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SRI RAMA JAYA RAMA JAYA JAYA RAMA

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Java Fundamentals Java OOPs Exception Handling Generics Collection Framework Java8 Streams Multithreading and Concurrency Design Patterns Java11 Features Java17 Features

Basic Multithreading

Introduction
Importance of Multitasking and Multitrhreading
Multitasking Vs Multithreading
How Java supports Multithreading?
Thread Life cycle
Java Multithreading API
Thread class Demo program
Runnable Interface
Thread class
Creating Threads by Implementing Runnable Interface
Creating Threads by Extending by Thread class
Creating Multiple Threads
Creating Threads Using Executors

More Extensive Practice on Multithreading

Thread Priorities
Grouping Threads
Imporatance of join() method
Suspending and Resuming Threads
Determining Thread state
Deamon Threads

Synchronization

Race Conditions
Critical sections and mutual exclusion
Thread Synchronization
Locking and Synchronized Collections
Shared Object
Thread safety utilities and Thread safe collections
Atomic Variables for Thread safe operations
Thread Local Concurrency
volatile keyword
Happens-Before Relationship
Practice Programs on Synchronization

Thread communication

Inter-thread communication
Thread signaling and coordination
wait and notify mechanisms
Producer-Consumer problem
Blocking Queues
Condition Variables
Thread Coordination
Thread Interruption
Thread Deadlocks

Thread Pooling

Thread Pools
Executor Framework
Executors and ExecutorService
ThreadPoolExecutor
ScheduledExecutorService

Advanced Concurrency

Concurrent Collections
ConcurrentMap interface and ConcurrentHashMap class
ConcurrentNavigableMap and ConcurrentSkipListMap
CopyOnWriteArrayList
Atomic Operations and Classes
Read/Write Locks
Phaser and CyclicBarrier
CountDownLatch and Semaphore
Semaphore for Controlling and access of resources
Fork/Join Framework
Parallel Streams

More and More on Multithreading

Thread Signaling
Thread Interference
Memory Consistency
Thread Local Variables
Thread Local Concurrency
Thread Performance and Optimization
ThreadLocalRandom
Thread Dump and Monitoring
Thread Confinement

Concurrent Programming Best Practices

Avoiding race conditions and deadlocks
Choosing the right synchronization mechanism
Using thread-safe data structures and utilities
Fine-grained locking and synchronization
Asynchronous programming
Callables and CompletableFuture
Java Memory Model and understanding memory consistency
Performance Considerations on Concurrent Programs

Atomic Operations and Classes

By javaplanet.io / 30 January 2024 / 1 minute of reading

References

CodeGPT-small-java

Codebert-base

CodeBERT

Related Posts

Java Memory Model and understanding memory consistency

Performance Considerations on Concurrent Programs

Extending by Thread class

Deamon Threads

Phaser and CyclicBarrier

Grouping Threads

Thread Interruption

Home
Java Programming
Data Structures and Algorithms
Java EE
- Servlets
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Frameworks
Testing
Tools
- Maven
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Home
Java Programming
Data Structures and Algorithms
Java EE
- Servlets
- JSP
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Frameworks
Testing
Tools
- Maven
- Gradle
- Git
- Docker
- Jenkins
- Ansible
- Kubernetes

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