Samet Kilictas’s Blog

This tutorial has two classes. ActionListener and Main class are seperated from each other.

• ParamListener.java
• BtnsListener.java

import javax.swing.JButton;
import javax.swing.JFrame;
import javax.swing.JPanel;
/**
* ParamListener.java
*/
public class ParamListener extends JFrame{
public ParamListener() {
JButton btn10 = new JButton("10");
JButton btn20 = new JButton("20");
JButton btn30 = new JButton("30");
JButton btn40 = new JButton("40");

btn10.addActionListener( new BtnsListener ("ten"));
btn20.addActionListener( new BtnsListener ("twenty"));
btn30.addActionListener( new BtnsListener ("thirty"));
btn40.addActionListener( new BtnsListener ("fourty"));

JPanel content = new JPanel();
content.add(btn10);
content.add(btn20);
content.add(btn30);
content.add(btn40);

setContentPane(content);
setTitle("A Tutorial");
setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE);
setVisible(true);
pack();
}

public static void main(String[] args) {
new ParamListener();

}

}

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Here is my microprocessors lecture notes. Also you can have information about assembly programming with TASM. All the 20 lectures are available.

Lecture 1

1. Microcomputers and Microprocessors
2. Evolution of Intel 80×86 Family Microprocessors
3. Binary and Hexadecimal Number Systems

Lecture 2

1. Brief History of 80×86 Family of Microprocessors
2. Pipelining and Registers
3. Introduction to Assembly Programming

Lecture 3

1. Introduction to Assembly Programming (cont. from Lecture 2)
2. Introduction to Program Segments

Lecture 4

1. Memory Map of the IBM PC
2. Pushing and Popping Operations (Stack)
3. Flag Registers and bit fields

Lecture 5

1. Flag Registers and bit fields
2. 80×86 addressing modes.

Lecture 6

1. Directives and sample programs
2. Assemble, link and run a program

Lecture 7

1. Control transfer instructions
2. CALL statement
3. Subroutines
4. Data Types and Data Definition

Lecture 8

1. Arithmetic and Logic Instructions and Programs
2. Unsigned Addition and Subtraction

Lecture 9

1. Unsigned Subtraction
2. Unsigned Multiplication and Division
3. Arithmetic and Logic Instructions and Programs

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