def test_decode_text_extract_rus(self):
original_text_words = self.original_text.split()
original_extract = ' '.join(
original_text_words[:len(original_text_words) // 2])
encoded_extract = decode.encode_text(original_extract, self.code)
decoded_extract = decode.decode_text(encoded_extract, self.language)
self.assertEqual(original_extract, decoded_extract)
def test_decode_text_extract_rus(self):
original_text_words = self.original_text.split()
original_extract = ' '.join(
original_text_words[: len(original_text_words) // 2])
encoded_extract = decode.encode_text(original_extract, self.code)
decoded_extract = decode.decode_text(encoded_extract, self.language)
self.assertEqual(original_extract, decoded_extract)
def Steganography():
userinput = int(input("Image Steganography \n 1. Encode the data \n 2. Decode the data \n 3. Exit \n Choose mode: "))
if userinput == 1:
print("\nEncoding....")
encode_text()
elif userinput == 2:
print("\nDecoding....")
print("Decoded message is " + decode_text())
elif userinput == 3:
print("Bye!....")
else:
raise Exception("Enter correct input \n 1. Encode the data \n 2. Decode the data \n 3. Exit")
def test_decode_text_same_rus(self):
encoded_text = decode.encode_text(self.original_text, self.code)
decoded_text = decode.decode_text(encoded_text, self.language)
self.assertEqual(self.original_text, decoded_text)
def test_decode_text_same_rus(self):
encoded_text = decode.encode_text(self.original_text, self.code)
decoded_text = decode.decode_text(encoded_text, self.language)
self.assertEqual(self.original_text, decoded_text)