摘要:
A computer implemented method, apparatus, and computer-usable program product for exchanging data using data transformation are provided. A first data binding component receives data from a function selector. A set of data bindings capable of invocation by the first data binding component is available. The function selector determines a content type associated with the data. The first data binding component receives the data and the content type from the function selector. The first data binding component invokes a data binding corresponding to the content type from the set of data bindings to transform the data into a data object. The data object has an object name. A target application is determined based on the object name, and the data object is then routed to a target application.
摘要:
A computer implemented method, apparatus, and computer-usable program product for exchanging data using data transformation are provided. A first data binding component receives data from a function selector. A set of data bindings capable of invocation by the first data binding component is available. The function selector determines a content type associated with the data. The first data binding component receives the data and the content type from the function selector. The first data binding component invokes a data binding corresponding to the content type from the set of data bindings to transform the data into a data object. The data object has an object name. A target application is determined based on the object name, and the data object is then routed to a target application.
摘要:
A computer implemented method, apparatus, and computer-usable program product for exchanging data using data transformation are provided. A first data binding component receives data from a function selector. A set of data bindings capable of invocation by the first data binding component is available. The function selector determines a content type associated with the data. The first data binding component receives the data and the content type from the function selector. The first data binding component invokes a data binding corresponding to the content type from the set of data bindings to transform the data into a data object. The data object has an object name. A target application is determined based on the object name, and the data object is then routed to a target application.
摘要:
The illustrative embodiments provide a computer implemented method, apparatus, and computer usable program code for automatically migrating a resource adapter component. In one embodiment, information describing a development and runtime environment associated with a first version of a resource adapter is collected by a migration framework to form real environment information. A specification of requirements associated with a second version of the resource adapter is received from the second version of the resource adapter to form a required environment specification. The migration framework compares the real environment information with the required environment specification. In response to identifying incompatibilities between the real environment information and the required environment specification, the migration framework automatically executes a migration scenario to resolve the incompatibilities.
摘要:
A computer implemented method, apparatus, and computer-usable program product for exchanging data using data transformation are provided. A first data binding component receives data from a function selector. A set of data bindings capable of invocation by the first data binding component is available. The function selector determines a content type associated with the data. The first data binding component receives the data and the content type from the function selector. The first data binding component invokes a data binding corresponding to the content type from the set of data bindings to transform the data into a data object. The data object has an object name. A target application is determined based on the object name, and the data object is then routed to a target application.
摘要:
The illustrative embodiments provide a computer implemented method, apparatus, and computer usable program code for automatically migrating a resource adapter component. In one embodiment, information describing a development and runtime environment associated with a first version of a resource adapter is collected by a migration framework to form real environment information. A specification of requirements associated with a second version of the resource adapter is received from the second version of the resource adapter to form a required environment specification. The migration framework compares the real environment information with the required environment specification. In response to identifying incompatibilities between the real environment information and the required environment specification, the migration framework automatically executes a migration scenario to resolve the incompatibilities.
摘要:
An apparatus, system, and method are disclosed for implementing failover in a polling adapter without support from an application server. A priority list is stored as part of an adapter configuration that specifies the server names that will participate in a group cluster. Adapters associated with the servers, in addition to accessing the event table when active, access a failover table which contains information about which adapter is currently active and when it last polled the event table. When a preconfigured failover interval has elapsed since the last poll of the event table by the active adapter, a next highest priority takes over the processing duties by polling the event table and logging its last poll time in the failover table.
摘要:
An apparatus, system, and method for providing command manager support for pluggable data formats. The present invention accepts arbitrary hierarchical input data structures even when the hierarchical input data structure represents hierarchical data in a structure independent of a specific type of data repository. A data mediator receives a hierarchical input data structure and determines whether if it is a snapshot structure or a delta structure. If it is a snapshot update, the command manager creates an in-memory map object structure populated with values from a data repository and compares it with the snapshot. Based on the comparison, it generates a DESPI hierarchical command structure in a format-specific mediation module, and the commands are executed in the data repository. If the hierarchical input data structure is a delta structure, the command manager generates a hierarchical command structure and then translates it to a DESPI-compliant command structure. The commands are then executed in the data repository.
摘要:
For seamlessly abstracting metadata in multiple formats, an abstraction module converts first metadata of an incoming object and additional metadata for the incoming object from an annotation map contained by the first metadata into a common format useable. The additional metadata is not part of an original format of the first metadata. A communication module communicates the converted metadata to an adapter in the common format, the adapter processing the first metadata and the additional metadata independent of the original format of the first metadata.
摘要:
An apparatus, system, and method for providing command manager support for pluggable data formats. The present invention accepts arbitrary hierarchical input data structures even when the hierarchical input data structure represents hierarchical data in a structure independent of a specific type of data repository. A data mediator receives a hierarchical input data structure and determines whether if it is a snapshot structure or a delta structure. If it is a snapshot update, the command manager creates an in-memory map object structure populated with values from a data repository and compares it with the snapshot. Based on the comparison, it generates a DESPI hierarchical command structure in a format-specific mediation module, and the commands are executed in the data repository. If the hierarchical input data structure is a delta structure, the command manager generates a hierarchical command structure and then translates it to a DESPI-compliant command structure. The commands are then executed in the data repository.