def list(self, prefix=None, delimiter=None, marker=None, limit=None):
""" List objects of the bucket.
Keyword arguments:
prefix - Limits the response to keys that begin with the specified prefix
delimiter - A character you use to group keys
marker - Specifies the key to start with when listing objects
limit - The count of objects that the request returns
"""
params = {}
if prefix:
params["prefix"] = prefix
if delimiter:
params["delimiter"] = delimiter
if marker:
params["marker"] = marker
if limit:
params["limit"] = str(limit)
response = self.connection.make_request("GET", self.name, params=params)
if response.status == 200:
resp = json.loads(response.read())
result_set = []
for k in resp["keys"]:
key = Key(self, k["key"])
key.content_type = k["mime_type"]
result_set.append(key)
return result_set
else:
err = get_response_error(response)
raise err
def __init__(self, aKey=None):
if aKey is None:
self.itsKey = Key()
else:
self.itsKey = Key(aKey)
self.majorKeyName = self.itsKey.key[0]
def nestKey(self, key):
'''Returns a nested `key`.'''
nest = self.nest_keyfn(key)
# if depth * length > len(key.name), we need to pad.
mult = 1 + int(self.nest_depth * self.nest_length / len(nest))
nest = nest * mult
pref = Key(self.nestedPath(nest, self.nest_depth, self.nest_length))
return pref.child(key)
def set_public_key(self):
self.public_key = Key(None, None)
print("Set modulus of public key.")
user_input = il.input_positive_integer()
self.public_key.set_modulus(user_input)
print("Set exponent of public key.")
user_input = il.input_positive_integer()
while (not bt.is_relative_prime(user_input,
bt.phi(self.public_key.get_modulus()))
) or user_input >= bt.phi(self.public_key.get_modulus()):
print("Requirements for exponent has not been.\nPlease try again.")
user_input = il.input_positive_integer()
self.public_key.set_exponent(user_input)
def handover(self, peer_id) -> dict:
storage = dict()
replica = dict()
for k in list(self.storage):
key = int(k)
if Key.between(key, peer_id, self.id):
storage[k] = self.storage.pop(k)
for k in list(self.replica):
key = int(k)
if Key.between(key, self.predecessor[0], peer_id):
replica[k] = self.replica.pop(k)
return (storage, replica)
def recursive_chi_crack(self,p):
stime = time()
lolz=[]
parent = ""
champion = ""
candidate = ""
fr_score = 20000000
for x in range(0,p):
parent = parent + 'a'
for y in range(0,p):
for combo in product(ascii_lowercase, repeat=1):
liste = list(parent)
liste[y] = ''.join(combo)
candidate = ''.join(liste)
temp = Key(candidate)
lolz = decode_it(self.sliced,temp)
stringer = "".join(lolz)
if (chi_score(stringer)<fr_score):
champion = candidate
fr_score = chi_score(stringer)
fr_score = 20000000
parent = champion
for z in range(0,p):
for combo in product(ascii_lowercase, repeat=1):
liste = list(parent)
liste[p-(1+z)] = ''.join(combo)
candidate = ''.join(liste)
temp = Key(candidate)
lolz = decode_it(self.sliced,temp)
stringer = "".join(lolz)
if (chi_score(stringer)<fr_score):
champion = candidate
fr_score = chi_score(stringer)
fr_score = 20000000
parent = champion
print "The key found: %s\n" % parent
puk = Key(parent)
lolek = decode_it(self.sliced,puk)
print "Decrypted message: %s\n" % " ".join(lolek)
summ = open('summary.txt','a')
etime = time()
summ.write("\nRecursive Test:\nTime elapsed: %s\nMax_key_lenght: %s\nFile size: %s\n"% (str(etime-stime),p,os.path.getsize("test_recursive.txt")))
summ.close()
return True
def test_dataset_prefix(self):
key = Key(dataset=Dataset('dset'))
protokey = key.to_protobuf()
self.assertEqual('s~dset', protokey.partition_id.dataset_id)
key = Key(dataset=Dataset('s~dset'))
protokey = key.to_protobuf()
self.assertEqual('s~dset', protokey.partition_id.dataset_id)
key = Key(dataset=Dataset('e~dset'))
protokey = key.to_protobuf()
self.assertEqual('e~dset', protokey.partition_id.dataset_id)
def enter():
global map
map = Map()
game_world.add_object(map, 0)
global horn
horn = Horn()
game_world.add_object(horn, 1)
global boss
boss = Boss()
game_world.add_object(boss, 1)
global character
character = Character()
game_world.add_object(character, 1)
global butterflys
butterflys = [Butterfly(character) for i in range(7)]
game_world.add_objects(butterflys, 1)
key = Key()
game_world.add_object(key, 1)
map.set_center_object(character)
character.set_background(map)
horn.set_background(map)
boss.set_background(map)
def test_constructor(self):
k = Key()
self.assertEqual(k.sf, 0)
self.assertEqual(k.key_type, constants.TREBLE)
self.assertEqual(k.add_pitch, 0)
self.assertEqual(k.root, 2)
self.assertEqual(k.root_acc, constants.A_NT)
def __init__(self, world):
self.__world = world
self.__platforms = pg.sprite.Group()
self.__items = pg.sprite.Group()
self.__exit = pg.sprite.Group()
self.__bg = (BLUE)
row_count = 0
for row in self.__world:
col_count = 0
for tile in row:
if tile == 1:
wall = Platform(col_count * TILE_SIZE_W,
row_count * TILE_SIZE_H, TILE_SIZE_W,
TILE_SIZE_H, BLUE)
self.__platforms.add(wall)
#tile = (wall.image, wall.rect)
elif tile == 2:
grogu = Key(col_count * TILE_SIZE_W,
row_count * TILE_SIZE_H, 20, 20, GREEN)
self.__items.add(grogu)
elif tile == 3:
ship = Extraction_point(col_count * TILE_SIZE_W,
row_count * TILE_SIZE_H,
TILE_SIZE_W, TILE_SIZE_H, PURPLE)
self.__exit.add(ship)
col_count += 1
row_count += 1
self.__spawn_point = ((WIDTH, HEIGHT))
class NamespaceDatastore(KeyTransformDatastore):
'''Represents a simple ShimDatastore that namespaces all incoming keys.
For example:
>>> import datastore.core
>>>
>>> ds = datastore.DictDatastore()
>>> ds.put(datastore.Key('/a/b'), 'ab')
>>> ds.put(datastore.Key('/c/d'), 'cd')
>>> ds.put(datastore.Key('/a/b/c/d'), 'abcd')
>>>
>>> nd = datastore.NamespaceDatastore('/a/b', ds)
>>> nd.get(datastore.Key('/a/b'))
None
>>> nd.get(datastore.Key('/c/d'))
'abcd'
>>> nd.get(datastore.Key('/a/b/c/d'))
None
>>> nd.put(datastore.Key('/c/d'), 'cd')
>>> ds.get(datastore.Key('/a/b/c/d'))
'cd'
'''
def __init__(self, namespace, *args, **kwargs):
'''Initializes NamespaceDatastore with `key` namespace.'''
super(NamespaceDatastore, self).__init__(*args, **kwargs)
self.keytransform = self.namespaceKey
self.namespace = Key(namespace)
def namespaceKey(self, key):
'''Returns a namespaced `key`: namespace.child(key).'''
return self.namespace.child(key)
def setNote(self, noteabout, note=""):
# Format the Key.
key = Key(pub=noteabout)
noteabout = key.pubkey
newnote = {
"user": self.Keys['master'].pubkey,
"noteabout": noteabout,
"note": note
}
# Retrieve any existing note, so that the _id is the same. Then, we'll
# gut it, and put in our own values.
newnote = self.server.db.unsafe.find_one('notes', {
"user": self.Keys['master'].pubkey,
"noteabout": noteabout
})
if newnote is None:
newnote = {
"user": self.Keys['master'].pubkey,
"noteabout": noteabout,
"note": note
}
newnote['note'] = note
self.server.db.unsafe.save('notes', newnote)
self.getNote(noteabout=noteabout, invalidate=True)
def key_exchange(conn) -> tuple[int, int]:
client_public_key = conn.recv(2048).decode('utf-8')
print("Received client public key: " +
client_public_key.replace('\n', " "))
client_public_key = client_public_key.split('\n')
calc_key_client = Key(create_param(), int(client_public_key[0]),
int(client_public_key[1]))
B_attr_server = str(calc_key_client.AB) + '\n'
conn.send(B_attr_server.encode('utf-8'))
print("Sent server B attribute to the client: " +
B_attr_server.replace('\n', " "))
server_public_key = read_key("public_key_server.pem")
conn.send(server_public_key.encode('utf-8'))
print('Sent server public key to the client: ' +
server_public_key.replace('\n', " "))
B_attr_client = conn.recv(2048).decode('utf-8')
print("Received client B attribute key: " +
B_attr_client.replace('\n', " "))
B_attr_client = B_attr_client.split('\n')
server_private_key = read_key("private_key_server.pem").split('\n')
server_public_key = server_public_key.split('\n')
K_client = create_sym_key(calc_key_client.ab, int(client_public_key[2]),
calc_key_client.p)
print('Calculated common private key for the client: ' + str(K_client))
K_server = create_sym_key(int(server_private_key[0]),
int(B_attr_client[0]), int(server_public_key[1]))
print('Calculated common private key for the server: ' + str(K_server))
return K_client, K_server
def send_create_account_tx(self, new_account_id, base_block_hash=None):
self.prep_tx()
new_key = Key(new_account_id, self.key.pk, self.key.sk)
tx = sign_create_account_with_full_access_key_and_balance_tx(
self.key, new_account_id, new_key, 100 * NEAR_BASE, self.nonce,
base_block_hash or self.base_block_hash)
return self.send_tx(tx)
def notify(self, id: int, peer: tuple):
if self.predecessor is None or Key.between(id, self.predecessor[0],
self.id):
self.predecessor = (id, peer[0])
logging.debug(f"Got a new predecessor: [{self.predecessor}]")
return self.handover(id)
return None
def get_key(file_in):
"""
Estimates the key and scale for an audio file.
"""
loader = streaming.MonoLoader(filename=file_in)
framecutter = streaming.FrameCutter()
windowing = streaming.Windowing(type="blackmanharris62")
spectrum = streaming.Spectrum()
spectralpeaks = streaming.SpectralPeaks(orderBy="magnitude",
magnitudeThreshold=1e-05,
minFrequency=40,
maxFrequency=5000,
maxPeaks=10000)
pool = Pool()
hpcp = streaming.HPCP()
key = streaming.Key()
loader.audio >> framecutter.signal
framecutter.frame >> windowing.frame >> spectrum.frame
spectrum.spectrum >> spectralpeaks.spectrum
spectralpeaks.magnitudes >> hpcp.magnitudes
spectralpeaks.frequencies >> hpcp.frequencies
hpcp.hpcp >> key.pcp
key.key >> (pool, 'tonal.key_key')
key.scale >> (pool, 'tonal.key_scale')
key.strength >> (pool, 'tonal.key_strength')
run(loader)
return Key(pool['tonal.key_key'], pool['tonal.key_scale'])
class NamespaceDatastore(KeyTransformDatastore):
'''Represents a simple ShimDatastore that namespaces all incoming keys.
For example:
>>> import datastore.core
>>>
>>> ds = datastore.DictDatastore()
>>> ds.put(datastore.Key('/a/b'), 'ab')
>>> ds.put(datastore.Key('/c/d'), 'cd')
>>> ds.put(datastore.Key('/a/b/c/d'), 'abcd')
>>>
>>> nd = datastore.NamespaceDatastore('/a/b', ds)
>>> nd.get(datastore.Key('/a/b'))
None
>>> nd.get(datastore.Key('/c/d'))
'abcd'
>>> nd.get(datastore.Key('/a/b/c/d'))
None
>>> nd.put(datastore.Key('/c/d'), 'cd')
>>> ds.get(datastore.Key('/a/b/c/d'))
'cd'
'''
def __init__(self, namespace, *args, **kwargs):
'''Initializes NamespaceDatastore with `key` namespace.'''
super(NamespaceDatastore, self).__init__(*args, **kwargs)
self.keytransform = self.namespaceKey
self.namespace = Key(namespace)
def namespaceKey(self, key):
'''Returns a namespaced `key`: namespace.child(key).'''
return self.namespace.child(key)
def __init__(self):
self.rooms = []
self.currentRoom = 0
self.inventory = []
firstRoom = Room(
1,
"Je staat in de keuken. Er staan een aanrecht en een koelkast, en er is 1 deur.",
[Door(123, 1)],
[Key(123, "woonkamersleutel"),
Key(321, "schatkistsleutel")])
secondRoom = Room(2, "Je staat in de woonkamer, er is een deur",
[Door(123, 0)], [])
self.rooms.append(firstRoom)
self.rooms.append(secondRoom)
print(self.rooms[self.currentRoom].description)
def decode(file_path, out_path):
if out_path == "":
out_path = file_path.replace('.pi', '')
print("Generating array from encryption key...")
encryption_key = Key('data/pi.dat')
CHUNK_SIZE = 1
print("Reading file to decrypt...")
with open(file_path, 'rb') as infile:
indexes = infile.read().split(',')
print("Decrypting file...")
pointer_array = map(encryption_key.get_data, indexes)
print("Dumping decrypted file...")
with open(out_path, 'a') as outfile:
b64string = ''.join(map(chr, pointer_array))
missing_padding = 4 - len(b64string) % 4
if missing_padding:
b64string += b'=' * missing_padding
outfile.write(base64.decodestring(b64string))
os.remove('cache.db')
def updatefinger(self, newnode, firstnode):
'''
UPdate finger table for all ring in a clockwise around successor fashion
finger is an array of dict {resp, key}
`resp` is the Node responsible for `key`
@param newnode: new node which imply this update
@param firstnode: node which launch the update
'''
for i in range(0, self.uid.idlength):
fingerkey = self.calcfinger(i)
resp = self.lookup(fingerkey, useOnlySucc=True)
self.finger[i] = {"resp": resp, "key": Key(fingerkey)}
#self.finger[i] = self.lookupfinger(i, useOnlySucc=True)
if firstnode is not self.successor:
self.successor.updatefinger(newnode, firstnode)
def kitchen2(self):
room = Room()
moldyCheese = Item('moldy cheese')
moldyCheese.movable = True
moldyCheese.effects['healing'] = 5
room.inventory.add(moldyCheese)
cat = Item('cat')
cat.movable = False
cat.messages['nopickup'] = 'It seems like a cat but its actually an alien.'
room.inventory.add((cat))
wierdThing = Item('???')
wierdThing.movable = False
wierdThing.messages['nopickup'] = "Its seems to be a slimy looking thing that is stuck to the floor and tried to eat your hand when you touched it."
key2 = Item("cake key")
key2.effects["description"] = "A key the looks like a cake but is actually the key for the kings office."
key2.key = Key("cake key", "The king's office unlocks.")
room.inventory.add(key2)
room.inventory.add((wierdThing))
room.long_description = """It's the castle kitchen but its hard to tell because it also could be a pet room, for aliens, which the room is full of."""
room.short_description = """An old kitchen, or pet room, for aliens"""
room.name = "Kitchen"
room.exits = {'n': Connection(7) }
#room.exits = {'e': 0}
room.monster = Monster("Musclar spoon", 6, 3, 10)
return room
def shack(self):
room = Room()
lantern = Item('lantern')
lantern.effects['description'] = 'You would light up the room but the lantern was too sick.'
room.inventory.add(lantern)
kitchenKey = Item("kitchen key")
kitchenKey.shortname = 'key'
kitchenKey.movable = True
kitchenKey.key = Key("kitchen key", "The door is unlocked.")
kitchenKey.effects['description'] = "It's a key to the kitchen."
room.inventory.add(kitchenKey)
room.long_description = """You are in a small shack. It has a creaky floor, leaky roof and you are scared.oh not of the room but the cage with a lion in it."""
room.short_description = """A small wooden shack."""
room.name = "Shack"
#room.exits = {'e': 1, 'w': -3}
room.exits = {
'e': Connection(1),
'w': Connection( 3,
'kitchen door',
'locked',
kitchenKey,
'The kitchen door is firmly locked. There should be a key somewhere around.') }
#room.locked = {'w': }
return room
def trySerialize(obj):
if isinstance(obj, basestring):
return Key(obj).serialize()
if hasattr(obj, 'serialize'):
return obj.serialize()
else:
return obj
def populate_map(self, map):
# define rooms and items
# furniture
couch = Furniture("couch")
piano = Furniture("piano")
double_bed = Furniture("double bed")
queen_bed = Furniture("queen bed")
dresser = Furniture("dresser")
dining_table = Furniture("dining table")
# doors
door_a = Door("door a")
door_b = Door("door b")
door_c = Door("door c")
door_d = Door("door d")
# keys
key_a = Key("key for door a", door_a)
key_b = Key("key for door b", door_b)
key_c = Key("key for door c", door_c)
key_d = Key("key for door d", door_d)
# rooms
game_room = Room("game room")
bedroom_1 = Room("bedroom 1")
bedroom_2 = Room("bedroom 2")
living_room = Room("living room")
outside = Room("outside")
# setting start and end rooms
map.set_start_room(game_room)
map.set_end_room(outside)
# object relations
map.add_relation("game room", [couch, piano, door_a])
map.add_relation("bedroom 1", [queen_bed, door_a, door_b, door_c])
map.add_relation("bedroom 2", [double_bed, dresser, door_b])
map.add_relation("living room", [dining_table, door_c, door_d])
map.add_relation("outside", [door_d])
map.add_relation("piano", [key_a])
map.add_relation("double bed", [key_c])
map.add_relation("dresser", [key_d])
map.add_relation("queen bed", [key_b])
map.add_relation("door a", [game_room, bedroom_1])
map.add_relation("door b", [bedroom_1, bedroom_2])
map.add_relation("door c", [bedroom_1, living_room])
map.add_relation("door d", [living_room, outside])
def __init__(self, name, eth_secret_key, near_sk, near_pk):
self.name = name
self.eth_secret_key = eth_secret_key
self.near_account_name = name + '.test0'
self.tokens_expected = dict()
self.near_signer_key = Key(self.near_account_name, near_pk, near_sk)
# Following fields will be initialized when Bridge starts
self.eth_address = None
def add_key(self, key, qtd=0):
k = Key(key)
if qtd == 0:
self.bag.append(k)
else:
for i in range(0, qtd):
self.bag.append(k)
def get(self,key):
""" Gets the given key. """
try:
res = self._remoteSend(PAGE_GET, { KEY : key })
return Key(self,key,self._keyToDict(res))
except H2OException:
return None
def Start():
""" Start of game || Sets the room up """
global Plyr, instances
print("Objective: Escape the room")
print("Commands:")
print(" search, take, use, examine, exit")
print(" Try 'examine player'")
Plyr = Player("Player") # Player Obj
Exit = ExitDoor("Door_Exit") # Door_Exit Obj
instances.append(Plyr)
instances.append(Exit)
Bathroom = Room("Bathroom") # Room Obj
Plyr.moveTo(Bathroom)
instances.append(Bathroom)
Cupboard_1 = Storage("Left_Cupboard") # Storage Obj
instances.append(Cupboard_1)
Cupboard_2 = Storage("Right_Cupboard") # Storage Obj
instances.append(Cupboard_2)
Cupboard_1.locked = True # Whether its locked or not
Cupboard_1.lock_id = 61 # The Id to unlock it
Cupboard_2.lock_id = 312 # The Id to unlock it
Cupboard_2.locked = True # Whether its locked or not
Key_1 = Key("Silver_Key", Cupboard_1.lock_id) # Key Obj
instances.append(Key_1)
Plyr.inventory.append(Key_1)
Key_1.parent = Plyr # The Parent Of The Key
Exit.lock_id = 31 # The id to unlock it
Exit.locked = True # Whether its locked or not
Key_2 = Key("Gold_Key", Exit.lock_id) # Key Obj
instances.append(Key_2)
Cupboard_1.AddContent(Key_2)
Bathroom.AddContent(Cupboard_1)
Bathroom.AddContent(Cupboard_2)
Bathroom.AddContent(Exit)
while True:
op = rec() # Output from rec() function
if isinstance(op, list):
if len(op) >= 2:
# String to be executed
strng = ("op[0]" + "." + op[1] + "(Plyr, instances)")
exec(strng)
def __delitem__(self, key):
key = Key(key)
# dd(f'__delitem__:[{key}]')
try:
super(NoCaseDict, self).__delitem__(key)
if self.is_operational:
self.is_dirty = True
except Exception as e:
df.LOG(f'{e};', error=True)
def assembly():
rounded_1u = Key(
key_shape=rounded_key,
z=11,
depth=2.5,
dish_type="sphere", # text="E")
)
rounded_1p5u = Key(key_shape=rounded_key,
size=[1, 1.5],
depth=1.5,
dish_type="sphere")
rounded_2u = Key(key_shape=rounded_key,
size=[1, 2],
depth=2.5,
dish_type="sphere")
out = make_insert(rounded_1u)
return out
def create_key(self, name, value, is_storage=True):
if is_storage:
self.keys[value] = StorageKey(name=name, value=value)
self.available_storage += 1
return self.keys[value]
self.keys[value] = Key(name=name, value=value)
self.key_name_to_value_mapping[name] = value
return self.keys[value]
def new_key(self, key_name=None, key_type=Key.KEY_REGULAR_FILE):
"""
Creates a new key
:type key_name: string
:param key_name: The name of the key to create
:rtype: :class:`boto.file.key.Key`
:returns: An instance of the newly created key object
"""
if key_name == '-':
return Key(self.name, '-', key_type=Key.KEY_STREAM_WRITABLE)
else:
dir_name = os.path.dirname(key_name)
if dir_name and not os.path.exists(dir_name):
os.makedirs(dir_name)
fp = open(key_name, 'wb')
return Key(self.name, key_name, fp)
def __getitem__(self, key):
key = Key(key)
try:
value = super(NoCaseDict, self).__getitem__(key)
# dd(f'__getitem__:[{key}], value:[{value}]')
return value
except Exception as e:
df.LOG(f'{e}', error=True)
return None
def _link_for_value(self, value):
'''Returns the linked key if `value` is a link, or None.'''
try:
key = Key(value)
if key.name == self.sentinel:
return key.parent
except:
pass
return None
def initialize(self, naive): self.keys = [] naive_key = Key(self.alphabet) naive_key.compute_naive(self.exp_stats, self.ciph_stats) naive_key.reverse() for i in xrange(0, self.max_pop): if naive: new_key = naive_key.clone() new_key.shuffle(3) else: new_key = Key(self.alphabet) new_key.randomize() self.keys.append(new_key)
class KeySigQuestion(object):
def __init__(self, aKey=None):
if aKey is None:
self.itsKey = Key()
else:
self.itsKey = Key(aKey)
self.majorKeyName = self.itsKey.key[0]
def ask(self):
choice = []
choice.append(self.givenKeyGiveAccidentals)
choice.append(self.givenSignatureGiveKey)
choice.append(self.givenAccidentalsGiveKey)
return random.choice(choice)()
def givenKeyGiveAccidentals(self):
self.q = "What's the key signature of " + self.majorKeyName + "? "
self.correctAns = self.itsKey.textual_key_signature()
self.a = my_input(self.q).strip()
result = (self.a == self.correctAns)
return result
def givenSignatureGiveKey(self):
self.q = "What key has " + self.itsKey.textual_key_signature() + "? "
self.correctAns = self.majorKeyName
self.a = my_input(self.q).strip()
result = (self.a == self.correctAns)
return result
def givenAccidentalsGiveKey(self):
self.q = "What key has " + ", ".join(self.itsKey.accidentals()) + "? "
self.correctAns = self.majorKeyName
self.a = my_input(self.q).strip()
result = (self.a == self.correctAns)
return result
def get_credentials(username=None, password=None):
"""Asks the user to input a username & password, using previous values or appropriately derived defaults"""
if username is None:
username = getpass.getuser()
input_username = raw_input("username (" + username + ")")
if len(input_username) > 0:
username = input_username
if password is None:
input_password = getpass.getpass("password (random)")
if len(input_password) == 0:
password = Key.generate_password(config["password_length"])
else:
password = input_password
else:
input_password = raw_input("password (previous)")
if len(input_password) > 0:
password = input_password
return {"username": username, "password": password}
def get_credentials(username=None, password=None):
"""Asks the user to input a username & password, using previous values or appropriately derived defaults"""
if username is None:
username = getpass.getuser()
input_username = raw_input('username ('+username+')')
if len(input_username) > 0:
username = input_username
if password is None:
input_password = getpass.getpass('password (random)')
if len(input_password) == 0:
password = Key.generate_password(config['password_length'])
else:
password = input_password
else:
input_password = raw_input('password (previous)')
if len(input_password) > 0:
password = input_password
return {'username': username, 'password': password}
def test_init_no_arguments(self):
key = Key()
self.assertEqual([{'kind': ''}], key.path())
self.assertEqual('', key.kind())
self.assertEqual(None, key.dataset())
self.assertEqual(None, key.namespace())
def main():
args = docopt(__doc__, version="keyfor " + VERSION)
masterkey = get_masterkey(username=args["--username"])
keychain = KeyChain(path=os.path.expanduser(config["key_path"]), masterkey=masterkey)
if "<label>" in args and args["<label>"]:
label = args["<label>"]
subset = args["<subset>"]
if "add" in args and args["add"]:
keys = keychain.list_keys()
if label in keys:
print "Key already stored for label: " + label + ", -u to update or ommit flags to read"
return
print "Create a new key for: " + label
credentials = get_credentials(username=masterkey.username)
key = Key(label=label, username=credentials["username"], password=credentials["password"])
keychain.save_key(key)
print "created new key for: " + key.label
show_key(key, subset)
elif "edit" in args and args["edit"]:
key = read_key(keychain, label)
if key:
credentials = get_credentials(username=key.username, password=key.password)
key.username = credentials["username"]
key.password = credentials["password"]
keychain.save_key(key)
print "Updated key for label: " + label
show_key(key, subset)
elif "delete" in args and args["delete"]:
if key_exists(keychain, label):
keychain.delete_key(label)
elif "refresh" in args and args["refresh"]:
if key_exists(keychain, label):
refresh_key(keychain, label)
elif "verify" in args and args["verify"]:
if key_exists(keychain, label):
verify_key(keychain, label)
else:
key = read_key(keychain, label)
if key:
shoud_print = "--print" in args and args["--print"]
show_key(key, subset, shoud_print=shoud_print)
elif "all" in args and args["all"]:
if "refresh" in args and args["refresh"]:
for label in keychain.list_keys():
refresh_key(keychain, label)
elif "verify" in args and args["verify"]:
for label in keychain.list_keys():
verify_key(keychain, label)
elif "list" in args and args["list"]:
for label in keychain.list_keys():
print label
else:
print __doc__
def create_key(self, key, name):
data = {"name": name, "public_key": key}
return Key.create_new(data, self.authentication_token)
def get_key(self, key_id):
return Key.from_existing(key_id, self.authentication_token)
def key(self):
Key.generate_key()
self.insert_image(self._key_img, filename=Key.FILENAME)
def main():
args = docopt(__doc__, version='keyfor '+VERSION)
# print repr(args)
masterkey = get_masterkey(username=args['--username'])
keychain = KeyChain(path=os.path.expanduser(config['key_path']), masterkey=masterkey)
if '<label>' in args and args['<label>']:
label = args['<label>']
if 'add' in args and args['add']:
keys = keychain.list_keys()
if label in keys:
print "Key already stored for label: " + label +", -u to update or ommit flags to read"
return
print "Create a new key for: " + label
credentials = get_credentials(username=masterkey.username)
key = Key(label=label, username=credentials['username'], password=credentials['password'])
keychain.save_key(key)
print "created new key for: "+key.label
show_key(key)
elif 'edit' in args and args['edit']:
key = read_key(keychain, label)
if key:
credentials = get_credentials(username=key.username, password=key.password)
key.username = credentials['username']
key.password = credentials['password']
keychain.save_key(key)
print "Updated key for label: " + label
show_key(key)
elif 'delete' in args and args['delete']:
if key_exists(keychain, label):
keychain.delete_key(label)
elif 'refresh' in args and args['refresh']:
if key_exists(keychain, label):
refresh_key(keychain, label)
elif 'verify' in args and args['verify']:
if key_exists(keychain, label):
verify_key(keychain, label)
else:
key = read_key(keychain, label)
if key:
show_key(key)
elif 'all' in args and args['all']:
if 'refresh' in args and args['refresh']:
for label in keychain.list_keys():
refresh_key(keychain, label)
elif 'verify' in args and args['verify']:
for label in keychain.list_keys():
verify_key(keychain, label)
elif 'list' in args and args['list']:
for label in keychain.list_keys():
print label
else:
print __doc__
def __init__(self, settingsfile=None, workingdir=None, slot='default'):
super().__init__(slot)
# Don't run this more than once.
if self.__dict__.get('set') is True:
return
else:
self.set = True
self.logger = logging.getLogger('Tavern')
# Should the server run in debug mode
self.debug = False
self.serversettings = ServerSettings.ServerSettings(settingsfile)
if self.serversettings.updateconfig():
self.serversettings.saveconfig()
if not 'pubkey' in self.serversettings.settings or not 'privkey' in self.serversettings.settings:
# Generate New config
self.logger.info("Generating new Config")
self.ServerKeys = Key()
self.ServerKeys.generate()
# We can't encrypt this.. We'd need to store the key here on the machine...
# If you're worried about it, encrypt the disk, or use a loopback.
self.serversettings.settings['pubkey'] = self.ServerKeys.pubkey
self.serversettings.settings['privkey'] = self.ServerKeys.privkey
self.serversettings.updateconfig()
self.serversettings.saveconfig()
self.mc = OrderedDict
self.unusedkeycache = multiprocessing.Queue(
self.serversettings.settings['KeyGenerator']['num_pregens'])
# Break out the settings into it's own file, so we can include it without including all of server
# This does cause a few shenanigans while loading here, but hopefully
# it's minimal
self.ServerKeys = Key(pub=self.serversettings.settings['pubkey'],
priv=self.serversettings.settings['privkey'])
self.db = DBWrapper(
name=self.serversettings.settings['dbname'],
dbtype=self.serversettings.settings['dbtype'],
host=self.serversettings.settings['mongo-hostname'],
port=self.serversettings.settings['mongo-port'])
self.sessions = DBWrapper(
name=self.serversettings.settings['sessions-db-name'],
dbtype=self.serversettings.settings['dbtype'],
host=self.serversettings.settings['sessions-db-hostname'],
port=self.serversettings.settings['sessions-db-port'])
self.binaries = DBWrapper(
name=self.serversettings.settings['bin-mongo-db'],
dbtype='mongo',
host=self.serversettings.settings['bin-mongo-hostname'],
port=self.serversettings.settings['bin-mongo-port'])
self.bin_GridFS = GridFS(self.binaries.unsafe.mongo)
# Ensure we have Proper indexes.
self.db.safe.ensure_index('envelope', 'envelope.local.time_added')
self.db.safe.ensure_index('envelope', 'envelope.local.sorttopic')
self.db.safe.ensure_index('envelope', 'envelope.local.payload_sha512')
self.db.safe.ensure_index('envelope', 'envelope.payload.class')
self.db.safe.ensure_index('envelope', 'envelope.payload.regarding')
self.db.safe.ensure_index(
'envelope',
'envelope.payload.binaries.sha_512')
self.db.safe.ensure_index('envelope', 'envelope.local.payload_sha512')
self.db.safe.ensure_index('envelope', 'envelope.payload.author.pubkey')
self.db.safe.ensure_index('envelope', 'envelope.payload.author.pubkey')
self.db.safe.ensure_index('envelope', 'usertrusts.asking')
self.db.safe.ensure_index('envelope', 'incomingtrust')
self.binaries.safe.ensure_index('fs.files', 'filename')
self.binaries.safe.ensure_index('fs.files', 'uploadDate')
self.binaries.safe.ensure_index('fs.files', '_id')
self.binaries.safe.ensure_index('fs.files', 'uploadDate')
# Get a list of all the valid templates that can be used, to compare
# against later on.
self.availablethemes = []
for name in os.listdir('themes'):
if os.path.isdir(os.path.join('themes', name)):
if name[:1] != ".":
self.availablethemes.append(name)
self.serversettings.settings['static-revision'] = int(time.time())
self.fortune = TavernUtils.randomWords(fortunefile="data/fortunes")
self.wordlist = TavernUtils.randomWords(fortunefile="data/wordlist")
# Define out logging options.
formatter = logging.Formatter('[%(levelname)s] %(message)s')
self.consolehandler = logging.StreamHandler()
self.consolehandler.setFormatter(formatter)
self.handler_file = logging.FileHandler(
filename=self.serversettings.settings['logfile'])
self.handler_file.setFormatter(formatter)
self.logger.setLevel(self.serversettings.settings['loglevel'])
level = self.serversettings.settings['loglevel']
# Cache our JS, so we can include it later.
file = open("static/scripts/instance.min.js")
self.logger.info("Cached JS")
TavernCache.cache['instance.js'] = file.read()
file.close()
self.guestacct = None
def prototype(self,p):
# laduje zmienne do petli
if p<= 7:
plc = 0
else:
plc = p-7
count = 0
outtie = 0
tnum = 0
before = 0
after = 0
stime = time()
lolz=self.sliced
dict_score =0
# laduje zeslicowany slownik i pliki
summ = open('summary.txt','a')
f = open('test_smeeris.txt','w')
dicts = self.dict_slicer()
#lista popularnych slowek 3 literowych
lyst = ['the' ,'and' ,'for' ,'not' ,'you' ,'but','say','her','she','all','one','out','who','get','can','him','see','now','did','big']
#lista wkladow do szablonu hasla
wklady = []
surowka = []
#wyrabianie wkladow
for word in self.sliced:
if len(word) == 3:
surowka.append(word)
break
for combo in product(ascii_lowercase, repeat=3):
temp = Key(''.join(combo))
print temp
outus = decode_it(surowka,temp)
if outus[0] in lyst:
wklady.append(temp.to_string())
#koniec wyrabiania wkladow
#robienie szablonu
tnum = 0
dict_score=0
for ex in lolz:
if not len(ex) == 3 :
tnum += len(ex)
else:
passw = p*'*'
mess = list(passw)
tnum = tnum % p
stri = "123"
numerra = 0
for iks in range(tnum,tnum+3 ):
print iks
safe = iks % p
mess[safe] = stri[numerra]
numerra +=1
numerra = 0
passw = "".join(mess)
break
available = []
passer = ""
for a in range(0,len(passw)):
if passw[a] == '*':
available.append(a)
passer += 'a'
else:
passer += passw[a]
print wklady
print passer
# return True
print available
combos= []
for kombo in product(ascii_lowercase, repeat=len(available)):
combos.append(kombo)
for part in wklady:
my_key = ""
dict_score=0
for letter in passer:
if letter == "1":
my_key += part[0]
if letter == "2":
my_key += part[1]
if letter == "3":
my_key += part[2]
if letter == "a":
my_key += "a"
dict_cracks = False
for nummie in combos:
liste = list(my_key)
for av in range(0,len(nummie)):
liste[available[av]] = nummie[av]
candidate = ''.join(liste)
if dict_cracks==False and candidate[available[plc]] == "l":
break
print candidate
temp = Key(candidate)
lolz = decode_it(self.sliced,temp)
stringer = "".join(lolz)
# wynik analizy slownikowej
if(60 > chi_score(stringer)):
result = self.dict_check(lolz,dicts)
dict_cracks = True
if ( result > dict_score and result > float(1)/len(lolz)):
my_key = candidate
dict_score = self.dict_check(lolz,dicts)
f.write( "Key:%s\n" % (my_key)+"\n" + str(lolz)+"\n\n " + str(chi_score(stringer)) +"\n\n" )
f.close()
etime = time()
summ.write("\Proto Test:\nTime elapsed: %s\nMax_key_lenght: %s\nFile size: %s\n"% (str(etime-stime),p,os.path.getsize("test_smeeris.txt")))
summ.close()
#print combos
return True
class Server(TavernUtils.instancer):
# We want to share state across all Server instances.
# This way we can create a new instance, anywhere, in any subclass, and
# get the same settings/etc
class FancyDateTimeDelta(object):
"""Format the date / time difference between the supplied date and the
current time using approximate measurement boundaries."""
def __init__(self, dt):
now = datetime.datetime.now()
delta = now - dt
self.year = round(delta.days / 365)
self.month = round(delta.days / 30 - (12 * self.year))
if self.year > 0:
self.day = 0
else:
self.day = delta.days % 30
self.hour = round(delta.seconds / 3600)
self.minute = round(delta.seconds / 60 - (60 * self.hour))
self.second = delta.seconds - (self.hour * 3600) - \
(60 * self.minute)
self.millisecond = delta.microseconds / 1000
def format(self):
# Round down. People don't want the exact time.
# For exact time, reverse array.
fmt = ""
for period in ['millisecond', 'second', 'minute', 'hour', 'day', 'month', 'year']:
value = getattr(self, period)
if value:
if value > 1:
period += "s"
fmt = str(value) + " " + period
return fmt + " ago"
def getnextint(self, queuename, forcewrite=False):
if not 'queues' in self.serversettings.settings:
self.serversettings.settings['queues'] = {}
if not queuename in self.serversettings.settings['queues']:
self.serversettings.settings['queues'][queuename] = 0
self.serversettings.settings['queues'][queuename] += 1
if forcewrite:
self.serversettings.saveconfig()
return self.serversettings.settings['queues'][queuename]
def __init__(self, settingsfile=None, workingdir=None, slot='default'):
super().__init__(slot)
# Don't run this more than once.
if self.__dict__.get('set') is True:
return
else:
self.set = True
self.logger = logging.getLogger('Tavern')
# Should the server run in debug mode
self.debug = False
self.serversettings = ServerSettings.ServerSettings(settingsfile)
if self.serversettings.updateconfig():
self.serversettings.saveconfig()
if not 'pubkey' in self.serversettings.settings or not 'privkey' in self.serversettings.settings:
# Generate New config
self.logger.info("Generating new Config")
self.ServerKeys = Key()
self.ServerKeys.generate()
# We can't encrypt this.. We'd need to store the key here on the machine...
# If you're worried about it, encrypt the disk, or use a loopback.
self.serversettings.settings['pubkey'] = self.ServerKeys.pubkey
self.serversettings.settings['privkey'] = self.ServerKeys.privkey
self.serversettings.updateconfig()
self.serversettings.saveconfig()
self.mc = OrderedDict
self.unusedkeycache = multiprocessing.Queue(
self.serversettings.settings['KeyGenerator']['num_pregens'])
# Break out the settings into it's own file, so we can include it without including all of server
# This does cause a few shenanigans while loading here, but hopefully
# it's minimal
self.ServerKeys = Key(pub=self.serversettings.settings['pubkey'],
priv=self.serversettings.settings['privkey'])
self.db = DBWrapper(
name=self.serversettings.settings['dbname'],
dbtype=self.serversettings.settings['dbtype'],
host=self.serversettings.settings['mongo-hostname'],
port=self.serversettings.settings['mongo-port'])
self.sessions = DBWrapper(
name=self.serversettings.settings['sessions-db-name'],
dbtype=self.serversettings.settings['dbtype'],
host=self.serversettings.settings['sessions-db-hostname'],
port=self.serversettings.settings['sessions-db-port'])
self.binaries = DBWrapper(
name=self.serversettings.settings['bin-mongo-db'],
dbtype='mongo',
host=self.serversettings.settings['bin-mongo-hostname'],
port=self.serversettings.settings['bin-mongo-port'])
self.bin_GridFS = GridFS(self.binaries.unsafe.mongo)
# Ensure we have Proper indexes.
self.db.safe.ensure_index('envelope', 'envelope.local.time_added')
self.db.safe.ensure_index('envelope', 'envelope.local.sorttopic')
self.db.safe.ensure_index('envelope', 'envelope.local.payload_sha512')
self.db.safe.ensure_index('envelope', 'envelope.payload.class')
self.db.safe.ensure_index('envelope', 'envelope.payload.regarding')
self.db.safe.ensure_index(
'envelope',
'envelope.payload.binaries.sha_512')
self.db.safe.ensure_index('envelope', 'envelope.local.payload_sha512')
self.db.safe.ensure_index('envelope', 'envelope.payload.author.pubkey')
self.db.safe.ensure_index('envelope', 'envelope.payload.author.pubkey')
self.db.safe.ensure_index('envelope', 'usertrusts.asking')
self.db.safe.ensure_index('envelope', 'incomingtrust')
self.binaries.safe.ensure_index('fs.files', 'filename')
self.binaries.safe.ensure_index('fs.files', 'uploadDate')
self.binaries.safe.ensure_index('fs.files', '_id')
self.binaries.safe.ensure_index('fs.files', 'uploadDate')
# Get a list of all the valid templates that can be used, to compare
# against later on.
self.availablethemes = []
for name in os.listdir('themes'):
if os.path.isdir(os.path.join('themes', name)):
if name[:1] != ".":
self.availablethemes.append(name)
self.serversettings.settings['static-revision'] = int(time.time())
self.fortune = TavernUtils.randomWords(fortunefile="data/fortunes")
self.wordlist = TavernUtils.randomWords(fortunefile="data/wordlist")
# Define out logging options.
formatter = logging.Formatter('[%(levelname)s] %(message)s')
self.consolehandler = logging.StreamHandler()
self.consolehandler.setFormatter(formatter)
self.handler_file = logging.FileHandler(
filename=self.serversettings.settings['logfile'])
self.handler_file.setFormatter(formatter)
self.logger.setLevel(self.serversettings.settings['loglevel'])
level = self.serversettings.settings['loglevel']
# Cache our JS, so we can include it later.
file = open("static/scripts/instance.min.js")
self.logger.info("Cached JS")
TavernCache.cache['instance.js'] = file.read()
file.close()
self.guestacct = None
def start(self):
"""Stuff that should be done when the server is running as a process,
not just imported as a obj."""
self.external = embedis.embedis()
from uasparser import UASparser
self.logger.info("Loading Browser info")
self.browserdetector = UASparser()
# Start actually logging to file or console
if self.debug:
self.logger.setLevel("DEBUG")
self.logger.addHandler(self.consolehandler)
# logging.getLogger('gnupg').setLevel("DEBUG")
logging.getLogger('gnupg').addHandler(self.consolehandler)
self.logger.addHandler(self.handler_file)
print("Logging Server started at level: " +
str(self.logger.getEffectiveLevel()))
# Pregenerate some users in the background.
self.keygenerator = KeyGenerator.KeyGenerator()
self.keygenerator.start()
if not 'guestacct' in self.serversettings.settings:
self.logger.info("Generating a Guest user acct.")
self.guestacct = User()
self.guestacct.generate(AllowGuestKey=False)
self.serversettings.settings['guestacct'] = {}
self.serversettings.settings[
'guestacct'][
'pubkey'] = self.guestacct.Keys[
'master'].pubkey
self.serversettings.saveconfig()
self.guestacct.savemongo()
else:
self.logger.info("Loading the Guest user acct.")
self.guestacct = User()
self.guestacct.load_mongo_by_pubkey(
self.serversettings.settings['guestacct']['pubkey'])
def stop(self):
"""Stop all server procs."""
self.logger.info("Shutting down Server instance")
self.keygenerator.stop()
def prettytext(self):
newstr = json.dumps(
self.serversettings.settings, indent=2, separators=(', ', ': '))
return newstr
@memorise(ttl=defaultsettings.settings['cache']['sorttopic']['seconds'], maxsize=defaultsettings.settings['cache']['sorttopic']['size'])
def sorttopic(self, topic):
if topic is not None:
topic = topic.lower()
topic = self.urlize(topic)
else:
topic = None
return topic
@memorise(ttl=defaultsettings.settings['cache']['error_envelope']['seconds'], maxsize=defaultsettings.settings['cache']['error_envelope']['size'])
def error_envelope(self, subject="Error", topic="sitecontent", body=None):
if body is None:
body = """
Oh my, something seems to have happened that we weren't expecting.
Hopefully this will get cleared up relatively quickly.
If not, you might want to send a note to [email protected], with the URL, and notes on how you got here :/
So sorry for the trouble.
-The Barkeep
"""
e = Envelope()
e.dict['envelope']['payload'] = OrderedDict()
e.dict['envelope']['payload']['subject'] = subject
e.dict['envelope']['payload']['topic'] = topic
e.dict['envelope']['payload']['formatting'] = "markdown"
e.dict['envelope']['payload']['class'] = "message"
e.dict['envelope']['payload'][
'body'] = body
e.dict['envelope']['payload']['author'] = OrderedDict()
e.dict['envelope']['payload']['author']['pubkey'] = "1234"
e.dict['envelope']['payload']['author']['friendlyname'] = "ERROR!"
e.dict['envelope']['payload']['author']['useragent'] = "Error Agent"
e.dict['envelope']['payload']['author']['friendlyname'] = "Error"
e.addStamp(
stampclass='author',
keys=self.ServerKeys,
friendlyname=defaultsettings.settings['hostname'])
e.flatten()
e.munge()
e.dict['envelope']['local']['time_added'] = 1297396876
e.dict['envelope']['local'][
'author_wordhash'] = "Automatically generated message"
e.dict['envelope']['local']['sorttopic'] = "error"
e.dict['envelope']['local']['payload_sha512'] = e.payload.hash()
return e
# Cache to failfast on receiving dups
@memorise(ttl=defaultsettings.settings['cache']['receiveEnvelope']['seconds'], maxsize=defaultsettings.settings['cache']['receiveEnvelope']['size'])
def receiveEnvelope(self, envstr=None, env=None):
"""Receive an envelope for processing in the server.
Can take either a string, or an envelope obj.
"""
if envstr is None and env is None:
raise Exception(
'receiveEnvelope MUST receive an envelope. Really! ;)')
if env is not None:
# If we get an envelope, flatten it - The caller may not have.
c = env.flatten()
else:
c = Envelope()
c.loadstring(importstring=envstr)
# Fill-out the message's local fields.
c.munge()
# Make sure the message is valid, meets our standards, and is good to
# accept and save.
if not c.validate():
self.logger.info(
"Received an Envelope which does not validate- " + c.payload.hash())
self.logger.debug(c.text())
return False
utctime = time.time()
existing = self.db.unsafe.find_one(
'envelopes', {'envelope.local.payload_sha512': c.dict['envelope']['local']['payload_sha512']})
if existing is not None:
self.logger.debug("We already have that msg.")
return c.dict['envelope']['local']['payload_sha512']
# Sign the message to saw we saw it.
if self.serversettings.settings['mark-seen']:
c.addStamp(
stampclass='server',
keys=self.ServerKeys,
hostname=defaultsettings.settings['hostname'])
# Store the time, in full UTC (with precision). This is used to skip
# pages in the viewer later.
c.dict['envelope']['local']['time_added'] = utctime
if c.dict['envelope']['payload']['class'] == "message":
# If the message referenes anyone, mark the original, for ease of finding it later.
# Do this in the 'local' block, so we don't waste bits passing this on to others.
# Partners can calculate this when they receive it.
if 'regarding' in c.dict['envelope']['payload']:
repliedTo = Envelope()
if repliedTo.loadmongo(mongo_id=c.dict['envelope']['payload']['regarding']):
self.logger.debug(
" I am :: " + c.dict['envelope']['local']['payload_sha512'])
self.logger.debug(
" Adding a cite on my parent :: " +
repliedTo.dict[
'envelope'][
'local'][
'payload_sha512'])
repliedTo.addcite(
c.dict[
'envelope'][
'local'][
'payload_sha512'])
c.addAncestor(c.dict['envelope']['payload']['regarding'])
print("id is :" + c.dict['envelope']['local']['payload_sha512'])
# It could also be that this message is cited BY others we already have!
# Sometimes we received them out of order. Better check.
for citedict in self.db.unsafe.find('envelopes', {'envelope.payload.regarding': c.dict['envelope']['local']['payload_sha512']}):
self.logger.debug('found existing cite, bad order. ')
self.logger.debug(
" I am :: " + c.dict['envelope']['local']['payload_sha512'])
self.logger.debug(" Found pre-existing cite at :: " +
citedict['envelope']['local']['payload_sha512'])
# If it's a message, write that in the reply, and in me.
if citedict['envelope']['payload']['class'] == 'message':
citedme = Envelope()
citedme.loaddict(citedict)
c.addcite(
citedme.dict[
'envelope'][
'local'][
'payload_sha512'])
citedme.addAncestor(
c.dict[
'envelope'][
'local'][
'payload_sha512'])
citedme.saveMongo()
# If it's an edit, write that in me.
elif citedict['envelope']['payload']['class'] == 'messagerevision':
c.addEdit(citedict['envelope']['local']['payload_sha512'])
elif citedict['envelope']['payload']['class'] == 'messagerating':
citedme = Envelope()
citedme.loaddict(citedict)
citedme.dict[
'envelope'][
'local'][
'regardingAuthor'] = c.dict[
'envelope'][
'payload'][
'author']
citedme.saveMongo()
elif c.dict['envelope']['payload']['class'] == "messagerating":
# If this is a rating, cache the AUTHOR of the rated message.
regardingPost = self.db.unsafe.find_one(
'envelopes',
{'envelope.local.payload_sha512': c.dict['envelope']['payload']['regarding']})
if regardingPost is not None:
c.dict[
'envelope'][
'local'][
'regardingAuthor'] = regardingPost[
'envelope'][
'payload'][
'author']
elif c.dict['envelope']['payload']['class'] == "messagerevision":
# This is an edit to an existing message.
regardingPost = self.db.unsafe.find_one(
'envelopes',
{'envelope.local.payload_sha512': c.dict['envelope']['payload']['regarding']})
if regardingPost is not None:
if 'priority' in c.dict['envelope']['payload']:
c.dict[
'envelope'][
'local'][
'priority'] = c.dict[
'envelope'][
'payload'][
'priority']
else:
c.dict['envelope']['local']['priority'] = 0
# Store this edit.
# Save this message out to mongo, so we can then retrieve it in
# addEdit().
c.saveMongo()
# Modify the original message.
r = Envelope()
r.loaddict(regardingPost)
r.addEdit(c.dict['envelope']['local']['payload_sha512'])
# Ensure we have the freshest version in memory.
c.reloadmongo()
else:
self.logger.debug("Received an edit without the original")
# Store our Envelope
c.saveMongo()
return c.dict['envelope']['local']['payload_sha512']
@memorise(ttl=defaultsettings.settings['cache']['formatText']['seconds'], maxsize=defaultsettings.settings['cache']['formatText']['size'])
def formatText(self, text=None, formatting='markdown'):
# Run the text through Tornado's escape to ensure you're not a badguy.
text = tornado.escape.xhtml_escape(text)
if formatting == 'bbcode':
formatted = bbcodepy.Parser().to_html(text)
elif formatting == "plaintext":
formatted = "<pre>" + text + "</pre>"
else:
# If we don't know, you get Markdown
formatted = markdown.markdown(
text,
output_format="html5",
safe_mode='escape',
enable_attributes=False,
extensions=['nl2br',
'footnotes',
'tables',
'headerid(level=3)'])
# We can't use tornado.escape.linkify to linkify, since it ALSO
# escapes everything.
formatted = self.autolink(formatted)
return formatted
@memorise(ttl=defaultsettings.settings['cache']['getUsersPosts']['seconds'], maxsize=defaultsettings.settings['cache']['getUsersPosts']['size'])
def getUsersPosts(self, pubkey, limit=1000):
envelopes = []
for envelope in self.db.safe.find('envelopes', {'envelope.local.author.pubkey': pubkey, 'envelope.payload.class': 'message'}, limit=limit, sortkey='envelope.local.time_added', sortdirection='descending'):
messagetext = json.dumps(envelope, separators=(',', ':'))
e = Envelope()
e.loadstring(messagetext)
envelopes.append(e)
return envelopes
def getOriginalMessage(self, messageid):
env = Envelope()
# First, pull the referenced message.
if env.loadmongo(mongo_id=messageid):
if env.dict['envelope']['payload']['class'] == 'message':
return env.dict['envelope']['local']['payload_sha512']
else:
return env.dict['envelope']['payload']['regarding']
return None
def getTopMessage(self, messageid):
# Find the top level of a post that we currently have.
env = Envelope()
# First, pull the referenced message.
if env.loadmongo(mongo_id=messageid):
# If we have no references, congrats, we're the top.
if not 'regarding' in env.dict['envelope']['payload']:
return env.dict['envelope']['local']['payload_sha512']
if env.dict['envelope']['payload']['regarding'] is None:
return env.dict['envelope']['local']['payload_sha512']
# If we're here, it means we have a parent.
# Recurse upstream
result = self.getTopMessage(
env.dict['envelope']['payload']['regarding'])
# Don't blindly return it, since it might be None in broken chains.
# In that case, return yourself.
if result is not None:
return result
else:
return env.dict['envelope']['local']['payload_sha512']
else:
return None
def urlize(self, url):
# I do NOT want to urlencode this, because that encodes the unicode characters.
# Browsers are perfectly capable of handling these!
url = re.sub('[/? ]', '-', url)
url = re.sub(r'[^\w-]', '', url)
return url
# Autolink from http://greaterdebater.com/blog/gabe/post/4
def autolink(self, html):
# match all the urls
# this returns a tuple with two groups
# if the url is part of an existing link, the second element
# in the tuple will be "> or </a>
# if not, the second element will be an empty string
urlre = re.compile(
"(\(?https?://[-A-Za-z0-9+&@#/%?=~_()|!:,.;]*[-A-Za-z0-9+&@#/%=~_()|])(\">|</a>)?")
urls = urlre.findall(html)
clean_urls = []
# remove the duplicate matches
# and replace urls with a link
for url in urls:
# ignore urls that are part of a link already
if url[1]:
continue
c_url = url[0]
# ignore parens if they enclose the entire url
if c_url[0] == '(' and c_url[-1] == ')':
c_url = c_url[1:-1]
if c_url in clean_urls:
continue # We've already linked this url
clean_urls.append(c_url)
# substitute only where the url is not already part of a
# link element.
html = re.sub("(?<!(=\"|\">))" + re.escape(c_url),
"<a rel=\"noreferrer nofollow\" href=\"" +
c_url + "\">" + c_url + "</a>",
html)
return html
def get_ssh_auth_key(self):
if self.ssh_auth_key == None:
print _("generating new key")
new_key = Key.generate_rsa_key(4096)
self.ssh_auth_key = new_key
return self.ssh_auth_key
def __init__(self, namespace, *args, **kwargs): '''Initializes NamespaceDatastore with `key` namespace.''' super(NamespaceDatastore, self).__init__(*args, **kwargs) self.keytransform = self.namespaceKey self.namespace = Key(namespace)
def validate(self):
"""Ensures an envelope is valid, legal, and according to spec."""
self.registerpayload()
# Check headers
if 'envelope' not in self.dict:
self.server.logger.debug("Invalid Envelope. No Header")
return False
# Ensure we have 1 and only 1 author signature stamp
stamps = self.dict['envelope']['stamps']
foundauthor = 0
for stamp in stamps:
if stamp['class'] == "author":
foundauthor += 1
if foundauthor == 0:
if self.dict['envelope']['payload']['class'] != 'privatemessage':
self.server.logger.debug("No author stamp.")
return False
if foundauthor > 1:
self.server.logger.debug("Too Many author stamps")
return False
# Ensure Every stamp validates.
stamps = self.dict['envelope']['stamps']
for stamp in stamps:
if 'keyformat' not in stamp:
self.server.logger.debug("Key format is not specififed.")
return False
if stamp['keyformat'] != 'gpg':
self.server.logger.debug(
"Key not in acceptable container format.")
return False
# Retrieve the key, ensure it's valid.
stampkey = Key(pub=stamp['pubkey'])
if stampkey is None:
self.server.logger.debug("Key is invalid.")
return False
if stampkey.keydetails['algorithm'] not in ['ElGamal', 'RSA', 'DSA']:
self.server.logger.debug(
"Key does not use an acceptable algorithm.")
return False
if stampkey.keydetails['algorithm'] in ['ElGamal', 'RSA', 'DSA']:
if int(stampkey.keydetails['length']) < 3072:
self.server.logger.debug("Key is too small.")
return False
elif stampkey.keydetails['algorithm'] == 'ECDSA':
if int(stampkey.keydetails['length']) < 233:
self.server.logger.debug("Key is too small.")
return False
for uid in stampkey.keydetails['uids']:
if uid not in [None, 'TAVERN', '']:
self.server.logger.debug(
"Key UID is potentially leaking information.")
return False
# Ensure it matches the signature.
if not stampkey.verify_string(stringtoverify=self.payload.text(), signature=stamp['signature']):
self.server.logger.debug("Signature Failed to verify for stamp :: " +
stamp['class'] + " :: " + stamp['pubkey'])
return False
# If they specify a proof-of-work in the stamp, make sure it's
# valid.
if 'proof-of-work' in stamp:
proof = stamp['proof-of-work']['proof']
difficulty = stamp['proof-of-work']['difficulty']
if stamp['proof-of-work']['class'] == 'sha256':
result = TavernUtils.checkWork(
self.payload.hash(),
proof,
difficulty)
if result is False:
self.server.logger.debug(
"Proof of work cannot be verified.")
return False
else:
self.server.logger.debug(
"Proof of work in unrecognized format. Ignoring.")
# It's OK if they don't include a user-agent, but not if they include a
# bad one.
# if 'useragent' in self.dict['envelope']['payload']['author']:
# if not 'name' in self.dict['envelope']['payload']['author']['useragent']:
# self.server.logger.debug(
# "If you supply a user agent, it must have a valid name")
# return False
# if not isinstance(self.dict['envelope']['payload']['author']['useragent']['version'], int) and not isinstance(self.dict['envelope']['payload']['author']['useragent']['version'], float):
# self.server.logger.debug(
# "Bad Useragent version must be a float or integer")
# return False
# Do this last, so we don't waste time if the stamps are bad.
if not self.payload.validate():
self.server.logger.info("Payload does not validate.")
return False
return True