Abstract: An impedance matching structure for a high-speed connector includes a pair of ground leads, a differential pair of signal leads, a ground plane, a first region in which the ground leads and the differential pair of signal leads are coplanar within a first plane, and a second region in which the differential pair of signal leads lies on the first plane and the ground plane lies on a second plane extending along the first plane. The impedance matching structure has a transition region between the first region and the second region. The ground leads are connected to the ground plane in the transition region. An impedance matching projection is arranged in the transition region and projects from a side of the differential pair of signal leads.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives from an application a set of data objects for transmission to a computing system. The set of data objects have a type. The program further identifies a data handler definition from a plurality of data handler definitions based on the type of the set of data objects. Each data handler definition in the plurality of data handler definitions specifies a type of data object and a communication protocol. The program also transmits the set of data objects to the computing system using the communication protocol specified in the identified data handler definition.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives a selection of a type of data to replicate from the first computing system to a second computing system. The program further receives a selection of a form in a set of forms. Each form in the set of forms is associated with a set of fields for data having the selected type of data and managed the second computing system. The program also sends the second computing system a request for the set of fields associated with the selected form. The program further generates a mapping between the set of fields associated with the selected form and a set of fields of data managed by the first computing system.

Abstract: A system includes invoking, from a first application, a first method of a first interface to instantiate a first instance of a message handler class, the first instance of the message handler class associated with a first message buffer, providing, from the first application, a second interface and a handler to the first instance of the message handler class to a second application, and invoking, from the second application, a second method of the second interface to add a first message to the first message buffer associated with the first instance of the message handler class.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives a set of values for a set of attributes associated with a plurality of data objects managed by a first system. The program further generates a replication filter for filtering the plurality of data objects based on the set of values for the set of attributes associated with the plurality of data objects. The program also replicates a subset of the plurality of data objects from the first system to the second system based on the replication filter. The program further receives a set of data from the second system, the set of data generated by the second system based on the subset of the plurality of data objects.

Abstract: Some embodiments provide a non-transitory machine-readable medium storing a program that receives, at a first system, a first configuration for replicating a first type of data managed by the first system to a second system. The program further receives, at a third system, a second configuration for replicating a second type of data managed by the third system to the second system. The program also replicates a first set of data having the first type of data from the first system to the second system based on the first configuration. The program further replicates a second set of data having the second type of data from the third system to the second system based on the second configuration. The program also receives a third set of data from the second system, the third set of data generated by the second system based on the first and second sets of data.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives a specification of a set of attributes associated with a plurality of data objects managed by a first system. Each attribute in the set of attributes is associated with a different level in a hierarchy that includes a set of levels. The program further generates a hierarchical list of the set of attributes associated with the plurality of data objects based on the hierarchy. The program also replicates the plurality of data objects from the first system to a second system based on the hierarchical list of the set of attributes associated with the plurality of data objects in order for the second system to store the plurality of data objects according to the hierarchy.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives from a system data comprising a set of expense entries. The program further determines, for each expense entry in the set of expense entries, an entry use case. The program also processes, for each expense entry in the set of expense entries, the expense entry based on the determined entry use case. The program further generates a document based on the processed set of expense entries.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives from an application a set of data objects for transmission to a computing system. The set of data objects have a type. The program further identifies a data handler definition from a plurality of data handler definitions based on the type of the set of data objects. Each data handler definition in the plurality of data handler definitions specifies a type of data object and a communication protocol. The program also transmits the set of data objects to the computing system using the communication protocol specified in the identified data handler definition.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives from a system data comprising a set of expense entries. The program further determines, for each expense entry in the set of expense entries, an entry use case. The program also processes, for each expense entry in the set of expense entries, the expense entry based on the determined entry use case. The program further generates a document based on the processed set of expense entries.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives a specification of a set of attributes associated with a plurality of data objects managed by a first system. Each attribute in the set of attributes is associated with a different level in a hierarchy that includes a set of levels. The program further generates a hierarchical list of the set of attributes associated with the plurality of data objects based on the hierarchy. The program also replicates the plurality of data objects from the first system to a second system based on the hierarchical list of the set of attributes associated with the plurality of data objects in order for the second system to store the plurality of data objects according to the hierarchy.

Abstract: Some embodiments provide a non-transitory machine-readable medium storing a program that receives, at a first system, a first configuration for replicating a first type of data managed by the first system to a second system. The program further receives, at a third system, a second configuration for replicating a second type of data managed by the third system to the second system. The program also replicates a first set of data having the first type of data from the first system to the second system based on the first configuration. The program further replicates a second set of data having the second type of data from the third system to the second system based on the second configuration. The program also receives a third set of data from the second system, the third set of data generated by the second system based on the first and second sets of data.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives a set of values for a set of attributes associated with a plurality of data objects managed by a first system. The program further generates a replication filter for filtering the plurality of data objects based on the set of values for the set of attributes associated with the plurality of data objects. The program also replicates a subset of the plurality of data objects from the first system to the second system based on the replication filter. The program further receives a set of data from the second system, the set of data generated by the second system based on the subset of the plurality of data objects.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives a selection of a type of data to replicate from the first computing system to a second computing system. The program further receives a selection of a form in a set of forms. Each form in the set of forms is associated with a set of fields for data having the selected type of data and managed the second computing system. The program also sends the second computing system a request for the set of fields associated with the selected form. The program further generates a mapping between the set of fields associated with the selected form and a set of fields of data managed by the first computing system.

Abstract: A system includes invoking, from a first application, a first method of a first interface to instantiate a first instance of a message handler class, the first instance of the message handler class associated with a first message buffer, providing, from the first application, a second interface and a handler to the first instance of the message handler class to a second application, and invoking, from the second application, a second method of the second interface to add a first message to the first message buffer associated with the first instance of the message handler class.

Abstract: A system includes identification of a first entry of a replication queue, the first entry associated with a first set of data of the plurality of sets of data, acquisition of the first set of data from the first memory, determination of whether the acquired first set of data comprises currently-valid data, and, if it is determined that the acquired first set of data comprises currently-valid data, export of the currently-valid data as an instance of its respective logical object to a second database system.

Abstract: A system can correlate derived metrics for system activity to determine problems and recommend solutions. Using a hierarchy of derived metrics from a set of raw metrics, a system can identify a problem, correlate related metrics and determine a recommended solution. For example, raw metrics can be collected about computing resources. Analyzers can process the raw metrics and outputs from other analyzers to gather metrics that include metrics derived from other metrics. When a problem symptom is discovered, derived metrics (and other metrics) can be correlated with the symptom to help identify the problem. Using the correlated metrics, a system can recommend a solution to an identified problem.

Abstract: A system may be able classify events that occur during the runtime of applications (e.g., exceptions). The system may receive an indication of the event and may classify the event based on a comparison with elements of a classification data structure. The classification data structure may be a hierarchical data structure, and child elements may inherit characteristics from parent elements. Based on the classification, the system may perform one or more actions, which may be specified by the elements of the data structure. For example, the system may provide notifications to administrators and/or user, may attempt to recover from the event, and/or the like. Each event may be associated with a unique identifier so the user can more easily identify the event to support personnel. The system may include analysis tools to assist administrators in tracking events and identifying which events are most important.

Abstract: The systems and methods described herein relate to dynamic runtime modifications of an object-relational mapping behavior associated with a relational persistence layer. In various embodiments, access to a relational persistence layer, such as a relational database management system may be provided via an object-relational mapper (ORM). The ORM may map data from the relational persistence layer to an object-oriented domain model. The ORM may include a plurality of field mappers configured with an original mapping strategy to map an entity field from the relational persistence layer to the object-oriented domain model. One or more of the field mappers may be configured with a dynamic adjustment strategy that allows the selected field mapper(s) to be injected with a temporary or conditional mapping behavior. The dynamic adjustment strategy may be initialized with the field mapper at startup, while the injection of temporary or conditional mappings may be performed during runtime.

Abstract: A system may be able classify events that occur during the runtime of applications (e.g., exceptions). The system may receive an indication of the event and may classify the event based on a comparison with elements of a classification data structure. The classification data structure may be a hierarchical data structure, and child elements may inherit characteristics from parent elements. Based on the classification, the system may perform one or more actions, which may be specified by the elements of the data structure. For example, the system may provide notifications to administrators and/or user, may attempt to recover from the event, and/or the like. Each event may be associated with a unique identifier so the user can more easily identify the event to support personnel. The system may include analysis tools to assist administrators in tracking events and identifying which events are most important.