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When `edb_redwood_raw_names` is set to its default value of `FALSE`, database object names such as table names, column names, trigger names, program names, user names, etc. appear in uppercase letters when viewed from Oracle catalogs (for a complete list of supported catalog views, see the *Database Compatibility for Oracle Catalog Views Guide*). In addition, quotation marks enclose names that were created with enclosing quotation marks.
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When `edb_redwood_raw_names` is set to its default value of `FALSE`, database object names such as table names, column names, trigger names, program names, user names, etc. appear in uppercase letters when viewed from Oracle catalogs (for a complete list of supported catalog views, see the *Database Compatibility for Oracle Developers Catalog Views Guide*). In addition, quotation marks enclose names that were created with enclosing quotation marks.
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When `edb_redwood_raw_names` is set to `TRUE`, the database object names are displayed exactly as they are stored in the PostgreSQL system catalogs when viewed from the Oracle catalogs. Thus, names created without enclosing quotation marks appear in lowercase as expected in PostgreSQL. Names created with enclosing quotation marks appear exactly as they were created, but without the quotation marks.
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Advanced Server supports SQL language that is compatible with Oracle syntax as well as syntax and commands for extended functionality (functionality that does not provide database compatibility for Oracle or support Oracle-styled applications).
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The *Database Compatibility for Oracle Developer's SQL Guide* provides detailed information about:
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The *Database Compatibility for Oracle Developers SQL Guide* provides detailed information about:
The Oracle Catalog Views provide information about database objects in a manner compatible with the Oracle data dictionary views. Information about the supported views is now available in the *Database Compatibility for Oracle Developer’s Catalog Views Guide*, available at:
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The Oracle Catalog Views provide information about database objects in a manner compatible with the Oracle data dictionary views. Information about the supported views is now available in the *Database Compatibility for Oracle Developers Catalog Views Guide*, available at:
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- EDB\*Wrap
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- The Dynamic Runtime Instrumentation Tools Architecture (DRITA)
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For detailed information about the functionality supported by Advanced Server, see the *Database Compatibility for Oracle Developer’s Tools and Utilities Guide*, available at:
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For detailed information about the functionality supported by Advanced Server, see the *Database Compatibility for Oracle Developers Tools and Utilities Guide*, available at:
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The system catalog tables contain definitions of database objects that are available to Advanced Server; the layout of the system tables is subject to change. If you are writing an application that depends on information stored in the system tables, it would be prudent to use an existing catalog view, or create a catalog view to isolate the application from changes to the system table.
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For detailed information about the system catalog tables, see the *Database Compatibility for Oracle Developer’s Catalog Views Guide*, available at:
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For detailed information about the system catalog tables, see the *Database Compatibility for Oracle Developers Catalog Views Guide*, available at:
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For detailed information about the compatible SQL syntax, data types, and views, see the *Database Compatibility for Oracle Developers SQL Guide*.
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The compatibility offered by the procedures and functions that are part of the Built-in packages is documented in the *Database Compatibility for Oracle Developers Built-in Packages Guide.*
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The compatibility offered by the procedures and functions that are part of the Built-in packages is documented in the *Database Compatibility for Oracle Developers Built-in Package Guide.*
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For information about using the compatible tools and utilities (EDB\*Plus, EDB\*Loader, DRITA, and EDB\*Wrap) that are included with an Advanced Server installation, see the *Database Compatibility for Oracle Developers Tools and Utilities Guide.*
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This guide provides reference material about the compatible data types supported by Advanced Server. Reference information about:
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- Compatible SQL Language syntax is provided in the *Database Compatibility for Oracle Developers SQL Guide*.
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- Compatible Catalog Views is provided in the *Database Compatibility for Oracle Developers Catalog View Guide*.
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- Compatible Catalog Views is provided in the *Database Compatibility for Oracle Developers Catalog Views Guide*.
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Developing an application that is compatible with Oracle databases in the Advanced Server requires special attention to which features are used in the construction of the application. For example, developing a compatible application means selecting:
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For example, there are fixed length character data types that can be specified as `CHAR` or `CHARACTER`. There are variable length character data types that can be specified as `CHAR VARYING, CHARACTER VARYING, VARCHAR,` or `VARCHAR2`. For integers, there are `BINARY_INTEGER, PLS_INTEGER,` and `INTEGER` data types. For numbers, there are `NUMBER, NUMERIC, DEC,` and `DECIMAL` data types.
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For detailed information about the data types supported by Advanced Server, see the Database Compatibility for Oracle Developers Reference Guide, available from EnterpriseDB at:
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For detailed information about the data types supported by Advanced Server, see the *Database Compatibility for Oracle Developers Reference Guide*, available from EnterpriseDB at:
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`tbltype` is an identifier assigned to the nested table type. `datatype` is a scalar data type such as `VARCHAR2` or `NUMBER`. `rectype` is a previously defined record type. `objtype` is a previously defined object type.
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!!! Note
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You can use the `CREATE TYPE` command to define a nested table type that is available to all SPL programs in the database. See the Database Compatibility for Oracle Developers Reference Guide for more information about the `CREATE TYPE` command.
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You can use the `CREATE TYPE` command to define a nested table type that is available to all SPL programs in the database. See the *Database Compatibility for Oracle Developers Reference Guide* for more information about the `CREATE TYPE` command.
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In order to make use of the table, a *variable* must be declared of that nested table type. The following is the syntax for declaring a table variable.
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- Advanced Server introduces `COMPOUND TRIGGERS`, which are stored as a PL block that executes in response to a specified triggering event. For information, see the *Database Compatibility Stored Procedural Language Guide*.
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- Advanced Server now supports new `DATA DICTIONARY VIEWS` that provide information that is compatible with the Oracle data dictionary views. For information, see the *Database Compatibility for Oracle Developers Catalog Views Guide*.
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- Advanced Server has added the `LISTAGG` function to support string aggregation that concatenates data from multiple rows into a single row in an ordered manner. For information, see the *Database Compatibility for Oracle Developer's Reference Guide*.
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- Advanced Server now supports `CAST(MULTISET)` function, allowing subquery output to be `CAST` to a nested table type. For information, see the *Database Compatibility for Oracle Developer's Reference Guide*.
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- Advanced Server has added the `MEDIAN` function to calculate a median value from the set of provided values. For information, see the *Database Compatibility for Oracle Developer's Reference Guide*.
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- Advanced Server has added the `SYS_GUID` function to generate and return a globally unique identifier in the form of `16-bytes` of `RAW` data. For information, see the *Database Compatibility for Oracle Developer's Reference Guide*.
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- Advanced Server now supports an Oracle-compatible `SELECT UNIQUE` clause in addition to an existing `SELECT DISTINCT` clause. For information, see the *Database Compatibility for Oracle Developers SQL Guide*.
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- Advanced Server has added the `LISTAGG` function to support string aggregation that concatenates data from multiple rows into a single row in an ordered manner. For information, see the *Database Compatibility for Oracle Developers Reference Guide*.
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- Advanced Server now supports `CAST(MULTISET)` function, allowing subquery output to be `CAST` to a nested table type. For information, see the *Database Compatibility for Oracle Developers Reference Guide*.
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- Advanced Server has added the `MEDIAN` function to calculate a median value from the set of provided values. For information, see the *Database Compatibility for Oracle Developers Reference Guide*.
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- Advanced Server has added the `SYS_GUID` function to generate and return a globally unique identifier in the form of `16-bytes` of `RAW` data. For information, see the *Database Compatibility for Oracle Developers Reference Guide*.
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- Advanced Server now supports an Oracle-compatible `SELECT UNIQUE` clause in addition to an existing `SELECT DISTINCT` clause. For information, see the *Database Compatibility for Oracle Developers SQL Guide*.
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- Advanced Server has re-implemented `default_with_rowids`, which is used to create a table that includes a `ROWID` column in the newly created table. For more information, see [default_with_rowids](../03_database_administration/01_configuration_parameters/03_configuration_parameters_by_functionality/11_compatibility_options/#default_with_rowids).
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- Advanced Server now supports logical decoding on the standby server, which allows creating a logical replication slot on a standby, independently of a primary server. For more information, see [Logical Decoding on Standby](../15_enhanced_sql_and_other_misc_features/#logical_decoding_on_standby).
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- Advanced Server introduces `INTERVAL PARTITIONING`, which allows a database to automatically create partitions of a specified interval as new data is inserted into a table. For information, see the *Database Compatibility Table Partitioning Guide*.
Advanced Server includes extended functionality that provides compatibility for syntax supported by Oracle applications. Detailed information about the compatibility features supported by Advanced Server is provided in the Database Compatibility for Oracle Developers Guide; the version-specific guides are available at:
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Advanced Server includes extended functionality that provides compatibility for syntax supported by Oracle applications. Detailed information about the compatibility features supported by Advanced Server is provided in the *Database Compatibility for Oracle Developers Guide*; the version-specific guides are available at:
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## Utilities
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For detailed information about the compatible syntax supported by the utilities listed below, see the *Database Compatibility for Oracle Developer's Tools and Utilities Guide*, available at:
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For detailed information about the compatible syntax supported by the utilities listed below, see the *Database Compatibility for Oracle Developers Tools and Utilities Guide*, available at:
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Table partitioning is worthwhile only when a table would otherwise be very large. The exact point at which a table will benefit from partitioning depends on the application; a good rule of thumb is that the size of the table should exceed the physical memory of the database server.
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For information about database compatibility features supported by Advanced Server see the *Database Compatibility for Table Partitioning Guide*, available at:
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For information about database compatibility features supported by Advanced Server see the *Database Compatibility Table Partitioning Guide*, available at:
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