def get_sigml_neg(word, pos, neg, WH, context, matches, sigml):
#Fetches SiGML of word
currentSign = sign.Sign(word, pos, neg, WH, context, matches)
currentSigml = currentSign.get_full_sigml()
sigml += currentSigml + '\n'
#Fetches negation state
neg = currentSign.neg
return sigml, neg
def game_init():
# Generate keys
signature_verify = sign.Sign()
uid = str(uuid.uuid4()) # generate a unique ID to identify ourselves
# Start a local server for receiving messages from other players
if len(sys.argv) > 1 and type(sys.argv[1]) == str:
server_at = sys.argv[1]
else:
server_at = raw_input("Starting local server...hostname:port? ")
hostname, port = server_at.split(':')
port = int(port)
if port < 1000 or port > 65535:
print "Port must be 1000-65535"
return
gp = gameplay.Gameplay(uid)
server.run_server(hostname, port, gp)
# And connect to other players' servers to send messages. This two-way
# network structure should simplify trying to figure out who we're already
# connected to, etc. Each player should just make a connection to each other,
# so in the end there should be 2*N connections.
print "Welcome to crypto-settlers! To begin, enter [ip:port] of each user who will be playing the game."
player_ips = []
player_clients = []
while True:
ip = raw_input("Player ip:port [or enter to finish]: ")
if ip == "": break
player_ips.append(ip)
print "Connecting..."
for addr in player_ips:
ip, port = addr.split(':')
port = int(port)
new_client = client.SettlersNetworkClient(ip, port, signature_verify,
uid)
success = new_client.connect()
# Loop around and try to connect until all players are online
while not success:
print "Couldn't connect to ", addr, ", trying again in 2s..."
time.sleep(2)
success = new_client.connect()
# Send public key
new_client.send_key()
# Add connection to a list
player_clients.append(new_client)
print "All connected!"
gp.setup_client_connections(player_clients)
gp.run()
print "Game is finished! Disconnecting clients..."
for c in player_clients:
c.disconnect()
print "Shutting down local server..."
server.shutdown_server()
sys.exit(0)
def handle(self):
global gp
signer = sign.Sign()
public_key = "" # for this particular client
client_uid = ""
while True:
try:
data = self.rfile.readline().strip()
if data != "":
json_data = json.loads(data)
if public_key == "":
try:
split = json.loads(json_data['message'])
client_uid = split['uid']
if type(split) == dict and 'public_key' in split:
public_key = split['public_key']
# Respond with our UID
self.wfile.write(
json.dumps({
"success": True,
"uid": gp.uid
}) + '\n')
else:
print "Error: client first needs to send public key"
self.wfile.write(
json.dumps({"success": False}) + '\n')
return
except Exception, e:
print "Error: client failed in sending public key", e
self.wfile.write(
json.dumps({"success": False}) + '\n')
return
# We have a public key for this client - verify that it matches
# Also verify that this client is not trying to spoof their UID
verified = signer.verify(public_key,
json_data['signature'],
json_data['message'])
if not verified:
self.wfile.write(json.dumps({"success": False}) + '\n')
return
# This expected client is who they say they are..
verified_message_data = json.loads(json_data['message'])
if verified_message_data['uid'] != client_uid:
print "UID is not verified"
self.wfile.write(json.dumps({"success": False}) + '\n')
return
# Handle the request
if gp is not None:
gp.handle_message(verified_message_data)
else:
return
def shareImage(request):
try:
openId = ""
if 'openId' in request.GET and request.GET['openId']:
openId = request.GET['openId']
token_info = certificate.certificate()
appId = token_info.appId
sigurate = sign.Sign(
token_info.jsapi_ticket,
"http://" + request.get_host() + request.get_full_path())
sigurate_ret = sigurate.sign()
data = "{'timestamp':'%s','nonceStr':'%s','signature':'%s'}" % (
sigurate_ret['timestamp'], sigurate_ret['nonceStr'],
sigurate_ret['signature'])
return render_to_response(
'upload_image.html', {
'sigurate_inf': json.dumps(data),
'appId': json.dumps(appId),
'openId': json.dumps(openId)
})
except Exception, Argument:
traceback.print_exc()
else:
userInput = lines[0].strip("\n").split(" ")
#Explains sign
if userInput[0] == 'explain':
#User did not specify sign to be explained
if len(userInput) == 1:
print("Please specify a sign to be explained")
#Sign is specified by user
else:
#Sign is not in the database
if not userInput[1].upper() in infoSigns:
print("Please specify a sign that is in the database ()")
#Sign is in the database
else:
fa.explainSign(sign.Sign(str(userInput[1])).get_gloss())
#Fingerspells input
elif userInput[0] == 'spell':
#User did not specify input to be fingerspelled
if len(userInput) == 1:
print("Please specify input to be fingerspelled")
#Input is specified by user
else:
main(userInput[1], str(userInput[0]))
#Adds a sign to dictionary
elif userInput[0] == 'add':
#User did not specify all values
if len(userInput) < 5:
print(
import bluetooth
import sign
hostMACAddress = 'mac_address_here' # The MAC address of a Bluetooth adapter on the server. The server might have multiple Bluetooth adapters.
port = 3
backlog = 1
size = 1024
server = bluetooth.BluetoothSocket(bluetooth.RFCOMM)
server.bind((hostMACAddress, port))
server.listen(backlog)
s_display = sign.Sign()
display_activated = False
try:
client, clientInfo = server.accept()
while 1:
data = client.recv(size)
if data:
print(data)
if display_activated:
s_display.stop()
s_display.scrollPut(data + " ")
s_display.scroll()
client.send(data) # Echo back to client
display_activated = True
except:
print("Client disconnected?")
client.close()
server.close()
TWITTER_ACCESS_TOKEN_SECRET = keys["token_secret"]
APP_ID = keys["app_id"]
twitter = OAuth1Session(
TWITTER_APP_KEY,
client_secret=TWITTER_APP_KEY_SECRET,
resource_owner_key=TWITTER_ACCESS_TOKEN,
resource_owner_secret=TWITTER_ACCESS_TOKEN_SECRET
)
api = flask.Flask(__name__)
skill = pyalexa.Skill(app_id=APP_ID)
SIGN = sign.Sign("sign", 8800)
def get_points():
points = {}
try:
with open('.points') as p:
points = json.load(p)
except FileNotFoundError:
with open('.points', 'w') as p:
json.dump({}, p)
return points
def add_point(person):
points = get_points()
person = person.lower()
if person in points:
if len(sys.argv) == 1:
print("Please specify a glossed sentence to be signed")
#Explains sign
elif sys.argv[1] == 'explain':
#User did not specify sign to be explained
if len(sys.argv) == 2:
print("Please specify a sign to be explained")
#Sign is specified by user
else:
#Sign is not in the database
if not sys.argv[2] in infoSigns:
print("Please specify a sign that is in the database ()")
#Sign is in the database
else:
fm.explainSign(sign.Sign(str(sys.argv[2])).get_gloss())
#Fingerspells input
elif sys.argv[1] == 'spell':
#User did not specify input to be fingerspelled
if len(sys.argv) == 2:
print("Please specify input to be fingerspelled")
#Input is specified by user
else:
main(sys.argv[2], str(sys.argv[1]))
#Adds a sign to dictionary
elif sys.argv[1] == 'add':
#User did not specify all values
if len(sys.argv) < 5:
print(
def processSentence(context, flag):
abc = [
'A', 'AA', 'B', 'BB', 'C', 'CC', 'D', 'DD', 'E', 'EE', 'F', 'FF', 'G',
'GG', 'H', 'I', 'II', 'J', 'K', 'KK', 'L', 'LL', 'M', 'MM', 'N', 'NN',
'O', 'OO', 'P', 'PP', 'Q', 'QQ', 'R', 'RR', 'S', 'SS', 'T', 'TT', 'U',
'UU', 'V', 'W', 'WW', 'X', 'Y', 'YY', 'Z', 'ZZ'
]
infoSigns = pickle.load(open("dictFile.p", "rb"))
#Detects WH-questions
wh = whDetect(context)
#Detects alternative questions
alt = altDetect(context)
sigml = ''
neg = None
left = False
end = len(context)
#Generates markup for the signs in the sentence
for i, item in enumerate(context):
word = item[0]
pos = item[1]
word = word.upper()
partly = False
#Automatically spells single letters
if word in abc:
word += '_VINGERSPELLEN'
#Handles questionmark
if word == '?':
#Adds palm up movement when handling WHquestions
if wh:
word = 'PALM_OMHOOG'
#And nothing needs to happen after yes/no questions, so skip the question mark for these
else:
continue
# or alternative questiones
if word == ',':
word = 'Q_PART_ALT'
#Starts negation
if word == 'N(':
neg = True
continue
#Starts affirmation
if word == 'A(':
neg = False
continue
#Stops negation and affirmation
if word == ')N' or word == ')A':
neg = None
continue
#Stores the index
if "3B" in word:
left = True
if word.isnumeric():
sigml, neg = sign_number(word, neg, wh, sigml, context, infoSigns)
else:
#Adds word to matches if partly in dict
partly, matches = find_matches(word, context, infoSigns)
#Fingerspell word if not in dict at all, it is not a number, or spell-flag is encountered
if (not partly and not word.isnumeric()) or flag == 'spell':
sigml, neg = fingerspell(word, neg, wh, sigml)
#Finds the sign if a word is partly in the dict
elif partly:
currentSign = sign.Sign(word, pos, neg, wh, context, matches)
#Alternative questions: turn body right
if alt == True:
checkL, altNew = leftsideOr(alt, i, word, pos, context)
#Rotate body left
if checkL:
currentSign.nonmanual.append('<hnm_body tag = "RL"/>')
#Updates alternative question status
else:
alt = altNew
#Alternative questions: turn body left
elif alt == False:
checkR, altNew = rightsideOr(alt, i, word, pos, context)
#Rotate body right
if checkR:
currentSign.nonmanual.append('<hnm_body tag = "RR"/>')
#Updates alternative question status
else:
alt = altNew
#Performs the sign on the left side with the left hand if the index is 3B
elif left and (pos == "NOUN" or pos == "ADJ"):
currentSign = currentSign.mirror()
left = False
elif pos == "VERB" and len(item) > 2:
currentSign.directional(item[2:])
#Turns the body and head towards INDEX_3A and INDEX_3B
elif pos != "ADJ":
if (pos == "NOUN" and i + 1 != end) and (i != 0 and end != 1):
if context[i + 1][0] == "INDEX_3A":
currentSign.nonmanual.append('<hnm_body tag = "RR"/>')
#the head turn is repeated this often to make it look more natural
currentSign.nonmanual.append('<hnm_head tag="SR"/>')
currentSign.nonmanual.append('<hnm_head tag="SR"/>')
currentSign.nonmanual.append('<hnm_head tag="SR"/>')
currentSign.nonmanual.append('<hnm_head tag="SR"/>')
elif context[i + 1][0] == "INDEX_3B":
currentSign.nonmanual.append('<hnm_body tag = "RL"/>')
#the head turn is repeated this often to make it look more natural
currentSign.nonmanual.append('<hnm_head tag="SL"/>')
currentSign.nonmanual.append('<hnm_head tag="SL"/>')
currentSign.nonmanual.append('<hnm_head tag="SL"/>')
currentSign.nonmanual.append('<hnm_head tag="SL"/>')
elif word == "INDEX_3A":
currentSign.nonmanual.append('<hnm_body tag = "RR"/>')
#the head turn is repeated this often to make it look more natural
currentSign.nonmanual.append('<hnm_head tag="SR"/>')
currentSign.nonmanual.append('<hnm_head tag="SR"/>')
currentSign.nonmanual.append('<hnm_head tag="SR"/>')
currentSign.nonmanual.append('<hnm_head tag="SR"/>')
elif word == "INDEX_3B":
currentSign.nonmanual.append('<hnm_body tag = "RL"/>')
#the head turn is repeated this often to make it look more natural
currentSign.nonmanual.append('<hnm_head tag="SL"/>')
currentSign.nonmanual.append('<hnm_head tag="SL"/>')
currentSign.nonmanual.append('<hnm_head tag="SL"/>')
currentSign.nonmanual.append('<hnm_head tag="SL"/>')
currentSigml = currentSign.get_full_sigml()
sigml += currentSigml + '\n'
return sigml