Java до уровня Junior Developer за 3 месяца (1 часть)

Based on the detailed description provided, here's a structured outline for a Java programming course that follows the outlined approach:

1. Introduction to Java Programming

   • Overview of the course and what to expect.
   • Setting up the development environment (IDEs like IntelliJ IDEA or Eclipse).
   • First "Hello, World!" program to familiarize with basic syntax and output.
   • Explanation of Java's structure: JDK, JRE, and class files.

2. Fundamentals of Java

   • Data types, operators, and variable declarations.
   • Control flow statements (if-else, switch, loops).
   • Arrays and collections introduction.
   • Exception handling basics.
   • Understanding class design: fields, methods, constructors.

3. Object-Oriented Programming (OOP)

   • Classes and objects.
   • Encapsulation.
   • Inheritance and polymorphism.
   • Abstract classes and interfaces.
   • Example implementation of OOP concepts.

4. Advanced Data Structures

   • Linked lists, stacks, queues, and trees.
   • Generic types and collections framework.
   • Algorithms and data structures for complex problems (sorting, searching).

5. Concurrency in Java

   • Threads and Runnable interface.
   • Synchronization and concurrent collections.
   • Executors and the java.util.concurrent package.
   • Lambda expressions and functional interfaces.

6. Networking and I/O

   • TCP/IP basics.
   • Streams in Java (file, socket, etc.).
   • Reading and writing data from/to files or network streams.
   • Introduction to RESTful APIs and HTTP client.

7. Java Standard Library and Tools

   • NIO for efficient I/O.
   • XML and JSON parsing with libraries like Jackson.
   • Utilizing libraries like Apache Commons.
   • Debugging and testing in Java.

8. Advanced Topics

   • Annotations and reflection.
   • JVM internals.
   • Profiling and optimization.
   • Introduction to Java's new features (if applicable).

9. Development Practices

   • Unit testing with JUnit.
   • Continuous integration/continuous deployment (CI/CD) basics.
   • Code review and refactoring guidelines.
   • Version control systems like Git and GitHub.

10. Project Work

    • Capstone project that integrates all the concepts learned.
    • Designing a larger application or improving an existing one.
    • Peer reviews of code and design choices.
    • Final presentation of the completed project.

Each section would end with a "Summary" lesson, as mentioned, to help consolidate the knowledge gained in that particular segment. Throughout the course, students would be encouraged to engage with practical tasks, which are later demonstrated by the instructor. Additional notes, rules, and reminders would be provided as needed to assist learning and problem-solving. The course would also include "Remember" sections for key points or commands that should not be forgotten, and "Know Your Tools" sections for understanding the development tools and IDEs used in Java development.