active_support/test_case"
module ActiveRecord
class TestCase < ActiveSupport::TestCase #:nodoc:
def assert_date_from_db(expected, actual, message = nil)
# SybaseAdapter doesn't have a separate column type just for dates,
# so the time is in the string and incorrectly formatted
if current_adapter?(:SybaseAdapter)
assert_equal expected.to_s, actual.to_date.to_s, message
else
assert_equal expected.to_s, actual.to_s, message
end
end
def assert_sql(*patterns_to_match)
$queries_executed = []
yield
ensure
failed_patterns = []
patterns_to_match.each do |pattern|
failed_patterns << pattern unless $queries_executed.any?{ |sql| pattern === sql }
end
assert failed_patterns.empty?, "Query pattern(s) #{failed_patterns.map(&:inspect).join(', ')} not found."
end
def assert_queries(num = 1)
$queries_executed = []
yield
ensure
%w{ BEGIN COMMIT }.each { |x| $queries_executed.delete(x) }
assert_equal num, $queries_executed.size, "#{$queries_executed.size} instead of #{num} queries were executed.#{$queries_executed.size == 0 ? '' : "\nQueries:\n#{$queries_executed.join("\n")}"}"
end
def assert_no_queries(&block)
assert_queries(0, &block)
end
def self.use_concurrent_connections
setup :connection_allow_concurrency_setup
teardown :connection_allow_concurrency_teardown
end
def connection_allow_concurrency_setup
@connection = ActiveRecord::Base.remove_connection
ActiveRecord::Base.establish_connection(@connection.merge({:allow_concurrency => true}))
end
def connection_allow_concurrency_teardown
ActiveRecord::Base.clear_all_connections!
ActiveRecord::Base.establish_connection(@connection)
end
def with_kcode(kcode)
if RUBY_VERSION < '1.9'
orig_kcode, $KCODE = $KCODE, kcode
begin
yield
ensure
$KCODE = orig_kcode
end
else
yield
end
end
end
end

71
vendor/rails/activerecord/lib/active_record/timestamp.rb vendored
View file

@ -1,71 +0,0 @@
module ActiveRecord
# Active Record automatically timestamps create and update operations if the table has fields
# named created_at/created_on or updated_at/updated_on.
#
# Timestamping can be turned off by setting
# <tt>ActiveRecord::Base.record_timestamps = false</tt>
#
# Timestamps are in the local timezone by default but you can use UTC by setting
# <tt>ActiveRecord::Base.default_timezone = :utc</tt>
module Timestamp
def self.included(base) #:nodoc:
base.alias_method_chain :create, :timestamps
base.alias_method_chain :update, :timestamps
base.class_inheritable_accessor :record_timestamps, :instance_writer => false
base.record_timestamps = true
end
# Saves the record with the updated_at/on attributes set to the current time.
# If the save fails because of validation errors, an ActiveRecord::RecordInvalid exception is raised.
# If an attribute name is passed, that attribute is used for the touch instead of the updated_at/on attributes.
#
# Examples:
#
# product.touch # updates updated_at
# product.touch(:designed_at) # updates the designed_at attribute
def touch(attribute = nil)
current_time = current_time_from_proper_timezone
if attribute
write_attribute(attribute, current_time)
else
write_attribute('updated_at', current_time) if respond_to?(:updated_at)
write_attribute('updated_on', current_time) if respond_to?(:updated_on)
end
save!
end
private
def create_with_timestamps #:nodoc:
if record_timestamps
current_time = current_time_from_proper_timezone
write_attribute('created_at', current_time) if respond_to?(:created_at) && created_at.nil?
write_attribute('created_on', current_time) if respond_to?(:created_on) && created_on.nil?
write_attribute('updated_at', current_time) if respond_to?(:updated_at) && updated_at.nil?
write_attribute('updated_on', current_time) if respond_to?(:updated_on) && updated_on.nil?
end
create_without_timestamps
end
def update_with_timestamps(*args) #:nodoc:
if record_timestamps && (!partial_updates? || changed?)
current_time = current_time_from_proper_timezone
write_attribute('updated_at', current_time) if respond_to?(:updated_at)
write_attribute('updated_on', current_time) if respond_to?(:updated_on)
end
update_without_timestamps(*args)
end
def current_time_from_proper_timezone
self.class.default_timezone == :utc ? Time.now.utc : Time.now
end
end
end

235
vendor/rails/activerecord/lib/active_record/transactions.rb vendored
View file

@ -1,235 +0,0 @@
require 'thread'
module ActiveRecord
# See ActiveRecord::Transactions::ClassMethods for documentation.
module Transactions
class TransactionError < ActiveRecordError # :nodoc:
end
def self.included(base)
base.extend(ClassMethods)
base.class_eval do
[:destroy, :save, :save!].each do |method|
alias_method_chain method, :transactions
end
end
end
# Transactions are protective blocks where SQL statements are only permanent
# if they can all succeed as one atomic action. The classic example is a
# transfer between two accounts where you can only have a deposit if the
# withdrawal succeeded and vice versa. Transactions enforce the integrity of
# the database and guard the data against program errors or database
# break-downs. So basically you should use transaction blocks whenever you
# have a number of statements that must be executed together or not at all.
# Example:
#
# ActiveRecord::Base.transaction do
# david.withdrawal(100)
# mary.deposit(100)
# end
#
# This example will only take money from David and give to Mary if neither
# +withdrawal+ nor +deposit+ raises an exception. Exceptions will force a
# ROLLBACK that returns the database to the state before the transaction was
# begun. Be aware, though, that the objects will _not_ have their instance
# data returned to their pre-transactional state.
#
# == Different Active Record classes in a single transaction
#
# Though the transaction class method is called on some Active Record class,
# the objects within the transaction block need not all be instances of
# that class. This is because transactions are per-database connection, not
# per-model.
#
# In this example a <tt>Balance</tt> record is transactionally saved even
# though <tt>transaction</tt> is called on the <tt>Account</tt> class:
#
# Account.transaction do
# balance.save!
# account.save!
# end
#
# Note that the +transaction+ method is also available as a model instance
# method. For example, you can also do this:
#
# balance.transaction do
# balance.save!
# account.save!
# end
#
# == Transactions are not distributed across database connections
#
# A transaction acts on a single database connection. If you have
# multiple class-specific databases, the transaction will not protect
# interaction among them. One workaround is to begin a transaction
# on each class whose models you alter:
#
# Student.transaction do
# Course.transaction do
# course.enroll(student)
# student.units += course.units
# end
# end
#
# This is a poor solution, but full distributed transactions are beyond
# the scope of Active Record.
#
# == Save and destroy are automatically wrapped in a transaction
#
# Both Base#save and Base#destroy come wrapped in a transaction that ensures
# that whatever you do in validations or callbacks will happen under the
# protected cover of a transaction. So you can use validations to check for
# values that the transaction depends on or you can raise exceptions in the
# callbacks to rollback, including <tt>after_*</tt> callbacks.
#
# == Exception handling and rolling back
#
# Also have in mind that exceptions thrown within a transaction block will
# be propagated (after triggering the ROLLBACK), so you should be ready to
# catch those in your application code.
#
# One exception is the ActiveRecord::Rollback exception, which will trigger
# a ROLLBACK when raised, but not be re-raised by the transaction block.
#
# *Warning*: one should not catch ActiveRecord::StatementInvalid exceptions
# inside a transaction block. StatementInvalid exceptions indicate that an
# error occurred at the database level, for example when a unique constraint
# is violated. On some database systems, such as PostgreSQL, database errors
# inside a transaction causes the entire transaction to become unusable
# until it's restarted from the beginning. Here is an example which
# demonstrates the problem:
#
# # Suppose that we have a Number model with a unique column called 'i'.
# Number.transaction do
# Number.create(:i => 0)
# begin
# # This will raise a unique constraint error...
# Number.create(:i => 0)
# rescue ActiveRecord::StatementInvalid
# # ...which we ignore.
# end
#
# # On PostgreSQL, the transaction is now unusable. The following
# # statement will cause a PostgreSQL error, even though the unique
# # constraint is no longer violated:
# Number.create(:i => 1)
# # => "PGError: ERROR: current transaction is aborted, commands
# # ignored until end of transaction block"
# end
#
# One should restart the entire transaction if a StatementError occurred.
#
# == Nested transactions
#
# #transaction calls can be nested. By default, this makes all database
# statements in the nested transaction block become part of the parent
# transaction. For example:
#
# User.transaction do
# User.create(:username => 'Kotori')
# User.transaction do
# User.create(:username => 'Nemu')
# raise ActiveRecord::Rollback
# end
# end
#
# User.find(:all) # => empty
#
# It is also possible to requires a sub-transaction by passing
# <tt>:requires_new => true</tt>. If anything goes wrong, the
# database rolls back to the beginning of the sub-transaction
# without rolling back the parent transaction. For example:
#
# User.transaction do
# User.create(:username => 'Kotori')
# User.transaction(:requires_new => true) do
# User.create(:username => 'Nemu')
# raise ActiveRecord::Rollback
# end
# end
#
# User.find(:all) # => Returns only Kotori
#
# Most databases don't support true nested transactions. At the time of
# writing, the only database that we're aware of that supports true nested
# transactions, is MS-SQL. Because of this, Active Record emulates nested
# transactions by using savepoints. See
# http://dev.mysql.com/doc/refman/5.0/en/savepoints.html
# for more information about savepoints.
#
# === Caveats
#
# If you're on MySQL, then do not use DDL operations in nested transactions
# blocks that are emulated with savepoints. That is, do not execute statements
# like 'CREATE TABLE' inside such blocks. This is because MySQL automatically
# releases all savepoints upon executing a DDL operation. When #transaction
# is finished and tries to release the savepoint it created earlier, a
# database error will occur because the savepoint has already been
# automatically released. The following example demonstrates the problem:
#
# Model.connection.transaction do # BEGIN
# Model.connection.transaction(:requires_new => true) do # CREATE SAVEPOINT active_record_1
# Model.connection.create_table(...) # active_record_1 now automatically released
# end # RELEASE savepoint active_record_1
# # ^^^^ BOOM! database error!
# end
module ClassMethods
# See ActiveRecord::Transactions::ClassMethods for detailed documentation.
def transaction(options = {}, &block)
# See the ConnectionAdapters::DatabaseStatements#transaction API docs.
connection.transaction(options, &block)
end
end
# See ActiveRecord::Transactions::ClassMethods for detailed documentation.
def transaction(&block)
self.class.transaction(&block)
end
def destroy_with_transactions #:nodoc:
with_transaction_returning_status(:destroy_without_transactions)
end
def save_with_transactions(perform_validation = true) #:nodoc:
rollback_active_record_state! { with_transaction_returning_status(:save_without_transactions, perform_validation) }
end
def save_with_transactions! #:nodoc:
rollback_active_record_state! { self.class.transaction { save_without_transactions! } }
end
# Reset id and @new_record if the transaction rolls back.
def rollback_active_record_state!
id_present = has_attribute?(self.class.primary_key)
previous_id = id
previous_new_record = new_record?
yield
rescue Exception
@new_record = previous_new_record
if id_present
self.id = previous_id
else
@attributes.delete(self.class.primary_key)
@attributes_cache.delete(self.class.primary_key)
end
raise
end
# Executes +method+ within a transaction and captures its return value as a
# status flag. If the status is true the transaction is committed, otherwise
# a ROLLBACK is issued. In any case the status flag is returned.
#
# This method is available within the context of an ActiveRecord::Base
# instance.
def with_transaction_returning_status(method, *args)
status = nil
self.class.transaction do
status = send(method, *args)
raise ActiveRecord::Rollback unless status
end
status
end
end
end

1147
vendor/rails/activerecord/lib/active_record/validations.rb vendored
View file

File diff suppressed because it is too large Load diff

9
vendor/rails/activerecord/lib/active_record/version.rb vendored
View file

@ -1,9 +0,0 @@
module ActiveRecord
module VERSION #:nodoc:
MAJOR = 2
MINOR = 3
TINY = 9
STRING = [MAJOR, MINOR, TINY].join('.')
end
end

2
vendor/rails/activerecord/lib/activerecord.rb vendored
View file

@ -1,2 +0,0 @@
require 'active_record'
ActiveSupport::Deprecation.warn 'require "activerecord" is deprecated and will be removed in Rails 3. Use require "active_record" instead.'

1
vendor/rails/activerecord/test/assets/example.log vendored
View file

@ -1 +0,0 @@
# Logfile created on Wed Oct 31 16:05:13 +0000 2007 by logger.rb/1.5.2.9

BIN
vendor/rails/activerecord/test/assets/flowers.jpg vendored
View file

Binary file not shown.
Side by side

Before

Width:  |  Height:  |  Size: 5.7 KiB

24
vendor/rails/activerecord/test/cases/aaa_create_tables_test.rb vendored
View file

@ -1,24 +0,0 @@
# The filename begins with "aaa" to ensure this is the first test.
require "cases/helper"
class AAACreateTablesTest < ActiveRecord::TestCase
self.use_transactional_fixtures = false
def test_load_schema
eval(File.read(SCHEMA_ROOT + "/schema.rb"))
if File.exists?(adapter_specific_schema_file)
eval(File.read(adapter_specific_schema_file))
end
assert true
end
def test_drop_and_create_courses_table
eval(File.read(SCHEMA_ROOT + "/schema2.rb"))
assert true
end
private
def adapter_specific_schema_file
SCHEMA_ROOT + '/' + ActiveRecord::Base.connection.adapter_name.downcase + '_specific_schema.rb'
end
end

122
vendor/rails/activerecord/test/cases/active_schema_test_mysql.rb vendored
View file

@ -1,122 +0,0 @@
require "cases/helper"
class ActiveSchemaTest < ActiveRecord::TestCase
def setup
ActiveRecord::ConnectionAdapters::MysqlAdapter.class_eval do
alias_method :execute_without_stub, :execute
def execute(sql, name = nil) return sql end
end
end
def teardown
ActiveRecord::ConnectionAdapters::MysqlAdapter.class_eval do
remove_method :execute
alias_method :execute, :execute_without_stub
end
end
def test_add_index
# add_index calls index_exists? which can't work since execute is stubbed
ActiveRecord::ConnectionAdapters::MysqlAdapter.send(:define_method, :index_exists?) do |*|
false
end
expected = "CREATE INDEX `index_people_on_last_name` ON `people` (`last_name`)"
assert_equal expected, add_index(:people, :last_name, :length => nil)
expected = "CREATE INDEX `index_people_on_last_name` ON `people` (`last_name`(10))"
assert_equal expected, add_index(:people, :last_name, :length => 10)
expected = "CREATE INDEX `index_people_on_last_name_and_first_name` ON `people` (`last_name`(15), `first_name`(15))"
assert_equal expected, add_index(:people, [:last_name, :first_name], :length => 15)
expected = "CREATE INDEX `index_people_on_last_name_and_first_name` ON `people` (`last_name`(15), `first_name`)"
assert_equal expected, add_index(:people, [:last_name, :first_name], :length => {:last_name => 15})
expected = "CREATE INDEX `index_people_on_last_name_and_first_name` ON `people` (`last_name`(15), `first_name`(10))"
assert_equal expected, add_index(:people, [:last_name, :first_name], :length => {:last_name => 15, :first_name => 10})
ActiveRecord::ConnectionAdapters::MysqlAdapter.send(:remove_method, :index_exists?)
end
def test_drop_table
assert_equal "DROP TABLE `people`", drop_table(:people)
end
if current_adapter?(:MysqlAdapter)
def test_create_mysql_database_with_encoding
assert_equal "CREATE DATABASE `matt` DEFAULT CHARACTER SET `utf8`", create_database(:matt)
assert_equal "CREATE DATABASE `aimonetti` DEFAULT CHARACTER SET `latin1`", create_database(:aimonetti, {:charset => 'latin1'})
assert_equal "CREATE DATABASE `matt_aimonetti` DEFAULT CHARACTER SET `big5` COLLATE `big5_chinese_ci`", create_database(:matt_aimonetti, {:charset => :big5, :collation => :big5_chinese_ci})
end
def test_recreate_mysql_database_with_encoding
create_database(:luca, {:charset => 'latin1'})
assert_equal "CREATE DATABASE `luca` DEFAULT CHARACTER SET `latin1`", recreate_database(:luca, {:charset => 'latin1'})
end
end
def test_add_column
assert_equal "ALTER TABLE `people` ADD `last_name` varchar(255)", add_column(:people, :last_name, :string)
end
def test_add_column_with_limit
assert_equal "ALTER TABLE `people` ADD `key` varchar(32)", add_column(:people, :key, :string, :limit => 32)
end
def test_drop_table_with_specific_database
assert_equal "DROP TABLE `otherdb`.`people`", drop_table('otherdb.people')
end
def test_add_timestamps
with_real_execute do
begin
ActiveRecord::Base.connection.create_table :delete_me do |t|
end
ActiveRecord::Base.connection.add_timestamps :delete_me
assert column_present?('delete_me', 'updated_at', 'datetime')
assert column_present?('delete_me', 'created_at', 'datetime')
ensure
ActiveRecord::Base.connection.drop_table :delete_me rescue nil
end
end
end
def test_remove_timestamps
with_real_execute do
begin
ActiveRecord::Base.connection.create_table :delete_me do |t|
t.timestamps
end
ActiveRecord::Base.connection.remove_timestamps :delete_me
assert !column_present?('delete_me', 'updated_at', 'datetime')
assert !column_present?('delete_me', 'created_at', 'datetime')
ensure
ActiveRecord::Base.connection.drop_table :delete_me rescue nil
end
end
end
private
def with_real_execute
#we need to actually modify some data, so we make execute point to the original method
ActiveRecord::ConnectionAdapters::MysqlAdapter.class_eval do
alias_method :execute_with_stub, :execute
alias_method :execute, :execute_without_stub
end
yield
ensure
#before finishing, we restore the alias to the mock-up method
ActiveRecord::ConnectionAdapters::MysqlAdapter.class_eval do
alias_method :execute, :execute_with_stub
end
end
def method_missing(method_symbol, *arguments)
ActiveRecord::Base.connection.send(method_symbol, *arguments)
end
def column_present?(table_name, column_name, type)
results = ActiveRecord::Base.connection.select_all("SHOW FIELDS FROM #{table_name} LIKE '#{column_name}'")
results.first && results.first['Type'] == type
end
end

24
vendor/rails/activerecord/test/cases/active_schema_test_postgresql.rb vendored
View file

@ -1,24 +0,0 @@
require 'cases/helper'
class PostgresqlActiveSchemaTest < Test::Unit::TestCase
def setup
ActiveRecord::ConnectionAdapters::PostgreSQLAdapter.class_eval do
alias_method :real_execute, :execute
def execute(sql, name = nil) sql end
end
end
def teardown
ActiveRecord::ConnectionAdapters::PostgreSQLAdapter.send(:alias_method, :execute, :real_execute)
end
def test_create_database_with_encoding
assert_equal %(CREATE DATABASE "matt" ENCODING = 'utf8'), create_database(:matt)
assert_equal %(CREATE DATABASE "aimonetti" ENCODING = 'latin1'), create_database(:aimonetti, :encoding => :latin1)
end
private
def method_missing(method_symbol, *arguments)
ActiveRecord::Base.connection.send(method_symbol, *arguments)
end
end

144
vendor/rails/activerecord/test/cases/adapter_test.rb vendored
View file

@ -1,144 +0,0 @@
require "cases/helper"
class AdapterTest < ActiveRecord::TestCase
def setup
@connection = ActiveRecord::Base.connection
end
def test_tables
tables = @connection.tables
assert tables.include?("accounts")
assert tables.include?("authors")
assert tables.include?("tasks")
assert tables.include?("topics")
end
def test_table_exists?
assert @connection.table_exists?("accounts")
assert !@connection.table_exists?("nonexistingtable")
end
def test_indexes
idx_name = "accounts_idx"
if @connection.respond_to?(:indexes)
indexes = @connection.indexes("accounts")
assert indexes.empty?
@connection.add_index :accounts, :firm_id, :name => idx_name
indexes = @connection.indexes("accounts")
assert_equal "accounts", indexes.first.table
# OpenBase does not have the concept of a named index
# Indexes are merely properties of columns.
assert_equal idx_name, indexes.first.name unless current_adapter?(:OpenBaseAdapter)
assert !indexes.first.unique
assert_equal ["firm_id"], indexes.first.columns
else
warn "#{@connection.class} does not respond to #indexes"
end
ensure
@connection.remove_index(:accounts, :name => idx_name) rescue nil
end
def test_current_database
if @connection.respond_to?(:current_database)
assert_equal ENV['ARUNIT_DB_NAME'] || "activerecord_unittest", @connection.current_database
end
end
if current_adapter?(:MysqlAdapter)
def test_charset
assert_not_nil @connection.charset
assert_not_equal 'character_set_database', @connection.charset
assert_equal @connection.show_variable('character_set_database'), @connection.charset
end
def test_collation
assert_not_nil @connection.collation
assert_not_equal 'collation_database', @connection.collation
assert_equal @connection.show_variable('collation_database'), @connection.collation
end
def test_show_nonexistent_variable_returns_nil
assert_nil @connection.show_variable('foo_bar_baz')
end
def test_not_specifying_database_name_for_cross_database_selects
begin
assert_nothing_raised do
ActiveRecord::Base.establish_connection(ActiveRecord::Base.configurations['arunit'].except(:database))
ActiveRecord::Base.connection.execute "SELECT activerecord_unittest.pirates.*, activerecord_unittest2.courses.* FROM activerecord_unittest.pirates, activerecord_unittest2.courses"
end
ensure
ActiveRecord::Base.establish_connection 'arunit'
end
end
end
if current_adapter?(:PostgreSQLAdapter)
def test_encoding
assert_not_nil @connection.encoding
end
end
def test_table_alias
def @connection.test_table_alias_length() 10; end
class << @connection
alias_method :old_table_alias_length, :table_alias_length
alias_method :table_alias_length, :test_table_alias_length
end
assert_equal 'posts', @connection.table_alias_for('posts')
assert_equal 'posts_comm', @connection.table_alias_for('posts_comments')
assert_equal 'dbo_posts', @connection.table_alias_for('dbo.posts')
class << @connection
remove_method :table_alias_length
alias_method :table_alias_length, :old_table_alias_length
end
end
# test resetting sequences in odd tables in postgreSQL
if ActiveRecord::Base.connection.respond_to?(:reset_pk_sequence!)
require 'models/movie'
require 'models/subscriber'
def test_reset_empty_table_with_custom_pk
Movie.delete_all
Movie.connection.reset_pk_sequence! 'movies'
assert_equal 1, Movie.create(:name => 'fight club').id
end
if ActiveRecord::Base.connection.adapter_name != "FrontBase"
def test_reset_table_with_non_integer_pk
Subscriber.delete_all
Subscriber.connection.reset_pk_sequence! 'subscribers'
sub = Subscriber.new(:name => 'robert drake')
sub.id = 'bob drake'
assert_nothing_raised { sub.save! }
end
end
end
def test_add_limit_offset_should_sanitize_sql_injection_for_limit_without_comas
sql_inject = "1 select * from schema"
assert_equal " LIMIT 1", @connection.add_limit_offset!("", :limit=>sql_inject)
if current_adapter?(:MysqlAdapter)
assert_equal " LIMIT 7, 1", @connection.add_limit_offset!("", :limit=>sql_inject, :offset=>7)
else
assert_equal " LIMIT 1 OFFSET 7", @connection.add_limit_offset!("", :limit=>sql_inject, :offset=>7)
end
end
def test_add_limit_offset_should_sanitize_sql_injection_for_limit_with_comas
sql_inject = "1, 7 procedure help()"
if current_adapter?(:MysqlAdapter)
assert_equal " LIMIT 1,7", @connection.add_limit_offset!("", :limit=>sql_inject)
assert_equal " LIMIT 7, 1", @connection.add_limit_offset!("", :limit=> '1 ; DROP TABLE USERS', :offset=>7)
else
assert_equal " LIMIT 1,7", @connection.add_limit_offset!("", :limit=>sql_inject)
assert_equal " LIMIT 1,7 OFFSET 7", @connection.add_limit_offset!("", :limit=>sql_inject, :offset=>7)
end
end
end

167
vendor/rails/activerecord/test/cases/aggregations_test.rb vendored
View file

@ -1,167 +0,0 @@
require "cases/helper"
require 'models/customer'
class AggregationsTest < ActiveRecord::TestCase
fixtures :customers
def test_find_single_value_object
assert_equal 50, customers(:david).balance.amount
assert_kind_of Money, customers(:david).balance
assert_equal 300, customers(:david).balance.exchange_to("DKK").amount
end
def test_find_multiple_value_object
assert_equal customers(:david).address_street, customers(:david).address.street
assert(
customers(:david).address.close_to?(Address.new("Different Street", customers(:david).address_city, customers(:david).address_country))
)
end
def test_change_single_value_object
customers(:david).balance = Money.new(100)
customers(:david).save
assert_equal 100, customers(:david).reload.balance.amount
end
def test_immutable_value_objects
customers(:david).balance = Money.new(100)
assert_raise(ActiveSupport::FrozenObjectError) { customers(:david).balance.instance_eval { @amount = 20 } }
end
def test_inferred_mapping
assert_equal "35.544623640962634", customers(:david).gps_location.latitude
assert_equal "-105.9309951055148", customers(:david).gps_location.longitude
customers(:david).gps_location = GpsLocation.new("39x-110")
assert_equal "39", customers(:david).gps_location.latitude
assert_equal "-110", customers(:david).gps_location.longitude
customers(:david).save
customers(:david).reload
assert_equal "39", customers(:david).gps_location.latitude
assert_equal "-110", customers(:david).gps_location.longitude
end
def test_reloaded_instance_refreshes_aggregations
assert_equal "35.544623640962634", customers(:david).gps_location.latitude
assert_equal "-105.9309951055148", customers(:david).gps_location.longitude
Customer.update_all("gps_location = '24x113'")
customers(:david).reload
assert_equal '24x113', customers(:david)['gps_location']
assert_equal GpsLocation.new('24x113'), customers(:david).gps_location
end
def test_gps_equality
assert GpsLocation.new('39x110') == GpsLocation.new('39x110')
end
def test_gps_inequality
assert GpsLocation.new('39x110') != GpsLocation.new('39x111')
end
def test_allow_nil_gps_is_nil
assert_equal nil, customers(:zaphod).gps_location
end
def test_allow_nil_gps_set_to_nil
customers(:david).gps_location = nil
customers(:david).save
customers(:david).reload
assert_equal nil, customers(:david).gps_location
end
def test_allow_nil_set_address_attributes_to_nil
customers(:zaphod).address = nil
assert_equal nil, customers(:zaphod).attributes[:address_street]
assert_equal nil, customers(:zaphod).attributes[:address_city]
assert_equal nil, customers(:zaphod).attributes[:address_country]
end
def test_allow_nil_address_set_to_nil
customers(:zaphod).address = nil
customers(:zaphod).save
customers(:zaphod).reload
assert_equal nil, customers(:zaphod).address
end
def test_nil_raises_error_when_allow_nil_is_false
assert_raise(NoMethodError) { customers(:david).balance = nil }
end
def test_allow_nil_address_loaded_when_only_some_attributes_are_nil
customers(:zaphod).address_street = nil
customers(:zaphod).save
customers(:zaphod).reload
assert_kind_of Address, customers(:zaphod).address
assert customers(:zaphod).address.street.nil?
end
def test_nil_assignment_results_in_nil
customers(:david).gps_location = GpsLocation.new('39x111')
assert_not_equal nil, customers(:david).gps_location
customers(:david).gps_location = nil
assert_equal nil, customers(:david).gps_location
end
def test_custom_constructor
assert_equal 'Barney GUMBLE', customers(:barney).fullname.to_s
assert_kind_of Fullname, customers(:barney).fullname
end
def test_custom_converter
customers(:barney).fullname = 'Barnoit Gumbleau'
assert_equal 'Barnoit GUMBLEAU', customers(:barney).fullname.to_s
assert_kind_of Fullname, customers(:barney).fullname
end
end
class DeprecatedAggregationsTest < ActiveRecord::TestCase
class Person < ActiveRecord::Base; end
def test_conversion_block_is_deprecated
assert_deprecated 'conversion block has been deprecated' do
Person.composed_of(:balance, :class_name => "Money", :mapping => %w(balance amount)) { |balance| balance.to_money }
end
end
def test_conversion_block_used_when_converter_option_is_nil
assert_deprecated 'conversion block has been deprecated' do
Person.composed_of(:balance, :class_name => "Money", :mapping => %w(balance amount)) { |balance| balance.to_money }
end
assert_raise(NoMethodError) { Person.new.balance = 5 }
end
def test_converter_option_overrides_conversion_block
assert_deprecated 'conversion block has been deprecated' do
Person.composed_of(:balance, :class_name => "Money", :mapping => %w(balance amount), :converter => Proc.new { |balance| Money.new(balance) }) { |balance| balance.to_money }
end
person = Person.new
assert_nothing_raised { person.balance = 5 }
assert_equal 5, person.balance.amount
assert_kind_of Money, person.balance
end
end
class OverridingAggregationsTest < ActiveRecord::TestCase
class Name; end
class DifferentName; end
class Person < ActiveRecord::Base
composed_of :composed_of, :mapping => %w(person_first_name first_name)
end
class DifferentPerson < Person
composed_of :composed_of, :class_name => 'DifferentName', :mapping => %w(different_person_first_name first_name)
end
def test_composed_of_aggregation_redefinition_reflections_should_differ_and_not_inherited
assert_not_equal Person.reflect_on_aggregation(:composed_of),
DifferentPerson.reflect_on_aggregation(:composed_of)
end
end

32
vendor/rails/activerecord/test/cases/ar_schema_test.rb vendored
View file

@ -1,32 +0,0 @@
require "cases/helper"
if ActiveRecord::Base.connection.supports_migrations?
class ActiveRecordSchemaTest < ActiveRecord::TestCase
self.use_transactional_fixtures = false
def setup
@connection = ActiveRecord::Base.connection
end
def teardown
@connection.drop_table :fruits rescue nil
end
def test_schema_define
ActiveRecord::Schema.define(:version => 7) do
create_table :fruits do |t|
t.column :color, :string
t.column :fruit_size, :string # NOTE: "size" is reserved in Oracle
t.column :texture, :string
t.column :flavor, :string
end
end
assert_nothing_raised { @connection.select_all "SELECT * FROM fruits" }
assert_nothing_raised { @connection.select_all "SELECT * FROM schema_migrations" }
assert_equal 7, ActiveRecord::Migrator::current_version
end
end
end

438
vendor/rails/activerecord/test/cases/associations/belongs_to_associations_test.rb vendored
View file

@ -1,438 +0,0 @@
require "cases/helper"
require 'models/developer'
require 'models/project'
require 'models/company'
require 'models/topic'
require 'models/reply'
require 'models/computer'
require 'models/customer'
require 'models/order'
require 'models/post'
require 'models/author'
require 'models/tag'
require 'models/tagging'
require 'models/comment'
require 'models/sponsor'
require 'models/member'
require 'models/essay'
class BelongsToAssociationsTest < ActiveRecord::TestCase
fixtures :accounts, :companies, :developers, :projects, :topics,
:developers_projects, :computers, :authors, :posts, :tags, :taggings, :comments
def test_belongs_to
Client.find(3).firm.name
assert_equal companies(:first_firm).name, Client.find(3).firm.name
assert !Client.find(3).firm.nil?, "Microsoft should have a firm"
end
def test_belongs_to_with_primary_key
client = Client.create(:name => "Primary key client", :firm_name => companies(:first_firm).name)
assert_equal companies(:first_firm).name, client.firm_with_primary_key.name
end
def test_belongs_to_with_primary_key_joins_on_correct_column
sql = Client.send(:construct_finder_sql, :joins => :firm_with_primary_key)
assert sql !~ /\.id/
assert sql =~ /\.name/
end
def test_proxy_assignment
account = Account.find(1)
assert_nothing_raised { account.firm = account.firm }
end
def test_triple_equality
assert Client.find(3).firm === Firm
assert Firm === Client.find(3).firm
end
def test_type_mismatch
assert_raise(ActiveRecord::AssociationTypeMismatch) { Account.find(1).firm = 1 }
assert_raise(ActiveRecord::AssociationTypeMismatch) { Account.find(1).firm = Project.find(1) }
end
def test_natural_assignment
apple = Firm.create("name" => "Apple")
citibank = Account.create("credit_limit" => 10)
citibank.firm = apple
assert_equal apple.id, citibank.firm_id
end
def test_natural_assignment_with_primary_key
apple = Firm.create("name" => "Apple")
citibank = Client.create("name" => "Primary key client")
citibank.firm_with_primary_key = apple
assert_equal apple.name, citibank.firm_name
end
def test_eager_loading_with_primary_key
apple = Firm.create("name" => "Apple")
citibank = Client.create("name" => "Citibank", :firm_name => "Apple")
citibank_result = Client.find(:first, :conditions => {:name => "Citibank"}, :include => :firm_with_primary_key)
assert_not_nil citibank_result.instance_variable_get("@firm_with_primary_key")
end
def test_no_unexpected_aliasing
first_firm = companies(:first_firm)
another_firm = companies(:another_firm)
citibank = Account.create("credit_limit" => 10)
citibank.firm = first_firm
original_proxy = citibank.firm
citibank.firm = another_firm
assert_equal first_firm.object_id, original_proxy.target.object_id
assert_equal another_firm.object_id, citibank.firm.target.object_id
end
def test_creating_the_belonging_object
citibank = Account.create("credit_limit" => 10)
apple = citibank.create_firm("name" => "Apple")
assert_equal apple, citibank.firm
citibank.save
citibank.reload
assert_equal apple, citibank.firm
end
def test_creating_the_belonging_object_with_primary_key
client = Client.create(:name => "Primary key client")
apple = client.create_firm_with_primary_key("name" => "Apple")
assert_equal apple, client.firm_with_primary_key
client.save
client.reload
assert_equal apple, client.firm_with_primary_key
end
def test_building_the_belonging_object
citibank = Account.create("credit_limit" => 10)
apple = citibank.build_firm("name" => "Apple")
citibank.save
assert_equal apple.id, citibank.firm_id
end
def test_building_the_belonging_object_with_primary_key
client = Client.create(:name => "Primary key client")
apple = client.build_firm_with_primary_key("name" => "Apple")
client.save
assert_equal apple.name, client.firm_name
end
def test_natural_assignment_to_nil
client = Client.find(3)
client.firm = nil
client.save
assert_nil client.firm(true)
assert_nil client.client_of
end
def test_natural_assignment_to_nil_with_primary_key
client = Client.create(:name => "Primary key client", :firm_name => companies(:first_firm).name)
client.firm_with_primary_key = nil
client.save
assert_nil client.firm_with_primary_key(true)
assert_nil client.client_of
end
def test_with_different_class_name
assert_equal Company.find(1).name, Company.find(3).firm_with_other_name.name
assert_not_nil Company.find(3).firm_with_other_name, "Microsoft should have a firm"
end
def test_with_condition
assert_equal Company.find(1).name, Company.find(3).firm_with_condition.name
assert_not_nil Company.find(3).firm_with_condition, "Microsoft should have a firm"
end
def test_with_select
assert_equal Company.find(2).firm_with_select.attributes.size, 1
assert_equal Company.find(2, :include => :firm_with_select ).firm_with_select.attributes.size, 1
end
def test_belongs_to_counter
debate = Topic.create("title" => "debate")
assert_equal 0, debate.send(:read_attribute, "replies_count"), "No replies yet"
trash = debate.replies.create("title" => "blah!", "content" => "world around!")
assert_equal 1, Topic.find(debate.id).send(:read_attribute, "replies_count"), "First reply created"
trash.destroy
assert_equal 0, Topic.find(debate.id).send(:read_attribute, "replies_count"), "First reply deleted"
end
def test_belongs_to_with_primary_key_counter
debate = Topic.create("title" => "debate")
assert_equal 0, debate.send(:read_attribute, "replies_count"), "No replies yet"
trash = debate.replies_with_primary_key.create("title" => "blah!", "content" => "world around!")
assert_equal 1, Topic.find(debate.id).send(:read_attribute, "replies_count"), "First reply created"
trash.destroy
assert_equal 0, Topic.find(debate.id).send(:read_attribute, "replies_count"), "First reply deleted"
end
def test_belongs_to_counter_with_assigning_nil
p = Post.find(1)
c = Comment.find(1)
assert_equal p.id, c.post_id
assert_equal 2, Post.find(p.id).comments.size
c.post = nil
assert_equal 1, Post.find(p.id).comments.size
end
def test_belongs_to_with_primary_key_counter_with_assigning_nil
debate = Topic.create("title" => "debate")
reply = Reply.create("title" => "blah!", "content" => "world around!", "parent_title" => "debate")
assert_equal debate.title, reply.parent_title
assert_equal 1, Topic.find(debate.id).send(:read_attribute, "replies_count")
reply.topic_with_primary_key = nil
assert_equal 0, Topic.find(debate.id).send(:read_attribute, "replies_count")
end
def test_belongs_to_counter_with_reassigning
t1 = Topic.create("title" => "t1")
t2 = Topic.create("title" => "t2")
r1 = Reply.new("title" => "r1", "content" => "r1")
r1.topic = t1
assert r1.save
assert_equal 1, Topic.find(t1.id).replies.size
assert_equal 0, Topic.find(t2.id).replies.size
r1.topic = Topic.find(t2.id)
assert r1.save
assert_equal 0, Topic.find(t1.id).replies.size
assert_equal 1, Topic.find(t2.id).replies.size
r1.topic = nil
assert_equal 0, Topic.find(t1.id).replies.size
assert_equal 0, Topic.find(t2.id).replies.size
r1.topic = t1
assert_equal 1, Topic.find(t1.id).replies.size
assert_equal 0, Topic.find(t2.id).replies.size
r1.destroy
assert_equal 0, Topic.find(t1.id).replies.size
assert_equal 0, Topic.find(t2.id).replies.size
end
def test_belongs_to_reassign_with_namespaced_models_and_counters
t1 = Web::Topic.create("title" => "t1")
t2 = Web::Topic.create("title" => "t2")
r1 = Web::Reply.new("title" => "r1", "content" => "r1")
r1.topic = t1
assert r1.save
assert_equal 1, Web::Topic.find(t1.id).replies.size
assert_equal 0, Web::Topic.find(t2.id).replies.size
r1.topic = Web::Topic.find(t2.id)
assert r1.save
assert_equal 0, Web::Topic.find(t1.id).replies.size
assert_equal 1, Web::Topic.find(t2.id).replies.size
end
def test_belongs_to_counter_after_save
topic = Topic.create!(:title => "monday night")
topic.replies.create!(:title => "re: monday night", :content => "football")
assert_equal 1, Topic.find(topic.id)[:replies_count]
topic.save!
assert_equal 1, Topic.find(topic.id)[:replies_count]
end
def test_belongs_to_counter_after_update_attributes
topic = Topic.create!(:title => "37s")
topic.replies.create!(:title => "re: 37s", :content => "rails")
assert_equal 1, Topic.find(topic.id)[:replies_count]
topic.update_attributes(:title => "37signals")
assert_equal 1, Topic.find(topic.id)[:replies_count]
end
def test_assignment_before_child_saved
final_cut = Client.new("name" => "Final Cut")
firm = Firm.find(1)
final_cut.firm = firm
assert final_cut.new_record?
assert final_cut.save
assert !final_cut.new_record?
assert !firm.new_record?
assert_equal firm, final_cut.firm
assert_equal firm, final_cut.firm(true)
end
def test_assignment_before_child_saved_with_primary_key
final_cut = Client.new("name" => "Final Cut")
firm = Firm.find(1)
final_cut.firm_with_primary_key = firm
assert final_cut.new_record?
assert final_cut.save
assert !final_cut.new_record?
assert !firm.new_record?
assert_equal firm, final_cut.firm_with_primary_key
assert_equal firm, final_cut.firm_with_primary_key(true)
end
def test_new_record_with_foreign_key_but_no_object
c = Client.new("firm_id" => 1)
assert_equal Firm.find(:first), c.firm_with_basic_id
end
def test_forgetting_the_load_when_foreign_key_enters_late
c = Client.new
assert_nil c.firm_with_basic_id
c.firm_id = 1
assert_equal Firm.find(:first), c.firm_with_basic_id
end
def test_field_name_same_as_foreign_key
computer = Computer.find(1)
assert_not_nil computer.developer, ":foreign key == attribute didn't lock up" # '
end
def test_counter_cache
topic = Topic.create :title => "Zoom-zoom-zoom"
assert_equal 0, topic[:replies_count]
reply = Reply.create(:title => "re: zoom", :content => "speedy quick!")
reply.topic = topic
assert_equal 1, topic.reload[:replies_count]
assert_equal 1, topic.replies.size
topic[:replies_count] = 15
assert_equal 15, topic.replies.size
end
def test_custom_counter_cache
reply = Reply.create(:title => "re: zoom", :content => "speedy quick!")
assert_equal 0, reply[:replies_count]
silly = SillyReply.create(:title => "gaga", :content => "boo-boo")
silly.reply = reply
assert_equal 1, reply.reload[:replies_count]
assert_equal 1, reply.replies.size
reply[:replies_count] = 17
assert_equal 17, reply.replies.size
end
def test_association_assignment_sticks
post = Post.find(:first)
author1, author2 = Author.find(:all, :limit => 2)
assert_not_nil author1
assert_not_nil author2
# make sure the association is loaded
post.author
# set the association by id, directly
post.author_id = author2.id
# save and reload
post.save!
post.reload
# the author id of the post should be the id we set
assert_equal post.author_id, author2.id
end
def test_cant_save_readonly_association
assert_raise(ActiveRecord::ReadOnlyRecord) { companies(:first_client).readonly_firm.save! }
assert companies(:first_client).readonly_firm.readonly?
end
def test_polymorphic_assignment_foreign_type_field_updating
# should update when assigning a saved record
sponsor = Sponsor.new
member = Member.create
sponsor.sponsorable = member
assert_equal "Member", sponsor.sponsorable_type
# should update when assigning a new record
sponsor = Sponsor.new
member = Member.new
sponsor.sponsorable = member
assert_equal "Member", sponsor.sponsorable_type
end
def test_polymorphic_assignment_with_primary_key_foreign_type_field_updating
# should update when assigning a saved record
essay = Essay.new
writer = Author.create(:name => "David")
essay.writer = writer
assert_equal "Author", essay.writer_type
# should update when assigning a new record
essay = Essay.new
writer = Author.new
essay.writer = writer
assert_equal "Author", essay.writer_type
end
def test_polymorphic_assignment_updates_foreign_id_field_for_new_and_saved_records
sponsor = Sponsor.new
saved_member = Member.create
new_member = Member.new
sponsor.sponsorable = saved_member
assert_equal saved_member.id, sponsor.sponsorable_id
sponsor.sponsorable = new_member
assert_equal nil, sponsor.sponsorable_id
end
def test_polymorphic_assignment_with_primary_key_updates_foreign_id_field_for_new_and_saved_records
essay = Essay.new
saved_writer = Author.create(:name => "David")
new_writer = Author.new
essay.writer = saved_writer
assert_equal saved_writer.name, essay.writer_id
essay.writer = new_writer
assert_equal nil, essay.writer_id
end
def test_belongs_to_proxy_should_not_respond_to_private_methods
assert_raise(NoMethodError) { companies(:first_firm).private_method }
assert_raise(NoMethodError) { companies(:second_client).firm.private_method }
end
def test_belongs_to_proxy_should_respond_to_private_methods_via_send
companies(:first_firm).send(:private_method)
companies(:second_client).firm.send(:private_method)
end
def test_save_of_record_with_loaded_belongs_to
@account = companies(:first_firm).account
assert_nothing_raised do
Account.find(@account.id).save!
Account.find(@account.id, :include => :firm).save!
end
@account.firm.delete
assert_nothing_raised do
Account.find(@account.id).save!
Account.find(@account.id, :include => :firm).save!
end
end
end

161
vendor/rails/activerecord/test/cases/associations/callbacks_test.rb vendored
View file

@ -1,161 +0,0 @@
require "cases/helper"
require 'models/post'
require 'models/comment'
require 'models/author'
require 'models/category'
require 'models/project'
require 'models/developer'
class AssociationCallbacksTest < ActiveRecord::TestCase
fixtures :posts, :authors, :projects, :developers
def setup
@david = authors(:david)
@thinking = posts(:thinking)
@authorless = posts(:authorless)
assert @david.post_log.empty?
end
def test_adding_macro_callbacks
@david.posts_with_callbacks << @thinking
assert_equal ["before_adding#{@thinking.id}", "after_adding#{@thinking.id}"], @david.post_log
@david.posts_with_callbacks << @thinking
assert_equal ["before_adding#{@thinking.id}", "after_adding#{@thinking.id}", "before_adding#{@thinking.id}",
"after_adding#{@thinking.id}"], @david.post_log
end
def test_adding_with_proc_callbacks
@david.posts_with_proc_callbacks << @thinking
assert_equal ["before_adding#{@thinking.id}", "after_adding#{@thinking.id}"], @david.post_log
@david.posts_with_proc_callbacks << @thinking
assert_equal ["before_adding#{@thinking.id}", "after_adding#{@thinking.id}", "before_adding#{@thinking.id}",
"after_adding#{@thinking.id}"], @david.post_log
end
def test_removing_with_macro_callbacks
first_post, second_post = @david.posts_with_callbacks[0, 2]
@david.posts_with_callbacks.delete(first_post)
assert_equal ["before_removing#{first_post.id}", "after_removing#{first_post.id}"], @david.post_log
@david.posts_with_callbacks.delete(second_post)
assert_equal ["before_removing#{first_post.id}", "after_removing#{first_post.id}", "before_removing#{second_post.id}",
"after_removing#{second_post.id}"], @david.post_log
end
def test_removing_with_proc_callbacks
first_post, second_post = @david.posts_with_callbacks[0, 2]
@david.posts_with_proc_callbacks.delete(first_post)
assert_equal ["before_removing#{first_post.id}", "after_removing#{first_post.id}"], @david.post_log
@david.posts_with_proc_callbacks.delete(second_post)
assert_equal ["before_removing#{first_post.id}", "after_removing#{first_post.id}", "before_removing#{second_post.id}",
"after_removing#{second_post.id}"], @david.post_log
end
def test_multiple_callbacks
@david.posts_with_multiple_callbacks << @thinking
assert_equal ["before_adding#{@thinking.id}", "before_adding_proc#{@thinking.id}", "after_adding#{@thinking.id}",
"after_adding_proc#{@thinking.id}"], @david.post_log
@david.posts_with_multiple_callbacks << @thinking
assert_equal ["before_adding#{@thinking.id}", "before_adding_proc#{@thinking.id}", "after_adding#{@thinking.id}",
"after_adding_proc#{@thinking.id}", "before_adding#{@thinking.id}", "before_adding_proc#{@thinking.id}",
"after_adding#{@thinking.id}", "after_adding_proc#{@thinking.id}"], @david.post_log
end
def test_has_many_callbacks_with_create
morten = Author.create :name => "Morten"
post = morten.posts_with_proc_callbacks.create! :title => "Hello", :body => "How are you doing?"
assert_equal ["before_adding<new>", "after_adding#{post.id}"], morten.post_log
end
def test_has_many_callbacks_with_create!
morten = Author.create! :name => "Morten"
post = morten.posts_with_proc_callbacks.create :title => "Hello", :body => "How are you doing?"
assert_equal ["before_adding<new>", "after_adding#{post.id}"], morten.post_log
end
def test_has_many_callbacks_for_save_on_parent
jack = Author.new :name => "Jack"
post = jack.posts_with_callbacks.build :title => "Call me back!", :body => "Before you wake up and after you sleep"
callback_log = ["before_adding<new>", "after_adding#{jack.posts_with_callbacks.first.id}"]
assert_equal callback_log, jack.post_log
assert jack.save
assert_equal 1, jack.posts_with_callbacks.count
assert_equal callback_log, jack.post_log
end
def test_has_and_belongs_to_many_add_callback
david = developers(:david)
ar = projects(:active_record)
assert ar.developers_log.empty?
ar.developers_with_callbacks << david
assert_equal ["before_adding#{david.id}", "after_adding#{david.id}"], ar.developers_log
ar.developers_with_callbacks << david
assert_equal ["before_adding#{david.id}", "after_adding#{david.id}", "before_adding#{david.id}",
"after_adding#{david.id}"], ar.developers_log
end
def test_has_and_belongs_to_many_after_add_called_after_save
ar = projects(:active_record)
assert ar.developers_log.empty?
alice = Developer.new(:name => 'alice')
ar.developers_with_callbacks << alice
assert_equal"after_adding#{alice.id}", ar.developers_log.last
bob = ar.developers_with_callbacks.create(:name => 'bob')
assert_equal "after_adding#{bob.id}", ar.developers_log.last
ar.developers_with_callbacks.build(:name => 'charlie')
assert_equal "after_adding<new>", ar.developers_log.last
end
def test_has_and_belongs_to_many_remove_callback
david = developers(:david)
jamis = developers(:jamis)
activerecord = projects(:active_record)
assert activerecord.developers_log.empty?
activerecord.developers_with_callbacks.delete(david)
assert_equal ["before_removing#{david.id}", "after_removing#{david.id}"], activerecord.developers_log
activerecord.developers_with_callbacks.delete(jamis)
assert_equal ["before_removing#{david.id}", "after_removing#{david.id}", "before_removing#{jamis.id}",
"after_removing#{jamis.id}"], activerecord.developers_log
end
def test_has_and_belongs_to_many_remove_callback_on_clear
activerecord = projects(:active_record)
assert activerecord.developers_log.empty?
if activerecord.developers_with_callbacks.size == 0
activerecord.developers << developers(:david)
activerecord.developers << developers(:jamis)
activerecord.reload
assert activerecord.developers_with_callbacks.size == 2
end
log_array = activerecord.developers_with_callbacks.collect {|d| ["before_removing#{d.id}","after_removing#{d.id}"]}.flatten.sort
assert activerecord.developers_with_callbacks.clear
assert_equal log_array, activerecord.developers_log.sort
end
def test_has_many_and_belongs_to_many_callbacks_for_save_on_parent
project = Project.new :name => "Callbacks"
project.developers_with_callbacks.build :name => "Jack", :salary => 95000
callback_log = ["before_adding<new>", "after_adding<new>"]
assert_equal callback_log, project.developers_log
assert project.save
assert_equal 1, project.developers_with_callbacks.size
assert_equal callback_log, project.developers_log
end
def test_dont_add_if_before_callback_raises_exception
assert !@david.unchangable_posts.include?(@authorless)
begin
@david.unchangable_posts << @authorless
rescue Exception => e
end
assert @david.post_log.empty?
assert !@david.unchangable_posts.include?(@authorless)
@david.reload
assert !@david.unchangable_posts.include?(@authorless)
end
end

131
vendor/rails/activerecord/test/cases/associations/cascaded_eager_loading_test.rb vendored
View file

@ -1,131 +0,0 @@
require "cases/helper"
require 'models/post'
require 'models/comment'
require 'models/author'
require 'models/category'
require 'models/categorization'
require 'models/company'
require 'models/topic'
require 'models/reply'
class CascadedEagerLoadingTest < ActiveRecord::TestCase
fixtures :authors, :mixins, :companies, :posts, :topics, :accounts, :comments, :categorizations
def test_eager_association_loading_with_cascaded_two_levels
authors = Author.find(:all, :include=>{:posts=>:comments}, :order=>"authors.id")
assert_equal 2, authors.size
assert_equal 5, authors[0].posts.size
assert_equal 1, authors[1].posts.size
assert_equal 9, authors[0].posts.collect{|post| post.comments.size }.inject(0){|sum,i| sum+i}
end
def test_eager_association_loading_with_cascaded_two_levels_and_one_level
authors = Author.find(:all, :include=>[{:posts=>:comments}, :categorizations], :order=>"authors.id")
assert_equal 2, authors.size
assert_equal 5, authors[0].posts.size
assert_equal 1, authors[1].posts.size
assert_equal 9, authors[0].posts.collect{|post| post.comments.size }.inject(0){|sum,i| sum+i}
assert_equal 1, authors[0].categorizations.size
assert_equal 2, authors[1].categorizations.size
end
def test_eager_association_loading_with_cascaded_two_levels_with_two_has_many_associations
authors = Author.find(:all, :include=>{:posts=>[:comments, :categorizations]}, :order=>"authors.id")
assert_equal 2, authors.size
assert_equal 5, authors[0].posts.size
assert_equal 1, authors[1].posts.size
assert_equal 9, authors[0].posts.collect{|post| post.comments.size }.inject(0){|sum,i| sum+i}
end
def test_eager_association_loading_with_cascaded_two_levels_and_self_table_reference
authors = Author.find(:all, :include=>{:posts=>[:comments, :author]}, :order=>"authors.id")
assert_equal 2, authors.size
assert_equal 5, authors[0].posts.size
assert_equal authors(:david).name, authors[0].name
assert_equal [authors(:david).name], authors[0].posts.collect{|post| post.author.name}.uniq
end
def test_eager_association_loading_with_cascaded_two_levels_with_condition
authors = Author.find(:all, :include=>{:posts=>:comments}, :conditions=>"authors.id=1", :order=>"authors.id")
assert_equal 1, authors.size
assert_equal 5, authors[0].posts.size
end
def test_eager_association_loading_with_cascaded_three_levels_by_ping_pong
firms = Firm.find(:all, :include=>{:account=>{:firm=>:account}}, :order=>"companies.id")
assert_equal 2, firms.size
assert_equal firms.first.account, firms.first.account.firm.account
assert_equal companies(:first_firm).account, assert_no_queries { firms.first.account.firm.account }
assert_equal companies(:first_firm).account.firm.account, assert_no_queries { firms.first.account.firm.account }
end
def test_eager_association_loading_with_has_many_sti
topics = Topic.find(:all, :include => :replies, :order => 'topics.id')
first, second, = topics(:first).replies.size, topics(:second).replies.size
assert_no_queries do
assert_equal first, topics[0].replies.size
assert_equal second, topics[1].replies.size
end
end
def test_eager_association_loading_with_has_many_sti_and_subclasses
silly = SillyReply.new(:title => "gaga", :content => "boo-boo", :parent_id => 1)
silly.parent_id = 1
assert silly.save
topics = Topic.find(:all, :include => :replies, :order => 'topics.id, replies_topics.id')
assert_no_queries do
assert_equal 2, topics[0].replies.size
assert_equal 0, topics[1].replies.size
end
end
def test_eager_association_loading_with_belongs_to_sti
replies = Reply.find(:all, :include => :topic, :order => 'topics.id')
assert replies.include?(topics(:second))
assert !replies.include?(topics(:first))
assert_equal topics(:first), assert_no_queries { replies.first.topic }
end
def test_eager_association_loading_with_multiple_stis_and_order
author = Author.find(:first, :include => { :posts => [ :special_comments , :very_special_comment ] }, :order => 'authors.name, comments.body, very_special_comments_posts.body', :conditions => 'posts.id = 4')
assert_equal authors(:david), author
assert_no_queries do
author.posts.first.special_comments
author.posts.first.very_special_comment
end
end
def test_eager_association_loading_of_stis_with_multiple_references
authors = Author.find(:all, :include => { :posts => { :special_comments => { :post => [ :special_comments, :very_special_comment ] } } }, :order => 'comments.body, very_special_comments_posts.body', :conditions => 'posts.id = 4')
assert_equal [authors(:david)], authors
assert_no_queries do
authors.first.posts.first.special_comments.first.post.special_comments
authors.first.posts.first.special_comments.first.post.very_special_comment
end
end
def test_eager_association_loading_where_first_level_returns_nil
authors = Author.find(:all, :include => {:post_about_thinking => :comments}, :order => 'authors.id DESC')
assert_equal [authors(:mary), authors(:david)], authors
assert_no_queries do
authors[1].post_about_thinking.comments.first
end
end
end
require 'models/vertex'
require 'models/edge'
class CascadedEagerLoadingTest < ActiveRecord::TestCase
fixtures :edges, :vertices
def test_eager_association_loading_with_recursive_cascading_four_levels_has_many_through
source = Vertex.find(:first, :include=>{:sinks=>{:sinks=>{:sinks=>:sinks}}}, :order => 'vertices.id')
assert_equal vertices(:vertex_4), assert_no_queries { source.sinks.first.sinks.first.sinks.first }
end
def test_eager_association_loading_with_recursive_cascading_four_levels_has_and_belongs_to_many
sink = Vertex.find(:first, :include=>{:sources=>{:sources=>{:sources=>:sources}}}, :order => 'vertices.id DESC')
assert_equal vertices(:vertex_1), assert_no_queries { sink.sources.first.sources.first.sources.first.sources.first }
end
end

36
vendor/rails/activerecord/test/cases/associations/eager_load_includes_full_sti_class_test.rb vendored
View file

@ -1,36 +0,0 @@
require 'cases/helper'
require 'models/post'
require 'models/tagging'
module Namespaced
class Post < ActiveRecord::Base
set_table_name 'posts'
has_one :tagging, :as => :taggable, :class_name => 'Tagging'
end
end
class EagerLoadIncludeFullStiClassNamesTest < ActiveRecord::TestCase
def setup
generate_test_objects
end
def generate_test_objects
post = Namespaced::Post.create( :title => 'Great stuff', :body => 'This is not', :author_id => 1 )
tagging = Tagging.create( :taggable => post )
end
def test_class_names
old = ActiveRecord::Base.store_full_sti_class
ActiveRecord::Base.store_full_sti_class = false
post = Namespaced::Post.find_by_title( 'Great stuff', :include => :tagging )
assert_nil post.tagging
ActiveRecord::Base.store_full_sti_class = true
post = Namespaced::Post.find_by_title( 'Great stuff', :include => :tagging )
assert_equal 'Tagging', post.tagging.class.name
ensure
ActiveRecord::Base.store_full_sti_class = old
end
end

131
vendor/rails/activerecord/test/cases/associations/eager_load_nested_include_test.rb vendored
View file

@ -1,131 +0,0 @@
require 'cases/helper'
require 'models/post'
require 'models/author'
require 'models/comment'
require 'models/category'
require 'models/categorization'
require 'active_support/core_ext/array/random_access'
module Remembered
def self.included(base)
base.extend ClassMethods
base.class_eval do
after_create :remember
protected
def remember; self.class.remembered << self; end
end
end
module ClassMethods
def remembered; @@remembered ||= []; end
def sample; @@remembered.sample; end
end
end
class ShapeExpression < ActiveRecord::Base
belongs_to :shape, :polymorphic => true
belongs_to :paint, :polymorphic => true
end
class Circle < ActiveRecord::Base
has_many :shape_expressions, :as => :shape
include Remembered
end
class Square < ActiveRecord::Base
has_many :shape_expressions, :as => :shape
include Remembered
end
class Triangle < ActiveRecord::Base
has_many :shape_expressions, :as => :shape
include Remembered
end
class PaintColor < ActiveRecord::Base
has_many :shape_expressions, :as => :paint
belongs_to :non_poly, :foreign_key => "non_poly_one_id", :class_name => "NonPolyOne"
include Remembered
end
class PaintTexture < ActiveRecord::Base
has_many :shape_expressions, :as => :paint
belongs_to :non_poly, :foreign_key => "non_poly_two_id", :class_name => "NonPolyTwo"
include Remembered
end
class NonPolyOne < ActiveRecord::Base
has_many :paint_colors
include Remembered
end
class NonPolyTwo < ActiveRecord::Base
has_many :paint_textures
include Remembered
end
class EagerLoadPolyAssocsTest < ActiveRecord::TestCase
NUM_SIMPLE_OBJS = 50
NUM_SHAPE_EXPRESSIONS = 100
def setup
generate_test_object_graphs
end
def teardown
[Circle, Square, Triangle, PaintColor, PaintTexture,
ShapeExpression, NonPolyOne, NonPolyTwo].each do |c|
c.delete_all
end
end
def generate_test_object_graphs
1.upto(NUM_SIMPLE_OBJS) do
[Circle, Square, Triangle, NonPolyOne, NonPolyTwo].map(&:create!)
end
1.upto(NUM_SIMPLE_OBJS) do
PaintColor.create!(:non_poly_one_id => NonPolyOne.sample.id)
PaintTexture.create!(:non_poly_two_id => NonPolyTwo.sample.id)
end
1.upto(NUM_SHAPE_EXPRESSIONS) do
shape_type = [Circle, Square, Triangle].sample
paint_type = [PaintColor, PaintTexture].sample
ShapeExpression.create!(:shape_type => shape_type.to_s, :shape_id => shape_type.sample.id,
:paint_type => paint_type.to_s, :paint_id => paint_type.sample.id)
end
end
def test_include_query
res = 0
res = ShapeExpression.find :all, :include => [ :shape, { :paint => :non_poly } ]
assert_equal NUM_SHAPE_EXPRESSIONS, res.size
assert_queries(0) do
res.each do |se|
assert_not_nil se.paint.non_poly, "this is the association that was loading incorrectly before the change"
assert_not_nil se.shape, "just making sure other associations still work"
end
end
end
end
class EagerLoadNestedIncludeWithMissingDataTest < ActiveRecord::TestCase
def setup
@davey_mcdave = Author.create(:name => 'Davey McDave')
@first_post = @davey_mcdave.posts.create(:title => 'Davey Speaks', :body => 'Expressive wordage')
@first_comment = @first_post.comments.create(:body => 'Inflamatory doublespeak')
@first_categorization = @davey_mcdave.categorizations.create(:category => Category.first, :post => @first_post)
end
def teardown
@davey_mcdave.destroy
@first_post.destroy
@first_comment.destroy
@first_categorization.destroy
end
def test_missing_data_in_a_nested_include_should_not_cause_errors_when_constructing_objects
assert_nothing_raised do
# @davey_mcdave doesn't have any author_favorites
includes = {:posts => :comments, :categorizations => :category, :author_favorites => :favorite_author }
Author.all :include => includes, :conditions => {:authors => {:name => @davey_mcdave.name}}, :order => 'categories.name'
end
end
end

19
vendor/rails/activerecord/test/cases/associations/eager_load_nested_polymorphic_include.rb vendored
View file

@ -1,19 +0,0 @@
require 'cases/helper'
require 'models/tee'
require 'models/tie'
require 'models/polymorphic_design'
require 'models/polymorphic_price'
class EagerLoadNestedPolymorphicIncludeTest < ActiveRecord::TestCase
fixtures :tees, :ties, :polymorphic_designs, :polymorphic_prices
def test_eager_load_polymorphic_has_one_nested_under_polymorphic_belongs_to
designs = PolymorphicDesign.scoped(:include => {:designable => :polymorphic_price})
associated_price_ids = designs.map{|design| design.designable.polymorphic_price.id}
expected_price_ids = [1, 2, 3, 4]
assert expected_price_ids.all?{|expected_id| associated_price_ids.include?(expected_id)},
"Expected associated prices to be #{expected_price_ids.inspect} but they were #{associated_price_ids.sort.inspect}"
end
end

145
vendor/rails/activerecord/test/cases/associations/eager_singularization_test.rb vendored
View file

@ -1,145 +0,0 @@
require "cases/helper"
class Virus < ActiveRecord::Base
belongs_to :octopus
end
class Octopus < ActiveRecord::Base
has_one :virus
end
class Pass < ActiveRecord::Base
belongs_to :bus
end
class Bus < ActiveRecord::Base
has_many :passes
end
class Mess < ActiveRecord::Base
has_and_belongs_to_many :crises
end
class Crisis < ActiveRecord::Base
has_and_belongs_to_many :messes
has_many :analyses, :dependent => :destroy
has_many :successes, :through => :analyses
has_many :dresses, :dependent => :destroy
has_many :compresses, :through => :dresses
end
class Analysis < ActiveRecord::Base
belongs_to :crisis
belongs_to :success
end
class Success < ActiveRecord::Base
has_many :analyses, :dependent => :destroy
has_many :crises, :through => :analyses
end
class Dress < ActiveRecord::Base
belongs_to :crisis
has_many :compresses
end
class Compress < ActiveRecord::Base
belongs_to :dress
end
class EagerSingularizationTest < ActiveRecord::TestCase
def setup
if ActiveRecord::Base.connection.supports_migrations?
ActiveRecord::Base.connection.create_table :viri do |t|
t.column :octopus_id, :integer
t.column :species, :string
end
ActiveRecord::Base.connection.create_table :octopi do |t|
t.column :species, :string
end
ActiveRecord::Base.connection.create_table :passes do |t|
t.column :bus_id, :integer
t.column :rides, :integer
end
ActiveRecord::Base.connection.create_table :buses do |t|
t.column :name, :string
end
ActiveRecord::Base.connection.create_table :crises_messes, :id => false do |t|
t.column :crisis_id, :integer
t.column :mess_id, :integer
end
ActiveRecord::Base.connection.create_table :messes do |t|
t.column :name, :string
end
ActiveRecord::Base.connection.create_table :crises do |t|
t.column :name, :string
end
ActiveRecord::Base.connection.create_table :successes do |t|
t.column :name, :string
end
ActiveRecord::Base.connection.create_table :analyses do |t|
t.column :crisis_id, :integer
t.column :success_id, :integer
end
ActiveRecord::Base.connection.create_table :dresses do |t|
t.column :crisis_id, :integer
end
ActiveRecord::Base.connection.create_table :compresses do |t|
t.column :dress_id, :integer
end
@have_tables = true
else
@have_tables = false
end
end
def teardown
ActiveRecord::Base.connection.drop_table :viri
ActiveRecord::Base.connection.drop_table :octopi
ActiveRecord::Base.connection.drop_table :passes
ActiveRecord::Base.connection.drop_table :buses
ActiveRecord::Base.connection.drop_table :crises_messes
ActiveRecord::Base.connection.drop_table :messes
ActiveRecord::Base.connection.drop_table :crises
ActiveRecord::Base.connection.drop_table :successes
ActiveRecord::Base.connection.drop_table :analyses
ActiveRecord::Base.connection.drop_table :dresses
ActiveRecord::Base.connection.drop_table :compresses
end
def test_eager_no_extra_singularization_belongs_to
return unless @have_tables
assert_nothing_raised do
Virus.find(:all, :include => :octopus)
end
end
def test_eager_no_extra_singularization_has_one
return unless @have_tables
assert_nothing_raised do
Octopus.find(:all, :include => :virus)
end
end
def test_eager_no_extra_singularization_has_many
return unless @have_tables
assert_nothing_raised do
Bus.find(:all, :include => :passes)
end
end
def test_eager_no_extra_singularization_has_and_belongs_to_many
return unless @have_tables
assert_nothing_raised do
Crisis.find(:all, :include => :messes)
Mess.find(:all, :include => :crises)
end
end
def test_eager_no_extra_singularization_has_many_through_belongs_to
return unless @have_tables
assert_nothing_raised do
Crisis.find(:all, :include => :successes)
end
end
def test_eager_no_extra_singularization_has_many_through_has_many
return unless @have_tables
assert_nothing_raised do
Crisis.find(:all, :include => :compresses)
end
end
end

847
vendor/rails/activerecord/test/cases/associations/eager_test.rb vendored
View file

@ -1,847 +0,0 @@
require "cases/helper"
require 'models/post'
require 'models/tagging'
require 'models/tag'
require 'models/comment'
require 'models/author'
require 'models/category'
require 'models/company'
require 'models/person'
require 'models/reader'
require 'models/owner'
require 'models/pet'
require 'models/reference'
require 'models/job'
require 'models/subscriber'
require 'models/subscription'
require 'models/book'
require 'models/developer'
require 'models/project'
class EagerAssociationTest < ActiveRecord::TestCase
fixtures :posts, :comments, :authors, :author_addresses, :categories, :categories_posts,
:companies, :accounts, :tags, :taggings, :people, :readers,
:owners, :pets, :author_favorites, :jobs, :references, :subscribers, :subscriptions, :books,
:developers, :projects, :developers_projects
def test_loading_with_one_association
posts = Post.find(:all, :include => :comments)
post = posts.find { |p| p.id == 1 }
assert_equal 2, post.comments.size
assert post.comments.include?(comments(:greetings))
post = Post.find(:first, :include => :comments, :conditions => "posts.title = 'Welcome to the weblog'")
assert_equal 2, post.comments.size
assert post.comments.include?(comments(:greetings))
posts = Post.find(:all, :include => :last_comment)
post = posts.find { |p| p.id == 1 }
assert_equal Post.find(1).last_comment, post.last_comment
end
def test_loading_with_one_association_with_non_preload
posts = Post.find(:all, :include => :last_comment, :order => 'comments.id DESC')
post = posts.find { |p| p.id == 1 }
assert_equal Post.find(1).last_comment, post.last_comment
end
def test_loading_conditions_with_or
posts = authors(:david).posts.find(:all, :include => :comments, :conditions => "comments.body like 'Normal%' OR comments.#{QUOTED_TYPE} = 'SpecialComment'")
assert_nil posts.detect { |p| p.author_id != authors(:david).id },
"expected to find only david's posts"
end
def test_with_ordering
list = Post.find(:all, :include => :comments, :order => "posts.id DESC")
[:eager_other, :sti_habtm, :sti_post_and_comments, :sti_comments,
:authorless, :thinking, :welcome
].each_with_index do |post, index|
assert_equal posts(post), list[index]
end
end
def test_with_two_tables_in_from_without_getting_double_quoted
posts = Post.find(:all,
:select => "posts.*",
:from => "authors, posts",
:include => :comments,
:conditions => "posts.author_id = authors.id",
:order => "posts.id"
)
assert_equal 2, posts.first.comments.size
end
def test_loading_with_multiple_associations
posts = Post.find(:all, :include => [ :comments, :author, :categories ], :order => "posts.id")
assert_equal 2, posts.first.comments.size
assert_equal 2, posts.first.categories.size
assert posts.first.comments.include?(comments(:greetings))
end
def test_duplicate_middle_objects
comments = Comment.find :all, :conditions => 'post_id = 1', :include => [:post => :author]
assert_no_queries do
comments.each {|comment| comment.post.author.name}
end
end
def test_including_duplicate_objects_from_belongs_to
popular_post = Post.create!(:title => 'foo', :body => "I like cars!")
comment = popular_post.comments.create!(:body => "lol")
popular_post.readers.create!(:person => people(:michael))
popular_post.readers.create!(:person => people(:david))
readers = Reader.find(:all, :conditions => ["post_id = ?", popular_post.id],
:include => {:post => :comments})
readers.each do |reader|
assert_equal [comment], reader.post.comments
end
end
def test_including_duplicate_objects_from_has_many
car_post = Post.create!(:title => 'foo', :body => "I like cars!")
car_post.categories << categories(:general)
car_post.categories << categories(:technology)
comment = car_post.comments.create!(:body => "hmm")
categories = Category.find(:all, :conditions => ["posts.id=?", car_post.id],
:include => {:posts => :comments})
categories.each do |category|
assert_equal [comment], category.posts[0].comments
end
end
def test_finding_with_includes_on_has_many_association_with_same_include_includes_only_once
author_id = authors(:david).id
author = assert_queries(3) { Author.find(author_id, :include => {:posts_with_comments => :comments}) } # find the author, then find the posts, then find the comments
author.posts_with_comments.each do |post_with_comments|
assert_equal post_with_comments.comments.length, post_with_comments.comments.count
assert_equal nil, post_with_comments.comments.uniq!
end
end
def test_finding_with_includes_on_has_one_assocation_with_same_include_includes_only_once
author = authors(:david)
post = author.post_about_thinking_with_last_comment
last_comment = post.last_comment
author = assert_queries(3) { Author.find(author.id, :include => {:post_about_thinking_with_last_comment => :last_comment})} # find the author, then find the posts, then find the comments
assert_no_queries do
assert_equal post, author.post_about_thinking_with_last_comment
assert_equal last_comment, author.post_about_thinking_with_last_comment.last_comment
end
end
def test_finding_with_includes_on_belongs_to_association_with_same_include_includes_only_once
post = posts(:welcome)
author = post.author
author_address = author.author_address
post = assert_queries(3) { Post.find(post.id, :include => {:author_with_address => :author_address}) } # find the post, then find the author, then find the address
assert_no_queries do
assert_equal author, post.author_with_address
assert_equal author_address, post.author_with_address.author_address
end
end
def test_finding_with_includes_on_null_belongs_to_association_with_same_include_includes_only_once
post = posts(:welcome)
post.update_attributes!(:author => nil)
post = assert_queries(1) { Post.find(post.id, :include => {:author_with_address => :author_address}) } # find the post, then find the author which is null so no query for the author or address
assert_no_queries do
assert_equal nil, post.author_with_address
end
end
def test_loading_from_an_association
posts = authors(:david).posts.find(:all, :include => :comments, :order => "posts.id")
assert_equal 2, posts.first.comments.size
end
def test_loading_from_an_association_that_has_a_hash_of_conditions
assert_nothing_raised do
Author.find(:all, :include => :hello_posts_with_hash_conditions)
end
assert !Author.find(authors(:david).id, :include => :hello_posts_with_hash_conditions).hello_posts.empty?
end
def test_loading_with_no_associations
assert_nil Post.find(posts(:authorless).id, :include => :author).author
end
def test_nested_loading_with_no_associations
assert_nothing_raised do
Post.find(posts(:authorless).id, :include => {:author => :author_addresss})
end
end
def test_eager_association_loading_with_belongs_to_and_foreign_keys
pets = Pet.find(:all, :include => :owner)
assert_equal 3, pets.length
end
def test_eager_association_loading_with_belongs_to
comments = Comment.find(:all, :include => :post)
assert_equal 10, comments.length
titles = comments.map { |c| c.post.title }
assert titles.include?(posts(:welcome).title)
assert titles.include?(posts(:sti_post_and_comments).title)
end
def test_eager_association_loading_with_belongs_to_and_limit
comments = Comment.find(:all, :include => :post, :limit => 5, :order => 'comments.id')
assert_equal 5, comments.length
assert_equal [1,2,3,5,6], comments.collect { |c| c.id }
end
def test_eager_association_loading_with_belongs_to_and_limit_and_conditions
comments = Comment.find(:all, :include => :post, :conditions => 'post_id = 4', :limit => 3, :order => 'comments.id')
assert_equal 3, comments.length
assert_equal [5,6,7], comments.collect { |c| c.id }
end
def test_eager_association_loading_with_belongs_to_and_limit_and_offset
comments = Comment.find(:all, :include => :post, :limit => 3, :offset => 2, :order => 'comments.id')
assert_equal 3, comments.length
assert_equal [3,5,6], comments.collect { |c| c.id }
end
def test_eager_association_loading_with_belongs_to_and_limit_and_offset_and_conditions
comments = Comment.find(:all, :include => :post, :conditions => 'post_id = 4', :limit => 3, :offset => 1, :order => 'comments.id')
assert_equal 3, comments.length
assert_equal [6,7,8], comments.collect { |c| c.id }
end
def test_eager_association_loading_with_belongs_to_and_limit_and_offset_and_conditions_array
comments = Comment.find(:all, :include => :post, :conditions => ['post_id = ?',4], :limit => 3, :offset => 1, :order => 'comments.id')
assert_equal 3, comments.length
assert_equal [6,7,8], comments.collect { |c| c.id }
end
def test_eager_association_loading_with_belongs_to_and_conditions_string_with_unquoted_table_name
assert_nothing_raised do
Comment.find(:all, :include => :post, :conditions => ['posts.id = ?',4])
end
end
def test_eager_association_loading_with_belongs_to_and_conditions_hash
comments = []
assert_nothing_raised do
comments = Comment.find(:all, :include => :post, :conditions => {:posts => {:id => 4}}, :limit => 3, :order => 'comments.id')
end
assert_equal 3, comments.length
assert_equal [5,6,7], comments.collect { |c| c.id }
assert_no_queries do
comments.first.post
end
end
def test_eager_association_loading_with_belongs_to_and_conditions_string_with_quoted_table_name
quoted_posts_id= Comment.connection.quote_table_name('posts') + '.' + Comment.connection.quote_column_name('id')
assert_nothing_raised do
Comment.find(:all, :include => :post, :conditions => ["#{quoted_posts_id} = ?",4])
end
end
def test_eager_association_loading_with_belongs_to_and_order_string_with_unquoted_table_name
assert_nothing_raised do
Comment.find(:all, :include => :post, :order => 'posts.id')
end
end
def test_eager_association_loading_with_belongs_to_and_order_string_with_quoted_table_name
quoted_posts_id= Comment.connection.quote_table_name('posts') + '.' + Comment.connection.quote_column_name('id')
assert_nothing_raised do
Comment.find(:all, :include => :post, :order => quoted_posts_id)
end
end
def test_eager_association_loading_with_belongs_to_and_limit_and_multiple_associations
posts = Post.find(:all, :include => [:author, :very_special_comment], :limit => 1, :order => 'posts.id')
assert_equal 1, posts.length
assert_equal [1], posts.collect { |p| p.id }
end
def test_eager_association_loading_with_belongs_to_and_limit_and_offset_and_multiple_associations
posts = Post.find(:all, :include => [:author, :very_special_comment], :limit => 1, :offset => 1, :order => 'posts.id')
assert_equal 1, posts.length
assert_equal [2], posts.collect { |p| p.id }
end
def test_eager_association_loading_with_belongs_to_inferred_foreign_key_from_association_name
author_favorite = AuthorFavorite.find(:first, :include => :favorite_author)
assert_equal authors(:mary), assert_no_queries { author_favorite.favorite_author }
end
def test_eager_load_belongs_to_quotes_table_and_column_names
job = Job.find jobs(:unicyclist).id, :include => :ideal_reference
references(:michael_unicyclist)
assert_no_queries{ assert_equal references(:michael_unicyclist), job.ideal_reference}
end
def test_eager_load_has_one_quotes_table_and_column_names
michael = Person.find(people(:michael), :include => :favourite_reference)
references(:michael_unicyclist)
assert_no_queries{ assert_equal references(:michael_unicyclist), michael.favourite_reference}
end
def test_eager_load_has_many_quotes_table_and_column_names
michael = Person.find(people(:michael), :include => :references)
references(:michael_magician,:michael_unicyclist)
assert_no_queries{ assert_equal references(:michael_magician,:michael_unicyclist), michael.references.sort_by(&:id) }
end
def test_eager_load_has_many_through_quotes_table_and_column_names
michael = Person.find(people(:michael), :include => :jobs)
jobs(:magician, :unicyclist)
assert_no_queries{ assert_equal jobs(:unicyclist, :magician), michael.jobs.sort_by(&:id) }
end
def test_eager_load_has_many_with_string_keys
subscriptions = subscriptions(:webster_awdr, :webster_rfr)
subscriber =Subscriber.find(subscribers(:second).id, :include => :subscriptions)
assert_equal subscriptions, subscriber.subscriptions.sort_by(&:id)
end
def test_eager_load_has_many_through_with_string_keys
books = books(:awdr, :rfr)
subscriber = Subscriber.find(subscribers(:second).id, :include => :books)
assert_equal books, subscriber.books.sort_by(&:id)
end
def test_eager_load_belongs_to_with_string_keys
subscriber = subscribers(:second)
subscription = Subscription.find(subscriptions(:webster_awdr).id, :include => :subscriber)
assert_equal subscriber, subscription.subscriber
end
def test_eager_association_loading_with_explicit_join
posts = Post.find(:all, :include => :comments, :joins => "INNER JOIN authors ON posts.author_id = authors.id AND authors.name = 'Mary'", :limit => 1, :order => 'author_id')
assert_equal 1, posts.length
end
def test_eager_with_has_many_through
posts_with_comments = people(:michael).posts.find(:all, :include => :comments, :order => 'posts.id')
posts_with_author = people(:michael).posts.find(:all, :include => :author, :order => 'posts.id')
posts_with_comments_and_author = people(:michael).posts.find(:all, :include => [ :comments, :author ], :order => 'posts.id')
assert_equal 2, posts_with_comments.inject(0) { |sum, post| sum += post.comments.size }
assert_equal authors(:david), assert_no_queries { posts_with_author.first.author }
assert_equal authors(:david), assert_no_queries { posts_with_comments_and_author.first.author }
end
def test_eager_with_has_many_through_a_belongs_to_association
author = authors(:mary)
post = Post.create!(:author => author, :title => "TITLE", :body => "BODY")
author.author_favorites.create(:favorite_author_id => 1)
author.author_favorites.create(:favorite_author_id => 2)
posts_with_author_favorites = author.posts.find(:all, :include => :author_favorites)
assert_no_queries { posts_with_author_favorites.first.author_favorites.first.author_id }
end
def test_eager_with_has_many_through_an_sti_join_model
author = Author.find(:first, :include => :special_post_comments, :order => 'authors.id')
assert_equal [comments(:does_it_hurt)], assert_no_queries { author.special_post_comments }
end
def test_eager_with_has_many_through_an_sti_join_model_with_conditions_on_both
author = Author.find(:first, :include => :special_nonexistant_post_comments, :order => 'authors.id')
assert_equal [], author.special_nonexistant_post_comments
end
def test_eager_with_has_many_through_join_model_with_conditions
assert_equal Author.find(:first, :include => :hello_post_comments,
:order => 'authors.id').hello_post_comments.sort_by(&:id),
Author.find(:first, :order => 'authors.id').hello_post_comments.sort_by(&:id)
end
def test_eager_with_has_many_through_join_model_with_conditions_on_top_level
assert_equal comments(:more_greetings), Author.find(authors(:david).id, :include => :comments_with_order_and_conditions).comments_with_order_and_conditions.first
end
def test_eager_with_has_many_through_with_conditions_join_model_with_include
post_tags = Post.find(posts(:welcome).id).misc_tags
eager_post_tags = Post.find(1, :include => :misc_tags).misc_tags
assert_equal post_tags, eager_post_tags
end
def test_eager_with_has_many_through_join_model_with_include
author_comments = Author.find(authors(:david).id, :include => :comments_with_include).comments_with_include.to_a
assert_no_queries do
author_comments.first.post.title
end
end
def test_eager_with_has_many_and_limit
posts = Post.find(:all, :order => 'posts.id asc', :include => [ :author, :comments ], :limit => 2)
assert_equal 2, posts.size
assert_equal 3, posts.inject(0) { |sum, post| sum += post.comments.size }
end
def test_eager_with_has_many_and_limit_and_conditions
if current_adapter?(:OpenBaseAdapter)
posts = Post.find(:all, :include => [ :author, :comments ], :limit => 2, :conditions => "FETCHBLOB(posts.body) = 'hello'", :order => "posts.id")
else
posts = Post.find(:all, :include => [ :author, :comments ], :limit => 2, :conditions => "posts.body = 'hello'", :order => "posts.id")
end
assert_equal 2, posts.size
assert_equal [4,5], posts.collect { |p| p.id }
end
def test_eager_with_has_many_and_limit_and_conditions_array
if current_adapter?(:OpenBaseAdapter)
posts = Post.find(:all, :include => [ :author, :comments ], :limit => 2, :conditions => [ "FETCHBLOB(posts.body) = ?", 'hello' ], :order => "posts.id")
else
posts = Post.find(:all, :include => [ :author, :comments ], :limit => 2, :conditions => [ "posts.body = ?", 'hello' ], :order => "posts.id")
end
assert_equal 2, posts.size
assert_equal [4,5], posts.collect { |p| p.id }
end
def test_eager_with_has_many_and_limit_and_conditions_array_on_the_eagers
posts = Post.find(:all, :include => [ :author, :comments ], :limit => 2, :conditions => [ "authors.name = ?", 'David' ])
assert_equal 2, posts.size
count = Post.count(:include => [ :author, :comments ], :limit => 2, :conditions => [ "authors.name = ?", 'David' ])
assert_equal count, posts.size
end
def test_eager_with_has_many_and_limit_and_high_offset
posts = Post.find(:all, :include => [ :author, :comments ], :limit => 2, :offset => 10, :conditions => [ "authors.name = ?", 'David' ])
assert_equal 0, posts.size
end
def test_eager_with_has_many_and_limit_and_high_offset_and_multiple_array_conditions
assert_queries(1) do
posts = Post.find(:all, :include => [ :author, :comments ], :limit => 2, :offset => 10,
:conditions => [ "authors.name = ? and comments.body = ?", 'David', 'go crazy' ])
assert_equal 0, posts.size
end
end
def test_eager_with_has_many_and_limit_and_high_offset_and_multiple_hash_conditions
assert_queries(1) do
posts = Post.find(:all, :include => [ :author, :comments ], :limit => 2, :offset => 10,
:conditions => { 'authors.name' => 'David', 'comments.body' => 'go crazy' })
assert_equal 0, posts.size
end
end
def test_count_eager_with_has_many_and_limit_and_high_offset
posts = Post.count(:all, :include => [ :author, :comments ], :limit => 2, :offset => 10, :conditions => [ "authors.name = ?", 'David' ])
assert_equal 0, posts
end
def test_eager_with_has_many_and_limit_with_no_results
posts = Post.find(:all, :include => [ :author, :comments ], :limit => 2, :conditions => "posts.title = 'magic forest'")
assert_equal 0, posts.size
end
def test_eager_count_performed_on_a_has_many_association_with_multi_table_conditional
author = authors(:david)
author_posts_without_comments = author.posts.select { |post| post.comments.blank? }
assert_equal author_posts_without_comments.size, author.posts.count(:all, :include => :comments, :conditions => 'comments.id is null')
end
def test_eager_count_performed_on_a_has_many_through_association_with_multi_table_conditional
person = people(:michael)
person_posts_without_comments = person.posts.select { |post| post.comments.blank? }
assert_equal person_posts_without_comments.size, person.posts_with_no_comments.count
end
def test_eager_with_has_and_belongs_to_many_and_limit
posts = Post.find(:all, :include => :categories, :order => "posts.id", :limit => 3)
assert_equal 3, posts.size
assert_equal 2, posts[0].categories.size
assert_equal 1, posts[1].categories.size
assert_equal 0, posts[2].categories.size
assert posts[0].categories.include?(categories(:technology))
assert posts[1].categories.include?(categories(:general))
end
def test_eager_with_has_many_and_limit_and_conditions_on_the_eagers
posts = authors(:david).posts.find(:all,
:include => :comments,
:conditions => "comments.body like 'Normal%' OR comments.#{QUOTED_TYPE}= 'SpecialComment'",
:limit => 2
)
assert_equal 2, posts.size
count = Post.count(
:include => [ :comments, :author ],
:conditions => "authors.name = 'David' AND (comments.body like 'Normal%' OR comments.#{QUOTED_TYPE}= 'SpecialComment')",
:limit => 2
)
assert_equal count, posts.size
end
def test_eager_with_has_many_and_limit_and_scoped_conditions_on_the_eagers
posts = nil
Post.with_scope(:find => {
:include => :comments,
:conditions => "comments.body like 'Normal%' OR comments.#{QUOTED_TYPE}= 'SpecialComment'"
}) do
posts = authors(:david).posts.find(:all, :limit => 2)
assert_equal 2, posts.size
end
Post.with_scope(:find => {
:include => [ :comments, :author ],
:conditions => "authors.name = 'David' AND (comments.body like 'Normal%' OR comments.#{QUOTED_TYPE}= 'SpecialComment')"
}) do
count = Post.count(:limit => 2)
assert_equal count, posts.size
end
end
def test_eager_with_has_many_and_limit_and_scoped_and_explicit_conditions_on_the_eagers
Post.with_scope(:find => { :conditions => "1=1" }) do
posts = authors(:david).posts.find(:all,
:include => :comments,
:conditions => "comments.body like 'Normal%' OR comments.#{QUOTED_TYPE}= 'SpecialComment'",
:limit => 2
)
assert_equal 2, posts.size
count = Post.count(
:include => [ :comments, :author ],
:conditions => "authors.name = 'David' AND (comments.body like 'Normal%' OR comments.#{QUOTED_TYPE}= 'SpecialComment')",
:limit => 2
)
assert_equal count, posts.size
end
end
def test_eager_with_scoped_order_using_association_limiting_without_explicit_scope
posts_with_explicit_order = Post.find(:all, :conditions => 'comments.id is not null', :include => :comments, :order => 'posts.id DESC', :limit => 2)
posts_with_scoped_order = Post.with_scope(:find => {:order => 'posts.id DESC'}) do
Post.find(:all, :conditions => 'comments.id is not null', :include => :comments, :limit => 2)
end
assert_equal posts_with_explicit_order, posts_with_scoped_order
end
def test_eager_association_loading_with_habtm
posts = Post.find(:all, :include => :categories, :order => "posts.id")
assert_equal 2, posts[0].categories.size
assert_equal 1, posts[1].categories.size
assert_equal 0, posts[2].categories.size
assert posts[0].categories.include?(categories(:technology))
assert posts[1].categories.include?(categories(:general))
end
def test_eager_with_inheritance
posts = SpecialPost.find(:all, :include => [ :comments ])
end
def test_eager_has_one_with_association_inheritance
post = Post.find(4, :include => [ :very_special_comment ])
assert_equal "VerySpecialComment", post.very_special_comment.class.to_s
end
def test_eager_has_many_with_association_inheritance
post = Post.find(4, :include => [ :special_comments ])
post.special_comments.each do |special_comment|
assert_equal "SpecialComment", special_comment.class.to_s
end
end
def test_eager_habtm_with_association_inheritance
post = Post.find(6, :include => [ :special_categories ])
assert_equal 1, post.special_categories.size
post.special_categories.each do |special_category|
assert_equal "SpecialCategory", special_category.class.to_s
end
end
def test_eager_with_has_one_dependent_does_not_destroy_dependent
assert_not_nil companies(:first_firm).account
f = Firm.find(:first, :include => :account,
:conditions => ["companies.name = ?", "37signals"])
assert_not_nil f.account
assert_equal companies(:first_firm, :reload).account, f.account
end
def test_eager_with_multi_table_conditional_properly_counts_the_records_when_using_size
author = authors(:david)
posts_with_no_comments = author.posts.select { |post| post.comments.blank? }
assert_equal posts_with_no_comments.size, author.posts_with_no_comments.size
assert_equal posts_with_no_comments, author.posts_with_no_comments
end
def test_eager_with_invalid_association_reference
assert_raise(ActiveRecord::ConfigurationError, "Association was not found; perhaps you misspelled it? You specified :include => :monkeys") {
post = Post.find(6, :include=> :monkeys )
}
assert_raise(ActiveRecord::ConfigurationError, "Association was not found; perhaps you misspelled it? You specified :include => :monkeys") {
post = Post.find(6, :include=>[ :monkeys ])
}
assert_raise(ActiveRecord::ConfigurationError, "Association was not found; perhaps you misspelled it? You specified :include => :monkeys") {
post = Post.find(6, :include=>[ 'monkeys' ])
}
assert_raise(ActiveRecord::ConfigurationError, "Association was not found; perhaps you misspelled it? You specified :include => :monkeys, :elephants") {
post = Post.find(6, :include=>[ :monkeys, :elephants ])
}
end
def find_all_ordered(className, include=nil)
className.find(:all, :order=>"#{className.table_name}.#{className.primary_key}", :include=>include)
end
def test_limited_eager_with_order
assert_equal posts(:thinking, :sti_comments), Post.find(:all, :include => [:author, :comments], :conditions => "authors.name = 'David'", :order => 'UPPER(posts.title)', :limit => 2, :offset => 1)
assert_equal posts(:sti_post_and_comments, :sti_comments), Post.find(:all, :include => [:author, :comments], :conditions => "authors.name = 'David'", :order => 'UPPER(posts.title) DESC', :limit => 2, :offset => 1)
end
def test_limited_eager_with_multiple_order_columns
assert_equal posts(:thinking, :sti_comments), Post.find(:all, :include => [:author, :comments], :conditions => "authors.name = 'David'", :order => 'UPPER(posts.title), posts.id', :limit => 2, :offset => 1)
assert_equal posts(:sti_post_and_comments, :sti_comments), Post.find(:all, :include => [:author, :comments], :conditions => "authors.name = 'David'", :order => 'UPPER(posts.title) DESC, posts.id', :limit => 2, :offset => 1)
end
def test_preload_with_interpolation
assert_equal [comments(:greetings)], Post.find(posts(:welcome).id, :include => :comments_with_interpolated_conditions).comments_with_interpolated_conditions
end
def test_polymorphic_type_condition
post = Post.find(posts(:thinking).id, :include => :taggings)
assert post.taggings.include?(taggings(:thinking_general))
post = SpecialPost.find(posts(:thinking).id, :include => :taggings)
assert post.taggings.include?(taggings(:thinking_general))
end
def test_eager_with_multiple_associations_with_same_table_has_many_and_habtm
# Eager includes of has many and habtm associations aren't necessarily sorted in the same way
def assert_equal_after_sort(item1, item2, item3 = nil)
assert_equal(item1.sort{|a,b| a.id <=> b.id}, item2.sort{|a,b| a.id <=> b.id})
assert_equal(item3.sort{|a,b| a.id <=> b.id}, item2.sort{|a,b| a.id <=> b.id}) if item3
end
# Test regular association, association with conditions, association with
# STI, and association with conditions assured not to be true
post_types = [:posts, :other_posts, :special_posts]
# test both has_many and has_and_belongs_to_many
[Author, Category].each do |className|
d1 = find_all_ordered(className)
# test including all post types at once
d2 = find_all_ordered(className, post_types)
d1.each_index do |i|
assert_equal(d1[i], d2[i])
assert_equal_after_sort(d1[i].posts, d2[i].posts)
post_types[1..-1].each do |post_type|
# test including post_types together
d3 = find_all_ordered(className, [:posts, post_type])
assert_equal(d1[i], d3[i])
assert_equal_after_sort(d1[i].posts, d3[i].posts)
assert_equal_after_sort(d1[i].send(post_type), d2[i].send(post_type), d3[i].send(post_type))
end
end
end
end
def test_eager_with_multiple_associations_with_same_table_has_one
d1 = find_all_ordered(Firm)
d2 = find_all_ordered(Firm, :account)
d1.each_index do |i|
assert_equal(d1[i], d2[i])
assert_equal(d1[i].account, d2[i].account)
end
end
def test_eager_with_multiple_associations_with_same_table_belongs_to
firm_types = [:firm, :firm_with_basic_id, :firm_with_other_name, :firm_with_condition]
d1 = find_all_ordered(Client)
d2 = find_all_ordered(Client, firm_types)
d1.each_index do |i|
assert_equal(d1[i], d2[i])
firm_types.each { |type| assert_equal(d1[i].send(type), d2[i].send(type)) }
end
end
def test_eager_with_valid_association_as_string_not_symbol
assert_nothing_raised { Post.find(:all, :include => 'comments') }
end
def test_eager_with_floating_point_numbers
assert_queries(2) do
# Before changes, the floating point numbers will be interpreted as table names and will cause this to run in one query
Comment.find :all, :conditions => "123.456 = 123.456", :include => :post
end
end
def test_preconfigured_includes_with_belongs_to
author = posts(:welcome).author_with_posts
assert_no_queries {assert_equal 5, author.posts.size}
end
def test_preconfigured_includes_with_has_one
comment = posts(:sti_comments).very_special_comment_with_post
assert_no_queries {assert_equal posts(:sti_comments), comment.post}
end
def test_preconfigured_includes_with_has_many
posts = authors(:david).posts_with_comments
one = posts.detect { |p| p.id == 1 }
assert_no_queries do
assert_equal 5, posts.size
assert_equal 2, one.comments.size
end
end
def test_preconfigured_includes_with_habtm
posts = authors(:david).posts_with_categories
one = posts.detect { |p| p.id == 1 }
assert_no_queries do
assert_equal 5, posts.size
assert_equal 2, one.categories.size
end
end
def test_preconfigured_includes_with_has_many_and_habtm
posts = authors(:david).posts_with_comments_and_categories
one = posts.detect { |p| p.id == 1 }
assert_no_queries do
assert_equal 5, posts.size
assert_equal 2, one.comments.size
assert_equal 2, one.categories.size
end
end
def test_count_with_include
if current_adapter?(:SybaseAdapter)
assert_equal 3, authors(:david).posts_with_comments.count(:conditions => "len(comments.body) > 15")
elsif current_adapter?(:OpenBaseAdapter)
assert_equal 3, authors(:david).posts_with_comments.count(:conditions => "length(FETCHBLOB(comments.body)) > 15")
else
assert_equal 3, authors(:david).posts_with_comments.count(:conditions => "length(comments.body) > 15")
end
end
def test_load_with_sti_sharing_association
assert_queries(2) do #should not do 1 query per subclass
Comment.find :all, :include => :post
end
end
def test_conditions_on_join_table_with_include_and_limit
assert_equal 3, Developer.find(:all, :include => 'projects', :conditions => 'developers_projects.access_level = 1', :limit => 5).size
end
def test_order_on_join_table_with_include_and_limit
assert_equal 5, Developer.find(:all, :include => 'projects', :order => 'developers_projects.joined_on DESC', :limit => 5).size
end
def test_eager_loading_with_order_on_joined_table_preloads
posts = assert_queries(2) do
Post.find(:all, :joins => :comments, :include => :author, :order => 'comments.id DESC')
end
assert_equal posts(:eager_other), posts[0]
assert_equal authors(:mary), assert_no_queries { posts[0].author}
end
def test_eager_loading_with_conditions_on_joined_table_preloads
posts = assert_queries(2) do
Post.find(:all, :select => 'distinct posts.*', :include => :author, :joins => [:comments], :conditions => "comments.body like 'Thank you%'", :order => 'posts.id')
end
assert_equal [posts(:welcome)], posts
assert_equal authors(:david), assert_no_queries { posts[0].author}
posts = assert_queries(2) do
Post.find(:all, :select => 'distinct posts.*', :include => :author, :joins => [:comments], :conditions => "comments.body like 'Thank you%'", :order => 'posts.id')
end
assert_equal [posts(:welcome)], posts
assert_equal authors(:david), assert_no_queries { posts[0].author}
posts = assert_queries(2) do
Post.find(:all, :include => :author, :joins => {:taggings => :tag}, :conditions => "tags.name = 'General'", :order => 'posts.id')
end
assert_equal posts(:welcome, :thinking), posts
posts = assert_queries(2) do
Post.find(:all, :include => :author, :joins => {:taggings => {:tag => :taggings}}, :conditions => "taggings_tags.super_tag_id=2", :order => 'posts.id')
end
assert_equal posts(:welcome, :thinking), posts
end
def test_eager_loading_with_conditions_on_string_joined_table_preloads
posts = assert_queries(2) do
Post.find(:all, :select => 'distinct posts.*', :include => :author, :joins => "INNER JOIN comments on comments.post_id = posts.id", :conditions => "comments.body like 'Thank you%'", :order => 'posts.id')
end
assert_equal [posts(:welcome)], posts
assert_equal authors(:david), assert_no_queries { posts[0].author}
posts = assert_queries(2) do
Post.find(:all, :select => 'distinct posts.*', :include => :author, :joins => ["INNER JOIN comments on comments.post_id = posts.id"], :conditions => "comments.body like 'Thank you%'", :order => 'posts.id')
end
assert_equal [posts(:welcome)], posts
assert_equal authors(:david), assert_no_queries { posts[0].author}
end
def test_eager_loading_with_select_on_joined_table_preloads
posts = assert_queries(2) do
Post.find(:all, :select => 'posts.*, authors.name as author_name', :include => :comments, :joins => :author, :order => 'posts.id')
end
assert_equal 'David', posts[0].author_name
assert_equal posts(:welcome).comments, assert_no_queries { posts[0].comments}
end
def test_eager_loading_with_conditions_on_join_model_preloads
authors = assert_queries(2) do
Author.find(:all, :include => :author_address, :joins => :comments, :conditions => "posts.title like 'Welcome%'")
end
assert_equal authors(:david), authors[0]
assert_equal author_addresses(:david_address), authors[0].author_address
end
def test_preload_belongs_to_uses_exclusive_scope
people = Person.males.find(:all, :include => :primary_contact)
assert_not_equal people.length, 0
people.each do |person|
assert_no_queries {assert_not_nil person.primary_contact}
assert_equal Person.find(person.id).primary_contact, person.primary_contact
end
end
def test_preload_has_many_uses_exclusive_scope
people = Person.males.find :all, :include => :agents
people.each do |person|
assert_equal Person.find(person.id).agents, person.agents
end
end
def test_preload_has_many_using_primary_key
expected = Firm.find(:first).clients_using_primary_key.to_a
firm = Firm.find :first, :include => :clients_using_primary_key
assert_no_queries do
assert_equal expected, firm.clients_using_primary_key
end
end
def test_include_has_many_using_primary_key
expected = Firm.find(1).clients_using_primary_key.sort_by &:name
firm = Firm.find 1, :include => :clients_using_primary_key, :order => 'clients_using_primary_keys_companies.name'
assert_no_queries do
assert_equal expected, firm.clients_using_primary_key
end
end
def test_preload_has_one_using_primary_key
expected = Firm.find(:first).account_using_primary_key
firm = Firm.find :first, :include => :account_using_primary_key
assert_no_queries do
assert_equal expected, firm.account_using_primary_key
end
end
def test_include_has_one_using_primary_key
expected = Firm.find(1).account_using_primary_key
firm = Firm.find(:all, :include => :account_using_primary_key, :order => 'accounts.id').detect {|f| f.id == 1}
assert_no_queries do
assert_equal expected, firm.account_using_primary_key
end
end
def test_preloading_empty_polymorphic_parent
t = Tagging.create!(:taggable_type => 'Post', :taggable_id => Post.maximum(:id) + 1, :tag => tags(:general))
assert_queries(2) { @tagging = Tagging.find(t.id, :include => :taggable) }
assert_no_queries { assert ! @tagging.taggable }
end
end

62
vendor/rails/activerecord/test/cases/associations/extension_test.rb vendored
View file

@ -1,62 +0,0 @@
require "cases/helper"
require 'models/post'
require 'models/comment'
require 'models/project'
require 'models/developer'
require 'models/company_in_module'
class AssociationsExtensionsTest < ActiveRecord::TestCase
fixtures :projects, :developers, :developers_projects, :comments, :posts
def test_extension_on_has_many
assert_equal comments(:more_greetings), posts(:welcome).comments.find_most_recent
end
def test_extension_on_habtm
assert_equal projects(:action_controller), developers(:david).projects.find_most_recent
end
def test_named_extension_on_habtm
assert_equal projects(:action_controller), developers(:david).projects_extended_by_name.find_most_recent
end
def test_named_two_extensions_on_habtm
assert_equal projects(:action_controller), developers(:david).projects_extended_by_name_twice.find_most_recent
assert_equal projects(:active_record), developers(:david).projects_extended_by_name_twice.find_least_recent
end
def test_named_extension_and_block_on_habtm
assert_equal projects(:action_controller), developers(:david).projects_extended_by_name_and_block.find_most_recent
assert_equal projects(:active_record), developers(:david).projects_extended_by_name_and_block.find_least_recent
end
def test_marshalling_extensions
david = developers(:david)
assert_equal projects(:action_controller), david.projects.find_most_recent
david = Marshal.load(Marshal.dump(david))
assert_equal projects(:action_controller), david.projects.find_most_recent
end
def test_marshalling_named_extensions
david = developers(:david)
assert_equal projects(:action_controller), david.projects_extended_by_name.find_most_recent
david = Marshal.load(Marshal.dump(david))
assert_equal projects(:action_controller), david.projects_extended_by_name.find_most_recent
end
def test_extension_name
extension = Proc.new {}
name = :association_name
assert_equal 'DeveloperAssociationNameAssociationExtension', Developer.send(:create_extension_modules, name, extension, []).first.name
assert_equal 'MyApplication::Business::DeveloperAssociationNameAssociationExtension',
MyApplication::Business::Developer.send(:create_extension_modules, name, extension, []).first.name
assert_equal 'MyApplication::Business::DeveloperAssociationNameAssociationExtension', MyApplication::Business::Developer.send(:create_extension_modules, name, extension, []).first.name
assert_equal 'MyApplication::Business::DeveloperAssociationNameAssociationExtension', MyApplication::Business::Developer.send(:create_extension_modules, name, extension, []).first.name
end
end

56
vendor/rails/activerecord/test/cases/associations/habtm_join_table_test.rb vendored
View file

@ -1,56 +0,0 @@
require 'cases/helper'
class MyReader < ActiveRecord::Base
has_and_belongs_to_many :my_books
end
class MyBook < ActiveRecord::Base
has_and_belongs_to_many :my_readers
end
class HabtmJoinTableTest < ActiveRecord::TestCase
def setup
ActiveRecord::Base.connection.create_table :my_books, :force => true do |t|
t.string :name
end
assert ActiveRecord::Base.connection.table_exists?(:my_books)
ActiveRecord::Base.connection.create_table :my_readers, :force => true do |t|
t.string :name
end
assert ActiveRecord::Base.connection.table_exists?(:my_readers)
ActiveRecord::Base.connection.create_table :my_books_my_readers, :force => true do |t|
t.integer :my_book_id
t.integer :my_reader_id
end
assert ActiveRecord::Base.connection.table_exists?(:my_books_my_readers)
end
def teardown
ActiveRecord::Base.connection.drop_table :my_books
ActiveRecord::Base.connection.drop_table :my_readers
ActiveRecord::Base.connection.drop_table :my_books_my_readers
end
uses_transaction :test_should_raise_exception_when_join_table_has_a_primary_key
def test_should_raise_exception_when_join_table_has_a_primary_key
if ActiveRecord::Base.connection.supports_primary_key?
assert_raise ActiveRecord::ConfigurationError do
jaime = MyReader.create(:name=>"Jaime")
jaime.my_books << MyBook.create(:name=>'Great Expectations')
end
end
end
uses_transaction :test_should_cache_result_of_primary_key_check
def test_should_cache_result_of_primary_key_check
if ActiveRecord::Base.connection.supports_primary_key?
ActiveRecord::Base.connection.stubs(:primary_key).with('my_books_my_readers').returns(false).once
weaz = MyReader.create(:name=>'Weaz')
weaz.my_books << MyBook.create(:name=>'Great Expectations')
weaz.my_books << MyBook.create(:name=>'Greater Expectations')
end
end
end

822
vendor/rails/activerecord/test/cases/associations/has_and_belongs_to_many_associations_test.rb vendored
View file

@ -1,822 +0,0 @@
require "cases/helper"
require 'models/developer'
require 'models/project'
require 'models/company'
require 'models/topic'
require 'models/reply'
require 'models/computer'
require 'models/customer'
require 'models/order'
require 'models/categorization'
require 'models/category'
require 'models/post'
require 'models/author'
require 'models/comment'
require 'models/tag'
require 'models/tagging'
require 'models/person'
require 'models/reader'
require 'models/parrot'
require 'models/pirate'
require 'models/treasure'
require 'models/price_estimate'
require 'models/club'
require 'models/member'
require 'models/membership'
require 'models/sponsor'
class ProjectWithAfterCreateHook < ActiveRecord::Base
set_table_name 'projects'
has_and_belongs_to_many :developers,
:class_name => "DeveloperForProjectWithAfterCreateHook",
:join_table => "developers_projects",
:foreign_key => "project_id",
:association_foreign_key => "developer_id"
after_create :add_david
def add_david
david = DeveloperForProjectWithAfterCreateHook.find_by_name('David')
david.projects << self
end
end
class DeveloperForProjectWithAfterCreateHook < ActiveRecord::Base
set_table_name 'developers'
has_and_belongs_to_many :projects,
:class_name => "ProjectWithAfterCreateHook",
:join_table => "developers_projects",
:association_foreign_key => "project_id",
:foreign_key => "developer_id"
end
class ProjectWithSymbolsForKeys < ActiveRecord::Base
set_table_name 'projects'
has_and_belongs_to_many :developers,
:class_name => "DeveloperWithSymbolsForKeys",
:join_table => :developers_projects,
:foreign_key => :project_id,
:association_foreign_key => "developer_id"
end
class DeveloperWithSymbolsForKeys < ActiveRecord::Base
set_table_name 'developers'
has_and_belongs_to_many :projects,
:class_name => "ProjectWithSymbolsForKeys",
:join_table => :developers_projects,
:association_foreign_key => :project_id,
:foreign_key => "developer_id"
end
class DeveloperWithCounterSQL < ActiveRecord::Base
set_table_name 'developers'
has_and_belongs_to_many :projects,
:class_name => "DeveloperWithCounterSQL",
:join_table => "developers_projects",
:association_foreign_key => "project_id",
:foreign_key => "developer_id",
:counter_sql => 'SELECT COUNT(*) AS count_all FROM projects INNER JOIN developers_projects ON projects.id = developers_projects.project_id WHERE developers_projects.developer_id =#{id}'
end
class HasAndBelongsToManyAssociationsTest < ActiveRecord::TestCase
fixtures :accounts, :companies, :categories, :posts, :categories_posts, :developers, :projects, :developers_projects,
:parrots, :pirates, :treasures, :price_estimates, :tags, :taggings
def test_has_and_belongs_to_many
david = Developer.find(1)
assert !david.projects.empty?
assert_equal 2, david.projects.size
active_record = Project.find(1)
assert !active_record.developers.empty?
assert_equal 3, active_record.developers.size
assert active_record.developers.include?(david)
end
def test_triple_equality
assert !(Array === Developer.find(1).projects)
assert Developer.find(1).projects === Array
end
def test_adding_single
jamis = Developer.find(2)
jamis.projects.reload # causing the collection to load
action_controller = Project.find(2)
assert_equal 1, jamis.projects.size
assert_equal 1, action_controller.developers.size
jamis.projects << action_controller
assert_equal 2, jamis.projects.size
assert_equal 2, jamis.projects(true).size
assert_equal 2, action_controller.developers(true).size
end
def test_adding_type_mismatch
jamis = Developer.find(2)
assert_raise(ActiveRecord::AssociationTypeMismatch) { jamis.projects << nil }
assert_raise(ActiveRecord::AssociationTypeMismatch) { jamis.projects << 1 }
end
def test_adding_from_the_project
jamis = Developer.find(2)
action_controller = Project.find(2)
action_controller.developers.reload
assert_equal 1, jamis.projects.size
assert_equal 1, action_controller.developers.size
action_controller.developers << jamis
assert_equal 2, jamis.projects(true).size
assert_equal 2, action_controller.developers.size
assert_equal 2, action_controller.developers(true).size
end
def test_adding_from_the_project_fixed_timestamp
jamis = Developer.find(2)
action_controller = Project.find(2)
action_controller.developers.reload
assert_equal 1, jamis.projects.size
assert_equal 1, action_controller.developers.size
updated_at = jamis.updated_at
action_controller.developers << jamis
assert_equal updated_at, jamis.updated_at
assert_equal 2, jamis.projects(true).size
assert_equal 2, action_controller.developers.size
assert_equal 2, action_controller.developers(true).size
end
def test_adding_multiple
aredridel = Developer.new("name" => "Aredridel")
aredridel.save
aredridel.projects.reload
aredridel.projects.push(Project.find(1), Project.find(2))
assert_equal 2, aredridel.projects.size
assert_equal 2, aredridel.projects(true).size
end
def test_adding_a_collection
aredridel = Developer.new("name" => "Aredridel")
aredridel.save
aredridel.projects.reload
aredridel.projects.concat([Project.find(1), Project.find(2)])
assert_equal 2, aredridel.projects.size
assert_equal 2, aredridel.projects(true).size
end
def test_adding_uses_default_values_on_join_table
ac = projects(:action_controller)
assert !developers(:jamis).projects.include?(ac)
developers(:jamis).projects << ac
assert developers(:jamis, :reload).projects.include?(ac)
project = developers(:jamis).projects.detect { |p| p == ac }
assert_equal 1, project.access_level.to_i
end
def test_habtm_attribute_access_and_respond_to
project = developers(:jamis).projects[0]
assert project.has_attribute?("name")
assert project.has_attribute?("joined_on")
assert project.has_attribute?("access_level")
assert project.respond_to?("name")
assert project.respond_to?("name=")
assert project.respond_to?("name?")
assert project.respond_to?("joined_on")
# given that the 'join attribute' won't be persisted, I don't
# think we should define the mutators
#assert project.respond_to?("joined_on=")
assert project.respond_to?("joined_on?")
assert project.respond_to?("access_level")
#assert project.respond_to?("access_level=")
assert project.respond_to?("access_level?")
end
def test_habtm_adding_before_save
no_of_devels = Developer.count
no_of_projects = Project.count
aredridel = Developer.new("name" => "Aredridel")
aredridel.projects.concat([Project.find(1), p = Project.new("name" => "Projekt")])
assert aredridel.new_record?
assert p.new_record?
assert aredridel.save
assert !aredridel.new_record?
assert_equal no_of_devels+1, Developer.count
assert_equal no_of_projects+1, Project.count
assert_equal 2, aredridel.projects.size
assert_equal 2, aredridel.projects(true).size
end
def test_habtm_saving_multiple_relationships
new_project = Project.new("name" => "Grimetime")
amount_of_developers = 4
developers = (0...amount_of_developers).collect {|i| Developer.create(:name => "JME #{i}") }.reverse
new_project.developer_ids = [developers[0].id, developers[1].id]
new_project.developers_with_callback_ids = [developers[2].id, developers[3].id]
assert new_project.save
new_project.reload
assert_equal amount_of_developers, new_project.developers.size
assert_equal developers, new_project.developers
end
def test_habtm_unique_order_preserved
assert_equal developers(:poor_jamis, :jamis, :david), projects(:active_record).non_unique_developers
assert_equal developers(:poor_jamis, :jamis, :david), projects(:active_record).developers
end
def test_build
devel = Developer.find(1)
proj = assert_no_queries { devel.projects.build("name" => "Projekt") }
assert !devel.projects.loaded?
assert_equal devel.projects.last, proj
assert devel.projects.loaded?
assert proj.new_record?
devel.save
assert !proj.new_record?
assert_equal devel.projects.last, proj
assert_equal Developer.find(1).projects.sort_by(&:id).last, proj # prove join table is updated
end
def test_build_by_new_record
devel = Developer.new(:name => "Marcel", :salary => 75000)
proj1 = devel.projects.build(:name => "Make bed")
proj2 = devel.projects.build(:name => "Lie in it")
assert_equal devel.projects.last, proj2
assert proj2.new_record?
devel.save
assert !devel.new_record?
assert !proj2.new_record?
assert_equal devel.projects.last, proj2
assert_equal Developer.find_by_name("Marcel").projects.last, proj2 # prove join table is updated
end
def test_create
devel = Developer.find(1)
proj = devel.projects.create("name" => "Projekt")
assert !devel.projects.loaded?
assert_equal devel.projects.last, proj
assert !devel.projects.loaded?
assert !proj.new_record?
assert_equal Developer.find(1).projects.sort_by(&:id).last, proj # prove join table is updated
end
def test_create_by_new_record
devel = Developer.new(:name => "Marcel", :salary => 75000)
proj1 = devel.projects.build(:name => "Make bed")
proj2 = devel.projects.build(:name => "Lie in it")
assert_equal devel.projects.last, proj2
assert proj2.new_record?
devel.save
assert !devel.new_record?
assert !proj2.new_record?
assert_equal devel.projects.last, proj2
assert_equal Developer.find_by_name("Marcel").projects.last, proj2 # prove join table is updated
end
def test_creation_respects_hash_condition
post = categories(:general).post_with_conditions.build(:body => '')
assert post.save
assert_equal 'Yet Another Testing Title', post.title
another_post = categories(:general).post_with_conditions.create(:body => '')
assert !another_post.new_record?
assert_equal 'Yet Another Testing Title', another_post.title
end
def test_uniq_after_the_fact
dev = developers(:jamis)
dev.projects << projects(:active_record)
dev.projects << projects(:active_record)
assert_equal 3, dev.projects.size
assert_equal 1, dev.projects.uniq.size
end
def test_uniq_before_the_fact
projects(:active_record).developers << developers(:jamis)
projects(:active_record).developers << developers(:david)
assert_equal 3, projects(:active_record, :reload).developers.size
end
def test_uniq_option_prevents_duplicate_push
project = projects(:active_record)
project.developers << developers(:jamis)
project.developers << developers(:david)
assert_equal 3, project.developers.size
project.developers << developers(:david)
project.developers << developers(:jamis)
assert_equal 3, project.developers.size
end
def test_deleting
david = Developer.find(1)
active_record = Project.find(1)
david.projects.reload
assert_equal 2, david.projects.size
assert_equal 3, active_record.developers.size
david.projects.delete(active_record)
assert_equal 1, david.projects.size
assert_equal 1, david.projects(true).size
assert_equal 2, active_record.developers(true).size
end
def test_deleting_array
david = Developer.find(1)
david.projects.reload
david.projects.delete(Project.find(:all))
assert_equal 0, david.projects.size
assert_equal 0, david.projects(true).size
end
def test_deleting_with_sql
david = Developer.find(1)
active_record = Project.find(1)
active_record.developers.reload
assert_equal 3, active_record.developers_by_sql.size
active_record.developers_by_sql.delete(david)
assert_equal 2, active_record.developers_by_sql(true).size
end
def test_deleting_array_with_sql
active_record = Project.find(1)
active_record.developers.reload
assert_equal 3, active_record.developers_by_sql.size
active_record.developers_by_sql.delete(Developer.find(:all))
assert_equal 0, active_record.developers_by_sql(true).size
end
def test_deleting_all
david = Developer.find(1)
david.projects.reload
david.projects.clear
assert_equal 0, david.projects.size
assert_equal 0, david.projects(true).size
end
def test_removing_associations_on_destroy
david = DeveloperWithBeforeDestroyRaise.find(1)
assert !david.projects.empty?
assert_nothing_raised { david.destroy }
assert david.projects.empty?
assert DeveloperWithBeforeDestroyRaise.connection.select_all("SELECT * FROM developers_projects WHERE developer_id = 1").empty?
end
def test_additional_columns_from_join_table
assert_date_from_db Date.new(2004, 10, 10), Developer.find(1).projects.first.joined_on.to_date
end
def test_destroying
david = Developer.find(1)
active_record = Project.find(1)
david.projects.reload
assert_equal 2, david.projects.size
assert_equal 3, active_record.developers.size
assert_difference "Project.count", -1 do
david.projects.destroy(active_record)
end
assert_equal 1, david.reload.projects.size
assert_equal 1, david.projects(true).size
end
def test_destroying_array
david = Developer.find(1)
david.projects.reload
assert_difference "Project.count", -Project.count do
david.projects.destroy(Project.find(:all))
end
assert_equal 0, david.reload.projects.size
assert_equal 0, david.projects(true).size
end
def test_destroy_all
david = Developer.find(1)
david.projects.reload
assert !david.projects.empty?
david.projects.destroy_all
assert david.projects.empty?
assert david.projects(true).empty?
end
def test_deprecated_push_with_attributes_was_removed
jamis = developers(:jamis)
assert_raise(NoMethodError) do
jamis.projects.push_with_attributes(projects(:action_controller), :joined_on => Date.today)
end
end
def test_associations_with_conditions
assert_equal 3, projects(:active_record).developers.size
assert_equal 1, projects(:active_record).developers_named_david.size
assert_equal 1, projects(:active_record).developers_named_david_with_hash_conditions.size
assert_equal developers(:david), projects(:active_record).developers_named_david.find(developers(:david).id)
assert_equal developers(:david), projects(:active_record).developers_named_david_with_hash_conditions.find(developers(:david).id)
assert_equal developers(:david), projects(:active_record).salaried_developers.find(developers(:david).id)
projects(:active_record).developers_named_david.clear
assert_equal 2, projects(:active_record, :reload).developers.size
end
def test_find_in_association
# Using sql
assert_equal developers(:david), projects(:active_record).developers.find(developers(:david).id), "SQL find"
# Using ruby
active_record = projects(:active_record)
active_record.developers.reload
assert_equal developers(:david), active_record.developers.find(developers(:david).id), "Ruby find"
end
def test_include_uses_array_include_after_loaded
project = projects(:active_record)
project.developers.class # force load target
developer = project.developers.first
assert_no_queries do
assert project.developers.loaded?
assert project.developers.include?(developer)
end
end
def test_include_checks_if_record_exists_if_target_not_loaded
project = projects(:active_record)
developer = project.developers.first
project.reload
assert ! project.developers.loaded?
assert_queries(1) do
assert project.developers.include?(developer)
end
assert ! project.developers.loaded?
end
def test_include_returns_false_for_non_matching_record_to_verify_scoping
project = projects(:active_record)
developer = Developer.create :name => "Bryan", :salary => 50_000
assert ! project.developers.loaded?
assert ! project.developers.include?(developer)
end
def test_find_in_association_with_custom_finder_sql
assert_equal developers(:david), projects(:active_record).developers_with_finder_sql.find(developers(:david).id), "SQL find"
active_record = projects(:active_record)
active_record.developers_with_finder_sql.reload
assert_equal developers(:david), active_record.developers_with_finder_sql.find(developers(:david).id), "Ruby find"
end
def test_find_in_association_with_custom_finder_sql_and_multiple_interpolations
# interpolate once:
assert_equal [developers(:david), developers(:jamis), developers(:poor_jamis)], projects(:active_record).developers_with_finder_sql, "first interpolation"
# interpolate again, for a different project id
assert_equal [developers(:david)], projects(:action_controller).developers_with_finder_sql, "second interpolation"
end
def test_find_in_association_with_custom_finder_sql_and_string_id
assert_equal developers(:david), projects(:active_record).developers_with_finder_sql.find(developers(:david).id.to_s), "SQL find"
end
def test_find_with_merged_options
assert_equal 1, projects(:active_record).limited_developers.size
assert_equal 1, projects(:active_record).limited_developers.find(:all).size
assert_equal 3, projects(:active_record).limited_developers.find(:all, :limit => nil).size
end
def test_dynamic_find_should_respect_association_order
# Developers are ordered 'name DESC, id DESC'
low_id_jamis = developers(:jamis)
middle_id_jamis = developers(:poor_jamis)
high_id_jamis = projects(:active_record).developers.create(:name => 'Jamis')
assert_equal high_id_jamis, projects(:active_record).developers.find(:first, :conditions => "name = 'Jamis'")
assert_equal high_id_jamis, projects(:active_record).developers.find_by_name('Jamis')
end
def test_dynamic_find_order_should_override_association_order
# Developers are ordered 'name DESC, id DESC'
low_id_jamis = developers(:jamis)
middle_id_jamis = developers(:poor_jamis)
high_id_jamis = projects(:active_record).developers.create(:name => 'Jamis')
assert_equal low_id_jamis, projects(:active_record).developers.find(:first, :conditions => "name = 'Jamis'", :order => 'id')
assert_equal low_id_jamis, projects(:active_record).developers.find_by_name('Jamis', :order => 'id')
end
def test_dynamic_find_all_should_respect_association_order
# Developers are ordered 'name DESC, id DESC'
low_id_jamis = developers(:jamis)
middle_id_jamis = developers(:poor_jamis)
high_id_jamis = projects(:active_record).developers.create(:name => 'Jamis')
assert_equal [high_id_jamis, middle_id_jamis, low_id_jamis], projects(:active_record).developers.find(:all, :conditions => "name = 'Jamis'")
assert_equal [high_id_jamis, middle_id_jamis, low_id_jamis], projects(:active_record).developers.find_all_by_name('Jamis')
end
def test_dynamic_find_all_order_should_override_association_order
# Developers are ordered 'name DESC, id DESC'
low_id_jamis = developers(:jamis)
middle_id_jamis = developers(:poor_jamis)
high_id_jamis = projects(:active_record).developers.create(:name => 'Jamis')
assert_equal [low_id_jamis, middle_id_jamis, high_id_jamis], projects(:active_record).developers.find(:all, :conditions => "name = 'Jamis'", :order => 'id')
assert_equal [low_id_jamis, middle_id_jamis, high_id_jamis], projects(:active_record).developers.find_all_by_name('Jamis', :order => 'id')
end
def test_dynamic_find_all_should_respect_association_limit
assert_equal 1, projects(:active_record).limited_developers.find(:all, :conditions => "name = 'Jamis'").length
assert_equal 1, projects(:active_record).limited_developers.find_all_by_name('Jamis').length
end
def test_dynamic_find_all_order_should_override_association_limit
assert_equal 2, projects(:active_record).limited_developers.find(:all, :conditions => "name = 'Jamis'", :limit => 9_000).length
assert_equal 2, projects(:active_record).limited_developers.find_all_by_name('Jamis', :limit => 9_000).length
end
def test_dynamic_find_all_should_respect_readonly_access
projects(:active_record).readonly_developers.each { |d| assert_raise(ActiveRecord::ReadOnlyRecord) { d.save! } if d.valid?}
projects(:active_record).readonly_developers.each { |d| d.readonly? }
end
def test_new_with_values_in_collection
jamis = DeveloperForProjectWithAfterCreateHook.find_by_name('Jamis')
david = DeveloperForProjectWithAfterCreateHook.find_by_name('David')
project = ProjectWithAfterCreateHook.new(:name => "Cooking with Bertie")
project.developers << jamis
project.save!
project.reload
assert project.developers.include?(jamis)
assert project.developers.include?(david)
end
def test_find_in_association_with_options
developers = projects(:active_record).developers.find(:all)
assert_equal 3, developers.size
assert_equal developers(:poor_jamis), projects(:active_record).developers.find(:first, :conditions => "salary < 10000")
assert_equal developers(:jamis), projects(:active_record).developers.find(:first, :order => "salary DESC")
end
def test_replace_with_less
david = developers(:david)
david.projects = [projects(:action_controller)]
assert david.save
assert_equal 1, david.projects.length
end
def test_replace_with_new
david = developers(:david)
david.projects = [projects(:action_controller), Project.new("name" => "ActionWebSearch")]
david.save
assert_equal 2, david.projects.length
assert !david.projects.include?(projects(:active_record))
end
def test_replace_on_new_object
new_developer = Developer.new("name" => "Matz")
new_developer.projects = [projects(:action_controller), Project.new("name" => "ActionWebSearch")]
new_developer.save
assert_equal 2, new_developer.projects.length
end
def test_consider_type
developer = Developer.find(:first)
special_project = SpecialProject.create("name" => "Special Project")
other_project = developer.projects.first
developer.special_projects << special_project
developer.reload
assert developer.projects.include?(special_project)
assert developer.special_projects.include?(special_project)
assert !developer.special_projects.include?(other_project)
end
def test_update_attributes_after_push_without_duplicate_join_table_rows
developer = Developer.new("name" => "Kano")
project = SpecialProject.create("name" => "Special Project")
assert developer.save
developer.projects << project
developer.update_attribute("name", "Bruza")
assert_equal 1, Developer.connection.select_value(<<-end_sql).to_i
SELECT count(*) FROM developers_projects
WHERE project_id = #{project.id}
AND developer_id = #{developer.id}
end_sql
end
def test_updating_attributes_on_non_rich_associations
welcome = categories(:technology).posts.first
welcome.title = "Something else"
assert welcome.save!
end
def test_habtm_respects_select
categories(:technology).select_testing_posts(true).each do |o|
assert_respond_to o, :correctness_marker
end
assert_respond_to categories(:technology).select_testing_posts.find(:first), :correctness_marker
end
def test_updating_attributes_on_rich_associations
david = projects(:action_controller).developers.first
david.name = "DHH"
assert_raise(ActiveRecord::ReadOnlyRecord) { david.save! }
end
def test_updating_attributes_on_rich_associations_with_limited_find_from_reflection
david = projects(:action_controller).selected_developers.first
david.name = "DHH"
assert_nothing_raised { david.save! }
end
def test_updating_attributes_on_rich_associations_with_limited_find
david = projects(:action_controller).developers.find(:all, :select => "developers.*").first
david.name = "DHH"
assert david.save!
end
def test_join_table_alias
assert_equal 3, Developer.find(:all, :include => {:projects => :developers}, :conditions => 'developers_projects_join.joined_on IS NOT NULL').size
end
def test_join_with_group
group = Developer.columns.inject([]) do |g, c|
g << "developers.#{c.name}"
g << "developers_projects_2.#{c.name}"
end
Project.columns.each { |c| group << "projects.#{c.name}" }
assert_equal 3, Developer.find(:all, :include => {:projects => :developers}, :conditions => 'developers_projects_join.joined_on IS NOT NULL', :group => group.join(",")).size
end
def test_find_grouped
all_posts_from_category1 = Post.find(:all, :conditions => "category_id = 1", :joins => :categories)
grouped_posts_of_category1 = Post.find(:all, :conditions => "category_id = 1", :group => "author_id", :select => 'count(posts.id) as posts_count', :joins => :categories)
assert_equal 4, all_posts_from_category1.size
assert_equal 1, grouped_posts_of_category1.size
end
def test_find_scoped_grouped
assert_equal 4, categories(:general).posts_gruoped_by_title.size
assert_equal 1, categories(:technology).posts_gruoped_by_title.size
end
def test_find_scoped_grouped_having
assert_equal 2, projects(:active_record).well_payed_salary_groups.size
assert projects(:active_record).well_payed_salary_groups.all? { |g| g.salary > 10000 }
end
def test_get_ids
assert_equal projects(:active_record, :action_controller).map(&:id).sort, developers(:david).project_ids.sort
assert_equal [projects(:active_record).id], developers(:jamis).project_ids
end
def test_get_ids_for_loaded_associations
developer = developers(:david)
developer.projects(true)
assert_queries(0) do
developer.project_ids
developer.project_ids
end
end
def test_get_ids_for_unloaded_associations_does_not_load_them
developer = developers(:david)
assert !developer.projects.loaded?
assert_equal projects(:active_record, :action_controller).map(&:id).sort, developer.project_ids.sort
assert !developer.projects.loaded?
end
def test_assign_ids
developer = Developer.new("name" => "Joe")
developer.project_ids = projects(:active_record, :action_controller).map(&:id)
developer.save
developer.reload
assert_equal 2, developer.projects.length
assert_equal [projects(:active_record), projects(:action_controller)].map(&:id).sort, developer.project_ids.sort
end
def test_assign_ids_ignoring_blanks
developer = Developer.new("name" => "Joe")
developer.project_ids = [projects(:active_record).id, nil, projects(:action_controller).id, '']
developer.save
developer.reload
assert_equal 2, developer.projects.length
assert_equal [projects(:active_record), projects(:action_controller)].map(&:id).sort, developer.project_ids.sort
end
def test_select_limited_ids_list
# Set timestamps
Developer.transaction do
Developer.find(:all, :order => 'id').each_with_index do |record, i|
record.update_attributes(:created_at => 5.years.ago + (i * 5.minutes))
end
end
join_base = ActiveRecord::Associations::ClassMethods::JoinDependency::JoinBase.new(Project)
join_dep = ActiveRecord::Associations::ClassMethods::JoinDependency.new(join_base, :developers, nil)
projects = Project.send(:select_limited_ids_list, {:order => 'developers.created_at'}, join_dep)
assert !projects.include?("'"), projects
assert_equal %w(1 2), projects.scan(/\d/).sort
end
def test_scoped_find_on_through_association_doesnt_return_read_only_records
tag = Post.find(1).tags.find_by_name("General")
assert_nothing_raised do
tag.save!
end
end
def test_has_many_through_polymorphic_has_manys_works
assert_equal [10, 20].to_set, pirates(:redbeard).treasure_estimates.map(&:price).to_set
end
def test_symbols_as_keys
developer = DeveloperWithSymbolsForKeys.new(:name => 'David')
project = ProjectWithSymbolsForKeys.new(:name => 'Rails Testing')
project.developers << developer
project.save!
assert_equal 1, project.developers.size
assert_equal 1, developer.projects.size
assert_equal developer, project.developers.find(:first)
assert_equal project, developer.projects.find(:first)
end
def test_self_referential_habtm_without_foreign_key_set_should_raise_exception
assert_raise(ActiveRecord::HasAndBelongsToManyAssociationForeignKeyNeeded) {
Member.class_eval do
has_and_belongs_to_many :friends, :class_name => "Member", :join_table => "member_friends"
end
}
end
def test_dynamic_find_should_respect_association_include
# SQL error in sort clause if :include is not included
# due to Unknown column 'authors.id'
assert Category.find(1).posts_with_authors_sorted_by_author_id.find_by_title('Welcome to the weblog')
end
def test_counting_on_habtm_association_and_not_array
david = Developer.find(1)
# Extra parameter just to make sure we aren't falling back to
# Array#count in Ruby >=1.8.7, which would raise an ArgumentError
assert_nothing_raised { david.projects.count(:all, :conditions => '1=1') }
end
def test_count
david = Developer.find(1)
assert_equal 2, david.projects.count
end
def test_count_with_counter_sql
developer = DeveloperWithCounterSQL.create(:name => 'tekin')
developer.project_ids = [projects(:active_record).id]
developer.save
developer.reload
assert_equal 1, developer.projects.count
end
def test_association_proxy_transaction_method_starts_transaction_in_association_class
Post.expects(:transaction)
Category.find(:first).posts.transaction do
# nothing
end
end
def test_caching_of_columns
david = Developer.find(1)
# clear cache possibly created by other tests
david.projects.reset_column_information
assert_queries(0) { david.projects.columns; david.projects.columns }
# and again to verify that reset_column_information clears the cache correctly
david.projects.reset_column_information
assert_queries(0) { david.projects.columns; david.projects.columns }
end
end

1225
vendor/rails/activerecord/test/cases/associations/has_many_associations_test.rb vendored
View file

File diff suppressed because it is too large Load diff

346
vendor/rails/activerecord/test/cases/associations/has_many_through_associations_test.rb vendored
View file

@ -1,346 +0,0 @@
require "cases/helper"
require 'models/post'
require 'models/person'
require 'models/reference'
require 'models/job'
require 'models/reader'
require 'models/comment'
require 'models/tag'
require 'models/tagging'
require 'models/author'
require 'models/owner'
require 'models/pet'
require 'models/toy'
require 'models/contract'
require 'models/company'
require 'models/developer'
class HasManyThroughAssociationsTest < ActiveRecord::TestCase
fixtures :posts, :readers, :people, :comments, :authors, :owners, :pets, :toys,
:companies
def test_associate_existing
assert_queries(2) { posts(:thinking);people(:david) }
posts(:thinking).people
assert_queries(1) do
posts(:thinking).people << people(:david)
end
assert_queries(1) do
assert posts(:thinking).people.include?(people(:david))
end
assert posts(:thinking).reload.people(true).include?(people(:david))
end
def test_associating_new
assert_queries(1) { posts(:thinking) }
new_person = nil # so block binding catches it
assert_queries(0) do
new_person = Person.new :first_name => 'bob'
end
# Associating new records always saves them
# Thus, 1 query for the new person record, 1 query for the new join table record
assert_queries(2) do
posts(:thinking).people << new_person
end
assert_queries(1) do
assert posts(:thinking).people.include?(new_person)
end
assert posts(:thinking).reload.people(true).include?(new_person)
end
def test_associate_new_by_building
assert_queries(1) { posts(:thinking) }
assert_queries(0) do
posts(:thinking).people.build(:first_name=>"Bob")
posts(:thinking).people.new(:first_name=>"Ted")
end
# Should only need to load the association once
assert_queries(1) do
assert posts(:thinking).people.collect(&:first_name).include?("Bob")
assert posts(:thinking).people.collect(&:first_name).include?("Ted")
end
# 2 queries for each new record (1 to save the record itself, 1 for the join model)
# * 2 new records = 4
# + 1 query to save the actual post = 5
assert_queries(5) do
posts(:thinking).body += '-changed'
posts(:thinking).save
end
assert posts(:thinking).reload.people(true).collect(&:first_name).include?("Bob")
assert posts(:thinking).reload.people(true).collect(&:first_name).include?("Ted")
end
def test_delete_association
assert_queries(2){posts(:welcome);people(:michael); }
assert_queries(1) do
posts(:welcome).people.delete(people(:michael))
end
assert_queries(1) do
assert posts(:welcome).people.empty?
end
assert posts(:welcome).reload.people(true).empty?
end
def test_destroy_association
assert_difference "Person.count", -1 do
posts(:welcome).people.destroy(people(:michael))
end
assert posts(:welcome).reload.people.empty?
assert posts(:welcome).people(true).empty?
end
def test_destroy_all
assert_difference "Person.count", -1 do
posts(:welcome).people.destroy_all
end
assert posts(:welcome).reload.people.empty?
assert posts(:welcome).people(true).empty?
end
def test_replace_association
assert_queries(4){posts(:welcome);people(:david);people(:michael); posts(:welcome).people(true)}
# 1 query to delete the existing reader (michael)
# 1 query to associate the new reader (david)
assert_queries(2) do
posts(:welcome).people = [people(:david)]
end
assert_queries(0){
assert posts(:welcome).people.include?(people(:david))
assert !posts(:welcome).people.include?(people(:michael))
}
assert posts(:welcome).reload.people(true).include?(people(:david))
assert !posts(:welcome).reload.people(true).include?(people(:michael))
end
def test_replace_order_is_preserved
posts(:welcome).people.clear
posts(:welcome).people = [people(:david), people(:michael)]
assert_equal [people(:david).id, people(:michael).id], posts(:welcome).readers.all(:order => 'id').map(&:person_id)
# Test the inverse order in case the first success was a coincidence
posts(:welcome).people.clear
posts(:welcome).people = [people(:michael), people(:david)]
assert_equal [people(:michael).id, people(:david).id], posts(:welcome).readers.all(:order => 'id').map(&:person_id)
end
def test_replace_by_id_order_is_preserved
posts(:welcome).people.clear
posts(:welcome).person_ids = [people(:david).id, people(:michael).id]
assert_equal [people(:david).id, people(:michael).id], posts(:welcome).readers.all(:order => 'id').map(&:person_id)
# Test the inverse order in case the first success was a coincidence
posts(:welcome).people.clear
posts(:welcome).person_ids = [people(:michael).id, people(:david).id]
assert_equal [people(:michael).id, people(:david).id], posts(:welcome).readers.all(:order => 'id').map(&:person_id)
end
def test_associate_with_create
assert_queries(1) { posts(:thinking) }
# 1 query for the new record, 1 for the join table record
# No need to update the actual collection yet!
assert_queries(2) do
posts(:thinking).people.create(:first_name=>"Jeb")
end
# *Now* we actually need the collection so it's loaded
assert_queries(1) do
assert posts(:thinking).people.collect(&:first_name).include?("Jeb")
end
assert posts(:thinking).reload.people(true).collect(&:first_name).include?("Jeb")
end
def test_associate_with_create_and_no_options
peeps = posts(:thinking).people.count
posts(:thinking).people.create(:first_name => 'foo')
assert_equal peeps + 1, posts(:thinking).people.count
end
def test_associate_with_create_exclamation_and_no_options
peeps = posts(:thinking).people.count
posts(:thinking).people.create!(:first_name => 'foo')
assert_equal peeps + 1, posts(:thinking).people.count
end
def test_associate_with_create_and_invalid_options
peeps = companies(:first_firm).developers.count
assert_nothing_raised { companies(:first_firm).developers.create(:name => '0') }
assert_equal peeps, companies(:first_firm).developers.count
end
def test_associate_with_create_and_valid_options
peeps = companies(:first_firm).developers.count
assert_nothing_raised { companies(:first_firm).developers.create(:name => 'developer') }
assert_equal peeps + 1, companies(:first_firm).developers.count
end
def test_associate_with_create_bang_and_invalid_options
peeps = companies(:first_firm).developers.count
assert_raises(ActiveRecord::RecordInvalid) { companies(:first_firm).developers.create!(:name => '0') }
assert_equal peeps, companies(:first_firm).developers.count
end
def test_associate_with_create_bang_and_valid_options
peeps = companies(:first_firm).developers.count
assert_nothing_raised { companies(:first_firm).developers.create!(:name => 'developer') }
assert_equal peeps + 1, companies(:first_firm).developers.count
end
def test_clear_associations
assert_queries(2) { posts(:welcome);posts(:welcome).people(true) }
assert_queries(1) do
posts(:welcome).people.clear
end
assert_queries(0) do
assert posts(:welcome).people.empty?
end
assert posts(:welcome).reload.people(true).empty?
end
def test_association_callback_ordering
Post.reset_log
log = Post.log
post = posts(:thinking)
post.people_with_callbacks << people(:michael)
assert_equal [
[:added, :before, "Michael"],
[:added, :after, "Michael"]
], log.last(2)
post.people_with_callbacks.push(people(:david), Person.create!(:first_name => "Bob"), Person.new(:first_name => "Lary"))
assert_equal [
[:added, :before, "David"],
[:added, :after, "David"],
[:added, :before, "Bob"],
[:added, :after, "Bob"],
[:added, :before, "Lary"],
[:added, :after, "Lary"]
],log.last(6)
post.people_with_callbacks.build(:first_name => "Ted")
assert_equal [
[:added, :before, "Ted"],
[:added, :after, "Ted"]
], log.last(2)
post.people_with_callbacks.create(:first_name => "Sam")
assert_equal [
[:added, :before, "Sam"],
[:added, :after, "Sam"]
], log.last(2)
post.people_with_callbacks = [people(:michael),people(:david), Person.new(:first_name => "Julian"), Person.create!(:first_name => "Roger")]
assert_equal (%w(Ted Bob Sam Lary) * 2).sort, log[-12..-5].collect(&:last).sort
assert_equal [
[:added, :before, "Julian"],
[:added, :after, "Julian"],
[:added, :before, "Roger"],
[:added, :after, "Roger"]
], log.last(4)
post.people_with_callbacks.clear
assert_equal (%w(Michael David Julian Roger) * 2).sort, log.last(8).collect(&:last).sort
end
def test_dynamic_find_should_respect_association_include
# SQL error in sort clause if :include is not included
# due to Unknown column 'comments.id'
assert Person.find(1).posts_with_comments_sorted_by_comment_id.find_by_title('Welcome to the weblog')
end
def test_count_with_include_should_alias_join_table
assert_equal 2, people(:michael).posts.count(:include => :readers)
end
def test_inner_join_with_quoted_table_name
assert_equal 2, people(:michael).jobs.size
end
def test_get_ids
assert_equal [posts(:welcome).id, posts(:authorless).id].sort, people(:michael).post_ids.sort
end
def test_get_ids_for_loaded_associations
person = people(:michael)
person.posts(true)
assert_queries(0) do
person.post_ids
person.post_ids
end
end
def test_get_ids_for_unloaded_associations_does_not_load_them
person = people(:michael)
assert !person.posts.loaded?
assert_equal [posts(:welcome).id, posts(:authorless).id].sort, person.post_ids.sort
assert !person.posts.loaded?
end
def test_association_proxy_transaction_method_starts_transaction_in_association_class
Tag.expects(:transaction)
Post.find(:first).tags.transaction do
# nothing
end
end
def test_has_many_association_through_a_belongs_to_association_where_the_association_doesnt_exist
author = authors(:mary)
post = Post.create!(:title => "TITLE", :body => "BODY")
assert_equal [], post.author_favorites
end
def test_has_many_association_through_a_belongs_to_association
author = authors(:mary)
post = Post.create!(:author => author, :title => "TITLE", :body => "BODY")
author.author_favorites.create(:favorite_author_id => 1)
author.author_favorites.create(:favorite_author_id => 2)
author.author_favorites.create(:favorite_author_id => 3)
assert_equal post.author.author_favorites, post.author_favorites
end
def test_has_many_association_through_a_has_many_association_with_nonstandard_primary_keys
assert_equal 1, owners(:blackbeard).toys.count
end
def test_find_on_has_many_association_collection_with_include_and_conditions
post_with_no_comments = people(:michael).posts_with_no_comments.first
assert_equal post_with_no_comments, posts(:authorless)
end
def test_has_many_through_has_one_reflection
assert_equal [comments(:eager_sti_on_associations_vs_comment)], authors(:david).very_special_comments
end
def test_modifying_has_many_through_has_one_reflection_should_raise
[
lambda { authors(:david).very_special_comments = [VerySpecialComment.create!(:body => "Gorp!", :post_id => 1011), VerySpecialComment.create!(:body => "Eep!", :post_id => 1012)] },
lambda { authors(:david).very_special_comments << VerySpecialComment.create!(:body => "Hoohah!", :post_id => 1013) },
lambda { authors(:david).very_special_comments.delete(authors(:david).very_special_comments.first) },
].each {|block| assert_raise(ActiveRecord::HasManyThroughCantAssociateThroughHasOneOrManyReflection, &block) }
end
end

330
vendor/rails/activerecord/test/cases/associations/has_one_associations_test.rb vendored
View file

@ -1,330 +0,0 @@
require "cases/helper"
require 'models/developer'
require 'models/project'
require 'models/company'
class HasOneAssociationsTest < ActiveRecord::TestCase
fixtures :accounts, :companies, :developers, :projects, :developers_projects
def setup
Account.destroyed_account_ids.clear
end
def test_has_one
assert_equal companies(:first_firm).account, Account.find(1)
assert_equal Account.find(1).credit_limit, companies(:first_firm).account.credit_limit
end
def test_has_one_cache_nils
firm = companies(:another_firm)
assert_queries(1) { assert_nil firm.account }
assert_queries(0) { assert_nil firm.account }
firms = Firm.find(:all, :include => :account)
assert_queries(0) { firms.each(&:account) }
end
def test_with_select
assert_equal Firm.find(1).account_with_select.attributes.size, 2
assert_equal Firm.find(1, :include => :account_with_select).account_with_select.attributes.size, 2
end
def test_finding_using_primary_key
firm = companies(:first_firm)
assert_equal Account.find_by_firm_id(firm.id), firm.account
firm.firm_id = companies(:rails_core).id
assert_equal accounts(:rails_core_account), firm.account_using_primary_key
end
def test_update_with_foreign_and_primary_keys
firm = companies(:first_firm)
account = firm.account_using_foreign_and_primary_keys
assert_equal Account.find_by_firm_name(firm.name), account
firm.save
firm.reload
assert_equal account, firm.account_using_foreign_and_primary_keys
end
def test_can_marshal_has_one_association_with_nil_target
firm = Firm.new
assert_nothing_raised do
assert_equal firm.attributes, Marshal.load(Marshal.dump(firm)).attributes
end
firm.account
assert_nothing_raised do
assert_equal firm.attributes, Marshal.load(Marshal.dump(firm)).attributes
end
end
def test_proxy_assignment
company = companies(:first_firm)
assert_nothing_raised { company.account = company.account }
end
def test_triple_equality
assert Account === companies(:first_firm).account
assert companies(:first_firm).account === Account
end
def test_type_mismatch
assert_raise(ActiveRecord::AssociationTypeMismatch) { companies(:first_firm).account = 1 }
assert_raise(ActiveRecord::AssociationTypeMismatch) { companies(:first_firm).account = Project.find(1) }
end
def test_natural_assignment
apple = Firm.create("name" => "Apple")
citibank = Account.create("credit_limit" => 10)
apple.account = citibank
assert_equal apple.id, citibank.firm_id
end
def test_natural_assignment_to_nil
old_account_id = companies(:first_firm).account.id
companies(:first_firm).account = nil
companies(:first_firm).save
assert_nil companies(:first_firm).account
# account is dependent, therefore is destroyed when reference to owner is lost
assert_raise(ActiveRecord::RecordNotFound) { Account.find(old_account_id) }
end
def test_nullification_on_association_change
firm = companies(:rails_core)
old_account_id = firm.account.id
firm.account = Account.new
# account is dependent with nullify, therefore its firm_id should be nil
assert_nil Account.find(old_account_id).firm_id
end
def test_association_changecalls_delete
companies(:first_firm).deletable_account = Account.new
assert_equal [], Account.destroyed_account_ids[companies(:first_firm).id]
end
def test_association_change_calls_destroy
companies(:first_firm).account = Account.new
assert_equal [companies(:first_firm).id], Account.destroyed_account_ids[companies(:first_firm).id]
end
def test_natural_assignment_to_already_associated_record
company = companies(:first_firm)
account = accounts(:signals37)
assert_equal company.account, account
company.account = account
company.reload
account.reload
assert_equal company.account, account
end
def test_assignment_without_replacement
apple = Firm.create("name" => "Apple")
citibank = Account.create("credit_limit" => 10)
apple.account = citibank
assert_equal apple.id, citibank.firm_id
hsbc = apple.build_account({ :credit_limit => 20}, false)
assert_equal apple.id, hsbc.firm_id
hsbc.save
assert_equal apple.id, citibank.firm_id
nykredit = apple.create_account({ :credit_limit => 30}, false)
assert_equal apple.id, nykredit.firm_id
assert_equal apple.id, citibank.firm_id
assert_equal apple.id, hsbc.firm_id
end
def test_assignment_without_replacement_on_create
apple = Firm.create("name" => "Apple")
citibank = Account.create("credit_limit" => 10)
apple.account = citibank
assert_equal apple.id, citibank.firm_id
hsbc = apple.create_account({:credit_limit => 10}, false)
assert_equal apple.id, hsbc.firm_id
hsbc.save
assert_equal apple.id, citibank.firm_id
end
def test_dependence
num_accounts = Account.count
firm = Firm.find(1)
assert !firm.account.nil?
account_id = firm.account.id
assert_equal [], Account.destroyed_account_ids[firm.id]
firm.destroy
assert_equal num_accounts - 1, Account.count
assert_equal [account_id], Account.destroyed_account_ids[firm.id]
end
def test_exclusive_dependence
num_accounts = Account.count
firm = ExclusivelyDependentFirm.find(9)
assert !firm.account.nil?
account_id = firm.account.id
assert_equal [], Account.destroyed_account_ids[firm.id]
firm.destroy
assert_equal num_accounts - 1, Account.count
assert_equal [], Account.destroyed_account_ids[firm.id]
end
def test_dependence_with_nil_associate
firm = DependentFirm.new(:name => 'nullify')
firm.save!
assert_nothing_raised { firm.destroy }
end
def test_succesful_build_association
firm = Firm.new("name" => "GlobalMegaCorp")
firm.save
account = firm.build_account("credit_limit" => 1000)
assert account.save
assert_equal account, firm.account
end
def test_failing_build_association
firm = Firm.new("name" => "GlobalMegaCorp")
firm.save
account = firm.build_account
assert !account.save
assert_equal "can't be empty", account.errors.on("credit_limit")
end
def test_build_association_twice_without_saving_affects_nothing
count_of_account = Account.count
firm = Firm.find(:first)
account1 = firm.build_account("credit_limit" => 1000)
account2 = firm.build_account("credit_limit" => 2000)
assert_equal count_of_account, Account.count
end
def test_create_association
firm = Firm.create(:name => "GlobalMegaCorp")
account = firm.create_account(:credit_limit => 1000)
assert_equal account, firm.reload.account
end
def test_build
firm = Firm.new("name" => "GlobalMegaCorp")
firm.save
firm.account = account = Account.new("credit_limit" => 1000)
assert_equal account, firm.account
assert account.save
assert_equal account, firm.account
end
def test_failing_build_association
firm = Firm.new("name" => "GlobalMegaCorp")
firm.save
firm.account = account = Account.new
assert_equal account, firm.account
assert !account.save
assert_equal account, firm.account
assert_equal "can't be empty", account.errors.on("credit_limit")
end
def test_create
firm = Firm.new("name" => "GlobalMegaCorp")
firm.save
firm.account = account = Account.create("credit_limit" => 1000)
assert_equal account, firm.account
end
def test_create_before_save
firm = Firm.new("name" => "GlobalMegaCorp")
firm.account = account = Account.create("credit_limit" => 1000)
assert_equal account, firm.account
end
def test_dependence_with_missing_association
Account.destroy_all
firm = Firm.find(1)
assert firm.account.nil?
firm.destroy
end
def test_dependence_with_missing_association_and_nullify
Account.destroy_all
firm = DependentFirm.find(:first)
assert firm.account.nil?
firm.destroy
end
def test_finding_with_interpolated_condition
firm = Firm.find(:first)
superior = firm.clients.create(:name => 'SuperiorCo')
superior.rating = 10
superior.save
assert_equal 10, firm.clients_with_interpolated_conditions.first.rating
end
def test_assignment_before_child_saved
firm = Firm.find(1)
firm.account = a = Account.new("credit_limit" => 1000)
assert !a.new_record?
assert_equal a, firm.account
assert_equal a, firm.account
assert_equal a, firm.account(true)
end
def test_save_still_works_after_accessing_nil_has_one
jp = Company.new :name => 'Jaded Pixel'
jp.dummy_account.nil?
assert_nothing_raised do
jp.save!
end
end
def test_cant_save_readonly_association
assert_raise(ActiveRecord::ReadOnlyRecord) { companies(:first_firm).readonly_account.save! }
assert companies(:first_firm).readonly_account.readonly?
end
def test_has_one_proxy_should_not_respond_to_private_methods
assert_raise(NoMethodError) { accounts(:signals37).private_method }
assert_raise(NoMethodError) { companies(:first_firm).account.private_method }
end
def test_has_one_proxy_should_respond_to_private_methods_via_send
accounts(:signals37).send(:private_method)
companies(:first_firm).account.send(:private_method)
end
def test_save_of_record_with_loaded_has_one
@firm = companies(:first_firm)
assert_not_nil @firm.account
assert_nothing_raised do
Firm.find(@firm.id).save!
Firm.find(@firm.id, :include => :account).save!
end
@firm.account.destroy
assert_nothing_raised do
Firm.find(@firm.id).save!
Firm.find(@firm.id, :include => :account).save!
end
end
def test_build_respects_hash_condition
account = companies(:first_firm).build_account_limit_500_with_hash_conditions
assert account.save
assert_equal 500, account.credit_limit
end
def test_create_respects_hash_condition
account = companies(:first_firm).create_account_limit_500_with_hash_conditions
assert !account.new_record?
assert_equal 500, account.credit_limit
end
end

209
vendor/rails/activerecord/test/cases/associations/has_one_through_associations_test.rb vendored
View file

@ -1,209 +0,0 @@
require "cases/helper"
require 'models/club'
require 'models/member_type'
require 'models/member'
require 'models/membership'
require 'models/sponsor'
require 'models/organization'
require 'models/member_detail'
class HasOneThroughAssociationsTest < ActiveRecord::TestCase
fixtures :member_types, :members, :clubs, :memberships, :sponsors, :organizations
def setup
@member = members(:groucho)
end
def test_has_one_through_with_has_one
assert_equal clubs(:boring_club), @member.club
end
def test_has_one_through_with_has_many
assert_equal clubs(:moustache_club), @member.favourite_club
end
def test_creating_association_creates_through_record
new_member = Member.create(:name => "Chris")
new_member.club = Club.create(:name => "LRUG")
assert_not_nil new_member.current_membership
assert_not_nil new_member.club
end
def test_creating_association_builds_through_record_for_new
new_member = Member.new(:name => "Jane")
new_member.club = clubs(:moustache_club)
assert new_member.current_membership
assert_equal clubs(:moustache_club), new_member.current_membership.club
assert_equal clubs(:moustache_club), new_member.club
assert new_member.save
assert_equal clubs(:moustache_club), new_member.club
end
def test_replace_target_record
new_club = Club.create(:name => "Marx Bros")
@member.club = new_club
@member.reload
assert_equal new_club, @member.club
end
def test_replacing_target_record_deletes_old_association
assert_no_difference "Membership.count" do
new_club = Club.create(:name => "Bananarama")
@member.club = new_club
@member.reload
end
end
def test_set_record_to_nil_should_delete_association
@member.club = nil
@member.reload
assert_equal nil, @member.current_membership
assert_nil @member.club
end
def test_has_one_through_polymorphic
assert_equal clubs(:moustache_club), @member.sponsor_club
end
def has_one_through_to_has_many
assert_equal 2, @member.fellow_members.size
end
def test_has_one_through_eager_loading
members = assert_queries(3) do #base table, through table, clubs table
Member.find(:all, :include => :club, :conditions => ["name = ?", "Groucho Marx"])
end
assert_equal 1, members.size
assert_not_nil assert_no_queries {members[0].club}
end
def test_has_one_through_eager_loading_through_polymorphic
members = assert_queries(3) do #base table, through table, clubs table
Member.find(:all, :include => :sponsor_club, :conditions => ["name = ?", "Groucho Marx"])
end
assert_equal 1, members.size
assert_not_nil assert_no_queries {members[0].sponsor_club}
end
def test_has_one_through_polymorphic_with_source_type
assert_equal members(:groucho), clubs(:moustache_club).sponsored_member
end
def test_eager_has_one_through_polymorphic_with_source_type
clubs = Club.find(:all, :include => :sponsored_member, :conditions => ["name = ?","Moustache and Eyebrow Fancier Club"])
# Only the eyebrow fanciers club has a sponsored_member
assert_not_nil assert_no_queries {clubs[0].sponsored_member}
end
def test_has_one_through_nonpreload_eagerloading
members = assert_queries(1) do
Member.find(:all, :include => :club, :conditions => ["members.name = ?", "Groucho Marx"], :order => 'clubs.name') #force fallback
end
assert_equal 1, members.size
assert_not_nil assert_no_queries {members[0].club}
end
def test_has_one_through_nonpreload_eager_loading_through_polymorphic
members = assert_queries(1) do
Member.find(:all, :include => :sponsor_club, :conditions => ["members.name = ?", "Groucho Marx"], :order => 'clubs.name') #force fallback
end
assert_equal 1, members.size
assert_not_nil assert_no_queries {members[0].sponsor_club}
end
def test_has_one_through_nonpreload_eager_loading_through_polymorphic_with_more_than_one_through_record
Sponsor.new(:sponsor_club => clubs(:crazy_club), :sponsorable => members(:groucho)).save!
members = assert_queries(1) do
Member.find(:all, :include => :sponsor_club, :conditions => ["members.name = ?", "Groucho Marx"], :order => 'clubs.name DESC') #force fallback
end
assert_equal 1, members.size
assert_not_nil assert_no_queries { members[0].sponsor_club }
assert_equal clubs(:crazy_club), members[0].sponsor_club
end
def test_uninitialized_has_one_through_should_return_nil_for_unsaved_record
assert_nil Member.new.club
end
def test_assigning_association_correctly_assigns_target
new_member = Member.create(:name => "Chris")
new_member.club = new_club = Club.create(:name => "LRUG")
assert_equal new_club, new_member.club.target
end
def test_has_one_through_proxy_should_not_respond_to_private_methods
assert_raise(NoMethodError) { clubs(:moustache_club).private_method }
assert_raise(NoMethodError) { @member.club.private_method }
end
def test_has_one_through_proxy_should_respond_to_private_methods_via_send
clubs(:moustache_club).send(:private_method)
@member.club.send(:private_method)
end
def test_assigning_to_has_one_through_preserves_decorated_join_record
@organization = organizations(:nsa)
assert_difference 'MemberDetail.count', 1 do
@member_detail = MemberDetail.new(:extra_data => 'Extra')
@member.member_detail = @member_detail
@member.organization = @organization
end
assert_equal @organization, @member.organization
assert @organization.members.include?(@member)
assert_equal 'Extra', @member.member_detail.extra_data
end
def test_reassigning_has_one_through
@organization = organizations(:nsa)
@new_organization = organizations(:discordians)
assert_difference 'MemberDetail.count', 1 do
@member_detail = MemberDetail.new(:extra_data => 'Extra')
@member.member_detail = @member_detail
@member.organization = @organization
end
assert_equal @organization, @member.organization
assert_equal 'Extra', @member.member_detail.extra_data
assert @organization.members.include?(@member)
assert !@new_organization.members.include?(@member)
assert_no_difference 'MemberDetail.count' do
@member.organization = @new_organization
end
assert_equal @new_organization, @member.organization
assert_equal 'Extra', @member.member_detail.extra_data
assert !@organization.members.include?(@member)
assert @new_organization.members.include?(@member)
end
def test_preloading_has_one_through_on_belongs_to
assert_not_nil @member.member_type
@organization = organizations(:nsa)
@member_detail = MemberDetail.new
@member.member_detail = @member_detail
@member.organization = @organization
@member_details = assert_queries(3) do
MemberDetail.find(:all, :include => :member_type)
end
@new_detail = @member_details[0]
assert @new_detail.loaded_member_type?
assert_not_nil assert_no_queries { @new_detail.member_type }
end
def test_save_of_record_with_loaded_has_one_through
@club = @member.club
assert_not_nil @club.sponsored_member
assert_nothing_raised do
Club.find(@club.id).save!
Club.find(@club.id, :include => :sponsored_member).save!
end
@club.sponsor.destroy
assert_nothing_raised do
Club.find(@club.id).save!
Club.find(@club.id, :include => :sponsored_member).save!
end
end
end

93
vendor/rails/activerecord/test/cases/associations/inner_join_association_test.rb vendored
View file

@ -1,93 +0,0 @@
require "cases/helper"
require 'models/post'
require 'models/comment'
require 'models/author'
require 'models/category'
require 'models/categorization'
class InnerJoinAssociationTest < ActiveRecord::TestCase
fixtures :authors, :posts, :comments, :categories, :categories_posts, :categorizations
def test_construct_finder_sql_creates_inner_joins
sql = Author.send(:construct_finder_sql, :joins => :posts)
assert_match /INNER JOIN .?posts.? ON .?posts.?.author_id = authors.id/, sql
end
def test_construct_finder_sql_cascades_inner_joins
sql = Author.send(:construct_finder_sql, :joins => {:posts => :comments})
assert_match /INNER JOIN .?posts.? ON .?posts.?.author_id = authors.id/, sql
assert_match /INNER JOIN .?comments.? ON .?comments.?.post_id = posts.id/, sql
end
def test_construct_finder_sql_inner_joins_through_associations
sql = Author.send(:construct_finder_sql, :joins => :categorized_posts)
assert_match /INNER JOIN .?categorizations.?.*INNER JOIN .?posts.?/, sql
end
def test_construct_finder_sql_applies_association_conditions
sql = Author.send(:construct_finder_sql, :joins => :categories_like_general, :conditions => "TERMINATING_MARKER")
assert_match /INNER JOIN .?categories.? ON.*AND.*.?General.?.*TERMINATING_MARKER/, sql
end
def test_construct_finder_sql_applies_aliases_tables_on_association_conditions
result = Author.find(:all, :joins => [:thinking_posts, :welcome_posts])
assert_equal authors(:david), result.first
end
def test_construct_finder_sql_unpacks_nested_joins
sql = Author.send(:construct_finder_sql, :joins => {:posts => [[:comments]]})
assert_no_match /inner join.*inner join.*inner join/i, sql, "only two join clauses should be present"
assert_match /INNER JOIN .?posts.? ON .?posts.?.author_id = authors.id/, sql
assert_match /INNER JOIN .?comments.? ON .?comments.?.post_id = .?posts.?.id/, sql
end
def test_construct_finder_sql_ignores_empty_joins_hash
sql = Author.send(:construct_finder_sql, :joins => {})
assert_no_match /JOIN/i, sql
end
def test_construct_finder_sql_ignores_empty_joins_array
sql = Author.send(:construct_finder_sql, :joins => [])
assert_no_match /JOIN/i, sql
end
def test_find_with_implicit_inner_joins_honors_readonly_without_select
authors = Author.find(:all, :joins => :posts)
assert !authors.empty?, "expected authors to be non-empty"
assert authors.all? {|a| a.readonly? }, "expected all authors to be readonly"
end
def test_find_with_implicit_inner_joins_honors_readonly_with_select
authors = Author.find(:all, :select => 'authors.*', :joins => :posts)
assert !authors.empty?, "expected authors to be non-empty"
assert authors.all? {|a| !a.readonly? }, "expected no authors to be readonly"
end
def test_find_with_implicit_inner_joins_honors_readonly_false
authors = Author.find(:all, :joins => :posts, :readonly => false)
assert !authors.empty?, "expected authors to be non-empty"
assert authors.all? {|a| !a.readonly? }, "expected no authors to be readonly"
end
def test_find_with_implicit_inner_joins_does_not_set_associations
authors = Author.find(:all, :select => 'authors.*', :joins => :posts)
assert !authors.empty?, "expected authors to be non-empty"
assert authors.all? {|a| !a.send(:instance_variable_names).include?("@posts")}, "expected no authors to have the @posts association loaded"
end
def test_count_honors_implicit_inner_joins
real_count = Author.find(:all).sum{|a| a.posts.count }
assert_equal real_count, Author.count(:joins => :posts), "plain inner join count should match the number of referenced posts records"
end
def test_calculate_honors_implicit_inner_joins
real_count = Author.find(:all).sum{|a| a.posts.count }
assert_equal real_count, Author.calculate(:count, 'authors.id', :joins => :posts), "plain inner join count should match the number of referenced posts records"
end
def test_calculate_honors_implicit_inner_joins_and_distinct_and_conditions
real_count = Author.find(:all).select {|a| a.posts.any? {|p| p.title =~ /^Welcome/} }.length
authors_with_welcoming_post_titles = Author.calculate(:count, 'authors.id', :joins => :posts, :distinct => true, :conditions => "posts.title like 'Welcome%'")
assert_equal real_count, authors_with_welcoming_post_titles, "inner join and conditions should have only returned authors posting titles starting with 'Welcome'"
end
end

566
vendor/rails/activerecord/test/cases/associations/inverse_associations_test.rb vendored
View file

@ -1,566 +0,0 @@
require "cases/helper"
require 'models/man'
require 'models/face'
require 'models/interest'
require 'models/zine'
require 'models/club'
require 'models/sponsor'
class InverseAssociationTests < ActiveRecord::TestCase
def test_should_allow_for_inverse_of_options_in_associations
assert_nothing_raised(ArgumentError, 'ActiveRecord should allow the inverse_of options on has_many') do
Class.new(ActiveRecord::Base).has_many(:wheels, :inverse_of => :car)
end
assert_nothing_raised(ArgumentError, 'ActiveRecord should allow the inverse_of options on has_one') do
Class.new(ActiveRecord::Base).has_one(:engine, :inverse_of => :car)
end
assert_nothing_raised(ArgumentError, 'ActiveRecord should allow the inverse_of options on belongs_to') do
Class.new(ActiveRecord::Base).belongs_to(:car, :inverse_of => :driver)
end
end
def test_should_be_able_to_ask_a_reflection_if_it_has_an_inverse
has_one_with_inverse_ref = Man.reflect_on_association(:face)
assert has_one_with_inverse_ref.respond_to?(:has_inverse?)
assert has_one_with_inverse_ref.has_inverse?
has_many_with_inverse_ref = Man.reflect_on_association(:interests)
assert has_many_with_inverse_ref.respond_to?(:has_inverse?)
assert has_many_with_inverse_ref.has_inverse?
belongs_to_with_inverse_ref = Face.reflect_on_association(:man)
assert belongs_to_with_inverse_ref.respond_to?(:has_inverse?)
assert belongs_to_with_inverse_ref.has_inverse?
has_one_without_inverse_ref = Club.reflect_on_association(:sponsor)
assert has_one_without_inverse_ref.respond_to?(:has_inverse?)
assert !has_one_without_inverse_ref.has_inverse?
has_many_without_inverse_ref = Club.reflect_on_association(:memberships)
assert has_many_without_inverse_ref.respond_to?(:has_inverse?)
assert !has_many_without_inverse_ref.has_inverse?
belongs_to_without_inverse_ref = Sponsor.reflect_on_association(:sponsor_club)
assert belongs_to_without_inverse_ref.respond_to?(:has_inverse?)
assert !belongs_to_without_inverse_ref.has_inverse?
end
def test_should_be_able_to_ask_a_reflection_what_it_is_the_inverse_of
has_one_ref = Man.reflect_on_association(:face)
assert has_one_ref.respond_to?(:inverse_of)
has_many_ref = Man.reflect_on_association(:interests)
assert has_many_ref.respond_to?(:inverse_of)
belongs_to_ref = Face.reflect_on_association(:man)
assert belongs_to_ref.respond_to?(:inverse_of)
end
def test_inverse_of_method_should_supply_the_actual_reflection_instance_it_is_the_inverse_of
has_one_ref = Man.reflect_on_association(:face)
assert_equal Face.reflect_on_association(:man), has_one_ref.inverse_of
has_many_ref = Man.reflect_on_association(:interests)
assert_equal Interest.reflect_on_association(:man), has_many_ref.inverse_of
belongs_to_ref = Face.reflect_on_association(:man)
assert_equal Man.reflect_on_association(:face), belongs_to_ref.inverse_of
end
def test_associations_with_no_inverse_of_should_return_nil
has_one_ref = Club.reflect_on_association(:sponsor)
assert_nil has_one_ref.inverse_of
has_many_ref = Club.reflect_on_association(:memberships)
assert_nil has_many_ref.inverse_of
belongs_to_ref = Sponsor.reflect_on_association(:sponsor_club)
assert_nil belongs_to_ref.inverse_of
end
end
class InverseHasOneTests < ActiveRecord::TestCase
fixtures :men, :faces
def test_parent_instance_should_be_shared_with_child_on_find
m = men(:gordon)
f = m.face
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to child-owned instance"
end
def test_parent_instance_should_be_shared_with_eager_loaded_child_on_find
m = Man.find(:first, :conditions => {:name => 'Gordon'}, :include => :face)
f = m.face
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to child-owned instance"
m = Man.find(:first, :conditions => {:name => 'Gordon'}, :include => :face, :order => 'faces.id')
f = m.face
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to child-owned instance"
end
def test_parent_instance_should_be_shared_with_newly_built_child
m = men(:gordon)
f = m.build_face(:description => 'haunted')
assert_not_nil f.man
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to just-built-child-owned instance"
end
def test_parent_instance_should_be_shared_with_newly_created_child
m = men(:gordon)
f = m.create_face(:description => 'haunted')
assert_not_nil f.man
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to newly-created-child-owned instance"
end
def test_parent_instance_should_be_shared_with_newly_created_child_via_bang_method
m = Man.find(:first)
f = m.face.create!(:description => 'haunted')
assert_not_nil f.man
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to newly-created-child-owned instance"
end
def test_parent_instance_should_be_shared_with_newly_built_child_when_we_dont_replace_existing
m = Man.find(:first)
f = m.build_face({:description => 'haunted'}, false)
assert_not_nil f.man
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to just-built-child-owned instance"
end
def test_parent_instance_should_be_shared_with_newly_created_child_when_we_dont_replace_existing
m = Man.find(:first)
f = m.create_face({:description => 'haunted'}, false)
assert_not_nil f.man
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to newly-created-child-owned instance"
end
def test_parent_instance_should_be_shared_with_newly_created_child_via_bang_method_when_we_dont_replace_existing
m = Man.find(:first)
f = m.face.create!({:description => 'haunted'}, false)
assert_not_nil f.man
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to newly-created-child-owned instance"
end
def test_parent_instance_should_be_shared_with_replaced_via_accessor_child
m = Man.find(:first)
f = Face.new(:description => 'haunted')
m.face = f
assert_not_nil f.man
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to replaced-child-owned instance"
end
def test_parent_instance_should_be_shared_with_replaced_via_method_child
m = Man.find(:first)
f = Face.new(:description => 'haunted')
m.face.replace(f)
assert_not_nil f.man
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to replaced-child-owned instance"
end
def test_parent_instance_should_be_shared_with_replaced_via_method_child_when_we_dont_replace_existing
m = Man.find(:first)
f = Face.new(:description => 'haunted')
m.face.replace(f, false)
assert_not_nil f.man
assert_equal m.name, f.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to parent instance"
f.man.name = 'Mungo'
assert_equal m.name, f.man.name, "Name of man should be the same after changes to replaced-child-owned instance"
end
def test_trying_to_use_inverses_that_dont_exist_should_raise_an_error
assert_raise(ActiveRecord::InverseOfAssociationNotFoundError) { Man.find(:first).dirty_face }
end
end
class InverseHasManyTests < ActiveRecord::TestCase
fixtures :men, :interests
def test_parent_instance_should_be_shared_with_every_child_on_find
m = men(:gordon)
is = m.interests
is.each do |i|
assert_equal m.name, i.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to parent instance"
i.man.name = 'Mungo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to child-owned instance"
end
end
def test_parent_instance_should_be_shared_with_eager_loaded_children
m = Man.find(:first, :conditions => {:name => 'Gordon'}, :include => :interests)
is = m.interests
is.each do |i|
assert_equal m.name, i.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to parent instance"
i.man.name = 'Mungo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to child-owned instance"
end
m = Man.find(:first, :conditions => {:name => 'Gordon'}, :include => :interests, :order => 'interests.id')
is = m.interests
is.each do |i|
assert_equal m.name, i.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to parent instance"
i.man.name = 'Mungo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to child-owned instance"
end
end
def test_parent_instance_should_be_shared_with_newly_built_child
m = men(:gordon)
i = m.interests.build(:topic => 'Industrial Revolution Re-enactment')
assert_not_nil i.man
assert_equal m.name, i.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to parent instance"
i.man.name = 'Mungo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to just-built-child-owned instance"
end
def test_parent_instance_should_be_shared_with_newly_block_style_built_child
m = Man.find(:first)
i = m.interests.build {|ii| ii.topic = 'Industrial Revolution Re-enactment'}
assert_not_nil i.topic, "Child attributes supplied to build via blocks should be populated"
assert_not_nil i.man
assert_equal m.name, i.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to parent instance"
i.man.name = 'Mungo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to just-built-child-owned instance"
end
def test_parent_instance_should_be_shared_with_newly_created_child
m = men(:gordon)
i = m.interests.create(:topic => 'Industrial Revolution Re-enactment')
assert_not_nil i.man
assert_equal m.name, i.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to parent instance"
i.man.name = 'Mungo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to newly-created-child-owned instance"
end
def test_parent_instance_should_be_shared_with_newly_created_via_bang_method_child
m = Man.find(:first)
i = m.interests.create!(:topic => 'Industrial Revolution Re-enactment')
assert_not_nil i.man
assert_equal m.name, i.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to parent instance"
i.man.name = 'Mungo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to newly-created-child-owned instance"
end
def test_parent_instance_should_be_shared_with_newly_block_style_created_child
m = Man.find(:first)
i = m.interests.create {|ii| ii.topic = 'Industrial Revolution Re-enactment'}
assert_not_nil i.topic, "Child attributes supplied to create via blocks should be populated"
assert_not_nil i.man
assert_equal m.name, i.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to parent instance"
i.man.name = 'Mungo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to newly-created-child-owned instance"
end
def test_parent_instance_should_be_shared_with_poked_in_child
m = men(:gordon)
i = Interest.create(:topic => 'Industrial Revolution Re-enactment')
m.interests << i
assert_not_nil i.man
assert_equal m.name, i.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to parent instance"
i.man.name = 'Mungo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to newly-created-child-owned instance"
end
def test_parent_instance_should_be_shared_with_replaced_via_accessor_children
m = Man.find(:first)
i = Interest.new(:topic => 'Industrial Revolution Re-enactment')
m.interests = [i]
assert_not_nil i.man
assert_equal m.name, i.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to parent instance"
i.man.name = 'Mungo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to replaced-child-owned instance"
end
def test_parent_instance_should_be_shared_with_replaced_via_method_children
m = Man.find(:first)
i = Interest.new(:topic => 'Industrial Revolution Re-enactment')
m.interests.replace([i])
assert_not_nil i.man
assert_equal m.name, i.man.name, "Name of man should be the same before changes to parent instance"
m.name = 'Bongo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to parent instance"
i.man.name = 'Mungo'
assert_equal m.name, i.man.name, "Name of man should be the same after changes to replaced-child-owned instance"
end
def test_trying_to_use_inverses_that_dont_exist_should_raise_an_error
assert_raise(ActiveRecord::InverseOfAssociationNotFoundError) { Man.find(:first).secret_interests }
end
end
class InverseBelongsToTests < ActiveRecord::TestCase
fixtures :men, :faces, :interests
def test_child_instance_should_be_shared_with_parent_on_find
f = faces(:trusting)
m = f.man
assert_equal f.description, m.face.description, "Description of face should be the same before changes to child instance"
f.description = 'gormless'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to child instance"
m.face.description = 'pleasing'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to parent-owned instance"
end
def test_eager_loaded_child_instance_should_be_shared_with_parent_on_find
f = Face.find(:first, :include => :man, :conditions => {:description => 'trusting'})
m = f.man
assert_equal f.description, m.face.description, "Description of face should be the same before changes to child instance"
f.description = 'gormless'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to child instance"
m.face.description = 'pleasing'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to parent-owned instance"
f = Face.find(:first, :include => :man, :order => 'men.id', :conditions => {:description => 'trusting'})
m = f.man
assert_equal f.description, m.face.description, "Description of face should be the same before changes to child instance"
f.description = 'gormless'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to child instance"
m.face.description = 'pleasing'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to parent-owned instance"
end
def test_child_instance_should_be_shared_with_newly_built_parent
f = faces(:trusting)
m = f.build_man(:name => 'Charles')
assert_not_nil m.face
assert_equal f.description, m.face.description, "Description of face should be the same before changes to child instance"
f.description = 'gormless'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to child instance"
m.face.description = 'pleasing'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to just-built-parent-owned instance"
end
def test_child_instance_should_be_shared_with_newly_created_parent
f = faces(:trusting)
m = f.create_man(:name => 'Charles')
assert_not_nil m.face
assert_equal f.description, m.face.description, "Description of face should be the same before changes to child instance"
f.description = 'gormless'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to child instance"
m.face.description = 'pleasing'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to newly-created-parent-owned instance"
end
def test_should_not_try_to_set_inverse_instances_when_the_inverse_is_a_has_many
i = interests(:trainspotting)
m = i.man
assert_not_nil m.interests
iz = m.interests.detect {|iz| iz.id == i.id}
assert_not_nil iz
assert_equal i.topic, iz.topic, "Interest topics should be the same before changes to child"
i.topic = 'Eating cheese with a spoon'
assert_not_equal i.topic, iz.topic, "Interest topics should not be the same after changes to child"
iz.topic = 'Cow tipping'
assert_not_equal i.topic, iz.topic, "Interest topics should not be the same after changes to parent-owned instance"
end
def test_child_instance_should_be_shared_with_replaced_via_accessor_parent
f = Face.find(:first)
m = Man.new(:name => 'Charles')
f.man = m
assert_not_nil m.face
assert_equal f.description, m.face.description, "Description of face should be the same before changes to child instance"
f.description = 'gormless'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to child instance"
m.face.description = 'pleasing'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to replaced-parent-owned instance"
end
def test_child_instance_should_be_shared_with_replaced_via_method_parent
f = faces(:trusting)
assert_not_nil f.man
m = Man.new(:name => 'Charles')
f.man.replace(m)
assert_not_nil m.face
assert_equal f.description, m.face.description, "Description of face should be the same before changes to child instance"
f.description = 'gormless'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to child instance"
m.face.description = 'pleasing'
assert_equal f.description, m.face.description, "Description of face should be the same after changes to replaced-parent-owned instance"
end
def test_trying_to_use_inverses_that_dont_exist_should_raise_an_error
assert_raise(ActiveRecord::InverseOfAssociationNotFoundError) { Face.find(:first).horrible_man }
end
end
class InversePolymorphicBelongsToTests < ActiveRecord::TestCase
fixtures :men, :faces, :interests
def test_child_instance_should_be_shared_with_parent_on_find
f = Face.find(:first, :conditions => {:description => 'confused'})
m = f.polymorphic_man
assert_equal f.description, m.polymorphic_face.description, "Description of face should be the same before changes to child instance"
f.description = 'gormless'
assert_equal f.description, m.polymorphic_face.description, "Description of face should be the same after changes to child instance"
m.polymorphic_face.description = 'pleasing'
assert_equal f.description, m.polymorphic_face.description, "Description of face should be the same after changes to parent-owned instance"
end
def test_eager_loaded_child_instance_should_be_shared_with_parent_on_find
f = Face.find(:first, :conditions => {:description => 'confused'}, :include => :man)
m = f.polymorphic_man
assert_equal f.description, m.polymorphic_face.description, "Description of face should be the same before changes to child instance"
f.description = 'gormless'
assert_equal f.description, m.polymorphic_face.description, "Description of face should be the same after changes to child instance"
m.polymorphic_face.description = 'pleasing'
assert_equal f.description, m.polymorphic_face.description, "Description of face should be the same after changes to parent-owned instance"
f = Face.find(:first, :conditions => {:description => 'confused'}, :include => :man, :order => 'men.id')
m = f.polymorphic_man
assert_equal f.description, m.polymorphic_face.description, "Description of face should be the same before changes to child instance"
f.description = 'gormless'
assert_equal f.description, m.polymorphic_face.description, "Description of face should be the same after changes to child instance"
m.polymorphic_face.description = 'pleasing'
assert_equal f.description, m.polymorphic_face.description, "Description of face should be the same after changes to parent-owned instance"
end
def test_child_instance_should_be_shared_with_replaced_via_accessor_parent
face = faces(:confused)
old_man = face.polymorphic_man
new_man = Man.new
assert_not_nil face.polymorphic_man
face.polymorphic_man = new_man
assert_equal face.description, new_man.polymorphic_face.description, "Description of face should be the same before changes to parent instance"
face.description = 'Bongo'
assert_equal face.description, new_man.polymorphic_face.description, "Description of face should be the same after changes to parent instance"
new_man.polymorphic_face.description = 'Mungo'
assert_equal face.description, new_man.polymorphic_face.description, "Description of face should be the same after changes to replaced-parent-owned instance"
end
def test_child_instance_should_be_shared_with_replaced_via_method_parent
face = faces(:confused)
old_man = face.polymorphic_man
new_man = Man.new
assert_not_nil face.polymorphic_man
face.polymorphic_man.replace(new_man)
assert_equal face.description, new_man.polymorphic_face.description, "Description of face should be the same before changes to parent instance"
face.description = 'Bongo'
assert_equal face.description, new_man.polymorphic_face.description, "Description of face should be the same after changes to parent instance"
new_man.polymorphic_face.description = 'Mungo'
assert_equal face.description, new_man.polymorphic_face.description, "Description of face should be the same after changes to replaced-parent-owned instance"
end
def test_should_not_try_to_set_inverse_instances_when_the_inverse_is_a_has_many
i = interests(:llama_wrangling)
m = i.polymorphic_man
assert_not_nil m.polymorphic_interests
iz = m.polymorphic_interests.detect {|iz| iz.id == i.id}
assert_not_nil iz
assert_equal i.topic, iz.topic, "Interest topics should be the same before changes to child"
i.topic = 'Eating cheese with a spoon'
assert_not_equal i.topic, iz.topic, "Interest topics should not be the same after changes to child"
iz.topic = 'Cow tipping'
assert_not_equal i.topic, iz.topic, "Interest topics should not be the same after changes to parent-owned instance"
end
def test_trying_to_access_inverses_that_dont_exist_shouldnt_raise_an_error
# Ideally this would, if only for symmetry's sake with other association types
assert_nothing_raised(ActiveRecord::InverseOfAssociationNotFoundError) { Face.find(:first).horrible_polymorphic_man }
end
def test_trying_to_set_polymorphic_inverses_that_dont_exist_at_all_should_raise_an_error
# fails because no class has the correct inverse_of for horrible_polymorphic_man
assert_raise(ActiveRecord::InverseOfAssociationNotFoundError) { Face.find(:first).horrible_polymorphic_man = Man.first }
end
def test_trying_to_set_polymorphic_inverses_that_dont_exist_on_the_instance_being_set_should_raise_an_error
# passes because Man does have the correct inverse_of
assert_nothing_raised(ActiveRecord::InverseOfAssociationNotFoundError) { Face.find(:first).polymorphic_man = Man.first }
# fails because Interest does have the correct inverse_of
assert_raise(ActiveRecord::InverseOfAssociationNotFoundError) { Face.find(:first).polymorphic_man = Interest.first }
end
end
# NOTE - these tests might not be meaningful, ripped as they were from the parental_control plugin
# which would guess the inverse rather than look for an explicit configuration option.
class InverseMultipleHasManyInversesForSameModel < ActiveRecord::TestCase
fixtures :men, :interests, :zines
def test_that_we_can_load_associations_that_have_the_same_reciprocal_name_from_different_models
assert_nothing_raised(ActiveRecord::AssociationTypeMismatch) do
i = Interest.find(:first)
z = i.zine
m = i.man
end
end
def test_that_we_can_create_associations_that_have_the_same_reciprocal_name_from_different_models
assert_nothing_raised(ActiveRecord::AssociationTypeMismatch) do
i = Interest.find(:first)
i.build_zine(:title => 'Get Some in Winter! 2008')
i.build_man(:name => 'Gordon')
i.save!
end
end
end

712
vendor/rails/activerecord/test/cases/associations/join_model_test.rb vendored
View file

@ -1,712 +0,0 @@
require "cases/helper"
require 'models/tag'
require 'models/tagging'
require 'models/post'
require 'models/item'
require 'models/comment'
require 'models/author'
require 'models/category'
require 'models/categorization'
require 'models/vertex'
require 'models/edge'
require 'models/book'
require 'models/citation'
class AssociationsJoinModelTest < ActiveRecord::TestCase
self.use_transactional_fixtures = false
fixtures :posts, :authors, :categories, :categorizations, :comments, :tags, :taggings, :author_favorites, :vertices, :items, :books
def test_has_many
assert authors(:david).categories.include?(categories(:general))
end
def test_has_many_inherited
assert authors(:mary).categories.include?(categories(:sti_test))
end
def test_inherited_has_many
assert categories(:sti_test).authors.include?(authors(:mary))
end
def test_has_many_uniq_through_join_model
assert_equal 2, authors(:mary).categorized_posts.size
assert_equal 1, authors(:mary).unique_categorized_posts.size
end
def test_has_many_uniq_through_count
author = authors(:mary)
assert !authors(:mary).unique_categorized_posts.loaded?
assert_queries(1) { assert_equal 1, author.unique_categorized_posts.count }
assert_queries(1) { assert_equal 1, author.unique_categorized_posts.count(:title) }
assert_queries(1) { assert_equal 0, author.unique_categorized_posts.count(:title, :conditions => "title is NULL") }
assert !authors(:mary).unique_categorized_posts.loaded?
end
def test_has_many_uniq_through_find
assert_equal 1, authors(:mary).unique_categorized_posts.find(:all).size
end
def test_has_many_uniq_through_dynamic_find
assert_equal 1, authors(:mary).unique_categorized_posts.find_all_by_title("So I was thinking").size
end
def test_polymorphic_has_many
assert posts(:welcome).taggings.include?(taggings(:welcome_general))
end
def test_polymorphic_has_one
assert_equal taggings(:welcome_general), posts(:welcome).tagging
end
def test_polymorphic_belongs_to
assert_equal posts(:welcome), posts(:welcome).taggings.first.taggable
end
def test_polymorphic_has_many_going_through_join_model
assert_equal tags(:general), tag = posts(:welcome).tags.first
assert_no_queries do
tag.tagging
end
end
def test_count_polymorphic_has_many
assert_equal 1, posts(:welcome).taggings.count
assert_equal 1, posts(:welcome).tags.count
end
def test_polymorphic_has_many_going_through_join_model_with_find
assert_equal tags(:general), tag = posts(:welcome).tags.find(:first)
assert_no_queries do
tag.tagging
end
end
def test_polymorphic_has_many_going_through_join_model_with_include_on_source_reflection
assert_equal tags(:general), tag = posts(:welcome).funky_tags.first
assert_no_queries do
tag.tagging
end
end
def test_polymorphic_has_many_going_through_join_model_with_include_on_source_reflection_with_find
assert_equal tags(:general), tag = posts(:welcome).funky_tags.find(:first)
assert_no_queries do
tag.tagging
end
end
def test_polymorphic_has_many_going_through_join_model_with_disabled_include
assert_equal tags(:general), tag = posts(:welcome).tags.add_joins_and_select.first
assert_queries 1 do
tag.tagging
end
end
def test_polymorphic_has_many_going_through_join_model_with_custom_select_and_joins
assert_equal tags(:general), tag = posts(:welcome).tags.add_joins_and_select.first
tag.author_id
end
def test_polymorphic_has_many_going_through_join_model_with_custom_foreign_key
assert_equal tags(:misc), taggings(:welcome_general).super_tag
assert_equal tags(:misc), posts(:welcome).super_tags.first
end
def test_polymorphic_has_many_create_model_with_inheritance_and_custom_base_class
post = SubStiPost.create :title => 'SubStiPost', :body => 'SubStiPost body'
assert_instance_of SubStiPost, post
tagging = tags(:misc).taggings.create(:taggable => post)
assert_equal "SubStiPost", tagging.taggable_type
end
def test_polymorphic_has_many_going_through_join_model_with_inheritance
assert_equal tags(:general), posts(:thinking).tags.first
end
def test_polymorphic_has_many_going_through_join_model_with_inheritance_with_custom_class_name
assert_equal tags(:general), posts(:thinking).funky_tags.first
end
def test_polymorphic_has_many_create_model_with_inheritance
post = posts(:thinking)
assert_instance_of SpecialPost, post
tagging = tags(:misc).taggings.create(:taggable => post)
assert_equal "Post", tagging.taggable_type
end
def test_polymorphic_has_one_create_model_with_inheritance
tagging = tags(:misc).create_tagging(:taggable => posts(:thinking))
assert_equal "Post", tagging.taggable_type
end
def test_set_polymorphic_has_many
tagging = tags(:misc).taggings.create
posts(:thinking).taggings << tagging
assert_equal "Post", tagging.taggable_type
end
def test_set_polymorphic_has_one
tagging = tags(:misc).taggings.create
posts(:thinking).tagging = tagging
assert_equal "Post", tagging.taggable_type
end
def test_create_polymorphic_has_many_with_scope
old_count = posts(:welcome).taggings.count
tagging = posts(:welcome).taggings.create(:tag => tags(:misc))
assert_equal "Post", tagging.taggable_type
assert_equal old_count+1, posts(:welcome).taggings.count
end
def test_create_bang_polymorphic_with_has_many_scope
old_count = posts(:welcome).taggings.count
tagging = posts(:welcome).taggings.create!(:tag => tags(:misc))
assert_equal "Post", tagging.taggable_type
assert_equal old_count+1, posts(:welcome).taggings.count
end
def test_create_polymorphic_has_one_with_scope
old_count = Tagging.count
tagging = posts(:welcome).tagging.create(:tag => tags(:misc))
assert_equal "Post", tagging.taggable_type
assert_equal old_count+1, Tagging.count
end
def test_delete_polymorphic_has_many_with_delete_all
assert_equal 1, posts(:welcome).taggings.count
posts(:welcome).taggings.first.update_attribute :taggable_type, 'PostWithHasManyDeleteAll'
post = find_post_with_dependency(1, :has_many, :taggings, :delete_all)
old_count = Tagging.count
post.destroy
assert_equal old_count-1, Tagging.count
assert_equal 0, posts(:welcome).taggings.count
end
def test_delete_polymorphic_has_many_with_destroy
assert_equal 1, posts(:welcome).taggings.count
posts(:welcome).taggings.first.update_attribute :taggable_type, 'PostWithHasManyDestroy'
post = find_post_with_dependency(1, :has_many, :taggings, :destroy)
old_count = Tagging.count
post.destroy
assert_equal old_count-1, Tagging.count
assert_equal 0, posts(:welcome).taggings.count
end
def test_delete_polymorphic_has_many_with_nullify
assert_equal 1, posts(:welcome).taggings.count
posts(:welcome).taggings.first.update_attribute :taggable_type, 'PostWithHasManyNullify'
post = find_post_with_dependency(1, :has_many, :taggings, :nullify)
old_count = Tagging.count
post.destroy
assert_equal old_count, Tagging.count
assert_equal 0, posts(:welcome).taggings.count
end
def test_delete_polymorphic_has_one_with_destroy
assert posts(:welcome).tagging
posts(:welcome).tagging.update_attribute :taggable_type, 'PostWithHasOneDestroy'
post = find_post_with_dependency(1, :has_one, :tagging, :destroy)
old_count = Tagging.count
post.destroy
assert_equal old_count-1, Tagging.count
assert_nil posts(:welcome).tagging(true)
end
def test_delete_polymorphic_has_one_with_nullify
assert posts(:welcome).tagging
posts(:welcome).tagging.update_attribute :taggable_type, 'PostWithHasOneNullify'
post = find_post_with_dependency(1, :has_one, :tagging, :nullify)
old_count = Tagging.count
post.destroy
assert_equal old_count, Tagging.count
assert_nil posts(:welcome).tagging(true)
end
def test_has_many_with_piggyback
assert_equal "2", categories(:sti_test).authors.first.post_id.to_s
end
def test_include_has_many_through
posts = Post.find(:all, :order => 'posts.id')
posts_with_authors = Post.find(:all, :include => :authors, :order => 'posts.id')
assert_equal posts.length, posts_with_authors.length
posts.length.times do |i|
assert_equal posts[i].authors.length, assert_no_queries { posts_with_authors[i].authors.length }
end
end
def test_include_polymorphic_has_one
post = Post.find_by_id(posts(:welcome).id, :include => :tagging)
tagging = taggings(:welcome_general)
assert_no_queries do
assert_equal tagging, post.tagging
end
end
def test_include_polymorphic_has_one_defined_in_abstract_parent
item = Item.find_by_id(items(:dvd).id, :include => :tagging)
tagging = taggings(:godfather)
assert_no_queries do
assert_equal tagging, item.tagging
end
end
def test_include_polymorphic_has_many_through
posts = Post.find(:all, :order => 'posts.id')
posts_with_tags = Post.find(:all, :include => :tags, :order => 'posts.id')
assert_equal posts.length, posts_with_tags.length
posts.length.times do |i|
assert_equal posts[i].tags.length, assert_no_queries { posts_with_tags[i].tags.length }
end
end
def test_include_polymorphic_has_many
posts = Post.find(:all, :order => 'posts.id')
posts_with_taggings = Post.find(:all, :include => :taggings, :order => 'posts.id')
assert_equal posts.length, posts_with_taggings.length
posts.length.times do |i|
assert_equal posts[i].taggings.length, assert_no_queries { posts_with_taggings[i].taggings.length }
end
end
def test_has_many_find_all
assert_equal [categories(:general)], authors(:david).categories.find(:all)
end
def test_has_many_find_first
assert_equal categories(:general), authors(:david).categories.find(:first)
end
def test_has_many_with_hash_conditions
assert_equal categories(:general), authors(:david).categories_like_general.find(:first)
end
def test_has_many_find_conditions
assert_equal categories(:general), authors(:david).categories.find(:first, :conditions => "categories.name = 'General'")
assert_equal nil, authors(:david).categories.find(:first, :conditions => "categories.name = 'Technology'")
end
def test_has_many_class_methods_called_by_method_missing
assert_equal categories(:general), authors(:david).categories.find_all_by_name('General').first
assert_equal nil, authors(:david).categories.find_by_name('Technology')
end
def test_has_many_array_methods_called_by_method_missing
assert true, authors(:david).categories.any? { |category| category.name == 'General' }
assert_nothing_raised { authors(:david).categories.sort }
end
def test_has_many_going_through_join_model_with_custom_foreign_key
assert_equal [], posts(:thinking).authors
assert_equal [authors(:mary)], posts(:authorless).authors
end
def test_both_scoped_and_explicit_joins_should_be_respected
assert_nothing_raised do
Post.send(:with_scope, :find => {:joins => "left outer join comments on comments.id = posts.id"}) do
Post.find :all, :select => "comments.id, authors.id", :joins => "left outer join authors on authors.id = posts.author_id"
end
end
end
def test_belongs_to_polymorphic_with_counter_cache
assert_equal 1, posts(:welcome)[:taggings_count]
tagging = posts(:welcome).taggings.create(:tag => tags(:general))
assert_equal 2, posts(:welcome, :reload)[:taggings_count]
tagging.destroy
assert_equal 1, posts(:welcome, :reload)[:taggings_count]
end
def test_unavailable_through_reflection
assert_raise(ActiveRecord::HasManyThroughAssociationNotFoundError) { authors(:david).nothings }
end
def test_has_many_through_join_model_with_conditions
assert_equal [], posts(:welcome).invalid_taggings
assert_equal [], posts(:welcome).invalid_tags
end
def test_has_many_polymorphic
assert_raise ActiveRecord::HasManyThroughAssociationPolymorphicError do
assert_equal posts(:welcome, :thinking), tags(:general).taggables
end
assert_raise ActiveRecord::EagerLoadPolymorphicError do
assert_equal posts(:welcome, :thinking), tags(:general).taggings.find(:all, :include => :taggable, :conditions => 'bogus_table.column = 1')
end
end
def test_has_many_polymorphic_with_source_type
assert_equal posts(:welcome, :thinking), tags(:general).tagged_posts
end
def test_eager_has_many_polymorphic_with_source_type
tag_with_include = Tag.find(tags(:general).id, :include => :tagged_posts)
desired = posts(:welcome, :thinking)
assert_no_queries do
assert_equal desired, tag_with_include.tagged_posts
end
assert_equal 5, tag_with_include.taggings.length
end
def test_has_many_through_has_many_find_all
assert_equal comments(:greetings), authors(:david).comments.find(:all, :order => 'comments.id').first
end
def test_has_many_through_has_many_find_all_with_custom_class
assert_equal comments(:greetings), authors(:david).funky_comments.find(:all, :order => 'comments.id').first
end
def test_has_many_through_has_many_find_first
assert_equal comments(:greetings), authors(:david).comments.find(:first, :order => 'comments.id')
end
def test_has_many_through_has_many_find_conditions
options = { :conditions => "comments.#{QUOTED_TYPE}='SpecialComment'", :order => 'comments.id' }
assert_equal comments(:does_it_hurt), authors(:david).comments.find(:first, options)
end
def test_has_many_through_has_many_find_by_id
assert_equal comments(:more_greetings), authors(:david).comments.find(2)
end
def test_has_many_through_polymorphic_has_one
assert_equal Tagging.find(1,2).sort_by { |t| t.id }, authors(:david).tagging
end
def test_has_many_through_polymorphic_has_many
assert_equal taggings(:welcome_general, :thinking_general), authors(:david).taggings.uniq.sort_by { |t| t.id }
end
def test_include_has_many_through_polymorphic_has_many
author = Author.find_by_id(authors(:david).id, :include => :taggings)
expected_taggings = taggings(:welcome_general, :thinking_general)
assert_no_queries do
assert_equal expected_taggings, author.taggings.uniq.sort_by { |t| t.id }
end
end
def test_has_many_through_has_many_through
assert_raise(ActiveRecord::HasManyThroughSourceAssociationMacroError) { authors(:david).tags }
end
def test_has_many_through_habtm
assert_raise(ActiveRecord::HasManyThroughSourceAssociationMacroError) { authors(:david).post_categories }
end
def test_eager_load_has_many_through_has_many
author = Author.find :first, :conditions => ['name = ?', 'David'], :include => :comments, :order => 'comments.id'
SpecialComment.new; VerySpecialComment.new
assert_no_queries do
assert_equal [1,2,3,5,6,7,8,9,10], author.comments.collect(&:id)
end
end
def test_eager_load_has_many_through_has_many_with_conditions
post = Post.find(:first, :include => :invalid_tags)
assert_no_queries do
post.invalid_tags
end
end
def test_eager_belongs_to_and_has_one_not_singularized
assert_nothing_raised do
Author.find(:first, :include => :author_address)
AuthorAddress.find(:first, :include => :author)
end
end
def test_self_referential_has_many_through
assert_equal [authors(:mary)], authors(:david).favorite_authors
assert_equal [], authors(:mary).favorite_authors
end
def test_add_to_self_referential_has_many_through
new_author = Author.create(:name => "Bob")
authors(:david).author_favorites.create :favorite_author => new_author
assert_equal new_author, authors(:david).reload.favorite_authors.first
end
def test_has_many_through_uses_conditions_specified_on_the_has_many_association
author = Author.find(:first)
assert !author.comments.blank?
assert author.nonexistant_comments.blank?
end
def test_has_many_through_uses_correct_attributes
assert_nil posts(:thinking).tags.find_by_name("General").attributes["tag_id"]
end
def test_associating_unsaved_records_with_has_many_through
saved_post = posts(:thinking)
new_tag = Tag.new(:name => "new")
saved_post.tags << new_tag
assert !new_tag.new_record? #consistent with habtm!
assert !saved_post.new_record?
assert saved_post.tags.include?(new_tag)
assert !new_tag.new_record?
assert saved_post.reload.tags(true).include?(new_tag)
new_post = Post.new(:title => "Association replacmenet works!", :body => "You best believe it.")
saved_tag = tags(:general)
new_post.tags << saved_tag
assert new_post.new_record?
assert !saved_tag.new_record?
assert new_post.tags.include?(saved_tag)
new_post.save!
assert !new_post.new_record?
assert new_post.reload.tags(true).include?(saved_tag)
assert posts(:thinking).tags.build.new_record?
assert posts(:thinking).tags.new.new_record?
end
def test_create_associate_when_adding_to_has_many_through
count = posts(:thinking).tags.count
push = Tag.create!(:name => 'pushme')
post_thinking = posts(:thinking)
assert_nothing_raised { post_thinking.tags << push }
assert_nil( wrong = post_thinking.tags.detect { |t| t.class != Tag },
message = "Expected a Tag in tags collection, got #{wrong.class}.")
assert_nil( wrong = post_thinking.taggings.detect { |t| t.class != Tagging },
message = "Expected a Tagging in taggings collection, got #{wrong.class}.")
assert_equal(count + 1, post_thinking.tags.size)
assert_equal(count + 1, post_thinking.tags(true).size)
assert_kind_of Tag, post_thinking.tags.create!(:name => 'foo')
assert_nil( wrong = post_thinking.tags.detect { |t| t.class != Tag },
message = "Expected a Tag in tags collection, got #{wrong.class}.")
assert_nil( wrong = post_thinking.taggings.detect { |t| t.class != Tagging },
message = "Expected a Tagging in taggings collection, got #{wrong.class}.")
assert_equal(count + 2, post_thinking.tags.size)
assert_equal(count + 2, post_thinking.tags(true).size)
assert_nothing_raised { post_thinking.tags.concat(Tag.create!(:name => 'abc'), Tag.create!(:name => 'def')) }
assert_nil( wrong = post_thinking.tags.detect { |t| t.class != Tag },
message = "Expected a Tag in tags collection, got #{wrong.class}.")
assert_nil( wrong = post_thinking.taggings.detect { |t| t.class != Tagging },
message = "Expected a Tagging in taggings collection, got #{wrong.class}.")
assert_equal(count + 4, post_thinking.tags.size)
assert_equal(count + 4, post_thinking.tags(true).size)
# Raises if the wrong reflection name is used to set the Edge belongs_to
assert_nothing_raised { vertices(:vertex_1).sinks << vertices(:vertex_5) }
end
def test_has_many_through_collection_size_doesnt_load_target_if_not_loaded
author = authors(:david)
assert_equal 9, author.comments.size
assert !author.comments.loaded?
end
def test_has_many_through_collection_size_uses_counter_cache_if_it_exists
author = authors(:david)
author.stubs(:read_attribute).with('comments_count').returns(100)
assert_equal 100, author.comments.size
assert !author.comments.loaded?
end
def test_adding_junk_to_has_many_through_should_raise_type_mismatch
assert_raise(ActiveRecord::AssociationTypeMismatch) { posts(:thinking).tags << "Uhh what now?" }
end
def test_adding_to_has_many_through_should_return_self
tags = posts(:thinking).tags
assert_equal tags, posts(:thinking).tags.push(tags(:general))
end
def test_delete_associate_when_deleting_from_has_many_through_with_nonstandard_id
count = books(:awdr).references.count
references_before = books(:awdr).references
book = Book.create!(:name => 'Getting Real')
book_awdr = books(:awdr)
book_awdr.references << book
assert_equal(count + 1, book_awdr.references(true).size)
assert_nothing_raised { book_awdr.references.delete(book) }
assert_equal(count, book_awdr.references.size)
assert_equal(count, book_awdr.references(true).size)
assert_equal(references_before.sort, book_awdr.references.sort)
end
def test_delete_associate_when_deleting_from_has_many_through
count = posts(:thinking).tags.count
tags_before = posts(:thinking).tags
tag = Tag.create!(:name => 'doomed')
post_thinking = posts(:thinking)
post_thinking.tags << tag
assert_equal(count + 1, post_thinking.taggings(true).size)
assert_equal(count + 1, post_thinking.tags(true).size)
assert_nothing_raised { post_thinking.tags.delete(tag) }
assert_equal(count, post_thinking.tags.size)
assert_equal(count, post_thinking.tags(true).size)
assert_equal(count, post_thinking.taggings(true).size)
assert_equal(tags_before.sort, post_thinking.tags.sort)
end
def test_delete_associate_when_deleting_from_has_many_through_with_multiple_tags
count = posts(:thinking).tags.count
tags_before = posts(:thinking).tags
doomed = Tag.create!(:name => 'doomed')
doomed2 = Tag.create!(:name => 'doomed2')
quaked = Tag.create!(:name => 'quaked')
post_thinking = posts(:thinking)
post_thinking.tags << doomed << doomed2
assert_equal(count + 2, post_thinking.tags(true).size)
assert_nothing_raised { post_thinking.tags.delete(doomed, doomed2, quaked) }
assert_equal(count, post_thinking.tags.size)
assert_equal(count, post_thinking.tags(true).size)
assert_equal(tags_before.sort, post_thinking.tags.sort)
end
def test_deleting_junk_from_has_many_through_should_raise_type_mismatch
assert_raise(ActiveRecord::AssociationTypeMismatch) { posts(:thinking).tags.delete("Uhh what now?") }
end
def test_has_many_through_sum_uses_calculations
assert_nothing_raised { authors(:david).comments.sum(:post_id) }
end
def test_calculations_on_has_many_through_should_disambiguate_fields
assert_nothing_raised { authors(:david).categories.maximum(:id) }
end
def test_calculations_on_has_many_through_should_not_disambiguate_fields_unless_necessary
assert_nothing_raised { authors(:david).categories.maximum("categories.id") }
end
def test_has_many_through_has_many_with_sti
assert_equal [comments(:does_it_hurt)], authors(:david).special_post_comments
end
def test_uniq_has_many_through_should_retain_order
comment_ids = authors(:david).comments.map(&:id)
assert_equal comment_ids.sort, authors(:david).ordered_uniq_comments.map(&:id)
assert_equal comment_ids.sort.reverse, authors(:david).ordered_uniq_comments_desc.map(&:id)
end
def test_polymorphic_has_many
expected = taggings(:welcome_general)
p = Post.find(posts(:welcome).id, :include => :taggings)
assert_no_queries {assert p.taggings.include?(expected)}
assert posts(:welcome).taggings.include?(taggings(:welcome_general))
end
def test_polymorphic_has_one
expected = posts(:welcome)
tagging = Tagging.find(taggings(:welcome_general).id, :include => :taggable)
assert_no_queries { assert_equal expected, tagging.taggable}
end
def test_polymorphic_belongs_to
p = Post.find(posts(:welcome).id, :include => {:taggings => :taggable})
assert_no_queries {assert_equal posts(:welcome), p.taggings.first.taggable}
end
def test_preload_polymorphic_has_many_through
posts = Post.find(:all, :order => 'posts.id')
posts_with_tags = Post.find(:all, :include => :tags, :order => 'posts.id')
assert_equal posts.length, posts_with_tags.length
posts.length.times do |i|
assert_equal posts[i].tags.length, assert_no_queries { posts_with_tags[i].tags.length }
end
end
def test_preload_polymorph_many_types
taggings = Tagging.find :all, :include => :taggable, :conditions => ['taggable_type != ?', 'FakeModel']
assert_no_queries do
taggings.first.taggable.id
taggings[1].taggable.id
end
taggables = taggings.map(&:taggable)
assert taggables.include?(items(:dvd))
assert taggables.include?(posts(:welcome))
end
def test_preload_nil_polymorphic_belongs_to
assert_nothing_raised do
taggings = Tagging.find(:all, :include => :taggable, :conditions => ['taggable_type IS NULL'])
end
end
def test_preload_polymorphic_has_many
posts = Post.find(:all, :order => 'posts.id')
posts_with_taggings = Post.find(:all, :include => :taggings, :order => 'posts.id')
assert_equal posts.length, posts_with_taggings.length
posts.length.times do |i|
assert_equal posts[i].taggings.length, assert_no_queries { posts_with_taggings[i].taggings.length }
end
end
def test_belongs_to_shared_parent
comments = Comment.find(:all, :include => :post, :conditions => 'post_id = 1')
assert_no_queries do
assert_equal comments.first.post, comments[1].post
end
end
def test_has_many_through_include_uses_array_include_after_loaded
david = authors(:david)
david.categories.class # force load target
category = david.categories.first
assert_no_queries do
assert david.categories.loaded?
assert david.categories.include?(category)
end
end
def test_has_many_through_include_checks_if_record_exists_if_target_not_loaded
david = authors(:david)
category = david.categories.first
david.reload
assert ! david.categories.loaded?
assert_queries(1) do
assert david.categories.include?(category)
end
assert ! david.categories.loaded?
end
def test_has_many_through_include_returns_false_for_non_matching_record_to_verify_scoping
david = authors(:david)
category = Category.create!(:name => 'Not Associated')
assert ! david.categories.loaded?
assert ! david.categories.include?(category)
end
def test_has_many_through_goes_through_all_sti_classes
sub_sti_post = SubStiPost.create!(:title => 'test', :body => 'test', :author_id => 1)
new_comment = sub_sti_post.comments.create(:body => 'test')
assert_equal [9, 10, new_comment.id], authors(:david).sti_post_comments.map(&:id).sort
end
private
# create dynamic Post models to allow different dependency options
def find_post_with_dependency(post_id, association, association_name, dependency)
class_name = "PostWith#{association.to_s.classify}#{dependency.to_s.classify}"
Post.find(post_id).update_attribute :type, class_name
klass = Object.const_set(class_name, Class.new(ActiveRecord::Base))
klass.set_table_name 'posts'
klass.send(association, association_name, :as => :taggable, :dependent => dependency)
klass.find(post_id)
end
end

301
vendor/rails/activerecord/test/cases/associations_test.rb vendored
View file

@ -1,301 +0,0 @@
require "cases/helper"
require 'models/developer'
require 'models/project'
require 'models/company'
require 'models/topic'
require 'models/reply'
require 'models/computer'
require 'models/customer'
require 'models/order'
require 'models/categorization'
require 'models/category'
require 'models/post'
require 'models/author'
require 'models/comment'
require 'models/tag'
require 'models/tagging'
require 'models/person'
require 'models/reader'
require 'models/parrot'
require 'models/pirate'
require 'models/ship'
require 'models/ship_part'
require 'models/treasure'
require 'models/price_estimate'
require 'models/club'
require 'models/member'
require 'models/membership'
require 'models/sponsor'
class AssociationsTest < ActiveRecord::TestCase
fixtures :accounts, :companies, :developers, :projects, :developers_projects,
:computers, :people, :readers
def test_loading_the_association_target_should_keep_child_records_marked_for_destruction
ship = Ship.create!(:name => "The good ship Dollypop")
part = ship.parts.create!(:name => "Mast")
part.mark_for_destruction
ship.parts.send(:load_target)
assert ship.parts[0].marked_for_destruction?
end
def test_loading_the_association_target_should_load_most_recent_attributes_for_child_records_marked_for_destruction
ship = Ship.create!(:name => "The good ship Dollypop")
part = ship.parts.create!(:name => "Mast")
part.mark_for_destruction
ShipPart.find(part.id).update_attribute(:name, 'Deck')
ship.parts.send(:load_target)
assert_equal 'Deck', ship.parts[0].name
end
def test_include_with_order_works
assert_nothing_raised {Account.find(:first, :order => 'id', :include => :firm)}
assert_nothing_raised {Account.find(:first, :order => :id, :include => :firm)}
end
def test_bad_collection_keys
assert_raise(ArgumentError, 'ActiveRecord should have barked on bad collection keys') do
Class.new(ActiveRecord::Base).has_many(:wheels, :name => 'wheels')
end
end
def test_should_construct_new_finder_sql_after_create
person = Person.new :first_name => 'clark'
assert_equal [], person.readers.find(:all)
person.save!
reader = Reader.create! :person => person, :post => Post.new(:title => "foo", :body => "bar")
assert person.readers.find(reader.id)
end
def test_force_reload
firm = Firm.new("name" => "A New Firm, Inc")
firm.save
firm.clients.each {|c|} # forcing to load all clients
assert firm.clients.empty?, "New firm shouldn't have client objects"
assert_equal 0, firm.clients.size, "New firm should have 0 clients"
client = Client.new("name" => "TheClient.com", "firm_id" => firm.id)
client.save
assert firm.clients.empty?, "New firm should have cached no client objects"
assert_equal 0, firm.clients.size, "New firm should have cached 0 clients count"
assert !firm.clients(true).empty?, "New firm should have reloaded client objects"
assert_equal 1, firm.clients(true).size, "New firm should have reloaded clients count"
end
def test_force_reload_is_uncached
firm = Firm.create!("name" => "A New Firm, Inc")
client = Client.create!("name" => "TheClient.com", :firm => firm)
ActiveRecord::Base.cache do
firm.clients.each {}
assert_queries(0) { assert_not_nil firm.clients.each {} }
assert_queries(1) { assert_not_nil firm.clients(true).each {} }
end
end
def test_using_limitable_reflections_helper
using_limitable_reflections = lambda { |reflections| ActiveRecord::Base.send :using_limitable_reflections?, reflections }
belongs_to_reflections = [Tagging.reflect_on_association(:tag), Tagging.reflect_on_association(:super_tag)]
has_many_reflections = [Tag.reflect_on_association(:taggings), Developer.reflect_on_association(:projects)]
mixed_reflections = (belongs_to_reflections + has_many_reflections).uniq
assert using_limitable_reflections.call(belongs_to_reflections), "Belong to associations are limitable"
assert !using_limitable_reflections.call(has_many_reflections), "All has many style associations are not limitable"
assert !using_limitable_reflections.call(mixed_reflections), "No collection associations (has many style) should pass"
end
def test_storing_in_pstore
require "tmpdir"
store_filename = File.join(Dir.tmpdir, "ar-pstore-association-test")
File.delete(store_filename) if File.exist?(store_filename)
require "pstore"
apple = Firm.create("name" => "Apple")
natural = Client.new("name" => "Natural Company")
apple.clients << natural
db = PStore.new(store_filename)
db.transaction do
db["apple"] = apple
end
db = PStore.new(store_filename)
db.transaction do
assert_equal "Natural Company", db["apple"].clients.first.name
end
end
end
class AssociationProxyTest < ActiveRecord::TestCase
fixtures :authors, :posts, :categorizations, :categories, :developers, :projects, :developers_projects
def test_proxy_accessors
welcome = posts(:welcome)
assert_equal welcome, welcome.author.proxy_owner
assert_equal welcome.class.reflect_on_association(:author), welcome.author.proxy_reflection
welcome.author.class # force load target
assert_equal welcome.author, welcome.author.proxy_target
david = authors(:david)
assert_equal david, david.posts.proxy_owner
assert_equal david.class.reflect_on_association(:posts), david.posts.proxy_reflection
david.posts.class # force load target
assert_equal david.posts, david.posts.proxy_target
assert_equal david, david.posts_with_extension.testing_proxy_owner
assert_equal david.class.reflect_on_association(:posts_with_extension), david.posts_with_extension.testing_proxy_reflection
david.posts_with_extension.class # force load target
assert_equal david.posts_with_extension, david.posts_with_extension.testing_proxy_target
end
def test_push_does_not_load_target
david = authors(:david)
david.posts << (post = Post.new(:title => "New on Edge", :body => "More cool stuff!"))
assert !david.posts.loaded?
assert david.posts.include?(post)
end
def test_push_has_many_through_does_not_load_target
david = authors(:david)
david.categories << categories(:technology)
assert !david.categories.loaded?
assert david.categories.include?(categories(:technology))
end
def test_push_followed_by_save_does_not_load_target
david = authors(:david)
david.posts << (post = Post.new(:title => "New on Edge", :body => "More cool stuff!"))
assert !david.posts.loaded?
david.save
assert !david.posts.loaded?
assert david.posts.include?(post)
end
def test_push_does_not_lose_additions_to_new_record
josh = Author.new(:name => "Josh")
josh.posts << Post.new(:title => "New on Edge", :body => "More cool stuff!")
assert josh.posts.loaded?
assert_equal 1, josh.posts.size
end
def test_save_on_parent_does_not_load_target
david = developers(:david)
assert !david.projects.loaded?
david.update_attribute(:created_at, Time.now)
assert !david.projects.loaded?
end
def test_inspect_does_not_reload_a_not_yet_loaded_target
andreas = Developer.new :name => 'Andreas', :log => 'new developer added'
assert !andreas.audit_logs.loaded?
assert_match(/message: "new developer added"/, andreas.audit_logs.inspect)
end
def test_save_on_parent_saves_children
developer = Developer.create :name => "Bryan", :salary => 50_000
assert_equal 1, developer.reload.audit_logs.size
end
def test_create_via_association_with_block
post = authors(:david).posts.create(:title => "New on Edge") {|p| p.body = "More cool stuff!"}
assert_equal post.title, "New on Edge"
assert_equal post.body, "More cool stuff!"
end
def test_create_with_bang_via_association_with_block
post = authors(:david).posts.create!(:title => "New on Edge") {|p| p.body = "More cool stuff!"}
assert_equal post.title, "New on Edge"
assert_equal post.body, "More cool stuff!"
end
def test_failed_reload_returns_nil
p = setup_dangling_association
assert_nil p.author.reload
end
def test_failed_reset_returns_nil
p = setup_dangling_association
assert_nil p.author.reset
end
def test_reload_returns_assocition
david = developers(:david)
assert_nothing_raised do
assert_equal david.projects, david.projects.reload.reload
end
end
def setup_dangling_association
josh = Author.create(:name => "Josh")
p = Post.create(:title => "New on Edge", :body => "More cool stuff!", :author => josh)
josh.destroy
p
end
end
class OverridingAssociationsTest < ActiveRecord::TestCase
class Person < ActiveRecord::Base; end
class DifferentPerson < ActiveRecord::Base; end
class PeopleList < ActiveRecord::Base
has_and_belongs_to_many :has_and_belongs_to_many, :before_add => :enlist
has_many :has_many, :before_add => :enlist
belongs_to :belongs_to
has_one :has_one
end
class DifferentPeopleList < PeopleList
# Different association with the same name, callbacks should be omitted here.
has_and_belongs_to_many :has_and_belongs_to_many, :class_name => 'DifferentPerson'
has_many :has_many, :class_name => 'DifferentPerson'
belongs_to :belongs_to, :class_name => 'DifferentPerson'
has_one :has_one, :class_name => 'DifferentPerson'
end
def test_habtm_association_redefinition_callbacks_should_differ_and_not_inherited
# redeclared association on AR descendant should not inherit callbacks from superclass
callbacks = PeopleList.read_inheritable_attribute(:before_add_for_has_and_belongs_to_many)
assert_equal([:enlist], callbacks)
callbacks = DifferentPeopleList.read_inheritable_attribute(:before_add_for_has_and_belongs_to_many)
assert_equal([], callbacks)
end
def test_has_many_association_redefinition_callbacks_should_differ_and_not_inherited
# redeclared association on AR descendant should not inherit callbacks from superclass
callbacks = PeopleList.read_inheritable_attribute(:before_add_for_has_many)
assert_equal([:enlist], callbacks)
callbacks = DifferentPeopleList.read_inheritable_attribute(:before_add_for_has_many)
assert_equal([], callbacks)
end
def test_habtm_association_redefinition_reflections_should_differ_and_not_inherited
assert_not_equal(
PeopleList.reflect_on_association(:has_and_belongs_to_many),
DifferentPeopleList.reflect_on_association(:has_and_belongs_to_many)
)
end
def test_has_many_association_redefinition_reflections_should_differ_and_not_inherited
assert_not_equal(
PeopleList.reflect_on_association(:has_many),
DifferentPeopleList.reflect_on_association(:has_many)
)
end
def test_belongs_to_association_redefinition_reflections_should_differ_and_not_inherited
assert_not_equal(
PeopleList.reflect_on_association(:belongs_to),
DifferentPeopleList.reflect_on_association(:belongs_to)
)
end
def test_has_one_association_redefinition_reflections_should_differ_and_not_inherited
assert_not_equal(
PeopleList.reflect_on_association(:has_one),
DifferentPeopleList.reflect_on_association(:has_one)
)
end
end

305
vendor/rails/activerecord/test/cases/attribute_methods_test.rb vendored
View file

@ -1,305 +0,0 @@
require "cases/helper"
require 'models/topic'
require 'models/minimalistic'
class AttributeMethodsTest < ActiveRecord::TestCase
fixtures :topics
def setup
@old_suffixes = ActiveRecord::Base.send(:attribute_method_suffixes).dup
@target = Class.new(ActiveRecord::Base)
@target.table_name = 'topics'
end
def teardown
ActiveRecord::Base.send(:attribute_method_suffixes).clear
ActiveRecord::Base.attribute_method_suffix *@old_suffixes
end
def test_match_attribute_method_query_returns_match_data
assert_not_nil md = @target.match_attribute_method?('title=')
assert_equal 'title', md.pre_match
assert_equal ['='], md.captures
%w(_hello_world ist! _maybe?).each do |suffix|
@target.class_eval "def attribute#{suffix}(*args) args end"
@target.attribute_method_suffix suffix
assert_not_nil md = @target.match_attribute_method?("title#{suffix}")
assert_equal 'title', md.pre_match
assert_equal [suffix], md.captures
end
end
def test_declared_attribute_method_affects_respond_to_and_method_missing
topic = @target.new(:title => 'Budget')
assert topic.respond_to?('title')
assert_equal 'Budget', topic.title
assert !topic.respond_to?('title_hello_world')
assert_raise(NoMethodError) { topic.title_hello_world }
%w(_hello_world _it! _candidate= able?).each do |suffix|
@target.class_eval "def attribute#{suffix}(*args) args end"
@target.attribute_method_suffix suffix
meth = "title#{suffix}"
assert topic.respond_to?(meth)
assert_equal ['title'], topic.send(meth)
assert_equal ['title', 'a'], topic.send(meth, 'a')
assert_equal ['title', 1, 2, 3], topic.send(meth, 1, 2, 3)
end
end
def test_should_unserialize_attributes_for_frozen_records
myobj = {:value1 => :value2}
topic = Topic.create("content" => myobj)
topic.freeze
assert_equal myobj, topic.content
end
def test_typecast_attribute_from_select_to_false
topic = Topic.create(:title => 'Budget')
topic = Topic.find(:first, :select => "topics.*, 1=2 as is_test")
assert !topic.is_test?
end
def test_typecast_attribute_from_select_to_true
topic = Topic.create(:title => 'Budget')
topic = Topic.find(:first, :select => "topics.*, 2=2 as is_test")
assert topic.is_test?
end
def test_kernel_methods_not_implemented_in_activerecord
%w(test name display y).each do |method|
assert !ActiveRecord::Base.instance_method_already_implemented?(method), "##{method} is defined"
end
end
def test_primary_key_implemented
assert Class.new(ActiveRecord::Base).instance_method_already_implemented?('id')
end
def test_defined_kernel_methods_implemented_in_model
%w(test name display y).each do |method|
klass = Class.new ActiveRecord::Base
klass.class_eval "def #{method}() 'defined #{method}' end"
assert klass.instance_method_already_implemented?(method), "##{method} is not defined"
end
end
def test_defined_kernel_methods_implemented_in_model_abstract_subclass
%w(test name display y).each do |method|
abstract = Class.new ActiveRecord::Base
abstract.class_eval "def #{method}() 'defined #{method}' end"
abstract.abstract_class = true
klass = Class.new abstract
assert klass.instance_method_already_implemented?(method), "##{method} is not defined"
end
end
def test_raises_dangerous_attribute_error_when_defining_activerecord_method_in_model
%w(save create_or_update).each do |method|
klass = Class.new ActiveRecord::Base
klass.class_eval "def #{method}() 'defined #{method}' end"
assert_raise ActiveRecord::DangerousAttributeError do
klass.instance_method_already_implemented?(method)
end
end
end
def test_only_time_related_columns_are_meant_to_be_cached_by_default
expected = %w(datetime timestamp time date).sort
assert_equal expected, ActiveRecord::Base.attribute_types_cached_by_default.map(&:to_s).sort
end
def test_declaring_attributes_as_cached_adds_them_to_the_attributes_cached_by_default
default_attributes = Topic.cached_attributes
Topic.cache_attributes :replies_count
expected = default_attributes + ["replies_count"]
assert_equal expected.sort, Topic.cached_attributes.sort
Topic.instance_variable_set "@cached_attributes", nil
end
def test_time_related_columns_are_actually_cached
column_types = %w(datetime timestamp time date).map(&:to_sym)
column_names = Topic.columns.select{|c| column_types.include?(c.type) }.map(&:name)
assert_equal column_names.sort, Topic.cached_attributes.sort
assert_equal time_related_columns_on_topic.sort, Topic.cached_attributes.sort
end
def test_accessing_cached_attributes_caches_the_converted_values_and_nothing_else
t = topics(:first)
cache = t.instance_variable_get "@attributes_cache"
assert_not_nil cache
assert cache.empty?
all_columns = Topic.columns.map(&:name)
cached_columns = time_related_columns_on_topic
uncached_columns = all_columns - cached_columns
all_columns.each do |attr_name|
attribute_gets_cached = Topic.cache_attribute?(attr_name)
val = t.send attr_name unless attr_name == "type"
if attribute_gets_cached
assert cached_columns.include?(attr_name)
assert_equal val, cache[attr_name]
else
assert uncached_columns.include?(attr_name)
assert !cache.include?(attr_name)
end
end
end
def test_time_attributes_are_retrieved_in_current_time_zone
in_time_zone "Pacific Time (US & Canada)" do
utc_time = Time.utc(2008, 1, 1)
record = @target.new
record[:written_on] = utc_time
assert_equal utc_time, record.written_on # record.written on is equal to (i.e., simultaneous with) utc_time
assert_kind_of ActiveSupport::TimeWithZone, record.written_on # but is a TimeWithZone
assert_equal ActiveSupport::TimeZone["Pacific Time (US & Canada)"], record.written_on.time_zone # and is in the current Time.zone
assert_equal Time.utc(2007, 12, 31, 16), record.written_on.time # and represents time values adjusted accordingly
end
end
def test_setting_time_zone_aware_attribute_to_utc
in_time_zone "Pacific Time (US & Canada)" do
utc_time = Time.utc(2008, 1, 1)
record = @target.new
record.written_on = utc_time
assert_equal utc_time, record.written_on
assert_equal ActiveSupport::TimeZone["Pacific Time (US & Canada)"], record.written_on.time_zone
assert_equal Time.utc(2007, 12, 31, 16), record.written_on.time
end
end
def test_setting_time_zone_aware_attribute_in_other_time_zone
utc_time = Time.utc(2008, 1, 1)
cst_time = utc_time.in_time_zone("Central Time (US & Canada)")
in_time_zone "Pacific Time (US & Canada)" do
record = @target.new
record.written_on = cst_time
assert_equal utc_time, record.written_on
assert_equal ActiveSupport::TimeZone["Pacific Time (US & Canada)"], record.written_on.time_zone
assert_equal Time.utc(2007, 12, 31, 16), record.written_on.time
end
end
def test_setting_time_zone_aware_attribute_with_string
utc_time = Time.utc(2008, 1, 1)
(-11..13).each do |timezone_offset|
time_string = utc_time.in_time_zone(timezone_offset).to_s
in_time_zone "Pacific Time (US & Canada)" do
record = @target.new
record.written_on = time_string
assert_equal Time.zone.parse(time_string), record.written_on
assert_equal ActiveSupport::TimeZone["Pacific Time (US & Canada)"], record.written_on.time_zone
assert_equal Time.utc(2007, 12, 31, 16), record.written_on.time
end
end
end
def test_setting_time_zone_aware_attribute_to_blank_string_returns_nil
in_time_zone "Pacific Time (US & Canada)" do
record = @target.new
record.written_on = ' '
assert_nil record.written_on
end
end
def test_setting_time_zone_aware_attribute_interprets_time_zone_unaware_string_in_time_zone
time_string = 'Tue Jan 01 00:00:00 2008'
(-11..13).each do |timezone_offset|
in_time_zone timezone_offset do
record = @target.new
record.written_on = time_string
assert_equal Time.zone.parse(time_string), record.written_on
assert_equal ActiveSupport::TimeZone[timezone_offset], record.written_on.time_zone
assert_equal Time.utc(2008, 1, 1), record.written_on.time
end
end
end
def test_setting_time_zone_aware_attribute_in_current_time_zone
utc_time = Time.utc(2008, 1, 1)
in_time_zone "Pacific Time (US & Canada)" do
record = @target.new
record.written_on = utc_time.in_time_zone
assert_equal utc_time, record.written_on
assert_equal ActiveSupport::TimeZone["Pacific Time (US & Canada)"], record.written_on.time_zone
assert_equal Time.utc(2007, 12, 31, 16), record.written_on.time
end
end
def test_setting_time_zone_conversion_for_attributes_should_write_value_on_class_variable
Topic.skip_time_zone_conversion_for_attributes = [:field_a]
Minimalistic.skip_time_zone_conversion_for_attributes = [:field_b]
assert_equal [:field_a], Topic.skip_time_zone_conversion_for_attributes
assert_equal [:field_b], Minimalistic.skip_time_zone_conversion_for_attributes
end
def test_read_attributes_respect_access_control
privatize("title")
topic = @target.new(:title => "The pros and cons of programming naked.")
assert !topic.respond_to?(:title)
exception = assert_raise(NoMethodError) { topic.title }
assert_equal "Attempt to call private method", exception.message
assert_equal "I'm private", topic.send(:title)
end
def test_write_attributes_respect_access_control
privatize("title=(value)")
topic = @target.new
assert !topic.respond_to?(:title=)
exception = assert_raise(NoMethodError) { topic.title = "Pants"}
assert_equal "Attempt to call private method", exception.message
topic.send(:title=, "Very large pants")
end
def test_question_attributes_respect_access_control
privatize("title?")
topic = @target.new(:title => "Isaac Newton's pants")
assert !topic.respond_to?(:title?)
exception = assert_raise(NoMethodError) { topic.title? }
assert_equal "Attempt to call private method", exception.message
assert topic.send(:title?)
end
def test_bulk_update_respects_access_control
privatize("title=(value)")
assert_raise(ActiveRecord::UnknownAttributeError) { topic = @target.new(:title => "Rants about pants") }
assert_raise(ActiveRecord::UnknownAttributeError) { @target.new.attributes = { :title => "Ants in pants" } }
end
private
def time_related_columns_on_topic
Topic.columns.select{|c| [:time, :date, :datetime, :timestamp].include?(c.type)}.map(&:name)
end
def in_time_zone(zone)
old_zone = Time.zone
old_tz = ActiveRecord::Base.time_zone_aware_attributes
Time.zone = zone ? ActiveSupport::TimeZone[zone] : nil
ActiveRecord::Base.time_zone_aware_attributes = !zone.nil?
yield
ensure
Time.zone = old_zone
ActiveRecord::Base.time_zone_aware_attributes = old_tz
end
def privatize(method_signature)
@target.class_eval <<-private_method
private
def #{method_signature}
"I'm private"
end
private_method
end
end

1218
vendor/rails/activerecord/test/cases/autosave_association_test.rb vendored
View file

File diff suppressed because it is too large Load diff

2143
vendor/rails/activerecord/test/cases/base_test.rb vendored
View file

File diff suppressed because it is too large Load diff

81
vendor/rails/activerecord/test/cases/batches_test.rb vendored
View file

@ -1,81 +0,0 @@
require 'cases/helper'
require 'models/post'
class EachTest < ActiveRecord::TestCase
fixtures :posts
def setup
@posts = Post.all(:order => "id asc")
@total = Post.count
end
def test_each_should_excecute_one_query_per_batch
assert_queries(Post.count + 1) do
Post.find_each(:batch_size => 1) do |post|
assert_kind_of Post, post
end
end
end
def test_each_should_raise_if_the_order_is_set
assert_raise(RuntimeError) do
Post.find_each(:order => "title") { |post| post }
end
end
def test_each_should_raise_if_the_limit_is_set
assert_raise(RuntimeError) do
Post.find_each(:limit => 1) { |post| post }
end
end
def test_find_in_batches_should_return_batches
assert_queries(Post.count + 1) do
Post.find_in_batches(:batch_size => 1) do |batch|
assert_kind_of Array, batch
assert_kind_of Post, batch.first
end
end
end
def test_find_in_batches_should_start_from_the_start_option
assert_queries(Post.count) do
Post.find_in_batches(:batch_size => 1, :start => 2) do |batch|
assert_kind_of Array, batch
assert_kind_of Post, batch.first
end
end
end
def test_find_in_batches_shouldnt_excute_query_unless_needed
post_count = Post.count
assert_queries(2) do
Post.find_in_batches(:batch_size => post_count) {|batch| assert_kind_of Array, batch }
end
assert_queries(1) do
Post.find_in_batches(:batch_size => post_count + 1) {|batch| assert_kind_of Array, batch }
end
end
def test_find_in_batches_doesnt_clog_conditions
Post.find_in_batches(:conditions => {:id => posts(:welcome).id}) do
assert_nothing_raised { Post.find(posts(:thinking).id) }
end
end
def test_each_should_raise_if_select_is_set_without_id
assert_raise(RuntimeError) do
Post.find_each(:select => :title, :batch_size => 1) { |post| post }
end
end
def test_each_should_execute_if_id_is_in_select
assert_queries(4) do
Post.find_each(:select => "id, title, type", :batch_size => 2) do |post|
assert_kind_of Post, post
end
end
end
end

30
vendor/rails/activerecord/test/cases/binary_test.rb vendored
View file

@ -1,30 +0,0 @@
require "cases/helper"
# Without using prepared statements, it makes no sense to test
# BLOB data with DB2 or Firebird, because the length of a statement
# is limited to 32KB.
unless current_adapter?(:SybaseAdapter, :DB2Adapter, :FirebirdAdapter)
require 'models/binary'
class BinaryTest < ActiveRecord::TestCase
FIXTURES = %w(flowers.jpg example.log)
def test_load_save
Binary.delete_all
FIXTURES.each do |filename|
data = File.read(ASSETS_ROOT + "/#{filename}")
data.force_encoding('ASCII-8BIT') if data.respond_to?(:force_encoding)
data.freeze
bin = Binary.new(:data => data)
assert_equal data, bin.data, 'Newly assigned data differs from original'
bin.save!
assert_equal data, bin.data, 'Data differs from original after save'
assert_equal data, bin.reload.data, 'Reloaded data differs from original'
end
end
end
end

347
vendor/rails/activerecord/test/cases/calculations_test.rb vendored
View file

@ -1,347 +0,0 @@
require "cases/helper"
require 'models/company'
require 'models/topic'
require 'models/edge'
require 'models/owner'
require 'models/pet'
require 'models/toy'
require 'models/club'
require 'models/organization'
Company.has_many :accounts
class NumericData < ActiveRecord::Base
self.table_name = 'numeric_data'
end
class CalculationsTest < ActiveRecord::TestCase
fixtures :companies, :accounts, :topics, :owners, :pets, :toys
def test_should_sum_field
assert_equal 318, Account.sum(:credit_limit)
end
def test_should_average_field
value = Account.average(:credit_limit)
assert_equal 53.0, value
end
def test_should_return_nil_as_average
assert_nil NumericData.average(:bank_balance)
end
def test_type_cast_calculated_value_should_convert_db_averages_of_fixnum_class_to_decimal
assert_equal 0, NumericData.send(:type_cast_calculated_value, 0, nil, 'avg')
assert_equal 53.0, NumericData.send(:type_cast_calculated_value, 53, nil, 'avg')
end
def test_should_get_maximum_of_field
assert_equal 60, Account.maximum(:credit_limit)
end
def test_should_get_maximum_of_field_with_include
assert_equal 50, Account.maximum(:credit_limit, :include => :firm, :conditions => "companies.name != 'Summit'")
end
def test_should_get_maximum_of_field_with_scoped_include
Account.with_scope :find => { :include => :firm, :conditions => "companies.name != 'Summit'" } do
assert_equal 50, Account.maximum(:credit_limit)
end
end
def test_should_get_minimum_of_field
assert_equal 50, Account.minimum(:credit_limit)
end
def test_should_group_by_field
c = Account.sum(:credit_limit, :group => :firm_id)
[1,6,2].each { |firm_id| assert c.keys.include?(firm_id) }
end
def test_should_group_by_summed_field
c = Account.sum(:credit_limit, :group => :firm_id)
assert_equal 50, c[1]
assert_equal 105, c[6]
assert_equal 60, c[2]
end
def test_should_order_by_grouped_field
c = Account.sum(:credit_limit, :group => :firm_id, :order => "firm_id")
assert_equal [1, 2, 6, 9], c.keys.compact
end
def test_should_order_by_calculation
c = Account.sum(:credit_limit, :group => :firm_id, :order => "sum_credit_limit desc, firm_id")
assert_equal [105, 60, 53, 50, 50], c.keys.collect { |k| c[k] }
assert_equal [6, 2, 9, 1], c.keys.compact
end
def test_should_limit_calculation
c = Account.sum(:credit_limit, :conditions => "firm_id IS NOT NULL",
:group => :firm_id, :order => "firm_id", :limit => 2)
assert_equal [1, 2], c.keys.compact
end
def test_should_limit_calculation_with_offset
c = Account.sum(:credit_limit, :conditions => "firm_id IS NOT NULL",
:group => :firm_id, :order => "firm_id", :limit => 2, :offset => 1)
assert_equal [2, 6], c.keys.compact
end
def test_should_group_by_summed_field_having_condition
c = Account.sum(:credit_limit, :group => :firm_id,
:having => 'sum(credit_limit) > 50')
assert_nil c[1]
assert_equal 105, c[6]
assert_equal 60, c[2]
end
def test_should_group_by_summed_field_having_sanitized_condition
c = Account.sum(:credit_limit, :group => :firm_id,
:having => ['sum(credit_limit) > ?', 50])
assert_nil c[1]
assert_equal 105, c[6]
assert_equal 60, c[2]
end
def test_should_group_by_summed_association
c = Account.sum(:credit_limit, :group => :firm)
assert_equal 50, c[companies(:first_firm)]
assert_equal 105, c[companies(:rails_core)]
assert_equal 60, c[companies(:first_client)]
end
def test_should_sum_field_with_conditions
assert_equal 105, Account.sum(:credit_limit, :conditions => 'firm_id = 6')
end
def test_should_return_zero_if_sum_conditions_return_nothing
assert_equal 0, Account.sum(:credit_limit, :conditions => '1 = 2')
assert_equal 0, companies(:rails_core).companies.sum(:id, :conditions => '1 = 2')
end
def test_sum_should_return_valid_values_for_decimals
NumericData.create(:bank_balance => 19.83)
assert_equal 19.83, NumericData.sum(:bank_balance)
end
def test_should_group_by_summed_field_with_conditions
c = Account.sum(:credit_limit, :conditions => 'firm_id > 1',
:group => :firm_id)
assert_nil c[1]
assert_equal 105, c[6]
assert_equal 60, c[2]
end
def test_should_group_by_summed_field_with_conditions_and_having
c = Account.sum(:credit_limit, :conditions => 'firm_id > 1',
:group => :firm_id,
:having => 'sum(credit_limit) > 60')
assert_nil c[1]
assert_equal 105, c[6]
assert_nil c[2]
end
def test_should_group_by_fields_with_table_alias
c = Account.sum(:credit_limit, :group => 'accounts.firm_id')
assert_equal 50, c[1]
assert_equal 105, c[6]
assert_equal 60, c[2]
end
def test_should_calculate_with_invalid_field
assert_equal 6, Account.calculate(:count, '*')
assert_equal 6, Account.calculate(:count, :all)
end
def test_should_calculate_grouped_with_invalid_field
c = Account.count(:all, :group => 'accounts.firm_id')
assert_equal 1, c[1]
assert_equal 2, c[6]
assert_equal 1, c[2]
end
def test_should_calculate_grouped_association_with_invalid_field
c = Account.count(:all, :group => :firm)
assert_equal 1, c[companies(:first_firm)]
assert_equal 2, c[companies(:rails_core)]
assert_equal 1, c[companies(:first_client)]
end
def test_should_group_by_association_with_non_numeric_foreign_key
ActiveRecord::Base.connection.expects(:select_all).returns([{"count_all" => 1, "firm_id" => "ABC"}])
firm = mock()
firm.expects(:id).returns("ABC")
firm.expects(:class).returns(Firm)
Company.expects(:find).with(["ABC"]).returns([firm])
column = mock()
column.expects(:name).at_least_once.returns(:firm_id)
column.expects(:type_cast).with("ABC").returns("ABC")
Account.expects(:columns).at_least_once.returns([column])
c = Account.count(:all, :group => :firm)
first_key = c.keys.first
assert_equal Firm, first_key.class
assert_equal 1, c[first_key]
end
def test_should_calculate_grouped_association_with_foreign_key_option
Account.belongs_to :another_firm, :class_name => 'Firm', :foreign_key => 'firm_id'
c = Account.count(:all, :group => :another_firm)
assert_equal 1, c[companies(:first_firm)]
assert_equal 2, c[companies(:rails_core)]
assert_equal 1, c[companies(:first_client)]
end
def test_should_not_modify_options_when_using_includes
options = {:conditions => 'companies.id > 1', :include => :firm}
options_copy = options.dup
Account.count(:all, options)
assert_equal options_copy, options
end
def test_should_calculate_grouped_by_function
c = Company.count(:all, :group => "UPPER(#{QUOTED_TYPE})")
assert_equal 2, c[nil]
assert_equal 1, c['DEPENDENTFIRM']
assert_equal 3, c['CLIENT']
assert_equal 2, c['FIRM']
end
def test_should_calculate_grouped_by_function_with_table_alias
c = Company.count(:all, :group => "UPPER(companies.#{QUOTED_TYPE})")
assert_equal 2, c[nil]
assert_equal 1, c['DEPENDENTFIRM']
assert_equal 3, c['CLIENT']
assert_equal 2, c['FIRM']
end
def test_should_not_overshadow_enumerable_sum
assert_equal 6, [1, 2, 3].sum(&:abs)
end
def test_should_sum_scoped_field
assert_equal 15, companies(:rails_core).companies.sum(:id)
end
def test_should_sum_scoped_field_with_from
assert_equal Club.count, Organization.clubs.count
end
def test_should_sum_scoped_field_with_conditions
assert_equal 8, companies(:rails_core).companies.sum(:id, :conditions => 'id > 7')
end
def test_should_group_by_scoped_field
c = companies(:rails_core).companies.sum(:id, :group => :name)
assert_equal 7, c['Leetsoft']
assert_equal 8, c['Jadedpixel']
end
def test_should_group_by_summed_field_with_conditions_and_having
c = companies(:rails_core).companies.sum(:id, :group => :name,
:having => 'sum(id) > 7')
assert_nil c['Leetsoft']
assert_equal 8, c['Jadedpixel']
end
def test_should_reject_invalid_options
assert_nothing_raised do
[:count, :sum].each do |func|
# empty options are valid
Company.send(:validate_calculation_options, func)
# these options are valid for all calculations
[:select, :conditions, :joins, :order, :group, :having, :distinct].each do |opt|
Company.send(:validate_calculation_options, func, opt => true)
end
end
# :include is only valid on :count
Company.send(:validate_calculation_options, :count, :include => true)
end
assert_raise(ArgumentError) { Company.send(:validate_calculation_options, :sum, :foo => :bar) }
assert_raise(ArgumentError) { Company.send(:validate_calculation_options, :count, :foo => :bar) }
end
def test_should_count_selected_field_with_include
assert_equal 6, Account.count(:distinct => true, :include => :firm)
assert_equal 4, Account.count(:distinct => true, :include => :firm, :select => :credit_limit)
end
def test_should_count_manual_select_with_include
assert_equal 6, Account.count(:select => "DISTINCT accounts.id", :include => :firm)
end
def test_count_with_column_parameter
assert_equal 5, Account.count(:firm_id)
end
def test_count_with_column_and_options_parameter
assert_equal 2, Account.count(:firm_id, :conditions => "credit_limit = 50")
end
def test_count_with_no_parameters_isnt_deprecated
assert_not_deprecated { Account.count }
end
def test_count_with_too_many_parameters_raises
assert_raise(ArgumentError) { Account.count(1, 2, 3) }
end
def test_count_with_scoped_has_many_through_association
assert_equal 1, owners(:blackbeard).toys.with_name('Bone').count
end
def test_should_sum_expression
assert_equal 636, Account.sum("2 * credit_limit").to_i
end
def test_count_with_from_option
assert_equal Company.count(:all), Company.count(:all, :from => 'companies')
assert_equal Account.count(:all, :conditions => "credit_limit = 50"),
Account.count(:all, :from => 'accounts', :conditions => "credit_limit = 50")
assert_equal Company.count(:type, :conditions => {:type => "Firm"}),
Company.count(:type, :conditions => {:type => "Firm"}, :from => 'companies')
end
def test_sum_with_from_option
assert_equal Account.sum(:credit_limit), Account.sum(:credit_limit, :from => 'accounts')
assert_equal Account.sum(:credit_limit, :conditions => "credit_limit > 50"),
Account.sum(:credit_limit, :from => 'accounts', :conditions => "credit_limit > 50")
end
def test_average_with_from_option
assert_equal Account.average(:credit_limit), Account.average(:credit_limit, :from => 'accounts')
assert_equal Account.average(:credit_limit, :conditions => "credit_limit > 50"),
Account.average(:credit_limit, :from => 'accounts', :conditions => "credit_limit > 50")
end
def test_minimum_with_from_option
assert_equal Account.minimum(:credit_limit), Account.minimum(:credit_limit, :from => 'accounts')
assert_equal Account.minimum(:credit_limit, :conditions => "credit_limit > 50"),
Account.minimum(:credit_limit, :from => 'accounts', :conditions => "credit_limit > 50")
end
def test_maximum_with_from_option
assert_equal Account.maximum(:credit_limit), Account.maximum(:credit_limit, :from => 'accounts')
assert_equal Account.maximum(:credit_limit, :conditions => "credit_limit > 50"),
Account.maximum(:credit_limit, :from => 'accounts', :conditions => "credit_limit > 50")
end
def test_from_option_with_specified_index
if Edge.connection.adapter_name == 'MySQL'
assert_equal Edge.count(:all), Edge.count(:all, :from => 'edges USE INDEX(unique_edge_index)')
assert_equal Edge.count(:all, :conditions => 'sink_id < 5'),
Edge.count(:all, :from => 'edges USE INDEX(unique_edge_index)', :conditions => 'sink_id < 5')
end
end
def test_from_option_with_table_different_than_class
assert_equal Account.count(:all), Company.count(:all, :from => 'accounts')
end
end

38
vendor/rails/activerecord/test/cases/callbacks_observers_test.rb vendored
View file

@ -1,38 +0,0 @@
require "cases/helper"
class Comment < ActiveRecord::Base
attr_accessor :callers
before_validation :record_callers
def after_validation
record_callers
end
def record_callers
callers << self.class if callers
end
end
class CommentObserver < ActiveRecord::Observer
attr_accessor :callers
def after_validation(model)
callers << self.class if callers
end
end
class CallbacksObserversTest < ActiveRecord::TestCase
def test_model_callbacks_fire_before_observers_are_notified
callers = []
comment = Comment.new
comment.callers = callers
CommentObserver.instance.callers = callers
comment.valid?
assert_equal [Comment, Comment, CommentObserver], callers, "model callbacks did not fire before observers were notified"
end
end

Some files were not shown because too many files have changed in this diff Show more