TAILIEUCHUNG - Lecture Object Oriented Programing - Chapter 23: Multithreading

In chapter 23 you will learn: What threads are and why they are useful, how threads enable you to manage concurrent activities, the life cycle of a thread, thread priorities and scheduling, to create and execute runnables, thread synchronization, what producer/consumer relationships are and how they are implemented with multithreading. | 23 Multithreading The most general definition of beauty Multeity in Unity. Samuel Taylor Coleridge Do not block the way of inquiry. Charles Sanders Peirce A person with one watch knows what time it is; a person with two watches is never sure. Proverb Learn to labor and to wait. Henry Wadsworth Longfellow The world is moving so fast these days that the man who says it can’t be done is generally interrupted by someone doing it. Elbert Hubbard OBJECTIVES In this chapter you will learn: What threads are and why they are useful. How threads enable you to manage concurrent activities. The life cycle of a thread. Thread priorities and scheduling. To create and execute Runnables. Thread synchronization. What producer/consumer relationships are and how they are implemented with multithreading. To enable multiple threads to update Swing GUI components in a thread-safe manner. About interfaces Callable and Future, which you can use with threading to execute tasks that return .

• Kỹ thuật lập trình
• Object Oriented Programing
• Lecture Object Oriented Programing
• Programming languages
• Thread states
• Executing threads
• Thread synchronization
• Direct superclass
• Indirect superclass
• Software engineering
• Effect polymorphism
• Demonstrating polymorphic behavior
• Abstract classes
• Data hierarchy
• Class file
• Object serialization
• Class string
• Class character
• Concatenating strings
• Computer organization
• Early operating systems
• World Wide Web
• Java applications
• Displaying text
• Java application programming
• Instance variables
• Initializing Objects
• Primitive types
• Control statements
• Control structures
• Formulating algorithms
• Counter controlled repetition
• Program modules in Java
• Declaring methods
• Method overloading
• Declaring arrays
• Creating arrays
• Passing arrays to methods
• Controlling access
• Overloaded constructors
• Graphical user interfaces
• Look and feel observation
• Java coordinate system
• Graphics contexts
• Drawing Arcs
• Exception handling
• Java exception hierarchy
• Infinite recursion
• Recursive backtracking
• Searching algorithms
• Sorting algorithms
• Linear search
• Data structures
• Type wrapper classes
• Dynamic memory allocation
• Class arrays
• Collections algorithms
• Synchronized collections
• Loading images
• Displaying images
• Scaling images
• Pluggable look and feel
• Manipulate sliders