ready() False You can wait for the result to complete, but this is rarely used since it turns the asynchronous call into a synchronous one: >>> result.get(timeout=1) 8 In case the task raised an exception local: TERM -> 64052 or stop it: $ celery multi stop w1 -A proj -l info The stop command is asynchronous so it won’t wait for the worker to shutdown. You’ll probably want to use the stopwait command the same pidfile and logfile arguments must be used when stopping. By default it’ll create pid and log files in the current directory. To protect against multiple workers launching on top of each other

ready() False You can wait for the result to complete, but this is rarely used since it turns the asynchronous call into a synchronous one: >>> result.get(timeout=1) 8 In case the task raised an exception local: TERM -> 64052 or stop it: $ celery multi stop w1 -A proj -l info The stop command is asynchronous so it won’t wait for the worker to shutdown. You’ll probably want to use the stopwait command the same pidfile and logfile arguments must be used when stopping. By default it’ll create pid and log files in the current directory. To protect against multiple workers launching on top of each other

ready() False You can wait for the result to complete, but this is rarely used since it turns the asynchronous call into a synchronous one: >>> result.get(timeout=1) 8 In case the task raised an exception local: TERM -> 64052 or stop it: $ celery multi stop w1 -A proj -l info The stop command is asynchronous so it won’t wait for the worker to shutdown. You’ll probably want to use the stopwait command the same pidfile and logfile arguments must be used when stopping. By default it’ll create pid and log files in the current directory. To protect against multiple workers launching on top of each other

ready() False You can wait for the result to complete, but this is rarely used since it turns the asynchronous call into a synchronous one: >>> result.get(timeout=1) 8 In case the task raised an exception local: TERM -> 64052 or stop it: $ celery multi stop w1 -A proj -l info The stop command is asynchronous so it won’t wait for the worker to shutdown. You’ll probably want to use the stopwait command the same pidfile and logfile arguments must be used when stopping. By default it’ll create pid and log files in the current directory. To protect against multiple workers launching on top of each other

ready() False You can wait for the result to complete, but this is rarely used since it turns the asynchronous call into a synchronous one: >>> result.get(timeout=1) 8 In case the task raised an exception local: TERM -> 64052 or stop it: $ celery multi stop w1 -A proj -l info The stop command is asynchronous so it won’t wait for the worker to shutdown. You’ll probably want to use the stopwait command the same pidfile and logfile arguments must be used when stopping. By default it’ll create pid and log files in the current directory. To protect against multiple workers launching on top of each other

ready() False You can wait for the result to complete, but this is rarely used since it turns the asynchronous call into a synchronous one: >>> result.get(timeout=1) 8 In case the task raised an exception local: TERM -> 64052 or stop it: $ celery multi stop w1 -A proj -l info The stop command is asynchronous so it won’t wait for the worker to shutdown. You’ll probably want to use the stopwait command the same pidfile and logfile arguments must be used when stopping. By default it’ll create pid and log files in the current directory, to protect against multiple workers launching on top of each other

ready() False You can wait for the result to complete, but this is rarely used since it turns the asynchronous call into a synchronous one: >>> result.get(timeout=1) 8 In case the task raised an exception local: TERM -> 64052 or stop it: $ celery multi stop w1 -A proj -l info The stop command is asynchronous so it won’t wait for the worker to shutdown. You’ll probably want to use the stopwait command the same pidfile and logfile arguments must be used when stopping. By default it’ll create pid and log files in the current directory, to protect against multiple workers launching on top of each other

ready() False You can wait for the result to complete, but this is rarely used since it turns the asynchronous call into a synchronous one: >>> result.get(timeout=1) 8 In case the task raised an exception local: TERM -> 64052 or stop it: $ celery multi stop w1 -A proj -l info The stop command is asynchronous so it won’t wait for the worker to shutdown. You’ll probably want to use the stopwait command the same pidfile and logfile arguments must be used when stopping. By default it’ll create pid and log files in the current directory, to protect against multiple workers launching on top of each other

ready() False You can wait for the result to complete, but this is rarely used since it turns the asynchronous call into a synchronous one: >>> result.get(timeout=1) 8 In case the task raised an exception local: TERM -> 64052 or stop it: $ celery multi stop w1 -A proj -l info The stop command is asynchronous so it won’t wait for the worker to shutdown. You’ll probably want to use the stopwait command the same pidfile and logfile arguments must be used when stopping. By default it’ll create pid and log files in the current directory, to protect against multiple workers launching on top of each other

ready() False You can wait for the result to complete, but this is rarely used since it turns the asynchronous call into a synchronous one: >>> result.get(timeout=1) 8 In case the task raised an exception local: TERM -> 64052 or stop it: $ celery multi stop w1 -A proj -l INFO The stop command is asynchronous so it won’t wait for the worker to shutdown. You’ll probably want to use the stopwait command the same pidfile and logfile arguments must be used when stopping. By default it’ll create pid and log files in the current directory. To protect against multiple workers launching on top of each other