static void Main(string[] args)
{
// this is a test!
// only to explain the branching
//Create a couple of instances of the Employee class
Employee employee1 = new Employee("Dave", "Barnes");
Employee employee2 = new Employee("Joe", "Somebody");
SalaryEmployees salaryEmployee1 = new SalaryEmployees("Paul", "Bath", 55000m);
//Creat simple int that will be used for value vs reference
int myNumber = 5;
//Write the value of the int before the method, call the method, print after call.
Console.WriteLine(myNumber);
changeAnInt(myNumber);
Console.WriteLine(myNumber);
//Write the value of the employee before the method, call the method, print after call.
Console.WriteLine(employee1.ToString());
changeAnObject(employee1);
Console.WriteLine(employee1.ToString());
//Console.WriteLine(employee.GetFullName());
//Console.WriteLine(employee.ToString());
//Showing how to use an array with objects
Employee[] employees = new Employee[10];
//Instanciate some employees into the array
employees[0] = new HourlyEmployee("James", "Kirk", 550m);
// we can store child parameter objects in an array of the parent array
employees[1] = new SalaryEmployees("Jean-Luc", "Picard", 2225.21m);
employees[2] = new Employee("Benjamin", "Sisko");
employees[3] = new Employee("Kathryn", "Janeway");
employees[4] = new Employee("Johnathan", "Archer");
employees[5] = new HourlyEmployee("James", "Kirk", 550m);
employees[6] = new SalaryEmployees("Jean-Luc", "Picard", 2225.21m);
employees[7] = new Employee("Benjamin", "Sisko");
employees[8] = new Employee("Kathryn", "Janeway");
employees[9] = new Employee("Johnathan", "Archer");
////Lets use the new CSVProcessor we made!
//CSVProcessor csvProcesor = new CSVProcessor();
////Call the ImportCSV method passing the path, and the employees array
////over so they can be used.
//csvProcesor.ImportCSV("../data/employees.csv", employees);
////A for each loop that will loop through each element of the employees array
foreach (Employee employee in employees)
{
//Check to make sure that the current object is not null.
//we know that the first 5 have values because we assigned them right above
//but the last 5 are null, so we better put in a check.
if (employee != null)
{
//output the information of the employee
Console.WriteLine(employee.ToString());
}
}
// Print out the new subClasses of EMployee
Console.WriteLine("\n" + salaryEmployee1.ToString() + "\n");
//We are creating a new UserInterface class, and it's okay
//that the UserInterface class does not have a defined
//constructor. It will have a default one provide to us that
//we can take advantage of by just not passing in any parameters
UserInterface ui = new UserInterface();
//This is not a valid statement. Because we are trying to make
//an instance of a static class, it won't work.
//StaticUserInterface stui = new StaticUserInterface();
//Call the GetUserInput method of the UI class. It will return
//a valid integer that represents the choice they want to do.
int choice = ui.GetUserInput();
//To use a static class to execute methods we simply call the
//method on the class name, (or type). Since it is not possible
//to use the 'new' keyword and make an instance, the only way
//we can access the class is through the class name, so that
//is what we do. Here we are calling the GetUserInterface method
//on the class name to get it to run.
//choice = StaticUserInterface.GetUserInput();
//While the choice is not the exit choice (which in this case is 2)
while (choice != 2)
{
//If the choice is 1, which in this case it has to be, but if there
//were more menu options it might not be so obvious.
if (choice == 1)
{
//Create a empty string to concat to.
string allOutput = "";
//For each Employee in the employees array.
foreach (Employee employee in employees)
{
//So long as the spot in the array is not null
if (employee != null)
{
//Concat the employee changed to a string plus a new line
//to the allOutput string.
allOutput += employee.ToString() + Environment.NewLine;
}
}
//Now that the large string containing what I would like to output
//is created, I can output it to the screen using the
//PrintAllOutput method of the UI class.
ui.PrintAllOutput(allOutput);
}
//Now that the "Work" that we wanted to do is done,
//We need to re-prompt the user for some input
choice = ui.GetUserInput();
}
}
static void Main(string[] args)
{
// this is a test!
// only to explain the branching
//Create a couple of instances of the Employee class
Employee employee1 = new Employee("Dave", "Barnes");
Employee employee2 = new Employee("Joe", "Somebody");
SalaryEmployees salaryEmployee1 = new SalaryEmployees("Paul", "Bath", 55000m);
//Creat simple int that will be used for value vs reference
int myNumber = 5;
//Write the value of the int before the method, call the method, print after call.
Console.WriteLine(myNumber);
changeAnInt(myNumber);
Console.WriteLine(myNumber);
//Write the value of the employee before the method, call the method, print after call.
Console.WriteLine(employee1.ToString());
changeAnObject(employee1);
Console.WriteLine(employee1.ToString());
//Console.WriteLine(employee.GetFullName());
//Console.WriteLine(employee.ToString());
//Showing how to use an array with objects
Employee[] employees = new Employee[10];
//Instanciate some employees into the array
employees[0] = new HourlyEmployee("James", "Kirk", 550m);
// we can store child parameter objects in an array of the parent array
employees[1] = new SalaryEmployees("Jean-Luc", "Picard", 2225.21m);
employees[2] = new Employee("Benjamin", "Sisko");
employees[3] = new Employee("Kathryn", "Janeway");
employees[4] = new Employee("Johnathan", "Archer");
employees[5] = new HourlyEmployee("James", "Kirk", 550m);
employees[6] = new SalaryEmployees("Jean-Luc", "Picard", 2225.21m);
employees[7] = new Employee("Benjamin", "Sisko");
employees[8] = new Employee("Kathryn", "Janeway");
employees[9] = new Employee("Johnathan", "Archer");
////Lets use the new CSVProcessor we made!
//CSVProcessor csvProcesor = new CSVProcessor();
////Call the ImportCSV method passing the path, and the employees array
////over so they can be used.
//csvProcesor.ImportCSV("../data/employees.csv", employees);
////A for each loop that will loop through each element of the employees array
foreach (Employee employee in employees)
{
//Check to make sure that the current object is not null.
//we know that the first 5 have values because we assigned them right above
//but the last 5 are null, so we better put in a check.
if (employee != null)
{
//output the information of the employee
Console.WriteLine(employee.ToString());
}
}
// Print out the new subClasses of EMployee
Console.WriteLine("\n" + salaryEmployee1.ToString() +"\n");
//We are creating a new UserInterface class, and it's okay
//that the UserInterface class does not have a defined
//constructor. It will have a default one provide to us that
//we can take advantage of by just not passing in any parameters
UserInterface ui = new UserInterface();
//This is not a valid statement. Because we are trying to make
//an instance of a static class, it won't work.
//StaticUserInterface stui = new StaticUserInterface();
//Call the GetUserInput method of the UI class. It will return
//a valid integer that represents the choice they want to do.
int choice = ui.GetUserInput();
//To use a static class to execute methods we simply call the
//method on the class name, (or type). Since it is not possible
//to use the 'new' keyword and make an instance, the only way
//we can access the class is through the class name, so that
//is what we do. Here we are calling the GetUserInterface method
//on the class name to get it to run.
//choice = StaticUserInterface.GetUserInput();
//While the choice is not the exit choice (which in this case is 2)
while (choice != 2)
{
//If the choice is 1, which in this case it has to be, but if there
//were more menu options it might not be so obvious.
if (choice == 1)
{
//Create a empty string to concat to.
string allOutput = "";
//For each Employee in the employees array.
foreach (Employee employee in employees)
{
//So long as the spot in the array is not null
if (employee != null)
{
//Concat the employee changed to a string plus a new line
//to the allOutput string.
allOutput += employee.ToString() + Environment.NewLine;
}
}
//Now that the large string containing what I would like to output
//is created, I can output it to the screen using the
//PrintAllOutput method of the UI class.
ui.PrintAllOutput(allOutput);
}
//Now that the "Work" that we wanted to do is done,
//We need to re-prompt the user for some input
choice = ui.GetUserInput();
}
}