Abstract: The present invention relates to a method for producing semicrystalline polymer material, wherein the predominantly amorphous raw polymer material, in particular granules, to be treated is introduced into a crystallization reactor (1) and is partially crystallized there by being heated, but without melting, and subsequently the semicrystalline polymer material obtained in such a way is removed from the crystallization reactor (1) and at least part of said semicrystalline polymer material is diverted and mixed back into the crystallization reactor (1) in order to reduce the adhesive tendency of the polymer material. According to the invention, the diverted semicrystalline polymer material is combined and mixed with the raw polymer material before being mixed back into the crystallization reactor (1), and the mixture is then introduced into the crystallization reactor (1).

Abstract: Methods and apparatus, including computer program products, implement techniques for rendering the user interface of a software application. A client computer provides a user interface for a computer program application. The user interface is operable to receive input from a user interacting with the client and to generate user interaction events from the input. One or more possible user interaction events are identified on the client while the user interface is in a current user interface state. The possible user interaction events are user interaction events that would arise from input the user interface could possibly receive in the current user interface state from the user. One or more of the possible user interaction events are pre-processed to generate one or more possible user interface states. The possible user interface states are stored for later use.

Abstract: Methods and apparatus, including computer program products, implementing techniques for undoing user actions in a client program. The techniques include displaying a user interface in a client program, the user interface having a plurality of controls, the plurality of controls including multiple types of controls, each control having a state; for each control in the plurality of controls, storing the state of the control as a first state for the control; receiving user input comprising a change to the state of a control in the plurality of controls; updating the state of the control based on the user input; storing the updated state of the control as a second state for the control; receiving user input comprising a request to undo the change; and restoring the state of the control to reflect the first state for the control.

Abstract: Methods and apparatus, including computer program products, implementing techniques for document object model caching and validation. A client identifies a change of a user interface (UI) element that references a node of the DOM hierarchy. The client determines whether the change of the UI element can be applied to the DOM hierarchy by using an update function, for example, a delta renderer. If so, the client finds in the DOM hierarchy the node that is referenced by the UI element and modifies at least one attribute related to the node according to the change by using the update function. Otherwise, the client sets a dirty flag.

Abstract: Methods, system and apparatus, including computer program products, for rendering a user interface in a client program. The techniques include detecting multiple changes to a user interface of a computer program, the user interface having multiple user interface elements, each change being a change to one of the multiple user interface elements; generating a rendering request for each change, each rendering request specifying the user interface element that has changed and a type of modification to be performed on the user interface element; and filtering the requests to eliminate redundant requests. The user interface can be rendered based on the filtered requests.

Abstract: There are methods and apparatus, including computer program products, for generating an integrated trace output file on a system having a first computing device and a second computing device. The first computing device generates a first trace output and receives a second trace output from the second computing device. The first computing device generates an integrated trace output file by combining the second trace output with the first trace output.

Abstract: There are methods and apparatus, including computer program products, for generating an integrated trace output file on a system having a first computing device and a second computing device. The first computing device generates a first trace output and receives a second trace output from the second computing device. The first computing device generates an integrated trace output file by combining the second trace output with the first trace output.

Abstract: A client-side framework for enhancing the functionality of web browsers. The client-side framework enhancing a client-side scripting language, such as JavaScript, so that it provides object-oriented features and enabling cross-window and cross-frame communications.

Abstract: Systems, methods, and apparatus, including computer program products, for abstracting rendering logic and automatically generating platform-specific renderers from the abstracted rendering logic for multiple platforms. A platform-independent description of rendering logic for a control is specified. The platform-independent description is used to generate a platform-specific renderer for the control. The platform-specific renderer is operable to be executed on a specific platform to produce code that can be used in rendering the control on a client computer. Some implementations enable code for platform-specific renderers to be generated automatically based on centrally defined rendering logic. Rendering logic can thus be modified once and used to automatically update code and libraries for platform-specific renderers on multiple platforms.

Abstract: There are methods and apparatus, including computer program products, for preventing data loss. For example, there is a client agent that automatically performs a data loss prevention action in response to detecting (i) a client navigation event and (ii) a difference between a client data state and a base data state, wherein the detection of the difference between the client data state and the base data state occurs without transmitting data to and from a server. The data loss prevention action can include generating a user prompt. The navigation event can include a navigation that replaces a user interface that the user had used to modify data associated with an application program. The data loss prevention action can be performed without receiving instructions corresponding to the action from the application program.

Abstract: Methods and apparatus, including computer program products, for representing hierarchical list data. One method involves receiving a first list comprising an element A1 and an element A2, the element A2 comprising a first nested list comprising an element N1 and an element N2; receiving a second list comprising an element B1 and an element B2, the element B2 comprising a second nested list comprising an element M1 and an element M2; storing the elements A1 and B1 in a first array; and storing the elements A2 and B2 in a second array, the second array comprising a first sub-array to store the elements N1 and M1, and a second sub-array to store the N2 and M2.

Abstract: Methods and apparatus, including computer program products, for processing a user interaction with an application, such as a browser-based application. A user interaction with the browser-based application is detected at a software framework. The browser-based application is executing in a browser at a local computer system. The user interaction is processed at the software framework, where processing includes determining whether the user interaction can be handled locally or requires access to a resource at a remote computer system. The user interaction is processed based on a result of the determination. A data item representative of the user interaction can be created at the software framework and stored at a data store. The data item can later be retrieved and the user interaction represented by the data item reprocessed at the software framework to replay the user interaction.

Abstract: An XML client abstraction layer for providing an XML page description as an abstraction of an HTML page at design time. A style sheet XSLT translator is used to derive the run time code from the XML page. Additional features or improvements may be added through an XML parser.

Abstract: There are methods and apparatus, including computer program products, for generating an integrated trace output file on a system having a first computing device and a second computing device. The first computing device generates a first trace output and receives a second trace output from the second computing device. The first computing device generates an integrated trace output file by combining the second trace output with the first trace output.

Abstract: Methods, system and apparatus, including computer program products, for rendering a user interface in a client program. The techniques include detecting multiple changes to a user interface of a computer program, the user interface having multiple user interface elements, each change being a change to one of the multiple user interface elements; generating a rendering request for each change, each rendering request specifying the user interface element that has changed and a type of modification to be performed on the user interface element; and filtering the requests to eliminate redundant requests. The user interface can be rendered based on the filtered requests.

Abstract: Methods and apparatus, including computer program products, implementing techniques for undoing user actions in a client program. The techniques include displaying a user interface in a client program, the user interface having a plurality of controls, the plurality of controls including multiple types of controls, each control having a state; for each control in the plurality of controls, storing the state of the control as a first state for the control; receiving user input comprising a change to the state of a control in the plurality of controls; updating the state of the control based on the user input; storing the updated state of the control as a second state for the control; receiving user input comprising a request to undo the change; and restoring the state of the control to reflect the first state for the control.

Abstract: There are methods and apparatus, including computer program products, for preventing data loss. For example, there is a client agent that automatically performs a data loss prevention action in response to detecting (i) a client navigation event and (ii) a difference between a client data state and a base data state, wherein the detection of the difference between the client data state and the base data state occurs without transmitting data to and from a server. The data loss prevention action can include generating a user prompt. The navigation event can include a navigation that replaces a user interface that the user had used to modify data associated with an application program. The data loss prevention action can be performed without receiving instructions corresponding to the action from the application program.

Abstract: Methods and apparatus, including computer program products, for representing hierarchical list data. One method involves receiving a first list comprising an element A1 and an element A2, the element A2 comprising a first nested list comprising an element N1 and an element N2; receiving a second list comprising an element B1 and an element B2, the element B2 comprising a second nested list comprising an element M1 and an element M2; storing the elements A1 and B1 in a first array; and storing the elements A2 and B2 in a second array, the second array comprising a first sub-array to store the elements N1 and M1, and a second sub-array to store the N2 and M2.

Abstract: Methods and apparatus, including computer program products, implement techniques for rendering the user interface of a software application. A client computer provides a user interface for a computer program application. The user interface is operable to receive input from a user interacting with the client and to generate user interaction events from the input. One or more possible user interaction events are identified on the client while the user interface is in a current user interface state. The possible user interaction events are user interaction events that would arise from input the user interface could possibly receive in the current user interface state from the user. One or more of the possible user interaction events are pre-processed to generate one or more possible user interface states. The possible user interface states are stored for later use.

Abstract: Systems, methods, and apparatus, including computer program products, for abstracting rendering logic and automatically generating platform-specific renderers from the abstracted rendering logic for multiple platforms. A platform-independent description of rendering logic for a control is specified. The platform-independent description is used to generate a platform-specific renderer for the control. The platform-specific renderer is operable to be executed on a specific platform to produce code that can be used in rendering the control on a client computer. Some implementations enable code for platform-specific renderers to be generated automatically based on centrally defined rendering logic. Rendering logic can thus be modified once and used to automatically update code and libraries for platform-specific renderers on multiple platforms.