def commit_claims(state, claims, caps=None):
for label, content in claims:
state[label] = content
for reader_dh_pk, label in (caps or []):
state.grant_access(reader_dh_pk, label)
store = {}
chain = hippiehug.Chain(store)
head = state.commit(chain)
block = store[head]
block_content = block.items[0]
nonce = ascii2bytes(block_content['nonce'])
# Get associated Merkle tree
mtr_hash = ascii2bytes(block_content['mtr_hash'])
tree = hippiehug.Tree(store, root_hash=mtr_hash)
return nonce, chain, tree
def test_claim_headers_in_encrypted_mail(account_maker, tmpdir):
acc1, acc2 = account_maker(), account_maker()
send_mail(acc1, acc2)
pah, dec_msg = send_encrypted_mail(acc2, acc1)
cc2 = get_cc_account(acc2)
root_hash = dec_msg['GossipClaims']
url = dec_msg['ClaimStore']
assert root_hash == cc2.head_imprint
assert cc2.read_claim(acc1.addr)
store = FileStore(str(tmpdir), url)
assert store[ascii2bytes(root_hash)]
def process_incoming_gossip(self, addr2pagh, account_key, dec_msg):
root_hash = dec_msg["GossipClaims"]
store = FileStore(dec_msg["ChainStore"])
peers_chain = Chain(store, root_hash=ascii2bytes(root_hash))
assert peers_chain
view = View(peers_chain)
peers_pk = view.params.dh.pk
assert peers_pk
sender = parse_email_addr(dec_msg["From"])
self.addr2root_hash[sender] = root_hash
self.addr2pk[sender] = peers_pk
recipients = get_target_emailadr(dec_msg)
for recipient in recipients:
pagh = addr2pagh[recipient]
value = self.read_claim_from(peers_chain, recipient)
if value:
# for now we can only read claims about ourselves...
# so if we get a value it must be our head imprint.
assert value == bytes2ascii(pagh.keydata)
def get_chain(self, store_url, root_hash):
cache_dir = os.path.join(self.accountdir, 'cache')
store = FileStore(cache_dir, store_url)
return Chain(store, root_hash=ascii2bytes(root_hash))