Abstract: Embodiments of the invention are generally directed to a system and method for implicit transaction control. A transaction manager receives an indication that an operation is to be executed within a transaction. The transaction manager determines whether a preexisting transaction context is available to provide the transaction for the operation. The operation is enclosed within the preexisting transaction context, if the preexisting transaction context is available.

Abstract: Techniques for optimizing a software application include receiving, at a local computing system, a query from an application for data stored on a database table, the query including a context defined by a name of the database table; comparing the context of the query to a context of a predefined query scenario; based on the context of the query matching the context of the predefined query scenario, retrieving data stored on a secondary database replicated from data stored on a main database; and passing the retrieved data from the secondary database to the application.

Abstract: Embodiments of the invention are generally directed to a system and method for optimizing transaction termination. A database interface receives an indication to terminate a transaction. The database interface decides whether to send a command to the underlying database server to terminate the transaction. If the database interface does send a command to the database server, it determines which command is appropriate to send.

Abstract: Techniques for optimizing a software application include receiving, at a local computing system, a query from an application for data stored on a database table, the query including a context defined by a name of the database table; comparing the context of the query to a context of a predefined query scenario; based on the context of the query matching the context of the predefined query scenario, retrieving data stored on a secondary database replicated from data stored on a main database; and passing the retrieved data from the secondary database to the application.

Abstract: A system and method for deferred database connection configuration. A database connection handle associated with a physical database connection is assigned to an application. An indication is received from the application to access a specified connection parameter of the physical database connection. A connection handling infrastructure determines whether the specified connection parameter is one of a selected subset of connection parameters. Access to the specified connection parameter is deferred, if the specified connection parameter is one of the selected subset of connection parameters.

Abstract: Embodiments of the invention are generally directed to a system and method for a transaction manager. A transaction manager registers one or more callback methods each having an associated synchronization identifier. An order is defined for the one or more callback methods based, at least in part, on the synchronization identifier associated with each callback method. The callback methods are called in the defined order.

Abstract: The invention allows multiple application systems to use a single database system. The database system is divided into at least a first memory portion and a second memory portion. The memory portions are disjunctive. The database system stores a first assignment of a first profile to the first memory portion and a second assignment of a second profile to the second memory portion . The first and second profiles are unique and refer to the first and second application systems, respectively. The first application system and the second application system access the first memory portion and the second memory portion, through the respective profiles.

Abstract: Embodiments of the invention are generally directed to a system and method for implicit transaction control. A transaction manager receives an indication that an operation is to be executed within a transaction. The transaction manager determines whether a preexisting transaction context is available to provide the transaction for the operation. The operation is enclosed within the preexisting transaction context, if the preexisting transaction context is available.

Abstract: Embodiments of the invention are generally directed to a system and method for a transaction manager. A transaction manager registers one or more callback methods each having an associated synchronization identifier. An order is defined for the one or more callback methods based, at least in part, on the synchronization identifier associated with each callback method. The callback methods are called in the defined order.

Abstract: Embodiments of the invention are generally directed to a system and method for optimizing transaction termination. A database interface receives an indication to terminate a transaction. The database interface decides whether to send a command to the underlying database server to terminate the transaction. If the database interface does send a command to the database server, it determines which command is appropriate to send.

Abstract: A system and method for deferred database connection configuration. A database connection handle associated with a physical database connection is assigned to an application. An indication is received from the application to access a specified connection parameter of the physical database connection. A connection handling infrastructure determines whether the specified connection parameter is one of a selected subset of connection parameters. Access to the specified connection parameter is deferred, if the specified connection parameter is one of the selected subset of connection parameters.

Abstract: A method and apparatus for providing uniform infrastructure for accessing relational databases are described. A request to trace a database access statement issued by a software application is received and execution of the database access statement is monitored. Tracing results are recorded into a log file, wherein the log file includes information related to the database access statement.

Abstract: Multiple application systems use a single database system. At least a first application system (901) and a second application system (902) run application services for application system users. The database system (900) has at least a first memory portion (920-1) and a second memory portion (920-2). The memory portions are disjunctive. The database system (900) stores a first assignment of a first predetermined profile (110) to the first memory portion (920-1) and a second assignment of a second predetermined profile (111) to the second memory portion (920-2). The first and second profiles (110, 111) are unique and refer to the first and second application systems (901, 902), respectively. The first application system (901) and the second application system (902) access the first memory portion (920-1) and the second memory portion (920-2), through the respective profiles (110, 111).