Abstract: A device may receive a selection of a software product and test input data identifying inputs of a test case for the software product. The device may receive the software product based on the selection of the software product and may generate test data for the test case based on the test input data and the software product. The device may process the test data and the software product, with a machine learning model, to generate a test case plan that includes the test data and test steps and may generate test scripts for the test case plan based on the software product. The device may automatically cause the software product to execute the test scripts to generate test results and may perform one or more actions based on the test results.

Abstract: Embodiments of an apparatus generally include a substantially “u” shaped cap comprising a nozzle, wherein the nozzle cap is adapted to be longitudinally positioned onto a shunt tube and welded thereto, thereby affixedly positioning the nozzle over a shunt tube opening to allow fluid to flow from the shunt tube interior through the nozzle via the opening. Additional embodiments generally comprise a substantially tubular sleeve comprising a nozzle, wherein the nozzle sleeve is adapted to be slidingly longitudinally advanced onto a shunt tube and welded thereto, thereby affixedly positioning the nozzle over a shunt tube opening to allow fluid to flow from the shunt tube interior through the nozzle via the opening. In various embodiments, some interior or exterior surfaces of the nozzle cap and/or the nozzle sleeve comprise an erosion resistant and/or low friction material. Methods of utilizing the nozzle cap and providing a nozzle sleeve assembly are provided.

Abstract: Embodiments of a jumper tube connection assembly generally include a retention clip having beveled and locking surfaces, a retention clip frame, and a biasing means, wherein the clip is restrained partially within the frame and is pivotable in response to a jumper connector contacting the beveled surface during shunt tube engagement therewith, and wherein the biasing means positions the locking surface to prevent jumper connector reverse movement. Other embodiments generally include a retention clip having a locking component, a retention clip support, and a biasing means, wherein the clip is restrained partially within the support and is pivotable in response to force biasing the locking component away from a shunt tube during jumper connector engagement therewith, wherein upon force cessation the biasing means positions the locking component in engagement with a jumper connector orifice, thereby preventing disengagement thereof from the shunt tube. Methods of utilizing the embodiments are also provided.

Abstract: A computer-implemented method may include steps of providing a plurality of business document templates; providing a plurality of deviation rules and associating at least some of the plurality of deviation rules with each of the business document templates; storing the plurality of business document templates and the associated plurality of deviation rules; generating a business document (such as a contract, for example) based upon one of the stored plurality of business document templates, the generated business document including a plurality of clauses and business document terms; retrieving the plurality of deviation rules associated with the business document template upon which the business document is based and applying the retrieved plurality of deviation rules against the generated business document; identifying all business document terms of the business document that do not conform to one or more of the applied plurality of deviation rules, and generating a report that includes at least the identifi

Abstract: A computer-implemented method may include steps of providing a plurality of business document templates; providing a plurality of deviation rules and associating at least some of the plurality of deviation rules with each of the business document templates; storing the plurality of business document templates and the associated plurality of deviation rules; generating a business document (such as a contract, for example) based upon one of the stored plurality of business document templates, the generated business document including a plurality of clauses and business document terms; retrieving the plurality of deviation rules associated with the business document template upon which the business document is based and applying the retrieved plurality of deviation rules against the generated business document; identifying all business document terms of the business document that do not conform to one or more of the applied plurality of deviation rules, and generating a report that includes at least the identifi

Abstract: A computer-implemented method for analyzing clauses of business documents of an enterprise may include steps of providing a database and storing a plurality of business documents used by the enterprise in the database. Each of the plurality of business document stored in the database may include a plurality of clauses, and each of the plurality of clauses may be associated with a plurality of clause attributes and a clause attribute value for each of the plurality of clause attributes. The method may include steps of prompting for a value of at least one of the clause attributes; obtaining at least one value for the prompted clause attributes and querying the database to identify all occurrences of clauses used in at least one of the stored business documents whose clause attribute values match each obtained value for the prompted clause attributes. A business document clause analysis report may then be generated that includes each identified matching clause occurrence.