Abstract: A functional fragment of a document object model (DOM) tree is identified based on detecting at least one handler associated with at least one corresponding element of the DOM tree. In response to determining that the identified functional fragment matches a previously processed functional fragment, the identified functional fragment is excluded from further processing.

Abstract: In some examples, a system receives a response from a web server, the response being responsive to a web request sent to the web server. The system executes a script in the response with a web browser, links a document object model (DOM) method to application code executed during the executing of the script, and determines a vulnerability based on the DOM method linked during the executing of the script.

Abstract: Example embodiments disclosed herein relate to analyzing a web application. A web application is loaded. User actions are simulated on user interface elements of the web application. A structure of the web application is traversed based on rules to determine a set of actionable tokens. The respective actionable tokens include a portion of the web application that can change a user interface presented based on the web application.

Abstract: Example embodiments disclosed herein relate to present part of a web application with one or more user interface elements of the part highlighted based on updated rules. A web application is loaded in a browser layout engine. User actions are simulated on user interface elements of the web application to update the rules. The part of the web application is presented with one or more user interface elements highlighted.

Abstract: In some examples, a system receives a response from a web server, the response being responsive to a web request sent to the web server. The system executes a script in the response with a web browser, links a document object model (DOM) method to application code executed during the executing of the script, and determines a vulnerability based on the DOM method linked during the executing of the script.

Abstract: A method of automated security testing includes recording a macro. The recorded macro is played and a web request is intercepted while playing the macro. The web request may be attacked and sent to a web server. A response from the web server based on the web request is received, and the response of the web server is processed to determine any vulnerabilities.

Abstract: A method of automated security testing includes recording a macro. The recorded macro is played and a web request is intercepted while playing the macro. The web request may be attacked and sent to a web server. A response from the web server based on the web request is received, and the response of the web server is processed to determine any vulnerabilities.

Abstract: Example embodiments disclosed herein relate to analyzing a web application. A web application is loaded. User actions are simulated on user interface elements of the web application. A structure of the web application is traversed based on rules to determine a set of actionable tokens. The respective actionable tokens include a portion of the web application that can change a user interface presented based on the web application.

Abstract: A method of automated security testing includes recording a macro. The recorded macro is played and a web request is intercepted while playing the macro. The web request may be attacked and sent to a web server. A response from the web server based on the web request is received, and the response of the web server is processed to determine any vulnerabilities.

Abstract: Example embodiments disclosed herein relate to present part of a web application with one or more user interface elements of the part highlighted based on updated rules. A web application is loaded in a browser layout engine. User actions are simulated on user interface elements of the web application to update the rules. The part of the web application is presented with one or more user interface elements highlighted.

Abstract: A method of automated security testing includes recording a macro. The recorded macro is played and a web request is intercepted while playing the macro. The web request may be attacked and sent to a web server. A response from the web server based on the web request is received, and the response of the web server is processed to determine any vulnerabilities.

Abstract: A bolted joint assembly is described. The joint assembly includes a tubular reinforcement member for adding strength to the anchor assembly. The member having an aperture punched through-and-through the member substantially perpendicular to the longitudinal axis of the member. The anchor assembly further includes a hollow spacer tube extending through the aperture, the spacer diameter being substantially equal to the aperture diameter. Moreover, the assembly includes a bolt with a bolt head extended through the spacer. The bolt diameter is substantially equal to the spacer diameter. A nut threadably receives the anchor bolt.

Abstract: The present invention relates to a novel fascia, grille and the assembly of the fascia and grille. The grille is designed to overly the fascia and close both an upper and lower air intake opening. The fascia supports the grille and receives fasteners from the grille to form an assembly. The fascia includes a horizontal portion. The grille includes a horizontal portion sized to receive a bumper beam.

Abstract: The present invention relates to a novel fascia, grille and the assembly of the fascia and grille. The grille is designed to overly the fascia and close both an upper and lower air intake opening. The fascia supports the grille and receives fasteners from the grille to form an assembly. The fascia includes a horizontal portion. The grille includes a horizontal portion sized to receive a bumper beam.

Abstract: A D-pillar structure for a rear vehicle body structure. The D-pillar structure is a one-piece hydroformed tube configured for supporting and positioning a rear vehicle body structure within a predetermined tolerance. The rear vehicle body structure is a cargo box inner, a tailgate, and/or a pair of fenders.

Abstract: A cargo box inner (12) for a vehicle (10) is provided. The cargo box inner (12) is comprised of a series of interconnected composite panels (22, 24a, 24b, 26) that form a cargo bed (14). One or more pairs of these panels (22, 24a, 24b, 26) are each joined together for forming a storage bin (40a, 40b, 42) adjacent to the cargo bed (14). Each storage bin (40a, 40b, 42) is selectively covered by a lid (50, 64), which is movable between an open position and a closed position.