Abstract: A visual time filter control (“VTFC”) tool enables a user to select one or more time periods for which the user desires to time filter data via a graphical user interface (“GUI”). According to one aspect, a computer-implemented method for filtering data by time includes displaying a GUI of a VTFC tool. The GUI includes a plurality of selectable time periods. The method further includes associating the VTFC tool with data, receiving a selection of one or more of the plurality of selectable time periods via the GUI of the VTFC tool, filtering the data in accordance with the selection to create a filtered dataset of the data, and displaying the filtered dataset.

Abstract: Technologies are described herein for ranking and optimizing test scripts utilized in the automated testing of software products. A score is calculated for each test script from various metrics collected from executions of the test script. Metrics utilized in calculating the score for a test script may include those indicating the propensity of the script to result in “false failures” and/or those indicating the effectiveness of the script for finding product bugs. The test scripts are then ranked by their score, and this ranking is used in determining the frequency of execution of the test script in future testing.

Abstract: Technologies are described herein for ranking and optimizing test scripts utilized in the automated testing of software products. A score is calculated for each test script from various metrics collected from executions of the test script. Metrics utilized in calculating the score for a test script may include those indicating the propensity of the script to result in “false failures” and/or those indicating the effectiveness of the script for finding product bugs. The test scripts are then ranked by their score, and this ranking is used in determining the frequency of execution of the test script in future testing.