Stefan Insam ramsesoriginal

I hereby claim:

To claim this, I am signing this object:

	def computeAndPrint(type, start, nodes, edges):

	G = type(nodes, edges)
	ford(G, nodes[start])
	print("Ford von " + nodes[start].name + " mit " + type.__name__)
	print([n.name + " y:" + str(n.y) for n in nodes])
	print([(n.p.name if n.p is not None else "None") + "->" + n.name for n in nodes])
	print('')

	def test():


	def test():

	class Node(object):
	def __init__(self, name, *successors):
	self.successors = list(successors)
	self.name = name
	self.color = "white"

	def __repr__(self):



	import time

	outputBuffer = ""
	output = ""

	def out(s = False, l = False, trimList=True):
	global outputBuffer
	if s:


	def test(title="Test", expression="x0", expectedResult=(True, 0), expectedException = False, arguments=[True], hideOK = False):
	out = "\n" + title + "\n"
	out = out + '\tauswertung ("' + expression + '", ' + str(arguments) + ')'
	reraise = False
	if expectedException:
	out = out + "\n" + "\tResult should be an exception"
	else:
	out = out + "\n" + "\tResult should be: " + str(expectedResult)
	try:

	'''testStart

	testCategory Tests aus der Angabe

	testName Weg Findbar
	maxtime 3
	expectedResult 11
	call abstand((0, 9), (2, 2))

	testName Weg Nicht Findbar