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Base_EN_DE_Coder.py
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Base_EN_DE_Coder.py
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import base64
Built_List = []
def result():
print("How decoded:", Built_List)
Built_List.reverse()
print("How you can build it:", Built_List)
def Err(VAR, MAP, NOTRUN, ERR_RUN):
if MAP == [] and NOTRUN == ERR_RUN and VAR < 2:
VAR += 1
return VAR
def b_85(Entxt, S_tep, M_a_p_2="none", NotRun2=""):
global B85, RB85
for num in range(50):
try:
if M_a_p_2 == [] and NotRun2[0] == "b85" and B85 < 2 or M_a_p_2[0] != "b85" and M_a_p_2 != "none" and M_a_p_2 != []:
B85 = Err(B85, M_a_p_2, NotRun2, "b85")
raise StopIteration()
Entxt0 = base64.b85decode(Entxt).decode()
Entxt = Entxt0
Built_List.append("b85")
print("b85 decoded ---> " + Entxt)
if M_a_p_2[0] == "b85":
M_a_p_2.pop(0)
if len(Built_List) == S_tep:
return Entxt
except:
try:
if M_a_p_2 == [] and NotRun2 == ["r", "b85"] and RB85 < 2 or M_a_p_2[0:2] != ["r", "b85"] and M_a_p_2 != "none" and M_a_p_2 != []:
RB85 = Err(RB85, M_a_p_2, NotRun2, ["r", "b85"])
raise StopIteration()
Entxt0 = Entxt[-1::-1]
Entxt0 = base64.b85decode(Entxt0).decode()
Entxt = Entxt0
Built_List.append("r")
Built_List.append("b85")
print("r & b85 decoded ---> " + Entxt)
if M_a_p_2[0:2] == ["r", "b85"]:
M_a_p_2.pop(0)
M_a_p_2.pop(0)
if len(Built_List) >= S_tep:
return Entxt
except:
return Entxt
def Decoder(Entxt, S_tep, M_a_p="none", NotRun=""):
try:
S_tep = int(S_tep)
except:
S_tep = 10
if S_tep <= 0:
return "You can not give less than or equal to 0 steps!!!"
res0 = ""
for num in range(150):
try:
if M_a_p == [] and NotRun[0] == "b64" and B64 < 2 or M_a_p[0] != "b64" and M_a_p != "none" and M_a_p != []:
B64 = Err(B64, M_a_p, NotRun, "b64")
raise StopIteration()
Entxt = base64.b64decode(Entxt).decode()
Built_List.append("b64")
print("b64 decoded ---> " + Entxt)
if M_a_p[0] == "b64":
M_a_p.pop(0)
if len(Built_List) == S_tep:
result()
return Entxt
except:
try:
if M_a_p == [] and NotRun == ["r", "b64"] and RB64 < 2 or M_a_p[0:2] != ["r", "b64"] and M_a_p != "none" and M_a_p != []:
RB64 = Err(RB64, M_a_p, NotRun, ["r", "b64"])
raise StopIteration()
Entxt0 = Entxt[-1::-1]
Entxt0 = base64.b64decode(Entxt0).decode()
Entxt = Entxt0
Built_List.append("r")
Built_List.append("b64")
print("r & b64 decoded ---> " + Entxt)
if M_a_p[0:2] == ["r", "b64"]:
M_a_p.pop(0)
M_a_p.pop(0)
if len(Built_List) >= S_tep:
result()
return Entxt
except:
try:
if M_a_p == [] and NotRun[0] == "b32" and B32 < 2 or M_a_p[0] != "b32" and M_a_p != "none" and M_a_p != []:
B32 = Err(B32, M_a_p, NotRun, "b32")
raise StopIteration()
Entxt = base64.b32decode(Entxt).decode()
Built_List.append("b32")
print("b32 decoded ---> " + Entxt)
if M_a_p[0] == "b32":
M_a_p.pop(0)
if len(Built_List) == S_tep:
result()
return Entxt
except:
try:
if M_a_p == [] and NotRun == ["r", "b32"] and RB32 < 2 or M_a_p[0:2] != ["r", "b32"] and M_a_p != "none" and M_a_p != []:
RB32 = Err(RB32, M_a_p, NotRun, ["r", "b32"])
raise StopIteration()
Entxt0 = Entxt[-1::-1]
Entxt0 = base64.b32decode(Entxt0).decode()
Entxt = Entxt0
Built_List.append("r")
Built_List.append("b32")
print("r & b32 decoded ---> " + Entxt)
if M_a_p[0:2] == ["r", "b32"]:
M_a_p.pop(0)
M_a_p.pop(0)
if len(Built_List) >= S_tep:
result()
return Entxt
except:
try:
if M_a_p == [] and NotRun[0] == "b16" and B16 < 2 or M_a_p[0] != "b16" and M_a_p != "none" and M_a_p != []:
B16 = Err(B16, M_a_p, NotRun, "b16")
raise StopIteration()
Entxt = base64.b16decode(Entxt).decode()
Built_List.append("b16")
print("b16 decoded ---> " + Entxt)
if M_a_p[0] == "b16":
M_a_p.pop(0)
if len(Built_List) == S_tep:
result()
return Entxt
except:
try:
if M_a_p == [] and NotRun == ["r", "b16"] and RB32 < 2 or M_a_p[0:2] != ["r", "b16"] and M_a_p != "none" and M_a_p != []:
RB32 = Err(RB32, M_a_p, NotRun, ["r", "b16"])
raise StopIteration()
Entxt0 = Entxt[-1::-1]
Entxt0 = base64.b16decode(Entxt0).decode()
Entxt = Entxt0
Built_List.append("r")
Built_List.append("b16")
print("r & b16 decoded ---> " + Entxt)
if M_a_p[0:2] == ["r", "b16"]:
M_a_p.pop(0)
M_a_p.pop(0)
if len(Built_List) >= S_tep:
result()
return Entxt
except:
try:
if M_a_p == [] and NotRun[0] == "a85" and A85 < 2 or M_a_p[0] != "a85" and M_a_p != "none" and M_a_p != []:
A85 = Err(A85, M_a_p, NotRun, "a85")
raise StopIteration()
Entxt = base64.a85decode(Entxt).decode()
Built_List.append("a85")
print("a85 decoded ---> " + Entxt)
if M_a_p[0] == "a85":
M_a_p.pop(0)
if len(Built_List) == S_tep:
result()
return Entxt
except:
try:
if M_a_p == [] and NotRun == ["r", "a85"] and RA85 < 2 or M_a_p[0:2] != ["r", "a85"] and M_a_p != "none" and M_a_p != []:
RA85 = Err(RA85, M_a_p, NotRun, ["r", "a85"])
raise StopIteration()
Entxt0 = Entxt[-1::-1]
Entxt0 = base64.a85decode(Entxt0).decode()
Entxt = Entxt0
Built_List.append("r")
Built_List.append("a85")
print("r & a85 decoded ---> " + Entxt)
if M_a_p[0:2] == ["r", "a85"]:
M_a_p.pop(0)
M_a_p.pop(0)
if len(Built_List) >= S_tep:
result()
return Entxt
except:
res = b_85(Entxt, S_tep, M_a_p, NotRun)
if res != None:
Entxt = res
if len(Built_List) >= S_tep:
result()
return Entxt
if Entxt == res0:
result()
return Entxt
else:
res0 = Entxt
def Encoder(LIST, txt):
try:
LIST = list(map(lambda x: x.lower().replace(" ", ""), LIST))
if LIST[0] == "r":
print("You can not reverse your text in the first step!!!")
exit()
for obj in LIST:
if obj == "b64":
txt = base64.b64encode(txt.encode("utf-8")).decode()
elif obj == "b32":
txt = base64.b32encode(txt.encode("utf-8")).decode()
elif obj == "b16":
txt = base64.b16encode(txt.encode("utf-8")).decode()
elif obj == "a85":
txt = base64.a85encode(txt.encode("utf-8")).decode()
elif obj == "b85":
txt = base64.b85encode(txt.encode("utf-8")).decode()
elif obj == "r":
txt = txt[-1::-1]
else:
pass
except:
txt = "Error!!!"
return txt
while True:
print("*********************************** \nEnter 'Q' to quit the program.")
what = input("[1] --> Encoder \n[2] --> Decoder \n[3] --> Decode with map \nEnter your choise: ")
if what.lower() == "q":
exit()
elif what == "1":
print("***********************************")
Text = input("Enter your text: ")
L_I_S_T = input("Enter your List_Operation: ").split(",")
EnCode = Encoder(L_I_S_T, Text)
print("Your encrypted text: " + EnCode)
elif what == "2":
print("***********************************")
Code = input("Enter your encoded text: ")
if Code.replace(" ", "") == "":
continue
S_tep0 = input("Enter number of step(s) (Default steps = 10): ")
DeCode = Decoder(Code, S_tep0)
print("Your decrypted text: " + DeCode)
for num in range(50):
y_n_Q = input("Is it true??? y/n: ")
if y_n_Q.lower() == "n" or y_n_Q.lower() == "no":
try:
Not_Run = [Built_List[0], Built_List[1]]
except:
try:
Not_Run = [Built_List[0]]
except:
Not_Run = None
print("Error!!!")
Map = Built_List.copy()
Built_List.clear()
try:
Map.pop(0)
except:
print("Error!!!")
Map.reverse()
B64, RB64, B32, RB32, B16, RB16, A85, RA85, B85, RB85 = 0, 0, 0, 0, 0, 0, 0, 0, 0, 0
DeCode = Decoder(Code, S_tep0, Map, Not_Run)
print("Your decoded text: " + DeCode)
else:
Built_List.clear()
break
elif what == "3":
Code = input("Enter your encoded text: ")
if Code.replace(" ", "") == "":
continue
print("<<<<<<<<<<<<< Reverse the build map to made the map for decoding. >>>>>>>>>>>>>")
MapDC = input("Enter a map to decode your code: ").split(",")
MapDC = list(map(lambda x: x.replace(" ", ""), MapDC))
S_tepMap = len(MapDC)
DeCode = Decoder(Code, S_tepMap, MapDC)
print("Your decoded text: " + DeCode)
Built_List.clear()
# Author: M == PAIREN