def input(prompt=None, *, default=None, validator=None):
if prompt is not None:
prompt_default = " [{}]".format(default) if default is not None else ""
prompt = "{}{}: ".format(prompt, prompt_default)
if validator is None:
validator = lambda x: x
while True:
if prompt is not None:
output.info(prompt, newline=False)
try:
inp = _input().strip()
except EOFError:
if prompt:
output.newline()
fail()
if not inp:
if default is not None:
return default
else:
output.warning("Must enter a value")
continue
try:
inp = validator(inp)
except ValueError as e:
output.warning("Invalid input ({})".format(e))
else:
return inp
def execute_program(HMMER=False, filter=True, score_threshold=False):
"""
Executes the program and creates a gene list.
This function is used if this is the first time executing the progam.
This fuction creates a gene list and stores all of the relevant information
from a variety of databases and HMMER output.
Parameter HMMER: says whether to create a new HMMER file.
Preconditon: HMMER is a bool
Parameter filter: says whether to filter out other proteins except the longest
transcript
Preconditon: filter is a bool
Parameter score_threshold: says whether to get only output proteins with a
score above 17.7
Preconditon: score_threshold is a bool
"""
data = genetics.hmmer_output(create_new=HMMER)
full_dict_proteins = genetics.Protein.full_protein_dict()
protein_list = genetics.Protein.create_protein_set(data)
gene_list = genetics.Gene.create_gene_list(protein_list,
full_dict_proteins)
genetics.Protein.get_zf_protein_info(data, gene_list)
genetics.Protein.gene_list_set_sequence(gene_list, full_dict_proteins)
database.search(gene_list)
database.search_mutation_info(gene_list)
genetics.Protein.remove_proteins(gene_list, score_threshold)
output.info(gene_list,
create_txt=True,
create_tab=True,
create_chart=True,
create_tab_dis=True)
def generate(self):
self.tree = SyntaxTree()
self.tokens = TokenTape(self.unit.tokenised_repr)
self.parse()
if self.unit.pipeline_input.verbose:
for line in str(self.tree).split("\n"):
output.info("Parser", line)
def loadModules():
output.info("Loading Modules...")
global modules
for name in os.listdir('modules'):
if os.path.isdir(os.path.join('modules', name)) and os.path.isfile(
os.path.join('modules', name) + '/module.json'):
modules.append(name)
output.success("Found " + str(len(modules)) + " Modules")
def generate(self):
raw = self.unit.pipeline_input
# First we generate the simple tokens
for source_line in raw:
line = source_line.line
self.tokenise(source_line.row_number, 1, line)
self.add_token(Token(TokenType.EOF, source_line.row_number, -1))
# Now we take the ProtoTokens and create the more complex ones.
self.bundle_tokens()
self.unit.tokenised_repr = self.tokenised_repr
if self.unit.pipeline_input.verbose:
for token in self.unit.tokenised_repr:
output.info("Tokeniser", str(token))
pkt = dpkt.ethernet.Ethernet()
pkt.type = dpkt.ethernet.ETH_MIN
pkt.dst = '\xFF\xFF\xFF\xFF\xFF\xFF'
#Connect to controller
ofmsg = openflow.messages()
parser = of.msg.parser(ofmsg)
ofnet = of.simu.network()
for i in range(1,swno+1):
ofsw = of.simu.switch(ofmsg, args[0], port,
dpid=i,
parser=parser)
ofnet.add_switch(ofsw)
ofsw.send_hello()
output.info("Running "+str(swno)+" switches at "+str(rate)+\
" packets per seconds for "+str(duration)+" s")
starttime = time.time()
running = True
interval = 1.0/(rate*swno)
ntime=time.time()+(interval/10.0)
swindex = 0
pcount = 0
rcount = 0
while running:
ctime = time.time()
time.sleep(max(0,min(ntime-ctime,interval/10.0)))
if ((ctime-starttime) <= duration):
#Send packet if time's up
if (ctime >= ntime):
def cmdUseGenerate(modulename):
#read the duckyscript and replace the uac key if needed
global moduleAttributes
ducky = moduleAttributes['sdcard_mount']
suffix = "/"
if os.name == 'nt':
suffix = "\\"
if not ducky.endswith(suffix, len(ducky) - 1, len(ducky)):
if os.name == 'nt':
ducky = ducky + "\\"
else:
ducky = ducky + "/"
lang = moduleAttributes['language']
moduleAttributes.pop('sdcard_mount', None)
moduleAttributes.pop('language', None)
output.info("Reading duckyscript.txt")
tmpduckyscript = ''
with open('modules/' + modulename + '/duckyscript.txt', 'r') as script:
if loadedModule['requirements']['has_uac_bypass'].lower() == "true":
#now replace the uac key
output.info("Replacing <uac_bypass_key>")
tmpduckyscript = script.read().replace(
'<uac_bypass_key>', moduleAttributes['uac_bypass_key'])
output.success("Replacing <uac_bypass_key> key... Done!")
#pop uac_bypass_key
moduleAttributes.pop('uac_bypass_key', None)
else:
output.info("No UAC Bypass needed")
tmpduckyscript = script.read()
for key, value in moduleAttributes.items():
output.info("Replacing <" + key + "> with " + value)
tmpduckyscript = tmpduckyscript.replace('<' + key + '>', value)
output.info("Writing temporary duckyscript...")
with open('tmp.duckyscript', 'w') as w:
w.write(tmpduckyscript)
output.success("Writing temporary duckyscript...Done!")
output.info("Generating inject.bin...")
# Generate the inject.bin
encoderPath = "encoder/encoder.jar"
inputFlag = "-i tmp.duckyscript"
outputFlag = "-o inject.bin"
langFlag = "-l " + lang
fullExecCommand = "java -jar " + encoderPath + " " + inputFlag + " " + outputFlag + " " + langFlag
result = subprocess.check_output(fullExecCommand,
stderr=subprocess.STDOUT,
shell=True)
result = result.decode("utf-8")
print(result)
output.success("Generating inject.bin...Done!")
os.remove("tmp.duckyscript")
if "folders" in loadedModule['requirements']:
output.info("Creating the necessary folders...")
for folder in loadedModule['requirements']['folders']:
if os.path.exists(ducky + folder):
shutil.rmtree(ducky + folder)
time.sleep(2)
os.makedirs(ducky + folder)
output.success("Creating the necessary folders...Done!")
else:
output.info("No folder creation needed")
if "files" in loadedModule['requirements']:
output.info("Copying files...")
for ffile in loadedModule['requirements']['files']:
if os.path.isfile(ducky + ffile):
os.remove(ducky + ffile)
time.sleep(2)
shutil.copyfile('modules/' + modulename + '/' + ffile,
ducky + ffile)
output.success("Copying files...Done!")
else:
output.info("No file copying needed")
output.info("Copying inject.bin to Ducky...")
shutil.copyfile('inject.bin', ducky + "inject.bin")
time.sleep(2)
os.remove("inject.bin")
output.success("Copying inject.bin to Ducky...Done!")
print('')
output.success("Thanks 4 shopping with PyDuckGen")
sys.exit()
output.set_mode("DBG")
elif (opt in ("-p","--port")):
port=int(arg)
else:
assert (False,"Unhandled option :"+opt)
#Connect to controller
ofmsg = openflow.messages()
parser = of.msg.parser(ofmsg)
ofsw = of.simu.switch(ofmsg, args[0], port,
dpid=int("0xcafecafe",16),
parser=parser)
ofsw.send_hello()
#Send echo and wait
xid = 22092009
running = True
ofsw.send_echo(xid)
starttime = time.time()
while running:
msg = ofsw.connection.msgreceive(True, 0.00001)
pkttime = time.time()
dic = ofmsg.peek_from_front("ofp_header", msg)
if (dic["type"][0] == ofmsg.get_value("OFPT_ECHO_REPLY") and
dic["xid"][0] == xid):
#Check reply for echo request
output.info("Received echo reply after "+\
str((pkttime-starttime)*1000)+" ms", "ping-controller")
running = False
else:
ofsw.receive_openflow(msg)
#Form packet
pkt = dpkt.ethernet.Ethernet()
pkt.type = dpkt.ethernet.ETH_MIN
pkt.dst = '\xFF\xFF\xFF\xFF\xFF\xFF'
#Connect to controller
ofmsg = openflow.messages()
parser = of.msg.parser(ofmsg)
ofnet = of.simu.network()
for i in range(1, swno + 1):
ofsw = of.simu.switch(ofmsg, args[0], port, dpid=i, parser=parser)
ofnet.add_switch(ofsw)
ofsw.send_hello()
output.info("Running "+str(swno)+" switches at "+str(rate)+\
" packets per seconds for "+str(duration)+" s")
starttime = time.time()
running = True
interval = 1.0 / (rate * swno)
ntime = time.time() + (interval / 10.0)
swindex = 0
pcount = 0
rcount = 0
while running:
ctime = time.time()
time.sleep(max(0, min(ntime - ctime, interval / 10.0)))
if ((ctime - starttime) <= duration):
#Send packet if time's up
if (ctime >= ntime):