Abstract: A method includes obtaining an indication of a user interface (UI) component of a user interface, and determining an association between the UI component and a dynamic identifier. The method also includes, based on determining the association, determining one or more static properties of one or more parent UI components of the UI component, and generating a component selector for the UI component based on the one or more static properties. The method further includes outputting the component selector for the UI component.

Abstract: In an embodiments, a process for providing a bidirectional assistant for development platforms includes receiving conversation data that indicates a user requested function, wherein the user requested function is associated with a workflow. The process includes determining, via a machine learning model, computer instructions corresponding to the user requested function. The process includes updating the workflow to include the computer instructions corresponding to the user requested function.

Abstract: Techniques for management of Internet of Things (IOT) devices are disclosed. IOT devices may be manufactured with a pre-installed software development kit (SDK) (e.g., in firmware or other storage). At initial startup time (e.g., after device placement), IOT devices may execute the firmware code as provided by the SDK to connect to a corporate network or other network-based control environment, such as a cloud-based service provider infrastructure. Once connected, IOT devices may participate in enterprise computing applications as a consumer or provider of information. Updates to IOT devices and their SDKs may be periodically provided. Virtual IOT devices may be used as placeholders or emulators for unavailable or future IOT devices, such that enterprise applications may be configured and executed without an actual physical IOT device in existence. Virtual IOT devices may also be used to assist with overall device provisioning.

Abstract: A communication network may scan data to identify and prevent the spread of malicious data, such as viruses, worms, trojans, malware, and the like, transmitted through the communication network. As scanning content for malicious data within an application program or an application node hosted on the communication network may limit the performance of the application program, a server in a load balanced datacenter environment may host a malicious data scan as a service. Accordingly, the malicious data scan service may scale effectively to accommodate an increasing number of application nodes in the network, and by retrieving updated definitions of malicious data at suitable times, the server may identify malicious data with increasing reliability.

Abstract: Techniques for management of Internet of Things (IOT) devices are disclosed. IOT devices may be manufactured with a pre-installed software development kit (SDK) (e.g., in firmware or other storage). At initial startup time (e.g., after device placement), IOT devices may execute the firmware code as provided by the SDK to connect to a corporate network or other network-based control environment, such as a cloud-based service provider infrastructure. Once connected, IOT devices may participate in enterprise computing applications as a consumer or provider of information. Updates to IOT devices and their SDKs may be periodically provided. Virtual IOT devices may be used as placeholders or emulators for unavailable or future IOT devices, such that enterprise applications may be configured and executed without an actual physical IOT device in existence. Virtual IOT devices may also be used to assist with overall device provisioning.

Abstract: A network system may include a conversion server device and a computing system disposed within a remote network management platform. The computing system may be configured to: receive, from a client device of a managed network, a view request for a file that is associated with a file identifier and stored in the computing system; in response to receiving the view request, determine that the file is in a first format; based on the determining that the file is in the first format, transmit, to the conversion server device, a conversion request so that the conversion server device then converts the file from the first format into a second format that is based on a rasterized representation of the file; receive the file in the second format from the conversion server device; and transmit the file in the second format to the client device.

Abstract: A communication network may scan data to identify and prevent the spread of malicious data, such as viruses, worms, trojans, malware, and the like, transmitted through the communication network. As scanning content for malicious data within an application program or an application node hosted on the communication network may limit the performance of the application program, a server in a load balanced datacenter environment may host a malicious data scan as a service. Accordingly, the malicious data scan service may scale effectively to accommodate an increasing number of application nodes in the network, and by retrieving updated definitions of malicious data at suitable times, the server may identify malicious data with increasing reliability.

Abstract: Techniques for management of Internet of Things (IOT) devices are disclosed. IOT devices may be manufactured with a pre-installed software development kit (SDK) (e.g., in firmware or other storage). At initial startup time (e.g., after device placement), IOT devices may execute the firmware code as provided by the SDK to connect to a corporate network or other network-based control environment, such as a cloud-based service provider infrastructure. Once connected, IOT devices may participate in enterprise computing applications as a consumer or provider of information. Updates to IOT devices and their SDKs may be periodically provided. Virtual IOT devices may be used as placeholders or emulators for unavailable or future IOT devices, such that enterprise applications may be configured and executed without an actual physical IOT device in existence. Virtual IOT devices may also be used to assist with overall device provisioning.

Abstract: A communication network may scan data to identify and prevent the spread of malicious data, such as viruses, worms, trojans, malware, and the like, transmitted through the communication network. As scanning content for malicious data within an application program or an application node hosted on the communication network may limit the performance of the application program, a server in a load balanced datacenter environment may host a malicious data scan as a service. Accordingly, the malicious data scan service may scale effectively to accommodate an increasing number of application nodes in the network, and by retrieving updated definitions of malicious data at suitable times, the server may identify malicious data with increasing reliability.

Abstract: Embodiments of the invention provide systems and methods for generating runtime components in various hardware and software computer systems. More specifically, certain embodiments of the present invention describe a design-time interface by which applications may be designed, generated, and deployed in accordance within the underlying source systems of a computer system. Components may be selected, customized, and linked together to form a functional end-to-end application based on a multitude of underlying technologies within a system. Upon completion of the application design, application metadata and/or runtime components may be generated and deployed within the computer system. During execution, such the runtime components deployed within the system may collaborate to receive and process event streams from various event sources, analyze incoming data, and generate logical transaction objects, alerts, and other responses using various source systems.

Abstract: Techniques for management of Internet of Things (IOT) devices are disclosed. IOT devices may be manufactured with a pre-installed software development kit (SDK) (e.g., in firmware or other storage). At initial startup time (e.g., after device placement), IOT devices may execute the firmware code as provided by the SDK to connect to a corporate network or other network-based control environment, such as a cloud-based service provider infrastructure. Once connected, IOT devices may participate in enterprise computing applications as a consumer or provider of information. Updates to IOT devices and their SDKs may be periodically provided. Virtual IOT devices may be used as placeholders or emulators for unavailable or future IOT devices, such that enterprise applications may be configured and executed without an actual physical IOT device in existence. Virtual IOT devices may also be used to assist with overall device provisioning.

Abstract: Systems, methods, and media are provided that present a page designer interface that enables the design of a page in a service interface. The page in the service interface may provide a support interface that enables users to report issues or receive technical support. A creation or selection of an element of the page in the page designer interface may enable content to be displayed related to the element. The content may be displayed in a guided tour. The guided tour is presented when the page is accessed in the service interface. For example, the guided tour may autoplay when the page is accessed. An analytics interface provides analytics of previous invocations of the guided tour.

Abstract: A network system may include a conversion server device and a computing system disposed within a remote network management platform. The computing system may be configured to: receive, from a client device of a managed network, a view request for a file that is associated with a file identifier and stored in the computing system; in response to receiving the view request, determine that the file is in a first format; based on the determining that the file is in the first format, transmit, to the conversion server device, a conversion request so that the conversion server device then converts the file from the first format into a second format that is based on a rasterized representation of the file; receive the file in the second format from the conversion server device; and transmit the file in the second format to the client device.

Abstract: Systems and methods for identifying focus areas and/or related content based upon digital content interactions are provided. A graphical-user-interface (GUI) renders digital content. As interactions with the digital content are observed, focus areas area identified based upon characteristics of the interactions. Notification of the focus areas and/or presentation of digital content offerings are presented based upon the determined focus areas.

Abstract: Embodiments of the invention provide systems and methods for generating runtime components in various hardware and software computer systems. More specifically, certain embodiments of the present invention describe a design-time interface by which applications may be designed, generated, and deployed in accordance within the underlying source systems of a computer system. Components may be selected, customized, and linked together to form a functional end-to-end application based on a multitude of underlying technologies within a system. Upon completion of the application design, application metadata and/or runtime components may be generated and deployed within the computer system. During execution, such the runtime components deployed within the system may collaborate to receive and process event streams from various event sources, analyze incoming data, and generate logical transaction objects, alerts, and other responses using various source systems.

Abstract: Techniques for reusing logic implemented in an existing software application such that the logic can be exposed as a Web service or in any other service-oriented context. In one set of embodiments, a design-time technique is provided that comprises, inter alia, receiving program code for an existing software application, generating metadata based on the program code, and customizing the metadata to align with an intended Web service. Artifacts for the Web service are then generated based on the customized metadata. In another set of embodiments, a run-time technique is provided that comprises, inter alia, receiving a payload representing an invocation of a Web service operation of the generated Web service, processing the payload, and, based on the processing, causing the existing software application to execute an operation in response to the invocation of the Web service operation.

Abstract: Embodiments of the invention provide systems and methods for generating runtime components in various hardware and software computer systems. More specifically, certain embodiments of the present invention describe a design-time interface by which applications may be designed, generated, and deployed in accordance within the underlying source systems of a computer system. Components may be selected, customized, and linked together to form a functional end-to-end application based on a multitude of underlying technologies within a system. Upon completion of the application design, application metadata and/or runtime components may be generated and deployed within the computer system. During execution, such the runtime components deployed within the system may collaborate to receive and process event streams from various event sources, analyze incoming data, and generate logical transaction objects, alerts, and other responses using various source systems.

Abstract: Embodiments of the invention provide systems and methods for generating runtime components in various hardware and software computer systems. More specifically, certain embodiments of the present invention describe a design-time interface by which applications may be designed, generated, and deployed in accordance within the underlying source systems of a computer system. Components may be selected, customized, and linked together to form a functional end-to-end application based on a multitude of underlying technologies within a system. Upon completion of the application design, application metadata and/or runtime components may be generated and deployed within the computer system. During execution, such the runtime components deployed within the system may collaborate to receive and process event streams from various event sources, analyze incoming data, and generate logical transaction objects, alerts, and other responses using various source systems.

Abstract: Techniques for reusing logic implemented in an existing software application such that the logic can be exposed as a Web service or in any other service-oriented context. In one set of embodiments, a design-time technique is provided that comprises, inter alia, receiving program code for an existing software application, generating metadata based on the program code, and customizing the metadata to align with an intended Web service. Artifacts for the Web service are then generated based on the customized metadata. In another set of embodiments, a run-time technique is provided that comprises, inter alia, receiving a payload representing an invocation of a Web service operation of the generated Web service, processing the payload, and, based on the processing, causing the existing software application to execute an operation in response to the invocation of the Web service operation.

Abstract: Techniques for reusing logic implemented in an existing software application such that the logic can be exposed as a Web service or in any other service-oriented context. In one set of embodiments, a design-time technique is provided that comprises, inter alia, receiving program code for an existing software application, generating metadata based on the program code, and customizing the metadata to align with an intended Web service. Artifacts for the Web service are then generated based on the customized metadata. In another set of embodiments, a run-time technique is provided that comprises, inter alia, receiving a payload representing an invocation of a Web service operation of the generated Web service, processing the payload, and, based on the processing, causing the existing software application to execute an operation in response to the invocation of the Web service operation.