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Encrypted Functions and Stored Procedures In the current version, only encrypted functions and stored procedures in SQL or PL/pgSQL are supported. Because users are unaware of the creation and execution of functions or stored procedures in an encrypted stored procedure, the syntax
Using gsql to Operate an Encrypted Database Executing SQL Statements Before running the SQL statements in this section, ensure that the preparation and configuration phases are complete. This section uses a complete execution process as an example to describe how to use the encrypted
Using JDBC to Operate an Encrypted Database Obtain the JDBC driver package. Obtain the JDBC driver package. For details about how to obtain and use the JDBC driver, see "Application Development Guide > Development Based on JDBC" in Developer Guide. The encrypted database supports
Using gsql to Operate an Encrypted Database Executing SQL Statements Before running the SQL statements in this section, ensure that the preparation and configuration phases are complete. This section uses a complete execution process as an example to describe how to use the encrypted
Using JDBC to Operate an Encrypted Database Obtain the JDBC driver package. Obtain the JDBC driver package. For details about how to obtain and use the JDBC driver, see "Application Development Guide > Development Based on JDBC" in Developer Guide. The encrypted database supports
Using gsql to Operate an Encrypted Database Executing SQL Statements Before running the SQL statements in this section, ensure that the master key has been generated and the parameters for accessing the master key are clear. This section uses a complete execution process as an example
Using JDBC to Operate an Encrypted Database Configuring the JDBC Driver Obtain the JDBC driver package. For details about how to obtain and use the JDBC driver, see "Application Development Guide > Development Based on JDBC" and "Application Development Guide > Compatibility Reference
Using gsql to Operate an Encrypted Database Executing SQL Statements Before running the SQL statements in this section, ensure that the master key has been generated and the parameters for accessing the master key are clear. This section uses a complete execution process as an example
Using JDBC to Operate an Encrypted Database Configuring the JDBC Driver Obtain the JDBC driver package. For details about how to obtain and use the JDBC driver, see "Application Development Guide > Development Based on JDBC" and "Application Development Guide > Compatibility Reference
The password length supported by gs_guc encrypt is extended to 128 bits, and forward compatibility is maintained. Key specifications and restrictions: The maximum length of the private key password supported by gs_guc encrypt is extended to 128 bits.
Using Go Driver to Operate an Encrypted Database Before running the SQL statements in this section, ensure that the preparation and configuration phases are complete. This section uses a complete execution process as an example to describe how to use the encrypted database syntax,
Using Go Driver to Operate an Encrypted Database Before running the SQL statements in this section, ensure that the master key has been generated and the parameters for accessing the master key are clear. This section uses a complete execution process as an example to describe how
Therefore, you are advised not to use this function to encrypt sensitive information such as keys. This function is valid only when GaussDB is B-compatible (that is, sql_compatibility is set to 'B').
Therefore, you are advised not to use this function to encrypt sensitive information such as keys. This function is valid only when GaussDB is compatible with MySQL (that is, sql_compatibility is set to 'MYSQL').
Therefore, you are advised not to use this function to encrypt sensitive information such as keys. This function is valid only when GaussDB is compatible with the MY type (that is, sql_compatibility is set to 'B'). Return type: text.
Therefore, you are advised not to use this function to encrypt sensitive information such as keys. This function is valid only when GaussDB is compatible with the MY type (that is, sql_compatibility is set to 'MYSQL'). Return type: text.
