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Java for TypeScript Developers: Migration Guide
Module 01: Introduction & Setup
01.1 Java Ecosystem Overview
01.2 Development Environment
01.3 First Java Program
01.4 Why Learn Java as a JavaScript Developer?
Module 02: Primitives & Numbers
02.1 Java Type System
02.2 Primitive Types and Variables
02.3 Numbers
Module 03: Arrays
03.1 Arrays
03.2 Multi-dimensional Arrays
03.3 Array Methods
Module 04: Eclipse Tips and Tricks
04.1 Package Creation
04.2 Plugins
04.3 Code Generation & Refactoring
Module 05: Operators and Operands
05.1 Arithmetic Operators
05.2 Assignment & Relational Operators
05.3 Logical Operators
05.4 Operators with integers and floating point numbers & Big Decimal types
05.5 Bitwise Operations
Module 06: Strings in Java
06.1 Strings
06.2 String Comparison
06.3 Escape Sequences
06.4 String Formatting
06.5 Regular Expressions
Module 07: Control Statements
07.1 Conditional Logic
07.2 Loops
07.3 Jump Statements
07.3 Enhanced For Loops
07.4 Labels
Module 8: Miscellaneous
Module 09: Iteration
Module 10: Methods in Java
10.1 method design overloading
10.2 parameter passing
10.3 varargs signatures
10.4 method references lambdas
Module 11: Enumerations in Java
11.1 enum fundamentals
11.2 enum methods constructors
11.3 enumset enummap
11.4 comparing typescript enums
Module 12: Debugging Tools
12.1 debugging strategies
12.2 ide debugger
12.3 logging frameworks intro
12.4 profiling performance
Module 13: Object-Oriented Programming
13.1 classes objects
13.2 inheritance polymorphism
13.3 encapsulation principles
13.4 abstract classes interfaces
Module 14: OOP Interview Questions
14.1 design patterns
14.2 interface vs abstract
14.3 inheritance best practices
14.4 real world scenarios
Module 15: EXAM - OOP & Design Patterns
15.1 oop assessment
15.2 design pattern implementations
15.3 code review exercises
15.4 best practice evaluation
Module 16: Exception Handling
16.1 exception hierarchy
16.2 try catch finally
16.3 custom exceptions
16.4 error handling strategies
Module 17: Java Collections Framework
17.1 list set map interfaces
17.2 arraylist linkedlist hashmap
17.3 collection algorithms
17.4 comparing js arrays objects
Module 18: Generics
18.1 generic classes methods
18.2 type bounds wildcards
18.3 generic collections
18.4 comparing typescript generics
Module 19: Java Collections Deep Dive
19.1 performance characteristics
19.2 concurrent collections
19.3 custom implementations
19.4 best practices pitfalls
Module 20: Functional Programming in Java
20.1 lambda expressions
20.2 method references
20.3 functional interfaces
20.4 comparing js functions
Module 21: Stream API
21.1 stream creation operations
21.2 intermediate terminal operations
21.3 parallel streams
21.4 comparing js array methods
Module 22: Functional Programming Advanced
22.1 advanced lambda techniques
22.2 functional composition
22.3 monads optional
22.4 performance considerations
Module 23: Input and Output & NIO
23.1 file io operations
23.2 streams readers writers
23.3 nio features
23.4 path files api
Module 24: I/O in Java Internals
24.1 buffer management
24.2 channel operations
24.3 memory mapped files
24.4 performance optimization
Module 25: Multithreading
25.1 thread creation management
25.2 synchronization mechanisms
25.3 thread pools executors
25.4 comparing js async await
Module 26: Multithreading Advanced
26.1 concurrent data structures
26.2 lock free programming
26.3 completablefuture async
26.4 performance tuning
Module 27: Date and Time in JDK
27.1 modern datetime api
27.2 localdate time datetime
27.3 timezones formatting
27.4 comparing js date
Module 28: Java Reflection & Annotations
28.1 runtime type inspection
28.2 dynamic method invocation
28.3 annotations
28.4 reflection best practices
Module 29: JDK API Deep Dive
29.1 essential jdk packages
29.2 utility classes methods
29.3 performance critical apis
29.4 version compatibility
Module 30: Modules in Java & Java Apps
30.1 jpms
30.2 modular applications
30.3 module dependencies services
30.4 migration strategies
Module 31: Internationalization & Localization
31.1 resource bundles
31.2 locale specific formatting
31.3 unicode handling
31.4 multi language design
Module 32: Java Core Internals
32.1 jvm architecture
32.2 memory management gc
32.3 class loading
32.4 performance profiling
Module 33: Logging in Java
33.1 logging frameworks
33.2 log levels configuration
33.3 structured logging
33.4 monitoring alerting
Module 34: Java New Versions
34.1 java release cycle
34.2 new features by version
34.3 migration strategies
34.4 keeping up evolution
Module 35: EXAM - Java Fundamentals
35.1 comprehensive assessment
35.2 real world problem solving
35.3 code quality evaluation
35.4 performance optimization
Module 36: Bonus Section
36.1 advanced design patterns
36.2 best practices compendium
36.3 career guidance
36.4 open source contribution
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Table of contents
25.1 thread creation management
25.2 synchronization mechanisms
25.3 thread pools executors
25.4 comparing js async await