brianway/java-learning

Features

• Code Examples - Provides a comprehensive library of runnable source code demonstrating common algorithms and software design patterns.
• Java Language Guides - Serves as a comprehensive instructional resource covering Java language fundamentals, including reflection and generics.
• Fairness and Read-Write Locks - Implements specialized locks to handle thread fairness and read-write separation for shared resources.
• Runtime Analysis - Explores the inner workings of the JVM and bytecode using reflection and dynamic proxy generation.
• Java Concurrency Guides - Offers detailed educational guides on mastering multi-threading, synchronization, and concurrent execution within the Java language.
• Java Concurrency Handbooks - Provides detailed guides and implementations for managing concurrent execution and synchronization in Java.
• Web Development Fundamentals - Provides educational materials on the fundamentals of HTTP requests, session management, and Java web development.
• Concurrent Lock Managers - Orchestrates various locking strategies, including reentrant and read-write locks, to control shared resource access.
• Metadata Extraction - Implements runtime processing of class and method metadata tags using Java reflection.
• Bytecode Instantiation - Enables object creation and method invocation by accessing class metadata and constructors at runtime.
• Concurrent Thread Execution - Creates new threads of execution to run code concurrently using thread handles.
• Generic Types - Demonstrates type-safe structures using compile-time type parameters to prevent runtime cast exceptions.
• Thread Local Storage - Maintains independent state for different threads using local storage to ensure data safety during execution.
• Mutual Exclusion Locks - Provides synchronization primitives to manage shared-state concurrency by restricting resource access to a single thread.
• Java Resources - Provides a collection of study notes and source code examples for learning Java SE and Web development.
• Shared Data Synchronization - Coordinates access to common variables between multiple threads using mutexes and atomic operations.
• Asynchronous Task Execution - Runs computations in the background using futures and callbacks to prevent blocking the main thread.
• Singleton Patterns - Implements the Singleton pattern using eager initialization and locking strategies to ensure a class has only one instance.
• Design Pattern Implementations - Provides executable code samples implementing structural and behavioral design patterns like Singleton and Strategy.
• Producer-Consumer Workflow Managers - Implements a coordination mechanism for data exchange between threads using bounded queues and synchronization.
• Concurrency Limiting - Regulates thread flow and synchronization to limit resource access and prevent resource exhaustion.
• Future-Based Result Tracking - Tracks asynchronous task completion and retrieves return values using future objects and thread pools.
• HTTP Request Handling - Provides a lifecycle-managed implementation for parsing, routing, and processing incoming HTTP requests and responses.
• Reflection-Based Proxies - Generates proxy objects at runtime to intercept method calls and execute cross-cutting logic via reflection.
• Parallel Processing - Demonstrates how to distribute heavy computational tasks across multiple processor cores to accelerate processing.
• Server-Side Dynamic Page Generation - Implements server-side dynamic page generation by merging data records with HTML templates to produce executable code.
• Thread Group Management - Demonstrates how to group multiple threads to handle their lifecycles and exceptions collectively.
• Delayed Task Scheduling - Implements a timer mechanism for executing specific tasks after a defined time delay.
• Web Development Courses - Provides guided notes and examples on HTTP protocols, session management, and server configuration.
• Class Instantiation - Demonstrates how to create object instances and invoke methods at runtime using Java reflection and constructors.
• Thread Joining Operations - Provides examples of blocking the calling thread until another completes using join operations.
• Class Loading Mechanisms - Implements custom class loading logic to load Java classes from non-standard sources by overriding bytecode definition.
• Proxy Objects - Provides proxy objects that wrap target objects to intercept and redefine runtime operations for preprocessing or filtering.
• Thread Lifecycle Management - Provides a system for controlling thread execution via start, sleep, and interrupt mechanisms.
• Thread Signaling - Implements thread coordination and state change synchronization using signals within Java.
• Aspect-Oriented Programming - Demonstrates aspect-oriented programming by generating dynamic proxies to handle cross-cutting logic.
• Recurring Task Schedulers - Provides mechanisms for executing tasks at specific future dates or fixed intervals using timers.
• Streaming Data Transformations - Implements stream-based data transformations using filtering, mapping, and reducing operations.
• General-Purpose Thread Pools - Implements general-purpose worker thread pools to execute tasks asynchronously and reduce overhead.
• Dynamic HTML Templating - Integrates code snippets and expressions into HTML templates to generate dynamic server-side content.
• Java Web Hosting Platforms - Provides mechanisms for hosting static and dynamic Java web resources in structured directories.
• Request Mapping - Implements the process of associating incoming HTTP requests with specific handler functions based on URL paths.
• Template Logic - Implements syntax and control structures for embedding logic and expressions directly into HTML templates for dynamic data.
• URL-to-Service Mappings - Provides a routing system that maps URL access paths in configuration files to the execution of specific service handlers.

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