diff --git a/HOP 1.0.1.1.py b/HOP 1.0.2.py
similarity index 93%
rename from HOP 1.0.1.1.py
rename to HOP 1.0.2.py
index 682f9ce..651e0fc 100644
--- a/HOP 1.0.1.1.py	
+++ b/HOP 1.0.2.py	
@@ -1,153 +1,160 @@
-#Changelog:
-  #HOP Encode
-    #1.0:
-      #Released HOP Encode
-    #1.0.1: 
-      #Updated version number
-      #Added optimize for Discord option
-      #Added changelog
-  #Hop Decode
-    #1.0:
-      #Released HOP decode
-    #1.0.1:
-      #Updated version number to match that of HOP  Encode
-      #Added changelog
-
-import base64
-def decode(ciphertext, key):
-  steponel = list(ciphertext)
-  stepone = ""
-  for i in range(len(steponel)-1):
-    stepone=stepone+steponel[i]
-  steptwo = stepone.encode('utf-8')
-  steptwob = base64.a85decode(steptwo)
-  steptwoc = steptwob.decode('utf-8')
-  def vigenere_dec(cipher,key):
-    alphabet = "abcdefghijklmnopqrstuvwxyz0123456789"
-    input_string = ""
-    dec_key = ""
-    dec_string = ""
-    dec_key = key
-    dec_key = dec_key.lower()
-    input_string = cipher
-    input_string = input_string.lower()
-    string_length = len(input_string)
-    expanded_key = dec_key
-    expanded_key_length = len(expanded_key)
-    while expanded_key_length < string_length:
-      expanded_key = expanded_key + dec_key
-      expanded_key_length = len(expanded_key)
-    key_position = 0
-    for letter in input_string:
-      if letter in alphabet:
-        position = alphabet.find(letter)
-        key_character = expanded_key[key_position]
-        key_character_position = alphabet.find(key_character)
-        key_position = key_position + 1
-        new_position = position - key_character_position
-        if new_position > 35:
-          new_position = new_position + 36
-        new_character = alphabet[new_position]
-        dec_string = dec_string + new_character
-      else:
-        dec_string = dec_string + letter
-    return(dec_string)
-  def stepfour(stepthree):
-    stepthree=str(int(stepthree,36))
-    test = list(stepthree)
-    if len(test)%3==1:
-      stepthree="00"+stepthree
-    if len(test)%3==2:
-      stepthree="0"+stepthree
-    stepthreel = list(stepthree)
-    stepfourl = [""]*int((float(len(stepthreel))/3))
-    k = 0
-    while k < len(stepthreel)-2:
-      stepfourl[int(k/3)] = stepthreel[k] + stepthreel[k+1] + stepthreel[k+2]
-      k = k + 3
-    for j in range(len(stepfourl)):
-      temp = stepfourl[j]
-      temp = int(temp)
-      temp = chr(temp)
-      stepfourl[j] = temp
-    stepfour=""
-    for l in range(len(stepfourl)):
-      stepfour = stepfour + stepfourl[l]
-    return(stepfour)
-  stepthree = vigenere_dec(steptwoc, key)
-  stepfour = stepfour(stepthree)
-  output = "Your decoded message: "+stepfour
-  return output;
-def encode(plaintext, key):
-  def b36_encode(i):
-      if i < 0: return "-" + b36_encode(-i)
-      if i < 36: return "0123456789abcdefghijklmnopqrstuvwxyz"[i]
-      return b36_encode(i // 36) + b36_encode(i % 36) 
-  def stepone(plaintext):
-    magicasciipowers = list(plaintext)
-    numbersgohere = [""]*len(magicasciipowers)
-    for i in range(len(magicasciipowers)):
-      temp = magicasciipowers[i]
-      temp = ord(temp)
-      if (temp<100):
-        numbersgohere[i]="0"+str(temp)
-      else:
-        numbersgohere[i]=str(temp)
-    numbers = ""
-    for i in range(len(numbersgohere)):
-      numbers=numbers+numbersgohere[i]
-    return(int(numbers))
-  def vigenere_enc(stepone,key):
-    alphabet = "abcdefghijklmnopqrstuvwxyz0123456789"
-    input_string = ""
-    enc_key = ""
-    enc_string = ""
-    enc_key = key
-    enc_key = enc_key.lower()
-    input_string = stepone
-    input_string = input_string.lower()
-    string_length = len(input_string)
-    expanded_key = enc_key
-    expanded_key_length = len(expanded_key)
-    while expanded_key_length < string_length:
-      expanded_key = expanded_key + enc_key
-      expanded_key_length = len(expanded_key)
-    key_position = 0
-    for letter in input_string:
-      if letter in alphabet:
-        position = alphabet.find(letter)
-        key_character = expanded_key[key_position]
-        key_character_position = alphabet.find(key_character)
-        key_position = key_position + 1
-        new_position = position + key_character_position
-        if new_position > 35:
-          new_position = new_position - 36
-        new_character = alphabet[new_position]
-        enc_string = enc_string + new_character
-      else:
-        enc_string = enc_string + letter
-    return(enc_string)
-  steptwo = vigenere_enc(b36_encode(stepone(plaintext)),key)
-  steptwob = steptwo.encode('utf-8')
-  stepthree = base64.a85encode(steptwob)
-  stepthreeb = stepthree.decode('utf-8')
-  stepfour = str(stepthreeb)+"h"
-  answer = False
-  while answer == False:
-    discord = input("Optimize for discord? y or n: ")
-    if(discord=="y"):
-      answer = True
-      stepfour = "```"+str(stepthreeb)+"h```"
-    elif(discord=="n"):
-      answer = True
-  output="Your encoded message: "+stepfour
-  return output
-var = input("Encode or Decode? 1 for encode, 2 for decode: ")
-if (var=="1"):
-  ciphertext = input("Enter message to encode: ")
-  key = input("Enter encryption key: ")
-  print(encode(ciphertext, key))
-elif (var=="2"):
-  plaintext = input("Enter message to decode: ")
-  key = input("Enter encryption key: ")
-  print(decode(plaintext, key))
+#Changelog:
+  #HOP Encode
+    #1.0:
+      #Released HOP Encode
+    #1.0.1: 
+      #Updated version number
+      #Added optimize for Discord option
+      #Added changelog
+  #HOP Decode
+    #1.0:
+      #Released HOP decode
+    #1.0.1:
+      #Updated version number to match that of HOP  Encode
+      #Added changelog
+  #HOP
+    #1.0.2:
+      #Combined HOP Encode and HOP Decode
+      #Integrated GitHub and repl.it
+      #Added several files, including .replit, CODE_OF_CONDUCT.md, CONTRIBUTING.md, README.md, and SECURITY.md
+      #Moved input, print, and import statements outside functions
+      #Added ability to choose on runtime encode or decode
+
+import base64
+def decode(ciphertext, key):
+  steponel = list(ciphertext)
+  stepone = ""
+  for i in range(len(steponel)-1):
+    stepone=stepone+steponel[i]
+  steptwo = stepone.encode('utf-8')
+  steptwob = base64.a85decode(steptwo)
+  steptwoc = steptwob.decode('utf-8')
+  def vigenere_dec(cipher,key):
+    alphabet = "abcdefghijklmnopqrstuvwxyz0123456789"
+    input_string = ""
+    dec_key = ""
+    dec_string = ""
+    dec_key = key
+    dec_key = dec_key.lower()
+    input_string = cipher
+    input_string = input_string.lower()
+    string_length = len(input_string)
+    expanded_key = dec_key
+    expanded_key_length = len(expanded_key)
+    while expanded_key_length < string_length:
+      expanded_key = expanded_key + dec_key
+      expanded_key_length = len(expanded_key)
+    key_position = 0
+    for letter in input_string:
+      if letter in alphabet:
+        position = alphabet.find(letter)
+        key_character = expanded_key[key_position]
+        key_character_position = alphabet.find(key_character)
+        key_position = key_position + 1
+        new_position = position - key_character_position
+        if new_position > 35:
+          new_position = new_position + 36
+        new_character = alphabet[new_position]
+        dec_string = dec_string + new_character
+      else:
+        dec_string = dec_string + letter
+    return(dec_string)
+  def stepfour(stepthree):
+    stepthree=str(int(stepthree,36))
+    test = list(stepthree)
+    if len(test)%3==1:
+      stepthree="00"+stepthree
+    if len(test)%3==2:
+      stepthree="0"+stepthree
+    stepthreel = list(stepthree)
+    stepfourl = [""]*int((float(len(stepthreel))/3))
+    k = 0
+    while k < len(stepthreel)-2:
+      stepfourl[int(k/3)] = stepthreel[k] + stepthreel[k+1] + stepthreel[k+2]
+      k = k + 3
+    for j in range(len(stepfourl)):
+      temp = stepfourl[j]
+      temp = int(temp)
+      temp = chr(temp)
+      stepfourl[j] = temp
+    stepfour=""
+    for l in range(len(stepfourl)):
+      stepfour = stepfour + stepfourl[l]
+    return(stepfour)
+  stepthree = vigenere_dec(steptwoc, key)
+  stepfour = stepfour(stepthree)
+  output = "Your decoded message: "+stepfour
+  return output;
+def encode(plaintext, key):
+  def b36_encode(i):
+      if i < 0: return "-" + b36_encode(-i)
+      if i < 36: return "0123456789abcdefghijklmnopqrstuvwxyz"[i]
+      return b36_encode(i // 36) + b36_encode(i % 36) 
+  def stepone(plaintext):
+    magicasciipowers = list(plaintext)
+    numbersgohere = [""]*len(magicasciipowers)
+    for i in range(len(magicasciipowers)):
+      temp = magicasciipowers[i]
+      temp = ord(temp)
+      if (temp<100):
+        numbersgohere[i]="0"+str(temp)
+      else:
+        numbersgohere[i]=str(temp)
+    numbers = ""
+    for i in range(len(numbersgohere)):
+      numbers=numbers+numbersgohere[i]
+    return(int(numbers))
+  def vigenere_enc(stepone,key):
+    alphabet = "abcdefghijklmnopqrstuvwxyz0123456789"
+    input_string = ""
+    enc_key = ""
+    enc_string = ""
+    enc_key = key
+    enc_key = enc_key.lower()
+    input_string = stepone
+    input_string = input_string.lower()
+    string_length = len(input_string)
+    expanded_key = enc_key
+    expanded_key_length = len(expanded_key)
+    while expanded_key_length < string_length:
+      expanded_key = expanded_key + enc_key
+      expanded_key_length = len(expanded_key)
+    key_position = 0
+    for letter in input_string:
+      if letter in alphabet:
+        position = alphabet.find(letter)
+        key_character = expanded_key[key_position]
+        key_character_position = alphabet.find(key_character)
+        key_position = key_position + 1
+        new_position = position + key_character_position
+        if new_position > 35:
+          new_position = new_position - 36
+        new_character = alphabet[new_position]
+        enc_string = enc_string + new_character
+      else:
+        enc_string = enc_string + letter
+    return(enc_string)
+  steptwo = vigenere_enc(b36_encode(stepone(plaintext)),key)
+  steptwob = steptwo.encode('utf-8')
+  stepthree = base64.a85encode(steptwob)
+  stepthreeb = stepthree.decode('utf-8')
+  stepfour = str(stepthreeb)+"h"
+  answer = False
+  while answer == False:
+    discord = input("Optimize for discord? y or n: ")
+    if(discord=="y"):
+      answer = True
+      stepfour = "```"+str(stepthreeb)+"h```"
+    elif(discord=="n"):
+      answer = True
+  output="Your encoded message: "+stepfour
+  return output
+var = input("Encode or Decode? 1 for encode, 2 for decode: ")
+if (var=="1"):
+  ciphertext = input("Enter message to encode: ")
+  key = input("Enter encryption key: ")
+  print(encode(ciphertext, key))
+elif (var=="2"):
+  plaintext = input("Enter message to decode: ")
+  key = input("Enter encryption key: ")
+  print(decode(plaintext, key))