def makeItRain(ciphertext): print "Cry \'Havoc!\', and let slip the dogs of war" print "Shift Cipher:" shift.bruteForce(ciphertext) print "\nAffine Cipher:" affine.bruteForce(ciphertext) print "\nAtbash :" print atbash.decrypt(ciphertext) print "\nMorse Code:" print morse.encode(ciphertext)
def test_strencode_decode_exaustive(self):
'''Evil test'''
all_chr = [chr(i) for i in range(256)]
many_chr = all_chr * 4 + list(' ') * 32
random.shuffle(many_chr)
phrase = "".join(many_chr)
expected_decode = morse.removeunusablecharacters(phrase).lower()
encoded = morse.encode(phrase)
decoded = morse.decode(encoded)
self.assertEqual(expected_decode, decoded.lower())
def test_strencode_decode_exaustive(self):
'''Evil test'''
all_chr = [chr(i) for i in range(256)]
many_chr = all_chr * 4 + list(' ') * 32
random.shuffle(many_chr)
phrase = "".join(many_chr)
expected_decode = morse.removeunusablecharacters(phrase).lower()
encoded = morse.encode(phrase)
decoded = morse.decode(encoded)
self.assertEqual(expected_decode, decoded.lower())
def morse_led(message, dry_run=False):
assert len(message) <= LED_RANGE[-1]
colour_map = {
'.': "1FE0E0",
'-': "1F4CE0",
'/': "FFFFFF",
' ': "000000",
}
morse_msg = encode(message)
for led_index, char in enumerate(morse_msg):
update_led(led_index, colour_map[char], dry_run)
def test_encode(message: str) -> str:
"""
>>> test_encode(message='SOS')
'... --- ...'
>>> test_encode(message='')
''
>>> test_encode(message='OSOSO') #doctest: +ELLIPSIS
'---...---'
>>> test_encode(message='SOS' * 20)
'... --- ... ... --- ... ... --- ... ... --- ... ... --- ... ... --- ... ... --- ... ... --- ... ... --- ... ... --- ...
... --- ... ... --- ... ... --- ... ... --- ... ... --- ... ... --- ... ... --- ... ... --- ... ... --- ... ... --- ...'
>>> test_encode(message='sos')
Traceback (most recent call last):
...
KeyError: 's'
"""
from morse import encode
return encode(message)
def draw(string, file):
if "." not in string or "-" not in string or "/" not in string or "//" not in string:
string = morse.encode(string)
words = string.split("//")
i = []
for word in words:
letters = word.split("/")
for letter in letters:
charletter = list(letter)
for x in charletter:
if x == ".":
i.append(1)
elif x == "-":
i.append(1)
i.append(1)
i.append(1)
else:
continue
i.append(0)
i.append(0)
i.append(0)
#draw.line((i,0,i+7,0), fill=0)
i.append(0)
i.append(0)
i.append(0)
i.append(0)
while i[-1] == 0:
i.pop()
im = Image.new("1", (len(i), 1))
im.putdata(i)
im.save(file, "PNG")
def draw(string, file):
if "." not in string or "-" not in string or "/" not in string or "//" not in string:
string = morse.encode(string)
words = string.split("//")
i = []
for word in words:
letters = word.split("/")
for letter in letters:
charletter = list(letter)
for x in charletter:
if x == ".":
i.append(1)
elif x == "-":
i.append(1)
i.append(1)
i.append(1)
else:
continue
i.append(0)
i.append(0)
i.append(0)
#draw.line((i,0,i+7,0), fill=0)
i.append(0)
i.append(0)
i.append(0)
i.append(0)
while i[-1] == 0:
i.pop()
im = Image.new("1", (len(i),1))
im.putdata(i)
im.save(file, "PNG")
import morse message = 'sos ahahahaha' code = morse.encode(message) decode = morse.decode(code) print(message == decode)
def test_encode(self):
'''Test encoding and decoding of normal charaters'''
phrase = "The quick red fox jumped over the lazy dog 1234567890"
encoded = morse.encode(phrase)
decoded = morse.decode(encoded)
self.assertEqual(phrase.lower(), decoded.lower())
def test_roundtrip_morse(morse):
morse_message = ' '.join(morse)
assert encode(decode(morse_message)) == morse_message
def test_encode_with_comma():
with pytest.raises(KeyError):
encode("SIMPLE TEXT,WITH COMMA")
def test_encode_with_comma_and_space():
with pytest.raises(KeyError):
encode("SIMPLE TEXT, WITH COMMA AND SPACE")
def test_roundtrip(text):
assert decode(encode(text)) == text
def test_encode_and_decode_funcs_are_irreversible():
test_case = "WITH SPACE"
assert test_case != decode(encode(test_case))
def test_encode(self):
'''Test encoding and decoding of normal charaters'''
phrase = "The quick red fox jumped over the lazy dog 1234567890"
encoded = morse.encode(phrase)
decoded = morse.decode(encoded)
self.assertEqual(phrase.lower(), decoded.lower())
def test_words_encode(self):
assert encode('12 34') == self.morse_12_23
from morse import decode, encode
print(encode("hello")) # .... . .-.. .-.. ---
print(encode("candy")) # -.-. .- -. -.. -.--
# .-- .... .- - .. ... -.-- --- ..- .-. -. .- -- .
print(encode("what is your name"))
print(decode(".... .. - .... . .-. . ")) # hi there
# we like codeday
print(decode(".-- . .-.. .. -.- . -.-. --- -.. . -.. .- -.-- "))
# thanks for playing
print(
decode(
"- .... .- -. -.- ... ..-. --- .-. .--. .-.. .- -.-- .. -. --. "))
# Checks, should all be true
print(encode("hello") == ".... . .-.. .-.. --- ")
print(encode("candy") == "-.-. .- -. -.. -.-- ")
print(
encode("what is your name") ==
".-- .... .- - .. ... -.-- --- ..- .-. -. .- -- . ")
print(decode(".... .. - .... . .-. . ") == "hi there")
print(
decode(".-- . .-.. .. -.- . -.-. --- -.. . -.. .- -.-- ") ==
"we like codeday")
print(
decode("- .... .- -. -.- ... ..-. --- .-. .--. .-.. .- -.-- .. -. --. "
) == "thanks for playing")
server_url_ = 'tcp://{}'.format(default_ip)
try:
server_port = int(port_)
except (ValueError, TypeError):
server_port = default_port
server_url_ = '{}:{}'.format(server_url_, server_port)
return server_url_
parser = ArgumentParser(
description='Gets strings trough zmq, '
'translates it to morse code '
'and sends impulses trough GPIO',
)
parser.add_argument('address', nargs='?')
parser.add_argument('port', nargs='?')
args = parser.parse_args()
address = args.address
port = args.port
server_url = parse_address(address, port)
context = zmq.Context()
socket = context.socket(zmq.SUB)
socket.setsockopt(zmq.SUBSCRIBE, 'Morse')
socket.connect(server_url)
while True:
payload = socket.recv()
topic, message = payload.split()
print(morse.encode(message))
pi.send_morse_to_pi(morse.encode(message))
def test_sos():
assert encode('sos') == '... --- ...'
if all([i in '-. 01' for i in intext]):
temptext = transcript_method.decode(intext)
print("EN: ", temptext)
temptext = temptext.replace(" ", "")
if temptext.isalnum():
# 每隔 4 个字符分割一下
splited = [
temptext[i * 4:i * 4 + 4] for i in range(len(temptext) // 4)
]
try:
outtext = [decode_table[i] for i in splited]
print("CN: ", ''.join(outtext))
except:
# 查不到？忽略忽略
pass
else:
if all([i in 'ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789' for i in intext]):
print("EN: ", morse.encode(intext))
elif all([
i in 'ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789 -@$!&#\'()"/:;?,.'
for i in intext
]):
print("EN: ", ita2.encode(intext))
else:
temptext = ''.join([encode_table[i] for i in intext])
print("CN: ", transcript_method.encode(temptext))
def test_sos_encode(self):
assert encode('SOS') == self.morse_sos
