Oracle - Wirekite Docs

Mapping

The following tables explain how Oracle source datatypes are mapped to each target database. Wirekite extracts data from Oracle, converts it to an internal type representation, then maps to the appropriate target type.

Numeric Types

Oracle	PostgreSQL	MySQL	SQL Server	DB2	Firebolt	Snowflake	Spanner	BigQuery	SingleStore	Databricks
`NUMBER`	`numeric`	`NUMERIC`	`NUMERIC`	`DECIMAL`	`NUMERIC`	`number`	`NUMERIC`	`NUMERIC`	`NUMERIC`	`DECIMAL`
`FLOAT`	`double precision`	`DOUBLE`	`FLOAT`	`DOUBLE`	`DOUBLE`	`float`	`FLOAT64`	`FLOAT64`	`DOUBLE`	`DOUBLE`
`BINARY_FLOAT`	`real`	`FLOAT`	`REAL`	`DOUBLE`	`DOUBLE`	`float`	`FLOAT32`	`FLOAT64`	`FLOAT`	`FLOAT`
`BINARY_DOUBLE`	`double precision`	`DOUBLE`	`FLOAT`	`DOUBLE`	`DOUBLE`	`float`	`FLOAT64`	`FLOAT64`	`DOUBLE`	`DOUBLE`

Date and Time Types

Oracle	PostgreSQL	MySQL	SQL Server	DB2	Firebolt	Snowflake	Spanner	BigQuery	SingleStore	Databricks
`DATE`	`timestamp without time zone`	`DATETIME(6)`	`DATETIME2`	`TIMESTAMP`	`TIMESTAMP`	`timestamp_ntz`	`TIMESTAMP`	`DATETIME`	`DATETIME(6)`	`TIMESTAMP`
`TIMESTAMP`	`timestamp without time zone`	`DATETIME(6)`	`DATETIME2`	`TIMESTAMP`	`TIMESTAMP`	`timestamp_ntz`	`TIMESTAMP`	`DATETIME`	`DATETIME(6)`	`TIMESTAMP_NTZ`
`TIMESTAMP WITH TIME ZONE`	`timestamp with time zone`	`VARCHAR(32)`	`VARCHAR(32)`	`TIMESTAMP`	`TIMESTAMPTZ`	`timestamp_tz`	`STRING`	`TIMESTAMP`	`VARCHAR(32)`	`TIMESTAMP`
`TIMESTAMP WITH LOCAL TIME ZONE`	`varchar(64)`	`DATETIME(6)`	`VARCHAR(32)`	`TIMESTAMP`	`TIMESTAMP`	`timestamp_ltz`	`STRING`	`STRING`	`DATETIME(6)`	`STRING`
`INTERVAL YEAR TO MONTH`	`interval`	`VARCHAR(64)`	`VARCHAR(64)`	`VARCHAR(128)`	`TEXT`	`varchar(64)`	`STRING`	`STRING`	`VARCHAR(64)`	`STRING`
`INTERVAL DAY TO SECOND`	`interval`	`VARCHAR(64)`	`VARCHAR(64)`	`VARCHAR(128)`	`TEXT`	`varchar(64)`	`STRING`	`STRING`	`VARCHAR(64)`	`STRING`

Character Types

Oracle	PostgreSQL	MySQL	SQL Server	DB2	Firebolt	Snowflake	Spanner	BigQuery	SingleStore	Databricks
`CHAR`	`character`	`CHAR`	`CHAR`	`CHAR`	`TEXT`	`varchar`	`STRING`	`STRING`	`CHAR`	`STRING`
`NCHAR`	`character`	`CHAR`	`NCHAR`	`CHAR`	`TEXT`	`varchar`	`STRING`	`STRING`	`CHAR`	`STRING`
`VARCHAR2`	`character varying`	`VARCHAR`	`VARCHAR`	`VARCHAR`	`TEXT`	`varchar`	`STRING`	`STRING`	`VARCHAR`	`STRING`
`NVARCHAR2`	`character varying`	`VARCHAR`	`NVARCHAR`	`VARCHAR`	`TEXT`	`varchar`	`STRING`	`STRING`	`VARCHAR`	`STRING`
`CLOB`	`text`	`LONGTEXT`	`VARCHAR(MAX)`	`CLOB`	`TEXT`	`varchar`	`STRING`	`STRING`	`LONGTEXT`	`STRING`
`NCLOB`	`text`	`LONGTEXT`	`NVARCHAR(MAX)`	`CLOB`	`TEXT`	`varchar`	`STRING`	`STRING`	`LONGTEXT`	`STRING`

Binary Types

Oracle	PostgreSQL	MySQL	SQL Server	DB2	Firebolt	Snowflake	Spanner	BigQuery	SingleStore	Databricks
`RAW`	`bytea`	`VARBINARY`	`VARBINARY`	`VARBINARY`	`BYTEA`	`binary`	`BYTES`	`BYTES`	`VARBINARY`	`BINARY`
`BLOB`	`bytea`	`BLOB`	`VARBINARY(MAX)`	`BLOB`	`BYTEA`	`binary`	`BYTES`	`BYTES`	`BLOB`	`BINARY`

Other Types

Oracle	PostgreSQL	MySQL	SQL Server	DB2	Firebolt	Snowflake	Spanner	BigQuery	SingleStore	Databricks
`XMLTYPE`	`xml`	`TEXT`	`XML`	`CLOB`	`TEXT`	`varchar`	`STRING`	`STRING`	`TEXT`	`STRING`
`JSON`	`jsonb`	`JSON`	`VARCHAR(MAX)`	`CLOB`	`TEXT`	`varchar`	`JSON`	`JSON`	`JSON`	`STRING`
`ROWID`	`varchar(4000)`	`VARCHAR(4000)`	`VARCHAR(4000)`	`VARCHAR(4000)`	`TEXT`	`varchar(4000)`	`STRING`	`STRING`	`VARCHAR(4000)`	`STRING`
`UROWID`	`varchar(4000)`	`VARCHAR(4000)`	`VARCHAR(4000)`	`VARCHAR(4000)`	`TEXT`	`varchar(4000)`	`STRING`	`STRING`	`VARCHAR(4000)`	`STRING`
`(Any other type)`	`varchar(4000)`	`VARCHAR(4000)`	`VARCHAR(4000)`	`VARCHAR(4000)`	`TEXT`	`varchar(4000)`	`STRING`	`STRING`	`VARCHAR(4000)`	`STRING`

PostgreSQL / YugaByte / TigerData / AlloyDB