This software offers a multi-level storage and locking class, enabling users to store and secure data at various levels. It provides enhanced data protection with advanced functions for locking and unlocking the stored data. The software is easy to use and provides efficient management of stored data.
Tie::MLDBM is a versatile multi-level storage and locking class that can be used to store arbitrary perl data, including nested references, in a serialized form within persistent data back-ends. The module can be employed for a wide range of use cases and builds upon the tried-and-tested storage and locking mechanisms of MLDBM and MLDBM::Sync.
The Tie::MLDBM framework is designed to offer a more expansive framework that can accommodate a wider variety of component modules for serialisation, storage, and resource locking. All storage components of this framework exist as a direct IS-A inherited class of their parent storage module, meaning that almost any module employing a tied-interface can store multi-level nested data structures and incorporate locking synchronization.
The Tie::MLDBM framework comprises four key components: the interface, the locking component, the serialization component, and the storage component. The interface is implemented as a TIEHASH by the Tie::MLDBM module, which means that it depends upon the functions provided by component modules. The locking or synchronization component facilitates shared and exclusive access to the underlying storage component by means of semaphores.
The serialization component is responsible for serializing the nested data structure into a flat form that is ready for storage in the underlying storage component. Finally, the storage component, which can be any new or existing module that implements a TIEHASH interface to a persistent store, forms the backbone of the Tie::MLDBM framework. All storage modules of this framework inherit directly from the storage mechanism that they represent.
Overall, Tie::MLDBM offers a powerful and flexible solution for managing multi-level storage and locking for persistent data back-ends. The wide range of component modules means that users can customize the framework to their specific use case, while the tried-and-tested storage and locking mechanisms provide peace of mind and reliability.
The Tie::MLDBM framework is designed to offer a more expansive framework that can accommodate a wider variety of component modules for serialisation, storage, and resource locking. All storage components of this framework exist as a direct IS-A inherited class of their parent storage module, meaning that almost any module employing a tied-interface can store multi-level nested data structures and incorporate locking synchronization.
The Tie::MLDBM framework comprises four key components: the interface, the locking component, the serialization component, and the storage component. The interface is implemented as a TIEHASH by the Tie::MLDBM module, which means that it depends upon the functions provided by component modules. The locking or synchronization component facilitates shared and exclusive access to the underlying storage component by means of semaphores.
The serialization component is responsible for serializing the nested data structure into a flat form that is ready for storage in the underlying storage component. Finally, the storage component, which can be any new or existing module that implements a TIEHASH interface to a persistent store, forms the backbone of the Tie::MLDBM framework. All storage modules of this framework inherit directly from the storage mechanism that they represent.
Overall, Tie::MLDBM offers a powerful and flexible solution for managing multi-level storage and locking for persistent data back-ends. The wide range of component modules means that users can customize the framework to their specific use case, while the tried-and-tested storage and locking mechanisms provide peace of mind and reliability.
What's New
Version 1.04: N/A