def do_scan_msg_1(self, object, identity):
try:
decrypted = identity.decrypt(object.payload)
msg = objtypes.MsgData.from_bytes(decrypted)
except:
pass
else:
if msg.encoding in [
objtypes.Encoding.trivial, objtypes.Encoding.simple
]:
simple = objtypes.SimpleMessage.from_bytes(msg.message)
channel = wallet.Address(4, config.NETWORK_STREAM,
msg.ripe).to_bytes()
creator = wallet.Address(
4, config.NETWORK_STREAM,
crypto.to_ripe(msg.verkey, msg.enckey)).to_bytes()
reply = simple.subject[0:4] == 'Re: '
if reply:
simple.subject = simple.subject[4:]
for t in self.list.threads:
if t.channel == channel and t.subject == simple.subject:
thread = t
if not reply:
thread.creator = creator
break
else:
if not reply:
thread = self.list.new_thread(channel, creator,
simple.subject)
else:
thread = self.list.new_thread(channel, b'',
simple.subject)
if len(thread.longest) < len(simple.body):
thread.longest = simple.body
if not reply:
for c in thread.comments:
if c.parent_text == '' and c.text == simple.body:
comment = c
comment.creator = creator
break
else:
comment = thread.new_comment('', creator, simple.body)
else:
bodies = reversed(simple.body.split('\n' + 54 * '-' +
'\n'))
parent_text = ''
for i, body in enumerate(bodies):
for c in thread.comments:
if c.text == body:
comment = c
comment.parent_text = parent_text
break
else:
comment = thread.new_comment(
parent_text, b'', body)
parent_text = body
comment.creator = creator
def new_identity(self, name, type, sigkey, deckey):
verkey = crypto.priv_to_pub(sigkey)
enckey = crypto.priv_to_pub(deckey)
ripe = crypto.to_ripe(verkey, enckey)
self.names.set(ripe, name)
address = Address(4, config.NETWORK_STREAM, ripe)
self._db.execute('insert into identities (address, name, sigkey, deckey) values (?, ?, ?, ?)',
(address.to_bytes(), type, sigkey, deckey))
self._db.execute('insert into profiles (address, name, verkey, enckey) values (?, ?, ?, ?)',
(address.to_bytes(), type, b'\x04'+verkey, b'\x04'+enckey))
identity = Identity2(self._db, address)
for func in self.on_add_identity:
func(identity)
return identity
def do_scan_msg_1(self, object, identity):
try:
decrypted = identity.decrypt(object.payload)
msg = objtypes.MsgData.from_bytes(decrypted)
except:
pass
else:
if msg.encoding in [objtypes.Encoding.trivial, objtypes.Encoding.simple]:
simple = objtypes.SimpleMessage.from_bytes(msg.message)
channel = wallet.Address(4, config.NETWORK_STREAM, msg.ripe).to_bytes()
creator = wallet.Address(4, config.NETWORK_STREAM, crypto.to_ripe(msg.verkey, msg.enckey)).to_bytes()
reply = simple.subject[0:4] == 'Re: '
if reply:
simple.subject = simple.subject[4:]
for t in self.list.threads:
if t.channel == channel and t.subject == simple.subject:
thread = t
if not reply:
thread.creator = creator
break
else:
if not reply:
thread = self.list.new_thread(channel, creator, simple.subject)
else:
thread = self.list.new_thread(channel, b'', simple.subject)
if len(thread.longest) < len(simple.body):
thread.longest = simple.body
if not reply:
for c in thread.comments:
if c.parent_text == '' and c.text == simple.body:
comment = c
comment.creator = creator
break
else:
comment = thread.new_comment('', creator, simple.body)
else:
bodies = reversed(simple.body.split('\n'+54*'-'+'\n'))
parent_text = ''
for i, body in enumerate(bodies):
for c in thread.comments:
if c.text == body:
comment = c
comment.parent_text = parent_text
break
else:
comment = thread.new_comment(parent_text, b'', body)
parent_text = body
comment.creator = creator
def new_deterministic(self, name, type, text):
for i in range(0, 2**64, 2):
s1 = serialize.Serializer()
s1.str(text)
s1.vint(i)
sigkey = crypto.sha512(s1.data)[0:32]
s2 = serialize.Serializer()
s2.str(text)
s2.vint(i + 1)
deckey = crypto.sha512(s2.data)[0:32]
verkey = crypto.priv_to_pub(sigkey)
enckey = crypto.priv_to_pub(deckey)
ripe = crypto.to_ripe(verkey, enckey)
if ripe[0:1] == b'\x00':
return self.new_identity(name, type, sigkey, deckey)
def new_deterministic(self, name, type, text):
for i in range(0, 2**64, 2):
s1 = serialize.Serializer()
s1.str(text)
s1.vint(i)
sigkey = crypto.sha512(s1.data)[0:32]
s2 = serialize.Serializer()
s2.str(text)
s2.vint(i + 1)
deckey = crypto.sha512(s2.data)[0:32]
verkey = crypto.priv_to_pub(sigkey)
enckey = crypto.priv_to_pub(deckey)
ripe = crypto.to_ripe(verkey, enckey)
if ripe[0:1] == b'\x00':
return self.new_identity(name, type, sigkey, deckey)
def new_identity(self, name, type, sigkey, deckey):
verkey = crypto.priv_to_pub(sigkey)
enckey = crypto.priv_to_pub(deckey)
ripe = crypto.to_ripe(verkey, enckey)
self.names.set(ripe, name)
address = Address(4, config.NETWORK_STREAM, ripe)
self._db.execute(
'insert into identities (address, name, sigkey, deckey) values (?, ?, ?, ?)',
(address.to_bytes(), type, sigkey, deckey))
self._db.execute(
'insert into profiles (address, name, verkey, enckey) values (?, ?, ?, ?)',
(address.to_bytes(), type, b'\x04' + verkey, b'\x04' + enckey))
identity = Identity2(self._db, address)
for func in self.on_add_identity:
func(identity)
return identity
