public void PubDiv(Calculation calc, String operation)
{
calc.SetOperation(operation);
CalculationArgs calcArgs = new CalculationArgs(calc, operation);
OnSubtraction(calcArgs);
}
public void PubPow(Calculation calc, String operation)
{
calc.SetOperation(operation);
CalculationArgs calcArgs = new CalculationArgs(calc, operation);
OnPower(calcArgs);
}
public void PubSqrt(Calculation calc, String operation)
{
calc.SetOperation(operation);
CalculationArgs calcArgs = new CalculationArgs(calc, operation);
OnSqrt(calcArgs);
}
public void PubMult(Calculation calc, String operation)
{
calc.SetOperation(operation);
CalculationArgs calcArgs = new CalculationArgs(calc, operation);
OnMultiplication(calcArgs);
}
public void PubAdd(Calculation calc, String operation)
{
calc.SetOperation(operation);
CalculationArgs calcArgs = new CalculationArgs(calc, operation);
OnAddition(calcArgs);
}
public void PubOp(Calculation calc)
{
string userInput = Console.ReadLine();
calc.SetOperation(userInput);
Console.WriteLine("Operation Received");
Console.WriteLine(userInput);
CalculationArgs calcArgs = new CalculationArgs(calc, userInput);
OnOperation(calcArgs);
}
public void PubInput2(Calculation calc)
{
double Input2 = Double.Parse(Console.ReadLine());
calc.SetInputB(Input2);
Console.WriteLine("Input Received");
Console.WriteLine(Input2);
String s = "";
CalculationArgs calcArgs = new CalculationArgs(calc, s);
OnOperation(calcArgs);
}
void HandleSqrt(object sender, CalculationArgs e)
{
Calculator.GetResult(e.GetCalculation);
InputHistory.GetInstance().AddHistory(e.GetCalculation);
}
void HandleError(object sender, CalculationArgs e)
{
Console.WriteLine(e.GetException);
}
void HandleUnassigned(object sender, CalculationArgs e)
{
InputProcessor _proc = new InputProcessor();
_proc.Calculate(e.GetCalculation);
}
public void PubHist(Calculation calc, String operation)
{
CalculationArgs calcArgs = new CalculationArgs(calc, operation);
OnHist(calcArgs);
}
protected virtual void OnSubtraction(CalculationArgs c)
{
EventHandler <CalculationArgs> calcEvent = RaiseSubtraction;
calcEvent(this, c);
}
void HandleHistory(object sender, CalculationArgs e)
{
InputHistory.GetInstance().ViewHistory();
}
protected virtual void OnMultiplication(CalculationArgs c)
{
EventHandler <CalculationArgs> calcEvent = RaiseMultiplication;
calcEvent(this, c);
}
protected virtual void OnHist(CalculationArgs c)
{
EventHandler <CalculationArgs> calcEvent = RaiseCalcEvent;
calcEvent(this, c);
}
/* void HandleOperation(object sender, CalculationArgs e)
* {
* Console.WriteLine("Operation Handled.");
* }
* void HandleInput1(object sender, CalculationArgs e)
* {
* InputProcessor _proc = new InputProcessor();
* _proc.Calculate(e.GetCalculation);
*
* }
* void HandleInput2(object sender, CalculationArgs e)
* {
* InputProcessor _proc = new InputProcessor();
* _proc.Calculate(e.GetCalculation);
*
* }*/
void HandleException(object sender, CalculationArgs e)
{
Console.WriteLine("Calculation failed. Error thrown.");
}
protected virtual void OnPower(CalculationArgs c)
{
EventHandler <CalculationArgs> calcEvent = RaiseSquare;
calcEvent(this, c);
}
protected virtual void OnDivision(CalculationArgs c)
{
EventHandler <CalculationArgs> calcEvent = RaiseDivision;
calcEvent(this, c);
}