Uses of Interface
mondrian.spi.Dialect

Packages that use Dialect

Package	Description
mondrian.rolap	Implements the data access layer for the olap package.
mondrian.rolap.sql	Database-independent library for generating SQL.
mondrian.spi	Contains the server-provider interfaces (SPIs) which user-defined extensions to Mondrian should implement.
mondrian.spi.impl	Provides implementations of SPIs defined in the mondrian.spi package.
mondrian.util	Mondrian utilities.

Uses of Dialect in mondrian.rolap

Methods in mondrian.rolap that return Dialect

Modifier and Type	Method and Description
protected Dialect	SqlStatement.createDialect() For tests
Dialect	RolapSchema.getDialect() Returns this schema's SQL dialect.
Dialect	RolapEvaluator.getDialect()
protected Dialect	SqlStatement.getDialect(RolapSchema schema) Retrieves dialect from schema or attempts to create it in case it is null
Dialect	RolapStar.getSqlQueryDialect() Returns this RolapStar's SQL dialect.

Methods in mondrian.rolap with parameters of type Dialect

Modifier and Type	Method and Description
static MondrianDef.Relation	RolapUtil.convertInlineTableToRelation(MondrianDef.InlineTable inlineTable, Dialect dialect)
int	RolapStatisticsCache.getColumnCardinality2(DataSource dataSource, Dialect dialect, String catalog, String schema, String table, String column)
String	RolapStar.Column.getDatatypeString(Dialect dialect) Returns a string representation of the datatype of this column, in the dialect specified.

Uses of Dialect in mondrian.rolap.sql

Methods in mondrian.rolap.sql that return Dialect

Modifier and Type	Method and Description
Dialect	SqlQuery.getDialect()

Methods in mondrian.rolap.sql with parameters of type Dialect

Modifier and Type	Method and Description
String	SqlQuery.CodeSet.chooseQuery(Dialect dialect) Chooses the code variant which best matches the given Dialect.

Constructors in mondrian.rolap.sql with parameters of type Dialect

Constructor and Description
SqlQuery(Dialect dialect) Creates a SqlQuery using a given dialect and inheriting the formatting preferences from MondrianProperties.GenerateFormattedSql property.
SqlQuery(Dialect dialect, boolean formatted) Base constructor used by all other constructors to create an empty instance.

Uses of Dialect in mondrian.spi

Methods in mondrian.spi that return Dialect

Modifier and Type	Method and Description
Dialect	DialectFactory.createDialect(DataSource dataSource, Connection connection) Creates a Dialect.
static Dialect	DialectManager.createDialect(DataSource dataSource, Connection connection) Creates a Dialect from a JDBC connection.
static Dialect	DialectManager.createDialect(DataSource dataSource, Connection connection, String dialectClassName) Creates a Dialect from a JDBC connection, optionally specifying the name of the dialect class.

Methods in mondrian.spi with parameters of type Dialect

Modifier and Type	Method and Description
long	StatisticsProvider.getColumnCardinality(Dialect dialect, DataSource dataSource, String catalog, String schema, String table, String column, Execution execution) Returns an estimate of the number of rows in a table.
long	StatisticsProvider.getQueryCardinality(Dialect dialect, DataSource dataSource, String sql, Execution execution) Returns an estimate of the number of rows returned by a query.
long	StatisticsProvider.getTableCardinality(Dialect dialect, DataSource dataSource, String catalog, String schema, String table, Execution execution) Returns an estimate of the number of rows in a table.
abstract void	Dialect.Datatype.quoteValue(StringBuilder buf, Dialect dialect, String value) Appends to a buffer a value of this type, in the appropriate format for this dialect.

Method parameters in mondrian.spi with type arguments of type Dialect

Modifier and Type	Method and Description
static void	DialectManager.register(Class<? extends Dialect> dialectClass) Registers a Dialect class.

Uses of Dialect in mondrian.spi.impl

Classes in mondrian.spi.impl that implement Dialect

Modifier and Type	Class and Description
class	AccessDialect Implementation of Dialect for the Microsoft Access database (also called the JET Engine).
class	Db2Dialect Implementation of Dialect for the IBM DB2 database.
class	Db2OldAs400Dialect Implementation of Dialect for old versions of the IBM DB2/AS400 database.
class	DerbyDialect Implementation of Dialect for the Apache Derby database.
class	FirebirdDialect Implementation of Dialect for the Firebird database.
class	GoogleBigQueryDialect This is the Mondrian dialect for Google BigQuery.
class	GreenplumDialect Implementation of Dialect for the GreenplumSQL database.
class	HiveDialect Implementation of Dialect for the Hive database.
class	HsqldbDialect Implementation of Dialect for the Hsqldb database.
class	ImpalaDialect Dialect for Cloudera's Impala DB.
class	InfobrightDialect Implementation of Dialect for the Infobright database.
class	InformixDialect Implementation of Dialect for the Informix database.
class	IngresDialect Implementation of Dialect for the Ingres database.
class	InterbaseDialect Implementation of Dialect for the Interbase database.
class	JdbcDialectImpl Implementation of Dialect based on a JDBC connection and metadata.
class	LucidDbDialect Implementation of Dialect for the LucidDB database.
class	MariaDBDialect
class	MicrosoftSqlServerDialect Implementation of Dialect for the Microsoft SQL Server database.
class	MonetDbDialect Implementation of Dialect for the MonetDB database.
class	MySqlDialect Implementation of Dialect for the MySQL database.
class	NeoviewDialect Implementation of Dialect for the Neoview database.
class	NetezzaDialect Implementation of Dialect for the Netezza database.
class	NuoDbDialect Implementation of Dialect for the NuoDB database.
class	OracleDialect Implementation of Dialect for the Oracle database.
class	PdiDataServiceDialect
class	PostgreSqlDialect Implementation of Dialect for the PostgreSQL database.
class	RedshiftDialect User: cboyden Date: 2/8/13
class	SnowflakeDialect
class	SqlStreamDialect Implementation of Dialect for the SQLstream streaming SQL system.
class	SybaseDialect Implementation of Dialect for the Sybase database.
class	TeradataDialect Implementation of Dialect for the Teradata database.
class	VectorwiseDialect Implementation of Dialect for the Vertica database.
class	VerticaDialect Implementation of Dialect for the Vertica database.

Methods in mondrian.spi.impl that return Dialect

Modifier and Type	Method and Description
Dialect	JdbcDialectFactory.createDialect(DataSource dataSource, Connection connection)
static Dialect	JdbcDialectFactory.createDialectHelper(DialectFactory factory, DataSource dataSource) Creates a temporary connection and calls DialectFactory.createDialect(javax.sql.DataSource, java.sql.Connection).

Methods in mondrian.spi.impl with parameters of type Dialect

Modifier and Type	Method and Description
long	JdbcStatisticsProvider.getColumnCardinality(Dialect dialect, DataSource dataSource, String catalog, String schema, String table, String column, Execution execution)
long	SqlStatisticsProvider.getColumnCardinality(Dialect dialect, DataSource dataSource, String catalog, String schema, String table, String column, Execution execution)
long	JdbcStatisticsProvider.getQueryCardinality(Dialect dialect, DataSource dataSource, String sql, Execution execution)
long	SqlStatisticsProvider.getQueryCardinality(Dialect dialect, DataSource dataSource, String sql, Execution execution)
long	JdbcStatisticsProvider.getTableCardinality(Dialect dialect, DataSource dataSource, String catalog, String schema, String table, Execution execution)
long	SqlStatisticsProvider.getTableCardinality(Dialect dialect, DataSource dataSource, String catalog, String schema, String table, Execution execution)

Uses of Dialect in mondrian.util

Methods in mondrian.util with parameters of type Dialect

Modifier and Type	Method and Description
static boolean	Bug.avoidMemoryOverflow(Dialect dialect) Returns whether to avoid a test because the memory monitor may cause it to fail.
static boolean	Bug.avoidSlowTestOnLucidDB(Dialect dialect) Returns true if we are running against Dialect.DatabaseProduct.LUCIDDB and we wish to avoid slow tests.