from huffman import Huffman
Huff = Huffman()
Huff.buildOwn = True
print('Geben Sie einen Text zum codieren ein!');
text = input('>> ');
encoded = Huff.encode(text)
print(encoded)
print('Dekodiert:')
print(Huff.decode(encoded))
Huff.verbose()
######### AUFGABE 5.2 TESTS #########
if (which == "2"):
from rle import RunLenghtEncoding
rle = RunLenghtEncoding();
print('Geben Sie einen Text zum codieren ein!');
text = input('>> ');
res = rle.encode(text)
print("Der Komprimierte Text lautet:")
print(res)
print("Der Rück-Kodierte Text lautet:")
print(rle.decode(res))
rle.verbose()
######### AUFGABE 5.1 TESTS #########
if (which == "1"):
from bintree import Node
abort('Import-failure')
testcases = [
'abcdefghijklmnopqrstuvwxyz',
'äüöß',
'!"§$%&/()=?=)(/&%$§"',
'¡“¶¢[]|{}≠¿',
'1234567890',
];
i = 0
for t in testcases:
try:
huff = Huffman()
rl = RunLenghtEncoding()
encoded = huff.encode(t)
if (t != huff.decode(encoded)):
raise Exception
encoded = rl.encode(t)
decoded = rl.decode(encoded)
if (t != decoded):
raise Exception
except Exception as e:
print("Testcase failed!")
print("Input: "+str(t))
print("Output: "+str(decoded))
if (len(str(e)) > 0):
