t = threading.Thread(target=responder, args=(server,))
t.start()
for i in xrange(64, 4096, 64):
client.send(message.Read.Request(
reqId=1, handle=1, offset=i * 4, size=i, timeout=2000))
resp = client.expect(
message.Read.Response(reqId=1, status=message.SUCCESS))
assert resp.content == generate(resp.offset, len(resp.content))
rand = random.Random(0)
for _ in xrange(64):
size = (1 + rand.randrange(16 * 1024)) * 4
offset = rand.randrange((ASSET_SIZE - size) / 4) * 4
client.send(message.Read.Request(
reqId=1, handle=1, offset=offset, size=size, timeout=30000))
resp = client.expect(
message.Read.Response(reqId=1, status=message.SUCCESS))
assert resp.content == generate(resp.offset, len(resp.content))
for offset in xrange(0, ASSET_SIZE, 8192):
client.send(message.Read.Request(
reqId=1, handle=1, offset=i, size=8192, timeout=30000))
resp = client.expect(
message.Read.Response(reqId=1, status=message.SUCCESS))
assert resp.content == generate(resp.offset, len(resp.content))
assert len(os.listdir('cache/assets')) == 1
server.close()
conn.expect(
message.AssetStatus(handle=1, ids=assetReq.ids,
status=message.SUCCESS))
# Send a pending read-request.
conn.send(
message.Read.Request(reqId=1,
handle=1,
offset=0,
size=1024,
timeout=500))
server.expect(
message.Read.Request(handle=assetReq.handle, offset=0, size=1024))
# Close upstream server
server.close()
bithorded.wait_for("Disconnected: evilservant")
conn.expect([
message.Read.Response(reqId=1, status=message.NOTFOUND, offset=0),
message.AssetStatus(handle=1, status=message.NOTFOUND),
])
# Reconnect upstream server
server = TestConnection(bithorded, name='evilservant')
# Expect a BindRead to arrive for the stale asset
server.expect(message.BindRead(handle=assetReq.handle, ids=assetReq.ids))
server.send(
message.AssetStatus(handle=assetReq.handle,
ids=assetReq.ids,
size=1024,
