Java concurrent collection interfaces list
Java concurrent collection interfaces list
Here is the list of Java concurrent collection interfaces:
1. ConcurrentMap: A map that allows for multiple threads to safely access and update its contents concurrently.
2. BlockingQueue: An unbounded, thread-safe queue that has a bounded capacity. It can be used as a blocking queue when necessary.
3. CopyOnWriteArraySet: A set of integers, which is designed for multithreaded environments where high performance is required. The elements in this set are not visible to any threads other than the one writing the set until the write operation is complete.
4. ConcurrentNavigableMap: A sorted map that allows for multiple threads to safely access and update its contents concurrently.
5. ConcurrentHashMap: A map that allows for multiple threads to safely access and update its contents concurrently. It uses a combination of locks, hash-based operations, and read-only replicas to achieve high performance in multithreaded environments.
6. ConcurrentLinkedQueue: An unbounded, thread-safe queue that is suitable for use by multiple threads concurrently.
7. BlockingDeque: A queue or double-ended queue that can be used as a blocking deque when necessary.
8. CopyOnWriteArrayList: A resizable array list that is designed for multithreaded environments where high performance is required. The elements in this list are not visible to any threads other than the one writing the list until the write operation is complete.
9. ConcurrentSkipListMap: A map that allows for multiple threads to safely access and update its contents concurrently. It uses a combination of locks, hash-based operations, and read-only replicas to achieve high performance in multithreaded environments.
10. LinkedBlockingQueue: An unbounded, thread-safe queue that is suitable for use by multiple threads concurrently.
11. ConcurrentHashMap<K,V> extends Map<K,V> & Serializable: A map that allows for multiple threads to safely access and update its contents concurrently.
These interfaces provide a foundation for building concurrent and highly scalable data structures in Java. They can be used to improve the performance of applications that require high concurrency and scalability, such as financial trading platforms, social media sites, and e-commerce platforms.
Note: This list is not exhaustive, but it includes some of the most commonly used Java concurrent collection interfaces.
What are Java concurrent collection interfaces?
Java provides several concurrent collection interfaces that allow developers to create and manage thread-safe collections. These interfaces help ensure that operations on a collection are performed safely, without interfering with other threads.
The main concurrent collection interfaces in Java are:
Queue: This interface represents a queue of elements, where elements are added and removed in a FIFO (First-In-First-Out) order. The Queue interface provides methods for adding (offer) and removing (poll or remove) elements from the queue. BlockingQueue: This interface extends the Queue interface and adds blocking methods to wait for elements to be added to the queue before attempting to remove an element. The BlockingQueue interface provides methods for adding (put) and removing (take) elements from the queue, which block if no elements are available. Deque: This interface represents a double-ended queue of elements, where elements can be added or removed from either end (front or rear). The Deque interface provides methods for adding (addFirst or addLast) and removing (removeFirst or removeLast) elements from the deque. BlockingDeque: This interface extends the Deque interface and adds blocking methods to wait for elements to be added to the deque before attempting to remove an element. The BlockingDeque interface provides methods for adding (putFirst or putLast) and removing (takeFirst or takeLast) elements from the deque, which block if no elements are available. Map: This interface represents a mapping of keys to values, where each key is unique. The Map interface provides methods for putting (put) and getting (get) elements from the map. ConcurrentHashMap: This class implements a thread-safe map that allows multiple threads to access and modify the map concurrently.
These concurrent collection interfaces are designed to be used with Java's concurrency utilities, such as locks, semaphores, and synchronizers, to ensure safe and efficient manipulation of shared data structures.
Some benefits of using these concurrent collection interfaces include:
Improved thread safety: By providing a thread-safe way to access and modify collections, these interfaces help prevent data corruption or loss caused by concurrent access. Increased concurrency: The blocking methods in theBlockingQueue and BlockingDeque interfaces allow threads to wait for resources to become available before attempting to access them, which can improve overall system concurrency. Better performance: By providing optimized implementations of common collection operations, these interfaces can help improve the performance of concurrent programs.
In summary, Java's concurrent collection interfaces provide a way to create and manage thread-safe collections that can be used in concurrent programming. These interfaces are designed to work with Java's concurrency utilities and can help improve thread safety, increase concurrency, and better performance in concurrent programs.
