Abstract: Techniques for visualizing data elements are disclosed. A system presents a first data element profile comprising: a first data element; a second data element; and a first formula used to calculate a value of the first data element using a value of the second data element. The system detects user input selecting the second data element. Based on detecting the user input, the system presents a second data element profile comprising: the second data element; a third data element; and a second formula used to calculate a value of the second data element using a value of the third data element. The system detects user input selecting the third data element. Based on detecting the user input, the system presents a third data element profile comprising the third data element.

Abstract: Techniques for visualizing data elements are disclosed. A system presents a first data element profile comprising: a first data element; a second data element; and a first formula used to calculate a value of the first data element using a value of the second data element. The system detects user input selecting the second data element. Based on detecting the user input, the system presents a second data element profile comprising: the second data element; a third data element; and a second formula used to calculate a value of the second data element using a value of the third data element. The system detects user input selecting the third data element. Based on detecting the user input, the system presents a third data element profile comprising the third data element.

Abstract: In embodiments, the number of references to an object which is deployed into an application server framework may be determined by examining metadata extracted from configuration data sources within a multi-tier application framework. In embodiments, an object relevance value based on the extracted number of references to an object may be associated with the object. In embodiments, the number of references extracted from a data source may be weighted using a weight factor that is associated with the data source. In embodiments, the number of references to a source object may be extracted by traversing a source inheritance hierarchy and parsing the objects within the hierarchy. In embodiments, an object relevance display of a set of objects may be generated based in part on object relevance values of the set of objects. In embodiments, an object relevance display may be a molecular display, a flash tag cloud, and/or a source tree hierarchy.

Abstract: In embodiments, the number of references to an object which is deployed into an application server framework may be determined by examining metadata extracted from configuration data sources within a multi-tier application framework. In embodiments, an object relevance value based on the extracted number of references to an object may be associated with the object. In embodiments, the number of references extracted from a data source may be weighted using a weight factor that is associated with the data source. In embodiments, the number of references to a source object may be extracted by traversing a source inheritance hierarchy and parsing the objects within the hierarchy. In embodiments, an object relevance display of a set of objects may be generated based in part on object relevance values of the set of objects. In embodiments, an object relevance display may be a molecular display, a flash tag cloud, and/or a source tree hierarchy.