public void Promote()
{
var calculator = new RateCalculator(excludeOrders: true);
var rating = calculator.Calculate(this);
Console.WriteLine("Promote logic changed");
}
public void Promote()
{
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("Promote logic changed.");
}
public void Promote()
{
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("This promoted has ben changed");
}
public void Promote()
{
var calculator = new RateCalculator(); // Internal - accesibil din interiorul, din exteriorul clasei dar numai în cadrul assembly-ului
var rating = calculator.Calculate(this);
Console.WriteLine("Promote logic changed");
}
public void Promote()
{
var calculator = new RateCalculator(); //part of same assembly (internal)
var rating = calculator.Calculate();
Console.WriteLine("promoted");
}
public void Promote()
{
var calculator = new RateCalculator(); //not a good practice, creates coupling / dependency
var rating = calculator.Calculate(this);
Console.WriteLine("promote logic changed");
}
public void Promote()
{
var calculator = new RateCalculator(); // not good to create objects inside a class method of another class
var rating = calculator.Calculate();
Console.WriteLine("Promote logic change");
}
public void Promote()
{
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("Promoted method.");
}
public void Promote()
{
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("Promote logic change");
}
public void Promote()
{
//not best practice. creates coupling. use interface instead
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("promote logic changed.");
}
public void Promote()
{
var calculator = new RateCalculator();
// this = customer object
var rating = calculator.Calculate();
Console.WriteLine("Promote logic changed.");
}
public void Promote()
{
//NOTE: there is a better way to instantiate an object so that it's not here in another class. See the "Interfaces" lecture
var calculator = new RateCalculator();
var rating = calculator.Calculate(this); //'this' means we're passing the "Customer" object to the Calculate method
Console.WriteLine("Promote logic changed.");
}
public void Promote()
{
////Note, this is not best practice to instanticate a new RateCalculator here
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("Promote Logic Changed.");
}
public void Promote()
{
var calculator = new RateCalculator();
calculator.Calculate();
Console.WriteLine("Promote Logic Changed");
}
public void Promote()
{
// var rating = CalculateRating(true);
// Console.WriteLine(rating == 0 ? "level 1 promotion" : "level 2 promotion");
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("promote logic changed");
}
public void Promote()
{
// RateCalculator() is visible because it's part of the same assembly
// but not visible in Main()
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("Promote logic accessible from Main().");
}
public void Promote()
{
//var rating = CalculateRating(excludeOrders: true);
//if (rating == 0)
// Console.WriteLine("promoted to level 1");
//else
// Console.WriteLine("promoted to lvl 2");
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("promote logic changed");
}
public void Promote()
{
//var rating = CalculateRating(true);
//if(rating == 1)
// Console.WriteLine("Promoted to level 1");
//else
// Console.WriteLine("Promoted to level 2");
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("Promote change");
}
public void Promote()
{
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("Promote Logic is changed");
/* var rating = CalculateRating(excludeOrders: true);
* if (rating ==0)
* Console.WriteLine("Promotedto level 1");
* else
* Console.WriteLine("Promotedto level 2"); */
}
public void Promote()
{
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
if (rating == 0)
{
Console.WriteLine("Promote to the Level 1");
}
else
{
Console.WriteLine("Promote to the Level 2");
}
}
public void Promote()
{
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
if (rating == 0)
{
Console.WriteLine("You are promoted to Lvl.0");
}
else if (rating == 1)
{
Console.WriteLine("You are promoted to Lvl.1");
}
else
{
Console.WriteLine("You are promoted to Lvl.2");
}
}
public void Promote()
{
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
Console.WriteLine("Promote logic chaged");
/*var rating = CalculateRating();
* if (rating == 0)
* {
* Console.WriteLine("Promoted to level 1");
*
* }
* else
* {
* Console.WriteLine("Promoted to level 2");
* }*/
}
public void Promote()
{
var calculator = new RateCalculator();
Console.WriteLine("Promote");
}
public void Promote()
{
// Usually not good practice to instantiate a new object from within a method. Creates coupling / dependency
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
}
public void Promote()
{
var calculator = new RateCalculator();
// passes 'this' as the customer object to the method
var rating = calculator.Calculate(this);
}
public void Promote()
{
var calculator = new RateCalculator();
var rating = calculator.Calculate(this);
}
static void Main(string[] args)
{
var customer = new Customer();
Amazon.RateCalculator calculator = new Amazon.RateCalculator();
}
static void Main(string[] args)
{
var customer = new Customer();
Amazon.RateCalculator calculator = new RateCalculator();
}