Locations, customers and test objects can be created, structured and managed here. Test sequences and tests can be managed and assigned to test objects. Test results can be compared with each other and test reports can be printed out.
The module window consists of the following 3 views:
1. Tree view: This view consists of two sub-trees, namely the electric tree (e-tree) on the left and the location tree on the right. All customers, test objects and locations, as well as their relationships to each other, can be logged, displayed and managed here. Objects can also be selected here. See also
„The Tree View“.
2. Detail view: All of the selected object’s details are displayed in this view. If a test object has been selected, the test sequences used for the object and all the tests performed on the object are displayed here in various tabs. See also
„The Detail View“.
3. a) List view – standard search: This view displays a list of all test objects located in the branch below the selected object in the tree view. Using various filter criteria, this list can be filtered so that only the desired data are displayed. Here as well, objects can be selected. See also
„Standard Function“ or
„Lists“. b) List view – advanced search function (large amounts of data): If you’re working with large amounts of data, it makes good sense to preselect the data which is currently relevant for you. Performance is improved as a result. Two tabs are displayed in this view. A selection must be made in the first “SELECTION LIST” tab as to which test objects will be displayed in the “LIST OF OBJECTS” tab. This list can in turn be further filtered as well using various filter criteria. See also
„Advanced Search Function“ or
„Lists“.
“Basic Use of the 3 Views”
(1) Tree View (2) Detail View, (3a) List View – Default Search; (a) Identification of Active View; (b) Active Sub-Functionality
(1) Tree View (2) Detail View, (3b) List View – Advanced Search Function; (a) Identification of Active View; (b) Active Sub-Functionality
The active view is outlined in green. The respectively active sub-functionality is identified by a more pronounced green bar on the top side of the green outline.
