Processing data in data migration

A computer program product for processing information related to an extract-transform-load (ETL) data migration including a plurality of business objects, the computer program product comprising a non-transitory computer readable storage medium having stored thereon:

• first program instructions programmed to aggregate, by a data flow aggregator portion of an algorithmic aggregator framework, operational metadata produced by information integration ETL functions;
• second program instructions programmed to aggregate, for each business object of the plurality of business objects and by a conversion object aggregator of the algorithmic aggregator framework, a set of metric(s) relating to data conversion performed in the scope of the ETL data migration;
• third program instructions programmed to determine, by an area comparator of the algorithmic aggregator framework, a difference between a number of business object instances successfully loaded and a number of business object instances which have been at least attempted to be loaded;
• fourth program instructions programmed to project a projected end-to-end execution time for the ETL data migration on a by business object by business object basis based on at least one of the following:
• project planned time and/or historical data related to previous ETL data migration jobs;
• and
• fifth program instructions programmed to create a dashboard display data set that corresponds to a dashboard display, with the dashboard display including a human understandable visual indication of each of the following with respect to at least one business object of the plurality of business objects:
• the operational metadata produced by information integration ETL functions, the a set of metric(s) relating to data conversion performed in the scope of the ETL data migration, the difference between a number of business object instances successfully loaded and a number of business object instances which have been at least attempted to be loaded, and the projected end-to-end execution time for the ETL data migration.

A computer system for processing information related to an extract-transform-load (ETL) data migration including a plurality of business objects, the computer system comprising:

• a processor(s) set;
• and
• a non-transitory computer readable storage medium;
• wherein:
• the processor set is structured, located, connected and/or programmed to run program instructions stored on the non-transitory computer readable storage medium;
• and
• the program instructions include:
• first program instructions programmed to aggregate, by a data flow aggregator portion of an algorithmic aggregator framework, operational metadata produced by information integration ETL functions,
• second program instructions programmed to aggregate, for each business object of the plurality of business objects and by a conversion object aggregator of the algorithmic aggregator framework, a set of metric(s) relating to data conversion performed in the scope of the ETL data migration,
• third program instructions programmed to determine, by an area comparator of the algorithmic aggregator framework, a difference between a number of business object instances successfully loaded and a number of business object instances which have been at least attempted to be loaded,
• fourth program instructions programmed to project a projected end-to-end execution time for the ETL data migration on a by business object by business object basis based on at least one of the following:
• project planned time and/or historical data related to previous ETL data migration jobs, and
• fifth program instructions programmed to create a dashboard display data set that corresponds to a dashboard display, with the dashboard display including a human understandable visual indication of each of the following with respect to at least one business object of the plurality of business objects:
• the operational metadata produced by information integration ETL functions, the a set of metric(s) relating to data conversion performed in the scope of the ETL data migration, the difference between a number of business object instances successfully loaded and a number of business object instances which have been at least attempted to be loaded, and the projected end-to-end execution time for the ETL data migration.