Abstract: A database management system (DBMS) tracking system tracks location and status of DBMSs running on servers, for example, servers of an organization connected by a network. The DBMS tracking system periodically receives information describing servers from a directory service. The DBMS tracking system maintains a DBMS tracking table. The DBMS tracking system installs database agents on DBMSs. The database agents send tracking messages and status messages to the DBMS tracking system. The DBMS tracking system updates the information stored in the DBMS tracking table based on the tracking messages and status messages.

Abstract: Methods, systems, and devices supporting data storage are described. A database server may store information in a group of files. As more information is stored at the database in the files, the sizes of the files may be increased. Techniques are described for uniformly growing files in the group of files to maintain a similar size for the files as the amount of storage increases. These techniques may prevent one file from becoming disproportionately larger than another file of the file group, supporting efficient read and write operations at the database. The file growth may be based on the file sizes as well as an amount of storage to be added for the group of files. For example, an application managing the file growth may sort the files by size, track uniform growth running totals, and determine file growth commands based on the uniform growth running totals.

Abstract: A system monitors database agents associated with DBMSs running on servers, for example, servers of an organization connected by a network. The system determines whether each database agent is running according to a schedule and whether the database agent is running the correct version of a script. The system may generate a report describing differences between database agents that are running on database instances and a master configuration of database agents representing the expected configuration of the database agent. If a database instance is executing a configuration of a database agent that is different from the master configuration of the database agent, the system updates the database agent executing on the database instance to ensure that the configuration matches the master configuration.

Abstract: A database management system (DBMS) tracking system tracks location and status of DBMSs running on servers, for example, servers of an organization connected by a network. The DBMS tracking system periodically receives information describing servers from a directory service. The DBMS tracking system maintains a DBMS tracking table. The DBMS tracking system installs database agents on DBMSs. The database agents send tracking messages and status messages to the DBMS tracking system. The DBMS tracking system updates the information stored in the DBMS tracking table based on the tracking messages and status messages.

Abstract: A system monitors database agents associated with DBMSs running on servers, for example, servers of an organization connected by a network. The system determines whether each database agent is running according to a schedule and whether the database agent is running the correct version of a script. The system may generate a report describing differences between database agents that are running on database instances and a master configuration of database agents representing the expected configuration of the database agent. If a database instance is executing a configuration of a database agent that is different from the master configuration of the database agent, the system updates the database agent executing on the database instance to ensure that the configuration matches the master configuration.

Abstract: Methods, systems, and devices supporting data storage are described. A database server may store information in a group of files. As more information is stored at the database in the files, the sizes of the files may be increased. Techniques are described for uniformly growing files in the group of files to maintain a similar size for the files as the amount of storage increases. These techniques may prevent one file from becoming disproportionately larger than another file of the file group, supporting efficient read and write operations at the database. The file growth may be based on the file sizes as well as an amount of storage to be added for the group of files. For example, an application managing the file growth may sort the files by size, track uniform growth running totals, and determine file growth commands based on the uniform growth running totals.