ChrisMoney

/ AlignOutPut – left justify and align a set of strings to improve the appearance of program output

namespace AlignOutPut
{
	using System;
	class Program
	{
		public static void Main(string[] args)
		{
			string[] names = (“Christa”, “Sarah”, “Jonathan”, “Sam”, “Schmekowitz”);

ChrisMoney

// Build A Sentence – the following program constructs sentences by concatenating user input until the //user enters one of the termination characters
//This program shows you when you need to look for string equality the 

using System;
namespace BuildASentence
{
	public class Program
	{
		public static void Main(string[] args)
Console.WriteLine(“Each line you enter will be added to a sentence until you enter Exit or Quit”);

ChrisMoney

//C# Program = Calculate Interest Table with Functions

//CalculateInterestTableWithFunctions – generate an interest table much like the other interest table //programs, but this time using reasonable divison among several functions

Namespace CalculateInterestTableWithFunctions
{
// Section 1 – input the data you will need to create the table

decimal mPrincpal = 0;
decimal  mInterest = 0;

ChrisMoney

using System;
public class Test
    //Object parameter always refers to a database item
{
    public static void Main()
    {
         checkImage(object newspic)
        object
        string
        

ChrisMoney

using System;
public class Test
    //Object parameter always refers to a database item
    //newspic is a database column
{
    public static void Main()
    {
         checkImage(object newspic)
        object
        string

ChrisMoney

// Default Arguments Example

// FunctionWithDefaltArgments – provide variations of the same function, some with default //arguments, by overloading the function name

using System;
namespace FunctionsWithDefaultArguments
{
	public class program
	{
	public static void Main(string[] args)

ChrisMoney

// MixingFunctionsAndMethods – mixing class functions and object methods can  class cause problems
using Systems;
namespace MixingFunctionsAndMethods
{
	public class Students
{
	public string sFirstName;
	public string sLastName;
	// InitStudent – initialize the student object 
	

ChrisMoney

Open CSV file:

1.	public Form1()
2.	{
3.	    InitializeComponent();
4.	
5.	    OpenFileDialog dialog = new OpenFileDialog();
6.	    dialog.Filter = "CSV Files (*.csv)|*.csv";
7.	    if (dialog.ShowDialog() == DialogResult.OK)
8.	    {

ChrisMoney

// ParseSequenceWithSplit – input a series of numbers separated by commas, parse them into integers //and output the sum
namespace ParseSequenceWithSplit
{
	using System;
	class Program
	{
public static void Main(string) args)
{
	// prompt the user to input a sequence of numbers
	Console.WriteLine(“Input a series of numbers separated by commas:”);

ChrisMoney

// Pass By Reference
using System;
namespace PassByValue
{
	public class Program
	{
	// Update – try to modify the values of the arguments passed to it; note that you can declare      
             // functions in any order in a class

public static void Update(int I, double d)