- What is X10? Introduction to the Language and Its Features
- Setting Up the X10 Development Environment
- Your First X10 Program: "Hello, World!"
- Understanding X10 Syntax and Structure
- X10 Basic Data Types:
Int, Double, Boolean, and More
- Variables and Constants in X10
- Basic Arithmetic Operations in X10
- String Handling in X10: Concatenation, Formatting, and Substrings
- Working with Collections in X10: Arrays, Lists, and Sets
- Control Structures in X10:
if, else, switch, and match
- Loops in X10:
for, while, and do-while
- Defining and Calling Functions in X10
- Passing Arguments and Returning Values in Functions
- Understanding Functions vs. Methods in X10
- Introduction to Classes and Objects in X10
- Creating Classes and Constructors in X10
- Basic Inheritance in X10: Extending Classes
- Method Overloading and Overriding in X10
- Using Traits for Code Reusability in X10
- Basic Exception Handling:
try, catch, and finally
- Understanding X10’s Type System:
Any, Null, and More
- Generics in X10: Type Parameters and Constraints
- Type Inference and Static Typing in X10
- Working with Tuples and Arrays in X10
- Creating and Using Maps and Sets in X10
- Pattern Matching in X10
- Closures and Lambdas in X10
- First-Class Functions and Anonymous Functions
- Understanding X10’s Implicit Parameters
- Using
forEach, map, and Other Higher-Order Functions in X10
- Working with Option Types: Handling Optional Values
- Introduction to Concurrency in X10
- Parallel Programming: Understanding
place and async in X10
- Creating Parallel Collections in X10
- Data Race-Free Parallel Programming with X10
- Managing Parallel Execution in X10:
finish, at, and async
- Asynchronous Programming in X10
- Threading and Synchronization in X10
- Working with Futures and Promises in X10
- Introduction to X10’s Memory Model and Shared Memory
- Advanced Parallel Programming in X10: Optimizing Concurrency
- Advanced Concurrency: Using
async and finish for Complex Tasks
- Managing Global State in X10
- Using
atomic and async for Safe Parallel Execution
- Working with Places in X10: Understanding Distributed Execution
- Load Balancing in X10 with
at and async
- Using X10 for GPU Programming
- Distributed Programming in X10: Remote Method Invocation
- Serialization in X10 for Distributed Systems
- Design Patterns in X10: Singleton, Factory, and More
- Understanding Actor Model in X10
- Actor-based Concurrency and Message Passing in X10
- Understanding X10’s Distributed Objects and Coordination
- Designing and Using Custom Traits in X10
- Working with Staged Computation in X10
- Multithreading in X10: Shared Memory vs Distributed Memory
- Error Handling in Concurrent X10 Programs
- Performance Optimization: Profiling and Tuning X10 Applications
- Memory Management and Garbage Collection in X10
- Integrating with Java: Calling Java Code from X10
- Building Scalable Applications with X10
- X10 for High-Performance Computing (HPC) Applications
- Using X10 in Scientific Computing and Simulations
- Building Distributed Web Applications with X10
- X10 for Large-Scale Data Processing and Analytics
- Building Data-Intensive Applications with X10
- Creating a Real-Time System with X10
- Using X10 for Cloud-Based Distributed Applications
- Designing and Implementing Network Protocols in X10
- X10 for Machine Learning: Parallelizing Algorithms
- Parallelizing Image and Video Processing with X10
- Building Multi-Tiered Systems with X10
- Designing Interactive User Interfaces with X10 and JavaFX
- Integrating X10 with Existing Java Frameworks
- Data Streaming and Processing with X10
- Building Distributed File Systems with X10
- X10 for Internet of Things (IoT) Applications
- Building Simulation and Modeling Tools with X10
- Creating Robust Microservices with X10
- Developing Multi-User Applications with X10
¶ Part 5: Advanced Topics and Best Practices in X10
- Understanding X10’s Memory Consistency Model
- Advanced Memory Management in X10
- Implementing Custom Scheduling and Task Management in X10
- Advanced Distributed Programming Techniques in X10
- Implementing Fault-Tolerant Systems with X10
- Optimizing X10 Applications for Performance
- Using Profilers and Debuggers for X10 Applications
- Testing and Validation for X10 Applications
- Security in X10: Best Practices for Safe Programming
- Scaling X10 Programs on Large Distributed Systems
- Integrating X10 with Docker and Kubernetes for Cloud Deployment
- Cross-Language Interoperability: Integrating X10 with Python and C++
- Real-Time Programming in X10: Ensuring Timeliness and Determinism
- X10 in the Internet of Things (IoT) Ecosystem
- Building X10 Libraries for Code Reuse
- Integrating X10 with Database Systems for Distributed Queries
- X10 in Data Mining and Big Data Analytics
- Building a Distributed Monitoring and Logging System in X10
- The Future of X10: Trends and Emerging Use Cases
- Contributing to the X10 Open-Source Community and Ecosystem
This list covers the basics of X10 programming, including syntax and data types, and progresses through more advanced topics such as concurrency, parallel programming, memory models, and real-world applications. Each chapter is designed to guide you from beginner to expert level, allowing you to build efficient, scalable, and high-performance applications with X10.