* SQLNET.CRYPTO_CHECKSUM_TYPES_SERVER= (SHA1) * SQLNET.ENCRYPTION_TYPES_SERVER = (AES256,AES192,AES128) * In order to activate encryption and checksumming in the database you need to * and the data integrity to be verified with SHA1.
Oracle jdbc thin client driver#
* driver and requires the connection to be encrypted with either AES256 or AES192 * This program attempts to connect to the database using the JDBC thin * JDBC thin driver demo: new security features in 11gR1.
Oracle jdbc thin client code#
Public static final String AUTHENTICATION_KERBEROS = "KERBEROS" Įxample 19-1 Using AnoServices Constants in JDBC Client Code import java.sql.* Public static final String AUTHENTICATION_RADIUS = "RADIUS" Public static final String CHECKSUM_SHA1 = "SHA1" Public static final String CHECKSUM_MD5 = "MD5" Public static final String ENCRYPTION_AES256 = "AES256" Public static final String ENCRYPTION_AES192 = "AES192" Public static final String ENCRYPTION_AES128 = "AES128" Public static final String ENCRYPTION_3DES168 = "3DES168" Public static final String ENCRYPTION_3DES112 = "3DES112" Public static final String ENCRYPTION_DES56C = "DES56C" Public static final String ENCRYPTION_DES40C = "DES40C" Public static final String ENCRYPTION_RC4_256 = "RC4_256" Public static final String ENCRYPTION_RC4_128 = "RC4_128" Public static final String ENCRYPTION_RC4_56 = "RC4_56" Public static final String ENCRYPTION_RC4_40 = "RC4_40" The following constants are in the interface: The interface includes the names of the encryption, authentication, and checksum algorithms that the JDBC Thin driver supports. The CONNECTION_PROPERTY_THIN_NET_AUTHENTICATION_SERVICES parameter determines the authentication service to be used. Client Authentication Service Parameter.The CONNECTION_PROPERTY_THIN_NET_CHECKSUM_TYPES parameter defines the data integrity algorithm to be used. Client Integrity Selected List Parameter.The CONNECTION_PROPERTY_THIN_NET_CHECKSUM_LEVEL parameter defines the level of security to negotiate with the server for data integrity. The CONNECTION_PROPERTY_THIN_NET_ENCRYPTION_TYPES parameter defines the encryption algorithm to be used. Client Encryption Selected List Parameter.The CONNECTION_PROPERTY_THIN_NET_ENCRYPTION_LEVEL parameter defines the level of security that the client uses to negotiate with the server. The JDBC network implementation configuration parameters control network settings such as the level of security used between client and server connections. About the Thin JDBC Network Implementation Configuration Parameters.The Oracle Database native network encryption and strong authentication Java implementation provides Java versions of the following encryption algorithms: Thin JDBC support for authentication methods like RADIUS, Kerberos, and SSL were introduced in Oracle Database 11g release 1 (11.1). The Oracle JDBC Thin driver supports the Oracle Database SSL implementation and third-party authentication methods such as RADIUS and Kerberos. Secure connections from the current release of Oracle Database to older versions of Oracle databases Secure connections from middle tier servers with Java Server Pages (JSP) to the Oracle RDBMS Secure connections from Thin JDBC clients to the Oracle RDBMSĪbility for developers to build applets that transmit data over a secure communication channel Oracle Database provides the following features for Thin JDBC: The Thin JDBC network implementation for the client provides parameters to control encryption, integrity, and the authentication service.īecause the Thin JDBC driver is designed to be used with downloadable applets used over the Internet, Oracle designed a 100 percent Java implementation of Oracle Database native network encryption and strong authentication, encryption, and integrity algorithms, for use with thin clients. Configuration Parameters for the Thin JDBC Network Implementation.The obfuscation of the Java cryptography code protects Java classes and methods that contain encryption and decryption capabilities with obfuscation software. Obfuscation of the Java Cryptography Code.On the server side, the negotiation of algorithms and the generation of keys function exactly the same as Oracle Database native encryption. The Thin JDBC driver provides security features such as strong authentication, data encryption, and data integrity checking. JDBC, an industry-standard Java interface, is a Java standard for connecting to a relational database from a Java program.
Oracle Database provides a Java implementation of native network encryption and strong authentication.
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