Graphical user interface (gui) for data processing using deep ai-based information object identification

A non-transitory machine-readable medium having instructions stored therein, which when executed by a processor, cause the processor to perform operations, the operations comprising:

• displaying to a user an object discovery engine interface;
• receiving, at the object discovery engine interface, a request from the user for identifying one or more information objects in one or more pieces of input data;
• generating, from the one or more pieces of input data, a list of a plurality of different fields in the one or more pieces of input data using a predetermined field identification analysis, the predetermined field identification analysis configured to divide the input data into fields;
• determining, based on the request, a first list of information objects, wherein each of the information comprises,
• a value attribute to configured to specify matching data to match a field to the given information object,
• a verify attribute configured to specify a method to verify a match of the field to the given information object, and
• a tag attribute configured to specify a format of the value attribute of the given information object;
• for each of the plurality of fields identified in the list, determining whether the given field matches each information object of the first list, comprising;
• matching the given field against a value stored in the value attribute and a format specified by the tag attribute of the information object,
• verifying the given field using a predetermined verification method specified in the verify attribute of the information object, and
• if the given field has been matched and verified against a given information object, inserting an object identifier (ID) of the given information object into a result list;
• and
• displaying, at the object discovery engine interface, the result list to the user.

A data processing system, comprising:

• a processor;
• and
• a memory coupled to the processor to store instructions, which when executed by the processor, cause the processor to perform operations, the operations comprising:
• displaying to a user an object discovery engine interface;
• receiving, at the object discovery engine interface, a request from the user for identifying one or more information objects in one or more pieces of input data;
• generating, from the one or more pieces of input data, a list of a plurality of different fields in the one or more pieces of input data using a predetermined field identification analysis, the predetermined field identification analysis configured to divide the input data into fields;
• determining, based on the request, a first list of information objects, wherein each of the information comprises,
• a value attribute to configured to specify matching data to match a field to the given information object,
• a verify attribute configured to specify a method to verify a match of the field to the given information object, and
• a tag attribute configured to specify a format of the value attribute of the given information object;
• for each of the plurality of fields identified in the list, determining whether the given field matches each information object of the first list, comprising;
• matching the given field against a value stored in the value attribute and a format specified by the tag attribute of the information object,
• verifying the given field using a predetermined verification method specified in the verify attribute of the information object, and
• if the given field has been matched and verified against a given information object, inserting an object identifier (ID) of the given information object into a result list;
• and
• displaying, at the object discovery engine interface, the result list to the user.

A computer-implemented method for identifying objects stored in a storage device, the method comprising:

• receiving, at an object discovery engine interface provided by a processor, a request from a user for identifying one or more information objects in input data,
• wherein the one or more input data is specified in the object discovery engine,
• wherein the user request further comprises repository configuration information, the repository configuration information including an address of a storage location of the input data;
• determining a communication protocol based on the repository configuration information;
• determining authentication information from the repository configuration information, the authentication information comprising a username and a password;
• performing an authentication process based on the username and password to gain access the input data at the storage location;
• accessing the storage location at the address to retrieve the input data from the storage location using the communication protocol;
• generating a list of a plurality of different fields from the input data using a predetermined field identification analysis, the predetermined field identification analysis configured to divide the input data into fields;
• determining, based on the request, a first list of information objects, each of the information objects of the first list being of at least one of a plurality of data type categories, wherein each of the information objects comprises,
• a value attribute configured to specify matching data to match a field to the given information object,
• a verify attribute configured to specify a method to verify a match of the field to the given information object, and
• a tag attribute configured to specify a format of the value attribute of the given information object;
• for each of the plurality fields identified in the list, determining whether the given field matches each information object of the first list, comprising;
• matching the given field against a value stored in the value attribute and a format specified by the tag attribute of the information object,
• verifying the given field using a predetermined verification method specified in the verify attribute of the information object,
• determining a field type of the given field;
• matching the field type of the given field against one or more of the plurality of data type categories of information object;
• if the given field has been matched and verified against a given information object and if the field type of the given field matches the one or more of the plurality of data type categories of the information object, inserting an object identifier (ID) of the given information object into a result list;
• and
• otherwise inserting the given field into a list of unknown objects
• displaying, at the object discovery engine interface, the result list and the list of unknown objects.