Jason Gorman jasongorman

## Fibonacci_JG_1
public class FibonacciGenerator {

	public int getNumberAtPosition(int positionInSequence){
		if(positionInSequence > 1){
			return getNumberAtPosition(positionInSequence - 1) +
					getNumberAtPosition(positionInSequence - 2);
		}
		return positionInSequence;
	}


## gist:664067
if(length < 8 || false){
     throw new IllegalArgumentException();
}

## gist:664076
if(length < 8 && length > 50){
         throw new IllegalArgumentException();
}

## gist:664133
@Test
public void cannotRequestSequencesShorterThanEight() throws Exception {
	try
	{
		new FibonacciGenerator().getSequenceOfLength(7);
		fail();
	}
	catch(Exception e)
	{


## gist:664140
if(length < 8 && length > 50){
	throw new RuntimeException();
}

## gist:664143
if(length < 8){
	throw new RuntimeException();
}

## gist:664146
public class FibonacciGenerator {

	public int getNumberAtPosition(int positionInSequence){
		if(positionInSequence > 1){
			return getNumberAtPosition(positionInSequence - 1) +
					getNumberAtPosition(positionInSequence - 2);
		}
		return positionInSequence;
	}


## gist:664150
if(length < 8 || false){
	throw new IllegalArgumentException();
}

## gist:664151
public class FibonacciGenerator {

	public int getNumberAtPosition(int positionInSequence){
		if(positionInSequence > 1){
			return getNumberAtPosition(positionInSequence - 1) +
					getNumberAtPosition(positionInSequence - 2);
		}
		return positionInSequence;
	}


## gist:664152
public class FibonacciGenerator {

	public int getNumberAtPosition(int positionInSequence){
		if(positionInSequence > 1){
			return getNumberAtPosition(positionInSequence - 1) +
					getNumberAtPosition(positionInSequence - 2);
		}
		return positionInSequence;
	}
	public class FibonacciGenerator {

	public int getNumberAtPosition(int positionInSequence){
	if(positionInSequence > 1){
	return getNumberAtPosition(positionInSequence - 1) +
	getNumberAtPosition(positionInSequence - 2);
	}
	return positionInSequence;
	}
	if(length < 8 \|\| false){
	throw new IllegalArgumentException();
	}
	if(length < 8 && length > 50){
	throw new IllegalArgumentException();
	}
	@Test
	public void cannotRequestSequencesShorterThanEight() throws Exception {
	try
	{
	new FibonacciGenerator().getSequenceOfLength(7);
	fail();
	}
	catch(Exception e)
	{
	if(length < 8 && length > 50){
	throw new RuntimeException();
	}