Abstract: Nesting information indicative of a nested arrangement of a set of scrollable areas within an environment is obtained. Focus information indicative of which of the set of scrollable areas is in focus within the environment is obtained. A visualization scheme is applied to each of the set of scrollable areas other than the scrollable area in focus. The visualization scheme adjusts at least one display property of each other scrollable area by each of a function of a relative position of each other scrollable area relative to the scrollable area in focus within the nested arrangement and a function of a relative distance of each other scrollable area from the scrollable area in focus.

Abstract: Nesting information indicative of a nested arrangement of a set of scrollable areas within an environment is obtained. Focus information indicative of which of the set of scrollable areas is in focus within the environment is obtained. A visualization scheme is applied to each of the set of scrollable areas other than the scrollable area in focus. The visualization scheme adjusts at least one display property of each other scrollable area by each of a function of a relative position of each other scrollable area relative to the scrollable area in focus within the nested arrangement and a function of a relative distance of each other scrollable area from the scrollable area in focus.

Abstract: Nesting information indicative of a nested arrangement of a set of scrollable areas within an environment is obtained. Focus information indicative of which of the set of scrollable areas is in focus within the environment is obtained. A visualization scheme is applied to each of the set of scrollable areas other than the scrollable area in focus. The visualization scheme adjusts at least one display property of each other scrollable area by each of a function of a relative position of each other scrollable area relative to the scrollable area in focus within the nested arrangement and a function of a relative distance of each other scrollable area from the scrollable area in focus.

Abstract: An advanced method for a software discovery process may be provided. The method comprises receiving a product identifier comprising at least one mandatory software item and a related product priority. The method includes further determining a scan type for each mandatory software item of all product identifiers of all received related product priorities, performing a priority-based software discovery, using a next scan type for each of the at least one mandatory software items for each of the at least one product identifiers for each of the received product priorities, starting with a highest priority, requiring the next scan type, and repeating the previous step of performing the priority-based software discovery with a next scan type until all scan types for mandatory software have been executed.

Abstract: A discovery process to determine the software products deployed on machines of a computing environment. A machine obtains at least one of a deployment image or a software catalog to be used in determining products deployed on the machine. The deployment image and the software catalog are generated based on scanning a template used to create the machine. The deployment image includes information of one or more products in the template and the software catalog includes additional information for at least one product of the one or more products. The machine uses at least one of the deployment image or the software catalog to discover products deployed on the machine.

Abstract: A method for agile software development comprises receiving by a VM a command by a first version of a software component running on a first virtual machine, wherein the command may be executed by the software component, passing the command to a hypervisor along with an output file including a functionality identifier corresponding to the command and identifiers for versions of the software component to which the command is applicable, and transferring the command to a second VM for an execution of the functionality if the identifier of the second version of the software component was included in the output file. Additionally, the method may include sending a freeze command by the hypervisor to the second virtual machine if the identifier of the second version of the software component is not included in the output file.

Abstract: A method for grouping of software components may be provided. The method may comprise relating a trigger agent to a software component, identifying the trigger agent, and triggering a trigger message of the trigger agent to potential other trigger agents. The method may also comprise monitoring a response to the trigger message from at least one other trigger agent related to at least one other software component, grouping the software components with the at least one other software component based on responses to a group of software components, and relating the group of software components to the software product based on comparisons with a software catalog.

Abstract: Determining a pricing information for an instance of an application program comprises: receiving a software discovery result for the application program instance; receiving, from a file with a predetermined name stored in an installation directory in an install path, at least one custom rule associated with an application program indicated in the software discovery result; evaluating, by a rule engine, one or more conditions of the received at least one custom rule on one or more parameter values of the received software discovery result; and in dependence on a result of the evaluation, processing the at least one custom rule, the processing comprising determining the pricing information for the application program instance.

Abstract: A discovery process to determine the software products deployed on machines of a computing environment. A machine obtains at least one of a deployment image or a software catalog to be used in determining products deployed on the machine. The deployment image and the software catalog are generated based on scanning a template used to create the machine. The deployment image includes information of one or more products in the template and the software catalog includes additional information for at least one product of the one or more products. The machine uses at least one of the deployment image or the software catalog to discover products deployed on the machine.

Abstract: A method for agile software development comprises receiving by a VM a command by a first version of a software component running on a first virtual machine, wherein the command may be executed by the software component, passing the command to a hypervisor along with an output file including a functionality identifier corresponding to the command and identifiers for versions of the software component to which the command is applicable, and transferring the command to a second VM for an execution of the functionality if the identifier of the second version of the software component was included in the output file. Additionally, the method may include sending a freeze command by the hypervisor to the second virtual machine if the identifier of the second version of the software component is not included in the output file.

Abstract: An advanced method for a software discovery process may be provided. The method comprises receiving a product identifier comprising at least one mandatory software item and a related product priority. The method includes further determining a scan type for each mandatory software item of all product identifiers of all received related product priorities, performing a priority-based software discovery, using a next scan type for each of the at least one mandatory software items for each of the at least one product identifiers for each of the received product priorities, starting with a highest priority, requiring the next scan type, and repeating the previous step of performing the priority-based software discovery with a next scan type until all scan types for mandatory software have been executed.

Abstract: A method for grouping of software components may be provided. The method may comprise relating a trigger agent to a software component, identifying the trigger agent, and triggering a trigger message of the trigger agent to potential other trigger agents. The method may also comprise monitoring a response to the trigger message from at least one other trigger agent related to at least one other software component, grouping the software components with the at least one other software component based on responses to a group of software components, and relating the group of software components to the software product based on comparisons with a software catalogue.

Abstract: Nesting information indicative of a nested arrangement of a set of scrollable areas within an environment is obtained. Focus information indicative of which of the set of scrollable areas is in focus within the environment is obtained. A visualization scheme is applied to each of the set of scrollable areas other than the scrollable area in focus. The visualization scheme adjusts at least one display property of each other scrollable area by each of a function of a relative position of each other scrollable area relative to the scrollable area in focus within the nested arrangement and a function of a relative distance of each other scrollable area from the scrollable area in focus.

Abstract: A mechanism is provided in a data processing system for installing a software product in a data processing system using a debug mode of an installation wizard. The mechanism separates an installation wizard for installing a software product in a data processing system into a plurality of installation code portions. Each of the plurality of installation code portions corresponds to a state. The mechanism associates each of the plurality of installation code portions with a display panel. The mechanism initializes execution of the installation wizard. For a given installation code portion within the plurality of code portions, the mechanism presents a display panel associated with the given installation code portion to a user, receives user input associated with the given installation code portion, and proceeds to the next installation code portion. The mechanism then completes the installation wizard to install the software product in the data processing system.

Abstract: Nesting information indicative of a nested arrangement of a set of scrollable areas within an environment is obtained. Focus information indicative of which of the set of scrollable areas is in focus within the environment is obtained. For at least one of the set of scrollable areas, at least one display property of the respective scrollable area is altered based upon the nesting information and the focus information.

Abstract: A method for agile software development comprises receiving by a VM a command by a first version of a software component running on a first virtual machine, wherein the command may be executed by the software component, passing the command to a hypervisor along with an output file including a functionality identifier corresponding to the command and identifiers for versions of the software component to which the command is applicable, and transferring the command to a second VM for an execution of the functionality if the identifier of the second version of the software component was included in the output file. Additionally, the method may include sending a freeze command by the hypervisor to the second virtual machine if the identifier of the second version of the software component is not included in the output file.

Abstract: A method for agile software development comprises receiving by a VM a command by a first version of a software component running on a first virtual machine, wherein the command may be executed by the software component, passing the command to a hypervisor along with an output file including a functionality identifier corresponding to the command and identifiers for versions of the software component to which the command is applicable, and transferring the command to a second VM for an execution of the functionality if the identifier of the second version of the software component was included in the output file. Additionally, the method may include sending a freeze command by the hypervisor to the second virtual machine if the identifier of the second version of the software component is not included in the output file.

Abstract: A method of installing software receives installation task data including a plurality of installation tasks. The plurality of installation tasks includes at least one user-modifiable installation task and at least one user-unmodifiable installation task. The method receives task order data defining a requisite order of execution. The method executes each of the plurality of installation tasks in accordance with the requisite order, wherein executing each user-modifiable installation task comprises altering and executing at least one installation command for the user-modifiable installation task in response to receiving a first user input.

Abstract: Mechanisms are provided for consistent and coherent layout for an installation wizard. The mechanisms divide the installation wizard into a plurality of actions. The mechanisms generate a graphical user interface panel for each of the plurality of actions to form a plurality of graphical user interface panels and generate at least one optional view for each graphical user interface panel. For each given action of the installation wizard, the mechanisms present a graphical user interface panel with a default view based on context of the given action and responsive to user input selecting an optional view, present the graphical user interface panel with the selected optional view.

Abstract: Determining a pricing information for an instance of an application program comprises: receiving a software discovery result for the application program instance; receiving at least one custom rule associated with an application program indicated in the software discovery result; evaluating, by a rule engine, one or more conditions of the received at least one custom rule on one or more parameter values of the received software discovery result; and in dependence on a result of the evaluation, processing the at least one custom rule, the processing comprising determining the pricing information for the application program instance.