Leak Protection The --max-tasks-per-child option is used for user tasks leaking resources, like memory or file descriptors, that are simply out of your control. Read more... . • User Components Each including the name of the app class (Celery), the name of the current main module (__main__), and the memory address of the object (0x100469fd0). Main Name Only one of these is important, and that’s the main deliberately killing the task does not want it to automatically restart. 3. A task that allocates to much memory is in danger of triggering the kernel OOM killer, the same may happen again. 4. A task that always

Leak Protection The --max-tasks-per- child option is used for user tasks leaking resources, like memory or file descriptors, that are simply out of your control. Read more…. User Components Each worker including the name of the app class (Celery), the name of the current main module (__main__), and the memory address of the object (0x100469fd0). Main Name Only one of these is important, and that’s the main deliberately killing the task does not want it to automatically restart. 3. A task that allocates to much memory is in danger of triggering the kernel OOM killer, the same may happen again. 4. A task that always

Leak Protection The --max-tasks-per- child option is used for user tasks leaking resources, like memory or file descriptors, that are simply out of your control. Read more…. User Components Each worker including the name of the app class (Celery), the name of the current main module (__main__), and the memory address of the object (0x100469fd0). Main Name Only one of these is important, and that’s the main deliberately killing the task does not want it to automatically restart. 3. A task that allocates too much memory is in danger of triggering the kernel OOM killer, the same may happen again. 4. A task that always

Leak Protection The --max-tasks-per-child option is used for user tasks leaking resources, like memory or file descriptors, that are simply out of your control. Read more... . • User Components Each including the name of the app class (Celery), the name of the current main module (__main__), and the memory address of the object (0x100469fd0). Main Name Only one of these is important, and that’s the main deliberately killing the task does not want it to automatically restart. 3. A task that allocates too much memory is in danger of triggering the kernel OOM killer, the same may happen again. 4. A task that always

Leak Protection The --max-tasks-per-child option is used for user tasks leaking resources, like memory or file descriptors, that are simply out of your control. Read more... . • User Components Each including the name of the app class (Celery), the name of the current main module (__main__), and the memory address of the object (0x100469fd0). Main Name Only one of these is important, and that’s the main deliberately killing the task does not want it to automatically restart. 3. A task that allocates to much memory is in danger of triggering the kernel OOM killer, the same may happen again. 4. A task that always

Leak Protection The --max-tasks-per- child option is used for user tasks leaking resources, like memory or file descriptors, that are simply out of your control. Read more…. User Components Each worker including the name of the app class (Celery), the name of the current main module (__main__), and the memory address of the object (0x100469fd0). Main Name Only one of these is important, and that’s the main deliberately killing the task does not want it to automatically restart. 3. A task that allocates too much memory is in danger of triggering the kernel OOM killer, the same may happen again. 4. A task that always

Leak Protection The --max-tasks-per-child option is used for user tasks leaking resources, like memory or file descriptors, that are simply out of your control. Read more... . • User Components Each including the name of the app class (Celery), the name of the current main module (__main__), and the memory address of the object (0x100469fd0). Main Name Only one of these is important, and that’s the main deliberately killing the task does not want it to automatically restart. 3. A task that allocates to much memory is in danger of triggering the kernel OOM killer, the same may happen again. 4. A task that always

Leak Protection The --max-tasks-per-child option is used for user tasks leaking resources, like memory or file descriptors, that are simply out of your control. Read more... . • User Components Each including the name of the app class (Celery), the name of the current main module (__main__), and the memory address of the object (0x100469fd0). Main Name Only one of these is important, and that’s the main deliberately killing the task does not want it to automatically restart. 3. A task that allocates too much memory is in danger of triggering the kernel OOM killer, the same may happen again. 4. A task that always

Leak Protection The --max-tasks-per-child option is used for user tasks leaking resources, like memory or file descriptors, that are simply out of your control. Read more... . • User Components Each including the name of the app class (Celery), the name of the current main module (__main__), and the memory address of the object (0x100469fd0). Main Name Only one of these is important, and that’s the main deliberately killing the task does not want it to automatically restart. 3. A task that allocates too much memory is in danger of triggering the kernel OOM killer, the same may happen again. 4. A task that always

Leak Protection The --max-tasks-per- child option is used for user tasks leaking resources, like memory or file descriptors, that are simply out of your control. Read more…. User Components Each worker including the name of the app class (Celery), the name of the current main module (__main__), and the memory address of the object (0x100469fd0). Main Name Only one of these is important, and that’s the main deliberately killing the task does not want it to automatically restart. 3. A task that allocates too much memory is in danger of triggering the kernel OOM killer, the same may happen again. 4. A task that always