Abstract: A method for optimizing the number of pre-emptive service requests in an application based on identifying a plurality of pre-emptive execution eligible service requests. The method includes identifying one or more locations, associated with one or more service requests, respectively, in an application. Analyzing the one or more service requests based on the one or more locations. Determining if the one or more service requests are eligible for pre-emptive execution based on the analyzing, and responsive to determining the one or more service requests are eligible, outputting, by the one or more processors, one or more identities of the one or more service requests, respectively, for pre-emptive execution.

Abstract: Computer-implemented methods are provided for preparing an application for execution within an application execution environment and for running an application within an application execution environment. The computer-implemented methods create supplementary information for the application. The supplementary information includes an indication of a service request which is to be performed during execution of the application to obtain information from an application service. The computer-implemented methods retrieve the supplementary information for the application, and execute the application within the application execution environment. The methods perform the service request from the application execution environment independently from the execution of the application based on the supplementary information, and receive a response to the service request from the application service at the application execution environment.

Abstract: Computer-implemented methods are provided for preparing an application for execution within an application execution environment and for running an application within an application execution environment. The computer-implemented methods create supplementary information for the application. The supplementary information includes an indication of a service request which is to be performed during execution of the application to obtain information from an application service. The computer-implemented methods retrieve the supplementary information for the application, and execute the application within the application execution environment. The methods perform the service request from the application execution environment independently from the execution of the application based on the supplementary information, and receive a response to the service request from the application service at the application execution environment.

Abstract: Computer-implemented methods are provided for preparing an application for execution within an application execution environment and for running an application within an application execution environment. The computer-implemented methods create supplementary information for the application. The supplementary information includes an indication of a service request which is to be performed during execution of the application to obtain information from an application service. The computer-implemented methods retrieve the supplementary information for the application, and execute the application within the application execution environment. The methods perform the service request from the application execution environment independently from the execution of the application based on the supplementary information, and receive a response to the service request from the application service at the application execution environment.

Abstract: An application is executed within an application execution environment. One or more service requests made by the executing application are monitored, and a service requesting profile is created for the application. The service requesting profile defines one or more service requests made by the application. The created service requesting profile for the application is accessed. The service request(s) defined within the accessed service requesting profile are performed independently of the execution of the application. One or more responses are received from the service request(s), and the response(s) from the service request(s) are provided to the application in response to a request from the application to perform the service request.

Abstract: A method for optimizing the number of pre-emptive service requests in an application based on identifying a plurality of pre-emptive execution eligible service requests. The method includes identifying one or more locations, associated with one or more service requests, respectively, in an application. Analyzing the one or more service requests based on the one or more locations. Determining if the one or more service requests are eligible for pre-emptive execution based on the analyzing, and responsive to determining the one or more service requests are eligible, outputting, by the one or more processors, one or more identities of the one or more service requests, respectively, for pre-emptive execution.

Abstract: A method for optimizing the number of pre-emptive service requests in an application based on identifying a plurality of pre-emptive execution eligible service requests. The method includes identifying one or more locations, associated with one or more service requests, respectively, in an application. Analyzing the one or more service requests based on the one or more locations. Determining if the one or more service requests are eligible for pre-emptive execution based on the analyzing, and responsive to determining the one or more service requests are eligible, outputting, by the one or more processors, one or more identities of the one or more service requests, respectively, for pre-emptive execution.

Abstract: A method for optimizing the number of pre-emptive service requests in an application based on identifying a plurality of pre-emptive execution eligible service requests. The method includes identifying one or more locations, associated with one or more service requests, respectively, in an application. Analyzing the one or more service requests based on the one or more locations. Determining if the one or more service requests are eligible for pre-emptive execution based on the analyzing, and responsive to determining the one or more service requests are eligible, outputting, by the one or more processors, one or more identities of the one or more service requests, respectively, for pre-emptive execution.

Abstract: An application is executed within an application execution environment. One or more service requests made by the executing application are monitored, and a service requesting profile is created for the application. The service requesting profile defines one or more service requests made by the application. The created service requesting profile for the application is accessed. The service request(s) defined within the accessed service requesting profile are performed independently of the execution of the application. One or more responses are received from the service request(s), and the response(s) from the service request(s) are provided to the application in response to a request from the application to perform the service request.

Abstract: Computer-implemented methods are provided for preparing an application for execution within an application execution environment and for running an application within an application execution environment. The computer-implemented methods create supplementary information for the application. The supplementary information includes an indication of a service request which is to be performed during execution of the application to obtain information from an application service. The computer-implemented methods retrieve the supplementary information for the application, and execute the application within the application execution environment. The methods perform the service request from the application execution environment independently from the execution of the application based on the supplementary information, and receive a response to the service request from the application service at the application execution environment.

Abstract: According to one exemplary embodiment, a method for dynamically timing out a first process within a plurality of suspended processes is provided. The method may include determining that a second process is attempting to suspend. The method may also include determining if a number of suspended processes plus one is less than a threshold value. The method may then include selecting the first process within the plurality of suspended processes to prematurely time out based on determining that the number of suspended processes plus one is not less than the threshold value. The method may further include timing out the selected first process. The method may also include suspending the second process.

Abstract: According to one exemplary embodiment, a method for dynamically timing out a first process within a plurality of suspended processes is provided. The method may include determining that a second process is attempting to suspend. The method may also include determining if a number of suspended processes plus one is less than a threshold value. The method may then include selecting the first process within the plurality of suspended processes to prematurely time out based on determining that the number of suspended processes plus one is not less than the threshold value. The method may further include timing out the selected first process. The method may also include suspending the second process.

Abstract: A search facility is used to predict the impact of change on events detected in application logic, where the change may involve a computing resource used by or referenced by the application logic and/or by event detection logic. The search may be performed prior to making a change, in order to judge potential impact of the change, or after the change has been made. The search makes the prediction by evaluating semantics of conditions that specify when and/or and how an event will be detected at run-time.

Abstract: In an approach for error and solution tracking a processor identifies that a first occurrence of a first error is present in code. A processor tracks a first set of actions made to the code which affect the first occurrence of the first error. A processor determines that the first occurrence of the first error has been resolved. A processor records the first error and the first set of actions to the code. A processor identifies that a second occurrence of the first error is present in the code. A processor determines that the first error has previously occurred. A processor retrieves the first set of actions. A processor causes the first set of actions to be made to the code to affect the second occurrence of the first error.

Abstract: According to one exemplary embodiment, a method for dynamically timing out a first process within a plurality of suspended processes is provided. The method may include determining that a second process is attempting to suspend. The method may also include determining if a number of suspended processes plus one is less than a threshold value. The method may then include selecting the first process within the plurality of suspended processes to prematurely time out based on determining that the number of suspended processes plus one is not less than the threshold value. The method may further include timing out the selected first process. The method may also include suspending the second process.

Abstract: According to one exemplary embodiment, a method for dynamically timing out a first process within a plurality of suspended processes is provided. The method may include determining that a second process is attempting to suspend. The method may also include determining if a number of suspended processes plus one is less than a threshold value. The method may then include selecting the first process within the plurality of suspended processes to prematurely time out based on determining that the number of suspended processes plus one is not less than the threshold value. The method may further include timing out the selected first process. The method may also include suspending the second process.

Abstract: In an approach for error and solution tracking a processor identifies that a first occurrence of a first error is present in code. A processor tracks a first set of actions made to the code which affect the first occurrence of the first error. A processor determines that the first occurrence of the first error has been resolved. A processor records the first error and the first set of actions to the code. A processor identifies that a second occurrence of the first error is present in the code. A processor determines that the first error has previously occurred. A processor retrieves the first set of actions. A processor causes the first set of actions to be made to the code to affect the second occurrence of the first error.

Abstract: Embodiments are directed to a method and apparatus for deploying a contextually dependent application on a mobile device. A method includes determining a current location of a mobile device and gathering environmental data from the mobile device. The method also includes inferring from the current location of the mobile device and the gathered environmental data an operating environment of the mobile device and receiving a list of applications, wherein the list of applications includes metadata for each of the applications. The method further includes analyzing the metadata to identify an application that has characteristics that are compatible with the operating environment of the mobile device and installing the identified application on the mobile device.

Abstract: A search facility is used to predict the impact of change on events detected in application logic, where the change may involve a computing resource used by or referenced by the application logic and/or by event detection logic. The search may be performed prior to making a change, in order to judge potential impact of the change, or after the change has been made. The search makes the prediction by evaluating semantics of conditions that specify when and/or and how an event will be detected at run-time.

Abstract: A search facility is used to predict the impact of change on events detected in application logic, where the change may involve a computing resource used by or referenced by the application logic and/or by event detection logic. The search may be performed prior to making a change, in order to judge potential impact of the change, or after the change has been made. The search makes the prediction by evaluating semantics of conditions that specify when and/or how an event will be detected at run-time.