Java DB

Apache Derby

Derby Developer's Guide

Derby Getting Started
Derby Reference Manual
Derby Developer's Guide
Derby Performance Tuning
Derby Server and Admin Guide
Derby Tools and Utilities
Derby Developer's Guide
-After installing
-Upgrades
-JDBC applications and Derby basics
-Application development overview
-Derby embedded basics
-Derby JDBC driver
-Derby JDBC database connection URL
-Derby system
-A Derby database
-Connecting to databases
-Working with the database connection URL attributes
-Using in-memory databases
-Working with Derby properties
-Deploying Derby applications
-Deployment issues
-Creating Derby databases for read-only use
-Loading classes from a database
-Derby server-side programming
-Programming database-side JDBC routines
-Programming trigger actions
-Programming Derby-style table functions
-Programming user-defined types
-Controlling Derby application behavior
-The JDBC connection and transaction model
-Result set and cursor mechanisms
-Locking, concurrency, and isolation
-Working with multiple connections to a single database
-Working with multiple threads sharing a single connection
-Working with database threads in an embedded environment
-Working with Derby SQLExceptions in an application
-Using Derby as a J2EE resource manager
-Derby and Security
-Configuring security for your environment
-Working with user authentication
-Users and authorization identifiers
-User authorizations
-Encrypting databases on disk
-Signed jar files
-Notes on the Derby security features
-User authentication and authorization examples
-Running Derby under a security manager
-Developing tools and using Derby with an IDE
-SQL tips
-Localizing Derby
-Derby and standards

 

Encrypting databases on disk

Derby provides a way for you to encrypt your data on disk.

Typically, database systems encrypt and decrypt data in transport over the network, using industry-standard systems. This system works well for client/server databases; the server is assumed to be in a trusted, safe environment, managed by a system administrator. In addition, the recipient of the data is trusted and should be capable of protecting the data. The only risk comes when transporting data over the wire, and data encryption happens during network transport only.

However, Derby databases are platform-independent files that are designed to be easily shared in a number of ways, including transport over the Internet. Recipients of the data might not know how, or might not have the means, to properly protect the data.

This data encryption feature provides the ability to store user data in an encrypted form. The user who boots the database must provide a boot password.

Note: Jar files stored in the database are not encrypted.
 

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