Used MCT Tapestry #107217 for sale

MCT Tapestry is a powerful event handler designed to streamline and reduce the complexity of event handling. The software enables developers to write code that is event-based and exception tolerant, so that applications are resilient and highly responsive - a key requirement for modern distributed computing systems. Tapestry is a lightweight Java application, designed to be low-overhead and able to execute quickly and consistently. It simplifies distributed event management by introducing a fundamental abstraction - the event handler object. The handler is an object which receives, marshals, routes and dispatches events, and contains a collection of callback methods which can be used to respond to events. The handler provides developers with the tools to express their application logic in an accessible, structured and concise manner, without having to write the lower-level code needed to construct the event. To make event handling more responsive, MCT Tapestry employs a multi-threaded event loop. This ensures that even large events are managed efficiently, as no single thread will be blocked by handling a single event. All callbacks added to the handler are executed in concurrent threads, so that multiple events can be handled simultaneously. Tapestry also provides a sophisticated message filtering system which allows for multiple filters to be applied on the fly. This provides powerful event filtering and optimization capabilities, enabling the handler to process only the events that are relevant to the application. In addition, MCT Tapestry is designed to be an event-driven library, meaning it is used to create event-driven applications. This approach minimizes the amount of code needed to create the events and responses, and makes it easier for the developer to focus on the application logic rather than the event management code. Overall, Tapestry is a powerful, high-performance and versatile event handler - perfect for creating event-driven systems for distributed computing applications.