Scenario:$$You are tasked with developing a simple clock application that utilizes Java threads to display the current time and date concurrently. This project aims to explore the Java Thread model and its basics while illustrating the use of threads and their priorities in a straightforward real$-$life scenario.$$

Requirements:$$

Clock Class:$$

a$.$ Create a$$Clock$$class responsible for displaying the current time and date.$$

b$.$ Implement a method to continuously update and print the current time.$$

Thread Implementation:$$

a$.$ Utilize Java threads to ensure that the clock continuously updates its time in the background.$$

b$.$ Implement a separate thread for printing the time to the console.$$

Thread Priorities:$$

a$.$ Introduce thread priorities for better timekeeping precision.$$

b$.$ The clock display thread should have a higher priority than the background updating thread.$$

Simulation Output:$$

a$.$ Display the current time and date in a readable format, e$.$g$.,"$HH:mm:ss dd$-$MM$-$yyyy$".$

b$.$ Ensure that the clock continuously updates the time.$$

Guidelines

Use meaningful variable and method names.$$

Implement proper error handling where necessary.$$

Ensure that your code is well$-$organized and follows Java coding standards.$$

Provide comments to explain the purpose of classes, methods, and any complex logic.$$

Deliverables

Java Program Source Code:$$

a$.$ Includes the$$Clock$$class and necessary threads.$$

b$.$ Demonstrates the use of thread priorities for better precision.$$

Output Screenshot:$$

a$.$ Provide a screenshot of the program's output, showcasing the continuously updating clock with different thread priorities.