Abstract: Database synchronization by initiating a transaction to synchronize data from a source database to a target database. The source database issues a trigger that provides a sequence identification (ID) and calculates a thread number that is employed for syncing the rows from the source database to the target database based on a primary key hash. The sequence identification (ID) and the thread number from the source database is inserted into a synchronization (SYNC) table. Data synchronization may also include picking the rows that are allotted their thread number from the SYNC table using polling threads. The rows from the SYNC table may be replicated into target database using a sequence provided by the sequence identification and thread number.

Abstract: Database synchronization by initiating a transaction to synchronize data from a source database to a target database. The source database issues a trigger that provides a sequence identification (ID) and calculates a thread number that is employed for syncing the rows from the source database to the target database based on a primary key hash. The sequence identification (ID) and the thread number from the source database is inserted into a synchronization (SYNC) table. Data synchronization may also include picking the rows that are allotted their thread number from the SYNC table using polling threads. The rows from the SYNC table may be replicated into target database using a sequence provided by the sequence identification and thread number.

Abstract: A computer determines a cursor location within source code displayed on a display screen. The computer determines a keyword based at least on the cursor location. The cursor location may include: line number, column number, designated non-word location, and/or reserved word. The computer takes an action based on the keyword including, but not limited to the following actions: jumping to the first occurrence of the keyword search term, extracting a COBOL copybook data set, and/or sending an EXPLAIN query to a database manager.

Abstract: A computer determines a cursor location within source code displayed on a display screen. The computer determines a keyword based at least on the cursor location. The cursor location may include: line number, column number, designated non-word location, and/or reserved word. The computer takes an action based on the keyword including, but not limited to the following actions: jumping to the first occurrence of the keyword search term, extracting a COBOL copybook data set, and/or sending an EXPLAIN query to a database manager.

Abstract: A computer determines a cursor location within source code displayed on a display screen. The computer determines a keyword based at least on the cursor location. The cursor location may include: line number, column number, designated non-word location, and/or reserved word. The computer takes an action based on the keyword including, but not limited to the following actions: jumping to the first occurrence of the keyword search term, extracting a COBOL copybook data set, and/or sending an EXPLAIN query to a database manager.