(socketio.handler.SocketIOHandler method) handler_types (socketio.handler.SocketIOHandler attribute) heartbeat() (socketio.virtsocket.Socket method) HTMLFileTransport (class in socketio.transports) I incr_hits() class. :param config: dict Should contain the config keys, like ``heartbeat_interval``, ``heartbeat_timeout`` and ``close_timeout``. """ self.content_type = ("Content-Type" get(self, socket): socket.heartbeat() heartbeat_interval = self.config['heartbeat_interval'] payload = self.get_messages_payload(socket, timeout=heartbeat_interval) if not payload:

discoveryHeartbeatName: # Detect heartbeat name discoveryTypeName: # Database discovery type name # Heartbeat Configuration discoveryHeartbeats: heartbeat-name> (+): # heartbeat name props: keep-alive-cron: dataSourceNames: - ds_0 - ds_1 - ds_2 discoveryHeartbeatName: mgr-heartbeat discoveryTypeName: mgr discoveryHeartbeats: mgr-heartbeat: props: keep-alive-cron: '0/5 * * * * ?' discoveryTypes: mgr: dataSourceNames: # Data source name list - ds_0 - ds_1 - ds_2 discoveryHeartbeatName: # Detect heartbeat name discoveryTypeName: # Database discovery type name : dataSourceNames: #

discoveryHeartbeatName: # Detect heartbeat name 4.1. ShardingSphere-JDBC 66 Apache ShardingSphere document, v5.2.0 discoveryTypeName: # Database discovery type name # Heartbeat Configuration discoveryHeartbeats: discoveryHeartbeats: heartbeat-name> (+): # heartbeat name props: keep-alive-cron: # This is cron expression, such as：'0/5 * * * * ?' # Database Discovery Configuration discoveryTypes: dataSourceNames: - ds_0 - ds_1 - ds_2 discoveryHeartbeatName: mgr-heartbeat discoveryTypeName: mgr discoveryHeartbeats: mgr-heartbeat: props: keep-alive-cron: '0/5 * * * * ?' discoveryTypes: mgr:

connect_timeout Timeout in seconds (int/float) for establishing a new connection. heartbeat Current heartbeat value (set by client). hostname Node name of the remote broker. insist No longer used task-succeeded task-failed task-rejected task-revoked task-retried Worker Events worker-online worker-heartbeat worker-offline Introduction There are several tools available to monitor and inspect Celery clusters my_monitor(app) Note The wakeup argument to capture sends a signal to all workers to force them to send a heartbeat. This way you can immediately see workers when the monitor starts. You can listen to specific events

connect_timeout Timeout in seconds (int/float) for establishing a new connection. heartbeat Current heartbeat value (set by client). hostname Node name of the remote broker. insist No longer used task-succeeded task-failed task-rejected task-revoked task-retried Worker Events worker-online worker-heartbeat worker-offline Introduction There are several tools available to monitor and inspect Celery clusters my_monitor(app) Note The wakeup argument to capture sends a signal to all workers to force them to send a heartbeat. This way you can immediately see workers when the monitor starts. You can listen to specific events

connect_timeout Timeout in seconds (int/float) for establishing a new connection. heartbeat Current heartbeat value (set by client). hostname Node name of the remote broker. insist No longer used task-succeeded task-failed task-rejected task-revoked task-retried Worker Events worker-online worker-heartbeat worker-offline Introduction There are several tools available to monitor and inspect Celery clusters my_monitor(app) Note The wakeup argument to capture sends a signal to all workers to force them to send a heartbeat. This way you can immediately see workers when the monitor starts. You can listen to specific events

connect_timeout Timeout in seconds (int/float) for establishing a new connection. heartbeat Current heartbeat value (set by client). hostname Node name of the remote broker. insist No longer used task-succeeded task-failed task-rejected task-revoked task-retried Worker Events worker-online worker-heartbeat worker-offline Introduction There are several tools available to monitor and inspect Celery clusters my_monitor(app) Note The wakeup argument to capture sends a signal to all workers to force them to send a heartbeat. This way you can immediately see workers when the monitor starts. You can listen to specific events

connect_timeout Timeout in seconds (int/float) for establishing a new connection. – heartbeat Current heartbeat value (set by client). – hostname Node name of the remote broker. – insist No longer task-failed * task-rejected * task-revoked * task-retried – Worker Events * worker-online * worker-heartbeat * worker-offline Introduction There are several tools available to monitor and inspect Celery my_monitor(app) Note: The wakeup argument to capture sends a signal to all workers to force them to send a heartbeat. This way you can immediately see workers when the monitor starts. You can listen to specific events

connect_timeout Timeout in seconds (int/float) for establishing a new connection. – heartbeat Current heartbeat value (set by client). – hostname Node name of the remote broker. – insist No longer task-failed * task-rejected * task-revoked * task-retried – Worker Events * worker-online * worker-heartbeat * worker-offline Introduction There are several tools available to monitor and inspect Celery my_monitor(app) Note: The wakeup argument to capture sends a signal to all workers to force them to send a heartbeat. This way you can immediately see workers when the monitor starts. You can listen to specific events

connect_timeout Timeout in seconds (int/float) for establishing a new connection. – heartbeat Current heartbeat value (set by client). – hostname Node name of the remote broker. – insist No longer task-failed * task-rejected * task-revoked * task-retried – Worker Events * worker-online * worker-heartbeat * worker-offline Introduction There are several tools available to monitor and inspect Celery my_monitor(app) Note: The wakeup argument to capture sends a signal to all workers to force them to send a heartbeat. This way you can immediately see workers when the monitor starts. You can listen to specific events