f = open('./'+args['output']+'.huff', 'wb')
pickle.dump(coder.omega, f)
except Exception:
print('Error while writing huffman-dictionary to file!')
quit()
# We need to uncompress
elif (args['uncompression'] != None):
if (args['verbose']):
print('Coding-Mode is set to UN-COMPRESSION!')
print('Uncompressing data...')
outputData = coder.decode(inputData)
# WRITE TO OUTPUT FILE
# =====================
if (args['verbose']):
print('Writing output to file...')
try:
f = open("./"+args['output'], "w+")
try:
f.writelines(outputData)
finally:
f.close()
except IOError:
print('Error wile writing to output file!')
quit()
if (args['verbose']):
if (args['compression'] != None):
coder.verbose()
print('EVERYTHING WENT BETTER THAN EXCEPTED!')
print('Welchen Aufgabenteil moechten Sie testen?');
print('[1|2|3]');
which = input(">> ")
######### AUFGABE 5.2 TESTS #########
if (which == "3"):
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))
