have replies. The client can then wait for and collect those replies. Since there’s no central authority to know how many workers are available in the cluster, there is also no way to estimate how many by the worker using a public certificate. Optimally certificates should be signed by an official Certificate Authority [http://en.wikipedia.org/wiki/Certificate_authority], but they can also be self-signed locate private keys and certificates on the file-system: the CELERY_SECURITY_KEY, CELERY_SECURITY_CERTIFICATE and CELERY_SECURITY_CERT_STORE settings respectively. With these configured it is also necessary

have replies. The client can then wait for and collect those replies. Since there’s no central authority to know how many workers are available in the cluster, there is also no way to estimate how many by the worker using a public certificate. Optimally certificates should be signed by an official Certificate Authority [http://en.wikipedia.org/wiki/Certificate_authority], but they can also be self-signed locate private keys and certificates on the file-system: the CELERY_SECURITY_KEY, CELERY_SECURITY_CERTIFICATE and CELERY_SECURITY_CERT_STORE settings respectively. With these configured it is also necessary

have replies. The client can then wait for and collect those replies. Since there’s no central authority to know how many workers are available in the cluster, there’s also no way to estimate how many by the worker using a public certificate. Optimally certificates should be signed by an official Certificate Authority [https://en.wikipedia.org/wiki/Certificate_authority], but they can also be self-signed paths used to locate private keys and certificates on the file-system: the security_key, security_certificate, and security_cert_store settings respectively. With these configured it’s also necessary to call

have replies. The client can then wait for and collect those replies. Since there’s no central authority to know how many workers are available in the cluster, there’s also no way to estimate how many by the worker using a public certificate. Optimally certificates should be signed by an official Certificate Authority [https://en.wikipedia.org/wiki/Certificate_authority], but they can also be self-signed paths used to locate private keys and certificates on the file-system: the security_key, security_certificate, and security_cert_store settings respectively. With these configured it’s also necessary to call

have replies. The client can then wait for and collect those replies. Since there’s no central authority to know how many workers are available in the cluster, there’s also no way to estimate how many by the worker using a public certificate. Optimally certificates should be signed by an official Certificate Authority [https://en.wikipedia.org/wiki/Certificate_authority], but they can also be self-signed paths used to locate private keys and certificates on the file-system: the security_key, security_certificate, and security_cert_store settings respectively. With these configured it’s also necessary to call

have replies. The client can then wait for and collect those replies. Since there’s no central authority to know how many workers are available in the cluster, there’s also no way to estimate how many by the worker using a public certificate. Optimally certificates should be signed by an official Certificate Authority [https://en.wikipedia.org/wiki/Certificate_authority], but they can also be self-signed paths used to locate private keys and certificates on the file-system: the security_key, security_certificate, and security_cert_store settings respectively. With these configured it’s also necessary to call

have replies. The client can then wait for and collect those replies. Since there’s no central authority to know how many workers are available in the cluster, there’s also no way to estimate how many by the worker using a public certificate. Optimally certificates should be signed by an official Certificate Authority [https://en.wikipedia.org/wiki/Certificate_authority], but they can also be self-signed paths used to locate private keys and certificates on the file-system: the security_key, security_certificate, and security_cert_store settings respectively. With these configured it’s also necessary to call

have replies. The client can then wait for and collect those replies. Since there’s no central authority to know how many workers are available in the cluster, there’s also no way to estimate how many by the worker using a public certificate. Optimally certificates should be signed by an official Certificate Authority [https://en.wikipedia.org/wiki/Certificate_authority], but they can also be self-signed paths used to locate private keys and certificates on the file-system: the security_key, security_certificate, and security_cert_store settings respectively. With these configured it’s also necessary to call

have replies. The client can then wait for and collect those replies. Since there’s no central authority to know how many workers are available in the cluster, there’s also no way to estimate how many by the worker using a public certificate. Optimally certificates should be signed by an official Certificate Authority [https://en.wikipedia.org/wiki/Certificate_authority], but they can also be self-signed paths used to locate private keys and certificates on the file-system: the security_key, security_certificate, and security_cert_store settings respectively. With these configured it’s also necessary to call

have replies. The client can then wait for and collect those replies. Since there’s no central authority to know how many workers are available in the cluster, there is also no way to estimate how many key and then later verified by the worker using a public certificate. Optimally certificates should be signed by an official Certificate Authority, but they can also be self-signed. To enable this you locate private keys and certificates on the file-system: the CELERY_SECURITY_KEY, CELERY_SECURITY_CERTIFICATE and CELERY_SECURITY_CERT_STORE settings respectively. With these configured it is also necessary