Files
agentmsgs/tests/test_store_memory.py
T

146 lines
4.3 KiB
Python

import threading
import time
import uuid
from concurrent.futures import ThreadPoolExecutor
from agentmsgs.stores.memory import InMemoryStore
def test_memory_create_and_find_thread():
s = InMemoryStore()
alice = s.get_or_create_agent("Alice")
bob = s.get_or_create_agent("Bob")
t = s.create_thread({alice, bob})
assert s.get_thread(t.id) == t
assert t in s.find_threads({alice})
assert t in s.find_threads({alice, bob})
assert s.find_threads({alice, bob, s.get_or_create_agent("Charlie")}) == []
def test_memory_soft_unique_name():
s = InMemoryStore()
a1 = s.get_or_create_agent("Alice")
a2 = s.get_or_create_agent("Alice")
assert a1.id == a2.id
def test_memory_delete_account():
s = InMemoryStore()
a = s.get_or_create_agent("Alice")
s.delete_agent(a.id)
assert s.get_agent_by_id(a.id) is None
assert s.get_agent_by_name("Alice") is None
def test_memory_append_and_list():
s = InMemoryStore()
a = s.get_or_create_agent("A")
b = s.get_or_create_agent("B")
t = s.create_thread({a, b})
m1 = s.append_message(t.id, a, "hi")
m2 = s.append_message(t.id, b, "yo")
assert m1.seq == 1 and m2.seq == 2
assert s.list_messages(t.id, after_seq=1) == [m2]
def test_memory_thread_info_and_read_state():
s = InMemoryStore()
a = s.get_or_create_agent("A")
b = s.get_or_create_agent("B")
t = s.create_thread({a, b})
s.append_message(t.id, a, "one")
s.append_message(t.id, b, "two")
m3 = s.append_message(t.id, a, "three")
info = s.get_thread_info(t.id)
assert info is not None
assert info.thread == t
assert info.message_count == 3
assert info.latest_message == m3
state = s.get_thread_read_state(t.id, a)
assert state.agent == a
assert state.cursor_seq == 0
assert state.latest_seq == 3
assert state.unread_count == 3
assert state.unread_from_others_count == 1
s.set_cursor(t.id, a, 2)
state = s.get_thread_read_state(t.id, a)
assert state.cursor_seq == 2
assert state.unread_count == 1
assert state.unread_from_others_count == 0
def test_memory_thread_info_for_empty_thread():
s = InMemoryStore()
a = s.get_or_create_agent("A")
b = s.get_or_create_agent("B")
t = s.create_thread({a, b})
info = s.get_thread_info(t.id)
state = s.get_thread_read_state(t.id, a)
assert info is not None
assert info.message_count == 0
assert info.latest_message is None
assert state.latest_seq == 0
assert state.unread_count == 0
assert state.unread_from_others_count == 0
assert s.get_thread_info(uuid.uuid4()) is None
assert s.get_thread_read_state(uuid.uuid4(), a) is None
def test_memory_concurrent_get_or_create_agent_is_idempotent():
store = InMemoryStore()
start = threading.Barrier(2)
class SlowNameIndex(dict):
def __contains__(self, key):
present = super().__contains__(key)
if not present:
time.sleep(0.01)
return present
store._name_idx = SlowNameIndex()
def create_agent():
start.wait()
return store.get_or_create_agent("Alice")
with ThreadPoolExecutor(max_workers=2) as executor:
agents = list(executor.map(lambda _: create_agent(), range(2)))
assert len({agent.id for agent in agents}) == 1
assert len(store.list_agents()) == 1
def test_memory_concurrent_append_assigns_unique_sequences():
store = InMemoryStore()
alice = store.get_or_create_agent("Alice")
bob = store.get_or_create_agent("Bob")
thread = store.create_thread({alice, bob})
gate = threading.Barrier(2, timeout=0.2)
local = threading.local()
class SlowMessageList(list):
def __len__(self):
length = super().__len__()
if not hasattr(local, "waited"):
try:
gate.wait()
except threading.BrokenBarrierError:
pass
local.waited = True
return length
store._msgs[thread.id] = SlowMessageList()
def append_message(index):
return store.append_message(thread.id, alice, str(index))
with ThreadPoolExecutor(max_workers=2) as executor:
messages = list(executor.map(append_message, range(2)))
assert sorted(message.seq for message in messages) == [1, 2]