main.py

@@ -25,56 +25,112 @@ alphabet = [["A", ".-"],
             ["W", ".--"],
             ["X", "-..-"],
             ["Y", "-.--"],
-            ["Z", "--.."]]
-
-dictDE_file = open("wordlist-german.txt", "r")
-dictEN_file = open("wordlist-english.txt", "r")
-
-reader = csv.reader(dictDE_file)
-dictDE = [row[0].upper() for row in reader]
-reader = csv.reader(dictEN_file)
-dictEN = [row[0].upper() for row in reader]
-dictionary = dictEN
+            ["Z", "--.."],
+            ["Ä", ".-.-"],
+            ["Ö", "---."],
+            ["Ü", "..--"],
+            ["ẞ", "...--.."],
+            [" ", " "],
+            ["0", "-----"],
+            ["1", ".----"],
+            ["2", "..---"],
+            ["3", "...--"],
+            ["4", "....-"],
+            ["5", "....."],
+            ["6", "-...."],
+            ["7", "--..."],
+            ["8", "---.."],
+            ["9", "----."]]
 
 morse_cipher = "..-..--..-......-"
 
 
-def latin_to_morse(word):
+def latin_to_morse(expression, delimiter=""):  # expression: zu übersetzendes Wort
     result = ""
-    for letter in word:
+    for letter in expression:
         for latin, morse in alphabet:
             if letter == latin:
                 result += morse
+                result += delimiter
     return result
 
 
 def guess_chars(morse_text, plain_text=""):
-    if morse_text == "":
-        char_guesses.append(plain_text)
-    else:
-        for latin, morse in alphabet:
-            if morse == morse_text[0:len(morse)]:
-                guess_chars(morse_text[len(morse):len(morse_text)], (plain_text + latin))
+    def recursion(morse_text, plain_text=""):  # morse_text = zu zerlegender Morse-Salat
+        if morse_text == "":
+            char_guesses.append(plain_text)
+        else:
+            for latin, morse in alphabet:
+                if morse == morse_text[0:len(morse)]:
+                    recursion(morse_text[len(morse):len(morse_text)], (plain_text + latin))
 
+    char_guesses = []
+    recursion(morse_text, plain_text)
+    return char_guesses
 
-def guess_vocabs(word, phrase=""):
-    if word == "":
+
+def guess_vocabs(query, phrase=""):  # query = zu zerlegender Buchstabensalat
+    if query == "":
         vocab_guesses.append(phrase)
     else:
         for vocab in dictionary:
-            if vocab == word[0:len(vocab)]:
-                guess_vocabs(word[len(vocab):len(word)], (phrase + vocab + " "))
-
-
-char_guesses = []
-guess_chars(morse_cipher)
-print("Chars guessed. char_guesses complete.")
-
-guess_list_length = len(char_guesses)
-for index, word in enumerate(char_guesses):
-    print("(", index, "/", guess_list_length, ") - ", word, "...", end="")
-    vocab_guesses = []
-    guess_vocabs(word)
-    print("\r", end="")
-    if vocab_guesses:
-        print("Found something: ", vocab_guesses)
+            if vocab == query[0:len(vocab)]:
+                guess_vocabs(query[len(vocab):len(query)], (phrase + vocab + " "))
+
+
+def wordlist_to_morse(dictionary_latin):  # dictionary_latin = einsprachiges Wörterbuch (Wörterbuch)
+    result = []
+    for entry in dictionary_latin:
+        result.append([latin_to_morse(entry), entry])
+    return result
+
+
+def guess_vocabs_BUT_AWESOME(cipher, dictionary):  # cipher: zu entschlüsselnde Chiffre, dictionary: Wortliste im Morsecode
+    length = len(cipher)
+    phrase_kit = [[] for x in range(length + 2, 0, -1)]
+    phrase_kit[length + 1] = " "
+    print(phrase_kit)
+    for i in range(length, 0, -1):  # vom hintersten Buchstaben an nach vorne wird die Chiffre in immer längere Schnipsel gehackt
+        query = cipher[i - 1:length]  # query: Schnipsel der Chiffre wird auf sinnvolle Worte getestet
+        for vocab in dictionary:
+            if vocab[0] == query[0:len(vocab[0])]:  # wird ein passendes Wort gefunden und gibt es im phrase-kit Worte, die das gefundene Wort zur Länge des zu prüfenden Wortes ergänzen...
+                print("i = ", i, " Appending to ", vocab[1])
+                for phrase in phrase_kit[i + len(vocab[0])]:
+                    phrase_kit[i].append(vocab[1] + " " + phrase)
+    return phrase_kit
+
+
+def deciphering_1():
+    char_guesses = []
+    guess_chars(morse_cipher)
+    print("Chars guessed. char_guesses complete.")
+
+    guess_list_len = len(char_guesses)
+    for index, word in enumerate(char_guesses):
+        print("(", index, "/", guess_list_len, ") - ", word, "...", end="")
+        vocab_guesses = []
+        guess_vocabs(word)
+        print("\r", end="")
+        if vocab_guesses:
+            print("Found something: ", vocab_guesses)
+
+
+dictDE_file = open("wordlist-german.txt", "r")
+dictEN_file = open("wordlist-english.txt", "r")
+
+#reader = csv.reader(dictDE_file)
+#dictDE = [row[0].upper() for row in reader]
+reader = csv.reader(dictEN_file)
+dictEN = [row[0].upper() for row in reader]
+dictionary = dictEN
+#dictionary = ["FEMINIST", "TERESA", "INA", "ES", "MIT", "SEIT", "ID"]
+
+dictMORSE = wordlist_to_morse(dictionary)
+print("dictMORSE erstellt")
+phrase_kit = guess_vocabs_BUT_AWESOME(morse_cipher, dictMORSE)
+for result in phrase_kit[17]:
+    print(result)
+for result in phrase_kit[16]:
+    print(result)
+for result in phrase_kit[15]:
+    print(result)