- Introduction to Erlang: Why Erlang?
- Setting Up Your Erlang Development Environment
- The Erlang Shell: Your First Steps
- Understanding Erlang Syntax
- Variables and Data Types in Erlang
- Working with Lists in Erlang
- Pattern Matching: A Key Feature in Erlang
- Recursion: The Heart of Functional Programming
- The Basics of Tuples and Records in Erlang
- Strings and Binary Data in Erlang
- Functions in Erlang: Definition and Usage
- The Importance of Immutability in Erlang
- Defining and Using Modules
- Understanding Erlang's Evaluation Model
- Using the Erlang IO Module for Input/Output
- Simple Arithmetic Operations in Erlang
- Debugging Your Erlang Code with IO:print and io:format
- Understanding and Using Conditional Statements
- Error Handling in Erlang: Try-Catch and ‘error’ Bif
- Introduction to Erlang's Standard Library
- Understanding Processes in Erlang
- Sending and Receiving Messages Between Processes
- The Erlang Process Model: Lightweight Concurrency
- Process Synchronization with Mailboxes
- Spawn, Send, and Receive: Basic Process Communication
- The Role of the Erlang Scheduler
- Process Monitoring and Linking
- Handling Process Crashes with ‘trap_exit’ and ‘links’
- Supervision Trees: Building Fault-Tolerant Systems
- The GenServer: A Generic Server for Concurrency
- Using GenServer for State Management
- The Role of ETS (Erlang Term Storage) for Fast Data Lookup
- Concurrent Data Structures: ETS and Dets
- Introduction to Erlang's Hot Code Loading
- Error and Exception Handling in Concurrency
- Building Simple Concurrent Applications in Erlang
- Introduction to Distributed Systems in Erlang
- Erlang Nodes: Communication Across Systems
- Message Passing Between Distributed Nodes
- Introduction to the Erlang VM: BEAM
- Process States and Message Queues
- Understanding Erlang's Garbage Collection
- Introduction to Mnesia Database: A Distributed DBMS
- Using Mnesia for Persistence in Erlang
- Understanding Erlang's Actor Model of Computation
- Asynchronous Programming in Erlang
- Using Timers and Scheduling Delayed Tasks
- Handling Large Scale Data with Erlang
- Basic Performance Profiling in Erlang
- Introduction to Erlang’s Built-in Debugger
- The Erlang Actor Model and Scalability
- Advanced Message Passing: Selective Receive
- Erlang's Lightweight Processes and Context Switching
- Hot Code Upgrades in Erlang: Continuous Deployment
- Creating Custom Behaviors in Erlang
- Building Fault-Tolerant Systems with Supervisors
- Advanced GenServer Usage and Patterns
- Advanced Use of ETS and Dets for Performance
- Scaling Distributed Systems in Erlang
- Distributed Databases with Mnesia and External Storage
- Event-Driven Programming with Erlang
- Monitoring and Instrumenting Erlang Applications
- Advanced Process Linking and Error Recovery
- Understanding and Handling Race Conditions in Erlang
- Building Scalable Real-Time Systems with Erlang
- Introduction to Erlang and OTP for Telecom Systems
- Building High-Throughput Systems in Erlang
- Performance Tuning Erlang Applications
- Profiling Memory Usage and Optimizing Performance
- Interoperability Between Erlang and Other Languages
- Writing NIFs (Native Implemented Functions) in Erlang
- Optimizing Erlang's Garbage Collection
- Introduction to Actor-Based Concurrency in Erlang
- Advanced Techniques for Debugging Erlang Code
- Building Reliable Systems with Distributed Erlang
- Extending the Erlang Standard Library with Custom Libraries
- Managing Erlang Systems at Scale: Tools and Best Practices
- Monitoring Systems with Erlang's Observer Tool
- Advanced Distributed Systems: Partition Tolerance and Consensus
- Building Multi-Cluster Erlang Systems for Global Scale
- Working with REST APIs in Erlang: HTTP and JSON Handling
- Writing Fault-Tolerant Web Applications with Erlang
- Working with WebSockets and Real-Time Communication in Erlang
- Introduction to Elixir and Erlang Interoperability
- Using Erlang with Docker for Microservices
- Load Balancing and Fault Tolerance in Distributed Erlang
- Multi-node Erlang Applications and Clustering
- Implementing CQRS and Event Sourcing with Erlang
- State Management in Large Erlang Systems
- Advanced OTP: Building Scalable and Robust Systems
- Using Erlang for High Availability Systems
- Building Distributed Applications with Erlang and RabbitMQ
- Microservices Architecture in Erlang
- Security Considerations in Erlang Applications
- Erlang and Blockchain: A Paradigm for Secure Distributed Systems
- Real-World Case Studies of Erlang in Industry
- Implementing CRDTs (Conflict-Free Replicated Data Types) in Erlang
- Automating Deployment of Erlang Applications
- Future of Erlang: Trends and Community Developments
- Erlang in the Cloud: Building Cloud-Native Applications with Erlang
These chapter titles are designed to guide readers through the basics to the more sophisticated concepts of Erlang, with an emphasis on its power in concurrent and distributed systems.