def choose_plural(amount, variants):
"""
Choose proper case depending on amount
@param amount: amount of objects
@type amount: C{int} or C{long}
@param variants: variants (forms) of object in such form:
(1 object, 2 objects, 5 objects).
@type variants: 3-element C{sequence} of C{unicode}
or C{unicode} (three variants with delimeter ',')
@return: proper variant
@rtype: C{unicode}
@raise L{pytils.err.InputParameterError}: input parameters' check failed
(amount isn't C{int}, variants isn't C{sequence})
@raise ValueError: variants' length lesser than 3
"""
if isinstance(variants, unicode):
variants = utils.split_values(variants)
check_length(variants, 3)
amount = abs(amount)
if amount % 10 == 1 and amount % 100 != 11:
variant = 0
elif amount % 10 >= 2 and amount % 10 <= 4 and \
(amount % 100 < 10 or amount % 100 >= 20):
variant = 1
else:
variant = 2
return variants[variant]
async def deck_topic(self, ctx: Context, *, new_topic: str = ''):
if not new_topic:
await self.deck_info(ctx)
ctx.command.reset_cooldown(ctx)
return
deck = await DeckConverter().convert(ctx, str(ctx.channel.id))
check_deck_manager(deck, ctx.author)
check_length(new_topic, Deck.TOPIC_MAX_LENGTH)
await self.edit_deck_topic(ctx, deck, new_topic)
async def deck_name(self, ctx: Context, *, new_name: str = ''):
if not new_name:
await self.deck_info(ctx)
ctx.command.reset_cooldown(ctx)
return
deck = await DeckConverter().convert(ctx, str(ctx.channel.id))
check_deck_manager(deck, ctx.author)
check_length(new_name, Deck.NAME_MAX_LENGTH)
literal = literals('deck_name')
if (deck_with_same_name :=
self.deck_handler.get_deck_by_name(new_name)) is not None:
await ctx.send(literal['already'] % deck_with_same_name.name)
ctx.command.reset_cooldown(ctx)
return
def mutate(self, packets):
numseg = self.numseg
position = self.position
# Not enough segments, Syn or Ack, return
if (
utils.check_length(numseg, packets)
or utils.check_syn(packets[numseg - 1])
or utils.check_ack(packets[numseg - 1])
):
return packets
forged = packets[numseg - 1].copy()
forged = utils.tcp_bad_payload(forged)
# calculate and modify chksum
forged.chksum = scapy.checksum(forged) + 1
"""il frammento manipolato dovrebbe essere preso per buono da
snort -k notcp ma scartato da host vittima. """
# insert forged segment
if position == "after":
packets.insert(numseg, forged)
elif position == "before":
packets.insert(numseg - 1, forged)
# last position is for original packet, not the forged one!!!!
elif position == "last":
packets.append(packets[numseg - 1])
del (packets[numseg - 1])
packets.insert(numseg - 1, forged)
return packets
def mutate(self, packets): numseg = self.numseg thl = self.thl position = self.position #Not enough segments, Syn or Ack, return if utils.check_length(numseg, packets) or utils.check_syn(packets[numseg-1]) or utils.check_ack(packets[numseg-1]): return packets forged = packets[numseg-1].copy() forged = utils.tcp_bad_payload(forged) #modify data offset in tcp field forged.dataofs = thl #insert forged segment if position == "after": packets.insert(numseg, forged) elif position == "before": packets.insert(numseg-1, forged) elif position == "last": packets.append(packets[numseg-1]) del(packets[numseg-1]) packets.insert(numseg-1, forged) return packets
def mutate(self, packets): result = [] numseg = self.numseg position = self.position #Not enough segments, Syn or Ack, return if utils.check_length(numseg, packets) or utils.check_syn(packets[numseg-1]) or utils.check_ack(packets[numseg-1]): return packets #if numseg >= len(packets): # return packets forged = packets[numseg-1].copy() forged = utils.tcp_bad_payload(forged) forged.flags = 0 if position == "after": packets.insert(numseg, forged) elif position == "before": packets.insert(numseg-1, forged) else: packets.append(packets[numseg-1]) del(packets[numseg-1]) packets.insert(numseg-1, forged) return packets
def check_all_noise():
noise_dataset = dataset_info.NoiseDataset()
noise_files = noise_dataset.files_from_pattern()
audio_17s = "/home/dzubke/awni_speech/data/LibriSpeech/train-clean-100/19/198/19-198-0034.wav"
audio_2s = "/home/dzubke/awni_speech/data/LibriSpeech/train-clean-100/19/198/19-198-0000.wav"
test_audio = [audio_2s, audio_17s]
print(f"\n Test All Noise: testing {len(noise_files)} noise files")
for audio_file in test_audio:
for noise_file in noise_files:
try:
utils.check_length(audio_file, noise_file)
except AssertionError:
raise AssertionError(
f"audio: {audio_file} and noise: {noise_file}")
except FileNotFoundError:
raise FileNotFoundError(
f"audio: {audio_file} and noise: {noise_file}")
def test_dataset():
json_path = "/home/dzubke/awni_speech/data/common-voice/validated-25-maxrepeat.json"
corpus_name = "common-voice"
# initializing the dataset object specified by dataset_name
noise_path = "/home/dzubke/awni_speech/data/background_noise/388338__uminari__short-walk-thru-a-noisy-street-in-a-mexico-city.wav"
with open(json_path) as fid:
for line in fid:
sample = json.loads(line)
audio_file = sample.get("audio")
if data_helpers.skip_file(corpus_name, audio_file):
print(f"skipping: {audio_file}")
continue
try:
utils.check_length(audio_file, noise_path)
except:
raise Exception(
f"error in audio: {audio_file} and noise: {noise_path}")
def test_dataset():
dataset_name = "Commonvoice"
# initializing the dataset object specified by dataset_name
dataset = eval("dataset_info."+dataset_name+"Dataset")()
audio_files = dataset.get_audio_files()
noise_path = "/home/dzubke/awni_speech/data/background_noise/388338__uminari__short-walk-thru-a-noisy-street-in-a-mexico-city.wav"
for audio_file in audio_files:
if data_helpers.skip_file(dataset.corpus_name, audio_file):
print(f"skipping: {audio_file}")
continue
try:
utils.check_length(audio_file, noise_path)
except AssertionError:
raise AssertionError(f"error in audio: {audio_file} and noise: {noise_path}")
except FileNotFoundError:
raise FileNotFoundError(f"audio: {audio_file} and noise: {noise_file}")
except:
raise Exception(f"audio: {audio_file}, noise: {noise_path}")
def check_noise_level():
"""
this test aims to test noise inject using a variety of noise levels
across a selection of noise files and test audio files
"""
noise_files = [
"/home/dzubke/awni_speech/data/background_noise/100263_43834-lq.wav",
"/home/dzubke/awni_speech/data/background_noise/101281_1148115-lq.wav",
"/home/dzubke/awni_speech/data/background_noise/102547_1163166-lq.wav",
"/home/dzubke/awni_speech/data/background_noise/elaborate_thunder-Mike_Koenig-1877244752.wav",
"/home/dzubke/awni_speech/data/background_noise/violet_noise_2.wav",
"/home/dzubke/awni_speech/data/background_noise/115418_8043-lq.wav"
]
# first test audio is 17 s, second is 2 s, third is from separate dataset
test_audio = [
"/home/dzubke/awni_speech/data/LibriSpeech/train-clean-100/19/198/19-198-0034.wav",
"/home/dzubke/awni_speech/data/LibriSpeech/train-clean-100/19/198/19-198-0000.wav",
"/home/dzubke/awni_speech/data/tedlium/TEDLIUM_release-3/data/converted/wav/EmmanuelJal_2009G_104.wav.wav"
]
# making a list of noise_levels form 0 to 1.15 in increments of 0.5
noise_levels = [x / 100 for x in range(0, 120, 5)]
print(f"\n Noise Level Test: testing {len(noise_files)} noise files")
for audio_file in test_audio:
for noise_file in noise_files:
for noise_level in noise_levels:
try:
utils.check_length(audio_file,
noise_file,
noise_level=noise_level)
except AssertionError:
raise AssertionError(
f"audio:{audio_file}, noise:{noise_file}, noise_level:{noise_level}"
)
except FileNotFoundError:
raise FileNotFoundError(
f"audio:{audio_file}, noise:{noise_file}, noise_level:{noise_level}"
)
except:
raise Exception(
f"audio:{audio_file}, noise:{noise_file}, noise_level:{noise_level}"
)
def mutate(self, packets): numseg = self.numseg #Not enough segments, Syn or Ack, return if utils.check_length(numseg, packets) or utils.check_syn(packets[numseg-1]) or utils.check_ack(packets[numseg-1]): return packets packets.insert(numseg+1, packets[numseg-1]) del(packets[numseg-1]) return packets
def mutate(self, packets): BADMAC = self.BADMAC timer = self.timer numframe = self.numframe #if packet is fragmented,SYN or ACK do nothing if utils.check_length(numframe, packets) or utils.check_syn(packets[numframe-1].payload.payload) or utils.check_ack(packets[numframe-1].payload.payload) or utils.check_fragmentation(packets[numframe-1].payload): return packets #create fake RST forged = packets[numframe-1].copy() forged.payload.payload = utils.tcp_bad_payload(forged.payload.payload, utils.NOPAYLOAD) forged.dst=BADMAC #set reset flag forged.payload.payload.flags = 'R' #insert fake RST packets.insert(numframe-1, forged) #append original packets.append(packets[numframe]) del(packets[numframe]) #create fake SYN forged_syn = packets[numframe-1].copy() forged_syn.dst=BADMAC forged_syn.timeout = timer forged_syn.payload.payload.flags = 'S' forged_syn.payload.payload.seq += 103245 forged_syn.payload.payload.ack = 0 #insert fake SYN packets.insert(numframe, forged_syn) #create fake SYN/ACK forged_synack = packets[numframe-1].copy() forged_synack.dst=BADMAC forged_synack.payload.payload.sport = packets[numframe].payload.payload.dport forged_synack.payload.payload.dport = packets[numframe].payload.payload.sport forged_synack.payload.payload.flags = 'SA' forged_synack.payload.payload.seq += 207654 forged_synack.payload.payload.ack = packets[numframe].payload.payload.seq + 1 forged_synack.payload.dst = packets[numframe].payload.src forged_synack.payload.src = packets[numframe].payload.dst #insert fake SYN/ACK packets.insert(numframe+1, forged_synack) #create fake ACK forged_ack = packets[numframe-1].copy() forged_ack.dst=BADMAC forged_ack.payload.payload.flags = 'A' forged_ack.payload.payload.seq = packets[numframe+1].payload.payload.ack forged_ack.payload.payload.ack = packets[numframe+1].payload.payload.seq + 1 #insert fake SYN/ACK packets.insert(numframe+2, forged_ack) #delete reset del(packets[numframe-1]) return packets
def mutate(self, packets): result = [] #Not enough segments, Syn or Ack, return if utils.check_length(self.numseg, packets) or utils.check_syn(packets[self.numseg-1]) or utils.check_ack(packets[self.numseg-1]): return packets count = 0 for p in packets: if count == self.numseg: p.flags = 0 result.append(p) count +=1 return result
def mutate(self, packets):
numseg = self.numseg
timer = self.timer
# Not enough segments, Syn or Ack, return
if (
utils.check_length(numseg, packets)
or utils.check_syn(packets[numseg - 1])
or utils.check_ack(packets[numseg - 1])
):
return packets
packets[numseg - 1].timeout = timer
return packets
def mutate(self, packets): numfrag = self.numfrag if len(packets) == 1: return packets #Not enough fragments, Syn or Ack, return if utils.check_length(numfrag, packets) or utils.check_syn(packets[numfrag-1].payload) or utils.check_ack(packets[numfrag-1].payload): return packets frag_out = packets[numfrag-1] del(packets[numfrag-1]) packets.insert(numfrag,frag_out) return packets
def mutate(self, packets): numseg = self.numseg pos = self.pos #Not enough segments, Syn or Ack, return if utils.check_length(numseg, packets) or utils.check_syn(packets[numseg-1]) or utils.check_ack(packets[numseg-1]): return packets if pos >= len(packets): packets.append(packets[numseg-1]) return packets packets.insert(pos-1, packets[numseg-1]) return packets
def mutate(self, packets): numseg = self.numseg timer = self.timer offset = self.offset #Not enough segments, Syn or Ack, return if utils.check_length(numseg, packets) or utils.check_syn(packets[numseg-1]) or utils.check_ack(packets[numseg-1]): return packets forged = packets[numseg-1].copy() forged = utils.tcp_bad_payload(forged, utils.NOPAYLOAD) forged.flags = 'R' #seq. number forged.seq += offset packets.insert(numseg-1, forged) packets[numseg].timeout = timer return packets
def mutate(self, packets): result = [] numseg = self.numseg timer = self.timer #Not enough segments, Syn or Ack, return if utils.check_length(numseg, packets) or utils.check_syn(packets[numseg-1]) or utils.check_ack(packets[numseg-1]): return packets forged = packets[numseg-1].copy() forged = utils.tcp_bad_payload(forged, utils.NOPAYLOAD) forged.flags = 'R' #calculate and modify chksum forged.chksum = scapy.checksum(forged)+1 packets.insert(numseg-1, forged) packets[numseg].timeout = timer return packets
def mutate(self, packets): numfrag = self.numfrag position = self.position #check there is enough fragments and if numfrag-1 is a fragment if utils.check_length(numfrag, packets) or not utils.check_fragmentation(packets[numfrag-1]): return packets forged = packets[numfrag-1].copy() forged = utils.ip_bad_payload(forged) if position == "after": packets.insert(numfrag, forged) else: packets.insert(numfrag-1, forged) return packets
def mutate(self, packets):
numseg = self.numseg
position = self.position
option = self.opt
#Not enough segments, Syn or Ack, return
if utils.check_length(numseg, packets) or utils.check_syn(packets[numseg-1]) or utils.check_ack(packets[numseg-1]):
return packets
if option == "mss":
forged=scapy.TCP(options=[("MSS",144)])/packets[numseg-1].load
elif option == "timestamp":
forged=scapy.TCP(options=[("Timestamp",(0,-1))])/packets[numseg-1].load
elif option == "wscale":
forged=scapy.TCP(options=[("WScale", 10)])/packets[numseg-1].load
elif option == "sackok":
forged=scapy.TCP(options=[("SAckOK", 1)])/packets[numseg-1].load
forged.sport = packets[numseg-1].sport
forged.dport = packets[numseg-1].dport
forged.seq = packets[numseg-1].seq
forged.ack = packets[numseg-1].ack
forged.dataofs = packets[numseg-1].dataofs
forged.reserverd = packets[numseg-1].reserved
forged.flags = packets[numseg-1].flags
if option =="timestamp":
#disable ACK flag
forged.flags = 0
forged.window = packets[numseg-1].window
forged.urgptr = packets[numseg-1].urgptr
'''nell elenco in __init__.py, mettere TCPBadOption prima di TCPFakeReset
per non rischiare che operatore precedente abbia cancellato il payload'''
forged = utils.tcp_bad_payload(forged)
if position == "after":
packets.insert(numseg, forged)
elif position == "before":
packets.insert(numseg-1, forged)
else:
packets.append(packets[numseg-1])
del(packets[numseg-1])
packets.insert(numseg-1, forged)
return packets
def mutate(self, packets): numseg = self.numseg position = self.position #Not enough segments, Syn or Ack, return if utils.check_length(numseg, packets) or utils.check_syn(packets[numseg-1]) or utils.check_ack(packets[numseg-1]): return packets forged = packets[numseg-1].copy() forged = utils.tcp_bad_payload(forged) if position == "after": #forged after original packets.insert(numseg, forged) else: #forged one before original packets.insert(numseg-1, forged) return packets
def mutate(self, packets): numframe = self.numframe BADMAC = self.BADMAC if utils.check_length(numframe, packets) or utils.check_syn(packets[numframe-1].payload.payload) or utils.check_ack(packets[numframe-1].payload.payload): return packets forged = packets[numframe-1].copy() forged.payload = utils.ip_bad_payload(forged.payload) forged.dst=BADMAC #insert forged frame packets.insert(0, forged) #append original packets.append(packets[numframe]) del(packets[numframe]) return packets
def mutate(self, packets): numfrag = self.numfrag bigsize = self.bigsize big_payload="" #check numfrag existence, and if it's a fragment if utils.check_length(numfrag, packets) or not utils.check_fragmentation(packets[numfrag-1]): return packets #create big payload and load it forged = packets[numfrag-1].copy() del(forged.payload) for i in range(bigsize): big_payload =big_payload + random.choice(string.ascii_letters) forged.add_payload(scapy.Raw(load=big_payload)) forged.flags = ip.FLAG_DF #insert big packet packets.insert(numfrag-1, forged) return packets
def mutate(self, packets): numfrag = self.numfrag #if not enough packets, syn or ack return if utils.check_length(numfrag, packets) or utils.check_syn(packets[numfrag-1].payload) or utils.check_ack(packets[numfrag-1].payload): return packets forged = packets[numfrag-1].copy() forged = utils.ip_bad_payload(forged) #change IP version forged.version = 8 #insert forged packets.insert (0 ,forged) #append original packets.append(packets[numfrag]) del(packets[numfrag]) return packets
def mutate(self, packets): numfrag = self.numfrag ihl = self.ihl #Not enough fragments, Syn or Ack, return if utils.check_length(numfrag, packets) or utils.check_syn(packets[numfrag-1].payload) or utils.check_ack(packets[numfrag-1].payload): return packets forged = packets[numfrag-1].copy() forged = utils.ip_bad_payload(forged) #modify total length forged.ihl = ihl #insert fragment first pos packets.insert(0,forged) #move original fragment last pos packets.append(packets[numfrag]) del(packets[numfrag]) return packets
def mutate(self, packets): numseg = self.numseg position = self.position flags_ = self.flags #do nothing if utils.check_length(numseg, packets) or utils.check_syn(packets[numseg-1]) or utils.check_ack(packets[numseg-1]): return packets forged = packets[numseg-1].copy() forged = utils.tcp_bad_payload(forged) forged.flags = flags_ if position == "after": packets.insert(numseg, forged) elif position == "before": packets.insert(numseg-1, forged) else: packets.append(packets[numseg-1]) del(packets[numseg-1]) packets.insert(numseg-1, forged) return packets
def mutate(self, packets): numfrag = self.numfrag #Not enough elements, Syn or Ack return if utils.check_length(numfrag, packets) or utils.check_syn(packets[numfrag-1].payload) or utils.check_ack(packets[numfrag-1].payload): return packets #set self.TTL for each packet for i,f in enumerate(packets): packets[i].ttl=self.TTL #create forged forged = packets[numfrag-1].copy() forged = utils.ip_bad_payload(forged) #set short TTL forged.ttl=self.shortTTL packets.insert(numfrag-1, forged) #append numfrag packets.append(packets[numfrag]) del(packets[numfrag]) return packets
def mutate(self, packets): numfrag = self.numfrag #Not enough fragments, Syn or Ack, return if utils.check_length(numfrag, packets) or utils.check_syn(packets[numfrag-1].payload) or utils.check_ack(packets[numfrag-1].payload): return packets forged = packets[numfrag-1].copy() forged = utils.ip_bad_payload(forged) #calculate and modify chksum forged.chksum = ip.scapy.checksum(forged)+1 ''' forged packet will be accepted by snort only if using -k noip option ''' #insert fragment first pos packets.insert(0,forged) #move original fragment last pos packets.append(packets[numfrag]) del(packets[numfrag]) return packets
deck_embed = await self.get_deck_embed(deck)
tasks = [
message.edit(content=(done_str :=
literal['done'] % description),
embed=deck_embed)
]
if message.channel != partner_channel:
tasks.append(partner_channel.send(done_str, embed=deck_embed))
tasks.extend([
manager.send(done_str, embed=deck_embed),
deck.default_channel.send(literal['greeting'] %
(manager.mention, deck.name))
])
await asyncio.wait(tasks)
else:
check_length(description, Deck.TOPIC_MAX_LENGTH)
await asyncio.wait([
partner_channel.send(literal['pending'] %
(author.mention, description)),
ctx.send(literal['applied'] % description)
])
@deck_.command(name='삭제', aliases=('폐쇄', '종료'))
@guild_only()
@wait_until_deck_handler_ready()
async def deck_end(self, ctx: Context, *, deck: DeckConverter = None):
literal = literals('deck_end')
partner_role: Role = discord.utils.get(
await self.deck_handler.guild.fetch_roles(),
id=get_constant('partner_role'))
partner_channel = await self.client.fetch_channel(
