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yii2/tests/framework/db/QueryBuilderTest.php

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<?php
namespace yiiunit\framework\db;
use yii\db\Expression;
use yii\db\Query;
use yii\db\QueryBuilder;
use yii\db\Schema;
use yii\db\mysql\QueryBuilder as MysqlQueryBuilder;
use yii\db\SchemaBuilderTrait;
use yii\db\sqlite\QueryBuilder as SqliteQueryBuilder;
use yii\db\mssql\QueryBuilder as MssqlQueryBuilder;
use yii\db\pgsql\QueryBuilder as PgsqlQueryBuilder;
use yii\db\cubrid\QueryBuilder as CubridQueryBuilder;
use yii\db\oci\QueryBuilder as OracleQueryBuilder;
use yiiunit\data\base\TraversableObject;
abstract class QueryBuilderTest extends DatabaseTestCase
{
use SchemaBuilderTrait;
public function getDb()
{
return $this->getConnection(false, false);
}
/**
* @throws \Exception
* @return QueryBuilder
*/
protected function getQueryBuilder()
{
$connection = $this->getConnection(true, false);
\Yii::$container->set('db', $connection);
switch ($this->driverName) {
case 'mysql':
return new MysqlQueryBuilder($connection);
case 'sqlite':
return new SqliteQueryBuilder($connection);
case 'sqlsrv':
return new MssqlQueryBuilder($connection);
case 'pgsql':
return new PgsqlQueryBuilder($connection);
case 'cubrid':
return new CubridQueryBuilder($connection);
case 'oci':
return new OracleQueryBuilder($connection);
}
throw new \Exception('Test is not implemented for ' . $this->driverName);
}
/**
* this is not used as a dataprovider for testGetColumnType to speed up the test
* when used as dataprovider every single line will cause a reconnect with the database which is not needed here
*/
public function columnTypes()
{
$items = [
[
Schema::TYPE_BIGINT,
$this->bigInteger(),
[
'mysql' => 'bigint(20)',
'postgres' => 'bigint',
'sqlite' => 'bigint',
'oci' => 'NUMBER(20)',
'sqlsrv' => 'bigint',
'cubrid' => 'bigint',
],
],
[
Schema::TYPE_BIGINT . ' NOT NULL',
$this->bigInteger()->notNull(),
[
'mysql' => 'bigint(20) NOT NULL',
'postgres' => 'bigint NOT NULL',
'sqlite' => 'bigint NOT NULL',
'oci' => 'NUMBER(20) NOT NULL',
'sqlsrv' => 'bigint NOT NULL',
'cubrid' => 'bigint NOT NULL',
],
],
[
Schema::TYPE_BIGINT . ' CHECK (value > 5)',
$this->bigInteger()->check('value > 5'),
[
'mysql' => 'bigint(20) CHECK (value > 5)',
'postgres' => 'bigint CHECK (value > 5)',
'sqlite' => 'bigint CHECK (value > 5)',
'oci' => 'NUMBER(20) CHECK (value > 5)',
'sqlsrv' => 'bigint CHECK (value > 5)',
'cubrid' => 'bigint CHECK (value > 5)',
],
],
[
Schema::TYPE_BIGINT . '(8)',
$this->bigInteger(8),
[
'mysql' => 'bigint(8)',
'postgres' => 'bigint',
'sqlite' => 'bigint',
'oci' => 'NUMBER(8)',
'sqlsrv' => 'bigint',
'cubrid' => 'bigint',
],
],
[
Schema::TYPE_BIGINT . '(8) CHECK (value > 5)',
$this->bigInteger(8)->check('value > 5'),
[
'mysql' => 'bigint(8) CHECK (value > 5)',
'postgres' => 'bigint CHECK (value > 5)',
'sqlite' => 'bigint CHECK (value > 5)',
'oci' => 'NUMBER(8) CHECK (value > 5)',
'sqlsrv' => 'bigint CHECK (value > 5)',
'cubrid' => 'bigint CHECK (value > 5)',
],
],
[
Schema::TYPE_BIGPK,
$this->bigPrimaryKey(),
[
'mysql' => 'bigint(20) NOT NULL AUTO_INCREMENT PRIMARY KEY',
'postgres' => 'bigserial NOT NULL PRIMARY KEY',
'sqlite' => 'integer PRIMARY KEY AUTOINCREMENT NOT NULL',
],
],
[
Schema::TYPE_BINARY,
$this->binary(),
[
'mysql' => 'blob',
'postgres' => 'bytea',
'sqlite' => 'blob',
'oci' => 'BLOB',
'sqlsrv' => 'blob',
'cubrid' => 'blob',
],
],
[
Schema::TYPE_BOOLEAN . ' NOT NULL DEFAULT 1',
$this->boolean()->notNull()->defaultValue(1),
[
'mysql' => 'tinyint(1) NOT NULL DEFAULT 1',
'sqlite' => 'boolean NOT NULL DEFAULT 1',
'sqlsrv' => 'tinyint(1) NOT NULL DEFAULT 1',
'cubrid' => 'smallint NOT NULL DEFAULT 1',
],
],
[
Schema::TYPE_BOOLEAN,
$this->boolean(),
[
'mysql' => 'tinyint(1)',
'postgres' => 'boolean',
'sqlite' => 'boolean',
'oci' => 'NUMBER(1)',
'sqlsrv' => 'tinyint(1)',
'cubrid' => 'smallint',
],
],
[
Schema::TYPE_CHAR . ' CHECK (value LIKE "test%")',
$this->char()->check('value LIKE "test%"'),
[
'mysql' => 'char(1) CHECK (value LIKE "test%")',
'sqlite' => 'char(1) CHECK (value LIKE "test%")',
'oci' => 'CHAR(1) CHECK (value LIKE "test%")',
'cubrid' => 'char(1) CHECK (value LIKE "test%")',
],
],
[
Schema::TYPE_CHAR . ' NOT NULL',
$this->char()->notNull(),
[
'mysql' => 'char(1) NOT NULL',
'postgres' => 'char(1) NOT NULL',
'sqlite' => 'char(1) NOT NULL',
'oci' => 'CHAR(1) NOT NULL',
'cubrid' => 'char(1) NOT NULL',
],
],
[
Schema::TYPE_CHAR . '(6) CHECK (value LIKE "test%")',
$this->char(6)->check('value LIKE "test%"'),
[
'mysql' => 'char(6) CHECK (value LIKE "test%")',
'sqlite' => 'char(6) CHECK (value LIKE "test%")',
'oci' => 'CHAR(6) CHECK (value LIKE "test%")',
'cubrid' => 'char(6) CHECK (value LIKE "test%")',
],
],
[
Schema::TYPE_CHAR . '(6)',
$this->char(6),
[
'mysql' => 'char(6)',
'postgres' => 'char(6)',
'sqlite' => 'char(6)',
'oci' => 'CHAR(6)',
'cubrid' => 'char(6)',
],
],
[
Schema::TYPE_CHAR,
$this->char(),
[
'mysql' => 'char(1)',
'postgres' => 'char(1)',
'sqlite' => 'char(1)',
'oci' => 'CHAR(1)',
'cubrid' => 'char(1)',
],
],
//[
// Schema::TYPE_DATE . " CHECK (value BETWEEN '2011-01-01' AND '2013-01-01')",
// $this->date()->check("value BETWEEN '2011-01-01' AND '2013-01-01'"),
// [
// 'mysql' => ,
// 'postgres' => ,
// 'sqlite' => ,
// 'sqlsrv' => ,
// 'cubrid' => ,
// ],
//],
[
Schema::TYPE_DATE . ' NOT NULL',
$this->date()->notNull(),
[
'mysql' => 'date NOT NULL',
'postgres' => 'date NOT NULL',
'sqlite' => 'date NOT NULL',
'oci' => 'DATE NOT NULL',
'sqlsrv' => 'date NOT NULL',
'cubrid' => 'date NOT NULL',
],
],
[
Schema::TYPE_DATE,
$this->date(),
[
'mysql' => 'date',
'postgres' => 'date',
'sqlite' => 'date',
'oci' => 'DATE',
'sqlsrv' => 'date',
'cubrid' => 'date',
],
],
//[
// Schema::TYPE_DATETIME . " CHECK (value BETWEEN '2011-01-01' AND '2013-01-01')",
// $this->dateTime()->check("value BETWEEN '2011-01-01' AND '2013-01-01'"),
// [
// 'mysql' => ,
// 'postgres' => ,
// 'sqlite' => ,
// 'sqlsrv' => ,
// 'cubrid' => ,
// ],
//],
[
Schema::TYPE_DATETIME . ' NOT NULL',
$this->dateTime()->notNull(),
[
'mysql' => 'datetime NOT NULL',
'postgres' => 'timestamp(0) NOT NULL',
'sqlite' => 'datetime NOT NULL',
'oci' => 'TIMESTAMP NOT NULL',
'sqlsrv' => 'datetime NOT NULL',
'cubrid' => 'datetime NOT NULL',
],
],
[
Schema::TYPE_DATETIME,
$this->dateTime(),
[
'mysql' => 'datetime',
'postgres' => 'timestamp(0)',
'sqlite' => 'datetime',
'oci' => 'TIMESTAMP',
'sqlsrv' => 'datetime',
'cubrid' => 'datetime',
],
],
[
Schema::TYPE_DECIMAL . ' CHECK (value > 5.6)',
$this->decimal()->check('value > 5.6'),
[
'mysql' => 'decimal(10,0) CHECK (value > 5.6)',
'postgres' => 'numeric(10,0) CHECK (value > 5.6)',
'sqlite' => 'decimal(10,0) CHECK (value > 5.6)',
'oci' => 'NUMBER CHECK (value > 5.6)',
'sqlsrv' => 'decimal CHECK (value > 5.6)',
'cubrid' => 'decimal(10,0) CHECK (value > 5.6)',
],
],
[
Schema::TYPE_DECIMAL . ' NOT NULL',
$this->decimal()->notNull(),
[
'mysql' => 'decimal(10,0) NOT NULL',
'postgres' => 'numeric(10,0) NOT NULL',
'sqlite' => 'decimal(10,0) NOT NULL',
'oci' => 'NUMBER NOT NULL',
'sqlsrv' => 'decimal NOT NULL',
'cubrid' => 'decimal(10,0) NOT NULL',
],
],
[
Schema::TYPE_DECIMAL . '(12,4) CHECK (value > 5.6)',
$this->decimal(12, 4)->check('value > 5.6'),
[
'mysql' => 'decimal(12,4) CHECK (value > 5.6)',
'postgres' => 'numeric(12,4) CHECK (value > 5.6)',
'sqlite' => 'decimal(12,4) CHECK (value > 5.6)',
'oci' => 'NUMBER CHECK (value > 5.6)',
'sqlsrv' => 'decimal CHECK (value > 5.6)',
'cubrid' => 'decimal(12,4) CHECK (value > 5.6)',
],
],
[
Schema::TYPE_DECIMAL . '(12,4)',
$this->decimal(12, 4),
[
'mysql' => 'decimal(12,4)',
'postgres' => 'numeric(12,4)',
'sqlite' => 'decimal(12,4)',
'oci' => 'NUMBER',
'sqlsrv' => 'decimal',
'cubrid' => 'decimal(12,4)',
],
],
[
Schema::TYPE_DECIMAL,
$this->decimal(),
[
'mysql' => 'decimal(10,0)',
'postgres' => 'numeric(10,0)',
'sqlite' => 'decimal(10,0)',
'oci' => 'NUMBER',
'sqlsrv' => 'decimal',
'cubrid' => 'decimal(10,0)',
],
],
[
Schema::TYPE_DOUBLE . ' CHECK (value > 5.6)',
$this->double()->check('value > 5.6'),
[
'mysql' => 'double CHECK (value > 5.6)',
'postgres' => 'double precision CHECK (value > 5.6)',
'sqlite' => 'double CHECK (value > 5.6)',
'oci' => 'NUMBER CHECK (value > 5.6)',
'sqlsrv' => 'float CHECK (value > 5.6)',
'cubrid' => 'double(15) CHECK (value > 5.6)',
],
],
[
Schema::TYPE_DOUBLE . ' NOT NULL',
$this->double()->notNull(),
[
'mysql' => 'double NOT NULL',
'postgres' => 'double precision NOT NULL',
'sqlite' => 'double NOT NULL',
'oci' => 'NUMBER NOT NULL',
'sqlsrv' => 'float NOT NULL',
'cubrid' => 'double(15) NOT NULL',
],
],
[
Schema::TYPE_DOUBLE . '(16) CHECK (value > 5.6)',
$this->double(16)->check('value > 5.6'),
[
'mysql' => 'double CHECK (value > 5.6)',
'postgres' => 'double precision CHECK (value > 5.6)',
'sqlite' => 'double CHECK (value > 5.6)',
'oci' => 'NUMBER CHECK (value > 5.6)',
'sqlsrv' => 'float CHECK (value > 5.6)',
'cubrid' => 'double(16) CHECK (value > 5.6)',
],
],
[
Schema::TYPE_DOUBLE . '(16)',
$this->double(16),
[
'mysql' => 'double',
'sqlite' => 'double',
'oci' => 'NUMBER',
'sqlsrv' => 'float',
'cubrid' => 'double(16)',
],
],
[
Schema::TYPE_DOUBLE,
$this->double(),
[
'mysql' => 'double',
'postgres' => 'double precision',
'sqlite' => 'double',
'oci' => 'NUMBER',
'sqlsrv' => 'float',
'cubrid' => 'double(15)',
],
],
[
Schema::TYPE_FLOAT . ' CHECK (value > 5.6)',
$this->float()->check('value > 5.6'),
[
'mysql' => 'float CHECK (value > 5.6)',
'postgres' => 'double precision CHECK (value > 5.6)',
'sqlite' => 'float CHECK (value > 5.6)',
'oci' => 'NUMBER CHECK (value > 5.6)',
'sqlsrv' => 'float CHECK (value > 5.6)',
'cubrid' => 'float(7) CHECK (value > 5.6)',
],
],
[
Schema::TYPE_FLOAT . ' NOT NULL',
$this->float()->notNull(),
[
'mysql' => 'float NOT NULL',
'postgres' => 'double precision NOT NULL',
'sqlite' => 'float NOT NULL',
'oci' => 'NUMBER NOT NULL',
'sqlsrv' => 'float NOT NULL',
'cubrid' => 'float(7) NOT NULL',
],
],
[
Schema::TYPE_FLOAT . '(16) CHECK (value > 5.6)',
$this->float(16)->check('value > 5.6'),
[
'mysql' => 'float CHECK (value > 5.6)',
'postgres' => 'double precision CHECK (value > 5.6)',
'sqlite' => 'float CHECK (value > 5.6)',
'oci' => 'NUMBER CHECK (value > 5.6)',
'sqlsrv' => 'float CHECK (value > 5.6)',
'cubrid' => 'float(16) CHECK (value > 5.6)',
],
],
[
Schema::TYPE_FLOAT . '(16)',
$this->float(16),
[
'mysql' => 'float',
'sqlite' => 'float',
'oci' => 'NUMBER',
'sqlsrv' => 'float',
'cubrid' => 'float(16)',
],
],
[
Schema::TYPE_FLOAT,
$this->float(),
[
'mysql' => 'float',
'postgres' => 'double precision',
'sqlite' => 'float',
'oci' => 'NUMBER',
'sqlsrv' => 'float',
'cubrid' => 'float(7)',
],
],
[
Schema::TYPE_INTEGER . ' CHECK (value > 5)',
$this->integer()->check('value > 5'),
[
'mysql' => 'int(11) CHECK (value > 5)',
'postgres' => 'integer CHECK (value > 5)',
'sqlite' => 'integer CHECK (value > 5)',
'oci' => 'NUMBER(10) CHECK (value > 5)',
'sqlsrv' => 'int CHECK (value > 5)',
'cubrid' => 'int CHECK (value > 5)',
],
],
[
Schema::TYPE_INTEGER . ' NOT NULL',
$this->integer()->notNull(),
[
'mysql' => 'int(11) NOT NULL',
'postgres' => 'integer NOT NULL',
'sqlite' => 'integer NOT NULL',
'oci' => 'NUMBER(10) NOT NULL',
'sqlsrv' => 'int NOT NULL',
'cubrid' => 'int NOT NULL',
],
],
[
Schema::TYPE_INTEGER . '(8) CHECK (value > 5)',
$this->integer(8)->check('value > 5'),
[
'mysql' => 'int(8) CHECK (value > 5)',
'postgres' => 'integer CHECK (value > 5)',
'sqlite' => 'integer CHECK (value > 5)',
'oci' => 'NUMBER(8) CHECK (value > 5)',
'sqlsrv' => 'int CHECK (value > 5)',
'cubrid' => 'int CHECK (value > 5)',
],
],
[
Schema::TYPE_INTEGER . '(8)',
$this->integer(8),
[
'mysql' => 'int(8)',
'postgres' => 'integer',
'sqlite' => 'integer',
'oci' => 'NUMBER(8)',
'sqlsrv' => 'int',
'cubrid' => 'int',
],
],
[
Schema::TYPE_INTEGER,
$this->integer(),
[
'mysql' => 'int(11)',
'postgres' => 'integer',
'sqlite' => 'integer',
'oci' => 'NUMBER(10)',
'sqlsrv' => 'int',
'cubrid' => 'int',
],
],
[
Schema::TYPE_MONEY . ' CHECK (value > 0.0)',
$this->money()->check('value > 0.0'),
[
'mysql' => 'decimal(19,4) CHECK (value > 0.0)',
'postgres' => 'numeric(19,4) CHECK (value > 0.0)',
'sqlite' => 'decimal(19,4) CHECK (value > 0.0)',
'oci' => 'NUMBER(19,4) CHECK (value > 0.0)',
'sqlsrv' => 'decimal(19,4) CHECK (value > 0.0)',
'cubrid' => 'decimal(19,4) CHECK (value > 0.0)',
],
],
[
Schema::TYPE_MONEY . ' NOT NULL',
$this->money()->notNull(),
[
'mysql' => 'decimal(19,4) NOT NULL',
'postgres' => 'numeric(19,4) NOT NULL',
'sqlite' => 'decimal(19,4) NOT NULL',
'oci' => 'NUMBER(19,4) NOT NULL',
'sqlsrv' => 'decimal(19,4) NOT NULL',
'cubrid' => 'decimal(19,4) NOT NULL',
],
],
[
Schema::TYPE_MONEY . '(16,2) CHECK (value > 0.0)',
$this->money(16, 2)->check('value > 0.0'),
[
'mysql' => 'decimal(16,2) CHECK (value > 0.0)',
'postgres' => 'numeric(16,2) CHECK (value > 0.0)',
'sqlite' => 'decimal(16,2) CHECK (value > 0.0)',
'oci' => 'NUMBER(16,2) CHECK (value > 0.0)',
'sqlsrv' => 'decimal(16,2) CHECK (value > 0.0)',
'cubrid' => 'decimal(16,2) CHECK (value > 0.0)',
],
],
[
Schema::TYPE_MONEY . '(16,2)',
$this->money(16, 2),
[
'mysql' => 'decimal(16,2)',
'postgres' => 'numeric(16,2)',
'sqlite' => 'decimal(16,2)',
'oci' => 'NUMBER(16,2)',
'sqlsrv' => 'decimal(16,2)',
'cubrid' => 'decimal(16,2)',
],
],
[
Schema::TYPE_MONEY,
$this->money(),
[
'mysql' => 'decimal(19,4)',
'postgres' => 'numeric(19,4)',
'sqlite' => 'decimal(19,4)',
'oci' => 'NUMBER(19,4)',
'sqlsrv' => 'decimal(19,4)',
'cubrid' => 'decimal(19,4)',
],
],
[
Schema::TYPE_PK . ' CHECK (value > 5)',
$this->primaryKey()->check('value > 5'),
[
'mysql' => 'int(11) NOT NULL AUTO_INCREMENT PRIMARY KEY CHECK (value > 5)',
'postgres' => 'serial NOT NULL PRIMARY KEY CHECK (value > 5)',
'sqlite' => 'integer PRIMARY KEY AUTOINCREMENT NOT NULL CHECK (value > 5)',
'oci' => 'NUMBER(10) NOT NULL PRIMARY KEY CHECK (value > 5)',
'sqlsrv' => 'int IDENTITY PRIMARY KEY CHECK (value > 5)',
'cubrid' => 'int NOT NULL AUTO_INCREMENT PRIMARY KEY CHECK (value > 5)',
],
],
[
Schema::TYPE_PK . '(8) CHECK (value > 5)',
$this->primaryKey(8)->check('value > 5'),
[
'mysql' => 'int(8) NOT NULL AUTO_INCREMENT PRIMARY KEY CHECK (value > 5)',
'oci' => 'NUMBER(8) NOT NULL PRIMARY KEY CHECK (value > 5)',
],
],
[
Schema::TYPE_PK . '(8)',
$this->primaryKey(8),
[
'mysql' => 'int(8) NOT NULL AUTO_INCREMENT PRIMARY KEY',
'oci' => 'NUMBER(8) NOT NULL PRIMARY KEY',
],
],
[
Schema::TYPE_PK,
$this->primaryKey(),
[
'mysql' => 'int(11) NOT NULL AUTO_INCREMENT PRIMARY KEY',
'postgres' => 'serial NOT NULL PRIMARY KEY',
'sqlite' => 'integer PRIMARY KEY AUTOINCREMENT NOT NULL',
'oci' => 'NUMBER(10) NOT NULL PRIMARY KEY',
'sqlsrv' => 'int IDENTITY PRIMARY KEY',
'cubrid' => 'int NOT NULL AUTO_INCREMENT PRIMARY KEY',
],
],
[
Schema::TYPE_SMALLINT . '(8)',
$this->smallInteger(8),
[
'mysql' => 'smallint(8)',
'postgres' => 'smallint',
'sqlite' => 'smallint',
'oci' => 'NUMBER(8)',
'sqlsrv' => 'smallint',
'cubrid' => 'smallint',
],
],
[
Schema::TYPE_SMALLINT,
$this->smallInteger(),
[
'mysql' => 'smallint(6)',
'postgres' => 'smallint',
'sqlite' => 'smallint',
'oci' => 'NUMBER(5)',
'sqlsrv' => 'smallint',
'cubrid' => 'smallint',
],
],
[
Schema::TYPE_STRING . ' CHECK (value LIKE "test%")',
$this->string()->check('value LIKE "test%"'),
[
'mysql' => 'varchar(255) CHECK (value LIKE "test%")',
'sqlite' => 'varchar(255) CHECK (value LIKE "test%")',
'sqlsrv' => 'varchar(255) CHECK (value LIKE "test%")',
'cubrid' => 'varchar(255) CHECK (value LIKE "test%")',
],
],
[
Schema::TYPE_STRING . ' CHECK (value LIKE \'test%\')',
$this->string()->check('value LIKE \'test%\''),
[
'postgres' => 'varchar(255) CHECK (value LIKE \'test%\')',
'oci' => 'VARCHAR2(255) CHECK (value LIKE \'test%\')',
],
],
[
Schema::TYPE_STRING . ' NOT NULL',
$this->string()->notNull(),
[
'mysql' => 'varchar(255) NOT NULL',
'postgres' => 'varchar(255) NOT NULL',
'sqlite' => 'varchar(255) NOT NULL',
'oci' => 'VARCHAR2(255) NOT NULL',
'sqlsrv' => 'varchar(255) NOT NULL',
'cubrid' => 'varchar(255) NOT NULL',
],
],
[
Schema::TYPE_STRING . '(32) CHECK (value LIKE "test%")',
$this->string(32)->check('value LIKE "test%"'),
[
'mysql' => 'varchar(32) CHECK (value LIKE "test%")',
'sqlite' => 'varchar(32) CHECK (value LIKE "test%")',
'sqlsrv' => 'varchar(32) CHECK (value LIKE "test%")',
'cubrid' => 'varchar(32) CHECK (value LIKE "test%")',
],
],
[
Schema::TYPE_STRING . '(32) CHECK (value LIKE \'test%\')',
$this->string(32)->check('value LIKE \'test%\''),
[
'postgres' => 'varchar(32) CHECK (value LIKE \'test%\')',
'oci' => 'VARCHAR2(32) CHECK (value LIKE \'test%\')',
],
],
[
Schema::TYPE_STRING . '(32)',
$this->string(32),
[
'mysql' => 'varchar(32)',
'postgres' => 'varchar(32)',
'sqlite' => 'varchar(32)',
'oci' => 'VARCHAR2(32)',
'sqlsrv' => 'varchar(32)',
'cubrid' => 'varchar(32)',
],
],
[
Schema::TYPE_STRING,
$this->string(),
[
'mysql' => 'varchar(255)',
'postgres' => 'varchar(255)',
'sqlite' => 'varchar(255)',
'oci' => 'VARCHAR2(255)',
'sqlsrv' => 'varchar(255)',
'cubrid' => 'varchar(255)',
],
],
[
Schema::TYPE_TEXT . ' CHECK (value LIKE "test%")',
$this->text()->check('value LIKE "test%"'),
[
'mysql' => 'text CHECK (value LIKE "test%")',
'sqlite' => 'text CHECK (value LIKE "test%")',
'sqlsrv' => 'text CHECK (value LIKE "test%")',
'cubrid' => 'varchar CHECK (value LIKE "test%")',
],
],
[
Schema::TYPE_TEXT . ' CHECK (value LIKE \'test%\')',
$this->text()->check('value LIKE \'test%\''),
[
'postgres' => 'text CHECK (value LIKE \'test%\')',
'oci' => 'CLOB CHECK (value LIKE \'test%\')',
],
],
[
Schema::TYPE_TEXT . ' NOT NULL',
$this->text()->notNull(),
[
'mysql' => 'text NOT NULL',
'postgres' => 'text NOT NULL',
'sqlite' => 'text NOT NULL',
'oci' => 'CLOB NOT NULL',
'sqlsrv' => 'text NOT NULL',
'cubrid' => 'varchar NOT NULL',
],
],
[
Schema::TYPE_TEXT . '(255) CHECK (value LIKE "test%")',
$this->text(255)->check('value LIKE "test%"'),
[
'mysql' => 'text CHECK (value LIKE "test%")',
'sqlite' => 'text CHECK (value LIKE "test%")',
'sqlsrv' => 'text CHECK (value LIKE "test%")',
'cubrid' => 'varchar CHECK (value LIKE "test%")',
],
Schema::TYPE_TEXT . ' CHECK (value LIKE "test%")',
],
[
Schema::TYPE_TEXT . '(255) CHECK (value LIKE \'test%\')',
$this->text(255)->check('value LIKE \'test%\''),
[
'postgres' => 'text CHECK (value LIKE \'test%\')',
'oci' => 'CLOB CHECK (value LIKE \'test%\')',
],
Schema::TYPE_TEXT . ' CHECK (value LIKE \'test%\')',
],
[
Schema::TYPE_TEXT . '(255) NOT NULL',
$this->text(255)->notNull(),
[
'mysql' => 'text NOT NULL',
'postgres' => 'text NOT NULL',
'sqlite' => 'text NOT NULL',
'oci' => 'CLOB NOT NULL',
'sqlsrv' => 'text NOT NULL',
'cubrid' => 'varchar NOT NULL',
],
Schema::TYPE_TEXT . ' NOT NULL',
],
[
Schema::TYPE_TEXT . '(255)',
$this->text(255),
[
'mysql' => 'text',
'postgres' => 'text',
'sqlite' => 'text',
'oci' => 'CLOB',
'sqlsrv' => 'text',
'cubrid' => 'varchar',
],
Schema::TYPE_TEXT,
],
[
Schema::TYPE_TEXT,
$this->text(),
[
'mysql' => 'text',
'postgres' => 'text',
'sqlite' => 'text',
'oci' => 'CLOB',
'sqlsrv' => 'text',
'cubrid' => 'varchar',
],
],
//[
// Schema::TYPE_TIME . " CHECK (value BETWEEN '12:00:00' AND '13:01:01')",
// $this->time()->check("value BETWEEN '12:00:00' AND '13:01:01'"),
// [
// 'mysql' => ,
// 'postgres' => ,
// 'sqlite' => ,
// 'sqlsrv' => ,
// 'cubrid' => ,
// ],
//],
[
Schema::TYPE_TIME . ' NOT NULL',
$this->time()->notNull(),
[
'mysql' => 'time NOT NULL',
'postgres' => 'time(0) NOT NULL',
'sqlite' => 'time NOT NULL',
'oci' => 'TIMESTAMP NOT NULL',
'sqlsrv' => 'time NOT NULL',
'cubrid' => 'time NOT NULL',
],
],
[
Schema::TYPE_TIME,
$this->time(),
[
'mysql' => 'time',
'postgres' => 'time(0)',
'sqlite' => 'time',
'oci' => 'TIMESTAMP',
'sqlsrv' => 'time',
'cubrid' => 'time',
],
],
//[
// Schema::TYPE_TIMESTAMP . " CHECK (value BETWEEN '2011-01-01' AND '2013-01-01')",
// $this->timestamp()->check("value BETWEEN '2011-01-01' AND '2013-01-01'"),
// [
// 'mysql' => ,
// 'postgres' => ,
// 'sqlite' => ,
// 'sqlsrv' => ,
// 'cubrid' => ,
// ],
//],
[
Schema::TYPE_TIMESTAMP . ' NOT NULL',
$this->timestamp()->notNull(),
[
'mysql' => 'timestamp NOT NULL',
'postgres' => 'timestamp(0) NOT NULL',
'sqlite' => 'timestamp NOT NULL',
'oci' => 'TIMESTAMP NOT NULL',
'sqlsrv' => 'timestamp NOT NULL',
'cubrid' => 'timestamp NOT NULL',
],
],
[
Schema::TYPE_TIMESTAMP,
$this->timestamp(),
[
'mysql' => 'timestamp',
'postgres' => 'timestamp(0)',
'sqlite' => 'timestamp',
'oci' => 'TIMESTAMP',
'sqlsrv' => 'timestamp',
'cubrid' => 'timestamp',
],
],
[
Schema::TYPE_TIMESTAMP . ' NULL DEFAULT NULL',
$this->timestamp()->defaultValue(null),
[
'mysql' => 'timestamp NULL DEFAULT NULL',
'postgres' => 'timestamp(0) NULL DEFAULT NULL',
'sqlite' => 'timestamp NULL DEFAULT NULL',
'oci' => 'TIMESTAMP NULL DEFAULT NULL',
'sqlsrv' => 'timestamp NULL DEFAULT NULL',
'cubrid' => 'timestamp NULL DEFAULT NULL',
],
],
[
Schema::TYPE_UPK,
$this->primaryKey()->unsigned(),
[
'mysql' => 'int(11) UNSIGNED NOT NULL AUTO_INCREMENT PRIMARY KEY',
'postgres' => 'serial NOT NULL PRIMARY KEY',
'sqlite' => 'integer UNSIGNED PRIMARY KEY AUTOINCREMENT NOT NULL',
],
],
[
Schema::TYPE_UBIGPK,
$this->bigPrimaryKey()->unsigned(),
[
'mysql' => 'bigint(20) UNSIGNED NOT NULL AUTO_INCREMENT PRIMARY KEY',
'postgres' => 'bigserial NOT NULL PRIMARY KEY',
'sqlite' => 'integer UNSIGNED PRIMARY KEY AUTOINCREMENT NOT NULL',
],
],
[
Schema::TYPE_INTEGER . " COMMENT 'test comment'",
$this->integer()->comment('test comment'),
[
'mysql' => "int(11) COMMENT 'test comment'",
'postgres' => 'integer',
'oci' => "NUMBER(10)",
'sqlsrv' => 'int',
'cubrid' => "int COMMENT 'test comment'",
],
],
[
Schema::TYPE_PK . " COMMENT 'test comment'",
$this->primaryKey()->comment('test comment'),
[
'mysql' => "int(11) NOT NULL AUTO_INCREMENT PRIMARY KEY COMMENT 'test comment'",
'postgres' => 'serial NOT NULL PRIMARY KEY',
'oci' => 'NUMBER(10) NOT NULL PRIMARY KEY',
'sqlsrv' => 'int IDENTITY PRIMARY KEY',
'cubrid' => "int NOT NULL AUTO_INCREMENT PRIMARY KEY COMMENT 'test comment'",
],
],
];
foreach ($items as $i => $item) {
if (array_key_exists($this->driverName, $item[2])) {
$item[2] = $item[2][$this->driverName];
$items[$i] = $item;
}
else {
unset($items[$i]);
}
}
return array_values($items);
}
public function testGetColumnType()
{
$qb = $this->getQueryBuilder();
foreach ($this->columnTypes() as $item) {
list ($column, $builder, $expected) = $item;
$expectedColumnSchemaBuilder = isset($item[3]) ? $item[3] : $column;
$this->assertEquals($expected, $qb->getColumnType($column));
$this->assertEquals($expected, $qb->getColumnType($builder));
$this->assertEquals($expectedColumnSchemaBuilder, $builder->__toString());
}
}
public function testCreateTableColumnTypes()
{
$qb = $this->getQueryBuilder();
if ($qb->db->getTableSchema('column_type_table', true) !== null) {
$this->getConnection(false)->createCommand($qb->dropTable('column_type_table'))->execute();
}
$columns = [];
$i = 0;
foreach ($this->columnTypes() as $item) {
list ($column, $builder, $expected) = $item;
if (!(strncmp($column, Schema::TYPE_PK, 2) === 0 ||
strncmp($column, Schema::TYPE_UPK, 3) === 0 ||
strncmp($column, Schema::TYPE_BIGPK, 5) === 0 ||
strncmp($column, Schema::TYPE_UBIGPK, 6) === 0)) {
$columns['col' . ++$i] = str_replace('CHECK (value', 'CHECK ([[col' . $i . ']]', $column);
}
}
$this->getConnection(false)->createCommand($qb->createTable('column_type_table', $columns))->execute();
}
public function conditionProvider()
{
$conditions = [
// empty values
[ ['like', 'name', []], '0=1', [] ],
[ ['not like', 'name', []], '', [] ],
[ ['or like', 'name', []], '0=1', [] ],
[ ['or not like', 'name', []], '', [] ],
// simple like
[ ['like', 'name', 'heyho'], '[[name]] LIKE :qp0', [':qp0' => '%heyho%'] ],
[ ['not like', 'name', 'heyho'], '[[name]] NOT LIKE :qp0', [':qp0' => '%heyho%'] ],
[ ['or like', 'name', 'heyho'], '[[name]] LIKE :qp0', [':qp0' => '%heyho%'] ],
[ ['or not like', 'name', 'heyho'], '[[name]] NOT LIKE :qp0', [':qp0' => '%heyho%'] ],
// like for many values
[ ['like', 'name', ['heyho', 'abc']], '[[name]] LIKE :qp0 AND [[name]] LIKE :qp1', [':qp0' => '%heyho%', ':qp1' => '%abc%'] ],
[ ['not like', 'name', ['heyho', 'abc']], '[[name]] NOT LIKE :qp0 AND [[name]] NOT LIKE :qp1', [':qp0' => '%heyho%', ':qp1' => '%abc%'] ],
[ ['or like', 'name', ['heyho', 'abc']], '[[name]] LIKE :qp0 OR [[name]] LIKE :qp1', [':qp0' => '%heyho%', ':qp1' => '%abc%'] ],
[ ['or not like', 'name', ['heyho', 'abc']], '[[name]] NOT LIKE :qp0 OR [[name]] NOT LIKE :qp1', [':qp0' => '%heyho%', ':qp1' => '%abc%'] ],
// like with Expression
[ ['like', 'name', new Expression('CONCAT("test", colname, "%")')], '[[name]] LIKE CONCAT("test", colname, "%")', [] ],
[ ['not like', 'name', new Expression('CONCAT("test", colname, "%")')], '[[name]] NOT LIKE CONCAT("test", colname, "%")', [] ],
[ ['or like', 'name', new Expression('CONCAT("test", colname, "%")')], '[[name]] LIKE CONCAT("test", colname, "%")', [] ],
[ ['or not like', 'name', new Expression('CONCAT("test", colname, "%")')], '[[name]] NOT LIKE CONCAT("test", colname, "%")', [] ],
[ ['like', 'name', [new Expression('CONCAT("test", colname, "%")'), 'abc']], '[[name]] LIKE CONCAT("test", colname, "%") AND [[name]] LIKE :qp0', [':qp0' => '%abc%'] ],
[ ['not like', 'name', [new Expression('CONCAT("test", colname, "%")'), 'abc']], '[[name]] NOT LIKE CONCAT("test", colname, "%") AND [[name]] NOT LIKE :qp0', [':qp0' => '%abc%'] ],
[ ['or like', 'name', [new Expression('CONCAT("test", colname, "%")'), 'abc']], '[[name]] LIKE CONCAT("test", colname, "%") OR [[name]] LIKE :qp0', [':qp0' => '%abc%'] ],
[ ['or not like', 'name', [new Expression('CONCAT("test", colname, "%")'), 'abc']], '[[name]] NOT LIKE CONCAT("test", colname, "%") OR [[name]] NOT LIKE :qp0', [':qp0' => '%abc%'] ],
// not
[ ['not', 'name'], 'NOT (name)', [] ],
// and
[ ['and', 'id=1', 'id=2'], '(id=1) AND (id=2)', [] ],
[ ['and', 'type=1', ['or', 'id=1', 'id=2']], '(type=1) AND ((id=1) OR (id=2))', [] ],
[ ['and', 'id=1', new Expression('id=:qp0', [':qp0' => 2])], '(id=1) AND (id=:qp0)', [':qp0' => 2] ],
// or
[ ['or', 'id=1', 'id=2'], '(id=1) OR (id=2)', [] ],
[ ['or', 'type=1', ['or', 'id=1', 'id=2']], '(type=1) OR ((id=1) OR (id=2))', [] ],
[ ['or', 'type=1', new Expression('id=:qp0', [':qp0' => 1])], '(type=1) OR (id=:qp0)', [':qp0' => 1] ],
// between
[ ['between', 'id', 1, 10], '[[id]] BETWEEN :qp0 AND :qp1', [':qp0' => 1, ':qp1' => 10] ],
[ ['not between', 'id', 1, 10], '[[id]] NOT BETWEEN :qp0 AND :qp1', [':qp0' => 1, ':qp1' => 10] ],
[ ['between', 'date', new Expression('(NOW() - INTERVAL 1 MONTH)'), new Expression('NOW()')], '[[date]] BETWEEN (NOW() - INTERVAL 1 MONTH) AND NOW()', [] ],
[ ['between', 'date', new Expression('(NOW() - INTERVAL 1 MONTH)'), 123], '[[date]] BETWEEN (NOW() - INTERVAL 1 MONTH) AND :qp0', [':qp0' => 123] ],
[ ['not between', 'date', new Expression('(NOW() - INTERVAL 1 MONTH)'), new Expression('NOW()')], '[[date]] NOT BETWEEN (NOW() - INTERVAL 1 MONTH) AND NOW()', [] ],
[ ['not between', 'date', new Expression('(NOW() - INTERVAL 1 MONTH)'), 123], '[[date]] NOT BETWEEN (NOW() - INTERVAL 1 MONTH) AND :qp0', [':qp0' => 123] ],
// in
[ ['in', 'id', [1, 2, 3]], '[[id]] IN (:qp0, :qp1, :qp2)', [':qp0' => 1, ':qp1' => 2, ':qp2' => 3] ],
[ ['not in', 'id', [1, 2, 3]], '[[id]] NOT IN (:qp0, :qp1, :qp2)', [':qp0' => 1, ':qp1' => 2, ':qp2' => 3] ],
[ ['in', 'id', (new Query())->select('id')->from('users')->where(['active' => 1])], '[[id]] IN (SELECT [[id]] FROM [[users]] WHERE [[active]]=:qp0)', [':qp0' => 1] ],
[ ['not in', 'id', (new Query())->select('id')->from('users')->where(['active' => 1])], '[[id]] NOT IN (SELECT [[id]] FROM [[users]] WHERE [[active]]=:qp0)', [':qp0' => 1] ],
[ ['in', 'id', 1], '[[id]]=:qp0', [':qp0' => 1] ],
[ ['in', 'id', [1]], '[[id]]=:qp0', [':qp0' => 1] ],
[ ['in', 'id', new TraversableObject([1])], '[[id]]=:qp0', [':qp0' => 1] ],
'composite in' => [
['in', ['id', 'name'], [['id' =>1, 'name' => 'oy']]],
'([[id]], [[name]]) IN ((:qp0, :qp1))',
[':qp0' => 1, ':qp1' => 'oy']
],
// in using array objects.
[ ['id' => new TraversableObject([1, 2])], '[[id]] IN (:qp0, :qp1)', [':qp0' => 1, ':qp1' => 2] ],
[ ['in', 'id', new TraversableObject([1, 2, 3])], '[[id]] IN (:qp0, :qp1, :qp2)', [':qp0' => 1, ':qp1' => 2, ':qp2' => 3] ],
'composite in using array objects' => [
['in', new TraversableObject(['id', 'name']), new TraversableObject([
['id' => 1, 'name' => 'oy'],
['id' => 2, 'name' => 'yo'],
])],
'([[id]], [[name]]) IN ((:qp0, :qp1), (:qp2, :qp3))',
[':qp0' => 1, ':qp1' => 'oy', ':qp2' => 2, ':qp3' => 'yo']
],
// exists
[ ['exists', (new Query())->select('id')->from('users')->where(['active' => 1])], 'EXISTS (SELECT [[id]] FROM [[users]] WHERE [[active]]=:qp0)', [':qp0' => 1] ],
[ ['not exists', (new Query())->select('id')->from('users')->where(['active' => 1])], 'NOT EXISTS (SELECT [[id]] FROM [[users]] WHERE [[active]]=:qp0)', [':qp0' => 1] ],
// simple conditions
[ ['=', 'a', 'b'], '[[a]] = :qp0', [':qp0' => 'b'] ],
[ ['>', 'a', 1], '[[a]] > :qp0', [':qp0' => 1] ],
[ ['>=', 'a', 'b'], '[[a]] >= :qp0', [':qp0' => 'b'] ],
[ ['<', 'a', 2], '[[a]] < :qp0', [':qp0' => 2] ],
[ ['<=', 'a', 'b'], '[[a]] <= :qp0', [':qp0' => 'b'] ],
[ ['<>', 'a', 3], '[[a]] <> :qp0', [':qp0' => 3] ],
[ ['!=', 'a', 'b'], '[[a]] != :qp0', [':qp0' => 'b'] ],
[ ['>=', 'date', new Expression('DATE_SUB(NOW(), INTERVAL 1 MONTH)')], '[[date]] >= DATE_SUB(NOW(), INTERVAL 1 MONTH)', [] ],
[ ['>=', 'date', new Expression('DATE_SUB(NOW(), INTERVAL :month MONTH)', [':month' => 2])], '[[date]] >= DATE_SUB(NOW(), INTERVAL :month MONTH)', [':month' => 2] ],
[ ['=', 'date', (new Query())->select('max(date)')->from('test')->where(['id' => 5])], '[[date]] = (SELECT max(date) FROM [[test]] WHERE [[id]]=:qp0)', [':qp0' => 5] ],
// hash condition
[ ['a' => 1, 'b' => 2], '([[a]]=:qp0) AND ([[b]]=:qp1)', [':qp0' => 1, ':qp1' => 2] ],
[ ['a' => new Expression('CONCAT(col1, col2)'), 'b' => 2], '([[a]]=CONCAT(col1, col2)) AND ([[b]]=:qp0)', [':qp0' => 2] ],
// direct conditions
[ 'a = CONCAT(col1, col2)', 'a = CONCAT(col1, col2)', [] ],
[ new Expression('a = CONCAT(col1, :param1)', ['param1' => 'value1']), 'a = CONCAT(col1, :param1)', ['param1' => 'value1'] ],
];
switch ($this->driverName) {
case 'sqlsrv':
case 'sqlite':
$conditions = array_merge($conditions, [
[ ['in', ['id', 'name'], [['id' => 1, 'name' => 'foo'], ['id' => 2, 'name' => 'bar']]], '(([[id]] = :qp0 AND [[name]] = :qp1) OR ([[id]] = :qp2 AND [[name]] = :qp3))', [':qp0' => 1, ':qp1' => 'foo', ':qp2' => 2, ':qp3' => 'bar'] ],
[ ['not in', ['id', 'name'], [['id' => 1, 'name' => 'foo'], ['id' => 2, 'name' => 'bar']]], '(([[id]] != :qp0 OR [[name]] != :qp1) AND ([[id]] != :qp2 OR [[name]] != :qp3))', [':qp0' => 1, ':qp1' => 'foo', ':qp2' => 2, ':qp3' => 'bar'] ],
//[ ['in', ['id', 'name'], (new Query())->select(['id', 'name'])->from('users')->where(['active' => 1])], 'EXISTS (SELECT 1 FROM (SELECT [[id]], [[name]] FROM [[users]] WHERE [[active]]=:qp0) AS a WHERE a.[[id]] = [[id AND a.]]name[[ = ]]name`)', [':qp0' => 1] ],
//[ ['not in', ['id', 'name'], (new Query())->select(['id', 'name'])->from('users')->where(['active' => 1])], 'NOT EXISTS (SELECT 1 FROM (SELECT [[id]], [[name]] FROM [[users]] WHERE [[active]]=:qp0) AS a WHERE a.[[id]] = [[id]] AND a.[[name = ]]name`)', [':qp0' => 1] ],
]);
break;
default:
$conditions = array_merge($conditions, [
[ ['in', ['id', 'name'], [['id' => 1, 'name' => 'foo'], ['id' => 2, 'name' => 'bar']]], '([[id]], [[name]]) IN ((:qp0, :qp1), (:qp2, :qp3))', [':qp0' => 1, ':qp1' => 'foo', ':qp2' => 2, ':qp3' => 'bar'] ],
[ ['not in', ['id', 'name'], [['id' => 1, 'name' => 'foo'], ['id' => 2, 'name' => 'bar']]], '([[id]], [[name]]) NOT IN ((:qp0, :qp1), (:qp2, :qp3))', [':qp0' => 1, ':qp1' => 'foo', ':qp2' => 2, ':qp3' => 'bar'] ],
[ ['in', ['id', 'name'], (new Query())->select(['id', 'name'])->from('users')->where(['active' => 1])], '([[id]], [[name]]) IN (SELECT [[id]], [[name]] FROM [[users]] WHERE [[active]]=:qp0)', [':qp0' => 1] ],
[ ['not in', ['id', 'name'], (new Query())->select(['id', 'name'])->from('users')->where(['active' => 1])], '([[id]], [[name]]) NOT IN (SELECT [[id]], [[name]] FROM [[users]] WHERE [[active]]=:qp0)', [':qp0' => 1] ],
]);
break;
}
// adjust dbms specific escaping
foreach($conditions as $i => $condition) {
$conditions[$i][1] = $this->replaceQuotes($condition[1]);
}
return $conditions;
}
public function filterConditionProvider()
{
$conditions = [
// like
[ ['like', 'name', []], '', [] ],
[ ['not like', 'name', []], '', [] ],
[ ['or like', 'name', []], '', [] ],
[ ['or not like', 'name', []], '', [] ],
// not
[ ['not', ''], '', [] ],
// and
[ ['and', '', ''], '', [] ],
[ ['and', '', 'id=2'], '(id=2)', [] ],
[ ['and', 'id=1', ''], '(id=1)', [] ],
[ ['and', 'type=1', ['or', '', 'id=2']], '(type=1) AND ((id=2))', [] ],
// or
[ ['or', 'id=1', ''], '(id=1)', [] ],
[ ['or', 'type=1', ['or', '', 'id=2']], '(type=1) OR ((id=2))', [] ],
// between
[ ['between', 'id', 1, null], '', [] ],
[ ['not between', 'id', null, 10], '', [] ],
// in
[ ['in', 'id', []], '', [] ],
[ ['not in', 'id', []], '', [] ],
// simple conditions
[ ['=', 'a', ''], '', [] ],
[ ['>', 'a', ''], '', [] ],
[ ['>=', 'a', ''], '', [] ],
[ ['<', 'a', ''], '', [] ],
[ ['<=', 'a', ''], '', [] ],
[ ['<>', 'a', ''], '', [] ],
[ ['!=', 'a', ''], '', [] ],
];
// adjust dbms specific escaping
foreach($conditions as $i => $condition) {
$conditions[$i][1] = $this->replaceQuotes($condition[1]);
}
return $conditions;
}
/**
* @dataProvider conditionProvider
*/
public function testBuildCondition($condition, $expected, $expectedParams)
{
$query = (new Query())->where($condition);
list($sql, $params) = $this->getQueryBuilder()->build($query);
$this->assertEquals('SELECT *' . (empty($expected) ? '' : ' WHERE ' . $this->replaceQuotes($expected)), $sql);
$this->assertEquals($expectedParams, $params);
}
/**
* @dataProvider filterConditionProvider
*/
public function testBuildFilterCondition($condition, $expected, $expectedParams)
{
$query = (new Query())->filterWhere($condition);
list($sql, $params) = $this->getQueryBuilder()->build($query);
$this->assertEquals('SELECT *' . (empty($expected) ? '' : ' WHERE ' . $this->replaceQuotes($expected)), $sql);
$this->assertEquals($expectedParams, $params);
}
public function testAddDropPrimaryKey()
{
$tableName = 'constraints';
$pkeyName = $tableName . "_pkey";
// ADD
$qb = $this->getQueryBuilder();
$qb->db->createCommand()->addPrimaryKey($pkeyName, $tableName, ['id'])->execute();
$tableSchema = $qb->db->getSchema()->getTableSchema($tableName);
$this->assertEquals(1, count($tableSchema->primaryKey));
// DROP
$qb->db->createCommand()->dropPrimaryKey($pkeyName, $tableName)->execute();
$qb = $this->getQueryBuilder(); // resets the schema
$tableSchema = $qb->db->getSchema()->getTableSchema($tableName);
$this->assertEquals(0, count($tableSchema->primaryKey));
// ADD (2 columns)
$qb = $this->getQueryBuilder();
$qb->db->createCommand()->addPrimaryKey($pkeyName, $tableName, 'id, field1')->execute();
$tableSchema = $qb->db->getSchema()->getTableSchema($tableName);
$this->assertEquals(2, count($tableSchema->primaryKey));
// DROP (2 columns)
$qb->db->createCommand()->dropPrimaryKey($pkeyName, $tableName)->execute();
$qb = $this->getQueryBuilder(); // resets the schema
$tableSchema = $qb->db->getSchema()->getTableSchema($tableName);
$this->assertEquals(0, count($tableSchema->primaryKey));
}
public function existsParamsProvider()
{
return [
['exists', $this->replaceQuotes("SELECT [[id]] FROM [[TotalExample]] [[t]] WHERE EXISTS (SELECT [[1]] FROM [[Website]] [[w]])")],
['not exists', $this->replaceQuotes("SELECT [[id]] FROM [[TotalExample]] [[t]] WHERE NOT EXISTS (SELECT [[1]] FROM [[Website]] [[w]])")]
];
}
/**
* @dataProvider existsParamsProvider
*/
public function testBuildWhereExists($cond, $expectedQuerySql)
{
$expectedQueryParams = [];
$subQuery = new Query();
$subQuery->select('1')
->from('Website w');
$query = new Query();
$query->select('id')
->from('TotalExample t')
->where([$cond, $subQuery]);
list($actualQuerySql, $actualQueryParams) = $this->getQueryBuilder()->build($query);
$this->assertEquals($expectedQuerySql, $actualQuerySql);
$this->assertEquals($expectedQueryParams, $actualQueryParams);
}
public function testBuildWhereExistsWithParameters()
{
$expectedQuerySql = $this->replaceQuotes(
"SELECT [[id]] FROM [[TotalExample]] [[t]] WHERE (EXISTS (SELECT [[1]] FROM [[Website]] [[w]] WHERE (w.id = t.website_id) AND (w.merchant_id = :merchant_id))) AND (t.some_column = :some_value)"
);
$expectedQueryParams = [':some_value' => "asd", ':merchant_id' => 6];
$subQuery = new Query();
$subQuery->select('1')
->from('Website w')
->where('w.id = t.website_id')
->andWhere('w.merchant_id = :merchant_id', [':merchant_id' => 6]);
$query = new Query();
$query->select('id')
->from('TotalExample t')
->where(['exists', $subQuery])
->andWhere('t.some_column = :some_value', [':some_value' => "asd"]);
list($actualQuerySql, $queryParams) = $this->getQueryBuilder()->build($query);
$this->assertEquals($expectedQuerySql, $actualQuerySql);
$this->assertEquals($expectedQueryParams, $queryParams);
}
public function testBuildWhereExistsWithArrayParameters()
{
$expectedQuerySql = $this->replaceQuotes(
"SELECT [[id]] FROM [[TotalExample]] [[t]] WHERE (EXISTS (SELECT [[1]] FROM [[Website]] [[w]] WHERE (w.id = t.website_id) AND (([[w]].[[merchant_id]]=:qp0) AND ([[w]].[[user_id]]=:qp1)))) AND ([[t]].[[some_column]]=:qp2)"
);
$expectedQueryParams = [':qp0' => 6, ':qp1' => 210, ':qp2' => 'asd'];
$subQuery = new Query();
$subQuery->select('1')
->from('Website w')
->where('w.id = t.website_id')
->andWhere(['w.merchant_id' => 6, 'w.user_id' => '210']);
$query = new Query();
$query->select('id')
->from('TotalExample t')
->where(['exists', $subQuery])
->andWhere(['t.some_column' => "asd"]);
list($actualQuerySql, $queryParams) = $this->getQueryBuilder()->build($query);
$this->assertEquals($expectedQuerySql, $actualQuerySql);
$this->assertEquals($expectedQueryParams, $queryParams);
}
/**
* This test contains three select queries connected with UNION and UNION ALL constructions.
* It could be useful to use "phpunit --group=db --filter testBuildUnion" command for run it.
*/
public function testBuildUnion()
{
$expectedQuerySql = $this->replaceQuotes(
"(SELECT [[id]] FROM [[TotalExample]] [[t1]] WHERE (w > 0) AND (x < 2)) UNION ( SELECT [[id]] FROM [[TotalTotalExample]] [[t2]] WHERE w > 5 ) UNION ALL ( SELECT [[id]] FROM [[TotalTotalExample]] [[t3]] WHERE w = 3 )"
);
$query = new Query();
$secondQuery = new Query();
$secondQuery->select('id')
->from('TotalTotalExample t2')
->where('w > 5');
$thirdQuery = new Query();
$thirdQuery->select('id')
->from('TotalTotalExample t3')
->where('w = 3');
$query->select('id')
->from('TotalExample t1')
->where(['and', 'w > 0', 'x < 2'])
->union($secondQuery)
->union($thirdQuery, TRUE);
list($actualQuerySql, $queryParams) = $this->getQueryBuilder()->build($query);
$this->assertEquals($expectedQuerySql, $actualQuerySql);
$this->assertEquals([], $queryParams);
}
public function testSelectSubquery()
{
$subquery = (new Query())
->select('COUNT(*)')
->from('operations')
->where('account_id = accounts.id');
$query = (new Query())
->select('*')
->from('accounts')
->addSelect(['operations_count' => $subquery]);
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT *, (SELECT COUNT(*) FROM [[operations]] WHERE account_id = accounts.id) AS [[operations_count]] FROM [[accounts]]');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
}
public function testComplexSelect()
{
$query = (new Query())
->select([
'ID' => 't.id',
'gsm.username as GSM',
'part.Part',
'Part Cost' => 't.Part_Cost',
'st_x(location::geometry) as lon',
new Expression($this->replaceQuotes("case t.Status_Id when 1 then 'Acknowledge' when 2 then 'No Action' else 'Unknown Action' END as [[Next Action]]")),
])
->from('tablename');
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes(
'SELECT [[t]].[[id]] AS [[ID]], [[gsm]].[[username]] AS [[GSM]], [[part]].[[Part]], [[t]].[[Part_Cost]] AS [[Part Cost]], st_x(location::geometry) as lon,'
. ' case t.Status_Id when 1 then \'Acknowledge\' when 2 then \'No Action\' else \'Unknown Action\' END as [[Next Action]] FROM [[tablename]]');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
}
public function testSelectExpression()
{
$query = (new Query())
->select(new Expression("1 AS ab"))
->from('tablename');
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes("SELECT 1 AS ab FROM [[tablename]]");
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
$query = (new Query())
->select(new Expression("1 AS ab"))
->addSelect(new Expression("2 AS cd"))
->addSelect(['ef' => new Expression("3")])
->from('tablename');
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes("SELECT 1 AS ab, 2 AS cd, 3 AS [[ef]] FROM [[tablename]]");
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
$query = (new Query())
->select(new Expression("SUBSTR(name, 0, :len)", [':len' => 4]))
->from('tablename');
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes("SELECT SUBSTR(name, 0, :len) FROM [[tablename]]");
$this->assertEquals($expected, $sql);
$this->assertEquals([':len' => 4], $params);
}
/**
* https://github.com/yiisoft/yii2/issues/10869
*/
public function testFromIndexHint()
{
$query = (new Query)->from([new Expression('{{%user}} USE INDEX (primary)')]);
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM {{%user}} USE INDEX (primary)');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
$query = (new Query)
->from([new Expression('{{user}} {{t}} FORCE INDEX (primary) IGNORE INDEX FOR ORDER BY (i1)')])
->leftJoin(['p' => 'profile'], 'user.id = profile.user_id USE INDEX (i2)');
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM {{user}} {{t}} FORCE INDEX (primary) IGNORE INDEX FOR ORDER BY (i1) LEFT JOIN [[profile]] [[p]] ON user.id = profile.user_id USE INDEX (i2)');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
}
public function testFromSubquery()
{
// query subquery
$subquery = (new Query)->from('user')->where('account_id = accounts.id');
$query = (new Query)->from(['activeusers' => $subquery]);
// SELECT * FROM (SELECT * FROM [[user]] WHERE [[active]] = 1) [[activeusers]];
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM (SELECT * FROM [[user]] WHERE account_id = accounts.id) [[activeusers]]');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
// query subquery with params
$subquery = (new Query)->from('user')->where('account_id = :id', ['id' => 1]);
$query = (new Query)->from(['activeusers' => $subquery])->where('abc = :abc', ['abc' => 'abc']);
// SELECT * FROM (SELECT * FROM [[user]] WHERE [[active]] = 1) [[activeusers]];
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM (SELECT * FROM [[user]] WHERE account_id = :id) [[activeusers]] WHERE abc = :abc');
$this->assertEquals($expected, $sql);
$this->assertEquals([
'id' => 1,
'abc' => 'abc',
],$params);
// simple subquery
$subquery = "(SELECT * FROM user WHERE account_id = accounts.id)";
$query = (new Query)->from(['activeusers' => $subquery]);
// SELECT * FROM (SELECT * FROM [[user]] WHERE [[active]] = 1) [[activeusers]];
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM (SELECT * FROM user WHERE account_id = accounts.id) [[activeusers]]');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
}
public function testOrderBy()
{
// simple string
$query = (new Query())
->select('*')
->from('operations')
->orderBy('name ASC, date DESC');
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM [[operations]] ORDER BY [[name]], [[date]] DESC');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
// array syntax
$query = (new Query())
->select('*')
->from('operations')
->orderBy(['name' => SORT_ASC, 'date' => SORT_DESC]);
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM [[operations]] ORDER BY [[name]], [[date]] DESC');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
// expression
$query = (new Query())
->select('*')
->from('operations')
->where('account_id = accounts.id')
->orderBy(new Expression('SUBSTR(name, 3, 4) DESC, x ASC'));
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM [[operations]] WHERE account_id = accounts.id ORDER BY SUBSTR(name, 3, 4) DESC, x ASC');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
// expression with params
$query = (new Query())
->select('*')
->from('operations')
->orderBy(new Expression('SUBSTR(name, 3, :to) DESC, x ASC', [':to' => 4]));
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM [[operations]] ORDER BY SUBSTR(name, 3, :to) DESC, x ASC');
$this->assertEquals($expected, $sql);
$this->assertEquals([':to' => 4], $params);
}
public function testGroupBy()
{
// simple string
$query = (new Query())
->select('*')
->from('operations')
->groupBy('name, date');
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM [[operations]] GROUP BY [[name]], [[date]]');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
// array syntax
$query = (new Query())
->select('*')
->from('operations')
->groupBy(['name', 'date']);
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM [[operations]] GROUP BY [[name]], [[date]]');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
// expression
$query = (new Query())
->select('*')
->from('operations')
->where('account_id = accounts.id')
->groupBy(new Expression('SUBSTR(name, 0, 1), x'));
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM [[operations]] WHERE account_id = accounts.id GROUP BY SUBSTR(name, 0, 1), x');
$this->assertEquals($expected, $sql);
$this->assertEmpty($params);
// expression with params
$query = (new Query())
->select('*')
->from('operations')
->groupBy(new Expression('SUBSTR(name, 0, :to), x', [':to' => 4]));
list ($sql, $params) = $this->getQueryBuilder()->build($query);
$expected = $this->replaceQuotes('SELECT * FROM [[operations]] GROUP BY SUBSTR(name, 0, :to), x');
$this->assertEquals($expected, $sql);
$this->assertEquals([':to' => 4], $params);
}
// public function testInsert()
// {
// // TODO implement
// }
//
// public function testBatchInsert()
// {
// // TODO implement
// }
//
// public function testUpdate()
// {
// // TODO implement
// }
//
// public function testDelete()
// {
// // TODO implement
// }
public function testCommentColumn()
{
$qb = $this->getQueryBuilder();
$expected = "ALTER TABLE [[comment]] CHANGE [[add_comment]] [[add_comment]] varchar(255) NOT NULL COMMENT 'This is my column.'";
$sql = $qb->addCommentOnColumn('comment', 'add_comment', 'This is my column.');
$this->assertEquals($this->replaceQuotes($expected), $sql);
$expected = "ALTER TABLE [[comment]] CHANGE [[replace_comment]] [[replace_comment]] varchar(255) DEFAULT NULL COMMENT 'This is my column.'";
$sql = $qb->addCommentOnColumn('comment', 'replace_comment', 'This is my column.');
$this->assertEquals($this->replaceQuotes($expected), $sql);
$expected = "ALTER TABLE [[comment]] CHANGE [[delete_comment]] [[delete_comment]] varchar(128) NOT NULL COMMENT ''";
$sql = $qb->dropCommentFromColumn('comment', 'delete_comment');
$this->assertEquals($this->replaceQuotes($expected), $sql);
}
public function testCommentTable()
{
$qb = $this->getQueryBuilder();
$expected = "ALTER TABLE [[comment]] COMMENT 'This is my table.'";
$sql = $qb->addCommentOnTable('comment', 'This is my table.');
$this->assertEquals($this->replaceQuotes($expected), $sql);
$expected = "ALTER TABLE [[comment]] COMMENT ''";
$sql = $qb->dropCommentFromTable('comment');
$this->assertEquals($this->replaceQuotes($expected), $sql);
}
}
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