def create_actor(user):
"""
:param user: an User object
:return: an Actor object
"""
actor = Actor()
# Init a new Keypair for this user
key = LittleBoxesKey(owner=user.name)
key.new()
actor.preferred_username = user.name
actor.domain = current_app.config["AP_DOMAIN"]
actor.type = "Person"
actor.name = user.display_name
actor.manually_approves_followers = False
actor.url = ap_url("url", user.name)
actor.shared_inbox_url = ap_url("shared_inbox", user.name)
actor.inbox_url = ap_url("inbox", user.name)
actor.outbox_url = ap_url("outbox", user.name)
actor.private_key = key.privkey_pem
actor.public_key = key.pubkey_pem
actor.followers_url = ap_url("followers", user.name)
actor.following_url = ap_url("followings", user.name)
return actor
def test_httpsig():
back = InMemBackend()
ap.use_backend(back)
k = Key("https://lol.com")
k.new()
back.FETCH_MOCK["https://lol.com#main-key"] = {
"publicKey": k.to_dict(),
"id": "https://lol.com",
}
httpretty.register_uri(httpretty.POST,
"https://remote-instance.com",
body="ok")
auth = httpsig.HTTPSigAuth(k)
resp = requests.post("https://remote-instance.com",
json={"ok": 1},
auth=auth)
assert httpsig.verify_request(
resp.request.method,
resp.request.path_url,
resp.request.headers,
resp.request.body,
)
def test_linked_data_sig():
doc = json.loads(DOC)
k = Key("https://lol.com")
k.new()
linked_data_sig.generate_signature(doc, k)
assert linked_data_sig.verify_signature(doc, k)
def test_key_new_load():
owner = "http://lol.com"
k = Key(owner)
k.new()
assert k.to_dict() == {
"id": f"{owner}#main-key",
"owner": owner,
"publicKeyPem": k.pubkey_pem,
}
k2 = Key(owner)
k2.load(k.privkey_pem)
assert k2.to_dict() == k.to_dict()
def get_key(owner: str, _id: str, user: str, domain: str) -> Key:
""""Loads or generates an RSA key."""
k = Key(owner, _id)
user = user.replace(".", "_")
domain = domain.replace(".", "_")
key_path = os.path.join(KEY_DIR, f"key_{user}_{domain}.pem")
if os.path.isfile(key_path):
with open(key_path) as f:
privkey_pem = f.read()
k.load(privkey_pem)
else:
k.new()
with open(key_path, "w") as f:
f.write(k.privkey_pem)
return k
