Stefan Insam ramsesoriginal

## dabblet.css
/**
 * Horizontally scrolling box
 */

.scrollbox {
	/*overflow: hidden;*/
	display: block;
	outline: 1px solid red;
	padding: 0;
	margin: 0;

## dabblet.css
/**
 * Gwynne's Blocks
 */

 div {
 	width: 42rem;
 	height: 59.4rem;
 	position: relative;
 	background-color: red;
 	box-sizing: border-box;

## tests.py


test_liste = [1,2,"3", True, 10]

test1 = sublist(test_liste, 2, 4)
assert test1==["3", True]

test2 = sublist(test_liste, None, 4)
assert test2==[1, 2, "3", True]

## test_PA09.py
'''Modus 0:
13*[(45+48+{20}+{29}*9)+15+7]+50+39
13*[(45+48+20+29*9)+15+7]+50+39
13*[374+15+7]+50+39
13*396+50+39
5237

Modus 1:
13*[(45+48+{20}+{29}*9)+15+7]+50+39
13*[(45+48+20+29*9)+15+7]+50+39

## test_PA06.py
import traceback
from PA06_v2 import multiply, power

def do_test(A, B, C, POW):
	try:
		result = multiply(A, B)
		if result != C:
			print('multiply({}, {})'.format(A, B))
			print('\tsollte sein: {}'.format(C))
			print('\twar aber:    {}'.format(result))

## test_PA04.py

def list_to_set(l):
   for i, e in enumerate(l):
      len_before = len(l[i])
      l[i] = set(e)
      if len(l[i]) != len_before:
         l[i] = None
   return sorted(l)

def test():

## test_PA03.py

def test():
	def do_test(t, args):
		lok = False
		try:
			if len(args) == 3:
				p, l, r = args
				retVal = t(p, l)
				lok = retVal == r
			else:

## keybase.md

      
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                ramsesoriginal
                / keybase.md
            
            
              Created
              July 23, 2018 01:13
            
              
                keybase.md
              
          
    Keybase proof

I hereby claim:

I am ramsesoriginal on github.
I am ramsesoriginal (https://keybase.io/ramsesoriginal) on keybase.
I have a public key ASB8Fg0ZSuMmbJ4BXHSNsp6uL7ZcVyBFHDVljMKbxE1W2Qo

To claim this, I am signing this object:

  
## PA07_test.py

seeds = [\
	[],
	[[]],
	[[],[]],
	[[0]],
	[[1]],
	[[0],[0]],
	[[1],[0]],
	[[0],[0],[0]],

## PA03.py
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():
	/**
	* Horizontally scrolling box
	*/

	.scrollbox {
	/overflow: hidden;/
	display: block;
	outline: 1px solid red;
	padding: 0;
	margin: 0;
	/**
	* Gwynne's Blocks
	*/

	div {
	width: 42rem;
	height: 59.4rem;
	position: relative;
	background-color: red;
	box-sizing: border-box;


	test_liste = [1,2,"3", True, 10]

	test1 = sublist(test_liste, 2, 4)
	assert test1==["3", True]

	test2 = sublist(test_liste, None, 4)
	assert test2==[1, 2, "3", True]
	'''Modus 0:
	13[(45+48+{20}+{29}9)+15+7]+50+39
	13[(45+48+20+299)+15+7]+50+39
	13*[374+15+7]+50+39
	13*396+50+39
	5237

	Modus 1:
	13[(45+48+{20}+{29}9)+15+7]+50+39
	13[(45+48+20+299)+15+7]+50+39
	import traceback
	from PA06_v2 import multiply, power

	def do_test(A, B, C, POW):
	try:
	result = multiply(A, B)
	if result != C:
	print('multiply({}, {})'.format(A, B))
	print('\tsollte sein: {}'.format(C))
	print('\twar aber: {}'.format(result))

	def list_to_set(l):
	for i, e in enumerate(l):
	len_before = len(l[i])
	l[i] = set(e)
	if len(l[i]) != len_before:
	l[i] = None
	return sorted(l)

	def test():

	def test():
	def do_test(t, args):
	lok = False
	try:
	if len(args) == 3:
	p, l, r = args
	retVal = t(p, l)
	lok = retVal == r
	else:

	seeds = [\
	[],
	[[]],
	[[],[]],
	[[0]],
	[[1]],
	[[0],[0]],
	[[1],[0]],
	[[0],[0],[0]],
	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():