x/crypto/salsa20 2019/07/16 23:34:59 workers: 4, corpus: 5 (1s ago), crashers: 0, restarts: 1/0, execs: 0 (0/sec), cover: 0, uptime: 3s 2019/07/16 23:35:02 workers: 4, corpus: 6 (1s ago), crashers: 0, uptime: 6s 2019/07/16 23:35:05 workers: 4, corpus: 6 (4s ago), crashers: 0, restarts: 1/6797, execs: 95167 (10568/sec), cover: 26, uptime: 9s 2019/07/16 23:35:08 workers: 4, corpus: 6 (7s ago), crashers: uptime: 12s 2019/07/16 23:35:11 workers: 4, corpus: 7 (2s ago), crashers: 0, restarts: 1/7269, execs: 203535 (13564/sec), cover: 26, uptime: 15s 2019/07/16 23:35:14 workers: 4, corpus: 7 (5s ago), crashers:

Celery Next Steps Resources User Guide Application Tasks Calling Tasks Canvas: Designing Workflows Workers Guide Periodic Tasks HTTP Callback Tasks (Webhooks) Routing Tasks Monitoring and Management Guide between clients and workers. To initiate a task, a client adds a message to the queue, which the broker then delivers to a worker. A Celery system can consist of multiple workers and brokers, giving way broker='amqp://guest@localhost//') @app.task def hello(): return 'hello world' Highly Available Workers and clients will automatically retry in the event of connection loss or failure, and some brokers

between clients and workers. To initiate a task, a client adds a message to the queue, which the broker then delivers to a worker. A Celery system can consist of multiple workers and brokers, giving way broker='amqp://guest@localhost//') @app.task def hello(): return 'hello world' • Highly Available Workers and clients will automatically retry in the event of connection loss or failure, and some brokers Cryptographic message signing. Features • Monitoring A stream of monitoring events is emitted by workers and is used by built-in and external tools to tell you what your cluster is doing – in real-time

Celery Next Steps Resources User Guide Application Tasks Calling Tasks Canvas: Designing Work-flows Workers Guide Daemonization Periodic Tasks Routing Tasks Monitoring and Management Guide Security Optimizing between clients and workers. To initiate a task the client adds a message to the queue, the broker then delivers that message to a worker. A Celery system can consist of multiple workers and brokers, giving broker='amqp://guest@localhost//') @app.task def hello(): return 'hello world' Highly Available Workers and clients will automatically retry in the event of connection loss or failure, and some brokers

Celery Next Steps Resources User Guide Application Tasks Calling Tasks Canvas: Designing Work-flows Workers Guide Daemonization Periodic Tasks Routing Tasks Monitoring and Management Guide Security Optimizing between clients and workers. To initiate a task the client adds a message to the queue, the broker then delivers that message to a worker. A Celery system can consist of multiple workers and brokers, giving broker='amqp://guest@localhost//') @app.task def hello(): return 'hello world' Highly Available Workers and clients will automatically retry in the event of connection loss or failure, and some brokers

Celery Next Steps Resources User Guide Application Tasks Calling Tasks Canvas: Designing Work-flows Workers Guide Daemonization Periodic Tasks Routing Tasks Monitoring and Management Guide Security Optimizing between clients and workers. To initiate a task the client adds a message to the queue, the broker then delivers that message to a worker. A Celery system can consist of multiple workers and brokers, giving broker='amqp://guest@localhost//') @app.task def hello(): return 'hello world' Highly Available Workers and clients will automatically retry in the event of connection loss or failure, and some brokers

Celery Next Steps Resources User Guide Application Tasks Calling Tasks Canvas: Designing Work-flows Workers Guide Daemonization Periodic Tasks Routing Tasks Monitoring and Management Guide Security Optimizing between clients and workers. To initiate a task the client adds a message to the queue, the broker then delivers that message to a worker. A Celery system can consist of multiple workers and brokers, giving broker='amqp://guest@localhost//') @app.task def hello(): return 'hello world' Highly Available Workers and clients will automatically retry in the event of connection loss or failure, and some brokers

between clients and workers. To initiate a task the client adds a message to the queue, the broker then delivers that message to a worker. A Celery system can consist of multiple workers and brokers, giving broker='amqp://guest@localhost//') @app.task def hello(): return 'hello world' • Highly Available Workers and clients will automatically retry in the event of connection loss or failure, and some brokers Cryptographic message signing. Features • Monitoring A stream of monitoring events is emitted by workers and is used by built-in and external tools to tell you what your cluster is doing – in real-time

between clients and workers. To initiate a task the client adds a message to the queue, the broker then delivers that message to a worker. A Celery system can consist of multiple workers and brokers, giving broker='amqp://guest@localhost//') @app.task def hello(): return 'hello world' • Highly Available Workers and clients will automatically retry in the event of connection loss or failure, and some brokers Cryptographic message signing. Features • Monitoring A stream of monitoring events is emitted by workers and is used by built-in and external tools to tell you what your cluster is doing – in real-time

between clients and workers. To initiate a task the client adds a message to the queue, the broker then delivers that message to a worker. A Celery system can consist of multiple workers and brokers, giving broker='amqp://guest@localhost//') @app.task def hello(): return 'hello world' • Highly Available Workers and clients will automatically retry in the event of connection loss or failure, and some brokers Cryptographic message signing. Features • Monitoring A stream of monitoring events is emitted by workers and is used by built-in and external tools to tell you what your cluster is doing – in real-time