Imagine a scenario in a multi-threaded application where certain resources are being accessed concurrently, leading to data inconsistency. How would you solve this issue using Locks and Conditions?
- Implement resource locking using the volatile keyword to ensure data consistency and use Thread.sleep() for thread synchronization.
- Use ExecutorService to schedule resource access tasks concurrently, as the use of Locks and Conditions is not necessary in this scenario.
- Use ExecutorService to schedule resource access tasks sequentially, ensuring that only one thread accesses the resources at a time.
- Use synchronized blocks to protect access to the shared resources and notify/wait mechanisms from within those blocks to coordinate thread access.
In a multi-threaded scenario where data inconsistency is a concern, you can use Locks and Conditions. Synchronized blocks can be used to protect access to shared resources, and notify/wait mechanisms can be used to coordinate thread access. This ensures that only one thread accesses the resource at a time, preventing data inconsistency.
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