updates

komrade/backend/the_operator.py

@@ -118,7 +118,7 @@ cv = {cv}
         if success:
             cvb64=b64encode(cv).decode()
             qrstr=self.qr_str(cvb64)
-            res['status'] = f'''{OPERATOR_INTRO}I have successfully registered Komrade {name}.
+            self.status(f'''{OPERATOR_INTRO}I have successfully registered Komrade {name}.
             
             If you're interested, here's what I did. I stored the public key you gave me, {cvb64}, under the name of "{name}". However, I never save that name directly, but record it only in a disguised, "hashed" form: {ck}. I scrambled "{name}" by running it through a 1-way hashing function, which will always yield the same result: provided you know which function I'm using, and what the secret "salt" is that I add to all the input, a string of text which I keep protected and encrypted on my local hard drive.
             
@@ -128,7 +128,7 @@ cv = {cv}
 
             By default, if anyone asks me what your public key is, I won't tell them--though I won't be able to avoid hinting that a user exists under this name should someone try to register under that name and I deny them). Instead, if the person who requested your public key insists, I will send you a message (encrypted end-to-end so only you can read it) that the user who met someone would like to introduce themselves to you; I will then send you their name and public key. It's now your move: up to you whether to save them back your public key.
 
-            If you'd like to change this default behavior, e.g. by instead allowing anyone to request your public key, except for those whom you explcitly block, I have also created a super secret administrative record for you to change various settings on your account. This is protected by a separate encryption key which I have generated for you; and this key which is itself encrypted with the password you entered earlier. Don't worry: I never saw that password you typed, since it was given to me already hashed and disguised (as something {len(passphrase)} characters long, ending in "{passphrase[:10]}"). Without that hashed passphrase, no one will be able to unlock the administration key; and without the administration key, they won't be able to find the hashed record I stored your user settings under, since I also salted that hash with your own hashed passphrase. Even if someone found the record I stored them under, they wouldn't be able to decrypt the existing settings; and if they can't do that, I won't let them overwrite the record.'''
+            If you'd like to change this default behavior, e.g. by instead allowing anyone to request your public key, except for those whom you explcitly block, I have also created a super secret administrative record for you to change various settings on your account. This is protected by a separate encryption key which I have generated for you; and this key which is itself encrypted with the password you entered earlier. Don't worry: I never saw that password you typed, since it was given to me already hashed and disguised (as something {len(passphrase)} characters long, ending in "{passphrase[:10]}"). Without that hashed passphrase, no one will be able to unlock the administration key; and without the administration key, they won't be able to find the hashed record I stored your user settings under, since I also salted that hash with your own hashed passphrase. Even if someone found the record I stored them under, they wouldn't be able to decrypt the existing settings; and if they can't do that, I won't let them overwrite the record.''')
         else:
             res['status']= f'''
 {OPERATOR_INTRO}I'm sorry, but I can't register the name of {name}.

komrade/utils.py

@@ -28,7 +28,7 @@ def clear_screen():
     import os
     os.system('cls' if os.name == 'nt' else 'clear')
 
-def pause():
+def do_pause():
     input('')
 
 
@@ -48,7 +48,7 @@ def dict_format(d, tab=0):
 import inspect
 from komrade.constants import PAUSE_LOGGER
 class Logger(object):
-    def log(self,*x,do_pause=PAUSE_LOGGER,do_clear=PAUSE_LOGGER):
+    def log(self,*x,pause=PAUSE_LOGGER,clear=PAUSE_LOGGER):
         curframe = inspect.currentframe()
         calframe = inspect.getouterframes(curframe, 2)
         mytype = type(self).__name__
@@ -56,11 +56,15 @@ class Logger(object):
         log(f'\n[{mytype}.{caller}()]',*x)
 
         try:
-            if do_pause: pause()
-            if do_pause: clear_screen()
+            if pause: do_pause()
+            if pause: clear_screen()
         except KeyboardInterrupt:
             exit()
 
+    def status(self,status_msg):
+        for para in status_msg.split('\n\n'):
+            self.log(para)
+
 import binascii,base64
 def isBase64(sb):
     try: