def test_ping(random_heartbeats):
# Get the lightweight ping (only checks indices) and make sure it conforms
# to the expected format.
ping = get_ping_status(list(range(10)))
assert isinstance(ping, dict)
assert sorted(ping.keys()) == sorted(random_heartbeats.keys())
single = ping[0]
attrs = ("id", "folders")
for attr in attrs:
assert hasattr(single, attr)
for f in single.folders:
assert f.alive
def test_ping(random_heartbeats):
# Get the lightweight ping (only checks indices) and make sure it conforms
# to the expected format.
ping = get_ping_status(range(10))
assert isinstance(ping, dict)
assert sorted(ping.keys()) == sorted(random_heartbeats.keys())
single = ping[0]
attrs = ('id', 'folders')
for attr in attrs:
assert hasattr(single, attr)
for f in single.folders:
assert f.alive
def test_ping(random_heartbeats):
# Get the lightweight ping (only checks indices) and make sure it conforms
# to the expected format.
ping = get_ping_status()
assert isinstance(ping, dict)
assert sorted(ping.keys()) == sorted(random_heartbeats.keys())
single = ping[0]
attrs = ('id', 'alive', 'timestamp', 'folders')
for attr in attrs:
assert hasattr(single, attr)
assert single.alive
for f in single.folders:
assert f.alive
def test_ping_single(random_heartbeats):
ping = get_ping_status(0)
assert isinstance(ping, dict)
single = ping[0]
assert single.alive
def test_ping_single(random_heartbeats):
ping = get_ping_status([0])
assert isinstance(ping, dict)
single = ping[0]
for f in single.folders:
assert f.alive
def test_ping_single(random_heartbeats):
ping = get_ping_status(0)
assert isinstance(ping, dict)
single = ping[0]
assert single.alive
def test_ping_single(random_heartbeats):
ping = get_ping_status([0])
assert isinstance(ping, dict)
single = ping[0]
for f in single.folders:
assert f.alive
def index():
with global_session_scope() as db_session:
if "namespace_id" in request.args:
try:
namespace = (
db_session.query(Namespace)
.filter(Namespace.public_id == request.args["namespace_id"])
.one()
)
except NoResultFound:
return APIEncoder().jsonify([])
else:
namespace = None
accounts = db_session.query(ImapAccount).with_polymorphic([GenericAccount])
if namespace:
accounts = accounts.filter(Account.namespace == namespace)
else:
# Get all account IDs that aren't deleted
account_ids = [
result[0]
for result in db_session.query(ImapAccount.id, ImapAccount._sync_status)
if result[1].get("sync_disabled_reason") != "account deleted"
]
# This is faster than fetching all accounts.
accounts = accounts.filter(ImapAccount.id.in_(account_ids))
accounts = list(accounts)
folder_data = _get_folder_data(db_session, accounts)
calendar_data = _get_calendar_data(db_session, namespace)
heartbeat = get_ping_status(account_ids=[acc.id for acc in accounts])
data = []
for account in accounts:
if account.id in heartbeat:
account_heartbeat = heartbeat[account.id]
account_folder_data = folder_data[account.id]
account_calendar_data = calendar_data[account.id]
events_alive = False
for folder_status in account_heartbeat.folders:
folder_status_id = int(folder_status.id)
if folder_status_id in account_folder_data:
account_folder_data[folder_status_id].update(
{
"alive": folder_status.alive,
"heartbeat_at": folder_status.timestamp,
}
)
elif folder_status_id == EVENT_SYNC_FOLDER_ID:
events_alive = folder_status.alive
email_alive = all(f["alive"] for f in account_folder_data.values())
alive = True
if account.sync_email and not email_alive:
alive = False
if account.sync_events and not events_alive:
alive = False
email_initial_sync = any(
f["state"] == "initial" for f in account_folder_data.values()
)
events_initial_sync = any(
c["state"] == "initial" for c in account_calendar_data
)
initial_sync = email_initial_sync or events_initial_sync
total_uids = sum(
f["remote_uid_count"] or 0 for f in account_folder_data.values()
)
remaining_uids = sum(
f["download_uid_count"] or 0 for f in account_folder_data.values()
)
if total_uids:
progress = 100.0 / total_uids * (total_uids - remaining_uids)
else:
progress = None
else:
alive = False
email_initial_sync = None
events_initial_sync = None
initial_sync = None
progress = None
sync_status = account.sync_status
is_running = sync_status["state"] == "running"
if (
is_running
and not sync_status.get("sync_start_time")
and not sync_status.get("sync_error")
):
sync_status_str = "starting"
elif is_running and alive:
if initial_sync:
sync_status_str = "initial"
else:
sync_status_str = "running"
elif is_running:
# Nylas is syncing, but not all heartbeats are reporting.
sync_status_str = "delayed"
else:
# Nylas is no longer syncing this account.
sync_status_str = "dead"
data.append(
{
"account_private_id": account.id,
"namespace_private_id": account.namespace.id,
"account_id": account.public_id,
"namespace_id": account.namespace.public_id,
"events_alive": events_alive,
"email_alive": email_alive,
"alive": alive,
"email_initial_sync": email_initial_sync,
"events_initial_sync": events_initial_sync,
"initial_sync": initial_sync,
"provider_name": account.provider,
"email_address": account.email_address,
"folders": sorted(
folder_data[account.id].values(), key=itemgetter("name")
),
"calendars": sorted(
calendar_data[account.id], key=itemgetter("name")
),
"sync_email": account.sync_email,
"sync_events": account.sync_events,
"sync_status": sync_status_str,
"sync_error": sync_status.get("sync_error"),
"sync_end_time": sync_status.get("sync_end_time"),
"sync_disabled_reason": sync_status.get("sync_disabled_reason"),
"sync_host": account.sync_host,
"progress": progress,
"throttled": account.throttled,
"created_at": account.created_at,
"updated_at": account.updated_at,
}
)
return APIEncoder().jsonify(data)