Abstract: Embodiments of the present invention provide a system and method for synchronizing data to update backup files. In one embodiment, data associated with files to be synchronized is sent to a second computer system by a first computers system. The second computer system matches data associated with the files to be synchronized to a database, and the first computer system determines differences between an old and new version of the files to be synchronized and creates a backup of the files. The backup of the files is stored in a storage device.

Abstract: A computer program product for dynamically reconfiguring time zones in real-time using plural time zone (TZ) libraries is provided. The method provides integrating a first time zone information data (TZID) version and a second TZID version into a TZ library in an operating system. A first configuration comprising the TZ library and the first TZID version is selected. Responsive to adjusting the first configuration to a second configuration comprising the TZ library and the second TZID version, the second configuration is used automatically without restarting the operating system and without restarting an application.

Abstract: A computer program product for dynamically reconfiguring time zones in real-time using plural time zone (TZ) libraries is provided. The method provides integrating a first time zone information data (TZID) version and a second TZID version into a TZ library in an operating system. A first configuration comprising the TZ library and the first TZID version is selected. Responsive to adjusting the first configuration to a second configuration comprising the TZ library and the second TZID version, the second configuration is used automatically without restarting the operating system and without restarting an application.

Abstract: Embodiments of the present invention provide a system and method for synchronizing data to update backup files. In one embodiment, data associated with files to be synchronized is sent to a second computer system by a first computers system. The second computer system matches data associated with the files to be synchronized to a database, and the first computer system determines differences between an old and new version of the files to be synchronized and creates a backup of the files. The backup of the files is stored in a storage device.

Abstract: Embodiments of the present invention provide a system and method for synchronizing data to update backup files. In one embodiment, data associated with files to be synchronized is sent to a second computer system by a first computers system. The second computer system matches data associated with the files to be synchronized to a database, and the first computer system determines differences between an old and new version of the files to be synchronized and creates a backup of the files. The backup of the files is stored in a storage device.

Abstract: Embodiments of the present invention provide a system and method for synchronizing data to update backup files. In one embodiment, data associated with files to be synchronized is sent to a second computer system by a first computers system. The second computer system matches data associated with the files to be synchronized to a database, and the first computer system determines differences between an old and new version of the files to be synchronized and creates a backup of the files. The backup of the files is stored in a storage device.

Abstract: The present embodiments relate to context-switch based locale object management. More specifically, the embodiments relate to real-time re-loading of a locale object. A task is performed and monitored by a local object management daemon. If the task needs to be globalized, a pre-emptive locale object switch operation interrupts the application performing the task and reloads the application with a different locale object. The application is then resumed and operated with the re-loaded locale object.

Abstract: The present embodiments relate to context-switch based locale object management. More specifically, the embodiments relate to real-time re-loading of a locale object. A task is performed and monitored by a local object management daemon. If the task needs to be globalized, a pre-emptive locale object switch operation interrupts the application performing the task and reloads the application with a different locale object. The application is then resumed and operated with the re-loaded locale object.

Abstract: The present embodiments relate to context-switch based locale object management. More specifically, the embodiments relate to real-time re-loading of a locale object. A task is performed and monitored by a local object management daemon. If the task needs to be globalized, a pre-emptive locale object switch operation interrupts the application performing the task and reloads the application with a different locale object. The application is then resumed and operated with the re-loaded locale object.

Abstract: The present embodiments relate to context-switch based locale object management. More specifically, the embodiments relate to real-time re-loading of a locale object. A task is performed and monitored by a local object management daemon. If the task needs to be globalized, a pre-emptive locale object switch operation interrupts the application performing the task and reloads the application with a different locale object. The application is then resumed and operated with the re-loaded locale object.

Abstract: A computer program product for dynamically reconfiguring time zones in real-time using plural time zone (TZ) libraries is provided. The method provides integrating a first time zone information data (TZID) version and a second TZID version into a TZ library in an operating system. A first configuration comprising the TZ library and the first TZID version is selected. Responsive to adjusting the first configuration to a second configuration comprising the TZ library and the second TZID version, the second configuration is used automatically without restarting the operating system and without restarting an application.

Abstract: A computer program product for dynamically reconfiguring time zones in real-time using plural time zone (TZ) libraries is provided. The method provides integrating a first time zone information data (TZID) version and a second TZID version into a TZ library in an operating system. A first configuration comprising the TZ library and the first TZID version is selected. Responsive to adjusting the first configuration to a second configuration comprising the TZ library and the second TZID version, the second configuration is used automatically without restarting the operating system and without restarting an application.

Abstract: A method for dynamically reconfiguring time zones in real-time using plural time zone (TZ) libraries is provided. The method provides integrating a first time zone information data (TZID) version and a second TZID version into a TZ library in an operating system. A first configuration comprising the TZ library and the first TZID version is selected. Responsive to adjusting the first configuration to a second configuration comprising the TZ library and the second TZID version, the second configuration is used automatically without restarting the operating system and without restarting an application.

Abstract: A method for dynamically reconfiguring time zones in real-time using plural time zone (TZ) libraries is provided. The method provides integrating a first time zone information data (TZID) version and a second TZID version into a TZ library in an operating system. A first configuration comprising the TZ library and the first TZID version is selected. Responsive to adjusting the first configuration to a second configuration comprising the TZ library and the second TZID version, the second configuration is used automatically without restarting the operating system and without restarting an application.

Abstract: Converting data for an application ported from an operating system (OS) platform of a first computer to an OS platform of a second computer. Configuration information associated with ported application including the first computer's OS platform is stored on the second computer. The ported application executing on the second computer receives first data encoded in a first code set. The OS of the second computer receives a request to convert the first data to a second data encoded in a second code set, locates a first-code-set-to-second-code-set mapping based on at least maintained code set mappings of the OS of the first computer, and converts the first data to the second data using the located first-code-set-to-second-code-set mapping. The second data is compatible for processing on the second computer and output from converting the data on the second computer is equivalent to an output from converting the data on the first computer.

Abstract: Embodiments of the present invention provide a system and method for synchronizing data to update backup files. In one embodiment, data associated with files to be synchronized is sent to a second computer system by a first computers system. The second computer system matches data associated with the files to be synchronized to a database, and the first computer system determines differences between an old and new version of the files to be synchronized and creates a backup of the files. The backup of the files is stored in a storage device.

Abstract: Embodiments of the present invention provide a system and method for synchronizing data to update backup files. In one embodiment, data associated with files to be synchronized is sent to a second computer system by a first computers system. The second computer system matches data associated with the files to be synchronized to a database, and the first computer system determines differences between an old and new version of the files to be synchronized and creates a backup of the files. The backup of the files is stored in a storage device.

Abstract: Converting data for an application ported from an operating system (OS) platform of a first computer to an OS platform of a second computer. Configuration information associated with ported application including the first computer's OS platform is stored on the second computer. The ported application executing on the second computer receives first data encoded in a first code set. The OS of the second computer receives a request to convert the first data to a second data encoded in a second code set, locates a first-code-set-to-second-code-set mapping based on at least maintained code set mappings of the OS of the first computer, and converts the first data to the second data using the located first-code-set-to-second-code-set mapping. The second data is compatible for processing on the second computer and output from converting the data on the second computer is equivalent to an output from converting the data on the first computer.

Abstract: Converting data for an application ported from an operating system (OS) platform of a first computer to an OS platform of a second computer. Configuration information associated with ported application including the first computer's OS platform is stored on the second computer. The ported application executing on the second computer receives first data encoded in a first code set. The OS of the second computer receives a request to convert the first data to a second data encoded in a second code set, locates a first-code-set-to-second-code-set mapping based on at least maintained code set mappings of the OS of the first computer, and converts the first data to the second data using the located first-code-set-to-second-code-set mapping. The second data is compatible for processing on the second computer and output from converting the data on the second computer is equivalent to an output from converting the data on the first computer.

Abstract: Converting data for an application ported from an operating system (OS) platform of a first computer to an OS platform of a second computer. Configuration information associated with ported application including the first computer's OS platform is stored on the second computer. The ported application executing on the second computer receives first data encoded in a first code set. The OS of the second computer receives a request to convert the first data to a second data encoded in a second code set, locates a first-code-set-to-second-code-set mapping based on at least maintained code set mappings of the OS of the first computer, and converts the first data to the second data using the located first-code-set-to-second-code-set mapping. The second data is compatible for processing on the second computer and output from converting the data on the second computer is equivalent to an output from converting the data on the first computer.