Files
test-woodpecker/tests/test_integration.py
2026-04-13 03:16:27 +06:00

569 lines
22 KiB
Python

from __future__ import annotations
import os
from typing import Generator
import pytest
from wrenn.client import AsyncWrennClient, WrennClient
from wrenn.exceptions import WrennNotFoundError, WrennValidationError
from wrenn.pty import PtyEventType
WRENN_API_KEY = os.environ.get("WRENN_API_KEY")
WRENN_TOKEN = os.environ.get("WRENN_TOKEN")
WRENN_BASE_URL = os.environ.get("WRENN_BASE_URL", "http://localhost:8080")
WRENN_TEST_EMAIL = os.environ.get("WRENN_TEST_EMAIL")
WRENN_TEST_PASSWORD = os.environ.get("WRENN_TEST_PASSWORD")
def _has_auth() -> bool:
return bool(WRENN_API_KEY or WRENN_TOKEN)
requires_auth = pytest.mark.skipif(
not _has_auth(),
reason="Set WRENN_API_KEY or WRENN_TOKEN to run integration tests",
)
@pytest.fixture
def client() -> Generator[WrennClient, None, None]:
with WrennClient(
api_key=WRENN_API_KEY,
token=WRENN_TOKEN,
base_url=WRENN_BASE_URL,
) as c:
yield c
@pytest.fixture
def async_client() -> AsyncWrennClient:
return AsyncWrennClient(
api_key=WRENN_API_KEY,
token=WRENN_TOKEN,
base_url=WRENN_BASE_URL,
)
@pytest.fixture
def bearer_client() -> Generator[WrennClient, None, None]:
if WRENN_TOKEN:
with WrennClient(token=WRENN_TOKEN, base_url=WRENN_BASE_URL) as c:
yield c
elif WRENN_TEST_EMAIL and WRENN_TEST_PASSWORD:
with WrennClient(
api_key=WRENN_API_KEY, token=WRENN_TOKEN, base_url=WRENN_BASE_URL
) as c:
resp = c.auth.login(WRENN_TEST_EMAIL, WRENN_TEST_PASSWORD)
with WrennClient(token=resp.token, base_url=WRENN_BASE_URL) as c:
yield c
else:
pytest.skip(
"Set WRENN_TOKEN or WRENN_TEST_EMAIL+WRENN_TEST_PASSWORD for bearer-auth tests"
)
@requires_auth
class TestCapsuleLifecycle:
def test_create_exec_destroy(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
result = cap.exec("echo", args=["hello"])
assert result.exit_code == 0
assert "hello" in result.stdout
def test_exec_with_args(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
result = cap.exec("echo", args=["hello", "world"])
assert result.exit_code == 0
assert "hello world" in result.stdout
def test_exec_nonzero_exit(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
result = cap.exec("sh", args=["-c", "exit 42"])
assert result.exit_code == 42
def test_exec_stderr(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
result = cap.exec("sh", args=["-c", "echo err>&2"])
assert result.exit_code == 0
assert "err" in result.stderr
def test_context_manager_cleanup(self, client):
cap = client.capsules.create(template="minimal", timeout_sec=120)
cap_id = cap.id
with cap:
cap.wait_ready(timeout=60, interval=1)
fetched = client.capsules.get(cap_id)
assert fetched.status in ("stopped", "destroyed")
@requires_auth
class TestFileIO:
def test_upload_and_download(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
content = b"Hello from integration test!"
cap.upload("/tmp/test_file.txt", content)
downloaded = cap.download("/tmp/test_file.txt")
assert downloaded == content
def test_download_nonexistent_file(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
with pytest.raises(Exception):
cap.download("/tmp/no_such_file_12345")
@requires_auth
class TestPauseResume:
def test_pause_and_resume(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
cap.pause()
assert cap.status == "paused"
cap.resume()
cap.wait_ready(timeout=60, interval=1)
result = cap.exec("echo", args=["resumed"])
assert result.exit_code == 0
assert "resumed" in result.stdout
@requires_auth
class TestPing:
def test_ping_resets_timer(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
cap.ping()
result = cap.exec("echo", args=["still_alive"])
assert result.exit_code == 0
assert "still_alive" in result.stdout
@requires_auth
class TestProxy:
def test_get_url(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
url = cap.get_url(8888)
assert cap.id in url
assert "8888" in url
@requires_auth
class TestListAndGet:
def test_list_capsules(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
boxes = client.capsules.list()
ids = [b.id for b in boxes]
assert cap.id in ids
def test_get_existing_capsule(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
fetched = client.capsules.get(cap.id)
assert fetched.id == cap.id
assert fetched.status == "running"
def test_get_nonexistent_capsule(self, client):
with pytest.raises((WrennNotFoundError, WrennValidationError)):
client.capsules.get("cl-nonexistent00000000000000000")
@requires_auth
class TestSnapshots:
def test_list_templates(self, client):
templates = client.snapshots.list()
assert isinstance(templates, list)
@requires_auth
class TestAPIKeys:
def test_create_list_delete(self, bearer_client):
key_resp = bearer_client.api_keys.create(name="integration-test-key")
assert key_resp.name == "integration-test-key"
assert key_resp.key is not None
assert key_resp.id is not None
try:
keys = bearer_client.api_keys.list()
ids = [k.id for k in keys]
assert key_resp.id in ids
finally:
bearer_client.api_keys.delete(key_resp.id)
@requires_auth
class TestRunCode:
def test_basic_execution(self, client):
with client.capsules.create(
template="python-interpreter-v0-beta", timeout_sec=120
) as cap:
cap.wait_ready(timeout=60, interval=1)
r = cap.run_code("x = 42")
assert r.error is None
r = cap.run_code("x * 2")
assert r.text == "84"
def test_state_persists(self, client):
with client.capsules.create(
template="python-interpreter-v0-beta", timeout_sec=120
) as cap:
cap.wait_ready(timeout=60, interval=1)
cap.run_code("def greet(name): return f'hello {name}'")
r = cap.run_code("greet('capsule')")
assert "hello capsule" in (r.text or "")
def test_error_traceback(self, client):
with client.capsules.create(
template="python-interpreter-v0-beta", timeout_sec=120
) as cap:
cap.wait_ready(timeout=60, interval=1)
r = cap.run_code("1/0")
assert r.error is not None
assert "ZeroDivisionError" in r.error
def test_stdout_capture(self, client):
with client.capsules.create(
template="python-interpreter-v0-beta", timeout_sec=120
) as cap:
cap.wait_ready(timeout=60, interval=1)
r = cap.run_code("print('hello from kernel')")
assert "hello from kernel" in r.stdout
@requires_auth
class TestAsyncCapsuleLifecycle:
@pytest.mark.asyncio
async def test_async_create_exec_destroy(self, async_client):
async with async_client:
cap = await async_client.capsules.create(
template="minimal", timeout_sec=120
)
try:
await cap.async_wait_ready(timeout=60, interval=1)
result = await cap.async_exec("echo", args=["async_hello"])
assert result.exit_code == 0
assert "async_hello" in result.stdout
finally:
await cap.async_destroy()
@pytest.mark.asyncio
async def test_async_upload_download(self, async_client):
async with async_client:
cap = await async_client.capsules.create(
template="minimal", timeout_sec=120
)
try:
await cap.async_wait_ready(timeout=60, interval=1)
content = b"Async upload test"
await cap.async_upload("/tmp/async_test.txt", content)
downloaded = await cap.async_download("/tmp/async_test.txt")
assert downloaded == content
finally:
await cap.async_destroy()
@pytest.mark.asyncio
async def test_async_run_code(self, async_client):
async with async_client:
cap = await async_client.capsules.create(
template="python-interpreter-v0-beta", timeout_sec=120
)
try:
await cap.async_wait_ready(timeout=60, interval=1)
r = await cap.async_run_code("42 * 2")
assert r.text == "84"
finally:
await cap.async_destroy()
@requires_auth
class TestFilesystemListDir:
def test_list_dir_root(self, client: WrennClient):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
cap.mkdir("/tmp/ls_test_root")
cap.upload("/tmp/ls_test_root/hello.txt", b"hello")
entries = cap.list_dir("/tmp/ls_test_root")
assert isinstance(entries, list)
names = [e.name for e in entries]
assert "hello.txt" in names
def test_list_dir_after_mkdir(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
cap.mkdir("/tmp/fs_test_dir")
entries = cap.list_dir("/tmp")
names = [e.name for e in entries]
assert "fs_test_dir" in names
def test_list_dir_file_metadata(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
cap.upload("/tmp/meta_test.txt", b"hello world")
entries = cap.list_dir("/tmp")
match = [e for e in entries if e.name == "meta_test.txt"]
assert len(match) == 1
f = match[0]
assert f.type == "file"
assert f.size == 11
assert f.permissions is not None
assert f.owner is not None
assert f.group is not None
assert f.modified_at is not None
def test_list_dir_depth(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
cap.mkdir("/tmp/depth_a/depth_b")
cap.upload("/tmp/depth_a/depth_b/nested.txt", b"deep")
entries = cap.list_dir("/tmp/depth_a", depth=2)
paths = [e.path for e in entries]
assert any("nested.txt" in p for p in paths)
def test_list_dir_empty_directory(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
cap.mkdir("/tmp/empty_dir_test")
entries = cap.list_dir("/tmp/empty_dir_test")
assert entries == []
@requires_auth
class TestFilesystemMkdir:
def test_mkdir_creates_directory(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
entry = cap.mkdir("/tmp/mkdir_test")
assert entry.name == "mkdir_test"
assert entry.type == "directory"
assert entry.path == "/tmp/mkdir_test"
def test_mkdir_creates_parents(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
entry = cap.mkdir("/tmp/a/b/c/d")
assert entry.type == "directory"
def test_mkdir_already_exists(self, client: WrennClient):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
cap.mkdir("/tmp/exist_test")
entry = cap.mkdir("/tmp/exist_test")
assert entry.type == "directory"
@requires_auth
class TestFilesystemRemove:
def test_remove_file(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
cap.upload("/tmp/rm_test.txt", b"delete me")
entries_before = cap.list_dir("/tmp")
assert any(e.name == "rm_test.txt" for e in entries_before)
cap.remove("/tmp/rm_test.txt")
entries_after = cap.list_dir("/tmp")
assert not any(e.name == "rm_test.txt" for e in entries_after)
def test_remove_directory(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
cap.mkdir("/tmp/rm_dir_test")
cap.upload("/tmp/rm_dir_test/file.txt", b"inside")
cap.remove("/tmp/rm_dir_test")
entries = cap.list_dir("/tmp")
assert not any(e.name == "rm_dir_test" for e in entries)
def test_upload_download_remove_roundtrip(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
content = b"round trip test data " * 100
cap.upload("/tmp/rt.txt", content)
downloaded = cap.download("/tmp/rt.txt")
assert downloaded == content
cap.remove("/tmp/rt.txt")
with pytest.raises(Exception):
cap.download("/tmp/rt.txt")
@requires_auth
class TestStreamUploadDownload:
def test_stream_upload_and_download(self, client: WrennClient):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
chunks = [b"chunk0_", b"chunk1_", b"chunk2"]
def data_gen():
yield from chunks
cap.stream_upload("/tmp/stream_test.bin", data_gen())
downloaded = cap.download("/tmp/stream_test.bin")
assert downloaded == b"chunk0_chunk1_chunk2"
def test_stream_download_large(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
content = b"x" * 65536 * 3
cap.upload("/tmp/large.bin", content)
collected = b""
for chunk in cap.stream_download("/tmp/large.bin"):
collected += chunk
assert collected == content
@requires_auth
class TestPty:
def test_pty_basic_output(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
with cap.pty(cmd="/bin/sh", cwd="/tmp") as term:
term.write(b"echo pty_hello\n")
output = b""
for event in term:
if event.type == PtyEventType.output:
output += event.data
elif event.type == PtyEventType.exit:
break
if b"pty_hello" in output:
term.write(b"exit\n")
assert b"pty_hello" in output
def test_pty_tag_and_pid(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
with cap.pty(cmd="/bin/sh") as term:
started = False
for event in term:
if event.type == PtyEventType.started:
started = True
assert term.tag is not None
assert term.pid is not None
assert term.tag.startswith("pty-")
elif event.type == PtyEventType.output:
term.write(b"exit\n")
elif event.type == PtyEventType.exit:
break
assert started
def test_pty_exit_on_command_exit(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
with cap.pty(cmd="/bin/echo", args=["immediate"]) as term:
events = list(term)
types = [e.type for e in events]
assert PtyEventType.started in types
assert PtyEventType.output in types or PtyEventType.exit in types
def test_pty_resize(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
with cap.pty(cmd="/bin/sh", cols=80, rows=24) as term:
for event in term:
if event.type == PtyEventType.started:
term.resize(120, 40)
term.write(b"exit\n")
elif event.type == PtyEventType.exit:
break
def test_pty_envs(self, client):
with client.capsules.create(template="minimal", timeout_sec=120) as cap:
cap.wait_ready(timeout=60, interval=1)
with cap.pty(cmd="/bin/sh", envs={"MY_VAR": "hello_env"}) as term:
output = b""
for event in term:
if event.type == PtyEventType.started:
term.write(b"echo $MY_VAR\n")
elif event.type == PtyEventType.output:
output += event.data
if b"hello_env" in output:
term.write(b"exit\n")
elif event.type == PtyEventType.exit:
break
assert b"hello_env" in output
@requires_auth
class TestAsyncFilesystem:
@pytest.mark.asyncio
async def test_async_list_dir(self, async_client):
async with async_client:
cap = await async_client.capsules.create(
template="minimal", timeout_sec=120
)
try:
await cap.async_wait_ready(timeout=60, interval=1)
await cap.async_mkdir("/tmp/async_ls_test")
await cap.async_upload("/tmp/async_ls_test/file.txt", b"data")
entries = await cap.async_list_dir("/tmp/async_ls_test")
assert isinstance(entries, list)
assert any(e.name == "file.txt" for e in entries)
finally:
await cap.async_destroy()
@pytest.mark.asyncio
async def test_async_mkdir(self, async_client):
async with async_client:
cap = await async_client.capsules.create(
template="minimal", timeout_sec=120
)
try:
await cap.async_wait_ready(timeout=60, interval=1)
entry = await cap.async_mkdir("/tmp/async_mkdir_test")
assert entry.type == "directory"
assert entry.name == "async_mkdir_test"
finally:
await cap.async_destroy()
@pytest.mark.asyncio
async def test_async_remove(self, async_client):
async with async_client:
cap = await async_client.capsules.create(
template="minimal", timeout_sec=120
)
try:
await cap.async_wait_ready(timeout=60, interval=1)
await cap.async_upload("/tmp/async_rm.txt", b"bye")
entries = await cap.async_list_dir("/tmp")
assert any(e.name == "async_rm.txt" for e in entries)
await cap.async_remove("/tmp/async_rm.txt")
entries = await cap.async_list_dir("/tmp")
assert not any(e.name == "async_rm.txt" for e in entries)
finally:
await cap.async_destroy()
@pytest.mark.asyncio
async def test_async_full_filesystem_roundtrip(self, async_client):
async with async_client:
cap = await async_client.capsules.create(
template="minimal", timeout_sec=120
)
try:
await cap.async_wait_ready(timeout=60, interval=1)
await cap.async_mkdir("/tmp/async_rt")
await cap.async_upload("/tmp/async_rt/file.txt", b"async content")
entries = await cap.async_list_dir("/tmp/async_rt")
assert any(e.name == "file.txt" for e in entries)
data = await cap.async_download("/tmp/async_rt/file.txt")
assert data == b"async content"
await cap.async_remove("/tmp/async_rt/file.txt")
entries = await cap.async_list_dir("/tmp/async_rt")
assert not any(e.name == "file.txt" for e in entries)
finally:
await cap.async_destroy()