def __init__(self, master, wizard, vars): Tkinter.Frame.__init__(self, master) self.wizard = wizard self.vars = vars self.title = 'Enter User ID' self.gale_user = Tkinter.StringVar() user = pygale.gale_user() self.gale_user.set(user) self.grid_propagate(0) self.grid_rowconfigure(0, weight = 1) self.grid_rowconfigure(1, weight = 1) self.grid_columnconfigure(0, weight = 1) self.label = Tkinter.Label(self, wraplength = 310, anchor = 'nw', justify = 'left', text = "Gale user id\n\nEnter your Gale id. This id identifies you to other Gale users. You must have a valid public/private key pair for this id.") self.entry = Tkinter.Entry(self, textvariable = self.gale_user)
def __init__(self, master, wizard, vars): Tkinter.Frame.__init__(self, master) self.wizard = wizard self.vars = vars self.title = 'Enter User ID' self.gale_user = Tkinter.StringVar() user = pygale.gale_user() self.gale_user.set(user) self.grid_propagate(0) self.grid_rowconfigure(0, weight=1) self.grid_rowconfigure(1, weight=1) self.grid_columnconfigure(0, weight=1) self.label = Tkinter.Label( self, wraplength=310, anchor='nw', justify='left', text= "Gale user id\n\nEnter your Gale id. This id identifies you to other Gale users. You must have a valid public/private key pair for this id." ) self.entry = Tkinter.Entry(self, textvariable=self.gale_user)
def on_connect(host, conn, sub, quiet): print_msg('Connected to %s' % host) if not quiet: sender = gale_env.get('GALE_FROM', 'Unknown sender') pygale.notify_in('in.present', conn, fullname=sender) pygale.notify_out('out.disconnected', conn, fullname=sender) # Subscribe to a list of locations # Add in our location if not there myid = pygale.gale_user() if myid not in sub: sub.append(myid) bad, good = conn.sub_to(sub) if bad: for b in bad: print_msg('Unable to find location %s' % b) if not good: print_msg('No locations found') sys.exit(-1) else: for g in good: print_msg('Subscribed to %s' % g)
def sendpuff(locs, keywords): # Look up locations ret = pygale.lookup_all_locations(locs) send_locs = [] bad_locs = [] encr_recipients = [] for (loc, recps) in ret: if recps is None: bad_locs.append(loc) else: send_locs.append(loc) encr_recipients = encr_recipients + recps if bad_locs: print 'Error: no valid recipients' sys.exit(-1) if '' in encr_recipients: # null key encr_recipients = [] # Print the header bolded_locs = map(prettypuff.bold_location, send_locs) header = 'To: %s' % string.join(bolded_locs, ' ') if keywords: bolded_keywords = map(prettypuff.bold_keyword, keywords) bolded_keywords = map(lambda x: '/' + x, bolded_keywords) header = header + ' ' + string.join(bolded_keywords, ' ') print header print '(End your message with EOF or a solitary dot.)' # Get the puff text pufftext = enter_puff() # Construct puff signer = pygale.gale_user() puff = pygale.Puff() gfrom = gale_env.get('GALE_NAME', gale_env.get('GALE_FROM', 'PyGale user')) puff.set_loc(string.join(locs, ' ')) puff.set_text('message/sender', gfrom) puff.set_time('id/time', int(time.time())) puff.set_text('id/class', 'gsend.py/%s' % version.VERSION) puff.set_text('id/instance', pygale.getinstance()) if RETURN_RECEIPT: puff.set_text('question.receipt', signer) if keywords: for keyw in keywords: puff.set_text('message.keyword', keyw) puff.set_text('message/body', pufftext) # Sign ret = puff.sign_message(signer) if ret is None: # unable to sign signed_puff = puff else: signed_puff = ret # Encrypt if encr_recipients: ret = signed_puff.encrypt_message(encr_recipients) if ret is None: # unable to encrypt encrypted_puff = signed_puff else: encrypted_puff = ret else: encrypted_puff = signed_puff # Create gale connection c = pygale.GaleClient() if not DONT_SEND: c.connect() c.transmit_puff(encrypted_puff) print 'Message sent.' else: print `c.swizzle_puff(encrypted_puff)` print 'Message NOT sent.'