Abstract: A mechanism is provided for replicating non-supported data types using an existing replication format supported by an existing replication system. Responsive to detecting an application writing data to a local storage that is to be replicated to the secondary site, the input/output (I/O) operation being performed by the application is intercepted. Data of the I/O operation in a non-supported format is converted to a format supported by the existing replication system. A replication log record is generated for the data in the format supported by the existing replication system. The data described by the replication log record for the data is then stored in a storage device at the secondary site.

Abstract: A mechanism is provided for replicating non-supported data types using an existing replication format supported by an existing replication system. Responsive to detecting an application writing data to a local storage that is to be replicated to the secondary site, the input/output (I/O) operation being performed by the application is intercepted. Data of the I/O operation in a non-supported format is converted to a format supported by the existing replication system. A replication log record is generated for the data in the format supported by the existing replication system. The data described by the replication log record for the data is then stored in a storage device at the secondary site.

Abstract: Provided are a computer program product, system, and method for replicating a source data set to a target data store. A point-in-time copy of the source data set is generated having a data structure identifying the data in the source data set as of a point-in-time. A restore operation is initiated to copy the source data set represented by the point-in-time copy to a restored copy of the source data set consistent with the source data set. The source data set records are transferred from the restored copy to the target data store in the target storage.

Abstract: Provided are a computer program product, system, and method for replicating a source data set to a target data store. A point-in-time copy of the source data set is generated having a data structure identifying the data in the source data set as of a point-in-time. A restore operation is initiated to copy the source data set represented by the point-in-time copy to a restored copy of the source data set consistent with the source data set. The source data set records are transferred from the restored copy to the target data store in the target storage.

Abstract: An application-level thread dispatcher that operates in a main full-weight operating system-level thread allocated to an application initializes at least one application-level pseudo threads that operates as an application-controlled thread within the main full-weight operating system-level thread allocated to the application. The application-level thread dispatcher migrates work associated with the application between the at least one application-level pseudo thread and a separate operating system-level thread in accordance with evaluated changes in run-time performance of the application.

Abstract: A mechanism is provided for replicating non-supported data types using an existing replication format supported by an existing replication system. Responsive to detecting an application writing data to a local storage that is to be replicated to the secondary site, the input/output (I/O) operation being performed by the application is intercepted. Data of the I/O operation in a non-supported format is converted to a format supported by the existing replication system. A replication log record is generated for the data in the format supported by the existing replication system. The data described by the replication log record for the data is then stored in a storage device at the secondary site.

Abstract: A mechanism is provided for replicating non-supported data types using an existing replication format supported by an existing replication system. Responsive to detecting an application writing data to a local storage that is to be replicated to the secondary site, the input/output (I/O) operation being performed by the application is intercepted. Data of the I/O operation in a non-supported format is converted to a format supported by the existing replication system. A replication log record is generated for the data in the format supported by the existing replication system. The data described by the replication log record for the data is then stored in a storage device at the secondary site.

Abstract: Provided are a computer program product, system, and method for replicating a source data set to a target data store. A point-in-time copy of the source data set is generated having a data structure identifying the data in the source data set as of a point-in-time. A restore operation is initiated to copy the source data set represented by the point-in-time copy to a restored copy of the source data set consistent with the source data set. The source data set records are transferred from the restored copy to the target data store in the target storage.

Abstract: Provided are a computer program product, system, and method for replicating a source data set to a target data store. A point-in-time copy of the source data set is generated having a data structure identifying the data in the source data set as of a point-in-time. A restore operation is initiated to copy the source data set represented by the point-in-time copy to a restored copy of the source data set consistent with the source data set. The source data set records are transferred from the restored copy to the target data store in the target storage.

Abstract: An application-level thread dispatcher that operates in a main full-weight operating system-level thread allocated to an application initializes at least one application-level pseudo threads that operates as an application-controlled thread within the main full-weight operating system-level thread allocated to the application. The application-level thread dispatcher migrates work associated with the application between the at least one application-level pseudo thread and a separate operating system-level thread in accordance with evaluated changes in run-time performance of the application.

Abstract: An application-level thread dispatcher that operates in a main full-weight thread allocated to an application is established. The application-level thread dispatcher initializes a group of application-level pseudo threads that operate as application-controlled threads within the main full-weight thread allocated to the application. The application-level thread dispatcher evaluates run-time performance of the application.

Abstract: Validating a write of a replica record to a replica data store in a transaction processing system. The source record is written to a location in the source data store, and the location is recorded in a transaction log file. The transaction processing system obtains from the transaction log file the location, and the location in the replica data store to which the replica record will be written is predicted, based on the location and length of the previous replica record. If the obtained location of the source record corresponds to the predicted location of the replica record location, the replica record is written to a location in the replica data store.

Abstract: Provided are a method, a system, and a computer program product for supporting recovery of a replication system, in which a first full recovery identification is recorded for a first set of dependent writes for a first object and subsequent abbreviated change records are recorded for the first object in a recovery repository. A second set of writes are recorded for a second object with abbreviated change record identifications for the second object in the recovery repository. A configurable metadata is utilized for distinguishing between the first set of dependent writes and the second set of writes in the recovery repository to identify the first set of dependent writes as applicable and the second set of writes as not applicable. The first set of dependent writes is recovered in a single pass.

Abstract: Provided are a computer program product, system, and method for replicating a source data set to a target data store. A point-in-time copy of the source data set is generated having a data structure identifying the data in the source data set as of a point-in-time. A restore operation is initiated to copy the source data set represented by the point-in-time copy to a restored copy of the source data set consistent with the source data set. The source data set records are transferred from the restored copy to the target data store in the target storage.

Abstract: Provided are a computer program product, system, and method for replicating a source data set to a target data store. A point-in-time copy of the source data set is generated having a data structure identifying the data in the source data set as of a point-in-time. A restore operation is initiated to copy the source data set represented by the point-in-time copy to a restored copy of the source data set consistent with the source data set. The source data set records are transferred from the restored copy to the target data store in the target storage.

Abstract: Validating a write of a replica record to a replica data store in a transaction processing system. The source record is written to a location in the source data store, and the location is recorded in a transaction log file. The transaction processing system obtains from the transaction log file the location, and the location in the replica data store to which the replica record will be written is predicted, based on the location and length of the previous replica record. If the obtained location of the source record corresponds to the predicted location of the replica record location, the replica record is written to a location in the replica data store.

Abstract: A method, computer program product and computer system to validate a write of a replica record to a replica data store in a transaction processing system, the replica record duplicating a source record in a source data store. The transaction processing system obtains a value associated with a record location of the source record in the source data store. The transaction processing system predicts a value associated with a record location of the replica record in the replica data store and responsive to the obtained value associated with the source record location not corresponding to the predicted value associated with the replica record location, not writing the replica record.

Abstract: An application-level thread dispatcher that operates in a main full-weight thread allocated to an application is established. The application-level thread dispatcher initializes a group of application-level pseudo threads that operate as application-controlled threads within the main full-weight thread allocated to the application. The application-level thread dispatcher evaluates run-time performance of the application.

Abstract: An application-level thread dispatcher that operates in a main full-weight thread allocated to an application is established. The application-level thread dispatcher initializes a group of application-level pseudo threads that operate as application-controlled threads within the main full-weight thread allocated to the application. The application-level thread dispatcher determines that at least one application-level pseudo thread meets configuration requirements to operate within a separate operating system-level thread in parallel with the main full-weight thread. In response to determining that the at least one application-level pseudo thread meets the configuration requirements to operate within the separate operating system-level thread in parallel with the main full-weight thread, the at least one application-level pseudo thread is dispatched from the main full-weight thread to the separate operating system-level thread by the application-level thread dispatcher.

Abstract: An application-level thread dispatcher that operates in a main full-weight thread allocated to an application is established. The application-level thread dispatcher initializes a group of application-level pseudo threads that operate as application-controlled threads within the main full-weight thread allocated to the application. The application-level thread dispatcher determines that at least one application-level pseudo thread meets configuration requirements to operate within a separate operating system-level thread in parallel with the main full-weight thread. In response to determining that the at least one application-level pseudo thread meets the configuration requirements to operate within the separate operating system-level thread in parallel with the main full-weight thread, the at least one application-level pseudo thread is dispatched from the main full-weight thread to the separate operating system-level thread by the application-level thread dispatcher.