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Martin Moser

Stefan Fuchs

Markus Kohler

Frank Brunswig

Brian Craig McKellar

Stefan Mueller

Uwe V Riss

Matthias Geiger

Bjorn Goerke

Martin Kreyscher

Martin Helm

Nils Obermiller

Samantha Dulip

Bernd Maier

Ali Becerikogullari

Claudia Schmidt

Uwe Bischoff

Maik Gartner

Christian Nester

Sergej Kirtkow

Provided is a system and method in which configuration content from central system is repackaged and distributed to applications on a host platform. In one example, the method may include receiving, via a host platform, configuration content from a central system, the configuration content comprising one or more configuration objects of a tenant, identifying an application of the tenant on the host platform which uses the one or more configuration objects based on a configuration object to application mapping, and distributing the one or more configuration objects to the identified application of the tenant on the host platform.

Configuration runtime on host platform

Provided is a system and method for building and consuming configuration content for software applications and services. In one example, the method may include receiving a request associated with a software program, detecting a reference to a configuration object within a file of the software program, translating attributes of the configuration object into predefined locations of the software program during a build of the software program, and transmitting the built software program to a host platform with the transformed attributes of the configuration object incorporated therein.

Configuration content integration

Provided is a system and method for time-dependent activation of configuration content for a software application or service in a distributed computing environment. In one example, the method may include receiving a request associated with a software application, reading version information of a configuration object of the software application, the version information comprising different versions corresponding to different configuration content of the configuration object, identifying a currently active version of the configuration object from among the different versions based on activation identifiers of the different versions, and retrieving configuration content corresponding to the currently active version of the configuration object.

Time-dependent activation of configuration content

An application may support the use of a plug-in. A plug-in may have an associated cache. The application may allow the plug-in to intercept network requests. The plug-in can determine if a network request is for an already-cached resource and provide the resource as a response to the intercepted network request. Additionally or alternatively, the application may allow the plug-in to make network requests. The plug-in can make a network request for data in order to add the data to the plug-in's cache. The plug-in may be able to determine when the application, the system, the network, or any suitable combination thereof are idle and cause cache requests to be made during idle periods.

Plug-in cache

Managing memory allocations in a computer system may include tagging a class of data structures with a tag that identities a longer memory-allocation time for objects that correspond to the class. In response to a memory-allocation request for an object, whether or not the object is associated with the tag can be determined through the class. If the object is not associated with the tag, memory can be allocated for the object from a first memory-allocation area that corresponds to a shorter memory-allocation time, and if the object is associated with the tag, memory can be allocated for the object from a second memory-allocation area that corresponds to the longer memory-allocation time.

Memory allocation for long-lived objects

A unique identifier is provided for a transaction. The unique identifier provided by a passport library. Corresponding trace and log data is assigned to the unique identifier of the transaction. A UI trace file is generated, the UI trace file comprising the unique identifier and UI trace and log data comprised in the assigned trace and log data. The UI trace file is replicated in a centralized system database and the UI trace file is parsed to extract the unique identifier and the UI trace and log data. Detailed trace and log data is dynamically collected from systems connected to the centralized system based on the unique identifier of the transaction. Detailed trace and log data and the UI trace and log data is aggregated in an end-to-end analysis tool.

End-to end tracing and logging

Systems and methods for thread-based memory management may include activating a processing thread. The memory may include a first region and a second region with the first region having several segments. A segment of memory may be allocated for the processing thread. Data associated with an object may be stored in the segment. At the end of processing by the processing thread, a garbage collection process may be performed by the processing thread on the segment allocated to the processing thread.

Thread-based memory management with garbage collection

A mobile communication device can receive an inbound message, which can optionally be a voice call. Based on receipt or lack or receipt of an identifier data packet via a different communication layer than the inbound message or based on content of such an identifier data packet received in this manner, a level of prioritization can be recognized for the inbound message. A notification of the message can be provided based on the recognized level of prioritization. Methods, systems, articles of manufacture, and the like are described.

Prioritized message notification for mobile communication devices

A system includes sending of requests to a computing system based on a first number of users associated with a load test, evaluation of one or more characteristics of the computing system while sending the requests, determination to modify the first number of users to a second number of users based on the one or more evaluated characteristics, and sending of requests to the computing system based on the second number of users.

Dynamic load testing

Coding issues that create runtime memory leaks, for example in programs coded in a platform-independent programming language such as Java&#x2122;, can be isolated at the program code line level. An allocation trace that retains, in active memory, a unique object identifier for each of a plurality of objects instantiated during program execution and an address in the active memory where each object is stored can be created. Memory leak candidates can be identified by directly examining contents of the active memory to identify one or more data structures that are increasing in size over time. The allocation trace can be combined with the identified memory leak candidates to generate information about at least one identified leaking object.

Tracking of program objects during request processing

A memory-leak source in a data structure can be identified by counting insertions into the data structure and deletions from the data structure for locations in the execution path of a computer program. These insertion and deletion values can be used to identify at least one location as a memory-leak source that corresponds to an imbalance between insertions and deletions during the execution of the computer program.

Memory-leak identification

A system and method for automated connection triggered by availability status. The present invention includes a method of determining whether a connection request is pending to connect to a previously unavailable party and automatically making the connection now that the party is available. An alternate method includes generating a request to automatically connect to a party when the party becomes available. Application of embodiments of the present invention includes a telephony and/or an internet system.

System and method for automated connection triggered by availability status

Systems and methods to detect an overcrowded area and to provide guidance to people in and in the vicinity of the overcrowded area are provided. A census module is configured to determine a number of mobile client machines located in a defined geographical area. A capacity module is configured to determine that a capacity assigned to the defined geographical area is exceeded. The capacity is a number of people that is used to provide an indication that the defined geographical area is overcrowded. The determination is based on the number of mobile client machines located in the defined geographical area. An exit module is configured to assign an exit route to an exit of the defined geographical area to a client machine of the mobile client machines within the defined geographical area. A navigation module is configured to transmit instructions comprising the exit route to the client machine.

Crowd detection and guidance on mobile devices

In some implementations, a method includes receiving a request to execute a plurality of transactions with an application of a server to evaluate one or more services using an executed LoadRunner script. In response to the service request, the plurality of transactions are automatically executed with the application using the LoadRunner script populated with values of variables transmitted between the application and a client during at least one transaction previously executed with the client. Values of the variables transmitted between the application and the executed LoadRunner script are determined during execution of the plurality of transactions.

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Speyer, Germany

Martin Moser