uhuy

bigrandom/answer.py

@@ -8,9 +8,43 @@ def answer(self):
                 # ommiting line number's hashtag
         suc = 0 # variable to store sum of character's code in ascii,
                 # ommiting line number and its hashtag
-
+# <<<<<<< HEAD
+        data = open('data.txt','r')
         # your algorithm
+        line = ""
+        for char in data:
+
+            for x in range(0,len(char)):
+                if (char[x]=='#'):
+                    line = char[x+1:]
+                    break
+                x+=1
+            for y in line:
+                if (y=='#'):
+                    noh+=1
+                suc+=ord(y)
 
+            # i=0
+            # while (line[0]!="#"):
+
+        # for char in data.readline():
+        #     if (char=='#'):
+        #         noh+=1
+        #     else:
+        #         suc= suc+ ord(char)
+        #
+        # noh = noh-10000
+        # suc = suc-orc(10000)
         return (noh,suc)
 
-    # add methods if you need more
+    # add methods if you need more
+big = BigRandom()
+print (big.answer())
+
+
+        # your algorithm
+
+        # return (noh,suc)
+
+    # add methods if you need more
+# >>>>>>> 64e1f92e25e7147b206ac73695e846881e7f9b0d

caesar/answer.py

@@ -8,6 +8,21 @@ def answer(self):
 
         # your algorithm
 
-        return (key)
 
-    # add methods if you need more
+
+    # add methods if you need more
+        word = open(self.ciphertext,"r")
+        # text = open("apagitu.txt","w");
+
+        new=""
+        for x in word.read():
+            i=0
+            i=ord(str(x))-46
+            if(i<0):
+                i=i+127
+            new += chr(i)
+        # text.write(new)
+        print(new)
+        return (key)
+ans = Caesar()
+print (ans.answer())