From: Michal Hocko
both oom_adj_write and oom_score_adj_write are using task_lock,
check for task->mm and fail if it is NULL. This is not needed because
the oom_score_adj is per signal struct so we do not need mm at all.
The code has been introduced by 3d5992d2ac7d ("oom: add
From: Michal Hocko
both oom_adj_write and oom_score_adj_write are using task_lock,
check for task->mm and fail if it is NULL. This is not needed because
the oom_score_adj is per signal struct so we do not need mm at all.
The code has been introduced by 3d5992d2ac7d ("oom: add per-mm oom
disable
From: Michal Hocko
both oom_adj_write and oom_score_adj_write are using task_lock,
check for task->mm and fail if it is NULL. This is not needed because
the oom_score_adj is per signal struct so we do not need mm at all.
The code has been introduced by 3d5992d2ac7d ("oom: add
From: Michal Hocko
both oom_adj_write and oom_score_adj_write are using task_lock,
check for task->mm and fail if it is NULL. This is not needed because
the oom_score_adj is per signal struct so we do not need mm at all.
The code has been introduced by 3d5992d2ac7d ("oom: add per-mm oom
disable
From: Michal Hocko
both oom_adj_write and oom_score_adj_write are using task_lock,
check for task->mm and fail if it is NULL. This is not needed because
the oom_score_adj is per signal struct so we do not need mm at all.
The code has been introduced by 3d5992d2ac7d ("oom: add
From: Michal Hocko
both oom_adj_write and oom_score_adj_write are using task_lock,
check for task->mm and fail if it is NULL. This is not needed because
the oom_score_adj is per signal struct so we do not need mm at all.
The code has been introduced by 3d5992d2ac7d ("oom: add per-mm oom
disable
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