def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
remain = ""
value = ""
ls = s.splitlines(True)
f = ls[0].split()
if "SIP" in f[0]:
ls = s.splitlines(True)
f = ls[0].split()
length = len(f)
value = ""
if length == 3:
value = "SIP-Version:" + f[0] + ", Status-Code:" +\
f[1] + ", Reason-Phrase:" + f[2]
ls.remove(ls[0])
for element in ls:
remain = remain + element
else:
value = ls[0]
ls.remove(ls[0])
for element in ls:
remain = remain + element
return remain, value
elif "SIP" in f[2]:
ls = s.splitlines(True)
f = ls[0].split()
length = len(f)
value = []
if length == 3:
value = "Method:" + f[0] + ", Request-URI:" +\
f[1] + ", SIP-Version:" + f[2]
ls.remove(ls[0])
for element in ls:
remain = remain + element
else:
value = ls[0]
ls.remove(ls[0])
for element in ls:
remain = remain + element
return remain, value
else:
return s, ""
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
remain = ""
value = ""
ls = s.splitlines(True)
f = ls[0].split()
if "SIP" in f[0]:
ls = s.splitlines(True)
f = ls[0].split()
length = len(f)
value = ""
if length == 3:
value = "SIP-Version:" + f[0] + ", Status-Code:" +\
f[1] + ", Reason-Phrase:" + f[2]
ls.remove(ls[0])
for element in ls:
remain = remain + element
else:
value = ls[0]
ls.remove(ls[0])
for element in ls:
remain = remain + element
return remain, value
elif "SIP" in f[2]:
ls = s.splitlines(True)
f = ls[0].split()
length = len(f)
value = []
if length == 3:
value = "Method:" + f[0] + ", Request-URI:" +\
f[1] + ", SIP-Version:" + f[2]
ls.remove(ls[0])
for element in ls:
remain = remain + element
else:
value = ls[0]
ls.remove(ls[0])
for element in ls:
remain = remain + element
return remain, value
else:
return s, ""
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
remain = ""
value = ""
ls = s.splitlines()
length = len(ls)
if length == 1:
value = ls[0]
arguments = ""
first = True
res = value.split(" ")
for arg in res:
if not first:
arguments = arguments + arg + " "
first = False
if "-" in res[0]:
value = "(" + res[0][:3] + ") " +\
self.get_code_msg(res[0][:3]) + " " + res[0][3:]
else:
value = "(" + res[0] + ") " + self.get_code_msg(res[0])
return arguments[:-1], [value]
if length > 1:
reponses = []
for element in ls:
element = element.split(" ")
arguments = ""
first = True
for arg in element:
if not first:
arguments = arguments + arg + " "
first = False
if "-" in element[0]:
reponses.append(["(" + element[0][:3] + ") " +
self.get_code_msg(element[0][:3]) +
" " + element[0][3:], arguments[:-1]])
else:
reponses.append(["(" + element[0] + ") " +
self.get_code_msg(element[0][:-1]),
arguments])
return "", reponses
return "", ""
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
remain = ""
value = ""
ls = s.split()
length = len(ls)
if ls[0].upper() == "DATA":
bind(pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"])
return "", "DATA"
if ls[0].upper() == "QUIT":
unbind(pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"])
return "", "QUIT"
if is_bounded(pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"]):
set_tcp_ip(pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"])
smtpd = SMTPData(s).fields["data"]
return "", ["DATA", smtpd]
if length > 1:
value = ls[0]
if length == 2:
remain = ls[1]
return remain, value
else:
i = 1
remain = ' '
while i < length:
remain = remain + ls[i] + ' '
i = i + 1
return remain[:-1], value
else:
return "", ls[0]
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
remain = ""
value = ""
ls = s.split()
length = len(ls)
if ls[0].upper() == "DATA":
bind(pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"])
return "", "DATA"
if ls[0].upper() == "QUIT":
unbind(pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"])
return "", "QUIT"
if is_bounded(pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"]):
set_tcp_ip(pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"])
smtpd = SMTPData(s).fields["data"]
return "", ["DATA", smtpd]
if length > 1:
value = ls[0]
if length == 2:
remain = ls[1]
return remain, value
else:
i = 1
remain = ' '
while i < length:
remain = remain + ls[i] + ' '
i = i + 1
return remain[:-1], value
else:
return "", ls[0]
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(
pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"],
pkt.underlayer.fields["dport"],
pkt.underlayer.fields["seq"],
s,
)
if not cstream == -1:
s = cstream
self.myresult = ""
subOptions = False
resultlist = []
firstb = struct.unpack(self.fmt, s[0])[0]
if firstb != 255:
self.myresult = ""
for c in s:
self.myresult = self.myresult + base64.standard_b64encode(c)
return "", "data " + self.myresult
for c in s:
ustruct = struct.unpack(self.fmt, c)
command = self.get_code_msg(ustruct[0])
if command == "SB ":
subOptions = True
self.myresult = self.myresult + "SB "
continue
if command == "SE ":
subOptions = False
self.myresult = self.myresult = self.myresult + "SE "
continue
if subOptions:
self.myresult = self.myresult + "subop(" + str(ustruct[0]) + ") "
continue
else:
self.myresult = self.myresult + command
comlist = self.myresult.split("Command ")
for element in comlist:
if element != "":
resultlist.append(("command", element))
# return "", resultlist
return "", self.myresult
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
self.myresult = ""
subOptions = False
resultlist = []
firstb = struct.unpack(self.fmt, s[0])[0]
if firstb != 255:
self.myresult = ""
for c in s:
self.myresult = self.myresult + base64.standard_b64encode(c)
return "", "data " + self.myresult
for c in s:
ustruct = struct.unpack(self.fmt, c)
command = self.get_code_msg(ustruct[0])
if command == "SB ":
subOptions = True
self.myresult = self.myresult + "SB "
continue
if command == "SE ":
subOptions = False
self.myresult = self.myresult = self.myresult + "SE "
continue
if subOptions:
self.myresult = self.myresult +\
"subop(" + str(ustruct[0]) + ") "
continue
else:
self.myresult = self.myresult + command
comlist = self.myresult.split("Command ")
for element in comlist:
if element != "":
resultlist.append(("command", element))
#return "", resultlist
return "", self.myresult
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
remain = ""
value = ""
ls = s.splitlines()
myresult = []
lslen = len(ls)
i = 0
k = 0
for line in ls:
k = k + 1
ls2 = line.split()
length = len(ls2)
if length > 1:
value = ls2[0]
c = 1
remain = ""
while c < length:
remain = remain + ls2[c] + " "
c = c + 1
if self.name.startswith("request"):
myresult = myresult + "Request Command: " + value +\
", Request Parameter(s): " + remain
if k < lslen:
myresult = myresult + " | "
if self.name.startswith("response"):
myresult = myresult + "Response Indicator: " + value +\
", Response Parameter(s): " + remain
if k < lslen:
myresult = myresult + " | "
i = i + 1
if i == lslen:
return "", myresult
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(
pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"],
pkt.underlayer.fields["dport"],
pkt.underlayer.fields["seq"],
s,
)
if not cstream == -1:
s = cstream
remain = ""
value = ""
ls = s.split()
length = len(ls)
if length > 1:
value = "command: " + ls[0] + ","
if length == 2:
remain = ls[1]
value = value + " Parameters: " + remain
return "", value
else:
i = 1
remain = ""
while i < length:
if i != 1:
remain = remain + " " + ls[i]
else:
remain = remain + ls[i]
i = i + 1
value = value + " Parameters: " + remain
return "", value
else:
return "", ls[0]
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"], pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
if pkt.underlayer.name == "TCP" and cstream == -1:
return "", ""
remain = ""
value = ""
if self.name == "request-line: ":
ls = s.splitlines(True)
f = ls[0].split()
length = len(f)
if length == 3:
value = "Method:" + f[0] + ", Request-URI:" +\
f[1] + ", HTTP-Version:" + f[2]
HTTPMethodsRFC2616 = ['get','post','options','head','put','delete','trace','connect']
#HTTP methods as per rfc2616 http://www.ietf.org/rfc/rfc2616
#There are other methods in other RFCs but nobody cares about those.
if f[0].lower() in HTTPMethodsRFC2616:
add_file(pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"], f[1],\
pkt.underlayer.fields["seq"] + len(s))
ls.remove(ls[0])
for element in ls:
remain = remain + element
return remain, value
return s, ""
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
remain = ""
value = ""
ls = s.split()
length = len(ls)
if length > 1:
value = "command: " + ls[0] + ","
if length == 2:
remain = ls[1]
value = value + " Parameters: " + remain
return "", value
else:
i = 1
remain = ""
while i < length:
if i != 1:
remain = remain + " " + ls[i]
else:
remain = remain + ls[i]
i = i + 1
value = value + " Parameters: " + remain
return "", value
else:
return "", ls[0]
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(
pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"],
pkt.underlayer.fields["dport"],
pkt.underlayer.fields["seq"],
s,
)
if not cstream == -1:
s = cstream
value = ""
ls = s.split("\r\n")
length = len(ls)
if length == 1:
return "", value
elif length > 1:
value = ""
value = value + "response: " + ls[0]
i = 1
while i < length - 1:
value = value + " response: " + ls[i]
if i < length - 2:
value = value + " | "
i = i + 1
return "", value
else:
return "", ""
def getfield(self, pkt, s):
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
if pkt.underlayer.name == "TCP" and cstream == -1:
return "", ""
name = get_file()
if not dissector.Dissector.default_download_folder_changed:
cwd = os.getcwd() + "/downloaded/"
try:
os.mkdir("downloaded")
except:
None
f = open(cwd + clean_file_name(name, cwd), "wb")
else:
f = open(dissector.Dissector.path +\
clean_file_name(name, dissector.Dissector.path), "wb")
f.write(s)
f.close()
self.myresult = ""
firstb = struct.unpack(self.fmt, s[0])[0]
self.myresult = ""
for c in s:
ustruct = struct.unpack(self.fmt, c)
byte = base64.standard_b64encode(str(ustruct[0]))
self.myresult = self.myresult + byte
if not is_created_session(pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"]):
return self.myresult, ""
return "", self.myresult
def getfield(self, pkt, s):
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
if pkt.underlayer.name == "TCP" and cstream == -1:
return "", ""
name = get_file()
if not dissector.Dissector.default_download_folder_changed:
cwd = os.getcwd() + "/downloaded/"
try:
os.mkdir("downloaded")
except:
None
f = open(cwd + clean_file_name(name, cwd), "wb")
else:
f = open(dissector.Dissector.path +\
clean_file_name(name, dissector.Dissector.path), "wb")
f.write(s)
f.close()
self.myresult = ""
firstb = struct.unpack(self.fmt, s[0])[0]
self.myresult = ""
for c in s:
ustruct = struct.unpack(self.fmt, c)
byte = base64.standard_b64encode(str(ustruct[0]))
self.myresult = self.myresult + byte
if not is_created_session(pkt.underlayer.underlayer.fields["src"],
pkt.underlayer.underlayer.fields["dst"],
pkt.underlayer.fields["sport"]):
return self.myresult, ""
return "", self.myresult
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
value = ""
ls = s.split("\r\n")
length = len(ls)
if length == 1:
return "", value
elif length > 1:
value = ""
value = value + "response: " + ls[0]
i = 1
while i < length - 1:
value = value + " response: " + ls[i]
if i < length - 2:
value = value + " | "
i = i + 1
return "", value
else:
return "", ""
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
src, dst, sport, dport, seq = get_tcp_ip()
cstream = -1
cstream = dissector.check_stream(src, dst, sport, dport, seq, s)
if not cstream == -1:
s = cstream
if cstream == -1:
return "", ""
name = name_generator()
if not dissector.Dissector.default_download_folder_changed:
cwd = os.getcwd() + "/downloaded/"
try:
os.mkdir("downloaded")
except:
None
f = open(cwd + name, "wb")
else:
f = open(dissector.Dissector.path + name, "wb")
f.write(s)
f.close()
self.myresult = ""
for c in s:
self.myresult = self.myresult + base64.standard_b64encode(c)
return "", self.myresult
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
src, dst, sport, dport, seq = get_tcp_ip()
cstream = -1
cstream = dissector.check_stream(src, dst, sport, dport, seq, s)
if not cstream == -1:
s = cstream
if cstream == -1:
return "", ""
name = name_generator()
if not dissector.Dissector.default_download_folder_changed:
cwd = os.getcwd() + "/downloaded/"
try:
os.mkdir("downloaded")
except:
None
f = open(cwd + name, "wb")
else:
f = open(dissector.Dissector.path + name, "wb")
f.write(s)
f.close()
self.myresult = ""
for c in s:
self.myresult = self.myresult + base64.standard_b64encode(c)
return "", self.myresult
def getfield(self, pkt, s):
"""
this method will get the packet, takes what does need to be
taken and let the remaining go, so it returns two values.
first value which belongs to this field and the second is
the remaining which does need to be dissected with
other "field classes".
@param pkt: holds the whole packet
@param s: holds only the remaining data which is not dissected yet.
"""
cstream = -1
if pkt.underlayer.name == "TCP":
cstream = dissector.check_stream(\
pkt.underlayer.underlayer.fields["src"],\
pkt.underlayer.underlayer.fields["dst"],\
pkt.underlayer.fields["sport"],\
pkt.underlayer.fields["dport"],\
pkt.underlayer.fields["seq"], s)
if not cstream == -1:
s = cstream
remain = ""
value = ""
ls = s.splitlines()
length = len(ls)
if length == 1:
value = ls[0]
arguments = ""
first = True
res = value.split(" ")
for arg in res:
if not first:
arguments = arguments + arg + " "
first = False
if "-" in res[0]:
value = "(" + res[0][:3] + ") " +\
self.get_code_msg(res[0][:3]) + " " + res[0][3:]
else:
value = "(" + res[0] + ") " + self.get_code_msg(res[0])
return arguments[:-1], [value]
if length > 1:
reponses = []
for element in ls:
element = element.split(" ")
arguments = ""
first = True
for arg in element:
if not first:
arguments = arguments + arg + " "
first = False
if "-" in element[0]:
reponses.append([
"(" + element[0][:3] + ") " +
self.get_code_msg(element[0][:3]) + " " +
element[0][3:], arguments[:-1]
])
else:
reponses.append([
"(" + element[0] + ") " +
self.get_code_msg(element[0][:-1]), arguments
])
return "", reponses
return "", ""